(dataout.size());
- int deltaoffset = 0;
-
- for (int[] compbuf : dataout) {
- int[] tmpbuf = new int[128];
- PForDelta.decompressOneBlock(tmpbuf, compbuf, 128);
- tmpbuf[0] += deltaoffset;
- Delta.fastinverseDelta(tmpbuf);
- deltaoffset = tmpbuf[127];
- datauncomp.add(tmpbuf);
- }
- aft = System.nanoTime() / 1000;
- //
- decomptime += aft - bef;
- if (datauncomp.size() * 128 != data[k].length)
- throw new RuntimeException("we have a bug (diff length) "
- + " expected " + data[k].length + " got "
- + datauncomp.size() * 128);
- for (int m = 0; m < data[k].length; ++m)
- if (datauncomp.get(m / 128)[m % 128] != data[k][m]) {
- throw new RuntimeException(
- "we have a bug (actual difference), expected "
- + data[k][m] + " found " + buffer[m]
- + " at " + m);
- }
-
- }
- }
-
- line += "\t" + df.format(size * 32.0 / totalsize);
- line += "\t" + dfspeed.format(totalsize * repeat / (comptime));
- line += "\t" + dfspeed.format(totalsize * repeat / (decomptime));
- if (verbose)
- System.out.println(line);
- }
-
- /**
- * Generates data and calls other tests.
- *
- * @param N How many input arrays to generate
- * @param nbr how big (in log2) should the arrays be
- * @param repeat How many times should we repeat tests.
- */
- private static void test(int N, int nbr, int repeat) {
- ClusteredDataGenerator cdg = new ClusteredDataGenerator();
- for (int sparsity = 1; sparsity < 31 - nbr; sparsity += 1) {
- System.out.println("# sparsity " + sparsity);
- int[][] data = new int[N][];
- int Max = (1 << (nbr + sparsity));
- System.out.println("# generating random data...");
- for (int k = 0; k < N; ++k) {
- data[k] = cdg.generateClustered((1 << nbr), Max);
- }
- System.out.println("# generating random data... ok.");
- testKamikaze(data, repeat, false);
- testKamikaze(data, repeat, false);
- testKamikaze(data, repeat, true);
- System.out.println();
-
- testCodec(new IntegratedComposition(new IntegratedBinaryPacking(),
- new IntegratedVariableByte()), data, repeat, false);
- testCodec(new IntegratedComposition(new IntegratedBinaryPacking(),
- new IntegratedVariableByte()), data, repeat, false);
- testCodec(new IntegratedComposition(new IntegratedBinaryPacking(),
- new IntegratedVariableByte()), data, repeat, true);
- System.out.println();
-
-
- testCodec(new JustCopy(), data, repeat, false);
- testCodec(new JustCopy(), data, repeat, false);
- testCodec(new JustCopy(), data, repeat, true);
- System.out.println();
-
- testCodec(new VariableByte(), data, repeat, false);
- testCodec(new VariableByte(), data, repeat, false);
- testCodec(new VariableByte(), data, repeat, true);
- System.out.println();
-
- testCodec(new IntegratedVariableByte(), data, repeat, false);
- testCodec(new IntegratedVariableByte(), data, repeat, false);
- testCodec(new IntegratedVariableByte(), data, repeat, true);
- System.out.println();
-
-
- testCodec(new Composition(new BinaryPacking(), new VariableByte()),
- data, repeat, false);
- testCodec(new Composition(new BinaryPacking(), new VariableByte()),
- data, repeat, false);
- testCodec(new Composition(new BinaryPacking(), new VariableByte()),
- data, repeat, true);
- System.out.println();
-
- testCodec(new Composition(new NewPFD(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new NewPFD(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new NewPFD(), new VariableByte()), data,
- repeat, true);
- System.out.println();
-
-
- testCodec(new Composition(new NewPFDS9(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new NewPFDS9(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new NewPFDS9(), new VariableByte()), data,
- repeat, true);
- System.out.println();
-
- testCodec(new Composition(new NewPFDS16(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new NewPFDS16(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new NewPFDS16(), new VariableByte()), data,
- repeat, true);
- System.out.println();
-
- testCodec(new Composition(new OptPFD(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new OptPFD(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new OptPFD(), new VariableByte()), data,
- repeat, true);
- System.out.println();
-
- testCodec(new Composition(new OptPFDS9(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new OptPFDS9(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new OptPFDS9(), new VariableByte()), data,
- repeat, true);
- System.out.println();
-
- testCodec(new Composition(new OptPFDS16(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new OptPFDS16(), new VariableByte()), data,
- repeat, false);
- testCodec(new Composition(new OptPFDS16(), new VariableByte()), data,
- repeat, true);
- System.out.println();
-
- testCodec(new Composition(new FastPFOR(), new VariableByte()),
- data, repeat, false);
- testCodec(new Composition(new FastPFOR(), new VariableByte()),
- data, repeat, false);
- testCodec(new Composition(new FastPFOR(), new VariableByte()),
- data, repeat, true);
- System.out.println();
-
- testCodec(new Simple9(), data, repeat, false);
- testCodec(new Simple9(), data, repeat, false);
- testCodec(new Simple9(), data, repeat, true);
- System.out.println();
- }
- }
-}
diff --git a/src/main/java/me/lemire/integercompression/BenchmarkBitPacking.java b/src/main/java/me/lemire/integercompression/BenchmarkBitPacking.java
deleted file mode 100644
index 88ec99c..0000000
--- a/src/main/java/me/lemire/integercompression/BenchmarkBitPacking.java
+++ /dev/null
@@ -1,127 +0,0 @@
-/**
- * This code is released under the
- * Apache License Version 2.0 http://www.apache.org/licenses/.
- *
- * (c) Daniel Lemire, http://lemire.me/en/
- */
-package me.lemire.integercompression;
-
-import java.text.DecimalFormat;
-import java.util.Arrays;
-import java.util.Random;
-
-/**
- * Class used to benchmark the speed of bit packing. (For
- * expert use.)
- *
- * @author Daniel Lemire
- *
- */
-public class BenchmarkBitPacking {
-
- private static void test(boolean verbose) {
- DecimalFormat dfspeed = new DecimalFormat("0");
- final int N = 32;
- final int times = 100000;
- Random r = new Random(0);
- int[] data = new int[N];
- int[] compressed = new int[N];
- int[] uncompressed = new int[N];
- for (int bit = 0; bit < 31; ++bit) {
- long comp = 0;
- long compwm = 0;
- long decomp = 0;
- for (int t = 0; t < times; ++t) {
- for (int k = 0; k < N; ++k) {
- data[k] = r.nextInt(1 << bit);
- }
- long time1 = System.nanoTime();
- BitPacking.fastpack(data, 0, compressed, 0, bit);
- long time2 = System.nanoTime();
- BitPacking.fastpackwithoutmask(data, 0, compressed, 0, bit);
- long time3 = System.nanoTime();
- BitPacking.fastunpack(compressed, 0, uncompressed, 0, bit);
- long time4 = System.nanoTime();
- comp += time2 - time1;
- compwm += time3 - time2;
- decomp += time4 - time3;
- }
- if (verbose)
- System.out.println("bit = " + bit + " comp. speed = "
- + dfspeed.format(N * times * 1000.0 / (comp))
- + " comp. speed wm = "
- + dfspeed.format(N * times * 1000.0 / (compwm))
- + " decomp. speed = "
- + dfspeed.format(N * times * 1000.0 / (decomp)));
- }
- }
-
- private static void testWithDeltas(boolean verbose) {
- DecimalFormat dfspeed = new DecimalFormat("0");
- final int N = 32;
- final int times = 100000;
- Random r = new Random(0);
- int[] data = new int[N];
- int[] compressed = new int[N];
- int[] icompressed = new int[N];
- int[] uncompressed = new int[N];
- for (int bit = 1; bit < 31; ++bit) {
- long comp = 0;
- long decomp = 0;
- long icomp = 0;
- long idecomp = 0;
- for (int t = 0; t < times; ++t) {
- data[0] = r.nextInt(1 << bit);
- for (int k = 1; k < N; ++k) {
- data[k] = r.nextInt(1 << bit) + data[k - 1];
- }
- int[] tmpdata = Arrays.copyOf(data, data.length);
- long time1 = System.nanoTime();
- Delta.delta(tmpdata);
- BitPacking.fastpackwithoutmask(tmpdata, 0, compressed, 0, bit);
- long time2 = System.nanoTime();
- BitPacking.fastunpack(compressed, 0, uncompressed, 0, bit);
- Delta.fastinverseDelta(uncompressed);
- long time3 = System.nanoTime();
- if (!Arrays.equals(data, uncompressed)) throw new RuntimeException("bug");
- comp += time2 - time1;
- decomp += time3 - time2;
- tmpdata = Arrays.copyOf(data, data.length);
- time1 = System.nanoTime();
- IntegratedBitPacking.integratedpack(0, tmpdata, 0, icompressed, 0, bit);
- time2 = System.nanoTime();
- IntegratedBitPacking.integratedunpack(0, icompressed, 0, uncompressed, 0, bit);
- time3 = System.nanoTime();
- if (!Arrays.equals(icompressed, compressed)) throw new RuntimeException("ibug " + bit);
- if (!Arrays.equals(data, uncompressed)) throw new RuntimeException("bug " + bit);
- icomp += time2 - time1;
- idecomp += time3 - time2;
- }
- if (verbose)
- System.out.println("bit = " + bit + " comp. speed = "
- + dfspeed.format(N * times * 1000.0 / (comp))
- + " decomp. speed = "
- + dfspeed.format(N * times * 1000.0 / (decomp))
- + " icomp. speed = "
- + dfspeed.format(N * times * 1000.0 / (icomp))
- + " idecomp. speed = "
- + dfspeed.format(N * times * 1000.0 / (idecomp))
- );
- }
- }
-
- /**
- * Main method
- *
- * @param args command-line arguments
- */
- public static void main(String[] args) {
- System.out.println("Testing packing and delta ");
- testWithDeltas(false);
- testWithDeltas(true);
- System.out.println("Testing packing alone ");
- test(false);
- test(true);
- }
-
-}
diff --git a/src/main/java/me/lemire/integercompression/BinaryPacking.java b/src/main/java/me/lemire/integercompression/BinaryPacking.java
index 98d93a1..ce37ff0 100644
--- a/src/main/java/me/lemire/integercompression/BinaryPacking.java
+++ b/src/main/java/me/lemire/integercompression/BinaryPacking.java
@@ -8,63 +8,142 @@
/**
- * Scheme designed by D. Lemire
+ * Scheme based on a commonly used idea: can be extremely fast.
+ * It encodes integers in blocks of 32 integers. For arrays containing
+ * an arbitrary number of integers, you should use it in conjunction
+ * with another CODEC:
+ *
+ * IntegerCODEC ic =
+ * new Composition(new BinaryPacking(), new VariableByte()).
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, use IntegratedBinaryPacking instead.
*
+ *
+ * For details, please see
+ *
+ *
+ * Daniel Lemire and Leonid Boytsov, Decoding billions of integers per second
+ * through vectorization Software: Practice & Experience
+ * http://onlinelibrary.wiley.com/doi/10.1002/spe.2203/abstract
+ * http://arxiv.org/abs/1209.2137
+ *
+ *
+ * Daniel Lemire, Leonid Boytsov, Nathan Kurz,
+ * SIMD Compression and the Intersection of Sorted Integers
+ * http://arxiv.org/abs/1401.6399
+ *
+ *
* @author Daniel Lemire
*/
-public final class BinaryPacking implements IntegerCODEC {
+public final class BinaryPacking implements IntegerCODEC, SkippableIntegerCODEC {
+ public final static int BLOCK_SIZE = 32;
+ private static final int MAX_BIT_WIDTH = Integer.SIZE;
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
- inlength = inlength / 128 * 128;
- if(inlength == 0) return;
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ int tmpoutpos = outpos.get();
+ int s = inpos.get();
+ for (; s + BLOCK_SIZE * 4 - 1 < inpos.get() + inlength; s += BLOCK_SIZE * 4) {
+ final int mbits1 = Util.maxbits(in, s, BLOCK_SIZE);
+ final int mbits2 = Util.maxbits(in, s + BLOCK_SIZE, BLOCK_SIZE);
+ final int mbits3 = Util.maxbits(in, s + 2 * BLOCK_SIZE, BLOCK_SIZE);
+ final int mbits4 = Util.maxbits(in, s + 3 * BLOCK_SIZE, BLOCK_SIZE);
+ out[tmpoutpos++] = (mbits1 << 24) | (mbits2 << 16)
+ | (mbits3 << 8) | (mbits4);
+ BitPacking.fastpackwithoutmask(in, s, out, tmpoutpos,
+ mbits1);
+ tmpoutpos += mbits1;
+ BitPacking.fastpackwithoutmask(in, s + BLOCK_SIZE, out,
+ tmpoutpos, mbits2);
+ tmpoutpos += mbits2;
+ BitPacking.fastpackwithoutmask(in, s + 2 * BLOCK_SIZE, out,
+ tmpoutpos, mbits3);
+ tmpoutpos += mbits3;
+ BitPacking.fastpackwithoutmask(in, s + 3 * BLOCK_SIZE, out,
+ tmpoutpos, mbits4);
+ tmpoutpos += mbits4;
+ }
+ for (; s < inpos.get() + inlength; s += BLOCK_SIZE ) {
+ final int mbits = Util.maxbits(in, s, BLOCK_SIZE);
+ out[tmpoutpos++] = mbits;
+ BitPacking.fastpackwithoutmask(in, s, out, tmpoutpos,
+ mbits);
+ tmpoutpos += mbits;
+
+ }
+ inpos.add(inlength);
+ outpos.set(tmpoutpos);
+ }
- out[outpos.get()] = inlength;
- outpos.increment();
- int tmpoutpos = outpos.get();
- for (int s = inpos.get(); s < inpos.get() + inlength; s += 32 * 4) {
- final int mbits1 = Util.maxbits(in, s, 32);
- final int mbits2 = Util.maxbits(in, s + 32, 32);
- final int mbits3 = Util.maxbits(in, s + 2 * 32, 32);
- final int mbits4 = Util.maxbits(in, s + 3 * 32, 32);
- out[tmpoutpos++] = (mbits1 << 24) | (mbits2 << 16) | (mbits3 << 8)
- | (mbits4);
- BitPacking.fastpackwithoutmask(in, s, out, tmpoutpos, mbits1);
- tmpoutpos += mbits1;
- BitPacking.fastpackwithoutmask(in, s + 32, out, tmpoutpos, mbits2);
- tmpoutpos += mbits2;
- BitPacking.fastpackwithoutmask(in, s + 2 * 32, out, tmpoutpos, mbits3);
- tmpoutpos += mbits3;
- BitPacking.fastpackwithoutmask(in, s + 3 * 32, out, tmpoutpos, mbits4);
- tmpoutpos += mbits4;
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in,inpos, inlength,out,outpos,outlength);
}
- inpos.add(inlength);
- outpos.set(tmpoutpos);
- }
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
- if(inlength == 0) return;
- final int outlength = in[inpos.get()];
- inpos.increment();
- int tmpinpos = inpos.get();
- for (int s = outpos.get(); s < outpos.get() + outlength; s += 32 * 4) {
- final int mbits1 = (in[tmpinpos] >>> 24);
- final int mbits2 = (in[tmpinpos] >>> 16) & 0xFF;
- final int mbits3 = (in[tmpinpos] >>> 8) & 0xFF;
- final int mbits4 = (in[tmpinpos]) & 0xFF;
- ++tmpinpos;
- BitPacking.fastunpack(in, tmpinpos, out, s, mbits1);
- tmpinpos += mbits1;
- BitPacking.fastunpack(in, tmpinpos, out, s + 32, mbits2);
- tmpinpos += mbits2;
- BitPacking.fastunpack(in, tmpinpos, out, s + 2 * 32, mbits3);
- tmpinpos += mbits3;
- BitPacking.fastunpack(in, tmpinpos, out, s + 3 * 32, mbits4);
- tmpinpos += mbits4;
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int num) {
+ final int outlength = Util.greatestMultiple(num, BLOCK_SIZE);
+ int tmpinpos = inpos.get();
+ int s = outpos.get();
+ for (; s + BLOCK_SIZE * 4 - 1 < outpos.get() + outlength; s += BLOCK_SIZE * 4) {
+ final int mbits1 = (in[tmpinpos] >>> 24);
+ final int mbits2 = (in[tmpinpos] >>> 16) & 0xFF;
+ final int mbits3 = (in[tmpinpos] >>> 8) & 0xFF;
+ final int mbits4 = (in[tmpinpos]) & 0xFF;
+ ++tmpinpos;
+ BitPacking.fastunpack(in, tmpinpos, out, s, mbits1);
+ tmpinpos += mbits1;
+ BitPacking
+ .fastunpack(in, tmpinpos, out, s + BLOCK_SIZE, mbits2);
+ tmpinpos += mbits2;
+ BitPacking.fastunpack(in, tmpinpos, out, s + 2 * BLOCK_SIZE,
+ mbits3);
+ tmpinpos += mbits3;
+ BitPacking.fastunpack(in, tmpinpos, out, s + 3 * BLOCK_SIZE,
+ mbits4);
+ tmpinpos += mbits4;
+ }
+ for (; s < outpos.get() + outlength; s += BLOCK_SIZE ) {
+ final int mbits = in[tmpinpos];
+ ++tmpinpos;
+ BitPacking.fastunpack(in, tmpinpos, out, s, mbits);
+ tmpinpos += mbits;
+ }
+ outpos.add(outlength);
+ inpos.set(tmpinpos);
}
- outpos.add(outlength);
- inpos.set(tmpinpos);
- }
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ int blockCount = inlength / BLOCK_SIZE;
+ int headersSizeInInts = blockCount / Integer.BYTES + (blockCount % Integer.BYTES);
+ int blocksSizeInInts = blockCount * MAX_BIT_WIDTH;
+ compressedPositions.add(blockCount * BLOCK_SIZE);
+ return headersSizeInInts + blocksSizeInInts;
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/BitPacking.java b/src/main/java/me/lemire/integercompression/BitPacking.java
index 8af38b5..8652be4 100644
--- a/src/main/java/me/lemire/integercompression/BitPacking.java
+++ b/src/main/java/me/lemire/integercompression/BitPacking.java
@@ -12,6940 +12,4660 @@
/**
* Bitpacking routines
*
+ * For details, please see
+ *
+ * Daniel Lemire and Leonid Boytsov, Decoding billions of integers per second
+ * through vectorization Software: Practice & Experience
+ * http://onlinelibrary.wiley.com/doi/10.1002/spe.2203/abstract
+ * http://arxiv.org/abs/1209.2137
+ *
+ *
* @author Daniel Lemire
- *
+ *
*/
public final class BitPacking {
+ /**
+ * Pack 32 integers
+ *
+ * @param in
+ * source array
+ * @param inpos
+ * position in source array
+ * @param out
+ * output array
+ * @param outpos
+ * position in output array
+ * @param bit
+ * number of bits to use per integer
+ */
+ public static void fastpack(final int[] in, final int inpos,
+ final int[] out, final int outpos, final int bit) {
+ switch (bit) {
+ case 0:
+ fastpack0(in, inpos, out, outpos);
+ break;
+ case 1:
+ fastpack1(in, inpos, out, outpos);
+ break;
+ case 2:
+ fastpack2(in, inpos, out, outpos);
+ break;
+ case 3:
+ fastpack3(in, inpos, out, outpos);
+ break;
+ case 4:
+ fastpack4(in, inpos, out, outpos);
+ break;
+ case 5:
+ fastpack5(in, inpos, out, outpos);
+ break;
+ case 6:
+ fastpack6(in, inpos, out, outpos);
+ break;
+ case 7:
+ fastpack7(in, inpos, out, outpos);
+ break;
+ case 8:
+ fastpack8(in, inpos, out, outpos);
+ break;
+ case 9:
+ fastpack9(in, inpos, out, outpos);
+ break;
+ case 10:
+ fastpack10(in, inpos, out, outpos);
+ break;
+ case 11:
+ fastpack11(in, inpos, out, outpos);
+ break;
+ case 12:
+ fastpack12(in, inpos, out, outpos);
+ break;
+ case 13:
+ fastpack13(in, inpos, out, outpos);
+ break;
+ case 14:
+ fastpack14(in, inpos, out, outpos);
+ break;
+ case 15:
+ fastpack15(in, inpos, out, outpos);
+ break;
+ case 16:
+ fastpack16(in, inpos, out, outpos);
+ break;
+ case 17:
+ fastpack17(in, inpos, out, outpos);
+ break;
+ case 18:
+ fastpack18(in, inpos, out, outpos);
+ break;
+ case 19:
+ fastpack19(in, inpos, out, outpos);
+ break;
+ case 20:
+ fastpack20(in, inpos, out, outpos);
+ break;
+ case 21:
+ fastpack21(in, inpos, out, outpos);
+ break;
+ case 22:
+ fastpack22(in, inpos, out, outpos);
+ break;
+ case 23:
+ fastpack23(in, inpos, out, outpos);
+ break;
+ case 24:
+ fastpack24(in, inpos, out, outpos);
+ break;
+ case 25:
+ fastpack25(in, inpos, out, outpos);
+ break;
+ case 26:
+ fastpack26(in, inpos, out, outpos);
+ break;
+ case 27:
+ fastpack27(in, inpos, out, outpos);
+ break;
+ case 28:
+ fastpack28(in, inpos, out, outpos);
+ break;
+ case 29:
+ fastpack29(in, inpos, out, outpos);
+ break;
+ case 30:
+ fastpack30(in, inpos, out, outpos);
+ break;
+ case 31:
+ fastpack31(in, inpos, out, outpos);
+ break;
+ case 32:
+ fastpack32(in, inpos, out, outpos);
+ break;
+ default:
+ throw new IllegalArgumentException(
+ "Unsupported bit width.");
+ }
+ }
- protected static void fastpackwithoutmask1(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 1)
- | ((in[2 + inpos]) << 2)
- | ((in[3 + inpos]) << 3)
- | ((in[4 + inpos]) << 4)
- | ((in[5 + inpos]) << 5)
- | ((in[6 + inpos]) << 6)
- | ((in[7 + inpos]) << 7)
- | ((in[8 + inpos]) << 8)
- | ((in[9 + inpos]) << 9)
- | ((in[10 + inpos]) << 10)
- | ((in[11 + inpos]) << 11)
- | ((in[12 + inpos]) << 12)
- | ((in[13 + inpos]) << 13)
- | ((in[14 + inpos]) << 14)
- | ((in[15 + inpos]) << 15)
- | ((in[16 + inpos]) << 16)
- | ((in[17 + inpos]) << 17)
- | ((in[18 + inpos]) << 18)
- | ((in[19 + inpos]) << 19)
- | ((in[20 + inpos]) << 20)
- | ((in[21 + inpos]) << 21)
- | ((in[22 + inpos]) << 22)
- | ((in[23 + inpos]) << 23)
- | ((in[24 + inpos]) << 24)
- | ((in[25 + inpos]) << 25)
- | ((in[26 + inpos]) << 26)
- | ((in[27 + inpos]) << 27)
- | ((in[28 + inpos]) << 28)
- | ((in[29 + inpos]) << 29)
- | ((in[30 + inpos]) << 30)
- | ((in[31 + inpos]) << 31)
- ;
- }
-
-
- protected static void fastpackwithoutmask2(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 2)
- | ((in[2 + inpos]) << 4)
- | ((in[3 + inpos]) << 6)
- | ((in[4 + inpos]) << 8)
- | ((in[5 + inpos]) << 10)
- | ((in[6 + inpos]) << 12)
- | ((in[7 + inpos]) << 14)
- | ((in[8 + inpos]) << 16)
- | ((in[9 + inpos]) << 18)
- | ((in[10 + inpos]) << 20)
- | ((in[11 + inpos]) << 22)
- | ((in[12 + inpos]) << 24)
- | ((in[13 + inpos]) << 26)
- | ((in[14 + inpos]) << 28)
- | ((in[15 + inpos]) << 30)
- ;
- out[1 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 2)
- | ((in[18 + inpos]) << 4)
- | ((in[19 + inpos]) << 6)
- | ((in[20 + inpos]) << 8)
- | ((in[21 + inpos]) << 10)
- | ((in[22 + inpos]) << 12)
- | ((in[23 + inpos]) << 14)
- | ((in[24 + inpos]) << 16)
- | ((in[25 + inpos]) << 18)
- | ((in[26 + inpos]) << 20)
- | ((in[27 + inpos]) << 22)
- | ((in[28 + inpos]) << 24)
- | ((in[29 + inpos]) << 26)
- | ((in[30 + inpos]) << 28)
- | ((in[31 + inpos]) << 30)
- ;
- }
-
-
- protected static void fastpackwithoutmask3(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 3)
- | ((in[2 + inpos]) << 6)
- | ((in[3 + inpos]) << 9)
- | ((in[4 + inpos]) << 12)
- | ((in[5 + inpos]) << 15)
- | ((in[6 + inpos]) << 18)
- | ((in[7 + inpos]) << 21)
- | ((in[8 + inpos]) << 24)
- | ((in[9 + inpos]) << 27)
- | ((in[10 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[10 + inpos]) >>> (3 - 1))
- | ((in[11 + inpos]) << 1)
- | ((in[12 + inpos]) << 4)
- | ((in[13 + inpos]) << 7)
- | ((in[14 + inpos]) << 10)
- | ((in[15 + inpos]) << 13)
- | ((in[16 + inpos]) << 16)
- | ((in[17 + inpos]) << 19)
- | ((in[18 + inpos]) << 22)
- | ((in[19 + inpos]) << 25)
- | ((in[20 + inpos]) << 28)
- | ((in[21 + inpos]) << 31)
- ;
- out[2 + outpos] = ((in[21 + inpos]) >>> (3 - 2))
- | ((in[22 + inpos]) << 2)
- | ((in[23 + inpos]) << 5)
- | ((in[24 + inpos]) << 8)
- | ((in[25 + inpos]) << 11)
- | ((in[26 + inpos]) << 14)
- | ((in[27 + inpos]) << 17)
- | ((in[28 + inpos]) << 20)
- | ((in[29 + inpos]) << 23)
- | ((in[30 + inpos]) << 26)
- | ((in[31 + inpos]) << 29)
- ;
- }
-
-
- protected static void fastpackwithoutmask4(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 4)
- | ((in[2 + inpos]) << 8)
- | ((in[3 + inpos]) << 12)
- | ((in[4 + inpos]) << 16)
- | ((in[5 + inpos]) << 20)
- | ((in[6 + inpos]) << 24)
- | ((in[7 + inpos]) << 28)
- ;
- out[1 + outpos] = in[8 + inpos]
- | ((in[9 + inpos]) << 4)
- | ((in[10 + inpos]) << 8)
- | ((in[11 + inpos]) << 12)
- | ((in[12 + inpos]) << 16)
- | ((in[13 + inpos]) << 20)
- | ((in[14 + inpos]) << 24)
- | ((in[15 + inpos]) << 28)
- ;
- out[2 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 4)
- | ((in[18 + inpos]) << 8)
- | ((in[19 + inpos]) << 12)
- | ((in[20 + inpos]) << 16)
- | ((in[21 + inpos]) << 20)
- | ((in[22 + inpos]) << 24)
- | ((in[23 + inpos]) << 28)
- ;
- out[3 + outpos] = in[24 + inpos]
- | ((in[25 + inpos]) << 4)
- | ((in[26 + inpos]) << 8)
- | ((in[27 + inpos]) << 12)
- | ((in[28 + inpos]) << 16)
- | ((in[29 + inpos]) << 20)
- | ((in[30 + inpos]) << 24)
- | ((in[31 + inpos]) << 28)
- ;
- }
-
-
- protected static void fastpackwithoutmask5(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 5)
- | ((in[2 + inpos]) << 10)
- | ((in[3 + inpos]) << 15)
- | ((in[4 + inpos]) << 20)
- | ((in[5 + inpos]) << 25)
- | ((in[6 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[6 + inpos]) >>> (5 - 3))
- | ((in[7 + inpos]) << 3)
- | ((in[8 + inpos]) << 8)
- | ((in[9 + inpos]) << 13)
- | ((in[10 + inpos]) << 18)
- | ((in[11 + inpos]) << 23)
- | ((in[12 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[12 + inpos]) >>> (5 - 1))
- | ((in[13 + inpos]) << 1)
- | ((in[14 + inpos]) << 6)
- | ((in[15 + inpos]) << 11)
- | ((in[16 + inpos]) << 16)
- | ((in[17 + inpos]) << 21)
- | ((in[18 + inpos]) << 26)
- | ((in[19 + inpos]) << 31)
- ;
- out[3 + outpos] = ((in[19 + inpos]) >>> (5 - 4))
- | ((in[20 + inpos]) << 4)
- | ((in[21 + inpos]) << 9)
- | ((in[22 + inpos]) << 14)
- | ((in[23 + inpos]) << 19)
- | ((in[24 + inpos]) << 24)
- | ((in[25 + inpos]) << 29)
- ;
- out[4 + outpos] = ((in[25 + inpos]) >>> (5 - 2))
- | ((in[26 + inpos]) << 2)
- | ((in[27 + inpos]) << 7)
- | ((in[28 + inpos]) << 12)
- | ((in[29 + inpos]) << 17)
- | ((in[30 + inpos]) << 22)
- | ((in[31 + inpos]) << 27)
- ;
- }
-
-
- protected static void fastpackwithoutmask6(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 6)
- | ((in[2 + inpos]) << 12)
- | ((in[3 + inpos]) << 18)
- | ((in[4 + inpos]) << 24)
- | ((in[5 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[5 + inpos]) >>> (6 - 4))
- | ((in[6 + inpos]) << 4)
- | ((in[7 + inpos]) << 10)
- | ((in[8 + inpos]) << 16)
- | ((in[9 + inpos]) << 22)
- | ((in[10 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[10 + inpos]) >>> (6 - 2))
- | ((in[11 + inpos]) << 2)
- | ((in[12 + inpos]) << 8)
- | ((in[13 + inpos]) << 14)
- | ((in[14 + inpos]) << 20)
- | ((in[15 + inpos]) << 26)
- ;
- out[3 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 6)
- | ((in[18 + inpos]) << 12)
- | ((in[19 + inpos]) << 18)
- | ((in[20 + inpos]) << 24)
- | ((in[21 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[21 + inpos]) >>> (6 - 4))
- | ((in[22 + inpos]) << 4)
- | ((in[23 + inpos]) << 10)
- | ((in[24 + inpos]) << 16)
- | ((in[25 + inpos]) << 22)
- | ((in[26 + inpos]) << 28)
- ;
- out[5 + outpos] = ((in[26 + inpos]) >>> (6 - 2))
- | ((in[27 + inpos]) << 2)
- | ((in[28 + inpos]) << 8)
- | ((in[29 + inpos]) << 14)
- | ((in[30 + inpos]) << 20)
- | ((in[31 + inpos]) << 26)
- ;
- }
-
-
- protected static void fastpackwithoutmask7(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 7)
- | ((in[2 + inpos]) << 14)
- | ((in[3 + inpos]) << 21)
- | ((in[4 + inpos]) << 28)
- ;
- out[1 + outpos] = ((in[4 + inpos]) >>> (7 - 3))
- | ((in[5 + inpos]) << 3)
- | ((in[6 + inpos]) << 10)
- | ((in[7 + inpos]) << 17)
- | ((in[8 + inpos]) << 24)
- | ((in[9 + inpos]) << 31)
- ;
- out[2 + outpos] = ((in[9 + inpos]) >>> (7 - 6))
- | ((in[10 + inpos]) << 6)
- | ((in[11 + inpos]) << 13)
- | ((in[12 + inpos]) << 20)
- | ((in[13 + inpos]) << 27)
- ;
- out[3 + outpos] = ((in[13 + inpos]) >>> (7 - 2))
- | ((in[14 + inpos]) << 2)
- | ((in[15 + inpos]) << 9)
- | ((in[16 + inpos]) << 16)
- | ((in[17 + inpos]) << 23)
- | ((in[18 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[18 + inpos]) >>> (7 - 5))
- | ((in[19 + inpos]) << 5)
- | ((in[20 + inpos]) << 12)
- | ((in[21 + inpos]) << 19)
- | ((in[22 + inpos]) << 26)
- ;
- out[5 + outpos] = ((in[22 + inpos]) >>> (7 - 1))
- | ((in[23 + inpos]) << 1)
- | ((in[24 + inpos]) << 8)
- | ((in[25 + inpos]) << 15)
- | ((in[26 + inpos]) << 22)
- | ((in[27 + inpos]) << 29)
- ;
- out[6 + outpos] = ((in[27 + inpos]) >>> (7 - 4))
- | ((in[28 + inpos]) << 4)
- | ((in[29 + inpos]) << 11)
- | ((in[30 + inpos]) << 18)
- | ((in[31 + inpos]) << 25)
- ;
- }
-
-
- protected static void fastpackwithoutmask8(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 8)
- | ((in[2 + inpos]) << 16)
- | ((in[3 + inpos]) << 24)
- ;
- out[1 + outpos] = in[4 + inpos]
- | ((in[5 + inpos]) << 8)
- | ((in[6 + inpos]) << 16)
- | ((in[7 + inpos]) << 24)
- ;
- out[2 + outpos] = in[8 + inpos]
- | ((in[9 + inpos]) << 8)
- | ((in[10 + inpos]) << 16)
- | ((in[11 + inpos]) << 24)
- ;
- out[3 + outpos] = in[12 + inpos]
- | ((in[13 + inpos]) << 8)
- | ((in[14 + inpos]) << 16)
- | ((in[15 + inpos]) << 24)
- ;
- out[4 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 8)
- | ((in[18 + inpos]) << 16)
- | ((in[19 + inpos]) << 24)
- ;
- out[5 + outpos] = in[20 + inpos]
- | ((in[21 + inpos]) << 8)
- | ((in[22 + inpos]) << 16)
- | ((in[23 + inpos]) << 24)
- ;
- out[6 + outpos] = in[24 + inpos]
- | ((in[25 + inpos]) << 8)
- | ((in[26 + inpos]) << 16)
- | ((in[27 + inpos]) << 24)
- ;
- out[7 + outpos] = in[28 + inpos]
- | ((in[29 + inpos]) << 8)
- | ((in[30 + inpos]) << 16)
- | ((in[31 + inpos]) << 24)
- ;
- }
-
-
- protected static void fastpackwithoutmask9(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 9)
- | ((in[2 + inpos]) << 18)
- | ((in[3 + inpos]) << 27)
- ;
- out[1 + outpos] = ((in[3 + inpos]) >>> (9 - 4))
- | ((in[4 + inpos]) << 4)
- | ((in[5 + inpos]) << 13)
- | ((in[6 + inpos]) << 22)
- | ((in[7 + inpos]) << 31)
- ;
- out[2 + outpos] = ((in[7 + inpos]) >>> (9 - 8))
- | ((in[8 + inpos]) << 8)
- | ((in[9 + inpos]) << 17)
- | ((in[10 + inpos]) << 26)
- ;
- out[3 + outpos] = ((in[10 + inpos]) >>> (9 - 3))
- | ((in[11 + inpos]) << 3)
- | ((in[12 + inpos]) << 12)
- | ((in[13 + inpos]) << 21)
- | ((in[14 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[14 + inpos]) >>> (9 - 7))
- | ((in[15 + inpos]) << 7)
- | ((in[16 + inpos]) << 16)
- | ((in[17 + inpos]) << 25)
- ;
- out[5 + outpos] = ((in[17 + inpos]) >>> (9 - 2))
- | ((in[18 + inpos]) << 2)
- | ((in[19 + inpos]) << 11)
- | ((in[20 + inpos]) << 20)
- | ((in[21 + inpos]) << 29)
- ;
- out[6 + outpos] = ((in[21 + inpos]) >>> (9 - 6))
- | ((in[22 + inpos]) << 6)
- | ((in[23 + inpos]) << 15)
- | ((in[24 + inpos]) << 24)
- ;
- out[7 + outpos] = ((in[24 + inpos]) >>> (9 - 1))
- | ((in[25 + inpos]) << 1)
- | ((in[26 + inpos]) << 10)
- | ((in[27 + inpos]) << 19)
- | ((in[28 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[28 + inpos]) >>> (9 - 5))
- | ((in[29 + inpos]) << 5)
- | ((in[30 + inpos]) << 14)
- | ((in[31 + inpos]) << 23)
- ;
- }
-
-
- protected static void fastpackwithoutmask10(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 10)
- | ((in[2 + inpos]) << 20)
- | ((in[3 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[3 + inpos]) >>> (10 - 8))
- | ((in[4 + inpos]) << 8)
- | ((in[5 + inpos]) << 18)
- | ((in[6 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[6 + inpos]) >>> (10 - 6))
- | ((in[7 + inpos]) << 6)
- | ((in[8 + inpos]) << 16)
- | ((in[9 + inpos]) << 26)
- ;
- out[3 + outpos] = ((in[9 + inpos]) >>> (10 - 4))
- | ((in[10 + inpos]) << 4)
- | ((in[11 + inpos]) << 14)
- | ((in[12 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[12 + inpos]) >>> (10 - 2))
- | ((in[13 + inpos]) << 2)
- | ((in[14 + inpos]) << 12)
- | ((in[15 + inpos]) << 22)
- ;
- out[5 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 10)
- | ((in[18 + inpos]) << 20)
- | ((in[19 + inpos]) << 30)
- ;
- out[6 + outpos] = ((in[19 + inpos]) >>> (10 - 8))
- | ((in[20 + inpos]) << 8)
- | ((in[21 + inpos]) << 18)
- | ((in[22 + inpos]) << 28)
- ;
- out[7 + outpos] = ((in[22 + inpos]) >>> (10 - 6))
- | ((in[23 + inpos]) << 6)
- | ((in[24 + inpos]) << 16)
- | ((in[25 + inpos]) << 26)
- ;
- out[8 + outpos] = ((in[25 + inpos]) >>> (10 - 4))
- | ((in[26 + inpos]) << 4)
- | ((in[27 + inpos]) << 14)
- | ((in[28 + inpos]) << 24)
- ;
- out[9 + outpos] = ((in[28 + inpos]) >>> (10 - 2))
- | ((in[29 + inpos]) << 2)
- | ((in[30 + inpos]) << 12)
- | ((in[31 + inpos]) << 22)
- ;
- }
-
-
- protected static void fastpackwithoutmask11(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 11)
- | ((in[2 + inpos]) << 22)
- ;
- out[1 + outpos] = ((in[2 + inpos]) >>> (11 - 1))
- | ((in[3 + inpos]) << 1)
- | ((in[4 + inpos]) << 12)
- | ((in[5 + inpos]) << 23)
- ;
- out[2 + outpos] = ((in[5 + inpos]) >>> (11 - 2))
- | ((in[6 + inpos]) << 2)
- | ((in[7 + inpos]) << 13)
- | ((in[8 + inpos]) << 24)
- ;
- out[3 + outpos] = ((in[8 + inpos]) >>> (11 - 3))
- | ((in[9 + inpos]) << 3)
- | ((in[10 + inpos]) << 14)
- | ((in[11 + inpos]) << 25)
- ;
- out[4 + outpos] = ((in[11 + inpos]) >>> (11 - 4))
- | ((in[12 + inpos]) << 4)
- | ((in[13 + inpos]) << 15)
- | ((in[14 + inpos]) << 26)
- ;
- out[5 + outpos] = ((in[14 + inpos]) >>> (11 - 5))
- | ((in[15 + inpos]) << 5)
- | ((in[16 + inpos]) << 16)
- | ((in[17 + inpos]) << 27)
- ;
- out[6 + outpos] = ((in[17 + inpos]) >>> (11 - 6))
- | ((in[18 + inpos]) << 6)
- | ((in[19 + inpos]) << 17)
- | ((in[20 + inpos]) << 28)
- ;
- out[7 + outpos] = ((in[20 + inpos]) >>> (11 - 7))
- | ((in[21 + inpos]) << 7)
- | ((in[22 + inpos]) << 18)
- | ((in[23 + inpos]) << 29)
- ;
- out[8 + outpos] = ((in[23 + inpos]) >>> (11 - 8))
- | ((in[24 + inpos]) << 8)
- | ((in[25 + inpos]) << 19)
- | ((in[26 + inpos]) << 30)
- ;
- out[9 + outpos] = ((in[26 + inpos]) >>> (11 - 9))
- | ((in[27 + inpos]) << 9)
- | ((in[28 + inpos]) << 20)
- | ((in[29 + inpos]) << 31)
- ;
- out[10 + outpos] = ((in[29 + inpos]) >>> (11 - 10))
- | ((in[30 + inpos]) << 10)
- | ((in[31 + inpos]) << 21)
- ;
- }
-
-
- protected static void fastpackwithoutmask12(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 12)
- | ((in[2 + inpos]) << 24)
- ;
- out[1 + outpos] = ((in[2 + inpos]) >>> (12 - 4))
- | ((in[3 + inpos]) << 4)
- | ((in[4 + inpos]) << 16)
- | ((in[5 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[5 + inpos]) >>> (12 - 8))
- | ((in[6 + inpos]) << 8)
- | ((in[7 + inpos]) << 20)
- ;
- out[3 + outpos] = in[8 + inpos]
- | ((in[9 + inpos]) << 12)
- | ((in[10 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[10 + inpos]) >>> (12 - 4))
- | ((in[11 + inpos]) << 4)
- | ((in[12 + inpos]) << 16)
- | ((in[13 + inpos]) << 28)
- ;
- out[5 + outpos] = ((in[13 + inpos]) >>> (12 - 8))
- | ((in[14 + inpos]) << 8)
- | ((in[15 + inpos]) << 20)
- ;
- out[6 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 12)
- | ((in[18 + inpos]) << 24)
- ;
- out[7 + outpos] = ((in[18 + inpos]) >>> (12 - 4))
- | ((in[19 + inpos]) << 4)
- | ((in[20 + inpos]) << 16)
- | ((in[21 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[21 + inpos]) >>> (12 - 8))
- | ((in[22 + inpos]) << 8)
- | ((in[23 + inpos]) << 20)
- ;
- out[9 + outpos] = in[24 + inpos]
- | ((in[25 + inpos]) << 12)
- | ((in[26 + inpos]) << 24)
- ;
- out[10 + outpos] = ((in[26 + inpos]) >>> (12 - 4))
- | ((in[27 + inpos]) << 4)
- | ((in[28 + inpos]) << 16)
- | ((in[29 + inpos]) << 28)
- ;
- out[11 + outpos] = ((in[29 + inpos]) >>> (12 - 8))
- | ((in[30 + inpos]) << 8)
- | ((in[31 + inpos]) << 20)
- ;
- }
-
-
- protected static void fastpackwithoutmask13(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 13)
- | ((in[2 + inpos]) << 26)
- ;
- out[1 + outpos] = ((in[2 + inpos]) >>> (13 - 7))
- | ((in[3 + inpos]) << 7)
- | ((in[4 + inpos]) << 20)
- ;
- out[2 + outpos] = ((in[4 + inpos]) >>> (13 - 1))
- | ((in[5 + inpos]) << 1)
- | ((in[6 + inpos]) << 14)
- | ((in[7 + inpos]) << 27)
- ;
- out[3 + outpos] = ((in[7 + inpos]) >>> (13 - 8))
- | ((in[8 + inpos]) << 8)
- | ((in[9 + inpos]) << 21)
- ;
- out[4 + outpos] = ((in[9 + inpos]) >>> (13 - 2))
- | ((in[10 + inpos]) << 2)
- | ((in[11 + inpos]) << 15)
- | ((in[12 + inpos]) << 28)
- ;
- out[5 + outpos] = ((in[12 + inpos]) >>> (13 - 9))
- | ((in[13 + inpos]) << 9)
- | ((in[14 + inpos]) << 22)
- ;
- out[6 + outpos] = ((in[14 + inpos]) >>> (13 - 3))
- | ((in[15 + inpos]) << 3)
- | ((in[16 + inpos]) << 16)
- | ((in[17 + inpos]) << 29)
- ;
- out[7 + outpos] = ((in[17 + inpos]) >>> (13 - 10))
- | ((in[18 + inpos]) << 10)
- | ((in[19 + inpos]) << 23)
- ;
- out[8 + outpos] = ((in[19 + inpos]) >>> (13 - 4))
- | ((in[20 + inpos]) << 4)
- | ((in[21 + inpos]) << 17)
- | ((in[22 + inpos]) << 30)
- ;
- out[9 + outpos] = ((in[22 + inpos]) >>> (13 - 11))
- | ((in[23 + inpos]) << 11)
- | ((in[24 + inpos]) << 24)
- ;
- out[10 + outpos] = ((in[24 + inpos]) >>> (13 - 5))
- | ((in[25 + inpos]) << 5)
- | ((in[26 + inpos]) << 18)
- | ((in[27 + inpos]) << 31)
- ;
- out[11 + outpos] = ((in[27 + inpos]) >>> (13 - 12))
- | ((in[28 + inpos]) << 12)
- | ((in[29 + inpos]) << 25)
- ;
- out[12 + outpos] = ((in[29 + inpos]) >>> (13 - 6))
- | ((in[30 + inpos]) << 6)
- | ((in[31 + inpos]) << 19)
- ;
- }
-
-
- protected static void fastpackwithoutmask14(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 14)
- | ((in[2 + inpos]) << 28)
- ;
- out[1 + outpos] = ((in[2 + inpos]) >>> (14 - 10))
- | ((in[3 + inpos]) << 10)
- | ((in[4 + inpos]) << 24)
- ;
- out[2 + outpos] = ((in[4 + inpos]) >>> (14 - 6))
- | ((in[5 + inpos]) << 6)
- | ((in[6 + inpos]) << 20)
- ;
- out[3 + outpos] = ((in[6 + inpos]) >>> (14 - 2))
- | ((in[7 + inpos]) << 2)
- | ((in[8 + inpos]) << 16)
- | ((in[9 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[9 + inpos]) >>> (14 - 12))
- | ((in[10 + inpos]) << 12)
- | ((in[11 + inpos]) << 26)
- ;
- out[5 + outpos] = ((in[11 + inpos]) >>> (14 - 8))
- | ((in[12 + inpos]) << 8)
- | ((in[13 + inpos]) << 22)
- ;
- out[6 + outpos] = ((in[13 + inpos]) >>> (14 - 4))
- | ((in[14 + inpos]) << 4)
- | ((in[15 + inpos]) << 18)
- ;
- out[7 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 14)
- | ((in[18 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[18 + inpos]) >>> (14 - 10))
- | ((in[19 + inpos]) << 10)
- | ((in[20 + inpos]) << 24)
- ;
- out[9 + outpos] = ((in[20 + inpos]) >>> (14 - 6))
- | ((in[21 + inpos]) << 6)
- | ((in[22 + inpos]) << 20)
- ;
- out[10 + outpos] = ((in[22 + inpos]) >>> (14 - 2))
- | ((in[23 + inpos]) << 2)
- | ((in[24 + inpos]) << 16)
- | ((in[25 + inpos]) << 30)
- ;
- out[11 + outpos] = ((in[25 + inpos]) >>> (14 - 12))
- | ((in[26 + inpos]) << 12)
- | ((in[27 + inpos]) << 26)
- ;
- out[12 + outpos] = ((in[27 + inpos]) >>> (14 - 8))
- | ((in[28 + inpos]) << 8)
- | ((in[29 + inpos]) << 22)
- ;
- out[13 + outpos] = ((in[29 + inpos]) >>> (14 - 4))
- | ((in[30 + inpos]) << 4)
- | ((in[31 + inpos]) << 18)
- ;
- }
-
-
- protected static void fastpackwithoutmask15(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 15)
- | ((in[2 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[2 + inpos]) >>> (15 - 13))
- | ((in[3 + inpos]) << 13)
- | ((in[4 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[4 + inpos]) >>> (15 - 11))
- | ((in[5 + inpos]) << 11)
- | ((in[6 + inpos]) << 26)
- ;
- out[3 + outpos] = ((in[6 + inpos]) >>> (15 - 9))
- | ((in[7 + inpos]) << 9)
- | ((in[8 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[8 + inpos]) >>> (15 - 7))
- | ((in[9 + inpos]) << 7)
- | ((in[10 + inpos]) << 22)
- ;
- out[5 + outpos] = ((in[10 + inpos]) >>> (15 - 5))
- | ((in[11 + inpos]) << 5)
- | ((in[12 + inpos]) << 20)
- ;
- out[6 + outpos] = ((in[12 + inpos]) >>> (15 - 3))
- | ((in[13 + inpos]) << 3)
- | ((in[14 + inpos]) << 18)
- ;
- out[7 + outpos] = ((in[14 + inpos]) >>> (15 - 1))
- | ((in[15 + inpos]) << 1)
- | ((in[16 + inpos]) << 16)
- | ((in[17 + inpos]) << 31)
- ;
- out[8 + outpos] = ((in[17 + inpos]) >>> (15 - 14))
- | ((in[18 + inpos]) << 14)
- | ((in[19 + inpos]) << 29)
- ;
- out[9 + outpos] = ((in[19 + inpos]) >>> (15 - 12))
- | ((in[20 + inpos]) << 12)
- | ((in[21 + inpos]) << 27)
- ;
- out[10 + outpos] = ((in[21 + inpos]) >>> (15 - 10))
- | ((in[22 + inpos]) << 10)
- | ((in[23 + inpos]) << 25)
- ;
- out[11 + outpos] = ((in[23 + inpos]) >>> (15 - 8))
- | ((in[24 + inpos]) << 8)
- | ((in[25 + inpos]) << 23)
- ;
- out[12 + outpos] = ((in[25 + inpos]) >>> (15 - 6))
- | ((in[26 + inpos]) << 6)
- | ((in[27 + inpos]) << 21)
- ;
- out[13 + outpos] = ((in[27 + inpos]) >>> (15 - 4))
- | ((in[28 + inpos]) << 4)
- | ((in[29 + inpos]) << 19)
- ;
- out[14 + outpos] = ((in[29 + inpos]) >>> (15 - 2))
- | ((in[30 + inpos]) << 2)
- | ((in[31 + inpos]) << 17)
- ;
- }
-
-
- protected static void fastpackwithoutmask16(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 16)
- ;
- out[1 + outpos] = in[2 + inpos]
- | ((in[3 + inpos]) << 16)
- ;
- out[2 + outpos] = in[4 + inpos]
- | ((in[5 + inpos]) << 16)
- ;
- out[3 + outpos] = in[6 + inpos]
- | ((in[7 + inpos]) << 16)
- ;
- out[4 + outpos] = in[8 + inpos]
- | ((in[9 + inpos]) << 16)
- ;
- out[5 + outpos] = in[10 + inpos]
- | ((in[11 + inpos]) << 16)
- ;
- out[6 + outpos] = in[12 + inpos]
- | ((in[13 + inpos]) << 16)
- ;
- out[7 + outpos] = in[14 + inpos]
- | ((in[15 + inpos]) << 16)
- ;
- out[8 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 16)
- ;
- out[9 + outpos] = in[18 + inpos]
- | ((in[19 + inpos]) << 16)
- ;
- out[10 + outpos] = in[20 + inpos]
- | ((in[21 + inpos]) << 16)
- ;
- out[11 + outpos] = in[22 + inpos]
- | ((in[23 + inpos]) << 16)
- ;
- out[12 + outpos] = in[24 + inpos]
- | ((in[25 + inpos]) << 16)
- ;
- out[13 + outpos] = in[26 + inpos]
- | ((in[27 + inpos]) << 16)
- ;
- out[14 + outpos] = in[28 + inpos]
- | ((in[29 + inpos]) << 16)
- ;
- out[15 + outpos] = in[30 + inpos]
- | ((in[31 + inpos]) << 16)
- ;
- }
-
-
- protected static void fastpackwithoutmask17(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 17)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (17 - 2))
- | ((in[2 + inpos]) << 2)
- | ((in[3 + inpos]) << 19)
- ;
- out[2 + outpos] = ((in[3 + inpos]) >>> (17 - 4))
- | ((in[4 + inpos]) << 4)
- | ((in[5 + inpos]) << 21)
- ;
- out[3 + outpos] = ((in[5 + inpos]) >>> (17 - 6))
- | ((in[6 + inpos]) << 6)
- | ((in[7 + inpos]) << 23)
- ;
- out[4 + outpos] = ((in[7 + inpos]) >>> (17 - 8))
- | ((in[8 + inpos]) << 8)
- | ((in[9 + inpos]) << 25)
- ;
- out[5 + outpos] = ((in[9 + inpos]) >>> (17 - 10))
- | ((in[10 + inpos]) << 10)
- | ((in[11 + inpos]) << 27)
- ;
- out[6 + outpos] = ((in[11 + inpos]) >>> (17 - 12))
- | ((in[12 + inpos]) << 12)
- | ((in[13 + inpos]) << 29)
- ;
- out[7 + outpos] = ((in[13 + inpos]) >>> (17 - 14))
- | ((in[14 + inpos]) << 14)
- | ((in[15 + inpos]) << 31)
- ;
- out[8 + outpos] = ((in[15 + inpos]) >>> (17 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[9 + outpos] = ((in[16 + inpos]) >>> (17 - 1))
- | ((in[17 + inpos]) << 1)
- | ((in[18 + inpos]) << 18)
- ;
- out[10 + outpos] = ((in[18 + inpos]) >>> (17 - 3))
- | ((in[19 + inpos]) << 3)
- | ((in[20 + inpos]) << 20)
- ;
- out[11 + outpos] = ((in[20 + inpos]) >>> (17 - 5))
- | ((in[21 + inpos]) << 5)
- | ((in[22 + inpos]) << 22)
- ;
- out[12 + outpos] = ((in[22 + inpos]) >>> (17 - 7))
- | ((in[23 + inpos]) << 7)
- | ((in[24 + inpos]) << 24)
- ;
- out[13 + outpos] = ((in[24 + inpos]) >>> (17 - 9))
- | ((in[25 + inpos]) << 9)
- | ((in[26 + inpos]) << 26)
- ;
- out[14 + outpos] = ((in[26 + inpos]) >>> (17 - 11))
- | ((in[27 + inpos]) << 11)
- | ((in[28 + inpos]) << 28)
- ;
- out[15 + outpos] = ((in[28 + inpos]) >>> (17 - 13))
- | ((in[29 + inpos]) << 13)
- | ((in[30 + inpos]) << 30)
- ;
- out[16 + outpos] = ((in[30 + inpos]) >>> (17 - 15))
- | ((in[31 + inpos]) << 15)
- ;
- }
-
-
- protected static void fastpackwithoutmask18(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 18)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (18 - 4))
- | ((in[2 + inpos]) << 4)
- | ((in[3 + inpos]) << 22)
- ;
- out[2 + outpos] = ((in[3 + inpos]) >>> (18 - 8))
- | ((in[4 + inpos]) << 8)
- | ((in[5 + inpos]) << 26)
- ;
- out[3 + outpos] = ((in[5 + inpos]) >>> (18 - 12))
- | ((in[6 + inpos]) << 12)
- | ((in[7 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[7 + inpos]) >>> (18 - 16))
- | ((in[8 + inpos]) << 16)
- ;
- out[5 + outpos] = ((in[8 + inpos]) >>> (18 - 2))
- | ((in[9 + inpos]) << 2)
- | ((in[10 + inpos]) << 20)
- ;
- out[6 + outpos] = ((in[10 + inpos]) >>> (18 - 6))
- | ((in[11 + inpos]) << 6)
- | ((in[12 + inpos]) << 24)
- ;
- out[7 + outpos] = ((in[12 + inpos]) >>> (18 - 10))
- | ((in[13 + inpos]) << 10)
- | ((in[14 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[14 + inpos]) >>> (18 - 14))
- | ((in[15 + inpos]) << 14)
- ;
- out[9 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 18)
- ;
- out[10 + outpos] = ((in[17 + inpos]) >>> (18 - 4))
- | ((in[18 + inpos]) << 4)
- | ((in[19 + inpos]) << 22)
- ;
- out[11 + outpos] = ((in[19 + inpos]) >>> (18 - 8))
- | ((in[20 + inpos]) << 8)
- | ((in[21 + inpos]) << 26)
- ;
- out[12 + outpos] = ((in[21 + inpos]) >>> (18 - 12))
- | ((in[22 + inpos]) << 12)
- | ((in[23 + inpos]) << 30)
- ;
- out[13 + outpos] = ((in[23 + inpos]) >>> (18 - 16))
- | ((in[24 + inpos]) << 16)
- ;
- out[14 + outpos] = ((in[24 + inpos]) >>> (18 - 2))
- | ((in[25 + inpos]) << 2)
- | ((in[26 + inpos]) << 20)
- ;
- out[15 + outpos] = ((in[26 + inpos]) >>> (18 - 6))
- | ((in[27 + inpos]) << 6)
- | ((in[28 + inpos]) << 24)
- ;
- out[16 + outpos] = ((in[28 + inpos]) >>> (18 - 10))
- | ((in[29 + inpos]) << 10)
- | ((in[30 + inpos]) << 28)
- ;
- out[17 + outpos] = ((in[30 + inpos]) >>> (18 - 14))
- | ((in[31 + inpos]) << 14)
- ;
- }
-
-
- protected static void fastpackwithoutmask19(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 19)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (19 - 6))
- | ((in[2 + inpos]) << 6)
- | ((in[3 + inpos]) << 25)
- ;
- out[2 + outpos] = ((in[3 + inpos]) >>> (19 - 12))
- | ((in[4 + inpos]) << 12)
- | ((in[5 + inpos]) << 31)
- ;
- out[3 + outpos] = ((in[5 + inpos]) >>> (19 - 18))
- | ((in[6 + inpos]) << 18)
- ;
- out[4 + outpos] = ((in[6 + inpos]) >>> (19 - 5))
- | ((in[7 + inpos]) << 5)
- | ((in[8 + inpos]) << 24)
- ;
- out[5 + outpos] = ((in[8 + inpos]) >>> (19 - 11))
- | ((in[9 + inpos]) << 11)
- | ((in[10 + inpos]) << 30)
- ;
- out[6 + outpos] = ((in[10 + inpos]) >>> (19 - 17))
- | ((in[11 + inpos]) << 17)
- ;
- out[7 + outpos] = ((in[11 + inpos]) >>> (19 - 4))
- | ((in[12 + inpos]) << 4)
- | ((in[13 + inpos]) << 23)
- ;
- out[8 + outpos] = ((in[13 + inpos]) >>> (19 - 10))
- | ((in[14 + inpos]) << 10)
- | ((in[15 + inpos]) << 29)
- ;
- out[9 + outpos] = ((in[15 + inpos]) >>> (19 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[10 + outpos] = ((in[16 + inpos]) >>> (19 - 3))
- | ((in[17 + inpos]) << 3)
- | ((in[18 + inpos]) << 22)
- ;
- out[11 + outpos] = ((in[18 + inpos]) >>> (19 - 9))
- | ((in[19 + inpos]) << 9)
- | ((in[20 + inpos]) << 28)
- ;
- out[12 + outpos] = ((in[20 + inpos]) >>> (19 - 15))
- | ((in[21 + inpos]) << 15)
- ;
- out[13 + outpos] = ((in[21 + inpos]) >>> (19 - 2))
- | ((in[22 + inpos]) << 2)
- | ((in[23 + inpos]) << 21)
- ;
- out[14 + outpos] = ((in[23 + inpos]) >>> (19 - 8))
- | ((in[24 + inpos]) << 8)
- | ((in[25 + inpos]) << 27)
- ;
- out[15 + outpos] = ((in[25 + inpos]) >>> (19 - 14))
- | ((in[26 + inpos]) << 14)
- ;
- out[16 + outpos] = ((in[26 + inpos]) >>> (19 - 1))
- | ((in[27 + inpos]) << 1)
- | ((in[28 + inpos]) << 20)
- ;
- out[17 + outpos] = ((in[28 + inpos]) >>> (19 - 7))
- | ((in[29 + inpos]) << 7)
- | ((in[30 + inpos]) << 26)
- ;
- out[18 + outpos] = ((in[30 + inpos]) >>> (19 - 13))
- | ((in[31 + inpos]) << 13)
- ;
- }
-
-
- protected static void fastpackwithoutmask20(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 20)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (20 - 8))
- | ((in[2 + inpos]) << 8)
- | ((in[3 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[3 + inpos]) >>> (20 - 16))
- | ((in[4 + inpos]) << 16)
- ;
- out[3 + outpos] = ((in[4 + inpos]) >>> (20 - 4))
- | ((in[5 + inpos]) << 4)
- | ((in[6 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[6 + inpos]) >>> (20 - 12))
- | ((in[7 + inpos]) << 12)
- ;
- out[5 + outpos] = in[8 + inpos]
- | ((in[9 + inpos]) << 20)
- ;
- out[6 + outpos] = ((in[9 + inpos]) >>> (20 - 8))
- | ((in[10 + inpos]) << 8)
- | ((in[11 + inpos]) << 28)
- ;
- out[7 + outpos] = ((in[11 + inpos]) >>> (20 - 16))
- | ((in[12 + inpos]) << 16)
- ;
- out[8 + outpos] = ((in[12 + inpos]) >>> (20 - 4))
- | ((in[13 + inpos]) << 4)
- | ((in[14 + inpos]) << 24)
- ;
- out[9 + outpos] = ((in[14 + inpos]) >>> (20 - 12))
- | ((in[15 + inpos]) << 12)
- ;
- out[10 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 20)
- ;
- out[11 + outpos] = ((in[17 + inpos]) >>> (20 - 8))
- | ((in[18 + inpos]) << 8)
- | ((in[19 + inpos]) << 28)
- ;
- out[12 + outpos] = ((in[19 + inpos]) >>> (20 - 16))
- | ((in[20 + inpos]) << 16)
- ;
- out[13 + outpos] = ((in[20 + inpos]) >>> (20 - 4))
- | ((in[21 + inpos]) << 4)
- | ((in[22 + inpos]) << 24)
- ;
- out[14 + outpos] = ((in[22 + inpos]) >>> (20 - 12))
- | ((in[23 + inpos]) << 12)
- ;
- out[15 + outpos] = in[24 + inpos]
- | ((in[25 + inpos]) << 20)
- ;
- out[16 + outpos] = ((in[25 + inpos]) >>> (20 - 8))
- | ((in[26 + inpos]) << 8)
- | ((in[27 + inpos]) << 28)
- ;
- out[17 + outpos] = ((in[27 + inpos]) >>> (20 - 16))
- | ((in[28 + inpos]) << 16)
- ;
- out[18 + outpos] = ((in[28 + inpos]) >>> (20 - 4))
- | ((in[29 + inpos]) << 4)
- | ((in[30 + inpos]) << 24)
- ;
- out[19 + outpos] = ((in[30 + inpos]) >>> (20 - 12))
- | ((in[31 + inpos]) << 12)
- ;
- }
-
-
- protected static void fastpackwithoutmask21(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 21)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (21 - 10))
- | ((in[2 + inpos]) << 10)
- | ((in[3 + inpos]) << 31)
- ;
- out[2 + outpos] = ((in[3 + inpos]) >>> (21 - 20))
- | ((in[4 + inpos]) << 20)
- ;
- out[3 + outpos] = ((in[4 + inpos]) >>> (21 - 9))
- | ((in[5 + inpos]) << 9)
- | ((in[6 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[6 + inpos]) >>> (21 - 19))
- | ((in[7 + inpos]) << 19)
- ;
- out[5 + outpos] = ((in[7 + inpos]) >>> (21 - 8))
- | ((in[8 + inpos]) << 8)
- | ((in[9 + inpos]) << 29)
- ;
- out[6 + outpos] = ((in[9 + inpos]) >>> (21 - 18))
- | ((in[10 + inpos]) << 18)
- ;
- out[7 + outpos] = ((in[10 + inpos]) >>> (21 - 7))
- | ((in[11 + inpos]) << 7)
- | ((in[12 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[12 + inpos]) >>> (21 - 17))
- | ((in[13 + inpos]) << 17)
- ;
- out[9 + outpos] = ((in[13 + inpos]) >>> (21 - 6))
- | ((in[14 + inpos]) << 6)
- | ((in[15 + inpos]) << 27)
- ;
- out[10 + outpos] = ((in[15 + inpos]) >>> (21 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[11 + outpos] = ((in[16 + inpos]) >>> (21 - 5))
- | ((in[17 + inpos]) << 5)
- | ((in[18 + inpos]) << 26)
- ;
- out[12 + outpos] = ((in[18 + inpos]) >>> (21 - 15))
- | ((in[19 + inpos]) << 15)
- ;
- out[13 + outpos] = ((in[19 + inpos]) >>> (21 - 4))
- | ((in[20 + inpos]) << 4)
- | ((in[21 + inpos]) << 25)
- ;
- out[14 + outpos] = ((in[21 + inpos]) >>> (21 - 14))
- | ((in[22 + inpos]) << 14)
- ;
- out[15 + outpos] = ((in[22 + inpos]) >>> (21 - 3))
- | ((in[23 + inpos]) << 3)
- | ((in[24 + inpos]) << 24)
- ;
- out[16 + outpos] = ((in[24 + inpos]) >>> (21 - 13))
- | ((in[25 + inpos]) << 13)
- ;
- out[17 + outpos] = ((in[25 + inpos]) >>> (21 - 2))
- | ((in[26 + inpos]) << 2)
- | ((in[27 + inpos]) << 23)
- ;
- out[18 + outpos] = ((in[27 + inpos]) >>> (21 - 12))
- | ((in[28 + inpos]) << 12)
- ;
- out[19 + outpos] = ((in[28 + inpos]) >>> (21 - 1))
- | ((in[29 + inpos]) << 1)
- | ((in[30 + inpos]) << 22)
- ;
- out[20 + outpos] = ((in[30 + inpos]) >>> (21 - 11))
- | ((in[31 + inpos]) << 11)
- ;
- }
-
-
- protected static void fastpackwithoutmask22(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 22)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (22 - 12))
- | ((in[2 + inpos]) << 12)
- ;
- out[2 + outpos] = ((in[2 + inpos]) >>> (22 - 2))
- | ((in[3 + inpos]) << 2)
- | ((in[4 + inpos]) << 24)
- ;
- out[3 + outpos] = ((in[4 + inpos]) >>> (22 - 14))
- | ((in[5 + inpos]) << 14)
- ;
- out[4 + outpos] = ((in[5 + inpos]) >>> (22 - 4))
- | ((in[6 + inpos]) << 4)
- | ((in[7 + inpos]) << 26)
- ;
- out[5 + outpos] = ((in[7 + inpos]) >>> (22 - 16))
- | ((in[8 + inpos]) << 16)
- ;
- out[6 + outpos] = ((in[8 + inpos]) >>> (22 - 6))
- | ((in[9 + inpos]) << 6)
- | ((in[10 + inpos]) << 28)
- ;
- out[7 + outpos] = ((in[10 + inpos]) >>> (22 - 18))
- | ((in[11 + inpos]) << 18)
- ;
- out[8 + outpos] = ((in[11 + inpos]) >>> (22 - 8))
- | ((in[12 + inpos]) << 8)
- | ((in[13 + inpos]) << 30)
- ;
- out[9 + outpos] = ((in[13 + inpos]) >>> (22 - 20))
- | ((in[14 + inpos]) << 20)
- ;
- out[10 + outpos] = ((in[14 + inpos]) >>> (22 - 10))
- | ((in[15 + inpos]) << 10)
- ;
- out[11 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 22)
- ;
- out[12 + outpos] = ((in[17 + inpos]) >>> (22 - 12))
- | ((in[18 + inpos]) << 12)
- ;
- out[13 + outpos] = ((in[18 + inpos]) >>> (22 - 2))
- | ((in[19 + inpos]) << 2)
- | ((in[20 + inpos]) << 24)
- ;
- out[14 + outpos] = ((in[20 + inpos]) >>> (22 - 14))
- | ((in[21 + inpos]) << 14)
- ;
- out[15 + outpos] = ((in[21 + inpos]) >>> (22 - 4))
- | ((in[22 + inpos]) << 4)
- | ((in[23 + inpos]) << 26)
- ;
- out[16 + outpos] = ((in[23 + inpos]) >>> (22 - 16))
- | ((in[24 + inpos]) << 16)
- ;
- out[17 + outpos] = ((in[24 + inpos]) >>> (22 - 6))
- | ((in[25 + inpos]) << 6)
- | ((in[26 + inpos]) << 28)
- ;
- out[18 + outpos] = ((in[26 + inpos]) >>> (22 - 18))
- | ((in[27 + inpos]) << 18)
- ;
- out[19 + outpos] = ((in[27 + inpos]) >>> (22 - 8))
- | ((in[28 + inpos]) << 8)
- | ((in[29 + inpos]) << 30)
- ;
- out[20 + outpos] = ((in[29 + inpos]) >>> (22 - 20))
- | ((in[30 + inpos]) << 20)
- ;
- out[21 + outpos] = ((in[30 + inpos]) >>> (22 - 10))
- | ((in[31 + inpos]) << 10)
- ;
- }
-
-
- protected static void fastpackwithoutmask23(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 23)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (23 - 14))
- | ((in[2 + inpos]) << 14)
- ;
- out[2 + outpos] = ((in[2 + inpos]) >>> (23 - 5))
- | ((in[3 + inpos]) << 5)
- | ((in[4 + inpos]) << 28)
- ;
- out[3 + outpos] = ((in[4 + inpos]) >>> (23 - 19))
- | ((in[5 + inpos]) << 19)
- ;
- out[4 + outpos] = ((in[5 + inpos]) >>> (23 - 10))
- | ((in[6 + inpos]) << 10)
- ;
- out[5 + outpos] = ((in[6 + inpos]) >>> (23 - 1))
- | ((in[7 + inpos]) << 1)
- | ((in[8 + inpos]) << 24)
- ;
- out[6 + outpos] = ((in[8 + inpos]) >>> (23 - 15))
- | ((in[9 + inpos]) << 15)
- ;
- out[7 + outpos] = ((in[9 + inpos]) >>> (23 - 6))
- | ((in[10 + inpos]) << 6)
- | ((in[11 + inpos]) << 29)
- ;
- out[8 + outpos] = ((in[11 + inpos]) >>> (23 - 20))
- | ((in[12 + inpos]) << 20)
- ;
- out[9 + outpos] = ((in[12 + inpos]) >>> (23 - 11))
- | ((in[13 + inpos]) << 11)
- ;
- out[10 + outpos] = ((in[13 + inpos]) >>> (23 - 2))
- | ((in[14 + inpos]) << 2)
- | ((in[15 + inpos]) << 25)
- ;
- out[11 + outpos] = ((in[15 + inpos]) >>> (23 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[12 + outpos] = ((in[16 + inpos]) >>> (23 - 7))
- | ((in[17 + inpos]) << 7)
- | ((in[18 + inpos]) << 30)
- ;
- out[13 + outpos] = ((in[18 + inpos]) >>> (23 - 21))
- | ((in[19 + inpos]) << 21)
- ;
- out[14 + outpos] = ((in[19 + inpos]) >>> (23 - 12))
- | ((in[20 + inpos]) << 12)
- ;
- out[15 + outpos] = ((in[20 + inpos]) >>> (23 - 3))
- | ((in[21 + inpos]) << 3)
- | ((in[22 + inpos]) << 26)
- ;
- out[16 + outpos] = ((in[22 + inpos]) >>> (23 - 17))
- | ((in[23 + inpos]) << 17)
- ;
- out[17 + outpos] = ((in[23 + inpos]) >>> (23 - 8))
- | ((in[24 + inpos]) << 8)
- | ((in[25 + inpos]) << 31)
- ;
- out[18 + outpos] = ((in[25 + inpos]) >>> (23 - 22))
- | ((in[26 + inpos]) << 22)
- ;
- out[19 + outpos] = ((in[26 + inpos]) >>> (23 - 13))
- | ((in[27 + inpos]) << 13)
- ;
- out[20 + outpos] = ((in[27 + inpos]) >>> (23 - 4))
- | ((in[28 + inpos]) << 4)
- | ((in[29 + inpos]) << 27)
- ;
- out[21 + outpos] = ((in[29 + inpos]) >>> (23 - 18))
- | ((in[30 + inpos]) << 18)
- ;
- out[22 + outpos] = ((in[30 + inpos]) >>> (23 - 9))
- | ((in[31 + inpos]) << 9)
- ;
- }
-
-
- protected static void fastpackwithoutmask24(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 24)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (24 - 16))
- | ((in[2 + inpos]) << 16)
- ;
- out[2 + outpos] = ((in[2 + inpos]) >>> (24 - 8))
- | ((in[3 + inpos]) << 8)
- ;
- out[3 + outpos] = in[4 + inpos]
- | ((in[5 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[5 + inpos]) >>> (24 - 16))
- | ((in[6 + inpos]) << 16)
- ;
- out[5 + outpos] = ((in[6 + inpos]) >>> (24 - 8))
- | ((in[7 + inpos]) << 8)
- ;
- out[6 + outpos] = in[8 + inpos]
- | ((in[9 + inpos]) << 24)
- ;
- out[7 + outpos] = ((in[9 + inpos]) >>> (24 - 16))
- | ((in[10 + inpos]) << 16)
- ;
- out[8 + outpos] = ((in[10 + inpos]) >>> (24 - 8))
- | ((in[11 + inpos]) << 8)
- ;
- out[9 + outpos] = in[12 + inpos]
- | ((in[13 + inpos]) << 24)
- ;
- out[10 + outpos] = ((in[13 + inpos]) >>> (24 - 16))
- | ((in[14 + inpos]) << 16)
- ;
- out[11 + outpos] = ((in[14 + inpos]) >>> (24 - 8))
- | ((in[15 + inpos]) << 8)
- ;
- out[12 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 24)
- ;
- out[13 + outpos] = ((in[17 + inpos]) >>> (24 - 16))
- | ((in[18 + inpos]) << 16)
- ;
- out[14 + outpos] = ((in[18 + inpos]) >>> (24 - 8))
- | ((in[19 + inpos]) << 8)
- ;
- out[15 + outpos] = in[20 + inpos]
- | ((in[21 + inpos]) << 24)
- ;
- out[16 + outpos] = ((in[21 + inpos]) >>> (24 - 16))
- | ((in[22 + inpos]) << 16)
- ;
- out[17 + outpos] = ((in[22 + inpos]) >>> (24 - 8))
- | ((in[23 + inpos]) << 8)
- ;
- out[18 + outpos] = in[24 + inpos]
- | ((in[25 + inpos]) << 24)
- ;
- out[19 + outpos] = ((in[25 + inpos]) >>> (24 - 16))
- | ((in[26 + inpos]) << 16)
- ;
- out[20 + outpos] = ((in[26 + inpos]) >>> (24 - 8))
- | ((in[27 + inpos]) << 8)
- ;
- out[21 + outpos] = in[28 + inpos]
- | ((in[29 + inpos]) << 24)
- ;
- out[22 + outpos] = ((in[29 + inpos]) >>> (24 - 16))
- | ((in[30 + inpos]) << 16)
- ;
- out[23 + outpos] = ((in[30 + inpos]) >>> (24 - 8))
- | ((in[31 + inpos]) << 8)
- ;
- }
-
-
- protected static void fastpackwithoutmask25(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 25)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (25 - 18))
- | ((in[2 + inpos]) << 18)
- ;
- out[2 + outpos] = ((in[2 + inpos]) >>> (25 - 11))
- | ((in[3 + inpos]) << 11)
- ;
- out[3 + outpos] = ((in[3 + inpos]) >>> (25 - 4))
- | ((in[4 + inpos]) << 4)
- | ((in[5 + inpos]) << 29)
- ;
- out[4 + outpos] = ((in[5 + inpos]) >>> (25 - 22))
- | ((in[6 + inpos]) << 22)
- ;
- out[5 + outpos] = ((in[6 + inpos]) >>> (25 - 15))
- | ((in[7 + inpos]) << 15)
- ;
- out[6 + outpos] = ((in[7 + inpos]) >>> (25 - 8))
- | ((in[8 + inpos]) << 8)
- ;
- out[7 + outpos] = ((in[8 + inpos]) >>> (25 - 1))
- | ((in[9 + inpos]) << 1)
- | ((in[10 + inpos]) << 26)
- ;
- out[8 + outpos] = ((in[10 + inpos]) >>> (25 - 19))
- | ((in[11 + inpos]) << 19)
- ;
- out[9 + outpos] = ((in[11 + inpos]) >>> (25 - 12))
- | ((in[12 + inpos]) << 12)
- ;
- out[10 + outpos] = ((in[12 + inpos]) >>> (25 - 5))
- | ((in[13 + inpos]) << 5)
- | ((in[14 + inpos]) << 30)
- ;
- out[11 + outpos] = ((in[14 + inpos]) >>> (25 - 23))
- | ((in[15 + inpos]) << 23)
- ;
- out[12 + outpos] = ((in[15 + inpos]) >>> (25 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[13 + outpos] = ((in[16 + inpos]) >>> (25 - 9))
- | ((in[17 + inpos]) << 9)
- ;
- out[14 + outpos] = ((in[17 + inpos]) >>> (25 - 2))
- | ((in[18 + inpos]) << 2)
- | ((in[19 + inpos]) << 27)
- ;
- out[15 + outpos] = ((in[19 + inpos]) >>> (25 - 20))
- | ((in[20 + inpos]) << 20)
- ;
- out[16 + outpos] = ((in[20 + inpos]) >>> (25 - 13))
- | ((in[21 + inpos]) << 13)
- ;
- out[17 + outpos] = ((in[21 + inpos]) >>> (25 - 6))
- | ((in[22 + inpos]) << 6)
- | ((in[23 + inpos]) << 31)
- ;
- out[18 + outpos] = ((in[23 + inpos]) >>> (25 - 24))
- | ((in[24 + inpos]) << 24)
- ;
- out[19 + outpos] = ((in[24 + inpos]) >>> (25 - 17))
- | ((in[25 + inpos]) << 17)
- ;
- out[20 + outpos] = ((in[25 + inpos]) >>> (25 - 10))
- | ((in[26 + inpos]) << 10)
- ;
- out[21 + outpos] = ((in[26 + inpos]) >>> (25 - 3))
- | ((in[27 + inpos]) << 3)
- | ((in[28 + inpos]) << 28)
- ;
- out[22 + outpos] = ((in[28 + inpos]) >>> (25 - 21))
- | ((in[29 + inpos]) << 21)
- ;
- out[23 + outpos] = ((in[29 + inpos]) >>> (25 - 14))
- | ((in[30 + inpos]) << 14)
- ;
- out[24 + outpos] = ((in[30 + inpos]) >>> (25 - 7))
- | ((in[31 + inpos]) << 7)
- ;
- }
-
-
- protected static void fastpackwithoutmask26(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 26)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (26 - 20))
- | ((in[2 + inpos]) << 20)
- ;
- out[2 + outpos] = ((in[2 + inpos]) >>> (26 - 14))
- | ((in[3 + inpos]) << 14)
- ;
- out[3 + outpos] = ((in[3 + inpos]) >>> (26 - 8))
- | ((in[4 + inpos]) << 8)
- ;
- out[4 + outpos] = ((in[4 + inpos]) >>> (26 - 2))
- | ((in[5 + inpos]) << 2)
- | ((in[6 + inpos]) << 28)
- ;
- out[5 + outpos] = ((in[6 + inpos]) >>> (26 - 22))
- | ((in[7 + inpos]) << 22)
- ;
- out[6 + outpos] = ((in[7 + inpos]) >>> (26 - 16))
- | ((in[8 + inpos]) << 16)
- ;
- out[7 + outpos] = ((in[8 + inpos]) >>> (26 - 10))
- | ((in[9 + inpos]) << 10)
- ;
- out[8 + outpos] = ((in[9 + inpos]) >>> (26 - 4))
- | ((in[10 + inpos]) << 4)
- | ((in[11 + inpos]) << 30)
- ;
- out[9 + outpos] = ((in[11 + inpos]) >>> (26 - 24))
- | ((in[12 + inpos]) << 24)
- ;
- out[10 + outpos] = ((in[12 + inpos]) >>> (26 - 18))
- | ((in[13 + inpos]) << 18)
- ;
- out[11 + outpos] = ((in[13 + inpos]) >>> (26 - 12))
- | ((in[14 + inpos]) << 12)
- ;
- out[12 + outpos] = ((in[14 + inpos]) >>> (26 - 6))
- | ((in[15 + inpos]) << 6)
- ;
- out[13 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 26)
- ;
- out[14 + outpos] = ((in[17 + inpos]) >>> (26 - 20))
- | ((in[18 + inpos]) << 20)
- ;
- out[15 + outpos] = ((in[18 + inpos]) >>> (26 - 14))
- | ((in[19 + inpos]) << 14)
- ;
- out[16 + outpos] = ((in[19 + inpos]) >>> (26 - 8))
- | ((in[20 + inpos]) << 8)
- ;
- out[17 + outpos] = ((in[20 + inpos]) >>> (26 - 2))
- | ((in[21 + inpos]) << 2)
- | ((in[22 + inpos]) << 28)
- ;
- out[18 + outpos] = ((in[22 + inpos]) >>> (26 - 22))
- | ((in[23 + inpos]) << 22)
- ;
- out[19 + outpos] = ((in[23 + inpos]) >>> (26 - 16))
- | ((in[24 + inpos]) << 16)
- ;
- out[20 + outpos] = ((in[24 + inpos]) >>> (26 - 10))
- | ((in[25 + inpos]) << 10)
- ;
- out[21 + outpos] = ((in[25 + inpos]) >>> (26 - 4))
- | ((in[26 + inpos]) << 4)
- | ((in[27 + inpos]) << 30)
- ;
- out[22 + outpos] = ((in[27 + inpos]) >>> (26 - 24))
- | ((in[28 + inpos]) << 24)
- ;
- out[23 + outpos] = ((in[28 + inpos]) >>> (26 - 18))
- | ((in[29 + inpos]) << 18)
- ;
- out[24 + outpos] = ((in[29 + inpos]) >>> (26 - 12))
- | ((in[30 + inpos]) << 12)
- ;
- out[25 + outpos] = ((in[30 + inpos]) >>> (26 - 6))
- | ((in[31 + inpos]) << 6)
- ;
- }
-
-
- protected static void fastpackwithoutmask27(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 27)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (27 - 22))
- | ((in[2 + inpos]) << 22)
- ;
- out[2 + outpos] = ((in[2 + inpos]) >>> (27 - 17))
- | ((in[3 + inpos]) << 17)
- ;
- out[3 + outpos] = ((in[3 + inpos]) >>> (27 - 12))
- | ((in[4 + inpos]) << 12)
- ;
- out[4 + outpos] = ((in[4 + inpos]) >>> (27 - 7))
- | ((in[5 + inpos]) << 7)
- ;
- out[5 + outpos] = ((in[5 + inpos]) >>> (27 - 2))
- | ((in[6 + inpos]) << 2)
- | ((in[7 + inpos]) << 29)
- ;
- out[6 + outpos] = ((in[7 + inpos]) >>> (27 - 24))
- | ((in[8 + inpos]) << 24)
- ;
- out[7 + outpos] = ((in[8 + inpos]) >>> (27 - 19))
- | ((in[9 + inpos]) << 19)
- ;
- out[8 + outpos] = ((in[9 + inpos]) >>> (27 - 14))
- | ((in[10 + inpos]) << 14)
- ;
- out[9 + outpos] = ((in[10 + inpos]) >>> (27 - 9))
- | ((in[11 + inpos]) << 9)
- ;
- out[10 + outpos] = ((in[11 + inpos]) >>> (27 - 4))
- | ((in[12 + inpos]) << 4)
- | ((in[13 + inpos]) << 31)
- ;
- out[11 + outpos] = ((in[13 + inpos]) >>> (27 - 26))
- | ((in[14 + inpos]) << 26)
- ;
- out[12 + outpos] = ((in[14 + inpos]) >>> (27 - 21))
- | ((in[15 + inpos]) << 21)
- ;
- out[13 + outpos] = ((in[15 + inpos]) >>> (27 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[14 + outpos] = ((in[16 + inpos]) >>> (27 - 11))
- | ((in[17 + inpos]) << 11)
- ;
- out[15 + outpos] = ((in[17 + inpos]) >>> (27 - 6))
- | ((in[18 + inpos]) << 6)
- ;
- out[16 + outpos] = ((in[18 + inpos]) >>> (27 - 1))
- | ((in[19 + inpos]) << 1)
- | ((in[20 + inpos]) << 28)
- ;
- out[17 + outpos] = ((in[20 + inpos]) >>> (27 - 23))
- | ((in[21 + inpos]) << 23)
- ;
- out[18 + outpos] = ((in[21 + inpos]) >>> (27 - 18))
- | ((in[22 + inpos]) << 18)
- ;
- out[19 + outpos] = ((in[22 + inpos]) >>> (27 - 13))
- | ((in[23 + inpos]) << 13)
- ;
- out[20 + outpos] = ((in[23 + inpos]) >>> (27 - 8))
- | ((in[24 + inpos]) << 8)
- ;
- out[21 + outpos] = ((in[24 + inpos]) >>> (27 - 3))
- | ((in[25 + inpos]) << 3)
- | ((in[26 + inpos]) << 30)
- ;
- out[22 + outpos] = ((in[26 + inpos]) >>> (27 - 25))
- | ((in[27 + inpos]) << 25)
- ;
- out[23 + outpos] = ((in[27 + inpos]) >>> (27 - 20))
- | ((in[28 + inpos]) << 20)
- ;
- out[24 + outpos] = ((in[28 + inpos]) >>> (27 - 15))
- | ((in[29 + inpos]) << 15)
- ;
- out[25 + outpos] = ((in[29 + inpos]) >>> (27 - 10))
- | ((in[30 + inpos]) << 10)
- ;
- out[26 + outpos] = ((in[30 + inpos]) >>> (27 - 5))
- | ((in[31 + inpos]) << 5)
- ;
- }
-
-
- protected static void fastpackwithoutmask28(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 28)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (28 - 24))
- | ((in[2 + inpos]) << 24)
- ;
- out[2 + outpos] = ((in[2 + inpos]) >>> (28 - 20))
- | ((in[3 + inpos]) << 20)
- ;
- out[3 + outpos] = ((in[3 + inpos]) >>> (28 - 16))
- | ((in[4 + inpos]) << 16)
- ;
- out[4 + outpos] = ((in[4 + inpos]) >>> (28 - 12))
- | ((in[5 + inpos]) << 12)
- ;
- out[5 + outpos] = ((in[5 + inpos]) >>> (28 - 8))
- | ((in[6 + inpos]) << 8)
- ;
- out[6 + outpos] = ((in[6 + inpos]) >>> (28 - 4))
- | ((in[7 + inpos]) << 4)
- ;
- out[7 + outpos] = in[8 + inpos]
- | ((in[9 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[9 + inpos]) >>> (28 - 24))
- | ((in[10 + inpos]) << 24)
- ;
- out[9 + outpos] = ((in[10 + inpos]) >>> (28 - 20))
- | ((in[11 + inpos]) << 20)
- ;
- out[10 + outpos] = ((in[11 + inpos]) >>> (28 - 16))
- | ((in[12 + inpos]) << 16)
- ;
- out[11 + outpos] = ((in[12 + inpos]) >>> (28 - 12))
- | ((in[13 + inpos]) << 12)
- ;
- out[12 + outpos] = ((in[13 + inpos]) >>> (28 - 8))
- | ((in[14 + inpos]) << 8)
- ;
- out[13 + outpos] = ((in[14 + inpos]) >>> (28 - 4))
- | ((in[15 + inpos]) << 4)
- ;
- out[14 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 28)
- ;
- out[15 + outpos] = ((in[17 + inpos]) >>> (28 - 24))
- | ((in[18 + inpos]) << 24)
- ;
- out[16 + outpos] = ((in[18 + inpos]) >>> (28 - 20))
- | ((in[19 + inpos]) << 20)
- ;
- out[17 + outpos] = ((in[19 + inpos]) >>> (28 - 16))
- | ((in[20 + inpos]) << 16)
- ;
- out[18 + outpos] = ((in[20 + inpos]) >>> (28 - 12))
- | ((in[21 + inpos]) << 12)
- ;
- out[19 + outpos] = ((in[21 + inpos]) >>> (28 - 8))
- | ((in[22 + inpos]) << 8)
- ;
- out[20 + outpos] = ((in[22 + inpos]) >>> (28 - 4))
- | ((in[23 + inpos]) << 4)
- ;
- out[21 + outpos] = in[24 + inpos]
- | ((in[25 + inpos]) << 28)
- ;
- out[22 + outpos] = ((in[25 + inpos]) >>> (28 - 24))
- | ((in[26 + inpos]) << 24)
- ;
- out[23 + outpos] = ((in[26 + inpos]) >>> (28 - 20))
- | ((in[27 + inpos]) << 20)
- ;
- out[24 + outpos] = ((in[27 + inpos]) >>> (28 - 16))
- | ((in[28 + inpos]) << 16)
- ;
- out[25 + outpos] = ((in[28 + inpos]) >>> (28 - 12))
- | ((in[29 + inpos]) << 12)
- ;
- out[26 + outpos] = ((in[29 + inpos]) >>> (28 - 8))
- | ((in[30 + inpos]) << 8)
- ;
- out[27 + outpos] = ((in[30 + inpos]) >>> (28 - 4))
- | ((in[31 + inpos]) << 4)
- ;
- }
-
-
- protected static void fastpackwithoutmask29(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 29)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (29 - 26))
- | ((in[2 + inpos]) << 26)
- ;
- out[2 + outpos] = ((in[2 + inpos]) >>> (29 - 23))
- | ((in[3 + inpos]) << 23)
- ;
- out[3 + outpos] = ((in[3 + inpos]) >>> (29 - 20))
- | ((in[4 + inpos]) << 20)
- ;
- out[4 + outpos] = ((in[4 + inpos]) >>> (29 - 17))
- | ((in[5 + inpos]) << 17)
- ;
- out[5 + outpos] = ((in[5 + inpos]) >>> (29 - 14))
- | ((in[6 + inpos]) << 14)
- ;
- out[6 + outpos] = ((in[6 + inpos]) >>> (29 - 11))
- | ((in[7 + inpos]) << 11)
- ;
- out[7 + outpos] = ((in[7 + inpos]) >>> (29 - 8))
- | ((in[8 + inpos]) << 8)
- ;
- out[8 + outpos] = ((in[8 + inpos]) >>> (29 - 5))
- | ((in[9 + inpos]) << 5)
- ;
- out[9 + outpos] = ((in[9 + inpos]) >>> (29 - 2))
- | ((in[10 + inpos]) << 2)
- | ((in[11 + inpos]) << 31)
- ;
- out[10 + outpos] = ((in[11 + inpos]) >>> (29 - 28))
- | ((in[12 + inpos]) << 28)
- ;
- out[11 + outpos] = ((in[12 + inpos]) >>> (29 - 25))
- | ((in[13 + inpos]) << 25)
- ;
- out[12 + outpos] = ((in[13 + inpos]) >>> (29 - 22))
- | ((in[14 + inpos]) << 22)
- ;
- out[13 + outpos] = ((in[14 + inpos]) >>> (29 - 19))
- | ((in[15 + inpos]) << 19)
- ;
- out[14 + outpos] = ((in[15 + inpos]) >>> (29 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[15 + outpos] = ((in[16 + inpos]) >>> (29 - 13))
- | ((in[17 + inpos]) << 13)
- ;
- out[16 + outpos] = ((in[17 + inpos]) >>> (29 - 10))
- | ((in[18 + inpos]) << 10)
- ;
- out[17 + outpos] = ((in[18 + inpos]) >>> (29 - 7))
- | ((in[19 + inpos]) << 7)
- ;
- out[18 + outpos] = ((in[19 + inpos]) >>> (29 - 4))
- | ((in[20 + inpos]) << 4)
- ;
- out[19 + outpos] = ((in[20 + inpos]) >>> (29 - 1))
- | ((in[21 + inpos]) << 1)
- | ((in[22 + inpos]) << 30)
- ;
- out[20 + outpos] = ((in[22 + inpos]) >>> (29 - 27))
- | ((in[23 + inpos]) << 27)
- ;
- out[21 + outpos] = ((in[23 + inpos]) >>> (29 - 24))
- | ((in[24 + inpos]) << 24)
- ;
- out[22 + outpos] = ((in[24 + inpos]) >>> (29 - 21))
- | ((in[25 + inpos]) << 21)
- ;
- out[23 + outpos] = ((in[25 + inpos]) >>> (29 - 18))
- | ((in[26 + inpos]) << 18)
- ;
- out[24 + outpos] = ((in[26 + inpos]) >>> (29 - 15))
- | ((in[27 + inpos]) << 15)
- ;
- out[25 + outpos] = ((in[27 + inpos]) >>> (29 - 12))
- | ((in[28 + inpos]) << 12)
- ;
- out[26 + outpos] = ((in[28 + inpos]) >>> (29 - 9))
- | ((in[29 + inpos]) << 9)
- ;
- out[27 + outpos] = ((in[29 + inpos]) >>> (29 - 6))
- | ((in[30 + inpos]) << 6)
- ;
- out[28 + outpos] = ((in[30 + inpos]) >>> (29 - 3))
- | ((in[31 + inpos]) << 3)
- ;
- }
-
-
- protected static void fastpackwithoutmask30(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (30 - 28))
- | ((in[2 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[2 + inpos]) >>> (30 - 26))
- | ((in[3 + inpos]) << 26)
- ;
- out[3 + outpos] = ((in[3 + inpos]) >>> (30 - 24))
- | ((in[4 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[4 + inpos]) >>> (30 - 22))
- | ((in[5 + inpos]) << 22)
- ;
- out[5 + outpos] = ((in[5 + inpos]) >>> (30 - 20))
- | ((in[6 + inpos]) << 20)
- ;
- out[6 + outpos] = ((in[6 + inpos]) >>> (30 - 18))
- | ((in[7 + inpos]) << 18)
- ;
- out[7 + outpos] = ((in[7 + inpos]) >>> (30 - 16))
- | ((in[8 + inpos]) << 16)
- ;
- out[8 + outpos] = ((in[8 + inpos]) >>> (30 - 14))
- | ((in[9 + inpos]) << 14)
- ;
- out[9 + outpos] = ((in[9 + inpos]) >>> (30 - 12))
- | ((in[10 + inpos]) << 12)
- ;
- out[10 + outpos] = ((in[10 + inpos]) >>> (30 - 10))
- | ((in[11 + inpos]) << 10)
- ;
- out[11 + outpos] = ((in[11 + inpos]) >>> (30 - 8))
- | ((in[12 + inpos]) << 8)
- ;
- out[12 + outpos] = ((in[12 + inpos]) >>> (30 - 6))
- | ((in[13 + inpos]) << 6)
- ;
- out[13 + outpos] = ((in[13 + inpos]) >>> (30 - 4))
- | ((in[14 + inpos]) << 4)
- ;
- out[14 + outpos] = ((in[14 + inpos]) >>> (30 - 2))
- | ((in[15 + inpos]) << 2)
- ;
- out[15 + outpos] = in[16 + inpos]
- | ((in[17 + inpos]) << 30)
- ;
- out[16 + outpos] = ((in[17 + inpos]) >>> (30 - 28))
- | ((in[18 + inpos]) << 28)
- ;
- out[17 + outpos] = ((in[18 + inpos]) >>> (30 - 26))
- | ((in[19 + inpos]) << 26)
- ;
- out[18 + outpos] = ((in[19 + inpos]) >>> (30 - 24))
- | ((in[20 + inpos]) << 24)
- ;
- out[19 + outpos] = ((in[20 + inpos]) >>> (30 - 22))
- | ((in[21 + inpos]) << 22)
- ;
- out[20 + outpos] = ((in[21 + inpos]) >>> (30 - 20))
- | ((in[22 + inpos]) << 20)
- ;
- out[21 + outpos] = ((in[22 + inpos]) >>> (30 - 18))
- | ((in[23 + inpos]) << 18)
- ;
- out[22 + outpos] = ((in[23 + inpos]) >>> (30 - 16))
- | ((in[24 + inpos]) << 16)
- ;
- out[23 + outpos] = ((in[24 + inpos]) >>> (30 - 14))
- | ((in[25 + inpos]) << 14)
- ;
- out[24 + outpos] = ((in[25 + inpos]) >>> (30 - 12))
- | ((in[26 + inpos]) << 12)
- ;
- out[25 + outpos] = ((in[26 + inpos]) >>> (30 - 10))
- | ((in[27 + inpos]) << 10)
- ;
- out[26 + outpos] = ((in[27 + inpos]) >>> (30 - 8))
- | ((in[28 + inpos]) << 8)
- ;
- out[27 + outpos] = ((in[28 + inpos]) >>> (30 - 6))
- | ((in[29 + inpos]) << 6)
- ;
- out[28 + outpos] = ((in[29 + inpos]) >>> (30 - 4))
- | ((in[30 + inpos]) << 4)
- ;
- out[29 + outpos] = ((in[30 + inpos]) >>> (30 - 2))
- | ((in[31 + inpos]) << 2)
- ;
- }
-
-
- protected static void fastpackwithoutmask31(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = in[0 + inpos]
- | ((in[1 + inpos]) << 31)
- ;
- out[1 + outpos] = ((in[1 + inpos]) >>> (31 - 30))
- | ((in[2 + inpos]) << 30)
- ;
- out[2 + outpos] = ((in[2 + inpos]) >>> (31 - 29))
- | ((in[3 + inpos]) << 29)
- ;
- out[3 + outpos] = ((in[3 + inpos]) >>> (31 - 28))
- | ((in[4 + inpos]) << 28)
- ;
- out[4 + outpos] = ((in[4 + inpos]) >>> (31 - 27))
- | ((in[5 + inpos]) << 27)
- ;
- out[5 + outpos] = ((in[5 + inpos]) >>> (31 - 26))
- | ((in[6 + inpos]) << 26)
- ;
- out[6 + outpos] = ((in[6 + inpos]) >>> (31 - 25))
- | ((in[7 + inpos]) << 25)
- ;
- out[7 + outpos] = ((in[7 + inpos]) >>> (31 - 24))
- | ((in[8 + inpos]) << 24)
- ;
- out[8 + outpos] = ((in[8 + inpos]) >>> (31 - 23))
- | ((in[9 + inpos]) << 23)
- ;
- out[9 + outpos] = ((in[9 + inpos]) >>> (31 - 22))
- | ((in[10 + inpos]) << 22)
- ;
- out[10 + outpos] = ((in[10 + inpos]) >>> (31 - 21))
- | ((in[11 + inpos]) << 21)
- ;
- out[11 + outpos] = ((in[11 + inpos]) >>> (31 - 20))
- | ((in[12 + inpos]) << 20)
- ;
- out[12 + outpos] = ((in[12 + inpos]) >>> (31 - 19))
- | ((in[13 + inpos]) << 19)
- ;
- out[13 + outpos] = ((in[13 + inpos]) >>> (31 - 18))
- | ((in[14 + inpos]) << 18)
- ;
- out[14 + outpos] = ((in[14 + inpos]) >>> (31 - 17))
- | ((in[15 + inpos]) << 17)
- ;
- out[15 + outpos] = ((in[15 + inpos]) >>> (31 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[16 + outpos] = ((in[16 + inpos]) >>> (31 - 15))
- | ((in[17 + inpos]) << 15)
- ;
- out[17 + outpos] = ((in[17 + inpos]) >>> (31 - 14))
- | ((in[18 + inpos]) << 14)
- ;
- out[18 + outpos] = ((in[18 + inpos]) >>> (31 - 13))
- | ((in[19 + inpos]) << 13)
- ;
- out[19 + outpos] = ((in[19 + inpos]) >>> (31 - 12))
- | ((in[20 + inpos]) << 12)
- ;
- out[20 + outpos] = ((in[20 + inpos]) >>> (31 - 11))
- | ((in[21 + inpos]) << 11)
- ;
- out[21 + outpos] = ((in[21 + inpos]) >>> (31 - 10))
- | ((in[22 + inpos]) << 10)
- ;
- out[22 + outpos] = ((in[22 + inpos]) >>> (31 - 9))
- | ((in[23 + inpos]) << 9)
- ;
- out[23 + outpos] = ((in[23 + inpos]) >>> (31 - 8))
- | ((in[24 + inpos]) << 8)
- ;
- out[24 + outpos] = ((in[24 + inpos]) >>> (31 - 7))
- | ((in[25 + inpos]) << 7)
- ;
- out[25 + outpos] = ((in[25 + inpos]) >>> (31 - 6))
- | ((in[26 + inpos]) << 6)
- ;
- out[26 + outpos] = ((in[26 + inpos]) >>> (31 - 5))
- | ((in[27 + inpos]) << 5)
- ;
- out[27 + outpos] = ((in[27 + inpos]) >>> (31 - 4))
- | ((in[28 + inpos]) << 4)
- ;
- out[28 + outpos] = ((in[28 + inpos]) >>> (31 - 3))
- | ((in[29 + inpos]) << 3)
- ;
- out[29 + outpos] = ((in[29 + inpos]) >>> (31 - 2))
- | ((in[30 + inpos]) << 2)
- ;
- out[30 + outpos] = ((in[30 + inpos]) >>> (31 - 1))
- | ((in[31 + inpos]) << 1)
- ;
- }
-
-
- protected static void fastpack1(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 1)
- | ((in[1 + inpos] & 1) << 1)
- | ((in[2 + inpos] & 1) << 2)
- | ((in[3 + inpos] & 1) << 3)
- | ((in[4 + inpos] & 1) << 4)
- | ((in[5 + inpos] & 1) << 5)
- | ((in[6 + inpos] & 1) << 6)
- | ((in[7 + inpos] & 1) << 7)
- | ((in[8 + inpos] & 1) << 8)
- | ((in[9 + inpos] & 1) << 9)
- | ((in[10 + inpos] & 1) << 10)
- | ((in[11 + inpos] & 1) << 11)
- | ((in[12 + inpos] & 1) << 12)
- | ((in[13 + inpos] & 1) << 13)
- | ((in[14 + inpos] & 1) << 14)
- | ((in[15 + inpos] & 1) << 15)
- | ((in[16 + inpos] & 1) << 16)
- | ((in[17 + inpos] & 1) << 17)
- | ((in[18 + inpos] & 1) << 18)
- | ((in[19 + inpos] & 1) << 19)
- | ((in[20 + inpos] & 1) << 20)
- | ((in[21 + inpos] & 1) << 21)
- | ((in[22 + inpos] & 1) << 22)
- | ((in[23 + inpos] & 1) << 23)
- | ((in[24 + inpos] & 1) << 24)
- | ((in[25 + inpos] & 1) << 25)
- | ((in[26 + inpos] & 1) << 26)
- | ((in[27 + inpos] & 1) << 27)
- | ((in[28 + inpos] & 1) << 28)
- | ((in[29 + inpos] & 1) << 29)
- | ((in[30 + inpos] & 1) << 30)
- | ((in[31 + inpos]) << 31)
- ;
- }
-
-
- protected static void fastpack2(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 3)
- | ((in[1 + inpos] & 3) << 2)
- | ((in[2 + inpos] & 3) << 4)
- | ((in[3 + inpos] & 3) << 6)
- | ((in[4 + inpos] & 3) << 8)
- | ((in[5 + inpos] & 3) << 10)
- | ((in[6 + inpos] & 3) << 12)
- | ((in[7 + inpos] & 3) << 14)
- | ((in[8 + inpos] & 3) << 16)
- | ((in[9 + inpos] & 3) << 18)
- | ((in[10 + inpos] & 3) << 20)
- | ((in[11 + inpos] & 3) << 22)
- | ((in[12 + inpos] & 3) << 24)
- | ((in[13 + inpos] & 3) << 26)
- | ((in[14 + inpos] & 3) << 28)
- | ((in[15 + inpos]) << 30)
- ;
- out[1 + outpos] = (in[16 + inpos] & 3)
- | ((in[17 + inpos] & 3) << 2)
- | ((in[18 + inpos] & 3) << 4)
- | ((in[19 + inpos] & 3) << 6)
- | ((in[20 + inpos] & 3) << 8)
- | ((in[21 + inpos] & 3) << 10)
- | ((in[22 + inpos] & 3) << 12)
- | ((in[23 + inpos] & 3) << 14)
- | ((in[24 + inpos] & 3) << 16)
- | ((in[25 + inpos] & 3) << 18)
- | ((in[26 + inpos] & 3) << 20)
- | ((in[27 + inpos] & 3) << 22)
- | ((in[28 + inpos] & 3) << 24)
- | ((in[29 + inpos] & 3) << 26)
- | ((in[30 + inpos] & 3) << 28)
- | ((in[31 + inpos]) << 30)
- ;
- }
-
-
- protected static void fastpack3(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 7)
- | ((in[1 + inpos] & 7) << 3)
- | ((in[2 + inpos] & 7) << 6)
- | ((in[3 + inpos] & 7) << 9)
- | ((in[4 + inpos] & 7) << 12)
- | ((in[5 + inpos] & 7) << 15)
- | ((in[6 + inpos] & 7) << 18)
- | ((in[7 + inpos] & 7) << 21)
- | ((in[8 + inpos] & 7) << 24)
- | ((in[9 + inpos] & 7) << 27)
- | ((in[10 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[10 + inpos] & 7) >>> (3 - 1))
- | ((in[11 + inpos] & 7) << 1)
- | ((in[12 + inpos] & 7) << 4)
- | ((in[13 + inpos] & 7) << 7)
- | ((in[14 + inpos] & 7) << 10)
- | ((in[15 + inpos] & 7) << 13)
- | ((in[16 + inpos] & 7) << 16)
- | ((in[17 + inpos] & 7) << 19)
- | ((in[18 + inpos] & 7) << 22)
- | ((in[19 + inpos] & 7) << 25)
- | ((in[20 + inpos] & 7) << 28)
- | ((in[21 + inpos]) << 31)
- ;
- out[2 + outpos] = ((in[21 + inpos] & 7) >>> (3 - 2))
- | ((in[22 + inpos] & 7) << 2)
- | ((in[23 + inpos] & 7) << 5)
- | ((in[24 + inpos] & 7) << 8)
- | ((in[25 + inpos] & 7) << 11)
- | ((in[26 + inpos] & 7) << 14)
- | ((in[27 + inpos] & 7) << 17)
- | ((in[28 + inpos] & 7) << 20)
- | ((in[29 + inpos] & 7) << 23)
- | ((in[30 + inpos] & 7) << 26)
- | ((in[31 + inpos]) << 29)
- ;
- }
-
-
- protected static void fastpack4(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 15)
- | ((in[1 + inpos] & 15) << 4)
- | ((in[2 + inpos] & 15) << 8)
- | ((in[3 + inpos] & 15) << 12)
- | ((in[4 + inpos] & 15) << 16)
- | ((in[5 + inpos] & 15) << 20)
- | ((in[6 + inpos] & 15) << 24)
- | ((in[7 + inpos]) << 28)
- ;
- out[1 + outpos] = (in[8 + inpos] & 15)
- | ((in[9 + inpos] & 15) << 4)
- | ((in[10 + inpos] & 15) << 8)
- | ((in[11 + inpos] & 15) << 12)
- | ((in[12 + inpos] & 15) << 16)
- | ((in[13 + inpos] & 15) << 20)
- | ((in[14 + inpos] & 15) << 24)
- | ((in[15 + inpos]) << 28)
- ;
- out[2 + outpos] = (in[16 + inpos] & 15)
- | ((in[17 + inpos] & 15) << 4)
- | ((in[18 + inpos] & 15) << 8)
- | ((in[19 + inpos] & 15) << 12)
- | ((in[20 + inpos] & 15) << 16)
- | ((in[21 + inpos] & 15) << 20)
- | ((in[22 + inpos] & 15) << 24)
- | ((in[23 + inpos]) << 28)
- ;
- out[3 + outpos] = (in[24 + inpos] & 15)
- | ((in[25 + inpos] & 15) << 4)
- | ((in[26 + inpos] & 15) << 8)
- | ((in[27 + inpos] & 15) << 12)
- | ((in[28 + inpos] & 15) << 16)
- | ((in[29 + inpos] & 15) << 20)
- | ((in[30 + inpos] & 15) << 24)
- | ((in[31 + inpos]) << 28)
- ;
- }
-
-
- protected static void fastpack5(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 31)
- | ((in[1 + inpos] & 31) << 5)
- | ((in[2 + inpos] & 31) << 10)
- | ((in[3 + inpos] & 31) << 15)
- | ((in[4 + inpos] & 31) << 20)
- | ((in[5 + inpos] & 31) << 25)
- | ((in[6 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[6 + inpos] & 31) >>> (5 - 3))
- | ((in[7 + inpos] & 31) << 3)
- | ((in[8 + inpos] & 31) << 8)
- | ((in[9 + inpos] & 31) << 13)
- | ((in[10 + inpos] & 31) << 18)
- | ((in[11 + inpos] & 31) << 23)
- | ((in[12 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[12 + inpos] & 31) >>> (5 - 1))
- | ((in[13 + inpos] & 31) << 1)
- | ((in[14 + inpos] & 31) << 6)
- | ((in[15 + inpos] & 31) << 11)
- | ((in[16 + inpos] & 31) << 16)
- | ((in[17 + inpos] & 31) << 21)
- | ((in[18 + inpos] & 31) << 26)
- | ((in[19 + inpos]) << 31)
- ;
- out[3 + outpos] = ((in[19 + inpos] & 31) >>> (5 - 4))
- | ((in[20 + inpos] & 31) << 4)
- | ((in[21 + inpos] & 31) << 9)
- | ((in[22 + inpos] & 31) << 14)
- | ((in[23 + inpos] & 31) << 19)
- | ((in[24 + inpos] & 31) << 24)
- | ((in[25 + inpos]) << 29)
- ;
- out[4 + outpos] = ((in[25 + inpos] & 31) >>> (5 - 2))
- | ((in[26 + inpos] & 31) << 2)
- | ((in[27 + inpos] & 31) << 7)
- | ((in[28 + inpos] & 31) << 12)
- | ((in[29 + inpos] & 31) << 17)
- | ((in[30 + inpos] & 31) << 22)
- | ((in[31 + inpos]) << 27)
- ;
- }
-
-
- protected static void fastpack6(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 63)
- | ((in[1 + inpos] & 63) << 6)
- | ((in[2 + inpos] & 63) << 12)
- | ((in[3 + inpos] & 63) << 18)
- | ((in[4 + inpos] & 63) << 24)
- | ((in[5 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[5 + inpos] & 63) >>> (6 - 4))
- | ((in[6 + inpos] & 63) << 4)
- | ((in[7 + inpos] & 63) << 10)
- | ((in[8 + inpos] & 63) << 16)
- | ((in[9 + inpos] & 63) << 22)
- | ((in[10 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[10 + inpos] & 63) >>> (6 - 2))
- | ((in[11 + inpos] & 63) << 2)
- | ((in[12 + inpos] & 63) << 8)
- | ((in[13 + inpos] & 63) << 14)
- | ((in[14 + inpos] & 63) << 20)
- | ((in[15 + inpos]) << 26)
- ;
- out[3 + outpos] = (in[16 + inpos] & 63)
- | ((in[17 + inpos] & 63) << 6)
- | ((in[18 + inpos] & 63) << 12)
- | ((in[19 + inpos] & 63) << 18)
- | ((in[20 + inpos] & 63) << 24)
- | ((in[21 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[21 + inpos] & 63) >>> (6 - 4))
- | ((in[22 + inpos] & 63) << 4)
- | ((in[23 + inpos] & 63) << 10)
- | ((in[24 + inpos] & 63) << 16)
- | ((in[25 + inpos] & 63) << 22)
- | ((in[26 + inpos]) << 28)
- ;
- out[5 + outpos] = ((in[26 + inpos] & 63) >>> (6 - 2))
- | ((in[27 + inpos] & 63) << 2)
- | ((in[28 + inpos] & 63) << 8)
- | ((in[29 + inpos] & 63) << 14)
- | ((in[30 + inpos] & 63) << 20)
- | ((in[31 + inpos]) << 26)
- ;
- }
-
-
- protected static void fastpack7(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 127)
- | ((in[1 + inpos] & 127) << 7)
- | ((in[2 + inpos] & 127) << 14)
- | ((in[3 + inpos] & 127) << 21)
- | ((in[4 + inpos]) << 28)
- ;
- out[1 + outpos] = ((in[4 + inpos] & 127) >>> (7 - 3))
- | ((in[5 + inpos] & 127) << 3)
- | ((in[6 + inpos] & 127) << 10)
- | ((in[7 + inpos] & 127) << 17)
- | ((in[8 + inpos] & 127) << 24)
- | ((in[9 + inpos]) << 31)
- ;
- out[2 + outpos] = ((in[9 + inpos] & 127) >>> (7 - 6))
- | ((in[10 + inpos] & 127) << 6)
- | ((in[11 + inpos] & 127) << 13)
- | ((in[12 + inpos] & 127) << 20)
- | ((in[13 + inpos]) << 27)
- ;
- out[3 + outpos] = ((in[13 + inpos] & 127) >>> (7 - 2))
- | ((in[14 + inpos] & 127) << 2)
- | ((in[15 + inpos] & 127) << 9)
- | ((in[16 + inpos] & 127) << 16)
- | ((in[17 + inpos] & 127) << 23)
- | ((in[18 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[18 + inpos] & 127) >>> (7 - 5))
- | ((in[19 + inpos] & 127) << 5)
- | ((in[20 + inpos] & 127) << 12)
- | ((in[21 + inpos] & 127) << 19)
- | ((in[22 + inpos]) << 26)
- ;
- out[5 + outpos] = ((in[22 + inpos] & 127) >>> (7 - 1))
- | ((in[23 + inpos] & 127) << 1)
- | ((in[24 + inpos] & 127) << 8)
- | ((in[25 + inpos] & 127) << 15)
- | ((in[26 + inpos] & 127) << 22)
- | ((in[27 + inpos]) << 29)
- ;
- out[6 + outpos] = ((in[27 + inpos] & 127) >>> (7 - 4))
- | ((in[28 + inpos] & 127) << 4)
- | ((in[29 + inpos] & 127) << 11)
- | ((in[30 + inpos] & 127) << 18)
- | ((in[31 + inpos]) << 25)
- ;
- }
-
-
- protected static void fastpack8(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 255)
- | ((in[1 + inpos] & 255) << 8)
- | ((in[2 + inpos] & 255) << 16)
- | ((in[3 + inpos]) << 24)
- ;
- out[1 + outpos] = (in[4 + inpos] & 255)
- | ((in[5 + inpos] & 255) << 8)
- | ((in[6 + inpos] & 255) << 16)
- | ((in[7 + inpos]) << 24)
- ;
- out[2 + outpos] = (in[8 + inpos] & 255)
- | ((in[9 + inpos] & 255) << 8)
- | ((in[10 + inpos] & 255) << 16)
- | ((in[11 + inpos]) << 24)
- ;
- out[3 + outpos] = (in[12 + inpos] & 255)
- | ((in[13 + inpos] & 255) << 8)
- | ((in[14 + inpos] & 255) << 16)
- | ((in[15 + inpos]) << 24)
- ;
- out[4 + outpos] = (in[16 + inpos] & 255)
- | ((in[17 + inpos] & 255) << 8)
- | ((in[18 + inpos] & 255) << 16)
- | ((in[19 + inpos]) << 24)
- ;
- out[5 + outpos] = (in[20 + inpos] & 255)
- | ((in[21 + inpos] & 255) << 8)
- | ((in[22 + inpos] & 255) << 16)
- | ((in[23 + inpos]) << 24)
- ;
- out[6 + outpos] = (in[24 + inpos] & 255)
- | ((in[25 + inpos] & 255) << 8)
- | ((in[26 + inpos] & 255) << 16)
- | ((in[27 + inpos]) << 24)
- ;
- out[7 + outpos] = (in[28 + inpos] & 255)
- | ((in[29 + inpos] & 255) << 8)
- | ((in[30 + inpos] & 255) << 16)
- | ((in[31 + inpos]) << 24)
- ;
- }
-
-
- protected static void fastpack9(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 511)
- | ((in[1 + inpos] & 511) << 9)
- | ((in[2 + inpos] & 511) << 18)
- | ((in[3 + inpos]) << 27)
- ;
- out[1 + outpos] = ((in[3 + inpos] & 511) >>> (9 - 4))
- | ((in[4 + inpos] & 511) << 4)
- | ((in[5 + inpos] & 511) << 13)
- | ((in[6 + inpos] & 511) << 22)
- | ((in[7 + inpos]) << 31)
- ;
- out[2 + outpos] = ((in[7 + inpos] & 511) >>> (9 - 8))
- | ((in[8 + inpos] & 511) << 8)
- | ((in[9 + inpos] & 511) << 17)
- | ((in[10 + inpos]) << 26)
- ;
- out[3 + outpos] = ((in[10 + inpos] & 511) >>> (9 - 3))
- | ((in[11 + inpos] & 511) << 3)
- | ((in[12 + inpos] & 511) << 12)
- | ((in[13 + inpos] & 511) << 21)
- | ((in[14 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[14 + inpos] & 511) >>> (9 - 7))
- | ((in[15 + inpos] & 511) << 7)
- | ((in[16 + inpos] & 511) << 16)
- | ((in[17 + inpos]) << 25)
- ;
- out[5 + outpos] = ((in[17 + inpos] & 511) >>> (9 - 2))
- | ((in[18 + inpos] & 511) << 2)
- | ((in[19 + inpos] & 511) << 11)
- | ((in[20 + inpos] & 511) << 20)
- | ((in[21 + inpos]) << 29)
- ;
- out[6 + outpos] = ((in[21 + inpos] & 511) >>> (9 - 6))
- | ((in[22 + inpos] & 511) << 6)
- | ((in[23 + inpos] & 511) << 15)
- | ((in[24 + inpos]) << 24)
- ;
- out[7 + outpos] = ((in[24 + inpos] & 511) >>> (9 - 1))
- | ((in[25 + inpos] & 511) << 1)
- | ((in[26 + inpos] & 511) << 10)
- | ((in[27 + inpos] & 511) << 19)
- | ((in[28 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[28 + inpos] & 511) >>> (9 - 5))
- | ((in[29 + inpos] & 511) << 5)
- | ((in[30 + inpos] & 511) << 14)
- | ((in[31 + inpos]) << 23)
- ;
- }
-
-
- protected static void fastpack10(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 1023)
- | ((in[1 + inpos] & 1023) << 10)
- | ((in[2 + inpos] & 1023) << 20)
- | ((in[3 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[3 + inpos] & 1023) >>> (10 - 8))
- | ((in[4 + inpos] & 1023) << 8)
- | ((in[5 + inpos] & 1023) << 18)
- | ((in[6 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[6 + inpos] & 1023) >>> (10 - 6))
- | ((in[7 + inpos] & 1023) << 6)
- | ((in[8 + inpos] & 1023) << 16)
- | ((in[9 + inpos]) << 26)
- ;
- out[3 + outpos] = ((in[9 + inpos] & 1023) >>> (10 - 4))
- | ((in[10 + inpos] & 1023) << 4)
- | ((in[11 + inpos] & 1023) << 14)
- | ((in[12 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[12 + inpos] & 1023) >>> (10 - 2))
- | ((in[13 + inpos] & 1023) << 2)
- | ((in[14 + inpos] & 1023) << 12)
- | ((in[15 + inpos]) << 22)
- ;
- out[5 + outpos] = (in[16 + inpos] & 1023)
- | ((in[17 + inpos] & 1023) << 10)
- | ((in[18 + inpos] & 1023) << 20)
- | ((in[19 + inpos]) << 30)
- ;
- out[6 + outpos] = ((in[19 + inpos] & 1023) >>> (10 - 8))
- | ((in[20 + inpos] & 1023) << 8)
- | ((in[21 + inpos] & 1023) << 18)
- | ((in[22 + inpos]) << 28)
- ;
- out[7 + outpos] = ((in[22 + inpos] & 1023) >>> (10 - 6))
- | ((in[23 + inpos] & 1023) << 6)
- | ((in[24 + inpos] & 1023) << 16)
- | ((in[25 + inpos]) << 26)
- ;
- out[8 + outpos] = ((in[25 + inpos] & 1023) >>> (10 - 4))
- | ((in[26 + inpos] & 1023) << 4)
- | ((in[27 + inpos] & 1023) << 14)
- | ((in[28 + inpos]) << 24)
- ;
- out[9 + outpos] = ((in[28 + inpos] & 1023) >>> (10 - 2))
- | ((in[29 + inpos] & 1023) << 2)
- | ((in[30 + inpos] & 1023) << 12)
- | ((in[31 + inpos]) << 22)
- ;
- }
-
-
- protected static void fastpack11(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 2047)
- | ((in[1 + inpos] & 2047) << 11)
- | ((in[2 + inpos]) << 22)
- ;
- out[1 + outpos] = ((in[2 + inpos] & 2047) >>> (11 - 1))
- | ((in[3 + inpos] & 2047) << 1)
- | ((in[4 + inpos] & 2047) << 12)
- | ((in[5 + inpos]) << 23)
- ;
- out[2 + outpos] = ((in[5 + inpos] & 2047) >>> (11 - 2))
- | ((in[6 + inpos] & 2047) << 2)
- | ((in[7 + inpos] & 2047) << 13)
- | ((in[8 + inpos]) << 24)
- ;
- out[3 + outpos] = ((in[8 + inpos] & 2047) >>> (11 - 3))
- | ((in[9 + inpos] & 2047) << 3)
- | ((in[10 + inpos] & 2047) << 14)
- | ((in[11 + inpos]) << 25)
- ;
- out[4 + outpos] = ((in[11 + inpos] & 2047) >>> (11 - 4))
- | ((in[12 + inpos] & 2047) << 4)
- | ((in[13 + inpos] & 2047) << 15)
- | ((in[14 + inpos]) << 26)
- ;
- out[5 + outpos] = ((in[14 + inpos] & 2047) >>> (11 - 5))
- | ((in[15 + inpos] & 2047) << 5)
- | ((in[16 + inpos] & 2047) << 16)
- | ((in[17 + inpos]) << 27)
- ;
- out[6 + outpos] = ((in[17 + inpos] & 2047) >>> (11 - 6))
- | ((in[18 + inpos] & 2047) << 6)
- | ((in[19 + inpos] & 2047) << 17)
- | ((in[20 + inpos]) << 28)
- ;
- out[7 + outpos] = ((in[20 + inpos] & 2047) >>> (11 - 7))
- | ((in[21 + inpos] & 2047) << 7)
- | ((in[22 + inpos] & 2047) << 18)
- | ((in[23 + inpos]) << 29)
- ;
- out[8 + outpos] = ((in[23 + inpos] & 2047) >>> (11 - 8))
- | ((in[24 + inpos] & 2047) << 8)
- | ((in[25 + inpos] & 2047) << 19)
- | ((in[26 + inpos]) << 30)
- ;
- out[9 + outpos] = ((in[26 + inpos] & 2047) >>> (11 - 9))
- | ((in[27 + inpos] & 2047) << 9)
- | ((in[28 + inpos] & 2047) << 20)
- | ((in[29 + inpos]) << 31)
- ;
- out[10 + outpos] = ((in[29 + inpos] & 2047) >>> (11 - 10))
- | ((in[30 + inpos] & 2047) << 10)
- | ((in[31 + inpos]) << 21)
- ;
- }
-
-
- protected static void fastpack12(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 4095)
- | ((in[1 + inpos] & 4095) << 12)
- | ((in[2 + inpos]) << 24)
- ;
- out[1 + outpos] = ((in[2 + inpos] & 4095) >>> (12 - 4))
- | ((in[3 + inpos] & 4095) << 4)
- | ((in[4 + inpos] & 4095) << 16)
- | ((in[5 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[5 + inpos] & 4095) >>> (12 - 8))
- | ((in[6 + inpos] & 4095) << 8)
- | ((in[7 + inpos]) << 20)
- ;
- out[3 + outpos] = (in[8 + inpos] & 4095)
- | ((in[9 + inpos] & 4095) << 12)
- | ((in[10 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[10 + inpos] & 4095) >>> (12 - 4))
- | ((in[11 + inpos] & 4095) << 4)
- | ((in[12 + inpos] & 4095) << 16)
- | ((in[13 + inpos]) << 28)
- ;
- out[5 + outpos] = ((in[13 + inpos] & 4095) >>> (12 - 8))
- | ((in[14 + inpos] & 4095) << 8)
- | ((in[15 + inpos]) << 20)
- ;
- out[6 + outpos] = (in[16 + inpos] & 4095)
- | ((in[17 + inpos] & 4095) << 12)
- | ((in[18 + inpos]) << 24)
- ;
- out[7 + outpos] = ((in[18 + inpos] & 4095) >>> (12 - 4))
- | ((in[19 + inpos] & 4095) << 4)
- | ((in[20 + inpos] & 4095) << 16)
- | ((in[21 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[21 + inpos] & 4095) >>> (12 - 8))
- | ((in[22 + inpos] & 4095) << 8)
- | ((in[23 + inpos]) << 20)
- ;
- out[9 + outpos] = (in[24 + inpos] & 4095)
- | ((in[25 + inpos] & 4095) << 12)
- | ((in[26 + inpos]) << 24)
- ;
- out[10 + outpos] = ((in[26 + inpos] & 4095) >>> (12 - 4))
- | ((in[27 + inpos] & 4095) << 4)
- | ((in[28 + inpos] & 4095) << 16)
- | ((in[29 + inpos]) << 28)
- ;
- out[11 + outpos] = ((in[29 + inpos] & 4095) >>> (12 - 8))
- | ((in[30 + inpos] & 4095) << 8)
- | ((in[31 + inpos]) << 20)
- ;
- }
-
-
- protected static void fastpack13(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 8191)
- | ((in[1 + inpos] & 8191) << 13)
- | ((in[2 + inpos]) << 26)
- ;
- out[1 + outpos] = ((in[2 + inpos] & 8191) >>> (13 - 7))
- | ((in[3 + inpos] & 8191) << 7)
- | ((in[4 + inpos]) << 20)
- ;
- out[2 + outpos] = ((in[4 + inpos] & 8191) >>> (13 - 1))
- | ((in[5 + inpos] & 8191) << 1)
- | ((in[6 + inpos] & 8191) << 14)
- | ((in[7 + inpos]) << 27)
- ;
- out[3 + outpos] = ((in[7 + inpos] & 8191) >>> (13 - 8))
- | ((in[8 + inpos] & 8191) << 8)
- | ((in[9 + inpos]) << 21)
- ;
- out[4 + outpos] = ((in[9 + inpos] & 8191) >>> (13 - 2))
- | ((in[10 + inpos] & 8191) << 2)
- | ((in[11 + inpos] & 8191) << 15)
- | ((in[12 + inpos]) << 28)
- ;
- out[5 + outpos] = ((in[12 + inpos] & 8191) >>> (13 - 9))
- | ((in[13 + inpos] & 8191) << 9)
- | ((in[14 + inpos]) << 22)
- ;
- out[6 + outpos] = ((in[14 + inpos] & 8191) >>> (13 - 3))
- | ((in[15 + inpos] & 8191) << 3)
- | ((in[16 + inpos] & 8191) << 16)
- | ((in[17 + inpos]) << 29)
- ;
- out[7 + outpos] = ((in[17 + inpos] & 8191) >>> (13 - 10))
- | ((in[18 + inpos] & 8191) << 10)
- | ((in[19 + inpos]) << 23)
- ;
- out[8 + outpos] = ((in[19 + inpos] & 8191) >>> (13 - 4))
- | ((in[20 + inpos] & 8191) << 4)
- | ((in[21 + inpos] & 8191) << 17)
- | ((in[22 + inpos]) << 30)
- ;
- out[9 + outpos] = ((in[22 + inpos] & 8191) >>> (13 - 11))
- | ((in[23 + inpos] & 8191) << 11)
- | ((in[24 + inpos]) << 24)
- ;
- out[10 + outpos] = ((in[24 + inpos] & 8191) >>> (13 - 5))
- | ((in[25 + inpos] & 8191) << 5)
- | ((in[26 + inpos] & 8191) << 18)
- | ((in[27 + inpos]) << 31)
- ;
- out[11 + outpos] = ((in[27 + inpos] & 8191) >>> (13 - 12))
- | ((in[28 + inpos] & 8191) << 12)
- | ((in[29 + inpos]) << 25)
- ;
- out[12 + outpos] = ((in[29 + inpos] & 8191) >>> (13 - 6))
- | ((in[30 + inpos] & 8191) << 6)
- | ((in[31 + inpos]) << 19)
- ;
- }
-
-
- protected static void fastpack14(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 16383)
- | ((in[1 + inpos] & 16383) << 14)
- | ((in[2 + inpos]) << 28)
- ;
- out[1 + outpos] = ((in[2 + inpos] & 16383) >>> (14 - 10))
- | ((in[3 + inpos] & 16383) << 10)
- | ((in[4 + inpos]) << 24)
- ;
- out[2 + outpos] = ((in[4 + inpos] & 16383) >>> (14 - 6))
- | ((in[5 + inpos] & 16383) << 6)
- | ((in[6 + inpos]) << 20)
- ;
- out[3 + outpos] = ((in[6 + inpos] & 16383) >>> (14 - 2))
- | ((in[7 + inpos] & 16383) << 2)
- | ((in[8 + inpos] & 16383) << 16)
- | ((in[9 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[9 + inpos] & 16383) >>> (14 - 12))
- | ((in[10 + inpos] & 16383) << 12)
- | ((in[11 + inpos]) << 26)
- ;
- out[5 + outpos] = ((in[11 + inpos] & 16383) >>> (14 - 8))
- | ((in[12 + inpos] & 16383) << 8)
- | ((in[13 + inpos]) << 22)
- ;
- out[6 + outpos] = ((in[13 + inpos] & 16383) >>> (14 - 4))
- | ((in[14 + inpos] & 16383) << 4)
- | ((in[15 + inpos]) << 18)
- ;
- out[7 + outpos] = (in[16 + inpos] & 16383)
- | ((in[17 + inpos] & 16383) << 14)
- | ((in[18 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[18 + inpos] & 16383) >>> (14 - 10))
- | ((in[19 + inpos] & 16383) << 10)
- | ((in[20 + inpos]) << 24)
- ;
- out[9 + outpos] = ((in[20 + inpos] & 16383) >>> (14 - 6))
- | ((in[21 + inpos] & 16383) << 6)
- | ((in[22 + inpos]) << 20)
- ;
- out[10 + outpos] = ((in[22 + inpos] & 16383) >>> (14 - 2))
- | ((in[23 + inpos] & 16383) << 2)
- | ((in[24 + inpos] & 16383) << 16)
- | ((in[25 + inpos]) << 30)
- ;
- out[11 + outpos] = ((in[25 + inpos] & 16383) >>> (14 - 12))
- | ((in[26 + inpos] & 16383) << 12)
- | ((in[27 + inpos]) << 26)
- ;
- out[12 + outpos] = ((in[27 + inpos] & 16383) >>> (14 - 8))
- | ((in[28 + inpos] & 16383) << 8)
- | ((in[29 + inpos]) << 22)
- ;
- out[13 + outpos] = ((in[29 + inpos] & 16383) >>> (14 - 4))
- | ((in[30 + inpos] & 16383) << 4)
- | ((in[31 + inpos]) << 18)
- ;
- }
-
-
- protected static void fastpack15(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 32767)
- | ((in[1 + inpos] & 32767) << 15)
- | ((in[2 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[2 + inpos] & 32767) >>> (15 - 13))
- | ((in[3 + inpos] & 32767) << 13)
- | ((in[4 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[4 + inpos] & 32767) >>> (15 - 11))
- | ((in[5 + inpos] & 32767) << 11)
- | ((in[6 + inpos]) << 26)
- ;
- out[3 + outpos] = ((in[6 + inpos] & 32767) >>> (15 - 9))
- | ((in[7 + inpos] & 32767) << 9)
- | ((in[8 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[8 + inpos] & 32767) >>> (15 - 7))
- | ((in[9 + inpos] & 32767) << 7)
- | ((in[10 + inpos]) << 22)
- ;
- out[5 + outpos] = ((in[10 + inpos] & 32767) >>> (15 - 5))
- | ((in[11 + inpos] & 32767) << 5)
- | ((in[12 + inpos]) << 20)
- ;
- out[6 + outpos] = ((in[12 + inpos] & 32767) >>> (15 - 3))
- | ((in[13 + inpos] & 32767) << 3)
- | ((in[14 + inpos]) << 18)
- ;
- out[7 + outpos] = ((in[14 + inpos] & 32767) >>> (15 - 1))
- | ((in[15 + inpos] & 32767) << 1)
- | ((in[16 + inpos] & 32767) << 16)
- | ((in[17 + inpos]) << 31)
- ;
- out[8 + outpos] = ((in[17 + inpos] & 32767) >>> (15 - 14))
- | ((in[18 + inpos] & 32767) << 14)
- | ((in[19 + inpos]) << 29)
- ;
- out[9 + outpos] = ((in[19 + inpos] & 32767) >>> (15 - 12))
- | ((in[20 + inpos] & 32767) << 12)
- | ((in[21 + inpos]) << 27)
- ;
- out[10 + outpos] = ((in[21 + inpos] & 32767) >>> (15 - 10))
- | ((in[22 + inpos] & 32767) << 10)
- | ((in[23 + inpos]) << 25)
- ;
- out[11 + outpos] = ((in[23 + inpos] & 32767) >>> (15 - 8))
- | ((in[24 + inpos] & 32767) << 8)
- | ((in[25 + inpos]) << 23)
- ;
- out[12 + outpos] = ((in[25 + inpos] & 32767) >>> (15 - 6))
- | ((in[26 + inpos] & 32767) << 6)
- | ((in[27 + inpos]) << 21)
- ;
- out[13 + outpos] = ((in[27 + inpos] & 32767) >>> (15 - 4))
- | ((in[28 + inpos] & 32767) << 4)
- | ((in[29 + inpos]) << 19)
- ;
- out[14 + outpos] = ((in[29 + inpos] & 32767) >>> (15 - 2))
- | ((in[30 + inpos] & 32767) << 2)
- | ((in[31 + inpos]) << 17)
- ;
- }
-
-
- protected static void fastpack16(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 65535)
- | ((in[1 + inpos]) << 16)
- ;
- out[1 + outpos] = (in[2 + inpos] & 65535)
- | ((in[3 + inpos]) << 16)
- ;
- out[2 + outpos] = (in[4 + inpos] & 65535)
- | ((in[5 + inpos]) << 16)
- ;
- out[3 + outpos] = (in[6 + inpos] & 65535)
- | ((in[7 + inpos]) << 16)
- ;
- out[4 + outpos] = (in[8 + inpos] & 65535)
- | ((in[9 + inpos]) << 16)
- ;
- out[5 + outpos] = (in[10 + inpos] & 65535)
- | ((in[11 + inpos]) << 16)
- ;
- out[6 + outpos] = (in[12 + inpos] & 65535)
- | ((in[13 + inpos]) << 16)
- ;
- out[7 + outpos] = (in[14 + inpos] & 65535)
- | ((in[15 + inpos]) << 16)
- ;
- out[8 + outpos] = (in[16 + inpos] & 65535)
- | ((in[17 + inpos]) << 16)
- ;
- out[9 + outpos] = (in[18 + inpos] & 65535)
- | ((in[19 + inpos]) << 16)
- ;
- out[10 + outpos] = (in[20 + inpos] & 65535)
- | ((in[21 + inpos]) << 16)
- ;
- out[11 + outpos] = (in[22 + inpos] & 65535)
- | ((in[23 + inpos]) << 16)
- ;
- out[12 + outpos] = (in[24 + inpos] & 65535)
- | ((in[25 + inpos]) << 16)
- ;
- out[13 + outpos] = (in[26 + inpos] & 65535)
- | ((in[27 + inpos]) << 16)
- ;
- out[14 + outpos] = (in[28 + inpos] & 65535)
- | ((in[29 + inpos]) << 16)
- ;
- out[15 + outpos] = (in[30 + inpos] & 65535)
- | ((in[31 + inpos]) << 16)
- ;
- }
-
-
- protected static void fastpack17(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 131071)
- | ((in[1 + inpos]) << 17)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 131071) >>> (17 - 2))
- | ((in[2 + inpos] & 131071) << 2)
- | ((in[3 + inpos]) << 19)
- ;
- out[2 + outpos] = ((in[3 + inpos] & 131071) >>> (17 - 4))
- | ((in[4 + inpos] & 131071) << 4)
- | ((in[5 + inpos]) << 21)
- ;
- out[3 + outpos] = ((in[5 + inpos] & 131071) >>> (17 - 6))
- | ((in[6 + inpos] & 131071) << 6)
- | ((in[7 + inpos]) << 23)
- ;
- out[4 + outpos] = ((in[7 + inpos] & 131071) >>> (17 - 8))
- | ((in[8 + inpos] & 131071) << 8)
- | ((in[9 + inpos]) << 25)
- ;
- out[5 + outpos] = ((in[9 + inpos] & 131071) >>> (17 - 10))
- | ((in[10 + inpos] & 131071) << 10)
- | ((in[11 + inpos]) << 27)
- ;
- out[6 + outpos] = ((in[11 + inpos] & 131071) >>> (17 - 12))
- | ((in[12 + inpos] & 131071) << 12)
- | ((in[13 + inpos]) << 29)
- ;
- out[7 + outpos] = ((in[13 + inpos] & 131071) >>> (17 - 14))
- | ((in[14 + inpos] & 131071) << 14)
- | ((in[15 + inpos]) << 31)
- ;
- out[8 + outpos] = ((in[15 + inpos] & 131071) >>> (17 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[9 + outpos] = ((in[16 + inpos] & 131071) >>> (17 - 1))
- | ((in[17 + inpos] & 131071) << 1)
- | ((in[18 + inpos]) << 18)
- ;
- out[10 + outpos] = ((in[18 + inpos] & 131071) >>> (17 - 3))
- | ((in[19 + inpos] & 131071) << 3)
- | ((in[20 + inpos]) << 20)
- ;
- out[11 + outpos] = ((in[20 + inpos] & 131071) >>> (17 - 5))
- | ((in[21 + inpos] & 131071) << 5)
- | ((in[22 + inpos]) << 22)
- ;
- out[12 + outpos] = ((in[22 + inpos] & 131071) >>> (17 - 7))
- | ((in[23 + inpos] & 131071) << 7)
- | ((in[24 + inpos]) << 24)
- ;
- out[13 + outpos] = ((in[24 + inpos] & 131071) >>> (17 - 9))
- | ((in[25 + inpos] & 131071) << 9)
- | ((in[26 + inpos]) << 26)
- ;
- out[14 + outpos] = ((in[26 + inpos] & 131071) >>> (17 - 11))
- | ((in[27 + inpos] & 131071) << 11)
- | ((in[28 + inpos]) << 28)
- ;
- out[15 + outpos] = ((in[28 + inpos] & 131071) >>> (17 - 13))
- | ((in[29 + inpos] & 131071) << 13)
- | ((in[30 + inpos]) << 30)
- ;
- out[16 + outpos] = ((in[30 + inpos] & 131071) >>> (17 - 15))
- | ((in[31 + inpos]) << 15)
- ;
- }
-
-
- protected static void fastpack18(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 262143)
- | ((in[1 + inpos]) << 18)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 262143) >>> (18 - 4))
- | ((in[2 + inpos] & 262143) << 4)
- | ((in[3 + inpos]) << 22)
- ;
- out[2 + outpos] = ((in[3 + inpos] & 262143) >>> (18 - 8))
- | ((in[4 + inpos] & 262143) << 8)
- | ((in[5 + inpos]) << 26)
- ;
- out[3 + outpos] = ((in[5 + inpos] & 262143) >>> (18 - 12))
- | ((in[6 + inpos] & 262143) << 12)
- | ((in[7 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[7 + inpos] & 262143) >>> (18 - 16))
- | ((in[8 + inpos]) << 16)
- ;
- out[5 + outpos] = ((in[8 + inpos] & 262143) >>> (18 - 2))
- | ((in[9 + inpos] & 262143) << 2)
- | ((in[10 + inpos]) << 20)
- ;
- out[6 + outpos] = ((in[10 + inpos] & 262143) >>> (18 - 6))
- | ((in[11 + inpos] & 262143) << 6)
- | ((in[12 + inpos]) << 24)
- ;
- out[7 + outpos] = ((in[12 + inpos] & 262143) >>> (18 - 10))
- | ((in[13 + inpos] & 262143) << 10)
- | ((in[14 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[14 + inpos] & 262143) >>> (18 - 14))
- | ((in[15 + inpos]) << 14)
- ;
- out[9 + outpos] = (in[16 + inpos] & 262143)
- | ((in[17 + inpos]) << 18)
- ;
- out[10 + outpos] = ((in[17 + inpos] & 262143) >>> (18 - 4))
- | ((in[18 + inpos] & 262143) << 4)
- | ((in[19 + inpos]) << 22)
- ;
- out[11 + outpos] = ((in[19 + inpos] & 262143) >>> (18 - 8))
- | ((in[20 + inpos] & 262143) << 8)
- | ((in[21 + inpos]) << 26)
- ;
- out[12 + outpos] = ((in[21 + inpos] & 262143) >>> (18 - 12))
- | ((in[22 + inpos] & 262143) << 12)
- | ((in[23 + inpos]) << 30)
- ;
- out[13 + outpos] = ((in[23 + inpos] & 262143) >>> (18 - 16))
- | ((in[24 + inpos]) << 16)
- ;
- out[14 + outpos] = ((in[24 + inpos] & 262143) >>> (18 - 2))
- | ((in[25 + inpos] & 262143) << 2)
- | ((in[26 + inpos]) << 20)
- ;
- out[15 + outpos] = ((in[26 + inpos] & 262143) >>> (18 - 6))
- | ((in[27 + inpos] & 262143) << 6)
- | ((in[28 + inpos]) << 24)
- ;
- out[16 + outpos] = ((in[28 + inpos] & 262143) >>> (18 - 10))
- | ((in[29 + inpos] & 262143) << 10)
- | ((in[30 + inpos]) << 28)
- ;
- out[17 + outpos] = ((in[30 + inpos] & 262143) >>> (18 - 14))
- | ((in[31 + inpos]) << 14)
- ;
- }
-
-
- protected static void fastpack19(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 524287)
- | ((in[1 + inpos]) << 19)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 524287) >>> (19 - 6))
- | ((in[2 + inpos] & 524287) << 6)
- | ((in[3 + inpos]) << 25)
- ;
- out[2 + outpos] = ((in[3 + inpos] & 524287) >>> (19 - 12))
- | ((in[4 + inpos] & 524287) << 12)
- | ((in[5 + inpos]) << 31)
- ;
- out[3 + outpos] = ((in[5 + inpos] & 524287) >>> (19 - 18))
- | ((in[6 + inpos]) << 18)
- ;
- out[4 + outpos] = ((in[6 + inpos] & 524287) >>> (19 - 5))
- | ((in[7 + inpos] & 524287) << 5)
- | ((in[8 + inpos]) << 24)
- ;
- out[5 + outpos] = ((in[8 + inpos] & 524287) >>> (19 - 11))
- | ((in[9 + inpos] & 524287) << 11)
- | ((in[10 + inpos]) << 30)
- ;
- out[6 + outpos] = ((in[10 + inpos] & 524287) >>> (19 - 17))
- | ((in[11 + inpos]) << 17)
- ;
- out[7 + outpos] = ((in[11 + inpos] & 524287) >>> (19 - 4))
- | ((in[12 + inpos] & 524287) << 4)
- | ((in[13 + inpos]) << 23)
- ;
- out[8 + outpos] = ((in[13 + inpos] & 524287) >>> (19 - 10))
- | ((in[14 + inpos] & 524287) << 10)
- | ((in[15 + inpos]) << 29)
- ;
- out[9 + outpos] = ((in[15 + inpos] & 524287) >>> (19 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[10 + outpos] = ((in[16 + inpos] & 524287) >>> (19 - 3))
- | ((in[17 + inpos] & 524287) << 3)
- | ((in[18 + inpos]) << 22)
- ;
- out[11 + outpos] = ((in[18 + inpos] & 524287) >>> (19 - 9))
- | ((in[19 + inpos] & 524287) << 9)
- | ((in[20 + inpos]) << 28)
- ;
- out[12 + outpos] = ((in[20 + inpos] & 524287) >>> (19 - 15))
- | ((in[21 + inpos]) << 15)
- ;
- out[13 + outpos] = ((in[21 + inpos] & 524287) >>> (19 - 2))
- | ((in[22 + inpos] & 524287) << 2)
- | ((in[23 + inpos]) << 21)
- ;
- out[14 + outpos] = ((in[23 + inpos] & 524287) >>> (19 - 8))
- | ((in[24 + inpos] & 524287) << 8)
- | ((in[25 + inpos]) << 27)
- ;
- out[15 + outpos] = ((in[25 + inpos] & 524287) >>> (19 - 14))
- | ((in[26 + inpos]) << 14)
- ;
- out[16 + outpos] = ((in[26 + inpos] & 524287) >>> (19 - 1))
- | ((in[27 + inpos] & 524287) << 1)
- | ((in[28 + inpos]) << 20)
- ;
- out[17 + outpos] = ((in[28 + inpos] & 524287) >>> (19 - 7))
- | ((in[29 + inpos] & 524287) << 7)
- | ((in[30 + inpos]) << 26)
- ;
- out[18 + outpos] = ((in[30 + inpos] & 524287) >>> (19 - 13))
- | ((in[31 + inpos]) << 13)
- ;
- }
-
-
- protected static void fastpack20(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 1048575)
- | ((in[1 + inpos]) << 20)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 1048575) >>> (20 - 8))
- | ((in[2 + inpos] & 1048575) << 8)
- | ((in[3 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[3 + inpos] & 1048575) >>> (20 - 16))
- | ((in[4 + inpos]) << 16)
- ;
- out[3 + outpos] = ((in[4 + inpos] & 1048575) >>> (20 - 4))
- | ((in[5 + inpos] & 1048575) << 4)
- | ((in[6 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[6 + inpos] & 1048575) >>> (20 - 12))
- | ((in[7 + inpos]) << 12)
- ;
- out[5 + outpos] = (in[8 + inpos] & 1048575)
- | ((in[9 + inpos]) << 20)
- ;
- out[6 + outpos] = ((in[9 + inpos] & 1048575) >>> (20 - 8))
- | ((in[10 + inpos] & 1048575) << 8)
- | ((in[11 + inpos]) << 28)
- ;
- out[7 + outpos] = ((in[11 + inpos] & 1048575) >>> (20 - 16))
- | ((in[12 + inpos]) << 16)
- ;
- out[8 + outpos] = ((in[12 + inpos] & 1048575) >>> (20 - 4))
- | ((in[13 + inpos] & 1048575) << 4)
- | ((in[14 + inpos]) << 24)
- ;
- out[9 + outpos] = ((in[14 + inpos] & 1048575) >>> (20 - 12))
- | ((in[15 + inpos]) << 12)
- ;
- out[10 + outpos] = (in[16 + inpos] & 1048575)
- | ((in[17 + inpos]) << 20)
- ;
- out[11 + outpos] = ((in[17 + inpos] & 1048575) >>> (20 - 8))
- | ((in[18 + inpos] & 1048575) << 8)
- | ((in[19 + inpos]) << 28)
- ;
- out[12 + outpos] = ((in[19 + inpos] & 1048575) >>> (20 - 16))
- | ((in[20 + inpos]) << 16)
- ;
- out[13 + outpos] = ((in[20 + inpos] & 1048575) >>> (20 - 4))
- | ((in[21 + inpos] & 1048575) << 4)
- | ((in[22 + inpos]) << 24)
- ;
- out[14 + outpos] = ((in[22 + inpos] & 1048575) >>> (20 - 12))
- | ((in[23 + inpos]) << 12)
- ;
- out[15 + outpos] = (in[24 + inpos] & 1048575)
- | ((in[25 + inpos]) << 20)
- ;
- out[16 + outpos] = ((in[25 + inpos] & 1048575) >>> (20 - 8))
- | ((in[26 + inpos] & 1048575) << 8)
- | ((in[27 + inpos]) << 28)
- ;
- out[17 + outpos] = ((in[27 + inpos] & 1048575) >>> (20 - 16))
- | ((in[28 + inpos]) << 16)
- ;
- out[18 + outpos] = ((in[28 + inpos] & 1048575) >>> (20 - 4))
- | ((in[29 + inpos] & 1048575) << 4)
- | ((in[30 + inpos]) << 24)
- ;
- out[19 + outpos] = ((in[30 + inpos] & 1048575) >>> (20 - 12))
- | ((in[31 + inpos]) << 12)
- ;
- }
-
-
- protected static void fastpack21(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 2097151)
- | ((in[1 + inpos]) << 21)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 2097151) >>> (21 - 10))
- | ((in[2 + inpos] & 2097151) << 10)
- | ((in[3 + inpos]) << 31)
- ;
- out[2 + outpos] = ((in[3 + inpos] & 2097151) >>> (21 - 20))
- | ((in[4 + inpos]) << 20)
- ;
- out[3 + outpos] = ((in[4 + inpos] & 2097151) >>> (21 - 9))
- | ((in[5 + inpos] & 2097151) << 9)
- | ((in[6 + inpos]) << 30)
- ;
- out[4 + outpos] = ((in[6 + inpos] & 2097151) >>> (21 - 19))
- | ((in[7 + inpos]) << 19)
- ;
- out[5 + outpos] = ((in[7 + inpos] & 2097151) >>> (21 - 8))
- | ((in[8 + inpos] & 2097151) << 8)
- | ((in[9 + inpos]) << 29)
- ;
- out[6 + outpos] = ((in[9 + inpos] & 2097151) >>> (21 - 18))
- | ((in[10 + inpos]) << 18)
- ;
- out[7 + outpos] = ((in[10 + inpos] & 2097151) >>> (21 - 7))
- | ((in[11 + inpos] & 2097151) << 7)
- | ((in[12 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[12 + inpos] & 2097151) >>> (21 - 17))
- | ((in[13 + inpos]) << 17)
- ;
- out[9 + outpos] = ((in[13 + inpos] & 2097151) >>> (21 - 6))
- | ((in[14 + inpos] & 2097151) << 6)
- | ((in[15 + inpos]) << 27)
- ;
- out[10 + outpos] = ((in[15 + inpos] & 2097151) >>> (21 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[11 + outpos] = ((in[16 + inpos] & 2097151) >>> (21 - 5))
- | ((in[17 + inpos] & 2097151) << 5)
- | ((in[18 + inpos]) << 26)
- ;
- out[12 + outpos] = ((in[18 + inpos] & 2097151) >>> (21 - 15))
- | ((in[19 + inpos]) << 15)
- ;
- out[13 + outpos] = ((in[19 + inpos] & 2097151) >>> (21 - 4))
- | ((in[20 + inpos] & 2097151) << 4)
- | ((in[21 + inpos]) << 25)
- ;
- out[14 + outpos] = ((in[21 + inpos] & 2097151) >>> (21 - 14))
- | ((in[22 + inpos]) << 14)
- ;
- out[15 + outpos] = ((in[22 + inpos] & 2097151) >>> (21 - 3))
- | ((in[23 + inpos] & 2097151) << 3)
- | ((in[24 + inpos]) << 24)
- ;
- out[16 + outpos] = ((in[24 + inpos] & 2097151) >>> (21 - 13))
- | ((in[25 + inpos]) << 13)
- ;
- out[17 + outpos] = ((in[25 + inpos] & 2097151) >>> (21 - 2))
- | ((in[26 + inpos] & 2097151) << 2)
- | ((in[27 + inpos]) << 23)
- ;
- out[18 + outpos] = ((in[27 + inpos] & 2097151) >>> (21 - 12))
- | ((in[28 + inpos]) << 12)
- ;
- out[19 + outpos] = ((in[28 + inpos] & 2097151) >>> (21 - 1))
- | ((in[29 + inpos] & 2097151) << 1)
- | ((in[30 + inpos]) << 22)
- ;
- out[20 + outpos] = ((in[30 + inpos] & 2097151) >>> (21 - 11))
- | ((in[31 + inpos]) << 11)
- ;
- }
+ protected static void fastpack0(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ // nothing
+ }
+ protected static void fastpack1(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 1)
+ | ((in[1 + inpos] & 1) << 1)
+ | ((in[2 + inpos] & 1) << 2)
+ | ((in[3 + inpos] & 1) << 3)
+ | ((in[4 + inpos] & 1) << 4)
+ | ((in[5 + inpos] & 1) << 5)
+ | ((in[6 + inpos] & 1) << 6)
+ | ((in[7 + inpos] & 1) << 7)
+ | ((in[8 + inpos] & 1) << 8)
+ | ((in[9 + inpos] & 1) << 9)
+ | ((in[10 + inpos] & 1) << 10)
+ | ((in[11 + inpos] & 1) << 11)
+ | ((in[12 + inpos] & 1) << 12)
+ | ((in[13 + inpos] & 1) << 13)
+ | ((in[14 + inpos] & 1) << 14)
+ | ((in[15 + inpos] & 1) << 15)
+ | ((in[16 + inpos] & 1) << 16)
+ | ((in[17 + inpos] & 1) << 17)
+ | ((in[18 + inpos] & 1) << 18)
+ | ((in[19 + inpos] & 1) << 19)
+ | ((in[20 + inpos] & 1) << 20)
+ | ((in[21 + inpos] & 1) << 21)
+ | ((in[22 + inpos] & 1) << 22)
+ | ((in[23 + inpos] & 1) << 23)
+ | ((in[24 + inpos] & 1) << 24)
+ | ((in[25 + inpos] & 1) << 25)
+ | ((in[26 + inpos] & 1) << 26)
+ | ((in[27 + inpos] & 1) << 27)
+ | ((in[28 + inpos] & 1) << 28)
+ | ((in[29 + inpos] & 1) << 29)
+ | ((in[30 + inpos] & 1) << 30)
+ | ((in[31 + inpos]) << 31);
+ }
- protected static void fastpack22(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 4194303)
- | ((in[1 + inpos]) << 22)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 4194303) >>> (22 - 12))
- | ((in[2 + inpos]) << 12)
- ;
- out[2 + outpos] = ((in[2 + inpos] & 4194303) >>> (22 - 2))
- | ((in[3 + inpos] & 4194303) << 2)
- | ((in[4 + inpos]) << 24)
- ;
- out[3 + outpos] = ((in[4 + inpos] & 4194303) >>> (22 - 14))
- | ((in[5 + inpos]) << 14)
- ;
- out[4 + outpos] = ((in[5 + inpos] & 4194303) >>> (22 - 4))
- | ((in[6 + inpos] & 4194303) << 4)
- | ((in[7 + inpos]) << 26)
- ;
- out[5 + outpos] = ((in[7 + inpos] & 4194303) >>> (22 - 16))
- | ((in[8 + inpos]) << 16)
- ;
- out[6 + outpos] = ((in[8 + inpos] & 4194303) >>> (22 - 6))
- | ((in[9 + inpos] & 4194303) << 6)
- | ((in[10 + inpos]) << 28)
- ;
- out[7 + outpos] = ((in[10 + inpos] & 4194303) >>> (22 - 18))
- | ((in[11 + inpos]) << 18)
- ;
- out[8 + outpos] = ((in[11 + inpos] & 4194303) >>> (22 - 8))
- | ((in[12 + inpos] & 4194303) << 8)
- | ((in[13 + inpos]) << 30)
- ;
- out[9 + outpos] = ((in[13 + inpos] & 4194303) >>> (22 - 20))
- | ((in[14 + inpos]) << 20)
- ;
- out[10 + outpos] = ((in[14 + inpos] & 4194303) >>> (22 - 10))
- | ((in[15 + inpos]) << 10)
- ;
- out[11 + outpos] = (in[16 + inpos] & 4194303)
- | ((in[17 + inpos]) << 22)
- ;
- out[12 + outpos] = ((in[17 + inpos] & 4194303) >>> (22 - 12))
- | ((in[18 + inpos]) << 12)
- ;
- out[13 + outpos] = ((in[18 + inpos] & 4194303) >>> (22 - 2))
- | ((in[19 + inpos] & 4194303) << 2)
- | ((in[20 + inpos]) << 24)
- ;
- out[14 + outpos] = ((in[20 + inpos] & 4194303) >>> (22 - 14))
- | ((in[21 + inpos]) << 14)
- ;
- out[15 + outpos] = ((in[21 + inpos] & 4194303) >>> (22 - 4))
- | ((in[22 + inpos] & 4194303) << 4)
- | ((in[23 + inpos]) << 26)
- ;
- out[16 + outpos] = ((in[23 + inpos] & 4194303) >>> (22 - 16))
- | ((in[24 + inpos]) << 16)
- ;
- out[17 + outpos] = ((in[24 + inpos] & 4194303) >>> (22 - 6))
- | ((in[25 + inpos] & 4194303) << 6)
- | ((in[26 + inpos]) << 28)
- ;
- out[18 + outpos] = ((in[26 + inpos] & 4194303) >>> (22 - 18))
- | ((in[27 + inpos]) << 18)
- ;
- out[19 + outpos] = ((in[27 + inpos] & 4194303) >>> (22 - 8))
- | ((in[28 + inpos] & 4194303) << 8)
- | ((in[29 + inpos]) << 30)
- ;
- out[20 + outpos] = ((in[29 + inpos] & 4194303) >>> (22 - 20))
- | ((in[30 + inpos]) << 20)
- ;
- out[21 + outpos] = ((in[30 + inpos] & 4194303) >>> (22 - 10))
- | ((in[31 + inpos]) << 10)
- ;
- }
+ protected static void fastpack10(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 1023)
+ | ((in[1 + inpos] & 1023) << 10)
+ | ((in[2 + inpos] & 1023) << 20)
+ | ((in[3 + inpos]) << 30);
+ out[1 + outpos] = ((in[3 + inpos] & 1023) >>> (10 - 8))
+ | ((in[4 + inpos] & 1023) << 8)
+ | ((in[5 + inpos] & 1023) << 18)
+ | ((in[6 + inpos]) << 28);
+ out[2 + outpos] = ((in[6 + inpos] & 1023) >>> (10 - 6))
+ | ((in[7 + inpos] & 1023) << 6)
+ | ((in[8 + inpos] & 1023) << 16)
+ | ((in[9 + inpos]) << 26);
+ out[3 + outpos] = ((in[9 + inpos] & 1023) >>> (10 - 4))
+ | ((in[10 + inpos] & 1023) << 4)
+ | ((in[11 + inpos] & 1023) << 14)
+ | ((in[12 + inpos]) << 24);
+ out[4 + outpos] = ((in[12 + inpos] & 1023) >>> (10 - 2))
+ | ((in[13 + inpos] & 1023) << 2)
+ | ((in[14 + inpos] & 1023) << 12)
+ | ((in[15 + inpos]) << 22);
+ out[5 + outpos] = (in[16 + inpos] & 1023)
+ | ((in[17 + inpos] & 1023) << 10)
+ | ((in[18 + inpos] & 1023) << 20)
+ | ((in[19 + inpos]) << 30);
+ out[6 + outpos] = ((in[19 + inpos] & 1023) >>> (10 - 8))
+ | ((in[20 + inpos] & 1023) << 8)
+ | ((in[21 + inpos] & 1023) << 18)
+ | ((in[22 + inpos]) << 28);
+ out[7 + outpos] = ((in[22 + inpos] & 1023) >>> (10 - 6))
+ | ((in[23 + inpos] & 1023) << 6)
+ | ((in[24 + inpos] & 1023) << 16)
+ | ((in[25 + inpos]) << 26);
+ out[8 + outpos] = ((in[25 + inpos] & 1023) >>> (10 - 4))
+ | ((in[26 + inpos] & 1023) << 4)
+ | ((in[27 + inpos] & 1023) << 14)
+ | ((in[28 + inpos]) << 24);
+ out[9 + outpos] = ((in[28 + inpos] & 1023) >>> (10 - 2))
+ | ((in[29 + inpos] & 1023) << 2)
+ | ((in[30 + inpos] & 1023) << 12)
+ | ((in[31 + inpos]) << 22);
+ }
+ protected static void fastpack11(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 2047)
+ | ((in[1 + inpos] & 2047) << 11)
+ | ((in[2 + inpos]) << 22);
+ out[1 + outpos] = ((in[2 + inpos] & 2047) >>> (11 - 1))
+ | ((in[3 + inpos] & 2047) << 1)
+ | ((in[4 + inpos] & 2047) << 12)
+ | ((in[5 + inpos]) << 23);
+ out[2 + outpos] = ((in[5 + inpos] & 2047) >>> (11 - 2))
+ | ((in[6 + inpos] & 2047) << 2)
+ | ((in[7 + inpos] & 2047) << 13)
+ | ((in[8 + inpos]) << 24);
+ out[3 + outpos] = ((in[8 + inpos] & 2047) >>> (11 - 3))
+ | ((in[9 + inpos] & 2047) << 3)
+ | ((in[10 + inpos] & 2047) << 14)
+ | ((in[11 + inpos]) << 25);
+ out[4 + outpos] = ((in[11 + inpos] & 2047) >>> (11 - 4))
+ | ((in[12 + inpos] & 2047) << 4)
+ | ((in[13 + inpos] & 2047) << 15)
+ | ((in[14 + inpos]) << 26);
+ out[5 + outpos] = ((in[14 + inpos] & 2047) >>> (11 - 5))
+ | ((in[15 + inpos] & 2047) << 5)
+ | ((in[16 + inpos] & 2047) << 16)
+ | ((in[17 + inpos]) << 27);
+ out[6 + outpos] = ((in[17 + inpos] & 2047) >>> (11 - 6))
+ | ((in[18 + inpos] & 2047) << 6)
+ | ((in[19 + inpos] & 2047) << 17)
+ | ((in[20 + inpos]) << 28);
+ out[7 + outpos] = ((in[20 + inpos] & 2047) >>> (11 - 7))
+ | ((in[21 + inpos] & 2047) << 7)
+ | ((in[22 + inpos] & 2047) << 18)
+ | ((in[23 + inpos]) << 29);
+ out[8 + outpos] = ((in[23 + inpos] & 2047) >>> (11 - 8))
+ | ((in[24 + inpos] & 2047) << 8)
+ | ((in[25 + inpos] & 2047) << 19)
+ | ((in[26 + inpos]) << 30);
+ out[9 + outpos] = ((in[26 + inpos] & 2047) >>> (11 - 9))
+ | ((in[27 + inpos] & 2047) << 9)
+ | ((in[28 + inpos] & 2047) << 20)
+ | ((in[29 + inpos]) << 31);
+ out[10 + outpos] = ((in[29 + inpos] & 2047) >>> (11 - 10))
+ | ((in[30 + inpos] & 2047) << 10)
+ | ((in[31 + inpos]) << 21);
+ }
- protected static void fastpack23(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 8388607)
- | ((in[1 + inpos]) << 23)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 8388607) >>> (23 - 14))
- | ((in[2 + inpos]) << 14)
- ;
- out[2 + outpos] = ((in[2 + inpos] & 8388607) >>> (23 - 5))
- | ((in[3 + inpos] & 8388607) << 5)
- | ((in[4 + inpos]) << 28)
- ;
- out[3 + outpos] = ((in[4 + inpos] & 8388607) >>> (23 - 19))
- | ((in[5 + inpos]) << 19)
- ;
- out[4 + outpos] = ((in[5 + inpos] & 8388607) >>> (23 - 10))
- | ((in[6 + inpos]) << 10)
- ;
- out[5 + outpos] = ((in[6 + inpos] & 8388607) >>> (23 - 1))
- | ((in[7 + inpos] & 8388607) << 1)
- | ((in[8 + inpos]) << 24)
- ;
- out[6 + outpos] = ((in[8 + inpos] & 8388607) >>> (23 - 15))
- | ((in[9 + inpos]) << 15)
- ;
- out[7 + outpos] = ((in[9 + inpos] & 8388607) >>> (23 - 6))
- | ((in[10 + inpos] & 8388607) << 6)
- | ((in[11 + inpos]) << 29)
- ;
- out[8 + outpos] = ((in[11 + inpos] & 8388607) >>> (23 - 20))
- | ((in[12 + inpos]) << 20)
- ;
- out[9 + outpos] = ((in[12 + inpos] & 8388607) >>> (23 - 11))
- | ((in[13 + inpos]) << 11)
- ;
- out[10 + outpos] = ((in[13 + inpos] & 8388607) >>> (23 - 2))
- | ((in[14 + inpos] & 8388607) << 2)
- | ((in[15 + inpos]) << 25)
- ;
- out[11 + outpos] = ((in[15 + inpos] & 8388607) >>> (23 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[12 + outpos] = ((in[16 + inpos] & 8388607) >>> (23 - 7))
- | ((in[17 + inpos] & 8388607) << 7)
- | ((in[18 + inpos]) << 30)
- ;
- out[13 + outpos] = ((in[18 + inpos] & 8388607) >>> (23 - 21))
- | ((in[19 + inpos]) << 21)
- ;
- out[14 + outpos] = ((in[19 + inpos] & 8388607) >>> (23 - 12))
- | ((in[20 + inpos]) << 12)
- ;
- out[15 + outpos] = ((in[20 + inpos] & 8388607) >>> (23 - 3))
- | ((in[21 + inpos] & 8388607) << 3)
- | ((in[22 + inpos]) << 26)
- ;
- out[16 + outpos] = ((in[22 + inpos] & 8388607) >>> (23 - 17))
- | ((in[23 + inpos]) << 17)
- ;
- out[17 + outpos] = ((in[23 + inpos] & 8388607) >>> (23 - 8))
- | ((in[24 + inpos] & 8388607) << 8)
- | ((in[25 + inpos]) << 31)
- ;
- out[18 + outpos] = ((in[25 + inpos] & 8388607) >>> (23 - 22))
- | ((in[26 + inpos]) << 22)
- ;
- out[19 + outpos] = ((in[26 + inpos] & 8388607) >>> (23 - 13))
- | ((in[27 + inpos]) << 13)
- ;
- out[20 + outpos] = ((in[27 + inpos] & 8388607) >>> (23 - 4))
- | ((in[28 + inpos] & 8388607) << 4)
- | ((in[29 + inpos]) << 27)
- ;
- out[21 + outpos] = ((in[29 + inpos] & 8388607) >>> (23 - 18))
- | ((in[30 + inpos]) << 18)
- ;
- out[22 + outpos] = ((in[30 + inpos] & 8388607) >>> (23 - 9))
- | ((in[31 + inpos]) << 9)
- ;
- }
+ protected static void fastpack12(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 4095)
+ | ((in[1 + inpos] & 4095) << 12)
+ | ((in[2 + inpos]) << 24);
+ out[1 + outpos] = ((in[2 + inpos] & 4095) >>> (12 - 4))
+ | ((in[3 + inpos] & 4095) << 4)
+ | ((in[4 + inpos] & 4095) << 16)
+ | ((in[5 + inpos]) << 28);
+ out[2 + outpos] = ((in[5 + inpos] & 4095) >>> (12 - 8))
+ | ((in[6 + inpos] & 4095) << 8)
+ | ((in[7 + inpos]) << 20);
+ out[3 + outpos] = (in[8 + inpos] & 4095)
+ | ((in[9 + inpos] & 4095) << 12)
+ | ((in[10 + inpos]) << 24);
+ out[4 + outpos] = ((in[10 + inpos] & 4095) >>> (12 - 4))
+ | ((in[11 + inpos] & 4095) << 4)
+ | ((in[12 + inpos] & 4095) << 16)
+ | ((in[13 + inpos]) << 28);
+ out[5 + outpos] = ((in[13 + inpos] & 4095) >>> (12 - 8))
+ | ((in[14 + inpos] & 4095) << 8)
+ | ((in[15 + inpos]) << 20);
+ out[6 + outpos] = (in[16 + inpos] & 4095)
+ | ((in[17 + inpos] & 4095) << 12)
+ | ((in[18 + inpos]) << 24);
+ out[7 + outpos] = ((in[18 + inpos] & 4095) >>> (12 - 4))
+ | ((in[19 + inpos] & 4095) << 4)
+ | ((in[20 + inpos] & 4095) << 16)
+ | ((in[21 + inpos]) << 28);
+ out[8 + outpos] = ((in[21 + inpos] & 4095) >>> (12 - 8))
+ | ((in[22 + inpos] & 4095) << 8)
+ | ((in[23 + inpos]) << 20);
+ out[9 + outpos] = (in[24 + inpos] & 4095)
+ | ((in[25 + inpos] & 4095) << 12)
+ | ((in[26 + inpos]) << 24);
+ out[10 + outpos] = ((in[26 + inpos] & 4095) >>> (12 - 4))
+ | ((in[27 + inpos] & 4095) << 4)
+ | ((in[28 + inpos] & 4095) << 16)
+ | ((in[29 + inpos]) << 28);
+ out[11 + outpos] = ((in[29 + inpos] & 4095) >>> (12 - 8))
+ | ((in[30 + inpos] & 4095) << 8)
+ | ((in[31 + inpos]) << 20);
+ }
+ protected static void fastpack13(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 8191)
+ | ((in[1 + inpos] & 8191) << 13)
+ | ((in[2 + inpos]) << 26);
+ out[1 + outpos] = ((in[2 + inpos] & 8191) >>> (13 - 7))
+ | ((in[3 + inpos] & 8191) << 7)
+ | ((in[4 + inpos]) << 20);
+ out[2 + outpos] = ((in[4 + inpos] & 8191) >>> (13 - 1))
+ | ((in[5 + inpos] & 8191) << 1)
+ | ((in[6 + inpos] & 8191) << 14)
+ | ((in[7 + inpos]) << 27);
+ out[3 + outpos] = ((in[7 + inpos] & 8191) >>> (13 - 8))
+ | ((in[8 + inpos] & 8191) << 8)
+ | ((in[9 + inpos]) << 21);
+ out[4 + outpos] = ((in[9 + inpos] & 8191) >>> (13 - 2))
+ | ((in[10 + inpos] & 8191) << 2)
+ | ((in[11 + inpos] & 8191) << 15)
+ | ((in[12 + inpos]) << 28);
+ out[5 + outpos] = ((in[12 + inpos] & 8191) >>> (13 - 9))
+ | ((in[13 + inpos] & 8191) << 9)
+ | ((in[14 + inpos]) << 22);
+ out[6 + outpos] = ((in[14 + inpos] & 8191) >>> (13 - 3))
+ | ((in[15 + inpos] & 8191) << 3)
+ | ((in[16 + inpos] & 8191) << 16)
+ | ((in[17 + inpos]) << 29);
+ out[7 + outpos] = ((in[17 + inpos] & 8191) >>> (13 - 10))
+ | ((in[18 + inpos] & 8191) << 10)
+ | ((in[19 + inpos]) << 23);
+ out[8 + outpos] = ((in[19 + inpos] & 8191) >>> (13 - 4))
+ | ((in[20 + inpos] & 8191) << 4)
+ | ((in[21 + inpos] & 8191) << 17)
+ | ((in[22 + inpos]) << 30);
+ out[9 + outpos] = ((in[22 + inpos] & 8191) >>> (13 - 11))
+ | ((in[23 + inpos] & 8191) << 11)
+ | ((in[24 + inpos]) << 24);
+ out[10 + outpos] = ((in[24 + inpos] & 8191) >>> (13 - 5))
+ | ((in[25 + inpos] & 8191) << 5)
+ | ((in[26 + inpos] & 8191) << 18)
+ | ((in[27 + inpos]) << 31);
+ out[11 + outpos] = ((in[27 + inpos] & 8191) >>> (13 - 12))
+ | ((in[28 + inpos] & 8191) << 12)
+ | ((in[29 + inpos]) << 25);
+ out[12 + outpos] = ((in[29 + inpos] & 8191) >>> (13 - 6))
+ | ((in[30 + inpos] & 8191) << 6)
+ | ((in[31 + inpos]) << 19);
+ }
- protected static void fastpack24(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 16777215)
- | ((in[1 + inpos]) << 24)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 16777215) >>> (24 - 16))
- | ((in[2 + inpos]) << 16)
- ;
- out[2 + outpos] = ((in[2 + inpos] & 16777215) >>> (24 - 8))
- | ((in[3 + inpos]) << 8)
- ;
- out[3 + outpos] = (in[4 + inpos] & 16777215)
- | ((in[5 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[5 + inpos] & 16777215) >>> (24 - 16))
- | ((in[6 + inpos]) << 16)
- ;
- out[5 + outpos] = ((in[6 + inpos] & 16777215) >>> (24 - 8))
- | ((in[7 + inpos]) << 8)
- ;
- out[6 + outpos] = (in[8 + inpos] & 16777215)
- | ((in[9 + inpos]) << 24)
- ;
- out[7 + outpos] = ((in[9 + inpos] & 16777215) >>> (24 - 16))
- | ((in[10 + inpos]) << 16)
- ;
- out[8 + outpos] = ((in[10 + inpos] & 16777215) >>> (24 - 8))
- | ((in[11 + inpos]) << 8)
- ;
- out[9 + outpos] = (in[12 + inpos] & 16777215)
- | ((in[13 + inpos]) << 24)
- ;
- out[10 + outpos] = ((in[13 + inpos] & 16777215) >>> (24 - 16))
- | ((in[14 + inpos]) << 16)
- ;
- out[11 + outpos] = ((in[14 + inpos] & 16777215) >>> (24 - 8))
- | ((in[15 + inpos]) << 8)
- ;
- out[12 + outpos] = (in[16 + inpos] & 16777215)
- | ((in[17 + inpos]) << 24)
- ;
- out[13 + outpos] = ((in[17 + inpos] & 16777215) >>> (24 - 16))
- | ((in[18 + inpos]) << 16)
- ;
- out[14 + outpos] = ((in[18 + inpos] & 16777215) >>> (24 - 8))
- | ((in[19 + inpos]) << 8)
- ;
- out[15 + outpos] = (in[20 + inpos] & 16777215)
- | ((in[21 + inpos]) << 24)
- ;
- out[16 + outpos] = ((in[21 + inpos] & 16777215) >>> (24 - 16))
- | ((in[22 + inpos]) << 16)
- ;
- out[17 + outpos] = ((in[22 + inpos] & 16777215) >>> (24 - 8))
- | ((in[23 + inpos]) << 8)
- ;
- out[18 + outpos] = (in[24 + inpos] & 16777215)
- | ((in[25 + inpos]) << 24)
- ;
- out[19 + outpos] = ((in[25 + inpos] & 16777215) >>> (24 - 16))
- | ((in[26 + inpos]) << 16)
- ;
- out[20 + outpos] = ((in[26 + inpos] & 16777215) >>> (24 - 8))
- | ((in[27 + inpos]) << 8)
- ;
- out[21 + outpos] = (in[28 + inpos] & 16777215)
- | ((in[29 + inpos]) << 24)
- ;
- out[22 + outpos] = ((in[29 + inpos] & 16777215) >>> (24 - 16))
- | ((in[30 + inpos]) << 16)
- ;
- out[23 + outpos] = ((in[30 + inpos] & 16777215) >>> (24 - 8))
- | ((in[31 + inpos]) << 8)
- ;
- }
+ protected static void fastpack14(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 16383)
+ | ((in[1 + inpos] & 16383) << 14)
+ | ((in[2 + inpos]) << 28);
+ out[1 + outpos] = ((in[2 + inpos] & 16383) >>> (14 - 10))
+ | ((in[3 + inpos] & 16383) << 10)
+ | ((in[4 + inpos]) << 24);
+ out[2 + outpos] = ((in[4 + inpos] & 16383) >>> (14 - 6))
+ | ((in[5 + inpos] & 16383) << 6)
+ | ((in[6 + inpos]) << 20);
+ out[3 + outpos] = ((in[6 + inpos] & 16383) >>> (14 - 2))
+ | ((in[7 + inpos] & 16383) << 2)
+ | ((in[8 + inpos] & 16383) << 16)
+ | ((in[9 + inpos]) << 30);
+ out[4 + outpos] = ((in[9 + inpos] & 16383) >>> (14 - 12))
+ | ((in[10 + inpos] & 16383) << 12)
+ | ((in[11 + inpos]) << 26);
+ out[5 + outpos] = ((in[11 + inpos] & 16383) >>> (14 - 8))
+ | ((in[12 + inpos] & 16383) << 8)
+ | ((in[13 + inpos]) << 22);
+ out[6 + outpos] = ((in[13 + inpos] & 16383) >>> (14 - 4))
+ | ((in[14 + inpos] & 16383) << 4)
+ | ((in[15 + inpos]) << 18);
+ out[7 + outpos] = (in[16 + inpos] & 16383)
+ | ((in[17 + inpos] & 16383) << 14)
+ | ((in[18 + inpos]) << 28);
+ out[8 + outpos] = ((in[18 + inpos] & 16383) >>> (14 - 10))
+ | ((in[19 + inpos] & 16383) << 10)
+ | ((in[20 + inpos]) << 24);
+ out[9 + outpos] = ((in[20 + inpos] & 16383) >>> (14 - 6))
+ | ((in[21 + inpos] & 16383) << 6)
+ | ((in[22 + inpos]) << 20);
+ out[10 + outpos] = ((in[22 + inpos] & 16383) >>> (14 - 2))
+ | ((in[23 + inpos] & 16383) << 2)
+ | ((in[24 + inpos] & 16383) << 16)
+ | ((in[25 + inpos]) << 30);
+ out[11 + outpos] = ((in[25 + inpos] & 16383) >>> (14 - 12))
+ | ((in[26 + inpos] & 16383) << 12)
+ | ((in[27 + inpos]) << 26);
+ out[12 + outpos] = ((in[27 + inpos] & 16383) >>> (14 - 8))
+ | ((in[28 + inpos] & 16383) << 8)
+ | ((in[29 + inpos]) << 22);
+ out[13 + outpos] = ((in[29 + inpos] & 16383) >>> (14 - 4))
+ | ((in[30 + inpos] & 16383) << 4)
+ | ((in[31 + inpos]) << 18);
+ }
+ protected static void fastpack15(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 32767)
+ | ((in[1 + inpos] & 32767) << 15)
+ | ((in[2 + inpos]) << 30);
+ out[1 + outpos] = ((in[2 + inpos] & 32767) >>> (15 - 13))
+ | ((in[3 + inpos] & 32767) << 13)
+ | ((in[4 + inpos]) << 28);
+ out[2 + outpos] = ((in[4 + inpos] & 32767) >>> (15 - 11))
+ | ((in[5 + inpos] & 32767) << 11)
+ | ((in[6 + inpos]) << 26);
+ out[3 + outpos] = ((in[6 + inpos] & 32767) >>> (15 - 9))
+ | ((in[7 + inpos] & 32767) << 9)
+ | ((in[8 + inpos]) << 24);
+ out[4 + outpos] = ((in[8 + inpos] & 32767) >>> (15 - 7))
+ | ((in[9 + inpos] & 32767) << 7)
+ | ((in[10 + inpos]) << 22);
+ out[5 + outpos] = ((in[10 + inpos] & 32767) >>> (15 - 5))
+ | ((in[11 + inpos] & 32767) << 5)
+ | ((in[12 + inpos]) << 20);
+ out[6 + outpos] = ((in[12 + inpos] & 32767) >>> (15 - 3))
+ | ((in[13 + inpos] & 32767) << 3)
+ | ((in[14 + inpos]) << 18);
+ out[7 + outpos] = ((in[14 + inpos] & 32767) >>> (15 - 1))
+ | ((in[15 + inpos] & 32767) << 1)
+ | ((in[16 + inpos] & 32767) << 16)
+ | ((in[17 + inpos]) << 31);
+ out[8 + outpos] = ((in[17 + inpos] & 32767) >>> (15 - 14))
+ | ((in[18 + inpos] & 32767) << 14)
+ | ((in[19 + inpos]) << 29);
+ out[9 + outpos] = ((in[19 + inpos] & 32767) >>> (15 - 12))
+ | ((in[20 + inpos] & 32767) << 12)
+ | ((in[21 + inpos]) << 27);
+ out[10 + outpos] = ((in[21 + inpos] & 32767) >>> (15 - 10))
+ | ((in[22 + inpos] & 32767) << 10)
+ | ((in[23 + inpos]) << 25);
+ out[11 + outpos] = ((in[23 + inpos] & 32767) >>> (15 - 8))
+ | ((in[24 + inpos] & 32767) << 8)
+ | ((in[25 + inpos]) << 23);
+ out[12 + outpos] = ((in[25 + inpos] & 32767) >>> (15 - 6))
+ | ((in[26 + inpos] & 32767) << 6)
+ | ((in[27 + inpos]) << 21);
+ out[13 + outpos] = ((in[27 + inpos] & 32767) >>> (15 - 4))
+ | ((in[28 + inpos] & 32767) << 4)
+ | ((in[29 + inpos]) << 19);
+ out[14 + outpos] = ((in[29 + inpos] & 32767) >>> (15 - 2))
+ | ((in[30 + inpos] & 32767) << 2)
+ | ((in[31 + inpos]) << 17);
+ }
- protected static void fastpack25(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 33554431)
- | ((in[1 + inpos]) << 25)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 33554431) >>> (25 - 18))
- | ((in[2 + inpos]) << 18)
- ;
- out[2 + outpos] = ((in[2 + inpos] & 33554431) >>> (25 - 11))
- | ((in[3 + inpos]) << 11)
- ;
- out[3 + outpos] = ((in[3 + inpos] & 33554431) >>> (25 - 4))
- | ((in[4 + inpos] & 33554431) << 4)
- | ((in[5 + inpos]) << 29)
- ;
- out[4 + outpos] = ((in[5 + inpos] & 33554431) >>> (25 - 22))
- | ((in[6 + inpos]) << 22)
- ;
- out[5 + outpos] = ((in[6 + inpos] & 33554431) >>> (25 - 15))
- | ((in[7 + inpos]) << 15)
- ;
- out[6 + outpos] = ((in[7 + inpos] & 33554431) >>> (25 - 8))
- | ((in[8 + inpos]) << 8)
- ;
- out[7 + outpos] = ((in[8 + inpos] & 33554431) >>> (25 - 1))
- | ((in[9 + inpos] & 33554431) << 1)
- | ((in[10 + inpos]) << 26)
- ;
- out[8 + outpos] = ((in[10 + inpos] & 33554431) >>> (25 - 19))
- | ((in[11 + inpos]) << 19)
- ;
- out[9 + outpos] = ((in[11 + inpos] & 33554431) >>> (25 - 12))
- | ((in[12 + inpos]) << 12)
- ;
- out[10 + outpos] = ((in[12 + inpos] & 33554431) >>> (25 - 5))
- | ((in[13 + inpos] & 33554431) << 5)
- | ((in[14 + inpos]) << 30)
- ;
- out[11 + outpos] = ((in[14 + inpos] & 33554431) >>> (25 - 23))
- | ((in[15 + inpos]) << 23)
- ;
- out[12 + outpos] = ((in[15 + inpos] & 33554431) >>> (25 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[13 + outpos] = ((in[16 + inpos] & 33554431) >>> (25 - 9))
- | ((in[17 + inpos]) << 9)
- ;
- out[14 + outpos] = ((in[17 + inpos] & 33554431) >>> (25 - 2))
- | ((in[18 + inpos] & 33554431) << 2)
- | ((in[19 + inpos]) << 27)
- ;
- out[15 + outpos] = ((in[19 + inpos] & 33554431) >>> (25 - 20))
- | ((in[20 + inpos]) << 20)
- ;
- out[16 + outpos] = ((in[20 + inpos] & 33554431) >>> (25 - 13))
- | ((in[21 + inpos]) << 13)
- ;
- out[17 + outpos] = ((in[21 + inpos] & 33554431) >>> (25 - 6))
- | ((in[22 + inpos] & 33554431) << 6)
- | ((in[23 + inpos]) << 31)
- ;
- out[18 + outpos] = ((in[23 + inpos] & 33554431) >>> (25 - 24))
- | ((in[24 + inpos]) << 24)
- ;
- out[19 + outpos] = ((in[24 + inpos] & 33554431) >>> (25 - 17))
- | ((in[25 + inpos]) << 17)
- ;
- out[20 + outpos] = ((in[25 + inpos] & 33554431) >>> (25 - 10))
- | ((in[26 + inpos]) << 10)
- ;
- out[21 + outpos] = ((in[26 + inpos] & 33554431) >>> (25 - 3))
- | ((in[27 + inpos] & 33554431) << 3)
- | ((in[28 + inpos]) << 28)
- ;
- out[22 + outpos] = ((in[28 + inpos] & 33554431) >>> (25 - 21))
- | ((in[29 + inpos]) << 21)
- ;
- out[23 + outpos] = ((in[29 + inpos] & 33554431) >>> (25 - 14))
- | ((in[30 + inpos]) << 14)
- ;
- out[24 + outpos] = ((in[30 + inpos] & 33554431) >>> (25 - 7))
- | ((in[31 + inpos]) << 7)
- ;
- }
+ protected static void fastpack16(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 65535)
+ | ((in[1 + inpos]) << 16);
+ out[1 + outpos] = (in[2 + inpos] & 65535)
+ | ((in[3 + inpos]) << 16);
+ out[2 + outpos] = (in[4 + inpos] & 65535)
+ | ((in[5 + inpos]) << 16);
+ out[3 + outpos] = (in[6 + inpos] & 65535)
+ | ((in[7 + inpos]) << 16);
+ out[4 + outpos] = (in[8 + inpos] & 65535)
+ | ((in[9 + inpos]) << 16);
+ out[5 + outpos] = (in[10 + inpos] & 65535)
+ | ((in[11 + inpos]) << 16);
+ out[6 + outpos] = (in[12 + inpos] & 65535)
+ | ((in[13 + inpos]) << 16);
+ out[7 + outpos] = (in[14 + inpos] & 65535)
+ | ((in[15 + inpos]) << 16);
+ out[8 + outpos] = (in[16 + inpos] & 65535)
+ | ((in[17 + inpos]) << 16);
+ out[9 + outpos] = (in[18 + inpos] & 65535)
+ | ((in[19 + inpos]) << 16);
+ out[10 + outpos] = (in[20 + inpos] & 65535)
+ | ((in[21 + inpos]) << 16);
+ out[11 + outpos] = (in[22 + inpos] & 65535)
+ | ((in[23 + inpos]) << 16);
+ out[12 + outpos] = (in[24 + inpos] & 65535)
+ | ((in[25 + inpos]) << 16);
+ out[13 + outpos] = (in[26 + inpos] & 65535)
+ | ((in[27 + inpos]) << 16);
+ out[14 + outpos] = (in[28 + inpos] & 65535)
+ | ((in[29 + inpos]) << 16);
+ out[15 + outpos] = (in[30 + inpos] & 65535)
+ | ((in[31 + inpos]) << 16);
+ }
+ protected static void fastpack17(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 131071)
+ | ((in[1 + inpos]) << 17);
+ out[1 + outpos] = ((in[1 + inpos] & 131071) >>> (17 - 2))
+ | ((in[2 + inpos] & 131071) << 2)
+ | ((in[3 + inpos]) << 19);
+ out[2 + outpos] = ((in[3 + inpos] & 131071) >>> (17 - 4))
+ | ((in[4 + inpos] & 131071) << 4)
+ | ((in[5 + inpos]) << 21);
+ out[3 + outpos] = ((in[5 + inpos] & 131071) >>> (17 - 6))
+ | ((in[6 + inpos] & 131071) << 6)
+ | ((in[7 + inpos]) << 23);
+ out[4 + outpos] = ((in[7 + inpos] & 131071) >>> (17 - 8))
+ | ((in[8 + inpos] & 131071) << 8)
+ | ((in[9 + inpos]) << 25);
+ out[5 + outpos] = ((in[9 + inpos] & 131071) >>> (17 - 10))
+ | ((in[10 + inpos] & 131071) << 10)
+ | ((in[11 + inpos]) << 27);
+ out[6 + outpos] = ((in[11 + inpos] & 131071) >>> (17 - 12))
+ | ((in[12 + inpos] & 131071) << 12)
+ | ((in[13 + inpos]) << 29);
+ out[7 + outpos] = ((in[13 + inpos] & 131071) >>> (17 - 14))
+ | ((in[14 + inpos] & 131071) << 14)
+ | ((in[15 + inpos]) << 31);
+ out[8 + outpos] = ((in[15 + inpos] & 131071) >>> (17 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[9 + outpos] = ((in[16 + inpos] & 131071) >>> (17 - 1))
+ | ((in[17 + inpos] & 131071) << 1)
+ | ((in[18 + inpos]) << 18);
+ out[10 + outpos] = ((in[18 + inpos] & 131071) >>> (17 - 3))
+ | ((in[19 + inpos] & 131071) << 3)
+ | ((in[20 + inpos]) << 20);
+ out[11 + outpos] = ((in[20 + inpos] & 131071) >>> (17 - 5))
+ | ((in[21 + inpos] & 131071) << 5)
+ | ((in[22 + inpos]) << 22);
+ out[12 + outpos] = ((in[22 + inpos] & 131071) >>> (17 - 7))
+ | ((in[23 + inpos] & 131071) << 7)
+ | ((in[24 + inpos]) << 24);
+ out[13 + outpos] = ((in[24 + inpos] & 131071) >>> (17 - 9))
+ | ((in[25 + inpos] & 131071) << 9)
+ | ((in[26 + inpos]) << 26);
+ out[14 + outpos] = ((in[26 + inpos] & 131071) >>> (17 - 11))
+ | ((in[27 + inpos] & 131071) << 11)
+ | ((in[28 + inpos]) << 28);
+ out[15 + outpos] = ((in[28 + inpos] & 131071) >>> (17 - 13))
+ | ((in[29 + inpos] & 131071) << 13)
+ | ((in[30 + inpos]) << 30);
+ out[16 + outpos] = ((in[30 + inpos] & 131071) >>> (17 - 15))
+ | ((in[31 + inpos]) << 15);
+ }
- protected static void fastpack26(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 67108863)
- | ((in[1 + inpos]) << 26)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 67108863) >>> (26 - 20))
- | ((in[2 + inpos]) << 20)
- ;
- out[2 + outpos] = ((in[2 + inpos] & 67108863) >>> (26 - 14))
- | ((in[3 + inpos]) << 14)
- ;
- out[3 + outpos] = ((in[3 + inpos] & 67108863) >>> (26 - 8))
- | ((in[4 + inpos]) << 8)
- ;
- out[4 + outpos] = ((in[4 + inpos] & 67108863) >>> (26 - 2))
- | ((in[5 + inpos] & 67108863) << 2)
- | ((in[6 + inpos]) << 28)
- ;
- out[5 + outpos] = ((in[6 + inpos] & 67108863) >>> (26 - 22))
- | ((in[7 + inpos]) << 22)
- ;
- out[6 + outpos] = ((in[7 + inpos] & 67108863) >>> (26 - 16))
- | ((in[8 + inpos]) << 16)
- ;
- out[7 + outpos] = ((in[8 + inpos] & 67108863) >>> (26 - 10))
- | ((in[9 + inpos]) << 10)
- ;
- out[8 + outpos] = ((in[9 + inpos] & 67108863) >>> (26 - 4))
- | ((in[10 + inpos] & 67108863) << 4)
- | ((in[11 + inpos]) << 30)
- ;
- out[9 + outpos] = ((in[11 + inpos] & 67108863) >>> (26 - 24))
- | ((in[12 + inpos]) << 24)
- ;
- out[10 + outpos] = ((in[12 + inpos] & 67108863) >>> (26 - 18))
- | ((in[13 + inpos]) << 18)
- ;
- out[11 + outpos] = ((in[13 + inpos] & 67108863) >>> (26 - 12))
- | ((in[14 + inpos]) << 12)
- ;
- out[12 + outpos] = ((in[14 + inpos] & 67108863) >>> (26 - 6))
- | ((in[15 + inpos]) << 6)
- ;
- out[13 + outpos] = (in[16 + inpos] & 67108863)
- | ((in[17 + inpos]) << 26)
- ;
- out[14 + outpos] = ((in[17 + inpos] & 67108863) >>> (26 - 20))
- | ((in[18 + inpos]) << 20)
- ;
- out[15 + outpos] = ((in[18 + inpos] & 67108863) >>> (26 - 14))
- | ((in[19 + inpos]) << 14)
- ;
- out[16 + outpos] = ((in[19 + inpos] & 67108863) >>> (26 - 8))
- | ((in[20 + inpos]) << 8)
- ;
- out[17 + outpos] = ((in[20 + inpos] & 67108863) >>> (26 - 2))
- | ((in[21 + inpos] & 67108863) << 2)
- | ((in[22 + inpos]) << 28)
- ;
- out[18 + outpos] = ((in[22 + inpos] & 67108863) >>> (26 - 22))
- | ((in[23 + inpos]) << 22)
- ;
- out[19 + outpos] = ((in[23 + inpos] & 67108863) >>> (26 - 16))
- | ((in[24 + inpos]) << 16)
- ;
- out[20 + outpos] = ((in[24 + inpos] & 67108863) >>> (26 - 10))
- | ((in[25 + inpos]) << 10)
- ;
- out[21 + outpos] = ((in[25 + inpos] & 67108863) >>> (26 - 4))
- | ((in[26 + inpos] & 67108863) << 4)
- | ((in[27 + inpos]) << 30)
- ;
- out[22 + outpos] = ((in[27 + inpos] & 67108863) >>> (26 - 24))
- | ((in[28 + inpos]) << 24)
- ;
- out[23 + outpos] = ((in[28 + inpos] & 67108863) >>> (26 - 18))
- | ((in[29 + inpos]) << 18)
- ;
- out[24 + outpos] = ((in[29 + inpos] & 67108863) >>> (26 - 12))
- | ((in[30 + inpos]) << 12)
- ;
- out[25 + outpos] = ((in[30 + inpos] & 67108863) >>> (26 - 6))
- | ((in[31 + inpos]) << 6)
- ;
- }
+ protected static void fastpack18(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 262143)
+ | ((in[1 + inpos]) << 18);
+ out[1 + outpos] = ((in[1 + inpos] & 262143) >>> (18 - 4))
+ | ((in[2 + inpos] & 262143) << 4)
+ | ((in[3 + inpos]) << 22);
+ out[2 + outpos] = ((in[3 + inpos] & 262143) >>> (18 - 8))
+ | ((in[4 + inpos] & 262143) << 8)
+ | ((in[5 + inpos]) << 26);
+ out[3 + outpos] = ((in[5 + inpos] & 262143) >>> (18 - 12))
+ | ((in[6 + inpos] & 262143) << 12)
+ | ((in[7 + inpos]) << 30);
+ out[4 + outpos] = ((in[7 + inpos] & 262143) >>> (18 - 16))
+ | ((in[8 + inpos]) << 16);
+ out[5 + outpos] = ((in[8 + inpos] & 262143) >>> (18 - 2))
+ | ((in[9 + inpos] & 262143) << 2)
+ | ((in[10 + inpos]) << 20);
+ out[6 + outpos] = ((in[10 + inpos] & 262143) >>> (18 - 6))
+ | ((in[11 + inpos] & 262143) << 6)
+ | ((in[12 + inpos]) << 24);
+ out[7 + outpos] = ((in[12 + inpos] & 262143) >>> (18 - 10))
+ | ((in[13 + inpos] & 262143) << 10)
+ | ((in[14 + inpos]) << 28);
+ out[8 + outpos] = ((in[14 + inpos] & 262143) >>> (18 - 14))
+ | ((in[15 + inpos]) << 14);
+ out[9 + outpos] = (in[16 + inpos] & 262143)
+ | ((in[17 + inpos]) << 18);
+ out[10 + outpos] = ((in[17 + inpos] & 262143) >>> (18 - 4))
+ | ((in[18 + inpos] & 262143) << 4)
+ | ((in[19 + inpos]) << 22);
+ out[11 + outpos] = ((in[19 + inpos] & 262143) >>> (18 - 8))
+ | ((in[20 + inpos] & 262143) << 8)
+ | ((in[21 + inpos]) << 26);
+ out[12 + outpos] = ((in[21 + inpos] & 262143) >>> (18 - 12))
+ | ((in[22 + inpos] & 262143) << 12)
+ | ((in[23 + inpos]) << 30);
+ out[13 + outpos] = ((in[23 + inpos] & 262143) >>> (18 - 16))
+ | ((in[24 + inpos]) << 16);
+ out[14 + outpos] = ((in[24 + inpos] & 262143) >>> (18 - 2))
+ | ((in[25 + inpos] & 262143) << 2)
+ | ((in[26 + inpos]) << 20);
+ out[15 + outpos] = ((in[26 + inpos] & 262143) >>> (18 - 6))
+ | ((in[27 + inpos] & 262143) << 6)
+ | ((in[28 + inpos]) << 24);
+ out[16 + outpos] = ((in[28 + inpos] & 262143) >>> (18 - 10))
+ | ((in[29 + inpos] & 262143) << 10)
+ | ((in[30 + inpos]) << 28);
+ out[17 + outpos] = ((in[30 + inpos] & 262143) >>> (18 - 14))
+ | ((in[31 + inpos]) << 14);
+ }
+ protected static void fastpack19(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 524287)
+ | ((in[1 + inpos]) << 19);
+ out[1 + outpos] = ((in[1 + inpos] & 524287) >>> (19 - 6))
+ | ((in[2 + inpos] & 524287) << 6)
+ | ((in[3 + inpos]) << 25);
+ out[2 + outpos] = ((in[3 + inpos] & 524287) >>> (19 - 12))
+ | ((in[4 + inpos] & 524287) << 12)
+ | ((in[5 + inpos]) << 31);
+ out[3 + outpos] = ((in[5 + inpos] & 524287) >>> (19 - 18))
+ | ((in[6 + inpos]) << 18);
+ out[4 + outpos] = ((in[6 + inpos] & 524287) >>> (19 - 5))
+ | ((in[7 + inpos] & 524287) << 5)
+ | ((in[8 + inpos]) << 24);
+ out[5 + outpos] = ((in[8 + inpos] & 524287) >>> (19 - 11))
+ | ((in[9 + inpos] & 524287) << 11)
+ | ((in[10 + inpos]) << 30);
+ out[6 + outpos] = ((in[10 + inpos] & 524287) >>> (19 - 17))
+ | ((in[11 + inpos]) << 17);
+ out[7 + outpos] = ((in[11 + inpos] & 524287) >>> (19 - 4))
+ | ((in[12 + inpos] & 524287) << 4)
+ | ((in[13 + inpos]) << 23);
+ out[8 + outpos] = ((in[13 + inpos] & 524287) >>> (19 - 10))
+ | ((in[14 + inpos] & 524287) << 10)
+ | ((in[15 + inpos]) << 29);
+ out[9 + outpos] = ((in[15 + inpos] & 524287) >>> (19 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[10 + outpos] = ((in[16 + inpos] & 524287) >>> (19 - 3))
+ | ((in[17 + inpos] & 524287) << 3)
+ | ((in[18 + inpos]) << 22);
+ out[11 + outpos] = ((in[18 + inpos] & 524287) >>> (19 - 9))
+ | ((in[19 + inpos] & 524287) << 9)
+ | ((in[20 + inpos]) << 28);
+ out[12 + outpos] = ((in[20 + inpos] & 524287) >>> (19 - 15))
+ | ((in[21 + inpos]) << 15);
+ out[13 + outpos] = ((in[21 + inpos] & 524287) >>> (19 - 2))
+ | ((in[22 + inpos] & 524287) << 2)
+ | ((in[23 + inpos]) << 21);
+ out[14 + outpos] = ((in[23 + inpos] & 524287) >>> (19 - 8))
+ | ((in[24 + inpos] & 524287) << 8)
+ | ((in[25 + inpos]) << 27);
+ out[15 + outpos] = ((in[25 + inpos] & 524287) >>> (19 - 14))
+ | ((in[26 + inpos]) << 14);
+ out[16 + outpos] = ((in[26 + inpos] & 524287) >>> (19 - 1))
+ | ((in[27 + inpos] & 524287) << 1)
+ | ((in[28 + inpos]) << 20);
+ out[17 + outpos] = ((in[28 + inpos] & 524287) >>> (19 - 7))
+ | ((in[29 + inpos] & 524287) << 7)
+ | ((in[30 + inpos]) << 26);
+ out[18 + outpos] = ((in[30 + inpos] & 524287) >>> (19 - 13))
+ | ((in[31 + inpos]) << 13);
+ }
- protected static void fastpack27(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 134217727)
- | ((in[1 + inpos]) << 27)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 134217727) >>> (27 - 22))
- | ((in[2 + inpos]) << 22)
- ;
- out[2 + outpos] = ((in[2 + inpos] & 134217727) >>> (27 - 17))
- | ((in[3 + inpos]) << 17)
- ;
- out[3 + outpos] = ((in[3 + inpos] & 134217727) >>> (27 - 12))
- | ((in[4 + inpos]) << 12)
- ;
- out[4 + outpos] = ((in[4 + inpos] & 134217727) >>> (27 - 7))
- | ((in[5 + inpos]) << 7)
- ;
- out[5 + outpos] = ((in[5 + inpos] & 134217727) >>> (27 - 2))
- | ((in[6 + inpos] & 134217727) << 2)
- | ((in[7 + inpos]) << 29)
- ;
- out[6 + outpos] = ((in[7 + inpos] & 134217727) >>> (27 - 24))
- | ((in[8 + inpos]) << 24)
- ;
- out[7 + outpos] = ((in[8 + inpos] & 134217727) >>> (27 - 19))
- | ((in[9 + inpos]) << 19)
- ;
- out[8 + outpos] = ((in[9 + inpos] & 134217727) >>> (27 - 14))
- | ((in[10 + inpos]) << 14)
- ;
- out[9 + outpos] = ((in[10 + inpos] & 134217727) >>> (27 - 9))
- | ((in[11 + inpos]) << 9)
- ;
- out[10 + outpos] = ((in[11 + inpos] & 134217727) >>> (27 - 4))
- | ((in[12 + inpos] & 134217727) << 4)
- | ((in[13 + inpos]) << 31)
- ;
- out[11 + outpos] = ((in[13 + inpos] & 134217727) >>> (27 - 26))
- | ((in[14 + inpos]) << 26)
- ;
- out[12 + outpos] = ((in[14 + inpos] & 134217727) >>> (27 - 21))
- | ((in[15 + inpos]) << 21)
- ;
- out[13 + outpos] = ((in[15 + inpos] & 134217727) >>> (27 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[14 + outpos] = ((in[16 + inpos] & 134217727) >>> (27 - 11))
- | ((in[17 + inpos]) << 11)
- ;
- out[15 + outpos] = ((in[17 + inpos] & 134217727) >>> (27 - 6))
- | ((in[18 + inpos]) << 6)
- ;
- out[16 + outpos] = ((in[18 + inpos] & 134217727) >>> (27 - 1))
- | ((in[19 + inpos] & 134217727) << 1)
- | ((in[20 + inpos]) << 28)
- ;
- out[17 + outpos] = ((in[20 + inpos] & 134217727) >>> (27 - 23))
- | ((in[21 + inpos]) << 23)
- ;
- out[18 + outpos] = ((in[21 + inpos] & 134217727) >>> (27 - 18))
- | ((in[22 + inpos]) << 18)
- ;
- out[19 + outpos] = ((in[22 + inpos] & 134217727) >>> (27 - 13))
- | ((in[23 + inpos]) << 13)
- ;
- out[20 + outpos] = ((in[23 + inpos] & 134217727) >>> (27 - 8))
- | ((in[24 + inpos]) << 8)
- ;
- out[21 + outpos] = ((in[24 + inpos] & 134217727) >>> (27 - 3))
- | ((in[25 + inpos] & 134217727) << 3)
- | ((in[26 + inpos]) << 30)
- ;
- out[22 + outpos] = ((in[26 + inpos] & 134217727) >>> (27 - 25))
- | ((in[27 + inpos]) << 25)
- ;
- out[23 + outpos] = ((in[27 + inpos] & 134217727) >>> (27 - 20))
- | ((in[28 + inpos]) << 20)
- ;
- out[24 + outpos] = ((in[28 + inpos] & 134217727) >>> (27 - 15))
- | ((in[29 + inpos]) << 15)
- ;
- out[25 + outpos] = ((in[29 + inpos] & 134217727) >>> (27 - 10))
- | ((in[30 + inpos]) << 10)
- ;
- out[26 + outpos] = ((in[30 + inpos] & 134217727) >>> (27 - 5))
- | ((in[31 + inpos]) << 5)
- ;
- }
+ protected static void fastpack2(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 3)
+ | ((in[1 + inpos] & 3) << 2)
+ | ((in[2 + inpos] & 3) << 4)
+ | ((in[3 + inpos] & 3) << 6)
+ | ((in[4 + inpos] & 3) << 8)
+ | ((in[5 + inpos] & 3) << 10)
+ | ((in[6 + inpos] & 3) << 12)
+ | ((in[7 + inpos] & 3) << 14)
+ | ((in[8 + inpos] & 3) << 16)
+ | ((in[9 + inpos] & 3) << 18)
+ | ((in[10 + inpos] & 3) << 20)
+ | ((in[11 + inpos] & 3) << 22)
+ | ((in[12 + inpos] & 3) << 24)
+ | ((in[13 + inpos] & 3) << 26)
+ | ((in[14 + inpos] & 3) << 28)
+ | ((in[15 + inpos]) << 30);
+ out[1 + outpos] = (in[16 + inpos] & 3)
+ | ((in[17 + inpos] & 3) << 2)
+ | ((in[18 + inpos] & 3) << 4)
+ | ((in[19 + inpos] & 3) << 6)
+ | ((in[20 + inpos] & 3) << 8)
+ | ((in[21 + inpos] & 3) << 10)
+ | ((in[22 + inpos] & 3) << 12)
+ | ((in[23 + inpos] & 3) << 14)
+ | ((in[24 + inpos] & 3) << 16)
+ | ((in[25 + inpos] & 3) << 18)
+ | ((in[26 + inpos] & 3) << 20)
+ | ((in[27 + inpos] & 3) << 22)
+ | ((in[28 + inpos] & 3) << 24)
+ | ((in[29 + inpos] & 3) << 26)
+ | ((in[30 + inpos] & 3) << 28)
+ | ((in[31 + inpos]) << 30);
+ }
+ protected static void fastpack20(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 1048575)
+ | ((in[1 + inpos]) << 20);
+ out[1 + outpos] = ((in[1 + inpos] & 1048575) >>> (20 - 8))
+ | ((in[2 + inpos] & 1048575) << 8)
+ | ((in[3 + inpos]) << 28);
+ out[2 + outpos] = ((in[3 + inpos] & 1048575) >>> (20 - 16))
+ | ((in[4 + inpos]) << 16);
+ out[3 + outpos] = ((in[4 + inpos] & 1048575) >>> (20 - 4))
+ | ((in[5 + inpos] & 1048575) << 4)
+ | ((in[6 + inpos]) << 24);
+ out[4 + outpos] = ((in[6 + inpos] & 1048575) >>> (20 - 12))
+ | ((in[7 + inpos]) << 12);
+ out[5 + outpos] = (in[8 + inpos] & 1048575)
+ | ((in[9 + inpos]) << 20);
+ out[6 + outpos] = ((in[9 + inpos] & 1048575) >>> (20 - 8))
+ | ((in[10 + inpos] & 1048575) << 8)
+ | ((in[11 + inpos]) << 28);
+ out[7 + outpos] = ((in[11 + inpos] & 1048575) >>> (20 - 16))
+ | ((in[12 + inpos]) << 16);
+ out[8 + outpos] = ((in[12 + inpos] & 1048575) >>> (20 - 4))
+ | ((in[13 + inpos] & 1048575) << 4)
+ | ((in[14 + inpos]) << 24);
+ out[9 + outpos] = ((in[14 + inpos] & 1048575) >>> (20 - 12))
+ | ((in[15 + inpos]) << 12);
+ out[10 + outpos] = (in[16 + inpos] & 1048575)
+ | ((in[17 + inpos]) << 20);
+ out[11 + outpos] = ((in[17 + inpos] & 1048575) >>> (20 - 8))
+ | ((in[18 + inpos] & 1048575) << 8)
+ | ((in[19 + inpos]) << 28);
+ out[12 + outpos] = ((in[19 + inpos] & 1048575) >>> (20 - 16))
+ | ((in[20 + inpos]) << 16);
+ out[13 + outpos] = ((in[20 + inpos] & 1048575) >>> (20 - 4))
+ | ((in[21 + inpos] & 1048575) << 4)
+ | ((in[22 + inpos]) << 24);
+ out[14 + outpos] = ((in[22 + inpos] & 1048575) >>> (20 - 12))
+ | ((in[23 + inpos]) << 12);
+ out[15 + outpos] = (in[24 + inpos] & 1048575)
+ | ((in[25 + inpos]) << 20);
+ out[16 + outpos] = ((in[25 + inpos] & 1048575) >>> (20 - 8))
+ | ((in[26 + inpos] & 1048575) << 8)
+ | ((in[27 + inpos]) << 28);
+ out[17 + outpos] = ((in[27 + inpos] & 1048575) >>> (20 - 16))
+ | ((in[28 + inpos]) << 16);
+ out[18 + outpos] = ((in[28 + inpos] & 1048575) >>> (20 - 4))
+ | ((in[29 + inpos] & 1048575) << 4)
+ | ((in[30 + inpos]) << 24);
+ out[19 + outpos] = ((in[30 + inpos] & 1048575) >>> (20 - 12))
+ | ((in[31 + inpos]) << 12);
+ }
- protected static void fastpack28(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 268435455)
- | ((in[1 + inpos]) << 28)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 268435455) >>> (28 - 24))
- | ((in[2 + inpos]) << 24)
- ;
- out[2 + outpos] = ((in[2 + inpos] & 268435455) >>> (28 - 20))
- | ((in[3 + inpos]) << 20)
- ;
- out[3 + outpos] = ((in[3 + inpos] & 268435455) >>> (28 - 16))
- | ((in[4 + inpos]) << 16)
- ;
- out[4 + outpos] = ((in[4 + inpos] & 268435455) >>> (28 - 12))
- | ((in[5 + inpos]) << 12)
- ;
- out[5 + outpos] = ((in[5 + inpos] & 268435455) >>> (28 - 8))
- | ((in[6 + inpos]) << 8)
- ;
- out[6 + outpos] = ((in[6 + inpos] & 268435455) >>> (28 - 4))
- | ((in[7 + inpos]) << 4)
- ;
- out[7 + outpos] = (in[8 + inpos] & 268435455)
- | ((in[9 + inpos]) << 28)
- ;
- out[8 + outpos] = ((in[9 + inpos] & 268435455) >>> (28 - 24))
- | ((in[10 + inpos]) << 24)
- ;
- out[9 + outpos] = ((in[10 + inpos] & 268435455) >>> (28 - 20))
- | ((in[11 + inpos]) << 20)
- ;
- out[10 + outpos] = ((in[11 + inpos] & 268435455) >>> (28 - 16))
- | ((in[12 + inpos]) << 16)
- ;
- out[11 + outpos] = ((in[12 + inpos] & 268435455) >>> (28 - 12))
- | ((in[13 + inpos]) << 12)
- ;
- out[12 + outpos] = ((in[13 + inpos] & 268435455) >>> (28 - 8))
- | ((in[14 + inpos]) << 8)
- ;
- out[13 + outpos] = ((in[14 + inpos] & 268435455) >>> (28 - 4))
- | ((in[15 + inpos]) << 4)
- ;
- out[14 + outpos] = (in[16 + inpos] & 268435455)
- | ((in[17 + inpos]) << 28)
- ;
- out[15 + outpos] = ((in[17 + inpos] & 268435455) >>> (28 - 24))
- | ((in[18 + inpos]) << 24)
- ;
- out[16 + outpos] = ((in[18 + inpos] & 268435455) >>> (28 - 20))
- | ((in[19 + inpos]) << 20)
- ;
- out[17 + outpos] = ((in[19 + inpos] & 268435455) >>> (28 - 16))
- | ((in[20 + inpos]) << 16)
- ;
- out[18 + outpos] = ((in[20 + inpos] & 268435455) >>> (28 - 12))
- | ((in[21 + inpos]) << 12)
- ;
- out[19 + outpos] = ((in[21 + inpos] & 268435455) >>> (28 - 8))
- | ((in[22 + inpos]) << 8)
- ;
- out[20 + outpos] = ((in[22 + inpos] & 268435455) >>> (28 - 4))
- | ((in[23 + inpos]) << 4)
- ;
- out[21 + outpos] = (in[24 + inpos] & 268435455)
- | ((in[25 + inpos]) << 28)
- ;
- out[22 + outpos] = ((in[25 + inpos] & 268435455) >>> (28 - 24))
- | ((in[26 + inpos]) << 24)
- ;
- out[23 + outpos] = ((in[26 + inpos] & 268435455) >>> (28 - 20))
- | ((in[27 + inpos]) << 20)
- ;
- out[24 + outpos] = ((in[27 + inpos] & 268435455) >>> (28 - 16))
- | ((in[28 + inpos]) << 16)
- ;
- out[25 + outpos] = ((in[28 + inpos] & 268435455) >>> (28 - 12))
- | ((in[29 + inpos]) << 12)
- ;
- out[26 + outpos] = ((in[29 + inpos] & 268435455) >>> (28 - 8))
- | ((in[30 + inpos]) << 8)
- ;
- out[27 + outpos] = ((in[30 + inpos] & 268435455) >>> (28 - 4))
- | ((in[31 + inpos]) << 4)
- ;
- }
+ protected static void fastpack21(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 2097151)
+ | ((in[1 + inpos]) << 21);
+ out[1 + outpos] = ((in[1 + inpos] & 2097151) >>> (21 - 10))
+ | ((in[2 + inpos] & 2097151) << 10)
+ | ((in[3 + inpos]) << 31);
+ out[2 + outpos] = ((in[3 + inpos] & 2097151) >>> (21 - 20))
+ | ((in[4 + inpos]) << 20);
+ out[3 + outpos] = ((in[4 + inpos] & 2097151) >>> (21 - 9))
+ | ((in[5 + inpos] & 2097151) << 9)
+ | ((in[6 + inpos]) << 30);
+ out[4 + outpos] = ((in[6 + inpos] & 2097151) >>> (21 - 19))
+ | ((in[7 + inpos]) << 19);
+ out[5 + outpos] = ((in[7 + inpos] & 2097151) >>> (21 - 8))
+ | ((in[8 + inpos] & 2097151) << 8)
+ | ((in[9 + inpos]) << 29);
+ out[6 + outpos] = ((in[9 + inpos] & 2097151) >>> (21 - 18))
+ | ((in[10 + inpos]) << 18);
+ out[7 + outpos] = ((in[10 + inpos] & 2097151) >>> (21 - 7))
+ | ((in[11 + inpos] & 2097151) << 7)
+ | ((in[12 + inpos]) << 28);
+ out[8 + outpos] = ((in[12 + inpos] & 2097151) >>> (21 - 17))
+ | ((in[13 + inpos]) << 17);
+ out[9 + outpos] = ((in[13 + inpos] & 2097151) >>> (21 - 6))
+ | ((in[14 + inpos] & 2097151) << 6)
+ | ((in[15 + inpos]) << 27);
+ out[10 + outpos] = ((in[15 + inpos] & 2097151) >>> (21 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[11 + outpos] = ((in[16 + inpos] & 2097151) >>> (21 - 5))
+ | ((in[17 + inpos] & 2097151) << 5)
+ | ((in[18 + inpos]) << 26);
+ out[12 + outpos] = ((in[18 + inpos] & 2097151) >>> (21 - 15))
+ | ((in[19 + inpos]) << 15);
+ out[13 + outpos] = ((in[19 + inpos] & 2097151) >>> (21 - 4))
+ | ((in[20 + inpos] & 2097151) << 4)
+ | ((in[21 + inpos]) << 25);
+ out[14 + outpos] = ((in[21 + inpos] & 2097151) >>> (21 - 14))
+ | ((in[22 + inpos]) << 14);
+ out[15 + outpos] = ((in[22 + inpos] & 2097151) >>> (21 - 3))
+ | ((in[23 + inpos] & 2097151) << 3)
+ | ((in[24 + inpos]) << 24);
+ out[16 + outpos] = ((in[24 + inpos] & 2097151) >>> (21 - 13))
+ | ((in[25 + inpos]) << 13);
+ out[17 + outpos] = ((in[25 + inpos] & 2097151) >>> (21 - 2))
+ | ((in[26 + inpos] & 2097151) << 2)
+ | ((in[27 + inpos]) << 23);
+ out[18 + outpos] = ((in[27 + inpos] & 2097151) >>> (21 - 12))
+ | ((in[28 + inpos]) << 12);
+ out[19 + outpos] = ((in[28 + inpos] & 2097151) >>> (21 - 1))
+ | ((in[29 + inpos] & 2097151) << 1)
+ | ((in[30 + inpos]) << 22);
+ out[20 + outpos] = ((in[30 + inpos] & 2097151) >>> (21 - 11))
+ | ((in[31 + inpos]) << 11);
+ }
+ protected static void fastpack22(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 4194303)
+ | ((in[1 + inpos]) << 22);
+ out[1 + outpos] = ((in[1 + inpos] & 4194303) >>> (22 - 12))
+ | ((in[2 + inpos]) << 12);
+ out[2 + outpos] = ((in[2 + inpos] & 4194303) >>> (22 - 2))
+ | ((in[3 + inpos] & 4194303) << 2)
+ | ((in[4 + inpos]) << 24);
+ out[3 + outpos] = ((in[4 + inpos] & 4194303) >>> (22 - 14))
+ | ((in[5 + inpos]) << 14);
+ out[4 + outpos] = ((in[5 + inpos] & 4194303) >>> (22 - 4))
+ | ((in[6 + inpos] & 4194303) << 4)
+ | ((in[7 + inpos]) << 26);
+ out[5 + outpos] = ((in[7 + inpos] & 4194303) >>> (22 - 16))
+ | ((in[8 + inpos]) << 16);
+ out[6 + outpos] = ((in[8 + inpos] & 4194303) >>> (22 - 6))
+ | ((in[9 + inpos] & 4194303) << 6)
+ | ((in[10 + inpos]) << 28);
+ out[7 + outpos] = ((in[10 + inpos] & 4194303) >>> (22 - 18))
+ | ((in[11 + inpos]) << 18);
+ out[8 + outpos] = ((in[11 + inpos] & 4194303) >>> (22 - 8))
+ | ((in[12 + inpos] & 4194303) << 8)
+ | ((in[13 + inpos]) << 30);
+ out[9 + outpos] = ((in[13 + inpos] & 4194303) >>> (22 - 20))
+ | ((in[14 + inpos]) << 20);
+ out[10 + outpos] = ((in[14 + inpos] & 4194303) >>> (22 - 10))
+ | ((in[15 + inpos]) << 10);
+ out[11 + outpos] = (in[16 + inpos] & 4194303)
+ | ((in[17 + inpos]) << 22);
+ out[12 + outpos] = ((in[17 + inpos] & 4194303) >>> (22 - 12))
+ | ((in[18 + inpos]) << 12);
+ out[13 + outpos] = ((in[18 + inpos] & 4194303) >>> (22 - 2))
+ | ((in[19 + inpos] & 4194303) << 2)
+ | ((in[20 + inpos]) << 24);
+ out[14 + outpos] = ((in[20 + inpos] & 4194303) >>> (22 - 14))
+ | ((in[21 + inpos]) << 14);
+ out[15 + outpos] = ((in[21 + inpos] & 4194303) >>> (22 - 4))
+ | ((in[22 + inpos] & 4194303) << 4)
+ | ((in[23 + inpos]) << 26);
+ out[16 + outpos] = ((in[23 + inpos] & 4194303) >>> (22 - 16))
+ | ((in[24 + inpos]) << 16);
+ out[17 + outpos] = ((in[24 + inpos] & 4194303) >>> (22 - 6))
+ | ((in[25 + inpos] & 4194303) << 6)
+ | ((in[26 + inpos]) << 28);
+ out[18 + outpos] = ((in[26 + inpos] & 4194303) >>> (22 - 18))
+ | ((in[27 + inpos]) << 18);
+ out[19 + outpos] = ((in[27 + inpos] & 4194303) >>> (22 - 8))
+ | ((in[28 + inpos] & 4194303) << 8)
+ | ((in[29 + inpos]) << 30);
+ out[20 + outpos] = ((in[29 + inpos] & 4194303) >>> (22 - 20))
+ | ((in[30 + inpos]) << 20);
+ out[21 + outpos] = ((in[30 + inpos] & 4194303) >>> (22 - 10))
+ | ((in[31 + inpos]) << 10);
+ }
- protected static void fastpack29(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 536870911)
- | ((in[1 + inpos]) << 29)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 536870911) >>> (29 - 26))
- | ((in[2 + inpos]) << 26)
- ;
- out[2 + outpos] = ((in[2 + inpos] & 536870911) >>> (29 - 23))
- | ((in[3 + inpos]) << 23)
- ;
- out[3 + outpos] = ((in[3 + inpos] & 536870911) >>> (29 - 20))
- | ((in[4 + inpos]) << 20)
- ;
- out[4 + outpos] = ((in[4 + inpos] & 536870911) >>> (29 - 17))
- | ((in[5 + inpos]) << 17)
- ;
- out[5 + outpos] = ((in[5 + inpos] & 536870911) >>> (29 - 14))
- | ((in[6 + inpos]) << 14)
- ;
- out[6 + outpos] = ((in[6 + inpos] & 536870911) >>> (29 - 11))
- | ((in[7 + inpos]) << 11)
- ;
- out[7 + outpos] = ((in[7 + inpos] & 536870911) >>> (29 - 8))
- | ((in[8 + inpos]) << 8)
- ;
- out[8 + outpos] = ((in[8 + inpos] & 536870911) >>> (29 - 5))
- | ((in[9 + inpos]) << 5)
- ;
- out[9 + outpos] = ((in[9 + inpos] & 536870911) >>> (29 - 2))
- | ((in[10 + inpos] & 536870911) << 2)
- | ((in[11 + inpos]) << 31)
- ;
- out[10 + outpos] = ((in[11 + inpos] & 536870911) >>> (29 - 28))
- | ((in[12 + inpos]) << 28)
- ;
- out[11 + outpos] = ((in[12 + inpos] & 536870911) >>> (29 - 25))
- | ((in[13 + inpos]) << 25)
- ;
- out[12 + outpos] = ((in[13 + inpos] & 536870911) >>> (29 - 22))
- | ((in[14 + inpos]) << 22)
- ;
- out[13 + outpos] = ((in[14 + inpos] & 536870911) >>> (29 - 19))
- | ((in[15 + inpos]) << 19)
- ;
- out[14 + outpos] = ((in[15 + inpos] & 536870911) >>> (29 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[15 + outpos] = ((in[16 + inpos] & 536870911) >>> (29 - 13))
- | ((in[17 + inpos]) << 13)
- ;
- out[16 + outpos] = ((in[17 + inpos] & 536870911) >>> (29 - 10))
- | ((in[18 + inpos]) << 10)
- ;
- out[17 + outpos] = ((in[18 + inpos] & 536870911) >>> (29 - 7))
- | ((in[19 + inpos]) << 7)
- ;
- out[18 + outpos] = ((in[19 + inpos] & 536870911) >>> (29 - 4))
- | ((in[20 + inpos]) << 4)
- ;
- out[19 + outpos] = ((in[20 + inpos] & 536870911) >>> (29 - 1))
- | ((in[21 + inpos] & 536870911) << 1)
- | ((in[22 + inpos]) << 30)
- ;
- out[20 + outpos] = ((in[22 + inpos] & 536870911) >>> (29 - 27))
- | ((in[23 + inpos]) << 27)
- ;
- out[21 + outpos] = ((in[23 + inpos] & 536870911) >>> (29 - 24))
- | ((in[24 + inpos]) << 24)
- ;
- out[22 + outpos] = ((in[24 + inpos] & 536870911) >>> (29 - 21))
- | ((in[25 + inpos]) << 21)
- ;
- out[23 + outpos] = ((in[25 + inpos] & 536870911) >>> (29 - 18))
- | ((in[26 + inpos]) << 18)
- ;
- out[24 + outpos] = ((in[26 + inpos] & 536870911) >>> (29 - 15))
- | ((in[27 + inpos]) << 15)
- ;
- out[25 + outpos] = ((in[27 + inpos] & 536870911) >>> (29 - 12))
- | ((in[28 + inpos]) << 12)
- ;
- out[26 + outpos] = ((in[28 + inpos] & 536870911) >>> (29 - 9))
- | ((in[29 + inpos]) << 9)
- ;
- out[27 + outpos] = ((in[29 + inpos] & 536870911) >>> (29 - 6))
- | ((in[30 + inpos]) << 6)
- ;
- out[28 + outpos] = ((in[30 + inpos] & 536870911) >>> (29 - 3))
- | ((in[31 + inpos]) << 3)
- ;
- }
+ protected static void fastpack23(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 8388607)
+ | ((in[1 + inpos]) << 23);
+ out[1 + outpos] = ((in[1 + inpos] & 8388607) >>> (23 - 14))
+ | ((in[2 + inpos]) << 14);
+ out[2 + outpos] = ((in[2 + inpos] & 8388607) >>> (23 - 5))
+ | ((in[3 + inpos] & 8388607) << 5)
+ | ((in[4 + inpos]) << 28);
+ out[3 + outpos] = ((in[4 + inpos] & 8388607) >>> (23 - 19))
+ | ((in[5 + inpos]) << 19);
+ out[4 + outpos] = ((in[5 + inpos] & 8388607) >>> (23 - 10))
+ | ((in[6 + inpos]) << 10);
+ out[5 + outpos] = ((in[6 + inpos] & 8388607) >>> (23 - 1))
+ | ((in[7 + inpos] & 8388607) << 1)
+ | ((in[8 + inpos]) << 24);
+ out[6 + outpos] = ((in[8 + inpos] & 8388607) >>> (23 - 15))
+ | ((in[9 + inpos]) << 15);
+ out[7 + outpos] = ((in[9 + inpos] & 8388607) >>> (23 - 6))
+ | ((in[10 + inpos] & 8388607) << 6)
+ | ((in[11 + inpos]) << 29);
+ out[8 + outpos] = ((in[11 + inpos] & 8388607) >>> (23 - 20))
+ | ((in[12 + inpos]) << 20);
+ out[9 + outpos] = ((in[12 + inpos] & 8388607) >>> (23 - 11))
+ | ((in[13 + inpos]) << 11);
+ out[10 + outpos] = ((in[13 + inpos] & 8388607) >>> (23 - 2))
+ | ((in[14 + inpos] & 8388607) << 2)
+ | ((in[15 + inpos]) << 25);
+ out[11 + outpos] = ((in[15 + inpos] & 8388607) >>> (23 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[12 + outpos] = ((in[16 + inpos] & 8388607) >>> (23 - 7))
+ | ((in[17 + inpos] & 8388607) << 7)
+ | ((in[18 + inpos]) << 30);
+ out[13 + outpos] = ((in[18 + inpos] & 8388607) >>> (23 - 21))
+ | ((in[19 + inpos]) << 21);
+ out[14 + outpos] = ((in[19 + inpos] & 8388607) >>> (23 - 12))
+ | ((in[20 + inpos]) << 12);
+ out[15 + outpos] = ((in[20 + inpos] & 8388607) >>> (23 - 3))
+ | ((in[21 + inpos] & 8388607) << 3)
+ | ((in[22 + inpos]) << 26);
+ out[16 + outpos] = ((in[22 + inpos] & 8388607) >>> (23 - 17))
+ | ((in[23 + inpos]) << 17);
+ out[17 + outpos] = ((in[23 + inpos] & 8388607) >>> (23 - 8))
+ | ((in[24 + inpos] & 8388607) << 8)
+ | ((in[25 + inpos]) << 31);
+ out[18 + outpos] = ((in[25 + inpos] & 8388607) >>> (23 - 22))
+ | ((in[26 + inpos]) << 22);
+ out[19 + outpos] = ((in[26 + inpos] & 8388607) >>> (23 - 13))
+ | ((in[27 + inpos]) << 13);
+ out[20 + outpos] = ((in[27 + inpos] & 8388607) >>> (23 - 4))
+ | ((in[28 + inpos] & 8388607) << 4)
+ | ((in[29 + inpos]) << 27);
+ out[21 + outpos] = ((in[29 + inpos] & 8388607) >>> (23 - 18))
+ | ((in[30 + inpos]) << 18);
+ out[22 + outpos] = ((in[30 + inpos] & 8388607) >>> (23 - 9))
+ | ((in[31 + inpos]) << 9);
+ }
+ protected static void fastpack24(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 16777215)
+ | ((in[1 + inpos]) << 24);
+ out[1 + outpos] = ((in[1 + inpos] & 16777215) >>> (24 - 16))
+ | ((in[2 + inpos]) << 16);
+ out[2 + outpos] = ((in[2 + inpos] & 16777215) >>> (24 - 8))
+ | ((in[3 + inpos]) << 8);
+ out[3 + outpos] = (in[4 + inpos] & 16777215)
+ | ((in[5 + inpos]) << 24);
+ out[4 + outpos] = ((in[5 + inpos] & 16777215) >>> (24 - 16))
+ | ((in[6 + inpos]) << 16);
+ out[5 + outpos] = ((in[6 + inpos] & 16777215) >>> (24 - 8))
+ | ((in[7 + inpos]) << 8);
+ out[6 + outpos] = (in[8 + inpos] & 16777215)
+ | ((in[9 + inpos]) << 24);
+ out[7 + outpos] = ((in[9 + inpos] & 16777215) >>> (24 - 16))
+ | ((in[10 + inpos]) << 16);
+ out[8 + outpos] = ((in[10 + inpos] & 16777215) >>> (24 - 8))
+ | ((in[11 + inpos]) << 8);
+ out[9 + outpos] = (in[12 + inpos] & 16777215)
+ | ((in[13 + inpos]) << 24);
+ out[10 + outpos] = ((in[13 + inpos] & 16777215) >>> (24 - 16))
+ | ((in[14 + inpos]) << 16);
+ out[11 + outpos] = ((in[14 + inpos] & 16777215) >>> (24 - 8))
+ | ((in[15 + inpos]) << 8);
+ out[12 + outpos] = (in[16 + inpos] & 16777215)
+ | ((in[17 + inpos]) << 24);
+ out[13 + outpos] = ((in[17 + inpos] & 16777215) >>> (24 - 16))
+ | ((in[18 + inpos]) << 16);
+ out[14 + outpos] = ((in[18 + inpos] & 16777215) >>> (24 - 8))
+ | ((in[19 + inpos]) << 8);
+ out[15 + outpos] = (in[20 + inpos] & 16777215)
+ | ((in[21 + inpos]) << 24);
+ out[16 + outpos] = ((in[21 + inpos] & 16777215) >>> (24 - 16))
+ | ((in[22 + inpos]) << 16);
+ out[17 + outpos] = ((in[22 + inpos] & 16777215) >>> (24 - 8))
+ | ((in[23 + inpos]) << 8);
+ out[18 + outpos] = (in[24 + inpos] & 16777215)
+ | ((in[25 + inpos]) << 24);
+ out[19 + outpos] = ((in[25 + inpos] & 16777215) >>> (24 - 16))
+ | ((in[26 + inpos]) << 16);
+ out[20 + outpos] = ((in[26 + inpos] & 16777215) >>> (24 - 8))
+ | ((in[27 + inpos]) << 8);
+ out[21 + outpos] = (in[28 + inpos] & 16777215)
+ | ((in[29 + inpos]) << 24);
+ out[22 + outpos] = ((in[29 + inpos] & 16777215) >>> (24 - 16))
+ | ((in[30 + inpos]) << 16);
+ out[23 + outpos] = ((in[30 + inpos] & 16777215) >>> (24 - 8))
+ | ((in[31 + inpos]) << 8);
+ }
- protected static void fastpack30(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 1073741823)
- | ((in[1 + inpos]) << 30)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 1073741823) >>> (30 - 28))
- | ((in[2 + inpos]) << 28)
- ;
- out[2 + outpos] = ((in[2 + inpos] & 1073741823) >>> (30 - 26))
- | ((in[3 + inpos]) << 26)
- ;
- out[3 + outpos] = ((in[3 + inpos] & 1073741823) >>> (30 - 24))
- | ((in[4 + inpos]) << 24)
- ;
- out[4 + outpos] = ((in[4 + inpos] & 1073741823) >>> (30 - 22))
- | ((in[5 + inpos]) << 22)
- ;
- out[5 + outpos] = ((in[5 + inpos] & 1073741823) >>> (30 - 20))
- | ((in[6 + inpos]) << 20)
- ;
- out[6 + outpos] = ((in[6 + inpos] & 1073741823) >>> (30 - 18))
- | ((in[7 + inpos]) << 18)
- ;
- out[7 + outpos] = ((in[7 + inpos] & 1073741823) >>> (30 - 16))
- | ((in[8 + inpos]) << 16)
- ;
- out[8 + outpos] = ((in[8 + inpos] & 1073741823) >>> (30 - 14))
- | ((in[9 + inpos]) << 14)
- ;
- out[9 + outpos] = ((in[9 + inpos] & 1073741823) >>> (30 - 12))
- | ((in[10 + inpos]) << 12)
- ;
- out[10 + outpos] = ((in[10 + inpos] & 1073741823) >>> (30 - 10))
- | ((in[11 + inpos]) << 10)
- ;
- out[11 + outpos] = ((in[11 + inpos] & 1073741823) >>> (30 - 8))
- | ((in[12 + inpos]) << 8)
- ;
- out[12 + outpos] = ((in[12 + inpos] & 1073741823) >>> (30 - 6))
- | ((in[13 + inpos]) << 6)
- ;
- out[13 + outpos] = ((in[13 + inpos] & 1073741823) >>> (30 - 4))
- | ((in[14 + inpos]) << 4)
- ;
- out[14 + outpos] = ((in[14 + inpos] & 1073741823) >>> (30 - 2))
- | ((in[15 + inpos]) << 2)
- ;
- out[15 + outpos] = (in[16 + inpos] & 1073741823)
- | ((in[17 + inpos]) << 30)
- ;
- out[16 + outpos] = ((in[17 + inpos] & 1073741823) >>> (30 - 28))
- | ((in[18 + inpos]) << 28)
- ;
- out[17 + outpos] = ((in[18 + inpos] & 1073741823) >>> (30 - 26))
- | ((in[19 + inpos]) << 26)
- ;
- out[18 + outpos] = ((in[19 + inpos] & 1073741823) >>> (30 - 24))
- | ((in[20 + inpos]) << 24)
- ;
- out[19 + outpos] = ((in[20 + inpos] & 1073741823) >>> (30 - 22))
- | ((in[21 + inpos]) << 22)
- ;
- out[20 + outpos] = ((in[21 + inpos] & 1073741823) >>> (30 - 20))
- | ((in[22 + inpos]) << 20)
- ;
- out[21 + outpos] = ((in[22 + inpos] & 1073741823) >>> (30 - 18))
- | ((in[23 + inpos]) << 18)
- ;
- out[22 + outpos] = ((in[23 + inpos] & 1073741823) >>> (30 - 16))
- | ((in[24 + inpos]) << 16)
- ;
- out[23 + outpos] = ((in[24 + inpos] & 1073741823) >>> (30 - 14))
- | ((in[25 + inpos]) << 14)
- ;
- out[24 + outpos] = ((in[25 + inpos] & 1073741823) >>> (30 - 12))
- | ((in[26 + inpos]) << 12)
- ;
- out[25 + outpos] = ((in[26 + inpos] & 1073741823) >>> (30 - 10))
- | ((in[27 + inpos]) << 10)
- ;
- out[26 + outpos] = ((in[27 + inpos] & 1073741823) >>> (30 - 8))
- | ((in[28 + inpos]) << 8)
- ;
- out[27 + outpos] = ((in[28 + inpos] & 1073741823) >>> (30 - 6))
- | ((in[29 + inpos]) << 6)
- ;
- out[28 + outpos] = ((in[29 + inpos] & 1073741823) >>> (30 - 4))
- | ((in[30 + inpos]) << 4)
- ;
- out[29 + outpos] = ((in[30 + inpos] & 1073741823) >>> (30 - 2))
- | ((in[31 + inpos]) << 2)
- ;
- }
+ protected static void fastpack25(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 33554431)
+ | ((in[1 + inpos]) << 25);
+ out[1 + outpos] = ((in[1 + inpos] & 33554431) >>> (25 - 18))
+ | ((in[2 + inpos]) << 18);
+ out[2 + outpos] = ((in[2 + inpos] & 33554431) >>> (25 - 11))
+ | ((in[3 + inpos]) << 11);
+ out[3 + outpos] = ((in[3 + inpos] & 33554431) >>> (25 - 4))
+ | ((in[4 + inpos] & 33554431) << 4)
+ | ((in[5 + inpos]) << 29);
+ out[4 + outpos] = ((in[5 + inpos] & 33554431) >>> (25 - 22))
+ | ((in[6 + inpos]) << 22);
+ out[5 + outpos] = ((in[6 + inpos] & 33554431) >>> (25 - 15))
+ | ((in[7 + inpos]) << 15);
+ out[6 + outpos] = ((in[7 + inpos] & 33554431) >>> (25 - 8))
+ | ((in[8 + inpos]) << 8);
+ out[7 + outpos] = ((in[8 + inpos] & 33554431) >>> (25 - 1))
+ | ((in[9 + inpos] & 33554431) << 1)
+ | ((in[10 + inpos]) << 26);
+ out[8 + outpos] = ((in[10 + inpos] & 33554431) >>> (25 - 19))
+ | ((in[11 + inpos]) << 19);
+ out[9 + outpos] = ((in[11 + inpos] & 33554431) >>> (25 - 12))
+ | ((in[12 + inpos]) << 12);
+ out[10 + outpos] = ((in[12 + inpos] & 33554431) >>> (25 - 5))
+ | ((in[13 + inpos] & 33554431) << 5)
+ | ((in[14 + inpos]) << 30);
+ out[11 + outpos] = ((in[14 + inpos] & 33554431) >>> (25 - 23))
+ | ((in[15 + inpos]) << 23);
+ out[12 + outpos] = ((in[15 + inpos] & 33554431) >>> (25 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[13 + outpos] = ((in[16 + inpos] & 33554431) >>> (25 - 9))
+ | ((in[17 + inpos]) << 9);
+ out[14 + outpos] = ((in[17 + inpos] & 33554431) >>> (25 - 2))
+ | ((in[18 + inpos] & 33554431) << 2)
+ | ((in[19 + inpos]) << 27);
+ out[15 + outpos] = ((in[19 + inpos] & 33554431) >>> (25 - 20))
+ | ((in[20 + inpos]) << 20);
+ out[16 + outpos] = ((in[20 + inpos] & 33554431) >>> (25 - 13))
+ | ((in[21 + inpos]) << 13);
+ out[17 + outpos] = ((in[21 + inpos] & 33554431) >>> (25 - 6))
+ | ((in[22 + inpos] & 33554431) << 6)
+ | ((in[23 + inpos]) << 31);
+ out[18 + outpos] = ((in[23 + inpos] & 33554431) >>> (25 - 24))
+ | ((in[24 + inpos]) << 24);
+ out[19 + outpos] = ((in[24 + inpos] & 33554431) >>> (25 - 17))
+ | ((in[25 + inpos]) << 17);
+ out[20 + outpos] = ((in[25 + inpos] & 33554431) >>> (25 - 10))
+ | ((in[26 + inpos]) << 10);
+ out[21 + outpos] = ((in[26 + inpos] & 33554431) >>> (25 - 3))
+ | ((in[27 + inpos] & 33554431) << 3)
+ | ((in[28 + inpos]) << 28);
+ out[22 + outpos] = ((in[28 + inpos] & 33554431) >>> (25 - 21))
+ | ((in[29 + inpos]) << 21);
+ out[23 + outpos] = ((in[29 + inpos] & 33554431) >>> (25 - 14))
+ | ((in[30 + inpos]) << 14);
+ out[24 + outpos] = ((in[30 + inpos] & 33554431) >>> (25 - 7))
+ | ((in[31 + inpos]) << 7);
+ }
+ protected static void fastpack26(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 67108863)
+ | ((in[1 + inpos]) << 26);
+ out[1 + outpos] = ((in[1 + inpos] & 67108863) >>> (26 - 20))
+ | ((in[2 + inpos]) << 20);
+ out[2 + outpos] = ((in[2 + inpos] & 67108863) >>> (26 - 14))
+ | ((in[3 + inpos]) << 14);
+ out[3 + outpos] = ((in[3 + inpos] & 67108863) >>> (26 - 8))
+ | ((in[4 + inpos]) << 8);
+ out[4 + outpos] = ((in[4 + inpos] & 67108863) >>> (26 - 2))
+ | ((in[5 + inpos] & 67108863) << 2)
+ | ((in[6 + inpos]) << 28);
+ out[5 + outpos] = ((in[6 + inpos] & 67108863) >>> (26 - 22))
+ | ((in[7 + inpos]) << 22);
+ out[6 + outpos] = ((in[7 + inpos] & 67108863) >>> (26 - 16))
+ | ((in[8 + inpos]) << 16);
+ out[7 + outpos] = ((in[8 + inpos] & 67108863) >>> (26 - 10))
+ | ((in[9 + inpos]) << 10);
+ out[8 + outpos] = ((in[9 + inpos] & 67108863) >>> (26 - 4))
+ | ((in[10 + inpos] & 67108863) << 4)
+ | ((in[11 + inpos]) << 30);
+ out[9 + outpos] = ((in[11 + inpos] & 67108863) >>> (26 - 24))
+ | ((in[12 + inpos]) << 24);
+ out[10 + outpos] = ((in[12 + inpos] & 67108863) >>> (26 - 18))
+ | ((in[13 + inpos]) << 18);
+ out[11 + outpos] = ((in[13 + inpos] & 67108863) >>> (26 - 12))
+ | ((in[14 + inpos]) << 12);
+ out[12 + outpos] = ((in[14 + inpos] & 67108863) >>> (26 - 6))
+ | ((in[15 + inpos]) << 6);
+ out[13 + outpos] = (in[16 + inpos] & 67108863)
+ | ((in[17 + inpos]) << 26);
+ out[14 + outpos] = ((in[17 + inpos] & 67108863) >>> (26 - 20))
+ | ((in[18 + inpos]) << 20);
+ out[15 + outpos] = ((in[18 + inpos] & 67108863) >>> (26 - 14))
+ | ((in[19 + inpos]) << 14);
+ out[16 + outpos] = ((in[19 + inpos] & 67108863) >>> (26 - 8))
+ | ((in[20 + inpos]) << 8);
+ out[17 + outpos] = ((in[20 + inpos] & 67108863) >>> (26 - 2))
+ | ((in[21 + inpos] & 67108863) << 2)
+ | ((in[22 + inpos]) << 28);
+ out[18 + outpos] = ((in[22 + inpos] & 67108863) >>> (26 - 22))
+ | ((in[23 + inpos]) << 22);
+ out[19 + outpos] = ((in[23 + inpos] & 67108863) >>> (26 - 16))
+ | ((in[24 + inpos]) << 16);
+ out[20 + outpos] = ((in[24 + inpos] & 67108863) >>> (26 - 10))
+ | ((in[25 + inpos]) << 10);
+ out[21 + outpos] = ((in[25 + inpos] & 67108863) >>> (26 - 4))
+ | ((in[26 + inpos] & 67108863) << 4)
+ | ((in[27 + inpos]) << 30);
+ out[22 + outpos] = ((in[27 + inpos] & 67108863) >>> (26 - 24))
+ | ((in[28 + inpos]) << 24);
+ out[23 + outpos] = ((in[28 + inpos] & 67108863) >>> (26 - 18))
+ | ((in[29 + inpos]) << 18);
+ out[24 + outpos] = ((in[29 + inpos] & 67108863) >>> (26 - 12))
+ | ((in[30 + inpos]) << 12);
+ out[25 + outpos] = ((in[30 + inpos] & 67108863) >>> (26 - 6))
+ | ((in[31 + inpos]) << 6);
+ }
- protected static void fastpack31(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] & 2147483647)
- | ((in[1 + inpos]) << 31)
- ;
- out[1 + outpos] = ((in[1 + inpos] & 2147483647) >>> (31 - 30))
- | ((in[2 + inpos]) << 30)
- ;
- out[2 + outpos] = ((in[2 + inpos] & 2147483647) >>> (31 - 29))
- | ((in[3 + inpos]) << 29)
- ;
- out[3 + outpos] = ((in[3 + inpos] & 2147483647) >>> (31 - 28))
- | ((in[4 + inpos]) << 28)
- ;
- out[4 + outpos] = ((in[4 + inpos] & 2147483647) >>> (31 - 27))
- | ((in[5 + inpos]) << 27)
- ;
- out[5 + outpos] = ((in[5 + inpos] & 2147483647) >>> (31 - 26))
- | ((in[6 + inpos]) << 26)
- ;
- out[6 + outpos] = ((in[6 + inpos] & 2147483647) >>> (31 - 25))
- | ((in[7 + inpos]) << 25)
- ;
- out[7 + outpos] = ((in[7 + inpos] & 2147483647) >>> (31 - 24))
- | ((in[8 + inpos]) << 24)
- ;
- out[8 + outpos] = ((in[8 + inpos] & 2147483647) >>> (31 - 23))
- | ((in[9 + inpos]) << 23)
- ;
- out[9 + outpos] = ((in[9 + inpos] & 2147483647) >>> (31 - 22))
- | ((in[10 + inpos]) << 22)
- ;
- out[10 + outpos] = ((in[10 + inpos] & 2147483647) >>> (31 - 21))
- | ((in[11 + inpos]) << 21)
- ;
- out[11 + outpos] = ((in[11 + inpos] & 2147483647) >>> (31 - 20))
- | ((in[12 + inpos]) << 20)
- ;
- out[12 + outpos] = ((in[12 + inpos] & 2147483647) >>> (31 - 19))
- | ((in[13 + inpos]) << 19)
- ;
- out[13 + outpos] = ((in[13 + inpos] & 2147483647) >>> (31 - 18))
- | ((in[14 + inpos]) << 18)
- ;
- out[14 + outpos] = ((in[14 + inpos] & 2147483647) >>> (31 - 17))
- | ((in[15 + inpos]) << 17)
- ;
- out[15 + outpos] = ((in[15 + inpos] & 2147483647) >>> (31 - 16))
- | ((in[16 + inpos]) << 16)
- ;
- out[16 + outpos] = ((in[16 + inpos] & 2147483647) >>> (31 - 15))
- | ((in[17 + inpos]) << 15)
- ;
- out[17 + outpos] = ((in[17 + inpos] & 2147483647) >>> (31 - 14))
- | ((in[18 + inpos]) << 14)
- ;
- out[18 + outpos] = ((in[18 + inpos] & 2147483647) >>> (31 - 13))
- | ((in[19 + inpos]) << 13)
- ;
- out[19 + outpos] = ((in[19 + inpos] & 2147483647) >>> (31 - 12))
- | ((in[20 + inpos]) << 12)
- ;
- out[20 + outpos] = ((in[20 + inpos] & 2147483647) >>> (31 - 11))
- | ((in[21 + inpos]) << 11)
- ;
- out[21 + outpos] = ((in[21 + inpos] & 2147483647) >>> (31 - 10))
- | ((in[22 + inpos]) << 10)
- ;
- out[22 + outpos] = ((in[22 + inpos] & 2147483647) >>> (31 - 9))
- | ((in[23 + inpos]) << 9)
- ;
- out[23 + outpos] = ((in[23 + inpos] & 2147483647) >>> (31 - 8))
- | ((in[24 + inpos]) << 8)
- ;
- out[24 + outpos] = ((in[24 + inpos] & 2147483647) >>> (31 - 7))
- | ((in[25 + inpos]) << 7)
- ;
- out[25 + outpos] = ((in[25 + inpos] & 2147483647) >>> (31 - 6))
- | ((in[26 + inpos]) << 6)
- ;
- out[26 + outpos] = ((in[26 + inpos] & 2147483647) >>> (31 - 5))
- | ((in[27 + inpos]) << 5)
- ;
- out[27 + outpos] = ((in[27 + inpos] & 2147483647) >>> (31 - 4))
- | ((in[28 + inpos]) << 4)
- ;
- out[28 + outpos] = ((in[28 + inpos] & 2147483647) >>> (31 - 3))
- | ((in[29 + inpos]) << 3)
- ;
- out[29 + outpos] = ((in[29 + inpos] & 2147483647) >>> (31 - 2))
- | ((in[30 + inpos]) << 2)
- ;
- out[30 + outpos] = ((in[30 + inpos] & 2147483647) >>> (31 - 1))
- | ((in[31 + inpos]) << 1)
- ;
- }
+ protected static void fastpack27(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 134217727)
+ | ((in[1 + inpos]) << 27);
+ out[1 + outpos] = ((in[1 + inpos] & 134217727) >>> (27 - 22))
+ | ((in[2 + inpos]) << 22);
+ out[2 + outpos] = ((in[2 + inpos] & 134217727) >>> (27 - 17))
+ | ((in[3 + inpos]) << 17);
+ out[3 + outpos] = ((in[3 + inpos] & 134217727) >>> (27 - 12))
+ | ((in[4 + inpos]) << 12);
+ out[4 + outpos] = ((in[4 + inpos] & 134217727) >>> (27 - 7))
+ | ((in[5 + inpos]) << 7);
+ out[5 + outpos] = ((in[5 + inpos] & 134217727) >>> (27 - 2))
+ | ((in[6 + inpos] & 134217727) << 2)
+ | ((in[7 + inpos]) << 29);
+ out[6 + outpos] = ((in[7 + inpos] & 134217727) >>> (27 - 24))
+ | ((in[8 + inpos]) << 24);
+ out[7 + outpos] = ((in[8 + inpos] & 134217727) >>> (27 - 19))
+ | ((in[9 + inpos]) << 19);
+ out[8 + outpos] = ((in[9 + inpos] & 134217727) >>> (27 - 14))
+ | ((in[10 + inpos]) << 14);
+ out[9 + outpos] = ((in[10 + inpos] & 134217727) >>> (27 - 9))
+ | ((in[11 + inpos]) << 9);
+ out[10 + outpos] = ((in[11 + inpos] & 134217727) >>> (27 - 4))
+ | ((in[12 + inpos] & 134217727) << 4)
+ | ((in[13 + inpos]) << 31);
+ out[11 + outpos] = ((in[13 + inpos] & 134217727) >>> (27 - 26))
+ | ((in[14 + inpos]) << 26);
+ out[12 + outpos] = ((in[14 + inpos] & 134217727) >>> (27 - 21))
+ | ((in[15 + inpos]) << 21);
+ out[13 + outpos] = ((in[15 + inpos] & 134217727) >>> (27 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[14 + outpos] = ((in[16 + inpos] & 134217727) >>> (27 - 11))
+ | ((in[17 + inpos]) << 11);
+ out[15 + outpos] = ((in[17 + inpos] & 134217727) >>> (27 - 6))
+ | ((in[18 + inpos]) << 6);
+ out[16 + outpos] = ((in[18 + inpos] & 134217727) >>> (27 - 1))
+ | ((in[19 + inpos] & 134217727) << 1)
+ | ((in[20 + inpos]) << 28);
+ out[17 + outpos] = ((in[20 + inpos] & 134217727) >>> (27 - 23))
+ | ((in[21 + inpos]) << 23);
+ out[18 + outpos] = ((in[21 + inpos] & 134217727) >>> (27 - 18))
+ | ((in[22 + inpos]) << 18);
+ out[19 + outpos] = ((in[22 + inpos] & 134217727) >>> (27 - 13))
+ | ((in[23 + inpos]) << 13);
+ out[20 + outpos] = ((in[23 + inpos] & 134217727) >>> (27 - 8))
+ | ((in[24 + inpos]) << 8);
+ out[21 + outpos] = ((in[24 + inpos] & 134217727) >>> (27 - 3))
+ | ((in[25 + inpos] & 134217727) << 3)
+ | ((in[26 + inpos]) << 30);
+ out[22 + outpos] = ((in[26 + inpos] & 134217727) >>> (27 - 25))
+ | ((in[27 + inpos]) << 25);
+ out[23 + outpos] = ((in[27 + inpos] & 134217727) >>> (27 - 20))
+ | ((in[28 + inpos]) << 20);
+ out[24 + outpos] = ((in[28 + inpos] & 134217727) >>> (27 - 15))
+ | ((in[29 + inpos]) << 15);
+ out[25 + outpos] = ((in[29 + inpos] & 134217727) >>> (27 - 10))
+ | ((in[30 + inpos]) << 10);
+ out[26 + outpos] = ((in[30 + inpos] & 134217727) >>> (27 - 5))
+ | ((in[31 + inpos]) << 5);
+ }
+ protected static void fastpack28(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 268435455)
+ | ((in[1 + inpos]) << 28);
+ out[1 + outpos] = ((in[1 + inpos] & 268435455) >>> (28 - 24))
+ | ((in[2 + inpos]) << 24);
+ out[2 + outpos] = ((in[2 + inpos] & 268435455) >>> (28 - 20))
+ | ((in[3 + inpos]) << 20);
+ out[3 + outpos] = ((in[3 + inpos] & 268435455) >>> (28 - 16))
+ | ((in[4 + inpos]) << 16);
+ out[4 + outpos] = ((in[4 + inpos] & 268435455) >>> (28 - 12))
+ | ((in[5 + inpos]) << 12);
+ out[5 + outpos] = ((in[5 + inpos] & 268435455) >>> (28 - 8))
+ | ((in[6 + inpos]) << 8);
+ out[6 + outpos] = ((in[6 + inpos] & 268435455) >>> (28 - 4))
+ | ((in[7 + inpos]) << 4);
+ out[7 + outpos] = (in[8 + inpos] & 268435455)
+ | ((in[9 + inpos]) << 28);
+ out[8 + outpos] = ((in[9 + inpos] & 268435455) >>> (28 - 24))
+ | ((in[10 + inpos]) << 24);
+ out[9 + outpos] = ((in[10 + inpos] & 268435455) >>> (28 - 20))
+ | ((in[11 + inpos]) << 20);
+ out[10 + outpos] = ((in[11 + inpos] & 268435455) >>> (28 - 16))
+ | ((in[12 + inpos]) << 16);
+ out[11 + outpos] = ((in[12 + inpos] & 268435455) >>> (28 - 12))
+ | ((in[13 + inpos]) << 12);
+ out[12 + outpos] = ((in[13 + inpos] & 268435455) >>> (28 - 8))
+ | ((in[14 + inpos]) << 8);
+ out[13 + outpos] = ((in[14 + inpos] & 268435455) >>> (28 - 4))
+ | ((in[15 + inpos]) << 4);
+ out[14 + outpos] = (in[16 + inpos] & 268435455)
+ | ((in[17 + inpos]) << 28);
+ out[15 + outpos] = ((in[17 + inpos] & 268435455) >>> (28 - 24))
+ | ((in[18 + inpos]) << 24);
+ out[16 + outpos] = ((in[18 + inpos] & 268435455) >>> (28 - 20))
+ | ((in[19 + inpos]) << 20);
+ out[17 + outpos] = ((in[19 + inpos] & 268435455) >>> (28 - 16))
+ | ((in[20 + inpos]) << 16);
+ out[18 + outpos] = ((in[20 + inpos] & 268435455) >>> (28 - 12))
+ | ((in[21 + inpos]) << 12);
+ out[19 + outpos] = ((in[21 + inpos] & 268435455) >>> (28 - 8))
+ | ((in[22 + inpos]) << 8);
+ out[20 + outpos] = ((in[22 + inpos] & 268435455) >>> (28 - 4))
+ | ((in[23 + inpos]) << 4);
+ out[21 + outpos] = (in[24 + inpos] & 268435455)
+ | ((in[25 + inpos]) << 28);
+ out[22 + outpos] = ((in[25 + inpos] & 268435455) >>> (28 - 24))
+ | ((in[26 + inpos]) << 24);
+ out[23 + outpos] = ((in[26 + inpos] & 268435455) >>> (28 - 20))
+ | ((in[27 + inpos]) << 20);
+ out[24 + outpos] = ((in[27 + inpos] & 268435455) >>> (28 - 16))
+ | ((in[28 + inpos]) << 16);
+ out[25 + outpos] = ((in[28 + inpos] & 268435455) >>> (28 - 12))
+ | ((in[29 + inpos]) << 12);
+ out[26 + outpos] = ((in[29 + inpos] & 268435455) >>> (28 - 8))
+ | ((in[30 + inpos]) << 8);
+ out[27 + outpos] = ((in[30 + inpos] & 268435455) >>> (28 - 4))
+ | ((in[31 + inpos]) << 4);
+ }
- protected static void fastunpack1(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 1)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 1) & 1)
- ;
- out[2 + outpos] = ((in[0 + inpos] >>> 2) & 1)
- ;
- out[3 + outpos] = ((in[0 + inpos] >>> 3) & 1)
- ;
- out[4 + outpos] = ((in[0 + inpos] >>> 4) & 1)
- ;
- out[5 + outpos] = ((in[0 + inpos] >>> 5) & 1)
- ;
- out[6 + outpos] = ((in[0 + inpos] >>> 6) & 1)
- ;
- out[7 + outpos] = ((in[0 + inpos] >>> 7) & 1)
- ;
- out[8 + outpos] = ((in[0 + inpos] >>> 8) & 1)
- ;
- out[9 + outpos] = ((in[0 + inpos] >>> 9) & 1)
- ;
- out[10 + outpos] = ((in[0 + inpos] >>> 10) & 1)
- ;
- out[11 + outpos] = ((in[0 + inpos] >>> 11) & 1)
- ;
- out[12 + outpos] = ((in[0 + inpos] >>> 12) & 1)
- ;
- out[13 + outpos] = ((in[0 + inpos] >>> 13) & 1)
- ;
- out[14 + outpos] = ((in[0 + inpos] >>> 14) & 1)
- ;
- out[15 + outpos] = ((in[0 + inpos] >>> 15) & 1)
- ;
- out[16 + outpos] = ((in[0 + inpos] >>> 16) & 1)
- ;
- out[17 + outpos] = ((in[0 + inpos] >>> 17) & 1)
- ;
- out[18 + outpos] = ((in[0 + inpos] >>> 18) & 1)
- ;
- out[19 + outpos] = ((in[0 + inpos] >>> 19) & 1)
- ;
- out[20 + outpos] = ((in[0 + inpos] >>> 20) & 1)
- ;
- out[21 + outpos] = ((in[0 + inpos] >>> 21) & 1)
- ;
- out[22 + outpos] = ((in[0 + inpos] >>> 22) & 1)
- ;
- out[23 + outpos] = ((in[0 + inpos] >>> 23) & 1)
- ;
- out[24 + outpos] = ((in[0 + inpos] >>> 24) & 1)
- ;
- out[25 + outpos] = ((in[0 + inpos] >>> 25) & 1)
- ;
- out[26 + outpos] = ((in[0 + inpos] >>> 26) & 1)
- ;
- out[27 + outpos] = ((in[0 + inpos] >>> 27) & 1)
- ;
- out[28 + outpos] = ((in[0 + inpos] >>> 28) & 1)
- ;
- out[29 + outpos] = ((in[0 + inpos] >>> 29) & 1)
- ;
- out[30 + outpos] = ((in[0 + inpos] >>> 30) & 1)
- ;
- out[31 + outpos] = (in[0 + inpos] >>> 31)
- ;
- }
+ protected static void fastpack29(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 536870911)
+ | ((in[1 + inpos]) << 29);
+ out[1 + outpos] = ((in[1 + inpos] & 536870911) >>> (29 - 26))
+ | ((in[2 + inpos]) << 26);
+ out[2 + outpos] = ((in[2 + inpos] & 536870911) >>> (29 - 23))
+ | ((in[3 + inpos]) << 23);
+ out[3 + outpos] = ((in[3 + inpos] & 536870911) >>> (29 - 20))
+ | ((in[4 + inpos]) << 20);
+ out[4 + outpos] = ((in[4 + inpos] & 536870911) >>> (29 - 17))
+ | ((in[5 + inpos]) << 17);
+ out[5 + outpos] = ((in[5 + inpos] & 536870911) >>> (29 - 14))
+ | ((in[6 + inpos]) << 14);
+ out[6 + outpos] = ((in[6 + inpos] & 536870911) >>> (29 - 11))
+ | ((in[7 + inpos]) << 11);
+ out[7 + outpos] = ((in[7 + inpos] & 536870911) >>> (29 - 8))
+ | ((in[8 + inpos]) << 8);
+ out[8 + outpos] = ((in[8 + inpos] & 536870911) >>> (29 - 5))
+ | ((in[9 + inpos]) << 5);
+ out[9 + outpos] = ((in[9 + inpos] & 536870911) >>> (29 - 2))
+ | ((in[10 + inpos] & 536870911) << 2)
+ | ((in[11 + inpos]) << 31);
+ out[10 + outpos] = ((in[11 + inpos] & 536870911) >>> (29 - 28))
+ | ((in[12 + inpos]) << 28);
+ out[11 + outpos] = ((in[12 + inpos] & 536870911) >>> (29 - 25))
+ | ((in[13 + inpos]) << 25);
+ out[12 + outpos] = ((in[13 + inpos] & 536870911) >>> (29 - 22))
+ | ((in[14 + inpos]) << 22);
+ out[13 + outpos] = ((in[14 + inpos] & 536870911) >>> (29 - 19))
+ | ((in[15 + inpos]) << 19);
+ out[14 + outpos] = ((in[15 + inpos] & 536870911) >>> (29 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[15 + outpos] = ((in[16 + inpos] & 536870911) >>> (29 - 13))
+ | ((in[17 + inpos]) << 13);
+ out[16 + outpos] = ((in[17 + inpos] & 536870911) >>> (29 - 10))
+ | ((in[18 + inpos]) << 10);
+ out[17 + outpos] = ((in[18 + inpos] & 536870911) >>> (29 - 7))
+ | ((in[19 + inpos]) << 7);
+ out[18 + outpos] = ((in[19 + inpos] & 536870911) >>> (29 - 4))
+ | ((in[20 + inpos]) << 4);
+ out[19 + outpos] = ((in[20 + inpos] & 536870911) >>> (29 - 1))
+ | ((in[21 + inpos] & 536870911) << 1)
+ | ((in[22 + inpos]) << 30);
+ out[20 + outpos] = ((in[22 + inpos] & 536870911) >>> (29 - 27))
+ | ((in[23 + inpos]) << 27);
+ out[21 + outpos] = ((in[23 + inpos] & 536870911) >>> (29 - 24))
+ | ((in[24 + inpos]) << 24);
+ out[22 + outpos] = ((in[24 + inpos] & 536870911) >>> (29 - 21))
+ | ((in[25 + inpos]) << 21);
+ out[23 + outpos] = ((in[25 + inpos] & 536870911) >>> (29 - 18))
+ | ((in[26 + inpos]) << 18);
+ out[24 + outpos] = ((in[26 + inpos] & 536870911) >>> (29 - 15))
+ | ((in[27 + inpos]) << 15);
+ out[25 + outpos] = ((in[27 + inpos] & 536870911) >>> (29 - 12))
+ | ((in[28 + inpos]) << 12);
+ out[26 + outpos] = ((in[28 + inpos] & 536870911) >>> (29 - 9))
+ | ((in[29 + inpos]) << 9);
+ out[27 + outpos] = ((in[29 + inpos] & 536870911) >>> (29 - 6))
+ | ((in[30 + inpos]) << 6);
+ out[28 + outpos] = ((in[30 + inpos] & 536870911) >>> (29 - 3))
+ | ((in[31 + inpos]) << 3);
+ }
+ protected static void fastpack3(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 7)
+ | ((in[1 + inpos] & 7) << 3)
+ | ((in[2 + inpos] & 7) << 6)
+ | ((in[3 + inpos] & 7) << 9)
+ | ((in[4 + inpos] & 7) << 12)
+ | ((in[5 + inpos] & 7) << 15)
+ | ((in[6 + inpos] & 7) << 18)
+ | ((in[7 + inpos] & 7) << 21)
+ | ((in[8 + inpos] & 7) << 24)
+ | ((in[9 + inpos] & 7) << 27)
+ | ((in[10 + inpos]) << 30);
+ out[1 + outpos] = ((in[10 + inpos] & 7) >>> (3 - 1))
+ | ((in[11 + inpos] & 7) << 1)
+ | ((in[12 + inpos] & 7) << 4)
+ | ((in[13 + inpos] & 7) << 7)
+ | ((in[14 + inpos] & 7) << 10)
+ | ((in[15 + inpos] & 7) << 13)
+ | ((in[16 + inpos] & 7) << 16)
+ | ((in[17 + inpos] & 7) << 19)
+ | ((in[18 + inpos] & 7) << 22)
+ | ((in[19 + inpos] & 7) << 25)
+ | ((in[20 + inpos] & 7) << 28)
+ | ((in[21 + inpos]) << 31);
+ out[2 + outpos] = ((in[21 + inpos] & 7) >>> (3 - 2))
+ | ((in[22 + inpos] & 7) << 2)
+ | ((in[23 + inpos] & 7) << 5)
+ | ((in[24 + inpos] & 7) << 8)
+ | ((in[25 + inpos] & 7) << 11)
+ | ((in[26 + inpos] & 7) << 14)
+ | ((in[27 + inpos] & 7) << 17)
+ | ((in[28 + inpos] & 7) << 20)
+ | ((in[29 + inpos] & 7) << 23)
+ | ((in[30 + inpos] & 7) << 26)
+ | ((in[31 + inpos]) << 29);
+ }
- protected static void fastunpack2(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 3)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 2) & 3)
- ;
- out[2 + outpos] = ((in[0 + inpos] >>> 4) & 3)
- ;
- out[3 + outpos] = ((in[0 + inpos] >>> 6) & 3)
- ;
- out[4 + outpos] = ((in[0 + inpos] >>> 8) & 3)
- ;
- out[5 + outpos] = ((in[0 + inpos] >>> 10) & 3)
- ;
- out[6 + outpos] = ((in[0 + inpos] >>> 12) & 3)
- ;
- out[7 + outpos] = ((in[0 + inpos] >>> 14) & 3)
- ;
- out[8 + outpos] = ((in[0 + inpos] >>> 16) & 3)
- ;
- out[9 + outpos] = ((in[0 + inpos] >>> 18) & 3)
- ;
- out[10 + outpos] = ((in[0 + inpos] >>> 20) & 3)
- ;
- out[11 + outpos] = ((in[0 + inpos] >>> 22) & 3)
- ;
- out[12 + outpos] = ((in[0 + inpos] >>> 24) & 3)
- ;
- out[13 + outpos] = ((in[0 + inpos] >>> 26) & 3)
- ;
- out[14 + outpos] = ((in[0 + inpos] >>> 28) & 3)
- ;
- out[15 + outpos] = (in[0 + inpos] >>> 30)
- ;
- out[16 + outpos] = ((in[1 + inpos] >>> 0) & 3)
- ;
- out[17 + outpos] = ((in[1 + inpos] >>> 2) & 3)
- ;
- out[18 + outpos] = ((in[1 + inpos] >>> 4) & 3)
- ;
- out[19 + outpos] = ((in[1 + inpos] >>> 6) & 3)
- ;
- out[20 + outpos] = ((in[1 + inpos] >>> 8) & 3)
- ;
- out[21 + outpos] = ((in[1 + inpos] >>> 10) & 3)
- ;
- out[22 + outpos] = ((in[1 + inpos] >>> 12) & 3)
- ;
- out[23 + outpos] = ((in[1 + inpos] >>> 14) & 3)
- ;
- out[24 + outpos] = ((in[1 + inpos] >>> 16) & 3)
- ;
- out[25 + outpos] = ((in[1 + inpos] >>> 18) & 3)
- ;
- out[26 + outpos] = ((in[1 + inpos] >>> 20) & 3)
- ;
- out[27 + outpos] = ((in[1 + inpos] >>> 22) & 3)
- ;
- out[28 + outpos] = ((in[1 + inpos] >>> 24) & 3)
- ;
- out[29 + outpos] = ((in[1 + inpos] >>> 26) & 3)
- ;
- out[30 + outpos] = ((in[1 + inpos] >>> 28) & 3)
- ;
- out[31 + outpos] = (in[1 + inpos] >>> 30)
- ;
- }
+ protected static void fastpack30(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 1073741823)
+ | ((in[1 + inpos]) << 30);
+ out[1 + outpos] = ((in[1 + inpos] & 1073741823) >>> (30 - 28))
+ | ((in[2 + inpos]) << 28);
+ out[2 + outpos] = ((in[2 + inpos] & 1073741823) >>> (30 - 26))
+ | ((in[3 + inpos]) << 26);
+ out[3 + outpos] = ((in[3 + inpos] & 1073741823) >>> (30 - 24))
+ | ((in[4 + inpos]) << 24);
+ out[4 + outpos] = ((in[4 + inpos] & 1073741823) >>> (30 - 22))
+ | ((in[5 + inpos]) << 22);
+ out[5 + outpos] = ((in[5 + inpos] & 1073741823) >>> (30 - 20))
+ | ((in[6 + inpos]) << 20);
+ out[6 + outpos] = ((in[6 + inpos] & 1073741823) >>> (30 - 18))
+ | ((in[7 + inpos]) << 18);
+ out[7 + outpos] = ((in[7 + inpos] & 1073741823) >>> (30 - 16))
+ | ((in[8 + inpos]) << 16);
+ out[8 + outpos] = ((in[8 + inpos] & 1073741823) >>> (30 - 14))
+ | ((in[9 + inpos]) << 14);
+ out[9 + outpos] = ((in[9 + inpos] & 1073741823) >>> (30 - 12))
+ | ((in[10 + inpos]) << 12);
+ out[10 + outpos] = ((in[10 + inpos] & 1073741823) >>> (30 - 10))
+ | ((in[11 + inpos]) << 10);
+ out[11 + outpos] = ((in[11 + inpos] & 1073741823) >>> (30 - 8))
+ | ((in[12 + inpos]) << 8);
+ out[12 + outpos] = ((in[12 + inpos] & 1073741823) >>> (30 - 6))
+ | ((in[13 + inpos]) << 6);
+ out[13 + outpos] = ((in[13 + inpos] & 1073741823) >>> (30 - 4))
+ | ((in[14 + inpos]) << 4);
+ out[14 + outpos] = ((in[14 + inpos] & 1073741823) >>> (30 - 2))
+ | ((in[15 + inpos]) << 2);
+ out[15 + outpos] = (in[16 + inpos] & 1073741823)
+ | ((in[17 + inpos]) << 30);
+ out[16 + outpos] = ((in[17 + inpos] & 1073741823) >>> (30 - 28))
+ | ((in[18 + inpos]) << 28);
+ out[17 + outpos] = ((in[18 + inpos] & 1073741823) >>> (30 - 26))
+ | ((in[19 + inpos]) << 26);
+ out[18 + outpos] = ((in[19 + inpos] & 1073741823) >>> (30 - 24))
+ | ((in[20 + inpos]) << 24);
+ out[19 + outpos] = ((in[20 + inpos] & 1073741823) >>> (30 - 22))
+ | ((in[21 + inpos]) << 22);
+ out[20 + outpos] = ((in[21 + inpos] & 1073741823) >>> (30 - 20))
+ | ((in[22 + inpos]) << 20);
+ out[21 + outpos] = ((in[22 + inpos] & 1073741823) >>> (30 - 18))
+ | ((in[23 + inpos]) << 18);
+ out[22 + outpos] = ((in[23 + inpos] & 1073741823) >>> (30 - 16))
+ | ((in[24 + inpos]) << 16);
+ out[23 + outpos] = ((in[24 + inpos] & 1073741823) >>> (30 - 14))
+ | ((in[25 + inpos]) << 14);
+ out[24 + outpos] = ((in[25 + inpos] & 1073741823) >>> (30 - 12))
+ | ((in[26 + inpos]) << 12);
+ out[25 + outpos] = ((in[26 + inpos] & 1073741823) >>> (30 - 10))
+ | ((in[27 + inpos]) << 10);
+ out[26 + outpos] = ((in[27 + inpos] & 1073741823) >>> (30 - 8))
+ | ((in[28 + inpos]) << 8);
+ out[27 + outpos] = ((in[28 + inpos] & 1073741823) >>> (30 - 6))
+ | ((in[29 + inpos]) << 6);
+ out[28 + outpos] = ((in[29 + inpos] & 1073741823) >>> (30 - 4))
+ | ((in[30 + inpos]) << 4);
+ out[29 + outpos] = ((in[30 + inpos] & 1073741823) >>> (30 - 2))
+ | ((in[31 + inpos]) << 2);
+ }
+ protected static void fastpack31(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 2147483647)
+ | ((in[1 + inpos]) << 31);
+ out[1 + outpos] = ((in[1 + inpos] & 2147483647) >>> (31 - 30))
+ | ((in[2 + inpos]) << 30);
+ out[2 + outpos] = ((in[2 + inpos] & 2147483647) >>> (31 - 29))
+ | ((in[3 + inpos]) << 29);
+ out[3 + outpos] = ((in[3 + inpos] & 2147483647) >>> (31 - 28))
+ | ((in[4 + inpos]) << 28);
+ out[4 + outpos] = ((in[4 + inpos] & 2147483647) >>> (31 - 27))
+ | ((in[5 + inpos]) << 27);
+ out[5 + outpos] = ((in[5 + inpos] & 2147483647) >>> (31 - 26))
+ | ((in[6 + inpos]) << 26);
+ out[6 + outpos] = ((in[6 + inpos] & 2147483647) >>> (31 - 25))
+ | ((in[7 + inpos]) << 25);
+ out[7 + outpos] = ((in[7 + inpos] & 2147483647) >>> (31 - 24))
+ | ((in[8 + inpos]) << 24);
+ out[8 + outpos] = ((in[8 + inpos] & 2147483647) >>> (31 - 23))
+ | ((in[9 + inpos]) << 23);
+ out[9 + outpos] = ((in[9 + inpos] & 2147483647) >>> (31 - 22))
+ | ((in[10 + inpos]) << 22);
+ out[10 + outpos] = ((in[10 + inpos] & 2147483647) >>> (31 - 21))
+ | ((in[11 + inpos]) << 21);
+ out[11 + outpos] = ((in[11 + inpos] & 2147483647) >>> (31 - 20))
+ | ((in[12 + inpos]) << 20);
+ out[12 + outpos] = ((in[12 + inpos] & 2147483647) >>> (31 - 19))
+ | ((in[13 + inpos]) << 19);
+ out[13 + outpos] = ((in[13 + inpos] & 2147483647) >>> (31 - 18))
+ | ((in[14 + inpos]) << 18);
+ out[14 + outpos] = ((in[14 + inpos] & 2147483647) >>> (31 - 17))
+ | ((in[15 + inpos]) << 17);
+ out[15 + outpos] = ((in[15 + inpos] & 2147483647) >>> (31 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[16 + outpos] = ((in[16 + inpos] & 2147483647) >>> (31 - 15))
+ | ((in[17 + inpos]) << 15);
+ out[17 + outpos] = ((in[17 + inpos] & 2147483647) >>> (31 - 14))
+ | ((in[18 + inpos]) << 14);
+ out[18 + outpos] = ((in[18 + inpos] & 2147483647) >>> (31 - 13))
+ | ((in[19 + inpos]) << 13);
+ out[19 + outpos] = ((in[19 + inpos] & 2147483647) >>> (31 - 12))
+ | ((in[20 + inpos]) << 12);
+ out[20 + outpos] = ((in[20 + inpos] & 2147483647) >>> (31 - 11))
+ | ((in[21 + inpos]) << 11);
+ out[21 + outpos] = ((in[21 + inpos] & 2147483647) >>> (31 - 10))
+ | ((in[22 + inpos]) << 10);
+ out[22 + outpos] = ((in[22 + inpos] & 2147483647) >>> (31 - 9))
+ | ((in[23 + inpos]) << 9);
+ out[23 + outpos] = ((in[23 + inpos] & 2147483647) >>> (31 - 8))
+ | ((in[24 + inpos]) << 8);
+ out[24 + outpos] = ((in[24 + inpos] & 2147483647) >>> (31 - 7))
+ | ((in[25 + inpos]) << 7);
+ out[25 + outpos] = ((in[25 + inpos] & 2147483647) >>> (31 - 6))
+ | ((in[26 + inpos]) << 6);
+ out[26 + outpos] = ((in[26 + inpos] & 2147483647) >>> (31 - 5))
+ | ((in[27 + inpos]) << 5);
+ out[27 + outpos] = ((in[27 + inpos] & 2147483647) >>> (31 - 4))
+ | ((in[28 + inpos]) << 4);
+ out[28 + outpos] = ((in[28 + inpos] & 2147483647) >>> (31 - 3))
+ | ((in[29 + inpos]) << 3);
+ out[29 + outpos] = ((in[29 + inpos] & 2147483647) >>> (31 - 2))
+ | ((in[30 + inpos]) << 2);
+ out[30 + outpos] = ((in[30 + inpos] & 2147483647) >>> (31 - 1))
+ | ((in[31 + inpos]) << 1);
+ }
- protected static void fastunpack3(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 7)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 3) & 7)
- ;
- out[2 + outpos] = ((in[0 + inpos] >>> 6) & 7)
- ;
- out[3 + outpos] = ((in[0 + inpos] >>> 9) & 7)
- ;
- out[4 + outpos] = ((in[0 + inpos] >>> 12) & 7)
- ;
- out[5 + outpos] = ((in[0 + inpos] >>> 15) & 7)
- ;
- out[6 + outpos] = ((in[0 + inpos] >>> 18) & 7)
- ;
- out[7 + outpos] = ((in[0 + inpos] >>> 21) & 7)
- ;
- out[8 + outpos] = ((in[0 + inpos] >>> 24) & 7)
- ;
- out[9 + outpos] = ((in[0 + inpos] >>> 27) & 7)
- ;
- out[10 + outpos] = (in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 1) << (3 - 1))
- ;
- out[11 + outpos] = ((in[1 + inpos] >>> 1) & 7)
- ;
- out[12 + outpos] = ((in[1 + inpos] >>> 4) & 7)
- ;
- out[13 + outpos] = ((in[1 + inpos] >>> 7) & 7)
- ;
- out[14 + outpos] = ((in[1 + inpos] >>> 10) & 7)
- ;
- out[15 + outpos] = ((in[1 + inpos] >>> 13) & 7)
- ;
- out[16 + outpos] = ((in[1 + inpos] >>> 16) & 7)
- ;
- out[17 + outpos] = ((in[1 + inpos] >>> 19) & 7)
- ;
- out[18 + outpos] = ((in[1 + inpos] >>> 22) & 7)
- ;
- out[19 + outpos] = ((in[1 + inpos] >>> 25) & 7)
- ;
- out[20 + outpos] = ((in[1 + inpos] >>> 28) & 7)
- ;
- out[21 + outpos] = (in[1 + inpos] >>> 31)
- | ((in[2 + inpos] & 3) << (3 - 2))
- ;
- out[22 + outpos] = ((in[2 + inpos] >>> 2) & 7)
- ;
- out[23 + outpos] = ((in[2 + inpos] >>> 5) & 7)
- ;
- out[24 + outpos] = ((in[2 + inpos] >>> 8) & 7)
- ;
- out[25 + outpos] = ((in[2 + inpos] >>> 11) & 7)
- ;
- out[26 + outpos] = ((in[2 + inpos] >>> 14) & 7)
- ;
- out[27 + outpos] = ((in[2 + inpos] >>> 17) & 7)
- ;
- out[28 + outpos] = ((in[2 + inpos] >>> 20) & 7)
- ;
- out[29 + outpos] = ((in[2 + inpos] >>> 23) & 7)
- ;
- out[30 + outpos] = ((in[2 + inpos] >>> 26) & 7)
- ;
- out[31 + outpos] = (in[2 + inpos] >>> 29)
- ;
- }
+ protected static void fastpack32(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ System.arraycopy(in, inpos, out, outpos, 32);
+ }
+ protected static void fastpack4(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 15)
+ | ((in[1 + inpos] & 15) << 4)
+ | ((in[2 + inpos] & 15) << 8)
+ | ((in[3 + inpos] & 15) << 12)
+ | ((in[4 + inpos] & 15) << 16)
+ | ((in[5 + inpos] & 15) << 20)
+ | ((in[6 + inpos] & 15) << 24)
+ | ((in[7 + inpos]) << 28);
+ out[1 + outpos] = (in[8 + inpos] & 15)
+ | ((in[9 + inpos] & 15) << 4)
+ | ((in[10 + inpos] & 15) << 8)
+ | ((in[11 + inpos] & 15) << 12)
+ | ((in[12 + inpos] & 15) << 16)
+ | ((in[13 + inpos] & 15) << 20)
+ | ((in[14 + inpos] & 15) << 24)
+ | ((in[15 + inpos]) << 28);
+ out[2 + outpos] = (in[16 + inpos] & 15)
+ | ((in[17 + inpos] & 15) << 4)
+ | ((in[18 + inpos] & 15) << 8)
+ | ((in[19 + inpos] & 15) << 12)
+ | ((in[20 + inpos] & 15) << 16)
+ | ((in[21 + inpos] & 15) << 20)
+ | ((in[22 + inpos] & 15) << 24)
+ | ((in[23 + inpos]) << 28);
+ out[3 + outpos] = (in[24 + inpos] & 15)
+ | ((in[25 + inpos] & 15) << 4)
+ | ((in[26 + inpos] & 15) << 8)
+ | ((in[27 + inpos] & 15) << 12)
+ | ((in[28 + inpos] & 15) << 16)
+ | ((in[29 + inpos] & 15) << 20)
+ | ((in[30 + inpos] & 15) << 24)
+ | ((in[31 + inpos]) << 28);
+ }
- protected static void fastunpack4(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 15)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 4) & 15)
- ;
- out[2 + outpos] = ((in[0 + inpos] >>> 8) & 15)
- ;
- out[3 + outpos] = ((in[0 + inpos] >>> 12) & 15)
- ;
- out[4 + outpos] = ((in[0 + inpos] >>> 16) & 15)
- ;
- out[5 + outpos] = ((in[0 + inpos] >>> 20) & 15)
- ;
- out[6 + outpos] = ((in[0 + inpos] >>> 24) & 15)
- ;
- out[7 + outpos] = (in[0 + inpos] >>> 28)
- ;
- out[8 + outpos] = ((in[1 + inpos] >>> 0) & 15)
- ;
- out[9 + outpos] = ((in[1 + inpos] >>> 4) & 15)
- ;
- out[10 + outpos] = ((in[1 + inpos] >>> 8) & 15)
- ;
- out[11 + outpos] = ((in[1 + inpos] >>> 12) & 15)
- ;
- out[12 + outpos] = ((in[1 + inpos] >>> 16) & 15)
- ;
- out[13 + outpos] = ((in[1 + inpos] >>> 20) & 15)
- ;
- out[14 + outpos] = ((in[1 + inpos] >>> 24) & 15)
- ;
- out[15 + outpos] = (in[1 + inpos] >>> 28)
- ;
- out[16 + outpos] = ((in[2 + inpos] >>> 0) & 15)
- ;
- out[17 + outpos] = ((in[2 + inpos] >>> 4) & 15)
- ;
- out[18 + outpos] = ((in[2 + inpos] >>> 8) & 15)
- ;
- out[19 + outpos] = ((in[2 + inpos] >>> 12) & 15)
- ;
- out[20 + outpos] = ((in[2 + inpos] >>> 16) & 15)
- ;
- out[21 + outpos] = ((in[2 + inpos] >>> 20) & 15)
- ;
- out[22 + outpos] = ((in[2 + inpos] >>> 24) & 15)
- ;
- out[23 + outpos] = (in[2 + inpos] >>> 28)
- ;
- out[24 + outpos] = ((in[3 + inpos] >>> 0) & 15)
- ;
- out[25 + outpos] = ((in[3 + inpos] >>> 4) & 15)
- ;
- out[26 + outpos] = ((in[3 + inpos] >>> 8) & 15)
- ;
- out[27 + outpos] = ((in[3 + inpos] >>> 12) & 15)
- ;
- out[28 + outpos] = ((in[3 + inpos] >>> 16) & 15)
- ;
- out[29 + outpos] = ((in[3 + inpos] >>> 20) & 15)
- ;
- out[30 + outpos] = ((in[3 + inpos] >>> 24) & 15)
- ;
- out[31 + outpos] = (in[3 + inpos] >>> 28)
- ;
- }
+ protected static void fastpack5(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 31)
+ | ((in[1 + inpos] & 31) << 5)
+ | ((in[2 + inpos] & 31) << 10)
+ | ((in[3 + inpos] & 31) << 15)
+ | ((in[4 + inpos] & 31) << 20)
+ | ((in[5 + inpos] & 31) << 25)
+ | ((in[6 + inpos]) << 30);
+ out[1 + outpos] = ((in[6 + inpos] & 31) >>> (5 - 3))
+ | ((in[7 + inpos] & 31) << 3)
+ | ((in[8 + inpos] & 31) << 8)
+ | ((in[9 + inpos] & 31) << 13)
+ | ((in[10 + inpos] & 31) << 18)
+ | ((in[11 + inpos] & 31) << 23)
+ | ((in[12 + inpos]) << 28);
+ out[2 + outpos] = ((in[12 + inpos] & 31) >>> (5 - 1))
+ | ((in[13 + inpos] & 31) << 1)
+ | ((in[14 + inpos] & 31) << 6)
+ | ((in[15 + inpos] & 31) << 11)
+ | ((in[16 + inpos] & 31) << 16)
+ | ((in[17 + inpos] & 31) << 21)
+ | ((in[18 + inpos] & 31) << 26)
+ | ((in[19 + inpos]) << 31);
+ out[3 + outpos] = ((in[19 + inpos] & 31) >>> (5 - 4))
+ | ((in[20 + inpos] & 31) << 4)
+ | ((in[21 + inpos] & 31) << 9)
+ | ((in[22 + inpos] & 31) << 14)
+ | ((in[23 + inpos] & 31) << 19)
+ | ((in[24 + inpos] & 31) << 24)
+ | ((in[25 + inpos]) << 29);
+ out[4 + outpos] = ((in[25 + inpos] & 31) >>> (5 - 2))
+ | ((in[26 + inpos] & 31) << 2)
+ | ((in[27 + inpos] & 31) << 7)
+ | ((in[28 + inpos] & 31) << 12)
+ | ((in[29 + inpos] & 31) << 17)
+ | ((in[30 + inpos] & 31) << 22)
+ | ((in[31 + inpos]) << 27);
+ }
+ protected static void fastpack6(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 63)
+ | ((in[1 + inpos] & 63) << 6)
+ | ((in[2 + inpos] & 63) << 12)
+ | ((in[3 + inpos] & 63) << 18)
+ | ((in[4 + inpos] & 63) << 24)
+ | ((in[5 + inpos]) << 30);
+ out[1 + outpos] = ((in[5 + inpos] & 63) >>> (6 - 4))
+ | ((in[6 + inpos] & 63) << 4)
+ | ((in[7 + inpos] & 63) << 10)
+ | ((in[8 + inpos] & 63) << 16)
+ | ((in[9 + inpos] & 63) << 22)
+ | ((in[10 + inpos]) << 28);
+ out[2 + outpos] = ((in[10 + inpos] & 63) >>> (6 - 2))
+ | ((in[11 + inpos] & 63) << 2)
+ | ((in[12 + inpos] & 63) << 8)
+ | ((in[13 + inpos] & 63) << 14)
+ | ((in[14 + inpos] & 63) << 20)
+ | ((in[15 + inpos]) << 26);
+ out[3 + outpos] = (in[16 + inpos] & 63)
+ | ((in[17 + inpos] & 63) << 6)
+ | ((in[18 + inpos] & 63) << 12)
+ | ((in[19 + inpos] & 63) << 18)
+ | ((in[20 + inpos] & 63) << 24)
+ | ((in[21 + inpos]) << 30);
+ out[4 + outpos] = ((in[21 + inpos] & 63) >>> (6 - 4))
+ | ((in[22 + inpos] & 63) << 4)
+ | ((in[23 + inpos] & 63) << 10)
+ | ((in[24 + inpos] & 63) << 16)
+ | ((in[25 + inpos] & 63) << 22)
+ | ((in[26 + inpos]) << 28);
+ out[5 + outpos] = ((in[26 + inpos] & 63) >>> (6 - 2))
+ | ((in[27 + inpos] & 63) << 2)
+ | ((in[28 + inpos] & 63) << 8)
+ | ((in[29 + inpos] & 63) << 14)
+ | ((in[30 + inpos] & 63) << 20)
+ | ((in[31 + inpos]) << 26);
+ }
- protected static void fastunpack5(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 31)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 5) & 31)
- ;
- out[2 + outpos] = ((in[0 + inpos] >>> 10) & 31)
- ;
- out[3 + outpos] = ((in[0 + inpos] >>> 15) & 31)
- ;
- out[4 + outpos] = ((in[0 + inpos] >>> 20) & 31)
- ;
- out[5 + outpos] = ((in[0 + inpos] >>> 25) & 31)
- ;
- out[6 + outpos] = (in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 7) << (5 - 3))
- ;
- out[7 + outpos] = ((in[1 + inpos] >>> 3) & 31)
- ;
- out[8 + outpos] = ((in[1 + inpos] >>> 8) & 31)
- ;
- out[9 + outpos] = ((in[1 + inpos] >>> 13) & 31)
- ;
- out[10 + outpos] = ((in[1 + inpos] >>> 18) & 31)
- ;
- out[11 + outpos] = ((in[1 + inpos] >>> 23) & 31)
- ;
- out[12 + outpos] = (in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 1) << (5 - 1))
- ;
- out[13 + outpos] = ((in[2 + inpos] >>> 1) & 31)
- ;
- out[14 + outpos] = ((in[2 + inpos] >>> 6) & 31)
- ;
- out[15 + outpos] = ((in[2 + inpos] >>> 11) & 31)
- ;
- out[16 + outpos] = ((in[2 + inpos] >>> 16) & 31)
- ;
- out[17 + outpos] = ((in[2 + inpos] >>> 21) & 31)
- ;
- out[18 + outpos] = ((in[2 + inpos] >>> 26) & 31)
- ;
- out[19 + outpos] = (in[2 + inpos] >>> 31)
- | ((in[3 + inpos] & 15) << (5 - 4))
- ;
- out[20 + outpos] = ((in[3 + inpos] >>> 4) & 31)
- ;
- out[21 + outpos] = ((in[3 + inpos] >>> 9) & 31)
- ;
- out[22 + outpos] = ((in[3 + inpos] >>> 14) & 31)
- ;
- out[23 + outpos] = ((in[3 + inpos] >>> 19) & 31)
- ;
- out[24 + outpos] = ((in[3 + inpos] >>> 24) & 31)
- ;
- out[25 + outpos] = (in[3 + inpos] >>> 29)
- | ((in[4 + inpos] & 3) << (5 - 2))
- ;
- out[26 + outpos] = ((in[4 + inpos] >>> 2) & 31)
- ;
- out[27 + outpos] = ((in[4 + inpos] >>> 7) & 31)
- ;
- out[28 + outpos] = ((in[4 + inpos] >>> 12) & 31)
- ;
- out[29 + outpos] = ((in[4 + inpos] >>> 17) & 31)
- ;
- out[30 + outpos] = ((in[4 + inpos] >>> 22) & 31)
- ;
- out[31 + outpos] = (in[4 + inpos] >>> 27)
- ;
- }
+ protected static void fastpack7(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 127)
+ | ((in[1 + inpos] & 127) << 7)
+ | ((in[2 + inpos] & 127) << 14)
+ | ((in[3 + inpos] & 127) << 21)
+ | ((in[4 + inpos]) << 28);
+ out[1 + outpos] = ((in[4 + inpos] & 127) >>> (7 - 3))
+ | ((in[5 + inpos] & 127) << 3)
+ | ((in[6 + inpos] & 127) << 10)
+ | ((in[7 + inpos] & 127) << 17)
+ | ((in[8 + inpos] & 127) << 24)
+ | ((in[9 + inpos]) << 31);
+ out[2 + outpos] = ((in[9 + inpos] & 127) >>> (7 - 6))
+ | ((in[10 + inpos] & 127) << 6)
+ | ((in[11 + inpos] & 127) << 13)
+ | ((in[12 + inpos] & 127) << 20)
+ | ((in[13 + inpos]) << 27);
+ out[3 + outpos] = ((in[13 + inpos] & 127) >>> (7 - 2))
+ | ((in[14 + inpos] & 127) << 2)
+ | ((in[15 + inpos] & 127) << 9)
+ | ((in[16 + inpos] & 127) << 16)
+ | ((in[17 + inpos] & 127) << 23)
+ | ((in[18 + inpos]) << 30);
+ out[4 + outpos] = ((in[18 + inpos] & 127) >>> (7 - 5))
+ | ((in[19 + inpos] & 127) << 5)
+ | ((in[20 + inpos] & 127) << 12)
+ | ((in[21 + inpos] & 127) << 19)
+ | ((in[22 + inpos]) << 26);
+ out[5 + outpos] = ((in[22 + inpos] & 127) >>> (7 - 1))
+ | ((in[23 + inpos] & 127) << 1)
+ | ((in[24 + inpos] & 127) << 8)
+ | ((in[25 + inpos] & 127) << 15)
+ | ((in[26 + inpos] & 127) << 22)
+ | ((in[27 + inpos]) << 29);
+ out[6 + outpos] = ((in[27 + inpos] & 127) >>> (7 - 4))
+ | ((in[28 + inpos] & 127) << 4)
+ | ((in[29 + inpos] & 127) << 11)
+ | ((in[30 + inpos] & 127) << 18)
+ | ((in[31 + inpos]) << 25);
+ }
+ protected static void fastpack8(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 255)
+ | ((in[1 + inpos] & 255) << 8)
+ | ((in[2 + inpos] & 255) << 16)
+ | ((in[3 + inpos]) << 24);
+ out[1 + outpos] = (in[4 + inpos] & 255)
+ | ((in[5 + inpos] & 255) << 8)
+ | ((in[6 + inpos] & 255) << 16)
+ | ((in[7 + inpos]) << 24);
+ out[2 + outpos] = (in[8 + inpos] & 255)
+ | ((in[9 + inpos] & 255) << 8)
+ | ((in[10 + inpos] & 255) << 16)
+ | ((in[11 + inpos]) << 24);
+ out[3 + outpos] = (in[12 + inpos] & 255)
+ | ((in[13 + inpos] & 255) << 8)
+ | ((in[14 + inpos] & 255) << 16)
+ | ((in[15 + inpos]) << 24);
+ out[4 + outpos] = (in[16 + inpos] & 255)
+ | ((in[17 + inpos] & 255) << 8)
+ | ((in[18 + inpos] & 255) << 16)
+ | ((in[19 + inpos]) << 24);
+ out[5 + outpos] = (in[20 + inpos] & 255)
+ | ((in[21 + inpos] & 255) << 8)
+ | ((in[22 + inpos] & 255) << 16)
+ | ((in[23 + inpos]) << 24);
+ out[6 + outpos] = (in[24 + inpos] & 255)
+ | ((in[25 + inpos] & 255) << 8)
+ | ((in[26 + inpos] & 255) << 16)
+ | ((in[27 + inpos]) << 24);
+ out[7 + outpos] = (in[28 + inpos] & 255)
+ | ((in[29 + inpos] & 255) << 8)
+ | ((in[30 + inpos] & 255) << 16)
+ | ((in[31 + inpos]) << 24);
+ }
- protected static void fastunpack6(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 63)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 6) & 63)
- ;
- out[2 + outpos] = ((in[0 + inpos] >>> 12) & 63)
- ;
- out[3 + outpos] = ((in[0 + inpos] >>> 18) & 63)
- ;
- out[4 + outpos] = ((in[0 + inpos] >>> 24) & 63)
- ;
- out[5 + outpos] = (in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 15) << (6 - 4))
- ;
- out[6 + outpos] = ((in[1 + inpos] >>> 4) & 63)
- ;
- out[7 + outpos] = ((in[1 + inpos] >>> 10) & 63)
- ;
- out[8 + outpos] = ((in[1 + inpos] >>> 16) & 63)
- ;
- out[9 + outpos] = ((in[1 + inpos] >>> 22) & 63)
- ;
- out[10 + outpos] = (in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 3) << (6 - 2))
- ;
- out[11 + outpos] = ((in[2 + inpos] >>> 2) & 63)
- ;
- out[12 + outpos] = ((in[2 + inpos] >>> 8) & 63)
- ;
- out[13 + outpos] = ((in[2 + inpos] >>> 14) & 63)
- ;
- out[14 + outpos] = ((in[2 + inpos] >>> 20) & 63)
- ;
- out[15 + outpos] = (in[2 + inpos] >>> 26)
- ;
- out[16 + outpos] = ((in[3 + inpos] >>> 0) & 63)
- ;
- out[17 + outpos] = ((in[3 + inpos] >>> 6) & 63)
- ;
- out[18 + outpos] = ((in[3 + inpos] >>> 12) & 63)
- ;
- out[19 + outpos] = ((in[3 + inpos] >>> 18) & 63)
- ;
- out[20 + outpos] = ((in[3 + inpos] >>> 24) & 63)
- ;
- out[21 + outpos] = (in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 15) << (6 - 4))
- ;
- out[22 + outpos] = ((in[4 + inpos] >>> 4) & 63)
- ;
- out[23 + outpos] = ((in[4 + inpos] >>> 10) & 63)
- ;
- out[24 + outpos] = ((in[4 + inpos] >>> 16) & 63)
- ;
- out[25 + outpos] = ((in[4 + inpos] >>> 22) & 63)
- ;
- out[26 + outpos] = (in[4 + inpos] >>> 28)
- | ((in[5 + inpos] & 3) << (6 - 2))
- ;
- out[27 + outpos] = ((in[5 + inpos] >>> 2) & 63)
- ;
- out[28 + outpos] = ((in[5 + inpos] >>> 8) & 63)
- ;
- out[29 + outpos] = ((in[5 + inpos] >>> 14) & 63)
- ;
- out[30 + outpos] = ((in[5 + inpos] >>> 20) & 63)
- ;
- out[31 + outpos] = (in[5 + inpos] >>> 26)
- ;
- }
+ protected static void fastpack9(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] & 511)
+ | ((in[1 + inpos] & 511) << 9)
+ | ((in[2 + inpos] & 511) << 18)
+ | ((in[3 + inpos]) << 27);
+ out[1 + outpos] = ((in[3 + inpos] & 511) >>> (9 - 4))
+ | ((in[4 + inpos] & 511) << 4)
+ | ((in[5 + inpos] & 511) << 13)
+ | ((in[6 + inpos] & 511) << 22)
+ | ((in[7 + inpos]) << 31);
+ out[2 + outpos] = ((in[7 + inpos] & 511) >>> (9 - 8))
+ | ((in[8 + inpos] & 511) << 8)
+ | ((in[9 + inpos] & 511) << 17)
+ | ((in[10 + inpos]) << 26);
+ out[3 + outpos] = ((in[10 + inpos] & 511) >>> (9 - 3))
+ | ((in[11 + inpos] & 511) << 3)
+ | ((in[12 + inpos] & 511) << 12)
+ | ((in[13 + inpos] & 511) << 21)
+ | ((in[14 + inpos]) << 30);
+ out[4 + outpos] = ((in[14 + inpos] & 511) >>> (9 - 7))
+ | ((in[15 + inpos] & 511) << 7)
+ | ((in[16 + inpos] & 511) << 16)
+ | ((in[17 + inpos]) << 25);
+ out[5 + outpos] = ((in[17 + inpos] & 511) >>> (9 - 2))
+ | ((in[18 + inpos] & 511) << 2)
+ | ((in[19 + inpos] & 511) << 11)
+ | ((in[20 + inpos] & 511) << 20)
+ | ((in[21 + inpos]) << 29);
+ out[6 + outpos] = ((in[21 + inpos] & 511) >>> (9 - 6))
+ | ((in[22 + inpos] & 511) << 6)
+ | ((in[23 + inpos] & 511) << 15)
+ | ((in[24 + inpos]) << 24);
+ out[7 + outpos] = ((in[24 + inpos] & 511) >>> (9 - 1))
+ | ((in[25 + inpos] & 511) << 1)
+ | ((in[26 + inpos] & 511) << 10)
+ | ((in[27 + inpos] & 511) << 19)
+ | ((in[28 + inpos]) << 28);
+ out[8 + outpos] = ((in[28 + inpos] & 511) >>> (9 - 5))
+ | ((in[29 + inpos] & 511) << 5)
+ | ((in[30 + inpos] & 511) << 14)
+ | ((in[31 + inpos]) << 23);
+ }
+ /**
+ * Pack without mask 32 integers
+ *
+ * @param in
+ * source array
+ * @param inpos
+ * position in source array
+ * @param out
+ * output array
+ * @param outpos
+ * position in output array
+ * @param bit
+ * number of bits to use per integer
+ */
+ public static void fastpackwithoutmask(final int[] in, final int inpos,
+ final int[] out, final int outpos, final int bit) {
+ switch (bit) {
+ case 0:
+ fastpackwithoutmask0(in, inpos, out, outpos);
+ break;
+ case 1:
+ fastpackwithoutmask1(in, inpos, out, outpos);
+ break;
+ case 2:
+ fastpackwithoutmask2(in, inpos, out, outpos);
+ break;
+ case 3:
+ fastpackwithoutmask3(in, inpos, out, outpos);
+ break;
+ case 4:
+ fastpackwithoutmask4(in, inpos, out, outpos);
+ break;
+ case 5:
+ fastpackwithoutmask5(in, inpos, out, outpos);
+ break;
+ case 6:
+ fastpackwithoutmask6(in, inpos, out, outpos);
+ break;
+ case 7:
+ fastpackwithoutmask7(in, inpos, out, outpos);
+ break;
+ case 8:
+ fastpackwithoutmask8(in, inpos, out, outpos);
+ break;
+ case 9:
+ fastpackwithoutmask9(in, inpos, out, outpos);
+ break;
+ case 10:
+ fastpackwithoutmask10(in, inpos, out, outpos);
+ break;
+ case 11:
+ fastpackwithoutmask11(in, inpos, out, outpos);
+ break;
+ case 12:
+ fastpackwithoutmask12(in, inpos, out, outpos);
+ break;
+ case 13:
+ fastpackwithoutmask13(in, inpos, out, outpos);
+ break;
+ case 14:
+ fastpackwithoutmask14(in, inpos, out, outpos);
+ break;
+ case 15:
+ fastpackwithoutmask15(in, inpos, out, outpos);
+ break;
+ case 16:
+ fastpackwithoutmask16(in, inpos, out, outpos);
+ break;
+ case 17:
+ fastpackwithoutmask17(in, inpos, out, outpos);
+ break;
+ case 18:
+ fastpackwithoutmask18(in, inpos, out, outpos);
+ break;
+ case 19:
+ fastpackwithoutmask19(in, inpos, out, outpos);
+ break;
+ case 20:
+ fastpackwithoutmask20(in, inpos, out, outpos);
+ break;
+ case 21:
+ fastpackwithoutmask21(in, inpos, out, outpos);
+ break;
+ case 22:
+ fastpackwithoutmask22(in, inpos, out, outpos);
+ break;
+ case 23:
+ fastpackwithoutmask23(in, inpos, out, outpos);
+ break;
+ case 24:
+ fastpackwithoutmask24(in, inpos, out, outpos);
+ break;
+ case 25:
+ fastpackwithoutmask25(in, inpos, out, outpos);
+ break;
+ case 26:
+ fastpackwithoutmask26(in, inpos, out, outpos);
+ break;
+ case 27:
+ fastpackwithoutmask27(in, inpos, out, outpos);
+ break;
+ case 28:
+ fastpackwithoutmask28(in, inpos, out, outpos);
+ break;
+ case 29:
+ fastpackwithoutmask29(in, inpos, out, outpos);
+ break;
+ case 30:
+ fastpackwithoutmask30(in, inpos, out, outpos);
+ break;
+ case 31:
+ fastpackwithoutmask31(in, inpos, out, outpos);
+ break;
+ case 32:
+ fastpackwithoutmask32(in, inpos, out, outpos);
+ break;
+ default:
+ throw new IllegalArgumentException(
+ "Unsupported bit width.");
+ }
+ }
- protected static void fastunpack7(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 127)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 7) & 127)
- ;
- out[2 + outpos] = ((in[0 + inpos] >>> 14) & 127)
- ;
- out[3 + outpos] = ((in[0 + inpos] >>> 21) & 127)
- ;
- out[4 + outpos] = (in[0 + inpos] >>> 28)
- | ((in[1 + inpos] & 7) << (7 - 3))
- ;
- out[5 + outpos] = ((in[1 + inpos] >>> 3) & 127)
- ;
- out[6 + outpos] = ((in[1 + inpos] >>> 10) & 127)
- ;
- out[7 + outpos] = ((in[1 + inpos] >>> 17) & 127)
- ;
- out[8 + outpos] = ((in[1 + inpos] >>> 24) & 127)
- ;
- out[9 + outpos] = (in[1 + inpos] >>> 31)
- | ((in[2 + inpos] & 63) << (7 - 6))
- ;
- out[10 + outpos] = ((in[2 + inpos] >>> 6) & 127)
- ;
- out[11 + outpos] = ((in[2 + inpos] >>> 13) & 127)
- ;
- out[12 + outpos] = ((in[2 + inpos] >>> 20) & 127)
- ;
- out[13 + outpos] = (in[2 + inpos] >>> 27)
- | ((in[3 + inpos] & 3) << (7 - 2))
- ;
- out[14 + outpos] = ((in[3 + inpos] >>> 2) & 127)
- ;
- out[15 + outpos] = ((in[3 + inpos] >>> 9) & 127)
- ;
- out[16 + outpos] = ((in[3 + inpos] >>> 16) & 127)
- ;
- out[17 + outpos] = ((in[3 + inpos] >>> 23) & 127)
- ;
- out[18 + outpos] = (in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 31) << (7 - 5))
- ;
- out[19 + outpos] = ((in[4 + inpos] >>> 5) & 127)
- ;
- out[20 + outpos] = ((in[4 + inpos] >>> 12) & 127)
- ;
- out[21 + outpos] = ((in[4 + inpos] >>> 19) & 127)
- ;
- out[22 + outpos] = (in[4 + inpos] >>> 26)
- | ((in[5 + inpos] & 1) << (7 - 1))
- ;
- out[23 + outpos] = ((in[5 + inpos] >>> 1) & 127)
- ;
- out[24 + outpos] = ((in[5 + inpos] >>> 8) & 127)
- ;
- out[25 + outpos] = ((in[5 + inpos] >>> 15) & 127)
- ;
- out[26 + outpos] = ((in[5 + inpos] >>> 22) & 127)
- ;
- out[27 + outpos] = (in[5 + inpos] >>> 29)
- | ((in[6 + inpos] & 15) << (7 - 4))
- ;
- out[28 + outpos] = ((in[6 + inpos] >>> 4) & 127)
- ;
- out[29 + outpos] = ((in[6 + inpos] >>> 11) & 127)
- ;
- out[30 + outpos] = ((in[6 + inpos] >>> 18) & 127)
- ;
- out[31 + outpos] = (in[6 + inpos] >>> 25)
- ;
- }
+ protected static void fastpackwithoutmask0(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ // nothing
+ }
+ protected static void fastpackwithoutmask1(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 1)
+ | ((in[2 + inpos]) << 2) | ((in[3 + inpos]) << 3)
+ | ((in[4 + inpos]) << 4) | ((in[5 + inpos]) << 5)
+ | ((in[6 + inpos]) << 6) | ((in[7 + inpos]) << 7)
+ | ((in[8 + inpos]) << 8) | ((in[9 + inpos]) << 9)
+ | ((in[10 + inpos]) << 10) | ((in[11 + inpos]) << 11)
+ | ((in[12 + inpos]) << 12) | ((in[13 + inpos]) << 13)
+ | ((in[14 + inpos]) << 14) | ((in[15 + inpos]) << 15)
+ | ((in[16 + inpos]) << 16) | ((in[17 + inpos]) << 17)
+ | ((in[18 + inpos]) << 18) | ((in[19 + inpos]) << 19)
+ | ((in[20 + inpos]) << 20) | ((in[21 + inpos]) << 21)
+ | ((in[22 + inpos]) << 22) | ((in[23 + inpos]) << 23)
+ | ((in[24 + inpos]) << 24) | ((in[25 + inpos]) << 25)
+ | ((in[26 + inpos]) << 26) | ((in[27 + inpos]) << 27)
+ | ((in[28 + inpos]) << 28) | ((in[29 + inpos]) << 29)
+ | ((in[30 + inpos]) << 30) | ((in[31 + inpos]) << 31);
+ }
- protected static void fastunpack8(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 255)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 8) & 255)
- ;
- out[2 + outpos] = ((in[0 + inpos] >>> 16) & 255)
- ;
- out[3 + outpos] = (in[0 + inpos] >>> 24)
- ;
- out[4 + outpos] = ((in[1 + inpos] >>> 0) & 255)
- ;
- out[5 + outpos] = ((in[1 + inpos] >>> 8) & 255)
- ;
- out[6 + outpos] = ((in[1 + inpos] >>> 16) & 255)
- ;
- out[7 + outpos] = (in[1 + inpos] >>> 24)
- ;
- out[8 + outpos] = ((in[2 + inpos] >>> 0) & 255)
- ;
- out[9 + outpos] = ((in[2 + inpos] >>> 8) & 255)
- ;
- out[10 + outpos] = ((in[2 + inpos] >>> 16) & 255)
- ;
- out[11 + outpos] = (in[2 + inpos] >>> 24)
- ;
- out[12 + outpos] = ((in[3 + inpos] >>> 0) & 255)
- ;
- out[13 + outpos] = ((in[3 + inpos] >>> 8) & 255)
- ;
- out[14 + outpos] = ((in[3 + inpos] >>> 16) & 255)
- ;
- out[15 + outpos] = (in[3 + inpos] >>> 24)
- ;
- out[16 + outpos] = ((in[4 + inpos] >>> 0) & 255)
- ;
- out[17 + outpos] = ((in[4 + inpos] >>> 8) & 255)
- ;
- out[18 + outpos] = ((in[4 + inpos] >>> 16) & 255)
- ;
- out[19 + outpos] = (in[4 + inpos] >>> 24)
- ;
- out[20 + outpos] = ((in[5 + inpos] >>> 0) & 255)
- ;
- out[21 + outpos] = ((in[5 + inpos] >>> 8) & 255)
- ;
- out[22 + outpos] = ((in[5 + inpos] >>> 16) & 255)
- ;
- out[23 + outpos] = (in[5 + inpos] >>> 24)
- ;
- out[24 + outpos] = ((in[6 + inpos] >>> 0) & 255)
- ;
- out[25 + outpos] = ((in[6 + inpos] >>> 8) & 255)
- ;
- out[26 + outpos] = ((in[6 + inpos] >>> 16) & 255)
- ;
- out[27 + outpos] = (in[6 + inpos] >>> 24)
- ;
- out[28 + outpos] = ((in[7 + inpos] >>> 0) & 255)
- ;
- out[29 + outpos] = ((in[7 + inpos] >>> 8) & 255)
- ;
- out[30 + outpos] = ((in[7 + inpos] >>> 16) & 255)
- ;
- out[31 + outpos] = (in[7 + inpos] >>> 24)
- ;
- }
+ protected static void fastpackwithoutmask10(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 10)
+ | ((in[2 + inpos]) << 20) | ((in[3 + inpos]) << 30);
+ out[1 + outpos] = ((in[3 + inpos]) >>> (10 - 8))
+ | ((in[4 + inpos]) << 8) | ((in[5 + inpos]) << 18)
+ | ((in[6 + inpos]) << 28);
+ out[2 + outpos] = ((in[6 + inpos]) >>> (10 - 6))
+ | ((in[7 + inpos]) << 6) | ((in[8 + inpos]) << 16)
+ | ((in[9 + inpos]) << 26);
+ out[3 + outpos] = ((in[9 + inpos]) >>> (10 - 4))
+ | ((in[10 + inpos]) << 4) | ((in[11 + inpos]) << 14)
+ | ((in[12 + inpos]) << 24);
+ out[4 + outpos] = ((in[12 + inpos]) >>> (10 - 2))
+ | ((in[13 + inpos]) << 2) | ((in[14 + inpos]) << 12)
+ | ((in[15 + inpos]) << 22);
+ out[5 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 10)
+ | ((in[18 + inpos]) << 20) | ((in[19 + inpos]) << 30);
+ out[6 + outpos] = ((in[19 + inpos]) >>> (10 - 8))
+ | ((in[20 + inpos]) << 8) | ((in[21 + inpos]) << 18)
+ | ((in[22 + inpos]) << 28);
+ out[7 + outpos] = ((in[22 + inpos]) >>> (10 - 6))
+ | ((in[23 + inpos]) << 6) | ((in[24 + inpos]) << 16)
+ | ((in[25 + inpos]) << 26);
+ out[8 + outpos] = ((in[25 + inpos]) >>> (10 - 4))
+ | ((in[26 + inpos]) << 4) | ((in[27 + inpos]) << 14)
+ | ((in[28 + inpos]) << 24);
+ out[9 + outpos] = ((in[28 + inpos]) >>> (10 - 2))
+ | ((in[29 + inpos]) << 2) | ((in[30 + inpos]) << 12)
+ | ((in[31 + inpos]) << 22);
+ }
+ protected static void fastpackwithoutmask11(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 11)
+ | ((in[2 + inpos]) << 22);
+ out[1 + outpos] = ((in[2 + inpos]) >>> (11 - 1))
+ | ((in[3 + inpos]) << 1) | ((in[4 + inpos]) << 12)
+ | ((in[5 + inpos]) << 23);
+ out[2 + outpos] = ((in[5 + inpos]) >>> (11 - 2))
+ | ((in[6 + inpos]) << 2) | ((in[7 + inpos]) << 13)
+ | ((in[8 + inpos]) << 24);
+ out[3 + outpos] = ((in[8 + inpos]) >>> (11 - 3))
+ | ((in[9 + inpos]) << 3) | ((in[10 + inpos]) << 14)
+ | ((in[11 + inpos]) << 25);
+ out[4 + outpos] = ((in[11 + inpos]) >>> (11 - 4))
+ | ((in[12 + inpos]) << 4) | ((in[13 + inpos]) << 15)
+ | ((in[14 + inpos]) << 26);
+ out[5 + outpos] = ((in[14 + inpos]) >>> (11 - 5))
+ | ((in[15 + inpos]) << 5) | ((in[16 + inpos]) << 16)
+ | ((in[17 + inpos]) << 27);
+ out[6 + outpos] = ((in[17 + inpos]) >>> (11 - 6))
+ | ((in[18 + inpos]) << 6) | ((in[19 + inpos]) << 17)
+ | ((in[20 + inpos]) << 28);
+ out[7 + outpos] = ((in[20 + inpos]) >>> (11 - 7))
+ | ((in[21 + inpos]) << 7) | ((in[22 + inpos]) << 18)
+ | ((in[23 + inpos]) << 29);
+ out[8 + outpos] = ((in[23 + inpos]) >>> (11 - 8))
+ | ((in[24 + inpos]) << 8) | ((in[25 + inpos]) << 19)
+ | ((in[26 + inpos]) << 30);
+ out[9 + outpos] = ((in[26 + inpos]) >>> (11 - 9))
+ | ((in[27 + inpos]) << 9) | ((in[28 + inpos]) << 20)
+ | ((in[29 + inpos]) << 31);
+ out[10 + outpos] = ((in[29 + inpos]) >>> (11 - 10))
+ | ((in[30 + inpos]) << 10) | ((in[31 + inpos]) << 21);
+ }
- protected static void fastunpack9(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 511)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 9) & 511)
- ;
- out[2 + outpos] = ((in[0 + inpos] >>> 18) & 511)
- ;
- out[3 + outpos] = (in[0 + inpos] >>> 27)
- | ((in[1 + inpos] & 15) << (9 - 4))
- ;
- out[4 + outpos] = ((in[1 + inpos] >>> 4) & 511)
- ;
- out[5 + outpos] = ((in[1 + inpos] >>> 13) & 511)
- ;
- out[6 + outpos] = ((in[1 + inpos] >>> 22) & 511)
- ;
- out[7 + outpos] = (in[1 + inpos] >>> 31)
- | ((in[2 + inpos] & 255) << (9 - 8))
- ;
- out[8 + outpos] = ((in[2 + inpos] >>> 8) & 511)
- ;
- out[9 + outpos] = ((in[2 + inpos] >>> 17) & 511)
- ;
- out[10 + outpos] = (in[2 + inpos] >>> 26)
- | ((in[3 + inpos] & 7) << (9 - 3))
- ;
- out[11 + outpos] = ((in[3 + inpos] >>> 3) & 511)
- ;
- out[12 + outpos] = ((in[3 + inpos] >>> 12) & 511)
- ;
- out[13 + outpos] = ((in[3 + inpos] >>> 21) & 511)
- ;
- out[14 + outpos] = (in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 127) << (9 - 7))
- ;
- out[15 + outpos] = ((in[4 + inpos] >>> 7) & 511)
- ;
- out[16 + outpos] = ((in[4 + inpos] >>> 16) & 511)
- ;
- out[17 + outpos] = (in[4 + inpos] >>> 25)
- | ((in[5 + inpos] & 3) << (9 - 2))
- ;
- out[18 + outpos] = ((in[5 + inpos] >>> 2) & 511)
- ;
- out[19 + outpos] = ((in[5 + inpos] >>> 11) & 511)
- ;
- out[20 + outpos] = ((in[5 + inpos] >>> 20) & 511)
- ;
- out[21 + outpos] = (in[5 + inpos] >>> 29)
- | ((in[6 + inpos] & 63) << (9 - 6))
- ;
- out[22 + outpos] = ((in[6 + inpos] >>> 6) & 511)
- ;
- out[23 + outpos] = ((in[6 + inpos] >>> 15) & 511)
- ;
- out[24 + outpos] = (in[6 + inpos] >>> 24)
- | ((in[7 + inpos] & 1) << (9 - 1))
- ;
- out[25 + outpos] = ((in[7 + inpos] >>> 1) & 511)
- ;
- out[26 + outpos] = ((in[7 + inpos] >>> 10) & 511)
- ;
- out[27 + outpos] = ((in[7 + inpos] >>> 19) & 511)
- ;
- out[28 + outpos] = (in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 31) << (9 - 5))
- ;
- out[29 + outpos] = ((in[8 + inpos] >>> 5) & 511)
- ;
- out[30 + outpos] = ((in[8 + inpos] >>> 14) & 511)
- ;
- out[31 + outpos] = (in[8 + inpos] >>> 23)
- ;
- }
+ protected static void fastpackwithoutmask12(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 12)
+ | ((in[2 + inpos]) << 24);
+ out[1 + outpos] = ((in[2 + inpos]) >>> (12 - 4))
+ | ((in[3 + inpos]) << 4) | ((in[4 + inpos]) << 16)
+ | ((in[5 + inpos]) << 28);
+ out[2 + outpos] = ((in[5 + inpos]) >>> (12 - 8))
+ | ((in[6 + inpos]) << 8) | ((in[7 + inpos]) << 20);
+ out[3 + outpos] = in[8 + inpos] | ((in[9 + inpos]) << 12)
+ | ((in[10 + inpos]) << 24);
+ out[4 + outpos] = ((in[10 + inpos]) >>> (12 - 4))
+ | ((in[11 + inpos]) << 4) | ((in[12 + inpos]) << 16)
+ | ((in[13 + inpos]) << 28);
+ out[5 + outpos] = ((in[13 + inpos]) >>> (12 - 8))
+ | ((in[14 + inpos]) << 8) | ((in[15 + inpos]) << 20);
+ out[6 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 12)
+ | ((in[18 + inpos]) << 24);
+ out[7 + outpos] = ((in[18 + inpos]) >>> (12 - 4))
+ | ((in[19 + inpos]) << 4) | ((in[20 + inpos]) << 16)
+ | ((in[21 + inpos]) << 28);
+ out[8 + outpos] = ((in[21 + inpos]) >>> (12 - 8))
+ | ((in[22 + inpos]) << 8) | ((in[23 + inpos]) << 20);
+ out[9 + outpos] = in[24 + inpos] | ((in[25 + inpos]) << 12)
+ | ((in[26 + inpos]) << 24);
+ out[10 + outpos] = ((in[26 + inpos]) >>> (12 - 4))
+ | ((in[27 + inpos]) << 4) | ((in[28 + inpos]) << 16)
+ | ((in[29 + inpos]) << 28);
+ out[11 + outpos] = ((in[29 + inpos]) >>> (12 - 8))
+ | ((in[30 + inpos]) << 8) | ((in[31 + inpos]) << 20);
+ }
+ protected static void fastpackwithoutmask13(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 13)
+ | ((in[2 + inpos]) << 26);
+ out[1 + outpos] = ((in[2 + inpos]) >>> (13 - 7))
+ | ((in[3 + inpos]) << 7) | ((in[4 + inpos]) << 20);
+ out[2 + outpos] = ((in[4 + inpos]) >>> (13 - 1))
+ | ((in[5 + inpos]) << 1) | ((in[6 + inpos]) << 14)
+ | ((in[7 + inpos]) << 27);
+ out[3 + outpos] = ((in[7 + inpos]) >>> (13 - 8))
+ | ((in[8 + inpos]) << 8) | ((in[9 + inpos]) << 21);
+ out[4 + outpos] = ((in[9 + inpos]) >>> (13 - 2))
+ | ((in[10 + inpos]) << 2) | ((in[11 + inpos]) << 15)
+ | ((in[12 + inpos]) << 28);
+ out[5 + outpos] = ((in[12 + inpos]) >>> (13 - 9))
+ | ((in[13 + inpos]) << 9) | ((in[14 + inpos]) << 22);
+ out[6 + outpos] = ((in[14 + inpos]) >>> (13 - 3))
+ | ((in[15 + inpos]) << 3) | ((in[16 + inpos]) << 16)
+ | ((in[17 + inpos]) << 29);
+ out[7 + outpos] = ((in[17 + inpos]) >>> (13 - 10))
+ | ((in[18 + inpos]) << 10) | ((in[19 + inpos]) << 23);
+ out[8 + outpos] = ((in[19 + inpos]) >>> (13 - 4))
+ | ((in[20 + inpos]) << 4) | ((in[21 + inpos]) << 17)
+ | ((in[22 + inpos]) << 30);
+ out[9 + outpos] = ((in[22 + inpos]) >>> (13 - 11))
+ | ((in[23 + inpos]) << 11) | ((in[24 + inpos]) << 24);
+ out[10 + outpos] = ((in[24 + inpos]) >>> (13 - 5))
+ | ((in[25 + inpos]) << 5) | ((in[26 + inpos]) << 18)
+ | ((in[27 + inpos]) << 31);
+ out[11 + outpos] = ((in[27 + inpos]) >>> (13 - 12))
+ | ((in[28 + inpos]) << 12) | ((in[29 + inpos]) << 25);
+ out[12 + outpos] = ((in[29 + inpos]) >>> (13 - 6))
+ | ((in[30 + inpos]) << 6) | ((in[31 + inpos]) << 19);
+ }
- protected static void fastunpack10(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 1023)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 10) & 1023)
- ;
- out[2 + outpos] = ((in[0 + inpos] >>> 20) & 1023)
- ;
- out[3 + outpos] = (in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 255) << (10 - 8))
- ;
- out[4 + outpos] = ((in[1 + inpos] >>> 8) & 1023)
- ;
- out[5 + outpos] = ((in[1 + inpos] >>> 18) & 1023)
- ;
- out[6 + outpos] = (in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 63) << (10 - 6))
- ;
- out[7 + outpos] = ((in[2 + inpos] >>> 6) & 1023)
- ;
- out[8 + outpos] = ((in[2 + inpos] >>> 16) & 1023)
- ;
- out[9 + outpos] = (in[2 + inpos] >>> 26)
- | ((in[3 + inpos] & 15) << (10 - 4))
- ;
- out[10 + outpos] = ((in[3 + inpos] >>> 4) & 1023)
- ;
- out[11 + outpos] = ((in[3 + inpos] >>> 14) & 1023)
- ;
- out[12 + outpos] = (in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 3) << (10 - 2))
- ;
- out[13 + outpos] = ((in[4 + inpos] >>> 2) & 1023)
- ;
- out[14 + outpos] = ((in[4 + inpos] >>> 12) & 1023)
- ;
- out[15 + outpos] = (in[4 + inpos] >>> 22)
- ;
- out[16 + outpos] = ((in[5 + inpos] >>> 0) & 1023)
- ;
- out[17 + outpos] = ((in[5 + inpos] >>> 10) & 1023)
- ;
- out[18 + outpos] = ((in[5 + inpos] >>> 20) & 1023)
- ;
- out[19 + outpos] = (in[5 + inpos] >>> 30)
- | ((in[6 + inpos] & 255) << (10 - 8))
- ;
- out[20 + outpos] = ((in[6 + inpos] >>> 8) & 1023)
- ;
- out[21 + outpos] = ((in[6 + inpos] >>> 18) & 1023)
- ;
- out[22 + outpos] = (in[6 + inpos] >>> 28)
- | ((in[7 + inpos] & 63) << (10 - 6))
- ;
- out[23 + outpos] = ((in[7 + inpos] >>> 6) & 1023)
- ;
- out[24 + outpos] = ((in[7 + inpos] >>> 16) & 1023)
- ;
- out[25 + outpos] = (in[7 + inpos] >>> 26)
- | ((in[8 + inpos] & 15) << (10 - 4))
- ;
- out[26 + outpos] = ((in[8 + inpos] >>> 4) & 1023)
- ;
- out[27 + outpos] = ((in[8 + inpos] >>> 14) & 1023)
- ;
- out[28 + outpos] = (in[8 + inpos] >>> 24)
- | ((in[9 + inpos] & 3) << (10 - 2))
- ;
- out[29 + outpos] = ((in[9 + inpos] >>> 2) & 1023)
- ;
- out[30 + outpos] = ((in[9 + inpos] >>> 12) & 1023)
- ;
- out[31 + outpos] = (in[9 + inpos] >>> 22)
- ;
- }
+ protected static void fastpackwithoutmask14(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 14)
+ | ((in[2 + inpos]) << 28);
+ out[1 + outpos] = ((in[2 + inpos]) >>> (14 - 10))
+ | ((in[3 + inpos]) << 10) | ((in[4 + inpos]) << 24);
+ out[2 + outpos] = ((in[4 + inpos]) >>> (14 - 6))
+ | ((in[5 + inpos]) << 6) | ((in[6 + inpos]) << 20);
+ out[3 + outpos] = ((in[6 + inpos]) >>> (14 - 2))
+ | ((in[7 + inpos]) << 2) | ((in[8 + inpos]) << 16)
+ | ((in[9 + inpos]) << 30);
+ out[4 + outpos] = ((in[9 + inpos]) >>> (14 - 12))
+ | ((in[10 + inpos]) << 12) | ((in[11 + inpos]) << 26);
+ out[5 + outpos] = ((in[11 + inpos]) >>> (14 - 8))
+ | ((in[12 + inpos]) << 8) | ((in[13 + inpos]) << 22);
+ out[6 + outpos] = ((in[13 + inpos]) >>> (14 - 4))
+ | ((in[14 + inpos]) << 4) | ((in[15 + inpos]) << 18);
+ out[7 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 14)
+ | ((in[18 + inpos]) << 28);
+ out[8 + outpos] = ((in[18 + inpos]) >>> (14 - 10))
+ | ((in[19 + inpos]) << 10) | ((in[20 + inpos]) << 24);
+ out[9 + outpos] = ((in[20 + inpos]) >>> (14 - 6))
+ | ((in[21 + inpos]) << 6) | ((in[22 + inpos]) << 20);
+ out[10 + outpos] = ((in[22 + inpos]) >>> (14 - 2))
+ | ((in[23 + inpos]) << 2) | ((in[24 + inpos]) << 16)
+ | ((in[25 + inpos]) << 30);
+ out[11 + outpos] = ((in[25 + inpos]) >>> (14 - 12))
+ | ((in[26 + inpos]) << 12) | ((in[27 + inpos]) << 26);
+ out[12 + outpos] = ((in[27 + inpos]) >>> (14 - 8))
+ | ((in[28 + inpos]) << 8) | ((in[29 + inpos]) << 22);
+ out[13 + outpos] = ((in[29 + inpos]) >>> (14 - 4))
+ | ((in[30 + inpos]) << 4) | ((in[31 + inpos]) << 18);
+ }
+ protected static void fastpackwithoutmask15(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 15)
+ | ((in[2 + inpos]) << 30);
+ out[1 + outpos] = ((in[2 + inpos]) >>> (15 - 13))
+ | ((in[3 + inpos]) << 13) | ((in[4 + inpos]) << 28);
+ out[2 + outpos] = ((in[4 + inpos]) >>> (15 - 11))
+ | ((in[5 + inpos]) << 11) | ((in[6 + inpos]) << 26);
+ out[3 + outpos] = ((in[6 + inpos]) >>> (15 - 9))
+ | ((in[7 + inpos]) << 9) | ((in[8 + inpos]) << 24);
+ out[4 + outpos] = ((in[8 + inpos]) >>> (15 - 7))
+ | ((in[9 + inpos]) << 7) | ((in[10 + inpos]) << 22);
+ out[5 + outpos] = ((in[10 + inpos]) >>> (15 - 5))
+ | ((in[11 + inpos]) << 5) | ((in[12 + inpos]) << 20);
+ out[6 + outpos] = ((in[12 + inpos]) >>> (15 - 3))
+ | ((in[13 + inpos]) << 3) | ((in[14 + inpos]) << 18);
+ out[7 + outpos] = ((in[14 + inpos]) >>> (15 - 1))
+ | ((in[15 + inpos]) << 1) | ((in[16 + inpos]) << 16)
+ | ((in[17 + inpos]) << 31);
+ out[8 + outpos] = ((in[17 + inpos]) >>> (15 - 14))
+ | ((in[18 + inpos]) << 14) | ((in[19 + inpos]) << 29);
+ out[9 + outpos] = ((in[19 + inpos]) >>> (15 - 12))
+ | ((in[20 + inpos]) << 12) | ((in[21 + inpos]) << 27);
+ out[10 + outpos] = ((in[21 + inpos]) >>> (15 - 10))
+ | ((in[22 + inpos]) << 10) | ((in[23 + inpos]) << 25);
+ out[11 + outpos] = ((in[23 + inpos]) >>> (15 - 8))
+ | ((in[24 + inpos]) << 8) | ((in[25 + inpos]) << 23);
+ out[12 + outpos] = ((in[25 + inpos]) >>> (15 - 6))
+ | ((in[26 + inpos]) << 6) | ((in[27 + inpos]) << 21);
+ out[13 + outpos] = ((in[27 + inpos]) >>> (15 - 4))
+ | ((in[28 + inpos]) << 4) | ((in[29 + inpos]) << 19);
+ out[14 + outpos] = ((in[29 + inpos]) >>> (15 - 2))
+ | ((in[30 + inpos]) << 2) | ((in[31 + inpos]) << 17);
+ }
- protected static void fastunpack11(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 2047)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 11) & 2047)
- ;
- out[2 + outpos] = (in[0 + inpos] >>> 22)
- | ((in[1 + inpos] & 1) << (11 - 1))
- ;
- out[3 + outpos] = ((in[1 + inpos] >>> 1) & 2047)
- ;
- out[4 + outpos] = ((in[1 + inpos] >>> 12) & 2047)
- ;
- out[5 + outpos] = (in[1 + inpos] >>> 23)
- | ((in[2 + inpos] & 3) << (11 - 2))
- ;
- out[6 + outpos] = ((in[2 + inpos] >>> 2) & 2047)
- ;
- out[7 + outpos] = ((in[2 + inpos] >>> 13) & 2047)
- ;
- out[8 + outpos] = (in[2 + inpos] >>> 24)
- | ((in[3 + inpos] & 7) << (11 - 3))
- ;
- out[9 + outpos] = ((in[3 + inpos] >>> 3) & 2047)
- ;
- out[10 + outpos] = ((in[3 + inpos] >>> 14) & 2047)
- ;
- out[11 + outpos] = (in[3 + inpos] >>> 25)
- | ((in[4 + inpos] & 15) << (11 - 4))
- ;
- out[12 + outpos] = ((in[4 + inpos] >>> 4) & 2047)
- ;
- out[13 + outpos] = ((in[4 + inpos] >>> 15) & 2047)
- ;
- out[14 + outpos] = (in[4 + inpos] >>> 26)
- | ((in[5 + inpos] & 31) << (11 - 5))
- ;
- out[15 + outpos] = ((in[5 + inpos] >>> 5) & 2047)
- ;
- out[16 + outpos] = ((in[5 + inpos] >>> 16) & 2047)
- ;
- out[17 + outpos] = (in[5 + inpos] >>> 27)
- | ((in[6 + inpos] & 63) << (11 - 6))
- ;
- out[18 + outpos] = ((in[6 + inpos] >>> 6) & 2047)
- ;
- out[19 + outpos] = ((in[6 + inpos] >>> 17) & 2047)
- ;
- out[20 + outpos] = (in[6 + inpos] >>> 28)
- | ((in[7 + inpos] & 127) << (11 - 7))
- ;
- out[21 + outpos] = ((in[7 + inpos] >>> 7) & 2047)
- ;
- out[22 + outpos] = ((in[7 + inpos] >>> 18) & 2047)
- ;
- out[23 + outpos] = (in[7 + inpos] >>> 29)
- | ((in[8 + inpos] & 255) << (11 - 8))
- ;
- out[24 + outpos] = ((in[8 + inpos] >>> 8) & 2047)
- ;
- out[25 + outpos] = ((in[8 + inpos] >>> 19) & 2047)
- ;
- out[26 + outpos] = (in[8 + inpos] >>> 30)
- | ((in[9 + inpos] & 511) << (11 - 9))
- ;
- out[27 + outpos] = ((in[9 + inpos] >>> 9) & 2047)
- ;
- out[28 + outpos] = ((in[9 + inpos] >>> 20) & 2047)
- ;
- out[29 + outpos] = (in[9 + inpos] >>> 31)
- | ((in[10 + inpos] & 1023) << (11 - 10))
- ;
- out[30 + outpos] = ((in[10 + inpos] >>> 10) & 2047)
- ;
- out[31 + outpos] = (in[10 + inpos] >>> 21)
- ;
- }
+ protected static void fastpackwithoutmask16(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 16);
+ out[1 + outpos] = in[2 + inpos] | ((in[3 + inpos]) << 16);
+ out[2 + outpos] = in[4 + inpos] | ((in[5 + inpos]) << 16);
+ out[3 + outpos] = in[6 + inpos] | ((in[7 + inpos]) << 16);
+ out[4 + outpos] = in[8 + inpos] | ((in[9 + inpos]) << 16);
+ out[5 + outpos] = in[10 + inpos] | ((in[11 + inpos]) << 16);
+ out[6 + outpos] = in[12 + inpos] | ((in[13 + inpos]) << 16);
+ out[7 + outpos] = in[14 + inpos] | ((in[15 + inpos]) << 16);
+ out[8 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 16);
+ out[9 + outpos] = in[18 + inpos] | ((in[19 + inpos]) << 16);
+ out[10 + outpos] = in[20 + inpos] | ((in[21 + inpos]) << 16);
+ out[11 + outpos] = in[22 + inpos] | ((in[23 + inpos]) << 16);
+ out[12 + outpos] = in[24 + inpos] | ((in[25 + inpos]) << 16);
+ out[13 + outpos] = in[26 + inpos] | ((in[27 + inpos]) << 16);
+ out[14 + outpos] = in[28 + inpos] | ((in[29 + inpos]) << 16);
+ out[15 + outpos] = in[30 + inpos] | ((in[31 + inpos]) << 16);
+ }
+ protected static void fastpackwithoutmask17(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 17);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (17 - 2))
+ | ((in[2 + inpos]) << 2) | ((in[3 + inpos]) << 19);
+ out[2 + outpos] = ((in[3 + inpos]) >>> (17 - 4))
+ | ((in[4 + inpos]) << 4) | ((in[5 + inpos]) << 21);
+ out[3 + outpos] = ((in[5 + inpos]) >>> (17 - 6))
+ | ((in[6 + inpos]) << 6) | ((in[7 + inpos]) << 23);
+ out[4 + outpos] = ((in[7 + inpos]) >>> (17 - 8))
+ | ((in[8 + inpos]) << 8) | ((in[9 + inpos]) << 25);
+ out[5 + outpos] = ((in[9 + inpos]) >>> (17 - 10))
+ | ((in[10 + inpos]) << 10) | ((in[11 + inpos]) << 27);
+ out[6 + outpos] = ((in[11 + inpos]) >>> (17 - 12))
+ | ((in[12 + inpos]) << 12) | ((in[13 + inpos]) << 29);
+ out[7 + outpos] = ((in[13 + inpos]) >>> (17 - 14))
+ | ((in[14 + inpos]) << 14) | ((in[15 + inpos]) << 31);
+ out[8 + outpos] = ((in[15 + inpos]) >>> (17 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[9 + outpos] = ((in[16 + inpos]) >>> (17 - 1))
+ | ((in[17 + inpos]) << 1) | ((in[18 + inpos]) << 18);
+ out[10 + outpos] = ((in[18 + inpos]) >>> (17 - 3))
+ | ((in[19 + inpos]) << 3) | ((in[20 + inpos]) << 20);
+ out[11 + outpos] = ((in[20 + inpos]) >>> (17 - 5))
+ | ((in[21 + inpos]) << 5) | ((in[22 + inpos]) << 22);
+ out[12 + outpos] = ((in[22 + inpos]) >>> (17 - 7))
+ | ((in[23 + inpos]) << 7) | ((in[24 + inpos]) << 24);
+ out[13 + outpos] = ((in[24 + inpos]) >>> (17 - 9))
+ | ((in[25 + inpos]) << 9) | ((in[26 + inpos]) << 26);
+ out[14 + outpos] = ((in[26 + inpos]) >>> (17 - 11))
+ | ((in[27 + inpos]) << 11) | ((in[28 + inpos]) << 28);
+ out[15 + outpos] = ((in[28 + inpos]) >>> (17 - 13))
+ | ((in[29 + inpos]) << 13) | ((in[30 + inpos]) << 30);
+ out[16 + outpos] = ((in[30 + inpos]) >>> (17 - 15))
+ | ((in[31 + inpos]) << 15);
+ }
- protected static void fastunpack12(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 4095)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 12) & 4095)
- ;
- out[2 + outpos] = (in[0 + inpos] >>> 24)
- | ((in[1 + inpos] & 15) << (12 - 4))
- ;
- out[3 + outpos] = ((in[1 + inpos] >>> 4) & 4095)
- ;
- out[4 + outpos] = ((in[1 + inpos] >>> 16) & 4095)
- ;
- out[5 + outpos] = (in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 255) << (12 - 8))
- ;
- out[6 + outpos] = ((in[2 + inpos] >>> 8) & 4095)
- ;
- out[7 + outpos] = (in[2 + inpos] >>> 20)
- ;
- out[8 + outpos] = ((in[3 + inpos] >>> 0) & 4095)
- ;
- out[9 + outpos] = ((in[3 + inpos] >>> 12) & 4095)
- ;
- out[10 + outpos] = (in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 15) << (12 - 4))
- ;
- out[11 + outpos] = ((in[4 + inpos] >>> 4) & 4095)
- ;
- out[12 + outpos] = ((in[4 + inpos] >>> 16) & 4095)
- ;
- out[13 + outpos] = (in[4 + inpos] >>> 28)
- | ((in[5 + inpos] & 255) << (12 - 8))
- ;
- out[14 + outpos] = ((in[5 + inpos] >>> 8) & 4095)
- ;
- out[15 + outpos] = (in[5 + inpos] >>> 20)
- ;
- out[16 + outpos] = ((in[6 + inpos] >>> 0) & 4095)
- ;
- out[17 + outpos] = ((in[6 + inpos] >>> 12) & 4095)
- ;
- out[18 + outpos] = (in[6 + inpos] >>> 24)
- | ((in[7 + inpos] & 15) << (12 - 4))
- ;
- out[19 + outpos] = ((in[7 + inpos] >>> 4) & 4095)
- ;
- out[20 + outpos] = ((in[7 + inpos] >>> 16) & 4095)
- ;
- out[21 + outpos] = (in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 255) << (12 - 8))
- ;
- out[22 + outpos] = ((in[8 + inpos] >>> 8) & 4095)
- ;
- out[23 + outpos] = (in[8 + inpos] >>> 20)
- ;
- out[24 + outpos] = ((in[9 + inpos] >>> 0) & 4095)
- ;
- out[25 + outpos] = ((in[9 + inpos] >>> 12) & 4095)
- ;
- out[26 + outpos] = (in[9 + inpos] >>> 24)
- | ((in[10 + inpos] & 15) << (12 - 4))
- ;
- out[27 + outpos] = ((in[10 + inpos] >>> 4) & 4095)
- ;
- out[28 + outpos] = ((in[10 + inpos] >>> 16) & 4095)
- ;
- out[29 + outpos] = (in[10 + inpos] >>> 28)
- | ((in[11 + inpos] & 255) << (12 - 8))
- ;
- out[30 + outpos] = ((in[11 + inpos] >>> 8) & 4095)
- ;
- out[31 + outpos] = (in[11 + inpos] >>> 20)
- ;
- }
+ protected static void fastpackwithoutmask18(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 18);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (18 - 4))
+ | ((in[2 + inpos]) << 4) | ((in[3 + inpos]) << 22);
+ out[2 + outpos] = ((in[3 + inpos]) >>> (18 - 8))
+ | ((in[4 + inpos]) << 8) | ((in[5 + inpos]) << 26);
+ out[3 + outpos] = ((in[5 + inpos]) >>> (18 - 12))
+ | ((in[6 + inpos]) << 12) | ((in[7 + inpos]) << 30);
+ out[4 + outpos] = ((in[7 + inpos]) >>> (18 - 16))
+ | ((in[8 + inpos]) << 16);
+ out[5 + outpos] = ((in[8 + inpos]) >>> (18 - 2))
+ | ((in[9 + inpos]) << 2) | ((in[10 + inpos]) << 20);
+ out[6 + outpos] = ((in[10 + inpos]) >>> (18 - 6))
+ | ((in[11 + inpos]) << 6) | ((in[12 + inpos]) << 24);
+ out[7 + outpos] = ((in[12 + inpos]) >>> (18 - 10))
+ | ((in[13 + inpos]) << 10) | ((in[14 + inpos]) << 28);
+ out[8 + outpos] = ((in[14 + inpos]) >>> (18 - 14))
+ | ((in[15 + inpos]) << 14);
+ out[9 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 18);
+ out[10 + outpos] = ((in[17 + inpos]) >>> (18 - 4))
+ | ((in[18 + inpos]) << 4) | ((in[19 + inpos]) << 22);
+ out[11 + outpos] = ((in[19 + inpos]) >>> (18 - 8))
+ | ((in[20 + inpos]) << 8) | ((in[21 + inpos]) << 26);
+ out[12 + outpos] = ((in[21 + inpos]) >>> (18 - 12))
+ | ((in[22 + inpos]) << 12) | ((in[23 + inpos]) << 30);
+ out[13 + outpos] = ((in[23 + inpos]) >>> (18 - 16))
+ | ((in[24 + inpos]) << 16);
+ out[14 + outpos] = ((in[24 + inpos]) >>> (18 - 2))
+ | ((in[25 + inpos]) << 2) | ((in[26 + inpos]) << 20);
+ out[15 + outpos] = ((in[26 + inpos]) >>> (18 - 6))
+ | ((in[27 + inpos]) << 6) | ((in[28 + inpos]) << 24);
+ out[16 + outpos] = ((in[28 + inpos]) >>> (18 - 10))
+ | ((in[29 + inpos]) << 10) | ((in[30 + inpos]) << 28);
+ out[17 + outpos] = ((in[30 + inpos]) >>> (18 - 14))
+ | ((in[31 + inpos]) << 14);
+ }
+ protected static void fastpackwithoutmask19(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 19);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (19 - 6))
+ | ((in[2 + inpos]) << 6) | ((in[3 + inpos]) << 25);
+ out[2 + outpos] = ((in[3 + inpos]) >>> (19 - 12))
+ | ((in[4 + inpos]) << 12) | ((in[5 + inpos]) << 31);
+ out[3 + outpos] = ((in[5 + inpos]) >>> (19 - 18))
+ | ((in[6 + inpos]) << 18);
+ out[4 + outpos] = ((in[6 + inpos]) >>> (19 - 5))
+ | ((in[7 + inpos]) << 5) | ((in[8 + inpos]) << 24);
+ out[5 + outpos] = ((in[8 + inpos]) >>> (19 - 11))
+ | ((in[9 + inpos]) << 11) | ((in[10 + inpos]) << 30);
+ out[6 + outpos] = ((in[10 + inpos]) >>> (19 - 17))
+ | ((in[11 + inpos]) << 17);
+ out[7 + outpos] = ((in[11 + inpos]) >>> (19 - 4))
+ | ((in[12 + inpos]) << 4) | ((in[13 + inpos]) << 23);
+ out[8 + outpos] = ((in[13 + inpos]) >>> (19 - 10))
+ | ((in[14 + inpos]) << 10) | ((in[15 + inpos]) << 29);
+ out[9 + outpos] = ((in[15 + inpos]) >>> (19 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[10 + outpos] = ((in[16 + inpos]) >>> (19 - 3))
+ | ((in[17 + inpos]) << 3) | ((in[18 + inpos]) << 22);
+ out[11 + outpos] = ((in[18 + inpos]) >>> (19 - 9))
+ | ((in[19 + inpos]) << 9) | ((in[20 + inpos]) << 28);
+ out[12 + outpos] = ((in[20 + inpos]) >>> (19 - 15))
+ | ((in[21 + inpos]) << 15);
+ out[13 + outpos] = ((in[21 + inpos]) >>> (19 - 2))
+ | ((in[22 + inpos]) << 2) | ((in[23 + inpos]) << 21);
+ out[14 + outpos] = ((in[23 + inpos]) >>> (19 - 8))
+ | ((in[24 + inpos]) << 8) | ((in[25 + inpos]) << 27);
+ out[15 + outpos] = ((in[25 + inpos]) >>> (19 - 14))
+ | ((in[26 + inpos]) << 14);
+ out[16 + outpos] = ((in[26 + inpos]) >>> (19 - 1))
+ | ((in[27 + inpos]) << 1) | ((in[28 + inpos]) << 20);
+ out[17 + outpos] = ((in[28 + inpos]) >>> (19 - 7))
+ | ((in[29 + inpos]) << 7) | ((in[30 + inpos]) << 26);
+ out[18 + outpos] = ((in[30 + inpos]) >>> (19 - 13))
+ | ((in[31 + inpos]) << 13);
+ }
- protected static void fastunpack13(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 8191)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 13) & 8191)
- ;
- out[2 + outpos] = (in[0 + inpos] >>> 26)
- | ((in[1 + inpos] & 127) << (13 - 7))
- ;
- out[3 + outpos] = ((in[1 + inpos] >>> 7) & 8191)
- ;
- out[4 + outpos] = (in[1 + inpos] >>> 20)
- | ((in[2 + inpos] & 1) << (13 - 1))
- ;
- out[5 + outpos] = ((in[2 + inpos] >>> 1) & 8191)
- ;
- out[6 + outpos] = ((in[2 + inpos] >>> 14) & 8191)
- ;
- out[7 + outpos] = (in[2 + inpos] >>> 27)
- | ((in[3 + inpos] & 255) << (13 - 8))
- ;
- out[8 + outpos] = ((in[3 + inpos] >>> 8) & 8191)
- ;
- out[9 + outpos] = (in[3 + inpos] >>> 21)
- | ((in[4 + inpos] & 3) << (13 - 2))
- ;
- out[10 + outpos] = ((in[4 + inpos] >>> 2) & 8191)
- ;
- out[11 + outpos] = ((in[4 + inpos] >>> 15) & 8191)
- ;
- out[12 + outpos] = (in[4 + inpos] >>> 28)
- | ((in[5 + inpos] & 511) << (13 - 9))
- ;
- out[13 + outpos] = ((in[5 + inpos] >>> 9) & 8191)
- ;
- out[14 + outpos] = (in[5 + inpos] >>> 22)
- | ((in[6 + inpos] & 7) << (13 - 3))
- ;
- out[15 + outpos] = ((in[6 + inpos] >>> 3) & 8191)
- ;
- out[16 + outpos] = ((in[6 + inpos] >>> 16) & 8191)
- ;
- out[17 + outpos] = (in[6 + inpos] >>> 29)
- | ((in[7 + inpos] & 1023) << (13 - 10))
- ;
- out[18 + outpos] = ((in[7 + inpos] >>> 10) & 8191)
- ;
- out[19 + outpos] = (in[7 + inpos] >>> 23)
- | ((in[8 + inpos] & 15) << (13 - 4))
- ;
- out[20 + outpos] = ((in[8 + inpos] >>> 4) & 8191)
- ;
- out[21 + outpos] = ((in[8 + inpos] >>> 17) & 8191)
- ;
- out[22 + outpos] = (in[8 + inpos] >>> 30)
- | ((in[9 + inpos] & 2047) << (13 - 11))
- ;
- out[23 + outpos] = ((in[9 + inpos] >>> 11) & 8191)
- ;
- out[24 + outpos] = (in[9 + inpos] >>> 24)
- | ((in[10 + inpos] & 31) << (13 - 5))
- ;
- out[25 + outpos] = ((in[10 + inpos] >>> 5) & 8191)
- ;
- out[26 + outpos] = ((in[10 + inpos] >>> 18) & 8191)
- ;
- out[27 + outpos] = (in[10 + inpos] >>> 31)
- | ((in[11 + inpos] & 4095) << (13 - 12))
- ;
- out[28 + outpos] = ((in[11 + inpos] >>> 12) & 8191)
- ;
- out[29 + outpos] = (in[11 + inpos] >>> 25)
- | ((in[12 + inpos] & 63) << (13 - 6))
- ;
- out[30 + outpos] = ((in[12 + inpos] >>> 6) & 8191)
- ;
- out[31 + outpos] = (in[12 + inpos] >>> 19)
- ;
- }
+ protected static void fastpackwithoutmask2(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 2)
+ | ((in[2 + inpos]) << 4) | ((in[3 + inpos]) << 6)
+ | ((in[4 + inpos]) << 8) | ((in[5 + inpos]) << 10)
+ | ((in[6 + inpos]) << 12) | ((in[7 + inpos]) << 14)
+ | ((in[8 + inpos]) << 16) | ((in[9 + inpos]) << 18)
+ | ((in[10 + inpos]) << 20) | ((in[11 + inpos]) << 22)
+ | ((in[12 + inpos]) << 24) | ((in[13 + inpos]) << 26)
+ | ((in[14 + inpos]) << 28) | ((in[15 + inpos]) << 30);
+ out[1 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 2)
+ | ((in[18 + inpos]) << 4) | ((in[19 + inpos]) << 6)
+ | ((in[20 + inpos]) << 8) | ((in[21 + inpos]) << 10)
+ | ((in[22 + inpos]) << 12) | ((in[23 + inpos]) << 14)
+ | ((in[24 + inpos]) << 16) | ((in[25 + inpos]) << 18)
+ | ((in[26 + inpos]) << 20) | ((in[27 + inpos]) << 22)
+ | ((in[28 + inpos]) << 24) | ((in[29 + inpos]) << 26)
+ | ((in[30 + inpos]) << 28) | ((in[31 + inpos]) << 30);
+ }
+ protected static void fastpackwithoutmask20(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 20);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (20 - 8))
+ | ((in[2 + inpos]) << 8) | ((in[3 + inpos]) << 28);
+ out[2 + outpos] = ((in[3 + inpos]) >>> (20 - 16))
+ | ((in[4 + inpos]) << 16);
+ out[3 + outpos] = ((in[4 + inpos]) >>> (20 - 4))
+ | ((in[5 + inpos]) << 4) | ((in[6 + inpos]) << 24);
+ out[4 + outpos] = ((in[6 + inpos]) >>> (20 - 12))
+ | ((in[7 + inpos]) << 12);
+ out[5 + outpos] = in[8 + inpos] | ((in[9 + inpos]) << 20);
+ out[6 + outpos] = ((in[9 + inpos]) >>> (20 - 8))
+ | ((in[10 + inpos]) << 8) | ((in[11 + inpos]) << 28);
+ out[7 + outpos] = ((in[11 + inpos]) >>> (20 - 16))
+ | ((in[12 + inpos]) << 16);
+ out[8 + outpos] = ((in[12 + inpos]) >>> (20 - 4))
+ | ((in[13 + inpos]) << 4) | ((in[14 + inpos]) << 24);
+ out[9 + outpos] = ((in[14 + inpos]) >>> (20 - 12))
+ | ((in[15 + inpos]) << 12);
+ out[10 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 20);
+ out[11 + outpos] = ((in[17 + inpos]) >>> (20 - 8))
+ | ((in[18 + inpos]) << 8) | ((in[19 + inpos]) << 28);
+ out[12 + outpos] = ((in[19 + inpos]) >>> (20 - 16))
+ | ((in[20 + inpos]) << 16);
+ out[13 + outpos] = ((in[20 + inpos]) >>> (20 - 4))
+ | ((in[21 + inpos]) << 4) | ((in[22 + inpos]) << 24);
+ out[14 + outpos] = ((in[22 + inpos]) >>> (20 - 12))
+ | ((in[23 + inpos]) << 12);
+ out[15 + outpos] = in[24 + inpos] | ((in[25 + inpos]) << 20);
+ out[16 + outpos] = ((in[25 + inpos]) >>> (20 - 8))
+ | ((in[26 + inpos]) << 8) | ((in[27 + inpos]) << 28);
+ out[17 + outpos] = ((in[27 + inpos]) >>> (20 - 16))
+ | ((in[28 + inpos]) << 16);
+ out[18 + outpos] = ((in[28 + inpos]) >>> (20 - 4))
+ | ((in[29 + inpos]) << 4) | ((in[30 + inpos]) << 24);
+ out[19 + outpos] = ((in[30 + inpos]) >>> (20 - 12))
+ | ((in[31 + inpos]) << 12);
+ }
- protected static void fastunpack14(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 16383)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 14) & 16383)
- ;
- out[2 + outpos] = (in[0 + inpos] >>> 28)
- | ((in[1 + inpos] & 1023) << (14 - 10))
- ;
- out[3 + outpos] = ((in[1 + inpos] >>> 10) & 16383)
- ;
- out[4 + outpos] = (in[1 + inpos] >>> 24)
- | ((in[2 + inpos] & 63) << (14 - 6))
- ;
- out[5 + outpos] = ((in[2 + inpos] >>> 6) & 16383)
- ;
- out[6 + outpos] = (in[2 + inpos] >>> 20)
- | ((in[3 + inpos] & 3) << (14 - 2))
- ;
- out[7 + outpos] = ((in[3 + inpos] >>> 2) & 16383)
- ;
- out[8 + outpos] = ((in[3 + inpos] >>> 16) & 16383)
- ;
- out[9 + outpos] = (in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 4095) << (14 - 12))
- ;
- out[10 + outpos] = ((in[4 + inpos] >>> 12) & 16383)
- ;
- out[11 + outpos] = (in[4 + inpos] >>> 26)
- | ((in[5 + inpos] & 255) << (14 - 8))
- ;
- out[12 + outpos] = ((in[5 + inpos] >>> 8) & 16383)
- ;
- out[13 + outpos] = (in[5 + inpos] >>> 22)
- | ((in[6 + inpos] & 15) << (14 - 4))
- ;
- out[14 + outpos] = ((in[6 + inpos] >>> 4) & 16383)
- ;
- out[15 + outpos] = (in[6 + inpos] >>> 18)
- ;
- out[16 + outpos] = ((in[7 + inpos] >>> 0) & 16383)
- ;
- out[17 + outpos] = ((in[7 + inpos] >>> 14) & 16383)
- ;
- out[18 + outpos] = (in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 1023) << (14 - 10))
- ;
- out[19 + outpos] = ((in[8 + inpos] >>> 10) & 16383)
- ;
- out[20 + outpos] = (in[8 + inpos] >>> 24)
- | ((in[9 + inpos] & 63) << (14 - 6))
- ;
- out[21 + outpos] = ((in[9 + inpos] >>> 6) & 16383)
- ;
- out[22 + outpos] = (in[9 + inpos] >>> 20)
- | ((in[10 + inpos] & 3) << (14 - 2))
- ;
- out[23 + outpos] = ((in[10 + inpos] >>> 2) & 16383)
- ;
- out[24 + outpos] = ((in[10 + inpos] >>> 16) & 16383)
- ;
- out[25 + outpos] = (in[10 + inpos] >>> 30)
- | ((in[11 + inpos] & 4095) << (14 - 12))
- ;
- out[26 + outpos] = ((in[11 + inpos] >>> 12) & 16383)
- ;
- out[27 + outpos] = (in[11 + inpos] >>> 26)
- | ((in[12 + inpos] & 255) << (14 - 8))
- ;
- out[28 + outpos] = ((in[12 + inpos] >>> 8) & 16383)
- ;
- out[29 + outpos] = (in[12 + inpos] >>> 22)
- | ((in[13 + inpos] & 15) << (14 - 4))
- ;
- out[30 + outpos] = ((in[13 + inpos] >>> 4) & 16383)
- ;
- out[31 + outpos] = (in[13 + inpos] >>> 18)
- ;
- }
+ protected static void fastpackwithoutmask21(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 21);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (21 - 10))
+ | ((in[2 + inpos]) << 10) | ((in[3 + inpos]) << 31);
+ out[2 + outpos] = ((in[3 + inpos]) >>> (21 - 20))
+ | ((in[4 + inpos]) << 20);
+ out[3 + outpos] = ((in[4 + inpos]) >>> (21 - 9))
+ | ((in[5 + inpos]) << 9) | ((in[6 + inpos]) << 30);
+ out[4 + outpos] = ((in[6 + inpos]) >>> (21 - 19))
+ | ((in[7 + inpos]) << 19);
+ out[5 + outpos] = ((in[7 + inpos]) >>> (21 - 8))
+ | ((in[8 + inpos]) << 8) | ((in[9 + inpos]) << 29);
+ out[6 + outpos] = ((in[9 + inpos]) >>> (21 - 18))
+ | ((in[10 + inpos]) << 18);
+ out[7 + outpos] = ((in[10 + inpos]) >>> (21 - 7))
+ | ((in[11 + inpos]) << 7) | ((in[12 + inpos]) << 28);
+ out[8 + outpos] = ((in[12 + inpos]) >>> (21 - 17))
+ | ((in[13 + inpos]) << 17);
+ out[9 + outpos] = ((in[13 + inpos]) >>> (21 - 6))
+ | ((in[14 + inpos]) << 6) | ((in[15 + inpos]) << 27);
+ out[10 + outpos] = ((in[15 + inpos]) >>> (21 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[11 + outpos] = ((in[16 + inpos]) >>> (21 - 5))
+ | ((in[17 + inpos]) << 5) | ((in[18 + inpos]) << 26);
+ out[12 + outpos] = ((in[18 + inpos]) >>> (21 - 15))
+ | ((in[19 + inpos]) << 15);
+ out[13 + outpos] = ((in[19 + inpos]) >>> (21 - 4))
+ | ((in[20 + inpos]) << 4) | ((in[21 + inpos]) << 25);
+ out[14 + outpos] = ((in[21 + inpos]) >>> (21 - 14))
+ | ((in[22 + inpos]) << 14);
+ out[15 + outpos] = ((in[22 + inpos]) >>> (21 - 3))
+ | ((in[23 + inpos]) << 3) | ((in[24 + inpos]) << 24);
+ out[16 + outpos] = ((in[24 + inpos]) >>> (21 - 13))
+ | ((in[25 + inpos]) << 13);
+ out[17 + outpos] = ((in[25 + inpos]) >>> (21 - 2))
+ | ((in[26 + inpos]) << 2) | ((in[27 + inpos]) << 23);
+ out[18 + outpos] = ((in[27 + inpos]) >>> (21 - 12))
+ | ((in[28 + inpos]) << 12);
+ out[19 + outpos] = ((in[28 + inpos]) >>> (21 - 1))
+ | ((in[29 + inpos]) << 1) | ((in[30 + inpos]) << 22);
+ out[20 + outpos] = ((in[30 + inpos]) >>> (21 - 11))
+ | ((in[31 + inpos]) << 11);
+ }
+ protected static void fastpackwithoutmask22(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 22);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (22 - 12))
+ | ((in[2 + inpos]) << 12);
+ out[2 + outpos] = ((in[2 + inpos]) >>> (22 - 2))
+ | ((in[3 + inpos]) << 2) | ((in[4 + inpos]) << 24);
+ out[3 + outpos] = ((in[4 + inpos]) >>> (22 - 14))
+ | ((in[5 + inpos]) << 14);
+ out[4 + outpos] = ((in[5 + inpos]) >>> (22 - 4))
+ | ((in[6 + inpos]) << 4) | ((in[7 + inpos]) << 26);
+ out[5 + outpos] = ((in[7 + inpos]) >>> (22 - 16))
+ | ((in[8 + inpos]) << 16);
+ out[6 + outpos] = ((in[8 + inpos]) >>> (22 - 6))
+ | ((in[9 + inpos]) << 6) | ((in[10 + inpos]) << 28);
+ out[7 + outpos] = ((in[10 + inpos]) >>> (22 - 18))
+ | ((in[11 + inpos]) << 18);
+ out[8 + outpos] = ((in[11 + inpos]) >>> (22 - 8))
+ | ((in[12 + inpos]) << 8) | ((in[13 + inpos]) << 30);
+ out[9 + outpos] = ((in[13 + inpos]) >>> (22 - 20))
+ | ((in[14 + inpos]) << 20);
+ out[10 + outpos] = ((in[14 + inpos]) >>> (22 - 10))
+ | ((in[15 + inpos]) << 10);
+ out[11 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 22);
+ out[12 + outpos] = ((in[17 + inpos]) >>> (22 - 12))
+ | ((in[18 + inpos]) << 12);
+ out[13 + outpos] = ((in[18 + inpos]) >>> (22 - 2))
+ | ((in[19 + inpos]) << 2) | ((in[20 + inpos]) << 24);
+ out[14 + outpos] = ((in[20 + inpos]) >>> (22 - 14))
+ | ((in[21 + inpos]) << 14);
+ out[15 + outpos] = ((in[21 + inpos]) >>> (22 - 4))
+ | ((in[22 + inpos]) << 4) | ((in[23 + inpos]) << 26);
+ out[16 + outpos] = ((in[23 + inpos]) >>> (22 - 16))
+ | ((in[24 + inpos]) << 16);
+ out[17 + outpos] = ((in[24 + inpos]) >>> (22 - 6))
+ | ((in[25 + inpos]) << 6) | ((in[26 + inpos]) << 28);
+ out[18 + outpos] = ((in[26 + inpos]) >>> (22 - 18))
+ | ((in[27 + inpos]) << 18);
+ out[19 + outpos] = ((in[27 + inpos]) >>> (22 - 8))
+ | ((in[28 + inpos]) << 8) | ((in[29 + inpos]) << 30);
+ out[20 + outpos] = ((in[29 + inpos]) >>> (22 - 20))
+ | ((in[30 + inpos]) << 20);
+ out[21 + outpos] = ((in[30 + inpos]) >>> (22 - 10))
+ | ((in[31 + inpos]) << 10);
+ }
- protected static void fastunpack15(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 32767)
- ;
- out[1 + outpos] = ((in[0 + inpos] >>> 15) & 32767)
- ;
- out[2 + outpos] = (in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 8191) << (15 - 13))
- ;
- out[3 + outpos] = ((in[1 + inpos] >>> 13) & 32767)
- ;
- out[4 + outpos] = (in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 2047) << (15 - 11))
- ;
- out[5 + outpos] = ((in[2 + inpos] >>> 11) & 32767)
- ;
- out[6 + outpos] = (in[2 + inpos] >>> 26)
- | ((in[3 + inpos] & 511) << (15 - 9))
- ;
- out[7 + outpos] = ((in[3 + inpos] >>> 9) & 32767)
- ;
- out[8 + outpos] = (in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 127) << (15 - 7))
- ;
- out[9 + outpos] = ((in[4 + inpos] >>> 7) & 32767)
- ;
- out[10 + outpos] = (in[4 + inpos] >>> 22)
- | ((in[5 + inpos] & 31) << (15 - 5))
- ;
- out[11 + outpos] = ((in[5 + inpos] >>> 5) & 32767)
- ;
- out[12 + outpos] = (in[5 + inpos] >>> 20)
- | ((in[6 + inpos] & 7) << (15 - 3))
- ;
- out[13 + outpos] = ((in[6 + inpos] >>> 3) & 32767)
- ;
- out[14 + outpos] = (in[6 + inpos] >>> 18)
- | ((in[7 + inpos] & 1) << (15 - 1))
- ;
- out[15 + outpos] = ((in[7 + inpos] >>> 1) & 32767)
- ;
- out[16 + outpos] = ((in[7 + inpos] >>> 16) & 32767)
- ;
- out[17 + outpos] = (in[7 + inpos] >>> 31)
- | ((in[8 + inpos] & 16383) << (15 - 14))
- ;
- out[18 + outpos] = ((in[8 + inpos] >>> 14) & 32767)
- ;
- out[19 + outpos] = (in[8 + inpos] >>> 29)
- | ((in[9 + inpos] & 4095) << (15 - 12))
- ;
- out[20 + outpos] = ((in[9 + inpos] >>> 12) & 32767)
- ;
- out[21 + outpos] = (in[9 + inpos] >>> 27)
- | ((in[10 + inpos] & 1023) << (15 - 10))
- ;
- out[22 + outpos] = ((in[10 + inpos] >>> 10) & 32767)
- ;
- out[23 + outpos] = (in[10 + inpos] >>> 25)
- | ((in[11 + inpos] & 255) << (15 - 8))
- ;
- out[24 + outpos] = ((in[11 + inpos] >>> 8) & 32767)
- ;
- out[25 + outpos] = (in[11 + inpos] >>> 23)
- | ((in[12 + inpos] & 63) << (15 - 6))
- ;
- out[26 + outpos] = ((in[12 + inpos] >>> 6) & 32767)
- ;
- out[27 + outpos] = (in[12 + inpos] >>> 21)
- | ((in[13 + inpos] & 15) << (15 - 4))
- ;
- out[28 + outpos] = ((in[13 + inpos] >>> 4) & 32767)
- ;
- out[29 + outpos] = (in[13 + inpos] >>> 19)
- | ((in[14 + inpos] & 3) << (15 - 2))
- ;
- out[30 + outpos] = ((in[14 + inpos] >>> 2) & 32767)
- ;
- out[31 + outpos] = (in[14 + inpos] >>> 17)
- ;
- }
+ protected static void fastpackwithoutmask23(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 23);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (23 - 14))
+ | ((in[2 + inpos]) << 14);
+ out[2 + outpos] = ((in[2 + inpos]) >>> (23 - 5))
+ | ((in[3 + inpos]) << 5) | ((in[4 + inpos]) << 28);
+ out[3 + outpos] = ((in[4 + inpos]) >>> (23 - 19))
+ | ((in[5 + inpos]) << 19);
+ out[4 + outpos] = ((in[5 + inpos]) >>> (23 - 10))
+ | ((in[6 + inpos]) << 10);
+ out[5 + outpos] = ((in[6 + inpos]) >>> (23 - 1))
+ | ((in[7 + inpos]) << 1) | ((in[8 + inpos]) << 24);
+ out[6 + outpos] = ((in[8 + inpos]) >>> (23 - 15))
+ | ((in[9 + inpos]) << 15);
+ out[7 + outpos] = ((in[9 + inpos]) >>> (23 - 6))
+ | ((in[10 + inpos]) << 6) | ((in[11 + inpos]) << 29);
+ out[8 + outpos] = ((in[11 + inpos]) >>> (23 - 20))
+ | ((in[12 + inpos]) << 20);
+ out[9 + outpos] = ((in[12 + inpos]) >>> (23 - 11))
+ | ((in[13 + inpos]) << 11);
+ out[10 + outpos] = ((in[13 + inpos]) >>> (23 - 2))
+ | ((in[14 + inpos]) << 2) | ((in[15 + inpos]) << 25);
+ out[11 + outpos] = ((in[15 + inpos]) >>> (23 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[12 + outpos] = ((in[16 + inpos]) >>> (23 - 7))
+ | ((in[17 + inpos]) << 7) | ((in[18 + inpos]) << 30);
+ out[13 + outpos] = ((in[18 + inpos]) >>> (23 - 21))
+ | ((in[19 + inpos]) << 21);
+ out[14 + outpos] = ((in[19 + inpos]) >>> (23 - 12))
+ | ((in[20 + inpos]) << 12);
+ out[15 + outpos] = ((in[20 + inpos]) >>> (23 - 3))
+ | ((in[21 + inpos]) << 3) | ((in[22 + inpos]) << 26);
+ out[16 + outpos] = ((in[22 + inpos]) >>> (23 - 17))
+ | ((in[23 + inpos]) << 17);
+ out[17 + outpos] = ((in[23 + inpos]) >>> (23 - 8))
+ | ((in[24 + inpos]) << 8) | ((in[25 + inpos]) << 31);
+ out[18 + outpos] = ((in[25 + inpos]) >>> (23 - 22))
+ | ((in[26 + inpos]) << 22);
+ out[19 + outpos] = ((in[26 + inpos]) >>> (23 - 13))
+ | ((in[27 + inpos]) << 13);
+ out[20 + outpos] = ((in[27 + inpos]) >>> (23 - 4))
+ | ((in[28 + inpos]) << 4) | ((in[29 + inpos]) << 27);
+ out[21 + outpos] = ((in[29 + inpos]) >>> (23 - 18))
+ | ((in[30 + inpos]) << 18);
+ out[22 + outpos] = ((in[30 + inpos]) >>> (23 - 9))
+ | ((in[31 + inpos]) << 9);
+ }
+ protected static void fastpackwithoutmask24(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 24);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (24 - 16))
+ | ((in[2 + inpos]) << 16);
+ out[2 + outpos] = ((in[2 + inpos]) >>> (24 - 8))
+ | ((in[3 + inpos]) << 8);
+ out[3 + outpos] = in[4 + inpos] | ((in[5 + inpos]) << 24);
+ out[4 + outpos] = ((in[5 + inpos]) >>> (24 - 16))
+ | ((in[6 + inpos]) << 16);
+ out[5 + outpos] = ((in[6 + inpos]) >>> (24 - 8))
+ | ((in[7 + inpos]) << 8);
+ out[6 + outpos] = in[8 + inpos] | ((in[9 + inpos]) << 24);
+ out[7 + outpos] = ((in[9 + inpos]) >>> (24 - 16))
+ | ((in[10 + inpos]) << 16);
+ out[8 + outpos] = ((in[10 + inpos]) >>> (24 - 8))
+ | ((in[11 + inpos]) << 8);
+ out[9 + outpos] = in[12 + inpos] | ((in[13 + inpos]) << 24);
+ out[10 + outpos] = ((in[13 + inpos]) >>> (24 - 16))
+ | ((in[14 + inpos]) << 16);
+ out[11 + outpos] = ((in[14 + inpos]) >>> (24 - 8))
+ | ((in[15 + inpos]) << 8);
+ out[12 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 24);
+ out[13 + outpos] = ((in[17 + inpos]) >>> (24 - 16))
+ | ((in[18 + inpos]) << 16);
+ out[14 + outpos] = ((in[18 + inpos]) >>> (24 - 8))
+ | ((in[19 + inpos]) << 8);
+ out[15 + outpos] = in[20 + inpos] | ((in[21 + inpos]) << 24);
+ out[16 + outpos] = ((in[21 + inpos]) >>> (24 - 16))
+ | ((in[22 + inpos]) << 16);
+ out[17 + outpos] = ((in[22 + inpos]) >>> (24 - 8))
+ | ((in[23 + inpos]) << 8);
+ out[18 + outpos] = in[24 + inpos] | ((in[25 + inpos]) << 24);
+ out[19 + outpos] = ((in[25 + inpos]) >>> (24 - 16))
+ | ((in[26 + inpos]) << 16);
+ out[20 + outpos] = ((in[26 + inpos]) >>> (24 - 8))
+ | ((in[27 + inpos]) << 8);
+ out[21 + outpos] = in[28 + inpos] | ((in[29 + inpos]) << 24);
+ out[22 + outpos] = ((in[29 + inpos]) >>> (24 - 16))
+ | ((in[30 + inpos]) << 16);
+ out[23 + outpos] = ((in[30 + inpos]) >>> (24 - 8))
+ | ((in[31 + inpos]) << 8);
+ }
- protected static void fastunpack16(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 65535)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 16)
- ;
- out[2 + outpos] = ((in[1 + inpos] >>> 0) & 65535)
- ;
- out[3 + outpos] = (in[1 + inpos] >>> 16)
- ;
- out[4 + outpos] = ((in[2 + inpos] >>> 0) & 65535)
- ;
- out[5 + outpos] = (in[2 + inpos] >>> 16)
- ;
- out[6 + outpos] = ((in[3 + inpos] >>> 0) & 65535)
- ;
- out[7 + outpos] = (in[3 + inpos] >>> 16)
- ;
- out[8 + outpos] = ((in[4 + inpos] >>> 0) & 65535)
- ;
- out[9 + outpos] = (in[4 + inpos] >>> 16)
- ;
- out[10 + outpos] = ((in[5 + inpos] >>> 0) & 65535)
- ;
- out[11 + outpos] = (in[5 + inpos] >>> 16)
- ;
- out[12 + outpos] = ((in[6 + inpos] >>> 0) & 65535)
- ;
- out[13 + outpos] = (in[6 + inpos] >>> 16)
- ;
- out[14 + outpos] = ((in[7 + inpos] >>> 0) & 65535)
- ;
- out[15 + outpos] = (in[7 + inpos] >>> 16)
- ;
- out[16 + outpos] = ((in[8 + inpos] >>> 0) & 65535)
- ;
- out[17 + outpos] = (in[8 + inpos] >>> 16)
- ;
- out[18 + outpos] = ((in[9 + inpos] >>> 0) & 65535)
- ;
- out[19 + outpos] = (in[9 + inpos] >>> 16)
- ;
- out[20 + outpos] = ((in[10 + inpos] >>> 0) & 65535)
- ;
- out[21 + outpos] = (in[10 + inpos] >>> 16)
- ;
- out[22 + outpos] = ((in[11 + inpos] >>> 0) & 65535)
- ;
- out[23 + outpos] = (in[11 + inpos] >>> 16)
- ;
- out[24 + outpos] = ((in[12 + inpos] >>> 0) & 65535)
- ;
- out[25 + outpos] = (in[12 + inpos] >>> 16)
- ;
- out[26 + outpos] = ((in[13 + inpos] >>> 0) & 65535)
- ;
- out[27 + outpos] = (in[13 + inpos] >>> 16)
- ;
- out[28 + outpos] = ((in[14 + inpos] >>> 0) & 65535)
- ;
- out[29 + outpos] = (in[14 + inpos] >>> 16)
- ;
- out[30 + outpos] = ((in[15 + inpos] >>> 0) & 65535)
- ;
- out[31 + outpos] = (in[15 + inpos] >>> 16)
- ;
- }
+ protected static void fastpackwithoutmask25(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 25);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (25 - 18))
+ | ((in[2 + inpos]) << 18);
+ out[2 + outpos] = ((in[2 + inpos]) >>> (25 - 11))
+ | ((in[3 + inpos]) << 11);
+ out[3 + outpos] = ((in[3 + inpos]) >>> (25 - 4))
+ | ((in[4 + inpos]) << 4) | ((in[5 + inpos]) << 29);
+ out[4 + outpos] = ((in[5 + inpos]) >>> (25 - 22))
+ | ((in[6 + inpos]) << 22);
+ out[5 + outpos] = ((in[6 + inpos]) >>> (25 - 15))
+ | ((in[7 + inpos]) << 15);
+ out[6 + outpos] = ((in[7 + inpos]) >>> (25 - 8))
+ | ((in[8 + inpos]) << 8);
+ out[7 + outpos] = ((in[8 + inpos]) >>> (25 - 1))
+ | ((in[9 + inpos]) << 1) | ((in[10 + inpos]) << 26);
+ out[8 + outpos] = ((in[10 + inpos]) >>> (25 - 19))
+ | ((in[11 + inpos]) << 19);
+ out[9 + outpos] = ((in[11 + inpos]) >>> (25 - 12))
+ | ((in[12 + inpos]) << 12);
+ out[10 + outpos] = ((in[12 + inpos]) >>> (25 - 5))
+ | ((in[13 + inpos]) << 5) | ((in[14 + inpos]) << 30);
+ out[11 + outpos] = ((in[14 + inpos]) >>> (25 - 23))
+ | ((in[15 + inpos]) << 23);
+ out[12 + outpos] = ((in[15 + inpos]) >>> (25 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[13 + outpos] = ((in[16 + inpos]) >>> (25 - 9))
+ | ((in[17 + inpos]) << 9);
+ out[14 + outpos] = ((in[17 + inpos]) >>> (25 - 2))
+ | ((in[18 + inpos]) << 2) | ((in[19 + inpos]) << 27);
+ out[15 + outpos] = ((in[19 + inpos]) >>> (25 - 20))
+ | ((in[20 + inpos]) << 20);
+ out[16 + outpos] = ((in[20 + inpos]) >>> (25 - 13))
+ | ((in[21 + inpos]) << 13);
+ out[17 + outpos] = ((in[21 + inpos]) >>> (25 - 6))
+ | ((in[22 + inpos]) << 6) | ((in[23 + inpos]) << 31);
+ out[18 + outpos] = ((in[23 + inpos]) >>> (25 - 24))
+ | ((in[24 + inpos]) << 24);
+ out[19 + outpos] = ((in[24 + inpos]) >>> (25 - 17))
+ | ((in[25 + inpos]) << 17);
+ out[20 + outpos] = ((in[25 + inpos]) >>> (25 - 10))
+ | ((in[26 + inpos]) << 10);
+ out[21 + outpos] = ((in[26 + inpos]) >>> (25 - 3))
+ | ((in[27 + inpos]) << 3) | ((in[28 + inpos]) << 28);
+ out[22 + outpos] = ((in[28 + inpos]) >>> (25 - 21))
+ | ((in[29 + inpos]) << 21);
+ out[23 + outpos] = ((in[29 + inpos]) >>> (25 - 14))
+ | ((in[30 + inpos]) << 14);
+ out[24 + outpos] = ((in[30 + inpos]) >>> (25 - 7))
+ | ((in[31 + inpos]) << 7);
+ }
+ protected static void fastpackwithoutmask26(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 26);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (26 - 20))
+ | ((in[2 + inpos]) << 20);
+ out[2 + outpos] = ((in[2 + inpos]) >>> (26 - 14))
+ | ((in[3 + inpos]) << 14);
+ out[3 + outpos] = ((in[3 + inpos]) >>> (26 - 8))
+ | ((in[4 + inpos]) << 8);
+ out[4 + outpos] = ((in[4 + inpos]) >>> (26 - 2))
+ | ((in[5 + inpos]) << 2) | ((in[6 + inpos]) << 28);
+ out[5 + outpos] = ((in[6 + inpos]) >>> (26 - 22))
+ | ((in[7 + inpos]) << 22);
+ out[6 + outpos] = ((in[7 + inpos]) >>> (26 - 16))
+ | ((in[8 + inpos]) << 16);
+ out[7 + outpos] = ((in[8 + inpos]) >>> (26 - 10))
+ | ((in[9 + inpos]) << 10);
+ out[8 + outpos] = ((in[9 + inpos]) >>> (26 - 4))
+ | ((in[10 + inpos]) << 4) | ((in[11 + inpos]) << 30);
+ out[9 + outpos] = ((in[11 + inpos]) >>> (26 - 24))
+ | ((in[12 + inpos]) << 24);
+ out[10 + outpos] = ((in[12 + inpos]) >>> (26 - 18))
+ | ((in[13 + inpos]) << 18);
+ out[11 + outpos] = ((in[13 + inpos]) >>> (26 - 12))
+ | ((in[14 + inpos]) << 12);
+ out[12 + outpos] = ((in[14 + inpos]) >>> (26 - 6))
+ | ((in[15 + inpos]) << 6);
+ out[13 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 26);
+ out[14 + outpos] = ((in[17 + inpos]) >>> (26 - 20))
+ | ((in[18 + inpos]) << 20);
+ out[15 + outpos] = ((in[18 + inpos]) >>> (26 - 14))
+ | ((in[19 + inpos]) << 14);
+ out[16 + outpos] = ((in[19 + inpos]) >>> (26 - 8))
+ | ((in[20 + inpos]) << 8);
+ out[17 + outpos] = ((in[20 + inpos]) >>> (26 - 2))
+ | ((in[21 + inpos]) << 2) | ((in[22 + inpos]) << 28);
+ out[18 + outpos] = ((in[22 + inpos]) >>> (26 - 22))
+ | ((in[23 + inpos]) << 22);
+ out[19 + outpos] = ((in[23 + inpos]) >>> (26 - 16))
+ | ((in[24 + inpos]) << 16);
+ out[20 + outpos] = ((in[24 + inpos]) >>> (26 - 10))
+ | ((in[25 + inpos]) << 10);
+ out[21 + outpos] = ((in[25 + inpos]) >>> (26 - 4))
+ | ((in[26 + inpos]) << 4) | ((in[27 + inpos]) << 30);
+ out[22 + outpos] = ((in[27 + inpos]) >>> (26 - 24))
+ | ((in[28 + inpos]) << 24);
+ out[23 + outpos] = ((in[28 + inpos]) >>> (26 - 18))
+ | ((in[29 + inpos]) << 18);
+ out[24 + outpos] = ((in[29 + inpos]) >>> (26 - 12))
+ | ((in[30 + inpos]) << 12);
+ out[25 + outpos] = ((in[30 + inpos]) >>> (26 - 6))
+ | ((in[31 + inpos]) << 6);
+ }
- protected static void fastunpack17(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 131071)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 17)
- | ((in[1 + inpos] & 3) << (17 - 2))
- ;
- out[2 + outpos] = ((in[1 + inpos] >>> 2) & 131071)
- ;
- out[3 + outpos] = (in[1 + inpos] >>> 19)
- | ((in[2 + inpos] & 15) << (17 - 4))
- ;
- out[4 + outpos] = ((in[2 + inpos] >>> 4) & 131071)
- ;
- out[5 + outpos] = (in[2 + inpos] >>> 21)
- | ((in[3 + inpos] & 63) << (17 - 6))
- ;
- out[6 + outpos] = ((in[3 + inpos] >>> 6) & 131071)
- ;
- out[7 + outpos] = (in[3 + inpos] >>> 23)
- | ((in[4 + inpos] & 255) << (17 - 8))
- ;
- out[8 + outpos] = ((in[4 + inpos] >>> 8) & 131071)
- ;
- out[9 + outpos] = (in[4 + inpos] >>> 25)
- | ((in[5 + inpos] & 1023) << (17 - 10))
- ;
- out[10 + outpos] = ((in[5 + inpos] >>> 10) & 131071)
- ;
- out[11 + outpos] = (in[5 + inpos] >>> 27)
- | ((in[6 + inpos] & 4095) << (17 - 12))
- ;
- out[12 + outpos] = ((in[6 + inpos] >>> 12) & 131071)
- ;
- out[13 + outpos] = (in[6 + inpos] >>> 29)
- | ((in[7 + inpos] & 16383) << (17 - 14))
- ;
- out[14 + outpos] = ((in[7 + inpos] >>> 14) & 131071)
- ;
- out[15 + outpos] = (in[7 + inpos] >>> 31)
- | ((in[8 + inpos] & 65535) << (17 - 16))
- ;
- out[16 + outpos] = (in[8 + inpos] >>> 16)
- | ((in[9 + inpos] & 1) << (17 - 1))
- ;
- out[17 + outpos] = ((in[9 + inpos] >>> 1) & 131071)
- ;
- out[18 + outpos] = (in[9 + inpos] >>> 18)
- | ((in[10 + inpos] & 7) << (17 - 3))
- ;
- out[19 + outpos] = ((in[10 + inpos] >>> 3) & 131071)
- ;
- out[20 + outpos] = (in[10 + inpos] >>> 20)
- | ((in[11 + inpos] & 31) << (17 - 5))
- ;
- out[21 + outpos] = ((in[11 + inpos] >>> 5) & 131071)
- ;
- out[22 + outpos] = (in[11 + inpos] >>> 22)
- | ((in[12 + inpos] & 127) << (17 - 7))
- ;
- out[23 + outpos] = ((in[12 + inpos] >>> 7) & 131071)
- ;
- out[24 + outpos] = (in[12 + inpos] >>> 24)
- | ((in[13 + inpos] & 511) << (17 - 9))
- ;
- out[25 + outpos] = ((in[13 + inpos] >>> 9) & 131071)
- ;
- out[26 + outpos] = (in[13 + inpos] >>> 26)
- | ((in[14 + inpos] & 2047) << (17 - 11))
- ;
- out[27 + outpos] = ((in[14 + inpos] >>> 11) & 131071)
- ;
- out[28 + outpos] = (in[14 + inpos] >>> 28)
- | ((in[15 + inpos] & 8191) << (17 - 13))
- ;
- out[29 + outpos] = ((in[15 + inpos] >>> 13) & 131071)
- ;
- out[30 + outpos] = (in[15 + inpos] >>> 30)
- | ((in[16 + inpos] & 32767) << (17 - 15))
- ;
- out[31 + outpos] = (in[16 + inpos] >>> 15)
- ;
- }
+ protected static void fastpackwithoutmask27(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 27);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (27 - 22))
+ | ((in[2 + inpos]) << 22);
+ out[2 + outpos] = ((in[2 + inpos]) >>> (27 - 17))
+ | ((in[3 + inpos]) << 17);
+ out[3 + outpos] = ((in[3 + inpos]) >>> (27 - 12))
+ | ((in[4 + inpos]) << 12);
+ out[4 + outpos] = ((in[4 + inpos]) >>> (27 - 7))
+ | ((in[5 + inpos]) << 7);
+ out[5 + outpos] = ((in[5 + inpos]) >>> (27 - 2))
+ | ((in[6 + inpos]) << 2) | ((in[7 + inpos]) << 29);
+ out[6 + outpos] = ((in[7 + inpos]) >>> (27 - 24))
+ | ((in[8 + inpos]) << 24);
+ out[7 + outpos] = ((in[8 + inpos]) >>> (27 - 19))
+ | ((in[9 + inpos]) << 19);
+ out[8 + outpos] = ((in[9 + inpos]) >>> (27 - 14))
+ | ((in[10 + inpos]) << 14);
+ out[9 + outpos] = ((in[10 + inpos]) >>> (27 - 9))
+ | ((in[11 + inpos]) << 9);
+ out[10 + outpos] = ((in[11 + inpos]) >>> (27 - 4))
+ | ((in[12 + inpos]) << 4) | ((in[13 + inpos]) << 31);
+ out[11 + outpos] = ((in[13 + inpos]) >>> (27 - 26))
+ | ((in[14 + inpos]) << 26);
+ out[12 + outpos] = ((in[14 + inpos]) >>> (27 - 21))
+ | ((in[15 + inpos]) << 21);
+ out[13 + outpos] = ((in[15 + inpos]) >>> (27 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[14 + outpos] = ((in[16 + inpos]) >>> (27 - 11))
+ | ((in[17 + inpos]) << 11);
+ out[15 + outpos] = ((in[17 + inpos]) >>> (27 - 6))
+ | ((in[18 + inpos]) << 6);
+ out[16 + outpos] = ((in[18 + inpos]) >>> (27 - 1))
+ | ((in[19 + inpos]) << 1) | ((in[20 + inpos]) << 28);
+ out[17 + outpos] = ((in[20 + inpos]) >>> (27 - 23))
+ | ((in[21 + inpos]) << 23);
+ out[18 + outpos] = ((in[21 + inpos]) >>> (27 - 18))
+ | ((in[22 + inpos]) << 18);
+ out[19 + outpos] = ((in[22 + inpos]) >>> (27 - 13))
+ | ((in[23 + inpos]) << 13);
+ out[20 + outpos] = ((in[23 + inpos]) >>> (27 - 8))
+ | ((in[24 + inpos]) << 8);
+ out[21 + outpos] = ((in[24 + inpos]) >>> (27 - 3))
+ | ((in[25 + inpos]) << 3) | ((in[26 + inpos]) << 30);
+ out[22 + outpos] = ((in[26 + inpos]) >>> (27 - 25))
+ | ((in[27 + inpos]) << 25);
+ out[23 + outpos] = ((in[27 + inpos]) >>> (27 - 20))
+ | ((in[28 + inpos]) << 20);
+ out[24 + outpos] = ((in[28 + inpos]) >>> (27 - 15))
+ | ((in[29 + inpos]) << 15);
+ out[25 + outpos] = ((in[29 + inpos]) >>> (27 - 10))
+ | ((in[30 + inpos]) << 10);
+ out[26 + outpos] = ((in[30 + inpos]) >>> (27 - 5))
+ | ((in[31 + inpos]) << 5);
+ }
+ protected static void fastpackwithoutmask28(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 28);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (28 - 24))
+ | ((in[2 + inpos]) << 24);
+ out[2 + outpos] = ((in[2 + inpos]) >>> (28 - 20))
+ | ((in[3 + inpos]) << 20);
+ out[3 + outpos] = ((in[3 + inpos]) >>> (28 - 16))
+ | ((in[4 + inpos]) << 16);
+ out[4 + outpos] = ((in[4 + inpos]) >>> (28 - 12))
+ | ((in[5 + inpos]) << 12);
+ out[5 + outpos] = ((in[5 + inpos]) >>> (28 - 8))
+ | ((in[6 + inpos]) << 8);
+ out[6 + outpos] = ((in[6 + inpos]) >>> (28 - 4))
+ | ((in[7 + inpos]) << 4);
+ out[7 + outpos] = in[8 + inpos] | ((in[9 + inpos]) << 28);
+ out[8 + outpos] = ((in[9 + inpos]) >>> (28 - 24))
+ | ((in[10 + inpos]) << 24);
+ out[9 + outpos] = ((in[10 + inpos]) >>> (28 - 20))
+ | ((in[11 + inpos]) << 20);
+ out[10 + outpos] = ((in[11 + inpos]) >>> (28 - 16))
+ | ((in[12 + inpos]) << 16);
+ out[11 + outpos] = ((in[12 + inpos]) >>> (28 - 12))
+ | ((in[13 + inpos]) << 12);
+ out[12 + outpos] = ((in[13 + inpos]) >>> (28 - 8))
+ | ((in[14 + inpos]) << 8);
+ out[13 + outpos] = ((in[14 + inpos]) >>> (28 - 4))
+ | ((in[15 + inpos]) << 4);
+ out[14 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 28);
+ out[15 + outpos] = ((in[17 + inpos]) >>> (28 - 24))
+ | ((in[18 + inpos]) << 24);
+ out[16 + outpos] = ((in[18 + inpos]) >>> (28 - 20))
+ | ((in[19 + inpos]) << 20);
+ out[17 + outpos] = ((in[19 + inpos]) >>> (28 - 16))
+ | ((in[20 + inpos]) << 16);
+ out[18 + outpos] = ((in[20 + inpos]) >>> (28 - 12))
+ | ((in[21 + inpos]) << 12);
+ out[19 + outpos] = ((in[21 + inpos]) >>> (28 - 8))
+ | ((in[22 + inpos]) << 8);
+ out[20 + outpos] = ((in[22 + inpos]) >>> (28 - 4))
+ | ((in[23 + inpos]) << 4);
+ out[21 + outpos] = in[24 + inpos] | ((in[25 + inpos]) << 28);
+ out[22 + outpos] = ((in[25 + inpos]) >>> (28 - 24))
+ | ((in[26 + inpos]) << 24);
+ out[23 + outpos] = ((in[26 + inpos]) >>> (28 - 20))
+ | ((in[27 + inpos]) << 20);
+ out[24 + outpos] = ((in[27 + inpos]) >>> (28 - 16))
+ | ((in[28 + inpos]) << 16);
+ out[25 + outpos] = ((in[28 + inpos]) >>> (28 - 12))
+ | ((in[29 + inpos]) << 12);
+ out[26 + outpos] = ((in[29 + inpos]) >>> (28 - 8))
+ | ((in[30 + inpos]) << 8);
+ out[27 + outpos] = ((in[30 + inpos]) >>> (28 - 4))
+ | ((in[31 + inpos]) << 4);
+ }
- protected static void fastunpack18(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 262143)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 18)
- | ((in[1 + inpos] & 15) << (18 - 4))
- ;
- out[2 + outpos] = ((in[1 + inpos] >>> 4) & 262143)
- ;
- out[3 + outpos] = (in[1 + inpos] >>> 22)
- | ((in[2 + inpos] & 255) << (18 - 8))
- ;
- out[4 + outpos] = ((in[2 + inpos] >>> 8) & 262143)
- ;
- out[5 + outpos] = (in[2 + inpos] >>> 26)
- | ((in[3 + inpos] & 4095) << (18 - 12))
- ;
- out[6 + outpos] = ((in[3 + inpos] >>> 12) & 262143)
- ;
- out[7 + outpos] = (in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 65535) << (18 - 16))
- ;
- out[8 + outpos] = (in[4 + inpos] >>> 16)
- | ((in[5 + inpos] & 3) << (18 - 2))
- ;
- out[9 + outpos] = ((in[5 + inpos] >>> 2) & 262143)
- ;
- out[10 + outpos] = (in[5 + inpos] >>> 20)
- | ((in[6 + inpos] & 63) << (18 - 6))
- ;
- out[11 + outpos] = ((in[6 + inpos] >>> 6) & 262143)
- ;
- out[12 + outpos] = (in[6 + inpos] >>> 24)
- | ((in[7 + inpos] & 1023) << (18 - 10))
- ;
- out[13 + outpos] = ((in[7 + inpos] >>> 10) & 262143)
- ;
- out[14 + outpos] = (in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 16383) << (18 - 14))
- ;
- out[15 + outpos] = (in[8 + inpos] >>> 14)
- ;
- out[16 + outpos] = ((in[9 + inpos] >>> 0) & 262143)
- ;
- out[17 + outpos] = (in[9 + inpos] >>> 18)
- | ((in[10 + inpos] & 15) << (18 - 4))
- ;
- out[18 + outpos] = ((in[10 + inpos] >>> 4) & 262143)
- ;
- out[19 + outpos] = (in[10 + inpos] >>> 22)
- | ((in[11 + inpos] & 255) << (18 - 8))
- ;
- out[20 + outpos] = ((in[11 + inpos] >>> 8) & 262143)
- ;
- out[21 + outpos] = (in[11 + inpos] >>> 26)
- | ((in[12 + inpos] & 4095) << (18 - 12))
- ;
- out[22 + outpos] = ((in[12 + inpos] >>> 12) & 262143)
- ;
- out[23 + outpos] = (in[12 + inpos] >>> 30)
- | ((in[13 + inpos] & 65535) << (18 - 16))
- ;
- out[24 + outpos] = (in[13 + inpos] >>> 16)
- | ((in[14 + inpos] & 3) << (18 - 2))
- ;
- out[25 + outpos] = ((in[14 + inpos] >>> 2) & 262143)
- ;
- out[26 + outpos] = (in[14 + inpos] >>> 20)
- | ((in[15 + inpos] & 63) << (18 - 6))
- ;
- out[27 + outpos] = ((in[15 + inpos] >>> 6) & 262143)
- ;
- out[28 + outpos] = (in[15 + inpos] >>> 24)
- | ((in[16 + inpos] & 1023) << (18 - 10))
- ;
- out[29 + outpos] = ((in[16 + inpos] >>> 10) & 262143)
- ;
- out[30 + outpos] = (in[16 + inpos] >>> 28)
- | ((in[17 + inpos] & 16383) << (18 - 14))
- ;
- out[31 + outpos] = (in[17 + inpos] >>> 14)
- ;
- }
+ protected static void fastpackwithoutmask29(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 29);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (29 - 26))
+ | ((in[2 + inpos]) << 26);
+ out[2 + outpos] = ((in[2 + inpos]) >>> (29 - 23))
+ | ((in[3 + inpos]) << 23);
+ out[3 + outpos] = ((in[3 + inpos]) >>> (29 - 20))
+ | ((in[4 + inpos]) << 20);
+ out[4 + outpos] = ((in[4 + inpos]) >>> (29 - 17))
+ | ((in[5 + inpos]) << 17);
+ out[5 + outpos] = ((in[5 + inpos]) >>> (29 - 14))
+ | ((in[6 + inpos]) << 14);
+ out[6 + outpos] = ((in[6 + inpos]) >>> (29 - 11))
+ | ((in[7 + inpos]) << 11);
+ out[7 + outpos] = ((in[7 + inpos]) >>> (29 - 8))
+ | ((in[8 + inpos]) << 8);
+ out[8 + outpos] = ((in[8 + inpos]) >>> (29 - 5))
+ | ((in[9 + inpos]) << 5);
+ out[9 + outpos] = ((in[9 + inpos]) >>> (29 - 2))
+ | ((in[10 + inpos]) << 2) | ((in[11 + inpos]) << 31);
+ out[10 + outpos] = ((in[11 + inpos]) >>> (29 - 28))
+ | ((in[12 + inpos]) << 28);
+ out[11 + outpos] = ((in[12 + inpos]) >>> (29 - 25))
+ | ((in[13 + inpos]) << 25);
+ out[12 + outpos] = ((in[13 + inpos]) >>> (29 - 22))
+ | ((in[14 + inpos]) << 22);
+ out[13 + outpos] = ((in[14 + inpos]) >>> (29 - 19))
+ | ((in[15 + inpos]) << 19);
+ out[14 + outpos] = ((in[15 + inpos]) >>> (29 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[15 + outpos] = ((in[16 + inpos]) >>> (29 - 13))
+ | ((in[17 + inpos]) << 13);
+ out[16 + outpos] = ((in[17 + inpos]) >>> (29 - 10))
+ | ((in[18 + inpos]) << 10);
+ out[17 + outpos] = ((in[18 + inpos]) >>> (29 - 7))
+ | ((in[19 + inpos]) << 7);
+ out[18 + outpos] = ((in[19 + inpos]) >>> (29 - 4))
+ | ((in[20 + inpos]) << 4);
+ out[19 + outpos] = ((in[20 + inpos]) >>> (29 - 1))
+ | ((in[21 + inpos]) << 1) | ((in[22 + inpos]) << 30);
+ out[20 + outpos] = ((in[22 + inpos]) >>> (29 - 27))
+ | ((in[23 + inpos]) << 27);
+ out[21 + outpos] = ((in[23 + inpos]) >>> (29 - 24))
+ | ((in[24 + inpos]) << 24);
+ out[22 + outpos] = ((in[24 + inpos]) >>> (29 - 21))
+ | ((in[25 + inpos]) << 21);
+ out[23 + outpos] = ((in[25 + inpos]) >>> (29 - 18))
+ | ((in[26 + inpos]) << 18);
+ out[24 + outpos] = ((in[26 + inpos]) >>> (29 - 15))
+ | ((in[27 + inpos]) << 15);
+ out[25 + outpos] = ((in[27 + inpos]) >>> (29 - 12))
+ | ((in[28 + inpos]) << 12);
+ out[26 + outpos] = ((in[28 + inpos]) >>> (29 - 9))
+ | ((in[29 + inpos]) << 9);
+ out[27 + outpos] = ((in[29 + inpos]) >>> (29 - 6))
+ | ((in[30 + inpos]) << 6);
+ out[28 + outpos] = ((in[30 + inpos]) >>> (29 - 3))
+ | ((in[31 + inpos]) << 3);
+ }
+ protected static void fastpackwithoutmask3(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 3)
+ | ((in[2 + inpos]) << 6) | ((in[3 + inpos]) << 9)
+ | ((in[4 + inpos]) << 12) | ((in[5 + inpos]) << 15)
+ | ((in[6 + inpos]) << 18) | ((in[7 + inpos]) << 21)
+ | ((in[8 + inpos]) << 24) | ((in[9 + inpos]) << 27)
+ | ((in[10 + inpos]) << 30);
+ out[1 + outpos] = ((in[10 + inpos]) >>> (3 - 1))
+ | ((in[11 + inpos]) << 1) | ((in[12 + inpos]) << 4)
+ | ((in[13 + inpos]) << 7) | ((in[14 + inpos]) << 10)
+ | ((in[15 + inpos]) << 13) | ((in[16 + inpos]) << 16)
+ | ((in[17 + inpos]) << 19) | ((in[18 + inpos]) << 22)
+ | ((in[19 + inpos]) << 25) | ((in[20 + inpos]) << 28)
+ | ((in[21 + inpos]) << 31);
+ out[2 + outpos] = ((in[21 + inpos]) >>> (3 - 2))
+ | ((in[22 + inpos]) << 2) | ((in[23 + inpos]) << 5)
+ | ((in[24 + inpos]) << 8) | ((in[25 + inpos]) << 11)
+ | ((in[26 + inpos]) << 14) | ((in[27 + inpos]) << 17)
+ | ((in[28 + inpos]) << 20) | ((in[29 + inpos]) << 23)
+ | ((in[30 + inpos]) << 26) | ((in[31 + inpos]) << 29);
+ }
- protected static void fastunpack19(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 524287)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 19)
- | ((in[1 + inpos] & 63) << (19 - 6))
- ;
- out[2 + outpos] = ((in[1 + inpos] >>> 6) & 524287)
- ;
- out[3 + outpos] = (in[1 + inpos] >>> 25)
- | ((in[2 + inpos] & 4095) << (19 - 12))
- ;
- out[4 + outpos] = ((in[2 + inpos] >>> 12) & 524287)
- ;
- out[5 + outpos] = (in[2 + inpos] >>> 31)
- | ((in[3 + inpos] & 262143) << (19 - 18))
- ;
- out[6 + outpos] = (in[3 + inpos] >>> 18)
- | ((in[4 + inpos] & 31) << (19 - 5))
- ;
- out[7 + outpos] = ((in[4 + inpos] >>> 5) & 524287)
- ;
- out[8 + outpos] = (in[4 + inpos] >>> 24)
- | ((in[5 + inpos] & 2047) << (19 - 11))
- ;
- out[9 + outpos] = ((in[5 + inpos] >>> 11) & 524287)
- ;
- out[10 + outpos] = (in[5 + inpos] >>> 30)
- | ((in[6 + inpos] & 131071) << (19 - 17))
- ;
- out[11 + outpos] = (in[6 + inpos] >>> 17)
- | ((in[7 + inpos] & 15) << (19 - 4))
- ;
- out[12 + outpos] = ((in[7 + inpos] >>> 4) & 524287)
- ;
- out[13 + outpos] = (in[7 + inpos] >>> 23)
- | ((in[8 + inpos] & 1023) << (19 - 10))
- ;
- out[14 + outpos] = ((in[8 + inpos] >>> 10) & 524287)
- ;
- out[15 + outpos] = (in[8 + inpos] >>> 29)
- | ((in[9 + inpos] & 65535) << (19 - 16))
- ;
- out[16 + outpos] = (in[9 + inpos] >>> 16)
- | ((in[10 + inpos] & 7) << (19 - 3))
- ;
- out[17 + outpos] = ((in[10 + inpos] >>> 3) & 524287)
- ;
- out[18 + outpos] = (in[10 + inpos] >>> 22)
- | ((in[11 + inpos] & 511) << (19 - 9))
- ;
- out[19 + outpos] = ((in[11 + inpos] >>> 9) & 524287)
- ;
- out[20 + outpos] = (in[11 + inpos] >>> 28)
- | ((in[12 + inpos] & 32767) << (19 - 15))
- ;
- out[21 + outpos] = (in[12 + inpos] >>> 15)
- | ((in[13 + inpos] & 3) << (19 - 2))
- ;
- out[22 + outpos] = ((in[13 + inpos] >>> 2) & 524287)
- ;
- out[23 + outpos] = (in[13 + inpos] >>> 21)
- | ((in[14 + inpos] & 255) << (19 - 8))
- ;
- out[24 + outpos] = ((in[14 + inpos] >>> 8) & 524287)
- ;
- out[25 + outpos] = (in[14 + inpos] >>> 27)
- | ((in[15 + inpos] & 16383) << (19 - 14))
- ;
- out[26 + outpos] = (in[15 + inpos] >>> 14)
- | ((in[16 + inpos] & 1) << (19 - 1))
- ;
- out[27 + outpos] = ((in[16 + inpos] >>> 1) & 524287)
- ;
- out[28 + outpos] = (in[16 + inpos] >>> 20)
- | ((in[17 + inpos] & 127) << (19 - 7))
- ;
- out[29 + outpos] = ((in[17 + inpos] >>> 7) & 524287)
- ;
- out[30 + outpos] = (in[17 + inpos] >>> 26)
- | ((in[18 + inpos] & 8191) << (19 - 13))
- ;
- out[31 + outpos] = (in[18 + inpos] >>> 13)
- ;
- }
+ protected static void fastpackwithoutmask30(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 30);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (30 - 28))
+ | ((in[2 + inpos]) << 28);
+ out[2 + outpos] = ((in[2 + inpos]) >>> (30 - 26))
+ | ((in[3 + inpos]) << 26);
+ out[3 + outpos] = ((in[3 + inpos]) >>> (30 - 24))
+ | ((in[4 + inpos]) << 24);
+ out[4 + outpos] = ((in[4 + inpos]) >>> (30 - 22))
+ | ((in[5 + inpos]) << 22);
+ out[5 + outpos] = ((in[5 + inpos]) >>> (30 - 20))
+ | ((in[6 + inpos]) << 20);
+ out[6 + outpos] = ((in[6 + inpos]) >>> (30 - 18))
+ | ((in[7 + inpos]) << 18);
+ out[7 + outpos] = ((in[7 + inpos]) >>> (30 - 16))
+ | ((in[8 + inpos]) << 16);
+ out[8 + outpos] = ((in[8 + inpos]) >>> (30 - 14))
+ | ((in[9 + inpos]) << 14);
+ out[9 + outpos] = ((in[9 + inpos]) >>> (30 - 12))
+ | ((in[10 + inpos]) << 12);
+ out[10 + outpos] = ((in[10 + inpos]) >>> (30 - 10))
+ | ((in[11 + inpos]) << 10);
+ out[11 + outpos] = ((in[11 + inpos]) >>> (30 - 8))
+ | ((in[12 + inpos]) << 8);
+ out[12 + outpos] = ((in[12 + inpos]) >>> (30 - 6))
+ | ((in[13 + inpos]) << 6);
+ out[13 + outpos] = ((in[13 + inpos]) >>> (30 - 4))
+ | ((in[14 + inpos]) << 4);
+ out[14 + outpos] = ((in[14 + inpos]) >>> (30 - 2))
+ | ((in[15 + inpos]) << 2);
+ out[15 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 30);
+ out[16 + outpos] = ((in[17 + inpos]) >>> (30 - 28))
+ | ((in[18 + inpos]) << 28);
+ out[17 + outpos] = ((in[18 + inpos]) >>> (30 - 26))
+ | ((in[19 + inpos]) << 26);
+ out[18 + outpos] = ((in[19 + inpos]) >>> (30 - 24))
+ | ((in[20 + inpos]) << 24);
+ out[19 + outpos] = ((in[20 + inpos]) >>> (30 - 22))
+ | ((in[21 + inpos]) << 22);
+ out[20 + outpos] = ((in[21 + inpos]) >>> (30 - 20))
+ | ((in[22 + inpos]) << 20);
+ out[21 + outpos] = ((in[22 + inpos]) >>> (30 - 18))
+ | ((in[23 + inpos]) << 18);
+ out[22 + outpos] = ((in[23 + inpos]) >>> (30 - 16))
+ | ((in[24 + inpos]) << 16);
+ out[23 + outpos] = ((in[24 + inpos]) >>> (30 - 14))
+ | ((in[25 + inpos]) << 14);
+ out[24 + outpos] = ((in[25 + inpos]) >>> (30 - 12))
+ | ((in[26 + inpos]) << 12);
+ out[25 + outpos] = ((in[26 + inpos]) >>> (30 - 10))
+ | ((in[27 + inpos]) << 10);
+ out[26 + outpos] = ((in[27 + inpos]) >>> (30 - 8))
+ | ((in[28 + inpos]) << 8);
+ out[27 + outpos] = ((in[28 + inpos]) >>> (30 - 6))
+ | ((in[29 + inpos]) << 6);
+ out[28 + outpos] = ((in[29 + inpos]) >>> (30 - 4))
+ | ((in[30 + inpos]) << 4);
+ out[29 + outpos] = ((in[30 + inpos]) >>> (30 - 2))
+ | ((in[31 + inpos]) << 2);
+ }
+ protected static void fastpackwithoutmask31(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 31);
+ out[1 + outpos] = ((in[1 + inpos]) >>> (31 - 30))
+ | ((in[2 + inpos]) << 30);
+ out[2 + outpos] = ((in[2 + inpos]) >>> (31 - 29))
+ | ((in[3 + inpos]) << 29);
+ out[3 + outpos] = ((in[3 + inpos]) >>> (31 - 28))
+ | ((in[4 + inpos]) << 28);
+ out[4 + outpos] = ((in[4 + inpos]) >>> (31 - 27))
+ | ((in[5 + inpos]) << 27);
+ out[5 + outpos] = ((in[5 + inpos]) >>> (31 - 26))
+ | ((in[6 + inpos]) << 26);
+ out[6 + outpos] = ((in[6 + inpos]) >>> (31 - 25))
+ | ((in[7 + inpos]) << 25);
+ out[7 + outpos] = ((in[7 + inpos]) >>> (31 - 24))
+ | ((in[8 + inpos]) << 24);
+ out[8 + outpos] = ((in[8 + inpos]) >>> (31 - 23))
+ | ((in[9 + inpos]) << 23);
+ out[9 + outpos] = ((in[9 + inpos]) >>> (31 - 22))
+ | ((in[10 + inpos]) << 22);
+ out[10 + outpos] = ((in[10 + inpos]) >>> (31 - 21))
+ | ((in[11 + inpos]) << 21);
+ out[11 + outpos] = ((in[11 + inpos]) >>> (31 - 20))
+ | ((in[12 + inpos]) << 20);
+ out[12 + outpos] = ((in[12 + inpos]) >>> (31 - 19))
+ | ((in[13 + inpos]) << 19);
+ out[13 + outpos] = ((in[13 + inpos]) >>> (31 - 18))
+ | ((in[14 + inpos]) << 18);
+ out[14 + outpos] = ((in[14 + inpos]) >>> (31 - 17))
+ | ((in[15 + inpos]) << 17);
+ out[15 + outpos] = ((in[15 + inpos]) >>> (31 - 16))
+ | ((in[16 + inpos]) << 16);
+ out[16 + outpos] = ((in[16 + inpos]) >>> (31 - 15))
+ | ((in[17 + inpos]) << 15);
+ out[17 + outpos] = ((in[17 + inpos]) >>> (31 - 14))
+ | ((in[18 + inpos]) << 14);
+ out[18 + outpos] = ((in[18 + inpos]) >>> (31 - 13))
+ | ((in[19 + inpos]) << 13);
+ out[19 + outpos] = ((in[19 + inpos]) >>> (31 - 12))
+ | ((in[20 + inpos]) << 12);
+ out[20 + outpos] = ((in[20 + inpos]) >>> (31 - 11))
+ | ((in[21 + inpos]) << 11);
+ out[21 + outpos] = ((in[21 + inpos]) >>> (31 - 10))
+ | ((in[22 + inpos]) << 10);
+ out[22 + outpos] = ((in[22 + inpos]) >>> (31 - 9))
+ | ((in[23 + inpos]) << 9);
+ out[23 + outpos] = ((in[23 + inpos]) >>> (31 - 8))
+ | ((in[24 + inpos]) << 8);
+ out[24 + outpos] = ((in[24 + inpos]) >>> (31 - 7))
+ | ((in[25 + inpos]) << 7);
+ out[25 + outpos] = ((in[25 + inpos]) >>> (31 - 6))
+ | ((in[26 + inpos]) << 6);
+ out[26 + outpos] = ((in[26 + inpos]) >>> (31 - 5))
+ | ((in[27 + inpos]) << 5);
+ out[27 + outpos] = ((in[27 + inpos]) >>> (31 - 4))
+ | ((in[28 + inpos]) << 4);
+ out[28 + outpos] = ((in[28 + inpos]) >>> (31 - 3))
+ | ((in[29 + inpos]) << 3);
+ out[29 + outpos] = ((in[29 + inpos]) >>> (31 - 2))
+ | ((in[30 + inpos]) << 2);
+ out[30 + outpos] = ((in[30 + inpos]) >>> (31 - 1))
+ | ((in[31 + inpos]) << 1);
+ }
- protected static void fastunpack20(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 1048575)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 20)
- | ((in[1 + inpos] & 255) << (20 - 8))
- ;
- out[2 + outpos] = ((in[1 + inpos] >>> 8) & 1048575)
- ;
- out[3 + outpos] = (in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 65535) << (20 - 16))
- ;
- out[4 + outpos] = (in[2 + inpos] >>> 16)
- | ((in[3 + inpos] & 15) << (20 - 4))
- ;
- out[5 + outpos] = ((in[3 + inpos] >>> 4) & 1048575)
- ;
- out[6 + outpos] = (in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 4095) << (20 - 12))
- ;
- out[7 + outpos] = (in[4 + inpos] >>> 12)
- ;
- out[8 + outpos] = ((in[5 + inpos] >>> 0) & 1048575)
- ;
- out[9 + outpos] = (in[5 + inpos] >>> 20)
- | ((in[6 + inpos] & 255) << (20 - 8))
- ;
- out[10 + outpos] = ((in[6 + inpos] >>> 8) & 1048575)
- ;
- out[11 + outpos] = (in[6 + inpos] >>> 28)
- | ((in[7 + inpos] & 65535) << (20 - 16))
- ;
- out[12 + outpos] = (in[7 + inpos] >>> 16)
- | ((in[8 + inpos] & 15) << (20 - 4))
- ;
- out[13 + outpos] = ((in[8 + inpos] >>> 4) & 1048575)
- ;
- out[14 + outpos] = (in[8 + inpos] >>> 24)
- | ((in[9 + inpos] & 4095) << (20 - 12))
- ;
- out[15 + outpos] = (in[9 + inpos] >>> 12)
- ;
- out[16 + outpos] = ((in[10 + inpos] >>> 0) & 1048575)
- ;
- out[17 + outpos] = (in[10 + inpos] >>> 20)
- | ((in[11 + inpos] & 255) << (20 - 8))
- ;
- out[18 + outpos] = ((in[11 + inpos] >>> 8) & 1048575)
- ;
- out[19 + outpos] = (in[11 + inpos] >>> 28)
- | ((in[12 + inpos] & 65535) << (20 - 16))
- ;
- out[20 + outpos] = (in[12 + inpos] >>> 16)
- | ((in[13 + inpos] & 15) << (20 - 4))
- ;
- out[21 + outpos] = ((in[13 + inpos] >>> 4) & 1048575)
- ;
- out[22 + outpos] = (in[13 + inpos] >>> 24)
- | ((in[14 + inpos] & 4095) << (20 - 12))
- ;
- out[23 + outpos] = (in[14 + inpos] >>> 12)
- ;
- out[24 + outpos] = ((in[15 + inpos] >>> 0) & 1048575)
- ;
- out[25 + outpos] = (in[15 + inpos] >>> 20)
- | ((in[16 + inpos] & 255) << (20 - 8))
- ;
- out[26 + outpos] = ((in[16 + inpos] >>> 8) & 1048575)
- ;
- out[27 + outpos] = (in[16 + inpos] >>> 28)
- | ((in[17 + inpos] & 65535) << (20 - 16))
- ;
- out[28 + outpos] = (in[17 + inpos] >>> 16)
- | ((in[18 + inpos] & 15) << (20 - 4))
- ;
- out[29 + outpos] = ((in[18 + inpos] >>> 4) & 1048575)
- ;
- out[30 + outpos] = (in[18 + inpos] >>> 24)
- | ((in[19 + inpos] & 4095) << (20 - 12))
- ;
- out[31 + outpos] = (in[19 + inpos] >>> 12)
- ;
- }
+ protected static void fastpackwithoutmask32(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ System.arraycopy(in, inpos, out, outpos, 32);
+ }
+ protected static void fastpackwithoutmask4(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 4)
+ | ((in[2 + inpos]) << 8) | ((in[3 + inpos]) << 12)
+ | ((in[4 + inpos]) << 16) | ((in[5 + inpos]) << 20)
+ | ((in[6 + inpos]) << 24) | ((in[7 + inpos]) << 28);
+ out[1 + outpos] = in[8 + inpos] | ((in[9 + inpos]) << 4)
+ | ((in[10 + inpos]) << 8) | ((in[11 + inpos]) << 12)
+ | ((in[12 + inpos]) << 16) | ((in[13 + inpos]) << 20)
+ | ((in[14 + inpos]) << 24) | ((in[15 + inpos]) << 28);
+ out[2 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 4)
+ | ((in[18 + inpos]) << 8) | ((in[19 + inpos]) << 12)
+ | ((in[20 + inpos]) << 16) | ((in[21 + inpos]) << 20)
+ | ((in[22 + inpos]) << 24) | ((in[23 + inpos]) << 28);
+ out[3 + outpos] = in[24 + inpos] | ((in[25 + inpos]) << 4)
+ | ((in[26 + inpos]) << 8) | ((in[27 + inpos]) << 12)
+ | ((in[28 + inpos]) << 16) | ((in[29 + inpos]) << 20)
+ | ((in[30 + inpos]) << 24) | ((in[31 + inpos]) << 28);
+ }
- protected static void fastunpack21(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 2097151)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 21)
- | ((in[1 + inpos] & 1023) << (21 - 10))
- ;
- out[2 + outpos] = ((in[1 + inpos] >>> 10) & 2097151)
- ;
- out[3 + outpos] = (in[1 + inpos] >>> 31)
- | ((in[2 + inpos] & 1048575) << (21 - 20))
- ;
- out[4 + outpos] = (in[2 + inpos] >>> 20)
- | ((in[3 + inpos] & 511) << (21 - 9))
- ;
- out[5 + outpos] = ((in[3 + inpos] >>> 9) & 2097151)
- ;
- out[6 + outpos] = (in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 524287) << (21 - 19))
- ;
- out[7 + outpos] = (in[4 + inpos] >>> 19)
- | ((in[5 + inpos] & 255) << (21 - 8))
- ;
- out[8 + outpos] = ((in[5 + inpos] >>> 8) & 2097151)
- ;
- out[9 + outpos] = (in[5 + inpos] >>> 29)
- | ((in[6 + inpos] & 262143) << (21 - 18))
- ;
- out[10 + outpos] = (in[6 + inpos] >>> 18)
- | ((in[7 + inpos] & 127) << (21 - 7))
- ;
- out[11 + outpos] = ((in[7 + inpos] >>> 7) & 2097151)
- ;
- out[12 + outpos] = (in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 131071) << (21 - 17))
- ;
- out[13 + outpos] = (in[8 + inpos] >>> 17)
- | ((in[9 + inpos] & 63) << (21 - 6))
- ;
- out[14 + outpos] = ((in[9 + inpos] >>> 6) & 2097151)
- ;
- out[15 + outpos] = (in[9 + inpos] >>> 27)
- | ((in[10 + inpos] & 65535) << (21 - 16))
- ;
- out[16 + outpos] = (in[10 + inpos] >>> 16)
- | ((in[11 + inpos] & 31) << (21 - 5))
- ;
- out[17 + outpos] = ((in[11 + inpos] >>> 5) & 2097151)
- ;
- out[18 + outpos] = (in[11 + inpos] >>> 26)
- | ((in[12 + inpos] & 32767) << (21 - 15))
- ;
- out[19 + outpos] = (in[12 + inpos] >>> 15)
- | ((in[13 + inpos] & 15) << (21 - 4))
- ;
- out[20 + outpos] = ((in[13 + inpos] >>> 4) & 2097151)
- ;
- out[21 + outpos] = (in[13 + inpos] >>> 25)
- | ((in[14 + inpos] & 16383) << (21 - 14))
- ;
- out[22 + outpos] = (in[14 + inpos] >>> 14)
- | ((in[15 + inpos] & 7) << (21 - 3))
- ;
- out[23 + outpos] = ((in[15 + inpos] >>> 3) & 2097151)
- ;
- out[24 + outpos] = (in[15 + inpos] >>> 24)
- | ((in[16 + inpos] & 8191) << (21 - 13))
- ;
- out[25 + outpos] = (in[16 + inpos] >>> 13)
- | ((in[17 + inpos] & 3) << (21 - 2))
- ;
- out[26 + outpos] = ((in[17 + inpos] >>> 2) & 2097151)
- ;
- out[27 + outpos] = (in[17 + inpos] >>> 23)
- | ((in[18 + inpos] & 4095) << (21 - 12))
- ;
- out[28 + outpos] = (in[18 + inpos] >>> 12)
- | ((in[19 + inpos] & 1) << (21 - 1))
- ;
- out[29 + outpos] = ((in[19 + inpos] >>> 1) & 2097151)
- ;
- out[30 + outpos] = (in[19 + inpos] >>> 22)
- | ((in[20 + inpos] & 2047) << (21 - 11))
- ;
- out[31 + outpos] = (in[20 + inpos] >>> 11)
- ;
- }
+ protected static void fastpackwithoutmask5(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 5)
+ | ((in[2 + inpos]) << 10) | ((in[3 + inpos]) << 15)
+ | ((in[4 + inpos]) << 20) | ((in[5 + inpos]) << 25)
+ | ((in[6 + inpos]) << 30);
+ out[1 + outpos] = ((in[6 + inpos]) >>> (5 - 3))
+ | ((in[7 + inpos]) << 3) | ((in[8 + inpos]) << 8)
+ | ((in[9 + inpos]) << 13) | ((in[10 + inpos]) << 18)
+ | ((in[11 + inpos]) << 23) | ((in[12 + inpos]) << 28);
+ out[2 + outpos] = ((in[12 + inpos]) >>> (5 - 1))
+ | ((in[13 + inpos]) << 1) | ((in[14 + inpos]) << 6)
+ | ((in[15 + inpos]) << 11) | ((in[16 + inpos]) << 16)
+ | ((in[17 + inpos]) << 21) | ((in[18 + inpos]) << 26)
+ | ((in[19 + inpos]) << 31);
+ out[3 + outpos] = ((in[19 + inpos]) >>> (5 - 4))
+ | ((in[20 + inpos]) << 4) | ((in[21 + inpos]) << 9)
+ | ((in[22 + inpos]) << 14) | ((in[23 + inpos]) << 19)
+ | ((in[24 + inpos]) << 24) | ((in[25 + inpos]) << 29);
+ out[4 + outpos] = ((in[25 + inpos]) >>> (5 - 2))
+ | ((in[26 + inpos]) << 2) | ((in[27 + inpos]) << 7)
+ | ((in[28 + inpos]) << 12) | ((in[29 + inpos]) << 17)
+ | ((in[30 + inpos]) << 22) | ((in[31 + inpos]) << 27);
+ }
+ protected static void fastpackwithoutmask6(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 6)
+ | ((in[2 + inpos]) << 12) | ((in[3 + inpos]) << 18)
+ | ((in[4 + inpos]) << 24) | ((in[5 + inpos]) << 30);
+ out[1 + outpos] = ((in[5 + inpos]) >>> (6 - 4))
+ | ((in[6 + inpos]) << 4) | ((in[7 + inpos]) << 10)
+ | ((in[8 + inpos]) << 16) | ((in[9 + inpos]) << 22)
+ | ((in[10 + inpos]) << 28);
+ out[2 + outpos] = ((in[10 + inpos]) >>> (6 - 2))
+ | ((in[11 + inpos]) << 2) | ((in[12 + inpos]) << 8)
+ | ((in[13 + inpos]) << 14) | ((in[14 + inpos]) << 20)
+ | ((in[15 + inpos]) << 26);
+ out[3 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 6)
+ | ((in[18 + inpos]) << 12) | ((in[19 + inpos]) << 18)
+ | ((in[20 + inpos]) << 24) | ((in[21 + inpos]) << 30);
+ out[4 + outpos] = ((in[21 + inpos]) >>> (6 - 4))
+ | ((in[22 + inpos]) << 4) | ((in[23 + inpos]) << 10)
+ | ((in[24 + inpos]) << 16) | ((in[25 + inpos]) << 22)
+ | ((in[26 + inpos]) << 28);
+ out[5 + outpos] = ((in[26 + inpos]) >>> (6 - 2))
+ | ((in[27 + inpos]) << 2) | ((in[28 + inpos]) << 8)
+ | ((in[29 + inpos]) << 14) | ((in[30 + inpos]) << 20)
+ | ((in[31 + inpos]) << 26);
+ }
- protected static void fastunpack22(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 4194303)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 22)
- | ((in[1 + inpos] & 4095) << (22 - 12))
- ;
- out[2 + outpos] = (in[1 + inpos] >>> 12)
- | ((in[2 + inpos] & 3) << (22 - 2))
- ;
- out[3 + outpos] = ((in[2 + inpos] >>> 2) & 4194303)
- ;
- out[4 + outpos] = (in[2 + inpos] >>> 24)
- | ((in[3 + inpos] & 16383) << (22 - 14))
- ;
- out[5 + outpos] = (in[3 + inpos] >>> 14)
- | ((in[4 + inpos] & 15) << (22 - 4))
- ;
- out[6 + outpos] = ((in[4 + inpos] >>> 4) & 4194303)
- ;
- out[7 + outpos] = (in[4 + inpos] >>> 26)
- | ((in[5 + inpos] & 65535) << (22 - 16))
- ;
- out[8 + outpos] = (in[5 + inpos] >>> 16)
- | ((in[6 + inpos] & 63) << (22 - 6))
- ;
- out[9 + outpos] = ((in[6 + inpos] >>> 6) & 4194303)
- ;
- out[10 + outpos] = (in[6 + inpos] >>> 28)
- | ((in[7 + inpos] & 262143) << (22 - 18))
- ;
- out[11 + outpos] = (in[7 + inpos] >>> 18)
- | ((in[8 + inpos] & 255) << (22 - 8))
- ;
- out[12 + outpos] = ((in[8 + inpos] >>> 8) & 4194303)
- ;
- out[13 + outpos] = (in[8 + inpos] >>> 30)
- | ((in[9 + inpos] & 1048575) << (22 - 20))
- ;
- out[14 + outpos] = (in[9 + inpos] >>> 20)
- | ((in[10 + inpos] & 1023) << (22 - 10))
- ;
- out[15 + outpos] = (in[10 + inpos] >>> 10)
- ;
- out[16 + outpos] = ((in[11 + inpos] >>> 0) & 4194303)
- ;
- out[17 + outpos] = (in[11 + inpos] >>> 22)
- | ((in[12 + inpos] & 4095) << (22 - 12))
- ;
- out[18 + outpos] = (in[12 + inpos] >>> 12)
- | ((in[13 + inpos] & 3) << (22 - 2))
- ;
- out[19 + outpos] = ((in[13 + inpos] >>> 2) & 4194303)
- ;
- out[20 + outpos] = (in[13 + inpos] >>> 24)
- | ((in[14 + inpos] & 16383) << (22 - 14))
- ;
- out[21 + outpos] = (in[14 + inpos] >>> 14)
- | ((in[15 + inpos] & 15) << (22 - 4))
- ;
- out[22 + outpos] = ((in[15 + inpos] >>> 4) & 4194303)
- ;
- out[23 + outpos] = (in[15 + inpos] >>> 26)
- | ((in[16 + inpos] & 65535) << (22 - 16))
- ;
- out[24 + outpos] = (in[16 + inpos] >>> 16)
- | ((in[17 + inpos] & 63) << (22 - 6))
- ;
- out[25 + outpos] = ((in[17 + inpos] >>> 6) & 4194303)
- ;
- out[26 + outpos] = (in[17 + inpos] >>> 28)
- | ((in[18 + inpos] & 262143) << (22 - 18))
- ;
- out[27 + outpos] = (in[18 + inpos] >>> 18)
- | ((in[19 + inpos] & 255) << (22 - 8))
- ;
- out[28 + outpos] = ((in[19 + inpos] >>> 8) & 4194303)
- ;
- out[29 + outpos] = (in[19 + inpos] >>> 30)
- | ((in[20 + inpos] & 1048575) << (22 - 20))
- ;
- out[30 + outpos] = (in[20 + inpos] >>> 20)
- | ((in[21 + inpos] & 1023) << (22 - 10))
- ;
- out[31 + outpos] = (in[21 + inpos] >>> 10)
- ;
- }
+ protected static void fastpackwithoutmask7(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 7)
+ | ((in[2 + inpos]) << 14) | ((in[3 + inpos]) << 21)
+ | ((in[4 + inpos]) << 28);
+ out[1 + outpos] = ((in[4 + inpos]) >>> (7 - 3))
+ | ((in[5 + inpos]) << 3) | ((in[6 + inpos]) << 10)
+ | ((in[7 + inpos]) << 17) | ((in[8 + inpos]) << 24)
+ | ((in[9 + inpos]) << 31);
+ out[2 + outpos] = ((in[9 + inpos]) >>> (7 - 6))
+ | ((in[10 + inpos]) << 6) | ((in[11 + inpos]) << 13)
+ | ((in[12 + inpos]) << 20) | ((in[13 + inpos]) << 27);
+ out[3 + outpos] = ((in[13 + inpos]) >>> (7 - 2))
+ | ((in[14 + inpos]) << 2) | ((in[15 + inpos]) << 9)
+ | ((in[16 + inpos]) << 16) | ((in[17 + inpos]) << 23)
+ | ((in[18 + inpos]) << 30);
+ out[4 + outpos] = ((in[18 + inpos]) >>> (7 - 5))
+ | ((in[19 + inpos]) << 5) | ((in[20 + inpos]) << 12)
+ | ((in[21 + inpos]) << 19) | ((in[22 + inpos]) << 26);
+ out[5 + outpos] = ((in[22 + inpos]) >>> (7 - 1))
+ | ((in[23 + inpos]) << 1) | ((in[24 + inpos]) << 8)
+ | ((in[25 + inpos]) << 15) | ((in[26 + inpos]) << 22)
+ | ((in[27 + inpos]) << 29);
+ out[6 + outpos] = ((in[27 + inpos]) >>> (7 - 4))
+ | ((in[28 + inpos]) << 4) | ((in[29 + inpos]) << 11)
+ | ((in[30 + inpos]) << 18) | ((in[31 + inpos]) << 25);
+ }
+ protected static void fastpackwithoutmask8(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 8)
+ | ((in[2 + inpos]) << 16) | ((in[3 + inpos]) << 24);
+ out[1 + outpos] = in[4 + inpos] | ((in[5 + inpos]) << 8)
+ | ((in[6 + inpos]) << 16) | ((in[7 + inpos]) << 24);
+ out[2 + outpos] = in[8 + inpos] | ((in[9 + inpos]) << 8)
+ | ((in[10 + inpos]) << 16) | ((in[11 + inpos]) << 24);
+ out[3 + outpos] = in[12 + inpos] | ((in[13 + inpos]) << 8)
+ | ((in[14 + inpos]) << 16) | ((in[15 + inpos]) << 24);
+ out[4 + outpos] = in[16 + inpos] | ((in[17 + inpos]) << 8)
+ | ((in[18 + inpos]) << 16) | ((in[19 + inpos]) << 24);
+ out[5 + outpos] = in[20 + inpos] | ((in[21 + inpos]) << 8)
+ | ((in[22 + inpos]) << 16) | ((in[23 + inpos]) << 24);
+ out[6 + outpos] = in[24 + inpos] | ((in[25 + inpos]) << 8)
+ | ((in[26 + inpos]) << 16) | ((in[27 + inpos]) << 24);
+ out[7 + outpos] = in[28 + inpos] | ((in[29 + inpos]) << 8)
+ | ((in[30 + inpos]) << 16) | ((in[31 + inpos]) << 24);
+ }
- protected static void fastunpack23(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 8388607)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 23)
- | ((in[1 + inpos] & 16383) << (23 - 14))
- ;
- out[2 + outpos] = (in[1 + inpos] >>> 14)
- | ((in[2 + inpos] & 31) << (23 - 5))
- ;
- out[3 + outpos] = ((in[2 + inpos] >>> 5) & 8388607)
- ;
- out[4 + outpos] = (in[2 + inpos] >>> 28)
- | ((in[3 + inpos] & 524287) << (23 - 19))
- ;
- out[5 + outpos] = (in[3 + inpos] >>> 19)
- | ((in[4 + inpos] & 1023) << (23 - 10))
- ;
- out[6 + outpos] = (in[4 + inpos] >>> 10)
- | ((in[5 + inpos] & 1) << (23 - 1))
- ;
- out[7 + outpos] = ((in[5 + inpos] >>> 1) & 8388607)
- ;
- out[8 + outpos] = (in[5 + inpos] >>> 24)
- | ((in[6 + inpos] & 32767) << (23 - 15))
- ;
- out[9 + outpos] = (in[6 + inpos] >>> 15)
- | ((in[7 + inpos] & 63) << (23 - 6))
- ;
- out[10 + outpos] = ((in[7 + inpos] >>> 6) & 8388607)
- ;
- out[11 + outpos] = (in[7 + inpos] >>> 29)
- | ((in[8 + inpos] & 1048575) << (23 - 20))
- ;
- out[12 + outpos] = (in[8 + inpos] >>> 20)
- | ((in[9 + inpos] & 2047) << (23 - 11))
- ;
- out[13 + outpos] = (in[9 + inpos] >>> 11)
- | ((in[10 + inpos] & 3) << (23 - 2))
- ;
- out[14 + outpos] = ((in[10 + inpos] >>> 2) & 8388607)
- ;
- out[15 + outpos] = (in[10 + inpos] >>> 25)
- | ((in[11 + inpos] & 65535) << (23 - 16))
- ;
- out[16 + outpos] = (in[11 + inpos] >>> 16)
- | ((in[12 + inpos] & 127) << (23 - 7))
- ;
- out[17 + outpos] = ((in[12 + inpos] >>> 7) & 8388607)
- ;
- out[18 + outpos] = (in[12 + inpos] >>> 30)
- | ((in[13 + inpos] & 2097151) << (23 - 21))
- ;
- out[19 + outpos] = (in[13 + inpos] >>> 21)
- | ((in[14 + inpos] & 4095) << (23 - 12))
- ;
- out[20 + outpos] = (in[14 + inpos] >>> 12)
- | ((in[15 + inpos] & 7) << (23 - 3))
- ;
- out[21 + outpos] = ((in[15 + inpos] >>> 3) & 8388607)
- ;
- out[22 + outpos] = (in[15 + inpos] >>> 26)
- | ((in[16 + inpos] & 131071) << (23 - 17))
- ;
- out[23 + outpos] = (in[16 + inpos] >>> 17)
- | ((in[17 + inpos] & 255) << (23 - 8))
- ;
- out[24 + outpos] = ((in[17 + inpos] >>> 8) & 8388607)
- ;
- out[25 + outpos] = (in[17 + inpos] >>> 31)
- | ((in[18 + inpos] & 4194303) << (23 - 22))
- ;
- out[26 + outpos] = (in[18 + inpos] >>> 22)
- | ((in[19 + inpos] & 8191) << (23 - 13))
- ;
- out[27 + outpos] = (in[19 + inpos] >>> 13)
- | ((in[20 + inpos] & 15) << (23 - 4))
- ;
- out[28 + outpos] = ((in[20 + inpos] >>> 4) & 8388607)
- ;
- out[29 + outpos] = (in[20 + inpos] >>> 27)
- | ((in[21 + inpos] & 262143) << (23 - 18))
- ;
- out[30 + outpos] = (in[21 + inpos] >>> 18)
- | ((in[22 + inpos] & 511) << (23 - 9))
- ;
- out[31 + outpos] = (in[22 + inpos] >>> 9)
- ;
- }
+ protected static void fastpackwithoutmask9(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = in[0 + inpos] | ((in[1 + inpos]) << 9)
+ | ((in[2 + inpos]) << 18) | ((in[3 + inpos]) << 27);
+ out[1 + outpos] = ((in[3 + inpos]) >>> (9 - 4))
+ | ((in[4 + inpos]) << 4) | ((in[5 + inpos]) << 13)
+ | ((in[6 + inpos]) << 22) | ((in[7 + inpos]) << 31);
+ out[2 + outpos] = ((in[7 + inpos]) >>> (9 - 8))
+ | ((in[8 + inpos]) << 8) | ((in[9 + inpos]) << 17)
+ | ((in[10 + inpos]) << 26);
+ out[3 + outpos] = ((in[10 + inpos]) >>> (9 - 3))
+ | ((in[11 + inpos]) << 3) | ((in[12 + inpos]) << 12)
+ | ((in[13 + inpos]) << 21) | ((in[14 + inpos]) << 30);
+ out[4 + outpos] = ((in[14 + inpos]) >>> (9 - 7))
+ | ((in[15 + inpos]) << 7) | ((in[16 + inpos]) << 16)
+ | ((in[17 + inpos]) << 25);
+ out[5 + outpos] = ((in[17 + inpos]) >>> (9 - 2))
+ | ((in[18 + inpos]) << 2) | ((in[19 + inpos]) << 11)
+ | ((in[20 + inpos]) << 20) | ((in[21 + inpos]) << 29);
+ out[6 + outpos] = ((in[21 + inpos]) >>> (9 - 6))
+ | ((in[22 + inpos]) << 6) | ((in[23 + inpos]) << 15)
+ | ((in[24 + inpos]) << 24);
+ out[7 + outpos] = ((in[24 + inpos]) >>> (9 - 1))
+ | ((in[25 + inpos]) << 1) | ((in[26 + inpos]) << 10)
+ | ((in[27 + inpos]) << 19) | ((in[28 + inpos]) << 28);
+ out[8 + outpos] = ((in[28 + inpos]) >>> (9 - 5))
+ | ((in[29 + inpos]) << 5) | ((in[30 + inpos]) << 14)
+ | ((in[31 + inpos]) << 23);
+ }
+ /**
+ * Unpack the 32 integers
+ *
+ * @param in
+ * source array
+ * @param inpos
+ * starting point in the source array
+ * @param out
+ * output array
+ * @param outpos
+ * starting point in the output array
+ * @param bit
+ * how many bits to use per integer
+ */
+ public static void fastunpack(final int[] in, final int inpos,
+ final int[] out, final int outpos, final int bit) {
+ switch (bit) {
+ case 0:
+ fastunpack0(in, inpos, out, outpos);
+ break;
+ case 1:
+ fastunpack1(in, inpos, out, outpos);
+ break;
+ case 2:
+ fastunpack2(in, inpos, out, outpos);
+ break;
+ case 3:
+ fastunpack3(in, inpos, out, outpos);
+ break;
+ case 4:
+ fastunpack4(in, inpos, out, outpos);
+ break;
+ case 5:
+ fastunpack5(in, inpos, out, outpos);
+ break;
+ case 6:
+ fastunpack6(in, inpos, out, outpos);
+ break;
+ case 7:
+ fastunpack7(in, inpos, out, outpos);
+ break;
+ case 8:
+ fastunpack8(in, inpos, out, outpos);
+ break;
+ case 9:
+ fastunpack9(in, inpos, out, outpos);
+ break;
+ case 10:
+ fastunpack10(in, inpos, out, outpos);
+ break;
+ case 11:
+ fastunpack11(in, inpos, out, outpos);
+ break;
+ case 12:
+ fastunpack12(in, inpos, out, outpos);
+ break;
+ case 13:
+ fastunpack13(in, inpos, out, outpos);
+ break;
+ case 14:
+ fastunpack14(in, inpos, out, outpos);
+ break;
+ case 15:
+ fastunpack15(in, inpos, out, outpos);
+ break;
+ case 16:
+ fastunpack16(in, inpos, out, outpos);
+ break;
+ case 17:
+ fastunpack17(in, inpos, out, outpos);
+ break;
+ case 18:
+ fastunpack18(in, inpos, out, outpos);
+ break;
+ case 19:
+ fastunpack19(in, inpos, out, outpos);
+ break;
+ case 20:
+ fastunpack20(in, inpos, out, outpos);
+ break;
+ case 21:
+ fastunpack21(in, inpos, out, outpos);
+ break;
+ case 22:
+ fastunpack22(in, inpos, out, outpos);
+ break;
+ case 23:
+ fastunpack23(in, inpos, out, outpos);
+ break;
+ case 24:
+ fastunpack24(in, inpos, out, outpos);
+ break;
+ case 25:
+ fastunpack25(in, inpos, out, outpos);
+ break;
+ case 26:
+ fastunpack26(in, inpos, out, outpos);
+ break;
+ case 27:
+ fastunpack27(in, inpos, out, outpos);
+ break;
+ case 28:
+ fastunpack28(in, inpos, out, outpos);
+ break;
+ case 29:
+ fastunpack29(in, inpos, out, outpos);
+ break;
+ case 30:
+ fastunpack30(in, inpos, out, outpos);
+ break;
+ case 31:
+ fastunpack31(in, inpos, out, outpos);
+ break;
+ case 32:
+ fastunpack32(in, inpos, out, outpos);
+ break;
+ default:
+ throw new IllegalArgumentException(
+ "Unsupported bit width.");
+ }
+ }
- protected static void fastunpack24(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 16777215)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 24)
- | ((in[1 + inpos] & 65535) << (24 - 16))
- ;
- out[2 + outpos] = (in[1 + inpos] >>> 16)
- | ((in[2 + inpos] & 255) << (24 - 8))
- ;
- out[3 + outpos] = (in[2 + inpos] >>> 8)
- ;
- out[4 + outpos] = ((in[3 + inpos] >>> 0) & 16777215)
- ;
- out[5 + outpos] = (in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 65535) << (24 - 16))
- ;
- out[6 + outpos] = (in[4 + inpos] >>> 16)
- | ((in[5 + inpos] & 255) << (24 - 8))
- ;
- out[7 + outpos] = (in[5 + inpos] >>> 8)
- ;
- out[8 + outpos] = ((in[6 + inpos] >>> 0) & 16777215)
- ;
- out[9 + outpos] = (in[6 + inpos] >>> 24)
- | ((in[7 + inpos] & 65535) << (24 - 16))
- ;
- out[10 + outpos] = (in[7 + inpos] >>> 16)
- | ((in[8 + inpos] & 255) << (24 - 8))
- ;
- out[11 + outpos] = (in[8 + inpos] >>> 8)
- ;
- out[12 + outpos] = ((in[9 + inpos] >>> 0) & 16777215)
- ;
- out[13 + outpos] = (in[9 + inpos] >>> 24)
- | ((in[10 + inpos] & 65535) << (24 - 16))
- ;
- out[14 + outpos] = (in[10 + inpos] >>> 16)
- | ((in[11 + inpos] & 255) << (24 - 8))
- ;
- out[15 + outpos] = (in[11 + inpos] >>> 8)
- ;
- out[16 + outpos] = ((in[12 + inpos] >>> 0) & 16777215)
- ;
- out[17 + outpos] = (in[12 + inpos] >>> 24)
- | ((in[13 + inpos] & 65535) << (24 - 16))
- ;
- out[18 + outpos] = (in[13 + inpos] >>> 16)
- | ((in[14 + inpos] & 255) << (24 - 8))
- ;
- out[19 + outpos] = (in[14 + inpos] >>> 8)
- ;
- out[20 + outpos] = ((in[15 + inpos] >>> 0) & 16777215)
- ;
- out[21 + outpos] = (in[15 + inpos] >>> 24)
- | ((in[16 + inpos] & 65535) << (24 - 16))
- ;
- out[22 + outpos] = (in[16 + inpos] >>> 16)
- | ((in[17 + inpos] & 255) << (24 - 8))
- ;
- out[23 + outpos] = (in[17 + inpos] >>> 8)
- ;
- out[24 + outpos] = ((in[18 + inpos] >>> 0) & 16777215)
- ;
- out[25 + outpos] = (in[18 + inpos] >>> 24)
- | ((in[19 + inpos] & 65535) << (24 - 16))
- ;
- out[26 + outpos] = (in[19 + inpos] >>> 16)
- | ((in[20 + inpos] & 255) << (24 - 8))
- ;
- out[27 + outpos] = (in[20 + inpos] >>> 8)
- ;
- out[28 + outpos] = ((in[21 + inpos] >>> 0) & 16777215)
- ;
- out[29 + outpos] = (in[21 + inpos] >>> 24)
- | ((in[22 + inpos] & 65535) << (24 - 16))
- ;
- out[30 + outpos] = (in[22 + inpos] >>> 16)
- | ((in[23 + inpos] & 255) << (24 - 8))
- ;
- out[31 + outpos] = (in[23 + inpos] >>> 8)
- ;
- }
+ protected static void fastunpack0(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ Arrays.fill(out, outpos, outpos + 32, 0);
+ }
+ protected static void fastunpack1(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 1);
+ out[1 + outpos] = ((in[0 + inpos] >>> 1) & 1);
+ out[2 + outpos] = ((in[0 + inpos] >>> 2) & 1);
+ out[3 + outpos] = ((in[0 + inpos] >>> 3) & 1);
+ out[4 + outpos] = ((in[0 + inpos] >>> 4) & 1);
+ out[5 + outpos] = ((in[0 + inpos] >>> 5) & 1);
+ out[6 + outpos] = ((in[0 + inpos] >>> 6) & 1);
+ out[7 + outpos] = ((in[0 + inpos] >>> 7) & 1);
+ out[8 + outpos] = ((in[0 + inpos] >>> 8) & 1);
+ out[9 + outpos] = ((in[0 + inpos] >>> 9) & 1);
+ out[10 + outpos] = ((in[0 + inpos] >>> 10) & 1);
+ out[11 + outpos] = ((in[0 + inpos] >>> 11) & 1);
+ out[12 + outpos] = ((in[0 + inpos] >>> 12) & 1);
+ out[13 + outpos] = ((in[0 + inpos] >>> 13) & 1);
+ out[14 + outpos] = ((in[0 + inpos] >>> 14) & 1);
+ out[15 + outpos] = ((in[0 + inpos] >>> 15) & 1);
+ out[16 + outpos] = ((in[0 + inpos] >>> 16) & 1);
+ out[17 + outpos] = ((in[0 + inpos] >>> 17) & 1);
+ out[18 + outpos] = ((in[0 + inpos] >>> 18) & 1);
+ out[19 + outpos] = ((in[0 + inpos] >>> 19) & 1);
+ out[20 + outpos] = ((in[0 + inpos] >>> 20) & 1);
+ out[21 + outpos] = ((in[0 + inpos] >>> 21) & 1);
+ out[22 + outpos] = ((in[0 + inpos] >>> 22) & 1);
+ out[23 + outpos] = ((in[0 + inpos] >>> 23) & 1);
+ out[24 + outpos] = ((in[0 + inpos] >>> 24) & 1);
+ out[25 + outpos] = ((in[0 + inpos] >>> 25) & 1);
+ out[26 + outpos] = ((in[0 + inpos] >>> 26) & 1);
+ out[27 + outpos] = ((in[0 + inpos] >>> 27) & 1);
+ out[28 + outpos] = ((in[0 + inpos] >>> 28) & 1);
+ out[29 + outpos] = ((in[0 + inpos] >>> 29) & 1);
+ out[30 + outpos] = ((in[0 + inpos] >>> 30) & 1);
+ out[31 + outpos] = (in[0 + inpos] >>> 31);
+ }
- protected static void fastunpack25(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 33554431)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 25)
- | ((in[1 + inpos] & 262143) << (25 - 18))
- ;
- out[2 + outpos] = (in[1 + inpos] >>> 18)
- | ((in[2 + inpos] & 2047) << (25 - 11))
- ;
- out[3 + outpos] = (in[2 + inpos] >>> 11)
- | ((in[3 + inpos] & 15) << (25 - 4))
- ;
- out[4 + outpos] = ((in[3 + inpos] >>> 4) & 33554431)
- ;
- out[5 + outpos] = (in[3 + inpos] >>> 29)
- | ((in[4 + inpos] & 4194303) << (25 - 22))
- ;
- out[6 + outpos] = (in[4 + inpos] >>> 22)
- | ((in[5 + inpos] & 32767) << (25 - 15))
- ;
- out[7 + outpos] = (in[5 + inpos] >>> 15)
- | ((in[6 + inpos] & 255) << (25 - 8))
- ;
- out[8 + outpos] = (in[6 + inpos] >>> 8)
- | ((in[7 + inpos] & 1) << (25 - 1))
- ;
- out[9 + outpos] = ((in[7 + inpos] >>> 1) & 33554431)
- ;
- out[10 + outpos] = (in[7 + inpos] >>> 26)
- | ((in[8 + inpos] & 524287) << (25 - 19))
- ;
- out[11 + outpos] = (in[8 + inpos] >>> 19)
- | ((in[9 + inpos] & 4095) << (25 - 12))
- ;
- out[12 + outpos] = (in[9 + inpos] >>> 12)
- | ((in[10 + inpos] & 31) << (25 - 5))
- ;
- out[13 + outpos] = ((in[10 + inpos] >>> 5) & 33554431)
- ;
- out[14 + outpos] = (in[10 + inpos] >>> 30)
- | ((in[11 + inpos] & 8388607) << (25 - 23))
- ;
- out[15 + outpos] = (in[11 + inpos] >>> 23)
- | ((in[12 + inpos] & 65535) << (25 - 16))
- ;
- out[16 + outpos] = (in[12 + inpos] >>> 16)
- | ((in[13 + inpos] & 511) << (25 - 9))
- ;
- out[17 + outpos] = (in[13 + inpos] >>> 9)
- | ((in[14 + inpos] & 3) << (25 - 2))
- ;
- out[18 + outpos] = ((in[14 + inpos] >>> 2) & 33554431)
- ;
- out[19 + outpos] = (in[14 + inpos] >>> 27)
- | ((in[15 + inpos] & 1048575) << (25 - 20))
- ;
- out[20 + outpos] = (in[15 + inpos] >>> 20)
- | ((in[16 + inpos] & 8191) << (25 - 13))
- ;
- out[21 + outpos] = (in[16 + inpos] >>> 13)
- | ((in[17 + inpos] & 63) << (25 - 6))
- ;
- out[22 + outpos] = ((in[17 + inpos] >>> 6) & 33554431)
- ;
- out[23 + outpos] = (in[17 + inpos] >>> 31)
- | ((in[18 + inpos] & 16777215) << (25 - 24))
- ;
- out[24 + outpos] = (in[18 + inpos] >>> 24)
- | ((in[19 + inpos] & 131071) << (25 - 17))
- ;
- out[25 + outpos] = (in[19 + inpos] >>> 17)
- | ((in[20 + inpos] & 1023) << (25 - 10))
- ;
- out[26 + outpos] = (in[20 + inpos] >>> 10)
- | ((in[21 + inpos] & 7) << (25 - 3))
- ;
- out[27 + outpos] = ((in[21 + inpos] >>> 3) & 33554431)
- ;
- out[28 + outpos] = (in[21 + inpos] >>> 28)
- | ((in[22 + inpos] & 2097151) << (25 - 21))
- ;
- out[29 + outpos] = (in[22 + inpos] >>> 21)
- | ((in[23 + inpos] & 16383) << (25 - 14))
- ;
- out[30 + outpos] = (in[23 + inpos] >>> 14)
- | ((in[24 + inpos] & 127) << (25 - 7))
- ;
- out[31 + outpos] = (in[24 + inpos] >>> 7)
- ;
- }
+ protected static void fastunpack10(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 1023);
+ out[1 + outpos] = ((in[0 + inpos] >>> 10) & 1023);
+ out[2 + outpos] = ((in[0 + inpos] >>> 20) & 1023);
+ out[3 + outpos] = (in[0 + inpos] >>> 30)
+ | ((in[1 + inpos] & 255) << (10 - 8));
+ out[4 + outpos] = ((in[1 + inpos] >>> 8) & 1023);
+ out[5 + outpos] = ((in[1 + inpos] >>> 18) & 1023);
+ out[6 + outpos] = (in[1 + inpos] >>> 28)
+ | ((in[2 + inpos] & 63) << (10 - 6));
+ out[7 + outpos] = ((in[2 + inpos] >>> 6) & 1023);
+ out[8 + outpos] = ((in[2 + inpos] >>> 16) & 1023);
+ out[9 + outpos] = (in[2 + inpos] >>> 26)
+ | ((in[3 + inpos] & 15) << (10 - 4));
+ out[10 + outpos] = ((in[3 + inpos] >>> 4) & 1023);
+ out[11 + outpos] = ((in[3 + inpos] >>> 14) & 1023);
+ out[12 + outpos] = (in[3 + inpos] >>> 24)
+ | ((in[4 + inpos] & 3) << (10 - 2));
+ out[13 + outpos] = ((in[4 + inpos] >>> 2) & 1023);
+ out[14 + outpos] = ((in[4 + inpos] >>> 12) & 1023);
+ out[15 + outpos] = (in[4 + inpos] >>> 22);
+ out[16 + outpos] = ((in[5 + inpos] >>> 0) & 1023);
+ out[17 + outpos] = ((in[5 + inpos] >>> 10) & 1023);
+ out[18 + outpos] = ((in[5 + inpos] >>> 20) & 1023);
+ out[19 + outpos] = (in[5 + inpos] >>> 30)
+ | ((in[6 + inpos] & 255) << (10 - 8));
+ out[20 + outpos] = ((in[6 + inpos] >>> 8) & 1023);
+ out[21 + outpos] = ((in[6 + inpos] >>> 18) & 1023);
+ out[22 + outpos] = (in[6 + inpos] >>> 28)
+ | ((in[7 + inpos] & 63) << (10 - 6));
+ out[23 + outpos] = ((in[7 + inpos] >>> 6) & 1023);
+ out[24 + outpos] = ((in[7 + inpos] >>> 16) & 1023);
+ out[25 + outpos] = (in[7 + inpos] >>> 26)
+ | ((in[8 + inpos] & 15) << (10 - 4));
+ out[26 + outpos] = ((in[8 + inpos] >>> 4) & 1023);
+ out[27 + outpos] = ((in[8 + inpos] >>> 14) & 1023);
+ out[28 + outpos] = (in[8 + inpos] >>> 24)
+ | ((in[9 + inpos] & 3) << (10 - 2));
+ out[29 + outpos] = ((in[9 + inpos] >>> 2) & 1023);
+ out[30 + outpos] = ((in[9 + inpos] >>> 12) & 1023);
+ out[31 + outpos] = (in[9 + inpos] >>> 22);
+ }
+ protected static void fastunpack11(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 2047);
+ out[1 + outpos] = ((in[0 + inpos] >>> 11) & 2047);
+ out[2 + outpos] = (in[0 + inpos] >>> 22)
+ | ((in[1 + inpos] & 1) << (11 - 1));
+ out[3 + outpos] = ((in[1 + inpos] >>> 1) & 2047);
+ out[4 + outpos] = ((in[1 + inpos] >>> 12) & 2047);
+ out[5 + outpos] = (in[1 + inpos] >>> 23)
+ | ((in[2 + inpos] & 3) << (11 - 2));
+ out[6 + outpos] = ((in[2 + inpos] >>> 2) & 2047);
+ out[7 + outpos] = ((in[2 + inpos] >>> 13) & 2047);
+ out[8 + outpos] = (in[2 + inpos] >>> 24)
+ | ((in[3 + inpos] & 7) << (11 - 3));
+ out[9 + outpos] = ((in[3 + inpos] >>> 3) & 2047);
+ out[10 + outpos] = ((in[3 + inpos] >>> 14) & 2047);
+ out[11 + outpos] = (in[3 + inpos] >>> 25)
+ | ((in[4 + inpos] & 15) << (11 - 4));
+ out[12 + outpos] = ((in[4 + inpos] >>> 4) & 2047);
+ out[13 + outpos] = ((in[4 + inpos] >>> 15) & 2047);
+ out[14 + outpos] = (in[4 + inpos] >>> 26)
+ | ((in[5 + inpos] & 31) << (11 - 5));
+ out[15 + outpos] = ((in[5 + inpos] >>> 5) & 2047);
+ out[16 + outpos] = ((in[5 + inpos] >>> 16) & 2047);
+ out[17 + outpos] = (in[5 + inpos] >>> 27)
+ | ((in[6 + inpos] & 63) << (11 - 6));
+ out[18 + outpos] = ((in[6 + inpos] >>> 6) & 2047);
+ out[19 + outpos] = ((in[6 + inpos] >>> 17) & 2047);
+ out[20 + outpos] = (in[6 + inpos] >>> 28)
+ | ((in[7 + inpos] & 127) << (11 - 7));
+ out[21 + outpos] = ((in[7 + inpos] >>> 7) & 2047);
+ out[22 + outpos] = ((in[7 + inpos] >>> 18) & 2047);
+ out[23 + outpos] = (in[7 + inpos] >>> 29)
+ | ((in[8 + inpos] & 255) << (11 - 8));
+ out[24 + outpos] = ((in[8 + inpos] >>> 8) & 2047);
+ out[25 + outpos] = ((in[8 + inpos] >>> 19) & 2047);
+ out[26 + outpos] = (in[8 + inpos] >>> 30)
+ | ((in[9 + inpos] & 511) << (11 - 9));
+ out[27 + outpos] = ((in[9 + inpos] >>> 9) & 2047);
+ out[28 + outpos] = ((in[9 + inpos] >>> 20) & 2047);
+ out[29 + outpos] = (in[9 + inpos] >>> 31)
+ | ((in[10 + inpos] & 1023) << (11 - 10));
+ out[30 + outpos] = ((in[10 + inpos] >>> 10) & 2047);
+ out[31 + outpos] = (in[10 + inpos] >>> 21);
+ }
- protected static void fastunpack26(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 67108863)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 26)
- | ((in[1 + inpos] & 1048575) << (26 - 20))
- ;
- out[2 + outpos] = (in[1 + inpos] >>> 20)
- | ((in[2 + inpos] & 16383) << (26 - 14))
- ;
- out[3 + outpos] = (in[2 + inpos] >>> 14)
- | ((in[3 + inpos] & 255) << (26 - 8))
- ;
- out[4 + outpos] = (in[3 + inpos] >>> 8)
- | ((in[4 + inpos] & 3) << (26 - 2))
- ;
- out[5 + outpos] = ((in[4 + inpos] >>> 2) & 67108863)
- ;
- out[6 + outpos] = (in[4 + inpos] >>> 28)
- | ((in[5 + inpos] & 4194303) << (26 - 22))
- ;
- out[7 + outpos] = (in[5 + inpos] >>> 22)
- | ((in[6 + inpos] & 65535) << (26 - 16))
- ;
- out[8 + outpos] = (in[6 + inpos] >>> 16)
- | ((in[7 + inpos] & 1023) << (26 - 10))
- ;
- out[9 + outpos] = (in[7 + inpos] >>> 10)
- | ((in[8 + inpos] & 15) << (26 - 4))
- ;
- out[10 + outpos] = ((in[8 + inpos] >>> 4) & 67108863)
- ;
- out[11 + outpos] = (in[8 + inpos] >>> 30)
- | ((in[9 + inpos] & 16777215) << (26 - 24))
- ;
- out[12 + outpos] = (in[9 + inpos] >>> 24)
- | ((in[10 + inpos] & 262143) << (26 - 18))
- ;
- out[13 + outpos] = (in[10 + inpos] >>> 18)
- | ((in[11 + inpos] & 4095) << (26 - 12))
- ;
- out[14 + outpos] = (in[11 + inpos] >>> 12)
- | ((in[12 + inpos] & 63) << (26 - 6))
- ;
- out[15 + outpos] = (in[12 + inpos] >>> 6)
- ;
- out[16 + outpos] = ((in[13 + inpos] >>> 0) & 67108863)
- ;
- out[17 + outpos] = (in[13 + inpos] >>> 26)
- | ((in[14 + inpos] & 1048575) << (26 - 20))
- ;
- out[18 + outpos] = (in[14 + inpos] >>> 20)
- | ((in[15 + inpos] & 16383) << (26 - 14))
- ;
- out[19 + outpos] = (in[15 + inpos] >>> 14)
- | ((in[16 + inpos] & 255) << (26 - 8))
- ;
- out[20 + outpos] = (in[16 + inpos] >>> 8)
- | ((in[17 + inpos] & 3) << (26 - 2))
- ;
- out[21 + outpos] = ((in[17 + inpos] >>> 2) & 67108863)
- ;
- out[22 + outpos] = (in[17 + inpos] >>> 28)
- | ((in[18 + inpos] & 4194303) << (26 - 22))
- ;
- out[23 + outpos] = (in[18 + inpos] >>> 22)
- | ((in[19 + inpos] & 65535) << (26 - 16))
- ;
- out[24 + outpos] = (in[19 + inpos] >>> 16)
- | ((in[20 + inpos] & 1023) << (26 - 10))
- ;
- out[25 + outpos] = (in[20 + inpos] >>> 10)
- | ((in[21 + inpos] & 15) << (26 - 4))
- ;
- out[26 + outpos] = ((in[21 + inpos] >>> 4) & 67108863)
- ;
- out[27 + outpos] = (in[21 + inpos] >>> 30)
- | ((in[22 + inpos] & 16777215) << (26 - 24))
- ;
- out[28 + outpos] = (in[22 + inpos] >>> 24)
- | ((in[23 + inpos] & 262143) << (26 - 18))
- ;
- out[29 + outpos] = (in[23 + inpos] >>> 18)
- | ((in[24 + inpos] & 4095) << (26 - 12))
- ;
- out[30 + outpos] = (in[24 + inpos] >>> 12)
- | ((in[25 + inpos] & 63) << (26 - 6))
- ;
- out[31 + outpos] = (in[25 + inpos] >>> 6)
- ;
- }
+ protected static void fastunpack12(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 4095);
+ out[1 + outpos] = ((in[0 + inpos] >>> 12) & 4095);
+ out[2 + outpos] = (in[0 + inpos] >>> 24)
+ | ((in[1 + inpos] & 15) << (12 - 4));
+ out[3 + outpos] = ((in[1 + inpos] >>> 4) & 4095);
+ out[4 + outpos] = ((in[1 + inpos] >>> 16) & 4095);
+ out[5 + outpos] = (in[1 + inpos] >>> 28)
+ | ((in[2 + inpos] & 255) << (12 - 8));
+ out[6 + outpos] = ((in[2 + inpos] >>> 8) & 4095);
+ out[7 + outpos] = (in[2 + inpos] >>> 20);
+ out[8 + outpos] = ((in[3 + inpos] >>> 0) & 4095);
+ out[9 + outpos] = ((in[3 + inpos] >>> 12) & 4095);
+ out[10 + outpos] = (in[3 + inpos] >>> 24)
+ | ((in[4 + inpos] & 15) << (12 - 4));
+ out[11 + outpos] = ((in[4 + inpos] >>> 4) & 4095);
+ out[12 + outpos] = ((in[4 + inpos] >>> 16) & 4095);
+ out[13 + outpos] = (in[4 + inpos] >>> 28)
+ | ((in[5 + inpos] & 255) << (12 - 8));
+ out[14 + outpos] = ((in[5 + inpos] >>> 8) & 4095);
+ out[15 + outpos] = (in[5 + inpos] >>> 20);
+ out[16 + outpos] = ((in[6 + inpos] >>> 0) & 4095);
+ out[17 + outpos] = ((in[6 + inpos] >>> 12) & 4095);
+ out[18 + outpos] = (in[6 + inpos] >>> 24)
+ | ((in[7 + inpos] & 15) << (12 - 4));
+ out[19 + outpos] = ((in[7 + inpos] >>> 4) & 4095);
+ out[20 + outpos] = ((in[7 + inpos] >>> 16) & 4095);
+ out[21 + outpos] = (in[7 + inpos] >>> 28)
+ | ((in[8 + inpos] & 255) << (12 - 8));
+ out[22 + outpos] = ((in[8 + inpos] >>> 8) & 4095);
+ out[23 + outpos] = (in[8 + inpos] >>> 20);
+ out[24 + outpos] = ((in[9 + inpos] >>> 0) & 4095);
+ out[25 + outpos] = ((in[9 + inpos] >>> 12) & 4095);
+ out[26 + outpos] = (in[9 + inpos] >>> 24)
+ | ((in[10 + inpos] & 15) << (12 - 4));
+ out[27 + outpos] = ((in[10 + inpos] >>> 4) & 4095);
+ out[28 + outpos] = ((in[10 + inpos] >>> 16) & 4095);
+ out[29 + outpos] = (in[10 + inpos] >>> 28)
+ | ((in[11 + inpos] & 255) << (12 - 8));
+ out[30 + outpos] = ((in[11 + inpos] >>> 8) & 4095);
+ out[31 + outpos] = (in[11 + inpos] >>> 20);
+ }
+ protected static void fastunpack13(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 8191);
+ out[1 + outpos] = ((in[0 + inpos] >>> 13) & 8191);
+ out[2 + outpos] = (in[0 + inpos] >>> 26)
+ | ((in[1 + inpos] & 127) << (13 - 7));
+ out[3 + outpos] = ((in[1 + inpos] >>> 7) & 8191);
+ out[4 + outpos] = (in[1 + inpos] >>> 20)
+ | ((in[2 + inpos] & 1) << (13 - 1));
+ out[5 + outpos] = ((in[2 + inpos] >>> 1) & 8191);
+ out[6 + outpos] = ((in[2 + inpos] >>> 14) & 8191);
+ out[7 + outpos] = (in[2 + inpos] >>> 27)
+ | ((in[3 + inpos] & 255) << (13 - 8));
+ out[8 + outpos] = ((in[3 + inpos] >>> 8) & 8191);
+ out[9 + outpos] = (in[3 + inpos] >>> 21)
+ | ((in[4 + inpos] & 3) << (13 - 2));
+ out[10 + outpos] = ((in[4 + inpos] >>> 2) & 8191);
+ out[11 + outpos] = ((in[4 + inpos] >>> 15) & 8191);
+ out[12 + outpos] = (in[4 + inpos] >>> 28)
+ | ((in[5 + inpos] & 511) << (13 - 9));
+ out[13 + outpos] = ((in[5 + inpos] >>> 9) & 8191);
+ out[14 + outpos] = (in[5 + inpos] >>> 22)
+ | ((in[6 + inpos] & 7) << (13 - 3));
+ out[15 + outpos] = ((in[6 + inpos] >>> 3) & 8191);
+ out[16 + outpos] = ((in[6 + inpos] >>> 16) & 8191);
+ out[17 + outpos] = (in[6 + inpos] >>> 29)
+ | ((in[7 + inpos] & 1023) << (13 - 10));
+ out[18 + outpos] = ((in[7 + inpos] >>> 10) & 8191);
+ out[19 + outpos] = (in[7 + inpos] >>> 23)
+ | ((in[8 + inpos] & 15) << (13 - 4));
+ out[20 + outpos] = ((in[8 + inpos] >>> 4) & 8191);
+ out[21 + outpos] = ((in[8 + inpos] >>> 17) & 8191);
+ out[22 + outpos] = (in[8 + inpos] >>> 30)
+ | ((in[9 + inpos] & 2047) << (13 - 11));
+ out[23 + outpos] = ((in[9 + inpos] >>> 11) & 8191);
+ out[24 + outpos] = (in[9 + inpos] >>> 24)
+ | ((in[10 + inpos] & 31) << (13 - 5));
+ out[25 + outpos] = ((in[10 + inpos] >>> 5) & 8191);
+ out[26 + outpos] = ((in[10 + inpos] >>> 18) & 8191);
+ out[27 + outpos] = (in[10 + inpos] >>> 31)
+ | ((in[11 + inpos] & 4095) << (13 - 12));
+ out[28 + outpos] = ((in[11 + inpos] >>> 12) & 8191);
+ out[29 + outpos] = (in[11 + inpos] >>> 25)
+ | ((in[12 + inpos] & 63) << (13 - 6));
+ out[30 + outpos] = ((in[12 + inpos] >>> 6) & 8191);
+ out[31 + outpos] = (in[12 + inpos] >>> 19);
+ }
- protected static void fastunpack27(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 134217727)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 27)
- | ((in[1 + inpos] & 4194303) << (27 - 22))
- ;
- out[2 + outpos] = (in[1 + inpos] >>> 22)
- | ((in[2 + inpos] & 131071) << (27 - 17))
- ;
- out[3 + outpos] = (in[2 + inpos] >>> 17)
- | ((in[3 + inpos] & 4095) << (27 - 12))
- ;
- out[4 + outpos] = (in[3 + inpos] >>> 12)
- | ((in[4 + inpos] & 127) << (27 - 7))
- ;
- out[5 + outpos] = (in[4 + inpos] >>> 7)
- | ((in[5 + inpos] & 3) << (27 - 2))
- ;
- out[6 + outpos] = ((in[5 + inpos] >>> 2) & 134217727)
- ;
- out[7 + outpos] = (in[5 + inpos] >>> 29)
- | ((in[6 + inpos] & 16777215) << (27 - 24))
- ;
- out[8 + outpos] = (in[6 + inpos] >>> 24)
- | ((in[7 + inpos] & 524287) << (27 - 19))
- ;
- out[9 + outpos] = (in[7 + inpos] >>> 19)
- | ((in[8 + inpos] & 16383) << (27 - 14))
- ;
- out[10 + outpos] = (in[8 + inpos] >>> 14)
- | ((in[9 + inpos] & 511) << (27 - 9))
- ;
- out[11 + outpos] = (in[9 + inpos] >>> 9)
- | ((in[10 + inpos] & 15) << (27 - 4))
- ;
- out[12 + outpos] = ((in[10 + inpos] >>> 4) & 134217727)
- ;
- out[13 + outpos] = (in[10 + inpos] >>> 31)
- | ((in[11 + inpos] & 67108863) << (27 - 26))
- ;
- out[14 + outpos] = (in[11 + inpos] >>> 26)
- | ((in[12 + inpos] & 2097151) << (27 - 21))
- ;
- out[15 + outpos] = (in[12 + inpos] >>> 21)
- | ((in[13 + inpos] & 65535) << (27 - 16))
- ;
- out[16 + outpos] = (in[13 + inpos] >>> 16)
- | ((in[14 + inpos] & 2047) << (27 - 11))
- ;
- out[17 + outpos] = (in[14 + inpos] >>> 11)
- | ((in[15 + inpos] & 63) << (27 - 6))
- ;
- out[18 + outpos] = (in[15 + inpos] >>> 6)
- | ((in[16 + inpos] & 1) << (27 - 1))
- ;
- out[19 + outpos] = ((in[16 + inpos] >>> 1) & 134217727)
- ;
- out[20 + outpos] = (in[16 + inpos] >>> 28)
- | ((in[17 + inpos] & 8388607) << (27 - 23))
- ;
- out[21 + outpos] = (in[17 + inpos] >>> 23)
- | ((in[18 + inpos] & 262143) << (27 - 18))
- ;
- out[22 + outpos] = (in[18 + inpos] >>> 18)
- | ((in[19 + inpos] & 8191) << (27 - 13))
- ;
- out[23 + outpos] = (in[19 + inpos] >>> 13)
- | ((in[20 + inpos] & 255) << (27 - 8))
- ;
- out[24 + outpos] = (in[20 + inpos] >>> 8)
- | ((in[21 + inpos] & 7) << (27 - 3))
- ;
- out[25 + outpos] = ((in[21 + inpos] >>> 3) & 134217727)
- ;
- out[26 + outpos] = (in[21 + inpos] >>> 30)
- | ((in[22 + inpos] & 33554431) << (27 - 25))
- ;
- out[27 + outpos] = (in[22 + inpos] >>> 25)
- | ((in[23 + inpos] & 1048575) << (27 - 20))
- ;
- out[28 + outpos] = (in[23 + inpos] >>> 20)
- | ((in[24 + inpos] & 32767) << (27 - 15))
- ;
- out[29 + outpos] = (in[24 + inpos] >>> 15)
- | ((in[25 + inpos] & 1023) << (27 - 10))
- ;
- out[30 + outpos] = (in[25 + inpos] >>> 10)
- | ((in[26 + inpos] & 31) << (27 - 5))
- ;
- out[31 + outpos] = (in[26 + inpos] >>> 5)
- ;
- }
+ protected static void fastunpack14(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 16383);
+ out[1 + outpos] = ((in[0 + inpos] >>> 14) & 16383);
+ out[2 + outpos] = (in[0 + inpos] >>> 28)
+ | ((in[1 + inpos] & 1023) << (14 - 10));
+ out[3 + outpos] = ((in[1 + inpos] >>> 10) & 16383);
+ out[4 + outpos] = (in[1 + inpos] >>> 24)
+ | ((in[2 + inpos] & 63) << (14 - 6));
+ out[5 + outpos] = ((in[2 + inpos] >>> 6) & 16383);
+ out[6 + outpos] = (in[2 + inpos] >>> 20)
+ | ((in[3 + inpos] & 3) << (14 - 2));
+ out[7 + outpos] = ((in[3 + inpos] >>> 2) & 16383);
+ out[8 + outpos] = ((in[3 + inpos] >>> 16) & 16383);
+ out[9 + outpos] = (in[3 + inpos] >>> 30)
+ | ((in[4 + inpos] & 4095) << (14 - 12));
+ out[10 + outpos] = ((in[4 + inpos] >>> 12) & 16383);
+ out[11 + outpos] = (in[4 + inpos] >>> 26)
+ | ((in[5 + inpos] & 255) << (14 - 8));
+ out[12 + outpos] = ((in[5 + inpos] >>> 8) & 16383);
+ out[13 + outpos] = (in[5 + inpos] >>> 22)
+ | ((in[6 + inpos] & 15) << (14 - 4));
+ out[14 + outpos] = ((in[6 + inpos] >>> 4) & 16383);
+ out[15 + outpos] = (in[6 + inpos] >>> 18);
+ out[16 + outpos] = ((in[7 + inpos] >>> 0) & 16383);
+ out[17 + outpos] = ((in[7 + inpos] >>> 14) & 16383);
+ out[18 + outpos] = (in[7 + inpos] >>> 28)
+ | ((in[8 + inpos] & 1023) << (14 - 10));
+ out[19 + outpos] = ((in[8 + inpos] >>> 10) & 16383);
+ out[20 + outpos] = (in[8 + inpos] >>> 24)
+ | ((in[9 + inpos] & 63) << (14 - 6));
+ out[21 + outpos] = ((in[9 + inpos] >>> 6) & 16383);
+ out[22 + outpos] = (in[9 + inpos] >>> 20)
+ | ((in[10 + inpos] & 3) << (14 - 2));
+ out[23 + outpos] = ((in[10 + inpos] >>> 2) & 16383);
+ out[24 + outpos] = ((in[10 + inpos] >>> 16) & 16383);
+ out[25 + outpos] = (in[10 + inpos] >>> 30)
+ | ((in[11 + inpos] & 4095) << (14 - 12));
+ out[26 + outpos] = ((in[11 + inpos] >>> 12) & 16383);
+ out[27 + outpos] = (in[11 + inpos] >>> 26)
+ | ((in[12 + inpos] & 255) << (14 - 8));
+ out[28 + outpos] = ((in[12 + inpos] >>> 8) & 16383);
+ out[29 + outpos] = (in[12 + inpos] >>> 22)
+ | ((in[13 + inpos] & 15) << (14 - 4));
+ out[30 + outpos] = ((in[13 + inpos] >>> 4) & 16383);
+ out[31 + outpos] = (in[13 + inpos] >>> 18);
+ }
+ protected static void fastunpack15(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 32767);
+ out[1 + outpos] = ((in[0 + inpos] >>> 15) & 32767);
+ out[2 + outpos] = (in[0 + inpos] >>> 30)
+ | ((in[1 + inpos] & 8191) << (15 - 13));
+ out[3 + outpos] = ((in[1 + inpos] >>> 13) & 32767);
+ out[4 + outpos] = (in[1 + inpos] >>> 28)
+ | ((in[2 + inpos] & 2047) << (15 - 11));
+ out[5 + outpos] = ((in[2 + inpos] >>> 11) & 32767);
+ out[6 + outpos] = (in[2 + inpos] >>> 26)
+ | ((in[3 + inpos] & 511) << (15 - 9));
+ out[7 + outpos] = ((in[3 + inpos] >>> 9) & 32767);
+ out[8 + outpos] = (in[3 + inpos] >>> 24)
+ | ((in[4 + inpos] & 127) << (15 - 7));
+ out[9 + outpos] = ((in[4 + inpos] >>> 7) & 32767);
+ out[10 + outpos] = (in[4 + inpos] >>> 22)
+ | ((in[5 + inpos] & 31) << (15 - 5));
+ out[11 + outpos] = ((in[5 + inpos] >>> 5) & 32767);
+ out[12 + outpos] = (in[5 + inpos] >>> 20)
+ | ((in[6 + inpos] & 7) << (15 - 3));
+ out[13 + outpos] = ((in[6 + inpos] >>> 3) & 32767);
+ out[14 + outpos] = (in[6 + inpos] >>> 18)
+ | ((in[7 + inpos] & 1) << (15 - 1));
+ out[15 + outpos] = ((in[7 + inpos] >>> 1) & 32767);
+ out[16 + outpos] = ((in[7 + inpos] >>> 16) & 32767);
+ out[17 + outpos] = (in[7 + inpos] >>> 31)
+ | ((in[8 + inpos] & 16383) << (15 - 14));
+ out[18 + outpos] = ((in[8 + inpos] >>> 14) & 32767);
+ out[19 + outpos] = (in[8 + inpos] >>> 29)
+ | ((in[9 + inpos] & 4095) << (15 - 12));
+ out[20 + outpos] = ((in[9 + inpos] >>> 12) & 32767);
+ out[21 + outpos] = (in[9 + inpos] >>> 27)
+ | ((in[10 + inpos] & 1023) << (15 - 10));
+ out[22 + outpos] = ((in[10 + inpos] >>> 10) & 32767);
+ out[23 + outpos] = (in[10 + inpos] >>> 25)
+ | ((in[11 + inpos] & 255) << (15 - 8));
+ out[24 + outpos] = ((in[11 + inpos] >>> 8) & 32767);
+ out[25 + outpos] = (in[11 + inpos] >>> 23)
+ | ((in[12 + inpos] & 63) << (15 - 6));
+ out[26 + outpos] = ((in[12 + inpos] >>> 6) & 32767);
+ out[27 + outpos] = (in[12 + inpos] >>> 21)
+ | ((in[13 + inpos] & 15) << (15 - 4));
+ out[28 + outpos] = ((in[13 + inpos] >>> 4) & 32767);
+ out[29 + outpos] = (in[13 + inpos] >>> 19)
+ | ((in[14 + inpos] & 3) << (15 - 2));
+ out[30 + outpos] = ((in[14 + inpos] >>> 2) & 32767);
+ out[31 + outpos] = (in[14 + inpos] >>> 17);
+ }
- protected static void fastunpack28(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 268435455)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 28)
- | ((in[1 + inpos] & 16777215) << (28 - 24))
- ;
- out[2 + outpos] = (in[1 + inpos] >>> 24)
- | ((in[2 + inpos] & 1048575) << (28 - 20))
- ;
- out[3 + outpos] = (in[2 + inpos] >>> 20)
- | ((in[3 + inpos] & 65535) << (28 - 16))
- ;
- out[4 + outpos] = (in[3 + inpos] >>> 16)
- | ((in[4 + inpos] & 4095) << (28 - 12))
- ;
- out[5 + outpos] = (in[4 + inpos] >>> 12)
- | ((in[5 + inpos] & 255) << (28 - 8))
- ;
- out[6 + outpos] = (in[5 + inpos] >>> 8)
- | ((in[6 + inpos] & 15) << (28 - 4))
- ;
- out[7 + outpos] = (in[6 + inpos] >>> 4)
- ;
- out[8 + outpos] = ((in[7 + inpos] >>> 0) & 268435455)
- ;
- out[9 + outpos] = (in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 16777215) << (28 - 24))
- ;
- out[10 + outpos] = (in[8 + inpos] >>> 24)
- | ((in[9 + inpos] & 1048575) << (28 - 20))
- ;
- out[11 + outpos] = (in[9 + inpos] >>> 20)
- | ((in[10 + inpos] & 65535) << (28 - 16))
- ;
- out[12 + outpos] = (in[10 + inpos] >>> 16)
- | ((in[11 + inpos] & 4095) << (28 - 12))
- ;
- out[13 + outpos] = (in[11 + inpos] >>> 12)
- | ((in[12 + inpos] & 255) << (28 - 8))
- ;
- out[14 + outpos] = (in[12 + inpos] >>> 8)
- | ((in[13 + inpos] & 15) << (28 - 4))
- ;
- out[15 + outpos] = (in[13 + inpos] >>> 4)
- ;
- out[16 + outpos] = ((in[14 + inpos] >>> 0) & 268435455)
- ;
- out[17 + outpos] = (in[14 + inpos] >>> 28)
- | ((in[15 + inpos] & 16777215) << (28 - 24))
- ;
- out[18 + outpos] = (in[15 + inpos] >>> 24)
- | ((in[16 + inpos] & 1048575) << (28 - 20))
- ;
- out[19 + outpos] = (in[16 + inpos] >>> 20)
- | ((in[17 + inpos] & 65535) << (28 - 16))
- ;
- out[20 + outpos] = (in[17 + inpos] >>> 16)
- | ((in[18 + inpos] & 4095) << (28 - 12))
- ;
- out[21 + outpos] = (in[18 + inpos] >>> 12)
- | ((in[19 + inpos] & 255) << (28 - 8))
- ;
- out[22 + outpos] = (in[19 + inpos] >>> 8)
- | ((in[20 + inpos] & 15) << (28 - 4))
- ;
- out[23 + outpos] = (in[20 + inpos] >>> 4)
- ;
- out[24 + outpos] = ((in[21 + inpos] >>> 0) & 268435455)
- ;
- out[25 + outpos] = (in[21 + inpos] >>> 28)
- | ((in[22 + inpos] & 16777215) << (28 - 24))
- ;
- out[26 + outpos] = (in[22 + inpos] >>> 24)
- | ((in[23 + inpos] & 1048575) << (28 - 20))
- ;
- out[27 + outpos] = (in[23 + inpos] >>> 20)
- | ((in[24 + inpos] & 65535) << (28 - 16))
- ;
- out[28 + outpos] = (in[24 + inpos] >>> 16)
- | ((in[25 + inpos] & 4095) << (28 - 12))
- ;
- out[29 + outpos] = (in[25 + inpos] >>> 12)
- | ((in[26 + inpos] & 255) << (28 - 8))
- ;
- out[30 + outpos] = (in[26 + inpos] >>> 8)
- | ((in[27 + inpos] & 15) << (28 - 4))
- ;
- out[31 + outpos] = (in[27 + inpos] >>> 4)
- ;
- }
+ protected static void fastunpack16(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 65535);
+ out[1 + outpos] = (in[0 + inpos] >>> 16);
+ out[2 + outpos] = ((in[1 + inpos] >>> 0) & 65535);
+ out[3 + outpos] = (in[1 + inpos] >>> 16);
+ out[4 + outpos] = ((in[2 + inpos] >>> 0) & 65535);
+ out[5 + outpos] = (in[2 + inpos] >>> 16);
+ out[6 + outpos] = ((in[3 + inpos] >>> 0) & 65535);
+ out[7 + outpos] = (in[3 + inpos] >>> 16);
+ out[8 + outpos] = ((in[4 + inpos] >>> 0) & 65535);
+ out[9 + outpos] = (in[4 + inpos] >>> 16);
+ out[10 + outpos] = ((in[5 + inpos] >>> 0) & 65535);
+ out[11 + outpos] = (in[5 + inpos] >>> 16);
+ out[12 + outpos] = ((in[6 + inpos] >>> 0) & 65535);
+ out[13 + outpos] = (in[6 + inpos] >>> 16);
+ out[14 + outpos] = ((in[7 + inpos] >>> 0) & 65535);
+ out[15 + outpos] = (in[7 + inpos] >>> 16);
+ out[16 + outpos] = ((in[8 + inpos] >>> 0) & 65535);
+ out[17 + outpos] = (in[8 + inpos] >>> 16);
+ out[18 + outpos] = ((in[9 + inpos] >>> 0) & 65535);
+ out[19 + outpos] = (in[9 + inpos] >>> 16);
+ out[20 + outpos] = ((in[10 + inpos] >>> 0) & 65535);
+ out[21 + outpos] = (in[10 + inpos] >>> 16);
+ out[22 + outpos] = ((in[11 + inpos] >>> 0) & 65535);
+ out[23 + outpos] = (in[11 + inpos] >>> 16);
+ out[24 + outpos] = ((in[12 + inpos] >>> 0) & 65535);
+ out[25 + outpos] = (in[12 + inpos] >>> 16);
+ out[26 + outpos] = ((in[13 + inpos] >>> 0) & 65535);
+ out[27 + outpos] = (in[13 + inpos] >>> 16);
+ out[28 + outpos] = ((in[14 + inpos] >>> 0) & 65535);
+ out[29 + outpos] = (in[14 + inpos] >>> 16);
+ out[30 + outpos] = ((in[15 + inpos] >>> 0) & 65535);
+ out[31 + outpos] = (in[15 + inpos] >>> 16);
+ }
+ protected static void fastunpack17(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 131071);
+ out[1 + outpos] = (in[0 + inpos] >>> 17)
+ | ((in[1 + inpos] & 3) << (17 - 2));
+ out[2 + outpos] = ((in[1 + inpos] >>> 2) & 131071);
+ out[3 + outpos] = (in[1 + inpos] >>> 19)
+ | ((in[2 + inpos] & 15) << (17 - 4));
+ out[4 + outpos] = ((in[2 + inpos] >>> 4) & 131071);
+ out[5 + outpos] = (in[2 + inpos] >>> 21)
+ | ((in[3 + inpos] & 63) << (17 - 6));
+ out[6 + outpos] = ((in[3 + inpos] >>> 6) & 131071);
+ out[7 + outpos] = (in[3 + inpos] >>> 23)
+ | ((in[4 + inpos] & 255) << (17 - 8));
+ out[8 + outpos] = ((in[4 + inpos] >>> 8) & 131071);
+ out[9 + outpos] = (in[4 + inpos] >>> 25)
+ | ((in[5 + inpos] & 1023) << (17 - 10));
+ out[10 + outpos] = ((in[5 + inpos] >>> 10) & 131071);
+ out[11 + outpos] = (in[5 + inpos] >>> 27)
+ | ((in[6 + inpos] & 4095) << (17 - 12));
+ out[12 + outpos] = ((in[6 + inpos] >>> 12) & 131071);
+ out[13 + outpos] = (in[6 + inpos] >>> 29)
+ | ((in[7 + inpos] & 16383) << (17 - 14));
+ out[14 + outpos] = ((in[7 + inpos] >>> 14) & 131071);
+ out[15 + outpos] = (in[7 + inpos] >>> 31)
+ | ((in[8 + inpos] & 65535) << (17 - 16));
+ out[16 + outpos] = (in[8 + inpos] >>> 16)
+ | ((in[9 + inpos] & 1) << (17 - 1));
+ out[17 + outpos] = ((in[9 + inpos] >>> 1) & 131071);
+ out[18 + outpos] = (in[9 + inpos] >>> 18)
+ | ((in[10 + inpos] & 7) << (17 - 3));
+ out[19 + outpos] = ((in[10 + inpos] >>> 3) & 131071);
+ out[20 + outpos] = (in[10 + inpos] >>> 20)
+ | ((in[11 + inpos] & 31) << (17 - 5));
+ out[21 + outpos] = ((in[11 + inpos] >>> 5) & 131071);
+ out[22 + outpos] = (in[11 + inpos] >>> 22)
+ | ((in[12 + inpos] & 127) << (17 - 7));
+ out[23 + outpos] = ((in[12 + inpos] >>> 7) & 131071);
+ out[24 + outpos] = (in[12 + inpos] >>> 24)
+ | ((in[13 + inpos] & 511) << (17 - 9));
+ out[25 + outpos] = ((in[13 + inpos] >>> 9) & 131071);
+ out[26 + outpos] = (in[13 + inpos] >>> 26)
+ | ((in[14 + inpos] & 2047) << (17 - 11));
+ out[27 + outpos] = ((in[14 + inpos] >>> 11) & 131071);
+ out[28 + outpos] = (in[14 + inpos] >>> 28)
+ | ((in[15 + inpos] & 8191) << (17 - 13));
+ out[29 + outpos] = ((in[15 + inpos] >>> 13) & 131071);
+ out[30 + outpos] = (in[15 + inpos] >>> 30)
+ | ((in[16 + inpos] & 32767) << (17 - 15));
+ out[31 + outpos] = (in[16 + inpos] >>> 15);
+ }
- protected static void fastunpack29(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 536870911)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 29)
- | ((in[1 + inpos] & 67108863) << (29 - 26))
- ;
- out[2 + outpos] = (in[1 + inpos] >>> 26)
- | ((in[2 + inpos] & 8388607) << (29 - 23))
- ;
- out[3 + outpos] = (in[2 + inpos] >>> 23)
- | ((in[3 + inpos] & 1048575) << (29 - 20))
- ;
- out[4 + outpos] = (in[3 + inpos] >>> 20)
- | ((in[4 + inpos] & 131071) << (29 - 17))
- ;
- out[5 + outpos] = (in[4 + inpos] >>> 17)
- | ((in[5 + inpos] & 16383) << (29 - 14))
- ;
- out[6 + outpos] = (in[5 + inpos] >>> 14)
- | ((in[6 + inpos] & 2047) << (29 - 11))
- ;
- out[7 + outpos] = (in[6 + inpos] >>> 11)
- | ((in[7 + inpos] & 255) << (29 - 8))
- ;
- out[8 + outpos] = (in[7 + inpos] >>> 8)
- | ((in[8 + inpos] & 31) << (29 - 5))
- ;
- out[9 + outpos] = (in[8 + inpos] >>> 5)
- | ((in[9 + inpos] & 3) << (29 - 2))
- ;
- out[10 + outpos] = ((in[9 + inpos] >>> 2) & 536870911)
- ;
- out[11 + outpos] = (in[9 + inpos] >>> 31)
- | ((in[10 + inpos] & 268435455) << (29 - 28))
- ;
- out[12 + outpos] = (in[10 + inpos] >>> 28)
- | ((in[11 + inpos] & 33554431) << (29 - 25))
- ;
- out[13 + outpos] = (in[11 + inpos] >>> 25)
- | ((in[12 + inpos] & 4194303) << (29 - 22))
- ;
- out[14 + outpos] = (in[12 + inpos] >>> 22)
- | ((in[13 + inpos] & 524287) << (29 - 19))
- ;
- out[15 + outpos] = (in[13 + inpos] >>> 19)
- | ((in[14 + inpos] & 65535) << (29 - 16))
- ;
- out[16 + outpos] = (in[14 + inpos] >>> 16)
- | ((in[15 + inpos] & 8191) << (29 - 13))
- ;
- out[17 + outpos] = (in[15 + inpos] >>> 13)
- | ((in[16 + inpos] & 1023) << (29 - 10))
- ;
- out[18 + outpos] = (in[16 + inpos] >>> 10)
- | ((in[17 + inpos] & 127) << (29 - 7))
- ;
- out[19 + outpos] = (in[17 + inpos] >>> 7)
- | ((in[18 + inpos] & 15) << (29 - 4))
- ;
- out[20 + outpos] = (in[18 + inpos] >>> 4)
- | ((in[19 + inpos] & 1) << (29 - 1))
- ;
- out[21 + outpos] = ((in[19 + inpos] >>> 1) & 536870911)
- ;
- out[22 + outpos] = (in[19 + inpos] >>> 30)
- | ((in[20 + inpos] & 134217727) << (29 - 27))
- ;
- out[23 + outpos] = (in[20 + inpos] >>> 27)
- | ((in[21 + inpos] & 16777215) << (29 - 24))
- ;
- out[24 + outpos] = (in[21 + inpos] >>> 24)
- | ((in[22 + inpos] & 2097151) << (29 - 21))
- ;
- out[25 + outpos] = (in[22 + inpos] >>> 21)
- | ((in[23 + inpos] & 262143) << (29 - 18))
- ;
- out[26 + outpos] = (in[23 + inpos] >>> 18)
- | ((in[24 + inpos] & 32767) << (29 - 15))
- ;
- out[27 + outpos] = (in[24 + inpos] >>> 15)
- | ((in[25 + inpos] & 4095) << (29 - 12))
- ;
- out[28 + outpos] = (in[25 + inpos] >>> 12)
- | ((in[26 + inpos] & 511) << (29 - 9))
- ;
- out[29 + outpos] = (in[26 + inpos] >>> 9)
- | ((in[27 + inpos] & 63) << (29 - 6))
- ;
- out[30 + outpos] = (in[27 + inpos] >>> 6)
- | ((in[28 + inpos] & 7) << (29 - 3))
- ;
- out[31 + outpos] = (in[28 + inpos] >>> 3)
- ;
- }
+ protected static void fastunpack18(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 262143);
+ out[1 + outpos] = (in[0 + inpos] >>> 18)
+ | ((in[1 + inpos] & 15) << (18 - 4));
+ out[2 + outpos] = ((in[1 + inpos] >>> 4) & 262143);
+ out[3 + outpos] = (in[1 + inpos] >>> 22)
+ | ((in[2 + inpos] & 255) << (18 - 8));
+ out[4 + outpos] = ((in[2 + inpos] >>> 8) & 262143);
+ out[5 + outpos] = (in[2 + inpos] >>> 26)
+ | ((in[3 + inpos] & 4095) << (18 - 12));
+ out[6 + outpos] = ((in[3 + inpos] >>> 12) & 262143);
+ out[7 + outpos] = (in[3 + inpos] >>> 30)
+ | ((in[4 + inpos] & 65535) << (18 - 16));
+ out[8 + outpos] = (in[4 + inpos] >>> 16)
+ | ((in[5 + inpos] & 3) << (18 - 2));
+ out[9 + outpos] = ((in[5 + inpos] >>> 2) & 262143);
+ out[10 + outpos] = (in[5 + inpos] >>> 20)
+ | ((in[6 + inpos] & 63) << (18 - 6));
+ out[11 + outpos] = ((in[6 + inpos] >>> 6) & 262143);
+ out[12 + outpos] = (in[6 + inpos] >>> 24)
+ | ((in[7 + inpos] & 1023) << (18 - 10));
+ out[13 + outpos] = ((in[7 + inpos] >>> 10) & 262143);
+ out[14 + outpos] = (in[7 + inpos] >>> 28)
+ | ((in[8 + inpos] & 16383) << (18 - 14));
+ out[15 + outpos] = (in[8 + inpos] >>> 14);
+ out[16 + outpos] = ((in[9 + inpos] >>> 0) & 262143);
+ out[17 + outpos] = (in[9 + inpos] >>> 18)
+ | ((in[10 + inpos] & 15) << (18 - 4));
+ out[18 + outpos] = ((in[10 + inpos] >>> 4) & 262143);
+ out[19 + outpos] = (in[10 + inpos] >>> 22)
+ | ((in[11 + inpos] & 255) << (18 - 8));
+ out[20 + outpos] = ((in[11 + inpos] >>> 8) & 262143);
+ out[21 + outpos] = (in[11 + inpos] >>> 26)
+ | ((in[12 + inpos] & 4095) << (18 - 12));
+ out[22 + outpos] = ((in[12 + inpos] >>> 12) & 262143);
+ out[23 + outpos] = (in[12 + inpos] >>> 30)
+ | ((in[13 + inpos] & 65535) << (18 - 16));
+ out[24 + outpos] = (in[13 + inpos] >>> 16)
+ | ((in[14 + inpos] & 3) << (18 - 2));
+ out[25 + outpos] = ((in[14 + inpos] >>> 2) & 262143);
+ out[26 + outpos] = (in[14 + inpos] >>> 20)
+ | ((in[15 + inpos] & 63) << (18 - 6));
+ out[27 + outpos] = ((in[15 + inpos] >>> 6) & 262143);
+ out[28 + outpos] = (in[15 + inpos] >>> 24)
+ | ((in[16 + inpos] & 1023) << (18 - 10));
+ out[29 + outpos] = ((in[16 + inpos] >>> 10) & 262143);
+ out[30 + outpos] = (in[16 + inpos] >>> 28)
+ | ((in[17 + inpos] & 16383) << (18 - 14));
+ out[31 + outpos] = (in[17 + inpos] >>> 14);
+ }
+ protected static void fastunpack19(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 524287);
+ out[1 + outpos] = (in[0 + inpos] >>> 19)
+ | ((in[1 + inpos] & 63) << (19 - 6));
+ out[2 + outpos] = ((in[1 + inpos] >>> 6) & 524287);
+ out[3 + outpos] = (in[1 + inpos] >>> 25)
+ | ((in[2 + inpos] & 4095) << (19 - 12));
+ out[4 + outpos] = ((in[2 + inpos] >>> 12) & 524287);
+ out[5 + outpos] = (in[2 + inpos] >>> 31)
+ | ((in[3 + inpos] & 262143) << (19 - 18));
+ out[6 + outpos] = (in[3 + inpos] >>> 18)
+ | ((in[4 + inpos] & 31) << (19 - 5));
+ out[7 + outpos] = ((in[4 + inpos] >>> 5) & 524287);
+ out[8 + outpos] = (in[4 + inpos] >>> 24)
+ | ((in[5 + inpos] & 2047) << (19 - 11));
+ out[9 + outpos] = ((in[5 + inpos] >>> 11) & 524287);
+ out[10 + outpos] = (in[5 + inpos] >>> 30)
+ | ((in[6 + inpos] & 131071) << (19 - 17));
+ out[11 + outpos] = (in[6 + inpos] >>> 17)
+ | ((in[7 + inpos] & 15) << (19 - 4));
+ out[12 + outpos] = ((in[7 + inpos] >>> 4) & 524287);
+ out[13 + outpos] = (in[7 + inpos] >>> 23)
+ | ((in[8 + inpos] & 1023) << (19 - 10));
+ out[14 + outpos] = ((in[8 + inpos] >>> 10) & 524287);
+ out[15 + outpos] = (in[8 + inpos] >>> 29)
+ | ((in[9 + inpos] & 65535) << (19 - 16));
+ out[16 + outpos] = (in[9 + inpos] >>> 16)
+ | ((in[10 + inpos] & 7) << (19 - 3));
+ out[17 + outpos] = ((in[10 + inpos] >>> 3) & 524287);
+ out[18 + outpos] = (in[10 + inpos] >>> 22)
+ | ((in[11 + inpos] & 511) << (19 - 9));
+ out[19 + outpos] = ((in[11 + inpos] >>> 9) & 524287);
+ out[20 + outpos] = (in[11 + inpos] >>> 28)
+ | ((in[12 + inpos] & 32767) << (19 - 15));
+ out[21 + outpos] = (in[12 + inpos] >>> 15)
+ | ((in[13 + inpos] & 3) << (19 - 2));
+ out[22 + outpos] = ((in[13 + inpos] >>> 2) & 524287);
+ out[23 + outpos] = (in[13 + inpos] >>> 21)
+ | ((in[14 + inpos] & 255) << (19 - 8));
+ out[24 + outpos] = ((in[14 + inpos] >>> 8) & 524287);
+ out[25 + outpos] = (in[14 + inpos] >>> 27)
+ | ((in[15 + inpos] & 16383) << (19 - 14));
+ out[26 + outpos] = (in[15 + inpos] >>> 14)
+ | ((in[16 + inpos] & 1) << (19 - 1));
+ out[27 + outpos] = ((in[16 + inpos] >>> 1) & 524287);
+ out[28 + outpos] = (in[16 + inpos] >>> 20)
+ | ((in[17 + inpos] & 127) << (19 - 7));
+ out[29 + outpos] = ((in[17 + inpos] >>> 7) & 524287);
+ out[30 + outpos] = (in[17 + inpos] >>> 26)
+ | ((in[18 + inpos] & 8191) << (19 - 13));
+ out[31 + outpos] = (in[18 + inpos] >>> 13);
+ }
- protected static void fastunpack30(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 1073741823)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 268435455) << (30 - 28))
- ;
- out[2 + outpos] = (in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 67108863) << (30 - 26))
- ;
- out[3 + outpos] = (in[2 + inpos] >>> 26)
- | ((in[3 + inpos] & 16777215) << (30 - 24))
- ;
- out[4 + outpos] = (in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 4194303) << (30 - 22))
- ;
- out[5 + outpos] = (in[4 + inpos] >>> 22)
- | ((in[5 + inpos] & 1048575) << (30 - 20))
- ;
- out[6 + outpos] = (in[5 + inpos] >>> 20)
- | ((in[6 + inpos] & 262143) << (30 - 18))
- ;
- out[7 + outpos] = (in[6 + inpos] >>> 18)
- | ((in[7 + inpos] & 65535) << (30 - 16))
- ;
- out[8 + outpos] = (in[7 + inpos] >>> 16)
- | ((in[8 + inpos] & 16383) << (30 - 14))
- ;
- out[9 + outpos] = (in[8 + inpos] >>> 14)
- | ((in[9 + inpos] & 4095) << (30 - 12))
- ;
- out[10 + outpos] = (in[9 + inpos] >>> 12)
- | ((in[10 + inpos] & 1023) << (30 - 10))
- ;
- out[11 + outpos] = (in[10 + inpos] >>> 10)
- | ((in[11 + inpos] & 255) << (30 - 8))
- ;
- out[12 + outpos] = (in[11 + inpos] >>> 8)
- | ((in[12 + inpos] & 63) << (30 - 6))
- ;
- out[13 + outpos] = (in[12 + inpos] >>> 6)
- | ((in[13 + inpos] & 15) << (30 - 4))
- ;
- out[14 + outpos] = (in[13 + inpos] >>> 4)
- | ((in[14 + inpos] & 3) << (30 - 2))
- ;
- out[15 + outpos] = (in[14 + inpos] >>> 2)
- ;
- out[16 + outpos] = ((in[15 + inpos] >>> 0) & 1073741823)
- ;
- out[17 + outpos] = (in[15 + inpos] >>> 30)
- | ((in[16 + inpos] & 268435455) << (30 - 28))
- ;
- out[18 + outpos] = (in[16 + inpos] >>> 28)
- | ((in[17 + inpos] & 67108863) << (30 - 26))
- ;
- out[19 + outpos] = (in[17 + inpos] >>> 26)
- | ((in[18 + inpos] & 16777215) << (30 - 24))
- ;
- out[20 + outpos] = (in[18 + inpos] >>> 24)
- | ((in[19 + inpos] & 4194303) << (30 - 22))
- ;
- out[21 + outpos] = (in[19 + inpos] >>> 22)
- | ((in[20 + inpos] & 1048575) << (30 - 20))
- ;
- out[22 + outpos] = (in[20 + inpos] >>> 20)
- | ((in[21 + inpos] & 262143) << (30 - 18))
- ;
- out[23 + outpos] = (in[21 + inpos] >>> 18)
- | ((in[22 + inpos] & 65535) << (30 - 16))
- ;
- out[24 + outpos] = (in[22 + inpos] >>> 16)
- | ((in[23 + inpos] & 16383) << (30 - 14))
- ;
- out[25 + outpos] = (in[23 + inpos] >>> 14)
- | ((in[24 + inpos] & 4095) << (30 - 12))
- ;
- out[26 + outpos] = (in[24 + inpos] >>> 12)
- | ((in[25 + inpos] & 1023) << (30 - 10))
- ;
- out[27 + outpos] = (in[25 + inpos] >>> 10)
- | ((in[26 + inpos] & 255) << (30 - 8))
- ;
- out[28 + outpos] = (in[26 + inpos] >>> 8)
- | ((in[27 + inpos] & 63) << (30 - 6))
- ;
- out[29 + outpos] = (in[27 + inpos] >>> 6)
- | ((in[28 + inpos] & 15) << (30 - 4))
- ;
- out[30 + outpos] = (in[28 + inpos] >>> 4)
- | ((in[29 + inpos] & 3) << (30 - 2))
- ;
- out[31 + outpos] = (in[29 + inpos] >>> 2)
- ;
- }
+ protected static void fastunpack2(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 3);
+ out[1 + outpos] = ((in[0 + inpos] >>> 2) & 3);
+ out[2 + outpos] = ((in[0 + inpos] >>> 4) & 3);
+ out[3 + outpos] = ((in[0 + inpos] >>> 6) & 3);
+ out[4 + outpos] = ((in[0 + inpos] >>> 8) & 3);
+ out[5 + outpos] = ((in[0 + inpos] >>> 10) & 3);
+ out[6 + outpos] = ((in[0 + inpos] >>> 12) & 3);
+ out[7 + outpos] = ((in[0 + inpos] >>> 14) & 3);
+ out[8 + outpos] = ((in[0 + inpos] >>> 16) & 3);
+ out[9 + outpos] = ((in[0 + inpos] >>> 18) & 3);
+ out[10 + outpos] = ((in[0 + inpos] >>> 20) & 3);
+ out[11 + outpos] = ((in[0 + inpos] >>> 22) & 3);
+ out[12 + outpos] = ((in[0 + inpos] >>> 24) & 3);
+ out[13 + outpos] = ((in[0 + inpos] >>> 26) & 3);
+ out[14 + outpos] = ((in[0 + inpos] >>> 28) & 3);
+ out[15 + outpos] = (in[0 + inpos] >>> 30);
+ out[16 + outpos] = ((in[1 + inpos] >>> 0) & 3);
+ out[17 + outpos] = ((in[1 + inpos] >>> 2) & 3);
+ out[18 + outpos] = ((in[1 + inpos] >>> 4) & 3);
+ out[19 + outpos] = ((in[1 + inpos] >>> 6) & 3);
+ out[20 + outpos] = ((in[1 + inpos] >>> 8) & 3);
+ out[21 + outpos] = ((in[1 + inpos] >>> 10) & 3);
+ out[22 + outpos] = ((in[1 + inpos] >>> 12) & 3);
+ out[23 + outpos] = ((in[1 + inpos] >>> 14) & 3);
+ out[24 + outpos] = ((in[1 + inpos] >>> 16) & 3);
+ out[25 + outpos] = ((in[1 + inpos] >>> 18) & 3);
+ out[26 + outpos] = ((in[1 + inpos] >>> 20) & 3);
+ out[27 + outpos] = ((in[1 + inpos] >>> 22) & 3);
+ out[28 + outpos] = ((in[1 + inpos] >>> 24) & 3);
+ out[29 + outpos] = ((in[1 + inpos] >>> 26) & 3);
+ out[30 + outpos] = ((in[1 + inpos] >>> 28) & 3);
+ out[31 + outpos] = (in[1 + inpos] >>> 30);
+ }
+ protected static void fastunpack20(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 1048575);
+ out[1 + outpos] = (in[0 + inpos] >>> 20)
+ | ((in[1 + inpos] & 255) << (20 - 8));
+ out[2 + outpos] = ((in[1 + inpos] >>> 8) & 1048575);
+ out[3 + outpos] = (in[1 + inpos] >>> 28)
+ | ((in[2 + inpos] & 65535) << (20 - 16));
+ out[4 + outpos] = (in[2 + inpos] >>> 16)
+ | ((in[3 + inpos] & 15) << (20 - 4));
+ out[5 + outpos] = ((in[3 + inpos] >>> 4) & 1048575);
+ out[6 + outpos] = (in[3 + inpos] >>> 24)
+ | ((in[4 + inpos] & 4095) << (20 - 12));
+ out[7 + outpos] = (in[4 + inpos] >>> 12);
+ out[8 + outpos] = ((in[5 + inpos] >>> 0) & 1048575);
+ out[9 + outpos] = (in[5 + inpos] >>> 20)
+ | ((in[6 + inpos] & 255) << (20 - 8));
+ out[10 + outpos] = ((in[6 + inpos] >>> 8) & 1048575);
+ out[11 + outpos] = (in[6 + inpos] >>> 28)
+ | ((in[7 + inpos] & 65535) << (20 - 16));
+ out[12 + outpos] = (in[7 + inpos] >>> 16)
+ | ((in[8 + inpos] & 15) << (20 - 4));
+ out[13 + outpos] = ((in[8 + inpos] >>> 4) & 1048575);
+ out[14 + outpos] = (in[8 + inpos] >>> 24)
+ | ((in[9 + inpos] & 4095) << (20 - 12));
+ out[15 + outpos] = (in[9 + inpos] >>> 12);
+ out[16 + outpos] = ((in[10 + inpos] >>> 0) & 1048575);
+ out[17 + outpos] = (in[10 + inpos] >>> 20)
+ | ((in[11 + inpos] & 255) << (20 - 8));
+ out[18 + outpos] = ((in[11 + inpos] >>> 8) & 1048575);
+ out[19 + outpos] = (in[11 + inpos] >>> 28)
+ | ((in[12 + inpos] & 65535) << (20 - 16));
+ out[20 + outpos] = (in[12 + inpos] >>> 16)
+ | ((in[13 + inpos] & 15) << (20 - 4));
+ out[21 + outpos] = ((in[13 + inpos] >>> 4) & 1048575);
+ out[22 + outpos] = (in[13 + inpos] >>> 24)
+ | ((in[14 + inpos] & 4095) << (20 - 12));
+ out[23 + outpos] = (in[14 + inpos] >>> 12);
+ out[24 + outpos] = ((in[15 + inpos] >>> 0) & 1048575);
+ out[25 + outpos] = (in[15 + inpos] >>> 20)
+ | ((in[16 + inpos] & 255) << (20 - 8));
+ out[26 + outpos] = ((in[16 + inpos] >>> 8) & 1048575);
+ out[27 + outpos] = (in[16 + inpos] >>> 28)
+ | ((in[17 + inpos] & 65535) << (20 - 16));
+ out[28 + outpos] = (in[17 + inpos] >>> 16)
+ | ((in[18 + inpos] & 15) << (20 - 4));
+ out[29 + outpos] = ((in[18 + inpos] >>> 4) & 1048575);
+ out[30 + outpos] = (in[18 + inpos] >>> 24)
+ | ((in[19 + inpos] & 4095) << (20 - 12));
+ out[31 + outpos] = (in[19 + inpos] >>> 12);
+ }
- protected static void fastunpack31(final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = ((in[0 + inpos] >>> 0) & 2147483647)
- ;
- out[1 + outpos] = (in[0 + inpos] >>> 31)
- | ((in[1 + inpos] & 1073741823) << (31 - 30))
- ;
- out[2 + outpos] = (in[1 + inpos] >>> 30)
- | ((in[2 + inpos] & 536870911) << (31 - 29))
- ;
- out[3 + outpos] = (in[2 + inpos] >>> 29)
- | ((in[3 + inpos] & 268435455) << (31 - 28))
- ;
- out[4 + outpos] = (in[3 + inpos] >>> 28)
- | ((in[4 + inpos] & 134217727) << (31 - 27))
- ;
- out[5 + outpos] = (in[4 + inpos] >>> 27)
- | ((in[5 + inpos] & 67108863) << (31 - 26))
- ;
- out[6 + outpos] = (in[5 + inpos] >>> 26)
- | ((in[6 + inpos] & 33554431) << (31 - 25))
- ;
- out[7 + outpos] = (in[6 + inpos] >>> 25)
- | ((in[7 + inpos] & 16777215) << (31 - 24))
- ;
- out[8 + outpos] = (in[7 + inpos] >>> 24)
- | ((in[8 + inpos] & 8388607) << (31 - 23))
- ;
- out[9 + outpos] = (in[8 + inpos] >>> 23)
- | ((in[9 + inpos] & 4194303) << (31 - 22))
- ;
- out[10 + outpos] = (in[9 + inpos] >>> 22)
- | ((in[10 + inpos] & 2097151) << (31 - 21))
- ;
- out[11 + outpos] = (in[10 + inpos] >>> 21)
- | ((in[11 + inpos] & 1048575) << (31 - 20))
- ;
- out[12 + outpos] = (in[11 + inpos] >>> 20)
- | ((in[12 + inpos] & 524287) << (31 - 19))
- ;
- out[13 + outpos] = (in[12 + inpos] >>> 19)
- | ((in[13 + inpos] & 262143) << (31 - 18))
- ;
- out[14 + outpos] = (in[13 + inpos] >>> 18)
- | ((in[14 + inpos] & 131071) << (31 - 17))
- ;
- out[15 + outpos] = (in[14 + inpos] >>> 17)
- | ((in[15 + inpos] & 65535) << (31 - 16))
- ;
- out[16 + outpos] = (in[15 + inpos] >>> 16)
- | ((in[16 + inpos] & 32767) << (31 - 15))
- ;
- out[17 + outpos] = (in[16 + inpos] >>> 15)
- | ((in[17 + inpos] & 16383) << (31 - 14))
- ;
- out[18 + outpos] = (in[17 + inpos] >>> 14)
- | ((in[18 + inpos] & 8191) << (31 - 13))
- ;
- out[19 + outpos] = (in[18 + inpos] >>> 13)
- | ((in[19 + inpos] & 4095) << (31 - 12))
- ;
- out[20 + outpos] = (in[19 + inpos] >>> 12)
- | ((in[20 + inpos] & 2047) << (31 - 11))
- ;
- out[21 + outpos] = (in[20 + inpos] >>> 11)
- | ((in[21 + inpos] & 1023) << (31 - 10))
- ;
- out[22 + outpos] = (in[21 + inpos] >>> 10)
- | ((in[22 + inpos] & 511) << (31 - 9))
- ;
- out[23 + outpos] = (in[22 + inpos] >>> 9)
- | ((in[23 + inpos] & 255) << (31 - 8))
- ;
- out[24 + outpos] = (in[23 + inpos] >>> 8)
- | ((in[24 + inpos] & 127) << (31 - 7))
- ;
- out[25 + outpos] = (in[24 + inpos] >>> 7)
- | ((in[25 + inpos] & 63) << (31 - 6))
- ;
- out[26 + outpos] = (in[25 + inpos] >>> 6)
- | ((in[26 + inpos] & 31) << (31 - 5))
- ;
- out[27 + outpos] = (in[26 + inpos] >>> 5)
- | ((in[27 + inpos] & 15) << (31 - 4))
- ;
- out[28 + outpos] = (in[27 + inpos] >>> 4)
- | ((in[28 + inpos] & 7) << (31 - 3))
- ;
- out[29 + outpos] = (in[28 + inpos] >>> 3)
- | ((in[29 + inpos] & 3) << (31 - 2))
- ;
- out[30 + outpos] = (in[29 + inpos] >>> 2)
- | ((in[30 + inpos] & 1) << (31 - 1))
- ;
- out[31 + outpos] = (in[30 + inpos] >>> 1)
- ;
- }
+ protected static void fastunpack21(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 2097151);
+ out[1 + outpos] = (in[0 + inpos] >>> 21)
+ | ((in[1 + inpos] & 1023) << (21 - 10));
+ out[2 + outpos] = ((in[1 + inpos] >>> 10) & 2097151);
+ out[3 + outpos] = (in[1 + inpos] >>> 31)
+ | ((in[2 + inpos] & 1048575) << (21 - 20));
+ out[4 + outpos] = (in[2 + inpos] >>> 20)
+ | ((in[3 + inpos] & 511) << (21 - 9));
+ out[5 + outpos] = ((in[3 + inpos] >>> 9) & 2097151);
+ out[6 + outpos] = (in[3 + inpos] >>> 30)
+ | ((in[4 + inpos] & 524287) << (21 - 19));
+ out[7 + outpos] = (in[4 + inpos] >>> 19)
+ | ((in[5 + inpos] & 255) << (21 - 8));
+ out[8 + outpos] = ((in[5 + inpos] >>> 8) & 2097151);
+ out[9 + outpos] = (in[5 + inpos] >>> 29)
+ | ((in[6 + inpos] & 262143) << (21 - 18));
+ out[10 + outpos] = (in[6 + inpos] >>> 18)
+ | ((in[7 + inpos] & 127) << (21 - 7));
+ out[11 + outpos] = ((in[7 + inpos] >>> 7) & 2097151);
+ out[12 + outpos] = (in[7 + inpos] >>> 28)
+ | ((in[8 + inpos] & 131071) << (21 - 17));
+ out[13 + outpos] = (in[8 + inpos] >>> 17)
+ | ((in[9 + inpos] & 63) << (21 - 6));
+ out[14 + outpos] = ((in[9 + inpos] >>> 6) & 2097151);
+ out[15 + outpos] = (in[9 + inpos] >>> 27)
+ | ((in[10 + inpos] & 65535) << (21 - 16));
+ out[16 + outpos] = (in[10 + inpos] >>> 16)
+ | ((in[11 + inpos] & 31) << (21 - 5));
+ out[17 + outpos] = ((in[11 + inpos] >>> 5) & 2097151);
+ out[18 + outpos] = (in[11 + inpos] >>> 26)
+ | ((in[12 + inpos] & 32767) << (21 - 15));
+ out[19 + outpos] = (in[12 + inpos] >>> 15)
+ | ((in[13 + inpos] & 15) << (21 - 4));
+ out[20 + outpos] = ((in[13 + inpos] >>> 4) & 2097151);
+ out[21 + outpos] = (in[13 + inpos] >>> 25)
+ | ((in[14 + inpos] & 16383) << (21 - 14));
+ out[22 + outpos] = (in[14 + inpos] >>> 14)
+ | ((in[15 + inpos] & 7) << (21 - 3));
+ out[23 + outpos] = ((in[15 + inpos] >>> 3) & 2097151);
+ out[24 + outpos] = (in[15 + inpos] >>> 24)
+ | ((in[16 + inpos] & 8191) << (21 - 13));
+ out[25 + outpos] = (in[16 + inpos] >>> 13)
+ | ((in[17 + inpos] & 3) << (21 - 2));
+ out[26 + outpos] = ((in[17 + inpos] >>> 2) & 2097151);
+ out[27 + outpos] = (in[17 + inpos] >>> 23)
+ | ((in[18 + inpos] & 4095) << (21 - 12));
+ out[28 + outpos] = (in[18 + inpos] >>> 12)
+ | ((in[19 + inpos] & 1) << (21 - 1));
+ out[29 + outpos] = ((in[19 + inpos] >>> 1) & 2097151);
+ out[30 + outpos] = (in[19 + inpos] >>> 22)
+ | ((in[20 + inpos] & 2047) << (21 - 11));
+ out[31 + outpos] = (in[20 + inpos] >>> 11);
+ }
+ protected static void fastunpack22(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 4194303);
+ out[1 + outpos] = (in[0 + inpos] >>> 22)
+ | ((in[1 + inpos] & 4095) << (22 - 12));
+ out[2 + outpos] = (in[1 + inpos] >>> 12)
+ | ((in[2 + inpos] & 3) << (22 - 2));
+ out[3 + outpos] = ((in[2 + inpos] >>> 2) & 4194303);
+ out[4 + outpos] = (in[2 + inpos] >>> 24)
+ | ((in[3 + inpos] & 16383) << (22 - 14));
+ out[5 + outpos] = (in[3 + inpos] >>> 14)
+ | ((in[4 + inpos] & 15) << (22 - 4));
+ out[6 + outpos] = ((in[4 + inpos] >>> 4) & 4194303);
+ out[7 + outpos] = (in[4 + inpos] >>> 26)
+ | ((in[5 + inpos] & 65535) << (22 - 16));
+ out[8 + outpos] = (in[5 + inpos] >>> 16)
+ | ((in[6 + inpos] & 63) << (22 - 6));
+ out[9 + outpos] = ((in[6 + inpos] >>> 6) & 4194303);
+ out[10 + outpos] = (in[6 + inpos] >>> 28)
+ | ((in[7 + inpos] & 262143) << (22 - 18));
+ out[11 + outpos] = (in[7 + inpos] >>> 18)
+ | ((in[8 + inpos] & 255) << (22 - 8));
+ out[12 + outpos] = ((in[8 + inpos] >>> 8) & 4194303);
+ out[13 + outpos] = (in[8 + inpos] >>> 30)
+ | ((in[9 + inpos] & 1048575) << (22 - 20));
+ out[14 + outpos] = (in[9 + inpos] >>> 20)
+ | ((in[10 + inpos] & 1023) << (22 - 10));
+ out[15 + outpos] = (in[10 + inpos] >>> 10);
+ out[16 + outpos] = ((in[11 + inpos] >>> 0) & 4194303);
+ out[17 + outpos] = (in[11 + inpos] >>> 22)
+ | ((in[12 + inpos] & 4095) << (22 - 12));
+ out[18 + outpos] = (in[12 + inpos] >>> 12)
+ | ((in[13 + inpos] & 3) << (22 - 2));
+ out[19 + outpos] = ((in[13 + inpos] >>> 2) & 4194303);
+ out[20 + outpos] = (in[13 + inpos] >>> 24)
+ | ((in[14 + inpos] & 16383) << (22 - 14));
+ out[21 + outpos] = (in[14 + inpos] >>> 14)
+ | ((in[15 + inpos] & 15) << (22 - 4));
+ out[22 + outpos] = ((in[15 + inpos] >>> 4) & 4194303);
+ out[23 + outpos] = (in[15 + inpos] >>> 26)
+ | ((in[16 + inpos] & 65535) << (22 - 16));
+ out[24 + outpos] = (in[16 + inpos] >>> 16)
+ | ((in[17 + inpos] & 63) << (22 - 6));
+ out[25 + outpos] = ((in[17 + inpos] >>> 6) & 4194303);
+ out[26 + outpos] = (in[17 + inpos] >>> 28)
+ | ((in[18 + inpos] & 262143) << (22 - 18));
+ out[27 + outpos] = (in[18 + inpos] >>> 18)
+ | ((in[19 + inpos] & 255) << (22 - 8));
+ out[28 + outpos] = ((in[19 + inpos] >>> 8) & 4194303);
+ out[29 + outpos] = (in[19 + inpos] >>> 30)
+ | ((in[20 + inpos] & 1048575) << (22 - 20));
+ out[30 + outpos] = (in[20 + inpos] >>> 20)
+ | ((in[21 + inpos] & 1023) << (22 - 10));
+ out[31 + outpos] = (in[21 + inpos] >>> 10);
+ }
- protected static void fastunpack32(final int[] in, int inpos, final int[] out, int outpos) {
- System.arraycopy(in, inpos, out, outpos, 32);
- }
+ protected static void fastunpack23(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 8388607);
+ out[1 + outpos] = (in[0 + inpos] >>> 23)
+ | ((in[1 + inpos] & 16383) << (23 - 14));
+ out[2 + outpos] = (in[1 + inpos] >>> 14)
+ | ((in[2 + inpos] & 31) << (23 - 5));
+ out[3 + outpos] = ((in[2 + inpos] >>> 5) & 8388607);
+ out[4 + outpos] = (in[2 + inpos] >>> 28)
+ | ((in[3 + inpos] & 524287) << (23 - 19));
+ out[5 + outpos] = (in[3 + inpos] >>> 19)
+ | ((in[4 + inpos] & 1023) << (23 - 10));
+ out[6 + outpos] = (in[4 + inpos] >>> 10)
+ | ((in[5 + inpos] & 1) << (23 - 1));
+ out[7 + outpos] = ((in[5 + inpos] >>> 1) & 8388607);
+ out[8 + outpos] = (in[5 + inpos] >>> 24)
+ | ((in[6 + inpos] & 32767) << (23 - 15));
+ out[9 + outpos] = (in[6 + inpos] >>> 15)
+ | ((in[7 + inpos] & 63) << (23 - 6));
+ out[10 + outpos] = ((in[7 + inpos] >>> 6) & 8388607);
+ out[11 + outpos] = (in[7 + inpos] >>> 29)
+ | ((in[8 + inpos] & 1048575) << (23 - 20));
+ out[12 + outpos] = (in[8 + inpos] >>> 20)
+ | ((in[9 + inpos] & 2047) << (23 - 11));
+ out[13 + outpos] = (in[9 + inpos] >>> 11)
+ | ((in[10 + inpos] & 3) << (23 - 2));
+ out[14 + outpos] = ((in[10 + inpos] >>> 2) & 8388607);
+ out[15 + outpos] = (in[10 + inpos] >>> 25)
+ | ((in[11 + inpos] & 65535) << (23 - 16));
+ out[16 + outpos] = (in[11 + inpos] >>> 16)
+ | ((in[12 + inpos] & 127) << (23 - 7));
+ out[17 + outpos] = ((in[12 + inpos] >>> 7) & 8388607);
+ out[18 + outpos] = (in[12 + inpos] >>> 30)
+ | ((in[13 + inpos] & 2097151) << (23 - 21));
+ out[19 + outpos] = (in[13 + inpos] >>> 21)
+ | ((in[14 + inpos] & 4095) << (23 - 12));
+ out[20 + outpos] = (in[14 + inpos] >>> 12)
+ | ((in[15 + inpos] & 7) << (23 - 3));
+ out[21 + outpos] = ((in[15 + inpos] >>> 3) & 8388607);
+ out[22 + outpos] = (in[15 + inpos] >>> 26)
+ | ((in[16 + inpos] & 131071) << (23 - 17));
+ out[23 + outpos] = (in[16 + inpos] >>> 17)
+ | ((in[17 + inpos] & 255) << (23 - 8));
+ out[24 + outpos] = ((in[17 + inpos] >>> 8) & 8388607);
+ out[25 + outpos] = (in[17 + inpos] >>> 31)
+ | ((in[18 + inpos] & 4194303) << (23 - 22));
+ out[26 + outpos] = (in[18 + inpos] >>> 22)
+ | ((in[19 + inpos] & 8191) << (23 - 13));
+ out[27 + outpos] = (in[19 + inpos] >>> 13)
+ | ((in[20 + inpos] & 15) << (23 - 4));
+ out[28 + outpos] = ((in[20 + inpos] >>> 4) & 8388607);
+ out[29 + outpos] = (in[20 + inpos] >>> 27)
+ | ((in[21 + inpos] & 262143) << (23 - 18));
+ out[30 + outpos] = (in[21 + inpos] >>> 18)
+ | ((in[22 + inpos] & 511) << (23 - 9));
+ out[31 + outpos] = (in[22 + inpos] >>> 9);
+ }
+ protected static void fastunpack24(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 16777215);
+ out[1 + outpos] = (in[0 + inpos] >>> 24)
+ | ((in[1 + inpos] & 65535) << (24 - 16));
+ out[2 + outpos] = (in[1 + inpos] >>> 16)
+ | ((in[2 + inpos] & 255) << (24 - 8));
+ out[3 + outpos] = (in[2 + inpos] >>> 8);
+ out[4 + outpos] = ((in[3 + inpos] >>> 0) & 16777215);
+ out[5 + outpos] = (in[3 + inpos] >>> 24)
+ | ((in[4 + inpos] & 65535) << (24 - 16));
+ out[6 + outpos] = (in[4 + inpos] >>> 16)
+ | ((in[5 + inpos] & 255) << (24 - 8));
+ out[7 + outpos] = (in[5 + inpos] >>> 8);
+ out[8 + outpos] = ((in[6 + inpos] >>> 0) & 16777215);
+ out[9 + outpos] = (in[6 + inpos] >>> 24)
+ | ((in[7 + inpos] & 65535) << (24 - 16));
+ out[10 + outpos] = (in[7 + inpos] >>> 16)
+ | ((in[8 + inpos] & 255) << (24 - 8));
+ out[11 + outpos] = (in[8 + inpos] >>> 8);
+ out[12 + outpos] = ((in[9 + inpos] >>> 0) & 16777215);
+ out[13 + outpos] = (in[9 + inpos] >>> 24)
+ | ((in[10 + inpos] & 65535) << (24 - 16));
+ out[14 + outpos] = (in[10 + inpos] >>> 16)
+ | ((in[11 + inpos] & 255) << (24 - 8));
+ out[15 + outpos] = (in[11 + inpos] >>> 8);
+ out[16 + outpos] = ((in[12 + inpos] >>> 0) & 16777215);
+ out[17 + outpos] = (in[12 + inpos] >>> 24)
+ | ((in[13 + inpos] & 65535) << (24 - 16));
+ out[18 + outpos] = (in[13 + inpos] >>> 16)
+ | ((in[14 + inpos] & 255) << (24 - 8));
+ out[19 + outpos] = (in[14 + inpos] >>> 8);
+ out[20 + outpos] = ((in[15 + inpos] >>> 0) & 16777215);
+ out[21 + outpos] = (in[15 + inpos] >>> 24)
+ | ((in[16 + inpos] & 65535) << (24 - 16));
+ out[22 + outpos] = (in[16 + inpos] >>> 16)
+ | ((in[17 + inpos] & 255) << (24 - 8));
+ out[23 + outpos] = (in[17 + inpos] >>> 8);
+ out[24 + outpos] = ((in[18 + inpos] >>> 0) & 16777215);
+ out[25 + outpos] = (in[18 + inpos] >>> 24)
+ | ((in[19 + inpos] & 65535) << (24 - 16));
+ out[26 + outpos] = (in[19 + inpos] >>> 16)
+ | ((in[20 + inpos] & 255) << (24 - 8));
+ out[27 + outpos] = (in[20 + inpos] >>> 8);
+ out[28 + outpos] = ((in[21 + inpos] >>> 0) & 16777215);
+ out[29 + outpos] = (in[21 + inpos] >>> 24)
+ | ((in[22 + inpos] & 65535) << (24 - 16));
+ out[30 + outpos] = (in[22 + inpos] >>> 16)
+ | ((in[23 + inpos] & 255) << (24 - 8));
+ out[31 + outpos] = (in[23 + inpos] >>> 8);
+ }
- protected static void fastpack32(final int[] in, int inpos, final int[] out, int outpos) {
- System.arraycopy(in, inpos, out, outpos, 32);
- }
+ protected static void fastunpack25(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 33554431);
+ out[1 + outpos] = (in[0 + inpos] >>> 25)
+ | ((in[1 + inpos] & 262143) << (25 - 18));
+ out[2 + outpos] = (in[1 + inpos] >>> 18)
+ | ((in[2 + inpos] & 2047) << (25 - 11));
+ out[3 + outpos] = (in[2 + inpos] >>> 11)
+ | ((in[3 + inpos] & 15) << (25 - 4));
+ out[4 + outpos] = ((in[3 + inpos] >>> 4) & 33554431);
+ out[5 + outpos] = (in[3 + inpos] >>> 29)
+ | ((in[4 + inpos] & 4194303) << (25 - 22));
+ out[6 + outpos] = (in[4 + inpos] >>> 22)
+ | ((in[5 + inpos] & 32767) << (25 - 15));
+ out[7 + outpos] = (in[5 + inpos] >>> 15)
+ | ((in[6 + inpos] & 255) << (25 - 8));
+ out[8 + outpos] = (in[6 + inpos] >>> 8)
+ | ((in[7 + inpos] & 1) << (25 - 1));
+ out[9 + outpos] = ((in[7 + inpos] >>> 1) & 33554431);
+ out[10 + outpos] = (in[7 + inpos] >>> 26)
+ | ((in[8 + inpos] & 524287) << (25 - 19));
+ out[11 + outpos] = (in[8 + inpos] >>> 19)
+ | ((in[9 + inpos] & 4095) << (25 - 12));
+ out[12 + outpos] = (in[9 + inpos] >>> 12)
+ | ((in[10 + inpos] & 31) << (25 - 5));
+ out[13 + outpos] = ((in[10 + inpos] >>> 5) & 33554431);
+ out[14 + outpos] = (in[10 + inpos] >>> 30)
+ | ((in[11 + inpos] & 8388607) << (25 - 23));
+ out[15 + outpos] = (in[11 + inpos] >>> 23)
+ | ((in[12 + inpos] & 65535) << (25 - 16));
+ out[16 + outpos] = (in[12 + inpos] >>> 16)
+ | ((in[13 + inpos] & 511) << (25 - 9));
+ out[17 + outpos] = (in[13 + inpos] >>> 9)
+ | ((in[14 + inpos] & 3) << (25 - 2));
+ out[18 + outpos] = ((in[14 + inpos] >>> 2) & 33554431);
+ out[19 + outpos] = (in[14 + inpos] >>> 27)
+ | ((in[15 + inpos] & 1048575) << (25 - 20));
+ out[20 + outpos] = (in[15 + inpos] >>> 20)
+ | ((in[16 + inpos] & 8191) << (25 - 13));
+ out[21 + outpos] = (in[16 + inpos] >>> 13)
+ | ((in[17 + inpos] & 63) << (25 - 6));
+ out[22 + outpos] = ((in[17 + inpos] >>> 6) & 33554431);
+ out[23 + outpos] = (in[17 + inpos] >>> 31)
+ | ((in[18 + inpos] & 16777215) << (25 - 24));
+ out[24 + outpos] = (in[18 + inpos] >>> 24)
+ | ((in[19 + inpos] & 131071) << (25 - 17));
+ out[25 + outpos] = (in[19 + inpos] >>> 17)
+ | ((in[20 + inpos] & 1023) << (25 - 10));
+ out[26 + outpos] = (in[20 + inpos] >>> 10)
+ | ((in[21 + inpos] & 7) << (25 - 3));
+ out[27 + outpos] = ((in[21 + inpos] >>> 3) & 33554431);
+ out[28 + outpos] = (in[21 + inpos] >>> 28)
+ | ((in[22 + inpos] & 2097151) << (25 - 21));
+ out[29 + outpos] = (in[22 + inpos] >>> 21)
+ | ((in[23 + inpos] & 16383) << (25 - 14));
+ out[30 + outpos] = (in[23 + inpos] >>> 14)
+ | ((in[24 + inpos] & 127) << (25 - 7));
+ out[31 + outpos] = (in[24 + inpos] >>> 7);
+ }
+ protected static void fastunpack26(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 67108863);
+ out[1 + outpos] = (in[0 + inpos] >>> 26)
+ | ((in[1 + inpos] & 1048575) << (26 - 20));
+ out[2 + outpos] = (in[1 + inpos] >>> 20)
+ | ((in[2 + inpos] & 16383) << (26 - 14));
+ out[3 + outpos] = (in[2 + inpos] >>> 14)
+ | ((in[3 + inpos] & 255) << (26 - 8));
+ out[4 + outpos] = (in[3 + inpos] >>> 8)
+ | ((in[4 + inpos] & 3) << (26 - 2));
+ out[5 + outpos] = ((in[4 + inpos] >>> 2) & 67108863);
+ out[6 + outpos] = (in[4 + inpos] >>> 28)
+ | ((in[5 + inpos] & 4194303) << (26 - 22));
+ out[7 + outpos] = (in[5 + inpos] >>> 22)
+ | ((in[6 + inpos] & 65535) << (26 - 16));
+ out[8 + outpos] = (in[6 + inpos] >>> 16)
+ | ((in[7 + inpos] & 1023) << (26 - 10));
+ out[9 + outpos] = (in[7 + inpos] >>> 10)
+ | ((in[8 + inpos] & 15) << (26 - 4));
+ out[10 + outpos] = ((in[8 + inpos] >>> 4) & 67108863);
+ out[11 + outpos] = (in[8 + inpos] >>> 30)
+ | ((in[9 + inpos] & 16777215) << (26 - 24));
+ out[12 + outpos] = (in[9 + inpos] >>> 24)
+ | ((in[10 + inpos] & 262143) << (26 - 18));
+ out[13 + outpos] = (in[10 + inpos] >>> 18)
+ | ((in[11 + inpos] & 4095) << (26 - 12));
+ out[14 + outpos] = (in[11 + inpos] >>> 12)
+ | ((in[12 + inpos] & 63) << (26 - 6));
+ out[15 + outpos] = (in[12 + inpos] >>> 6);
+ out[16 + outpos] = ((in[13 + inpos] >>> 0) & 67108863);
+ out[17 + outpos] = (in[13 + inpos] >>> 26)
+ | ((in[14 + inpos] & 1048575) << (26 - 20));
+ out[18 + outpos] = (in[14 + inpos] >>> 20)
+ | ((in[15 + inpos] & 16383) << (26 - 14));
+ out[19 + outpos] = (in[15 + inpos] >>> 14)
+ | ((in[16 + inpos] & 255) << (26 - 8));
+ out[20 + outpos] = (in[16 + inpos] >>> 8)
+ | ((in[17 + inpos] & 3) << (26 - 2));
+ out[21 + outpos] = ((in[17 + inpos] >>> 2) & 67108863);
+ out[22 + outpos] = (in[17 + inpos] >>> 28)
+ | ((in[18 + inpos] & 4194303) << (26 - 22));
+ out[23 + outpos] = (in[18 + inpos] >>> 22)
+ | ((in[19 + inpos] & 65535) << (26 - 16));
+ out[24 + outpos] = (in[19 + inpos] >>> 16)
+ | ((in[20 + inpos] & 1023) << (26 - 10));
+ out[25 + outpos] = (in[20 + inpos] >>> 10)
+ | ((in[21 + inpos] & 15) << (26 - 4));
+ out[26 + outpos] = ((in[21 + inpos] >>> 4) & 67108863);
+ out[27 + outpos] = (in[21 + inpos] >>> 30)
+ | ((in[22 + inpos] & 16777215) << (26 - 24));
+ out[28 + outpos] = (in[22 + inpos] >>> 24)
+ | ((in[23 + inpos] & 262143) << (26 - 18));
+ out[29 + outpos] = (in[23 + inpos] >>> 18)
+ | ((in[24 + inpos] & 4095) << (26 - 12));
+ out[30 + outpos] = (in[24 + inpos] >>> 12)
+ | ((in[25 + inpos] & 63) << (26 - 6));
+ out[31 + outpos] = (in[25 + inpos] >>> 6);
+ }
- protected static void fastpackwithoutmask32(final int[] in, int inpos, final int[] out, int outpos) {
- System.arraycopy(in, inpos, out, outpos, 32);
- }
+ protected static void fastunpack27(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 134217727);
+ out[1 + outpos] = (in[0 + inpos] >>> 27)
+ | ((in[1 + inpos] & 4194303) << (27 - 22));
+ out[2 + outpos] = (in[1 + inpos] >>> 22)
+ | ((in[2 + inpos] & 131071) << (27 - 17));
+ out[3 + outpos] = (in[2 + inpos] >>> 17)
+ | ((in[3 + inpos] & 4095) << (27 - 12));
+ out[4 + outpos] = (in[3 + inpos] >>> 12)
+ | ((in[4 + inpos] & 127) << (27 - 7));
+ out[5 + outpos] = (in[4 + inpos] >>> 7)
+ | ((in[5 + inpos] & 3) << (27 - 2));
+ out[6 + outpos] = ((in[5 + inpos] >>> 2) & 134217727);
+ out[7 + outpos] = (in[5 + inpos] >>> 29)
+ | ((in[6 + inpos] & 16777215) << (27 - 24));
+ out[8 + outpos] = (in[6 + inpos] >>> 24)
+ | ((in[7 + inpos] & 524287) << (27 - 19));
+ out[9 + outpos] = (in[7 + inpos] >>> 19)
+ | ((in[8 + inpos] & 16383) << (27 - 14));
+ out[10 + outpos] = (in[8 + inpos] >>> 14)
+ | ((in[9 + inpos] & 511) << (27 - 9));
+ out[11 + outpos] = (in[9 + inpos] >>> 9)
+ | ((in[10 + inpos] & 15) << (27 - 4));
+ out[12 + outpos] = ((in[10 + inpos] >>> 4) & 134217727);
+ out[13 + outpos] = (in[10 + inpos] >>> 31)
+ | ((in[11 + inpos] & 67108863) << (27 - 26));
+ out[14 + outpos] = (in[11 + inpos] >>> 26)
+ | ((in[12 + inpos] & 2097151) << (27 - 21));
+ out[15 + outpos] = (in[12 + inpos] >>> 21)
+ | ((in[13 + inpos] & 65535) << (27 - 16));
+ out[16 + outpos] = (in[13 + inpos] >>> 16)
+ | ((in[14 + inpos] & 2047) << (27 - 11));
+ out[17 + outpos] = (in[14 + inpos] >>> 11)
+ | ((in[15 + inpos] & 63) << (27 - 6));
+ out[18 + outpos] = (in[15 + inpos] >>> 6)
+ | ((in[16 + inpos] & 1) << (27 - 1));
+ out[19 + outpos] = ((in[16 + inpos] >>> 1) & 134217727);
+ out[20 + outpos] = (in[16 + inpos] >>> 28)
+ | ((in[17 + inpos] & 8388607) << (27 - 23));
+ out[21 + outpos] = (in[17 + inpos] >>> 23)
+ | ((in[18 + inpos] & 262143) << (27 - 18));
+ out[22 + outpos] = (in[18 + inpos] >>> 18)
+ | ((in[19 + inpos] & 8191) << (27 - 13));
+ out[23 + outpos] = (in[19 + inpos] >>> 13)
+ | ((in[20 + inpos] & 255) << (27 - 8));
+ out[24 + outpos] = (in[20 + inpos] >>> 8)
+ | ((in[21 + inpos] & 7) << (27 - 3));
+ out[25 + outpos] = ((in[21 + inpos] >>> 3) & 134217727);
+ out[26 + outpos] = (in[21 + inpos] >>> 30)
+ | ((in[22 + inpos] & 33554431) << (27 - 25));
+ out[27 + outpos] = (in[22 + inpos] >>> 25)
+ | ((in[23 + inpos] & 1048575) << (27 - 20));
+ out[28 + outpos] = (in[23 + inpos] >>> 20)
+ | ((in[24 + inpos] & 32767) << (27 - 15));
+ out[29 + outpos] = (in[24 + inpos] >>> 15)
+ | ((in[25 + inpos] & 1023) << (27 - 10));
+ out[30 + outpos] = (in[25 + inpos] >>> 10)
+ | ((in[26 + inpos] & 31) << (27 - 5));
+ out[31 + outpos] = (in[26 + inpos] >>> 5);
+ }
+ protected static void fastunpack28(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 268435455);
+ out[1 + outpos] = (in[0 + inpos] >>> 28)
+ | ((in[1 + inpos] & 16777215) << (28 - 24));
+ out[2 + outpos] = (in[1 + inpos] >>> 24)
+ | ((in[2 + inpos] & 1048575) << (28 - 20));
+ out[3 + outpos] = (in[2 + inpos] >>> 20)
+ | ((in[3 + inpos] & 65535) << (28 - 16));
+ out[4 + outpos] = (in[3 + inpos] >>> 16)
+ | ((in[4 + inpos] & 4095) << (28 - 12));
+ out[5 + outpos] = (in[4 + inpos] >>> 12)
+ | ((in[5 + inpos] & 255) << (28 - 8));
+ out[6 + outpos] = (in[5 + inpos] >>> 8)
+ | ((in[6 + inpos] & 15) << (28 - 4));
+ out[7 + outpos] = (in[6 + inpos] >>> 4);
+ out[8 + outpos] = ((in[7 + inpos] >>> 0) & 268435455);
+ out[9 + outpos] = (in[7 + inpos] >>> 28)
+ | ((in[8 + inpos] & 16777215) << (28 - 24));
+ out[10 + outpos] = (in[8 + inpos] >>> 24)
+ | ((in[9 + inpos] & 1048575) << (28 - 20));
+ out[11 + outpos] = (in[9 + inpos] >>> 20)
+ | ((in[10 + inpos] & 65535) << (28 - 16));
+ out[12 + outpos] = (in[10 + inpos] >>> 16)
+ | ((in[11 + inpos] & 4095) << (28 - 12));
+ out[13 + outpos] = (in[11 + inpos] >>> 12)
+ | ((in[12 + inpos] & 255) << (28 - 8));
+ out[14 + outpos] = (in[12 + inpos] >>> 8)
+ | ((in[13 + inpos] & 15) << (28 - 4));
+ out[15 + outpos] = (in[13 + inpos] >>> 4);
+ out[16 + outpos] = ((in[14 + inpos] >>> 0) & 268435455);
+ out[17 + outpos] = (in[14 + inpos] >>> 28)
+ | ((in[15 + inpos] & 16777215) << (28 - 24));
+ out[18 + outpos] = (in[15 + inpos] >>> 24)
+ | ((in[16 + inpos] & 1048575) << (28 - 20));
+ out[19 + outpos] = (in[16 + inpos] >>> 20)
+ | ((in[17 + inpos] & 65535) << (28 - 16));
+ out[20 + outpos] = (in[17 + inpos] >>> 16)
+ | ((in[18 + inpos] & 4095) << (28 - 12));
+ out[21 + outpos] = (in[18 + inpos] >>> 12)
+ | ((in[19 + inpos] & 255) << (28 - 8));
+ out[22 + outpos] = (in[19 + inpos] >>> 8)
+ | ((in[20 + inpos] & 15) << (28 - 4));
+ out[23 + outpos] = (in[20 + inpos] >>> 4);
+ out[24 + outpos] = ((in[21 + inpos] >>> 0) & 268435455);
+ out[25 + outpos] = (in[21 + inpos] >>> 28)
+ | ((in[22 + inpos] & 16777215) << (28 - 24));
+ out[26 + outpos] = (in[22 + inpos] >>> 24)
+ | ((in[23 + inpos] & 1048575) << (28 - 20));
+ out[27 + outpos] = (in[23 + inpos] >>> 20)
+ | ((in[24 + inpos] & 65535) << (28 - 16));
+ out[28 + outpos] = (in[24 + inpos] >>> 16)
+ | ((in[25 + inpos] & 4095) << (28 - 12));
+ out[29 + outpos] = (in[25 + inpos] >>> 12)
+ | ((in[26 + inpos] & 255) << (28 - 8));
+ out[30 + outpos] = (in[26 + inpos] >>> 8)
+ | ((in[27 + inpos] & 15) << (28 - 4));
+ out[31 + outpos] = (in[27 + inpos] >>> 4);
+ }
- protected static void fastunpack0(final int[] in, int inpos, final int[] out, int outpos) {
- Arrays.fill(out, outpos, outpos + 32, 0);
- }
+ protected static void fastunpack29(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 536870911);
+ out[1 + outpos] = (in[0 + inpos] >>> 29)
+ | ((in[1 + inpos] & 67108863) << (29 - 26));
+ out[2 + outpos] = (in[1 + inpos] >>> 26)
+ | ((in[2 + inpos] & 8388607) << (29 - 23));
+ out[3 + outpos] = (in[2 + inpos] >>> 23)
+ | ((in[3 + inpos] & 1048575) << (29 - 20));
+ out[4 + outpos] = (in[3 + inpos] >>> 20)
+ | ((in[4 + inpos] & 131071) << (29 - 17));
+ out[5 + outpos] = (in[4 + inpos] >>> 17)
+ | ((in[5 + inpos] & 16383) << (29 - 14));
+ out[6 + outpos] = (in[5 + inpos] >>> 14)
+ | ((in[6 + inpos] & 2047) << (29 - 11));
+ out[7 + outpos] = (in[6 + inpos] >>> 11)
+ | ((in[7 + inpos] & 255) << (29 - 8));
+ out[8 + outpos] = (in[7 + inpos] >>> 8)
+ | ((in[8 + inpos] & 31) << (29 - 5));
+ out[9 + outpos] = (in[8 + inpos] >>> 5)
+ | ((in[9 + inpos] & 3) << (29 - 2));
+ out[10 + outpos] = ((in[9 + inpos] >>> 2) & 536870911);
+ out[11 + outpos] = (in[9 + inpos] >>> 31)
+ | ((in[10 + inpos] & 268435455) << (29 - 28));
+ out[12 + outpos] = (in[10 + inpos] >>> 28)
+ | ((in[11 + inpos] & 33554431) << (29 - 25));
+ out[13 + outpos] = (in[11 + inpos] >>> 25)
+ | ((in[12 + inpos] & 4194303) << (29 - 22));
+ out[14 + outpos] = (in[12 + inpos] >>> 22)
+ | ((in[13 + inpos] & 524287) << (29 - 19));
+ out[15 + outpos] = (in[13 + inpos] >>> 19)
+ | ((in[14 + inpos] & 65535) << (29 - 16));
+ out[16 + outpos] = (in[14 + inpos] >>> 16)
+ | ((in[15 + inpos] & 8191) << (29 - 13));
+ out[17 + outpos] = (in[15 + inpos] >>> 13)
+ | ((in[16 + inpos] & 1023) << (29 - 10));
+ out[18 + outpos] = (in[16 + inpos] >>> 10)
+ | ((in[17 + inpos] & 127) << (29 - 7));
+ out[19 + outpos] = (in[17 + inpos] >>> 7)
+ | ((in[18 + inpos] & 15) << (29 - 4));
+ out[20 + outpos] = (in[18 + inpos] >>> 4)
+ | ((in[19 + inpos] & 1) << (29 - 1));
+ out[21 + outpos] = ((in[19 + inpos] >>> 1) & 536870911);
+ out[22 + outpos] = (in[19 + inpos] >>> 30)
+ | ((in[20 + inpos] & 134217727) << (29 - 27));
+ out[23 + outpos] = (in[20 + inpos] >>> 27)
+ | ((in[21 + inpos] & 16777215) << (29 - 24));
+ out[24 + outpos] = (in[21 + inpos] >>> 24)
+ | ((in[22 + inpos] & 2097151) << (29 - 21));
+ out[25 + outpos] = (in[22 + inpos] >>> 21)
+ | ((in[23 + inpos] & 262143) << (29 - 18));
+ out[26 + outpos] = (in[23 + inpos] >>> 18)
+ | ((in[24 + inpos] & 32767) << (29 - 15));
+ out[27 + outpos] = (in[24 + inpos] >>> 15)
+ | ((in[25 + inpos] & 4095) << (29 - 12));
+ out[28 + outpos] = (in[25 + inpos] >>> 12)
+ | ((in[26 + inpos] & 511) << (29 - 9));
+ out[29 + outpos] = (in[26 + inpos] >>> 9)
+ | ((in[27 + inpos] & 63) << (29 - 6));
+ out[30 + outpos] = (in[27 + inpos] >>> 6)
+ | ((in[28 + inpos] & 7) << (29 - 3));
+ out[31 + outpos] = (in[28 + inpos] >>> 3);
+ }
+ protected static void fastunpack3(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 7);
+ out[1 + outpos] = ((in[0 + inpos] >>> 3) & 7);
+ out[2 + outpos] = ((in[0 + inpos] >>> 6) & 7);
+ out[3 + outpos] = ((in[0 + inpos] >>> 9) & 7);
+ out[4 + outpos] = ((in[0 + inpos] >>> 12) & 7);
+ out[5 + outpos] = ((in[0 + inpos] >>> 15) & 7);
+ out[6 + outpos] = ((in[0 + inpos] >>> 18) & 7);
+ out[7 + outpos] = ((in[0 + inpos] >>> 21) & 7);
+ out[8 + outpos] = ((in[0 + inpos] >>> 24) & 7);
+ out[9 + outpos] = ((in[0 + inpos] >>> 27) & 7);
+ out[10 + outpos] = (in[0 + inpos] >>> 30)
+ | ((in[1 + inpos] & 1) << (3 - 1));
+ out[11 + outpos] = ((in[1 + inpos] >>> 1) & 7);
+ out[12 + outpos] = ((in[1 + inpos] >>> 4) & 7);
+ out[13 + outpos] = ((in[1 + inpos] >>> 7) & 7);
+ out[14 + outpos] = ((in[1 + inpos] >>> 10) & 7);
+ out[15 + outpos] = ((in[1 + inpos] >>> 13) & 7);
+ out[16 + outpos] = ((in[1 + inpos] >>> 16) & 7);
+ out[17 + outpos] = ((in[1 + inpos] >>> 19) & 7);
+ out[18 + outpos] = ((in[1 + inpos] >>> 22) & 7);
+ out[19 + outpos] = ((in[1 + inpos] >>> 25) & 7);
+ out[20 + outpos] = ((in[1 + inpos] >>> 28) & 7);
+ out[21 + outpos] = (in[1 + inpos] >>> 31)
+ | ((in[2 + inpos] & 3) << (3 - 2));
+ out[22 + outpos] = ((in[2 + inpos] >>> 2) & 7);
+ out[23 + outpos] = ((in[2 + inpos] >>> 5) & 7);
+ out[24 + outpos] = ((in[2 + inpos] >>> 8) & 7);
+ out[25 + outpos] = ((in[2 + inpos] >>> 11) & 7);
+ out[26 + outpos] = ((in[2 + inpos] >>> 14) & 7);
+ out[27 + outpos] = ((in[2 + inpos] >>> 17) & 7);
+ out[28 + outpos] = ((in[2 + inpos] >>> 20) & 7);
+ out[29 + outpos] = ((in[2 + inpos] >>> 23) & 7);
+ out[30 + outpos] = ((in[2 + inpos] >>> 26) & 7);
+ out[31 + outpos] = (in[2 + inpos] >>> 29);
+ }
- protected static void fastpack0(final int[] in, int inpos, final int[] out, int outpos) {
- // nothing
- }
+ protected static void fastunpack30(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 1073741823);
+ out[1 + outpos] = (in[0 + inpos] >>> 30)
+ | ((in[1 + inpos] & 268435455) << (30 - 28));
+ out[2 + outpos] = (in[1 + inpos] >>> 28)
+ | ((in[2 + inpos] & 67108863) << (30 - 26));
+ out[3 + outpos] = (in[2 + inpos] >>> 26)
+ | ((in[3 + inpos] & 16777215) << (30 - 24));
+ out[4 + outpos] = (in[3 + inpos] >>> 24)
+ | ((in[4 + inpos] & 4194303) << (30 - 22));
+ out[5 + outpos] = (in[4 + inpos] >>> 22)
+ | ((in[5 + inpos] & 1048575) << (30 - 20));
+ out[6 + outpos] = (in[5 + inpos] >>> 20)
+ | ((in[6 + inpos] & 262143) << (30 - 18));
+ out[7 + outpos] = (in[6 + inpos] >>> 18)
+ | ((in[7 + inpos] & 65535) << (30 - 16));
+ out[8 + outpos] = (in[7 + inpos] >>> 16)
+ | ((in[8 + inpos] & 16383) << (30 - 14));
+ out[9 + outpos] = (in[8 + inpos] >>> 14)
+ | ((in[9 + inpos] & 4095) << (30 - 12));
+ out[10 + outpos] = (in[9 + inpos] >>> 12)
+ | ((in[10 + inpos] & 1023) << (30 - 10));
+ out[11 + outpos] = (in[10 + inpos] >>> 10)
+ | ((in[11 + inpos] & 255) << (30 - 8));
+ out[12 + outpos] = (in[11 + inpos] >>> 8)
+ | ((in[12 + inpos] & 63) << (30 - 6));
+ out[13 + outpos] = (in[12 + inpos] >>> 6)
+ | ((in[13 + inpos] & 15) << (30 - 4));
+ out[14 + outpos] = (in[13 + inpos] >>> 4)
+ | ((in[14 + inpos] & 3) << (30 - 2));
+ out[15 + outpos] = (in[14 + inpos] >>> 2);
+ out[16 + outpos] = ((in[15 + inpos] >>> 0) & 1073741823);
+ out[17 + outpos] = (in[15 + inpos] >>> 30)
+ | ((in[16 + inpos] & 268435455) << (30 - 28));
+ out[18 + outpos] = (in[16 + inpos] >>> 28)
+ | ((in[17 + inpos] & 67108863) << (30 - 26));
+ out[19 + outpos] = (in[17 + inpos] >>> 26)
+ | ((in[18 + inpos] & 16777215) << (30 - 24));
+ out[20 + outpos] = (in[18 + inpos] >>> 24)
+ | ((in[19 + inpos] & 4194303) << (30 - 22));
+ out[21 + outpos] = (in[19 + inpos] >>> 22)
+ | ((in[20 + inpos] & 1048575) << (30 - 20));
+ out[22 + outpos] = (in[20 + inpos] >>> 20)
+ | ((in[21 + inpos] & 262143) << (30 - 18));
+ out[23 + outpos] = (in[21 + inpos] >>> 18)
+ | ((in[22 + inpos] & 65535) << (30 - 16));
+ out[24 + outpos] = (in[22 + inpos] >>> 16)
+ | ((in[23 + inpos] & 16383) << (30 - 14));
+ out[25 + outpos] = (in[23 + inpos] >>> 14)
+ | ((in[24 + inpos] & 4095) << (30 - 12));
+ out[26 + outpos] = (in[24 + inpos] >>> 12)
+ | ((in[25 + inpos] & 1023) << (30 - 10));
+ out[27 + outpos] = (in[25 + inpos] >>> 10)
+ | ((in[26 + inpos] & 255) << (30 - 8));
+ out[28 + outpos] = (in[26 + inpos] >>> 8)
+ | ((in[27 + inpos] & 63) << (30 - 6));
+ out[29 + outpos] = (in[27 + inpos] >>> 6)
+ | ((in[28 + inpos] & 15) << (30 - 4));
+ out[30 + outpos] = (in[28 + inpos] >>> 4)
+ | ((in[29 + inpos] & 3) << (30 - 2));
+ out[31 + outpos] = (in[29 + inpos] >>> 2);
+ }
+ protected static void fastunpack31(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 2147483647);
+ out[1 + outpos] = (in[0 + inpos] >>> 31)
+ | ((in[1 + inpos] & 1073741823) << (31 - 30));
+ out[2 + outpos] = (in[1 + inpos] >>> 30)
+ | ((in[2 + inpos] & 536870911) << (31 - 29));
+ out[3 + outpos] = (in[2 + inpos] >>> 29)
+ | ((in[3 + inpos] & 268435455) << (31 - 28));
+ out[4 + outpos] = (in[3 + inpos] >>> 28)
+ | ((in[4 + inpos] & 134217727) << (31 - 27));
+ out[5 + outpos] = (in[4 + inpos] >>> 27)
+ | ((in[5 + inpos] & 67108863) << (31 - 26));
+ out[6 + outpos] = (in[5 + inpos] >>> 26)
+ | ((in[6 + inpos] & 33554431) << (31 - 25));
+ out[7 + outpos] = (in[6 + inpos] >>> 25)
+ | ((in[7 + inpos] & 16777215) << (31 - 24));
+ out[8 + outpos] = (in[7 + inpos] >>> 24)
+ | ((in[8 + inpos] & 8388607) << (31 - 23));
+ out[9 + outpos] = (in[8 + inpos] >>> 23)
+ | ((in[9 + inpos] & 4194303) << (31 - 22));
+ out[10 + outpos] = (in[9 + inpos] >>> 22)
+ | ((in[10 + inpos] & 2097151) << (31 - 21));
+ out[11 + outpos] = (in[10 + inpos] >>> 21)
+ | ((in[11 + inpos] & 1048575) << (31 - 20));
+ out[12 + outpos] = (in[11 + inpos] >>> 20)
+ | ((in[12 + inpos] & 524287) << (31 - 19));
+ out[13 + outpos] = (in[12 + inpos] >>> 19)
+ | ((in[13 + inpos] & 262143) << (31 - 18));
+ out[14 + outpos] = (in[13 + inpos] >>> 18)
+ | ((in[14 + inpos] & 131071) << (31 - 17));
+ out[15 + outpos] = (in[14 + inpos] >>> 17)
+ | ((in[15 + inpos] & 65535) << (31 - 16));
+ out[16 + outpos] = (in[15 + inpos] >>> 16)
+ | ((in[16 + inpos] & 32767) << (31 - 15));
+ out[17 + outpos] = (in[16 + inpos] >>> 15)
+ | ((in[17 + inpos] & 16383) << (31 - 14));
+ out[18 + outpos] = (in[17 + inpos] >>> 14)
+ | ((in[18 + inpos] & 8191) << (31 - 13));
+ out[19 + outpos] = (in[18 + inpos] >>> 13)
+ | ((in[19 + inpos] & 4095) << (31 - 12));
+ out[20 + outpos] = (in[19 + inpos] >>> 12)
+ | ((in[20 + inpos] & 2047) << (31 - 11));
+ out[21 + outpos] = (in[20 + inpos] >>> 11)
+ | ((in[21 + inpos] & 1023) << (31 - 10));
+ out[22 + outpos] = (in[21 + inpos] >>> 10)
+ | ((in[22 + inpos] & 511) << (31 - 9));
+ out[23 + outpos] = (in[22 + inpos] >>> 9)
+ | ((in[23 + inpos] & 255) << (31 - 8));
+ out[24 + outpos] = (in[23 + inpos] >>> 8)
+ | ((in[24 + inpos] & 127) << (31 - 7));
+ out[25 + outpos] = (in[24 + inpos] >>> 7)
+ | ((in[25 + inpos] & 63) << (31 - 6));
+ out[26 + outpos] = (in[25 + inpos] >>> 6)
+ | ((in[26 + inpos] & 31) << (31 - 5));
+ out[27 + outpos] = (in[26 + inpos] >>> 5)
+ | ((in[27 + inpos] & 15) << (31 - 4));
+ out[28 + outpos] = (in[27 + inpos] >>> 4)
+ | ((in[28 + inpos] & 7) << (31 - 3));
+ out[29 + outpos] = (in[28 + inpos] >>> 3)
+ | ((in[29 + inpos] & 3) << (31 - 2));
+ out[30 + outpos] = (in[29 + inpos] >>> 2)
+ | ((in[30 + inpos] & 1) << (31 - 1));
+ out[31 + outpos] = (in[30 + inpos] >>> 1);
+ }
- protected static void fastpackwithoutmask0(final int[] in, int inpos, final int[] out, int outpos) {
- // nothing
- }
+ protected static void fastunpack32(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ System.arraycopy(in, inpos, out, outpos, 32);
+ }
+ protected static void fastunpack4(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 15);
+ out[1 + outpos] = ((in[0 + inpos] >>> 4) & 15);
+ out[2 + outpos] = ((in[0 + inpos] >>> 8) & 15);
+ out[3 + outpos] = ((in[0 + inpos] >>> 12) & 15);
+ out[4 + outpos] = ((in[0 + inpos] >>> 16) & 15);
+ out[5 + outpos] = ((in[0 + inpos] >>> 20) & 15);
+ out[6 + outpos] = ((in[0 + inpos] >>> 24) & 15);
+ out[7 + outpos] = (in[0 + inpos] >>> 28);
+ out[8 + outpos] = ((in[1 + inpos] >>> 0) & 15);
+ out[9 + outpos] = ((in[1 + inpos] >>> 4) & 15);
+ out[10 + outpos] = ((in[1 + inpos] >>> 8) & 15);
+ out[11 + outpos] = ((in[1 + inpos] >>> 12) & 15);
+ out[12 + outpos] = ((in[1 + inpos] >>> 16) & 15);
+ out[13 + outpos] = ((in[1 + inpos] >>> 20) & 15);
+ out[14 + outpos] = ((in[1 + inpos] >>> 24) & 15);
+ out[15 + outpos] = (in[1 + inpos] >>> 28);
+ out[16 + outpos] = ((in[2 + inpos] >>> 0) & 15);
+ out[17 + outpos] = ((in[2 + inpos] >>> 4) & 15);
+ out[18 + outpos] = ((in[2 + inpos] >>> 8) & 15);
+ out[19 + outpos] = ((in[2 + inpos] >>> 12) & 15);
+ out[20 + outpos] = ((in[2 + inpos] >>> 16) & 15);
+ out[21 + outpos] = ((in[2 + inpos] >>> 20) & 15);
+ out[22 + outpos] = ((in[2 + inpos] >>> 24) & 15);
+ out[23 + outpos] = (in[2 + inpos] >>> 28);
+ out[24 + outpos] = ((in[3 + inpos] >>> 0) & 15);
+ out[25 + outpos] = ((in[3 + inpos] >>> 4) & 15);
+ out[26 + outpos] = ((in[3 + inpos] >>> 8) & 15);
+ out[27 + outpos] = ((in[3 + inpos] >>> 12) & 15);
+ out[28 + outpos] = ((in[3 + inpos] >>> 16) & 15);
+ out[29 + outpos] = ((in[3 + inpos] >>> 20) & 15);
+ out[30 + outpos] = ((in[3 + inpos] >>> 24) & 15);
+ out[31 + outpos] = (in[3 + inpos] >>> 28);
+ }
- protected static void fastunpack(final int[] in, int inpos, final int[] out, int outpos, final int bit) {
- switch (bit) {
- case 0:
- fastunpack0(in, inpos, out, outpos);
- break;
- case 1:
- fastunpack1(in, inpos, out, outpos);
- break;
- case 2:
- fastunpack2(in, inpos, out, outpos);
- break;
- case 3:
- fastunpack3(in, inpos, out, outpos);
- break;
- case 4:
- fastunpack4(in, inpos, out, outpos);
- break;
- case 5:
- fastunpack5(in, inpos, out, outpos);
- break;
- case 6:
- fastunpack6(in, inpos, out, outpos);
- break;
- case 7:
- fastunpack7(in, inpos, out, outpos);
- break;
- case 8:
- fastunpack8(in, inpos, out, outpos);
- break;
- case 9:
- fastunpack9(in, inpos, out, outpos);
- break;
- case 10:
- fastunpack10(in, inpos, out, outpos);
- break;
- case 11:
- fastunpack11(in, inpos, out, outpos);
- break;
- case 12:
- fastunpack12(in, inpos, out, outpos);
- break;
- case 13:
- fastunpack13(in, inpos, out, outpos);
- break;
- case 14:
- fastunpack14(in, inpos, out, outpos);
- break;
- case 15:
- fastunpack15(in, inpos, out, outpos);
- break;
- case 16:
- fastunpack16(in, inpos, out, outpos);
- break;
- case 17:
- fastunpack17(in, inpos, out, outpos);
- break;
- case 18:
- fastunpack18(in, inpos, out, outpos);
- break;
- case 19:
- fastunpack19(in, inpos, out, outpos);
- break;
- case 20:
- fastunpack20(in, inpos, out, outpos);
- break;
- case 21:
- fastunpack21(in, inpos, out, outpos);
- break;
- case 22:
- fastunpack22(in, inpos, out, outpos);
- break;
- case 23:
- fastunpack23(in, inpos, out, outpos);
- break;
- case 24:
- fastunpack24(in, inpos, out, outpos);
- break;
- case 25:
- fastunpack25(in, inpos, out, outpos);
- break;
- case 26:
- fastunpack26(in, inpos, out, outpos);
- break;
- case 27:
- fastunpack27(in, inpos, out, outpos);
- break;
- case 28:
- fastunpack28(in, inpos, out, outpos);
- break;
- case 29:
- fastunpack29(in, inpos, out, outpos);
- break;
- case 30:
- fastunpack30(in, inpos, out, outpos);
- break;
- case 31:
- fastunpack31(in, inpos, out, outpos);
- break;
- case 32:
- fastunpack32(in, inpos, out, outpos);
- break;
- default:
- throw new IllegalArgumentException("Unsupported bit width.");
+ protected static void fastunpack5(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 31);
+ out[1 + outpos] = ((in[0 + inpos] >>> 5) & 31);
+ out[2 + outpos] = ((in[0 + inpos] >>> 10) & 31);
+ out[3 + outpos] = ((in[0 + inpos] >>> 15) & 31);
+ out[4 + outpos] = ((in[0 + inpos] >>> 20) & 31);
+ out[5 + outpos] = ((in[0 + inpos] >>> 25) & 31);
+ out[6 + outpos] = (in[0 + inpos] >>> 30)
+ | ((in[1 + inpos] & 7) << (5 - 3));
+ out[7 + outpos] = ((in[1 + inpos] >>> 3) & 31);
+ out[8 + outpos] = ((in[1 + inpos] >>> 8) & 31);
+ out[9 + outpos] = ((in[1 + inpos] >>> 13) & 31);
+ out[10 + outpos] = ((in[1 + inpos] >>> 18) & 31);
+ out[11 + outpos] = ((in[1 + inpos] >>> 23) & 31);
+ out[12 + outpos] = (in[1 + inpos] >>> 28)
+ | ((in[2 + inpos] & 1) << (5 - 1));
+ out[13 + outpos] = ((in[2 + inpos] >>> 1) & 31);
+ out[14 + outpos] = ((in[2 + inpos] >>> 6) & 31);
+ out[15 + outpos] = ((in[2 + inpos] >>> 11) & 31);
+ out[16 + outpos] = ((in[2 + inpos] >>> 16) & 31);
+ out[17 + outpos] = ((in[2 + inpos] >>> 21) & 31);
+ out[18 + outpos] = ((in[2 + inpos] >>> 26) & 31);
+ out[19 + outpos] = (in[2 + inpos] >>> 31)
+ | ((in[3 + inpos] & 15) << (5 - 4));
+ out[20 + outpos] = ((in[3 + inpos] >>> 4) & 31);
+ out[21 + outpos] = ((in[3 + inpos] >>> 9) & 31);
+ out[22 + outpos] = ((in[3 + inpos] >>> 14) & 31);
+ out[23 + outpos] = ((in[3 + inpos] >>> 19) & 31);
+ out[24 + outpos] = ((in[3 + inpos] >>> 24) & 31);
+ out[25 + outpos] = (in[3 + inpos] >>> 29)
+ | ((in[4 + inpos] & 3) << (5 - 2));
+ out[26 + outpos] = ((in[4 + inpos] >>> 2) & 31);
+ out[27 + outpos] = ((in[4 + inpos] >>> 7) & 31);
+ out[28 + outpos] = ((in[4 + inpos] >>> 12) & 31);
+ out[29 + outpos] = ((in[4 + inpos] >>> 17) & 31);
+ out[30 + outpos] = ((in[4 + inpos] >>> 22) & 31);
+ out[31 + outpos] = (in[4 + inpos] >>> 27);
}
- }
+ protected static void fastunpack6(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 63);
+ out[1 + outpos] = ((in[0 + inpos] >>> 6) & 63);
+ out[2 + outpos] = ((in[0 + inpos] >>> 12) & 63);
+ out[3 + outpos] = ((in[0 + inpos] >>> 18) & 63);
+ out[4 + outpos] = ((in[0 + inpos] >>> 24) & 63);
+ out[5 + outpos] = (in[0 + inpos] >>> 30)
+ | ((in[1 + inpos] & 15) << (6 - 4));
+ out[6 + outpos] = ((in[1 + inpos] >>> 4) & 63);
+ out[7 + outpos] = ((in[1 + inpos] >>> 10) & 63);
+ out[8 + outpos] = ((in[1 + inpos] >>> 16) & 63);
+ out[9 + outpos] = ((in[1 + inpos] >>> 22) & 63);
+ out[10 + outpos] = (in[1 + inpos] >>> 28)
+ | ((in[2 + inpos] & 3) << (6 - 2));
+ out[11 + outpos] = ((in[2 + inpos] >>> 2) & 63);
+ out[12 + outpos] = ((in[2 + inpos] >>> 8) & 63);
+ out[13 + outpos] = ((in[2 + inpos] >>> 14) & 63);
+ out[14 + outpos] = ((in[2 + inpos] >>> 20) & 63);
+ out[15 + outpos] = (in[2 + inpos] >>> 26);
+ out[16 + outpos] = ((in[3 + inpos] >>> 0) & 63);
+ out[17 + outpos] = ((in[3 + inpos] >>> 6) & 63);
+ out[18 + outpos] = ((in[3 + inpos] >>> 12) & 63);
+ out[19 + outpos] = ((in[3 + inpos] >>> 18) & 63);
+ out[20 + outpos] = ((in[3 + inpos] >>> 24) & 63);
+ out[21 + outpos] = (in[3 + inpos] >>> 30)
+ | ((in[4 + inpos] & 15) << (6 - 4));
+ out[22 + outpos] = ((in[4 + inpos] >>> 4) & 63);
+ out[23 + outpos] = ((in[4 + inpos] >>> 10) & 63);
+ out[24 + outpos] = ((in[4 + inpos] >>> 16) & 63);
+ out[25 + outpos] = ((in[4 + inpos] >>> 22) & 63);
+ out[26 + outpos] = (in[4 + inpos] >>> 28)
+ | ((in[5 + inpos] & 3) << (6 - 2));
+ out[27 + outpos] = ((in[5 + inpos] >>> 2) & 63);
+ out[28 + outpos] = ((in[5 + inpos] >>> 8) & 63);
+ out[29 + outpos] = ((in[5 + inpos] >>> 14) & 63);
+ out[30 + outpos] = ((in[5 + inpos] >>> 20) & 63);
+ out[31 + outpos] = (in[5 + inpos] >>> 26);
+ }
- protected static void fastpack(final int[] in, int inpos, final int[] out, int outpos, final int bit) {
- switch (bit) {
- case 0:
- fastpack0(in, inpos, out, outpos);
- break;
- case 1:
- fastpack1(in, inpos, out, outpos);
- break;
- case 2:
- fastpack2(in, inpos, out, outpos);
- break;
- case 3:
- fastpack3(in, inpos, out, outpos);
- break;
- case 4:
- fastpack4(in, inpos, out, outpos);
- break;
- case 5:
- fastpack5(in, inpos, out, outpos);
- break;
- case 6:
- fastpack6(in, inpos, out, outpos);
- break;
- case 7:
- fastpack7(in, inpos, out, outpos);
- break;
- case 8:
- fastpack8(in, inpos, out, outpos);
- break;
- case 9:
- fastpack9(in, inpos, out, outpos);
- break;
- case 10:
- fastpack10(in, inpos, out, outpos);
- break;
- case 11:
- fastpack11(in, inpos, out, outpos);
- break;
- case 12:
- fastpack12(in, inpos, out, outpos);
- break;
- case 13:
- fastpack13(in, inpos, out, outpos);
- break;
- case 14:
- fastpack14(in, inpos, out, outpos);
- break;
- case 15:
- fastpack15(in, inpos, out, outpos);
- break;
- case 16:
- fastpack16(in, inpos, out, outpos);
- break;
- case 17:
- fastpack17(in, inpos, out, outpos);
- break;
- case 18:
- fastpack18(in, inpos, out, outpos);
- break;
- case 19:
- fastpack19(in, inpos, out, outpos);
- break;
- case 20:
- fastpack20(in, inpos, out, outpos);
- break;
- case 21:
- fastpack21(in, inpos, out, outpos);
- break;
- case 22:
- fastpack22(in, inpos, out, outpos);
- break;
- case 23:
- fastpack23(in, inpos, out, outpos);
- break;
- case 24:
- fastpack24(in, inpos, out, outpos);
- break;
- case 25:
- fastpack25(in, inpos, out, outpos);
- break;
- case 26:
- fastpack26(in, inpos, out, outpos);
- break;
- case 27:
- fastpack27(in, inpos, out, outpos);
- break;
- case 28:
- fastpack28(in, inpos, out, outpos);
- break;
- case 29:
- fastpack29(in, inpos, out, outpos);
- break;
- case 30:
- fastpack30(in, inpos, out, outpos);
- break;
- case 31:
- fastpack31(in, inpos, out, outpos);
- break;
- case 32:
- fastpack32(in, inpos, out, outpos);
- break;
- default:
- throw new IllegalArgumentException("Unsupported bit width.");
+ protected static void fastunpack7(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 127);
+ out[1 + outpos] = ((in[0 + inpos] >>> 7) & 127);
+ out[2 + outpos] = ((in[0 + inpos] >>> 14) & 127);
+ out[3 + outpos] = ((in[0 + inpos] >>> 21) & 127);
+ out[4 + outpos] = (in[0 + inpos] >>> 28)
+ | ((in[1 + inpos] & 7) << (7 - 3));
+ out[5 + outpos] = ((in[1 + inpos] >>> 3) & 127);
+ out[6 + outpos] = ((in[1 + inpos] >>> 10) & 127);
+ out[7 + outpos] = ((in[1 + inpos] >>> 17) & 127);
+ out[8 + outpos] = ((in[1 + inpos] >>> 24) & 127);
+ out[9 + outpos] = (in[1 + inpos] >>> 31)
+ | ((in[2 + inpos] & 63) << (7 - 6));
+ out[10 + outpos] = ((in[2 + inpos] >>> 6) & 127);
+ out[11 + outpos] = ((in[2 + inpos] >>> 13) & 127);
+ out[12 + outpos] = ((in[2 + inpos] >>> 20) & 127);
+ out[13 + outpos] = (in[2 + inpos] >>> 27)
+ | ((in[3 + inpos] & 3) << (7 - 2));
+ out[14 + outpos] = ((in[3 + inpos] >>> 2) & 127);
+ out[15 + outpos] = ((in[3 + inpos] >>> 9) & 127);
+ out[16 + outpos] = ((in[3 + inpos] >>> 16) & 127);
+ out[17 + outpos] = ((in[3 + inpos] >>> 23) & 127);
+ out[18 + outpos] = (in[3 + inpos] >>> 30)
+ | ((in[4 + inpos] & 31) << (7 - 5));
+ out[19 + outpos] = ((in[4 + inpos] >>> 5) & 127);
+ out[20 + outpos] = ((in[4 + inpos] >>> 12) & 127);
+ out[21 + outpos] = ((in[4 + inpos] >>> 19) & 127);
+ out[22 + outpos] = (in[4 + inpos] >>> 26)
+ | ((in[5 + inpos] & 1) << (7 - 1));
+ out[23 + outpos] = ((in[5 + inpos] >>> 1) & 127);
+ out[24 + outpos] = ((in[5 + inpos] >>> 8) & 127);
+ out[25 + outpos] = ((in[5 + inpos] >>> 15) & 127);
+ out[26 + outpos] = ((in[5 + inpos] >>> 22) & 127);
+ out[27 + outpos] = (in[5 + inpos] >>> 29)
+ | ((in[6 + inpos] & 15) << (7 - 4));
+ out[28 + outpos] = ((in[6 + inpos] >>> 4) & 127);
+ out[29 + outpos] = ((in[6 + inpos] >>> 11) & 127);
+ out[30 + outpos] = ((in[6 + inpos] >>> 18) & 127);
+ out[31 + outpos] = (in[6 + inpos] >>> 25);
}
- }
+ protected static void fastunpack8(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 255);
+ out[1 + outpos] = ((in[0 + inpos] >>> 8) & 255);
+ out[2 + outpos] = ((in[0 + inpos] >>> 16) & 255);
+ out[3 + outpos] = (in[0 + inpos] >>> 24);
+ out[4 + outpos] = ((in[1 + inpos] >>> 0) & 255);
+ out[5 + outpos] = ((in[1 + inpos] >>> 8) & 255);
+ out[6 + outpos] = ((in[1 + inpos] >>> 16) & 255);
+ out[7 + outpos] = (in[1 + inpos] >>> 24);
+ out[8 + outpos] = ((in[2 + inpos] >>> 0) & 255);
+ out[9 + outpos] = ((in[2 + inpos] >>> 8) & 255);
+ out[10 + outpos] = ((in[2 + inpos] >>> 16) & 255);
+ out[11 + outpos] = (in[2 + inpos] >>> 24);
+ out[12 + outpos] = ((in[3 + inpos] >>> 0) & 255);
+ out[13 + outpos] = ((in[3 + inpos] >>> 8) & 255);
+ out[14 + outpos] = ((in[3 + inpos] >>> 16) & 255);
+ out[15 + outpos] = (in[3 + inpos] >>> 24);
+ out[16 + outpos] = ((in[4 + inpos] >>> 0) & 255);
+ out[17 + outpos] = ((in[4 + inpos] >>> 8) & 255);
+ out[18 + outpos] = ((in[4 + inpos] >>> 16) & 255);
+ out[19 + outpos] = (in[4 + inpos] >>> 24);
+ out[20 + outpos] = ((in[5 + inpos] >>> 0) & 255);
+ out[21 + outpos] = ((in[5 + inpos] >>> 8) & 255);
+ out[22 + outpos] = ((in[5 + inpos] >>> 16) & 255);
+ out[23 + outpos] = (in[5 + inpos] >>> 24);
+ out[24 + outpos] = ((in[6 + inpos] >>> 0) & 255);
+ out[25 + outpos] = ((in[6 + inpos] >>> 8) & 255);
+ out[26 + outpos] = ((in[6 + inpos] >>> 16) & 255);
+ out[27 + outpos] = (in[6 + inpos] >>> 24);
+ out[28 + outpos] = ((in[7 + inpos] >>> 0) & 255);
+ out[29 + outpos] = ((in[7 + inpos] >>> 8) & 255);
+ out[30 + outpos] = ((in[7 + inpos] >>> 16) & 255);
+ out[31 + outpos] = (in[7 + inpos] >>> 24);
+ }
- protected static void fastpackwithoutmask(final int[] in, int inpos, final int[] out, int outpos, final int bit) {
- switch (bit) {
- case 0:
- fastpackwithoutmask0(in, inpos, out, outpos);
- break;
- case 1:
- fastpackwithoutmask1(in, inpos, out, outpos);
- break;
- case 2:
- fastpackwithoutmask2(in, inpos, out, outpos);
- break;
- case 3:
- fastpackwithoutmask3(in, inpos, out, outpos);
- break;
- case 4:
- fastpackwithoutmask4(in, inpos, out, outpos);
- break;
- case 5:
- fastpackwithoutmask5(in, inpos, out, outpos);
- break;
- case 6:
- fastpackwithoutmask6(in, inpos, out, outpos);
- break;
- case 7:
- fastpackwithoutmask7(in, inpos, out, outpos);
- break;
- case 8:
- fastpackwithoutmask8(in, inpos, out, outpos);
- break;
- case 9:
- fastpackwithoutmask9(in, inpos, out, outpos);
- break;
- case 10:
- fastpackwithoutmask10(in, inpos, out, outpos);
- break;
- case 11:
- fastpackwithoutmask11(in, inpos, out, outpos);
- break;
- case 12:
- fastpackwithoutmask12(in, inpos, out, outpos);
- break;
- case 13:
- fastpackwithoutmask13(in, inpos, out, outpos);
- break;
- case 14:
- fastpackwithoutmask14(in, inpos, out, outpos);
- break;
- case 15:
- fastpackwithoutmask15(in, inpos, out, outpos);
- break;
- case 16:
- fastpackwithoutmask16(in, inpos, out, outpos);
- break;
- case 17:
- fastpackwithoutmask17(in, inpos, out, outpos);
- break;
- case 18:
- fastpackwithoutmask18(in, inpos, out, outpos);
- break;
- case 19:
- fastpackwithoutmask19(in, inpos, out, outpos);
- break;
- case 20:
- fastpackwithoutmask20(in, inpos, out, outpos);
- break;
- case 21:
- fastpackwithoutmask21(in, inpos, out, outpos);
- break;
- case 22:
- fastpackwithoutmask22(in, inpos, out, outpos);
- break;
- case 23:
- fastpackwithoutmask23(in, inpos, out, outpos);
- break;
- case 24:
- fastpackwithoutmask24(in, inpos, out, outpos);
- break;
- case 25:
- fastpackwithoutmask25(in, inpos, out, outpos);
- break;
- case 26:
- fastpackwithoutmask26(in, inpos, out, outpos);
- break;
- case 27:
- fastpackwithoutmask27(in, inpos, out, outpos);
- break;
- case 28:
- fastpackwithoutmask28(in, inpos, out, outpos);
- break;
- case 29:
- fastpackwithoutmask29(in, inpos, out, outpos);
- break;
- case 30:
- fastpackwithoutmask30(in, inpos, out, outpos);
- break;
- case 31:
- fastpackwithoutmask31(in, inpos, out, outpos);
- break;
- case 32:
- fastpackwithoutmask32(in, inpos, out, outpos);
- break;
- default:
- throw new IllegalArgumentException("Unsupported bit width.");
+ protected static void fastunpack9(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ out[0 + outpos] = ((in[0 + inpos] >>> 0) & 511);
+ out[1 + outpos] = ((in[0 + inpos] >>> 9) & 511);
+ out[2 + outpos] = ((in[0 + inpos] >>> 18) & 511);
+ out[3 + outpos] = (in[0 + inpos] >>> 27)
+ | ((in[1 + inpos] & 15) << (9 - 4));
+ out[4 + outpos] = ((in[1 + inpos] >>> 4) & 511);
+ out[5 + outpos] = ((in[1 + inpos] >>> 13) & 511);
+ out[6 + outpos] = ((in[1 + inpos] >>> 22) & 511);
+ out[7 + outpos] = (in[1 + inpos] >>> 31)
+ | ((in[2 + inpos] & 255) << (9 - 8));
+ out[8 + outpos] = ((in[2 + inpos] >>> 8) & 511);
+ out[9 + outpos] = ((in[2 + inpos] >>> 17) & 511);
+ out[10 + outpos] = (in[2 + inpos] >>> 26)
+ | ((in[3 + inpos] & 7) << (9 - 3));
+ out[11 + outpos] = ((in[3 + inpos] >>> 3) & 511);
+ out[12 + outpos] = ((in[3 + inpos] >>> 12) & 511);
+ out[13 + outpos] = ((in[3 + inpos] >>> 21) & 511);
+ out[14 + outpos] = (in[3 + inpos] >>> 30)
+ | ((in[4 + inpos] & 127) << (9 - 7));
+ out[15 + outpos] = ((in[4 + inpos] >>> 7) & 511);
+ out[16 + outpos] = ((in[4 + inpos] >>> 16) & 511);
+ out[17 + outpos] = (in[4 + inpos] >>> 25)
+ | ((in[5 + inpos] & 3) << (9 - 2));
+ out[18 + outpos] = ((in[5 + inpos] >>> 2) & 511);
+ out[19 + outpos] = ((in[5 + inpos] >>> 11) & 511);
+ out[20 + outpos] = ((in[5 + inpos] >>> 20) & 511);
+ out[21 + outpos] = (in[5 + inpos] >>> 29)
+ | ((in[6 + inpos] & 63) << (9 - 6));
+ out[22 + outpos] = ((in[6 + inpos] >>> 6) & 511);
+ out[23 + outpos] = ((in[6 + inpos] >>> 15) & 511);
+ out[24 + outpos] = (in[6 + inpos] >>> 24)
+ | ((in[7 + inpos] & 1) << (9 - 1));
+ out[25 + outpos] = ((in[7 + inpos] >>> 1) & 511);
+ out[26 + outpos] = ((in[7 + inpos] >>> 10) & 511);
+ out[27 + outpos] = ((in[7 + inpos] >>> 19) & 511);
+ out[28 + outpos] = (in[7 + inpos] >>> 28)
+ | ((in[8 + inpos] & 31) << (9 - 5));
+ out[29 + outpos] = ((in[8 + inpos] >>> 5) & 511);
+ out[30 + outpos] = ((in[8 + inpos] >>> 14) & 511);
+ out[31 + outpos] = (in[8 + inpos] >>> 23);
}
- }
}
diff --git a/src/main/java/me/lemire/integercompression/ByteIntegerCODEC.java b/src/main/java/me/lemire/integercompression/ByteIntegerCODEC.java
new file mode 100644
index 0000000..6e8f903
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/ByteIntegerCODEC.java
@@ -0,0 +1,60 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression;
+
+/**
+ * Interface describing a CODEC to compress integers to bytes.
+ *
+ * @author Daniel Lemire
+ *
+ */
+public interface ByteIntegerCODEC {
+ /**
+ * Compress data from an array to another array.
+ *
+ * Both inpos and outpos are modified to represent how much data was
+ * read and written to. If 12 ints (inlength = 12) are compressed to 3
+ * bytes, then inpos will be incremented by 12 while outpos will be
+ * incremented by 3. We use IntWrapper to pass the values by reference.
+ *
+ * @param in
+ * input array
+ * @param inpos
+ * location in the input array
+ * @param inlength
+ * how many integers to compress
+ * @param out
+ * output array
+ * @param outpos
+ * where to write in the output array
+ */
+ public void compress(int[] in, IntWrapper inpos, int inlength,
+ byte[] out, IntWrapper outpos);
+
+ /**
+ * Uncompress data from an array to another array.
+ *
+ * Both inpos and outpos parameters are modified to indicate new
+ * positions after read/write.
+ *
+ * @param in
+ * array containing data in compressed form
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * length of the compressed data (ignored by some
+ * schemes)
+ * @param out
+ * array where to write the compressed output
+ * @param outpos
+ * where to write the compressed output in out
+ */
+ public void uncompress(byte[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos);
+
+}
diff --git a/src/main/java/me/lemire/integercompression/Composition.java b/src/main/java/me/lemire/integercompression/Composition.java
index df6f3a5..a11278b 100644
--- a/src/main/java/me/lemire/integercompression/Composition.java
+++ b/src/main/java/me/lemire/integercompression/Composition.java
@@ -6,60 +6,64 @@
*/
package me.lemire.integercompression;
-
/**
* Helper class to compose schemes.
- *
+ *
* @author Daniel Lemire
*/
public class Composition implements IntegerCODEC {
- IntegerCODEC F1, F2;
-
- /**
- * Compose a scheme from a first one (f1) and a second one (f2).
- * The first one is called first and then the second one tries to
- * compress whatever remains from the first run.
- *
- * By convention, the first scheme should be such that if, during
- * decoding, a 32-bit zero is first encountered, then there is no
- * output.
- *
- * @param f1 first codec
- * @param f2 second codec
- */
- public Composition(IntegerCODEC f1, IntegerCODEC f2) {
- F1 = f1;
- F2 = f2;
- }
+ IntegerCODEC F1, F2;
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- int init = inpos.get();
- F1.compress(in, inpos, inlength, out, outpos);
- if (outpos.get() == 0) {
- out[0] = 0;
- outpos.increment();
+ /**
+ * Compose a scheme from a first one (f1) and a second one (f2). The
+ * first one is called first and then the second one tries to compress
+ * whatever remains from the first run.
+ *
+ * By convention, the first scheme should be such that if, during
+ * decoding, a 32-bit zero is first encountered, then there is no
+ * output.
+ *
+ * @param f1
+ * first codec
+ * @param f2
+ * second codec
+ */
+ public Composition(IntegerCODEC f1, IntegerCODEC f2) {
+ F1 = f1;
+ F2 = f2;
}
- inlength -= inpos.get() - init;
- F2.compress(in, inpos, inlength, out, outpos);
- }
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength,
- int[] out, IntWrapper outpos) {
- if(inlength == 0) return;
- final int init = inpos.get();
- F1.uncompress(in, inpos, inlength, out, outpos);
- inlength -= inpos.get() - init;
- F2.uncompress(in, inpos, inlength, out, outpos);
- }
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ if (inlength == 0) {
+ return;
+ }
+ int inposInit = inpos.get();
+ int outposInit = outpos.get();
+ F1.compress(in, inpos, inlength, out, outpos);
+ if (outpos.get() == outposInit) {
+ out[outposInit] = 0;
+ outpos.increment();
+ }
+ inlength -= inpos.get() - inposInit;
+ F2.compress(in, inpos, inlength, out, outpos);
+ }
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int init = inpos.get();
+ F1.uncompress(in, inpos, inlength, out, outpos);
+ inlength -= inpos.get() - init;
+ F2.uncompress(in, inpos, inlength, out, outpos);
+ }
- @Override
- public String toString() {
- return F1.toString() + "+" + F2.toString();
- }
+ @Override
+ public String toString() {
+ return F1.toString() + " + " + F2.toString();
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/Delta.java b/src/main/java/me/lemire/integercompression/Delta.java
deleted file mode 100644
index 372da82..0000000
--- a/src/main/java/me/lemire/integercompression/Delta.java
+++ /dev/null
@@ -1,63 +0,0 @@
-/**
- * This code is released under the
- * Apache License Version 2.0 http://www.apache.org/licenses/.
- *
- * (c) Daniel Lemire, http://lemire.me/en/
- */
-
-package me.lemire.integercompression;
-
-/**
- * Generic class to compute differential coding.
- *
- * @author Daniel Lemire
- *
- */
-public class Delta {
-
- /**
- * Apply differential coding (in-place).
- *
- * @param data data to be modified
- */
- public static void delta(int[] data) {
- for (int i = data.length - 1; i > 0; --i) {
- data[i] -= data[i - 1];
- }
- }
-
- /**
- * Undo differential coding (in-place). Effectively
- * computes a prefix sum.
- *
- * @param data to be modified.
- */
- public static void inverseDelta(int[] data) {
- for (int i = 1; i < data.length; ++i) {
- data[i] += data[i - 1];
- }
- }
-
- /**
- * Like inverseDelta, only faster.
- *
- * @param data to be modified
- */
- public static void fastinverseDelta(int[] data) {
- int sz0 = data.length / 4 * 4;
- int i = 1;
- if (sz0 >= 4) {
- int a = data[0];
- for (; i < sz0 - 4; i += 4) {
- a = data[i] += a;
- a = data[i + 1] += a;
- a = data[i + 2] += a;
- a = data[i + 3] += a;
- }
- }
-
- for (; i != data.length; ++i) {
- data[i] += data[i - 1];
- }
- }
-}
diff --git a/src/main/java/me/lemire/integercompression/DeltaZigzagBinaryPacking.java b/src/main/java/me/lemire/integercompression/DeltaZigzagBinaryPacking.java
new file mode 100644
index 0000000..a774836
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/DeltaZigzagBinaryPacking.java
@@ -0,0 +1,105 @@
+/*
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ */
+
+package me.lemire.integercompression;
+
+/**
+ * BinaryPacking with Delta+Zigzag Encoding.
+ *
+ * It encodes integers in blocks of 128 integers. For arrays containing
+ * an arbitrary number of integers, you should use it in conjunction
+ * with another CODEC:
+ *
+ * IntegerCODEC ic = new Composition(new DeltaZigzagBinaryPacking(),
+ * new DeltaZigzagVariableByte()).
+ *
+ * @author MURAOKA Taro http://github.com/koron
+ */
+public final class DeltaZigzagBinaryPacking implements IntegerCODEC {
+
+ private static final int BLOCK_LENGTH = 128;
+
+ @Override
+ public void compress(int[] inBuf, IntWrapper inPos, int inLen,
+ int[] outBuf, IntWrapper outPos) {
+ inLen = inLen - inLen % BLOCK_LENGTH;
+ if (inLen == 0) {
+ return;
+ }
+
+ outBuf[outPos.get()] = inLen;
+ outPos.increment();
+
+ DeltaZigzagEncoding.Encoder ctx = new DeltaZigzagEncoding.Encoder(0);
+ int[] work = new int[BLOCK_LENGTH];
+
+ int op = outPos.get();
+ int ip = inPos.get();
+ final int inPosLast = ip + inLen;
+ for (; ip < inPosLast; ip += BLOCK_LENGTH) {
+ ctx.encodeArray(inBuf, ip, BLOCK_LENGTH, work);
+ final int bits1 = Util.maxbits32(work, 0);
+ final int bits2 = Util.maxbits32(work, 32);
+ final int bits3 = Util.maxbits32(work, 64);
+ final int bits4 = Util.maxbits32(work, 96);
+ outBuf[op++] = (bits1 << 24) | (bits2 << 16)
+ | (bits3 << 8) | (bits4 << 0);
+ op += pack(work, 0, outBuf, op, bits1);
+ op += pack(work, 32, outBuf, op, bits2);
+ op += pack(work, 64, outBuf, op, bits3);
+ op += pack(work, 96, outBuf, op, bits4);
+ }
+
+ inPos.add(inLen);
+ outPos.set(op);
+ }
+
+ @Override
+ public void uncompress(int[] inBuf, IntWrapper inPos, int inLen,
+ int[] outBuf, IntWrapper outPos) {
+ if (inLen == 0) {
+ return;
+ }
+
+ final int outLen = inBuf[inPos.get()];
+ inPos.increment();
+
+ DeltaZigzagEncoding.Decoder ctx = new DeltaZigzagEncoding.Decoder(0);
+ int[] work = new int[BLOCK_LENGTH];
+
+ int ip = inPos.get();
+ int op = outPos.get();
+ final int outPosLast = op + outLen;
+ for (; op < outPosLast; op += BLOCK_LENGTH) {
+ int n = inBuf[ip++];
+ ip += unpack(inBuf, ip, work, 0, (n >> 24) & 0x3F);
+ ip += unpack(inBuf, ip, work, 32, (n >> 16) & 0x3F);
+ ip += unpack(inBuf, ip, work, 64, (n >> 8) & 0x3F);
+ ip += unpack(inBuf, ip, work, 96, (n >> 0) & 0x3F);
+ ctx.decodeArray(work, 0, BLOCK_LENGTH, outBuf, op);
+ }
+
+ outPos.add(outLen);
+ inPos.set(ip);
+ }
+
+ private static int pack(int[] inBuf, int inOff, int[] outBuf,
+ int outOff, int validBits) {
+ BitPacking.fastpackwithoutmask(inBuf, inOff, outBuf, outOff,
+ validBits);
+ return validBits;
+ }
+
+ private static int unpack(int[] inBuf, int inOff, int[] outBuf,
+ int outOff, int validBits) {
+ BitPacking.fastunpack(inBuf, inOff, outBuf, outOff, validBits);
+ return validBits;
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/DeltaZigzagEncoding.java b/src/main/java/me/lemire/integercompression/DeltaZigzagEncoding.java
new file mode 100644
index 0000000..a3f0d7e
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/DeltaZigzagEncoding.java
@@ -0,0 +1,94 @@
+/*
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ */
+package me.lemire.integercompression;
+
+/**
+ * Delta+Zigzag Encoding.
+ *
+ * @author MURAOKA Taro http://github.com/koron
+ */
+public final class DeltaZigzagEncoding {
+
+ static class Context {
+ int contextValue;
+
+ Context(int contextValue) {
+ this.contextValue = contextValue;
+ }
+
+ void setContextValue(int contextValue) {
+ this.contextValue = contextValue;
+ }
+
+ int getContextValue() {
+ return this.contextValue;
+ }
+ }
+
+ static class Encoder extends Context {
+ Encoder(int contextValue) {
+ super(contextValue);
+ }
+
+ int encodeInt(int value) {
+ int n = value - this.contextValue;
+ this.contextValue = value;
+ return (n << 1) ^ (n >> 31);
+ }
+
+ int[] encodeArray(int[] src, int srcoff, int length,
+ int[] dst, int dstoff) {
+ for (int i = 0; i < length; ++i) {
+ dst[dstoff + i] = encodeInt(src[srcoff + i]);
+ }
+ return dst;
+ }
+
+ int[] encodeArray(int[] src, int srcoff, int length,
+ int[] dst) {
+ return encodeArray(src, srcoff, length, dst, 0);
+ }
+
+ int[] encodeArray(int[] src, int offset, int length) {
+ return encodeArray(src, offset, length,
+ new int[length], 0);
+ }
+
+ int[] encodeArray(int[] src) {
+ return encodeArray(src, 0, src.length,
+ new int[src.length], 0);
+ }
+ }
+
+ static class Decoder extends Context {
+ Decoder(int contextValue) {
+ super(contextValue);
+ }
+
+ int decodeInt(int value) {
+ int n = (value >>> 1) ^ ((value << 31) >> 31);
+ n += this.contextValue;
+ this.contextValue = n;
+ return n;
+ }
+
+ int[] decodeArray(int[] src, int srcoff, int length,
+ int[] dst, int dstoff) {
+ for (int i = 0; i < length; ++i) {
+ dst[dstoff + i] = decodeInt(src[srcoff + i]);
+ }
+ return dst;
+ }
+
+ int[] decodeArray(int[] src, int offset, int length) {
+ return decodeArray(src, offset, length,
+ new int[length], 0);
+ }
+
+ int[] decodeArray(int[] src) {
+ return decodeArray(src, 0, src.length);
+ }
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/DeltaZigzagVariableByte.java b/src/main/java/me/lemire/integercompression/DeltaZigzagVariableByte.java
new file mode 100644
index 0000000..2f8c709
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/DeltaZigzagVariableByte.java
@@ -0,0 +1,144 @@
+/*
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ */
+
+package me.lemire.integercompression;
+
+import java.nio.ByteBuffer;
+import java.nio.IntBuffer;
+
+/**
+ * VariableByte with Delta+Zigzag Encoding.
+ *
+ * @author MURAOKA Taro http://github.com/koron
+ */
+public class DeltaZigzagVariableByte implements IntegerCODEC {
+
+ @Override
+ public String toString() {
+ return DeltaZigzagVariableByte.class.getSimpleName();
+ }
+
+ @Override
+ public void compress(int[] inBuf, IntWrapper inPos, int inLen,
+ int[] outBuf, IntWrapper outPos) {
+ if (inLen == 0) {
+ return;
+ }
+
+ ByteBuffer byteBuf = makeBuffer(inLen * 5 + 3);
+ DeltaZigzagEncoding.Encoder ctx = new DeltaZigzagEncoding.Encoder(0);
+
+ // Delta+Zigzag+VariableByte encoding.
+ int ip = inPos.get();
+ final int inPosLast = ip + inLen;
+ for (; ip < inPosLast; ++ip) {
+ // Filter with delta+zigzag encoding.
+ int n = ctx.encodeInt(inBuf[ip]);
+ // Variable byte encoding.
+ switch (Integer.numberOfLeadingZeros(n)) {
+ case 0:
+ case 1:
+ case 2:
+ case 3:
+ byteBuf.put((byte) (((n >>> 28) & 0x7F) | 0x80));
+ // through.
+ //$FALL-THROUGH$
+ case 4:
+ case 5:
+ case 6:
+ case 7:
+ case 8:
+ case 9:
+ case 10:
+ byteBuf.put((byte) (((n >>> 21) & 0x7F) | 0x80));
+ // through.
+ //$FALL-THROUGH$
+ case 11:
+ case 12:
+ case 13:
+ case 14:
+ case 15:
+ case 16:
+ case 17:
+ byteBuf.put((byte) (((n >>> 14) & 0x7F) | 0x80));
+ // through.
+ //$FALL-THROUGH$
+ case 18:
+ case 19:
+ case 20:
+ case 21:
+ case 22:
+ case 23:
+ case 24:
+ byteBuf.put((byte) (((n >>> 7) & 0x7F) | 0x80));
+ // through.
+ //$FALL-THROUGH$
+ default:
+ byteBuf.put((byte) (n & 0x7F));
+ }
+ }
+
+ // Padding buffer to considerable as IntBuffer.
+ for (int i = (4 - (byteBuf.position() % 4)) % 4; i > 0; --i) {
+ byteBuf.put((byte) (0x80));
+ }
+
+ int outLen = byteBuf.position() / 4;
+ byteBuf.flip();
+ IntBuffer intBuf = byteBuf.asIntBuffer();
+ /*
+ * System.out.println(String.format(
+ * "inLen=%d pos=%d limit=%d outLen=%d outBuf.len=%d", inLen,
+ * intBuf.position(), intBuf.limit(), outLen, outBuf.length));
+ */
+ intBuf.get(outBuf, outPos.get(), outLen);
+ inPos.add(inLen);
+ outPos.add(outLen);
+ }
+
+ @Override
+ public void uncompress(int[] inBuf, IntWrapper inPos, int inLen,
+ int[] outBuf, IntWrapper outPos) {
+ DeltaZigzagEncoding.Decoder ctx = new DeltaZigzagEncoding.Decoder(0);
+
+ int ip = inPos.get();
+ int op = outPos.get();
+ int vbcNum = 0, vbcShift = 24; // Variable Byte Context.
+ final int inPosLast = ip + inLen;
+ while (ip < inPosLast) {
+ // Fetch a byte value.
+ int n = (inBuf[ip] >>> vbcShift) & 0xFF;
+ if (vbcShift > 0) {
+ vbcShift -= 8;
+ } else {
+ vbcShift = 24;
+ ip++;
+ }
+ // Decode variable byte and delta+zigzag.
+ vbcNum = (vbcNum << 7) + (n & 0x7F);
+ if ((n & 0x80) == 0) {
+ outBuf[op++] = ctx.decodeInt(vbcNum);
+ vbcNum = 0;
+ }
+ }
+
+ outPos.set(op);
+ inPos.set(inPosLast);
+ }
+
+ /**
+ * Creates a new buffer of the requested size.
+ *
+ * In case you need a different way to allocate buffers, you can override this method
+ * with a custom behavior. The default implementation allocates a new Java direct
+ * {@link ByteBuffer} on each invocation.
+ *
+ * @param sizeInBytes
+ * @return
+ */
+ protected ByteBuffer makeBuffer(int sizeInBytes) {
+ return ByteBuffer.allocateDirect(sizeInBytes);
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/FastPFOR.java b/src/main/java/me/lemire/integercompression/FastPFOR.java
index e0f7da1..5475496 100644
--- a/src/main/java/me/lemire/integercompression/FastPFOR.java
+++ b/src/main/java/me/lemire/integercompression/FastPFOR.java
@@ -7,264 +7,359 @@
package me.lemire.integercompression;
import java.nio.ByteBuffer;
+import java.nio.ByteOrder;
import java.util.Arrays;
/**
- * This is a new PFOR Scheme designed by D. Lemire called FastPFOR.
- *
- * For details, please see
- *
- * Daniel Lemire and Leonid Boytsov, Decoding billions of integers per second through vectorization
- * Software: Practice & Experience
- * http://onlinelibrary.wiley.com/doi/10.1002/spe.2203/abstract
- * http://arxiv.org/abs/1209.2137
- *
- * For sufficiently compressible arrays, it is faster and better than other PFOR
- * schemes.
+ * This is a patching scheme designed for speed.
+ * It encodes integers in blocks of integers within pages of
+ * up to 65536 integers. Note that it is important, to get good
+ * compression and good performance, to use sizeable arrays (greater than 1024 integers).
+ * For arrays containing a number of integers that is not divisible by BLOCK_SIZE, you should use
+ * it in conjunction with another CODEC:
+ *
+ * IntegerCODEC ic = new Composition(new FastPFOR(), new VariableByte()).
+ *
+ * For details, please see:
+ *
+ * Daniel Lemire and Leonid Boytsov, Decoding billions of integers per second
+ * through vectorization Software: Practice & Experience
+ * http://onlinelibrary.wiley.com/doi/10.1002/spe.2203/abstract
+ * http://arxiv.org/abs/1209.2137
+ *
+ * For sufficiently compressible and long arrays, it is faster and better than other PFOR
+ * schemes.
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you should first compute deltas, @see me.lemire.integercompression.differential.Delta#delta.
+ *
+ * For multi-threaded applications, each thread should use its own FastPFOR
+ * object.
*
* @author Daniel Lemire
*/
-public final class FastPFOR implements IntegerCODEC {
- final static int BLOCK_SIZE = 128;
- final static int OVERHEAD_OF_EACH_EXCEPT = 8;
- final static int DEFAULT_PAGE_SIZE = 65536;
-
- int pageSize;
- final int[][] dataTobePacked = new int[32][];
- final ByteBuffer byteContainer;
+public class FastPFOR implements IntegerCODEC,SkippableIntegerCODEC {
+ final static int OVERHEAD_OF_EACH_EXCEPT = 8;
+ private static final int OVERHEAD_OF_EACH_PAGE_IN_INTS = 36; // 1 int for the header
+ // 1 int for the byte array size
+ // 1 int for the bitmap
+ // 1 int for byte array padding (to align to 4 bytes)
+ // 32 to have enough space to bit-pack the exceptions
+ private static final int OVERHEAD_OF_EACH_BLOCK_IN_INTS = 1; // 1 byte for the number of bits allocated per truncated integer
+ // 1 byte for the number of exceptions
+ /**
+ *
+ */
+ public final static int DEFAULT_PAGE_SIZE = 65536;
+ /**
+ *
+ */
+ public final static int BLOCK_SIZE = 256;
- // Working area for compress and uncompress.
- int[] dataPointers;
- int[] freqs;
- byte[] bestbbestcexceptmaxb;
+ final int pageSize;
+ final int[][] dataTobePacked = new int[33][];
+ final ByteBuffer byteContainer;
- /**
- * Construct the FastPFOR CODEC.
- * @param pagesize the desired page size (for expert use)
- */
- public FastPFOR(int pagesize) {
- pageSize = pagesize;
- // Initiate arrrays.
- byteContainer = ByteBuffer.allocateDirect(3 * pageSize / BLOCK_SIZE
- + pageSize);
- for (int k = 1; k < 32; ++k)
- dataTobePacked[k] = new int[pageSize / 32 * 4]; // heuristic
- }
+ // Working area for compress and uncompress.
+ final int[] dataPointers = new int[33];
+ final int[] freqs = new int[33];
+ final int[] bestbbestcexceptmaxb = new int[3];
- /**
- * Construct the fastPFOR CODEC with default parameters.
- */
- public FastPFOR() {
- this(DEFAULT_PAGE_SIZE);
- }
- /**
- * Compress data in blocks of 128 integers (if fewer than 128 integers are
- * provided, nothing is done).
- *
- * @see IntegerCODEC#compress(int[], IntWrapper, int, int[], IntWrapper)
- */
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- inlength = Util.floorBy(inlength, 128);
- if (inlength == 0) return;
+ /**
+ * Construct the FastPFOR CODEC.
+ *
+ * @param pagesize
+ * the desired page size (recommended value is FastPFOR.DEFAULT_PAGE_SIZE)
+ */
+ FastPFOR(int pagesize) {
+ pageSize = pagesize;
+ // Initiate arrrays.
+ byteContainer = makeBuffer(3 * pageSize
+ / BLOCK_SIZE + pageSize);
+ byteContainer.order(ByteOrder.LITTLE_ENDIAN);
+ for (int k = 1; k < dataTobePacked.length; ++k)
+ dataTobePacked[k] = new int[pageSize / 32 * 4]; // heuristic
+ }
- out[outpos.get()] = inlength;
- outpos.increment();
+ /**
+ * Construct the fastPFOR CODEC with default parameters.
+ */
+ public FastPFOR() {
+ this( DEFAULT_PAGE_SIZE);
+ }
- // Allocate memory for working area.
- dataPointers = new int[33];
- freqs = new int[33];
- bestbbestcexceptmaxb = new byte[3];
+ /**
+ * Compress data in blocks of BLOCK_SIZE integers (if fewer than BLOCK_SIZE integers
+ * are provided, nothing is done).
+ *
+ * @see IntegerCODEC#compress(int[], IntWrapper, int, int[], IntWrapper)
+ */
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ // Allocate memory for working area.
- final int finalinpos = inpos.get() + inlength;
- while (inpos.get() != finalinpos) {
- int thissize = Math.min(pageSize, finalinpos - inpos.get());
- encodePage(in, inpos, thissize, out, outpos);
- }
+ final int finalinpos = inpos.get() + inlength;
+ while (inpos.get() != finalinpos) {
+ int thissize = Math.min(pageSize,
+ finalinpos - inpos.get());
+ encodePage(in, inpos, thissize, out, outpos);
+ }
- dataPointers = null;
- freqs = null;
- bestbbestcexceptmaxb = null;
- }
- private void getBestBFromData(int[] in, int pos) {
- Arrays.fill(freqs, 0);
- for (int k = pos, k_end = pos + BLOCK_SIZE; k < k_end; ++k) {
- freqs[Util.bits(in[k])]++;
}
- bestbbestcexceptmaxb[0] = 32;
- while (freqs[bestbbestcexceptmaxb[0]] == 0)
- bestbbestcexceptmaxb[0]--;
- bestbbestcexceptmaxb[2] = bestbbestcexceptmaxb[0];
- int bestcost = bestbbestcexceptmaxb[0] * BLOCK_SIZE;
- byte cexcept = 0;
- bestbbestcexceptmaxb[1] = cexcept;
- for (int b = bestbbestcexceptmaxb[0] - 1; b >= 0; --b) {
- cexcept += freqs[b + 1];
- if (cexcept < 0)
- break;
- // the extra 8 is the cost of storing maxbits
- int thiscost = cexcept * OVERHEAD_OF_EACH_EXCEPT + cexcept
- * (bestbbestcexceptmaxb[2] - b) + b * BLOCK_SIZE + 8;
- if (thiscost < bestcost) {
- bestcost = thiscost;
- bestbbestcexceptmaxb[0] = (byte) b;
+
+ private void getBestBFromData(int[] in, int pos) {
+ Arrays.fill(freqs, 0);
+ for (int k = pos, k_end = pos + BLOCK_SIZE; k < k_end; ++k) {
+ freqs[Util.bits(in[k])]++;
+ }
+ bestbbestcexceptmaxb[0] = 32;
+ while (freqs[bestbbestcexceptmaxb[0]] == 0)
+ bestbbestcexceptmaxb[0]--;
+ bestbbestcexceptmaxb[2] = bestbbestcexceptmaxb[0];
+ int bestcost = bestbbestcexceptmaxb[0] * BLOCK_SIZE;
+ int cexcept = 0;
bestbbestcexceptmaxb[1] = cexcept;
- }
+ for (int b = bestbbestcexceptmaxb[0] - 1; b >= 0; --b) {
+ cexcept += freqs[b + 1];
+ if (cexcept == BLOCK_SIZE)
+ break;
+ // the extra 8 is the cost of storing maxbits
+ int thiscost = cexcept * OVERHEAD_OF_EACH_EXCEPT
+ + cexcept * (bestbbestcexceptmaxb[2] - b) + b
+ * BLOCK_SIZE + 8;
+ if(bestbbestcexceptmaxb[2] - b == 1) thiscost -= cexcept;
+ if (thiscost < bestcost) {
+ bestcost = thiscost;
+ bestbbestcexceptmaxb[0] = b;
+ bestbbestcexceptmaxb[1] = cexcept;
+ }
+ }
}
- }
- private void encodePage(int[] in, IntWrapper inpos, int thissize,
- int[] out, IntWrapper outpos) {
- final int headerpos = outpos.get();
- outpos.increment();
- int tmpoutpos = outpos.get();
+ private void encodePage(int[] in, IntWrapper inpos, int thissize,
+ int[] out, IntWrapper outpos) {
+ final int headerpos = outpos.get();
+ outpos.increment();
+ int tmpoutpos = outpos.get();
+
+ // Clear working area.
+ Arrays.fill(dataPointers, 0);
+ byteContainer.clear();
- // Clear working area.
- Arrays.fill(dataPointers, 0);
- //Arrays.fill(bestbbestcexceptmaxb, (byte)0);//DL:unncessary
- byteContainer.clear();
+ int tmpinpos = inpos.get();
+ for (final int finalinpos = tmpinpos + thissize - BLOCK_SIZE; tmpinpos <= finalinpos; tmpinpos += BLOCK_SIZE) {
+ getBestBFromData(in, tmpinpos);
+ final int tmpbestb = bestbbestcexceptmaxb[0];
+ byteContainer.put((byte)bestbbestcexceptmaxb[0]);
+ byteContainer.put((byte)bestbbestcexceptmaxb[1]);
+ if (bestbbestcexceptmaxb[1] > 0) {
+ byteContainer.put((byte)bestbbestcexceptmaxb[2]);
+ final int index = bestbbestcexceptmaxb[2]
+ - bestbbestcexceptmaxb[0];
+ if (dataPointers[index]
+ + bestbbestcexceptmaxb[1] >= dataTobePacked[index].length) {
+ int newsize = 2 * (dataPointers[index] + bestbbestcexceptmaxb[1]);
+ // make sure it is a multiple of 32
+ newsize = Util
+ .greatestMultiple(newsize + 31, 32);
+ dataTobePacked[index] = Arrays.copyOf(
+ dataTobePacked[index], newsize);
+ }
+ for (int k = 0; k < BLOCK_SIZE; ++k) {
+ if ((in[k + tmpinpos] >>> bestbbestcexceptmaxb[0]) != 0) {
+ // we have an exception
+ byteContainer.put((byte) k);
+ dataTobePacked[index][dataPointers[index]++] = in[k
+ + tmpinpos] >>> tmpbestb;
+ }
+ }
- int tmpinpos = inpos.get();
- for (final int finalinpos = tmpinpos + thissize - BLOCK_SIZE; tmpinpos <= finalinpos; tmpinpos += BLOCK_SIZE) {
- getBestBFromData(in, tmpinpos);
- final int tmpbestb = bestbbestcexceptmaxb[0];
- byteContainer.put(bestbbestcexceptmaxb[0]);
- byteContainer.put(bestbbestcexceptmaxb[1]);
- if (bestbbestcexceptmaxb[1] > 0) {
- byteContainer.put(bestbbestcexceptmaxb[2]);
- final int index = bestbbestcexceptmaxb[2]
- - bestbbestcexceptmaxb[0];
- if (dataPointers[index] + bestbbestcexceptmaxb[1] >= dataTobePacked[index].length) {
- int newsize = 2 * (dataPointers[index] + bestbbestcexceptmaxb[1]);
- // make sure it is a multiple of 32
- newsize = Util.floorBy(newsize + 31, 32);
- dataTobePacked[index] = Arrays.copyOf(
- dataTobePacked[index], newsize);
+ }
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastpack(in, tmpinpos + k, out,
+ tmpoutpos, tmpbestb);
+ tmpoutpos += tmpbestb;
+ }
}
- for (int k = 0; k < BLOCK_SIZE; ++k) {
- if ((in[k + tmpinpos] >>> bestbbestcexceptmaxb[0]) != 0) {
- // we have an exception
- byteContainer.put((byte) k);
- dataTobePacked[index][dataPointers[index]++] = in[k
- + tmpinpos] >>> tmpbestb;
- }
+ inpos.set(tmpinpos);
+ out[headerpos] = tmpoutpos - headerpos;
+ final int bytesize = byteContainer.position();
+ while ((byteContainer.position() & 3) != 0)
+ byteContainer.put((byte) 0);
+ out[tmpoutpos++] = bytesize;
+ final int howmanyints = byteContainer.position() / 4;
+ byteContainer.flip();
+ byteContainer.asIntBuffer().get(out, tmpoutpos, howmanyints);
+ tmpoutpos += howmanyints;
+ int bitmap = 0;
+ for (int k = 2; k <= 32; ++k) {
+ if (dataPointers[k] != 0)
+ bitmap |= (1 << (k - 1));
}
+ out[tmpoutpos++] = bitmap;
- }
- for (int k = 0; k < 128; k += 32) {
- BitPacking.fastpack(in, tmpinpos + k, out, tmpoutpos, tmpbestb);
- tmpoutpos += tmpbestb;
- }
- }
- inpos.set(tmpinpos);
- out[headerpos] = tmpoutpos - headerpos;
- while ((byteContainer.position() & 3) != 0)
- byteContainer.put((byte) 0);
- final int bytesize = byteContainer.position();
- out[tmpoutpos++] = bytesize;
- final int howmanyints = bytesize / 4;
- byteContainer.flip();
- byteContainer.asIntBuffer().get(out, tmpoutpos, howmanyints);
- tmpoutpos += howmanyints;
- int bitmap = 0;
- for (int k = 1; k <= 32; ++k) {
- if (dataPointers[k] != 0)
- bitmap |= (1 << (k - 1));
- }
- out[tmpoutpos++] = bitmap;
- for (int k = 1; k <= 31; ++k) {
- if (dataPointers[k] != 0) {
- out[tmpoutpos++] = dataPointers[k];// size
- for (int j = 0; j < dataPointers[k]; j += 32) {
- BitPacking.fastpack(dataTobePacked[k], j, out, tmpoutpos, k);
- tmpoutpos += k;
+ for (int k = 2; k <= 32; ++k) {
+ if (dataPointers[k] != 0) {
+ out[tmpoutpos++] = dataPointers[k];// size
+ int j = 0;
+ for (; j < dataPointers[k]; j += 32) {
+ BitPacking.fastpack(dataTobePacked[k],
+ j, out, tmpoutpos, k);
+ tmpoutpos += k;
+ }
+ int overflow = j - dataPointers[k];
+ tmpoutpos -= overflow * k / 32;
+ }
}
- }
+ outpos.set(tmpoutpos);
}
- outpos.set(tmpoutpos);
- }
- /**
- * Uncompress data in blocks of 128 integers. In this
- * particular case, the inlength parameter is ignored:
- * it is deduced from the compressed data.
- *
- * @see IntegerCODEC#compress(int[], IntWrapper, int, int[], IntWrapper)
- */
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if (inlength == 0) return;
+ /**
+ * Uncompress data in blocks of integers. In this particular case,
+ * the inlength parameter is ignored: it is deduced from the compressed
+ * data.
+ *
+ * @see IntegerCODEC#compress(int[], IntWrapper, int, int[], IntWrapper)
+ */
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int mynvalue) {
+ mynvalue = Util.greatestMultiple(mynvalue, BLOCK_SIZE);
+ int finalout = outpos.get() + mynvalue;
+ while (outpos.get() != finalout) {
+ int thissize = Math.min(pageSize,
+ finalout - outpos.get());
+ decodePage(in, inpos, out, outpos, thissize);
+ }
+ }
- int mynvalue = in[inpos.get()];
- inpos.increment();
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
- dataPointers = new int[33];
+ int pageCount = (inlength + pageSize - 1) / pageSize;
+ int blockCount = inlength / BLOCK_SIZE;
- int finalout = outpos.get() + mynvalue;
- while (outpos.get() != finalout) {
- int thissize = Math.min(pageSize, finalout - outpos.get());
- decodePage(in, inpos, out, outpos, thissize);
+ // getBestBFromData limits the memory used for exceptions so that the total size of the block does not exceed BLOCK_SIZE integers.
+ int blockSizeInInts = OVERHEAD_OF_EACH_BLOCK_IN_INTS + BLOCK_SIZE;
+ return OVERHEAD_OF_EACH_PAGE_IN_INTS * pageCount + blockSizeInInts * blockCount + 24;
}
- dataPointers = null;
- }
-
- private void decodePage(int[] in, IntWrapper inpos, int[] out,
- IntWrapper outpos, int thissize) {
- final int initpos = inpos.get();
- final int wheremeta = in[inpos.get()];
- inpos.increment();
- int inexcept = initpos + wheremeta;
- final int bytesize = in[inexcept++];
- byteContainer.clear();
- byteContainer.asIntBuffer().put(in, inexcept, bytesize / 4);
- inexcept += bytesize / 4;
+ private void decodePage(int[] in, IntWrapper inpos, int[] out,
+ IntWrapper outpos, int thissize) {
+ final int initpos = inpos.get();
+ final int wheremeta = in[inpos.get()];
+ inpos.increment();
+ int inexcept = initpos + wheremeta;
+ final int bytesize = in[inexcept++];
+ byteContainer.clear();
+ byteContainer.asIntBuffer().put(in, inexcept, (bytesize + 3) / 4);
+ inexcept += (bytesize + 3)/ 4;
- final int bitmap = in[inexcept++];
- for (int k = 1; k <= 31; ++k) {
- if ((bitmap & (1 << (k - 1))) != 0) {
- int size = in[inexcept++];
- if (dataTobePacked[k].length < size)
- dataTobePacked[k] = new int[Util.floorBy(size + 31, 32)];
- for (int j = 0; j < size; j += 32) {
- BitPacking
- .fastunpack(in, inexcept, dataTobePacked[k], j, k);
- inexcept += k;
+ final int bitmap = in[inexcept++];
+ for (int k = 2; k <= 32; ++k) {
+ if ((bitmap & (1 << (k - 1))) != 0) {
+ int size = in[inexcept++];
+ int roundedup = Util
+ .greatestMultiple(size + 31, 32);
+ if (dataTobePacked[k].length < roundedup)
+ dataTobePacked[k] = new int[roundedup];
+ if(inexcept + roundedup/32*k <= in.length) {
+ int j = 0;
+ for (; j < size; j += 32) {
+ BitPacking.fastunpack(in, inexcept,
+ dataTobePacked[k], j, k);
+ inexcept += k;
+ }
+ int overflow = j - size;
+ inexcept -= overflow * k / 32;
+ } else {
+ int j = 0;
+ int[] buf = new int[roundedup/32*k];
+ int initinexcept = inexcept;
+ System.arraycopy(in, inexcept, buf, 0, in.length - inexcept);
+ for (; j < size; j += 32) {
+ BitPacking.fastunpack(buf, inexcept-initinexcept,
+ dataTobePacked[k], j, k);
+ inexcept += k;
+ }
+ int overflow = j - size;
+ inexcept -= overflow * k / 32;
+ }
+ }
}
- }
- }
- Arrays.fill(dataPointers, 0);
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
+ Arrays.fill(dataPointers, 0);
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
- for (int run = 0, run_end = thissize / BLOCK_SIZE; run < run_end; ++run, tmpoutpos += BLOCK_SIZE) {
- final byte b = byteContainer.get();
- final byte cexcept = byteContainer.get();
- for (int k = 0; k < 128; k += 32) {
- BitPacking.fastunpack(in, tmpinpos, out, tmpoutpos + k, b);
- tmpinpos += b;
- }
- if (cexcept > 0) {
- final byte maxbits = byteContainer.get();
- final int index = maxbits - b;
- for (int k = 0; k < cexcept; ++k) {
- final byte pos = byteContainer.get();
- final int exceptvalue = dataTobePacked[index][dataPointers[index]++];
- out[pos + tmpoutpos] |= exceptvalue << b;
+ for (int run = 0, run_end = thissize / BLOCK_SIZE; run < run_end; ++run, tmpoutpos += BLOCK_SIZE) {
+ final int b = byteContainer.get();
+ final int cexcept = byteContainer.get() & 0xFF;
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastunpack(in, tmpinpos, out,
+ tmpoutpos + k, b);
+ tmpinpos += b;
+ }
+ if (cexcept > 0) {
+ final int maxbits = byteContainer.get();
+ final int index = maxbits - b;
+ if(index == 1) {
+ for (int k = 0; k < cexcept; ++k) {
+ final int pos = byteContainer.get() &0xFF;
+ out[pos + tmpoutpos] |= 1 << b;
+ }
+ } else {
+ for (int k = 0; k < cexcept; ++k) {
+ final int pos = byteContainer.get() &0xFF;
+ final int exceptvalue = dataTobePacked[index][dataPointers[index]++];
+ out[pos + tmpoutpos] |= exceptvalue << b;
+ }
+ }
+ }
}
+ outpos.set(tmpoutpos);
+ inpos.set(inexcept);
+ }
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
- }
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+ }
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
}
- outpos.set(tmpoutpos);
- inpos.set(inexcept);
- }
- @Override
- public String toString() {
- return this.getClass().getSimpleName();
- }
+ /**
+ * Creates a new buffer of the requested size.
+ *
+ * In case you need a different way to allocate buffers, you can override this method
+ * with a custom behavior. The default implementation allocates a new Java direct
+ * {@link ByteBuffer} on each invocation.
+ *
+ * @param sizeInBytes
+ * @return
+ */
+ protected ByteBuffer makeBuffer(int sizeInBytes) {
+ return ByteBuffer.allocateDirect(sizeInBytes);
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/FastPFOR128.java b/src/main/java/me/lemire/integercompression/FastPFOR128.java
new file mode 100644
index 0000000..0557c62
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/FastPFOR128.java
@@ -0,0 +1,346 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.integercompression;
+
+import java.nio.ByteBuffer;
+import java.nio.ByteOrder;
+import java.util.Arrays;
+
+/**
+ * This class is similar to FastPFOR but uses a small block size.
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you should first compute deltas, @see me.lemire.integercompression.differential.Delta#delta.
+ *
+ * For multi-threaded applications, each thread should use its own FastPFOR
+ * object.
+ *
+ * @author Daniel Lemire
+ */
+public class FastPFOR128 implements IntegerCODEC,SkippableIntegerCODEC {
+ final static int OVERHEAD_OF_EACH_EXCEPT = 8;
+ private static final int OVERHEAD_OF_EACH_PAGE_IN_INTS = 36; // 1 int for the header
+ // 1 int for the byte array size
+ // 1 int for the bitmap
+ // 1 int for byte array padding (to align to 4 bytes)
+ // 32 to have enough space to bit-pack the exceptions
+ private static final int OVERHEAD_OF_EACH_BLOCK_IN_INTS = 1; // 1 byte for the number of bits allocated per truncated integer
+ // 1 byte for the number of exceptions
+ /**
+ *
+ */
+ public final static int DEFAULT_PAGE_SIZE = 65536;
+ /**
+ *
+ */
+ public final static int BLOCK_SIZE = 128;
+
+ final int pageSize;
+ final int[][] dataTobePacked = new int[33][];
+ final ByteBuffer byteContainer;
+
+ // Working area for compress and uncompress.
+ final int[] dataPointers = new int[33];
+ final int[] freqs = new int[33];
+ final int[] bestbbestcexceptmaxb = new int[3];
+
+ /**
+ * Construct the FastPFOR CODEC.
+ *
+ * @param pagesize
+ * the desired page size (recommended value is FastPFOR.DEFAULT_PAGE_SIZE)
+ */
+ public FastPFOR128(int pagesize) {
+ pageSize = pagesize;
+ // Initiate arrrays.
+ byteContainer = makeBuffer(3 * pageSize
+ / BLOCK_SIZE + pageSize);
+ byteContainer.order(ByteOrder.LITTLE_ENDIAN);
+ for (int k = 1; k < dataTobePacked.length; ++k)
+ dataTobePacked[k] = new int[pageSize / 32 * 4]; // heuristic
+ }
+ /**
+ * Construct the fastPFOR CODEC with default parameters.
+ */
+ public FastPFOR128() {
+ this(DEFAULT_PAGE_SIZE);
+ }
+
+ /**
+ * Compress data in blocks of BLOCK_SIZE integers (if fewer than BLOCK_SIZE integers
+ * are provided, nothing is done).
+ *
+ * @see IntegerCODEC#compress(int[], IntWrapper, int, int[], IntWrapper)
+ */
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ final int finalinpos = inpos.get() + inlength;
+ while (inpos.get() != finalinpos) {
+ int thissize = Math.min(pageSize,
+ finalinpos - inpos.get());
+ encodePage(in, inpos, thissize, out, outpos);
+ }
+ }
+
+ private void getBestBFromData(int[] in, int pos) {
+ Arrays.fill(freqs, 0);
+ for (int k = pos, k_end = pos + BLOCK_SIZE; k < k_end; ++k) {
+ freqs[Util.bits(in[k])]++;
+ }
+ bestbbestcexceptmaxb[0] = 32;
+ while (freqs[bestbbestcexceptmaxb[0]] == 0)
+ bestbbestcexceptmaxb[0]--;
+ bestbbestcexceptmaxb[2] = bestbbestcexceptmaxb[0];
+ int bestcost = bestbbestcexceptmaxb[0] * BLOCK_SIZE;
+ int cexcept = 0;
+ bestbbestcexceptmaxb[1] = cexcept;
+ for (int b = bestbbestcexceptmaxb[0] - 1; b >= 0; --b) {
+ cexcept += freqs[b + 1];
+ if (cexcept == BLOCK_SIZE)
+ break;
+ // the extra 8 is the cost of storing maxbits
+ int thiscost = cexcept * OVERHEAD_OF_EACH_EXCEPT
+ + cexcept * (bestbbestcexceptmaxb[2] - b) + b
+ * BLOCK_SIZE + 8;
+ if(bestbbestcexceptmaxb[2] - b == 1) thiscost -= cexcept;
+ if (thiscost < bestcost) {
+ bestcost = thiscost;
+ bestbbestcexceptmaxb[0] = b;
+ bestbbestcexceptmaxb[1] = cexcept;
+ }
+ }
+ }
+
+ private void encodePage(int[] in, IntWrapper inpos, int thissize,
+ int[] out, IntWrapper outpos) {
+ final int headerpos = outpos.get();
+ outpos.increment();
+ int tmpoutpos = outpos.get();
+
+ // Clear working area.
+ Arrays.fill(dataPointers, 0);
+ byteContainer.clear();
+
+ int tmpinpos = inpos.get();
+ for (final int finalinpos = tmpinpos + thissize - BLOCK_SIZE; tmpinpos <= finalinpos; tmpinpos += BLOCK_SIZE) {
+ getBestBFromData(in, tmpinpos);
+ final int tmpbestb = bestbbestcexceptmaxb[0];
+ byteContainer.put((byte)bestbbestcexceptmaxb[0]);
+ byteContainer.put((byte)bestbbestcexceptmaxb[1]);
+ if (bestbbestcexceptmaxb[1] > 0) {
+ byteContainer.put((byte)bestbbestcexceptmaxb[2]);
+ final int index = bestbbestcexceptmaxb[2]
+ - bestbbestcexceptmaxb[0];
+ if (dataPointers[index]
+ + bestbbestcexceptmaxb[1] >= dataTobePacked[index].length) {
+ int newsize = 2 * (dataPointers[index] + bestbbestcexceptmaxb[1]);
+ // make sure it is a multiple of 32
+ newsize = Util
+ .greatestMultiple(newsize + 31, 32);
+ dataTobePacked[index] = Arrays.copyOf(
+ dataTobePacked[index], newsize);
+ }
+ for (int k = 0; k < BLOCK_SIZE; ++k) {
+ if ((in[k + tmpinpos] >>> bestbbestcexceptmaxb[0]) != 0) {
+ // we have an exception
+ byteContainer.put((byte) k);
+ dataTobePacked[index][dataPointers[index]++] = in[k
+ + tmpinpos] >>> tmpbestb;
+ }
+ }
+
+ }
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastpack(in, tmpinpos + k, out,
+ tmpoutpos, tmpbestb);
+ tmpoutpos += tmpbestb;
+ }
+ }
+ inpos.set(tmpinpos);
+ out[headerpos] = tmpoutpos - headerpos;
+ final int bytesize = byteContainer.position();
+ while ((byteContainer.position() & 3) != 0)
+ byteContainer.put((byte) 0);
+ out[tmpoutpos++] = bytesize;
+ final int howmanyints = byteContainer.position() / 4;
+ byteContainer.flip();
+ byteContainer.asIntBuffer().get(out, tmpoutpos, howmanyints);
+ tmpoutpos += howmanyints;
+ int bitmap = 0;
+ for (int k = 2; k <= 32; ++k) {
+ if (dataPointers[k] != 0)
+ bitmap |= (1 << (k - 1));
+ }
+ out[tmpoutpos++] = bitmap;
+
+ for (int k = 2; k <= 32; ++k) {
+ if (dataPointers[k] != 0) {
+ out[tmpoutpos++] = dataPointers[k];// size
+ int j = 0;
+ for (; j < dataPointers[k]; j += 32) {
+ BitPacking.fastpack(dataTobePacked[k],
+ j, out, tmpoutpos, k);
+ tmpoutpos += k;
+ }
+ int overflow = j - dataPointers[k];
+ tmpoutpos -= overflow * k / 32;
+ }
+ }
+ outpos.set(tmpoutpos);
+ }
+
+ /**
+ * Uncompress data in blocks of integers. In this particular case,
+ * the inlength parameter is ignored: it is deduced from the compressed
+ * data.
+ *
+ * @see IntegerCODEC#compress(int[], IntWrapper, int, int[], IntWrapper)
+ */
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int mynvalue) {
+ if (inlength == 0)
+ return;
+ mynvalue = Util.greatestMultiple(mynvalue, BLOCK_SIZE);
+ int finalout = outpos.get() + mynvalue;
+ while (outpos.get() != finalout) {
+ int thissize = Math.min(pageSize,
+ finalout - outpos.get());
+ decodePage(in, inpos, out, outpos, thissize);
+ }
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+
+ int pageCount = (inlength + pageSize - 1) / pageSize;
+ int blockCount = inlength / BLOCK_SIZE;
+
+ // getBestBFromData limits the memory used for exceptions so that the total size of the block does not exceed BLOCK_SIZE integers.
+ int blockSizeInInts = OVERHEAD_OF_EACH_BLOCK_IN_INTS + BLOCK_SIZE;
+ return OVERHEAD_OF_EACH_PAGE_IN_INTS * pageCount + blockSizeInInts * blockCount + 24;
+ }
+
+ private void decodePage(int[] in, IntWrapper inpos, int[] out,
+ IntWrapper outpos, int thissize) {
+ final int initpos = inpos.get();
+ final int wheremeta = in[inpos.get()];
+ inpos.increment();
+ int inexcept = initpos + wheremeta;
+ final int bytesize = in[inexcept++];
+ byteContainer.clear();
+ byteContainer.asIntBuffer().put(in, inexcept, (bytesize + 3) / 4);
+ inexcept += (bytesize + 3)/ 4;
+
+ final int bitmap = in[inexcept++];
+ for (int k = 2; k <= 32; ++k) {
+ if ((bitmap & (1 << (k - 1))) != 0) {
+ int size = in[inexcept++];
+ int roundedup = Util
+ .greatestMultiple(size + 31, 32);
+ if (dataTobePacked[k].length < roundedup)
+ dataTobePacked[k] = new int[roundedup];
+ if(inexcept + roundedup/32*k <= in.length) {
+ int j = 0;
+ for (; j < size; j += 32) {
+ BitPacking.fastunpack(in, inexcept,
+ dataTobePacked[k], j, k);
+ inexcept += k;
+ }
+ int overflow = j - size;
+ inexcept -= overflow * k / 32;
+ } else {
+ int j = 0;
+ int[] buf = new int[roundedup/32*k];
+ int initinexcept = inexcept;
+ System.arraycopy(in, inexcept, buf, 0, in.length - inexcept);
+ for (; j < size; j += 32) {
+ BitPacking.fastunpack(buf, inexcept-initinexcept,
+ dataTobePacked[k], j, k);
+ inexcept += k;
+ }
+ int overflow = j - size;
+ inexcept -= overflow * k / 32;
+ }
+ }
+ }
+ Arrays.fill(dataPointers, 0);
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+
+ for (int run = 0, run_end = thissize / BLOCK_SIZE; run < run_end; ++run, tmpoutpos += BLOCK_SIZE) {
+ final int b = byteContainer.get();
+ final int cexcept = byteContainer.get() & 0xFF;
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastunpack(in, tmpinpos, out,
+ tmpoutpos + k, b);
+ tmpinpos += b;
+ }
+ if (cexcept > 0) {
+ final int maxbits = byteContainer.get();
+ final int index = maxbits - b;
+ if(index == 1) {
+ for (int k = 0; k < cexcept; ++k) {
+ final int pos = byteContainer.get() &0xFF;
+ out[pos + tmpoutpos] |= 1 << b;
+ }
+ } else {
+ for (int k = 0; k < cexcept; ++k) {
+ final int pos = byteContainer.get() &0xFF;
+ final int exceptvalue = dataTobePacked[index][dataPointers[index]++];
+ out[pos + tmpoutpos] |= exceptvalue << b;
+ }
+ }
+ }
+ }
+ outpos.set(tmpoutpos);
+ inpos.set(inexcept);
+ }
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+
+ /**
+ * Creates a new buffer of the requested size.
+ *
+ * In case you need a different way to allocate buffers, you can override this method
+ * with a custom behavior. The default implementation allocates a new Java direct
+ * {@link ByteBuffer} on each invocation.
+ *
+ * @param sizeInBytes
+ * @return
+ */
+ protected ByteBuffer makeBuffer(int sizeInBytes) {
+ return ByteBuffer.allocateDirect(sizeInBytes);
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/GroupSimple9.java b/src/main/java/me/lemire/integercompression/GroupSimple9.java
new file mode 100644
index 0000000..bd8acfa
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/GroupSimple9.java
@@ -0,0 +1,3558 @@
+package me.lemire.integercompression;
+
+/**
+ * Group Simple 9 is a variation on Simple 9 that preserves the same
+ * compression ratios but offers higher decoding speed by regrouping
+ * the 32-bit words into pairs of 64-bit words.
+ *
+ * original by Kun Jiang, Yuexiang Yang and Qinghua Zheng source:
+ * https://github.com/deeper2/simple
+ *
+ * Adapted by D. Lemire.
+ */
+
+public final class GroupSimple9 implements IntegerCODEC, SkippableIntegerCODEC {
+
+ private static final int[][] M = { { 0, 1, 2, 3, 4, 5, 6, 7, 8 }, { 9, 10, 11, 12, 13, 14, 15, 16, 17 },
+ { 18, 19, 20, 21, 22, 23, 24, 25, 26 }, { 27, 28, 29, 30, 31, 32, 33, 34, 35 },
+ { 36, 37, 38, 39, 40, 41, 42, 43, 44 }, { 45, 46, 47, 48, 49, 50, 51, 52, 53 },
+ { 54, 55, 56, 57, 58, 59, 60, 61, 62 }, { 63, 64, 65, 66, 67, 68, 69, 70, 71 },
+ { 72, 73, 74, 75, 76, 77, 78, 79, 80 } };
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int out[], IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ private void encode0(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 24; i++)
+ out[outf + 0] = (out[outf + 0] << 1) + (in[inf + i]);
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 24 + i];
+ for (int i = 0; i < 28; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 28 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode1(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 24; i++)
+ out[outf + 0] = (out[outf + 0] << 1) + in[inf + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 24 + i];
+ for (int i = 0; i < 14; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 28 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode2(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 24; i++)
+ out[outf + 0] = (out[outf + 0] << 1) + in[inf + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 24 + i];
+ for (int i = 0; i < 9; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 28 + i];// 第二个28位是低位存储的，所以浪费的1比特在最顶端。
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode3(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 24; i++)
+ out[outf + 0] = (out[outf + 0] << 1) + in[inf + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 24 + i];
+ for (int i = 0; i < 7; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 28 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode4(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 24; i++)
+ out[outf + 0] = (out[outf + 0] << 1) + in[inf + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 24 + i];
+ for (int i = 0; i < 5; i++)
+ out[outf + 1] = (out[outf + 1] << 5) + in[inf + 28 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode5(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 24; i++)
+ out[outf + 0] = (out[outf + 0] << 1) + in[inf + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 24 + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 7) + in[inf + 28 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode6(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 24; i++)
+ out[outf + 0] = (out[outf + 0] << 1) + in[inf + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 24 + i];
+ for (int i = 0; i < 3; i++)
+ out[outf + 1] = (out[outf + 1] << 9) + in[inf + 28 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode7(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 24; i++)
+ out[outf + 0] = (out[outf + 0] << 1) + in[inf + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 24 + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 14) + in[inf + 28 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode8(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 24; i++)
+ out[outf + 0] = (out[outf + 0] << 1) + in[inf + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 24 + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 28) + in[inf + 28 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode9(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 12; i++)
+ out[outf + 0] = (out[outf + 0] << 2) + in[inf + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 12 + i];
+ for (int i = 0; i < 28; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 14 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode10(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 12; i++) {
+ out[outf + 0] = (out[outf + 0] << 2) + in[inf + i];
+
+ }
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 12 + i];
+ for (int i = 0; i < 14; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 14 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode11(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 12; i++)
+ out[outf + 0] = (out[outf + 0] << 2) + in[inf + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 12 + i];
+ for (int i = 0; i < 9; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 14 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode12(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 12; i++)
+ out[outf + 0] = (out[outf + 0] << 2) + in[inf + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 12 + i];
+ for (int i = 0; i < 7; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 14 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode13(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 12; i++)
+ out[outf + 0] = (out[outf + 0] << 2) + in[inf + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 12 + i];
+ for (int i = 0; i < 5; i++)
+ out[outf + 1] = (out[outf + 1] << 5) + in[inf + 14 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode14(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 12; i++)
+ out[outf + 0] = (out[outf + 0] << 2) + in[inf + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 12 + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 7) + in[inf + 14 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode15(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 12; i++)
+ out[outf + 0] = (out[outf + 0] << 2) + in[inf + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 12 + i];
+ for (int i = 0; i < 3; i++)
+ out[outf + 1] = (out[outf + 1] << 9) + in[inf + 14 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode16(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 12; i++)
+ out[outf + 0] = (out[outf + 0] << 2) + in[inf + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 12 + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 14) + in[inf + 14 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode17(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 12; i++)
+ out[outf + 0] = (out[outf + 0] << 2) + in[inf + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 12 + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 28) + in[inf + 14 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode18(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 8; i++)
+ out[outf + 0] = (out[outf + 0] << 3) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 8 + i];
+ for (int i = 0; i < 28; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 9 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode19(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 8; i++)
+ out[outf + 0] = (out[outf + 0] << 3) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 8 + i];
+ for (int i = 0; i < 14; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 9 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode20(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 8; i++)
+ out[outf + 0] = (out[outf + 0] << 3) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 8 + i];
+ for (int i = 0; i < 9; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 9 + i];
+
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode21(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 8; i++)
+ out[outf + 0] = (out[outf + 0] << 3) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 8 + i];
+ for (int i = 0; i < 7; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 9 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode22(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 8; i++)
+ out[outf + 0] = (out[outf + 0] << 3) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 8 + i];
+ for (int i = 0; i < 5; i++)
+ out[outf + 1] = (out[outf + 1] << 5) + in[inf + 9 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode23(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 8; i++)
+ out[outf + 0] = (out[outf + 0] << 3) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 8 + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 7) + in[inf + 9 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode24(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 8; i++)
+ out[outf + 0] = (out[outf + 0] << 3) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 8 + i];
+ for (int i = 0; i < 3; i++)
+ out[outf + 1] = (out[outf + 1] << 9) + in[inf + 9 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode25(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 8; i++)
+ out[outf + 0] = (out[outf + 0] << 3) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 8 + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 14) + in[inf + 9 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode26(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 8; i++)
+ out[outf + 0] = (out[outf + 0] << 3) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 8 + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 28) + in[inf + 9 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode27(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 6; i++)
+ out[outf + 0] = (out[outf + 0] << 4) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 6 + i];
+ for (int i = 0; i < 28; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 7 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode28(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 6; i++)
+ out[outf + 0] = (out[outf + 0] << 4) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 6 + i];
+ for (int i = 0; i < 14; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 7 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode29(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 6; i++)
+ out[outf + 0] = (out[outf + 0] << 4) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 6 + i];
+ for (int i = 0; i < 9; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 7 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode30(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 6; i++)
+ out[outf + 0] = (out[outf + 0] << 4) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 6 + i];
+ for (int i = 0; i < 7; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 7 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode31(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 6; i++)
+ out[outf + 0] = (out[outf + 0] << 4) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 6 + i];
+ for (int i = 0; i < 5; i++)
+ out[outf + 1] = (out[outf + 1] << 5) + in[inf + 7 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode32(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 6; i++)
+ out[outf + 0] = (out[outf + 0] << 4) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 6 + i];
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 7) + in[inf + 7 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode33(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 6; i++)
+ out[outf + 0] = (out[outf + 0] << 4) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 6 + i];
+ for (int i = 0; i < 3; i++)
+ out[outf + 1] = (out[outf + 1] << 9) + in[inf + 7 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode34(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 6; i++)
+ out[outf + 0] = (out[outf + 0] << 4) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 6 + i];
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 14) + in[inf + 7 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode35(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 6; i++)
+ out[outf + 0] = (out[outf + 0] << 4) + in[inf + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 6 + i];
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 28) + in[inf + 7 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode36(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 4; i++)
+ out[outf + 0] = (out[outf + 0] << 5) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 4) + (in[inf + 4] >>> 1);
+ out[outf + 1] = (out[outf + 1] << 1) + ((in[inf + 4] << 31) >>> 31);
+ for (int i = 0; i < 28; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 5 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode37(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 4; i++)
+ out[outf + 0] = (out[outf + 0] << 5) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 4) + (in[inf + 4] >>> 1);
+ out[outf + 1] = (out[outf + 1] << 1) + ((in[inf + 4] << 31) >>> 31);
+ for (int i = 0; i < 14; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 5 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode38(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 4; i++)
+ out[outf + 0] = (out[outf + 0] << 5) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 4) + (in[inf + 4] >>> 1);
+ out[outf + 1] = (out[outf + 1] << 1) + ((in[inf + 4] << 31) >>> 31);
+ for (int i = 0; i < 9; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 5 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode39(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 4; i++)
+ out[outf + 0] = (out[outf + 0] << 5) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 4) + (in[inf + 4] >>> 1);
+ out[outf + 1] = (out[outf + 1] << 1) + ((in[inf + 4] << 31) >>> 31);
+ for (int i = 0; i < 7; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 5 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode40(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 4; i++)
+ out[outf + 0] = (out[outf + 0] << 5) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 4) + (in[inf + 4] >>> 1);
+ out[outf + 1] = (out[outf + 1] << 1) + ((in[inf + 4] << 31) >>> 31);
+ for (int i = 0; i < 5; i++)
+ out[outf + 1] = (out[outf + 1] << 5) + in[inf + 5 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode41(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 4; i++)
+ out[outf + 0] = (out[outf + 0] << 5) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 4) + (in[inf + 4] >>> 1);
+ out[outf + 1] = (out[outf + 1] << 1) + ((in[inf + 4] << 31) >>> 31);
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 7) + in[inf + 5 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode42(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 4; i++)
+ out[outf + 0] = (out[outf + 0] << 5) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 4) + (in[inf + 4] >>> 1);
+ out[outf + 1] = (out[outf + 1] << 1) + ((in[inf + 4] << 31) >>> 31);
+ for (int i = 0; i < 3; i++)
+ out[outf + 1] = (out[outf + 1] << 9) + in[inf + 5 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode43(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 4; i++)
+ out[outf + 0] = (out[outf + 0] << 5) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 4) + (in[inf + 4] >>> 1);
+ out[outf + 1] = (out[outf + 1] << 1) + ((in[inf + 4] << 31) >>> 31);
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 14) + in[inf + 5 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode44(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 4; i++)
+ out[outf + 0] = (out[outf + 0] << 5) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 4) + (in[inf + 4] >>> 1);
+ out[outf + 1] = (out[outf + 1] << 1) + ((in[inf + 4] << 31) >>> 31);
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 28) + in[inf + 5 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode45(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 3; i++)
+ out[outf + 0] = (out[outf + 0] << 7) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 3) + (in[inf + 3] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 3] << 28) >>> 28);
+ for (int i = 0; i < 28; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 4 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode46(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 3; i++)
+ out[outf + 0] = (out[outf + 0] << 7) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 3) + (in[inf + 3] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 3] << 28) >>> 28);
+ for (int i = 0; i < 14; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 4 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode47(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 3; i++)
+ out[outf + 0] = (out[outf + 0] << 7) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 3) + (in[inf + 3] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 3] << 28) >>> 28);
+ for (int i = 0; i < 9; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 4 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode48(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 3; i++)
+ out[outf + 0] = (out[outf + 0] << 7) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 3) + (in[inf + 3] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 3] << 28) >>> 28);
+ for (int i = 0; i < 7; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 4 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode49(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 3; i++)
+ out[outf + 0] = (out[outf + 0] << 7) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 3) + (in[inf + 3] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 3] << 28) >>> 28);
+ for (int i = 0; i < 5; i++)
+ out[outf + 1] = (out[outf + 1] << 5) + in[inf + 4 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode50(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 3; i++)
+ out[outf + 0] = (out[outf + 0] << 7) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 3) + (in[inf + 3] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 3] << 28) >>> 28);
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 7) + in[inf + 4 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode51(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 3; i++)
+ out[outf + 0] = (out[outf + 0] << 7) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 3) + (in[inf + 3] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 3] << 28) >>> 28);
+ for (int i = 0; i < 3; i++)
+ out[outf + 1] = (out[outf + 1] << 9) + in[inf + 4 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode52(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 3; i++)
+ out[outf + 0] = (out[outf + 0] << 7) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 3) + (in[inf + 3] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 3] << 28) >>> 28);
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 14) + in[inf + 4 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode53(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 3; i++)
+ out[outf + 0] = (out[outf + 0] << 7) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 3) + (in[inf + 3] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 3] << 28) >>> 28);
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 28) + in[inf + 4 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode54(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 2; i++)
+ out[outf + 0] = (out[outf + 0] << 9) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 6) + (in[inf + 2] >>> 3);
+ out[outf + 1] = (out[outf + 1] << 3) + ((in[inf + 2] << 29) >>> 29);
+ for (int i = 0; i < 28; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 3 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode55(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 2; i++)
+ out[outf + 0] = (out[outf + 0] << 9) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 6) + (in[inf + 2] >>> 3);
+ out[outf + 1] = (out[outf + 1] << 3) + ((in[inf + 2] << 29) >>> 29);
+ for (int i = 0; i < 14; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 3 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode56(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 2; i++)
+ out[outf + 0] = (out[outf + 0] << 9) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 6) + (in[inf + 2] >>> 3);
+ out[outf + 1] = (out[outf + 1] << 3) + ((in[inf + 2] << 29) >>> 29);
+ for (int i = 0; i < 9; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 3 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode57(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 2; i++)
+ out[outf + 0] = (out[outf + 0] << 9) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 6) + (in[inf + 2] >>> 3);
+ out[outf + 1] = (out[outf + 1] << 3) + ((in[inf + 2] << 29) >>> 29);
+ for (int i = 0; i < 7; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 3 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode58(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 2; i++)
+ out[outf + 0] = (out[outf + 0] << 9) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 6) + (in[inf + 2] >>> 3);
+ out[outf + 1] = (out[outf + 1] << 3) + ((in[inf + 2] << 29) >>> 29);
+ for (int i = 0; i < 5; i++)
+ out[outf + 1] = (out[outf + 1] << 5) + in[inf + 3 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode59(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 2; i++)
+ out[outf + 0] = (out[outf + 0] << 9) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 6) + (in[inf + 2] >>> 3);
+ out[outf + 1] = (out[outf + 1] << 3) + ((in[inf + 2] << 29) >>> 29);
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 7) + in[inf + 3 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode60(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 2; i++)
+ out[outf + 0] = (out[outf + 0] << 9) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 6) + (in[inf + 2] >>> 3);
+ out[outf + 1] = (out[outf + 1] << 3) + ((in[inf + 2] << 29) >>> 29);
+ for (int i = 0; i < 3; i++)
+ out[outf + 1] = (out[outf + 1] << 9) + in[inf + 3 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode61(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 2; i++)
+ out[outf + 0] = (out[outf + 0] << 9) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 6) + (in[inf + 2] >>> 3);
+ out[outf + 1] = (out[outf + 1] << 3) + ((in[inf + 2] << 29) >>> 29);
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 14) + in[inf + 3 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode62(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ for (int i = 0; i < 2; i++)
+ out[outf + 0] = (out[outf + 0] << 9) + in[inf + i];
+ out[outf + 0] = (out[outf + 0] << 6) + (in[inf + 2] >>> 3);
+ out[outf + 1] = (out[outf + 1] << 3) + ((in[inf + 2] << 29) >>> 29);
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 28) + in[inf + 3 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode63(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+
+ out[outf + 0] = (out[outf + 0] << 14) + in[inf];
+ out[outf + 0] = (out[outf + 0] << 10) + (in[inf + 1] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 1] << 28) >>> 28);
+ for (int i = 0; i < 28; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 2 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode64(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 14) + in[inf];
+ out[outf + 0] = (out[outf + 0] << 10) + (in[inf + 1] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 1] << 28) >>> 28);
+ for (int i = 0; i < 14; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 2 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode65(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 14) + in[inf];
+ out[outf + 0] = (out[outf + 0] << 10) + (in[inf + 1] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 1] << 28) >>> 28);
+ for (int i = 0; i < 9; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 2 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode66(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 14) + in[inf];
+ out[outf + 0] = (out[outf + 0] << 10) + (in[inf + 1] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 1] << 28) >>> 28);
+ for (int i = 0; i < 7; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 2 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode67(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 14) + in[inf];
+ out[outf + 0] = (out[outf + 0] << 10) + (in[inf + 1] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 1] << 28) >>> 28);
+ for (int i = 0; i < 5; i++)
+ out[outf + 1] = (out[outf + 1] << 5) + in[inf + 2 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode68(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 14) + in[inf];
+ out[outf + 0] = (out[outf + 0] << 10) + (in[inf + 1] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 1] << 28) >>> 28);
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 7) + in[inf + 2 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode69(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 14) + in[inf];
+ out[outf + 0] = (out[outf + 0] << 10) + (in[inf + 1] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 1] << 28) >>> 28);
+ for (int i = 0; i < 3; i++)
+ out[outf + 1] = (out[outf + 1] << 9) + in[inf + 2 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode70(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 14) + in[inf];
+ out[outf + 0] = (out[outf + 0] << 10) + (in[inf + 1] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 1] << 28) >>> 28);
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 14) + in[inf + 2 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode71(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 14) + in[inf];
+ out[outf + 0] = (out[outf + 0] << 10) + (in[inf + 1] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf + 1] << 28) >>> 28);
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 28) + in[inf + 2 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode72(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+
+ out[outf + 0] = (out[outf + 0] << 24) + (in[inf] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf] << 28) >>> 28);
+ for (int i = 0; i < 28; i++)
+ out[outf + 1] = (out[outf + 1] << 1) + in[inf + 1 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode73(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 24) + (in[inf] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf] << 28) >>> 28);
+ for (int i = 0; i < 14; i++)
+ out[outf + 1] = (out[outf + 1] << 2) + in[inf + 1 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode74(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 24) + (in[inf] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf] << 28) >>> 28);
+ for (int i = 0; i < 9; i++)
+ out[outf + 1] = (out[outf + 1] << 3) + in[inf + 1 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode75(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 24) + (in[inf] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf] << 28) >>> 28);
+ for (int i = 0; i < 7; i++)
+ out[outf + 1] = (out[outf + 1] << 4) + in[inf + 1 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode76(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 24) + (in[inf] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf] << 28) >>> 28);
+ for (int i = 0; i < 5; i++)
+ out[outf + 1] = (out[outf + 1] << 5) + in[inf + 1 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode77(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 24) + (in[inf] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf] << 28) >>> 28);
+ for (int i = 0; i < 4; i++)
+ out[outf + 1] = (out[outf + 1] << 7) + in[inf + 1 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode78(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 24) + (in[inf] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf] << 28) >>> 28);
+ for (int i = 0; i < 3; i++)
+ out[outf + 1] = (out[outf + 1] << 9) + in[inf + 1 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode79(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 24) + (in[inf] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf] << 28) >>> 28);
+ for (int i = 0; i < 2; i++)
+ out[outf + 1] = (out[outf + 1] << 14) + in[inf + 1 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ private void encode80(final int[] in, final int inf, final int code, final int[] out,
+ final int outf) {
+ out[outf + 0] = (out[outf + 0] << 24) + (in[inf] >>> 4);
+ out[outf + 1] = (out[outf + 1] << 4) + ((in[inf] << 28) >>> 28);
+ for (int i = 0; i < 1; i++)
+ out[outf + 1] = (out[outf + 1] << 28) + in[inf + 1 + i];
+ out[outf + 0] = code << 24 | out[outf + 0];
+
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+ }
+
+
+
+ private void decode80(int val, int valn, int[] out, int currentPos) {
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 8) >>> 4 | (valn >>> 28);
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (valn << 4) >>> 4;
+ }
+
+ private void decode79(int val, int valn, int[] out, int currentPos) {
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 8) >>> 4 | (valn >>> 28);
+ // number :2, bitwidth : 14
+ out[currentPos++] = (valn << 4) >>> 18;
+ out[currentPos++] = (valn << 18) >>> 18;
+ }
+
+ private void decode78(int val, int valn, int[] out, int currentPos) {
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 8) >>> 4 | (valn >>> 27);
+ // number : 3, bitwidth :9
+ out[currentPos++] = (valn << 5) >>> 23;
+ out[currentPos++] = (valn << 14) >>> 23;
+ out[currentPos++] = (valn << 23) >>> 23;
+ }
+
+ private void decode77(int val, int valn, int[] out, int currentPos) {
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 8) >>> 4 | (valn >>> 28);
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (valn << 4) >>> 25;
+ out[currentPos++] = (valn << 11) >>> 25;
+ out[currentPos++] = (valn << 18) >>> 25;
+ out[currentPos++] = (valn << 25) >>> 25;
+ }
+
+ private void decode76(int val, int valn, int[] out, int currentPos) {
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 8) >>> 4 | (valn >>> 25);
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (valn << 7) >>> 27;
+ out[currentPos++] = (valn << 12) >>> 27;
+ out[currentPos++] = (valn << 17) >>> 27;
+ out[currentPos++] = (valn << 22) >>> 27;
+ out[currentPos++] = (valn << 27) >>> 27;
+ }
+
+ private void decode75(int val, int valn, int[] out, int currentPos) {
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 8) >>> 4 | (valn >>> 28);
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (valn << 4) >>> 28;
+ out[currentPos++] = (valn << 8) >>> 28;
+ out[currentPos++] = (valn << 12) >>> 28;
+ out[currentPos++] = (valn << 16) >>> 28;
+ out[currentPos++] = (valn << 20) >>> 28;
+ out[currentPos++] = (valn << 24) >>> 28;
+ out[currentPos++] = (valn << 28) >>> 28;
+ }
+
+ private void decode74(int val, int valn, int[] out, int currentPos) {
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 8) >>> 4 | (valn >>> 27);
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (valn << 5) >>> 29;
+ out[currentPos++] = (valn << 8) >>> 29;
+ out[currentPos++] = (valn << 11) >>> 29;
+ out[currentPos++] = (valn << 14) >>> 29;
+ out[currentPos++] = (valn << 17) >>> 29;
+ out[currentPos++] = (valn << 20) >>> 29;
+ out[currentPos++] = (valn << 23) >>> 29;
+ out[currentPos++] = (valn << 26) >>> 29;
+ out[currentPos++] = (valn << 29) >>> 29;
+ }
+
+ private void decode73(int val, int valn, int[] out, int currentPos) {
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 8) >>> 4 | (valn >>> 28);
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (valn << 4) >>> 30;
+ out[currentPos++] = (valn << 6) >>> 30;
+ out[currentPos++] = (valn << 8) >>> 30;
+ out[currentPos++] = (valn << 10) >>> 30;
+ out[currentPos++] = (valn << 12) >>> 30;
+ out[currentPos++] = (valn << 14) >>> 30;
+ out[currentPos++] = (valn << 16) >>> 30;
+ out[currentPos++] = (valn << 18) >>> 30;
+ out[currentPos++] = (valn << 20) >>> 30;
+ out[currentPos++] = (valn << 22) >>> 30; // 10
+ out[currentPos++] = (valn << 24) >>> 30;
+ out[currentPos++] = (valn << 26) >>> 30;
+ out[currentPos++] = (valn << 28) >>> 30;
+ out[currentPos++] = (valn << 30) >>> 30;
+ }
+
+ private void decode72(int val, int valn, int[] out, int currentPos) {
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 8) >>> 4 | (valn >>> 28);
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (valn << 4) >>> 31;
+ out[currentPos++] = (valn << 5) >>> 31;
+ out[currentPos++] = (valn << 6) >>> 31;
+ out[currentPos++] = (valn << 7) >>> 31;
+ out[currentPos++] = (valn << 8) >>> 31;
+ out[currentPos++] = (valn << 9) >>> 31;
+ out[currentPos++] = (valn << 10) >>> 31;
+ out[currentPos++] = (valn << 11) >>> 31;
+ out[currentPos++] = (valn << 12) >>> 31;
+ out[currentPos++] = (valn << 13) >>> 31; // 10
+ out[currentPos++] = (valn << 14) >>> 31;
+ out[currentPos++] = (valn << 15) >>> 31;
+ out[currentPos++] = (valn << 16) >>> 31;
+ out[currentPos++] = (valn << 17) >>> 31;
+ out[currentPos++] = (valn << 18) >>> 31;
+ out[currentPos++] = (valn << 19) >>> 31;
+ out[currentPos++] = (valn << 20) >>> 31;
+ out[currentPos++] = (valn << 21) >>> 31;
+ out[currentPos++] = (valn << 22) >>> 31;
+ out[currentPos++] = (valn << 23) >>> 31; // 20
+ out[currentPos++] = (valn << 24) >>> 31;
+ out[currentPos++] = (valn << 25) >>> 31;
+ out[currentPos++] = (valn << 26) >>> 31;
+ out[currentPos++] = (valn << 27) >>> 31;
+ out[currentPos++] = (valn << 28) >>> 31;
+ out[currentPos++] = (valn << 29) >>> 31;
+ out[currentPos++] = (valn << 30) >>> 31;
+ out[currentPos++] = (valn << 31) >>> 31;
+ }
+
+ private void decode71(int val, int valn, int[] out, int currentPos) {
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (val << 8) >>> 18;
+ out[currentPos++] = (val << 22) >>> 18 | (valn >>> 28);
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (valn << 4) >>> 4;
+ }
+
+ private void decode70(int val, int valn, int[] out, int currentPos) {
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (val << 8) >>> 18;
+ out[currentPos++] = (val << 22) >>> 18 | (valn >>> 28);
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (valn << 4) >>> 18;
+ out[currentPos++] = (valn << 18) >>> 18;
+ }
+
+ private void decode69(int val, int valn, int[] out, int currentPos) {
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (val << 8) >>> 18;
+ out[currentPos++] = (val << 22) >>> 18 | (valn >>> 27);
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (valn << 5) >>> 23;
+ out[currentPos++] = (valn << 14) >>> 23;
+ out[currentPos++] = (valn << 23) >>> 23;
+ }
+
+ private void decode68(int val, int valn, int[] out, int currentPos) {
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (val << 8) >>> 18;
+ out[currentPos++] = (val << 22) >>> 18 | (valn >>> 28);
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (valn << 4) >>> 25;
+ out[currentPos++] = (valn << 11) >>> 25;
+ out[currentPos++] = (valn << 18) >>> 25;
+ out[currentPos++] = (valn << 25) >>> 25;
+ }
+
+ private void decode67(int val, int valn, int[] out, int currentPos) {
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (val << 8) >>> 18;
+ out[currentPos++] = (val << 22) >>> 18 | (valn >>> 25);
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (valn << 7) >>> 27;
+ out[currentPos++] = (valn << 12) >>> 27;
+ out[currentPos++] = (valn << 17) >>> 27;
+ out[currentPos++] = (valn << 22) >>> 27;
+ out[currentPos++] = (valn << 27) >>> 27;
+ }
+
+ private void decode66(int val, int valn, int[] out, int currentPos) {
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (val << 8) >>> 18;
+ out[currentPos++] = (val << 22) >>> 18 | (valn >>> 28);
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (valn << 4) >>> 28;
+ out[currentPos++] = (valn << 8) >>> 28;
+ out[currentPos++] = (valn << 12) >>> 28;
+ out[currentPos++] = (valn << 16) >>> 28;
+ out[currentPos++] = (valn << 20) >>> 28;
+ out[currentPos++] = (valn << 24) >>> 28;
+ out[currentPos++] = (valn << 28) >>> 28;
+ }
+
+ private void decode65(int val, int valn, int[] out, int currentPos) {
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (val << 8) >>> 18;
+ out[currentPos++] = (val << 22) >>> 18 | (valn >>> 27);
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (valn << 5) >>> 29;
+ out[currentPos++] = (valn << 8) >>> 29;
+ out[currentPos++] = (valn << 11) >>> 29;
+ out[currentPos++] = (valn << 14) >>> 29;
+ out[currentPos++] = (valn << 17) >>> 29;
+ out[currentPos++] = (valn << 20) >>> 29;
+ out[currentPos++] = (valn << 23) >>> 29;
+ out[currentPos++] = (valn << 26) >>> 29;
+ out[currentPos++] = (valn << 29) >>> 29;
+ }
+
+ private void decode64(int val, int valn, int[] out, int currentPos) {
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (val << 8) >>> 18;
+ out[currentPos++] = (val << 22) >>> 18 | (valn >>> 28);
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (valn << 4) >>> 30;
+ out[currentPos++] = (valn << 6) >>> 30;
+ out[currentPos++] = (valn << 8) >>> 30;
+ out[currentPos++] = (valn << 10) >>> 30;
+ out[currentPos++] = (valn << 12) >>> 30;
+ out[currentPos++] = (valn << 14) >>> 30;
+ out[currentPos++] = (valn << 16) >>> 30;
+ out[currentPos++] = (valn << 18) >>> 30;
+ out[currentPos++] = (valn << 20) >>> 30;
+ out[currentPos++] = (valn << 22) >>> 30; // 10
+ out[currentPos++] = (valn << 24) >>> 30;
+ out[currentPos++] = (valn << 26) >>> 30;
+ out[currentPos++] = (valn << 28) >>> 30;
+ out[currentPos++] = (valn << 30) >>> 30;
+ }
+
+ private void decode63(int val, int valn, int[] out, int currentPos) {
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (val << 8) >>> 18;
+ out[currentPos++] = (val << 22) >>> 18 | (valn >>> 28);
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (valn << 4) >>> 31;
+ out[currentPos++] = (valn << 5) >>> 31;
+ out[currentPos++] = (valn << 6) >>> 31;
+ out[currentPos++] = (valn << 7) >>> 31;
+ out[currentPos++] = (valn << 8) >>> 31;
+ out[currentPos++] = (valn << 9) >>> 31;
+ out[currentPos++] = (valn << 10) >>> 31;
+ out[currentPos++] = (valn << 11) >>> 31;
+ out[currentPos++] = (valn << 12) >>> 31;
+ out[currentPos++] = (valn << 13) >>> 31; // 10
+ out[currentPos++] = (valn << 14) >>> 31;
+ out[currentPos++] = (valn << 15) >>> 31;
+ out[currentPos++] = (valn << 16) >>> 31;
+ out[currentPos++] = (valn << 17) >>> 31;
+ out[currentPos++] = (valn << 18) >>> 31;
+ out[currentPos++] = (valn << 19) >>> 31;
+ out[currentPos++] = (valn << 20) >>> 31;
+ out[currentPos++] = (valn << 21) >>> 31;
+ out[currentPos++] = (valn << 22) >>> 31;
+ out[currentPos++] = (valn << 23) >>> 31; // 20
+ out[currentPos++] = (valn << 24) >>> 31;
+ out[currentPos++] = (valn << 25) >>> 31;
+ out[currentPos++] = (valn << 26) >>> 31;
+ out[currentPos++] = (valn << 27) >>> 31;
+ out[currentPos++] = (valn << 28) >>> 31;
+ out[currentPos++] = (valn << 29) >>> 31;
+ out[currentPos++] = (valn << 30) >>> 31;
+ out[currentPos++] = (valn << 31) >>> 31;
+ }
+
+ private void decode62(int val, int valn, int[] out, int currentPos) {
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (val << 8) >>> 23;
+ out[currentPos++] = (val << 17) >>> 23;
+ out[currentPos++] = (val << 26) >>> 23 | (valn >>> 28);
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (valn << 4) >>> 4;
+ }
+
+ private void decode61(int val, int valn, int[] out, int currentPos) {
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (val << 8) >>> 23;
+ out[currentPos++] = (val << 17) >>> 23;
+ out[currentPos++] = (val << 26) >>> 23 | (valn >>> 28);
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (valn << 4) >>> 18;
+ out[currentPos++] = (valn << 18) >>> 18;
+ }
+
+ private void decode60(int val, int valn, int[] out, int currentPos) {
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (val << 8) >>> 23;
+ out[currentPos++] = (val << 17) >>> 23;
+ out[currentPos++] = (val << 26) >>> 23 | (valn >>> 27);
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (valn << 5) >>> 23;
+ out[currentPos++] = (valn << 14) >>> 23;
+ out[currentPos++] = (valn << 23) >>> 23;
+ }
+
+ private void decode59(int val, int valn, int[] out, int currentPos) {
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (val << 8) >>> 23;
+ out[currentPos++] = (val << 17) >>> 23;
+ out[currentPos++] = (val << 26) >>> 23 | (valn >>> 28);
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (valn << 4) >>> 25;
+ out[currentPos++] = (valn << 11) >>> 25;
+ out[currentPos++] = (valn << 18) >>> 25;
+ out[currentPos++] = (valn << 25) >>> 25;
+ }
+
+ private void decode58(int val, int valn, int[] out, int currentPos) {
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (val << 8) >>> 23;
+ out[currentPos++] = (val << 17) >>> 23;
+ out[currentPos++] = (val << 26) >>> 23 | (valn >>> 25);
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (valn << 7) >>> 27;
+ out[currentPos++] = (valn << 12) >>> 27;
+ out[currentPos++] = (valn << 17) >>> 27;
+ out[currentPos++] = (valn << 22) >>> 27;
+ out[currentPos++] = (valn << 27) >>> 27;
+ }
+
+ private void decode57(int val, int valn, int[] out, int currentPos) {
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (val << 8) >>> 23;
+ out[currentPos++] = (val << 17) >>> 23;
+ out[currentPos++] = (val << 26) >>> 23 | (valn >>> 28);
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (valn << 4) >>> 28;
+ out[currentPos++] = (valn << 8) >>> 28;
+ out[currentPos++] = (valn << 12) >>> 28;
+ out[currentPos++] = (valn << 16) >>> 28;
+ out[currentPos++] = (valn << 20) >>> 28;
+ out[currentPos++] = (valn << 24) >>> 28;
+ out[currentPos++] = (valn << 28) >>> 28;
+ }
+
+ private void decode56(int val, int valn, int[] out, int currentPos) {
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (val << 8) >>> 23;
+ out[currentPos++] = (val << 17) >>> 23;
+ out[currentPos++] = (val << 26) >>> 23 | (valn >>> 27);
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (valn << 5) >>> 29;
+ out[currentPos++] = (valn << 8) >>> 29;
+ out[currentPos++] = (valn << 11) >>> 29;
+ out[currentPos++] = (valn << 14) >>> 29;
+ out[currentPos++] = (valn << 17) >>> 29;
+ out[currentPos++] = (valn << 20) >>> 29;
+ out[currentPos++] = (valn << 23) >>> 29;
+ out[currentPos++] = (valn << 26) >>> 29;
+ out[currentPos++] = (valn << 29) >>> 29;
+ }
+
+ private void decode55(int val, int valn, int[] out, int currentPos) {
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (val << 8) >>> 23;
+ out[currentPos++] = (val << 17) >>> 23;
+ out[currentPos++] = (val << 26) >>> 23 | (valn >>> 28);
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (valn << 4) >>> 30;
+ out[currentPos++] = (valn << 6) >>> 30;
+ out[currentPos++] = (valn << 8) >>> 30;
+ out[currentPos++] = (valn << 10) >>> 30;
+ out[currentPos++] = (valn << 12) >>> 30;
+ out[currentPos++] = (valn << 14) >>> 30;
+ out[currentPos++] = (valn << 16) >>> 30;
+ out[currentPos++] = (valn << 18) >>> 30;
+ out[currentPos++] = (valn << 20) >>> 30;
+ out[currentPos++] = (valn << 22) >>> 30; // 10
+ out[currentPos++] = (valn << 24) >>> 30;
+ out[currentPos++] = (valn << 26) >>> 30;
+ out[currentPos++] = (valn << 28) >>> 30;
+ out[currentPos++] = (valn << 30) >>> 30;
+ }
+
+ private void decode54(int val, int valn, int[] out, int currentPos) {
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (val << 8) >>> 23;
+ out[currentPos++] = (val << 17) >>> 23;
+ out[currentPos++] = (val << 26) >>> 23 | (valn >>> 28);
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (valn << 4) >>> 31;
+ out[currentPos++] = (valn << 5) >>> 31;
+ out[currentPos++] = (valn << 6) >>> 31;
+ out[currentPos++] = (valn << 7) >>> 31;
+ out[currentPos++] = (valn << 8) >>> 31;
+ out[currentPos++] = (valn << 9) >>> 31;
+ out[currentPos++] = (valn << 10) >>> 31;
+ out[currentPos++] = (valn << 11) >>> 31;
+ out[currentPos++] = (valn << 12) >>> 31;
+ out[currentPos++] = (valn << 13) >>> 31; // 10
+ out[currentPos++] = (valn << 14) >>> 31;
+ out[currentPos++] = (valn << 15) >>> 31;
+ out[currentPos++] = (valn << 16) >>> 31;
+ out[currentPos++] = (valn << 17) >>> 31;
+ out[currentPos++] = (valn << 18) >>> 31;
+ out[currentPos++] = (valn << 19) >>> 31;
+ out[currentPos++] = (valn << 20) >>> 31;
+ out[currentPos++] = (valn << 21) >>> 31;
+ out[currentPos++] = (valn << 22) >>> 31;
+ out[currentPos++] = (valn << 23) >>> 31; // 20
+ out[currentPos++] = (valn << 24) >>> 31;
+ out[currentPos++] = (valn << 25) >>> 31;
+ out[currentPos++] = (valn << 26) >>> 31;
+ out[currentPos++] = (valn << 27) >>> 31;
+ out[currentPos++] = (valn << 28) >>> 31;
+ out[currentPos++] = (valn << 29) >>> 31;
+ out[currentPos++] = (valn << 30) >>> 31;
+ out[currentPos++] = (valn << 31) >>> 31;
+ }
+
+ private void decode53(int val, int valn, int[] out, int currentPos) {
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (val << 8) >>> 25;
+ out[currentPos++] = (val << 15) >>> 25;
+ out[currentPos++] = (val << 22) >>> 25;
+ out[currentPos++] = (val << 29) >>> 25 | (valn >>> 28);
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (valn << 4) >>> 4;
+ }
+
+ private void decode52(int val, int valn, int[] out, int currentPos) {
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (val << 8) >>> 25;
+ out[currentPos++] = (val << 15) >>> 25;
+ out[currentPos++] = (val << 22) >>> 25;
+ out[currentPos++] = (val << 29) >>> 25 | (valn >>> 28);
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (valn << 4) >>> 18;
+ out[currentPos++] = (valn << 18) >>> 18;
+ }
+
+ private void decode51(int val, int valn, int[] out, int currentPos) {
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (val << 8) >>> 25;
+ out[currentPos++] = (val << 15) >>> 25;
+ out[currentPos++] = (val << 22) >>> 25;
+ out[currentPos++] = (val << 29) >>> 25 | (valn >>> 27);
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (valn << 5) >>> 23;
+ out[currentPos++] = (valn << 14) >>> 23;
+ out[currentPos++] = (valn << 23) >>> 23;
+ }
+
+ private void decode50(int val, int valn, int[] out, int currentPos) {
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (val << 8) >>> 25;
+ out[currentPos++] = (val << 15) >>> 25;
+ out[currentPos++] = (val << 22) >>> 25;
+ out[currentPos++] = (val << 29) >>> 25 | (valn >>> 28);
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (valn << 4) >>> 25;
+ out[currentPos++] = (valn << 11) >>> 25;
+ out[currentPos++] = (valn << 18) >>> 25;
+ out[currentPos++] = (valn << 25) >>> 25;
+ }
+
+ private void decode49(int val, int valn, int[] out, int currentPos) {
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (val << 8) >>> 25;
+ out[currentPos++] = (val << 15) >>> 25;
+ out[currentPos++] = (val << 22) >>> 25;
+ out[currentPos++] = (val << 29) >>> 25 | (valn >>> 25);
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (valn << 7) >>> 27;
+ out[currentPos++] = (valn << 12) >>> 27;
+ out[currentPos++] = (valn << 17) >>> 27;
+ out[currentPos++] = (valn << 22) >>> 27;
+ out[currentPos++] = (valn << 27) >>> 27;
+ }
+
+ private void decode48(int val, int valn, int[] out, int currentPos) {
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (val << 8) >>> 25;
+ out[currentPos++] = (val << 15) >>> 25;
+ out[currentPos++] = (val << 22) >>> 25;
+ out[currentPos++] = (val << 29) >>> 25 | (valn >>> 28);
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (valn << 4) >>> 28;
+ out[currentPos++] = (valn << 8) >>> 28;
+ out[currentPos++] = (valn << 12) >>> 28;
+ out[currentPos++] = (valn << 16) >>> 28;
+ out[currentPos++] = (valn << 20) >>> 28;
+ out[currentPos++] = (valn << 24) >>> 28;
+ out[currentPos++] = (valn << 28) >>> 28;
+ }
+
+ private void decode47(int val, int valn, int[] out, int currentPos) {
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (val << 8) >>> 25;
+ out[currentPos++] = (val << 15) >>> 25;
+ out[currentPos++] = (val << 22) >>> 25;
+ out[currentPos++] = (val << 29) >>> 25 | (valn >>> 27);
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (valn << 5) >>> 29;
+ out[currentPos++] = (valn << 8) >>> 29;
+ out[currentPos++] = (valn << 11) >>> 29;
+ out[currentPos++] = (valn << 14) >>> 29;
+ out[currentPos++] = (valn << 17) >>> 29;
+ out[currentPos++] = (valn << 20) >>> 29;
+ out[currentPos++] = (valn << 23) >>> 29;
+ out[currentPos++] = (valn << 26) >>> 29;
+ out[currentPos++] = (valn << 29) >>> 29;
+ }
+
+ private void decode46(int val, int valn, int[] out, int currentPos) {
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (val << 8) >>> 25;
+ out[currentPos++] = (val << 15) >>> 25;
+ out[currentPos++] = (val << 22) >>> 25;
+ out[currentPos++] = (val << 29) >>> 25 | (valn >>> 28);
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (valn << 4) >>> 30;
+ out[currentPos++] = (valn << 6) >>> 30;
+ out[currentPos++] = (valn << 8) >>> 30;
+ out[currentPos++] = (valn << 10) >>> 30;
+ out[currentPos++] = (valn << 12) >>> 30;
+ out[currentPos++] = (valn << 14) >>> 30;
+ out[currentPos++] = (valn << 16) >>> 30;
+ out[currentPos++] = (valn << 18) >>> 30;
+ out[currentPos++] = (valn << 20) >>> 30;
+ out[currentPos++] = (valn << 22) >>> 30; // 10
+ out[currentPos++] = (valn << 24) >>> 30;
+ out[currentPos++] = (valn << 26) >>> 30;
+ out[currentPos++] = (valn << 28) >>> 30;
+ out[currentPos++] = (valn << 30) >>> 30;
+ }
+
+ private void decode45(int val, int valn, int[] out, int currentPos) {
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (val << 8) >>> 25;
+ out[currentPos++] = (val << 15) >>> 25;
+ out[currentPos++] = (val << 22) >>> 25;
+ out[currentPos++] = (val << 29) >>> 25 | (valn >>> 28);
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (valn << 4) >>> 31;
+ out[currentPos++] = (valn << 5) >>> 31;
+ out[currentPos++] = (valn << 6) >>> 31;
+ out[currentPos++] = (valn << 7) >>> 31;
+ out[currentPos++] = (valn << 8) >>> 31;
+ out[currentPos++] = (valn << 9) >>> 31;
+ out[currentPos++] = (valn << 10) >>> 31;
+ out[currentPos++] = (valn << 11) >>> 31;
+ out[currentPos++] = (valn << 12) >>> 31;
+ out[currentPos++] = (valn << 13) >>> 31; // 10
+ out[currentPos++] = (valn << 14) >>> 31;
+ out[currentPos++] = (valn << 15) >>> 31;
+ out[currentPos++] = (valn << 16) >>> 31;
+ out[currentPos++] = (valn << 17) >>> 31;
+ out[currentPos++] = (valn << 18) >>> 31;
+ out[currentPos++] = (valn << 19) >>> 31;
+ out[currentPos++] = (valn << 20) >>> 31;
+ out[currentPos++] = (valn << 21) >>> 31;
+ out[currentPos++] = (valn << 22) >>> 31;
+ out[currentPos++] = (valn << 23) >>> 31; // 20
+ out[currentPos++] = (valn << 24) >>> 31;
+ out[currentPos++] = (valn << 25) >>> 31;
+ out[currentPos++] = (valn << 26) >>> 31;
+ out[currentPos++] = (valn << 27) >>> 31;
+ out[currentPos++] = (valn << 28) >>> 31;
+ out[currentPos++] = (valn << 29) >>> 31;
+ out[currentPos++] = (valn << 30) >>> 31;
+ out[currentPos++] = (valn << 31) >>> 31;
+ }
+
+ private void decode44(int val, int valn, int[] out, int currentPos) {
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 8) >>> 27;
+ out[currentPos++] = (val << 13) >>> 27;
+ out[currentPos++] = (val << 18) >>> 27;
+ out[currentPos++] = (val << 23) >>> 27;
+ out[currentPos++] = (val << 28) >>> 27 | (valn >>> 28);
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (valn << 4) >>> 4;
+ }
+
+ private void decode43(int val, int valn, int[] out, int currentPos) {
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 8) >>> 27;
+ out[currentPos++] = (val << 13) >>> 27;
+ out[currentPos++] = (val << 18) >>> 27;
+ out[currentPos++] = (val << 23) >>> 27;
+ out[currentPos++] = (val << 28) >>> 27 | (valn >>> 28);
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (valn << 4) >>> 18;
+ out[currentPos++] = (valn << 18) >>> 18;
+ }
+
+ private void decode42(int val, int valn, int[] out, int currentPos) {
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 8) >>> 27;
+ out[currentPos++] = (val << 13) >>> 27;
+ out[currentPos++] = (val << 18) >>> 27;
+ out[currentPos++] = (val << 23) >>> 27;
+ out[currentPos++] = (val << 28) >>> 27 | (valn >>> 27);
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (valn << 5) >>> 23;
+ out[currentPos++] = (valn << 14) >>> 23;
+ out[currentPos++] = (valn << 23) >>> 23;
+ }
+
+ private void decode41(int val, int valn, int[] out, int currentPos) {
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 8) >>> 27;
+ out[currentPos++] = (val << 13) >>> 27;
+ out[currentPos++] = (val << 18) >>> 27;
+ out[currentPos++] = (val << 23) >>> 27;
+ out[currentPos++] = (val << 28) >>> 27 | (valn >>> 28);
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (valn << 4) >>> 25;
+ out[currentPos++] = (valn << 11) >>> 25;
+ out[currentPos++] = (valn << 18) >>> 25;
+ out[currentPos++] = (valn << 25) >>> 25;
+ }
+
+ private void decode40(int val, int valn, int[] out, int currentPos) {
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 8) >>> 27;
+ out[currentPos++] = (val << 13) >>> 27;
+ out[currentPos++] = (val << 18) >>> 27;
+ out[currentPos++] = (val << 23) >>> 27;
+ out[currentPos++] = (val << 28) >>> 27 | (valn >>> 25);
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (valn << 7) >>> 27;
+ out[currentPos++] = (valn << 12) >>> 27;
+ out[currentPos++] = (valn << 17) >>> 27;
+ out[currentPos++] = (valn << 22) >>> 27;
+ out[currentPos++] = (valn << 27) >>> 27;
+ }
+
+ private void decode39(int val, int valn, int[] out, int currentPos) {
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 8) >>> 27;
+ out[currentPos++] = (val << 13) >>> 27;
+ out[currentPos++] = (val << 18) >>> 27;
+ out[currentPos++] = (val << 23) >>> 27;
+ out[currentPos++] = (val << 28) >>> 27 | (valn >>> 28);
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (valn << 4) >>> 28;
+ out[currentPos++] = (valn << 8) >>> 28;
+ out[currentPos++] = (valn << 12) >>> 28;
+ out[currentPos++] = (valn << 16) >>> 28;
+ out[currentPos++] = (valn << 20) >>> 28;
+ out[currentPos++] = (valn << 24) >>> 28;
+ out[currentPos++] = (valn << 28) >>> 28;
+ }
+
+ private void decode38(int val, int valn, int[] out, int currentPos) {
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 8) >>> 27;
+ out[currentPos++] = (val << 13) >>> 27;
+ out[currentPos++] = (val << 18) >>> 27;
+ out[currentPos++] = (val << 23) >>> 27;
+ out[currentPos++] = (val << 28) >>> 27 | (valn >>> 27);
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (valn << 5) >>> 29;
+ out[currentPos++] = (valn << 8) >>> 29;
+ out[currentPos++] = (valn << 11) >>> 29;
+ out[currentPos++] = (valn << 14) >>> 29;
+ out[currentPos++] = (valn << 17) >>> 29;
+ out[currentPos++] = (valn << 20) >>> 29;
+ out[currentPos++] = (valn << 23) >>> 29;
+ out[currentPos++] = (valn << 26) >>> 29;
+ out[currentPos++] = (valn << 29) >>> 29;
+ }
+
+ private void decode37(int val, int valn, int[] out, int currentPos) {
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 8) >>> 27;
+ out[currentPos++] = (val << 13) >>> 27;
+ out[currentPos++] = (val << 18) >>> 27;
+ out[currentPos++] = (val << 23) >>> 27;
+ out[currentPos++] = (val << 28) >>> 27 | (valn >>> 28);
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (valn << 4) >>> 30;
+ out[currentPos++] = (valn << 6) >>> 30;
+ out[currentPos++] = (valn << 8) >>> 30;
+ out[currentPos++] = (valn << 10) >>> 30;
+ out[currentPos++] = (valn << 12) >>> 30;
+ out[currentPos++] = (valn << 14) >>> 30;
+ out[currentPos++] = (valn << 16) >>> 30;
+ out[currentPos++] = (valn << 18) >>> 30;
+ out[currentPos++] = (valn << 20) >>> 30;
+ out[currentPos++] = (valn << 22) >>> 30; // 10
+ out[currentPos++] = (valn << 24) >>> 30;
+ out[currentPos++] = (valn << 26) >>> 30;
+ out[currentPos++] = (valn << 28) >>> 30;
+ out[currentPos++] = (valn << 30) >>> 30;
+ }
+
+ private void decode36(int val, int valn, int[] out, int currentPos) {
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 8) >>> 27;
+ out[currentPos++] = (val << 13) >>> 27;
+ out[currentPos++] = (val << 18) >>> 27;
+ out[currentPos++] = (val << 23) >>> 27;
+ out[currentPos++] = (val << 28) >>> 27 | (valn >>> 28);
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (valn << 4) >>> 31;
+ out[currentPos++] = (valn << 5) >>> 31;
+ out[currentPos++] = (valn << 6) >>> 31;
+ out[currentPos++] = (valn << 7) >>> 31;
+ out[currentPos++] = (valn << 8) >>> 31;
+ out[currentPos++] = (valn << 9) >>> 31;
+ out[currentPos++] = (valn << 10) >>> 31;
+ out[currentPos++] = (valn << 11) >>> 31;
+ out[currentPos++] = (valn << 12) >>> 31;
+ out[currentPos++] = (valn << 13) >>> 31; // 10
+ out[currentPos++] = (valn << 14) >>> 31;
+ out[currentPos++] = (valn << 15) >>> 31;
+ out[currentPos++] = (valn << 16) >>> 31;
+ out[currentPos++] = (valn << 17) >>> 31;
+ out[currentPos++] = (valn << 18) >>> 31;
+ out[currentPos++] = (valn << 19) >>> 31;
+ out[currentPos++] = (valn << 20) >>> 31;
+ out[currentPos++] = (valn << 21) >>> 31;
+ out[currentPos++] = (valn << 22) >>> 31;
+ out[currentPos++] = (valn << 23) >>> 31; // 20
+ out[currentPos++] = (valn << 24) >>> 31;
+ out[currentPos++] = (valn << 25) >>> 31;
+ out[currentPos++] = (valn << 26) >>> 31;
+ out[currentPos++] = (valn << 27) >>> 31;
+ out[currentPos++] = (valn << 28) >>> 31;
+ out[currentPos++] = (valn << 29) >>> 31;
+ out[currentPos++] = (valn << 30) >>> 31;
+ out[currentPos++] = (valn << 31) >>> 31;
+ }
+
+ private void decode35(int val, int valn, int[] out, int currentPos) {
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (val << 8) >>> 28;
+ out[currentPos++] = (val << 12) >>> 28;
+ out[currentPos++] = (val << 16) >>> 28;
+ out[currentPos++] = (val << 20) >>> 28;
+ out[currentPos++] = (val << 24) >>> 28;
+ out[currentPos++] = (val << 28) >>> 28;
+ out[currentPos++] = (valn << 0) >>> 28;
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (valn << 4) >>> 4;
+ }
+
+ private void decode34(int val, int valn, int[] out, int currentPos) {
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (val << 8) >>> 28;
+ out[currentPos++] = (val << 12) >>> 28;
+ out[currentPos++] = (val << 16) >>> 28;
+ out[currentPos++] = (val << 20) >>> 28;
+ out[currentPos++] = (val << 24) >>> 28;
+ out[currentPos++] = (val << 28) >>> 28;
+ out[currentPos++] = (valn << 0) >>> 28;
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (valn << 4) >>> 18;
+ out[currentPos++] = (valn << 18) >>> 18;
+ }
+
+ private void decode33(int val, int valn, int[] out, int currentPos) {
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (val << 8) >>> 28;
+ out[currentPos++] = (val << 12) >>> 28;
+ out[currentPos++] = (val << 16) >>> 28;
+ out[currentPos++] = (val << 20) >>> 28;
+ out[currentPos++] = (val << 24) >>> 28;
+ out[currentPos++] = (val << 28) >>> 28;
+ out[currentPos++] = (valn << 1) >>> 28;
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (valn << 5) >>> 23;
+ out[currentPos++] = (valn << 14) >>> 23;
+ out[currentPos++] = (valn << 23) >>> 23;
+ }
+
+ private void decode32(int val, int valn, int[] out, int currentPos) {
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (val << 8) >>> 28;
+ out[currentPos++] = (val << 12) >>> 28;
+ out[currentPos++] = (val << 16) >>> 28;
+ out[currentPos++] = (val << 20) >>> 28;
+ out[currentPos++] = (val << 24) >>> 28;
+ out[currentPos++] = (val << 28) >>> 28;
+ out[currentPos++] = (valn << 0) >>> 28;
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (valn << 4) >>> 25;
+ out[currentPos++] = (valn << 11) >>> 25;
+ out[currentPos++] = (valn << 18) >>> 25;
+ out[currentPos++] = (valn << 25) >>> 25;
+ }
+
+ private void decode31(int val, int valn, int[] out, int currentPos) {
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (val << 8) >>> 28;
+ out[currentPos++] = (val << 12) >>> 28;
+ out[currentPos++] = (val << 16) >>> 28;
+ out[currentPos++] = (val << 20) >>> 28;
+ out[currentPos++] = (val << 24) >>> 28;
+ out[currentPos++] = (val << 28) >>> 28;
+ out[currentPos++] = (valn << 3) >>> 28;
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (valn << 7) >>> 27;
+ out[currentPos++] = (valn << 12) >>> 27;
+ out[currentPos++] = (valn << 17) >>> 27;
+ out[currentPos++] = (valn << 22) >>> 27;
+ out[currentPos++] = (valn << 27) >>> 27;
+ }
+
+ private void decode30(int val, int valn, int[] out, int currentPos) {
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (val << 8) >>> 28;
+ out[currentPos++] = (val << 12) >>> 28;
+ out[currentPos++] = (val << 16) >>> 28;
+ out[currentPos++] = (val << 20) >>> 28;
+ out[currentPos++] = (val << 24) >>> 28;
+ out[currentPos++] = (val << 28) >>> 28;
+ out[currentPos++] = (valn << 0) >>> 28;
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (valn << 4) >>> 28;
+ out[currentPos++] = (valn << 8) >>> 28;
+ out[currentPos++] = (valn << 12) >>> 28;
+ out[currentPos++] = (valn << 16) >>> 28;
+ out[currentPos++] = (valn << 20) >>> 28;
+ out[currentPos++] = (valn << 24) >>> 28;
+ out[currentPos++] = (valn << 28) >>> 28;
+ }
+
+ private void decode29(int val, int valn, int[] out, int currentPos) {
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (val << 8) >>> 28;
+ out[currentPos++] = (val << 12) >>> 28;
+ out[currentPos++] = (val << 16) >>> 28;
+ out[currentPos++] = (val << 20) >>> 28;
+ out[currentPos++] = (val << 24) >>> 28;
+ out[currentPos++] = (val << 28) >>> 28;
+ out[currentPos++] = (valn << 1) >>> 28;
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (valn << 5) >>> 29;
+ out[currentPos++] = (valn << 8) >>> 29;
+ out[currentPos++] = (valn << 11) >>> 29;
+ out[currentPos++] = (valn << 14) >>> 29;
+ out[currentPos++] = (valn << 17) >>> 29;
+ out[currentPos++] = (valn << 20) >>> 29;
+ out[currentPos++] = (valn << 23) >>> 29;
+ out[currentPos++] = (valn << 26) >>> 29;
+ out[currentPos++] = (valn << 29) >>> 29;
+ }
+
+ private void decode28(int val, int valn, int[] out, int currentPos) {
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (val << 8) >>> 28;
+ out[currentPos++] = (val << 12) >>> 28;
+ out[currentPos++] = (val << 16) >>> 28;
+ out[currentPos++] = (val << 20) >>> 28;
+ out[currentPos++] = (val << 24) >>> 28;
+ out[currentPos++] = (val << 28) >>> 28;
+ out[currentPos++] = (valn << 0) >>> 28;
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (valn << 4) >>> 30;
+ out[currentPos++] = (valn << 6) >>> 30;
+ out[currentPos++] = (valn << 8) >>> 30;
+ out[currentPos++] = (valn << 10) >>> 30;
+ out[currentPos++] = (valn << 12) >>> 30;
+ out[currentPos++] = (valn << 14) >>> 30;
+ out[currentPos++] = (valn << 16) >>> 30;
+ out[currentPos++] = (valn << 18) >>> 30;
+ out[currentPos++] = (valn << 20) >>> 30;
+ out[currentPos++] = (valn << 22) >>> 30; // 10
+ out[currentPos++] = (valn << 24) >>> 30;
+ out[currentPos++] = (valn << 26) >>> 30;
+ out[currentPos++] = (valn << 28) >>> 30;
+ out[currentPos++] = (valn << 30) >>> 30;
+ }
+
+ private void decode27(int val, int valn, int[] out, int currentPos) {
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (val << 8) >>> 28;
+ out[currentPos++] = (val << 12) >>> 28;
+ out[currentPos++] = (val << 16) >>> 28;
+ out[currentPos++] = (val << 20) >>> 28;
+ out[currentPos++] = (val << 24) >>> 28;
+ out[currentPos++] = (val << 28) >>> 28;
+ out[currentPos++] = (valn << 0) >>> 28;
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (valn << 4) >>> 31;
+ out[currentPos++] = (valn << 5) >>> 31;
+ out[currentPos++] = (valn << 6) >>> 31;
+ out[currentPos++] = (valn << 7) >>> 31;
+ out[currentPos++] = (valn << 8) >>> 31;
+ out[currentPos++] = (valn << 9) >>> 31;
+ out[currentPos++] = (valn << 10) >>> 31;
+ out[currentPos++] = (valn << 11) >>> 31;
+ out[currentPos++] = (valn << 12) >>> 31;
+ out[currentPos++] = (valn << 13) >>> 31; // 10
+ out[currentPos++] = (valn << 14) >>> 31;
+ out[currentPos++] = (valn << 15) >>> 31;
+ out[currentPos++] = (valn << 16) >>> 31;
+ out[currentPos++] = (valn << 17) >>> 31;
+ out[currentPos++] = (valn << 18) >>> 31;
+ out[currentPos++] = (valn << 19) >>> 31;
+ out[currentPos++] = (valn << 20) >>> 31;
+ out[currentPos++] = (valn << 21) >>> 31;
+ out[currentPos++] = (valn << 22) >>> 31;
+ out[currentPos++] = (valn << 23) >>> 31; // 20
+ out[currentPos++] = (valn << 24) >>> 31;
+ out[currentPos++] = (valn << 25) >>> 31;
+ out[currentPos++] = (valn << 26) >>> 31;
+ out[currentPos++] = (valn << 27) >>> 31;
+ out[currentPos++] = (valn << 28) >>> 31;
+ out[currentPos++] = (valn << 29) >>> 31;
+ out[currentPos++] = (valn << 30) >>> 31;
+ out[currentPos++] = (valn << 31) >>> 31;
+ }
+
+ private void decode26(int val, int valn, int[] out, int currentPos) {
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (val << 8) >>> 29;
+ out[currentPos++] = (val << 11) >>> 29;
+ out[currentPos++] = (val << 14) >>> 29;
+ out[currentPos++] = (val << 17) >>> 29;
+ out[currentPos++] = (val << 20) >>> 29;
+ out[currentPos++] = (val << 23) >>> 29;
+ out[currentPos++] = (val << 26) >>> 29;
+ out[currentPos++] = (val << 29) >>> 29;
+ out[currentPos++] = (valn << 1) >>> 29;
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (valn << 4) >>> 4;
+ }
+
+ private void decode25(int val, int valn, int[] out, int currentPos) {
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (val << 8) >>> 29;
+ out[currentPos++] = (val << 11) >>> 29;
+ out[currentPos++] = (val << 14) >>> 29;
+ out[currentPos++] = (val << 17) >>> 29;
+ out[currentPos++] = (val << 20) >>> 29;
+ out[currentPos++] = (val << 23) >>> 29;
+ out[currentPos++] = (val << 26) >>> 29;
+ out[currentPos++] = (val << 29) >>> 29;
+ out[currentPos++] = (valn << 1) >>> 29;
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (valn << 4) >>> 18;
+ out[currentPos++] = (valn << 18) >>> 18;
+ }
+
+ private void decode24(int val, int valn, int[] out, int currentPos) {
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (val << 8) >>> 29;
+ out[currentPos++] = (val << 11) >>> 29;
+ out[currentPos++] = (val << 14) >>> 29;
+ out[currentPos++] = (val << 17) >>> 29;
+ out[currentPos++] = (val << 20) >>> 29;
+ out[currentPos++] = (val << 23) >>> 29;
+ out[currentPos++] = (val << 26) >>> 29;
+ out[currentPos++] = (val << 29) >>> 29;
+ out[currentPos++] = (valn << 2) >>> 29;
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (valn << 5) >>> 23;
+ out[currentPos++] = (valn << 14) >>> 23;
+ out[currentPos++] = (valn << 23) >>> 23;
+ }
+
+ private void decode23(int val, int valn, int[] out, int currentPos) {
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (val << 8) >>> 29;
+ out[currentPos++] = (val << 11) >>> 29;
+ out[currentPos++] = (val << 14) >>> 29;
+ out[currentPos++] = (val << 17) >>> 29;
+ out[currentPos++] = (val << 20) >>> 29;
+ out[currentPos++] = (val << 23) >>> 29;
+ out[currentPos++] = (val << 26) >>> 29;
+ out[currentPos++] = (val << 29) >>> 29;
+ out[currentPos++] = (valn << 1) >>> 29;
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (valn << 4) >>> 25;
+ out[currentPos++] = (valn << 11) >>> 25;
+ out[currentPos++] = (valn << 18) >>> 25;
+ out[currentPos++] = (valn << 25) >>> 25;
+ }
+
+ private void decode22(int val, int valn, int[] out, int currentPos) {
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (val << 8) >>> 29;
+ out[currentPos++] = (val << 11) >>> 29;
+ out[currentPos++] = (val << 14) >>> 29;
+ out[currentPos++] = (val << 17) >>> 29;
+ out[currentPos++] = (val << 20) >>> 29;
+ out[currentPos++] = (val << 23) >>> 29;
+ out[currentPos++] = (val << 26) >>> 29;
+ out[currentPos++] = (val << 29) >>> 29;
+ out[currentPos++] = (valn << 4) >>> 29;
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (valn << 7) >>> 27;
+ out[currentPos++] = (valn << 12) >>> 27;
+ out[currentPos++] = (valn << 17) >>> 27;
+ out[currentPos++] = (valn << 22) >>> 27;
+ out[currentPos++] = (valn << 27) >>> 27;
+ }
+
+ private void decode21(int val, int valn, int[] out, int currentPos) {
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (val << 8) >>> 29;
+ out[currentPos++] = (val << 11) >>> 29;
+ out[currentPos++] = (val << 14) >>> 29;
+ out[currentPos++] = (val << 17) >>> 29;
+ out[currentPos++] = (val << 20) >>> 29;
+ out[currentPos++] = (val << 23) >>> 29;
+ out[currentPos++] = (val << 26) >>> 29;
+ out[currentPos++] = (val << 29) >>> 29;
+ out[currentPos++] = (valn << 1) >>> 29;
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (valn << 4) >>> 28;
+ out[currentPos++] = (valn << 8) >>> 28;
+ out[currentPos++] = (valn << 12) >>> 28;
+ out[currentPos++] = (valn << 16) >>> 28;
+ out[currentPos++] = (valn << 20) >>> 28;
+ out[currentPos++] = (valn << 24) >>> 28;
+ out[currentPos++] = (valn << 28) >>> 28;
+ }
+
+ private void decode20(int val, int valn, int[] out, int currentPos) {
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (val << 8) >>> 29;
+ out[currentPos++] = (val << 11) >>> 29;
+ out[currentPos++] = (val << 14) >>> 29;
+ out[currentPos++] = (val << 17) >>> 29;
+ out[currentPos++] = (val << 20) >>> 29;
+ out[currentPos++] = (val << 23) >>> 29;
+ out[currentPos++] = (val << 26) >>> 29;
+ out[currentPos++] = (val << 29) >>> 29;
+ out[currentPos++] = (valn << 2) >>> 29;
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (valn << 5) >>> 29;
+ out[currentPos++] = (valn << 8) >>> 29;
+ out[currentPos++] = (valn << 11) >>> 29;
+ out[currentPos++] = (valn << 14) >>> 29;
+ out[currentPos++] = (valn << 17) >>> 29;
+ out[currentPos++] = (valn << 20) >>> 29;
+ out[currentPos++] = (valn << 23) >>> 29;
+ out[currentPos++] = (valn << 26) >>> 29;
+ out[currentPos++] = (valn << 29) >>> 29;
+ }
+
+ private void decode19(int val, int valn, int[] out, int currentPos) {
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (val << 8) >>> 29;
+ out[currentPos++] = (val << 11) >>> 29;
+ out[currentPos++] = (val << 14) >>> 29;
+ out[currentPos++] = (val << 17) >>> 29;
+ out[currentPos++] = (val << 20) >>> 29;
+ out[currentPos++] = (val << 23) >>> 29;
+ out[currentPos++] = (val << 26) >>> 29;
+ out[currentPos++] = (val << 29) >>> 29;
+ out[currentPos++] = (valn << 1) >>> 29;
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (valn << 4) >>> 30;
+ out[currentPos++] = (valn << 6) >>> 30;
+ out[currentPos++] = (valn << 8) >>> 30;
+ out[currentPos++] = (valn << 10) >>> 30;
+ out[currentPos++] = (valn << 12) >>> 30;
+ out[currentPos++] = (valn << 14) >>> 30;
+ out[currentPos++] = (valn << 16) >>> 30;
+ out[currentPos++] = (valn << 18) >>> 30;
+ out[currentPos++] = (valn << 20) >>> 30;
+ out[currentPos++] = (valn << 22) >>> 30; // 10
+ out[currentPos++] = (valn << 24) >>> 30;
+ out[currentPos++] = (valn << 26) >>> 30;
+ out[currentPos++] = (valn << 28) >>> 30;
+ out[currentPos++] = (valn << 30) >>> 30;
+ }
+
+ private void decode18(int val, int valn, int[] out, int currentPos) {
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (val << 8) >>> 29;
+ out[currentPos++] = (val << 11) >>> 29;
+ out[currentPos++] = (val << 14) >>> 29;
+ out[currentPos++] = (val << 17) >>> 29;
+ out[currentPos++] = (val << 20) >>> 29;
+ out[currentPos++] = (val << 23) >>> 29;
+ out[currentPos++] = (val << 26) >>> 29;
+ out[currentPos++] = (val << 29) >>> 29;
+ out[currentPos++] = (valn << 1) >>> 29;
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (valn << 4) >>> 31;
+ out[currentPos++] = (valn << 5) >>> 31;
+ out[currentPos++] = (valn << 6) >>> 31;
+ out[currentPos++] = (valn << 7) >>> 31;
+ out[currentPos++] = (valn << 8) >>> 31;
+ out[currentPos++] = (valn << 9) >>> 31;
+ out[currentPos++] = (valn << 10) >>> 31;
+ out[currentPos++] = (valn << 11) >>> 31;
+ out[currentPos++] = (valn << 12) >>> 31;
+ out[currentPos++] = (valn << 13) >>> 31; // 10
+ out[currentPos++] = (valn << 14) >>> 31;
+ out[currentPos++] = (valn << 15) >>> 31;
+ out[currentPos++] = (valn << 16) >>> 31;
+ out[currentPos++] = (valn << 17) >>> 31;
+ out[currentPos++] = (valn << 18) >>> 31;
+ out[currentPos++] = (valn << 19) >>> 31;
+ out[currentPos++] = (valn << 20) >>> 31;
+ out[currentPos++] = (valn << 21) >>> 31;
+ out[currentPos++] = (valn << 22) >>> 31;
+ out[currentPos++] = (valn << 23) >>> 31; // 20
+ out[currentPos++] = (valn << 24) >>> 31;
+ out[currentPos++] = (valn << 25) >>> 31;
+ out[currentPos++] = (valn << 26) >>> 31;
+ out[currentPos++] = (valn << 27) >>> 31;
+ out[currentPos++] = (valn << 28) >>> 31;
+ out[currentPos++] = (valn << 29) >>> 31;
+ out[currentPos++] = (valn << 30) >>> 31;
+ out[currentPos++] = (valn << 31) >>> 31;
+ }
+
+ private void decode17(int val, int valn, int[] out, int currentPos) {
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (val << 8) >>> 30;
+ out[currentPos++] = (val << 10) >>> 30;
+ out[currentPos++] = (val << 12) >>> 30;
+ out[currentPos++] = (val << 14) >>> 30;
+ out[currentPos++] = (val << 16) >>> 30;
+ out[currentPos++] = (val << 18) >>> 30;
+ out[currentPos++] = (val << 20) >>> 30;
+ out[currentPos++] = (val << 22) >>> 30; // 10
+ out[currentPos++] = (val << 24) >>> 30;
+ out[currentPos++] = (val << 26) >>> 30;
+ out[currentPos++] = (val << 28) >>> 30;
+ out[currentPos++] = (val << 30) >>> 30;
+ out[currentPos++] = (valn << 0) >>> 30;
+ out[currentPos++] = (valn << 2) >>> 30;
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (valn << 4) >>> 4;
+ }
+
+ private void decode16(int val, int valn, int[] out, int currentPos) {
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (val << 8) >>> 30;
+ out[currentPos++] = (val << 10) >>> 30;
+ out[currentPos++] = (val << 12) >>> 30;
+ out[currentPos++] = (val << 14) >>> 30;
+ out[currentPos++] = (val << 16) >>> 30;
+ out[currentPos++] = (val << 18) >>> 30;
+ out[currentPos++] = (val << 20) >>> 30;
+ out[currentPos++] = (val << 22) >>> 30; // 10
+ out[currentPos++] = (val << 24) >>> 30;
+ out[currentPos++] = (val << 26) >>> 30;
+ out[currentPos++] = (val << 28) >>> 30;
+ out[currentPos++] = (val << 30) >>> 30;
+ out[currentPos++] = (valn << 0) >>> 30;
+ out[currentPos++] = (valn << 2) >>> 30;
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (valn << 4) >>> 18;
+ out[currentPos++] = (valn << 18) >>> 18;
+ }
+
+ private void decode15(int val, int valn, int[] out, int currentPos) {
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (val << 8) >>> 30;
+ out[currentPos++] = (val << 10) >>> 30;
+ out[currentPos++] = (val << 12) >>> 30;
+ out[currentPos++] = (val << 14) >>> 30;
+ out[currentPos++] = (val << 16) >>> 30;
+ out[currentPos++] = (val << 18) >>> 30;
+ out[currentPos++] = (val << 20) >>> 30;
+ out[currentPos++] = (val << 22) >>> 30; // 10
+ out[currentPos++] = (val << 24) >>> 30;
+ out[currentPos++] = (val << 26) >>> 30;
+ out[currentPos++] = (val << 28) >>> 30;
+ out[currentPos++] = (val << 30) >>> 30;
+ out[currentPos++] = (valn << 1) >>> 30;
+ out[currentPos++] = (valn << 3) >>> 30;
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (valn << 5) >>> 23;
+ out[currentPos++] = (valn << 14) >>> 23;
+ out[currentPos++] = (valn << 23) >>> 23;
+ }
+
+ private void decode14(int val, int valn, int[] out, int currentPos) {
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (val << 8) >>> 30;
+ out[currentPos++] = (val << 10) >>> 30;
+ out[currentPos++] = (val << 12) >>> 30;
+ out[currentPos++] = (val << 14) >>> 30;
+ out[currentPos++] = (val << 16) >>> 30;
+ out[currentPos++] = (val << 18) >>> 30;
+ out[currentPos++] = (val << 20) >>> 30;
+ out[currentPos++] = (val << 22) >>> 30; // 10
+ out[currentPos++] = (val << 24) >>> 30;
+ out[currentPos++] = (val << 26) >>> 30;
+ out[currentPos++] = (val << 28) >>> 30;
+ out[currentPos++] = (val << 30) >>> 30;
+ out[currentPos++] = (valn << 0) >>> 30;
+ out[currentPos++] = (valn << 2) >>> 30;
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (valn << 4) >>> 25;
+ out[currentPos++] = (valn << 11) >>> 25;
+ out[currentPos++] = (valn << 18) >>> 25;
+ out[currentPos++] = (valn << 25) >>> 25;
+ }
+
+ private void decode13(int val, int valn, int[] out, int currentPos) {
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (val << 8) >>> 30;
+ out[currentPos++] = (val << 10) >>> 30;
+ out[currentPos++] = (val << 12) >>> 30;
+ out[currentPos++] = (val << 14) >>> 30;
+ out[currentPos++] = (val << 16) >>> 30;
+ out[currentPos++] = (val << 18) >>> 30;
+ out[currentPos++] = (val << 20) >>> 30;
+ out[currentPos++] = (val << 22) >>> 30; // 10
+ out[currentPos++] = (val << 24) >>> 30;
+ out[currentPos++] = (val << 26) >>> 30;
+ out[currentPos++] = (val << 28) >>> 30;
+ out[currentPos++] = (val << 30) >>> 30;
+ out[currentPos++] = (valn << 3) >>> 30;
+ out[currentPos++] = (valn << 5) >>> 30;
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (valn << 7) >>> 27;
+ out[currentPos++] = (valn << 12) >>> 27;
+ out[currentPos++] = (valn << 17) >>> 27;
+ out[currentPos++] = (valn << 22) >>> 27;
+ out[currentPos++] = (valn << 27) >>> 27;
+
+ }
+
+ private void decode12(int val, int valn, int[] out, int currentPos) {
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (val << 8) >>> 30;
+ out[currentPos++] = (val << 10) >>> 30;
+ out[currentPos++] = (val << 12) >>> 30;
+ out[currentPos++] = (val << 14) >>> 30;
+ out[currentPos++] = (val << 16) >>> 30;
+ out[currentPos++] = (val << 18) >>> 30;
+ out[currentPos++] = (val << 20) >>> 30;
+ out[currentPos++] = (val << 22) >>> 30; // 10
+ out[currentPos++] = (val << 24) >>> 30;
+ out[currentPos++] = (val << 26) >>> 30;
+ out[currentPos++] = (val << 28) >>> 30;
+ out[currentPos++] = (val << 30) >>> 30;
+ out[currentPos++] = (valn << 0) >>> 30;
+ out[currentPos++] = (valn << 2) >>> 30;
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (valn << 4) >>> 28;
+ out[currentPos++] = (valn << 8) >>> 28;
+ out[currentPos++] = (valn << 12) >>> 28;
+ out[currentPos++] = (valn << 16) >>> 28;
+ out[currentPos++] = (valn << 20) >>> 28;
+ out[currentPos++] = (valn << 24) >>> 28;
+ out[currentPos++] = (valn << 28) >>> 28;
+
+ }
+
+ private void decode11(int val, int valn, int[] out, int currentPos) {
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (val << 8) >>> 30;
+ out[currentPos++] = (val << 10) >>> 30;
+ out[currentPos++] = (val << 12) >>> 30;
+ out[currentPos++] = (val << 14) >>> 30;
+ out[currentPos++] = (val << 16) >>> 30;
+ out[currentPos++] = (val << 18) >>> 30;
+ out[currentPos++] = (val << 20) >>> 30;
+ out[currentPos++] = (val << 22) >>> 30; // 10
+ out[currentPos++] = (val << 24) >>> 30;
+ out[currentPos++] = (val << 26) >>> 30;
+ out[currentPos++] = (val << 28) >>> 30;
+ out[currentPos++] = (val << 30) >>> 30;
+ out[currentPos++] = (valn << 1) >>> 30;
+ out[currentPos++] = (valn << 3) >>> 30;
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (valn << 5) >>> 29;
+ out[currentPos++] = (valn << 8) >>> 29;
+ out[currentPos++] = (valn << 11) >>> 29;
+ out[currentPos++] = (valn << 14) >>> 29;
+ out[currentPos++] = (valn << 17) >>> 29;
+ out[currentPos++] = (valn << 20) >>> 29;
+ out[currentPos++] = (valn << 23) >>> 29;
+ out[currentPos++] = (valn << 26) >>> 29;
+ out[currentPos++] = (valn << 29) >>> 29;
+
+ }
+
+ private void decode10(int val, int valn, int[] out, int currentPos) {
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (val << 8) >>> 30;
+ out[currentPos++] = (val << 10) >>> 30;
+ out[currentPos++] = (val << 12) >>> 30;
+ out[currentPos++] = (val << 14) >>> 30;
+ out[currentPos++] = (val << 16) >>> 30;
+ out[currentPos++] = (val << 18) >>> 30;
+ out[currentPos++] = (val << 20) >>> 30;
+ out[currentPos++] = (val << 22) >>> 30; // 10
+ out[currentPos++] = (val << 24) >>> 30;
+ out[currentPos++] = (val << 26) >>> 30;
+ out[currentPos++] = (val << 28) >>> 30;
+ out[currentPos++] = (val << 30) >>> 30;
+ out[currentPos++] = (valn << 0) >>> 30;
+ out[currentPos++] = (valn << 2) >>> 30;
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (valn << 4) >>> 30;
+ out[currentPos++] = (valn << 6) >>> 30;
+ out[currentPos++] = (valn << 8) >>> 30;
+ out[currentPos++] = (valn << 10) >>> 30;
+ out[currentPos++] = (valn << 12) >>> 30;
+ out[currentPos++] = (valn << 14) >>> 30;
+ out[currentPos++] = (valn << 16) >>> 30;
+ out[currentPos++] = (valn << 18) >>> 30;
+ out[currentPos++] = (valn << 20) >>> 30;
+ out[currentPos++] = (valn << 22) >>> 30; // 10
+ out[currentPos++] = (valn << 24) >>> 30;
+ out[currentPos++] = (valn << 26) >>> 30;
+ out[currentPos++] = (valn << 28) >>> 30;
+ out[currentPos++] = (valn << 30) >>> 30;
+ }
+
+ private void decode9(int val, int valn, int[] out, int currentPos) {
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (val << 8) >>> 30;
+ out[currentPos++] = (val << 10) >>> 30;
+ out[currentPos++] = (val << 12) >>> 30;
+ out[currentPos++] = (val << 14) >>> 30;
+ out[currentPos++] = (val << 16) >>> 30;
+ out[currentPos++] = (val << 18) >>> 30;
+ out[currentPos++] = (val << 20) >>> 30;
+ out[currentPos++] = (val << 22) >>> 30; // 10
+ out[currentPos++] = (val << 24) >>> 30;
+ out[currentPos++] = (val << 26) >>> 30;
+ out[currentPos++] = (val << 28) >>> 30;
+ out[currentPos++] = (val << 30) >>> 30;
+ out[currentPos++] = (valn << 0) >>> 30;
+ out[currentPos++] = (valn << 2) >>> 30;
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (valn << 4) >>> 31;
+ out[currentPos++] = (valn << 5) >>> 31;
+ out[currentPos++] = (valn << 6) >>> 31;
+ out[currentPos++] = (valn << 7) >>> 31;
+ out[currentPos++] = (valn << 8) >>> 31;
+ out[currentPos++] = (valn << 9) >>> 31;
+ out[currentPos++] = (valn << 10) >>> 31;
+ out[currentPos++] = (valn << 11) >>> 31;
+ out[currentPos++] = (valn << 12) >>> 31;
+ out[currentPos++] = (valn << 13) >>> 31; // 10
+ out[currentPos++] = (valn << 14) >>> 31;
+ out[currentPos++] = (valn << 15) >>> 31;
+ out[currentPos++] = (valn << 16) >>> 31;
+ out[currentPos++] = (valn << 17) >>> 31;
+ out[currentPos++] = (valn << 18) >>> 31;
+ out[currentPos++] = (valn << 19) >>> 31;
+ out[currentPos++] = (valn << 20) >>> 31;
+ out[currentPos++] = (valn << 21) >>> 31;
+ out[currentPos++] = (valn << 22) >>> 31;
+ out[currentPos++] = (valn << 23) >>> 31; // 20
+ out[currentPos++] = (valn << 24) >>> 31;
+ out[currentPos++] = (valn << 25) >>> 31;
+ out[currentPos++] = (valn << 26) >>> 31;
+ out[currentPos++] = (valn << 27) >>> 31;
+ out[currentPos++] = (valn << 28) >>> 31;
+ out[currentPos++] = (valn << 29) >>> 31;
+ out[currentPos++] = (valn << 30) >>> 31;
+ out[currentPos++] = (valn << 31) >>> 31;
+ }
+
+ private void decode8(int val, int valn, int[] out, int currentPos) {
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (val << 8) >>> 31;
+ out[currentPos++] = (val << 9) >>> 31;
+ out[currentPos++] = (val << 10) >>> 31;
+ out[currentPos++] = (val << 11) >>> 31;
+ out[currentPos++] = (val << 12) >>> 31;
+ out[currentPos++] = (val << 13) >>> 31; // 10
+ out[currentPos++] = (val << 14) >>> 31;
+ out[currentPos++] = (val << 15) >>> 31;
+ out[currentPos++] = (val << 16) >>> 31;
+ out[currentPos++] = (val << 17) >>> 31;
+ out[currentPos++] = (val << 18) >>> 31;
+ out[currentPos++] = (val << 19) >>> 31;
+ out[currentPos++] = (val << 20) >>> 31;
+ out[currentPos++] = (val << 21) >>> 31;
+ out[currentPos++] = (val << 22) >>> 31;
+ out[currentPos++] = (val << 23) >>> 31; // 20
+ out[currentPos++] = (val << 24) >>> 31;
+ out[currentPos++] = (val << 25) >>> 31;
+ out[currentPos++] = (val << 26) >>> 31;
+ out[currentPos++] = (val << 27) >>> 31;
+ out[currentPos++] = (val << 28) >>> 31;
+ out[currentPos++] = (val << 29) >>> 31;
+ out[currentPos++] = (val << 30) >>> 31;
+ out[currentPos++] = (val << 31) >>> 31;
+ out[currentPos++] = valn >>> 31;
+ out[currentPos++] = (valn << 1) >>> 31;
+ out[currentPos++] = (valn << 2) >>> 31;
+ out[currentPos++] = (valn << 3) >>> 31;
+ // number : 1, bitwidth : 28
+ out[currentPos++] = (valn << 4) >>> 4;
+ }
+
+ private void decode7(int val, int valn, int[] out, int currentPos) {
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (val << 8) >>> 31;
+ out[currentPos++] = (val << 9) >>> 31;
+ out[currentPos++] = (val << 10) >>> 31;
+ out[currentPos++] = (val << 11) >>> 31;
+ out[currentPos++] = (val << 12) >>> 31;
+ out[currentPos++] = (val << 13) >>> 31; // 10
+ out[currentPos++] = (val << 14) >>> 31;
+ out[currentPos++] = (val << 15) >>> 31;
+ out[currentPos++] = (val << 16) >>> 31;
+ out[currentPos++] = (val << 17) >>> 31;
+ out[currentPos++] = (val << 18) >>> 31;
+ out[currentPos++] = (val << 19) >>> 31;
+ out[currentPos++] = (val << 20) >>> 31;
+ out[currentPos++] = (val << 21) >>> 31;
+ out[currentPos++] = (val << 22) >>> 31;
+ out[currentPos++] = (val << 23) >>> 31; // 20
+ out[currentPos++] = (val << 24) >>> 31;
+ out[currentPos++] = (val << 25) >>> 31;
+ out[currentPos++] = (val << 26) >>> 31;
+ out[currentPos++] = (val << 27) >>> 31;
+ out[currentPos++] = (val << 28) >>> 31;
+ out[currentPos++] = (val << 29) >>> 31;
+ out[currentPos++] = (val << 30) >>> 31;
+ out[currentPos++] = (val << 31) >>> 31;
+ out[currentPos++] = valn >>> 31;
+ out[currentPos++] = (valn << 1) >>> 31;
+ out[currentPos++] = (valn << 2) >>> 31;
+ out[currentPos++] = (valn << 3) >>> 31;
+ // number : 2, bitwidth : 14
+ out[currentPos++] = (valn << 4) >>> 18;
+ out[currentPos++] = (valn << 18) >>> 18;
+ }
+
+ private void decode6(int val, int valn, int[] out, int currentPos) {
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (val << 8) >>> 31;
+ out[currentPos++] = (val << 9) >>> 31;
+ out[currentPos++] = (val << 10) >>> 31;
+ out[currentPos++] = (val << 11) >>> 31;
+ out[currentPos++] = (val << 12) >>> 31;
+ out[currentPos++] = (val << 13) >>> 31; // 10
+ out[currentPos++] = (val << 14) >>> 31;
+ out[currentPos++] = (val << 15) >>> 31;
+ out[currentPos++] = (val << 16) >>> 31;
+ out[currentPos++] = (val << 17) >>> 31;
+ out[currentPos++] = (val << 18) >>> 31;
+ out[currentPos++] = (val << 19) >>> 31;
+ out[currentPos++] = (val << 20) >>> 31;
+ out[currentPos++] = (val << 21) >>> 31;
+ out[currentPos++] = (val << 22) >>> 31;
+ out[currentPos++] = (val << 23) >>> 31; // 20
+ out[currentPos++] = (val << 24) >>> 31;
+ out[currentPos++] = (val << 25) >>> 31;
+ out[currentPos++] = (val << 26) >>> 31;
+ out[currentPos++] = (val << 27) >>> 31;
+ out[currentPos++] = (val << 28) >>> 31;
+ out[currentPos++] = (val << 29) >>> 31;
+ out[currentPos++] = (val << 30) >>> 31;
+ out[currentPos++] = (val << 31) >>> 31;
+ out[currentPos++] = (valn << 1) >>> 31;
+ out[currentPos++] = (valn << 2) >>> 31;
+ out[currentPos++] = (valn << 3) >>> 31;
+ out[currentPos++] = (valn << 4) >>> 31;
+ // number : 3, bitwidth : 9
+ out[currentPos++] = (valn << 5) >>> 23;
+ out[currentPos++] = (valn << 14) >>> 23;
+ out[currentPos++] = (valn << 23) >>> 23;
+ }
+
+ private void decode5(int val, int valn, int[] out, int currentPos) {
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (val << 8) >>> 31;
+ out[currentPos++] = (val << 9) >>> 31;
+ out[currentPos++] = (val << 10) >>> 31;
+ out[currentPos++] = (val << 11) >>> 31;
+ out[currentPos++] = (val << 12) >>> 31;
+ out[currentPos++] = (val << 13) >>> 31; // 10
+ out[currentPos++] = (val << 14) >>> 31;
+ out[currentPos++] = (val << 15) >>> 31;
+ out[currentPos++] = (val << 16) >>> 31;
+ out[currentPos++] = (val << 17) >>> 31;
+ out[currentPos++] = (val << 18) >>> 31;
+ out[currentPos++] = (val << 19) >>> 31;
+ out[currentPos++] = (val << 20) >>> 31;
+ out[currentPos++] = (val << 21) >>> 31;
+ out[currentPos++] = (val << 22) >>> 31;
+ out[currentPos++] = (val << 23) >>> 31; // 20
+ out[currentPos++] = (val << 24) >>> 31;
+ out[currentPos++] = (val << 25) >>> 31;
+ out[currentPos++] = (val << 26) >>> 31;
+ out[currentPos++] = (val << 27) >>> 31;
+ out[currentPos++] = (val << 28) >>> 31;
+ out[currentPos++] = (val << 29) >>> 31;
+ out[currentPos++] = (val << 30) >>> 31;
+ out[currentPos++] = (val << 31) >>> 31;
+ out[currentPos++] = valn >>> 31;
+ out[currentPos++] = (valn << 1) >>> 31;
+ out[currentPos++] = (valn << 2) >>> 31;
+ out[currentPos++] = (valn << 3) >>> 31;
+ // number : 4, bitwidth : 7
+ out[currentPos++] = (valn << 4) >>> 25;
+ out[currentPos++] = (valn << 11) >>> 25;
+ out[currentPos++] = (valn << 18) >>> 25;
+ out[currentPos++] = (valn << 25) >>> 25;
+ }
+
+ private void decode4(int val, int valn, int[] out, int currentPos) {
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (val << 8) >>> 31;
+ out[currentPos++] = (val << 9) >>> 31;
+ out[currentPos++] = (val << 10) >>> 31;
+ out[currentPos++] = (val << 11) >>> 31;
+ out[currentPos++] = (val << 12) >>> 31;
+ out[currentPos++] = (val << 13) >>> 31; // 10
+ out[currentPos++] = (val << 14) >>> 31;
+ out[currentPos++] = (val << 15) >>> 31;
+ out[currentPos++] = (val << 16) >>> 31;
+ out[currentPos++] = (val << 17) >>> 31;
+ out[currentPos++] = (val << 18) >>> 31;
+ out[currentPos++] = (val << 19) >>> 31;
+ out[currentPos++] = (val << 20) >>> 31;
+ out[currentPos++] = (val << 21) >>> 31;
+ out[currentPos++] = (val << 22) >>> 31;
+ out[currentPos++] = (val << 23) >>> 31; // 20
+ out[currentPos++] = (val << 24) >>> 31;
+ out[currentPos++] = (val << 25) >>> 31;
+ out[currentPos++] = (val << 26) >>> 31;
+ out[currentPos++] = (val << 27) >>> 31;
+ out[currentPos++] = (val << 28) >>> 31;
+ out[currentPos++] = (val << 29) >>> 31;
+ out[currentPos++] = (val << 30) >>> 31;
+ out[currentPos++] = (val << 31) >>> 31;
+ out[currentPos++] = (valn << 3) >>> 31;// 头部3bit
+ out[currentPos++] = (valn << 4) >>> 31;
+ out[currentPos++] = (valn << 5) >>> 31;
+ out[currentPos++] = (valn << 6) >>> 31;
+ // number : 5, bitwidth : 5
+ out[currentPos++] = (valn << 7) >>> 27;
+ out[currentPos++] = (valn << 12) >>> 27;
+ out[currentPos++] = (valn << 17) >>> 27;
+ out[currentPos++] = (valn << 22) >>> 27;
+ out[currentPos++] = (valn << 27) >>> 27;
+ }
+
+ private void decode3(int val, int valn, int[] out, int currentPos) {
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (val << 8) >>> 31;
+ out[currentPos++] = (val << 9) >>> 31;
+ out[currentPos++] = (val << 10) >>> 31;
+ out[currentPos++] = (val << 11) >>> 31;
+ out[currentPos++] = (val << 12) >>> 31;
+ out[currentPos++] = (val << 13) >>> 31; // 10
+ out[currentPos++] = (val << 14) >>> 31;
+ out[currentPos++] = (val << 15) >>> 31;
+ out[currentPos++] = (val << 16) >>> 31;
+ out[currentPos++] = (val << 17) >>> 31;
+ out[currentPos++] = (val << 18) >>> 31;
+ out[currentPos++] = (val << 19) >>> 31;
+ out[currentPos++] = (val << 20) >>> 31;
+ out[currentPos++] = (val << 21) >>> 31;
+ out[currentPos++] = (val << 22) >>> 31;
+ out[currentPos++] = (val << 23) >>> 31; // 20
+ out[currentPos++] = (val << 24) >>> 31;
+ out[currentPos++] = (val << 25) >>> 31;
+ out[currentPos++] = (val << 26) >>> 31;
+ out[currentPos++] = (val << 27) >>> 31;
+ out[currentPos++] = (val << 28) >>> 31;
+ out[currentPos++] = (val << 29) >>> 31;
+ out[currentPos++] = (val << 30) >>> 31;
+ out[currentPos++] = (val << 31) >>> 31;
+ out[currentPos++] = valn >>> 31;
+ out[currentPos++] = (valn << 1) >>> 31;
+ out[currentPos++] = (valn << 2) >>> 31;
+ out[currentPos++] = (valn << 3) >>> 31;
+ // number : 7, bitwidth : 4
+ out[currentPos++] = (valn << 4) >>> 28;
+ out[currentPos++] = (valn << 8) >>> 28;
+ out[currentPos++] = (valn << 12) >>> 28;
+ out[currentPos++] = (valn << 16) >>> 28;
+ out[currentPos++] = (valn << 20) >>> 28;
+ out[currentPos++] = (valn << 24) >>> 28;
+ out[currentPos++] = (valn << 28) >>> 28;
+ }
+
+ private void decode2(int val, int valn, int[] out, int currentPos) {
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (val << 8) >>> 31;
+ out[currentPos++] = (val << 9) >>> 31;
+ out[currentPos++] = (val << 10) >>> 31;
+ out[currentPos++] = (val << 11) >>> 31;
+ out[currentPos++] = (val << 12) >>> 31;
+ out[currentPos++] = (val << 13) >>> 31; // 10
+ out[currentPos++] = (val << 14) >>> 31;
+ out[currentPos++] = (val << 15) >>> 31;
+ out[currentPos++] = (val << 16) >>> 31;
+ out[currentPos++] = (val << 17) >>> 31;
+ out[currentPos++] = (val << 18) >>> 31;
+ out[currentPos++] = (val << 19) >>> 31;
+ out[currentPos++] = (val << 20) >>> 31;
+ out[currentPos++] = (val << 21) >>> 31;
+ out[currentPos++] = (val << 22) >>> 31;
+ out[currentPos++] = (val << 23) >>> 31; // 20
+ out[currentPos++] = (val << 24) >>> 31;
+ out[currentPos++] = (val << 25) >>> 31;
+ out[currentPos++] = (val << 26) >>> 31;
+ out[currentPos++] = (val << 27) >>> 31;
+ out[currentPos++] = (val << 28) >>> 31;
+ out[currentPos++] = (val << 29) >>> 31;
+ out[currentPos++] = (val << 30) >>> 31;
+ out[currentPos++] = (val << 31) >>> 31;
+ out[currentPos++] = (valn << 1) >>> 31;// 头部1bit
+ out[currentPos++] = (valn << 2) >>> 31;
+ out[currentPos++] = (valn << 3) >>> 31;
+ out[currentPos++] = (valn << 4) >>> 31;
+ // number : 9, bitwidth : 3
+ out[currentPos++] = (valn << 5) >>> 29;
+ out[currentPos++] = (valn << 8) >>> 29;
+ out[currentPos++] = (valn << 11) >>> 29;
+ out[currentPos++] = (valn << 14) >>> 29;
+ out[currentPos++] = (valn << 17) >>> 29;
+ out[currentPos++] = (valn << 20) >>> 29;
+ out[currentPos++] = (valn << 23) >>> 29;
+ out[currentPos++] = (valn << 26) >>> 29;
+ out[currentPos++] = (valn << 29) >>> 29;
+ }
+
+ private void decode1(int val, int valn, int[] out, int currentPos) {
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (val << 8) >>> 31;
+ out[currentPos++] = (val << 9) >>> 31;
+ out[currentPos++] = (val << 10) >>> 31;
+ out[currentPos++] = (val << 11) >>> 31;
+ out[currentPos++] = (val << 12) >>> 31;
+ out[currentPos++] = (val << 13) >>> 31; // 10
+ out[currentPos++] = (val << 14) >>> 31;
+ out[currentPos++] = (val << 15) >>> 31;
+ out[currentPos++] = (val << 16) >>> 31;
+ out[currentPos++] = (val << 17) >>> 31;
+ out[currentPos++] = (val << 18) >>> 31;
+ out[currentPos++] = (val << 19) >>> 31;
+ out[currentPos++] = (val << 20) >>> 31;
+ out[currentPos++] = (val << 21) >>> 31;
+ out[currentPos++] = (val << 22) >>> 31;
+ out[currentPos++] = (val << 23) >>> 31;// 20
+ out[currentPos++] = (val << 24) >>> 31;
+ out[currentPos++] = (val << 25) >>> 31;
+ out[currentPos++] = (val << 26) >>> 31;
+ out[currentPos++] = (val << 27) >>> 31;
+ out[currentPos++] = (val << 28) >>> 31;
+ out[currentPos++] = (val << 29) >>> 31;
+ out[currentPos++] = (val << 30) >>> 31;
+ out[currentPos++] = (val << 31) >>> 31;
+ out[currentPos++] = valn >>> 31;
+ out[currentPos++] = (valn << 1) >>> 31;
+ out[currentPos++] = (valn << 2) >>> 31;
+ out[currentPos++] = (valn << 3) >>> 31;
+ // number : 14, bitwidth : 2
+ out[currentPos++] = (valn << 4) >>> 30;
+ out[currentPos++] = (valn << 6) >>> 30;
+ out[currentPos++] = (valn << 8) >>> 30;
+ out[currentPos++] = (valn << 10) >>> 30;
+ out[currentPos++] = (valn << 12) >>> 30;
+ out[currentPos++] = (valn << 14) >>> 30;
+ out[currentPos++] = (valn << 16) >>> 30;
+ out[currentPos++] = (valn << 18) >>> 30;
+ out[currentPos++] = (valn << 20) >>> 30;
+ out[currentPos++] = (valn << 22) >>> 30; // 10
+ out[currentPos++] = (valn << 24) >>> 30;
+ out[currentPos++] = (valn << 26) >>> 30;
+ out[currentPos++] = (valn << 28) >>> 30;
+ out[currentPos++] = (valn << 30) >>> 30;
+ }
+
+ private void decode0(int val, int valn, int[] out, int currentPos) {
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (val << 8) >>> 31;
+ out[currentPos++] = (val << 9) >>> 31;
+ out[currentPos++] = (val << 10) >>> 31;
+ out[currentPos++] = (val << 11) >>> 31;
+ out[currentPos++] = (val << 12) >>> 31;
+ out[currentPos++] = (val << 13) >>> 31; // 10
+ out[currentPos++] = (val << 14) >>> 31;
+ out[currentPos++] = (val << 15) >>> 31;
+ out[currentPos++] = (val << 16) >>> 31;
+ out[currentPos++] = (val << 17) >>> 31;
+ out[currentPos++] = (val << 18) >>> 31;
+ out[currentPos++] = (val << 19) >>> 31;
+ out[currentPos++] = (val << 20) >>> 31;
+ out[currentPos++] = (val << 21) >>> 31;
+ out[currentPos++] = (val << 22) >>> 31;
+ out[currentPos++] = (val << 23) >>> 31; // 20
+ out[currentPos++] = (val << 24) >>> 31;
+ out[currentPos++] = (val << 25) >>> 31;
+ out[currentPos++] = (val << 26) >>> 31;
+ out[currentPos++] = (val << 27) >>> 31;
+ out[currentPos++] = (val << 28) >>> 31;
+ out[currentPos++] = (val << 29) >>> 31;
+ out[currentPos++] = (val << 30) >>> 31;
+ out[currentPos++] = (val << 31) >>> 31;
+ out[currentPos++] = valn >>> 31;
+ out[currentPos++] = (valn << 1) >>> 31;
+ out[currentPos++] = (valn << 2) >>> 31;
+ out[currentPos++] = (valn << 3) >>> 31;
+ // number : 28, bitwidth : 1
+ out[currentPos++] = (valn << 4) >>> 31;
+ out[currentPos++] = (valn << 5) >>> 31;
+ out[currentPos++] = (valn << 6) >>> 31;
+ out[currentPos++] = (valn << 7) >>> 31;
+ out[currentPos++] = (valn << 8) >>> 31;
+ out[currentPos++] = (valn << 9) >>> 31;
+ out[currentPos++] = (valn << 10) >>> 31;
+ out[currentPos++] = (valn << 11) >>> 31;
+ out[currentPos++] = (valn << 12) >>> 31;
+ out[currentPos++] = (valn << 13) >>> 31; // 10
+ out[currentPos++] = (valn << 14) >>> 31;
+ out[currentPos++] = (valn << 15) >>> 31;
+ out[currentPos++] = (valn << 16) >>> 31;
+ out[currentPos++] = (valn << 17) >>> 31;
+ out[currentPos++] = (valn << 18) >>> 31;
+ out[currentPos++] = (valn << 19) >>> 31;
+ out[currentPos++] = (valn << 20) >>> 31;
+ out[currentPos++] = (valn << 21) >>> 31;
+ out[currentPos++] = (valn << 22) >>> 31;
+ out[currentPos++] = (valn << 23) >>> 31; // 20
+ out[currentPos++] = (valn << 24) >>> 31;
+ out[currentPos++] = (valn << 25) >>> 31;
+ out[currentPos++] = (valn << 26) >>> 31;
+ out[currentPos++] = (valn << 27) >>> 31;
+ out[currentPos++] = (valn << 28) >>> 31;
+ out[currentPos++] = (valn << 29) >>> 31;
+ out[currentPos++] = (valn << 30) >>> 31;
+ out[currentPos++] = (valn << 31) >>> 31;
+ }
+
+
+ private final static int bitLength[] = { 1, 2, 3, 4, 5, 7, 9, 14, 28 };
+
+ private final static int codeNum[] = { 28, 14, 9, 7, 5, 4, 3, 2, 1 };
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
+ int tmpoutpos = outpos.get();
+ int currentPos = inpos.get();
+ int selector1 = 0;
+ int selector2 = 0;
+ final int finalin = currentPos + inlength;
+ while (currentPos < finalin - 28 * 2) {
+ int nextCurrentPos = currentPos;
+ mainloop1: for (selector1=0; selector1 <= 8; selector1++) {
+ int compressedNum = codeNum[selector1];
+ //if (finalin <= nextCurrentPos + compressedNum - 1)
+ // compressedNum = finalin - nextCurrentPos;
+ int b = bitLength[selector1];
+ int max = 1 << b;
+ int i = 0;
+ for (; i < compressedNum; i++) {
+ if (Util.smallerorequalthan(max, in[nextCurrentPos + i]))
+ continue mainloop1;
+ }
+ nextCurrentPos += compressedNum;
+ break;
+ }
+ mainloop2: for (selector2 = 0; selector2 <= 8; selector2++) {
+ int compressedNum = codeNum[selector2];
+ //if (finalin <= nextCurrentPos + compressedNum - 1)
+ // compressedNum = finalin - nextCurrentPos;
+ int b = bitLength[selector2];
+ int max = 1 << b;
+ int i = 0;
+ for (; i < compressedNum; i++) {
+ if (Util.smallerorequalthan(max, in[nextCurrentPos + i]))
+ continue mainloop2;
+ }
+ nextCurrentPos += compressedNum;
+ break;
+ }
+ int code = M[selector1][selector2];
+ out[tmpoutpos] = 0;
+ out[tmpoutpos + 1] = 0;
+ switch (code) {
+ case 0:
+ encode0(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 1:
+ encode1(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 2:
+ encode2(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 3:
+ encode3(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 4:
+ encode4(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 5:
+ encode5(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 6:
+ encode6(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 7:
+ encode7(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 8:
+ encode8(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 9:
+ encode9(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 10:
+ encode10(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 11:
+ encode11(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 12:
+ encode12(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 13:
+ encode13(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 14:
+ encode14(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 15:
+ encode15(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 16:
+ encode16(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 17:
+ encode17(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 18:
+ encode18(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 19:
+ encode19(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 20:
+ encode20(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 21:
+ encode21(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 22:
+ encode22(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 23:
+ encode23(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 24:
+ encode24(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 25:
+ encode25(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 26:
+ encode26(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 27:
+ encode27(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 28:
+ encode28(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 29:
+ encode29(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 30:
+ encode30(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 31:
+ encode31(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 32:
+ encode32(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 33:
+ encode33(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 34:
+ encode34(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 35:
+ encode35(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 36:
+ encode36(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 37:
+ encode37(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 38:
+ encode38(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 39:
+ encode39(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 40:
+ encode40(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 41:
+ encode41(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 42:
+ encode42(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 43:
+ encode43(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 44:
+ encode44(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 45:
+ encode45(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 46:
+ encode46(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 47:
+ encode47(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 48:
+ encode48(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 49:
+ encode49(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 50:
+ encode50(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 51:
+ encode51(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 52:
+ encode52(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 53:
+ encode53(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 54:
+ encode54(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 55:
+ encode55(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 56:
+ encode56(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 57:
+ encode57(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 58:
+ encode58(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 59:
+ encode59(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 60:
+ encode60(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 61:
+ encode61(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 62:
+ encode62(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 63:
+ encode63(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 64:
+ encode64(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 65:
+ encode65(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 66:
+ encode66(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 67:
+ encode67(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 68:
+ encode68(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 69:
+ encode69(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 70:
+ encode70(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 71:
+ encode71(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 72:
+ encode72(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 73:
+ encode73(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 74:
+ encode74(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 75:
+ encode75(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 76:
+ encode76(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 77:
+ encode77(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 78:
+ encode78(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 79:
+ encode79(in, currentPos, code, out, tmpoutpos);
+ break;
+ case 80:
+ encode80(in, currentPos, code, out, tmpoutpos);
+ break;
+ default:
+ throw new RuntimeException("unsupported code");
+ }// end switch
+ tmpoutpos += 2;
+ currentPos = nextCurrentPos;
+ }
+
+ outer: while (currentPos < finalin) {
+ mainloop: for (int selector = 0; selector < 8; selector++) {
+ int res = 0;
+ int compressedNum = codeNum[selector];
+ if (finalin <= currentPos + compressedNum - 1)
+ compressedNum = finalin - currentPos;
+ int b = bitLength[selector];
+ int max = 1 << b;
+ int i = 0;
+ for (; i < compressedNum; i++) {
+ if (Util.smallerorequalthan(max, in[currentPos + i]))
+ continue mainloop;
+ res = (res << b) + in[currentPos + i];
+ }
+ if (compressedNum != codeNum[selector]) {
+ res <<= (codeNum[selector] - compressedNum) * b;
+ }
+ res |= selector << 28;
+ out[tmpoutpos++] = res;
+
+ currentPos += compressedNum;
+ continue outer;
+ }
+ final int selector = 8;
+ out[tmpoutpos++] = in[currentPos++] | (selector << 28);
+ }
+ inpos.set(currentPos);
+ outpos.set(tmpoutpos);
+ }
+
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos, int num) {
+ int currentPos = outpos.get();
+ int tmpinpos = inpos.get();
+ final int finalout = currentPos + num;
+ while (currentPos < finalout - 2 * 28) {
+
+ int val = in[tmpinpos++];
+ int valn = in[tmpinpos++];
+ int header = val >>> 24;
+ switch (header) {
+ case 0: {
+ decode0(val, valn, out, currentPos);
+ currentPos+=56;
+ break;
+ }
+ case 1: {
+ decode1(val, valn, out, currentPos);
+ currentPos+=42;
+ break;
+ }
+ case 2: {
+ decode2(val, valn, out, currentPos);
+ currentPos+=37;
+ break;
+ }
+ case 3: {
+ decode3(val, valn, out, currentPos);
+ currentPos+=35;
+ break;
+ }
+ case 4: {
+ decode4(val, valn, out, currentPos);
+ currentPos+=33;
+ break;
+ }
+ case 5: {
+ decode5(val, valn, out, currentPos);
+ currentPos+=32;
+ break;
+ }
+ case 6: {
+ decode6(val, valn, out, currentPos);
+ currentPos+=31;
+ break;
+ }
+ case 7: {
+ decode7(val, valn, out, currentPos);
+ currentPos+=30;
+ break;
+ }
+ case 8: {
+ decode8(val, valn, out, currentPos);
+ currentPos+=29;
+ break;
+ }
+ case 9: {
+ decode9(val, valn, out, currentPos);
+ currentPos+=42;
+ break;
+ }
+ case 10: {
+ decode10(val, valn, out, currentPos);
+ currentPos+=28;
+ break;
+ }
+ case 11: {
+ decode11(val, valn, out, currentPos);
+ currentPos+=23;
+ break;
+ }
+ case 12: {
+ decode12(val, valn, out, currentPos);
+ currentPos+=21;
+ break;
+ }
+ case 13: {
+ decode13(val, valn, out, currentPos);
+ currentPos+=19;
+ break;
+ }
+ case 14: {
+ decode14(val, valn, out, currentPos);
+ currentPos+=18;
+ break;
+ }
+ case 15: {
+ decode15(val, valn, out, currentPos);
+ currentPos+=17;
+ break;
+ }
+ case 16: {
+ decode16(val, valn, out, currentPos);
+ currentPos+=16;
+ break;
+ }
+ case 17: {
+ decode17(val, valn, out, currentPos);
+ currentPos+=15;
+ break;
+ }
+ case 18: {
+ decode18(val, valn, out, currentPos);
+ currentPos+=37;
+ break;
+ }
+ case 19: {
+ decode19(val, valn, out, currentPos);
+ currentPos+=23;
+ break;
+ }
+ case 20: {
+ decode20(val, valn, out, currentPos);
+ currentPos+=18;
+ break;
+ }
+ case 21: {
+ decode21(val, valn, out, currentPos);
+ currentPos+=16;
+ break;
+ }
+ case 22: {
+ decode22(val, valn, out, currentPos);
+ currentPos+=14;
+ break;
+ }
+ case 23: {
+ decode23(val, valn, out, currentPos);
+ currentPos+=13;
+ break;
+ }
+ case 24: {
+ decode24(val, valn, out, currentPos);
+ currentPos+=12;
+ break;
+ }
+ case 25: {
+ decode25(val, valn, out, currentPos);
+ currentPos+=11;
+ break;
+ }
+ case 26: {
+ decode26(val, valn, out, currentPos);
+ currentPos+=10;
+ break;
+ }
+ case 27: {
+ decode27(val, valn, out, currentPos);
+ currentPos+=35;
+ break;
+ }
+ case 28: {
+ decode28(val, valn, out, currentPos);
+ currentPos+=21;
+ break;
+ }
+ case 29: {
+ decode29(val, valn, out, currentPos);
+ currentPos+=16;
+ break;
+ }
+
+ case 30: {
+ decode30(val, valn, out, currentPos);
+ currentPos+=14;
+ break;
+ }
+ case 31: {
+ decode31(val, valn, out, currentPos);
+ currentPos+=12;
+ break;
+ }
+ case 32: {
+ decode32(val, valn, out, currentPos);
+ currentPos+=11;
+ break;
+ }
+ case 33: {
+ decode33(val, valn, out, currentPos);
+ currentPos+=10;
+ break;
+ }
+ case 34: {
+ decode34(val, valn, out, currentPos);
+ currentPos+=9;
+ break;
+ }
+ case 35: {
+ decode35(val, valn, out, currentPos);
+ currentPos+=8;
+ break;
+ }
+ case 36: {
+ decode36(val, valn, out, currentPos);
+ currentPos+=33;
+ break;
+ }
+ case 37: {
+ decode37(val, valn, out, currentPos);
+ currentPos+=19;
+ break;
+ }
+ case 38: {
+ decode38(val, valn, out, currentPos);
+ currentPos+=14;
+ break;
+ }
+ case 39: {
+ decode39(val, valn, out, currentPos);
+ currentPos+=12;
+ break;
+ }
+ case 40: {
+ decode40(val, valn, out, currentPos);
+ currentPos+=10;
+ break;
+ }
+ case 41: {
+ decode41(val, valn, out, currentPos);
+ currentPos+=9;
+ break;
+ }
+ case 42: {
+ decode42(val, valn, out, currentPos);
+ currentPos+=8;
+ break;
+ }
+ case 43: {
+ decode43(val, valn, out, currentPos);
+ currentPos+=7;
+ break;
+ }
+ case 44: {
+ decode44(val, valn, out, currentPos);
+ currentPos+=6;
+ break;
+ }
+ case 45: {
+ decode45(val, valn, out, currentPos);
+ currentPos+=32;
+ break;
+ }
+ case 46: {
+ decode46(val, valn, out, currentPos);
+ currentPos+=18;
+ break;
+ }
+ case 47: {
+ decode47(val, valn, out, currentPos);
+ currentPos+=13;
+ break;
+ }
+ case 48: {
+ decode48(val, valn, out, currentPos);
+ currentPos+=11;
+ break;
+ }
+ case 49: {
+ decode49(val, valn, out, currentPos);
+ currentPos+=9;
+ break;
+ }
+ case 50: {
+ decode50(val, valn, out, currentPos);
+ currentPos+=8;
+ break;
+ }
+ case 51: {
+ decode51(val, valn, out, currentPos);
+ currentPos+=7;
+ break;
+ }
+ case 52: {
+ decode52(val, valn, out, currentPos);
+ currentPos+=6;
+ break;
+ }
+ case 53: {
+ decode53(val, valn, out, currentPos);
+ currentPos+=5;
+ break;
+ }
+ case 54: {
+ decode54(val, valn, out, currentPos);
+ currentPos+=31;
+ break;
+ }
+ case 55: {
+ decode55(val, valn, out, currentPos);
+ currentPos+=17;
+ break;
+ }
+ case 56: {
+ decode56(val, valn, out, currentPos);
+ currentPos+=12;
+ break;
+ }
+ case 57: {
+ decode57(val, valn, out, currentPos);
+ currentPos+=10;
+ break;
+ }
+ case 58: {
+ decode58(val, valn, out, currentPos);
+ currentPos+=8;
+ break;
+ }
+ case 59: {
+ decode59(val, valn, out, currentPos);
+ currentPos+=7;
+ break;
+ }
+ case 60: {
+ decode60(val, valn, out, currentPos);
+ currentPos+=6;
+ break;
+ }
+ case 61: {
+ decode61(val, valn, out, currentPos);
+ currentPos+=5;
+ break;
+ }
+ case 62: {
+ decode62(val, valn, out, currentPos);
+ currentPos+=4;
+ break;
+ }
+ case 63: {
+ decode63(val, valn, out, currentPos);
+ currentPos+=30;
+ break;
+ }
+ case 64: {
+ decode64(val, valn, out, currentPos);
+ currentPos+=16;
+ break;
+ }
+ case 65: {
+ decode65(val, valn, out, currentPos);
+ currentPos+=11;
+ break;
+ }
+ case 66: {
+ decode66(val, valn, out, currentPos);
+ currentPos+=9;
+ break;
+ }
+ case 67: {
+ decode67(val, valn, out, currentPos);
+ currentPos+=7;
+ break;
+ }
+ case 68: {
+ decode68(val, valn, out, currentPos);
+ currentPos+=6;
+ break;
+ }
+ case 69: {
+ decode69(val, valn, out, currentPos);
+ currentPos+=5;
+ break;
+ }
+ case 70: {
+ decode70(val, valn, out, currentPos);
+ currentPos+=4;
+ break;
+ }
+ case 71: {
+ decode71(val, valn, out, currentPos);
+ currentPos+=3;
+ break;
+ }
+ case 72: {
+ decode72(val, valn, out, currentPos);
+ currentPos+=29;
+ break;
+ }
+ case 73: {
+ decode73(val, valn, out, currentPos);
+ currentPos+=15;
+ break;
+ }
+ case 74: {
+ decode74(val, valn, out, currentPos);
+ currentPos+=10;
+ break;
+ }
+ case 75: {
+ decode75(val, valn, out, currentPos);
+ currentPos+=8;
+ break;
+ }
+ case 76: {
+ decode76(val, valn, out, currentPos);
+ currentPos+=6;
+ break;
+ }
+ case 77: {
+ decode77(val, valn, out, currentPos);
+ currentPos+=5;
+ break;
+ }
+ case 78: {
+ decode78(val, valn, out, currentPos);
+ currentPos+=4;
+ break;
+ }
+ case 79: {
+ decode79(val, valn, out, currentPos);
+ currentPos+=3;
+ break;
+ }
+ case 80: {
+ decode80(val, valn, out, currentPos);
+ currentPos+=2;
+ break;
+ }
+ default:
+ throw new RuntimeException("Wrong code: " + header);
+ }// end switch
+ } // end while
+
+ while (currentPos < finalout) {
+ int val = in[tmpinpos++];
+ int header = val >>> 28;
+ switch (header) {
+ case 0: { // number : 28, bitwidth : 1
+ final int howmany = finalout - currentPos < 28 ? finalout - currentPos : 28;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (k + 4)) >>> 31;
+ }
+ break;
+ }
+ case 1: { // number : 14, bitwidth : 2
+ final int howmany = finalout - currentPos < 14 ? finalout - currentPos : 14;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (2 * k + 4)) >>> 30;
+ }
+ break;
+ }
+ case 2: { // number : 9, bitwidth : 3
+ final int howmany = finalout - currentPos < 9 ? finalout - currentPos : 9;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (3 * k + 5)) >>> 29;
+ }
+ break;
+ }
+ case 3: { // number : 7, bitwidth : 4
+ final int howmany = finalout - currentPos < 7 ? finalout - currentPos : 7;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (4 * k + 4)) >>> 28;
+ }
+ break;
+ }
+ case 4: { // number : 5, bitwidth : 5
+ final int howmany = finalout - currentPos < 5 ? finalout - currentPos : 5;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (5 * k + 7)) >>> 27;
+ }
+ break;
+ }
+ case 5: { // number : 4, bitwidth : 7
+ final int howmany = finalout - currentPos < 4 ? finalout - currentPos : 4;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (7 * k + 4)) >>> 25;
+ }
+ break;
+ }
+ case 6: { // number : 3, bitwidth : 9
+ final int howmany = finalout - currentPos < 3 ? finalout - currentPos : 3;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (9 * k + 5)) >>> 23;
+ }
+ break;
+ }
+ case 7: { // number : 2, bitwidth : 14
+ final int howmany = finalout - currentPos < 2 ? finalout - currentPos : 2;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (14 * k + 4)) >>> 18;
+ }
+ break;
+ }
+ case 8: { // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 4) >>> 4;
+ break;
+ }
+ default: {
+ throw new RuntimeException("shouldn't happen");
+ }
+ }
+ }
+
+ outpos.set(finalout);
+ inpos.set(tmpinpos);
+
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ compressedPositions.add(inlength);
+ return inlength;
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/IntCompressor.java b/src/main/java/me/lemire/integercompression/IntCompressor.java
new file mode 100644
index 0000000..30f755c
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/IntCompressor.java
@@ -0,0 +1,65 @@
+package me.lemire.integercompression;
+
+import java.util.Arrays;
+
+/**
+ * This is a convenience class that wraps a codec to provide
+ * a "friendly" API.
+ *
+ */
+public class IntCompressor {
+
+
+ SkippableIntegerCODEC codec;
+ /**
+ * Constructor wrapping a codec.
+ *
+ * @param c the underlying codec
+ */
+ public IntCompressor(SkippableIntegerCODEC c) {
+ codec = c;
+ }
+
+ /**
+ * Constructor with default codec.
+ */
+ public IntCompressor() {
+ codec = new SkippableComposition(new BinaryPacking(),
+ new VariableByte());
+ }
+
+ /**
+ * Compress an array and returns the compressed result as a new array.
+ *
+ * @param input array to be compressed
+ * @return compressed array
+ */
+ public int[] compress(int[] input) {
+ int maxCompressedLength = codec.maxHeadlessCompressedLength(new IntWrapper(0), input.length);
+ int[] compressed = new int[maxCompressedLength + 1]; // +1 to store the length of the input
+ // Store at index=0 the length of the input, hence enabling .headlessCompress
+ compressed[0] = input.length;
+ IntWrapper outpos = new IntWrapper(1);
+ codec.headlessCompress(input, new IntWrapper(0), input.length, compressed, outpos);
+ compressed = Arrays.copyOf(compressed,outpos.intValue());
+ return compressed;
+ }
+
+ /**
+ * Uncompress an array and returns the uncompressed result as a new array.
+ *
+ * @param compressed compressed array
+ * @return uncompressed array
+ */
+ public int[] uncompress(int[] compressed) {
+ // Read at index=0 the length of the input, hence enabling .headlessUncompress
+ int[] decompressed = new int[compressed[0]];
+ IntWrapper inpos = new IntWrapper(1);
+ codec.headlessUncompress(compressed, inpos,
+ compressed.length - inpos.intValue(),
+ decompressed, new IntWrapper(0),
+ decompressed.length);
+ return decompressed;
+ }
+
+}
diff --git a/src/main/java/me/lemire/integercompression/IntWrapper.java b/src/main/java/me/lemire/integercompression/IntWrapper.java
index d875eb4..6bd8f0b 100644
--- a/src/main/java/me/lemire/integercompression/IntWrapper.java
+++ b/src/main/java/me/lemire/integercompression/IntWrapper.java
@@ -12,76 +12,80 @@
* @author dwu
*/
public final class IntWrapper extends Number {
- private static final long serialVersionUID = 1L;
- private int value;
+ private static final long serialVersionUID = 1L;
+ private int value;
- /**
- * Constructor: value set to 0.
- */
- public IntWrapper() {
- this(0);
- }
+ /**
+ * Constructor: value set to 0.
+ */
+ public IntWrapper() {
+ this(0);
+ }
- /**
- * Construction: value set to provided argument.
- *
- * @param v value to wrap
- */
- public IntWrapper(final int v) {
- this.value = v;
- }
+ /**
+ * Construction: value set to provided argument.
+ *
+ * @param v
+ * value to wrap
+ */
+ public IntWrapper(final int v) {
+ this.value = v;
+ }
- /**
- * @param v
- */
- public void add(int v) {
- this.value += v;
- }
+ /**
+ * add the provided value to the integer
+ * @param v value to add
+ */
+ public void add(int v) {
+ this.value += v;
+ }
- @Override
- public double doubleValue() {
- return this.value;
- }
+ @Override
+ public double doubleValue() {
+ return this.value;
+ }
- @Override
- public float floatValue() {
- return this.value;
- }
+ @Override
+ public float floatValue() {
+ return this.value;
+ }
- /**
- * @return the integer value
- */
- public int get() {
- return this.value;
- }
+ /**
+ * @return the integer value
+ */
+ public int get() {
+ return this.value;
+ }
- /**
- * add 1 to the integer value
- */
- public void increment() {
- this.value++;
- }
+ /**
+ * add 1 to the integer value
+ */
+ public void increment() {
+ this.value++;
+ }
- @Override
- public int intValue() {
- return this.value;
- }
+ @Override
+ public int intValue() {
+ return this.value;
+ }
- @Override
- public long longValue() {
- return this.value;
- }
+ @Override
+ public long longValue() {
+ return this.value;
+ }
- /**
- * Set the value to that of the specified integer.
- * @param value specified integer value
- */
- public void set(final int value) {
- this.value = value;
- }
+ /**
+ * Set the value to that of the specified integer.
+ *
+ * @param value
+ * specified integer value
+ */
+ public void set(final int value) {
+ this.value = value;
+ }
- @Override
- public String toString() {
- return Integer.toString(this.value);
- }
+ @Override
+ public String toString() {
+ return Integer.toString(this.value);
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/IntegerCODEC.java b/src/main/java/me/lemire/integercompression/IntegerCODEC.java
index 9a27f4a..1dd9a4c 100644
--- a/src/main/java/me/lemire/integercompression/IntegerCODEC.java
+++ b/src/main/java/me/lemire/integercompression/IntegerCODEC.java
@@ -7,43 +7,54 @@
package me.lemire.integercompression;
-
/**
* Interface describing a standard CODEC to compress integers.
*
* @author Daniel Lemire
- *
+ *
*/
public interface IntegerCODEC {
- /**
- * Compress data from an array to another array.
- *
- * Both inpos and outpos are modified to represent how much
- * data was read and written to
- * if 12 ints (inlength = 12) are compressed to 3 ints, then
- * inpos will be incremented by 12 while outpos will be
- * incremented by 3
- * we use IntWrapper to pass the values by reference.
- * @param in input array
- * @param inpos location in the input array
- * @param inlength how many integers to compress
- * @param out output array
- * @param outpos where to write in the output array
- */
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos);
-
- /**
- * Uncompress data from an array to another array.
- *
- * Both inpos and outpos parameters are modified to indicate new positions after read/write.
- *
- * @param in array containing data in compressed form
- * @param inpos where to start reading in the array
- * @param inlength length of the compressed data (ignored by some schemes)
- * @param out array where to write the compressed output
- * @param outpos where to write the compressed output in out
- */
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos);
+ /**
+ * Compress data from an array to another array.
+ *
+ * Both inpos and outpos are modified to represent how much data was
+ * read and written to. If 12 ints (inlength = 12) are compressed to 3
+ * ints, then inpos will be incremented by 12 while outpos will be
+ * incremented by 3. We use IntWrapper to pass the values by reference.
+ *
+ * @param in
+ * input array
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * how many integers to compress
+ * @param out
+ * output array
+ * @param outpos
+ * where to write in the output array
+ */
+ public void compress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos);
+ /**
+ * Uncompress data from an array to another array.
+ *
+ * Both inpos and outpos parameters are modified to indicate new
+ * positions after read/write.
+ *
+ * @param in
+ * array containing data in compressed form
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * length of the compressed data (ignored by some
+ * schemes)
+ * @param out
+ * array where to write the compressed output
+ * @param outpos
+ * where to start writing the uncompressed output in out
+ */
+ public void uncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos);
}
diff --git a/src/main/java/me/lemire/integercompression/IntegratedBinaryPacking.java b/src/main/java/me/lemire/integercompression/IntegratedBinaryPacking.java
deleted file mode 100644
index 4b058ae..0000000
--- a/src/main/java/me/lemire/integercompression/IntegratedBinaryPacking.java
+++ /dev/null
@@ -1,79 +0,0 @@
-/**
- * This code is released under the
- * Apache License Version 2.0 http://www.apache.org/licenses/.
- *
- * (c) Daniel Lemire, http://lemire.me/en/
- */
-
-package me.lemire.integercompression;
-
-/**
- * @author Daniel Lemire
- *
- */
-public class IntegratedBinaryPacking implements IntegratedIntegerCODEC {
-
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
- inlength = inlength / 128 * 128;
- if(inlength == 0) return;
- out[outpos.get()] = inlength;
- outpos.increment();
- int tmpoutpos = outpos.get();
- int initoffset = 0;
- for (int s = inpos.get(); s < inpos.get() + inlength; s += 32 * 4) {
- final int mbits1 = Util.maxdiffbits(initoffset, in, s, 32);
- int initoffset2 = in[s + 31];
- final int mbits2 = Util.maxdiffbits(initoffset2, in, s + 32, 32);
- int initoffset3 = in[s + 32 + 31];
- final int mbits3 = Util.maxdiffbits(initoffset3, in, s + 2 * 32, 32);
- int initoffset4 = in[s + 2 * 32 + 31];
- final int mbits4 = Util.maxdiffbits(initoffset4, in, s + 3 * 32, 32);
- out[tmpoutpos++] = (mbits1 << 24) | (mbits2 << 16) | (mbits3 << 8)
- | (mbits4);
- IntegratedBitPacking.integratedpack(initoffset, in, s, out, tmpoutpos, mbits1);
- tmpoutpos += mbits1;
- IntegratedBitPacking.integratedpack(initoffset2, in, s + 32, out, tmpoutpos, mbits2);
- tmpoutpos += mbits2;
- IntegratedBitPacking.integratedpack(initoffset3, in, s + 2 * 32, out, tmpoutpos, mbits3);
- tmpoutpos += mbits3;
- IntegratedBitPacking.integratedpack(initoffset4, in, s + 3 * 32, out, tmpoutpos, mbits4);
- tmpoutpos += mbits4;
- initoffset = in[s + 3 * 32 + 31];
- }
- inpos.add(inlength);
- outpos.set(tmpoutpos);
- }
-
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
- if(inlength == 0) return;
- final int outlength = in[inpos.get()];
- inpos.increment();
- int tmpinpos = inpos.get();
- int initoffset = 0;
- for (int s = outpos.get(); s < outpos.get() + outlength; s += 32 * 4) {
- final int mbits1 = (in[tmpinpos] >>> 24);
- final int mbits2 = (in[tmpinpos] >>> 16) & 0xFF;
- final int mbits3 = (in[tmpinpos] >>> 8) & 0xFF;
- final int mbits4 = (in[tmpinpos]) & 0xFF;
- ++tmpinpos;
- IntegratedBitPacking.integratedunpack(initoffset, in, tmpinpos, out, s, mbits1);
- tmpinpos += mbits1;
- initoffset = out[s + 31];
- IntegratedBitPacking.integratedunpack(initoffset, in, tmpinpos, out, s + 32, mbits2);
- tmpinpos += mbits2;
- initoffset = out[s + 32 + 31];
- IntegratedBitPacking.integratedunpack(initoffset, in, tmpinpos, out, s + 2 * 32, mbits3);
- tmpinpos += mbits3;
- initoffset = out[s + 2 * 32 + 31];
- IntegratedBitPacking.integratedunpack(initoffset, in, tmpinpos, out, s + 3 * 32, mbits4);
- tmpinpos += mbits4;
- initoffset = out[s + 3 * 32 + 31];
- }
- outpos.add(outlength);
- inpos.set(tmpinpos);
- }
-
-
-}
diff --git a/src/main/java/me/lemire/integercompression/IntegratedBitPacking.java b/src/main/java/me/lemire/integercompression/IntegratedBitPacking.java
deleted file mode 100644
index 7da8936..0000000
--- a/src/main/java/me/lemire/integercompression/IntegratedBitPacking.java
+++ /dev/null
@@ -1,4810 +0,0 @@
-/**
- * This code is released under the
- * Apache License Version 2.0 http://www.apache.org/licenses/.
- *
- * (c) Daniel Lemire, http://lemire.me/en/
- */
-
-package me.lemire.integercompression;
-
-import java.util.Arrays;
-
-/**
- * "Integrated" bit packing routines: they include
- * both the bit packing and the differential coding.
- *
- * @author Daniel Lemire
- *
- */
-public final class IntegratedBitPacking {
-
-
- protected static void integratedpack1(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 1)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 2)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 3)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 4)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 5)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 6)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 7)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 9)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 10)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 11)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 12)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 13)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 14)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 15)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 17)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 18)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 19)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 20)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 21)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 22)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 23)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 24)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 25)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 26)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 27)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 28)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 29)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 30)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 31)
- ;
- }
-
-
- protected static void integratedpack2(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 2)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 4)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 6)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 8)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 10)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 12)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 14)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 18)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 20)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 22)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 24)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 26)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 28)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 30)
- ;
- out[1 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 2)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 4)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 6)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 8)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 10)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 12)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 14)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 18)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 20)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 22)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 24)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 26)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 28)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 30)
- ;
- }
-
-
- protected static void integratedpack3(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 3)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 6)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 9)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 12)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 15)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 18)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 21)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 24)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 27)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 30)
- ;
- out[1 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (3 - 1)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 1)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 4)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 7)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 10)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 13)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 19)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 22)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 25)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 28)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 31)
- ;
- out[2 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (3 - 2)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 2)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 5)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 11)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 14)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 17)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 20)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 23)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 26)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 29)
- ;
- }
-
-
- protected static void integratedpack4(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 4)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 8)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 12)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 16)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 20)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 24)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 28)
- ;
- out[1 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 4)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 8)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 12)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 16)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 20)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 24)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 28)
- ;
- out[2 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 4)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 8)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 12)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 16)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 20)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 24)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 28)
- ;
- out[3 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 4)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 8)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 12)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 16)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 20)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 24)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 28)
- ;
- }
-
-
- protected static void integratedpack5(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 5)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 10)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 15)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 20)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 25)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 30)
- ;
- out[1 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (5 - 3)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 3)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 13)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 18)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 23)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 28)
- ;
- out[2 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (5 - 1)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 1)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 6)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 11)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 21)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 26)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 31)
- ;
- out[3 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (5 - 4)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 4)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 9)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 14)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 19)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 24)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 29)
- ;
- out[4 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (5 - 2)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 2)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 7)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 12)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 17)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 22)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 27)
- ;
- }
-
-
- protected static void integratedpack6(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 6)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 12)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 18)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 24)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 30)
- ;
- out[1 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (6 - 4)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 4)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 10)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 22)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 28)
- ;
- out[2 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (6 - 2)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 2)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 8)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 14)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 20)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 26)
- ;
- out[3 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 6)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 12)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 18)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 24)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 30)
- ;
- out[4 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (6 - 4)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 4)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 10)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 22)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 28)
- ;
- out[5 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (6 - 2)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 2)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 8)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 14)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 20)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 26)
- ;
- }
-
-
- protected static void integratedpack7(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 7)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 14)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 21)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 28)
- ;
- out[1 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (7 - 3)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 3)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 10)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 17)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 24)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 31)
- ;
- out[2 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (7 - 6)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 6)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 13)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 20)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 27)
- ;
- out[3 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (7 - 2)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 2)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 9)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 23)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 30)
- ;
- out[4 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (7 - 5)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 5)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 12)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 19)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 26)
- ;
- out[5 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (7 - 1)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 1)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 15)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 22)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 29)
- ;
- out[6 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (7 - 4)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 4)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 11)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 18)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 25)
- ;
- }
-
-
- protected static void integratedpack8(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 8)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 16)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 24)
- ;
- out[1 + outpos] = (in[4 + inpos] - in[4 + inpos - 1])
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 8)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 16)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 24)
- ;
- out[2 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 8)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 16)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 24)
- ;
- out[3 + outpos] = (in[12 + inpos] - in[12 + inpos - 1])
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 8)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 16)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 24)
- ;
- out[4 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 8)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 16)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 24)
- ;
- out[5 + outpos] = (in[20 + inpos] - in[20 + inpos - 1])
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 8)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 16)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 24)
- ;
- out[6 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 8)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 16)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 24)
- ;
- out[7 + outpos] = (in[28 + inpos] - in[28 + inpos - 1])
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 8)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 16)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 24)
- ;
- }
-
-
- protected static void integratedpack9(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 9)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 18)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 27)
- ;
- out[1 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (9 - 4)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 4)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 13)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 22)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 31)
- ;
- out[2 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (9 - 8)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 17)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 26)
- ;
- out[3 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (9 - 3)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 3)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 12)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 21)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 30)
- ;
- out[4 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (9 - 7)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 7)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 25)
- ;
- out[5 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (9 - 2)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 2)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 11)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 20)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 29)
- ;
- out[6 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (9 - 6)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 6)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 15)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 24)
- ;
- out[7 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (9 - 1)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 1)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 10)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 19)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 28)
- ;
- out[8 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (9 - 5)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 5)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 14)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 23)
- ;
- }
-
-
- protected static void integratedpack10(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 10)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 20)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 30)
- ;
- out[1 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (10 - 8)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 8)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 18)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 28)
- ;
- out[2 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (10 - 6)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 6)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 26)
- ;
- out[3 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (10 - 4)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 4)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 14)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 24)
- ;
- out[4 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (10 - 2)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 2)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 12)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 22)
- ;
- out[5 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 10)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 20)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 30)
- ;
- out[6 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (10 - 8)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 8)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 18)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 28)
- ;
- out[7 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (10 - 6)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 6)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 26)
- ;
- out[8 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (10 - 4)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 4)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 14)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 24)
- ;
- out[9 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (10 - 2)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 2)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 12)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 22)
- ;
- }
-
-
- protected static void integratedpack11(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 11)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 22)
- ;
- out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (11 - 1)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 1)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 12)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 23)
- ;
- out[2 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (11 - 2)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 2)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 13)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 24)
- ;
- out[3 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (11 - 3)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 3)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 14)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 25)
- ;
- out[4 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (11 - 4)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 4)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 15)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 26)
- ;
- out[5 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (11 - 5)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 5)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 27)
- ;
- out[6 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (11 - 6)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 6)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 17)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 28)
- ;
- out[7 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (11 - 7)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 7)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 18)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 29)
- ;
- out[8 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (11 - 8)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 19)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 30)
- ;
- out[9 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (11 - 9)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 9)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 20)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 31)
- ;
- out[10 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (11 - 10)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 10)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 21)
- ;
- }
-
-
- protected static void integratedpack12(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 12)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 24)
- ;
- out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (12 - 4)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 4)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 16)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 28)
- ;
- out[2 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (12 - 8)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 8)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 20)
- ;
- out[3 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 12)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 24)
- ;
- out[4 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (12 - 4)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 4)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 16)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 28)
- ;
- out[5 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (12 - 8)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 8)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 20)
- ;
- out[6 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 12)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 24)
- ;
- out[7 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (12 - 4)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 4)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 16)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 28)
- ;
- out[8 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (12 - 8)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 8)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 20)
- ;
- out[9 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 12)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 24)
- ;
- out[10 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (12 - 4)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 4)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 16)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 28)
- ;
- out[11 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (12 - 8)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 8)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 20)
- ;
- }
-
-
- protected static void integratedpack13(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 13)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 26)
- ;
- out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (13 - 7)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 7)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 20)
- ;
- out[2 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (13 - 1)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 1)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 14)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 27)
- ;
- out[3 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (13 - 8)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 21)
- ;
- out[4 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (13 - 2)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 2)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 15)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 28)
- ;
- out[5 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (13 - 9)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 9)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 22)
- ;
- out[6 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (13 - 3)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 3)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 29)
- ;
- out[7 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (13 - 10)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 10)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 23)
- ;
- out[8 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (13 - 4)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 4)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 17)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 30)
- ;
- out[9 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (13 - 11)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 11)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 24)
- ;
- out[10 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (13 - 5)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 5)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 18)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 31)
- ;
- out[11 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (13 - 12)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 12)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 25)
- ;
- out[12 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (13 - 6)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 6)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 19)
- ;
- }
-
-
- protected static void integratedpack14(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 14)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 28)
- ;
- out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (14 - 10)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 10)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 24)
- ;
- out[2 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (14 - 6)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 6)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 20)
- ;
- out[3 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (14 - 2)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 2)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 30)
- ;
- out[4 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (14 - 12)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 12)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 26)
- ;
- out[5 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (14 - 8)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 8)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 22)
- ;
- out[6 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (14 - 4)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 4)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 18)
- ;
- out[7 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 14)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 28)
- ;
- out[8 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (14 - 10)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 10)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 24)
- ;
- out[9 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (14 - 6)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 6)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 20)
- ;
- out[10 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (14 - 2)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 2)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 30)
- ;
- out[11 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (14 - 12)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 12)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 26)
- ;
- out[12 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (14 - 8)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 8)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 22)
- ;
- out[13 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (14 - 4)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 4)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 18)
- ;
- }
-
-
- protected static void integratedpack15(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 15)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 30)
- ;
- out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (15 - 13)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 13)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 28)
- ;
- out[2 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (15 - 11)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 11)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 26)
- ;
- out[3 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (15 - 9)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 9)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 24)
- ;
- out[4 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (15 - 7)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 7)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 22)
- ;
- out[5 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (15 - 5)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 5)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 20)
- ;
- out[6 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (15 - 3)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 3)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 18)
- ;
- out[7 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (15 - 1)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 1)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 31)
- ;
- out[8 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (15 - 14)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 14)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 29)
- ;
- out[9 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (15 - 12)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 12)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 27)
- ;
- out[10 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (15 - 10)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 10)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 25)
- ;
- out[11 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (15 - 8)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 23)
- ;
- out[12 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (15 - 6)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 6)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 21)
- ;
- out[13 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (15 - 4)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 4)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 19)
- ;
- out[14 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (15 - 2)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 2)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 17)
- ;
- }
-
-
- protected static void integratedpack16(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 16)
- ;
- out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1])
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 16)
- ;
- out[2 + outpos] = (in[4 + inpos] - in[4 + inpos - 1])
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 16)
- ;
- out[3 + outpos] = (in[6 + inpos] - in[6 + inpos - 1])
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 16)
- ;
- out[4 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 16)
- ;
- out[5 + outpos] = (in[10 + inpos] - in[10 + inpos - 1])
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 16)
- ;
- out[6 + outpos] = (in[12 + inpos] - in[12 + inpos - 1])
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 16)
- ;
- out[7 + outpos] = (in[14 + inpos] - in[14 + inpos - 1])
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 16)
- ;
- out[8 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 16)
- ;
- out[9 + outpos] = (in[18 + inpos] - in[18 + inpos - 1])
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 16)
- ;
- out[10 + outpos] = (in[20 + inpos] - in[20 + inpos - 1])
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 16)
- ;
- out[11 + outpos] = (in[22 + inpos] - in[22 + inpos - 1])
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 16)
- ;
- out[12 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 16)
- ;
- out[13 + outpos] = (in[26 + inpos] - in[26 + inpos - 1])
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 16)
- ;
- out[14 + outpos] = (in[28 + inpos] - in[28 + inpos - 1])
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 16)
- ;
- out[15 + outpos] = (in[30 + inpos] - in[30 + inpos - 1])
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 16)
- ;
- }
-
-
- protected static void integratedpack17(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 17)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (17 - 2)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 2)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 19)
- ;
- out[2 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (17 - 4)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 4)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 21)
- ;
- out[3 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (17 - 6)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 6)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 23)
- ;
- out[4 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (17 - 8)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 25)
- ;
- out[5 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (17 - 10)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 10)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 27)
- ;
- out[6 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (17 - 12)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 12)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 29)
- ;
- out[7 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (17 - 14)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 14)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 31)
- ;
- out[8 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (17 - 16)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- ;
- out[9 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (17 - 1)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 1)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 18)
- ;
- out[10 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (17 - 3)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 3)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 20)
- ;
- out[11 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (17 - 5)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 5)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 22)
- ;
- out[12 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (17 - 7)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 7)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 24)
- ;
- out[13 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (17 - 9)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 9)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 26)
- ;
- out[14 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (17 - 11)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 11)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 28)
- ;
- out[15 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (17 - 13)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 13)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 30)
- ;
- out[16 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (17 - 15)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 15)
- ;
- }
-
-
- protected static void integratedpack18(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 18)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (18 - 4)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 4)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 22)
- ;
- out[2 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (18 - 8)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 8)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 26)
- ;
- out[3 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (18 - 12)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 12)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 30)
- ;
- out[4 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (18 - 16)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
- ;
- out[5 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (18 - 2)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 2)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 20)
- ;
- out[6 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (18 - 6)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 6)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 24)
- ;
- out[7 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (18 - 10)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 10)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 28)
- ;
- out[8 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (18 - 14)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 14)
- ;
- out[9 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 18)
- ;
- out[10 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (18 - 4)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 4)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 22)
- ;
- out[11 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (18 - 8)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 8)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 26)
- ;
- out[12 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (18 - 12)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 12)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 30)
- ;
- out[13 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (18 - 16)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
- ;
- out[14 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (18 - 2)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 2)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 20)
- ;
- out[15 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (18 - 6)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 6)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 24)
- ;
- out[16 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (18 - 10)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 10)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 28)
- ;
- out[17 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (18 - 14)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 14)
- ;
- }
-
-
- protected static void integratedpack19(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 19)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (19 - 6)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 6)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 25)
- ;
- out[2 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (19 - 12)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 12)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 31)
- ;
- out[3 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (19 - 18)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 18)
- ;
- out[4 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (19 - 5)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 5)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 24)
- ;
- out[5 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (19 - 11)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 11)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 30)
- ;
- out[6 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (19 - 17)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 17)
- ;
- out[7 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (19 - 4)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 4)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 23)
- ;
- out[8 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (19 - 10)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 10)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 29)
- ;
- out[9 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (19 - 16)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- ;
- out[10 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (19 - 3)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 3)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 22)
- ;
- out[11 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (19 - 9)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 9)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 28)
- ;
- out[12 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (19 - 15)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 15)
- ;
- out[13 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (19 - 2)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 2)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 21)
- ;
- out[14 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (19 - 8)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 27)
- ;
- out[15 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (19 - 14)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 14)
- ;
- out[16 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (19 - 1)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 1)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 20)
- ;
- out[17 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (19 - 7)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 7)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 26)
- ;
- out[18 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (19 - 13)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 13)
- ;
- }
-
-
- protected static void integratedpack20(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 20)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (20 - 8)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 8)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 28)
- ;
- out[2 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (20 - 16)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 16)
- ;
- out[3 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (20 - 4)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 4)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 24)
- ;
- out[4 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (20 - 12)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 12)
- ;
- out[5 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 20)
- ;
- out[6 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (20 - 8)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 8)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 28)
- ;
- out[7 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (20 - 16)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 16)
- ;
- out[8 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (20 - 4)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 4)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 24)
- ;
- out[9 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (20 - 12)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 12)
- ;
- out[10 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 20)
- ;
- out[11 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (20 - 8)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 8)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 28)
- ;
- out[12 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (20 - 16)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 16)
- ;
- out[13 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (20 - 4)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 4)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 24)
- ;
- out[14 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (20 - 12)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 12)
- ;
- out[15 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 20)
- ;
- out[16 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (20 - 8)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 8)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 28)
- ;
- out[17 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (20 - 16)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 16)
- ;
- out[18 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (20 - 4)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 4)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 24)
- ;
- out[19 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (20 - 12)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 12)
- ;
- }
-
-
- protected static void integratedpack21(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 21)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (21 - 10)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 10)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 31)
- ;
- out[2 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (21 - 20)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 20)
- ;
- out[3 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (21 - 9)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 9)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 30)
- ;
- out[4 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (21 - 19)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 19)
- ;
- out[5 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (21 - 8)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 29)
- ;
- out[6 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (21 - 18)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 18)
- ;
- out[7 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (21 - 7)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 7)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 28)
- ;
- out[8 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (21 - 17)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 17)
- ;
- out[9 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (21 - 6)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 6)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 27)
- ;
- out[10 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (21 - 16)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- ;
- out[11 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (21 - 5)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 5)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 26)
- ;
- out[12 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (21 - 15)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 15)
- ;
- out[13 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (21 - 4)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 4)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 25)
- ;
- out[14 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (21 - 14)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 14)
- ;
- out[15 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (21 - 3)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 3)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 24)
- ;
- out[16 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (21 - 13)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 13)
- ;
- out[17 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (21 - 2)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 2)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 23)
- ;
- out[18 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (21 - 12)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 12)
- ;
- out[19 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (21 - 1)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 1)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 22)
- ;
- out[20 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (21 - 11)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 11)
- ;
- }
-
-
- protected static void integratedpack22(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 22)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (22 - 12)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 12)
- ;
- out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (22 - 2)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 2)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 24)
- ;
- out[3 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (22 - 14)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 14)
- ;
- out[4 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (22 - 4)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 4)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 26)
- ;
- out[5 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (22 - 16)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
- ;
- out[6 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (22 - 6)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 6)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 28)
- ;
- out[7 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (22 - 18)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 18)
- ;
- out[8 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (22 - 8)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 8)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 30)
- ;
- out[9 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (22 - 20)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 20)
- ;
- out[10 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (22 - 10)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 10)
- ;
- out[11 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 22)
- ;
- out[12 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (22 - 12)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 12)
- ;
- out[13 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (22 - 2)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 2)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 24)
- ;
- out[14 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (22 - 14)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 14)
- ;
- out[15 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (22 - 4)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 4)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 26)
- ;
- out[16 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (22 - 16)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
- ;
- out[17 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (22 - 6)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 6)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 28)
- ;
- out[18 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (22 - 18)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 18)
- ;
- out[19 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (22 - 8)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 8)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 30)
- ;
- out[20 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (22 - 20)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 20)
- ;
- out[21 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (22 - 10)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 10)
- ;
- }
-
-
- protected static void integratedpack23(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 23)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (23 - 14)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 14)
- ;
- out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (23 - 5)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 5)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 28)
- ;
- out[3 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (23 - 19)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 19)
- ;
- out[4 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (23 - 10)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 10)
- ;
- out[5 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (23 - 1)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 1)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 24)
- ;
- out[6 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (23 - 15)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 15)
- ;
- out[7 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (23 - 6)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 6)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 29)
- ;
- out[8 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (23 - 20)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 20)
- ;
- out[9 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (23 - 11)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 11)
- ;
- out[10 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (23 - 2)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 2)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 25)
- ;
- out[11 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (23 - 16)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- ;
- out[12 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (23 - 7)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 7)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 30)
- ;
- out[13 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (23 - 21)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 21)
- ;
- out[14 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (23 - 12)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 12)
- ;
- out[15 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (23 - 3)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 3)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 26)
- ;
- out[16 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (23 - 17)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 17)
- ;
- out[17 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (23 - 8)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 31)
- ;
- out[18 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (23 - 22)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 22)
- ;
- out[19 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (23 - 13)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 13)
- ;
- out[20 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (23 - 4)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 4)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 27)
- ;
- out[21 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (23 - 18)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 18)
- ;
- out[22 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (23 - 9)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 9)
- ;
- }
-
-
- protected static void integratedpack24(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 24)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (24 - 16)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 16)
- ;
- out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (24 - 8)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 8)
- ;
- out[3 + outpos] = (in[4 + inpos] - in[4 + inpos - 1])
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 24)
- ;
- out[4 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (24 - 16)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 16)
- ;
- out[5 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (24 - 8)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 8)
- ;
- out[6 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 24)
- ;
- out[7 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (24 - 16)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 16)
- ;
- out[8 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (24 - 8)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 8)
- ;
- out[9 + outpos] = (in[12 + inpos] - in[12 + inpos - 1])
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 24)
- ;
- out[10 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (24 - 16)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 16)
- ;
- out[11 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (24 - 8)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 8)
- ;
- out[12 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 24)
- ;
- out[13 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (24 - 16)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 16)
- ;
- out[14 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (24 - 8)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 8)
- ;
- out[15 + outpos] = (in[20 + inpos] - in[20 + inpos - 1])
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 24)
- ;
- out[16 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (24 - 16)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 16)
- ;
- out[17 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (24 - 8)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 8)
- ;
- out[18 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 24)
- ;
- out[19 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (24 - 16)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 16)
- ;
- out[20 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (24 - 8)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 8)
- ;
- out[21 + outpos] = (in[28 + inpos] - in[28 + inpos - 1])
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 24)
- ;
- out[22 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (24 - 16)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 16)
- ;
- out[23 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (24 - 8)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 8)
- ;
- }
-
-
- protected static void integratedpack25(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 25)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (25 - 18)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 18)
- ;
- out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (25 - 11)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 11)
- ;
- out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (25 - 4)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 4)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 29)
- ;
- out[4 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (25 - 22)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 22)
- ;
- out[5 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (25 - 15)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 15)
- ;
- out[6 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (25 - 8)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
- ;
- out[7 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (25 - 1)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 1)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 26)
- ;
- out[8 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (25 - 19)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 19)
- ;
- out[9 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (25 - 12)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 12)
- ;
- out[10 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (25 - 5)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 5)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 30)
- ;
- out[11 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (25 - 23)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 23)
- ;
- out[12 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (25 - 16)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- ;
- out[13 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (25 - 9)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 9)
- ;
- out[14 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (25 - 2)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 2)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 27)
- ;
- out[15 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (25 - 20)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 20)
- ;
- out[16 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (25 - 13)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 13)
- ;
- out[17 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (25 - 6)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 6)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 31)
- ;
- out[18 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (25 - 24)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 24)
- ;
- out[19 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (25 - 17)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 17)
- ;
- out[20 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (25 - 10)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 10)
- ;
- out[21 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (25 - 3)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 3)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 28)
- ;
- out[22 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (25 - 21)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 21)
- ;
- out[23 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (25 - 14)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 14)
- ;
- out[24 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (25 - 7)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 7)
- ;
- }
-
-
- protected static void integratedpack26(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 26)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (26 - 20)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 20)
- ;
- out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (26 - 14)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 14)
- ;
- out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (26 - 8)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 8)
- ;
- out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (26 - 2)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 2)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 28)
- ;
- out[5 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (26 - 22)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 22)
- ;
- out[6 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (26 - 16)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
- ;
- out[7 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (26 - 10)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 10)
- ;
- out[8 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (26 - 4)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 4)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 30)
- ;
- out[9 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (26 - 24)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 24)
- ;
- out[10 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (26 - 18)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 18)
- ;
- out[11 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (26 - 12)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 12)
- ;
- out[12 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (26 - 6)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 6)
- ;
- out[13 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 26)
- ;
- out[14 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (26 - 20)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 20)
- ;
- out[15 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (26 - 14)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 14)
- ;
- out[16 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (26 - 8)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 8)
- ;
- out[17 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (26 - 2)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 2)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 28)
- ;
- out[18 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (26 - 22)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 22)
- ;
- out[19 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (26 - 16)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
- ;
- out[20 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (26 - 10)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 10)
- ;
- out[21 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (26 - 4)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 4)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 30)
- ;
- out[22 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (26 - 24)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 24)
- ;
- out[23 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (26 - 18)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 18)
- ;
- out[24 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (26 - 12)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 12)
- ;
- out[25 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (26 - 6)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 6)
- ;
- }
-
-
- protected static void integratedpack27(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 27)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (27 - 22)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 22)
- ;
- out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (27 - 17)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 17)
- ;
- out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (27 - 12)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 12)
- ;
- out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (27 - 7)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 7)
- ;
- out[5 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (27 - 2)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 2)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 29)
- ;
- out[6 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (27 - 24)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 24)
- ;
- out[7 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (27 - 19)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 19)
- ;
- out[8 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (27 - 14)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 14)
- ;
- out[9 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (27 - 9)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 9)
- ;
- out[10 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (27 - 4)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 4)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 31)
- ;
- out[11 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (27 - 26)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 26)
- ;
- out[12 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (27 - 21)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 21)
- ;
- out[13 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (27 - 16)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- ;
- out[14 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (27 - 11)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 11)
- ;
- out[15 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (27 - 6)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 6)
- ;
- out[16 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (27 - 1)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 1)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 28)
- ;
- out[17 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (27 - 23)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 23)
- ;
- out[18 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (27 - 18)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 18)
- ;
- out[19 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (27 - 13)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 13)
- ;
- out[20 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (27 - 8)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
- ;
- out[21 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (27 - 3)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 3)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 30)
- ;
- out[22 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (27 - 25)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 25)
- ;
- out[23 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (27 - 20)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 20)
- ;
- out[24 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (27 - 15)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 15)
- ;
- out[25 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (27 - 10)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 10)
- ;
- out[26 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (27 - 5)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 5)
- ;
- }
-
-
- protected static void integratedpack28(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 28)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (28 - 24)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 24)
- ;
- out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (28 - 20)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 20)
- ;
- out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (28 - 16)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 16)
- ;
- out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (28 - 12)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 12)
- ;
- out[5 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (28 - 8)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 8)
- ;
- out[6 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (28 - 4)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 4)
- ;
- out[7 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 28)
- ;
- out[8 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (28 - 24)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 24)
- ;
- out[9 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (28 - 20)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 20)
- ;
- out[10 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (28 - 16)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 16)
- ;
- out[11 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (28 - 12)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 12)
- ;
- out[12 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (28 - 8)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 8)
- ;
- out[13 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (28 - 4)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 4)
- ;
- out[14 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 28)
- ;
- out[15 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (28 - 24)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 24)
- ;
- out[16 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (28 - 20)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 20)
- ;
- out[17 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (28 - 16)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 16)
- ;
- out[18 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (28 - 12)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 12)
- ;
- out[19 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (28 - 8)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 8)
- ;
- out[20 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (28 - 4)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 4)
- ;
- out[21 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 28)
- ;
- out[22 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (28 - 24)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 24)
- ;
- out[23 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (28 - 20)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 20)
- ;
- out[24 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (28 - 16)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 16)
- ;
- out[25 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (28 - 12)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 12)
- ;
- out[26 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (28 - 8)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 8)
- ;
- out[27 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (28 - 4)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 4)
- ;
- }
-
-
- protected static void integratedpack29(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 29)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (29 - 26)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 26)
- ;
- out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (29 - 23)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 23)
- ;
- out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (29 - 20)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 20)
- ;
- out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (29 - 17)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 17)
- ;
- out[5 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (29 - 14)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 14)
- ;
- out[6 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (29 - 11)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 11)
- ;
- out[7 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (29 - 8)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
- ;
- out[8 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (29 - 5)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 5)
- ;
- out[9 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (29 - 2)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 2)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 31)
- ;
- out[10 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (29 - 28)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 28)
- ;
- out[11 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (29 - 25)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 25)
- ;
- out[12 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (29 - 22)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 22)
- ;
- out[13 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (29 - 19)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 19)
- ;
- out[14 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (29 - 16)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- ;
- out[15 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (29 - 13)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 13)
- ;
- out[16 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (29 - 10)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 10)
- ;
- out[17 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (29 - 7)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 7)
- ;
- out[18 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (29 - 4)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 4)
- ;
- out[19 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (29 - 1)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 1)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 30)
- ;
- out[20 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (29 - 27)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 27)
- ;
- out[21 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (29 - 24)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 24)
- ;
- out[22 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (29 - 21)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 21)
- ;
- out[23 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (29 - 18)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 18)
- ;
- out[24 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (29 - 15)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 15)
- ;
- out[25 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (29 - 12)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 12)
- ;
- out[26 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (29 - 9)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 9)
- ;
- out[27 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (29 - 6)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 6)
- ;
- out[28 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (29 - 3)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 3)
- ;
- }
-
-
- protected static void integratedpack30(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 30)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (30 - 28)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 28)
- ;
- out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (30 - 26)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 26)
- ;
- out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (30 - 24)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 24)
- ;
- out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (30 - 22)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 22)
- ;
- out[5 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (30 - 20)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 20)
- ;
- out[6 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (30 - 18)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 18)
- ;
- out[7 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (30 - 16)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
- ;
- out[8 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (30 - 14)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 14)
- ;
- out[9 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (30 - 12)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 12)
- ;
- out[10 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (30 - 10)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 10)
- ;
- out[11 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (30 - 8)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 8)
- ;
- out[12 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (30 - 6)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 6)
- ;
- out[13 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (30 - 4)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 4)
- ;
- out[14 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (30 - 2)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 2)
- ;
- out[15 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 30)
- ;
- out[16 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (30 - 28)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 28)
- ;
- out[17 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (30 - 26)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 26)
- ;
- out[18 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (30 - 24)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 24)
- ;
- out[19 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (30 - 22)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 22)
- ;
- out[20 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (30 - 20)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 20)
- ;
- out[21 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (30 - 18)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 18)
- ;
- out[22 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (30 - 16)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
- ;
- out[23 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (30 - 14)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 14)
- ;
- out[24 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (30 - 12)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 12)
- ;
- out[25 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (30 - 10)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 10)
- ;
- out[26 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (30 - 8)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 8)
- ;
- out[27 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (30 - 6)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 6)
- ;
- out[28 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (30 - 4)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 4)
- ;
- out[29 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (30 - 2)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 2)
- ;
- }
-
-
- protected static void integratedpack31(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (in[0 + inpos] - initoffset)
- | ((in[1 + inpos] - in[1 + inpos - 1]) << 31)
- ;
- out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (31 - 30)
- | ((in[2 + inpos] - in[2 + inpos - 1]) << 30)
- ;
- out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (31 - 29)
- | ((in[3 + inpos] - in[3 + inpos - 1]) << 29)
- ;
- out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (31 - 28)
- | ((in[4 + inpos] - in[4 + inpos - 1]) << 28)
- ;
- out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (31 - 27)
- | ((in[5 + inpos] - in[5 + inpos - 1]) << 27)
- ;
- out[5 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (31 - 26)
- | ((in[6 + inpos] - in[6 + inpos - 1]) << 26)
- ;
- out[6 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (31 - 25)
- | ((in[7 + inpos] - in[7 + inpos - 1]) << 25)
- ;
- out[7 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (31 - 24)
- | ((in[8 + inpos] - in[8 + inpos - 1]) << 24)
- ;
- out[8 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (31 - 23)
- | ((in[9 + inpos] - in[9 + inpos - 1]) << 23)
- ;
- out[9 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (31 - 22)
- | ((in[10 + inpos] - in[10 + inpos - 1]) << 22)
- ;
- out[10 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (31 - 21)
- | ((in[11 + inpos] - in[11 + inpos - 1]) << 21)
- ;
- out[11 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (31 - 20)
- | ((in[12 + inpos] - in[12 + inpos - 1]) << 20)
- ;
- out[12 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (31 - 19)
- | ((in[13 + inpos] - in[13 + inpos - 1]) << 19)
- ;
- out[13 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (31 - 18)
- | ((in[14 + inpos] - in[14 + inpos - 1]) << 18)
- ;
- out[14 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (31 - 17)
- | ((in[15 + inpos] - in[15 + inpos - 1]) << 17)
- ;
- out[15 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (31 - 16)
- | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
- ;
- out[16 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (31 - 15)
- | ((in[17 + inpos] - in[17 + inpos - 1]) << 15)
- ;
- out[17 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (31 - 14)
- | ((in[18 + inpos] - in[18 + inpos - 1]) << 14)
- ;
- out[18 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (31 - 13)
- | ((in[19 + inpos] - in[19 + inpos - 1]) << 13)
- ;
- out[19 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (31 - 12)
- | ((in[20 + inpos] - in[20 + inpos - 1]) << 12)
- ;
- out[20 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (31 - 11)
- | ((in[21 + inpos] - in[21 + inpos - 1]) << 11)
- ;
- out[21 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (31 - 10)
- | ((in[22 + inpos] - in[22 + inpos - 1]) << 10)
- ;
- out[22 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (31 - 9)
- | ((in[23 + inpos] - in[23 + inpos - 1]) << 9)
- ;
- out[23 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (31 - 8)
- | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
- ;
- out[24 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (31 - 7)
- | ((in[25 + inpos] - in[25 + inpos - 1]) << 7)
- ;
- out[25 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (31 - 6)
- | ((in[26 + inpos] - in[26 + inpos - 1]) << 6)
- ;
- out[26 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (31 - 5)
- | ((in[27 + inpos] - in[27 + inpos - 1]) << 5)
- ;
- out[27 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (31 - 4)
- | ((in[28 + inpos] - in[28 + inpos - 1]) << 4)
- ;
- out[28 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (31 - 3)
- | ((in[29 + inpos] - in[29 + inpos - 1]) << 3)
- ;
- out[29 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (31 - 2)
- | ((in[30 + inpos] - in[30 + inpos - 1]) << 2)
- ;
- out[30 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (31 - 1)
- | ((in[31 + inpos] - in[31 + inpos - 1]) << 1)
- ;
- }
-
-
- protected static void integratedunpack1(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 1)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 1) & 1)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[0 + inpos] >>> 2) & 1)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[0 + inpos] >>> 3) & 1)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[0 + inpos] >>> 4) & 1)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[0 + inpos] >>> 5) & 1)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[0 + inpos] >>> 6) & 1)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[0 + inpos] >>> 7) & 1)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[0 + inpos] >>> 8) & 1)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[0 + inpos] >>> 9) & 1)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[0 + inpos] >>> 10) & 1)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[0 + inpos] >>> 11) & 1)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[0 + inpos] >>> 12) & 1)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[0 + inpos] >>> 13) & 1)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[0 + inpos] >>> 14) & 1)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = (((in[0 + inpos] >>> 15) & 1)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[0 + inpos] >>> 16) & 1)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[0 + inpos] >>> 17) & 1)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[0 + inpos] >>> 18) & 1)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[0 + inpos] >>> 19) & 1)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[0 + inpos] >>> 20) & 1)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[0 + inpos] >>> 21) & 1)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[0 + inpos] >>> 22) & 1)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[0 + inpos] >>> 23) & 1)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[0 + inpos] >>> 24) & 1)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[0 + inpos] >>> 25) & 1)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[0 + inpos] >>> 26) & 1)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[0 + inpos] >>> 27) & 1)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[0 + inpos] >>> 28) & 1)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[0 + inpos] >>> 29) & 1)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[0 + inpos] >>> 30) & 1)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[0 + inpos] >>> 31)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack2(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 3)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 2) & 3)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[0 + inpos] >>> 4) & 3)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[0 + inpos] >>> 6) & 3)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[0 + inpos] >>> 8) & 3)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[0 + inpos] >>> 10) & 3)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[0 + inpos] >>> 12) & 3)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[0 + inpos] >>> 14) & 3)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[0 + inpos] >>> 16) & 3)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[0 + inpos] >>> 18) & 3)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[0 + inpos] >>> 20) & 3)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[0 + inpos] >>> 22) & 3)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[0 + inpos] >>> 24) & 3)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[0 + inpos] >>> 26) & 3)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[0 + inpos] >>> 28) & 3)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[0 + inpos] >>> 30)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[1 + inpos] >>> 0) & 3)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[1 + inpos] >>> 2) & 3)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[1 + inpos] >>> 4) & 3)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[1 + inpos] >>> 6) & 3)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[1 + inpos] >>> 8) & 3)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[1 + inpos] >>> 10) & 3)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[1 + inpos] >>> 12) & 3)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[1 + inpos] >>> 14) & 3)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[1 + inpos] >>> 16) & 3)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[1 + inpos] >>> 18) & 3)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[1 + inpos] >>> 20) & 3)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[1 + inpos] >>> 22) & 3)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[1 + inpos] >>> 24) & 3)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[1 + inpos] >>> 26) & 3)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[1 + inpos] >>> 28) & 3)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[1 + inpos] >>> 30)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack3(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 7)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 3) & 7)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[0 + inpos] >>> 6) & 7)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[0 + inpos] >>> 9) & 7)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[0 + inpos] >>> 12) & 7)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[0 + inpos] >>> 15) & 7)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[0 + inpos] >>> 18) & 7)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[0 + inpos] >>> 21) & 7)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[0 + inpos] >>> 24) & 7)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[0 + inpos] >>> 27) & 7)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 1) << (3 - 1))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[1 + inpos] >>> 1) & 7)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[1 + inpos] >>> 4) & 7)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[1 + inpos] >>> 7) & 7)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[1 + inpos] >>> 10) & 7)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = (((in[1 + inpos] >>> 13) & 7)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[1 + inpos] >>> 16) & 7)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[1 + inpos] >>> 19) & 7)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[1 + inpos] >>> 22) & 7)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[1 + inpos] >>> 25) & 7)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[1 + inpos] >>> 28) & 7)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[1 + inpos] >>> 31)
- | ((in[2 + inpos] & 3) << (3 - 2))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[2 + inpos] >>> 2) & 7)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[2 + inpos] >>> 5) & 7)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[2 + inpos] >>> 8) & 7)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[2 + inpos] >>> 11) & 7)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[2 + inpos] >>> 14) & 7)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[2 + inpos] >>> 17) & 7)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[2 + inpos] >>> 20) & 7)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[2 + inpos] >>> 23) & 7)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[2 + inpos] >>> 26) & 7)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[2 + inpos] >>> 29)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack4(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 15)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 4) & 15)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[0 + inpos] >>> 8) & 15)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[0 + inpos] >>> 12) & 15)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[0 + inpos] >>> 16) & 15)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[0 + inpos] >>> 20) & 15)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[0 + inpos] >>> 24) & 15)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[0 + inpos] >>> 28)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[1 + inpos] >>> 0) & 15)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[1 + inpos] >>> 4) & 15)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[1 + inpos] >>> 8) & 15)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[1 + inpos] >>> 12) & 15)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[1 + inpos] >>> 16) & 15)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[1 + inpos] >>> 20) & 15)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[1 + inpos] >>> 24) & 15)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[1 + inpos] >>> 28)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[2 + inpos] >>> 0) & 15)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[2 + inpos] >>> 4) & 15)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[2 + inpos] >>> 8) & 15)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[2 + inpos] >>> 12) & 15)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[2 + inpos] >>> 16) & 15)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[2 + inpos] >>> 20) & 15)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[2 + inpos] >>> 24) & 15)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[2 + inpos] >>> 28)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[3 + inpos] >>> 0) & 15)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[3 + inpos] >>> 4) & 15)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[3 + inpos] >>> 8) & 15)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[3 + inpos] >>> 12) & 15)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[3 + inpos] >>> 16) & 15)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[3 + inpos] >>> 20) & 15)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[3 + inpos] >>> 24) & 15)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[3 + inpos] >>> 28)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack5(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 31)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 5) & 31)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[0 + inpos] >>> 10) & 31)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[0 + inpos] >>> 15) & 31)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[0 + inpos] >>> 20) & 31)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[0 + inpos] >>> 25) & 31)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 7) << (5 - 3))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[1 + inpos] >>> 3) & 31)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[1 + inpos] >>> 8) & 31)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[1 + inpos] >>> 13) & 31)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[1 + inpos] >>> 18) & 31)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[1 + inpos] >>> 23) & 31)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 1) << (5 - 1))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[2 + inpos] >>> 1) & 31)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[2 + inpos] >>> 6) & 31)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = (((in[2 + inpos] >>> 11) & 31)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[2 + inpos] >>> 16) & 31)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[2 + inpos] >>> 21) & 31)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[2 + inpos] >>> 26) & 31)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[2 + inpos] >>> 31)
- | ((in[3 + inpos] & 15) << (5 - 4))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[3 + inpos] >>> 4) & 31)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[3 + inpos] >>> 9) & 31)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[3 + inpos] >>> 14) & 31)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[3 + inpos] >>> 19) & 31)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[3 + inpos] >>> 24) & 31)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[3 + inpos] >>> 29)
- | ((in[4 + inpos] & 3) << (5 - 2))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[4 + inpos] >>> 2) & 31)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[4 + inpos] >>> 7) & 31)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[4 + inpos] >>> 12) & 31)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[4 + inpos] >>> 17) & 31)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[4 + inpos] >>> 22) & 31)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[4 + inpos] >>> 27)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack6(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 63)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 6) & 63)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[0 + inpos] >>> 12) & 63)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[0 + inpos] >>> 18) & 63)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[0 + inpos] >>> 24) & 63)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 15) << (6 - 4))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[1 + inpos] >>> 4) & 63)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[1 + inpos] >>> 10) & 63)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[1 + inpos] >>> 16) & 63)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[1 + inpos] >>> 22) & 63)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 3) << (6 - 2))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[2 + inpos] >>> 2) & 63)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[2 + inpos] >>> 8) & 63)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[2 + inpos] >>> 14) & 63)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[2 + inpos] >>> 20) & 63)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[2 + inpos] >>> 26)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[3 + inpos] >>> 0) & 63)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[3 + inpos] >>> 6) & 63)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[3 + inpos] >>> 12) & 63)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[3 + inpos] >>> 18) & 63)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[3 + inpos] >>> 24) & 63)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 15) << (6 - 4))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[4 + inpos] >>> 4) & 63)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[4 + inpos] >>> 10) & 63)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[4 + inpos] >>> 16) & 63)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[4 + inpos] >>> 22) & 63)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[4 + inpos] >>> 28)
- | ((in[5 + inpos] & 3) << (6 - 2))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[5 + inpos] >>> 2) & 63)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[5 + inpos] >>> 8) & 63)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[5 + inpos] >>> 14) & 63)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[5 + inpos] >>> 20) & 63)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[5 + inpos] >>> 26)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack7(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 127)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 7) & 127)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[0 + inpos] >>> 14) & 127)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[0 + inpos] >>> 21) & 127)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[0 + inpos] >>> 28)
- | ((in[1 + inpos] & 7) << (7 - 3))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[1 + inpos] >>> 3) & 127)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[1 + inpos] >>> 10) & 127)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[1 + inpos] >>> 17) & 127)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[1 + inpos] >>> 24) & 127)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[1 + inpos] >>> 31)
- | ((in[2 + inpos] & 63) << (7 - 6))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[2 + inpos] >>> 6) & 127)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[2 + inpos] >>> 13) & 127)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[2 + inpos] >>> 20) & 127)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[2 + inpos] >>> 27)
- | ((in[3 + inpos] & 3) << (7 - 2))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[3 + inpos] >>> 2) & 127)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = (((in[3 + inpos] >>> 9) & 127)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[3 + inpos] >>> 16) & 127)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[3 + inpos] >>> 23) & 127)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 31) << (7 - 5))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[4 + inpos] >>> 5) & 127)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[4 + inpos] >>> 12) & 127)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[4 + inpos] >>> 19) & 127)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[4 + inpos] >>> 26)
- | ((in[5 + inpos] & 1) << (7 - 1))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[5 + inpos] >>> 1) & 127)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[5 + inpos] >>> 8) & 127)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[5 + inpos] >>> 15) & 127)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[5 + inpos] >>> 22) & 127)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[5 + inpos] >>> 29)
- | ((in[6 + inpos] & 15) << (7 - 4))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[6 + inpos] >>> 4) & 127)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[6 + inpos] >>> 11) & 127)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[6 + inpos] >>> 18) & 127)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[6 + inpos] >>> 25)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack8(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 255)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 8) & 255)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[0 + inpos] >>> 16) & 255)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[0 + inpos] >>> 24)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[1 + inpos] >>> 0) & 255)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[1 + inpos] >>> 8) & 255)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[1 + inpos] >>> 16) & 255)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[1 + inpos] >>> 24)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[2 + inpos] >>> 0) & 255)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[2 + inpos] >>> 8) & 255)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[2 + inpos] >>> 16) & 255)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[2 + inpos] >>> 24)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[3 + inpos] >>> 0) & 255)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[3 + inpos] >>> 8) & 255)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[3 + inpos] >>> 16) & 255)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[3 + inpos] >>> 24)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[4 + inpos] >>> 0) & 255)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[4 + inpos] >>> 8) & 255)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[4 + inpos] >>> 16) & 255)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[4 + inpos] >>> 24)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[5 + inpos] >>> 0) & 255)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[5 + inpos] >>> 8) & 255)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[5 + inpos] >>> 16) & 255)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[5 + inpos] >>> 24)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[6 + inpos] >>> 0) & 255)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[6 + inpos] >>> 8) & 255)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[6 + inpos] >>> 16) & 255)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[6 + inpos] >>> 24)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[7 + inpos] >>> 0) & 255)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[7 + inpos] >>> 8) & 255)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[7 + inpos] >>> 16) & 255)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[7 + inpos] >>> 24)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack9(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 511)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 9) & 511)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[0 + inpos] >>> 18) & 511)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[0 + inpos] >>> 27)
- | ((in[1 + inpos] & 15) << (9 - 4))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[1 + inpos] >>> 4) & 511)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[1 + inpos] >>> 13) & 511)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[1 + inpos] >>> 22) & 511)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[1 + inpos] >>> 31)
- | ((in[2 + inpos] & 255) << (9 - 8))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[2 + inpos] >>> 8) & 511)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[2 + inpos] >>> 17) & 511)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[2 + inpos] >>> 26)
- | ((in[3 + inpos] & 7) << (9 - 3))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[3 + inpos] >>> 3) & 511)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[3 + inpos] >>> 12) & 511)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[3 + inpos] >>> 21) & 511)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 127) << (9 - 7))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = (((in[4 + inpos] >>> 7) & 511)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[4 + inpos] >>> 16) & 511)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[4 + inpos] >>> 25)
- | ((in[5 + inpos] & 3) << (9 - 2))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[5 + inpos] >>> 2) & 511)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[5 + inpos] >>> 11) & 511)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[5 + inpos] >>> 20) & 511)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[5 + inpos] >>> 29)
- | ((in[6 + inpos] & 63) << (9 - 6))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[6 + inpos] >>> 6) & 511)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[6 + inpos] >>> 15) & 511)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[6 + inpos] >>> 24)
- | ((in[7 + inpos] & 1) << (9 - 1))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[7 + inpos] >>> 1) & 511)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[7 + inpos] >>> 10) & 511)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[7 + inpos] >>> 19) & 511)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 31) << (9 - 5))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[8 + inpos] >>> 5) & 511)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[8 + inpos] >>> 14) & 511)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[8 + inpos] >>> 23)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack10(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 1023)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 10) & 1023)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[0 + inpos] >>> 20) & 1023)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 255) << (10 - 8))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[1 + inpos] >>> 8) & 1023)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[1 + inpos] >>> 18) & 1023)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 63) << (10 - 6))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[2 + inpos] >>> 6) & 1023)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[2 + inpos] >>> 16) & 1023)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[2 + inpos] >>> 26)
- | ((in[3 + inpos] & 15) << (10 - 4))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[3 + inpos] >>> 4) & 1023)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[3 + inpos] >>> 14) & 1023)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 3) << (10 - 2))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[4 + inpos] >>> 2) & 1023)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[4 + inpos] >>> 12) & 1023)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[4 + inpos] >>> 22)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[5 + inpos] >>> 0) & 1023)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[5 + inpos] >>> 10) & 1023)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[5 + inpos] >>> 20) & 1023)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[5 + inpos] >>> 30)
- | ((in[6 + inpos] & 255) << (10 - 8))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[6 + inpos] >>> 8) & 1023)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[6 + inpos] >>> 18) & 1023)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[6 + inpos] >>> 28)
- | ((in[7 + inpos] & 63) << (10 - 6))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[7 + inpos] >>> 6) & 1023)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[7 + inpos] >>> 16) & 1023)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[7 + inpos] >>> 26)
- | ((in[8 + inpos] & 15) << (10 - 4))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[8 + inpos] >>> 4) & 1023)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[8 + inpos] >>> 14) & 1023)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[8 + inpos] >>> 24)
- | ((in[9 + inpos] & 3) << (10 - 2))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[9 + inpos] >>> 2) & 1023)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[9 + inpos] >>> 12) & 1023)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[9 + inpos] >>> 22)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack11(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 2047)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 11) & 2047)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[0 + inpos] >>> 22)
- | ((in[1 + inpos] & 1) << (11 - 1))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[1 + inpos] >>> 1) & 2047)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[1 + inpos] >>> 12) & 2047)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[1 + inpos] >>> 23)
- | ((in[2 + inpos] & 3) << (11 - 2))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[2 + inpos] >>> 2) & 2047)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[2 + inpos] >>> 13) & 2047)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[2 + inpos] >>> 24)
- | ((in[3 + inpos] & 7) << (11 - 3))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[3 + inpos] >>> 3) & 2047)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[3 + inpos] >>> 14) & 2047)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[3 + inpos] >>> 25)
- | ((in[4 + inpos] & 15) << (11 - 4))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[4 + inpos] >>> 4) & 2047)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[4 + inpos] >>> 15) & 2047)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[4 + inpos] >>> 26)
- | ((in[5 + inpos] & 31) << (11 - 5))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = (((in[5 + inpos] >>> 5) & 2047)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[5 + inpos] >>> 16) & 2047)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[5 + inpos] >>> 27)
- | ((in[6 + inpos] & 63) << (11 - 6))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[6 + inpos] >>> 6) & 2047)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[6 + inpos] >>> 17) & 2047)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[6 + inpos] >>> 28)
- | ((in[7 + inpos] & 127) << (11 - 7))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[7 + inpos] >>> 7) & 2047)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[7 + inpos] >>> 18) & 2047)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[7 + inpos] >>> 29)
- | ((in[8 + inpos] & 255) << (11 - 8))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[8 + inpos] >>> 8) & 2047)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[8 + inpos] >>> 19) & 2047)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[8 + inpos] >>> 30)
- | ((in[9 + inpos] & 511) << (11 - 9))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[9 + inpos] >>> 9) & 2047)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[9 + inpos] >>> 20) & 2047)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[9 + inpos] >>> 31)
- | ((in[10 + inpos] & 1023) << (11 - 10))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[10 + inpos] >>> 10) & 2047)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[10 + inpos] >>> 21)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack12(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 4095)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 12) & 4095)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[0 + inpos] >>> 24)
- | ((in[1 + inpos] & 15) << (12 - 4))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[1 + inpos] >>> 4) & 4095)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[1 + inpos] >>> 16) & 4095)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 255) << (12 - 8))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[2 + inpos] >>> 8) & 4095)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[2 + inpos] >>> 20)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[3 + inpos] >>> 0) & 4095)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[3 + inpos] >>> 12) & 4095)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 15) << (12 - 4))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[4 + inpos] >>> 4) & 4095)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[4 + inpos] >>> 16) & 4095)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[4 + inpos] >>> 28)
- | ((in[5 + inpos] & 255) << (12 - 8))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[5 + inpos] >>> 8) & 4095)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[5 + inpos] >>> 20)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[6 + inpos] >>> 0) & 4095)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[6 + inpos] >>> 12) & 4095)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[6 + inpos] >>> 24)
- | ((in[7 + inpos] & 15) << (12 - 4))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[7 + inpos] >>> 4) & 4095)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[7 + inpos] >>> 16) & 4095)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 255) << (12 - 8))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[8 + inpos] >>> 8) & 4095)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[8 + inpos] >>> 20)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[9 + inpos] >>> 0) & 4095)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[9 + inpos] >>> 12) & 4095)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[9 + inpos] >>> 24)
- | ((in[10 + inpos] & 15) << (12 - 4))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[10 + inpos] >>> 4) & 4095)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[10 + inpos] >>> 16) & 4095)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[10 + inpos] >>> 28)
- | ((in[11 + inpos] & 255) << (12 - 8))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[11 + inpos] >>> 8) & 4095)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[11 + inpos] >>> 20)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack13(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 8191)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 13) & 8191)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[0 + inpos] >>> 26)
- | ((in[1 + inpos] & 127) << (13 - 7))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[1 + inpos] >>> 7) & 8191)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[1 + inpos] >>> 20)
- | ((in[2 + inpos] & 1) << (13 - 1))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[2 + inpos] >>> 1) & 8191)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[2 + inpos] >>> 14) & 8191)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[2 + inpos] >>> 27)
- | ((in[3 + inpos] & 255) << (13 - 8))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[3 + inpos] >>> 8) & 8191)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[3 + inpos] >>> 21)
- | ((in[4 + inpos] & 3) << (13 - 2))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[4 + inpos] >>> 2) & 8191)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[4 + inpos] >>> 15) & 8191)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[4 + inpos] >>> 28)
- | ((in[5 + inpos] & 511) << (13 - 9))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[5 + inpos] >>> 9) & 8191)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[5 + inpos] >>> 22)
- | ((in[6 + inpos] & 7) << (13 - 3))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = (((in[6 + inpos] >>> 3) & 8191)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[6 + inpos] >>> 16) & 8191)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[6 + inpos] >>> 29)
- | ((in[7 + inpos] & 1023) << (13 - 10))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[7 + inpos] >>> 10) & 8191)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[7 + inpos] >>> 23)
- | ((in[8 + inpos] & 15) << (13 - 4))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[8 + inpos] >>> 4) & 8191)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[8 + inpos] >>> 17) & 8191)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[8 + inpos] >>> 30)
- | ((in[9 + inpos] & 2047) << (13 - 11))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[9 + inpos] >>> 11) & 8191)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[9 + inpos] >>> 24)
- | ((in[10 + inpos] & 31) << (13 - 5))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[10 + inpos] >>> 5) & 8191)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[10 + inpos] >>> 18) & 8191)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[10 + inpos] >>> 31)
- | ((in[11 + inpos] & 4095) << (13 - 12))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[11 + inpos] >>> 12) & 8191)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[11 + inpos] >>> 25)
- | ((in[12 + inpos] & 63) << (13 - 6))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[12 + inpos] >>> 6) & 8191)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[12 + inpos] >>> 19)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack14(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 16383)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 14) & 16383)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[0 + inpos] >>> 28)
- | ((in[1 + inpos] & 1023) << (14 - 10))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[1 + inpos] >>> 10) & 16383)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[1 + inpos] >>> 24)
- | ((in[2 + inpos] & 63) << (14 - 6))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[2 + inpos] >>> 6) & 16383)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[2 + inpos] >>> 20)
- | ((in[3 + inpos] & 3) << (14 - 2))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[3 + inpos] >>> 2) & 16383)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[3 + inpos] >>> 16) & 16383)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 4095) << (14 - 12))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[4 + inpos] >>> 12) & 16383)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[4 + inpos] >>> 26)
- | ((in[5 + inpos] & 255) << (14 - 8))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[5 + inpos] >>> 8) & 16383)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[5 + inpos] >>> 22)
- | ((in[6 + inpos] & 15) << (14 - 4))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[6 + inpos] >>> 4) & 16383)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[6 + inpos] >>> 18)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[7 + inpos] >>> 0) & 16383)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[7 + inpos] >>> 14) & 16383)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 1023) << (14 - 10))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[8 + inpos] >>> 10) & 16383)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[8 + inpos] >>> 24)
- | ((in[9 + inpos] & 63) << (14 - 6))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[9 + inpos] >>> 6) & 16383)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[9 + inpos] >>> 20)
- | ((in[10 + inpos] & 3) << (14 - 2))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[10 + inpos] >>> 2) & 16383)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[10 + inpos] >>> 16) & 16383)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[10 + inpos] >>> 30)
- | ((in[11 + inpos] & 4095) << (14 - 12))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[11 + inpos] >>> 12) & 16383)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[11 + inpos] >>> 26)
- | ((in[12 + inpos] & 255) << (14 - 8))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[12 + inpos] >>> 8) & 16383)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[12 + inpos] >>> 22)
- | ((in[13 + inpos] & 15) << (14 - 4))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[13 + inpos] >>> 4) & 16383)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[13 + inpos] >>> 18)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack15(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 32767)
- ) + initoffset;
- out[1 + outpos] = (((in[0 + inpos] >>> 15) & 32767)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 8191) << (15 - 13))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[1 + inpos] >>> 13) & 32767)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 2047) << (15 - 11))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[2 + inpos] >>> 11) & 32767)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[2 + inpos] >>> 26)
- | ((in[3 + inpos] & 511) << (15 - 9))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[3 + inpos] >>> 9) & 32767)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 127) << (15 - 7))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[4 + inpos] >>> 7) & 32767)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[4 + inpos] >>> 22)
- | ((in[5 + inpos] & 31) << (15 - 5))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[5 + inpos] >>> 5) & 32767)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[5 + inpos] >>> 20)
- | ((in[6 + inpos] & 7) << (15 - 3))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[6 + inpos] >>> 3) & 32767)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[6 + inpos] >>> 18)
- | ((in[7 + inpos] & 1) << (15 - 1))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = (((in[7 + inpos] >>> 1) & 32767)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[7 + inpos] >>> 16) & 32767)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[7 + inpos] >>> 31)
- | ((in[8 + inpos] & 16383) << (15 - 14))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[8 + inpos] >>> 14) & 32767)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[8 + inpos] >>> 29)
- | ((in[9 + inpos] & 4095) << (15 - 12))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[9 + inpos] >>> 12) & 32767)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[9 + inpos] >>> 27)
- | ((in[10 + inpos] & 1023) << (15 - 10))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[10 + inpos] >>> 10) & 32767)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[10 + inpos] >>> 25)
- | ((in[11 + inpos] & 255) << (15 - 8))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[11 + inpos] >>> 8) & 32767)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[11 + inpos] >>> 23)
- | ((in[12 + inpos] & 63) << (15 - 6))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[12 + inpos] >>> 6) & 32767)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[12 + inpos] >>> 21)
- | ((in[13 + inpos] & 15) << (15 - 4))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[13 + inpos] >>> 4) & 32767)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[13 + inpos] >>> 19)
- | ((in[14 + inpos] & 3) << (15 - 2))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[14 + inpos] >>> 2) & 32767)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[14 + inpos] >>> 17)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack16(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 65535)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 16)
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[1 + inpos] >>> 0) & 65535)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[1 + inpos] >>> 16)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[2 + inpos] >>> 0) & 65535)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[2 + inpos] >>> 16)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[3 + inpos] >>> 0) & 65535)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[3 + inpos] >>> 16)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[4 + inpos] >>> 0) & 65535)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[4 + inpos] >>> 16)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[5 + inpos] >>> 0) & 65535)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[5 + inpos] >>> 16)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[6 + inpos] >>> 0) & 65535)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[6 + inpos] >>> 16)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[7 + inpos] >>> 0) & 65535)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[7 + inpos] >>> 16)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[8 + inpos] >>> 0) & 65535)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[8 + inpos] >>> 16)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[9 + inpos] >>> 0) & 65535)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[9 + inpos] >>> 16)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[10 + inpos] >>> 0) & 65535)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[10 + inpos] >>> 16)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[11 + inpos] >>> 0) & 65535)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[11 + inpos] >>> 16)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[12 + inpos] >>> 0) & 65535)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[12 + inpos] >>> 16)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[13 + inpos] >>> 0) & 65535)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[13 + inpos] >>> 16)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[14 + inpos] >>> 0) & 65535)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[14 + inpos] >>> 16)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = (((in[15 + inpos] >>> 0) & 65535)
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[15 + inpos] >>> 16)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack17(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 131071)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 17)
- | ((in[1 + inpos] & 3) << (17 - 2))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[1 + inpos] >>> 2) & 131071)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[1 + inpos] >>> 19)
- | ((in[2 + inpos] & 15) << (17 - 4))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[2 + inpos] >>> 4) & 131071)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[2 + inpos] >>> 21)
- | ((in[3 + inpos] & 63) << (17 - 6))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[3 + inpos] >>> 6) & 131071)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[3 + inpos] >>> 23)
- | ((in[4 + inpos] & 255) << (17 - 8))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[4 + inpos] >>> 8) & 131071)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[4 + inpos] >>> 25)
- | ((in[5 + inpos] & 1023) << (17 - 10))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[5 + inpos] >>> 10) & 131071)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[5 + inpos] >>> 27)
- | ((in[6 + inpos] & 4095) << (17 - 12))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[6 + inpos] >>> 12) & 131071)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[6 + inpos] >>> 29)
- | ((in[7 + inpos] & 16383) << (17 - 14))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[7 + inpos] >>> 14) & 131071)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[7 + inpos] >>> 31)
- | ((in[8 + inpos] & 65535) << (17 - 16))
- ) + out[15 + outpos - 1];
- out[16 + outpos] = ((in[8 + inpos] >>> 16)
- | ((in[9 + inpos] & 1) << (17 - 1))
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[9 + inpos] >>> 1) & 131071)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[9 + inpos] >>> 18)
- | ((in[10 + inpos] & 7) << (17 - 3))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[10 + inpos] >>> 3) & 131071)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[10 + inpos] >>> 20)
- | ((in[11 + inpos] & 31) << (17 - 5))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[11 + inpos] >>> 5) & 131071)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[11 + inpos] >>> 22)
- | ((in[12 + inpos] & 127) << (17 - 7))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[12 + inpos] >>> 7) & 131071)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[12 + inpos] >>> 24)
- | ((in[13 + inpos] & 511) << (17 - 9))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[13 + inpos] >>> 9) & 131071)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[13 + inpos] >>> 26)
- | ((in[14 + inpos] & 2047) << (17 - 11))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[14 + inpos] >>> 11) & 131071)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[14 + inpos] >>> 28)
- | ((in[15 + inpos] & 8191) << (17 - 13))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[15 + inpos] >>> 13) & 131071)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[15 + inpos] >>> 30)
- | ((in[16 + inpos] & 32767) << (17 - 15))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[16 + inpos] >>> 15)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack18(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 262143)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 18)
- | ((in[1 + inpos] & 15) << (18 - 4))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[1 + inpos] >>> 4) & 262143)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[1 + inpos] >>> 22)
- | ((in[2 + inpos] & 255) << (18 - 8))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[2 + inpos] >>> 8) & 262143)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[2 + inpos] >>> 26)
- | ((in[3 + inpos] & 4095) << (18 - 12))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[3 + inpos] >>> 12) & 262143)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 65535) << (18 - 16))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[4 + inpos] >>> 16)
- | ((in[5 + inpos] & 3) << (18 - 2))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[5 + inpos] >>> 2) & 262143)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[5 + inpos] >>> 20)
- | ((in[6 + inpos] & 63) << (18 - 6))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[6 + inpos] >>> 6) & 262143)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[6 + inpos] >>> 24)
- | ((in[7 + inpos] & 1023) << (18 - 10))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[7 + inpos] >>> 10) & 262143)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 16383) << (18 - 14))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[8 + inpos] >>> 14)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[9 + inpos] >>> 0) & 262143)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[9 + inpos] >>> 18)
- | ((in[10 + inpos] & 15) << (18 - 4))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[10 + inpos] >>> 4) & 262143)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[10 + inpos] >>> 22)
- | ((in[11 + inpos] & 255) << (18 - 8))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[11 + inpos] >>> 8) & 262143)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[11 + inpos] >>> 26)
- | ((in[12 + inpos] & 4095) << (18 - 12))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[12 + inpos] >>> 12) & 262143)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[12 + inpos] >>> 30)
- | ((in[13 + inpos] & 65535) << (18 - 16))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[13 + inpos] >>> 16)
- | ((in[14 + inpos] & 3) << (18 - 2))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[14 + inpos] >>> 2) & 262143)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[14 + inpos] >>> 20)
- | ((in[15 + inpos] & 63) << (18 - 6))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[15 + inpos] >>> 6) & 262143)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[15 + inpos] >>> 24)
- | ((in[16 + inpos] & 1023) << (18 - 10))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[16 + inpos] >>> 10) & 262143)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[16 + inpos] >>> 28)
- | ((in[17 + inpos] & 16383) << (18 - 14))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[17 + inpos] >>> 14)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack19(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 524287)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 19)
- | ((in[1 + inpos] & 63) << (19 - 6))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[1 + inpos] >>> 6) & 524287)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[1 + inpos] >>> 25)
- | ((in[2 + inpos] & 4095) << (19 - 12))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[2 + inpos] >>> 12) & 524287)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[2 + inpos] >>> 31)
- | ((in[3 + inpos] & 262143) << (19 - 18))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[3 + inpos] >>> 18)
- | ((in[4 + inpos] & 31) << (19 - 5))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[4 + inpos] >>> 5) & 524287)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[4 + inpos] >>> 24)
- | ((in[5 + inpos] & 2047) << (19 - 11))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[5 + inpos] >>> 11) & 524287)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[5 + inpos] >>> 30)
- | ((in[6 + inpos] & 131071) << (19 - 17))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[6 + inpos] >>> 17)
- | ((in[7 + inpos] & 15) << (19 - 4))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[7 + inpos] >>> 4) & 524287)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[7 + inpos] >>> 23)
- | ((in[8 + inpos] & 1023) << (19 - 10))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[8 + inpos] >>> 10) & 524287)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[8 + inpos] >>> 29)
- | ((in[9 + inpos] & 65535) << (19 - 16))
- ) + out[15 + outpos - 1];
- out[16 + outpos] = ((in[9 + inpos] >>> 16)
- | ((in[10 + inpos] & 7) << (19 - 3))
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[10 + inpos] >>> 3) & 524287)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[10 + inpos] >>> 22)
- | ((in[11 + inpos] & 511) << (19 - 9))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[11 + inpos] >>> 9) & 524287)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[11 + inpos] >>> 28)
- | ((in[12 + inpos] & 32767) << (19 - 15))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[12 + inpos] >>> 15)
- | ((in[13 + inpos] & 3) << (19 - 2))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[13 + inpos] >>> 2) & 524287)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[13 + inpos] >>> 21)
- | ((in[14 + inpos] & 255) << (19 - 8))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[14 + inpos] >>> 8) & 524287)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[14 + inpos] >>> 27)
- | ((in[15 + inpos] & 16383) << (19 - 14))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[15 + inpos] >>> 14)
- | ((in[16 + inpos] & 1) << (19 - 1))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[16 + inpos] >>> 1) & 524287)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[16 + inpos] >>> 20)
- | ((in[17 + inpos] & 127) << (19 - 7))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[17 + inpos] >>> 7) & 524287)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[17 + inpos] >>> 26)
- | ((in[18 + inpos] & 8191) << (19 - 13))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[18 + inpos] >>> 13)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack20(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 1048575)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 20)
- | ((in[1 + inpos] & 255) << (20 - 8))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[1 + inpos] >>> 8) & 1048575)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 65535) << (20 - 16))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[2 + inpos] >>> 16)
- | ((in[3 + inpos] & 15) << (20 - 4))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[3 + inpos] >>> 4) & 1048575)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 4095) << (20 - 12))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[4 + inpos] >>> 12)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[5 + inpos] >>> 0) & 1048575)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[5 + inpos] >>> 20)
- | ((in[6 + inpos] & 255) << (20 - 8))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[6 + inpos] >>> 8) & 1048575)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[6 + inpos] >>> 28)
- | ((in[7 + inpos] & 65535) << (20 - 16))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[7 + inpos] >>> 16)
- | ((in[8 + inpos] & 15) << (20 - 4))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[8 + inpos] >>> 4) & 1048575)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[8 + inpos] >>> 24)
- | ((in[9 + inpos] & 4095) << (20 - 12))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[9 + inpos] >>> 12)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[10 + inpos] >>> 0) & 1048575)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[10 + inpos] >>> 20)
- | ((in[11 + inpos] & 255) << (20 - 8))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[11 + inpos] >>> 8) & 1048575)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[11 + inpos] >>> 28)
- | ((in[12 + inpos] & 65535) << (20 - 16))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[12 + inpos] >>> 16)
- | ((in[13 + inpos] & 15) << (20 - 4))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[13 + inpos] >>> 4) & 1048575)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[13 + inpos] >>> 24)
- | ((in[14 + inpos] & 4095) << (20 - 12))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[14 + inpos] >>> 12)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[15 + inpos] >>> 0) & 1048575)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[15 + inpos] >>> 20)
- | ((in[16 + inpos] & 255) << (20 - 8))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[16 + inpos] >>> 8) & 1048575)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[16 + inpos] >>> 28)
- | ((in[17 + inpos] & 65535) << (20 - 16))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[17 + inpos] >>> 16)
- | ((in[18 + inpos] & 15) << (20 - 4))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[18 + inpos] >>> 4) & 1048575)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[18 + inpos] >>> 24)
- | ((in[19 + inpos] & 4095) << (20 - 12))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[19 + inpos] >>> 12)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack21(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 2097151)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 21)
- | ((in[1 + inpos] & 1023) << (21 - 10))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = (((in[1 + inpos] >>> 10) & 2097151)
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[1 + inpos] >>> 31)
- | ((in[2 + inpos] & 1048575) << (21 - 20))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[2 + inpos] >>> 20)
- | ((in[3 + inpos] & 511) << (21 - 9))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[3 + inpos] >>> 9) & 2097151)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[3 + inpos] >>> 30)
- | ((in[4 + inpos] & 524287) << (21 - 19))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[4 + inpos] >>> 19)
- | ((in[5 + inpos] & 255) << (21 - 8))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[5 + inpos] >>> 8) & 2097151)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[5 + inpos] >>> 29)
- | ((in[6 + inpos] & 262143) << (21 - 18))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[6 + inpos] >>> 18)
- | ((in[7 + inpos] & 127) << (21 - 7))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = (((in[7 + inpos] >>> 7) & 2097151)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 131071) << (21 - 17))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[8 + inpos] >>> 17)
- | ((in[9 + inpos] & 63) << (21 - 6))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[9 + inpos] >>> 6) & 2097151)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[9 + inpos] >>> 27)
- | ((in[10 + inpos] & 65535) << (21 - 16))
- ) + out[15 + outpos - 1];
- out[16 + outpos] = ((in[10 + inpos] >>> 16)
- | ((in[11 + inpos] & 31) << (21 - 5))
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[11 + inpos] >>> 5) & 2097151)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[11 + inpos] >>> 26)
- | ((in[12 + inpos] & 32767) << (21 - 15))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[12 + inpos] >>> 15)
- | ((in[13 + inpos] & 15) << (21 - 4))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[13 + inpos] >>> 4) & 2097151)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[13 + inpos] >>> 25)
- | ((in[14 + inpos] & 16383) << (21 - 14))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[14 + inpos] >>> 14)
- | ((in[15 + inpos] & 7) << (21 - 3))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = (((in[15 + inpos] >>> 3) & 2097151)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[15 + inpos] >>> 24)
- | ((in[16 + inpos] & 8191) << (21 - 13))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[16 + inpos] >>> 13)
- | ((in[17 + inpos] & 3) << (21 - 2))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[17 + inpos] >>> 2) & 2097151)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[17 + inpos] >>> 23)
- | ((in[18 + inpos] & 4095) << (21 - 12))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[18 + inpos] >>> 12)
- | ((in[19 + inpos] & 1) << (21 - 1))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = (((in[19 + inpos] >>> 1) & 2097151)
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[19 + inpos] >>> 22)
- | ((in[20 + inpos] & 2047) << (21 - 11))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[20 + inpos] >>> 11)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack22(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 4194303)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 22)
- | ((in[1 + inpos] & 4095) << (22 - 12))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[1 + inpos] >>> 12)
- | ((in[2 + inpos] & 3) << (22 - 2))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[2 + inpos] >>> 2) & 4194303)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[2 + inpos] >>> 24)
- | ((in[3 + inpos] & 16383) << (22 - 14))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[3 + inpos] >>> 14)
- | ((in[4 + inpos] & 15) << (22 - 4))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[4 + inpos] >>> 4) & 4194303)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[4 + inpos] >>> 26)
- | ((in[5 + inpos] & 65535) << (22 - 16))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[5 + inpos] >>> 16)
- | ((in[6 + inpos] & 63) << (22 - 6))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[6 + inpos] >>> 6) & 4194303)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[6 + inpos] >>> 28)
- | ((in[7 + inpos] & 262143) << (22 - 18))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[7 + inpos] >>> 18)
- | ((in[8 + inpos] & 255) << (22 - 8))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[8 + inpos] >>> 8) & 4194303)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[8 + inpos] >>> 30)
- | ((in[9 + inpos] & 1048575) << (22 - 20))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[9 + inpos] >>> 20)
- | ((in[10 + inpos] & 1023) << (22 - 10))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[10 + inpos] >>> 10)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[11 + inpos] >>> 0) & 4194303)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[11 + inpos] >>> 22)
- | ((in[12 + inpos] & 4095) << (22 - 12))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[12 + inpos] >>> 12)
- | ((in[13 + inpos] & 3) << (22 - 2))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[13 + inpos] >>> 2) & 4194303)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[13 + inpos] >>> 24)
- | ((in[14 + inpos] & 16383) << (22 - 14))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[14 + inpos] >>> 14)
- | ((in[15 + inpos] & 15) << (22 - 4))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[15 + inpos] >>> 4) & 4194303)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[15 + inpos] >>> 26)
- | ((in[16 + inpos] & 65535) << (22 - 16))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[16 + inpos] >>> 16)
- | ((in[17 + inpos] & 63) << (22 - 6))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[17 + inpos] >>> 6) & 4194303)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[17 + inpos] >>> 28)
- | ((in[18 + inpos] & 262143) << (22 - 18))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[18 + inpos] >>> 18)
- | ((in[19 + inpos] & 255) << (22 - 8))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[19 + inpos] >>> 8) & 4194303)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[19 + inpos] >>> 30)
- | ((in[20 + inpos] & 1048575) << (22 - 20))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[20 + inpos] >>> 20)
- | ((in[21 + inpos] & 1023) << (22 - 10))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[21 + inpos] >>> 10)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack23(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 8388607)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 23)
- | ((in[1 + inpos] & 16383) << (23 - 14))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[1 + inpos] >>> 14)
- | ((in[2 + inpos] & 31) << (23 - 5))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = (((in[2 + inpos] >>> 5) & 8388607)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[2 + inpos] >>> 28)
- | ((in[3 + inpos] & 524287) << (23 - 19))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[3 + inpos] >>> 19)
- | ((in[4 + inpos] & 1023) << (23 - 10))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[4 + inpos] >>> 10)
- | ((in[5 + inpos] & 1) << (23 - 1))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = (((in[5 + inpos] >>> 1) & 8388607)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[5 + inpos] >>> 24)
- | ((in[6 + inpos] & 32767) << (23 - 15))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[6 + inpos] >>> 15)
- | ((in[7 + inpos] & 63) << (23 - 6))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[7 + inpos] >>> 6) & 8388607)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[7 + inpos] >>> 29)
- | ((in[8 + inpos] & 1048575) << (23 - 20))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[8 + inpos] >>> 20)
- | ((in[9 + inpos] & 2047) << (23 - 11))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[9 + inpos] >>> 11)
- | ((in[10 + inpos] & 3) << (23 - 2))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = (((in[10 + inpos] >>> 2) & 8388607)
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[10 + inpos] >>> 25)
- | ((in[11 + inpos] & 65535) << (23 - 16))
- ) + out[15 + outpos - 1];
- out[16 + outpos] = ((in[11 + inpos] >>> 16)
- | ((in[12 + inpos] & 127) << (23 - 7))
- ) + out[16 + outpos - 1];
- out[17 + outpos] = (((in[12 + inpos] >>> 7) & 8388607)
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[12 + inpos] >>> 30)
- | ((in[13 + inpos] & 2097151) << (23 - 21))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[13 + inpos] >>> 21)
- | ((in[14 + inpos] & 4095) << (23 - 12))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[14 + inpos] >>> 12)
- | ((in[15 + inpos] & 7) << (23 - 3))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[15 + inpos] >>> 3) & 8388607)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[15 + inpos] >>> 26)
- | ((in[16 + inpos] & 131071) << (23 - 17))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[16 + inpos] >>> 17)
- | ((in[17 + inpos] & 255) << (23 - 8))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[17 + inpos] >>> 8) & 8388607)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[17 + inpos] >>> 31)
- | ((in[18 + inpos] & 4194303) << (23 - 22))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[18 + inpos] >>> 22)
- | ((in[19 + inpos] & 8191) << (23 - 13))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[19 + inpos] >>> 13)
- | ((in[20 + inpos] & 15) << (23 - 4))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[20 + inpos] >>> 4) & 8388607)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[20 + inpos] >>> 27)
- | ((in[21 + inpos] & 262143) << (23 - 18))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[21 + inpos] >>> 18)
- | ((in[22 + inpos] & 511) << (23 - 9))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[22 + inpos] >>> 9)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack24(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 16777215)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 24)
- | ((in[1 + inpos] & 65535) << (24 - 16))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[1 + inpos] >>> 16)
- | ((in[2 + inpos] & 255) << (24 - 8))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[2 + inpos] >>> 8)
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[3 + inpos] >>> 0) & 16777215)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 65535) << (24 - 16))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[4 + inpos] >>> 16)
- | ((in[5 + inpos] & 255) << (24 - 8))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[5 + inpos] >>> 8)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[6 + inpos] >>> 0) & 16777215)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[6 + inpos] >>> 24)
- | ((in[7 + inpos] & 65535) << (24 - 16))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[7 + inpos] >>> 16)
- | ((in[8 + inpos] & 255) << (24 - 8))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[8 + inpos] >>> 8)
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[9 + inpos] >>> 0) & 16777215)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[9 + inpos] >>> 24)
- | ((in[10 + inpos] & 65535) << (24 - 16))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[10 + inpos] >>> 16)
- | ((in[11 + inpos] & 255) << (24 - 8))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[11 + inpos] >>> 8)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[12 + inpos] >>> 0) & 16777215)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[12 + inpos] >>> 24)
- | ((in[13 + inpos] & 65535) << (24 - 16))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[13 + inpos] >>> 16)
- | ((in[14 + inpos] & 255) << (24 - 8))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[14 + inpos] >>> 8)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = (((in[15 + inpos] >>> 0) & 16777215)
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[15 + inpos] >>> 24)
- | ((in[16 + inpos] & 65535) << (24 - 16))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[16 + inpos] >>> 16)
- | ((in[17 + inpos] & 255) << (24 - 8))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[17 + inpos] >>> 8)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[18 + inpos] >>> 0) & 16777215)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[18 + inpos] >>> 24)
- | ((in[19 + inpos] & 65535) << (24 - 16))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[19 + inpos] >>> 16)
- | ((in[20 + inpos] & 255) << (24 - 8))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[20 + inpos] >>> 8)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = (((in[21 + inpos] >>> 0) & 16777215)
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[21 + inpos] >>> 24)
- | ((in[22 + inpos] & 65535) << (24 - 16))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[22 + inpos] >>> 16)
- | ((in[23 + inpos] & 255) << (24 - 8))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[23 + inpos] >>> 8)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack25(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 33554431)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 25)
- | ((in[1 + inpos] & 262143) << (25 - 18))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[1 + inpos] >>> 18)
- | ((in[2 + inpos] & 2047) << (25 - 11))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[2 + inpos] >>> 11)
- | ((in[3 + inpos] & 15) << (25 - 4))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = (((in[3 + inpos] >>> 4) & 33554431)
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[3 + inpos] >>> 29)
- | ((in[4 + inpos] & 4194303) << (25 - 22))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[4 + inpos] >>> 22)
- | ((in[5 + inpos] & 32767) << (25 - 15))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[5 + inpos] >>> 15)
- | ((in[6 + inpos] & 255) << (25 - 8))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[6 + inpos] >>> 8)
- | ((in[7 + inpos] & 1) << (25 - 1))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = (((in[7 + inpos] >>> 1) & 33554431)
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[7 + inpos] >>> 26)
- | ((in[8 + inpos] & 524287) << (25 - 19))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[8 + inpos] >>> 19)
- | ((in[9 + inpos] & 4095) << (25 - 12))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[9 + inpos] >>> 12)
- | ((in[10 + inpos] & 31) << (25 - 5))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = (((in[10 + inpos] >>> 5) & 33554431)
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[10 + inpos] >>> 30)
- | ((in[11 + inpos] & 8388607) << (25 - 23))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[11 + inpos] >>> 23)
- | ((in[12 + inpos] & 65535) << (25 - 16))
- ) + out[15 + outpos - 1];
- out[16 + outpos] = ((in[12 + inpos] >>> 16)
- | ((in[13 + inpos] & 511) << (25 - 9))
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[13 + inpos] >>> 9)
- | ((in[14 + inpos] & 3) << (25 - 2))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = (((in[14 + inpos] >>> 2) & 33554431)
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[14 + inpos] >>> 27)
- | ((in[15 + inpos] & 1048575) << (25 - 20))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[15 + inpos] >>> 20)
- | ((in[16 + inpos] & 8191) << (25 - 13))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[16 + inpos] >>> 13)
- | ((in[17 + inpos] & 63) << (25 - 6))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = (((in[17 + inpos] >>> 6) & 33554431)
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[17 + inpos] >>> 31)
- | ((in[18 + inpos] & 16777215) << (25 - 24))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[18 + inpos] >>> 24)
- | ((in[19 + inpos] & 131071) << (25 - 17))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[19 + inpos] >>> 17)
- | ((in[20 + inpos] & 1023) << (25 - 10))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[20 + inpos] >>> 10)
- | ((in[21 + inpos] & 7) << (25 - 3))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = (((in[21 + inpos] >>> 3) & 33554431)
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[21 + inpos] >>> 28)
- | ((in[22 + inpos] & 2097151) << (25 - 21))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[22 + inpos] >>> 21)
- | ((in[23 + inpos] & 16383) << (25 - 14))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[23 + inpos] >>> 14)
- | ((in[24 + inpos] & 127) << (25 - 7))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[24 + inpos] >>> 7)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack26(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 67108863)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 26)
- | ((in[1 + inpos] & 1048575) << (26 - 20))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[1 + inpos] >>> 20)
- | ((in[2 + inpos] & 16383) << (26 - 14))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[2 + inpos] >>> 14)
- | ((in[3 + inpos] & 255) << (26 - 8))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[3 + inpos] >>> 8)
- | ((in[4 + inpos] & 3) << (26 - 2))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = (((in[4 + inpos] >>> 2) & 67108863)
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[4 + inpos] >>> 28)
- | ((in[5 + inpos] & 4194303) << (26 - 22))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[5 + inpos] >>> 22)
- | ((in[6 + inpos] & 65535) << (26 - 16))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[6 + inpos] >>> 16)
- | ((in[7 + inpos] & 1023) << (26 - 10))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[7 + inpos] >>> 10)
- | ((in[8 + inpos] & 15) << (26 - 4))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[8 + inpos] >>> 4) & 67108863)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[8 + inpos] >>> 30)
- | ((in[9 + inpos] & 16777215) << (26 - 24))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[9 + inpos] >>> 24)
- | ((in[10 + inpos] & 262143) << (26 - 18))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[10 + inpos] >>> 18)
- | ((in[11 + inpos] & 4095) << (26 - 12))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[11 + inpos] >>> 12)
- | ((in[12 + inpos] & 63) << (26 - 6))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[12 + inpos] >>> 6)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[13 + inpos] >>> 0) & 67108863)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[13 + inpos] >>> 26)
- | ((in[14 + inpos] & 1048575) << (26 - 20))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[14 + inpos] >>> 20)
- | ((in[15 + inpos] & 16383) << (26 - 14))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[15 + inpos] >>> 14)
- | ((in[16 + inpos] & 255) << (26 - 8))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[16 + inpos] >>> 8)
- | ((in[17 + inpos] & 3) << (26 - 2))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[17 + inpos] >>> 2) & 67108863)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[17 + inpos] >>> 28)
- | ((in[18 + inpos] & 4194303) << (26 - 22))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[18 + inpos] >>> 22)
- | ((in[19 + inpos] & 65535) << (26 - 16))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[19 + inpos] >>> 16)
- | ((in[20 + inpos] & 1023) << (26 - 10))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[20 + inpos] >>> 10)
- | ((in[21 + inpos] & 15) << (26 - 4))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = (((in[21 + inpos] >>> 4) & 67108863)
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[21 + inpos] >>> 30)
- | ((in[22 + inpos] & 16777215) << (26 - 24))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[22 + inpos] >>> 24)
- | ((in[23 + inpos] & 262143) << (26 - 18))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[23 + inpos] >>> 18)
- | ((in[24 + inpos] & 4095) << (26 - 12))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[24 + inpos] >>> 12)
- | ((in[25 + inpos] & 63) << (26 - 6))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[25 + inpos] >>> 6)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack27(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 134217727)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 27)
- | ((in[1 + inpos] & 4194303) << (27 - 22))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[1 + inpos] >>> 22)
- | ((in[2 + inpos] & 131071) << (27 - 17))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[2 + inpos] >>> 17)
- | ((in[3 + inpos] & 4095) << (27 - 12))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[3 + inpos] >>> 12)
- | ((in[4 + inpos] & 127) << (27 - 7))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[4 + inpos] >>> 7)
- | ((in[5 + inpos] & 3) << (27 - 2))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = (((in[5 + inpos] >>> 2) & 134217727)
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[5 + inpos] >>> 29)
- | ((in[6 + inpos] & 16777215) << (27 - 24))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[6 + inpos] >>> 24)
- | ((in[7 + inpos] & 524287) << (27 - 19))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[7 + inpos] >>> 19)
- | ((in[8 + inpos] & 16383) << (27 - 14))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[8 + inpos] >>> 14)
- | ((in[9 + inpos] & 511) << (27 - 9))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[9 + inpos] >>> 9)
- | ((in[10 + inpos] & 15) << (27 - 4))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = (((in[10 + inpos] >>> 4) & 134217727)
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[10 + inpos] >>> 31)
- | ((in[11 + inpos] & 67108863) << (27 - 26))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[11 + inpos] >>> 26)
- | ((in[12 + inpos] & 2097151) << (27 - 21))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[12 + inpos] >>> 21)
- | ((in[13 + inpos] & 65535) << (27 - 16))
- ) + out[15 + outpos - 1];
- out[16 + outpos] = ((in[13 + inpos] >>> 16)
- | ((in[14 + inpos] & 2047) << (27 - 11))
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[14 + inpos] >>> 11)
- | ((in[15 + inpos] & 63) << (27 - 6))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[15 + inpos] >>> 6)
- | ((in[16 + inpos] & 1) << (27 - 1))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = (((in[16 + inpos] >>> 1) & 134217727)
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[16 + inpos] >>> 28)
- | ((in[17 + inpos] & 8388607) << (27 - 23))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[17 + inpos] >>> 23)
- | ((in[18 + inpos] & 262143) << (27 - 18))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[18 + inpos] >>> 18)
- | ((in[19 + inpos] & 8191) << (27 - 13))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[19 + inpos] >>> 13)
- | ((in[20 + inpos] & 255) << (27 - 8))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[20 + inpos] >>> 8)
- | ((in[21 + inpos] & 7) << (27 - 3))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = (((in[21 + inpos] >>> 3) & 134217727)
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[21 + inpos] >>> 30)
- | ((in[22 + inpos] & 33554431) << (27 - 25))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[22 + inpos] >>> 25)
- | ((in[23 + inpos] & 1048575) << (27 - 20))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[23 + inpos] >>> 20)
- | ((in[24 + inpos] & 32767) << (27 - 15))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[24 + inpos] >>> 15)
- | ((in[25 + inpos] & 1023) << (27 - 10))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[25 + inpos] >>> 10)
- | ((in[26 + inpos] & 31) << (27 - 5))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[26 + inpos] >>> 5)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack28(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 268435455)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 28)
- | ((in[1 + inpos] & 16777215) << (28 - 24))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[1 + inpos] >>> 24)
- | ((in[2 + inpos] & 1048575) << (28 - 20))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[2 + inpos] >>> 20)
- | ((in[3 + inpos] & 65535) << (28 - 16))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[3 + inpos] >>> 16)
- | ((in[4 + inpos] & 4095) << (28 - 12))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[4 + inpos] >>> 12)
- | ((in[5 + inpos] & 255) << (28 - 8))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[5 + inpos] >>> 8)
- | ((in[6 + inpos] & 15) << (28 - 4))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[6 + inpos] >>> 4)
- ) + out[7 + outpos - 1];
- out[8 + outpos] = (((in[7 + inpos] >>> 0) & 268435455)
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[7 + inpos] >>> 28)
- | ((in[8 + inpos] & 16777215) << (28 - 24))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[8 + inpos] >>> 24)
- | ((in[9 + inpos] & 1048575) << (28 - 20))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[9 + inpos] >>> 20)
- | ((in[10 + inpos] & 65535) << (28 - 16))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[10 + inpos] >>> 16)
- | ((in[11 + inpos] & 4095) << (28 - 12))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[11 + inpos] >>> 12)
- | ((in[12 + inpos] & 255) << (28 - 8))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[12 + inpos] >>> 8)
- | ((in[13 + inpos] & 15) << (28 - 4))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[13 + inpos] >>> 4)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[14 + inpos] >>> 0) & 268435455)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[14 + inpos] >>> 28)
- | ((in[15 + inpos] & 16777215) << (28 - 24))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[15 + inpos] >>> 24)
- | ((in[16 + inpos] & 1048575) << (28 - 20))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[16 + inpos] >>> 20)
- | ((in[17 + inpos] & 65535) << (28 - 16))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[17 + inpos] >>> 16)
- | ((in[18 + inpos] & 4095) << (28 - 12))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[18 + inpos] >>> 12)
- | ((in[19 + inpos] & 255) << (28 - 8))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[19 + inpos] >>> 8)
- | ((in[20 + inpos] & 15) << (28 - 4))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[20 + inpos] >>> 4)
- ) + out[23 + outpos - 1];
- out[24 + outpos] = (((in[21 + inpos] >>> 0) & 268435455)
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[21 + inpos] >>> 28)
- | ((in[22 + inpos] & 16777215) << (28 - 24))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[22 + inpos] >>> 24)
- | ((in[23 + inpos] & 1048575) << (28 - 20))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[23 + inpos] >>> 20)
- | ((in[24 + inpos] & 65535) << (28 - 16))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[24 + inpos] >>> 16)
- | ((in[25 + inpos] & 4095) << (28 - 12))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[25 + inpos] >>> 12)
- | ((in[26 + inpos] & 255) << (28 - 8))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[26 + inpos] >>> 8)
- | ((in[27 + inpos] & 15) << (28 - 4))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[27 + inpos] >>> 4)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack29(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 536870911)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 29)
- | ((in[1 + inpos] & 67108863) << (29 - 26))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[1 + inpos] >>> 26)
- | ((in[2 + inpos] & 8388607) << (29 - 23))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[2 + inpos] >>> 23)
- | ((in[3 + inpos] & 1048575) << (29 - 20))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[3 + inpos] >>> 20)
- | ((in[4 + inpos] & 131071) << (29 - 17))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[4 + inpos] >>> 17)
- | ((in[5 + inpos] & 16383) << (29 - 14))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[5 + inpos] >>> 14)
- | ((in[6 + inpos] & 2047) << (29 - 11))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[6 + inpos] >>> 11)
- | ((in[7 + inpos] & 255) << (29 - 8))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[7 + inpos] >>> 8)
- | ((in[8 + inpos] & 31) << (29 - 5))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[8 + inpos] >>> 5)
- | ((in[9 + inpos] & 3) << (29 - 2))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = (((in[9 + inpos] >>> 2) & 536870911)
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[9 + inpos] >>> 31)
- | ((in[10 + inpos] & 268435455) << (29 - 28))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[10 + inpos] >>> 28)
- | ((in[11 + inpos] & 33554431) << (29 - 25))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[11 + inpos] >>> 25)
- | ((in[12 + inpos] & 4194303) << (29 - 22))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[12 + inpos] >>> 22)
- | ((in[13 + inpos] & 524287) << (29 - 19))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[13 + inpos] >>> 19)
- | ((in[14 + inpos] & 65535) << (29 - 16))
- ) + out[15 + outpos - 1];
- out[16 + outpos] = ((in[14 + inpos] >>> 16)
- | ((in[15 + inpos] & 8191) << (29 - 13))
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[15 + inpos] >>> 13)
- | ((in[16 + inpos] & 1023) << (29 - 10))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[16 + inpos] >>> 10)
- | ((in[17 + inpos] & 127) << (29 - 7))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[17 + inpos] >>> 7)
- | ((in[18 + inpos] & 15) << (29 - 4))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[18 + inpos] >>> 4)
- | ((in[19 + inpos] & 1) << (29 - 1))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = (((in[19 + inpos] >>> 1) & 536870911)
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[19 + inpos] >>> 30)
- | ((in[20 + inpos] & 134217727) << (29 - 27))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[20 + inpos] >>> 27)
- | ((in[21 + inpos] & 16777215) << (29 - 24))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[21 + inpos] >>> 24)
- | ((in[22 + inpos] & 2097151) << (29 - 21))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[22 + inpos] >>> 21)
- | ((in[23 + inpos] & 262143) << (29 - 18))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[23 + inpos] >>> 18)
- | ((in[24 + inpos] & 32767) << (29 - 15))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[24 + inpos] >>> 15)
- | ((in[25 + inpos] & 4095) << (29 - 12))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[25 + inpos] >>> 12)
- | ((in[26 + inpos] & 511) << (29 - 9))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[26 + inpos] >>> 9)
- | ((in[27 + inpos] & 63) << (29 - 6))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[27 + inpos] >>> 6)
- | ((in[28 + inpos] & 7) << (29 - 3))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[28 + inpos] >>> 3)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack30(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 1073741823)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 30)
- | ((in[1 + inpos] & 268435455) << (30 - 28))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[1 + inpos] >>> 28)
- | ((in[2 + inpos] & 67108863) << (30 - 26))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[2 + inpos] >>> 26)
- | ((in[3 + inpos] & 16777215) << (30 - 24))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[3 + inpos] >>> 24)
- | ((in[4 + inpos] & 4194303) << (30 - 22))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[4 + inpos] >>> 22)
- | ((in[5 + inpos] & 1048575) << (30 - 20))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[5 + inpos] >>> 20)
- | ((in[6 + inpos] & 262143) << (30 - 18))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[6 + inpos] >>> 18)
- | ((in[7 + inpos] & 65535) << (30 - 16))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[7 + inpos] >>> 16)
- | ((in[8 + inpos] & 16383) << (30 - 14))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[8 + inpos] >>> 14)
- | ((in[9 + inpos] & 4095) << (30 - 12))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[9 + inpos] >>> 12)
- | ((in[10 + inpos] & 1023) << (30 - 10))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[10 + inpos] >>> 10)
- | ((in[11 + inpos] & 255) << (30 - 8))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[11 + inpos] >>> 8)
- | ((in[12 + inpos] & 63) << (30 - 6))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[12 + inpos] >>> 6)
- | ((in[13 + inpos] & 15) << (30 - 4))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[13 + inpos] >>> 4)
- | ((in[14 + inpos] & 3) << (30 - 2))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[14 + inpos] >>> 2)
- ) + out[15 + outpos - 1];
- out[16 + outpos] = (((in[15 + inpos] >>> 0) & 1073741823)
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[15 + inpos] >>> 30)
- | ((in[16 + inpos] & 268435455) << (30 - 28))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[16 + inpos] >>> 28)
- | ((in[17 + inpos] & 67108863) << (30 - 26))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[17 + inpos] >>> 26)
- | ((in[18 + inpos] & 16777215) << (30 - 24))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[18 + inpos] >>> 24)
- | ((in[19 + inpos] & 4194303) << (30 - 22))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[19 + inpos] >>> 22)
- | ((in[20 + inpos] & 1048575) << (30 - 20))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[20 + inpos] >>> 20)
- | ((in[21 + inpos] & 262143) << (30 - 18))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[21 + inpos] >>> 18)
- | ((in[22 + inpos] & 65535) << (30 - 16))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[22 + inpos] >>> 16)
- | ((in[23 + inpos] & 16383) << (30 - 14))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[23 + inpos] >>> 14)
- | ((in[24 + inpos] & 4095) << (30 - 12))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[24 + inpos] >>> 12)
- | ((in[25 + inpos] & 1023) << (30 - 10))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[25 + inpos] >>> 10)
- | ((in[26 + inpos] & 255) << (30 - 8))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[26 + inpos] >>> 8)
- | ((in[27 + inpos] & 63) << (30 - 6))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[27 + inpos] >>> 6)
- | ((in[28 + inpos] & 15) << (30 - 4))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[28 + inpos] >>> 4)
- | ((in[29 + inpos] & 3) << (30 - 2))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[29 + inpos] >>> 2)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack31(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- out[0 + outpos] = (((in[0 + inpos] >>> 0) & 2147483647)
- ) + initoffset;
- out[1 + outpos] = ((in[0 + inpos] >>> 31)
- | ((in[1 + inpos] & 1073741823) << (31 - 30))
- ) + out[1 + outpos - 1];
- out[2 + outpos] = ((in[1 + inpos] >>> 30)
- | ((in[2 + inpos] & 536870911) << (31 - 29))
- ) + out[2 + outpos - 1];
- out[3 + outpos] = ((in[2 + inpos] >>> 29)
- | ((in[3 + inpos] & 268435455) << (31 - 28))
- ) + out[3 + outpos - 1];
- out[4 + outpos] = ((in[3 + inpos] >>> 28)
- | ((in[4 + inpos] & 134217727) << (31 - 27))
- ) + out[4 + outpos - 1];
- out[5 + outpos] = ((in[4 + inpos] >>> 27)
- | ((in[5 + inpos] & 67108863) << (31 - 26))
- ) + out[5 + outpos - 1];
- out[6 + outpos] = ((in[5 + inpos] >>> 26)
- | ((in[6 + inpos] & 33554431) << (31 - 25))
- ) + out[6 + outpos - 1];
- out[7 + outpos] = ((in[6 + inpos] >>> 25)
- | ((in[7 + inpos] & 16777215) << (31 - 24))
- ) + out[7 + outpos - 1];
- out[8 + outpos] = ((in[7 + inpos] >>> 24)
- | ((in[8 + inpos] & 8388607) << (31 - 23))
- ) + out[8 + outpos - 1];
- out[9 + outpos] = ((in[8 + inpos] >>> 23)
- | ((in[9 + inpos] & 4194303) << (31 - 22))
- ) + out[9 + outpos - 1];
- out[10 + outpos] = ((in[9 + inpos] >>> 22)
- | ((in[10 + inpos] & 2097151) << (31 - 21))
- ) + out[10 + outpos - 1];
- out[11 + outpos] = ((in[10 + inpos] >>> 21)
- | ((in[11 + inpos] & 1048575) << (31 - 20))
- ) + out[11 + outpos - 1];
- out[12 + outpos] = ((in[11 + inpos] >>> 20)
- | ((in[12 + inpos] & 524287) << (31 - 19))
- ) + out[12 + outpos - 1];
- out[13 + outpos] = ((in[12 + inpos] >>> 19)
- | ((in[13 + inpos] & 262143) << (31 - 18))
- ) + out[13 + outpos - 1];
- out[14 + outpos] = ((in[13 + inpos] >>> 18)
- | ((in[14 + inpos] & 131071) << (31 - 17))
- ) + out[14 + outpos - 1];
- out[15 + outpos] = ((in[14 + inpos] >>> 17)
- | ((in[15 + inpos] & 65535) << (31 - 16))
- ) + out[15 + outpos - 1];
- out[16 + outpos] = ((in[15 + inpos] >>> 16)
- | ((in[16 + inpos] & 32767) << (31 - 15))
- ) + out[16 + outpos - 1];
- out[17 + outpos] = ((in[16 + inpos] >>> 15)
- | ((in[17 + inpos] & 16383) << (31 - 14))
- ) + out[17 + outpos - 1];
- out[18 + outpos] = ((in[17 + inpos] >>> 14)
- | ((in[18 + inpos] & 8191) << (31 - 13))
- ) + out[18 + outpos - 1];
- out[19 + outpos] = ((in[18 + inpos] >>> 13)
- | ((in[19 + inpos] & 4095) << (31 - 12))
- ) + out[19 + outpos - 1];
- out[20 + outpos] = ((in[19 + inpos] >>> 12)
- | ((in[20 + inpos] & 2047) << (31 - 11))
- ) + out[20 + outpos - 1];
- out[21 + outpos] = ((in[20 + inpos] >>> 11)
- | ((in[21 + inpos] & 1023) << (31 - 10))
- ) + out[21 + outpos - 1];
- out[22 + outpos] = ((in[21 + inpos] >>> 10)
- | ((in[22 + inpos] & 511) << (31 - 9))
- ) + out[22 + outpos - 1];
- out[23 + outpos] = ((in[22 + inpos] >>> 9)
- | ((in[23 + inpos] & 255) << (31 - 8))
- ) + out[23 + outpos - 1];
- out[24 + outpos] = ((in[23 + inpos] >>> 8)
- | ((in[24 + inpos] & 127) << (31 - 7))
- ) + out[24 + outpos - 1];
- out[25 + outpos] = ((in[24 + inpos] >>> 7)
- | ((in[25 + inpos] & 63) << (31 - 6))
- ) + out[25 + outpos - 1];
- out[26 + outpos] = ((in[25 + inpos] >>> 6)
- | ((in[26 + inpos] & 31) << (31 - 5))
- ) + out[26 + outpos - 1];
- out[27 + outpos] = ((in[26 + inpos] >>> 5)
- | ((in[27 + inpos] & 15) << (31 - 4))
- ) + out[27 + outpos - 1];
- out[28 + outpos] = ((in[27 + inpos] >>> 4)
- | ((in[28 + inpos] & 7) << (31 - 3))
- ) + out[28 + outpos - 1];
- out[29 + outpos] = ((in[28 + inpos] >>> 3)
- | ((in[29 + inpos] & 3) << (31 - 2))
- ) + out[29 + outpos - 1];
- out[30 + outpos] = ((in[29 + inpos] >>> 2)
- | ((in[30 + inpos] & 1) << (31 - 1))
- ) + out[30 + outpos - 1];
- out[31 + outpos] = ((in[30 + inpos] >>> 1)
- ) + out[31 + outpos - 1];
- }
-
-
- protected static void integratedunpack32(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- System.arraycopy(in, inpos, out, outpos, 32); // no sense in doing delta coding
- }
-
-
- protected static void integratedpack32(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- System.arraycopy(in, inpos, out, outpos, 32); // no sense in doing delta coding
- }
-
-
- protected static void integratedunpack0(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- Arrays.fill(out, outpos, outpos + 32, initoffset);
- }
-
-
- protected static void integratedpack0(final int initoffset, final int[] in, int inpos, final int[] out, int outpos) {
- // nothing
- }
-
-
- protected static void integratedunpack(final int initoffset, final int[] in, int inpos, final int[] out, int outpos, final int bit) {
- switch (bit) {
- case 0:
- integratedunpack0(initoffset, in, inpos, out, outpos);
- break;
- case 1:
- integratedunpack1(initoffset, in, inpos, out, outpos);
- break;
- case 2:
- integratedunpack2(initoffset, in, inpos, out, outpos);
- break;
- case 3:
- integratedunpack3(initoffset, in, inpos, out, outpos);
- break;
- case 4:
- integratedunpack4(initoffset, in, inpos, out, outpos);
- break;
- case 5:
- integratedunpack5(initoffset, in, inpos, out, outpos);
- break;
- case 6:
- integratedunpack6(initoffset, in, inpos, out, outpos);
- break;
- case 7:
- integratedunpack7(initoffset, in, inpos, out, outpos);
- break;
- case 8:
- integratedunpack8(initoffset, in, inpos, out, outpos);
- break;
- case 9:
- integratedunpack9(initoffset, in, inpos, out, outpos);
- break;
- case 10:
- integratedunpack10(initoffset, in, inpos, out, outpos);
- break;
- case 11:
- integratedunpack11(initoffset, in, inpos, out, outpos);
- break;
- case 12:
- integratedunpack12(initoffset, in, inpos, out, outpos);
- break;
- case 13:
- integratedunpack13(initoffset, in, inpos, out, outpos);
- break;
- case 14:
- integratedunpack14(initoffset, in, inpos, out, outpos);
- break;
- case 15:
- integratedunpack15(initoffset, in, inpos, out, outpos);
- break;
- case 16:
- integratedunpack16(initoffset, in, inpos, out, outpos);
- break;
- case 17:
- integratedunpack17(initoffset, in, inpos, out, outpos);
- break;
- case 18:
- integratedunpack18(initoffset, in, inpos, out, outpos);
- break;
- case 19:
- integratedunpack19(initoffset, in, inpos, out, outpos);
- break;
- case 20:
- integratedunpack20(initoffset, in, inpos, out, outpos);
- break;
- case 21:
- integratedunpack21(initoffset, in, inpos, out, outpos);
- break;
- case 22:
- integratedunpack22(initoffset, in, inpos, out, outpos);
- break;
- case 23:
- integratedunpack23(initoffset, in, inpos, out, outpos);
- break;
- case 24:
- integratedunpack24(initoffset, in, inpos, out, outpos);
- break;
- case 25:
- integratedunpack25(initoffset, in, inpos, out, outpos);
- break;
- case 26:
- integratedunpack26(initoffset, in, inpos, out, outpos);
- break;
- case 27:
- integratedunpack27(initoffset, in, inpos, out, outpos);
- break;
- case 28:
- integratedunpack28(initoffset, in, inpos, out, outpos);
- break;
- case 29:
- integratedunpack29(initoffset, in, inpos, out, outpos);
- break;
- case 30:
- integratedunpack30(initoffset, in, inpos, out, outpos);
- break;
- case 31:
- integratedunpack31(initoffset, in, inpos, out, outpos);
- break;
- case 32:
- integratedunpack32(initoffset, in, inpos, out, outpos);
- break;
- default:
- throw new IllegalArgumentException("Unsupported bit width.");
- }
- }
-
-
- protected static void integratedpack(final int initoffset, final int[] in, int inpos, final int[] out, int outpos, final int bit) {
- switch (bit) {
- case 0:
- integratedpack0(initoffset, in, inpos, out, outpos);
- break;
- case 1:
- integratedpack1(initoffset, in, inpos, out, outpos);
- break;
- case 2:
- integratedpack2(initoffset, in, inpos, out, outpos);
- break;
- case 3:
- integratedpack3(initoffset, in, inpos, out, outpos);
- break;
- case 4:
- integratedpack4(initoffset, in, inpos, out, outpos);
- break;
- case 5:
- integratedpack5(initoffset, in, inpos, out, outpos);
- break;
- case 6:
- integratedpack6(initoffset, in, inpos, out, outpos);
- break;
- case 7:
- integratedpack7(initoffset, in, inpos, out, outpos);
- break;
- case 8:
- integratedpack8(initoffset, in, inpos, out, outpos);
- break;
- case 9:
- integratedpack9(initoffset, in, inpos, out, outpos);
- break;
- case 10:
- integratedpack10(initoffset, in, inpos, out, outpos);
- break;
- case 11:
- integratedpack11(initoffset, in, inpos, out, outpos);
- break;
- case 12:
- integratedpack12(initoffset, in, inpos, out, outpos);
- break;
- case 13:
- integratedpack13(initoffset, in, inpos, out, outpos);
- break;
- case 14:
- integratedpack14(initoffset, in, inpos, out, outpos);
- break;
- case 15:
- integratedpack15(initoffset, in, inpos, out, outpos);
- break;
- case 16:
- integratedpack16(initoffset, in, inpos, out, outpos);
- break;
- case 17:
- integratedpack17(initoffset, in, inpos, out, outpos);
- break;
- case 18:
- integratedpack18(initoffset, in, inpos, out, outpos);
- break;
- case 19:
- integratedpack19(initoffset, in, inpos, out, outpos);
- break;
- case 20:
- integratedpack20(initoffset, in, inpos, out, outpos);
- break;
- case 21:
- integratedpack21(initoffset, in, inpos, out, outpos);
- break;
- case 22:
- integratedpack22(initoffset, in, inpos, out, outpos);
- break;
- case 23:
- integratedpack23(initoffset, in, inpos, out, outpos);
- break;
- case 24:
- integratedpack24(initoffset, in, inpos, out, outpos);
- break;
- case 25:
- integratedpack25(initoffset, in, inpos, out, outpos);
- break;
- case 26:
- integratedpack26(initoffset, in, inpos, out, outpos);
- break;
- case 27:
- integratedpack27(initoffset, in, inpos, out, outpos);
- break;
- case 28:
- integratedpack28(initoffset, in, inpos, out, outpos);
- break;
- case 29:
- integratedpack29(initoffset, in, inpos, out, outpos);
- break;
- case 30:
- integratedpack30(initoffset, in, inpos, out, outpos);
- break;
- case 31:
- integratedpack31(initoffset, in, inpos, out, outpos);
- break;
- case 32:
-if(out.length < outpos + 32) throw new RuntimeException(outpos + " "+out.length);
-if(in.length < inpos + 32) throw new RuntimeException();
-
-integratedpack32(initoffset, in, inpos, out, outpos);
- break;
- default:
- throw new IllegalArgumentException("Unsupported bit width.");
- }
- }
-
-}
diff --git a/src/main/java/me/lemire/integercompression/IntegratedComposition.java b/src/main/java/me/lemire/integercompression/IntegratedComposition.java
deleted file mode 100644
index d2bd59f..0000000
--- a/src/main/java/me/lemire/integercompression/IntegratedComposition.java
+++ /dev/null
@@ -1,63 +0,0 @@
-/**
- * This code is released under the
- * Apache License Version 2.0 http://www.apache.org/licenses/.
- *
- * (c) Daniel Lemire, http://lemire.me/en/
- */
-package me.lemire.integercompression;
-
-/**
- * Helper class to compose schemes.
- *
- * @author Daniel Lemire
- */
-public class IntegratedComposition implements IntegratedIntegerCODEC {
- IntegratedIntegerCODEC F1, F2;
-
- /**
- * Compose a scheme from a first one (f1) and a second one (f2).
- * The first one is called first and then the second one tries to
- * compress whatever remains from the first run.
- *
- * By convention, the first scheme should be such that if, during
- * decoding, a 32-bit zero is first encountered, then there is no
- * output.
- *
- * @param f1 first codec
- * @param f2 second codec
- */
- public IntegratedComposition(IntegratedIntegerCODEC f1, IntegratedIntegerCODEC f2) {
- F1 = f1;
- F2 = f2;
- }
-
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- final int init = inpos.get();
- F1.compress(in, inpos, inlength, out, outpos);
- if (outpos.get() == 0) {
- out[0] = 0;
- outpos.increment();
- }
- inlength -= inpos.get() - init;
- F2.compress(in, inpos, inlength, out, outpos);
- }
-
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- int init = inpos.get();
- F1.uncompress(in, inpos, inlength, out, outpos);
- inlength -= inpos.get() - init;
- F2.uncompress(in, inpos, inlength, out, outpos);
- }
-
- @Override
- public String toString() {
- return F1.toString() + "+" + F2.toString();
- }
-
-}
diff --git a/src/main/java/me/lemire/integercompression/IntegratedIntegerCODEC.java b/src/main/java/me/lemire/integercompression/IntegratedIntegerCODEC.java
deleted file mode 100644
index dcfe0c4..0000000
--- a/src/main/java/me/lemire/integercompression/IntegratedIntegerCODEC.java
+++ /dev/null
@@ -1,19 +0,0 @@
-/**
- * This code is released under the
- * Apache License Version 2.0 http://www.apache.org/licenses/.
- *
- * (c) Daniel Lemire, http://lemire.me/en/
- */
-package me.lemire.integercompression;
-
-
-/**
- * This is just like IntegerCODEC, except that it indicates
- * that delta coding is "integrated", so that you don't
- * need a separate step for delta coding.
- *
- * @author Daniel Lemire
- */
-public interface IntegratedIntegerCODEC extends IntegerCODEC {
-
-}
diff --git a/src/main/java/me/lemire/integercompression/IntegratedVariableByte.java b/src/main/java/me/lemire/integercompression/IntegratedVariableByte.java
deleted file mode 100644
index f4aa11b..0000000
--- a/src/main/java/me/lemire/integercompression/IntegratedVariableByte.java
+++ /dev/null
@@ -1,81 +0,0 @@
-
-/**
- * This code is released under the
- * Apache License Version 2.0 http://www.apache.org/licenses/.
- *
- * (c) Daniel Lemire, http://lemire.me/en/
- */
-package me.lemire.integercompression;
-
-import java.nio.ByteBuffer;
-import java.nio.IntBuffer;
-
-/**
- * @author Daniel Lemire
- *
- */
-public class IntegratedVariableByte implements IntegratedIntegerCODEC {
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- int initoffset = 0;
- ByteBuffer buf = ByteBuffer.allocateDirect(inlength * 8);
- for (int k = inpos.get(); k < inpos.get() + inlength; ++k) {
- int val = in[k] - initoffset;
- initoffset = in[k];
- do {
- int b = (val & 127);
- val >>>= 7;
- if (val != 0) {
- b |= 128;
- }
- buf.put((byte) b);
- } while (val != 0);
- }
- while (buf.position() % 4 != 0)
- buf.put((byte) 128);
- final int length = buf.position();
- buf.flip();
- IntBuffer ibuf = buf.asIntBuffer();
- ibuf.get(out, outpos.get(), length / 4);
- outpos.add(length / 4);
- inpos.add(inlength);
- }
-
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength,
- int[] out, IntWrapper outpos) {
- if(inlength == 0) return;
- int s = 0;
- int p = inpos.get();
- int finalp = inpos.get() + inlength;
- int tmpoutpos = outpos.get();
- int initoffset = 0;
- for (int v = 0, shift = 0; p < finalp; ) {
- int c = (byte) (in[p] >>> (24 - s));
- s += 8;
- if (s == 32) {
- s = 0;
- p++;
- }
- v += ((c & 127) << shift);
- if ((c & 128) == 0) {
- out[tmpoutpos] = v + initoffset;
- initoffset = out[tmpoutpos];
- tmpoutpos++;
- v = 0;
- shift = 0;
- } else
- shift += 7;
- }
- outpos.set(tmpoutpos);
- inpos.add(inlength);
- }
-
- @Override
- public String toString() {
- return this.getClass().getSimpleName();
- }
-
-}
diff --git a/src/main/java/me/lemire/integercompression/JustCopy.java b/src/main/java/me/lemire/integercompression/JustCopy.java
index 2ef2f7a..f57282c 100644
--- a/src/main/java/me/lemire/integercompression/JustCopy.java
+++ b/src/main/java/me/lemire/integercompression/JustCopy.java
@@ -10,29 +10,48 @@
/**
* @author Daniel Lemire
- *
+ *
*/
-public final class JustCopy implements IntegerCODEC {
-
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
- System.arraycopy(in, inpos.get(), out, outpos.get(), inlength);
- inpos.add(inlength);
- outpos.add(inlength);
- }
-
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
- System.arraycopy(in, inpos.get(), out, outpos.get(), inlength);
- inpos.add(inlength);
- outpos.add(inlength);
- }
-
-
- @Override
- public String toString() {
- return this.getClass().getSimpleName();
- }
-
+public final class JustCopy implements IntegerCODEC, SkippableIntegerCODEC {
+
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ System.arraycopy(in, inpos.get(), out, outpos.get(), inlength);
+ inpos.add(inlength);
+ outpos.add(inlength);
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ headlessUncompress(in,inpos,inlength,out,outpos,inlength);
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int num) {
+ System.arraycopy(in, inpos.get(), out, outpos.get(), num);
+ inpos.add(num);
+ outpos.add(num);
+
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ compressedPositions.add(inlength);
+ return inlength;
+ }
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ headlessCompress(in,inpos,inlength,out,outpos);
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/Kamikaze.java b/src/main/java/me/lemire/integercompression/Kamikaze.java
new file mode 100644
index 0000000..4cab30b
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/Kamikaze.java
@@ -0,0 +1,72 @@
+package me.lemire.integercompression;
+
+import com.kamikaze.pfordelta.PForDelta;
+
+/**
+ * IntegerCODEC wrapper for Kamikaze's PForDelta.
+ *
+ * Note: this class is only included for speed benchmarks.
+ * It is not recommended. Use at your own risks.
+ *
+ * @author Matteo Catena
+ *
+ */
+public class Kamikaze implements SkippableIntegerCODEC, IntegerCODEC {
+
+ private int BLOCK_SIZE = 128;
+
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength > 0) {
+ int[] out2 = PForDelta.compressOneBlockOpt(in, inlength);
+ inpos.add(inlength);
+ System.arraycopy(out2, 0, out, outpos.get(), out2.length);
+ outpos.add(out2.length);
+ }
+ }
+
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos, int num) {
+ num = Util.greatestMultiple(num, BLOCK_SIZE);
+ if (num > 0) {
+ int d = PForDelta.decompressOneBlock(out, in, num);
+ inpos.add(d / 32);
+ outpos.add(num);
+ }
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ throw new UnsupportedOperationException("Calculating the max compressed length is not supported yet.");
+ }
+
+ @Override
+ public String toString() {
+ return "Kamikaze's PForDelta";
+ }
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/NewPFD.java b/src/main/java/me/lemire/integercompression/NewPFD.java
index d6cae1f..3da3002 100644
--- a/src/main/java/me/lemire/integercompression/NewPFD.java
+++ b/src/main/java/me/lemire/integercompression/NewPFD.java
@@ -7,155 +7,190 @@
package me.lemire.integercompression;
+
/**
- * NewPFD/NewPFOR implemented by Daniel Lemire
- *
+ * NewPFD/NewPFOR: fast patching scheme by Yan et al.
+ *
* Follows:
- *
+ *
* H. Yan, S. Ding, T. Suel, Inverted index compression and query processing
- * with optimized document ordering, in: WWW �09, 2009, pp. 401�410.
- *
+ * with optimized document ordering, in: WWW 09, 2009, pp. 401-410.
+ *
* using Simple16 as the secondary coder.
- *
+ *
+ * It encodes integers in blocks of 128 integers. For arrays containing
+ * an arbitrary number of integers, you should use it in conjunction
+ * with another CODEC:
+ *
+ * IntegerCODEC ic =
+ * new Composition(new NewPDF(), new VariableByte()).
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately. (Yes, this is true even though
+ * the "D" at the end of the name probably stands for delta.)
+ *
+ * For multi-threaded applications, each thread should use its own NewPFD
+ * object.
+ *
* @author Daniel Lemire
*/
-public final class NewPFD implements IntegerCODEC {
- final int PageSize;
- final static int BlockSize = 128;
+public final class NewPFD implements IntegerCODEC,SkippableIntegerCODEC {
+ final static int BLOCK_SIZE = 128;
- int[] exceptbuffer = new int[2 * BlockSize];
-
- /**
- * Constructor for the NewPFD CODEC.
- */
- public NewPFD() {
- PageSize = 65536;
- }
+ int[] exceptbuffer = new int[2 * BLOCK_SIZE];
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- inlength = inlength / BlockSize * BlockSize;
- if(inlength == 0) return;
- final int finalinpos = inpos.get() + inlength;
- out[outpos.get()] = inlength;
- outpos.increment();
- while (inpos.get() != finalinpos) {
- int thissize = finalinpos > PageSize + inpos.get() ? PageSize
- : (finalinpos - inpos.get());
- encodePage(in, inpos, thissize, out, outpos);
+ /**
+ * Constructor for the NewPFD CODEC.
+ */
+ public NewPFD() {
}
- }
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ encodePage(in, inpos, inlength, out, outpos);
+ }
- protected static final int[] bits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 16, 20, 32};
- protected static final int[] invbits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16, 16, 16, 16,
- 16, 16, 16, 16};
+ protected static final int[] bits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10,
+ 11, 12, 13, 16, 20, 32 };
+ protected static final int[] invbits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9,
+ 10, 11, 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16,
+ 16, 16, 16, 16, 16, 16, 16 };
- protected static void getBestBFromData(int[] in, int pos, IntWrapper bestb,
- IntWrapper bestexcept) {
- final int mb = Util.maxbits(in, pos, BlockSize);
- int mini = 0;
- if (mini + 28 < bits[invbits[mb]])
- mini = bits[invbits[mb]] - 28; // 28 is the max for exceptions
- int besti = bits.length - 1;
- int exceptcounter = 0;
- for (int i = mini; i < bits.length - 1; ++i) {
- int tmpcounter = 0;
- for (int k = pos; k < BlockSize + pos; ++k)
- if ((in[k] >>> bits[i]) != 0)
- ++tmpcounter;
- if (tmpcounter * 10 <= BlockSize) {
- besti = i;
- exceptcounter = tmpcounter;
- break;
- }
+ protected static void getBestBFromData(int[] in, int pos,
+ IntWrapper bestb, IntWrapper bestexcept) {
+ final int mb = Util.maxbits(in, pos, BLOCK_SIZE);
+ int mini = 0;
+ if (mini + 28 < bits[invbits[mb]])
+ mini = bits[invbits[mb]] - 28; // 28 is the max for
+ // exceptions
+ int besti = bits.length - 1;
+ int exceptcounter = 0;
+ for (int i = mini; i < bits.length - 1; ++i) {
+ int tmpcounter = 0;
+ for (int k = pos; k < BLOCK_SIZE + pos; ++k)
+ if ((in[k] >>> bits[i]) != 0)
+ ++tmpcounter;
+ if (tmpcounter * 10 <= BLOCK_SIZE) {
+ besti = i;
+ exceptcounter = tmpcounter;
+ break;
+ }
+ }
+ bestb.set(besti);
+ bestexcept.set(exceptcounter);
}
- bestb.set(besti);
- bestexcept.set(exceptcounter);
- }
- private void encodePage(int[] in, IntWrapper inpos, int thissize,
- int[] out, IntWrapper outpos) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
- IntWrapper bestb = new IntWrapper();
- IntWrapper bestexcept = new IntWrapper();
- for (final int finalinpos = tmpinpos + thissize; tmpinpos + BlockSize <= finalinpos; tmpinpos += BlockSize) {
- getBestBFromData(in, tmpinpos, bestb, bestexcept);
- final int tmpbestb = bestb.get();
- final int nbrexcept = bestexcept.get();
- int exceptsize = 0;
- final int remember = tmpoutpos;
- tmpoutpos++;
- if (nbrexcept > 0) {
- for (int i = 0, c = 0; i < BlockSize; ++i) {
- if ((in[tmpinpos + i] >>> bits[tmpbestb])!=0) {
- exceptbuffer[c + nbrexcept] = i;
- exceptbuffer[c] = in[tmpinpos + i] >>> bits[tmpbestb];
- ++c;
- }
+ private void encodePage(int[] in, IntWrapper inpos, int thissize,
+ int[] out, IntWrapper outpos) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+ IntWrapper bestb = new IntWrapper();
+ IntWrapper bestexcept = new IntWrapper();
+ for (final int finalinpos = tmpinpos + thissize; tmpinpos
+ + BLOCK_SIZE <= finalinpos; tmpinpos += BLOCK_SIZE) {
+ getBestBFromData(in, tmpinpos, bestb, bestexcept);
+ final int tmpbestb = bestb.get();
+ final int nbrexcept = bestexcept.get();
+ int exceptsize = 0;
+ final int remember = tmpoutpos;
+ tmpoutpos++;
+ if (nbrexcept > 0) {
+ for (int i = 0, c = 0; i < BLOCK_SIZE; ++i) {
+ if ((in[tmpinpos + i] >>> bits[tmpbestb]) != 0) {
+ exceptbuffer[c + nbrexcept] = i;
+ exceptbuffer[c] = in[tmpinpos
+ + i] >>> bits[tmpbestb];
+ ++c;
+ }
+ }
+ exceptsize = S16.compress(exceptbuffer, 0,
+ 2 * nbrexcept, out, tmpoutpos);
+ tmpoutpos += exceptsize;
+ }
+ out[remember] = tmpbestb | (nbrexcept << 8)
+ | (exceptsize << 16);
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastpack(in, tmpinpos + k, out,
+ tmpoutpos, bits[tmpbestb]);
+ tmpoutpos += bits[tmpbestb];
+ }
}
- exceptsize = S16.compress(exceptbuffer, 0, 2 * nbrexcept, out,
- tmpoutpos);
- tmpoutpos += exceptsize;
- }
- out[remember] = tmpbestb | (nbrexcept << 8) | (exceptsize << 16);
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking.fastpack(in, tmpinpos + k, out, tmpoutpos,
- bits[tmpbestb]);
- tmpoutpos += bits[tmpbestb];
- }
+ inpos.set(tmpinpos);
+ outpos.set(tmpoutpos);
+ }
+
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int mynvalue) {
+ if (inlength == 0)
+ return;
+ mynvalue = Util.greatestMultiple(mynvalue, BLOCK_SIZE);
+ decodePage(in, inpos, out, outpos, mynvalue);
}
- inpos.set(tmpinpos);
- outpos.set(tmpoutpos);
- }
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- int mynvalue = in[inpos.get()];
- inpos.increment();
- final int finalout = outpos.get() + mynvalue;
- while (outpos.get() != finalout) {
- int thissize = finalout > PageSize + outpos.get() ? PageSize
- : (finalout - outpos.get());
- decodePage(in, inpos, out, outpos, thissize);
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ int blockCount = inlength / BLOCK_SIZE;
+ // +1 for the header
+ // getBestBFromData limits the memory used for exceptions so that the total size of the block does not exceed BLOCK_SIZE integers.
+ int maxBlockSizeInInts = 1 + BLOCK_SIZE;
+ compressedPositions.add(inlength);
+ return maxBlockSizeInInts * blockCount;
}
- }
- private void decodePage(int[] in, IntWrapper inpos, int[] out,
- IntWrapper outpos, int thissize) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
+ private void decodePage(int[] in, IntWrapper inpos, int[] out,
+ IntWrapper outpos, int thissize) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
- for (int run = 0; run < thissize / BlockSize; ++run, tmpoutpos += BlockSize) {
- final int b = in[tmpinpos] & 0xFF;
- final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
- final int exceptsize = (in[tmpinpos] >>> 16);
- ++tmpinpos;
- S16.uncompress(in, tmpinpos, exceptsize, exceptbuffer, 0,
- 2 * cexcept);
- tmpinpos += exceptsize;
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking
- .fastunpack(in, tmpinpos, out, tmpoutpos + k, bits[b]);
- tmpinpos += bits[b];
- }
- for (int k = 0; k < cexcept; ++k) {
- out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
- }
+ for (int run = 0; run < thissize / BLOCK_SIZE; ++run, tmpoutpos += BLOCK_SIZE) {
+ final int b = in[tmpinpos] & 0xFF;
+ final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
+ final int exceptsize = (in[tmpinpos] >>> 16);
+ ++tmpinpos;
+ S16.uncompress(in, tmpinpos, exceptsize, exceptbuffer,
+ 0, 2 * cexcept);
+ tmpinpos += exceptsize;
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastunpack(in, tmpinpos, out,
+ tmpoutpos + k, bits[b]);
+ tmpinpos += bits[b];
+ }
+ for (int k = 0; k < cexcept; ++k) {
+ out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
+ }
+ }
+ outpos.set(tmpoutpos);
+ inpos.set(tmpinpos);
+ }
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
}
- outpos.set(tmpoutpos);
- inpos.set(tmpinpos);
- }
- @Override
- public String toString() {
- return this.getClass().getSimpleName();
- }
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+ }
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/NewPFDS16.java b/src/main/java/me/lemire/integercompression/NewPFDS16.java
index 73f4e31..526b8fb 100644
--- a/src/main/java/me/lemire/integercompression/NewPFDS16.java
+++ b/src/main/java/me/lemire/integercompression/NewPFDS16.java
@@ -7,155 +7,189 @@
package me.lemire.integercompression;
+
/**
- * NewPFD/NewPFOR implemented by Daniel Lemire
- *
+ * NewPFD/NewPFOR based on Simple16 by Yan et al.
+ *
* Follows:
- *
+ *
* H. Yan, S. Ding, T. Suel, Inverted index compression and query processing
* with optimized document ordering, in: WWW 09, 2009, pp. 401-410.
- *
+ *
* using Simple16 as the secondary coder.
- *
+ *
+ * It encodes integers in blocks of 128 integers. For arrays containing
+ * an arbitrary number of integers, you should use it in conjunction
+ * with another CODEC:
+ *
+ *
IntegerCODEC ic =
+ * new Composition(new PDFS16(), new VariableByte()).
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately.
+ *
+ * For multi-threaded applications, each thread should use its own NewPFDS16
+ * object.
+ *
* @author Daniel Lemire
*/
-public final class NewPFDS16 implements IntegerCODEC {
- final int PageSize;
- final static int BlockSize = 128;
-
- int[] exceptbuffer = new int[2 * BlockSize];
+public final class NewPFDS16 implements IntegerCODEC,SkippableIntegerCODEC {
+ final static int BLOCK_SIZE= 128;
- /**
- * Constructor for the NewPFDS16 CODEC.
- */
- public NewPFDS16() {
- PageSize = 65536;
- }
+ int[] exceptbuffer = new int[2 * BLOCK_SIZE];
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- inlength = inlength / BlockSize * BlockSize;
- if(inlength == 0) return;
- final int finalinpos = inpos.get() + inlength;
- out[outpos.get()] = inlength;
- outpos.increment();
- while (inpos.get() != finalinpos) {
- int thissize = finalinpos > PageSize + inpos.get() ? PageSize
- : (finalinpos - inpos.get());
- encodePage(in, inpos, thissize, out, outpos);
+ /**
+ * Constructor for the NewPFDS16 CODEC.
+ */
+ public NewPFDS16() {
}
- }
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ encodePage(in, inpos, inlength, out, outpos);
+ }
- protected static final int[] bits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 16, 20, 32};
- protected static final int[] invbits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16, 16, 16, 16,
- 16, 16, 16, 16};
+ private static final int[] bits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10,
+ 11, 12, 13, 16, 20, 32 };
+ private static final int[] invbits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9,
+ 10, 11, 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16,
+ 16, 16, 16, 16, 16, 16, 16 };
- protected static void getBestBFromData(int[] in, int pos, IntWrapper bestb,
- IntWrapper bestexcept) {
- final int mb = Util.maxbits(in, pos, BlockSize);
- int mini = 0;
- if (mini + 28 < bits[invbits[mb]])
- mini = bits[invbits[mb]] - 28; // 28 is the max for exceptions
- int besti = bits.length - 1;
- int exceptcounter = 0;
- for (int i = mini; i < bits.length - 1; ++i) {
- int tmpcounter = 0;
- for (int k = pos; k < BlockSize + pos; ++k)
- if ((in[k] >>> bits[i])!=0)
- ++tmpcounter;
- if (tmpcounter * 10 <= BlockSize) {
- besti = i;
- exceptcounter = tmpcounter;
- break;
- }
+ private static void getBestBFromData(int[] in, int pos,
+ IntWrapper bestb, IntWrapper bestexcept) {
+ final int mb = Util.maxbits(in, pos, BLOCK_SIZE);
+ int mini = 0;
+ if (mini + 28 < bits[invbits[mb]])
+ mini = bits[invbits[mb]] - 28; // 28 is the max for
+ // exceptions
+ int besti = bits.length - 1;
+ int exceptcounter = 0;
+ for (int i = mini; i < bits.length - 1; ++i) {
+ int tmpcounter = 0;
+ for (int k = pos; k < BLOCK_SIZE + pos; ++k)
+ if ((in[k] >>> bits[i]) != 0)
+ ++tmpcounter;
+ if (tmpcounter * 10 <= BLOCK_SIZE) {
+ besti = i;
+ exceptcounter = tmpcounter;
+ break;
+ }
+ }
+ bestb.set(besti);
+ bestexcept.set(exceptcounter);
}
- bestb.set(besti);
- bestexcept.set(exceptcounter);
- }
- private void encodePage(int[] in, IntWrapper inpos, int thissize,
- int[] out, IntWrapper outpos) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
- IntWrapper bestb = new IntWrapper();
- IntWrapper bestexcept = new IntWrapper();
- for (final int finalinpos = tmpinpos + thissize; tmpinpos + BlockSize <= finalinpos; tmpinpos += BlockSize) {
- getBestBFromData(in, tmpinpos, bestb, bestexcept);
- final int tmpbestb = bestb.get();
- final int nbrexcept = bestexcept.get();
- int exceptsize = 0;
- final int remember = tmpoutpos;
- tmpoutpos++;
- if (nbrexcept > 0) {
- for (int i = 0, c = 0; i < BlockSize; ++i) {
- if ((in[tmpinpos + i]>>> bits[tmpbestb])!= 0) {
- exceptbuffer[c + nbrexcept] = i;
- exceptbuffer[c] = in[tmpinpos + i] >>> bits[tmpbestb];
- ++c;
- }
+ private void encodePage(int[] in, IntWrapper inpos, int thissize,
+ int[] out, IntWrapper outpos) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+ IntWrapper bestb = new IntWrapper();
+ IntWrapper bestexcept = new IntWrapper();
+ for (final int finalinpos = tmpinpos + thissize; tmpinpos
+ + BLOCK_SIZE <= finalinpos; tmpinpos += BLOCK_SIZE) {
+ getBestBFromData(in, tmpinpos, bestb, bestexcept);
+ final int tmpbestb = bestb.get();
+ final int nbrexcept = bestexcept.get();
+ int exceptsize = 0;
+ final int remember = tmpoutpos;
+ tmpoutpos++;
+ if (nbrexcept > 0) {
+ for (int i = 0, c = 0; i < BLOCK_SIZE; ++i) {
+ if ((in[tmpinpos + i] >>> bits[tmpbestb]) != 0) {
+ exceptbuffer[c + nbrexcept] = i;
+ exceptbuffer[c] = in[tmpinpos
+ + i] >>> bits[tmpbestb];
+ ++c;
+ }
+ }
+ exceptsize = S16.compress(exceptbuffer, 0,
+ 2 * nbrexcept, out, tmpoutpos);
+ tmpoutpos += exceptsize;
+ }
+ out[remember] = tmpbestb | (nbrexcept << 8)
+ | (exceptsize << 16);
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastpack(in, tmpinpos + k, out,
+ tmpoutpos, bits[tmpbestb]);
+ tmpoutpos += bits[tmpbestb];
+ }
}
- exceptsize = S16.compress(exceptbuffer, 0, 2 * nbrexcept, out,
- tmpoutpos);
- tmpoutpos += exceptsize;
- }
- out[remember] = tmpbestb | (nbrexcept << 8) | (exceptsize << 16);
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking.fastpack(in, tmpinpos + k, out, tmpoutpos,
- bits[tmpbestb]);
- tmpoutpos += bits[tmpbestb];
- }
+ inpos.set(tmpinpos);
+ outpos.set(tmpoutpos);
}
- inpos.set(tmpinpos);
- outpos.set(tmpoutpos);
- }
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- final int mynvalue = in[inpos.get()];
- inpos.increment();
- int finalout = outpos.get() + mynvalue;
- while (outpos.get() != finalout) {
- int thissize = finalout > PageSize + outpos.get() ? PageSize
- : (finalout - outpos.get());
- decodePage(in, inpos, out, outpos, thissize);
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int mynvalue) {
+ if (inlength == 0)
+ return;
+ mynvalue = Util.greatestMultiple(mynvalue, BLOCK_SIZE);
+ decodePage(in, inpos, out, outpos, mynvalue);
}
- }
- private void decodePage(int[] in, IntWrapper inpos, int[] out,
- IntWrapper outpos, int thissize) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ int blockCount = inlength / BLOCK_SIZE;
+ // +1 for the header
+ // getBestBFromData limits the memory used for exceptions so that the total size of the block does not exceed BLOCK_SIZE integers.
+ int maxBlockSizeInInts = 1 + BLOCK_SIZE;
+ compressedPositions.add(inlength);
+ return maxBlockSizeInInts * blockCount;
+ }
- for (int run = 0; run < thissize / BlockSize; ++run, tmpoutpos += BlockSize) {
- final int b = in[tmpinpos] & 0xFF;
- final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
- final int exceptsize = (in[tmpinpos] >>> 16);
- ++tmpinpos;
- S16.uncompress(in, tmpinpos, exceptsize, exceptbuffer, 0,
- 2 * cexcept);
- tmpinpos += exceptsize;
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking
- .fastunpack(in, tmpinpos, out, tmpoutpos + k, bits[b]);
- tmpinpos += bits[b];
- }
- for (int k = 0; k < cexcept; ++k) {
- out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
- }
+ private void decodePage(int[] in, IntWrapper inpos, int[] out,
+ IntWrapper outpos, int thissize) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+
+ for (int run = 0; run < thissize / BLOCK_SIZE; ++run, tmpoutpos += BLOCK_SIZE) {
+ final int b = in[tmpinpos] & 0xFF;
+ final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
+ final int exceptsize = (in[tmpinpos] >>> 16);
+ ++tmpinpos;
+ S16.uncompress(in, tmpinpos, exceptsize, exceptbuffer,
+ 0, 2 * cexcept);
+ tmpinpos += exceptsize;
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastunpack(in, tmpinpos, out,
+ tmpoutpos + k, bits[b]);
+ tmpinpos += bits[b];
+ }
+ for (int k = 0; k < cexcept; ++k) {
+ out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
+ }
+ }
+ outpos.set(tmpoutpos);
+ inpos.set(tmpinpos);
+ }
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
}
- outpos.set(tmpoutpos);
- inpos.set(tmpinpos);
- }
- @Override
- public String toString() {
- return this.getClass().getSimpleName();
- }
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+ }
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/NewPFDS9.java b/src/main/java/me/lemire/integercompression/NewPFDS9.java
index 5465d27..bd802b6 100644
--- a/src/main/java/me/lemire/integercompression/NewPFDS9.java
+++ b/src/main/java/me/lemire/integercompression/NewPFDS9.java
@@ -7,155 +7,188 @@
package me.lemire.integercompression;
+
/**
- * NewPFD/NewPFOR implemented by Daniel Lemire
- *
+ * NewPFD/NewPFOR based on Simple9 by Yan et al.
+ *
* Follows:
- *
+ *
* H. Yan, S. Ding, T. Suel, Inverted index compression and query processing
* with optimized document ordering, in: WWW 09, 2009, pp. 401-410.
- *
+ *
* using Simple9 as the secondary coder.
- *
+ *
+ * It encodes integers in blocks of 128 integers. For arrays containing
+ * an arbitrary number of integers, you should use it in conjunction
+ * with another CODEC:
+ *
+ * IntegerCODEC ic = new Composition(new PDFS9(), new VariableByte()).
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately.
+ *
+ * For multi-threaded applications, each thread should use its own NewPFDS9
+ * object.
+ *
* @author Daniel Lemire
*/
-public final class NewPFDS9 implements IntegerCODEC {
- final int PageSize;
- final static int BlockSize = 128;
-
- int[] exceptbuffer = new int[2 * BlockSize];
+public final class NewPFDS9 implements IntegerCODEC,SkippableIntegerCODEC {
+ final static int BLOCK_SIZE = 128;
- /**
- * Constructor for the NewPFDS9 CODEC.
- */
- public NewPFDS9() {
- PageSize = 65536;
- }
+ int[] exceptbuffer = new int[2 * BLOCK_SIZE];
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- inlength = inlength / BlockSize * BlockSize;
- if(inlength == 0) return;
- final int finalinpos = inpos.get() + inlength;
- out[outpos.get()] = inlength;
- outpos.increment();
- while (inpos.get() != finalinpos) {
- int thissize = finalinpos > PageSize + inpos.get() ? PageSize
- : (finalinpos - inpos.get());
- encodePage(in, inpos, thissize, out, outpos);
+ /**
+ * Constructor for the NewPFDS9 CODEC.
+ */
+ public NewPFDS9() {
}
- }
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ encodePage(in, inpos, inlength, out, outpos);
+ }
- protected static final int[] bits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 16, 20, 32};
- protected static final int[] invbits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16, 16, 16, 16,
- 16, 16, 16, 16};
+ private static final int[] bits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10,
+ 11, 12, 13, 16, 20, 32 };
+ private static final int[] invbits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9,
+ 10, 11, 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16,
+ 16, 16, 16, 16, 16, 16, 16 };
- protected static void getBestBFromData(int[] in, int pos, IntWrapper bestb,
- IntWrapper bestexcept) {
- final int mb = Util.maxbits(in, pos, BlockSize);
- int mini = 0;
- if (mini + 28 < bits[invbits[mb]])
- mini = bits[invbits[mb]] - 28; // 28 is the max for exceptions
- int besti = bits.length - 1;
- int exceptcounter = 0;
- for (int i = mini; i < bits.length - 1; ++i) {
- int tmpcounter = 0;
- for (int k = pos; k < BlockSize + pos; ++k)
- if ((in[k] >>> bits[i])!=0)
- ++tmpcounter;
- if (tmpcounter * 10 <= BlockSize) {
- besti = i;
- exceptcounter = tmpcounter;
- break;
- }
+ private static void getBestBFromData(int[] in, int pos,
+ IntWrapper bestb, IntWrapper bestexcept) {
+ final int mb = Util.maxbits(in, pos, BLOCK_SIZE);
+ int mini = 0;
+ if (mini + 28 < bits[invbits[mb]])
+ mini = bits[invbits[mb]] - 28; // 28 is the max for
+ // exceptions
+ int besti = bits.length - 1;
+ int exceptcounter = 0;
+ for (int i = mini; i < bits.length - 1; ++i) {
+ int tmpcounter = 0;
+ for (int k = pos; k < BLOCK_SIZE + pos; ++k)
+ if ((in[k] >>> bits[i]) != 0)
+ ++tmpcounter;
+ if (tmpcounter * 10 <= BLOCK_SIZE) {
+ besti = i;
+ exceptcounter = tmpcounter;
+ break;
+ }
+ }
+ bestb.set(besti);
+ bestexcept.set(exceptcounter);
}
- bestb.set(besti);
- bestexcept.set(exceptcounter);
- }
- private void encodePage(int[] in, IntWrapper inpos, int thissize,
- int[] out, IntWrapper outpos) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
- IntWrapper bestb = new IntWrapper();
- IntWrapper bestexcept = new IntWrapper();
- for (final int finalinpos = tmpinpos + thissize; tmpinpos + BlockSize <= finalinpos; tmpinpos += BlockSize) {
- getBestBFromData(in, tmpinpos, bestb, bestexcept);
- final int tmpbestb = bestb.get();
- final int nbrexcept = bestexcept.get();
- int exceptsize = 0;
- final int remember = tmpoutpos;
- tmpoutpos++;
- if (nbrexcept > 0) {
- for (int i = 0, c = 0; i < BlockSize; ++i) {
- if ((in[tmpinpos + i]>>> bits[tmpbestb])!= 0) {
- exceptbuffer[c + nbrexcept] = i;
- exceptbuffer[c] = in[tmpinpos + i] >>> bits[tmpbestb];
- ++c;
- }
+ private void encodePage(int[] in, IntWrapper inpos, int thissize,
+ int[] out, IntWrapper outpos) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+ IntWrapper bestb = new IntWrapper();
+ IntWrapper bestexcept = new IntWrapper();
+ for (final int finalinpos = tmpinpos + thissize; tmpinpos
+ + BLOCK_SIZE <= finalinpos; tmpinpos += BLOCK_SIZE) {
+ getBestBFromData(in, tmpinpos, bestb, bestexcept);
+ final int tmpbestb = bestb.get();
+ final int nbrexcept = bestexcept.get();
+ int exceptsize = 0;
+ final int remember = tmpoutpos;
+ tmpoutpos++;
+ if (nbrexcept > 0) {
+ for (int i = 0, c = 0; i < BLOCK_SIZE; ++i) {
+ if ((in[tmpinpos + i] >>> bits[tmpbestb]) != 0) {
+ exceptbuffer[c + nbrexcept] = i;
+ exceptbuffer[c] = in[tmpinpos
+ + i] >>> bits[tmpbestb];
+ ++c;
+ }
+ }
+ exceptsize = S9.compress(exceptbuffer, 0,
+ 2 * nbrexcept, out, tmpoutpos);
+ tmpoutpos += exceptsize;
+ }
+ out[remember] = tmpbestb | (nbrexcept << 8)
+ | (exceptsize << 16);
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastpack(in, tmpinpos + k, out,
+ tmpoutpos, bits[tmpbestb]);
+ tmpoutpos += bits[tmpbestb];
+ }
}
- exceptsize = S9.compress(exceptbuffer, 0, 2 * nbrexcept, out,
- tmpoutpos);
- tmpoutpos += exceptsize;
- }
- out[remember] = tmpbestb | (nbrexcept << 8) | (exceptsize << 16);
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking.fastpack(in, tmpinpos + k, out, tmpoutpos,
- bits[tmpbestb]);
- tmpoutpos += bits[tmpbestb];
- }
+ inpos.set(tmpinpos);
+ outpos.set(tmpoutpos);
}
- inpos.set(tmpinpos);
- outpos.set(tmpoutpos);
- }
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- final int mynvalue = in[inpos.get()];
- inpos.increment();
- int finalout = outpos.get() + mynvalue;
- while (outpos.get() != finalout) {
- int thissize = finalout > PageSize + outpos.get() ? PageSize
- : (finalout - outpos.get());
- decodePage(in, inpos, out, outpos, thissize);
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int mynvalue) {
+ if (inlength == 0)
+ return;
+ mynvalue = Util.greatestMultiple(mynvalue, BLOCK_SIZE);
+ decodePage(in, inpos, out, outpos, mynvalue);
}
- }
- private void decodePage(int[] in, IntWrapper inpos, int[] out,
- IntWrapper outpos, int thissize) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ int blockCount = inlength / BLOCK_SIZE;
+ // +1 for the header
+ // getBestBFromData limits the memory used for exceptions so that the total size of the block does not exceed BLOCK_SIZE integers.
+ int maxBlockSizeInInts = 1 + BLOCK_SIZE;
+ compressedPositions.add(inlength);
+ return maxBlockSizeInInts * blockCount;
+ }
- for (int run = 0; run < thissize / BlockSize; ++run, tmpoutpos += BlockSize) {
- final int b = in[tmpinpos] & 0xFF;
- final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
- final int exceptsize = (in[tmpinpos] >>> 16);
- ++tmpinpos;
- S9.uncompress(in, tmpinpos, exceptsize, exceptbuffer, 0,
- 2 * cexcept);
- tmpinpos += exceptsize;
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking
- .fastunpack(in, tmpinpos, out, tmpoutpos + k, bits[b]);
- tmpinpos += bits[b];
- }
- for (int k = 0; k < cexcept; ++k) {
- out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
- }
+ private void decodePage(int[] in, IntWrapper inpos, int[] out,
+ IntWrapper outpos, int thissize) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+
+ for (int run = 0; run < thissize / BLOCK_SIZE; ++run, tmpoutpos += BLOCK_SIZE) {
+ final int b = in[tmpinpos] & 0xFF;
+ final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
+ final int exceptsize = (in[tmpinpos] >>> 16);
+ ++tmpinpos;
+ S9.uncompress(in, tmpinpos, exceptsize, exceptbuffer,
+ 0, 2 * cexcept);
+ tmpinpos += exceptsize;
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastunpack(in, tmpinpos, out,
+ tmpoutpos + k, bits[b]);
+ tmpinpos += bits[b];
+ }
+ for (int k = 0; k < cexcept; ++k) {
+ out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
+ }
+ }
+ outpos.set(tmpoutpos);
+ inpos.set(tmpinpos);
+ }
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
}
- outpos.set(tmpoutpos);
- inpos.set(tmpinpos);
- }
- @Override
- public String toString() {
- return this.getClass().getSimpleName();
- }
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+ }
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/OptPFD.java b/src/main/java/me/lemire/integercompression/OptPFD.java
index 6696bf7..cfda92e 100644
--- a/src/main/java/me/lemire/integercompression/OptPFD.java
+++ b/src/main/java/me/lemire/integercompression/OptPFD.java
@@ -6,171 +6,206 @@
*/
package me.lemire.integercompression;
+
/**
- * OptPFD implemented by Daniel Lemire
- *
+ * OptPFD: fast patching scheme by Yan et al.
+ *
* Follows:
- *
+ *
* H. Yan, S. Ding, T. Suel, Inverted index compression and query processing
- * with optimized document ordering, in: WWW �09, 2009, pp. 401�410.
- *
+ * with optimized document ordering, in: WWW 09, 2009, pp. 401-410.
+ *
* using Simple16 as the secondary coder.
- *
+ *
+ * It encodes integers in blocks of 128 integers. For arrays containing
+ * an arbitrary number of integers, you should use it in conjunction
+ * with another CODEC:
+ *
+ * IntegerCODEC ic = new Composition(new OptPFD(), new VariableByte()).
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately. (Yes, this is true even though
+ * the "D" at the end of the name probably stands for delta.)
+ *
+ * For multi-threaded applications, each thread should use its own OptPFD
+ * object.
+ *
* @author Daniel Lemire
*/
-public final class OptPFD implements IntegerCODEC {
- final int PageSize;
- final static int BlockSize = 128;
-
- int[] exceptbuffer = new int[2 * BlockSize];
- int[] sillybuffer = new int[2 * BlockSize];
+public final class OptPFD implements IntegerCODEC,SkippableIntegerCODEC {
+ final static int BLOCK_SIZE = 128;
- /**
- * Constructor for the OptPFD CODEC.
- */
- public OptPFD() {
- PageSize = 65536;
- }
+ int[] exceptbuffer = new int[2 * BLOCK_SIZE];
+
+ /**
+ * Constructor for the OptPFD CODEC.
+ */
+ public OptPFD() {
+ }
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- inlength = inlength / BlockSize * BlockSize;
- if(inlength == 0) return;
- final int finalinpos = inpos.get() + inlength;
- out[outpos.get()] = inlength;
- outpos.increment();
- while (inpos.get() != finalinpos) {
- int thissize = finalinpos > PageSize + inpos.get() ? PageSize
- : (finalinpos - inpos.get());
- encodePage(in, inpos, thissize, out, outpos);
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ encodePage(in, inpos, inlength, out, outpos);
}
- }
+ private static final int[] bits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10,
+ 11, 12, 13, 16, 20, 32 };
+ private static final int[] invbits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9,
+ 10, 11, 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16,
+ 16, 16, 16, 16, 16, 16, 16 };
- protected static final int[] bits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 16, 20, 32};
- protected static final int[] invbits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16, 16, 16, 16,
- 16, 16, 16, 16};
+ private void getBestBFromData(int[] in, int pos, IntWrapper bestb,
+ IntWrapper bestexcept) {
+ final int mb = Util.maxbits(in, pos, BLOCK_SIZE);
+ int mini = 0;
+ if (mini + 28 < bits[invbits[mb]])
+ mini = bits[invbits[mb]] - 28; // 28 is the max for
+ // exceptions
+ int besti = bits.length - 1;
+ int bestcost = bits[besti] * 4;
+ int exceptcounter = 0;
+ for (int i = mini; i < bits.length - 1; ++i) {
+ int tmpcounter = 0;
+ for (int k = pos; k < BLOCK_SIZE + pos; ++k)
+ if ((in[k] >>> bits[i]) != 0) {
+ ++tmpcounter;
+ }
+ if (tmpcounter == BLOCK_SIZE)
+ continue; // no need
+ for (int k = pos, c = 0; k < pos + BLOCK_SIZE; ++k)
+ if ((in[k] >>> bits[i]) != 0) {
+ exceptbuffer[tmpcounter + c] = k - pos;
+ exceptbuffer[c] = in[k] >>> bits[i];
+ ++c;
+ }
- void getBestBFromData(int[] in, int pos, IntWrapper bestb,
- IntWrapper bestexcept) {
- final int mb = Util.maxbits(in, pos, BlockSize);
- int mini = 0;
- if (mini + 28 < bits[invbits[mb]])
- mini = bits[invbits[mb]] - 28; // 28 is the max for exceptions
- int besti = bits.length - 1;
- int bestcost = bits[besti] * 4;
- int exceptcounter = 0;
- for (int i = mini; i < bits.length - 1; ++i) {
- int tmpcounter = 0;
- for (int k = pos; k < BlockSize + pos; ++k)
- if ((in[k] >>> bits[i])!=0) {
- ++tmpcounter;
- }
- if (tmpcounter == BlockSize)
- continue; // no need
- for (int k = pos, c = 0; k < pos + BlockSize; ++k)
- if ((in[k] >>> bits[i])!=0) {
- exceptbuffer[tmpcounter + c] = k - pos;
- exceptbuffer[c] = in[k] >>> bits[i];
- ++c;
+ final int thiscost = bits[i]
+ * 4
+ + S16.estimatecompress(exceptbuffer, 0,
+ 2 * tmpcounter);
+ if (thiscost <= bestcost) {
+ bestcost = thiscost;
+ besti = i;
+ exceptcounter = tmpcounter;
+ }
}
- final int thiscost = bits[i] * 4
- + S16.estimatecompress(exceptbuffer, 0, 2 * tmpcounter);
- if (thiscost <= bestcost) {
- bestcost = thiscost;
- besti = i;
- exceptcounter = tmpcounter;
- }
+ bestb.set(besti);
+ bestexcept.set(exceptcounter);
}
- bestb.set(besti);
- bestexcept.set(exceptcounter);
- }
-
- private void encodePage(int[] in, IntWrapper inpos, int thissize,
- int[] out, IntWrapper outpos) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
- IntWrapper bestb = new IntWrapper();
- IntWrapper bestexcept = new IntWrapper();
- for (final int finalinpos = tmpinpos + thissize; tmpinpos + BlockSize <= finalinpos; tmpinpos += BlockSize) {
- getBestBFromData(in, tmpinpos, bestb, bestexcept);
- final int tmpbestb = bestb.get();
- final int nbrexcept = bestexcept.get();
- int exceptsize = 0;
- final int remember = tmpoutpos;
- tmpoutpos++;
- if (nbrexcept > 0) {
- int c = 0;
- for (int i = 0; i < BlockSize; ++i) {
- if ((in[tmpinpos + i] >>> bits[tmpbestb])!=0) {
- exceptbuffer[c + nbrexcept] = i;
- exceptbuffer[c] = in[tmpinpos + i] >>> bits[tmpbestb];
- ++c;
- }
+ private void encodePage(int[] in, IntWrapper inpos, int thissize,
+ int[] out, IntWrapper outpos) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+ IntWrapper bestb = new IntWrapper();
+ IntWrapper bestexcept = new IntWrapper();
+ for (final int finalinpos = tmpinpos + thissize; tmpinpos
+ + BLOCK_SIZE <= finalinpos; tmpinpos += BLOCK_SIZE) {
+ getBestBFromData(in, tmpinpos, bestb, bestexcept);
+ final int tmpbestb = bestb.get();
+ final int nbrexcept = bestexcept.get();
+ int exceptsize = 0;
+ final int remember = tmpoutpos;
+ tmpoutpos++;
+ if (nbrexcept > 0) {
+ int c = 0;
+ for (int i = 0; i < BLOCK_SIZE; ++i) {
+ if ((in[tmpinpos + i] >>> bits[tmpbestb]) != 0) {
+ exceptbuffer[c + nbrexcept] = i;
+ exceptbuffer[c] = in[tmpinpos
+ + i] >>> bits[tmpbestb];
+ ++c;
+ }
+ }
+ exceptsize = S16.compress(exceptbuffer, 0,
+ 2 * nbrexcept, out, tmpoutpos);
+ tmpoutpos += exceptsize;
+ }
+ out[remember] = tmpbestb | (nbrexcept << 8)
+ | (exceptsize << 16);
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastpack(in, tmpinpos + k, out,
+ tmpoutpos, bits[tmpbestb]);
+ tmpoutpos += bits[tmpbestb];
+ }
}
- exceptsize = S16.compress(exceptbuffer, 0, 2 * nbrexcept, out,
- tmpoutpos);
- tmpoutpos += exceptsize;
- }
- out[remember] = tmpbestb | (nbrexcept << 8) | (exceptsize << 16);
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking.fastpack(in, tmpinpos + k, out, tmpoutpos,
- bits[tmpbestb]);
- tmpoutpos += bits[tmpbestb];
- }
+ inpos.set(tmpinpos);
+ outpos.set(tmpoutpos);
}
- inpos.set(tmpinpos);
- outpos.set(tmpoutpos);
- }
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- final int mynvalue = in[inpos.get()];
- inpos.increment();
- final int finalout = outpos.get() + mynvalue;
- while (outpos.get() != finalout) {
- int thissize = finalout > PageSize + outpos.get() ? PageSize
- : (finalout - outpos.get());
- decodePage(in, inpos, out, outpos, thissize);
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int mynvalue) {
+ if (inlength == 0)
+ return;
+ mynvalue = Util.greatestMultiple(mynvalue, BLOCK_SIZE);
+ decodePage(in, inpos, out, outpos, mynvalue);
}
- }
- private void decodePage(int[] in, IntWrapper inpos, int[] out,
- IntWrapper outpos, int thissize) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ int blockCount = inlength / BLOCK_SIZE;
+ // +1 for the header
+ // getBestBFromData limits the memory used for exceptions so that the total size of the block does not exceed BLOCK_SIZE integers.
+ int maxBlockSizeInInts = 1 + BLOCK_SIZE;
+ compressedPositions.add(inlength);
+ return maxBlockSizeInInts * blockCount;
+ }
+
+ private void decodePage(int[] in, IntWrapper inpos, int[] out,
+ IntWrapper outpos, int thissize) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
- for (int run = 0; run < thissize / BlockSize; ++run, tmpoutpos += BlockSize) {
- final int b = in[tmpinpos] & 0xFF;
- final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
- final int exceptsize = (in[tmpinpos] >>> 16);
- ++tmpinpos;
- S16.uncompress(in, tmpinpos, exceptsize, exceptbuffer, 0,
- 2 * cexcept);
- tmpinpos += exceptsize;
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking
- .fastunpack(in, tmpinpos, out, tmpoutpos + k, bits[b]);
- tmpinpos += bits[b];
- }
- for (int k = 0; k < cexcept; ++k) {
- out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
- }
+ for (int run = 0; run < thissize / BLOCK_SIZE; ++run, tmpoutpos += BLOCK_SIZE) {
+ final int b = in[tmpinpos] & 0xFF;
+ final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
+ final int exceptsize = (in[tmpinpos] >>> 16);
+ ++tmpinpos;
+ S16.uncompress(in, tmpinpos, exceptsize, exceptbuffer,
+ 0, 2 * cexcept);
+ tmpinpos += exceptsize;
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastunpack(in, tmpinpos, out,
+ tmpoutpos + k, bits[b]);
+ tmpinpos += bits[b];
+ }
+ for (int k = 0; k < cexcept; ++k) {
+ out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
+ }
+ }
+ outpos.set(tmpoutpos);
+ inpos.set(tmpinpos);
+ }
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = inlength / BLOCK_SIZE * BLOCK_SIZE;
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
}
- outpos.set(tmpoutpos);
- inpos.set(tmpinpos);
- }
- @Override
- public String toString() {
- return this.getClass().getSimpleName();
- }
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+ }
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/OptPFDS16.java b/src/main/java/me/lemire/integercompression/OptPFDS16.java
index 4580f4b..95c4f62 100644
--- a/src/main/java/me/lemire/integercompression/OptPFDS16.java
+++ b/src/main/java/me/lemire/integercompression/OptPFDS16.java
@@ -7,169 +7,205 @@
package me.lemire.integercompression;
+
/**
- * OptPFD implemented by Daniel Lemire
- *
+ * OptPFD based on Simple16 by Yan et al.
+ *
* Follows:
- *
+ *
* H. Yan, S. Ding, T. Suel, Inverted index compression and query processing
- * with optimized document ordering, in: WWW 09, 2009, pp. 401--410.
- *
+ * with optimized document ordering, in: WWW 09, 2009, pp. 401-410.
+ *
* using Simple16 as the secondary coder.
- *
+ *
+ * It encodes integers in blocks of 128 integers. For arrays containing
+ * an arbitrary number of integers, you should use it in conjunction
+ * with another CODEC:
+ *
+ * IntegerCODEC ic = new Composition(new OptPFDS16(), new VariableByte()).
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately.
+ *
+ * For multi-threaded applications, each thread should use its own OptPFDS16
+ * object.
+ *
* @author Daniel Lemire
*/
-public final class OptPFDS16 implements IntegerCODEC {
- final int PageSize;
- final static int BlockSize = 128;
- int[] exceptbuffer = new int[2 * BlockSize];
-
- /**
- * Constructor for the OptPFDS16 CODEC.
- */
- public OptPFDS16() {
- PageSize = 65536;
- }
-
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- inlength = inlength / BlockSize * BlockSize;
- if(inlength == 0) return;
-
- final int finalinpos = inpos.get() + inlength;
- out[outpos.get()] = inlength;
- outpos.increment();
- while (inpos.get() != finalinpos) {
- int thissize = finalinpos > PageSize + inpos.get() ? PageSize
- : (finalinpos - inpos.get());
- encodePage(in, inpos, thissize, out, outpos);
+public final class OptPFDS16 implements IntegerCODEC,SkippableIntegerCODEC {
+ final static int BLOCK_SIZE = 128;
+ int[] exceptbuffer = new int[2 * BLOCK_SIZE];
+
+ /**
+ * Constructor for the OptPFDS16 CODEC.
+ */
+ public OptPFDS16() {
+ }
+
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+
+ encodePage(in, inpos, inlength, out, outpos);
+
}
- }
-
- protected static final int[] bits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 16, 20, 32};
- protected static final int[] invbits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16, 16, 16, 16,
- 16, 16, 16, 16};
-
- protected void getBestBFromData(int[] in, int pos, IntWrapper bestb,
- IntWrapper bestexcept) {
- final int mb = Util.maxbits(in, pos, BlockSize);
- int mini = 0;
- if (mini + 28 < bits[invbits[mb]])
- mini = bits[invbits[mb]] - 28; // 28 is the max for exceptions
- int besti = bits.length - 1;
- int bestcost = bits[besti] * 4;
- int exceptcounter = 0;
- for (int i = mini; i < bits.length - 1; ++i) {
- int tmpcounter = 0;
- for (int k = pos; k < BlockSize + pos; ++k)
- if ((in[k] >>> bits[i]) !=0) {
- ++tmpcounter;
+ private static final int[] bits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10,
+ 11, 12, 13, 16, 20, 32 };
+ private static final int[] invbits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9,
+ 10, 11, 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16,
+ 16, 16, 16, 16, 16, 16, 16 };
+
+ private void getBestBFromData(int[] in, int pos, IntWrapper bestb,
+ IntWrapper bestexcept) {
+ final int mb = Util.maxbits(in, pos, BLOCK_SIZE);
+ int mini = 0;
+ if (mini + 28 < bits[invbits[mb]])
+ mini = bits[invbits[mb]] - 28; // 28 is the max for
+ // exceptions
+ int besti = bits.length - 1;
+ int bestcost = bits[besti] * 4;
+ int exceptcounter = 0;
+ for (int i = mini; i < bits.length - 1; ++i) {
+ int tmpcounter = 0;
+ for (int k = pos; k < BLOCK_SIZE + pos; ++k)
+ if ((in[k] >>> bits[i]) != 0) {
+ ++tmpcounter;
+ }
+ if (tmpcounter == BLOCK_SIZE)
+ continue; // no need
+ for (int k = pos, c = 0; k < pos + BLOCK_SIZE; ++k)
+ if ((in[k] >>> bits[i]) != 0) {
+ exceptbuffer[tmpcounter + c] = k - pos;
+ exceptbuffer[c] = in[k] >>> bits[i];
+ ++c;
+ }
+
+ final int thiscost = bits[i]
+ * 4
+ + S16.estimatecompress(exceptbuffer, 0,
+ 2 * tmpcounter);
+ if (thiscost <= bestcost) {
+ bestcost = thiscost;
+ besti = i;
+ exceptcounter = tmpcounter;
+ }
}
- if (tmpcounter == BlockSize)
- continue; // no need
- for (int k = pos, c = 0; k < pos + BlockSize; ++k)
- if ((in[k] >>> bits[i]) !=0) {
- exceptbuffer[tmpcounter + c] = k - pos;
- exceptbuffer[c] = in[k] >>> bits[i];
- ++c;
+ bestb.set(besti);
+ bestexcept.set(exceptcounter);
+ }
+
+ private void encodePage(int[] in, IntWrapper inpos, int thissize,
+ int[] out, IntWrapper outpos) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+ IntWrapper bestb = new IntWrapper();
+ IntWrapper bestexcept = new IntWrapper();
+ for (final int finalinpos = tmpinpos + thissize; tmpinpos
+ + BLOCK_SIZE <= finalinpos; tmpinpos += BLOCK_SIZE) {
+ getBestBFromData(in, tmpinpos, bestb, bestexcept);
+ final int tmpbestb = bestb.get();
+ final int nbrexcept = bestexcept.get();
+ int exceptsize = 0;
+ final int remember = tmpoutpos;
+ tmpoutpos++;
+ if (nbrexcept > 0) {
+ int c = 0;
+ for (int i = 0; i < BLOCK_SIZE; ++i) {
+ if ((in[tmpinpos + i] >>> bits[tmpbestb]) != 0) {
+ exceptbuffer[c + nbrexcept] = i;
+ exceptbuffer[c] = in[tmpinpos
+ + i] >>> bits[tmpbestb];
+ ++c;
+ }
+ }
+ exceptsize = S16.compress(exceptbuffer, 0,
+ 2 * nbrexcept, out, tmpoutpos);
+ tmpoutpos += exceptsize;
+ }
+ out[remember] = tmpbestb | (nbrexcept << 8)
+ | (exceptsize << 16);
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastpack(in, tmpinpos + k, out,
+ tmpoutpos, bits[tmpbestb]);
+ tmpoutpos += bits[tmpbestb];
+ }
}
+ inpos.set(tmpinpos);
+ outpos.set(tmpoutpos);
+ }
- final int thiscost = bits[i] * 4
- + S16.estimatecompress(exceptbuffer, 0, 2 * tmpcounter);
- if (thiscost <= bestcost) {
- bestcost = thiscost;
- besti = i;
- exceptcounter = tmpcounter;
- }
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int mynvalue) {
+ if (inlength == 0)
+ return;
+ mynvalue = Util.greatestMultiple(mynvalue, BLOCK_SIZE);
+ decodePage(in, inpos, out, outpos, mynvalue);
}
- bestb.set(besti);
- bestexcept.set(exceptcounter);
- }
-
- private void encodePage(int[] in, IntWrapper inpos, int thissize,
- int[] out, IntWrapper outpos) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
- IntWrapper bestb = new IntWrapper();
- IntWrapper bestexcept = new IntWrapper();
- for (final int finalinpos = tmpinpos + thissize; tmpinpos + BlockSize <= finalinpos; tmpinpos += BlockSize) {
- getBestBFromData(in, tmpinpos, bestb, bestexcept);
- final int tmpbestb = bestb.get();
- final int nbrexcept = bestexcept.get();
- int exceptsize = 0;
- final int remember = tmpoutpos;
- tmpoutpos++;
- if (nbrexcept > 0) {
- int c = 0;
- for (int i = 0; i < BlockSize; ++i) {
- if ((in[tmpinpos + i] >>> bits[tmpbestb]) != 0) {
- exceptbuffer[c + nbrexcept] = i;
- exceptbuffer[c] = in[tmpinpos + i] >>> bits[tmpbestb];
- ++c;
- }
- }
- exceptsize = S16.compress(exceptbuffer, 0, 2 * nbrexcept, out,
- tmpoutpos);
- tmpoutpos += exceptsize;
- }
- out[remember] = tmpbestb | (nbrexcept << 8) | (exceptsize << 16);
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking.fastpack(in, tmpinpos + k, out, tmpoutpos,
- bits[tmpbestb]);
- tmpoutpos += bits[tmpbestb];
- }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ int blockCount = inlength / BLOCK_SIZE;
+ // +1 for the header
+ // getBestBFromData limits the memory used for exceptions so that the total size of the block does not exceed BLOCK_SIZE integers.
+ int maxBlockSizeInInts = 1 + BLOCK_SIZE;
+ compressedPositions.add(inlength);
+ return maxBlockSizeInInts * blockCount;
}
- inpos.set(tmpinpos);
- outpos.set(tmpoutpos);
- }
-
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- final int mynvalue = in[inpos.get()];
- inpos.increment();
- final int finalout = outpos.get() + mynvalue;
- while (outpos.get() != finalout) {
- int thissize = finalout > PageSize + outpos.get() ? PageSize
- : (finalout - outpos.get());
- decodePage(in, inpos, out, outpos, thissize);
+
+ private void decodePage(int[] in, IntWrapper inpos, int[] out,
+ IntWrapper outpos, int thissize) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+
+ for (int run = 0; run < thissize / BLOCK_SIZE; ++run, tmpoutpos += BLOCK_SIZE) {
+ final int b = in[tmpinpos] & 0xFF;
+ final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
+ final int exceptsize = (in[tmpinpos] >>> 16);
+ ++tmpinpos;
+ S16.uncompress(in, tmpinpos, exceptsize, exceptbuffer,
+ 0, 2 * cexcept);
+ tmpinpos += exceptsize;
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastunpack(in, tmpinpos, out,
+ tmpoutpos + k, bits[b]);
+ tmpinpos += bits[b];
+ }
+ for (int k = 0; k < cexcept; ++k) {
+ out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
+ }
+ }
+ outpos.set(tmpoutpos);
+ inpos.set(tmpinpos);
}
- }
-
- private void decodePage(int[] in, IntWrapper inpos, int[] out,
- IntWrapper outpos, int thissize) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
-
- for (int run = 0; run < thissize / BlockSize; ++run, tmpoutpos += BlockSize) {
- final int b = in[tmpinpos] & 0xFF;
- final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
- final int exceptsize = (in[tmpinpos] >>> 16);
- ++tmpinpos;
- S16.uncompress(in, tmpinpos, exceptsize, exceptbuffer, 0,
- 2 * cexcept);
- tmpinpos += exceptsize;
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking
- .fastunpack(in, tmpinpos, out, tmpoutpos + k, bits[b]);
- tmpinpos += bits[b];
- }
- for (int k = 0; k < cexcept; ++k) {
- out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
- }
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = inlength / BLOCK_SIZE * BLOCK_SIZE;
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
}
- outpos.set(tmpoutpos);
- inpos.set(tmpinpos);
- }
- @Override
- public String toString() {
- return this.getClass().getSimpleName();
- }
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+ }
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
-}
\ No newline at end of file
+}
diff --git a/src/main/java/me/lemire/integercompression/OptPFDS9.java b/src/main/java/me/lemire/integercompression/OptPFDS9.java
index 22faf7e..0e2563b 100644
--- a/src/main/java/me/lemire/integercompression/OptPFDS9.java
+++ b/src/main/java/me/lemire/integercompression/OptPFDS9.java
@@ -7,169 +7,205 @@
package me.lemire.integercompression;
+
/**
- * OptPFD implemented by Daniel Lemire
- *
+ * OptPFD based on Simple9 by Yan et al.
+ *
* Follows:
- *
+ *
* H. Yan, S. Ding, T. Suel, Inverted index compression and query processing
- * with optimized document ordering, in: WWW 09, 2009, pp. 401--410.
- *
+ * with optimized document ordering, in: WWW 09, 2009, pp. 401-410.
+ *
* using Simple9 as the secondary coder.
- *
+ *
+ * It encodes integers in blocks of 128 integers. For arrays containing
+ * an arbitrary number of integers, you should use it in conjunction
+ * with another CODEC:
+ *
+ * IntegerCODEC ic = new Composition(new OptPFDS9(), new VariableByte()).
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately.
+ *
+ * For multi-threaded applications, each thread should use its own OptPFDS9
+ * object.
+ *
* @author Daniel Lemire
*/
-public final class OptPFDS9 implements IntegerCODEC {
- final int PageSize;
- final static int BlockSize = 128;
- int[] exceptbuffer = new int[2 * BlockSize];
-
- /**
- * Constructor for the OptPFDS9 CODEC.
- */
- public OptPFDS9() {
- PageSize = 65536;
- }
-
- @Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- inlength = inlength / BlockSize * BlockSize;
- if(inlength == 0) return;
-
- final int finalinpos = inpos.get() + inlength;
- out[outpos.get()] = inlength;
- outpos.increment();
- while (inpos.get() != finalinpos) {
- int thissize = finalinpos > PageSize + inpos.get() ? PageSize
- : (finalinpos - inpos.get());
- encodePage(in, inpos, thissize, out, outpos);
+public final class OptPFDS9 implements IntegerCODEC, SkippableIntegerCODEC {
+ final static int BLOCK_SIZE = 128;
+ int[] exceptbuffer = new int[2 * BLOCK_SIZE];
+
+ /**
+ * Constructor for the OptPFDS9 CODEC.
+ */
+ public OptPFDS9() {
}
- }
-
- protected static final int[] bits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 16, 20, 32};
- protected static final int[] invbits = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
- 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16, 16, 16, 16,
- 16, 16, 16, 16};
-
- protected void getBestBFromData(int[] in, int pos, IntWrapper bestb,
- IntWrapper bestexcept) {
- final int mb = Util.maxbits(in, pos, BlockSize);
- int mini = 0;
- if (mini + 28 < bits[invbits[mb]])
- mini = bits[invbits[mb]] - 28; // 28 is the max for exceptions
- int besti = bits.length - 1;
- int bestcost = bits[besti] * 4;
- int exceptcounter = 0;
- for (int i = mini; i < bits.length - 1; ++i) {
- int tmpcounter = 0;
- for (int k = pos; k < BlockSize + pos; ++k)
- if ((in[k] >>> bits[i]) !=0) {
- ++tmpcounter;
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ encodePage(in, inpos, inlength, out, outpos);
+
+ }
+
+ private static final int[] bits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10,
+ 11, 12, 13, 16, 20, 32 };
+ private static final int[] invbits = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9,
+ 10, 11, 12, 13, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16,
+ 16, 16, 16, 16, 16, 16, 16 };
+
+ private void getBestBFromData(int[] in, int pos, IntWrapper bestb,
+ IntWrapper bestexcept) {
+ final int mb = Util.maxbits(in, pos, BLOCK_SIZE);
+ int mini = 0;
+ if (mini + 28 < bits[invbits[mb]])
+ mini = bits[invbits[mb]] - 28; // 28 is the max for
+ // exceptions
+ int besti = bits.length - 1;
+ int bestcost = bits[besti] * 4;
+ int exceptcounter = 0;
+ for (int i = mini; i < bits.length - 1; ++i) {
+ int tmpcounter = 0;
+ for (int k = pos; k < BLOCK_SIZE + pos; ++k)
+ if ((in[k] >>> bits[i]) != 0) {
+ ++tmpcounter;
+ }
+ if (tmpcounter == BLOCK_SIZE)
+ continue; // no need
+ for (int k = pos, c = 0; k < pos + BLOCK_SIZE; ++k)
+ if ((in[k] >>> bits[i]) != 0) {
+ exceptbuffer[tmpcounter + c] = k - pos;
+ exceptbuffer[c] = in[k] >>> bits[i];
+ ++c;
+ }
+
+ final int thiscost = bits[i]
+ * 4
+ + S9.estimatecompress(exceptbuffer, 0,
+ 2 * tmpcounter);
+ if (thiscost <= bestcost) {
+ bestcost = thiscost;
+ besti = i;
+ exceptcounter = tmpcounter;
+ }
}
- if (tmpcounter == BlockSize)
- continue; // no need
- for (int k = pos, c = 0; k < pos + BlockSize; ++k)
- if ((in[k] >>> bits[i]) !=0) {
- exceptbuffer[tmpcounter + c] = k - pos;
- exceptbuffer[c] = in[k] >>> bits[i];
- ++c;
+ bestb.set(besti);
+ bestexcept.set(exceptcounter);
+ }
+
+ private void encodePage(int[] in, IntWrapper inpos, int thissize,
+ int[] out, IntWrapper outpos) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+ IntWrapper bestb = new IntWrapper();
+ IntWrapper bestexcept = new IntWrapper();
+ for (final int finalinpos = tmpinpos + thissize; tmpinpos
+ + BLOCK_SIZE <= finalinpos; tmpinpos += BLOCK_SIZE) {
+ getBestBFromData(in, tmpinpos, bestb, bestexcept);
+ final int tmpbestb = bestb.get();
+ final int nbrexcept = bestexcept.get();
+ int exceptsize = 0;
+ final int remember = tmpoutpos;
+ tmpoutpos++;
+ if (nbrexcept > 0) {
+ int c = 0;
+ for (int i = 0; i < BLOCK_SIZE; ++i) {
+ if ((in[tmpinpos + i] >>> bits[tmpbestb]) != 0) {
+ exceptbuffer[c + nbrexcept] = i;
+ exceptbuffer[c] = in[tmpinpos
+ + i] >>> bits[tmpbestb];
+ ++c;
+ }
+ }
+ exceptsize = S9.compress(exceptbuffer, 0,
+ 2 * nbrexcept, out, tmpoutpos);
+ tmpoutpos += exceptsize;
+ }
+ out[remember] = tmpbestb | (nbrexcept << 8)
+ | (exceptsize << 16);
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastpack(in, tmpinpos + k, out,
+ tmpoutpos, bits[tmpbestb]);
+ tmpoutpos += bits[tmpbestb];
+ }
}
+ inpos.set(tmpinpos);
+ outpos.set(tmpoutpos);
+ }
- final int thiscost = bits[i] * 4
- + S9.estimatecompress(exceptbuffer, 0, 2 * tmpcounter);
- if (thiscost <= bestcost) {
- bestcost = thiscost;
- besti = i;
- exceptcounter = tmpcounter;
- }
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int mynvalue) {
+ if (inlength == 0)
+ return;
+ mynvalue = Util.greatestMultiple(mynvalue, BLOCK_SIZE);
+ decodePage(in, inpos, out, outpos, mynvalue);
}
- bestb.set(besti);
- bestexcept.set(exceptcounter);
- }
-
- private void encodePage(int[] in, IntWrapper inpos, int thissize,
- int[] out, IntWrapper outpos) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
- IntWrapper bestb = new IntWrapper();
- IntWrapper bestexcept = new IntWrapper();
- for (final int finalinpos = tmpinpos + thissize; tmpinpos + BlockSize <= finalinpos; tmpinpos += BlockSize) {
- getBestBFromData(in, tmpinpos, bestb, bestexcept);
- final int tmpbestb = bestb.get();
- final int nbrexcept = bestexcept.get();
- int exceptsize = 0;
- final int remember = tmpoutpos;
- tmpoutpos++;
- if (nbrexcept > 0) {
- int c = 0;
- for (int i = 0; i < BlockSize; ++i) {
- if ((in[tmpinpos + i] >>> bits[tmpbestb]) != 0) {
- exceptbuffer[c + nbrexcept] = i;
- exceptbuffer[c] = in[tmpinpos + i] >>> bits[tmpbestb];
- ++c;
- }
- }
- exceptsize = S9.compress(exceptbuffer, 0, 2 * nbrexcept, out,
- tmpoutpos);
- tmpoutpos += exceptsize;
- }
- out[remember] = tmpbestb | (nbrexcept << 8) | (exceptsize << 16);
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking.fastpack(in, tmpinpos + k, out, tmpoutpos,
- bits[tmpbestb]);
- tmpoutpos += bits[tmpbestb];
- }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ int blockCount = inlength / BLOCK_SIZE;
+ // +1 for the header
+ // getBestBFromData limits the memory used for exceptions so that the total size of the block does not exceed BLOCK_SIZE integers.
+ int maxBlockSizeInInts = 1 + BLOCK_SIZE;
+ compressedPositions.add(inlength);
+ return maxBlockSizeInInts * blockCount;
}
- inpos.set(tmpinpos);
- outpos.set(tmpoutpos);
- }
-
- @Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- final int mynvalue = in[inpos.get()];
- inpos.increment();
- final int finalout = outpos.get() + mynvalue;
- while (outpos.get() != finalout) {
- int thissize = finalout > PageSize + outpos.get() ? PageSize
- : (finalout - outpos.get());
- decodePage(in, inpos, out, outpos, thissize);
+
+ private void decodePage(int[] in, IntWrapper inpos, int[] out,
+ IntWrapper outpos, int thissize) {
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+
+ for (int run = 0; run < thissize / BLOCK_SIZE; ++run, tmpoutpos += BLOCK_SIZE) {
+ final int b = in[tmpinpos] & 0xFF;
+ final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
+ final int exceptsize = (in[tmpinpos] >>> 16);
+ ++tmpinpos;
+ S9.uncompress(in, tmpinpos, exceptsize, exceptbuffer,
+ 0, 2 * cexcept);
+ tmpinpos += exceptsize;
+ for (int k = 0; k < BLOCK_SIZE; k += 32) {
+ BitPacking.fastunpack(in, tmpinpos, out,
+ tmpoutpos + k, bits[b]);
+ tmpinpos += bits[b];
+ }
+ for (int k = 0; k < cexcept; ++k) {
+ out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
+ }
+ }
+ outpos.set(tmpoutpos);
+ inpos.set(tmpinpos);
}
- }
-
- private void decodePage(int[] in, IntWrapper inpos, int[] out,
- IntWrapper outpos, int thissize) {
- int tmpoutpos = outpos.get();
- int tmpinpos = inpos.get();
-
- for (int run = 0; run < thissize / BlockSize; ++run, tmpoutpos += BlockSize) {
- final int b = in[tmpinpos] & 0xFF;
- final int cexcept = (in[tmpinpos] >>> 8) & 0xFF;
- final int exceptsize = (in[tmpinpos] >>> 16);
- ++tmpinpos;
- S9.uncompress(in, tmpinpos, exceptsize, exceptbuffer, 0,
- 2 * cexcept);
- tmpinpos += exceptsize;
- for (int k = 0; k < BlockSize; k += 32) {
- BitPacking
- .fastunpack(in, tmpinpos, out, tmpoutpos + k, bits[b]);
- tmpinpos += bits[b];
- }
- for (int k = 0; k < cexcept; ++k) {
- out[tmpoutpos + exceptbuffer[k + cexcept]] |= (exceptbuffer[k] << bits[b]);
- }
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = inlength / BLOCK_SIZE * BLOCK_SIZE;
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
}
- outpos.set(tmpoutpos);
- inpos.set(tmpinpos);
- }
- @Override
- public String toString() {
- return this.getClass().getSimpleName();
- }
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
-}
\ No newline at end of file
+}
diff --git a/src/main/java/me/lemire/integercompression/S16.java b/src/main/java/me/lemire/integercompression/S16.java
index 8b51cf1..e40522d 100644
--- a/src/main/java/me/lemire/integercompression/S16.java
+++ b/src/main/java/me/lemire/integercompression/S16.java
@@ -9,19 +9,33 @@
/**
* Version of Simple16 for NewPFD and OptPFD.
- *
+ *
* Adapted by D. Lemire from the Apache Lucene project.
+ *
*/
public final class S16 {
-
- protected static int compress(final int[] in, int currentPos, int inlength,
- final int out[], final int tmpoutpos) {
+ /**
+ * Compress an integer array using Simple16
+ *
+ *
+ * @param in
+ * array to compress
+ * @param currentPos
+ * where to start reading
+ * @param inlength
+ * how many integers to read
+ * @param out
+ * output array
+ * @param tmpoutpos
+ * location in the output array
+ * @return the number of 32-bit words written (in compressed form)
+ */
+ public static int compress(final int[] in, int currentPos, int inlength, final int out[], final int tmpoutpos) {
int outpos = tmpoutpos;
final int finalin = currentPos + inlength;
while (currentPos < finalin) {
- int inoffset = compressblock(out, outpos++, in, currentPos,
- inlength);
+ int inoffset = compressblock(out, outpos++, in, currentPos, inlength);
if (inoffset == -1)
throw new RuntimeException("Too big a number");
currentPos += inoffset;
@@ -29,14 +43,18 @@ protected static int compress(final int[] in, int currentPos, int inlength,
}
return outpos - tmpoutpos;
}
+
/**
- * Estimate size of the compressed output.
- *
- * @param in array to compress
- * @param currentPos where to start reading
- * @param inlength how many integers to read
- * @return estimated size of the output (in 32-bit integers)
- */
+ * Estimate size of the compressed output.
+ *
+ * @param in
+ * array to compress
+ * @param currentPos
+ * where to start reading
+ * @param inlength
+ * how many integers to read
+ * @return estimated size of the output (in 32-bit integers)
+ */
public static int estimatecompress(final int[] in, int currentPos, int inlength) {
final int finalin = currentPos + inlength;
int counter = 0;
@@ -53,24 +71,27 @@ public static int estimatecompress(final int[] in, int currentPos, int inlength)
/**
* Compress an integer array using Simple16
- *
- * @param out the compressed output
- * @param outOffset the offset of the output in the number of integers
- * @param in the integer input array
- * @param inOffset the offset of the input in the number of integers
- * @param n the number of elements to be compressed
+ *
+ * @param out
+ * the compressed output
+ * @param outOffset
+ * the offset of the output in the number of integers
+ * @param in
+ * the integer input array
+ * @param inOffset
+ * the offset of the input in the number of integers
+ * @param n
+ * the number of elements to be compressed
* @return the size of the outputs in 32-bit integers
- *
+ *
*/
- public static final int compressblock(int[] out, int outOffset, int[] in,
- int inOffset, int n) {
+ public static final int compressblock(int[] out, int outOffset, int[] in, int inOffset, int n) {
int numIdx, j, num, bits;
for (numIdx = 0; numIdx < S16_NUMSIZE; numIdx++) {
out[outOffset] = numIdx << S16_BITSSIZE;
num = (S16_NUM[numIdx] < n) ? S16_NUM[numIdx] : n;
- for (j = 0, bits = 0; (j < num)
- && (in[inOffset + j] < SHIFTED_S16_BITS[numIdx][j]); ) {
+ for (j = 0, bits = 0; (j < num) && (in[inOffset + j] < SHIFTED_S16_BITS[numIdx][j]);) {
out[outOffset] |= (in[inOffset + j] << bits);
bits += S16_BITS[numIdx][j];
j++;
@@ -89,8 +110,7 @@ private static final int fakecompressblock(int[] in, int inOffset, int n) {
for (numIdx = 0; numIdx < S16_NUMSIZE; numIdx++) {
num = (S16_NUM[numIdx] < n) ? S16_NUM[numIdx] : n;
- for (j = 0; (j < num)
- && (in[inOffset + j] < SHIFTED_S16_BITS[numIdx][j]); ) {
+ for (j = 0; (j < num) && (in[inOffset + j] < SHIFTED_S16_BITS[numIdx][j]);) {
j++;
}
@@ -104,33 +124,51 @@ private static final int fakecompressblock(int[] in, int inOffset, int n) {
/**
* Decompress an integer array using Simple16
- *
- * @param out the decompressed output
- * @param outOffset the offset of the output in the number of integers
- * @param in the compressed input array
- * @param inOffset the offset of the input in the number of integers
- * @param n the number of elements to be compressed
+ *
+ * @param out
+ * the decompressed output
+ * @param outOffset
+ * the offset of the output in the number of integers
+ * @param in
+ * the compressed input array
+ * @param inOffset
+ * the offset of the input in the number of integers
+ * @param n
+ * the number of elements to be compressed
* @return the number of processed integers
*/
- public static final int decompressblock(int[] out, int outOffset, int[] in,
- int inOffset, int n) {
+ public static final int decompressblock(int[] out, int outOffset, int[] in, int inOffset, int n) {
int numIdx, j = 0, bits = 0;
numIdx = in[inOffset] >>> S16_BITSSIZE;
int num = S16_NUM[numIdx] < n ? S16_NUM[numIdx] : n;
for (j = 0, bits = 0; j < num; j++) {
- out[outOffset + j] = (in[inOffset] >>> bits)
- & (0xffffffff >>> (32 - S16_BITS[numIdx][j]));
+ out[outOffset + j] = (in[inOffset] >>> bits) & (0xffffffff >>> (32 - S16_BITS[numIdx][j]));
bits += S16_BITS[numIdx][j];
}
return num;
}
- protected static void uncompress(final int[] in, int tmpinpos, final int inlength,
- final int[] out, int currentPos, int outlength) {
+ /**
+ * Uncompressed data from an input array into an output array
+ *
+ * @param in
+ * input array (in compressed form)
+ * @param tmpinpos
+ * starting location in the compressed input array
+ * @param inlength
+ * how much data we wish the read (in 32-bit words)
+ * @param out
+ * output array (in decompressed form)
+ * @param currentPos
+ * current position in the output array
+ * @param outlength
+ * available data in the output array
+ */
+ public static void uncompress(final int[] in, int tmpinpos, final int inlength, final int[] out, int currentPos,
+ int outlength) {
final int finalpos = tmpinpos + inlength;
while (tmpinpos < finalpos) {
- final int howmany = decompressblock(out, currentPos, in, tmpinpos,
- outlength);
+ final int howmany = decompressblock(out, currentPos, in, tmpinpos, outlength);
outlength -= howmany;
currentPos += howmany;
tmpinpos += 1;
@@ -151,20 +189,17 @@ private static int[][] shiftme(int[][] x) {
private static final int S16_NUMSIZE = 16;
private static final int S16_BITSSIZE = 28;
// the possible number of bits used to represent one integer
- private static final int[] S16_NUM = {28, 21, 21, 21, 14, 9, 8, 7, 6, 6,
- 5, 5, 4, 3, 2, 1};
- // the corresponding number of elements for each value of the number of bits
+ private static final int[] S16_NUM = { 28, 21, 21, 21, 14, 9, 8, 7, 6, 6, 5, 5, 4, 3, 2, 1 };
+ // the corresponding number of elements for each value of the number of
+ // bits
private static final int[][] S16_BITS = {
- {1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
- 1, 1, 1, 1, 1, 1},
- {2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1},
- {1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1},
- {1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2},
- {2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2},
- {4, 3, 3, 3, 3, 3, 3, 3, 3}, {3, 4, 4, 4, 4, 3, 3, 3},
- {4, 4, 4, 4, 4, 4, 4}, {5, 5, 5, 5, 4, 4},
- {4, 4, 5, 5, 5, 5}, {6, 6, 6, 5, 5}, {5, 5, 6, 6, 6},
- {7, 7, 7, 7}, {10, 9, 9,}, {14, 14}, {28}};
+ { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 },
+ { 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 },
+ { 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1 },
+ { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2 },
+ { 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2 }, { 4, 3, 3, 3, 3, 3, 3, 3, 3 }, { 3, 4, 4, 4, 4, 3, 3, 3 },
+ { 4, 4, 4, 4, 4, 4, 4 }, { 5, 5, 5, 5, 4, 4 }, { 4, 4, 5, 5, 5, 5 }, { 6, 6, 6, 5, 5 }, { 5, 5, 6, 6, 6 },
+ { 7, 7, 7, 7 }, { 10, 9, 9, }, { 14, 14 }, { 28 } };
private static final int[][] SHIFTED_S16_BITS = shiftme(S16_BITS);
}
diff --git a/src/main/java/me/lemire/integercompression/S9.java b/src/main/java/me/lemire/integercompression/S9.java
index 72fc062..7e03e42 100644
--- a/src/main/java/me/lemire/integercompression/S9.java
+++ b/src/main/java/me/lemire/integercompression/S9.java
@@ -8,25 +8,31 @@
/**
* This is a version of Simple9 optimized for NewPFOR, OptPFOR
- *
+ *
+ * Adapted by D. Lemire from the Apache Lucene project.
+ *
+ *
* @author Daniel Lemire
*/
public final class S9 {
- /**
- * Estimate size of the compressed output.
- *
- * @param in array to compress
- * @param currentPos where to start reading
- * @param inlength how many integers to read
- * @return estimated size of the output (in 32-bit integers)
- */
+
+
+ /**
+ * Estimate size of the compressed output.
+ *
+ * @param in
+ * array to compress
+ * @param currentPos
+ * where to start reading
+ * @param inlength
+ * how many integers to read
+ * @return estimated size of the output (in 32-bit integers)
+ */
public static int estimatecompress(int[] in, int currentPos, int inlength) {
int tmpoutpos = 0;
int finalpos = currentPos + inlength;
- outer:
- while (currentPos < finalpos) {
- mainloop:
- for (int selector = 0; selector < 8; selector++) {
+ outer: while (currentPos < finalpos) {
+ mainloop: for (int selector = 0; selector < 8; selector++) {
int compressedNum = codeNum[selector];
if (finalpos <= currentPos + compressedNum - 1)
@@ -35,7 +41,7 @@ public static int estimatecompress(int[] in, int currentPos, int inlength) {
int max = 1 << b;
int i = 0;
for (; i < compressedNum; i++)
- if (max <= in[currentPos + i])
+ if (Util.smallerorequalthan(max , in[currentPos + i]))
continue mainloop;
currentPos += compressedNum;
++tmpoutpos;
@@ -51,14 +57,27 @@ public static int estimatecompress(int[] in, int currentPos, int inlength) {
return tmpoutpos;
}
- protected static int compress(int[] in, int currentPos, int inlength, int out[],
- int tmpoutpos) {
+ /**
+ * Compress an integer array using Simple9
+ *
+ *
+ * @param in
+ * array to compress
+ * @param currentPos
+ * where to start reading
+ * @param inlength
+ * how many integers to read
+ * @param out
+ * output array
+ * @param tmpoutpos
+ * location in the output array
+ * @return the number of 32-bit words written (in compressed form)
+ */
+ public static int compress(int[] in, int currentPos, int inlength, int out[], int tmpoutpos) {
int origtmpoutpos = tmpoutpos;
int finalpos = currentPos + inlength;
- outer:
- while (currentPos < finalpos) {
- mainloop:
- for (int selector = 0; selector < 8; selector++) {
+ outer: while (currentPos < finalpos) {
+ mainloop: for (int selector = 0; selector < 8; selector++) {
int res = 0;
int compressedNum = codeNum[selector];
if (finalpos <= currentPos + compressedNum - 1)
@@ -67,7 +86,7 @@ protected static int compress(int[] in, int currentPos, int inlength, int out[],
int max = 1 << b;
int i = 0;
for (; i < compressedNum; i++) {
- if (max <= in[currentPos + i])
+ if (Util.smallerorequalthan(max, in[currentPos + i]))
continue mainloop;
res = (res << b) + in[currentPos + i];
}
@@ -86,93 +105,99 @@ protected static int compress(int[] in, int currentPos, int inlength, int out[],
return tmpoutpos - origtmpoutpos;
}
- protected static void uncompress(int[] in, int tmpinpos, int inlength,
- int[] out, int currentPos, int outlength) {
+ /**
+ * Uncompressed data from an input array into an output array
+ *
+ * @param in
+ * input array (in compressed form)
+ * @param tmpinpos
+ * starting location in the compressed input array
+ * @param inlength
+ * how much data we wish the read (in 32-bit words)
+ * @param out
+ * output array (in decompressed form)
+ * @param currentPos
+ * current position in the output array
+ * @param outlength
+ * available data in the output array
+ */
+ public static void uncompress(int[] in, int tmpinpos, int inlength, int[] out, int currentPos, int outlength) {
int finallength = currentPos + outlength;
while (currentPos < finallength) {
int val = in[tmpinpos++];
int header = val >>> 28;
switch (header) {
- case 0: { // number : 28, bitwidth : 1
- final int howmany = finallength - currentPos < 28 ? finallength
- - currentPos : 28;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (k + 4)) >>> 31;
- }
- break;
- }
- case 1: { // number : 14, bitwidth : 2
- final int howmany = finallength - currentPos < 14 ? finallength
- - currentPos : 14;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (2 * k + 4)) >>> 30;
- }
- break;
+ case 0: { // number : 28, bitwidth : 1
+ final int howmany = finallength - currentPos < 28 ? finallength - currentPos : 28;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (k + 4)) >>> 31;
}
- case 2: { // number : 9, bitwidth : 3
- final int howmany = finallength - currentPos < 9 ? finallength
- - currentPos : 9;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (3 * k + 5)) >>> 29;
- }
- break;
- }
- case 3: { // number : 7, bitwidth : 4
- final int howmany = finallength - currentPos < 7 ? finallength
- - currentPos : 7;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (4 * k + 4)) >>> 28;
- }
- break;
+ break;
+ }
+ case 1: { // number : 14, bitwidth : 2
+ final int howmany = finallength - currentPos < 14 ? finallength - currentPos : 14;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (2 * k + 4)) >>> 30;
}
- case 4: { // number : 5, bitwidth : 5
- final int howmany = finallength - currentPos < 5 ? finallength
- - currentPos : 5;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (5 * k + 7)) >>> 27;
- }
- break;
+ break;
+ }
+ case 2: { // number : 9, bitwidth : 3
+ final int howmany = finallength - currentPos < 9 ? finallength - currentPos : 9;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (3 * k + 5)) >>> 29;
}
- case 5: { // number : 4, bitwidth : 7
- final int howmany = finallength - currentPos < 4 ? finallength
- - currentPos : 4;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (7 * k + 4)) >>> 25;
- }
- break;
+ break;
+ }
+ case 3: { // number : 7, bitwidth : 4
+ final int howmany = finallength - currentPos < 7 ? finallength - currentPos : 7;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (4 * k + 4)) >>> 28;
}
- case 6: { // number : 3, bitwidth : 9
- final int howmany = finallength - currentPos < 3 ? finallength
- - currentPos : 3;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (9 * k + 5)) >>> 23;
- }
- break;
+ break;
+ }
+ case 4: { // number : 5, bitwidth : 5
+ final int howmany = finallength - currentPos < 5 ? finallength - currentPos : 5;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (5 * k + 7)) >>> 27;
}
- case 7: { // number : 2, bitwidth : 14
- final int howmany = finallength - currentPos < 2 ? finallength
- - currentPos : 2;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (14 * k + 4)) >>> 18;
- }
- break;
+ break;
+ }
+ case 5: { // number : 4, bitwidth : 7
+ final int howmany = finallength - currentPos < 4 ? finallength - currentPos : 4;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (7 * k + 4)) >>> 25;
}
- case 8: { // number : 1, bitwidth : 28
- out[currentPos++] = (val << 4) >>> 4;
- break;
+ break;
+ }
+ case 6: { // number : 3, bitwidth : 9
+ final int howmany = finallength - currentPos < 3 ? finallength - currentPos : 3;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (9 * k + 5)) >>> 23;
}
- default: {
- throw new RuntimeException("shouldn't happen");
+ break;
+ }
+ case 7: { // number : 2, bitwidth : 14
+ final int howmany = finallength - currentPos < 2 ? finallength - currentPos : 2;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (14 * k + 4)) >>> 18;
}
+ break;
+ }
+ case 8: { // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 4) >>> 4;
+ break;
+ }
+ default: {
+ throw new RuntimeException("shouldn't happen");
+ }
}
}
}
- private final static int bitLength[] = {1, 2, 3, 4, 5, 7, 9, 14, 28};
-
- private final static int codeNum[] = {28, 14, 9, 7, 5, 4, 3, 2, 1};
+ private final static int bitLength[] = { 1, 2, 3, 4, 5, 7, 9, 14, 28 };
+ private final static int codeNum[] = { 28, 14, 9, 7, 5, 4, 3, 2, 1 };
}
diff --git a/src/main/java/me/lemire/integercompression/Simple16.java b/src/main/java/me/lemire/integercompression/Simple16.java
new file mode 100644
index 0000000..2b7f27f
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/Simple16.java
@@ -0,0 +1,191 @@
+package me.lemire.integercompression;
+
+/**
+ * This is an implementation of the popular Simple16 scheme. It is limited to
+ * 28-bit integers (between 0 and 2^28-1).
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately.
+ *
+ *
+ * Adapted by D. Lemire from the Apache Lucene project.
+ *
+ */
+public final class Simple16 implements IntegerCODEC, SkippableIntegerCODEC {
+
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength, int out[], IntWrapper outpos) {
+ int i_inpos = inpos.get();
+ int i_outpos = outpos.get();
+ final int finalin = i_inpos + inlength;
+ while (i_inpos < finalin) {
+ int inoffset = compressblock(out, i_outpos++, in, i_inpos, inlength);
+ if (inoffset == -1)
+ throw new RuntimeException("Too big a number");
+ i_inpos += inoffset;
+ inlength -= inoffset;
+ }
+ inpos.set(i_inpos);
+ outpos.set(i_outpos);
+ }
+
+ /**
+ * Compress an integer array using Simple16
+ *
+ * @param out
+ * the compressed output
+ * @param outOffset
+ * the offset of the output in the number of integers
+ * @param in
+ * the integer input array
+ * @param inOffset
+ * the offset of the input in the number of integers
+ * @param n
+ * the number of elements to be compressed
+ * @return the number of compressed integers
+ */
+ public static final int compressblock(int[] out, int outOffset, int[] in, int inOffset, int n) {
+ int numIdx, j, num, bits;
+ for (numIdx = 0; numIdx < S16_NUMSIZE; numIdx++) {
+ out[outOffset] = numIdx << S16_BITSSIZE;
+ num = (S16_NUM[numIdx] < n) ? S16_NUM[numIdx] : n;
+
+ for (j = 0, bits = 0; (j < num) && (in[inOffset + j] < SHIFTED_S16_BITS[numIdx][j]);) {
+ out[outOffset] |= (in[inOffset + j] << bits);
+ bits += S16_BITS[numIdx][j];
+ j++;
+ }
+
+ if (j == num) {
+ return num;
+ }
+ }
+
+ return -1;
+ }
+
+ /**
+ * Decompress an integer array using Simple16
+ *
+ * @param out
+ * the decompressed output
+ * @param outOffset
+ * the offset of the output in the number of integers
+ * @param in
+ * the compressed input array
+ * @param inOffset
+ * the offset of the input in the number of integers
+ * @param n
+ * the number of elements to be compressed
+ * @return the number of processed integers
+ */
+ public static final int decompressblock(int[] out, int outOffset, int[] in, int inOffset, int n) {
+ int numIdx, j = 0, bits = 0;
+ numIdx = in[inOffset] >>> S16_BITSSIZE;
+ int num = S16_NUM[numIdx] < n ? S16_NUM[numIdx] : n;
+ for (j = 0, bits = 0; j < num; j++) {
+ out[outOffset + j] = (in[inOffset] >>> bits) & (0xffffffff >>> (32 - S16_BITS[numIdx][j]));
+ bits += S16_BITS[numIdx][j];
+ }
+ return num;
+ }
+
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos, int num) {
+ int i_inpos = inpos.get();
+ int i_outpos = outpos.get();
+ while (num > 0) {
+ final int howmany = decompressblock(out, i_outpos, in, i_inpos, num);
+ num -= howmany;
+ i_outpos += howmany;
+ i_inpos++;
+ }
+ inpos.set(i_inpos);
+ outpos.set(i_outpos);
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ compressedPositions.add(inlength);
+ return inlength;
+ }
+
+ /**
+ * Uncompress data from an array to another array.
+ *
+ * Both inpos and outpos parameters are modified to indicate new positions
+ * after read/write.
+ *
+ * @param in
+ * array containing data in compressed form
+ * @param tmpinpos
+ * where to start reading in the array
+ * @param inlength
+ * length of the compressed data (ignored by some schemes)
+ * @param out
+ * array where to write the compressed output
+ * @param currentPos
+ * where to write the compressed output in out
+ * @param outlength
+ * number of integers we want to decode
+ */
+ public static void uncompress(int[] in, int tmpinpos, int inlength, int[] out, int currentPos, int outlength) {
+ final int finalpos = tmpinpos + inlength;
+ while (tmpinpos < finalpos) {
+ final int howmany = decompressblock(out, currentPos, in, tmpinpos, outlength);
+ outlength -= howmany;
+ currentPos += howmany;
+ tmpinpos += 1;
+ }
+
+ }
+
+ private static int[][] shiftme(int[][] x) {
+ int[][] answer = new int[x.length][];
+ for (int k = 0; k < x.length; ++k) {
+ answer[k] = new int[x[k].length];
+ for (int z = 0; z < answer[k].length; ++z)
+ answer[k][z] = 1 << x[k][z];
+ }
+ return answer;
+ }
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+
+ private static final int S16_NUMSIZE = 16;
+ private static final int S16_BITSSIZE = 28;
+ // the possible number of bits used to represent one integer
+ private static final int[] S16_NUM = { 28, 21, 21, 21, 14, 9, 8, 7, 6, 6, 5, 5, 4, 3, 2, 1 };
+ // the corresponding number of elements for each value of the number of bits
+ private static final int[][] S16_BITS = {
+ { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 },
+ { 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 },
+ { 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1 },
+ { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2 },
+ { 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2 }, { 4, 3, 3, 3, 3, 3, 3, 3, 3 }, { 3, 4, 4, 4, 4, 3, 3, 3 },
+ { 4, 4, 4, 4, 4, 4, 4 }, { 5, 5, 5, 5, 4, 4 }, { 4, 4, 5, 5, 5, 5 }, { 6, 6, 6, 5, 5 }, { 5, 5, 6, 6, 6 },
+ { 7, 7, 7, 7 }, { 10, 9, 9, }, { 14, 14 }, { 28 } };
+ private static final int[][] SHIFTED_S16_BITS = shiftme(S16_BITS);
+
+}
diff --git a/src/main/java/me/lemire/integercompression/Simple9.java b/src/main/java/me/lemire/integercompression/Simple9.java
index 7b8136a..fd5194d 100644
--- a/src/main/java/me/lemire/integercompression/Simple9.java
+++ b/src/main/java/me/lemire/integercompression/Simple9.java
@@ -7,23 +7,26 @@
package me.lemire.integercompression;
-
/**
+ * This is an implementation of the popular Simple9 scheme. It is limited to
+ * 28-bit integers (between 0 and 2^28-1).
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately.
+ *
* @author Daniel Lemire
- *
+ *
*/
-public final class Simple9 implements IntegerCODEC {
+public final class Simple9 implements IntegerCODEC, SkippableIntegerCODEC {
+
+
@Override
- public void compress(int[] in, IntWrapper inpos, int inlength, int out[],
- IntWrapper outpos) {
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength, int out[], IntWrapper outpos) {
int tmpoutpos = outpos.get();
int currentPos = inpos.get();
- out[tmpoutpos++] = inlength;
final int finalin = currentPos + inlength;
- outer:
- while (currentPos < finalin - 28) {
- mainloop:
- for (int selector = 0; selector < 8; selector++) {
+ outer: while (currentPos < finalin - 28) {
+ mainloop: for (int selector = 0; selector < 8; selector++) {
int res = 0;
int compressedNum = codeNum[selector];
@@ -45,10 +48,8 @@ public void compress(int[] in, IntWrapper inpos, int inlength, int out[],
throw new RuntimeException("Too big a number");
out[tmpoutpos++] = in[currentPos++] | (selector << 28);
}
- outer:
- while (currentPos < finalin) {
- mainloop:
- for (int selector = 0; selector < 8; selector++) {
+ outer: while (currentPos < finalin) {
+ mainloop: for (int selector = 0; selector < 8; selector++) {
int res = 0;
int compressedNum = codeNum[selector];
if (finalin <= currentPos + compressedNum - 1)
@@ -79,194 +80,187 @@ public void compress(int[] in, IntWrapper inpos, int inlength, int out[],
}
@Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength,
- int[] out, IntWrapper outpos) {
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos,
+ int outlength) {
int currentPos = outpos.get();
int tmpinpos = inpos.get();
- final int finalout = currentPos + in[tmpinpos++];
+ final int finalout = currentPos + outlength;
while (currentPos < finalout - 28) {
int val = in[tmpinpos++];
int header = val >>> 28;
switch (header) {
- case 0: { // number : 28, bitwidth : 1
- out[currentPos++] = (val << 4) >>> 31;
- out[currentPos++] = (val << 5) >>> 31;
- out[currentPos++] = (val << 6) >>> 31;
- out[currentPos++] = (val << 7) >>> 31;
- out[currentPos++] = (val << 8) >>> 31;
- out[currentPos++] = (val << 9) >>> 31;
- out[currentPos++] = (val << 10) >>> 31;
- out[currentPos++] = (val << 11) >>> 31;
- out[currentPos++] = (val << 12) >>> 31;
- out[currentPos++] = (val << 13) >>> 31; // 10
- out[currentPos++] = (val << 14) >>> 31;
- out[currentPos++] = (val << 15) >>> 31;
- out[currentPos++] = (val << 16) >>> 31;
- out[currentPos++] = (val << 17) >>> 31;
- out[currentPos++] = (val << 18) >>> 31;
- out[currentPos++] = (val << 19) >>> 31;
- out[currentPos++] = (val << 20) >>> 31;
- out[currentPos++] = (val << 21) >>> 31;
- out[currentPos++] = (val << 22) >>> 31;
- out[currentPos++] = (val << 23) >>> 31; // 20
- out[currentPos++] = (val << 24) >>> 31;
- out[currentPos++] = (val << 25) >>> 31;
- out[currentPos++] = (val << 26) >>> 31;
- out[currentPos++] = (val << 27) >>> 31;
- out[currentPos++] = (val << 28) >>> 31;
- out[currentPos++] = (val << 29) >>> 31;
- out[currentPos++] = (val << 30) >>> 31;
- out[currentPos++] = (val << 31) >>> 31;
- break;
- }
- case 1: { // number : 14, bitwidth : 2
- out[currentPos++] = (val << 4) >>> 30;
- out[currentPos++] = (val << 6) >>> 30;
- out[currentPos++] = (val << 8) >>> 30;
- out[currentPos++] = (val << 10) >>> 30;
- out[currentPos++] = (val << 12) >>> 30;
- out[currentPos++] = (val << 14) >>> 30;
- out[currentPos++] = (val << 16) >>> 30;
- out[currentPos++] = (val << 18) >>> 30;
- out[currentPos++] = (val << 20) >>> 30;
- out[currentPos++] = (val << 22) >>> 30; // 10
- out[currentPos++] = (val << 24) >>> 30;
- out[currentPos++] = (val << 26) >>> 30;
- out[currentPos++] = (val << 28) >>> 30;
- out[currentPos++] = (val << 30) >>> 30;
- break;
- }
- case 2: { // number : 9, bitwidth : 3
- out[currentPos++] = (val << 5) >>> 29;
- out[currentPos++] = (val << 8) >>> 29;
- out[currentPos++] = (val << 11) >>> 29;
- out[currentPos++] = (val << 14) >>> 29;
- out[currentPos++] = (val << 17) >>> 29;
- out[currentPos++] = (val << 20) >>> 29;
- out[currentPos++] = (val << 23) >>> 29;
- out[currentPos++] = (val << 26) >>> 29;
- out[currentPos++] = (val << 29) >>> 29;
- break;
- }
- case 3: { // number : 7, bitwidth : 4
- out[currentPos++] = (val << 4) >>> 28;
- out[currentPos++] = (val << 8) >>> 28;
- out[currentPos++] = (val << 12) >>> 28;
- out[currentPos++] = (val << 16) >>> 28;
- out[currentPos++] = (val << 20) >>> 28;
- out[currentPos++] = (val << 24) >>> 28;
- out[currentPos++] = (val << 28) >>> 28;
- break;
- }
- case 4: { // number : 5, bitwidth : 5
- out[currentPos++] = (val << 7) >>> 27;
- out[currentPos++] = (val << 12) >>> 27;
- out[currentPos++] = (val << 17) >>> 27;
- out[currentPos++] = (val << 22) >>> 27;
- out[currentPos++] = (val << 27) >>> 27;
- break;
- }
- case 5: { // number : 4, bitwidth : 7
- out[currentPos++] = (val << 4) >>> 25;
- out[currentPos++] = (val << 11) >>> 25;
- out[currentPos++] = (val << 18) >>> 25;
- out[currentPos++] = (val << 25) >>> 25;
- break;
- }
- case 6: { // number : 3, bitwidth : 9
- out[currentPos++] = (val << 5) >>> 23;
- out[currentPos++] = (val << 14) >>> 23;
- out[currentPos++] = (val << 23) >>> 23;
- break;
- }
- case 7: { // number : 2, bitwidth : 14
- out[currentPos++] = (val << 4) >>> 18;
- out[currentPos++] = (val << 18) >>> 18;
- break;
- }
- case 8: { // number : 1, bitwidth : 28
- out[currentPos++] = (val << 4) >>> 4;
- break;
- }
- default: {
- throw new RuntimeException("shouldn't happen");
- }
+ case 0: { // number : 28, bitwidth : 1
+ out[currentPos++] = (val << 4) >>> 31;
+ out[currentPos++] = (val << 5) >>> 31;
+ out[currentPos++] = (val << 6) >>> 31;
+ out[currentPos++] = (val << 7) >>> 31;
+ out[currentPos++] = (val << 8) >>> 31;
+ out[currentPos++] = (val << 9) >>> 31;
+ out[currentPos++] = (val << 10) >>> 31;
+ out[currentPos++] = (val << 11) >>> 31;
+ out[currentPos++] = (val << 12) >>> 31;
+ out[currentPos++] = (val << 13) >>> 31; // 10
+ out[currentPos++] = (val << 14) >>> 31;
+ out[currentPos++] = (val << 15) >>> 31;
+ out[currentPos++] = (val << 16) >>> 31;
+ out[currentPos++] = (val << 17) >>> 31;
+ out[currentPos++] = (val << 18) >>> 31;
+ out[currentPos++] = (val << 19) >>> 31;
+ out[currentPos++] = (val << 20) >>> 31;
+ out[currentPos++] = (val << 21) >>> 31;
+ out[currentPos++] = (val << 22) >>> 31;
+ out[currentPos++] = (val << 23) >>> 31; // 20
+ out[currentPos++] = (val << 24) >>> 31;
+ out[currentPos++] = (val << 25) >>> 31;
+ out[currentPos++] = (val << 26) >>> 31;
+ out[currentPos++] = (val << 27) >>> 31;
+ out[currentPos++] = (val << 28) >>> 31;
+ out[currentPos++] = (val << 29) >>> 31;
+ out[currentPos++] = (val << 30) >>> 31;
+ out[currentPos++] = (val << 31) >>> 31;
+ break;
+ }
+ case 1: { // number : 14, bitwidth : 2
+ out[currentPos++] = (val << 4) >>> 30;
+ out[currentPos++] = (val << 6) >>> 30;
+ out[currentPos++] = (val << 8) >>> 30;
+ out[currentPos++] = (val << 10) >>> 30;
+ out[currentPos++] = (val << 12) >>> 30;
+ out[currentPos++] = (val << 14) >>> 30;
+ out[currentPos++] = (val << 16) >>> 30;
+ out[currentPos++] = (val << 18) >>> 30;
+ out[currentPos++] = (val << 20) >>> 30;
+ out[currentPos++] = (val << 22) >>> 30; // 10
+ out[currentPos++] = (val << 24) >>> 30;
+ out[currentPos++] = (val << 26) >>> 30;
+ out[currentPos++] = (val << 28) >>> 30;
+ out[currentPos++] = (val << 30) >>> 30;
+ break;
+ }
+ case 2: { // number : 9, bitwidth : 3
+ out[currentPos++] = (val << 5) >>> 29;
+ out[currentPos++] = (val << 8) >>> 29;
+ out[currentPos++] = (val << 11) >>> 29;
+ out[currentPos++] = (val << 14) >>> 29;
+ out[currentPos++] = (val << 17) >>> 29;
+ out[currentPos++] = (val << 20) >>> 29;
+ out[currentPos++] = (val << 23) >>> 29;
+ out[currentPos++] = (val << 26) >>> 29;
+ out[currentPos++] = (val << 29) >>> 29;
+ break;
+ }
+ case 3: { // number : 7, bitwidth : 4
+ out[currentPos++] = (val << 4) >>> 28;
+ out[currentPos++] = (val << 8) >>> 28;
+ out[currentPos++] = (val << 12) >>> 28;
+ out[currentPos++] = (val << 16) >>> 28;
+ out[currentPos++] = (val << 20) >>> 28;
+ out[currentPos++] = (val << 24) >>> 28;
+ out[currentPos++] = (val << 28) >>> 28;
+ break;
+ }
+ case 4: { // number : 5, bitwidth : 5
+ out[currentPos++] = (val << 7) >>> 27;
+ out[currentPos++] = (val << 12) >>> 27;
+ out[currentPos++] = (val << 17) >>> 27;
+ out[currentPos++] = (val << 22) >>> 27;
+ out[currentPos++] = (val << 27) >>> 27;
+ break;
+ }
+ case 5: { // number : 4, bitwidth : 7
+ out[currentPos++] = (val << 4) >>> 25;
+ out[currentPos++] = (val << 11) >>> 25;
+ out[currentPos++] = (val << 18) >>> 25;
+ out[currentPos++] = (val << 25) >>> 25;
+ break;
+ }
+ case 6: { // number : 3, bitwidth : 9
+ out[currentPos++] = (val << 5) >>> 23;
+ out[currentPos++] = (val << 14) >>> 23;
+ out[currentPos++] = (val << 23) >>> 23;
+ break;
+ }
+ case 7: { // number : 2, bitwidth : 14
+ out[currentPos++] = (val << 4) >>> 18;
+ out[currentPos++] = (val << 18) >>> 18;
+ break;
+ }
+ case 8: { // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 4) >>> 4;
+ break;
+ }
+ default: {
+ throw new RuntimeException("shouldn't happen: limited to 28-bit integers");
+ }
}
}
while (currentPos < finalout) {
int val = in[tmpinpos++];
int header = val >>> 28;
switch (header) {
- case 0: { // number : 28, bitwidth : 1
- final int howmany = finalout - currentPos;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (k + 4)) >>> 31;
- }
- break;
- }
- case 1: { // number : 14, bitwidth : 2
- final int howmany = finalout - currentPos < 14 ? finalout - currentPos
- : 14;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (2 * k + 4)) >>> 30;
- }
- break;
- }
- case 2: { // number : 9, bitwidth : 3
- final int howmany = finalout - currentPos < 9 ? finalout - currentPos
- : 9;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (3 * k + 5)) >>> 29;
- }
- break;
+ case 0: { // number : 28, bitwidth : 1
+ final int howmany = finalout - currentPos;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (k + 4)) >>> 31;
}
- case 3: { // number : 7, bitwidth : 4
- final int howmany = finalout - currentPos < 7 ? finalout - currentPos
- : 7;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (4 * k + 4)) >>> 28;
- }
- break;
+ break;
+ }
+ case 1: { // number : 14, bitwidth : 2
+ final int howmany = finalout - currentPos < 14 ? finalout - currentPos : 14;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (2 * k + 4)) >>> 30;
}
- case 4: { // number : 5, bitwidth : 5
- final int howmany = finalout - currentPos < 5 ? finalout - currentPos
- : 5;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (5 * k + 7)) >>> 27;
- }
- break;
+ break;
+ }
+ case 2: { // number : 9, bitwidth : 3
+ final int howmany = finalout - currentPos < 9 ? finalout - currentPos : 9;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (3 * k + 5)) >>> 29;
}
- case 5: { // number : 4, bitwidth : 7
- final int howmany = finalout - currentPos < 4 ? finalout - currentPos
- : 4;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (7 * k + 4)) >>> 25;
- }
- break;
+ break;
+ }
+ case 3: { // number : 7, bitwidth : 4
+ final int howmany = finalout - currentPos < 7 ? finalout - currentPos : 7;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (4 * k + 4)) >>> 28;
}
- case 6: { // number : 3, bitwidth : 9
- final int howmany = finalout - currentPos < 3 ? finalout - currentPos
- : 3;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (9 * k + 5)) >>> 23;
- }
- break;
+ break;
+ }
+ case 4: { // number : 5, bitwidth : 5
+ final int howmany = finalout - currentPos < 5 ? finalout - currentPos : 5;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (5 * k + 7)) >>> 27;
}
- case 7: { // number : 2, bitwidth : 14
- final int howmany = finalout - currentPos < 2 ? finalout - currentPos
- : 2;
- for (int k = 0; k < howmany; ++k) {
- out[currentPos++] = (val << (14 * k + 4)) >>> 18;
- }
- break;
+ break;
+ }
+ case 5: { // number : 4, bitwidth : 7
+ final int howmany = finalout - currentPos < 4 ? finalout - currentPos : 4;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (7 * k + 4)) >>> 25;
}
- case 8: { // number : 1, bitwidth : 28
- out[currentPos++] = (val << 4) >>> 4;
- break;
+ break;
+ }
+ case 6: { // number : 3, bitwidth : 9
+ final int howmany = finalout - currentPos < 3 ? finalout - currentPos : 3;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (9 * k + 5)) >>> 23;
}
- default: {
- throw new RuntimeException("shouldn't happen");
+ break;
+ }
+ case 7: { // number : 2, bitwidth : 14
+ final int howmany = finalout - currentPos < 2 ? finalout - currentPos : 2;
+ for (int k = 0; k < howmany; ++k) {
+ out[currentPos++] = (val << (14 * k + 4)) >>> 18;
}
+ break;
+ }
+ case 8: { // number : 1, bitwidth : 28
+ out[currentPos++] = (val << 4) >>> 4;
+ break;
+ }
+ default: {
+ throw new RuntimeException("shouldn't happen");
+ }
}
}
outpos.set(currentPos);
@@ -274,10 +268,34 @@ public void uncompress(int[] in, IntWrapper inpos, int inlength,
}
- private final static int bitLength[] = {1, 2, 3, 4, 5, 7, 9, 14, 28};
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ compressedPositions.add(inlength);
+ return inlength;
+ }
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+
+ }
- private final static int codeNum[] = {28, 14, 9, 7, 5, 4, 3, 2, 1};
+ private final static int bitLength[] = { 1, 2, 3, 4, 5, 7, 9, 14, 28 };
+ private final static int codeNum[] = { 28, 14, 9, 7, 5, 4, 3, 2, 1 };
@Override
public String toString() {
diff --git a/src/main/java/me/lemire/integercompression/SkippableComposition.java b/src/main/java/me/lemire/integercompression/SkippableComposition.java
new file mode 100644
index 0000000..fc3c18e
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/SkippableComposition.java
@@ -0,0 +1,81 @@
+/**
+ * This is code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.integercompression;
+
+
+/**
+ * Helper class to compose schemes.
+ *
+ * @author Daniel Lemire
+ */
+public class SkippableComposition implements SkippableIntegerCODEC {
+ SkippableIntegerCODEC F1, F2;
+
+ /**
+ * Compose a scheme from a first one (f1) and a second one (f2). The first
+ * one is called first and then the second one tries to compress whatever
+ * remains from the first run.
+ *
+ * By convention, the first scheme should be such that if, during decoding,
+ * a 32-bit zero is first encountered, then there is no output.
+ *
+ * @param f1
+ * first codec
+ * @param f2
+ * second codec
+ */
+ public SkippableComposition(SkippableIntegerCODEC f1,
+ SkippableIntegerCODEC f2) {
+ F1 = f1;
+ F2 = f2;
+ }
+
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ int init = inpos.get();
+ int outposInit = outpos.get();
+ F1.headlessCompress(in, inpos, inlength, out, outpos);
+ if (outpos.get() == outposInit) {
+ out[outposInit] = 0;
+ outpos.increment();
+ }
+ inlength -= inpos.get() - init;
+ F2.headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos, int num) {
+ int init = inpos.get();
+ int outposInit = outpos.get();
+
+ F1.headlessUncompress(in, inpos, inlength, out, outpos, num);
+ if (inpos.get() == init) {
+ inpos.increment();
+ }
+ inlength -= inpos.get() - init;
+ num -= outpos.get() - outposInit;
+ F2.headlessUncompress(in, inpos, inlength, out, outpos, num);
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ int init = compressedPositions.get();
+ int maxLength = F1.maxHeadlessCompressedLength(compressedPositions, inlength);
+ maxLength += 1; // Add +1 for the potential F2 header. Question: is this header actually needed in the headless version?
+ inlength -= compressedPositions.get() - init;
+ maxLength += F2.maxHeadlessCompressedLength(compressedPositions, inlength);
+ return maxLength;
+ }
+
+ @Override
+ public String toString() {
+ return F1.toString() + "+" + F2.toString();
+ }
+
+}
diff --git a/src/main/java/me/lemire/integercompression/SkippableIntegerCODEC.java b/src/main/java/me/lemire/integercompression/SkippableIntegerCODEC.java
new file mode 100644
index 0000000..b9bdc04
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/SkippableIntegerCODEC.java
@@ -0,0 +1,89 @@
+/**
+ * This is code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression;
+
+
+/**
+ * Interface describing a standard CODEC to compress integers. This is a
+ * variation on the IntegerCODEC interface meant to be used for random access
+ * (i.e., given a large array, you can segment it and decode just the subarray you need).
+ *
+ * The main difference is that you must specify the number of integers you wish to
+ * uncompress. This information should be stored elsewhere.
+ *
+ * This interface was designed by the Terrier team for their search engine.
+ *
+ * @author Daniel Lemire
+ *
+ */
+public interface SkippableIntegerCODEC {
+ /**
+ * Compress data from an array to another array.
+ *
+ * Both inpos and outpos are modified to represent how much data was read
+ * and written to. If 12 ints (inlength = 12) are compressed to 3 ints, then
+ * inpos will be incremented by 12 while outpos will be incremented by 3. We
+ * use IntWrapper to pass the values by reference.
+ *
+ * Implementation note: contrary to {@link IntegerCODEC#compress},
+ * this may skip writing information about the number of encoded integers.
+ *
+ * @param in
+ * input array
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * how many integers to compress
+ * @param out
+ * output array
+ * @param outpos
+ * where to write in the output array
+ */
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos);
+
+ /**
+ * Uncompress data from an array to another array.
+ *
+ * Both inpos and outpos parameters are modified to indicate new positions
+ * after read/write.
+ *
+ * @param in
+ * array containing data in compressed form
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * length of the compressed data (ignored by some schemes)
+ * @param out
+ * array where to write the uncompressed output
+ * @param outpos
+ * where to start writing the uncompressed output in out
+ * @param num
+ * number of integers we want to decode. May be less than the actual number of compressed integers
+ */
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos, int num);
+
+ /**
+ * Compute the maximum number of integers that might be required to store
+ * the compressed form of a given input array segment, without headers.
+ *
+ * This is useful to pre-allocate the output buffer before calling
+ * {@link #headlessCompress(int[], IntWrapper, int, int[], IntWrapper)}.
+ *
+ *
+ * @param compressedPositions
+ * since not all schemes compress every input integer, this parameter
+ * returns how many input integers will actually be compressed.
+ * This is useful when composing multiple schemes.
+ * @param inlength
+ * number of integers to be compressed
+ * @return the maximum number of integers needed in the output array
+ */
+ int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength);
+}
diff --git a/src/main/java/me/lemire/integercompression/Util.java b/src/main/java/me/lemire/integercompression/Util.java
index f55dfbd..63fc918 100644
--- a/src/main/java/me/lemire/integercompression/Util.java
+++ b/src/main/java/me/lemire/integercompression/Util.java
@@ -10,17 +10,87 @@
* Routine utility functions.
*
* @author Daniel Lemire
- *
+ *
*/
public final class Util {
- protected static int maxbits(int[] i, int pos, int length) {
+
+
+
+ // check whether x is small than y as unsigned ints (supported by Java 8 natively);
+ protected static final boolean smallerorequalthan(int x, int y) {
+ return (x + Integer.MIN_VALUE) <= (y + Integer.MIN_VALUE);
+ }
+
+ /**
+ * Compute the maximum of the integer logarithms (ceil(log(x+1)) of a range
+ * of value
+ *
+ * @param i
+ * source array
+ * @param pos
+ * starting position
+ * @param length
+ * number of integers to consider
+ * @return integer logarithm
+ */
+ public static int maxbits(int[] i, int pos, int length) {
int mask = 0;
for (int k = pos; k < pos + length; ++k)
mask |= i[k];
return bits(mask);
}
- protected static int maxdiffbits(int initoffset, int[] i, int pos, int length) {
+ protected static int maxbits32(int[] i, int pos) {
+ int mask = i[pos];
+ mask |= i[pos + 1];
+ mask |= i[pos + 2];
+ mask |= i[pos + 3];
+ mask |= i[pos + 4];
+ mask |= i[pos + 5];
+ mask |= i[pos + 6];
+ mask |= i[pos + 7];
+ mask |= i[pos + 8];
+ mask |= i[pos + 9];
+ mask |= i[pos + 10];
+ mask |= i[pos + 11];
+ mask |= i[pos + 12];
+ mask |= i[pos + 13];
+ mask |= i[pos + 14];
+ mask |= i[pos + 15];
+ mask |= i[pos + 16];
+ mask |= i[pos + 17];
+ mask |= i[pos + 18];
+ mask |= i[pos + 19];
+ mask |= i[pos + 20];
+ mask |= i[pos + 21];
+ mask |= i[pos + 22];
+ mask |= i[pos + 23];
+ mask |= i[pos + 24];
+ mask |= i[pos + 25];
+ mask |= i[pos + 26];
+ mask |= i[pos + 27];
+ mask |= i[pos + 28];
+ mask |= i[pos + 29];
+ mask |= i[pos + 30];
+ mask |= i[pos + 31];
+ return bits(mask);
+ }
+
+ /**
+ * Compute the maximum of the integer logarithms (ceil(log(x+1)) of a the
+ * successive differences (deltas) of a range of value
+ *
+ * @param initoffset
+ * initial vallue for the computation of the deltas
+ * @param i
+ * source array
+ * @param pos
+ * starting position
+ * @param length
+ * number of integers to consider
+ * @return integer logarithm
+ */
+ public static int maxdiffbits(int initoffset, int[] i, int pos, int length) {
int mask = 0;
mask |= (i[pos] - initoffset);
for (int k = pos + 1; k < pos + length; ++k) {
@@ -29,11 +99,112 @@ protected static int maxdiffbits(int initoffset, int[] i, int pos, int length) {
return bits(mask);
}
- protected static int bits(int i) {
+ /**
+ * Compute the integer logarithms (ceil(log(x+1)) of a value
+ *
+ * @param i
+ * source value
+ * @return integer logarithm
+ */
+ public static int bits(int i) {
return 32 - Integer.numberOfLeadingZeros(i);
}
- protected static int floorBy(int value, int factor) {
+ protected static int packsize(int num, int b) {
+ if (b > 16)
+ return num;
+ int howmanyfit = 32 / b;
+ return (num + howmanyfit - 1) / howmanyfit;
+ }
+
+ protected static int pack(int[] outputarray, int arraypos, int[] data, int datapos,
+ int num, int b) {
+ if (num == 0)
+ return arraypos;
+ if (b > 16) {
+ System.arraycopy(data, datapos, outputarray, arraypos, num);
+ return num + arraypos;
+ }
+ for (int k = 0; k < packsize(num, b); ++k)
+ outputarray[k + arraypos] = 0;
+ int inwordpointer = 0;
+ for (int k = 0; k < num; ++k) {
+ outputarray[arraypos] |= (data[k + datapos] << inwordpointer);
+ inwordpointer += b;
+ final int increment = ((inwordpointer + b - 1) >> 5);
+ arraypos += increment;
+ inwordpointer &= ~(-increment);
+ }
+ return arraypos + (inwordpointer > 0 ? 1 : 0);
+ }
+
+ protected static int unpack(int[] sourcearray, int arraypos, int[] data, int datapos,
+ int num, int b) {
+ if (b > 16) {
+ System.arraycopy(sourcearray, arraypos, data, 0, num);
+ return num + arraypos;
+ }
+ final int mask = (1 << b) - 1;
+ int inwordpointer = 0;
+ for (int k = 0; k < num; ++k) {
+ data[k + datapos] = ((sourcearray[arraypos] >>> inwordpointer) & mask);
+ inwordpointer += b;
+ final int increment = ((inwordpointer + b - 1) >> 5);
+ arraypos += increment;
+ inwordpointer &= ~(-increment);
+ }
+ return arraypos + (inwordpointer > 0 ? 1 : 0);
+ }
+
+ protected static int packsizew(int num, int b) {
+ int howmanyfit = 32 / b;
+ if (num <= howmanyfit)
+ return 1;
+ return num;
+ }
+
+ protected static int packw(int[] outputarray, int arraypos, int[] data,
+ int num, int b) {
+ int howmanyfit = 32 / b;
+ if (num > howmanyfit) {
+ System.arraycopy(data, 0, outputarray, arraypos, num);
+ return num + arraypos;
+ }
+ outputarray[arraypos] = 0;
+ int inwordpointer = 0;
+ for (int k = 0; k < num; ++k) {
+ outputarray[arraypos] |= (data[k] << inwordpointer);
+ inwordpointer += b;
+ }
+ return arraypos + 1;
+ }
+
+ protected static int unpackw(int[] sourcearray, int arraypos, int[] data,
+ int num, int b) {
+ int howmanyfit = 32 / b;
+ if (num > howmanyfit) {
+ System.arraycopy(sourcearray, arraypos, data, 0, num);
+ return num + arraypos;
+ }
+ final int mask = (1 << b) - 1;
+ int val = sourcearray[arraypos];
+ for (int k = 0; k < num; ++k) {
+ data[k] = (val & mask);
+ val >>>= b;
+ }
+ return arraypos + 1;
+ }
+
+ /**
+ * return floor(value / factor) * factor
+ *
+ * @param value
+ * numerator
+ * @param factor
+ * denominator
+ * @return greatest multiple of factor no larger than value
+ */
+ public static int greatestMultiple(int value, int factor) {
return value - value % factor;
}
}
diff --git a/src/main/java/me/lemire/integercompression/VariableByte.java b/src/main/java/me/lemire/integercompression/VariableByte.java
index f1de669..c9b04d0 100644
--- a/src/main/java/me/lemire/integercompression/VariableByte.java
+++ b/src/main/java/me/lemire/integercompression/VariableByte.java
@@ -7,32 +7,69 @@
package me.lemire.integercompression;
import java.nio.ByteBuffer;
+import java.nio.ByteOrder;
import java.nio.IntBuffer;
/**
- * Implementation of variable-byte. Possibly inefficient.
- *
+ * Implementation of variable-byte. For best performance, use it using the
+ * ByteIntegerCODEC interface.
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately.
+ *
* @author Daniel Lemire
*/
-public class VariableByte implements IntegerCODEC {
+public class VariableByte implements IntegerCODEC, ByteIntegerCODEC, SkippableIntegerCODEC {
+
+ private static final int MAX_BYTES_PER_INT = 5;
+
+ private static byte extract7bits(int i, long val) {
+ return (byte) ((val >> (7 * i)) & ((1 << 7) - 1));
+ }
+
+ private static byte extract7bitsmaskless(int i, long val) {
+ return (byte) ((val >> (7 * i)));
+ }
@Override
public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
- IntWrapper outpos) {
- if(inlength == 0) return;
- ByteBuffer buf = ByteBuffer.allocateDirect(inlength * 8);
+ IntWrapper outpos) {
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ ByteBuffer buf = makeBuffer(inlength * 8);
+ buf.order(ByteOrder.LITTLE_ENDIAN);
for (int k = inpos.get(); k < inpos.get() + inlength; ++k) {
- int val = in[k];
- do {
- int b = (val & 127);
- val >>>= 7;
- if (val != 0) {
- b |= 128;
- }
- buf.put((byte) b);
- } while (val != 0);
+ final long val = in[k] & 0xFFFFFFFFL; // To be consistent with
+ // unsigned integers in C/C++
+ if (val < (1 << 7)) {
+ buf.put((byte) (val | (1 << 7)));
+ } else if (val < (1 << 14)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) (extract7bitsmaskless(1, (val)) | (1 << 7)));
+ } else if (val < (1 << 21)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) (extract7bitsmaskless(2, (val)) | (1 << 7)));
+ } else if (val < (1 << 28)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) (extract7bitsmaskless(3, (val)) | (1 << 7)));
+ } else {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) extract7bits(3, val));
+ buf.put((byte) (extract7bitsmaskless(4, (val)) | (1 << 7)));
+ }
}
while (buf.position() % 4 != 0)
- buf.put((byte) 128);
+ buf.put((byte) 0);
final int length = buf.position();
buf.flip();
IntBuffer ibuf = buf.asIntBuffer();
@@ -42,21 +79,59 @@ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
}
@Override
- public void uncompress(int[] in, IntWrapper inpos, int inlength,
- int[] out, IntWrapper outpos) {
+ public void compress(int[] in, IntWrapper inpos, int inlength, byte[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ int outpostmp = outpos.get();
+ for (int k = inpos.get(); k < inpos.get() + inlength; ++k) {
+ final long val = in[k] & 0xFFFFFFFFL; // To be consistent with
+ // unsigned integers in C/C++
+ if (val < (1 << 7)) {
+ out[outpostmp++] = (byte) (val | (1 << 7));
+ } else if (val < (1 << 14)) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(1, (val)) | (1 << 7));
+ } else if (val < (1 << 21)) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(2, (val)) | (1 << 7));
+ } else if (val < (1 << 28)) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) extract7bits(2, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(3, (val)) | (1 << 7));
+ } else {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) extract7bits(2, val);
+ out[outpostmp++] = (byte) extract7bits(3, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(4, (val)) | (1 << 7));
+ }
+ }
+ outpos.set(outpostmp);
+ inpos.add(inlength);
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
int s = 0;
+ int val = 0;
int p = inpos.get();
int finalp = inpos.get() + inlength;
int tmpoutpos = outpos.get();
- for (int v = 0, shift = 0; p < finalp; ) {
- int c = (byte) (in[p] >>> (24 - s));
+ for (int v = 0, shift = 0; p < finalp;) {
+ val = in[p];
+ int c = (byte) (val >>> s);
+ // Shift to next byte
s += 8;
- if (s == 32) {
- s = 0;
- p++;
- }
+ // Shift to next integer if s==32
+ p += s>>5;
+ // cycle from 31 to 0
+ s = s & 31;
v += ((c & 127) << shift);
- if ((c & 128) == 0) {
+ if ((c & 128) == 128) {
out[tmpoutpos++] = v;
v = 0;
shift = 0;
@@ -67,9 +142,93 @@ public void uncompress(int[] in, IntWrapper inpos, int inlength,
inpos.add(inlength);
}
+ @Override
+ public void uncompress(byte[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ int p = inpos.get();
+ int finalp = inpos.get() + inlength;
+ int tmpoutpos = outpos.get();
+ for (int v = 0; p < finalp; out[tmpoutpos++] = v) {
+ v = in[p] & 0x7F;
+ if (in[p] < 0) {
+ p += 1;
+ continue;
+ }
+ v = ((in[p + 1] & 0x7F) << 7) | v;
+ if (in[p + 1] < 0) {
+ p += 2;
+ continue;
+ }
+ v = ((in[p + 2] & 0x7F) << 14) | v;
+ if (in[p + 2] < 0 ) {
+ p += 3;
+ continue;
+ }
+ v = ((in[p + 3] & 0x7F) << 21) | v;
+ if (in[p + 3] < 0) {
+ p += 4;
+ continue;
+ }
+ v = ((in[p + 4] & 0x7F) << 28) | v;
+ p += 5;
+ }
+ outpos.set(tmpoutpos);
+ inpos.add(p);
+ }
+
@Override
public String toString() {
return this.getClass().getSimpleName();
}
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos, int num) {
+ int s = 0;
+ int val = 0;
+ int p = inpos.get();
+ int tmpoutpos = outpos.get();
+ int finaloutpos = num + tmpoutpos;
+ for (int v = 0, shift = 0; tmpoutpos < finaloutpos;) {
+ val = in[p];
+ int c = val >>> s;
+ // Shift to next byte
+ s += 8;
+ // Shift to next integer if s==32
+ p += s>>5;
+ // cycle from 31 to 0
+ s = s & 31;
+ v += ((c & 127) << shift);
+ if ((c & 128) == 128) {
+ out[tmpoutpos++] = v;
+ v = 0;
+ shift = 0;
+ } else
+ shift += 7;
+ }
+ outpos.set(tmpoutpos);
+ inpos.set(p + (s!=0 ? 1 : 0));
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ int maxLengthInBytes = inlength * MAX_BYTES_PER_INT;
+ int maxLengthInInts = (maxLengthInBytes + Integer.BYTES - 1) / Integer.BYTES;
+ compressedPositions.add(inlength);
+ return maxLengthInInts;
+ }
+
+ /**
+ * Creates a new buffer of the requested size.
+ *
+ * In case you need a different way to allocate buffers, you can override this method
+ * with a custom behavior. The default implementation allocates a new Java direct
+ * {@link ByteBuffer} on each invocation.
+ *
+ * @param sizeInBytes
+ * @return
+ */
+ protected ByteBuffer makeBuffer(int sizeInBytes) {
+ return ByteBuffer.allocateDirect(sizeInBytes);
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/benchmarktools/Benchmark.java b/src/main/java/me/lemire/integercompression/benchmarktools/Benchmark.java
new file mode 100644
index 0000000..ef4a386
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/benchmarktools/Benchmark.java
@@ -0,0 +1,691 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.integercompression.benchmarktools;
+
+import com.kamikaze.pfordelta.PForDelta;
+
+import me.lemire.integercompression.BinaryPacking;
+import me.lemire.integercompression.ByteIntegerCODEC;
+import me.lemire.integercompression.Composition;
+import me.lemire.integercompression.DeltaZigzagBinaryPacking;
+import me.lemire.integercompression.DeltaZigzagVariableByte;
+import me.lemire.integercompression.FastPFOR;
+import me.lemire.integercompression.FastPFOR128;
+import me.lemire.integercompression.GroupSimple9;
+import me.lemire.integercompression.IntWrapper;
+import me.lemire.integercompression.IntegerCODEC;
+import me.lemire.integercompression.JustCopy;
+import me.lemire.integercompression.NewPFD;
+import me.lemire.integercompression.NewPFDS16;
+import me.lemire.integercompression.NewPFDS9;
+import me.lemire.integercompression.OptPFD;
+import me.lemire.integercompression.OptPFDS16;
+import me.lemire.integercompression.OptPFDS9;
+import me.lemire.integercompression.Simple16;
+import me.lemire.integercompression.Simple9;
+import me.lemire.integercompression.VariableByte;
+import me.lemire.integercompression.differential.Delta;
+import me.lemire.integercompression.differential.IntegratedBinaryPacking;
+import me.lemire.integercompression.differential.IntegratedByteIntegerCODEC;
+import me.lemire.integercompression.differential.IntegratedComposition;
+import me.lemire.integercompression.differential.IntegratedIntegerCODEC;
+import me.lemire.integercompression.differential.IntegratedVariableByte;
+import me.lemire.integercompression.differential.XorBinaryPacking;
+import me.lemire.integercompression.synth.ClusteredDataGenerator;
+
+import java.io.File;
+import java.io.FileNotFoundException;
+import java.io.PrintWriter;
+import java.text.DecimalFormat;
+import java.util.ArrayList;
+import java.util.Arrays;
+
+/**
+ *
+ * Simple class meant to compare the speed of different schemes.
+ *
+ * @author Daniel Lemire
+ *
+ */
+public class Benchmark {
+
+ /**
+ * Standard benchmark
+ *
+ * @param csvLog
+ * Writer for CSV log.
+ * @param c
+ * the codec
+ * @param data
+ * arrays of input data
+ * @param repeat
+ * How many times to repeat the test
+ * @param verbose
+ * whether to output result on screen
+ */
+ private static void testCodec(PrintWriter csvLog, int sparsity,
+ IntegerCODEC c, int[][] data, int repeat, boolean verbose) {
+ if (verbose) {
+ System.out.println("# " + c.toString());
+ System.out
+ .println("# bits per int, compress speed (mis), decompression speed (mis) ");
+ }
+
+ int N = data.length;
+
+ int totalSize = 0;
+ int maxLength = 0;
+ for (int k = 0; k < N; ++k) {
+ totalSize += data[k].length;
+ if (data[k].length > maxLength) {
+ maxLength = data[k].length;
+ }
+ }
+
+ // 4x + 1024 to account for the possibility of some negative
+ // compression.
+ int[] compressBuffer = new int[4 * maxLength + 1024];
+ int[] decompressBuffer = new int[maxLength + 1024];
+
+ // These variables hold time in microseconds (10^-6).
+ long compressTime = 0;
+ long decompressTime = 0;
+
+ int size = 0;
+ IntWrapper inpos = new IntWrapper();
+ IntWrapper outpos = new IntWrapper();
+
+ for (int r = 0; r < repeat; ++r) {
+ size = 0;
+ for (int k = 0; k < N; ++k) {
+ int[] backupdata = Arrays.copyOf(data[k],
+ data[k].length);
+
+ // compress data.
+ long beforeCompress = System.nanoTime() / 1000;
+ inpos.set(1);
+ outpos.set(0);
+ if (!(c instanceof IntegratedIntegerCODEC)) {
+ Delta.delta(backupdata);
+ }
+ c.compress(backupdata, inpos, backupdata.length
+ - inpos.get(), compressBuffer, outpos);
+ long afterCompress = System.nanoTime() / 1000;
+
+ // measure time of compression.
+ compressTime += afterCompress - beforeCompress;
+ final int thiscompsize = outpos.get() + 1;
+ size += thiscompsize;
+
+ // extract (uncompress) data
+ long beforeDecompress = System.nanoTime() / 1000;
+ inpos.set(0);
+ outpos.set(1);
+ decompressBuffer[0] = backupdata[0];
+ c.uncompress(compressBuffer, inpos,
+ thiscompsize - 1, decompressBuffer,
+ outpos);
+ if (!(c instanceof IntegratedIntegerCODEC))
+ Delta.fastinverseDelta(decompressBuffer);
+ long afterDecompress = System.nanoTime() / 1000;
+
+ // measure time of extraction (uncompression).
+ decompressTime += afterDecompress
+ - beforeDecompress;
+ if (outpos.get() != data[k].length)
+ throw new RuntimeException(
+ "we have a bug (diff length) "
+ + c + " expected "
+ + data[k].length
+ + " got "
+ + outpos.get());
+
+ // verify: compare original array with
+ // compressed and
+ // uncompressed.
+
+ for (int m = 0; m < outpos.get(); ++m) {
+ if (decompressBuffer[m] != data[k][m]) {
+ throw new RuntimeException(
+ "we have a bug (actual difference), expected "
+ + data[k][m]
+ + " found "
+ + decompressBuffer[m]
+ + " at " + m + " out of " + outpos.get());
+ }
+ }
+ }
+ }
+
+ if (verbose) {
+ double bitsPerInt = size * 32.0 / totalSize;
+ long compressSpeed = totalSize * repeat
+ / (compressTime);
+ long decompressSpeed = totalSize * repeat
+ / (decompressTime);
+ System.out.println(String.format(
+ "\t%1$.2f\t%2$d\t%3$d", bitsPerInt,
+ compressSpeed, decompressSpeed));
+ csvLog.format("\"%1$s\",%2$d,%3$.2f,%4$d,%5$d\n",
+ c.toString(), sparsity, bitsPerInt,
+ compressSpeed, decompressSpeed);
+ csvLog.flush();
+ }
+ }
+
+ /**
+ * Standard benchmark byte byte-aligned schemes
+ *
+ * @param csvLog
+ * Writer for CSV log.
+ * @param c
+ * the codec
+ * @param data
+ * arrays of input data
+ * @param repeat
+ * How many times to repeat the test
+ * @param verbose
+ * whether to output result on screen
+ */
+ private static void testByteCodec(PrintWriter csvLog, int sparsity,
+ ByteIntegerCODEC c, int[][] data, int repeat, boolean verbose) {
+ if (verbose) {
+ System.out.println("# " + c.toString());
+ System.out
+ .println("# bits per int, compress speed (mis), decompression speed (mis) ");
+ }
+
+ int N = data.length;
+
+ int totalSize = 0;
+ int maxLength = 0;
+ for (int k = 0; k < N; ++k) {
+ totalSize += data[k].length;
+ if (data[k].length > maxLength) {
+ maxLength = data[k].length;
+ }
+ }
+
+ byte[] compressBuffer = new byte[8 * maxLength + 1024];
+ int[] decompressBuffer = new int[maxLength + 1024];
+
+ // These variables hold time in microseconds (10^-6).
+ long compressTime = 0;
+ long decompressTime = 0;
+
+ int size = 0;
+ IntWrapper inpos = new IntWrapper();
+ IntWrapper outpos = new IntWrapper();
+
+ for (int r = 0; r < repeat; ++r) {
+ size = 0;
+ for (int k = 0; k < N; ++k) {
+ int[] backupdata = Arrays.copyOf(data[k],
+ data[k].length);
+
+ // compress data.
+ long beforeCompress = System.nanoTime() / 1000;
+ inpos.set(1);
+ outpos.set(0);
+ if (!(c instanceof IntegratedByteIntegerCODEC)) {
+ Delta.delta(backupdata);
+ }
+ c.compress(backupdata, inpos, backupdata.length
+ - inpos.get(), compressBuffer, outpos);
+ long afterCompress = System.nanoTime() / 1000;
+
+ // measure time of compression.
+ compressTime += afterCompress - beforeCompress;
+ final int thiscompsize = outpos.get() + 1;
+ size += thiscompsize;
+
+ // extract (uncompress) data
+ long beforeDecompress = System.nanoTime() / 1000;
+ inpos.set(0);
+ outpos.set(1);
+ decompressBuffer[0] = backupdata[0];
+ c.uncompress(compressBuffer, inpos,
+ thiscompsize - 1, decompressBuffer,
+ outpos);
+ if (!(c instanceof IntegratedByteIntegerCODEC))
+ Delta.fastinverseDelta(decompressBuffer);
+ long afterDecompress = System.nanoTime() / 1000;
+
+ // measure time of extraction (uncompression).
+ decompressTime += afterDecompress
+ - beforeDecompress;
+ if (outpos.get() != data[k].length)
+ throw new RuntimeException(
+ "we have a bug (diff length) "
+ + c + " expected "
+ + data[k].length
+ + " got "
+ + outpos.get());
+
+ // verify: compare original array with
+ // compressed and
+ // uncompressed.
+ for (int m = 0; m < outpos.get(); ++m) {
+ if (decompressBuffer[m] != data[k][m]) {
+ throw new RuntimeException(
+ "we have a bug (actual difference), expected "
+ + data[k][m]
+ + " found "
+ + decompressBuffer[m]
+ + " at " + m);
+ }
+ }
+ }
+ }
+
+ if (verbose) {
+ double bitsPerInt = size * 8.0 / totalSize;
+ long compressSpeed = totalSize * repeat
+ / (compressTime);
+ long decompressSpeed = totalSize * repeat
+ / (decompressTime);
+ System.out.println(String.format(
+ "\t%1$.2f\t%2$d\t%3$d", bitsPerInt,
+ compressSpeed, decompressSpeed));
+ csvLog.format("\"%1$s\",%2$d,%3$.2f,%4$d,%5$d\n",
+ c.toString(), sparsity, bitsPerInt,
+ compressSpeed, decompressSpeed);
+ csvLog.flush();
+ }
+ }
+
+ /**
+ * Main method.
+ *
+ * @param args
+ * command-line arguments
+ * @throws FileNotFoundException when we fail to create a new file
+ */
+ public static void main(String args[]) throws FileNotFoundException {
+ System.out
+ .println("# benchmark based on the ClusterData model from:");
+ System.out.println("# Vo Ngoc Anh and Alistair Moffat. ");
+ System.out.println("# Index compression using 64-bit words.");
+ System.out
+ .println("# Softw. Pract. Exper.40, 2 (February 2010), 131-147. ");
+ System.out.println();
+
+ PrintWriter writer = null;
+ try {
+ File csvFile = new File(
+ String.format(
+ "benchmark-%1$tY%1$tm%1$tdT%1$tH%1$tM%1$tS.csv",
+ System.currentTimeMillis()));
+ writer = new PrintWriter(csvFile);
+ System.out
+ .println("# Results will be written into a CSV file: "
+ + csvFile.getName());
+ System.out.println();
+ test(writer, 20, 18, 10);
+ System.out.println();
+ System.out
+ .println("Results were written into a CSV file: "
+ + csvFile.getName());
+ } finally {
+ if (writer != null) {
+ writer.close();
+ }
+ }
+ }
+
+ /**
+ * Standard test for the Kamikaze library
+ *
+ * @param data
+ * input data
+ * @param repeat
+ * how many times to repeat
+ * @param verbose
+ * whether to output data on screen
+ */
+ public static void testKamikaze(int[][] data, int repeat,
+ boolean verbose) {
+ DecimalFormat df = new DecimalFormat("0.00");
+ DecimalFormat dfspeed = new DecimalFormat("0");
+ if (verbose)
+ System.out.println("# kamikaze PForDelta");
+ if (verbose)
+ System.out
+ .println("# bits per int, compress speed (mis), decompression speed (mis) ");
+ long bef, aft;
+ String line = "";
+ int N = data.length;
+ int totalsize = 0;
+ int maxlength = 0;
+ for (int k = 0; k < N; ++k) {
+ totalsize += data[k].length;
+ if (data[k].length > maxlength)
+ maxlength = data[k].length;
+ }
+ int[] buffer = new int[maxlength + 1024];
+ /*
+ * 4x + 1024 to account for the possibility of some negative
+ * compression
+ */
+ int size = 0;
+ int comptime = 0;
+ long decomptime = 0;
+ for (int r = 0; r < repeat; ++r) {
+ size = 0;
+ for (int k = 0; k < N; ++k) {
+ int outpos = 0;
+ int[] backupdata = Arrays.copyOf(data[k],
+ data[k].length);
+ //
+ bef = System.nanoTime() / 1000;
+ Delta.delta(backupdata);
+ ArrayList dataout = new ArrayList(
+ data[k].length / 128);
+ for (int K = 0; K < data[k].length; K += 128) {
+ final int[] compressedbuf = PForDelta
+ .compressOneBlockOpt(Arrays
+ .copyOfRange(
+ backupdata, K,
+ K + 128), 128);
+ dataout.add(compressedbuf);
+ outpos += compressedbuf.length;
+ }
+ aft = System.nanoTime() / 1000;
+ //
+ comptime += aft - bef;
+ final int thiscompsize = outpos;
+ size += thiscompsize;
+ //
+ bef = System.nanoTime() / 1000;
+ ArrayList datauncomp = new ArrayList(
+ dataout.size());
+ int deltaoffset = 0;
+
+ for (int[] compbuf : dataout) {
+ int[] tmpbuf = new int[128];
+ PForDelta.decompressOneBlock(tmpbuf,
+ compbuf, 128);
+ tmpbuf[0] += deltaoffset;
+ Delta.fastinverseDelta(tmpbuf);
+ deltaoffset = tmpbuf[127];
+ datauncomp.add(tmpbuf);
+ }
+ aft = System.nanoTime() / 1000;
+ //
+ decomptime += aft - bef;
+ if (datauncomp.size() * 128 != data[k].length)
+ throw new RuntimeException(
+ "we have a bug (diff length) "
+ + " expected "
+ + data[k].length
+ + " got "
+ + datauncomp.size()
+ * 128);
+ for (int m = 0; m < data[k].length; ++m)
+ if (datauncomp.get(m / 128)[m % 128] != data[k][m]) {
+ throw new RuntimeException(
+ "we have a bug (actual difference), expected "
+ + data[k][m]
+ + " found "
+ + buffer[m]
+ + " at " + m);
+ }
+
+ }
+ }
+
+ line += "\t" + df.format(size * 32.0 / totalsize);
+ line += "\t" + dfspeed.format(totalsize * repeat / (comptime));
+ line += "\t"
+ + dfspeed.format(totalsize * repeat / (decomptime));
+ if (verbose)
+ System.out.println(line);
+ }
+
+ /**
+ * Generate test data.
+ *
+ * @param N
+ * How many input arrays to generate
+ * @param nbr
+ * How big (in log2) should the arrays be
+ * @param sparsity
+ * How sparse test data generated
+ */
+ private static int[][] generateTestData(ClusteredDataGenerator dataGen,
+ int N, int nbr, int sparsity) {
+ final int[][] data = new int[N][];
+ final int dataSize = (1 << (nbr + sparsity));
+ for (int i = 0; i < N; ++i) {
+ data[i] = dataGen.generateClustered((1 << nbr),
+ dataSize);
+ }
+ return data;
+ }
+
+ /**
+ * Generates data and calls other tests.
+ *
+ * @param csvLog
+ * Writer for CSV log.
+ * @param N
+ * How many input arrays to generate
+ * @param nbr
+ * how big (in log2) should the arrays be
+ * @param repeat
+ * How many times should we repeat tests.
+ */
+ private static void test(PrintWriter csvLog, int N, int nbr, int repeat) {
+ csvLog.format("\"Algorithm\",\"Sparsity\",\"Bits per int\",\"Compress speed (MiS)\",\"Decompress speed (MiS)\"\n");
+ ClusteredDataGenerator cdg = new ClusteredDataGenerator();
+ final int max_sparsity = 31 - nbr;
+ for (int sparsity = 1; sparsity < max_sparsity; ++sparsity) {
+ System.out.println("# sparsity " + sparsity);
+ System.out.println("# generating random data...");
+ int[][] data = generateTestData(cdg, N, nbr, sparsity);
+ System.out.println("# generating random data... ok.");
+
+ testCodec(csvLog, sparsity, new Composition(
+ new FastPFOR128(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new FastPFOR128(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new FastPFOR128(), new VariableByte()), data,
+ repeat, true);
+ System.out.println();
+ testCodec(csvLog, sparsity, new Composition(
+ new FastPFOR(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new FastPFOR(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new FastPFOR(), new VariableByte()), data,
+ repeat, true);
+ System.out.println();
+
+
+ // TODO: support CSV log output.
+ testKamikaze(data, repeat, false);
+ testKamikaze(data, repeat, false);
+ testKamikaze(data, repeat, true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new IntegratedComposition(
+ new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()), data, repeat,
+ false);
+ testCodec(csvLog, sparsity, new IntegratedComposition(
+ new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()), data, repeat,
+ false);
+ testCodec(csvLog, sparsity, new IntegratedComposition(
+ new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()), data, repeat,
+ true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new JustCopy(), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new JustCopy(), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new JustCopy(), data,
+ repeat, true);
+ System.out.println();
+
+ testByteCodec(csvLog, sparsity, new VariableByte(),
+ data, repeat, false);
+ testByteCodec(csvLog, sparsity, new VariableByte(),
+ data, repeat, false);
+ testByteCodec(csvLog, sparsity, new VariableByte(),
+ data, repeat, true);
+ System.out.println();
+
+ testByteCodec(csvLog, sparsity,
+ new IntegratedVariableByte(), data, repeat,
+ false);
+ testByteCodec(csvLog, sparsity,
+ new IntegratedVariableByte(), data, repeat,
+ false);
+ testByteCodec(csvLog, sparsity,
+ new IntegratedVariableByte(), data, repeat,
+ true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new Composition(
+ new BinaryPacking(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new BinaryPacking(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new BinaryPacking(), new VariableByte()), data,
+ repeat, true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new Composition(
+ new NewPFD(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new NewPFD(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new NewPFD(), new VariableByte()), data,
+ repeat, true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new Composition(
+ new NewPFDS9(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new NewPFDS9(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new NewPFDS9(), new VariableByte()), data,
+ repeat, true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new Composition(
+ new NewPFDS16(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new NewPFDS16(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new NewPFDS16(), new VariableByte()), data,
+ repeat, true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new Composition(
+ new OptPFD(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new OptPFD(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new OptPFD(), new VariableByte()), data,
+ repeat, true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new Composition(
+ new OptPFDS9(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new OptPFDS9(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new OptPFDS9(), new VariableByte()), data,
+ repeat, true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new Composition(
+ new OptPFDS16(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new OptPFDS16(), new VariableByte()), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Composition(
+ new OptPFDS16(), new VariableByte()), data,
+ repeat, true);
+ System.out.println();
+
+
+ testCodec(csvLog, sparsity, new Simple16(), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Simple16(), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Simple16(), data,
+ repeat, true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new Simple9(), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Simple9(), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new Simple9(), data,
+ repeat, true);
+ System.out.println();
+
+ testCodec(csvLog, sparsity, new GroupSimple9(), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new GroupSimple9(), data,
+ repeat, false);
+ testCodec(csvLog, sparsity, new GroupSimple9(), data,
+ repeat, true);
+ System.out.println();
+
+ {
+ IntegerCODEC c = new Composition(
+ new XorBinaryPacking(),
+ new VariableByte());
+ testCodec(csvLog, sparsity, c, data, repeat,
+ false);
+ testCodec(csvLog, sparsity, c, data, repeat,
+ false);
+ testCodec(csvLog, sparsity, c, data, repeat,
+ true);
+ System.out.println();
+ }
+
+ {
+ IntegerCODEC c = new Composition(
+ new DeltaZigzagBinaryPacking(),
+ new DeltaZigzagVariableByte());
+ testCodec(csvLog, sparsity, c, data, repeat,
+ false);
+ testCodec(csvLog, sparsity, c, data, repeat,
+ false);
+ testCodec(csvLog, sparsity, c, data, repeat,
+ true);
+ System.out.println();
+ }
+
+ }
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkBitPacking.java b/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkBitPacking.java
new file mode 100644
index 0000000..3380d36
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkBitPacking.java
@@ -0,0 +1,154 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.integercompression.benchmarktools;
+
+import java.text.DecimalFormat;
+import java.util.Arrays;
+import java.util.Random;
+
+import me.lemire.integercompression.BitPacking;
+import me.lemire.integercompression.differential.Delta;
+import me.lemire.integercompression.differential.IntegratedBitPacking;
+
+/**
+ * Class used to benchmark the speed of bit packing. (For expert use.)
+ *
+ * @author Daniel Lemire
+ *
+ */
+public class BenchmarkBitPacking {
+
+ private static void test(boolean verbose) {
+ DecimalFormat dfspeed = new DecimalFormat("0");
+ final int N = 32;
+ final int times = 100000;
+ Random r = new Random(0);
+ int[] data = new int[N];
+ int[] compressed = new int[N];
+ int[] uncompressed = new int[N];
+ for (int bit = 0; bit < 31; ++bit) {
+ long comp = 0;
+ long compwm = 0;
+ long decomp = 0;
+ for (int t = 0; t < times; ++t) {
+ for (int k = 0; k < N; ++k) {
+ data[k] = r.nextInt(1 << bit);
+ }
+ long time1 = System.nanoTime();
+ BitPacking
+ .fastpack(data, 0, compressed, 0, bit);
+ long time2 = System.nanoTime();
+ BitPacking.fastpackwithoutmask(data, 0,
+ compressed, 0, bit);
+ long time3 = System.nanoTime();
+ BitPacking.fastunpack(compressed, 0,
+ uncompressed, 0, bit);
+ long time4 = System.nanoTime();
+ comp += time2 - time1;
+ compwm += time3 - time2;
+ decomp += time4 - time3;
+ }
+ if (verbose)
+ System.out.println("bit = "
+ + bit
+ + " comp. speed = "
+ + dfspeed.format(N * times * 1000.0
+ / (comp))
+ + " comp. speed wm = "
+ + dfspeed.format(N * times * 1000.0
+ / (compwm))
+ + " decomp. speed = "
+ + dfspeed.format(N * times * 1000.0
+ / (decomp)));
+ }
+ }
+
+ private static void testWithDeltas(boolean verbose) {
+ DecimalFormat dfspeed = new DecimalFormat("0");
+ final int N = 32;
+ final int times = 100000;
+ Random r = new Random(0);
+ int[] data = new int[N];
+ int[] compressed = new int[N];
+ int[] icompressed = new int[N];
+ int[] uncompressed = new int[N];
+ for (int bit = 1; bit < 31; ++bit) {
+ long comp = 0;
+ long decomp = 0;
+ long icomp = 0;
+ long idecomp = 0;
+ for (int t = 0; t < times; ++t) {
+ data[0] = r.nextInt(1 << bit);
+ for (int k = 1; k < N; ++k) {
+ data[k] = r.nextInt(1 << bit)
+ + data[k - 1];
+ }
+ int[] tmpdata = Arrays
+ .copyOf(data, data.length);
+ long time1 = System.nanoTime();
+ Delta.delta(tmpdata);
+ BitPacking.fastpackwithoutmask(tmpdata, 0,
+ compressed, 0, bit);
+ long time2 = System.nanoTime();
+ BitPacking.fastunpack(compressed, 0,
+ uncompressed, 0, bit);
+ Delta.fastinverseDelta(uncompressed);
+ long time3 = System.nanoTime();
+ if (!Arrays.equals(data, uncompressed))
+ throw new RuntimeException("bug");
+ comp += time2 - time1;
+ decomp += time3 - time2;
+ tmpdata = Arrays.copyOf(data, data.length);
+ time1 = System.nanoTime();
+ IntegratedBitPacking.integratedpack(0, tmpdata,
+ 0, icompressed, 0, bit);
+ time2 = System.nanoTime();
+ IntegratedBitPacking.integratedunpack(0,
+ icompressed, 0, uncompressed, 0, bit);
+ time3 = System.nanoTime();
+ if (!Arrays.equals(icompressed, compressed))
+ throw new RuntimeException("ibug "
+ + bit);
+ if (!Arrays.equals(data, uncompressed))
+ throw new RuntimeException("bug " + bit);
+ icomp += time2 - time1;
+ idecomp += time3 - time2;
+ }
+ if (verbose)
+ System.out.println("bit = "
+ + bit
+ + " comp. speed = "
+ + dfspeed.format(N * times * 1000.0
+ / (comp))
+ + " decomp. speed = "
+ + dfspeed.format(N * times * 1000.0
+ / (decomp))
+ + " icomp. speed = "
+ + dfspeed.format(N * times * 1000.0
+ / (icomp))
+ + " idecomp. speed = "
+ + dfspeed.format(N * times * 1000.0
+ / (idecomp)));
+ }
+ }
+
+ /**
+ * Main method
+ *
+ * @param args
+ * command-line arguments
+ */
+ public static void main(String[] args) {
+ System.out.println("Testing packing and delta ");
+ testWithDeltas(false);
+ testWithDeltas(true);
+ System.out.println("Testing packing alone ");
+ test(false);
+ test(true);
+ }
+
+}
diff --git a/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkCSV.java b/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkCSV.java
new file mode 100644
index 0000000..3115f0a
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkCSV.java
@@ -0,0 +1,314 @@
+package me.lemire.integercompression.benchmarktools;
+
+import me.lemire.integercompression.*;
+import me.lemire.integercompression.differential.IntegratedBinaryPacking;
+import me.lemire.integercompression.differential.IntegratedByteIntegerCODEC;
+import me.lemire.integercompression.differential.IntegratedComposition;
+import me.lemire.integercompression.differential.IntegratedIntegerCODEC;
+import me.lemire.integercompression.differential.IntegratedVariableByte;
+
+import java.io.*;
+import java.util.ArrayList;
+import java.util.Arrays;
+
+/**
+ * This will run benchmarks using a set of posting lists stored as CSV files.
+ *
+ * @author lemire
+ *
+ */
+public class BenchmarkCSV {
+ static IntegratedIntegerCODEC codecs[] = {
+ new IntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()) };
+ static IntegratedByteIntegerCODEC bcodecs[] = { new IntegratedVariableByte() };
+ static IntegerCODEC regcodecs[] = {
+ new Composition(new FastPFOR128(), new VariableByte()),
+ new Composition(new FastPFOR(), new VariableByte()),
+ new Composition(new BinaryPacking(), new VariableByte()) };
+ static ByteIntegerCODEC regbcodecs[] = { new VariableByte() };
+
+ private static ArrayList loadIntegers(final String filename, final Format f)
+ throws IOException {
+ int misparsed = 0;
+ if (f == Format.ONEARRAYPERLINE) {
+ ArrayList answer = new ArrayList();
+ BufferedReader br = new BufferedReader(new FileReader(
+ filename));
+ String s;
+ while ((s = br.readLine()) != null) {
+ String[] numbers = s.split("[,;;]"); // that's
+ // slow
+ int[] a = new int[numbers.length];
+ for (int k = 0; k < numbers.length; ++k) {
+ try {
+ a[k] = Integer
+ .parseInt(numbers[k]
+ .trim());
+ } catch (java.lang.NumberFormatException nfe) {
+ if (misparsed == 0)
+ System.err.println(nfe);
+ ++misparsed;
+ }
+ }
+ answer.add(a);
+ }
+ if (misparsed > 0)
+ System.out.println("Failed to parse "
+ + misparsed + " entries");
+ br.close();
+ return answer;
+ } else if (f == Format.ONEARRAYPERFILE) {
+ ArrayList answer = new ArrayList();
+ BufferedReader br = new BufferedReader(new FileReader(
+ filename));
+ String s;
+ while ((s = br.readLine()) != null) {
+ String[] numbers = s.split("[,;;]");// that's
+ // slow
+ for (int k = 0; k < numbers.length; ++k) {
+ try {
+ answer.add(Integer
+ .parseInt(numbers[k]
+ .trim()));
+ } catch (java.lang.NumberFormatException nfe) {
+ if (misparsed == 0)
+ System.err.println(nfe);
+ ++misparsed;
+ }
+ }
+ }
+ int[] actualanswer = new int[answer.size()];
+ for (int i = 0; i < answer.size(); ++i)
+ actualanswer[i] = answer.get(i);
+ ArrayList wrap = new ArrayList();
+ wrap.add(actualanswer);
+ if (misparsed > 0)
+ System.out.println("Failed to parse "
+ + misparsed + " entries");
+ br.close();
+ return wrap;
+ } else {
+ ArrayList answer = new ArrayList();
+ BufferedReader br = new BufferedReader(new FileReader(
+ filename));
+ String s;
+ while ((s = br.readLine()) != null) {
+ try {
+ answer.add(Integer.parseInt(s.trim()));
+ } catch (java.lang.NumberFormatException nfe) {
+ if (misparsed == 0)
+ System.err.println(nfe);
+ ++misparsed;
+ }
+ }
+ int[] actualanswer = new int[answer.size()];
+ for (int i = 0; i < answer.size(); ++i)
+ actualanswer[i] = answer.get(i);
+ ArrayList wrap = new ArrayList();
+ wrap.add(actualanswer);
+ if (misparsed > 0)
+ System.out.println("Failed to parse "
+ + misparsed + " entries");
+ br.close();
+ return wrap;
+ }
+ }
+
+ private enum Format {
+ ONEARRAYPERLINE, ONEARRAYPERFILE, ONEINTPERLINE
+ }
+
+ private enum CompressionMode {
+ AS_IS, DELTA
+ }
+
+ /**
+ * @param args command-line arguments
+ * @throws IOException when some IO error occurs
+ */
+ public static void main(final String[] args) throws IOException {
+ Format myformat = Format.ONEARRAYPERLINE;
+ CompressionMode cm = CompressionMode.DELTA;
+ ArrayList files = new ArrayList();
+ for (String s : args) {
+ if (s.startsWith("-")) {// it is a flag
+ if (s.equals("--onearrayperfile"))
+ myformat = Format.ONEARRAYPERFILE;
+ else if (s.equals("--nodelta"))
+ cm = CompressionMode.AS_IS;
+ else if (s.equals("--oneintperline"))
+ myformat = Format.ONEINTPERLINE;
+ else
+ throw new RuntimeException(
+ "I don't understand: " + s);
+ } else {// it is a filename
+ files.add(s);
+ }
+ }
+ if (myformat == Format.ONEARRAYPERFILE)
+ System.out.println("Treating each file as one array.");
+ else if (myformat == Format.ONEARRAYPERLINE)
+ System.out
+ .println("Each line of each file is an array: use --onearrayperfile or --oneintperline to change.");
+ else if (myformat == Format.ONEINTPERLINE)
+ System.out
+ .println("Treating each file as one array, with one integer per line.");
+ if (cm == CompressionMode.AS_IS)
+ System.out
+ .println("Compressing the integers 'as is' (no differential coding)");
+ else
+ System.out
+ .println("Using differential coding (arrays will be sorted): use --nodelta to prevent sorting");
+ ArrayList data = new ArrayList();
+ for (String fn : files)
+ for (int[] x : loadIntegers(fn, myformat))
+ data.add(x);
+ System.out.println("Loaded " + data.size() + " array(s)");
+ if (cm == CompressionMode.DELTA) {
+ System.out
+ .println("Sorting the arrray(s) because you are using differential coding");
+ for (int[] x : data)
+ Arrays.sort(x);
+ }
+ bench(data, cm, false);
+ bench(data, cm, false);
+ bench(data, cm, true);
+ bytebench(data, cm, false);
+ bytebench(data, cm, false);
+ bytebench(data, cm, true);
+ }
+
+ private static void bench(ArrayList postings, CompressionMode cm,
+ boolean verbose) {
+ int maxlength = 0;
+ for (int[] x : postings)
+ if (maxlength < x.length)
+ maxlength = x.length;
+ if (verbose)
+ System.out.println("Max array length: " + maxlength);
+ int[] compbuffer = new int[2 * maxlength + 1024];
+ int[] decompbuffer = new int[maxlength];
+ if (verbose)
+ System.out.println("Scheme -- bits/int -- speed (mis)");
+ for (IntegerCODEC c : (cm == CompressionMode.DELTA ? codecs
+ : regcodecs)) {
+ long bef = 0;
+ long aft = 0;
+ long decomptime = 0;
+ long volumein = 0;
+ long volumeout = 0;
+ int[][] compdata = new int[postings.size()][];
+ for (int k = 0; k < postings.size(); ++k) {
+ int[] in = postings.get(k);
+ IntWrapper inpos = new IntWrapper(0);
+ IntWrapper outpos = new IntWrapper(0);
+ c.compress(in, inpos, in.length, compbuffer,
+ outpos);
+ int clength = outpos.get();
+ inpos = new IntWrapper(0);
+ outpos = new IntWrapper(0);
+ c.uncompress(compbuffer, inpos, clength,
+ decompbuffer, outpos);
+ volumein += in.length;
+ volumeout += clength;
+
+ if (outpos.get() != in.length)
+ throw new RuntimeException("bug");
+ for (int z = 0; z < in.length; ++z)
+ if (in[z] != decompbuffer[z])
+ throw new RuntimeException(
+ "bug");
+ compdata[k] = Arrays
+ .copyOf(compbuffer, clength);
+ }
+ bef = System.nanoTime();
+ for (int[] cin : compdata) {
+ IntWrapper inpos = new IntWrapper(0);
+ IntWrapper outpos = new IntWrapper(0);
+ c.uncompress(cin, inpos, cin.length,
+ decompbuffer, outpos);
+ if (inpos.get() != cin.length)
+ throw new RuntimeException("bug");
+ }
+ aft = System.nanoTime();
+ decomptime += (aft - bef);
+ double bitsPerInt = volumeout * 32.0 / volumein;
+ double decompressSpeed = volumein * 1000.0
+ / (decomptime);
+ if (verbose)
+ System.out.println(c.toString()
+ + "\t"
+ + String.format("\t%1$.2f\t%2$.2f",
+ bitsPerInt, decompressSpeed));
+
+ }
+ }
+
+ private static void bytebench(ArrayList postings,
+ CompressionMode cm, boolean verbose) {
+ int maxlength = 0;
+ for (int[] x : postings)
+ if (maxlength < x.length)
+ maxlength = x.length;
+ if (verbose)
+ System.out.println("Max array length: " + maxlength);
+ byte[] compbuffer = new byte[6 * (maxlength + 1024)];
+ int[] decompbuffer = new int[maxlength];
+ if (verbose)
+ System.out.println("Scheme -- bits/int -- speed (mis)");
+ for (ByteIntegerCODEC c : (cm == CompressionMode.DELTA ? bcodecs
+ : regbcodecs)) {
+ long bef = 0;
+ long aft = 0;
+ long decomptime = 0;
+ long volumein = 0;
+ long volumeout = 0;
+ byte[][] compdata = new byte[postings.size()][];
+ for (int k = 0; k < postings.size(); ++k) {
+ int[] in = postings.get(k);
+ IntWrapper inpos = new IntWrapper(0);
+ IntWrapper outpos = new IntWrapper(0);
+ c.compress(in, inpos, in.length, compbuffer,
+ outpos);
+ int clength = outpos.get();
+ inpos = new IntWrapper(0);
+ outpos = new IntWrapper(0);
+ c.uncompress(compbuffer, inpos, clength,
+ decompbuffer, outpos);
+ volumein += in.length;
+ volumeout += clength;
+
+ if (outpos.get() != in.length)
+ throw new RuntimeException("bug");
+ for (int z = 0; z < in.length; ++z)
+ if (in[z] != decompbuffer[z])
+ throw new RuntimeException(
+ "bug");
+ compdata[k] = Arrays
+ .copyOf(compbuffer, clength);
+ }
+ bef = System.nanoTime();
+ for (byte[] cin : compdata) {
+ IntWrapper inpos = new IntWrapper(0);
+ IntWrapper outpos = new IntWrapper(0);
+ c.uncompress(cin, inpos, cin.length,
+ decompbuffer, outpos);
+ if (inpos.get() != cin.length)
+ throw new RuntimeException("bug");
+ }
+ aft = System.nanoTime();
+ decomptime += (aft - bef);
+ double bitsPerInt = volumeout * 8.0 / volumein;
+ double decompressSpeed = volumein * 1000.0
+ / (decomptime);
+ if (verbose)
+ System.out.println(c.toString()
+ + "\t"
+ + String.format("\t%1$.2f\t%2$.2f",
+ bitsPerInt, decompressSpeed));
+
+ }
+ }
+
+}
diff --git a/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkOffsettedSeries.java b/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkOffsettedSeries.java
new file mode 100644
index 0000000..c31411d
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkOffsettedSeries.java
@@ -0,0 +1,295 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ */
+package me.lemire.integercompression.benchmarktools;
+
+import java.io.File;
+import java.io.PrintWriter;
+import java.util.Arrays;
+import java.util.Random;
+
+import me.lemire.integercompression.BinaryPacking;
+import me.lemire.integercompression.DeltaZigzagBinaryPacking;
+import me.lemire.integercompression.DeltaZigzagVariableByte;
+import me.lemire.integercompression.FastPFOR;
+import me.lemire.integercompression.FastPFOR128;
+import me.lemire.integercompression.IntWrapper;
+import me.lemire.integercompression.IntegerCODEC;
+import me.lemire.integercompression.JustCopy;
+import me.lemire.integercompression.differential.IntegratedBinaryPacking;
+import me.lemire.integercompression.differential.XorBinaryPacking;
+
+/**
+ * Simple synthetic benchmark
+ *
+ */
+public class BenchmarkOffsettedSeries {
+ private static final int DEFAULT_MEAN = 1 << 20;
+ private static final int DEFAULT_RANGE = 1 << 10;
+ private static final int DEFAULT_REPEAT = 5;
+ private static final int DEFAULT_WARMUP = 2;
+
+
+ /**
+ * Run benchmark.
+ *
+ * @param csvWriter
+ * Write for results in CSV.
+ * @param count
+ * Count of data chunks.
+ * @param length
+ * Length of a data chunk.
+ */
+ public static void run(final PrintWriter csvWriter, final int count, final int length) {
+ IntegerCODEC[] codecs = { new JustCopy(), new BinaryPacking(),
+ new DeltaZigzagBinaryPacking(),
+ new DeltaZigzagVariableByte(),
+ new IntegratedBinaryPacking(), new XorBinaryPacking(),
+ new FastPFOR128(), new FastPFOR()};
+
+ csvWriter
+ .format("\"Dataset\",\"CODEC\",\"Bits per int\","
+ + "\"Compress speed (MiS)\",\"Decompress speed (MiS)\"\n");
+
+ benchmark(csvWriter, codecs, count, length, DEFAULT_MEAN,
+ DEFAULT_RANGE);
+ benchmark(csvWriter, codecs, count, length, DEFAULT_MEAN >> 5,
+ DEFAULT_RANGE);
+
+ IntegerCODEC[] codecs2 = { new JustCopy(), new BinaryPacking(),
+ new DeltaZigzagBinaryPacking(),
+ new DeltaZigzagVariableByte(),
+ new IntegratedBinaryPacking(), new XorBinaryPacking(),
+ new FastPFOR128(),new FastPFOR(), };
+
+ int freq = length / 4;
+ benchmarkSine(csvWriter, codecs2, count, length,
+ DEFAULT_MEAN >> 0, DEFAULT_RANGE >> 0, freq);
+ benchmarkSine(csvWriter, codecs2, count, length,
+ DEFAULT_MEAN >> 5, DEFAULT_RANGE >> 0, freq);
+ benchmarkSine(csvWriter, codecs2, count, length,
+ DEFAULT_MEAN >> 10, DEFAULT_RANGE >> 0, freq);
+ benchmarkSine(csvWriter, codecs2, count, length,
+ DEFAULT_MEAN >> 0, DEFAULT_RANGE >> 2, freq);
+ benchmarkSine(csvWriter, codecs2, count, length,
+ DEFAULT_MEAN >> 5, DEFAULT_RANGE >> 2, freq);
+ benchmarkSine(csvWriter, codecs2, count, length,
+ DEFAULT_MEAN >> 10, DEFAULT_RANGE >> 2, freq);
+ benchmarkSine(csvWriter, codecs2, count, length,
+ DEFAULT_MEAN >> 0, DEFAULT_RANGE >> 4, freq);
+ benchmarkSine(csvWriter, codecs2, count, length,
+ DEFAULT_MEAN >> 5, DEFAULT_RANGE >> 4, freq);
+ benchmarkSine(csvWriter, codecs2, count, length,
+ DEFAULT_MEAN >> 10, DEFAULT_RANGE >> 4, freq);
+ }
+
+ private static void benchmarkSine(final PrintWriter csvWriter,
+ final IntegerCODEC[] codecs, final int count, final int length, final int mean,
+ final int range, final int freq) {
+ String dataProp = String.format(
+ "(mean=%1$d range=%2$d freq=%3$d)", mean, range, freq);
+ int[][] data = generateSineDataChunks(0, count, length, mean,
+ range, freq);
+ benchmark(csvWriter, "Sine " + dataProp, codecs, data,
+ DEFAULT_REPEAT, DEFAULT_WARMUP);
+ benchmark(csvWriter, "Sine+delta " + dataProp, codecs, data,
+ DEFAULT_REPEAT, DEFAULT_WARMUP);
+ }
+
+ private static void benchmark(final PrintWriter csvWriter, final IntegerCODEC[] codecs,
+ final int count, final int length, final int mean, final int range) {
+ String dataProp = String.format("(mean=%1$d range=%2$d)", mean,
+ range);
+
+ int[][] randData = generateDataChunks(0, count, length, mean,
+ range);
+ int[][] deltaData = deltaDataChunks(randData);
+ int[][] sortedData = sortDataChunks(randData);
+ int[][] sortedDeltaData = deltaDataChunks(sortedData);
+
+ benchmark(csvWriter, "Random " + dataProp, codecs, randData,
+ DEFAULT_REPEAT, DEFAULT_WARMUP);
+ benchmark(csvWriter, "Random+delta " + dataProp, codecs,
+ deltaData, DEFAULT_REPEAT, DEFAULT_WARMUP);
+ benchmark(csvWriter, "Sorted " + dataProp, codecs, sortedData,
+ DEFAULT_REPEAT, DEFAULT_WARMUP);
+ benchmark(csvWriter, "Sorted+delta " + dataProp, codecs,
+ sortedDeltaData, DEFAULT_REPEAT, DEFAULT_WARMUP);
+ }
+
+ private static void benchmark(final PrintWriter csvWriter, final String dataName,
+ final IntegerCODEC[] codecs, final int[][] data, final int repeat, final int warmup) {
+ System.out.println("Processing: " + dataName);
+ for (IntegerCODEC codec : codecs) {
+ String codecName = codec.toString();
+ for (int i = 0; i < warmup; ++i) {
+ benchmark(null, null, null, codec, data, repeat);
+ }
+ benchmark(csvWriter, dataName, codecName, codec, data,
+ repeat);
+ }
+ }
+
+ private static void benchmark(PrintWriter csvWriter, String dataName,
+ String codecName, IntegerCODEC codec, int[][] data, int repeat) {
+ PerformanceLogger logger = new PerformanceLogger();
+
+ int maxLen = getMaxLen(data);
+ int[] compressBuffer = new int[4 * maxLen + 1024];
+ int[] decompressBuffer = new int[maxLen];
+
+ for (int i = 0; i < repeat; ++i) {
+ for (int[] array : data) {
+ int compSize = compress(logger, codec, array,
+ compressBuffer);
+ int decompSize = decompress(logger, codec,
+ compressBuffer, compSize,
+ decompressBuffer);
+ checkArray(array, decompressBuffer, decompSize,
+ codec);
+ }
+ }
+
+ if (csvWriter != null) {
+ csvWriter.format(
+ "\"%1$s\",\"%2$s\",%3$.2f,%4$.0f,%5$.0f\n",
+ dataName, codecName, logger.getBitPerInt(),
+ logger.getCompressSpeed(),
+ logger.getDecompressSpeed());
+ }
+ }
+
+ private static void checkArray(int[] expected, int[] actualArray,
+ int actualLen, IntegerCODEC codec) {
+ if (actualLen != expected.length) {
+ throw new RuntimeException("Length mismatch:"
+ + " expected=" + expected.length + " actual="
+ + actualLen + " codec=" + codec.toString());
+ }
+ for (int i = 0; i < expected.length; ++i) {
+ if (actualArray[i] != expected[i]) {
+ throw new RuntimeException("Value mismatch: "
+ + " where=" + i + " expected="
+ + expected[i] + " actual="
+ + actualArray[i] + " codec="
+ + codec.toString());
+ }
+ }
+ }
+
+ private static int compress(PerformanceLogger logger, IntegerCODEC codec,
+ int[] src, int[] dst) {
+ IntWrapper inpos = new IntWrapper();
+ IntWrapper outpos = new IntWrapper();
+ logger.compressionTimer.start();
+ codec.compress(src, inpos, src.length, dst, outpos);
+ logger.compressionTimer.end();
+ int outSize = outpos.get();
+ logger.addOriginalSize(src.length);
+ logger.addCompressedSize(outSize);
+ return outSize;
+ }
+
+ private static int decompress(PerformanceLogger logger, IntegerCODEC codec,
+ int[] src, int srcLen, int[] dst) {
+ IntWrapper inpos = new IntWrapper();
+ IntWrapper outpos = new IntWrapper();
+ logger.decompressionTimer.start();
+ codec.uncompress(src, inpos, srcLen, dst, outpos);
+ logger.decompressionTimer.end();
+ return outpos.get();
+ }
+
+ private static int getMaxLen(int[][] data) {
+ int maxLen = 0;
+ for (int[] array : data) {
+ if (array.length > maxLen) {
+ maxLen = array.length;
+ }
+ }
+ return maxLen;
+ }
+
+ private static int[][] generateSineDataChunks(long seed, int count,
+ int length, int mean, int range, int freq) {
+ int[][] chunks = new int[count][];
+ Random r = new Random(seed);
+ for (int i = 0; i < count; ++i) {
+ int[] chunk = chunks[i] = new int[length];
+ int phase = r.nextInt(2 * freq);
+ for (int j = 0; j < length; ++j) {
+ double angle = 2.0 * Math.PI * (j + phase)
+ / freq;
+ chunk[j] = (int) (mean + Math.sin(angle)
+ * range);
+ }
+ }
+ return chunks;
+ }
+
+ private static int[][] generateDataChunks(long seed, int count,
+ int length, int mean, int range) {
+ int offset = mean - range / 2;
+ int[][] chunks = new int[count][];
+ Random r = new Random(seed);
+ for (int i = 0; i < count; ++i) {
+ int[] chunk = chunks[i] = new int[length];
+ for (int j = 0; j < length; ++j) {
+ chunk[j] = r.nextInt(range) + offset;
+ }
+ }
+ return chunks;
+ }
+
+ private static int[][] deltaDataChunks(int[][] src) {
+ int[][] dst = new int[src.length][];
+ for (int i = 0; i < src.length; ++i) {
+ int[] s = src[i];
+ int[] d = dst[i] = new int[s.length];
+ int prev = 0;
+ for (int j = 0; j < s.length; ++j) {
+ d[j] = s[j] - prev;
+ prev = s[j];
+ }
+ }
+ return dst;
+ }
+
+ private static int[][] sortDataChunks(int[][] src) {
+ int[][] dst = new int[src.length][];
+ for (int i = 0; i < src.length; ++i) {
+ dst[i] = Arrays.copyOf(src[i], src[i].length);
+ Arrays.sort(dst[i]);
+ }
+ return dst;
+ }
+
+ /**
+ * @param args command-line arguments
+ * @throws Exception when some problem occurs
+ */
+ public static void main(final String[] args) throws Exception {
+ File csvFile = new File(
+ String.format(
+ "benchmark-offsetted-%1$tY%1$tm%1$tdT%1$tH%1$tM%1$tS.csv",
+ System.currentTimeMillis()));
+ PrintWriter writer = null;
+ try {
+ writer = new PrintWriter(csvFile);
+ System.out
+ .println("# Results will be written into a CSV file: "
+ + csvFile.getName());
+ System.out.println();
+ BenchmarkOffsettedSeries.run(writer, 8 * 1024, 1280);
+ System.out.println();
+ System.out
+ .println("# Results were written into a CSV file: "
+ + csvFile.getName());
+ } finally {
+ if (writer != null) {
+ writer.close();
+ }
+ }
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkSkippable.java b/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkSkippable.java
new file mode 100644
index 0000000..b930568
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/benchmarktools/BenchmarkSkippable.java
@@ -0,0 +1,339 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.integercompression.benchmarktools;
+
+import me.lemire.integercompression.BinaryPacking;
+import me.lemire.integercompression.FastPFOR;
+import me.lemire.integercompression.FastPFOR128;
+import me.lemire.integercompression.IntWrapper;
+import me.lemire.integercompression.JustCopy;
+import me.lemire.integercompression.NewPFD;
+import me.lemire.integercompression.NewPFDS16;
+import me.lemire.integercompression.NewPFDS9;
+import me.lemire.integercompression.OptPFD;
+import me.lemire.integercompression.OptPFDS16;
+import me.lemire.integercompression.OptPFDS9;
+import me.lemire.integercompression.Simple16;
+import me.lemire.integercompression.Simple9;
+import me.lemire.integercompression.SkippableComposition;
+import me.lemire.integercompression.SkippableIntegerCODEC;
+import me.lemire.integercompression.VariableByte;
+import me.lemire.integercompression.differential.Delta;
+import me.lemire.integercompression.differential.IntegratedBinaryPacking;
+import me.lemire.integercompression.differential.IntegratedVariableByte;
+import me.lemire.integercompression.differential.SkippableIntegratedComposition;
+import me.lemire.integercompression.differential.SkippableIntegratedIntegerCODEC;
+import me.lemire.integercompression.synth.ClusteredDataGenerator;
+
+import java.io.File;
+import java.io.FileNotFoundException;
+import java.io.PrintWriter;
+import java.util.Arrays;
+
+/**
+ *
+ * Simple class meant to compare the speed of different schemes.
+ *
+ * @author Daniel Lemire
+ *
+ */
+public class BenchmarkSkippable {
+
+ private static int compressWithSkipTable(Object c, int[] data,
+ int[] output, IntWrapper outpos, int[] metadata, int blocksize) {
+ int metapos = 0;
+ metadata[metapos++] = data.length;
+ IntWrapper inpos = new IntWrapper();
+ int initvalue = 0;
+ IntWrapper ival = new IntWrapper(initvalue);
+ while (inpos.get() < data.length) {
+ metadata[metapos++] = outpos.get();
+ metadata[metapos++] = initvalue;
+ if (c instanceof SkippableIntegerCODEC) {
+ int size = blocksize > data.length - inpos.get() ? data.length
+ - inpos.get() : blocksize;
+ initvalue = Delta.delta(data, inpos.get(), size, initvalue);
+
+ ((SkippableIntegerCODEC) c).headlessCompress(data, inpos,
+ blocksize, output, outpos);
+ } else if (c instanceof SkippableIntegratedIntegerCODEC) {
+ ival.set(initvalue);
+ ((SkippableIntegratedIntegerCODEC) c).headlessCompress(data,
+ inpos, blocksize, output, outpos, ival);
+ initvalue = ival.get();
+ } else {
+ throw new RuntimeException("Unrecognized codec " + c);
+ }
+ }
+ return metapos;
+ }
+
+ private static int decompressFromSkipTable(Object c, int[] compressed,
+ IntWrapper compressedpos, int[] metadata, int blocksize, int[] data) {
+ int metapos = 0;
+ int length = metadata[metapos++];
+ IntWrapper uncomppos = new IntWrapper();
+ IntWrapper ival = new IntWrapper();
+ while (uncomppos.get() < length) {
+ int num = blocksize;
+ if (num > length - uncomppos.get())
+ num = length - uncomppos.get();
+ int location = metadata[metapos++];
+ int initvalue = metadata[metapos++];
+ int outputlocation = uncomppos.get();
+ if (location != compressedpos.get())
+ throw new RuntimeException("Bug " + location + " "
+ + compressedpos.get() + " codec " + c);
+ if (c instanceof SkippableIntegerCODEC) {
+ ((SkippableIntegerCODEC) c).headlessUncompress(compressed,
+ compressedpos, compressed.length - uncomppos.get(),
+ data, uncomppos, num);
+ initvalue = Delta.fastinverseDelta(data, outputlocation, num,
+ initvalue);
+ } else if (c instanceof SkippableIntegratedIntegerCODEC) {
+ ival.set(initvalue);
+ ((SkippableIntegratedIntegerCODEC) c).headlessUncompress(
+ compressed, compressedpos, compressed.length
+ - uncomppos.get(), data, uncomppos, num, ival);
+ } else {
+ throw new RuntimeException("Unrecognized codec " + c);
+ }
+ }
+ return length;
+ }
+
+ /**
+ * Standard benchmark
+ *
+ * @param csvLog
+ * Writer for CSV log.
+ * @param c
+ * the codec
+ * @param data
+ * arrays of input data
+ * @param repeat
+ * How many times to repeat the test
+ * @param verbose
+ * whether to output result on screen
+ */
+ private static void testCodec(PrintWriter csvLog, int sparsity, Object c,
+ int[][] data, int repeat, boolean verbose) {
+ if (verbose) {
+ System.out.println("# " + c.toString());
+ System.out
+ .println("# bits per int, compress speed (mis), decompression speed (mis) ");
+ }
+
+ int N = data.length;
+
+ int totalSize = 0;
+ int maxLength = 0;
+ for (int k = 0; k < N; ++k) {
+ totalSize += data[k].length;
+ if (data[k].length > maxLength) {
+ maxLength = data[k].length;
+ }
+ }
+
+ // 4x + 1024 to account for the possibility of some negative
+ // compression.
+ int[] compressBuffer = new int[4 * maxLength + 1024];
+ int[] decompressBuffer = new int[maxLength + 1024];
+ int[] metadataBuffer = new int[maxLength];
+ final int blocksize = 1024;
+
+ // These variables hold time in microseconds (10^-6).
+ double compressTime = 0;
+ double decompressTime = 0;
+ final int times = 5;
+
+ int size = 0;
+
+ for (int r = 0; r < repeat; ++r) {
+ size = 0;
+ for (int k = 0; k < N; ++k) {
+ int[] backupdata = Arrays.copyOf(data[k], data[k].length);
+
+ // compress data.
+ long beforeCompress = System.nanoTime() / 1000;
+ IntWrapper outpos = new IntWrapper();
+ compressWithSkipTable(c, backupdata, compressBuffer, outpos,
+ metadataBuffer, blocksize);
+ long afterCompress = System.nanoTime() / 1000;
+
+ // measure time of compression.
+ compressTime += afterCompress - beforeCompress;
+ final int thiscompsize = outpos.get();
+ size += thiscompsize;
+ // dry run
+ int volume = 0;
+ {
+ IntWrapper compressedpos = new IntWrapper(0);
+ volume = decompressFromSkipTable(c, compressBuffer,
+ compressedpos, metadataBuffer, blocksize,
+ decompressBuffer);
+
+ // let us check the answer
+ if (volume != backupdata.length)
+ throw new RuntimeException(
+ "Bad output size with codec " + c);
+ for (int j = 0; j < volume; ++j) {
+ if (data[k][j] != decompressBuffer[j])
+ throw new RuntimeException("bug in codec " + c);
+ }
+ }
+ // extract (uncompress) data
+ long beforeDecompress = System.nanoTime() / 1000;
+ for (int t = 0; t < times; ++t) {
+ IntWrapper compressedpos = new IntWrapper(0);
+ volume = decompressFromSkipTable(c, compressBuffer,
+ compressedpos, metadataBuffer, blocksize,
+ decompressBuffer);
+ }
+ long afterDecompress = System.nanoTime() / 1000;
+
+ // measure time of extraction (uncompression).
+ decompressTime += (afterDecompress - beforeDecompress) / times;
+ if (volume != data[k].length)
+ throw new RuntimeException("we have a bug (diff length) "
+ + c + " expected " + data[k].length + " got "
+ + volume);
+
+ // verify: compare original array with
+ // compressed and
+ // uncompressed.
+ for (int m = 0; m < outpos.get(); ++m) {
+ if (decompressBuffer[m] != data[k][m]) {
+ throw new RuntimeException(
+ "we have a bug (actual difference), expected "
+ + data[k][m] + " found "
+ + decompressBuffer[m] + " at " + m);
+ }
+ }
+ }
+ }
+
+ if (verbose) {
+ double bitsPerInt = size * 32.0 / totalSize;
+ long compressSpeed = Math
+ .round(totalSize * repeat / (compressTime));
+ long decompressSpeed = Math.round(totalSize * repeat
+ / (decompressTime));
+ System.out.println(String.format("\t%1$.2f\t%2$d\t%3$d",
+ bitsPerInt, compressSpeed, decompressSpeed));
+ csvLog.format("\"%1$s\",%2$d,%3$.2f,%4$d,%5$d\n", c.toString(),
+ sparsity, bitsPerInt, compressSpeed, decompressSpeed);
+ csvLog.flush();
+ }
+ }
+
+ /**
+ * Main method.
+ *
+ * @param args
+ * command-line arguments
+ * @throws FileNotFoundException
+ * when we fail to create a new file
+ */
+ public static void main(String args[]) throws FileNotFoundException {
+ System.out.println("# benchmark based on the ClusterData model from:");
+ System.out.println("# Vo Ngoc Anh and Alistair Moffat. ");
+ System.out.println("# Index compression using 64-bit words.");
+ System.out
+ .println("# Softw. Pract. Exper.40, 2 (February 2010), 131-147. ");
+ System.out.println();
+
+ PrintWriter writer = null;
+ try {
+ File csvFile = new File(String.format(
+ "benchmark-%1$tY%1$tm%1$tdT%1$tH%1$tM%1$tS.csv",
+ System.currentTimeMillis()));
+ writer = new PrintWriter(csvFile);
+ System.out.println("# Results will be written into a CSV file: "
+ + csvFile.getName());
+ System.out.println();
+ test(writer, 20, 18, 10);
+ System.out.println();
+ System.out.println("Results were written into a CSV file: "
+ + csvFile.getName());
+ } finally {
+ if (writer != null) {
+ writer.close();
+ }
+ }
+ }
+
+ /**
+ * Generate test data.
+ *
+ * @param N
+ * How many input arrays to generate
+ * @param nbr
+ * How big (in log2) should the arrays be
+ * @param sparsity
+ * How sparse test data generated
+ */
+ private static int[][] generateTestData(ClusteredDataGenerator dataGen,
+ int N, int nbr, int sparsity) {
+ final int[][] data = new int[N][];
+ final int dataSize = (1 << (nbr + sparsity));
+ for (int i = 0; i < N; ++i) {
+ data[i] = dataGen.generateClustered((1 << nbr), dataSize);
+ }
+ return data;
+ }
+
+ static Object[] codecs = {
+
+ new SkippableIntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()), new JustCopy(), new VariableByte(),
+
+ new SkippableComposition(new BinaryPacking(), new VariableByte()),
+ new SkippableComposition(new NewPFD(), new VariableByte()),
+ new SkippableComposition(new NewPFDS9(), new VariableByte()),
+ new SkippableComposition(new NewPFDS16(), new VariableByte()),
+ new SkippableComposition(new OptPFD(), new VariableByte()),
+ new SkippableComposition(new OptPFDS9(), new VariableByte()),
+ new SkippableComposition(new OptPFDS16(), new VariableByte()),
+ new SkippableComposition(new FastPFOR(), new VariableByte()),
+ new SkippableComposition(new FastPFOR128(), new VariableByte()),
+ new Simple9(), new Simple16() };
+
+ /**
+ * Generates data and calls other tests.
+ *
+ * @param csvLog
+ * Writer for CSV log.
+ * @param N
+ * How many input arrays to generate
+ * @param nbr
+ * how big (in log2) should the arrays be
+ * @param repeat
+ * How many times should we repeat tests.
+ */
+ private static void test(PrintWriter csvLog, int N, int nbr, int repeat) {
+ csvLog.format("\"Algorithm\",\"Sparsity\",\"Bits per int\",\"Compress speed (MiS)\",\"Decompress speed (MiS)\"\n");
+ ClusteredDataGenerator cdg = new ClusteredDataGenerator();
+ final int max_sparsity = 31 - nbr;
+
+ for (int sparsity = 1; sparsity < max_sparsity; sparsity+=4) {
+ System.out.println("# sparsity " + sparsity);
+ System.out.println("# generating random data...");
+ int[][] data = generateTestData(cdg, N, nbr, sparsity);
+ System.out.println("# generating random data... ok.");
+ for (Object c : codecs) {
+ testCodec(csvLog, sparsity, c, data, repeat, false);
+ testCodec(csvLog, sparsity, c, data, repeat, false);
+ testCodec(csvLog, sparsity, c, data, repeat, true);
+ testCodec(csvLog, sparsity, c, data, repeat, true);
+ testCodec(csvLog, sparsity, c, data, repeat, true);
+
+ }
+
+ }
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/benchmarktools/PerformanceLogger.java b/src/main/java/me/lemire/integercompression/benchmarktools/PerformanceLogger.java
new file mode 100644
index 0000000..ca97144
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/benchmarktools/PerformanceLogger.java
@@ -0,0 +1,75 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ */
+package me.lemire.integercompression.benchmarktools;
+
+/**
+ * PerformanceLogger for IntegerCODEC.
+ *
+ * @author MURAOKA Taro http://github.com/koron
+ */
+public final class PerformanceLogger {
+ static class Timer {
+ private long startNano;
+ private long duration = 0;
+
+ public Timer() {
+ }
+
+ public void start() {
+ this.startNano = System.nanoTime();
+ }
+
+ public long end() {
+ return this.duration += System.nanoTime()
+ - this.startNano;
+ }
+
+ public long getDuration() {
+ return this.duration;
+ }
+ }
+
+ final Timer compressionTimer = new Timer();
+
+ final Timer decompressionTimer = new Timer();
+
+ private long originalSize = 0;
+
+ private long compressedSize = 0;
+
+ long addOriginalSize(long value) {
+ return this.originalSize += value;
+ }
+
+ long addCompressedSize(long value) {
+ return this.compressedSize += value;
+ }
+
+ long getOriginalSize() {
+ return this.originalSize;
+ }
+
+ long getCompressedSize() {
+ return this.compressedSize;
+ }
+
+ double getBitPerInt() {
+ return this.compressedSize * 32.0 / this.originalSize;
+ }
+
+ private static double getMiS(long size, long nanoTime) {
+ return (size * 1e-6) / (nanoTime * 1.0e-9);
+ }
+
+ double getCompressSpeed() {
+ return getMiS(this.originalSize,
+ this.compressionTimer.getDuration());
+ }
+
+ double getDecompressSpeed() {
+ return getMiS(this.originalSize,
+ this.decompressionTimer.getDuration());
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/differential/Delta.java b/src/main/java/me/lemire/integercompression/differential/Delta.java
new file mode 100644
index 0000000..4f7c144
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/Delta.java
@@ -0,0 +1,150 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression.differential;
+
+/**
+ * Generic class to compute differential coding.
+ *
+ * @author Daniel Lemire
+ *
+ */
+public final class Delta {
+
+ /**
+ * Apply differential coding (in-place).
+ *
+ * @param data
+ * data to be modified
+ */
+ public static void delta(int[] data) {
+ for (int i = data.length - 1; i > 0; --i) {
+ data[i] -= data[i - 1];
+ }
+ }
+
+ /**
+ * Apply differential coding (in-place) given an initial value.
+ *
+ * @param data
+ * data to be modified
+ * @param start
+ * starting index
+ * @param length
+ * number of integers to process
+ * @param init
+ * initial value
+ * @return next initial vale
+ */
+ public static int delta(int[] data, int start, int length, int init) {
+ final int nextinit = data[start + length - 1];
+ for (int i = length - 1; i > 0; --i) {
+ data[start + i] -= data[start + i - 1];
+ }
+ data[start] -= init;
+ return nextinit;
+ }
+
+ /**
+ * Compute differential coding given an initial value. Output is written
+ * to a provided array: must have length "length" or better.
+ *
+ * @param data
+ * data to be modified
+ * @param start
+ * starting index
+ * @param length
+ * number of integers to process
+ * @param init
+ * initial value
+ * @param out
+ * output array
+ * @return next initial vale
+ */
+ public static int delta(int[] data, int start, int length, int init,
+ int[] out) {
+ for (int i = length - 1; i > 0; --i) {
+ out[i] = data[start + i] - data[start + i - 1];
+ }
+ out[0] = data[start] - init;
+ return data[start + length - 1];
+ }
+
+ /**
+ * Undo differential coding (in-place). Effectively computes a prefix
+ * sum.
+ *
+ * @param data
+ * to be modified.
+ */
+ public static void inverseDelta(int[] data) {
+ for (int i = 1; i < data.length; ++i) {
+ data[i] += data[i - 1];
+ }
+ }
+
+ /**
+ * Undo differential coding (in-place). Effectively computes a prefix
+ * sum. Like inverseDelta, only faster.
+ *
+ * @param data
+ * to be modified
+ */
+ public static void fastinverseDelta(int[] data) {
+ int sz0 = data.length / 4 * 4;
+ int i = 1;
+ if (sz0 >= 4) {
+ int a = data[0];
+ for (; i < sz0 - 4; i += 4) {
+ a = data[i] += a;
+ a = data[i + 1] += a;
+ a = data[i + 2] += a;
+ a = data[i + 3] += a;
+ }
+ }
+
+ for (; i != data.length; ++i) {
+ data[i] += data[i - 1];
+ }
+ }
+
+ /**
+ * Undo differential coding (in-place). Effectively computes a prefix
+ * sum. Like inverseDelta, only faster. Uses an initial value.
+ *
+ * @param data
+ * to be modified
+ * @param start
+ * starting index
+ * @param length
+ * number of integers to process
+ * @param init
+ * initial value
+ * @return next initial value
+ */
+ public static int fastinverseDelta(int[] data, int start, int length,
+ int init) {
+ data[start] += init;
+ int sz0 = length / 4 * 4;
+ int i = 1;
+ if (sz0 >= 4) {
+ int a = data[start];
+ for (; i < sz0 - 4; i += 4) {
+ a = data[start + i] += a;
+ a = data[start + i + 1] += a;
+ a = data[start + i + 2] += a;
+ a = data[start + i + 3] += a;
+ }
+ }
+
+ for (; i != length; ++i) {
+ data[start + i] += data[start + i - 1];
+ }
+ return data[start + length - 1];
+ }
+
+}
diff --git a/src/main/java/me/lemire/integercompression/differential/IntegratedBinaryPacking.java b/src/main/java/me/lemire/integercompression/differential/IntegratedBinaryPacking.java
new file mode 100644
index 0000000..f50a367
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/IntegratedBinaryPacking.java
@@ -0,0 +1,183 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression.differential;
+
+import me.lemire.integercompression.BitPacking;
+import me.lemire.integercompression.IntWrapper;
+import me.lemire.integercompression.Util;
+
+/**
+ * Scheme based on a commonly used idea: can be extremely fast.
+ *
+ * You should only use this scheme on sorted arrays. Use BinaryPacking if you
+ * have unsorted arrays.
+ *
+ * It encodes integers in blocks of 32 integers. For arrays containing an
+ * arbitrary number of integers, you should use it in conjunction with another
+ * CODEC:
+ *
+ *
+ * IntegratedIntegerCODEC is =
+ * new IntegratedComposition(new IntegratedBinaryPacking(),
+ * new IntegratedVariableByte())
+ *
+ *
+ *
+ * For details, please see
+ *
+ *
+ * Daniel Lemire and Leonid Boytsov, Decoding billions of integers per second
+ * through vectorization Software: Practice & Experience http://onlinelibrary.wiley.com/doi/10.1002/spe.2203/abstract http://arxiv.org/abs/1209.2137
+ *
+ *
+ * Daniel Lemire, Leonid Boytsov, Nathan Kurz, SIMD Compression and the
+ * Intersection of Sorted Integers http://arxiv.org/abs/1401.6399
+ *
+ *
+ * @author Daniel Lemire
+ *
+ */
+public class IntegratedBinaryPacking implements IntegratedIntegerCODEC,
+ SkippableIntegratedIntegerCODEC {
+
+ public static final int BLOCK_SIZE = 32;
+ private static final int MAX_BIT_WIDTH = Integer.SIZE;
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos, new IntWrapper(0));
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in,inpos,inlength,out,outpos,outlength, new IntWrapper(0));
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, IntWrapper initvalue) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ int tmpoutpos = outpos.get();
+
+ int initoffset = initvalue.get();
+ initvalue.set(in[inpos.get()+inlength -1]);
+ int s = inpos.get();
+ for (; s + BLOCK_SIZE * 4 - 1 < inpos.get() + inlength; s += BLOCK_SIZE * 4) {
+ final int mbits1 = Util.maxdiffbits(initoffset, in, s, BLOCK_SIZE);
+ int initoffset2 = in[s + 31];
+ final int mbits2 = Util.maxdiffbits(initoffset2, in, s + BLOCK_SIZE, BLOCK_SIZE);
+ int initoffset3 = in[s + BLOCK_SIZE + 31];
+ final int mbits3 = Util
+ .maxdiffbits(initoffset3, in, s + 2 * BLOCK_SIZE, BLOCK_SIZE);
+ int initoffset4 = in[s + 2 * BLOCK_SIZE + 31];
+ final int mbits4 = Util
+ .maxdiffbits(initoffset4, in, s + 3 * BLOCK_SIZE, BLOCK_SIZE);
+ out[tmpoutpos++] = (mbits1 << 24) | (mbits2 << 16) | (mbits3 << 8)
+ | (mbits4);
+ IntegratedBitPacking.integratedpack(initoffset, in, s, out,
+ tmpoutpos, mbits1);
+ tmpoutpos += mbits1;
+ IntegratedBitPacking.integratedpack(initoffset2, in, s + BLOCK_SIZE, out,
+ tmpoutpos, mbits2);
+ tmpoutpos += mbits2;
+ IntegratedBitPacking.integratedpack(initoffset3, in, s + 2 * BLOCK_SIZE,
+ out, tmpoutpos, mbits3);
+ tmpoutpos += mbits3;
+ IntegratedBitPacking.integratedpack(initoffset4, in, s + 3 * BLOCK_SIZE,
+ out, tmpoutpos, mbits4);
+ tmpoutpos += mbits4;
+ initoffset = in[s + 3 * BLOCK_SIZE + 31];
+ }
+ for (; s < inpos.get() + inlength; s += BLOCK_SIZE ) {
+ final int mbits = Util.maxdiffbits(initoffset, in, s, BLOCK_SIZE);
+ out[tmpoutpos++] = mbits;
+ IntegratedBitPacking.integratedpack(initoffset, in, s, out,
+ tmpoutpos, mbits);
+ tmpoutpos += mbits;
+ initoffset = in[s + 31];
+ }
+ inpos.add(inlength);
+ outpos.set(tmpoutpos);
+ }
+
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int num, IntWrapper initvalue) {
+ final int outlength = Util.greatestMultiple(num, BLOCK_SIZE);
+ int tmpinpos = inpos.get();
+ int initoffset = initvalue.get();
+ int s = outpos.get();
+ for (; s + BLOCK_SIZE * 4 - 1 < outpos.get() + outlength; s += BLOCK_SIZE * 4) {
+ final int mbits1 = (in[tmpinpos] >>> 24);
+ final int mbits2 = (in[tmpinpos] >>> 16) & 0xFF;
+ final int mbits3 = (in[tmpinpos] >>> 8) & 0xFF;
+ final int mbits4 = (in[tmpinpos]) & 0xFF;
+
+ ++tmpinpos;
+ IntegratedBitPacking.integratedunpack(initoffset, in, tmpinpos,
+ out, s, mbits1);
+ tmpinpos += mbits1;
+ initoffset = out[s + 31];
+ IntegratedBitPacking.integratedunpack(initoffset, in, tmpinpos,
+ out, s + BLOCK_SIZE, mbits2);
+ tmpinpos += mbits2;
+ initoffset = out[s + BLOCK_SIZE + 31];
+ IntegratedBitPacking.integratedunpack(initoffset, in, tmpinpos,
+ out, s + 2 * BLOCK_SIZE, mbits3);
+ tmpinpos += mbits3;
+ initoffset = out[s + 2 * BLOCK_SIZE + 31];
+ IntegratedBitPacking.integratedunpack(initoffset, in, tmpinpos,
+ out, s + 3 * BLOCK_SIZE, mbits4);
+ tmpinpos += mbits4;
+ initoffset = out[s + 3 * BLOCK_SIZE + 31];
+ }
+ for (; s < outpos.get() + outlength; s += BLOCK_SIZE) {
+ final int mbits = in[tmpinpos];
+ ++tmpinpos;
+ IntegratedBitPacking.integratedunpack(initoffset, in, tmpinpos,
+ out, s, mbits);
+ initoffset = out[s + 31];
+
+ tmpinpos += mbits;
+ }
+ outpos.add(outlength);
+ initvalue.set(initoffset);
+ inpos.set(tmpinpos);
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ int blockCount = inlength / BLOCK_SIZE;
+ int headersSizeInInts = blockCount / Integer.BYTES + (blockCount % Integer.BYTES);
+ int blocksSizeInInts = blockCount * MAX_BIT_WIDTH;
+ compressedPositions.add(blockCount * BLOCK_SIZE);
+ return headersSizeInInts + blocksSizeInInts;
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/differential/IntegratedBitPacking.java b/src/main/java/me/lemire/integercompression/differential/IntegratedBitPacking.java
new file mode 100644
index 0000000..8b26f6b
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/IntegratedBitPacking.java
@@ -0,0 +1,3914 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression.differential;
+
+import java.util.Arrays;
+
+/**
+ * "Integrated" bit packing routines: they include both the bit packing and the
+ * differential coding.
+ *
+ * For details, please see
+ *
+ * Daniel Lemire and Leonid Boytsov, Decoding billions of integers per second
+ * through vectorization Software: Practice & Experience
+ * http://onlinelibrary.wiley.com/doi/10.1002/spe.2203/abstract
+ * http://arxiv.org/abs/1209.2137
+ *
+ *
+ * @author Daniel Lemire
+ *
+ */
+public final class IntegratedBitPacking {
+
+ /**
+ * Pack 32 integers as deltas with an initial value
+ *
+ * @param initoffset initial value (used to compute first delta)
+ * @param in input array
+ * @param inpos initial position in input array
+ * @param out output array
+ * @param outpos initial position in output array
+ * @param bit number of bits to use per integer
+ */
+ public static void integratedpack(final int initoffset, final int[] in,
+ final int inpos, final int[] out, final int outpos, final int bit) {
+ switch (bit) {
+ case 0:
+ integratedpack0(initoffset, in, inpos, out, outpos);
+ break;
+ case 1:
+ integratedpack1(initoffset, in, inpos, out, outpos);
+ break;
+ case 2:
+ integratedpack2(initoffset, in, inpos, out, outpos);
+ break;
+ case 3:
+ integratedpack3(initoffset, in, inpos, out, outpos);
+ break;
+ case 4:
+ integratedpack4(initoffset, in, inpos, out, outpos);
+ break;
+ case 5:
+ integratedpack5(initoffset, in, inpos, out, outpos);
+ break;
+ case 6:
+ integratedpack6(initoffset, in, inpos, out, outpos);
+ break;
+ case 7:
+ integratedpack7(initoffset, in, inpos, out, outpos);
+ break;
+ case 8:
+ integratedpack8(initoffset, in, inpos, out, outpos);
+ break;
+ case 9:
+ integratedpack9(initoffset, in, inpos, out, outpos);
+ break;
+ case 10:
+ integratedpack10(initoffset, in, inpos, out, outpos);
+ break;
+ case 11:
+ integratedpack11(initoffset, in, inpos, out, outpos);
+ break;
+ case 12:
+ integratedpack12(initoffset, in, inpos, out, outpos);
+ break;
+ case 13:
+ integratedpack13(initoffset, in, inpos, out, outpos);
+ break;
+ case 14:
+ integratedpack14(initoffset, in, inpos, out, outpos);
+ break;
+ case 15:
+ integratedpack15(initoffset, in, inpos, out, outpos);
+ break;
+ case 16:
+ integratedpack16(initoffset, in, inpos, out, outpos);
+ break;
+ case 17:
+ integratedpack17(initoffset, in, inpos, out, outpos);
+ break;
+ case 18:
+ integratedpack18(initoffset, in, inpos, out, outpos);
+ break;
+ case 19:
+ integratedpack19(initoffset, in, inpos, out, outpos);
+ break;
+ case 20:
+ integratedpack20(initoffset, in, inpos, out, outpos);
+ break;
+ case 21:
+ integratedpack21(initoffset, in, inpos, out, outpos);
+ break;
+ case 22:
+ integratedpack22(initoffset, in, inpos, out, outpos);
+ break;
+ case 23:
+ integratedpack23(initoffset, in, inpos, out, outpos);
+ break;
+ case 24:
+ integratedpack24(initoffset, in, inpos, out, outpos);
+ break;
+ case 25:
+ integratedpack25(initoffset, in, inpos, out, outpos);
+ break;
+ case 26:
+ integratedpack26(initoffset, in, inpos, out, outpos);
+ break;
+ case 27:
+ integratedpack27(initoffset, in, inpos, out, outpos);
+ break;
+ case 28:
+ integratedpack28(initoffset, in, inpos, out, outpos);
+ break;
+ case 29:
+ integratedpack29(initoffset, in, inpos, out, outpos);
+ break;
+ case 30:
+ integratedpack30(initoffset, in, inpos, out, outpos);
+ break;
+ case 31:
+ integratedpack31(initoffset, in, inpos, out, outpos);
+ break;
+ case 32:
+ integratedpack32(initoffset, in, inpos, out, outpos);
+ break;
+ default:
+ throw new IllegalArgumentException(
+ "Unsupported bit width.");
+ }
+ }
+
+ protected static void integratedpack0(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ // nothing
+ }
+
+ protected static void integratedpack1(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 1)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 2)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 3)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 4)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 5)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 6)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 7)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 9)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 10)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 11)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 12)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 13)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 14)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 15)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 17)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 18)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 19)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 20)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 21)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 22)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 23)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 24)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 25)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 26)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 27)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 28)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 29)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 30)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 31);
+ }
+
+ protected static void integratedpack10(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 10)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 20)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 30);
+ out[1 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (10 - 8)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 8)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 18)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 28);
+ out[2 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (10 - 6)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 6)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 26);
+ out[3 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (10 - 4)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 4)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 14)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 24);
+ out[4 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (10 - 2)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 2)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 12)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 22);
+ out[5 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 10)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 20)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 30);
+ out[6 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (10 - 8)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 8)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 18)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 28);
+ out[7 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (10 - 6)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 6)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 26);
+ out[8 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (10 - 4)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 4)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 14)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 24);
+ out[9 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (10 - 2)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 2)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 12)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 22);
+ }
+
+ protected static void integratedpack11(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 11)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 22);
+ out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (11 - 1)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 1)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 12)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 23);
+ out[2 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (11 - 2)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 2)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 13)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 24);
+ out[3 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (11 - 3)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 3)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 14)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 25);
+ out[4 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (11 - 4)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 4)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 15)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 26);
+ out[5 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (11 - 5)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 5)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 27);
+ out[6 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (11 - 6)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 6)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 17)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 28);
+ out[7 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (11 - 7)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 7)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 18)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 29);
+ out[8 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (11 - 8)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 19)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 30);
+ out[9 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (11 - 9)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 9)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 20)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 31);
+ out[10 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (11 - 10)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 10)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 21);
+ }
+
+ protected static void integratedpack12(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 12)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 24);
+ out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (12 - 4)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 4)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 16)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 28);
+ out[2 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (12 - 8)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 8)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 20);
+ out[3 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 12)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 24);
+ out[4 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (12 - 4)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 4)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 16)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 28);
+ out[5 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (12 - 8)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 8)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 20);
+ out[6 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 12)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 24);
+ out[7 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (12 - 4)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 4)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 16)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 28);
+ out[8 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (12 - 8)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 8)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 20);
+ out[9 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 12)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 24);
+ out[10 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (12 - 4)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 4)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 16)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 28);
+ out[11 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (12 - 8)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 8)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 20);
+ }
+
+ protected static void integratedpack13(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 13)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 26);
+ out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (13 - 7)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 7)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 20);
+ out[2 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (13 - 1)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 1)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 14)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 27);
+ out[3 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (13 - 8)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 21);
+ out[4 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (13 - 2)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 2)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 15)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 28);
+ out[5 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (13 - 9)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 9)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 22);
+ out[6 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (13 - 3)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 3)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 29);
+ out[7 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (13 - 10)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 10)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 23);
+ out[8 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (13 - 4)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 4)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 17)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 30);
+ out[9 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (13 - 11)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 11)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 24);
+ out[10 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (13 - 5)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 5)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 18)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 31);
+ out[11 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (13 - 12)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 12)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 25);
+ out[12 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (13 - 6)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 6)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 19);
+ }
+
+ protected static void integratedpack14(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 14)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 28);
+ out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (14 - 10)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 10)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 24);
+ out[2 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (14 - 6)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 6)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 20);
+ out[3 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (14 - 2)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 2)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 30);
+ out[4 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (14 - 12)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 12)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 26);
+ out[5 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (14 - 8)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 8)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 22);
+ out[6 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (14 - 4)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 4)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 18);
+ out[7 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 14)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 28);
+ out[8 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (14 - 10)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 10)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 24);
+ out[9 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (14 - 6)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 6)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 20);
+ out[10 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (14 - 2)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 2)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 30);
+ out[11 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (14 - 12)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 12)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 26);
+ out[12 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (14 - 8)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 8)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 22);
+ out[13 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (14 - 4)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 4)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 18);
+ }
+
+ protected static void integratedpack15(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 15)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 30);
+ out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (15 - 13)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 13)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 28);
+ out[2 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (15 - 11)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 11)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 26);
+ out[3 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (15 - 9)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 9)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 24);
+ out[4 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (15 - 7)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 7)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 22);
+ out[5 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (15 - 5)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 5)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 20);
+ out[6 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (15 - 3)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 3)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 18);
+ out[7 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (15 - 1)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 1)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 31);
+ out[8 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (15 - 14)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 14)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 29);
+ out[9 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (15 - 12)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 12)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 27);
+ out[10 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (15 - 10)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 10)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 25);
+ out[11 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (15 - 8)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 23);
+ out[12 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (15 - 6)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 6)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 21);
+ out[13 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (15 - 4)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 4)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 19);
+ out[14 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (15 - 2)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 2)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 17);
+ }
+
+ protected static void integratedpack16(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 16);
+ out[1 + outpos] = (in[2 + inpos] - in[2 + inpos - 1])
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 16);
+ out[2 + outpos] = (in[4 + inpos] - in[4 + inpos - 1])
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 16);
+ out[3 + outpos] = (in[6 + inpos] - in[6 + inpos - 1])
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 16);
+ out[4 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 16);
+ out[5 + outpos] = (in[10 + inpos] - in[10 + inpos - 1])
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 16);
+ out[6 + outpos] = (in[12 + inpos] - in[12 + inpos - 1])
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 16);
+ out[7 + outpos] = (in[14 + inpos] - in[14 + inpos - 1])
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 16);
+ out[8 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 16);
+ out[9 + outpos] = (in[18 + inpos] - in[18 + inpos - 1])
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 16);
+ out[10 + outpos] = (in[20 + inpos] - in[20 + inpos - 1])
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 16);
+ out[11 + outpos] = (in[22 + inpos] - in[22 + inpos - 1])
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 16);
+ out[12 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 16);
+ out[13 + outpos] = (in[26 + inpos] - in[26 + inpos - 1])
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 16);
+ out[14 + outpos] = (in[28 + inpos] - in[28 + inpos - 1])
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 16);
+ out[15 + outpos] = (in[30 + inpos] - in[30 + inpos - 1])
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 16);
+ }
+
+ protected static void integratedpack17(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 17);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (17 - 2)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 2)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 19);
+ out[2 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (17 - 4)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 4)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 21);
+ out[3 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (17 - 6)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 6)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 23);
+ out[4 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (17 - 8)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 25);
+ out[5 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (17 - 10)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 10)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 27);
+ out[6 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (17 - 12)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 12)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 29);
+ out[7 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (17 - 14)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 14)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 31);
+ out[8 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (17 - 16)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16);
+ out[9 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (17 - 1)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 1)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 18);
+ out[10 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (17 - 3)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 3)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 20);
+ out[11 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (17 - 5)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 5)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 22);
+ out[12 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (17 - 7)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 7)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 24);
+ out[13 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (17 - 9)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 9)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 26);
+ out[14 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (17 - 11)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 11)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 28);
+ out[15 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (17 - 13)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 13)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 30);
+ out[16 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (17 - 15)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 15);
+ }
+
+ protected static void integratedpack18(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 18);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (18 - 4)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 4)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 22);
+ out[2 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (18 - 8)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 8)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 26);
+ out[3 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (18 - 12)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 12)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 30);
+ out[4 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (18 - 16)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 16);
+ out[5 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (18 - 2)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 2)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 20);
+ out[6 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (18 - 6)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 6)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 24);
+ out[7 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (18 - 10)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 10)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 28);
+ out[8 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (18 - 14)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 14);
+ out[9 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 18);
+ out[10 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (18 - 4)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 4)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 22);
+ out[11 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (18 - 8)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 8)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 26);
+ out[12 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (18 - 12)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 12)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 30);
+ out[13 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (18 - 16)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 16);
+ out[14 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (18 - 2)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 2)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 20);
+ out[15 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (18 - 6)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 6)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 24);
+ out[16 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (18 - 10)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 10)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 28);
+ out[17 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (18 - 14)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 14);
+ }
+
+ protected static void integratedpack19(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 19);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (19 - 6)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 6)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 25);
+ out[2 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (19 - 12)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 12)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 31);
+ out[3 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (19 - 18)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 18);
+ out[4 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (19 - 5)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 5)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 24);
+ out[5 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (19 - 11)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 11)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 30);
+ out[6 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (19 - 17)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 17);
+ out[7 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (19 - 4)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 4)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 23);
+ out[8 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (19 - 10)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 10)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 29);
+ out[9 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (19 - 16)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16);
+ out[10 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (19 - 3)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 3)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 22);
+ out[11 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (19 - 9)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 9)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 28);
+ out[12 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (19 - 15)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 15);
+ out[13 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (19 - 2)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 2)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 21);
+ out[14 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (19 - 8)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 27);
+ out[15 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (19 - 14)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 14);
+ out[16 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (19 - 1)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 1)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 20);
+ out[17 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (19 - 7)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 7)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 26);
+ out[18 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (19 - 13)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 13);
+ }
+
+ protected static void integratedpack2(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 2)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 4)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 6)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 8)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 10)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 12)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 14)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 18)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 20)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 22)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 24)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 26)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 28)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 30);
+ out[1 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 2)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 4)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 6)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 8)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 10)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 12)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 14)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 18)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 20)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 22)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 24)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 26)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 28)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 30);
+ }
+
+ protected static void integratedpack20(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 20);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (20 - 8)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 8)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 28);
+ out[2 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (20 - 16)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 16);
+ out[3 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (20 - 4)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 4)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 24);
+ out[4 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (20 - 12)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 12);
+ out[5 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 20);
+ out[6 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (20 - 8)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 8)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 28);
+ out[7 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (20 - 16)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 16);
+ out[8 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (20 - 4)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 4)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 24);
+ out[9 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (20 - 12)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 12);
+ out[10 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 20);
+ out[11 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (20 - 8)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 8)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 28);
+ out[12 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (20 - 16)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 16);
+ out[13 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (20 - 4)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 4)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 24);
+ out[14 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (20 - 12)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 12);
+ out[15 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 20);
+ out[16 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (20 - 8)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 8)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 28);
+ out[17 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (20 - 16)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 16);
+ out[18 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (20 - 4)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 4)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 24);
+ out[19 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (20 - 12)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 12);
+ }
+
+ protected static void integratedpack21(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 21);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (21 - 10)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 10)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 31);
+ out[2 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (21 - 20)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 20);
+ out[3 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (21 - 9)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 9)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 30);
+ out[4 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (21 - 19)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 19);
+ out[5 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (21 - 8)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 29);
+ out[6 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (21 - 18)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 18);
+ out[7 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (21 - 7)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 7)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 28);
+ out[8 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (21 - 17)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 17);
+ out[9 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (21 - 6)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 6)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 27);
+ out[10 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (21 - 16)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16);
+ out[11 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (21 - 5)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 5)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 26);
+ out[12 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (21 - 15)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 15);
+ out[13 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (21 - 4)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 4)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 25);
+ out[14 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (21 - 14)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 14);
+ out[15 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (21 - 3)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 3)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 24);
+ out[16 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (21 - 13)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 13);
+ out[17 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (21 - 2)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 2)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 23);
+ out[18 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (21 - 12)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 12);
+ out[19 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (21 - 1)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 1)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 22);
+ out[20 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (21 - 11)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 11);
+ }
+
+ protected static void integratedpack22(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 22);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (22 - 12)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 12);
+ out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (22 - 2)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 2)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 24);
+ out[3 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (22 - 14)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 14);
+ out[4 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (22 - 4)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 4)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 26);
+ out[5 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (22 - 16)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 16);
+ out[6 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (22 - 6)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 6)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 28);
+ out[7 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (22 - 18)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 18);
+ out[8 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (22 - 8)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 8)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 30);
+ out[9 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (22 - 20)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 20);
+ out[10 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (22 - 10)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 10);
+ out[11 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 22);
+ out[12 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (22 - 12)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 12);
+ out[13 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (22 - 2)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 2)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 24);
+ out[14 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (22 - 14)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 14);
+ out[15 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (22 - 4)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 4)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 26);
+ out[16 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (22 - 16)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 16);
+ out[17 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (22 - 6)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 6)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 28);
+ out[18 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (22 - 18)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 18);
+ out[19 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (22 - 8)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 8)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 30);
+ out[20 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (22 - 20)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 20);
+ out[21 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (22 - 10)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 10);
+ }
+
+ protected static void integratedpack23(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 23);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (23 - 14)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 14);
+ out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (23 - 5)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 5)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 28);
+ out[3 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (23 - 19)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 19);
+ out[4 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (23 - 10)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 10);
+ out[5 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (23 - 1)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 1)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 24);
+ out[6 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (23 - 15)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 15);
+ out[7 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (23 - 6)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 6)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 29);
+ out[8 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (23 - 20)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 20);
+ out[9 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (23 - 11)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 11);
+ out[10 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (23 - 2)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 2)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 25);
+ out[11 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (23 - 16)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16);
+ out[12 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (23 - 7)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 7)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 30);
+ out[13 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (23 - 21)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 21);
+ out[14 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (23 - 12)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 12);
+ out[15 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (23 - 3)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 3)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 26);
+ out[16 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (23 - 17)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 17);
+ out[17 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (23 - 8)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 31);
+ out[18 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (23 - 22)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 22);
+ out[19 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (23 - 13)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 13);
+ out[20 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (23 - 4)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 4)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 27);
+ out[21 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (23 - 18)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 18);
+ out[22 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (23 - 9)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 9);
+ }
+
+ protected static void integratedpack24(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 24);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (24 - 16)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 16);
+ out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (24 - 8)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 8);
+ out[3 + outpos] = (in[4 + inpos] - in[4 + inpos - 1])
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 24);
+ out[4 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (24 - 16)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 16);
+ out[5 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (24 - 8)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 8);
+ out[6 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 24);
+ out[7 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (24 - 16)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 16);
+ out[8 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (24 - 8)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 8);
+ out[9 + outpos] = (in[12 + inpos] - in[12 + inpos - 1])
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 24);
+ out[10 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (24 - 16)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 16);
+ out[11 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (24 - 8)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 8);
+ out[12 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 24);
+ out[13 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (24 - 16)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 16);
+ out[14 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (24 - 8)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 8);
+ out[15 + outpos] = (in[20 + inpos] - in[20 + inpos - 1])
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 24);
+ out[16 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (24 - 16)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 16);
+ out[17 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (24 - 8)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 8);
+ out[18 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 24);
+ out[19 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (24 - 16)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 16);
+ out[20 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (24 - 8)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 8);
+ out[21 + outpos] = (in[28 + inpos] - in[28 + inpos - 1])
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 24);
+ out[22 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (24 - 16)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 16);
+ out[23 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (24 - 8)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 8);
+ }
+
+ protected static void integratedpack25(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 25);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (25 - 18)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 18);
+ out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (25 - 11)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 11);
+ out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (25 - 4)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 4)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 29);
+ out[4 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (25 - 22)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 22);
+ out[5 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (25 - 15)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 15);
+ out[6 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (25 - 8)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 8);
+ out[7 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (25 - 1)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 1)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 26);
+ out[8 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (25 - 19)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 19);
+ out[9 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (25 - 12)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 12);
+ out[10 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (25 - 5)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 5)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 30);
+ out[11 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (25 - 23)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 23);
+ out[12 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (25 - 16)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16);
+ out[13 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (25 - 9)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 9);
+ out[14 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (25 - 2)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 2)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 27);
+ out[15 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (25 - 20)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 20);
+ out[16 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (25 - 13)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 13);
+ out[17 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (25 - 6)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 6)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 31);
+ out[18 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (25 - 24)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 24);
+ out[19 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (25 - 17)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 17);
+ out[20 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (25 - 10)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 10);
+ out[21 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (25 - 3)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 3)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 28);
+ out[22 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (25 - 21)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 21);
+ out[23 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (25 - 14)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 14);
+ out[24 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (25 - 7)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 7);
+ }
+
+ protected static void integratedpack26(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 26);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (26 - 20)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 20);
+ out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (26 - 14)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 14);
+ out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (26 - 8)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 8);
+ out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (26 - 2)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 2)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 28);
+ out[5 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (26 - 22)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 22);
+ out[6 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (26 - 16)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 16);
+ out[7 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (26 - 10)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 10);
+ out[8 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (26 - 4)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 4)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 30);
+ out[9 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (26 - 24)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 24);
+ out[10 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (26 - 18)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 18);
+ out[11 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (26 - 12)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 12);
+ out[12 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (26 - 6)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 6);
+ out[13 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 26);
+ out[14 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (26 - 20)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 20);
+ out[15 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (26 - 14)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 14);
+ out[16 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (26 - 8)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 8);
+ out[17 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (26 - 2)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 2)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 28);
+ out[18 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (26 - 22)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 22);
+ out[19 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (26 - 16)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 16);
+ out[20 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (26 - 10)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 10);
+ out[21 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (26 - 4)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 4)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 30);
+ out[22 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (26 - 24)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 24);
+ out[23 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (26 - 18)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 18);
+ out[24 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (26 - 12)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 12);
+ out[25 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (26 - 6)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 6);
+ }
+
+ protected static void integratedpack27(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 27);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (27 - 22)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 22);
+ out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (27 - 17)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 17);
+ out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (27 - 12)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 12);
+ out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (27 - 7)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 7);
+ out[5 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (27 - 2)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 2)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 29);
+ out[6 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (27 - 24)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 24);
+ out[7 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (27 - 19)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 19);
+ out[8 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (27 - 14)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 14);
+ out[9 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (27 - 9)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 9);
+ out[10 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (27 - 4)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 4)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 31);
+ out[11 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (27 - 26)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 26);
+ out[12 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (27 - 21)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 21);
+ out[13 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (27 - 16)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16);
+ out[14 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (27 - 11)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 11);
+ out[15 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (27 - 6)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 6);
+ out[16 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (27 - 1)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 1)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 28);
+ out[17 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (27 - 23)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 23);
+ out[18 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (27 - 18)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 18);
+ out[19 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (27 - 13)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 13);
+ out[20 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (27 - 8)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 8);
+ out[21 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (27 - 3)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 3)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 30);
+ out[22 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (27 - 25)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 25);
+ out[23 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (27 - 20)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 20);
+ out[24 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (27 - 15)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 15);
+ out[25 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (27 - 10)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 10);
+ out[26 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (27 - 5)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 5);
+ }
+
+ protected static void integratedpack28(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 28);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (28 - 24)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 24);
+ out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (28 - 20)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 20);
+ out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (28 - 16)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 16);
+ out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (28 - 12)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 12);
+ out[5 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (28 - 8)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 8);
+ out[6 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (28 - 4)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 4);
+ out[7 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 28);
+ out[8 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (28 - 24)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 24);
+ out[9 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (28 - 20)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 20);
+ out[10 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (28 - 16)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 16);
+ out[11 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (28 - 12)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 12);
+ out[12 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (28 - 8)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 8);
+ out[13 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (28 - 4)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 4);
+ out[14 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 28);
+ out[15 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (28 - 24)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 24);
+ out[16 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (28 - 20)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 20);
+ out[17 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (28 - 16)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 16);
+ out[18 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (28 - 12)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 12);
+ out[19 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (28 - 8)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 8);
+ out[20 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (28 - 4)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 4);
+ out[21 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 28);
+ out[22 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (28 - 24)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 24);
+ out[23 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (28 - 20)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 20);
+ out[24 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (28 - 16)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 16);
+ out[25 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (28 - 12)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 12);
+ out[26 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (28 - 8)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 8);
+ out[27 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (28 - 4)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 4);
+ }
+
+ protected static void integratedpack29(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 29);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (29 - 26)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 26);
+ out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (29 - 23)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 23);
+ out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (29 - 20)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 20);
+ out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (29 - 17)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 17);
+ out[5 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (29 - 14)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 14);
+ out[6 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (29 - 11)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 11);
+ out[7 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (29 - 8)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 8);
+ out[8 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (29 - 5)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 5);
+ out[9 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (29 - 2)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 2)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 31);
+ out[10 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (29 - 28)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 28);
+ out[11 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (29 - 25)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 25);
+ out[12 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (29 - 22)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 22);
+ out[13 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (29 - 19)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 19);
+ out[14 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (29 - 16)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16);
+ out[15 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (29 - 13)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 13);
+ out[16 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (29 - 10)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 10);
+ out[17 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (29 - 7)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 7);
+ out[18 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (29 - 4)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 4);
+ out[19 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (29 - 1)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 1)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 30);
+ out[20 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (29 - 27)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 27);
+ out[21 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (29 - 24)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 24);
+ out[22 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (29 - 21)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 21);
+ out[23 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (29 - 18)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 18);
+ out[24 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (29 - 15)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 15);
+ out[25 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (29 - 12)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 12);
+ out[26 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (29 - 9)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 9);
+ out[27 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (29 - 6)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 6);
+ out[28 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (29 - 3)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 3);
+ }
+
+ protected static void integratedpack3(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 3)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 6)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 9)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 12)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 15)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 18)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 21)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 24)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 27)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 30);
+ out[1 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (3 - 1)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 1)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 4)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 7)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 10)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 13)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 19)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 22)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 25)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 28)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 31);
+ out[2 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (3 - 2)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 2)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 5)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 11)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 14)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 17)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 20)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 23)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 26)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 29);
+ }
+
+ protected static void integratedpack30(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 30);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (30 - 28)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 28);
+ out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (30 - 26)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 26);
+ out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (30 - 24)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 24);
+ out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (30 - 22)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 22);
+ out[5 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (30 - 20)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 20);
+ out[6 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (30 - 18)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 18);
+ out[7 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (30 - 16)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 16);
+ out[8 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (30 - 14)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 14);
+ out[9 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (30 - 12)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 12);
+ out[10 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (30 - 10)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 10);
+ out[11 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (30 - 8)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 8);
+ out[12 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (30 - 6)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 6);
+ out[13 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (30 - 4)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 4);
+ out[14 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (30 - 2)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 2);
+ out[15 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 30);
+ out[16 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (30 - 28)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 28);
+ out[17 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (30 - 26)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 26);
+ out[18 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (30 - 24)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 24);
+ out[19 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (30 - 22)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 22);
+ out[20 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (30 - 20)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 20);
+ out[21 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (30 - 18)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 18);
+ out[22 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (30 - 16)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 16);
+ out[23 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (30 - 14)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 14);
+ out[24 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (30 - 12)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 12);
+ out[25 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (30 - 10)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 10);
+ out[26 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (30 - 8)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 8);
+ out[27 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (30 - 6)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 6);
+ out[28 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (30 - 4)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 4);
+ out[29 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (30 - 2)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 2);
+ }
+
+ protected static void integratedpack31(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 31);
+ out[1 + outpos] = (in[1 + inpos] - in[1 + inpos - 1]) >>> (31 - 30)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 30);
+ out[2 + outpos] = (in[2 + inpos] - in[2 + inpos - 1]) >>> (31 - 29)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 29);
+ out[3 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (31 - 28)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 28);
+ out[4 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (31 - 27)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 27);
+ out[5 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (31 - 26)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 26);
+ out[6 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (31 - 25)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 25);
+ out[7 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (31 - 24)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 24);
+ out[8 + outpos] = (in[8 + inpos] - in[8 + inpos - 1]) >>> (31 - 23)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 23);
+ out[9 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (31 - 22)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 22);
+ out[10 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (31 - 21)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 21);
+ out[11 + outpos] = (in[11 + inpos] - in[11 + inpos - 1]) >>> (31 - 20)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 20);
+ out[12 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (31 - 19)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 19);
+ out[13 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (31 - 18)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 18);
+ out[14 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (31 - 17)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 17);
+ out[15 + outpos] = (in[15 + inpos] - in[15 + inpos - 1]) >>> (31 - 16)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16);
+ out[16 + outpos] = (in[16 + inpos] - in[16 + inpos - 1]) >>> (31 - 15)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 15);
+ out[17 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (31 - 14)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 14);
+ out[18 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (31 - 13)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 13);
+ out[19 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (31 - 12)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 12);
+ out[20 + outpos] = (in[20 + inpos] - in[20 + inpos - 1]) >>> (31 - 11)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 11);
+ out[21 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (31 - 10)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 10);
+ out[22 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (31 - 9)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 9);
+ out[23 + outpos] = (in[23 + inpos] - in[23 + inpos - 1]) >>> (31 - 8)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 8);
+ out[24 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (31 - 7)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 7);
+ out[25 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (31 - 6)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 6);
+ out[26 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (31 - 5)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 5);
+ out[27 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (31 - 4)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 4);
+ out[28 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (31 - 3)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 3);
+ out[29 + outpos] = (in[29 + inpos] - in[29 + inpos - 1]) >>> (31 - 2)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 2);
+ out[30 + outpos] = (in[30 + inpos] - in[30 + inpos - 1]) >>> (31 - 1)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 1);
+ }
+
+ protected static void integratedpack32(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ System.arraycopy(in, inpos, out, outpos, 32); // no sense in
+ // doing delta
+ // coding
+ }
+
+ protected static void integratedpack4(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 4)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 8)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 12)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 16)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 20)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 24)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 28);
+ out[1 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 4)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 8)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 12)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 16)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 20)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 24)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 28);
+ out[2 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 4)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 8)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 12)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 16)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 20)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 24)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 28);
+ out[3 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 4)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 8)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 12)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 16)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 20)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 24)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 28);
+ }
+
+ protected static void integratedpack5(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 5)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 10)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 15)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 20)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 25)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 30);
+ out[1 + outpos] = (in[6 + inpos] - in[6 + inpos - 1]) >>> (5 - 3)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 3)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 13)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 18)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 23)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 28);
+ out[2 + outpos] = (in[12 + inpos] - in[12 + inpos - 1]) >>> (5 - 1)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 1)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 6)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 11)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 21)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 26)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 31);
+ out[3 + outpos] = (in[19 + inpos] - in[19 + inpos - 1]) >>> (5 - 4)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 4)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 9)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 14)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 19)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 24)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 29);
+ out[4 + outpos] = (in[25 + inpos] - in[25 + inpos - 1]) >>> (5 - 2)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 2)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 7)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 12)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 17)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 22)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 27);
+ }
+
+ protected static void integratedpack6(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 6)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 12)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 18)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 24)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 30);
+ out[1 + outpos] = (in[5 + inpos] - in[5 + inpos - 1]) >>> (6 - 4)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 4)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 10)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 16)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 22)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 28);
+ out[2 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (6 - 2)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 2)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 8)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 14)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 20)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 26);
+ out[3 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 6)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 12)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 18)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 24)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 30);
+ out[4 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (6 - 4)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 4)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 10)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 16)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 22)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 28);
+ out[5 + outpos] = (in[26 + inpos] - in[26 + inpos - 1]) >>> (6 - 2)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 2)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 8)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 14)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 20)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 26);
+ }
+
+ protected static void integratedpack7(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 7)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 14)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 21)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 28);
+ out[1 + outpos] = (in[4 + inpos] - in[4 + inpos - 1]) >>> (7 - 3)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 3)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 10)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 17)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 24)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 31);
+ out[2 + outpos] = (in[9 + inpos] - in[9 + inpos - 1]) >>> (7 - 6)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 6)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 13)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 20)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 27);
+ out[3 + outpos] = (in[13 + inpos] - in[13 + inpos - 1]) >>> (7 - 2)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 2)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 9)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 23)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 30);
+ out[4 + outpos] = (in[18 + inpos] - in[18 + inpos - 1]) >>> (7 - 5)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 5)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 12)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 19)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 26);
+ out[5 + outpos] = (in[22 + inpos] - in[22 + inpos - 1]) >>> (7 - 1)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 1)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 8)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 15)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 22)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 29);
+ out[6 + outpos] = (in[27 + inpos] - in[27 + inpos - 1]) >>> (7 - 4)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 4)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 11)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 18)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 25);
+ }
+
+ protected static void integratedpack8(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 8)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 16)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 24);
+ out[1 + outpos] = (in[4 + inpos] - in[4 + inpos - 1])
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 8)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 16)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 24);
+ out[2 + outpos] = (in[8 + inpos] - in[8 + inpos - 1])
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 8)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 16)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 24);
+ out[3 + outpos] = (in[12 + inpos] - in[12 + inpos - 1])
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 8)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 16)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 24);
+ out[4 + outpos] = (in[16 + inpos] - in[16 + inpos - 1])
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 8)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 16)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 24);
+ out[5 + outpos] = (in[20 + inpos] - in[20 + inpos - 1])
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 8)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 16)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 24);
+ out[6 + outpos] = (in[24 + inpos] - in[24 + inpos - 1])
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 8)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 16)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 24);
+ out[7 + outpos] = (in[28 + inpos] - in[28 + inpos - 1])
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 8)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 16)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 24);
+ }
+
+ protected static void integratedpack9(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (in[0 + inpos] - initoffset)
+ | ((in[1 + inpos] - in[1 + inpos - 1]) << 9)
+ | ((in[2 + inpos] - in[2 + inpos - 1]) << 18)
+ | ((in[3 + inpos] - in[3 + inpos - 1]) << 27);
+ out[1 + outpos] = (in[3 + inpos] - in[3 + inpos - 1]) >>> (9 - 4)
+ | ((in[4 + inpos] - in[4 + inpos - 1]) << 4)
+ | ((in[5 + inpos] - in[5 + inpos - 1]) << 13)
+ | ((in[6 + inpos] - in[6 + inpos - 1]) << 22)
+ | ((in[7 + inpos] - in[7 + inpos - 1]) << 31);
+ out[2 + outpos] = (in[7 + inpos] - in[7 + inpos - 1]) >>> (9 - 8)
+ | ((in[8 + inpos] - in[8 + inpos - 1]) << 8)
+ | ((in[9 + inpos] - in[9 + inpos - 1]) << 17)
+ | ((in[10 + inpos] - in[10 + inpos - 1]) << 26);
+ out[3 + outpos] = (in[10 + inpos] - in[10 + inpos - 1]) >>> (9 - 3)
+ | ((in[11 + inpos] - in[11 + inpos - 1]) << 3)
+ | ((in[12 + inpos] - in[12 + inpos - 1]) << 12)
+ | ((in[13 + inpos] - in[13 + inpos - 1]) << 21)
+ | ((in[14 + inpos] - in[14 + inpos - 1]) << 30);
+ out[4 + outpos] = (in[14 + inpos] - in[14 + inpos - 1]) >>> (9 - 7)
+ | ((in[15 + inpos] - in[15 + inpos - 1]) << 7)
+ | ((in[16 + inpos] - in[16 + inpos - 1]) << 16)
+ | ((in[17 + inpos] - in[17 + inpos - 1]) << 25);
+ out[5 + outpos] = (in[17 + inpos] - in[17 + inpos - 1]) >>> (9 - 2)
+ | ((in[18 + inpos] - in[18 + inpos - 1]) << 2)
+ | ((in[19 + inpos] - in[19 + inpos - 1]) << 11)
+ | ((in[20 + inpos] - in[20 + inpos - 1]) << 20)
+ | ((in[21 + inpos] - in[21 + inpos - 1]) << 29);
+ out[6 + outpos] = (in[21 + inpos] - in[21 + inpos - 1]) >>> (9 - 6)
+ | ((in[22 + inpos] - in[22 + inpos - 1]) << 6)
+ | ((in[23 + inpos] - in[23 + inpos - 1]) << 15)
+ | ((in[24 + inpos] - in[24 + inpos - 1]) << 24);
+ out[7 + outpos] = (in[24 + inpos] - in[24 + inpos - 1]) >>> (9 - 1)
+ | ((in[25 + inpos] - in[25 + inpos - 1]) << 1)
+ | ((in[26 + inpos] - in[26 + inpos - 1]) << 10)
+ | ((in[27 + inpos] - in[27 + inpos - 1]) << 19)
+ | ((in[28 + inpos] - in[28 + inpos - 1]) << 28);
+ out[8 + outpos] = (in[28 + inpos] - in[28 + inpos - 1]) >>> (9 - 5)
+ | ((in[29 + inpos] - in[29 + inpos - 1]) << 5)
+ | ((in[30 + inpos] - in[30 + inpos - 1]) << 14)
+ | ((in[31 + inpos] - in[31 + inpos - 1]) << 23);
+ }
+
+ /**
+ * Unpack 32 integers along with prefix sum computation
+ *
+ * @param initoffset value to add to all outputted values
+ * @param in source array
+ * @param inpos initial position in source array
+ * @param out output array
+ * @param outpos initial position in output array
+ * @param bit number of bits to use per integer
+ */
+ public static void integratedunpack(final int initoffset,
+ final int[] in, final int inpos, final int[] out, final int outpos,
+ final int bit) {
+ switch (bit) {
+ case 0:
+ integratedunpack0(initoffset, in, inpos, out, outpos);
+ break;
+ case 1:
+ integratedunpack1(initoffset, in, inpos, out, outpos);
+ break;
+ case 2:
+ integratedunpack2(initoffset, in, inpos, out, outpos);
+ break;
+ case 3:
+ integratedunpack3(initoffset, in, inpos, out, outpos);
+ break;
+ case 4:
+ integratedunpack4(initoffset, in, inpos, out, outpos);
+ break;
+ case 5:
+ integratedunpack5(initoffset, in, inpos, out, outpos);
+ break;
+ case 6:
+ integratedunpack6(initoffset, in, inpos, out, outpos);
+ break;
+ case 7:
+ integratedunpack7(initoffset, in, inpos, out, outpos);
+ break;
+ case 8:
+ integratedunpack8(initoffset, in, inpos, out, outpos);
+ break;
+ case 9:
+ integratedunpack9(initoffset, in, inpos, out, outpos);
+ break;
+ case 10:
+ integratedunpack10(initoffset, in, inpos, out, outpos);
+ break;
+ case 11:
+ integratedunpack11(initoffset, in, inpos, out, outpos);
+ break;
+ case 12:
+ integratedunpack12(initoffset, in, inpos, out, outpos);
+ break;
+ case 13:
+ integratedunpack13(initoffset, in, inpos, out, outpos);
+ break;
+ case 14:
+ integratedunpack14(initoffset, in, inpos, out, outpos);
+ break;
+ case 15:
+ integratedunpack15(initoffset, in, inpos, out, outpos);
+ break;
+ case 16:
+ integratedunpack16(initoffset, in, inpos, out, outpos);
+ break;
+ case 17:
+ integratedunpack17(initoffset, in, inpos, out, outpos);
+ break;
+ case 18:
+ integratedunpack18(initoffset, in, inpos, out, outpos);
+ break;
+ case 19:
+ integratedunpack19(initoffset, in, inpos, out, outpos);
+ break;
+ case 20:
+ integratedunpack20(initoffset, in, inpos, out, outpos);
+ break;
+ case 21:
+ integratedunpack21(initoffset, in, inpos, out, outpos);
+ break;
+ case 22:
+ integratedunpack22(initoffset, in, inpos, out, outpos);
+ break;
+ case 23:
+ integratedunpack23(initoffset, in, inpos, out, outpos);
+ break;
+ case 24:
+ integratedunpack24(initoffset, in, inpos, out, outpos);
+ break;
+ case 25:
+ integratedunpack25(initoffset, in, inpos, out, outpos);
+ break;
+ case 26:
+ integratedunpack26(initoffset, in, inpos, out, outpos);
+ break;
+ case 27:
+ integratedunpack27(initoffset, in, inpos, out, outpos);
+ break;
+ case 28:
+ integratedunpack28(initoffset, in, inpos, out, outpos);
+ break;
+ case 29:
+ integratedunpack29(initoffset, in, inpos, out, outpos);
+ break;
+ case 30:
+ integratedunpack30(initoffset, in, inpos, out, outpos);
+ break;
+ case 31:
+ integratedunpack31(initoffset, in, inpos, out, outpos);
+ break;
+ case 32:
+ integratedunpack32(initoffset, in, inpos, out, outpos);
+ break;
+ default:
+ throw new IllegalArgumentException(
+ "Unsupported bit width.");
+ }
+ }
+
+ protected static void integratedunpack0(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ Arrays.fill(out, outpos, outpos + 32, initoffset);
+ }
+
+ protected static void integratedunpack1(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 1)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 1) & 1))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[0 + inpos] >>> 2) & 1))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[0 + inpos] >>> 3) & 1))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[0 + inpos] >>> 4) & 1))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[0 + inpos] >>> 5) & 1))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[0 + inpos] >>> 6) & 1))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[0 + inpos] >>> 7) & 1))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[0 + inpos] >>> 8) & 1))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[0 + inpos] >>> 9) & 1))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[0 + inpos] >>> 10) & 1))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[0 + inpos] >>> 11) & 1))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[0 + inpos] >>> 12) & 1))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[0 + inpos] >>> 13) & 1))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[0 + inpos] >>> 14) & 1))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = (((in[0 + inpos] >>> 15) & 1))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[0 + inpos] >>> 16) & 1))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[0 + inpos] >>> 17) & 1))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[0 + inpos] >>> 18) & 1))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[0 + inpos] >>> 19) & 1))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[0 + inpos] >>> 20) & 1))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[0 + inpos] >>> 21) & 1))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[0 + inpos] >>> 22) & 1))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[0 + inpos] >>> 23) & 1))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[0 + inpos] >>> 24) & 1))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[0 + inpos] >>> 25) & 1))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[0 + inpos] >>> 26) & 1))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[0 + inpos] >>> 27) & 1))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[0 + inpos] >>> 28) & 1))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[0 + inpos] >>> 29) & 1))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[0 + inpos] >>> 30) & 1))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[0 + inpos] >>> 31))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack10(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 1023)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 10) & 1023))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[0 + inpos] >>> 20) & 1023))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[0 + inpos] >>> 30) | ((in[1 + inpos] & 255) << (10 - 8)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[1 + inpos] >>> 8) & 1023))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[1 + inpos] >>> 18) & 1023))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[1 + inpos] >>> 28) | ((in[2 + inpos] & 63) << (10 - 6)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[2 + inpos] >>> 6) & 1023))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[2 + inpos] >>> 16) & 1023))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[2 + inpos] >>> 26) | ((in[3 + inpos] & 15) << (10 - 4)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[3 + inpos] >>> 4) & 1023))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[3 + inpos] >>> 14) & 1023))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[3 + inpos] >>> 24) | ((in[4 + inpos] & 3) << (10 - 2)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[4 + inpos] >>> 2) & 1023))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[4 + inpos] >>> 12) & 1023))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[4 + inpos] >>> 22))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[5 + inpos] >>> 0) & 1023))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[5 + inpos] >>> 10) & 1023))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[5 + inpos] >>> 20) & 1023))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[5 + inpos] >>> 30) | ((in[6 + inpos] & 255) << (10 - 8)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[6 + inpos] >>> 8) & 1023))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[6 + inpos] >>> 18) & 1023))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[6 + inpos] >>> 28) | ((in[7 + inpos] & 63) << (10 - 6)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[7 + inpos] >>> 6) & 1023))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[7 + inpos] >>> 16) & 1023))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[7 + inpos] >>> 26) | ((in[8 + inpos] & 15) << (10 - 4)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[8 + inpos] >>> 4) & 1023))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[8 + inpos] >>> 14) & 1023))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[8 + inpos] >>> 24) | ((in[9 + inpos] & 3) << (10 - 2)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[9 + inpos] >>> 2) & 1023))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[9 + inpos] >>> 12) & 1023))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[9 + inpos] >>> 22))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack11(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 2047)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 11) & 2047))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[0 + inpos] >>> 22) | ((in[1 + inpos] & 1) << (11 - 1)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[1 + inpos] >>> 1) & 2047))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[1 + inpos] >>> 12) & 2047))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[1 + inpos] >>> 23) | ((in[2 + inpos] & 3) << (11 - 2)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[2 + inpos] >>> 2) & 2047))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[2 + inpos] >>> 13) & 2047))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[2 + inpos] >>> 24) | ((in[3 + inpos] & 7) << (11 - 3)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[3 + inpos] >>> 3) & 2047))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[3 + inpos] >>> 14) & 2047))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[3 + inpos] >>> 25) | ((in[4 + inpos] & 15) << (11 - 4)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[4 + inpos] >>> 4) & 2047))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[4 + inpos] >>> 15) & 2047))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[4 + inpos] >>> 26) | ((in[5 + inpos] & 31) << (11 - 5)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = (((in[5 + inpos] >>> 5) & 2047))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[5 + inpos] >>> 16) & 2047))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[5 + inpos] >>> 27) | ((in[6 + inpos] & 63) << (11 - 6)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[6 + inpos] >>> 6) & 2047))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[6 + inpos] >>> 17) & 2047))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[6 + inpos] >>> 28) | ((in[7 + inpos] & 127) << (11 - 7)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[7 + inpos] >>> 7) & 2047))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[7 + inpos] >>> 18) & 2047))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[7 + inpos] >>> 29) | ((in[8 + inpos] & 255) << (11 - 8)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[8 + inpos] >>> 8) & 2047))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[8 + inpos] >>> 19) & 2047))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[8 + inpos] >>> 30) | ((in[9 + inpos] & 511) << (11 - 9)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[9 + inpos] >>> 9) & 2047))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[9 + inpos] >>> 20) & 2047))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[9 + inpos] >>> 31) | ((in[10 + inpos] & 1023) << (11 - 10)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[10 + inpos] >>> 10) & 2047))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[10 + inpos] >>> 21))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack12(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 4095)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 12) & 4095))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[0 + inpos] >>> 24) | ((in[1 + inpos] & 15) << (12 - 4)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[1 + inpos] >>> 4) & 4095))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[1 + inpos] >>> 16) & 4095))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[1 + inpos] >>> 28) | ((in[2 + inpos] & 255) << (12 - 8)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[2 + inpos] >>> 8) & 4095))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[2 + inpos] >>> 20))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[3 + inpos] >>> 0) & 4095))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[3 + inpos] >>> 12) & 4095))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[3 + inpos] >>> 24) | ((in[4 + inpos] & 15) << (12 - 4)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[4 + inpos] >>> 4) & 4095))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[4 + inpos] >>> 16) & 4095))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[4 + inpos] >>> 28) | ((in[5 + inpos] & 255) << (12 - 8)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[5 + inpos] >>> 8) & 4095))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[5 + inpos] >>> 20))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[6 + inpos] >>> 0) & 4095))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[6 + inpos] >>> 12) & 4095))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[6 + inpos] >>> 24) | ((in[7 + inpos] & 15) << (12 - 4)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[7 + inpos] >>> 4) & 4095))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[7 + inpos] >>> 16) & 4095))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[7 + inpos] >>> 28) | ((in[8 + inpos] & 255) << (12 - 8)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[8 + inpos] >>> 8) & 4095))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[8 + inpos] >>> 20))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[9 + inpos] >>> 0) & 4095))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[9 + inpos] >>> 12) & 4095))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[9 + inpos] >>> 24) | ((in[10 + inpos] & 15) << (12 - 4)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[10 + inpos] >>> 4) & 4095))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[10 + inpos] >>> 16) & 4095))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[10 + inpos] >>> 28) | ((in[11 + inpos] & 255) << (12 - 8)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[11 + inpos] >>> 8) & 4095))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[11 + inpos] >>> 20))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack13(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 8191)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 13) & 8191))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[0 + inpos] >>> 26) | ((in[1 + inpos] & 127) << (13 - 7)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[1 + inpos] >>> 7) & 8191))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[1 + inpos] >>> 20) | ((in[2 + inpos] & 1) << (13 - 1)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[2 + inpos] >>> 1) & 8191))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[2 + inpos] >>> 14) & 8191))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[2 + inpos] >>> 27) | ((in[3 + inpos] & 255) << (13 - 8)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[3 + inpos] >>> 8) & 8191))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[3 + inpos] >>> 21) | ((in[4 + inpos] & 3) << (13 - 2)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[4 + inpos] >>> 2) & 8191))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[4 + inpos] >>> 15) & 8191))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[4 + inpos] >>> 28) | ((in[5 + inpos] & 511) << (13 - 9)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[5 + inpos] >>> 9) & 8191))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[5 + inpos] >>> 22) | ((in[6 + inpos] & 7) << (13 - 3)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = (((in[6 + inpos] >>> 3) & 8191))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[6 + inpos] >>> 16) & 8191))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[6 + inpos] >>> 29) | ((in[7 + inpos] & 1023) << (13 - 10)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[7 + inpos] >>> 10) & 8191))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[7 + inpos] >>> 23) | ((in[8 + inpos] & 15) << (13 - 4)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[8 + inpos] >>> 4) & 8191))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[8 + inpos] >>> 17) & 8191))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[8 + inpos] >>> 30) | ((in[9 + inpos] & 2047) << (13 - 11)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[9 + inpos] >>> 11) & 8191))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[9 + inpos] >>> 24) | ((in[10 + inpos] & 31) << (13 - 5)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[10 + inpos] >>> 5) & 8191))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[10 + inpos] >>> 18) & 8191))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[10 + inpos] >>> 31) | ((in[11 + inpos] & 4095) << (13 - 12)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[11 + inpos] >>> 12) & 8191))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[11 + inpos] >>> 25) | ((in[12 + inpos] & 63) << (13 - 6)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[12 + inpos] >>> 6) & 8191))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[12 + inpos] >>> 19))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack14(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 16383))
+ + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 14) & 16383))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[0 + inpos] >>> 28) | ((in[1 + inpos] & 1023) << (14 - 10)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[1 + inpos] >>> 10) & 16383))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[1 + inpos] >>> 24) | ((in[2 + inpos] & 63) << (14 - 6)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[2 + inpos] >>> 6) & 16383))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[2 + inpos] >>> 20) | ((in[3 + inpos] & 3) << (14 - 2)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[3 + inpos] >>> 2) & 16383))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[3 + inpos] >>> 16) & 16383))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[3 + inpos] >>> 30) | ((in[4 + inpos] & 4095) << (14 - 12)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[4 + inpos] >>> 12) & 16383))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[4 + inpos] >>> 26) | ((in[5 + inpos] & 255) << (14 - 8)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[5 + inpos] >>> 8) & 16383))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[5 + inpos] >>> 22) | ((in[6 + inpos] & 15) << (14 - 4)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[6 + inpos] >>> 4) & 16383))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[6 + inpos] >>> 18))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[7 + inpos] >>> 0) & 16383))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[7 + inpos] >>> 14) & 16383))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[7 + inpos] >>> 28) | ((in[8 + inpos] & 1023) << (14 - 10)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[8 + inpos] >>> 10) & 16383))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[8 + inpos] >>> 24) | ((in[9 + inpos] & 63) << (14 - 6)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[9 + inpos] >>> 6) & 16383))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[9 + inpos] >>> 20) | ((in[10 + inpos] & 3) << (14 - 2)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[10 + inpos] >>> 2) & 16383))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[10 + inpos] >>> 16) & 16383))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[10 + inpos] >>> 30) | ((in[11 + inpos] & 4095) << (14 - 12)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[11 + inpos] >>> 12) & 16383))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[11 + inpos] >>> 26) | ((in[12 + inpos] & 255) << (14 - 8)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[12 + inpos] >>> 8) & 16383))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[12 + inpos] >>> 22) | ((in[13 + inpos] & 15) << (14 - 4)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[13 + inpos] >>> 4) & 16383))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[13 + inpos] >>> 18))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack15(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 32767))
+ + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 15) & 32767))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[0 + inpos] >>> 30) | ((in[1 + inpos] & 8191) << (15 - 13)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[1 + inpos] >>> 13) & 32767))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[1 + inpos] >>> 28) | ((in[2 + inpos] & 2047) << (15 - 11)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[2 + inpos] >>> 11) & 32767))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[2 + inpos] >>> 26) | ((in[3 + inpos] & 511) << (15 - 9)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[3 + inpos] >>> 9) & 32767))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[3 + inpos] >>> 24) | ((in[4 + inpos] & 127) << (15 - 7)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[4 + inpos] >>> 7) & 32767))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[4 + inpos] >>> 22) | ((in[5 + inpos] & 31) << (15 - 5)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[5 + inpos] >>> 5) & 32767))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[5 + inpos] >>> 20) | ((in[6 + inpos] & 7) << (15 - 3)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[6 + inpos] >>> 3) & 32767))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[6 + inpos] >>> 18) | ((in[7 + inpos] & 1) << (15 - 1)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = (((in[7 + inpos] >>> 1) & 32767))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[7 + inpos] >>> 16) & 32767))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[7 + inpos] >>> 31) | ((in[8 + inpos] & 16383) << (15 - 14)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[8 + inpos] >>> 14) & 32767))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[8 + inpos] >>> 29) | ((in[9 + inpos] & 4095) << (15 - 12)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[9 + inpos] >>> 12) & 32767))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[9 + inpos] >>> 27) | ((in[10 + inpos] & 1023) << (15 - 10)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[10 + inpos] >>> 10) & 32767))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[10 + inpos] >>> 25) | ((in[11 + inpos] & 255) << (15 - 8)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[11 + inpos] >>> 8) & 32767))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[11 + inpos] >>> 23) | ((in[12 + inpos] & 63) << (15 - 6)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[12 + inpos] >>> 6) & 32767))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[12 + inpos] >>> 21) | ((in[13 + inpos] & 15) << (15 - 4)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[13 + inpos] >>> 4) & 32767))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[13 + inpos] >>> 19) | ((in[14 + inpos] & 3) << (15 - 2)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[14 + inpos] >>> 2) & 32767))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[14 + inpos] >>> 17))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack16(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 65535))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 16))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[1 + inpos] >>> 0) & 65535))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[1 + inpos] >>> 16))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[2 + inpos] >>> 0) & 65535))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[2 + inpos] >>> 16))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[3 + inpos] >>> 0) & 65535))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[3 + inpos] >>> 16))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[4 + inpos] >>> 0) & 65535))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[4 + inpos] >>> 16))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[5 + inpos] >>> 0) & 65535))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[5 + inpos] >>> 16))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[6 + inpos] >>> 0) & 65535))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[6 + inpos] >>> 16))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[7 + inpos] >>> 0) & 65535))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[7 + inpos] >>> 16))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[8 + inpos] >>> 0) & 65535))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[8 + inpos] >>> 16))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[9 + inpos] >>> 0) & 65535))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[9 + inpos] >>> 16))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[10 + inpos] >>> 0) & 65535))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[10 + inpos] >>> 16))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[11 + inpos] >>> 0) & 65535))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[11 + inpos] >>> 16))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[12 + inpos] >>> 0) & 65535))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[12 + inpos] >>> 16))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[13 + inpos] >>> 0) & 65535))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[13 + inpos] >>> 16))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[14 + inpos] >>> 0) & 65535))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[14 + inpos] >>> 16))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[15 + inpos] >>> 0) & 65535))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[15 + inpos] >>> 16))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack17(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 131071))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 17) | ((in[1 + inpos] & 3) << (17 - 2)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[1 + inpos] >>> 2) & 131071))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[1 + inpos] >>> 19) | ((in[2 + inpos] & 15) << (17 - 4)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[2 + inpos] >>> 4) & 131071))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[2 + inpos] >>> 21) | ((in[3 + inpos] & 63) << (17 - 6)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[3 + inpos] >>> 6) & 131071))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[3 + inpos] >>> 23) | ((in[4 + inpos] & 255) << (17 - 8)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[4 + inpos] >>> 8) & 131071))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[4 + inpos] >>> 25) | ((in[5 + inpos] & 1023) << (17 - 10)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[5 + inpos] >>> 10) & 131071))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[5 + inpos] >>> 27) | ((in[6 + inpos] & 4095) << (17 - 12)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[6 + inpos] >>> 12) & 131071))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[6 + inpos] >>> 29) | ((in[7 + inpos] & 16383) << (17 - 14)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[7 + inpos] >>> 14) & 131071))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[7 + inpos] >>> 31) | ((in[8 + inpos] & 65535) << (17 - 16)))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = ((in[8 + inpos] >>> 16) | ((in[9 + inpos] & 1) << (17 - 1)))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[9 + inpos] >>> 1) & 131071))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[9 + inpos] >>> 18) | ((in[10 + inpos] & 7) << (17 - 3)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[10 + inpos] >>> 3) & 131071))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[10 + inpos] >>> 20) | ((in[11 + inpos] & 31) << (17 - 5)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[11 + inpos] >>> 5) & 131071))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[11 + inpos] >>> 22) | ((in[12 + inpos] & 127) << (17 - 7)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[12 + inpos] >>> 7) & 131071))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[12 + inpos] >>> 24) | ((in[13 + inpos] & 511) << (17 - 9)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[13 + inpos] >>> 9) & 131071))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[13 + inpos] >>> 26) | ((in[14 + inpos] & 2047) << (17 - 11)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[14 + inpos] >>> 11) & 131071))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[14 + inpos] >>> 28) | ((in[15 + inpos] & 8191) << (17 - 13)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[15 + inpos] >>> 13) & 131071))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[15 + inpos] >>> 30) | ((in[16 + inpos] & 32767) << (17 - 15)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[16 + inpos] >>> 15))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack18(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 262143))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 18) | ((in[1 + inpos] & 15) << (18 - 4)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[1 + inpos] >>> 4) & 262143))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[1 + inpos] >>> 22) | ((in[2 + inpos] & 255) << (18 - 8)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[2 + inpos] >>> 8) & 262143))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[2 + inpos] >>> 26) | ((in[3 + inpos] & 4095) << (18 - 12)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[3 + inpos] >>> 12) & 262143))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[3 + inpos] >>> 30) | ((in[4 + inpos] & 65535) << (18 - 16)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[4 + inpos] >>> 16) | ((in[5 + inpos] & 3) << (18 - 2)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[5 + inpos] >>> 2) & 262143))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[5 + inpos] >>> 20) | ((in[6 + inpos] & 63) << (18 - 6)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[6 + inpos] >>> 6) & 262143))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[6 + inpos] >>> 24) | ((in[7 + inpos] & 1023) << (18 - 10)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[7 + inpos] >>> 10) & 262143))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[7 + inpos] >>> 28) | ((in[8 + inpos] & 16383) << (18 - 14)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[8 + inpos] >>> 14))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[9 + inpos] >>> 0) & 262143))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[9 + inpos] >>> 18) | ((in[10 + inpos] & 15) << (18 - 4)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[10 + inpos] >>> 4) & 262143))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[10 + inpos] >>> 22) | ((in[11 + inpos] & 255) << (18 - 8)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[11 + inpos] >>> 8) & 262143))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[11 + inpos] >>> 26) | ((in[12 + inpos] & 4095) << (18 - 12)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[12 + inpos] >>> 12) & 262143))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[12 + inpos] >>> 30) | ((in[13 + inpos] & 65535) << (18 - 16)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[13 + inpos] >>> 16) | ((in[14 + inpos] & 3) << (18 - 2)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[14 + inpos] >>> 2) & 262143))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[14 + inpos] >>> 20) | ((in[15 + inpos] & 63) << (18 - 6)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[15 + inpos] >>> 6) & 262143))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[15 + inpos] >>> 24) | ((in[16 + inpos] & 1023) << (18 - 10)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[16 + inpos] >>> 10) & 262143))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[16 + inpos] >>> 28) | ((in[17 + inpos] & 16383) << (18 - 14)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[17 + inpos] >>> 14))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack19(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 524287))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 19) | ((in[1 + inpos] & 63) << (19 - 6)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[1 + inpos] >>> 6) & 524287))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[1 + inpos] >>> 25) | ((in[2 + inpos] & 4095) << (19 - 12)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[2 + inpos] >>> 12) & 524287))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[2 + inpos] >>> 31) | ((in[3 + inpos] & 262143) << (19 - 18)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[3 + inpos] >>> 18) | ((in[4 + inpos] & 31) << (19 - 5)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[4 + inpos] >>> 5) & 524287))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[4 + inpos] >>> 24) | ((in[5 + inpos] & 2047) << (19 - 11)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[5 + inpos] >>> 11) & 524287))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[5 + inpos] >>> 30) | ((in[6 + inpos] & 131071) << (19 - 17)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[6 + inpos] >>> 17) | ((in[7 + inpos] & 15) << (19 - 4)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[7 + inpos] >>> 4) & 524287))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[7 + inpos] >>> 23) | ((in[8 + inpos] & 1023) << (19 - 10)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[8 + inpos] >>> 10) & 524287))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[8 + inpos] >>> 29) | ((in[9 + inpos] & 65535) << (19 - 16)))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = ((in[9 + inpos] >>> 16) | ((in[10 + inpos] & 7) << (19 - 3)))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[10 + inpos] >>> 3) & 524287))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[10 + inpos] >>> 22) | ((in[11 + inpos] & 511) << (19 - 9)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[11 + inpos] >>> 9) & 524287))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[11 + inpos] >>> 28) | ((in[12 + inpos] & 32767) << (19 - 15)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[12 + inpos] >>> 15) | ((in[13 + inpos] & 3) << (19 - 2)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[13 + inpos] >>> 2) & 524287))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[13 + inpos] >>> 21) | ((in[14 + inpos] & 255) << (19 - 8)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[14 + inpos] >>> 8) & 524287))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[14 + inpos] >>> 27) | ((in[15 + inpos] & 16383) << (19 - 14)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[15 + inpos] >>> 14) | ((in[16 + inpos] & 1) << (19 - 1)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[16 + inpos] >>> 1) & 524287))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[16 + inpos] >>> 20) | ((in[17 + inpos] & 127) << (19 - 7)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[17 + inpos] >>> 7) & 524287))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[17 + inpos] >>> 26) | ((in[18 + inpos] & 8191) << (19 - 13)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[18 + inpos] >>> 13))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack2(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 3)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 2) & 3))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[0 + inpos] >>> 4) & 3))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[0 + inpos] >>> 6) & 3))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[0 + inpos] >>> 8) & 3))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[0 + inpos] >>> 10) & 3))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[0 + inpos] >>> 12) & 3))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[0 + inpos] >>> 14) & 3))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[0 + inpos] >>> 16) & 3))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[0 + inpos] >>> 18) & 3))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[0 + inpos] >>> 20) & 3))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[0 + inpos] >>> 22) & 3))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[0 + inpos] >>> 24) & 3))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[0 + inpos] >>> 26) & 3))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[0 + inpos] >>> 28) & 3))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[0 + inpos] >>> 30))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[1 + inpos] >>> 0) & 3))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[1 + inpos] >>> 2) & 3))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[1 + inpos] >>> 4) & 3))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[1 + inpos] >>> 6) & 3))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[1 + inpos] >>> 8) & 3))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[1 + inpos] >>> 10) & 3))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[1 + inpos] >>> 12) & 3))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[1 + inpos] >>> 14) & 3))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[1 + inpos] >>> 16) & 3))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[1 + inpos] >>> 18) & 3))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[1 + inpos] >>> 20) & 3))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[1 + inpos] >>> 22) & 3))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[1 + inpos] >>> 24) & 3))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[1 + inpos] >>> 26) & 3))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[1 + inpos] >>> 28) & 3))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[1 + inpos] >>> 30))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack20(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 1048575))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 20) | ((in[1 + inpos] & 255) << (20 - 8)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[1 + inpos] >>> 8) & 1048575))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[1 + inpos] >>> 28) | ((in[2 + inpos] & 65535) << (20 - 16)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[2 + inpos] >>> 16) | ((in[3 + inpos] & 15) << (20 - 4)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[3 + inpos] >>> 4) & 1048575))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[3 + inpos] >>> 24) | ((in[4 + inpos] & 4095) << (20 - 12)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[4 + inpos] >>> 12))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[5 + inpos] >>> 0) & 1048575))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[5 + inpos] >>> 20) | ((in[6 + inpos] & 255) << (20 - 8)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[6 + inpos] >>> 8) & 1048575))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[6 + inpos] >>> 28) | ((in[7 + inpos] & 65535) << (20 - 16)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[7 + inpos] >>> 16) | ((in[8 + inpos] & 15) << (20 - 4)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[8 + inpos] >>> 4) & 1048575))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[8 + inpos] >>> 24) | ((in[9 + inpos] & 4095) << (20 - 12)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[9 + inpos] >>> 12))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[10 + inpos] >>> 0) & 1048575))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[10 + inpos] >>> 20) | ((in[11 + inpos] & 255) << (20 - 8)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[11 + inpos] >>> 8) & 1048575))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[11 + inpos] >>> 28) | ((in[12 + inpos] & 65535) << (20 - 16)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[12 + inpos] >>> 16) | ((in[13 + inpos] & 15) << (20 - 4)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[13 + inpos] >>> 4) & 1048575))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[13 + inpos] >>> 24) | ((in[14 + inpos] & 4095) << (20 - 12)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[14 + inpos] >>> 12))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[15 + inpos] >>> 0) & 1048575))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[15 + inpos] >>> 20) | ((in[16 + inpos] & 255) << (20 - 8)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[16 + inpos] >>> 8) & 1048575))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[16 + inpos] >>> 28) | ((in[17 + inpos] & 65535) << (20 - 16)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[17 + inpos] >>> 16) | ((in[18 + inpos] & 15) << (20 - 4)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[18 + inpos] >>> 4) & 1048575))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[18 + inpos] >>> 24) | ((in[19 + inpos] & 4095) << (20 - 12)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[19 + inpos] >>> 12))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack21(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 2097151))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 21) | ((in[1 + inpos] & 1023) << (21 - 10)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[1 + inpos] >>> 10) & 2097151))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[1 + inpos] >>> 31) | ((in[2 + inpos] & 1048575) << (21 - 20)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[2 + inpos] >>> 20) | ((in[3 + inpos] & 511) << (21 - 9)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[3 + inpos] >>> 9) & 2097151))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[3 + inpos] >>> 30) | ((in[4 + inpos] & 524287) << (21 - 19)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[4 + inpos] >>> 19) | ((in[5 + inpos] & 255) << (21 - 8)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[5 + inpos] >>> 8) & 2097151))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[5 + inpos] >>> 29) | ((in[6 + inpos] & 262143) << (21 - 18)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[6 + inpos] >>> 18) | ((in[7 + inpos] & 127) << (21 - 7)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[7 + inpos] >>> 7) & 2097151))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[7 + inpos] >>> 28) | ((in[8 + inpos] & 131071) << (21 - 17)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[8 + inpos] >>> 17) | ((in[9 + inpos] & 63) << (21 - 6)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[9 + inpos] >>> 6) & 2097151))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[9 + inpos] >>> 27) | ((in[10 + inpos] & 65535) << (21 - 16)))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = ((in[10 + inpos] >>> 16) | ((in[11 + inpos] & 31) << (21 - 5)))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[11 + inpos] >>> 5) & 2097151))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[11 + inpos] >>> 26) | ((in[12 + inpos] & 32767) << (21 - 15)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[12 + inpos] >>> 15) | ((in[13 + inpos] & 15) << (21 - 4)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[13 + inpos] >>> 4) & 2097151))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[13 + inpos] >>> 25) | ((in[14 + inpos] & 16383) << (21 - 14)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[14 + inpos] >>> 14) | ((in[15 + inpos] & 7) << (21 - 3)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[15 + inpos] >>> 3) & 2097151))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[15 + inpos] >>> 24) | ((in[16 + inpos] & 8191) << (21 - 13)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[16 + inpos] >>> 13) | ((in[17 + inpos] & 3) << (21 - 2)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[17 + inpos] >>> 2) & 2097151))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[17 + inpos] >>> 23) | ((in[18 + inpos] & 4095) << (21 - 12)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[18 + inpos] >>> 12) | ((in[19 + inpos] & 1) << (21 - 1)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[19 + inpos] >>> 1) & 2097151))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[19 + inpos] >>> 22) | ((in[20 + inpos] & 2047) << (21 - 11)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[20 + inpos] >>> 11))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack22(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 4194303))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 22) | ((in[1 + inpos] & 4095) << (22 - 12)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[1 + inpos] >>> 12) | ((in[2 + inpos] & 3) << (22 - 2)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[2 + inpos] >>> 2) & 4194303))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[2 + inpos] >>> 24) | ((in[3 + inpos] & 16383) << (22 - 14)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[3 + inpos] >>> 14) | ((in[4 + inpos] & 15) << (22 - 4)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[4 + inpos] >>> 4) & 4194303))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[4 + inpos] >>> 26) | ((in[5 + inpos] & 65535) << (22 - 16)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[5 + inpos] >>> 16) | ((in[6 + inpos] & 63) << (22 - 6)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[6 + inpos] >>> 6) & 4194303))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[6 + inpos] >>> 28) | ((in[7 + inpos] & 262143) << (22 - 18)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[7 + inpos] >>> 18) | ((in[8 + inpos] & 255) << (22 - 8)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[8 + inpos] >>> 8) & 4194303))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[8 + inpos] >>> 30) | ((in[9 + inpos] & 1048575) << (22 - 20)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[9 + inpos] >>> 20) | ((in[10 + inpos] & 1023) << (22 - 10)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[10 + inpos] >>> 10))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[11 + inpos] >>> 0) & 4194303))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[11 + inpos] >>> 22) | ((in[12 + inpos] & 4095) << (22 - 12)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[12 + inpos] >>> 12) | ((in[13 + inpos] & 3) << (22 - 2)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[13 + inpos] >>> 2) & 4194303))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[13 + inpos] >>> 24) | ((in[14 + inpos] & 16383) << (22 - 14)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[14 + inpos] >>> 14) | ((in[15 + inpos] & 15) << (22 - 4)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[15 + inpos] >>> 4) & 4194303))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[15 + inpos] >>> 26) | ((in[16 + inpos] & 65535) << (22 - 16)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[16 + inpos] >>> 16) | ((in[17 + inpos] & 63) << (22 - 6)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[17 + inpos] >>> 6) & 4194303))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[17 + inpos] >>> 28) | ((in[18 + inpos] & 262143) << (22 - 18)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[18 + inpos] >>> 18) | ((in[19 + inpos] & 255) << (22 - 8)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[19 + inpos] >>> 8) & 4194303))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[19 + inpos] >>> 30) | ((in[20 + inpos] & 1048575) << (22 - 20)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[20 + inpos] >>> 20) | ((in[21 + inpos] & 1023) << (22 - 10)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[21 + inpos] >>> 10))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack23(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 8388607))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 23) | ((in[1 + inpos] & 16383) << (23 - 14)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[1 + inpos] >>> 14) | ((in[2 + inpos] & 31) << (23 - 5)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[2 + inpos] >>> 5) & 8388607))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[2 + inpos] >>> 28) | ((in[3 + inpos] & 524287) << (23 - 19)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[3 + inpos] >>> 19) | ((in[4 + inpos] & 1023) << (23 - 10)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[4 + inpos] >>> 10) | ((in[5 + inpos] & 1) << (23 - 1)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[5 + inpos] >>> 1) & 8388607))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[5 + inpos] >>> 24) | ((in[6 + inpos] & 32767) << (23 - 15)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[6 + inpos] >>> 15) | ((in[7 + inpos] & 63) << (23 - 6)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[7 + inpos] >>> 6) & 8388607))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[7 + inpos] >>> 29) | ((in[8 + inpos] & 1048575) << (23 - 20)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[8 + inpos] >>> 20) | ((in[9 + inpos] & 2047) << (23 - 11)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[9 + inpos] >>> 11) | ((in[10 + inpos] & 3) << (23 - 2)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[10 + inpos] >>> 2) & 8388607))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[10 + inpos] >>> 25) | ((in[11 + inpos] & 65535) << (23 - 16)))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = ((in[11 + inpos] >>> 16) | ((in[12 + inpos] & 127) << (23 - 7)))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[12 + inpos] >>> 7) & 8388607))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[12 + inpos] >>> 30) | ((in[13 + inpos] & 2097151) << (23 - 21)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[13 + inpos] >>> 21) | ((in[14 + inpos] & 4095) << (23 - 12)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[14 + inpos] >>> 12) | ((in[15 + inpos] & 7) << (23 - 3)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[15 + inpos] >>> 3) & 8388607))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[15 + inpos] >>> 26) | ((in[16 + inpos] & 131071) << (23 - 17)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[16 + inpos] >>> 17) | ((in[17 + inpos] & 255) << (23 - 8)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[17 + inpos] >>> 8) & 8388607))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[17 + inpos] >>> 31) | ((in[18 + inpos] & 4194303) << (23 - 22)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[18 + inpos] >>> 22) | ((in[19 + inpos] & 8191) << (23 - 13)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[19 + inpos] >>> 13) | ((in[20 + inpos] & 15) << (23 - 4)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[20 + inpos] >>> 4) & 8388607))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[20 + inpos] >>> 27) | ((in[21 + inpos] & 262143) << (23 - 18)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[21 + inpos] >>> 18) | ((in[22 + inpos] & 511) << (23 - 9)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[22 + inpos] >>> 9))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack24(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 16777215))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 24) | ((in[1 + inpos] & 65535) << (24 - 16)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[1 + inpos] >>> 16) | ((in[2 + inpos] & 255) << (24 - 8)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[2 + inpos] >>> 8)) + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[3 + inpos] >>> 0) & 16777215))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[3 + inpos] >>> 24) | ((in[4 + inpos] & 65535) << (24 - 16)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[4 + inpos] >>> 16) | ((in[5 + inpos] & 255) << (24 - 8)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[5 + inpos] >>> 8)) + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[6 + inpos] >>> 0) & 16777215))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[6 + inpos] >>> 24) | ((in[7 + inpos] & 65535) << (24 - 16)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[7 + inpos] >>> 16) | ((in[8 + inpos] & 255) << (24 - 8)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[8 + inpos] >>> 8))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[9 + inpos] >>> 0) & 16777215))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[9 + inpos] >>> 24) | ((in[10 + inpos] & 65535) << (24 - 16)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[10 + inpos] >>> 16) | ((in[11 + inpos] & 255) << (24 - 8)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[11 + inpos] >>> 8))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[12 + inpos] >>> 0) & 16777215))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[12 + inpos] >>> 24) | ((in[13 + inpos] & 65535) << (24 - 16)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[13 + inpos] >>> 16) | ((in[14 + inpos] & 255) << (24 - 8)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[14 + inpos] >>> 8))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[15 + inpos] >>> 0) & 16777215))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[15 + inpos] >>> 24) | ((in[16 + inpos] & 65535) << (24 - 16)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[16 + inpos] >>> 16) | ((in[17 + inpos] & 255) << (24 - 8)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[17 + inpos] >>> 8))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[18 + inpos] >>> 0) & 16777215))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[18 + inpos] >>> 24) | ((in[19 + inpos] & 65535) << (24 - 16)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[19 + inpos] >>> 16) | ((in[20 + inpos] & 255) << (24 - 8)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[20 + inpos] >>> 8))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[21 + inpos] >>> 0) & 16777215))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[21 + inpos] >>> 24) | ((in[22 + inpos] & 65535) << (24 - 16)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[22 + inpos] >>> 16) | ((in[23 + inpos] & 255) << (24 - 8)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[23 + inpos] >>> 8))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack25(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 33554431))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 25) | ((in[1 + inpos] & 262143) << (25 - 18)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[1 + inpos] >>> 18) | ((in[2 + inpos] & 2047) << (25 - 11)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[2 + inpos] >>> 11) | ((in[3 + inpos] & 15) << (25 - 4)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[3 + inpos] >>> 4) & 33554431))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[3 + inpos] >>> 29) | ((in[4 + inpos] & 4194303) << (25 - 22)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[4 + inpos] >>> 22) | ((in[5 + inpos] & 32767) << (25 - 15)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[5 + inpos] >>> 15) | ((in[6 + inpos] & 255) << (25 - 8)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[6 + inpos] >>> 8) | ((in[7 + inpos] & 1) << (25 - 1)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[7 + inpos] >>> 1) & 33554431))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[7 + inpos] >>> 26) | ((in[8 + inpos] & 524287) << (25 - 19)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[8 + inpos] >>> 19) | ((in[9 + inpos] & 4095) << (25 - 12)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[9 + inpos] >>> 12) | ((in[10 + inpos] & 31) << (25 - 5)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[10 + inpos] >>> 5) & 33554431))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[10 + inpos] >>> 30) | ((in[11 + inpos] & 8388607) << (25 - 23)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[11 + inpos] >>> 23) | ((in[12 + inpos] & 65535) << (25 - 16)))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = ((in[12 + inpos] >>> 16) | ((in[13 + inpos] & 511) << (25 - 9)))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[13 + inpos] >>> 9) | ((in[14 + inpos] & 3) << (25 - 2)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[14 + inpos] >>> 2) & 33554431))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[14 + inpos] >>> 27) | ((in[15 + inpos] & 1048575) << (25 - 20)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[15 + inpos] >>> 20) | ((in[16 + inpos] & 8191) << (25 - 13)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[16 + inpos] >>> 13) | ((in[17 + inpos] & 63) << (25 - 6)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[17 + inpos] >>> 6) & 33554431))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[17 + inpos] >>> 31) | ((in[18 + inpos] & 16777215) << (25 - 24)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[18 + inpos] >>> 24) | ((in[19 + inpos] & 131071) << (25 - 17)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[19 + inpos] >>> 17) | ((in[20 + inpos] & 1023) << (25 - 10)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[20 + inpos] >>> 10) | ((in[21 + inpos] & 7) << (25 - 3)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[21 + inpos] >>> 3) & 33554431))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[21 + inpos] >>> 28) | ((in[22 + inpos] & 2097151) << (25 - 21)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[22 + inpos] >>> 21) | ((in[23 + inpos] & 16383) << (25 - 14)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[23 + inpos] >>> 14) | ((in[24 + inpos] & 127) << (25 - 7)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[24 + inpos] >>> 7))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack26(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 67108863))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 26) | ((in[1 + inpos] & 1048575) << (26 - 20)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[1 + inpos] >>> 20) | ((in[2 + inpos] & 16383) << (26 - 14)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[2 + inpos] >>> 14) | ((in[3 + inpos] & 255) << (26 - 8)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[3 + inpos] >>> 8) | ((in[4 + inpos] & 3) << (26 - 2)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[4 + inpos] >>> 2) & 67108863))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[4 + inpos] >>> 28) | ((in[5 + inpos] & 4194303) << (26 - 22)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[5 + inpos] >>> 22) | ((in[6 + inpos] & 65535) << (26 - 16)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[6 + inpos] >>> 16) | ((in[7 + inpos] & 1023) << (26 - 10)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[7 + inpos] >>> 10) | ((in[8 + inpos] & 15) << (26 - 4)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[8 + inpos] >>> 4) & 67108863))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[8 + inpos] >>> 30) | ((in[9 + inpos] & 16777215) << (26 - 24)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[9 + inpos] >>> 24) | ((in[10 + inpos] & 262143) << (26 - 18)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[10 + inpos] >>> 18) | ((in[11 + inpos] & 4095) << (26 - 12)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[11 + inpos] >>> 12) | ((in[12 + inpos] & 63) << (26 - 6)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[12 + inpos] >>> 6))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[13 + inpos] >>> 0) & 67108863))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[13 + inpos] >>> 26) | ((in[14 + inpos] & 1048575) << (26 - 20)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[14 + inpos] >>> 20) | ((in[15 + inpos] & 16383) << (26 - 14)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[15 + inpos] >>> 14) | ((in[16 + inpos] & 255) << (26 - 8)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[16 + inpos] >>> 8) | ((in[17 + inpos] & 3) << (26 - 2)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[17 + inpos] >>> 2) & 67108863))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[17 + inpos] >>> 28) | ((in[18 + inpos] & 4194303) << (26 - 22)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[18 + inpos] >>> 22) | ((in[19 + inpos] & 65535) << (26 - 16)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[19 + inpos] >>> 16) | ((in[20 + inpos] & 1023) << (26 - 10)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[20 + inpos] >>> 10) | ((in[21 + inpos] & 15) << (26 - 4)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[21 + inpos] >>> 4) & 67108863))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[21 + inpos] >>> 30) | ((in[22 + inpos] & 16777215) << (26 - 24)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[22 + inpos] >>> 24) | ((in[23 + inpos] & 262143) << (26 - 18)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[23 + inpos] >>> 18) | ((in[24 + inpos] & 4095) << (26 - 12)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[24 + inpos] >>> 12) | ((in[25 + inpos] & 63) << (26 - 6)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[25 + inpos] >>> 6))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack27(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 134217727))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 27) | ((in[1 + inpos] & 4194303) << (27 - 22)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[1 + inpos] >>> 22) | ((in[2 + inpos] & 131071) << (27 - 17)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[2 + inpos] >>> 17) | ((in[3 + inpos] & 4095) << (27 - 12)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[3 + inpos] >>> 12) | ((in[4 + inpos] & 127) << (27 - 7)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[4 + inpos] >>> 7) | ((in[5 + inpos] & 3) << (27 - 2)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[5 + inpos] >>> 2) & 134217727))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[5 + inpos] >>> 29) | ((in[6 + inpos] & 16777215) << (27 - 24)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[6 + inpos] >>> 24) | ((in[7 + inpos] & 524287) << (27 - 19)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[7 + inpos] >>> 19) | ((in[8 + inpos] & 16383) << (27 - 14)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[8 + inpos] >>> 14) | ((in[9 + inpos] & 511) << (27 - 9)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[9 + inpos] >>> 9) | ((in[10 + inpos] & 15) << (27 - 4)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[10 + inpos] >>> 4) & 134217727))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[10 + inpos] >>> 31) | ((in[11 + inpos] & 67108863) << (27 - 26)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[11 + inpos] >>> 26) | ((in[12 + inpos] & 2097151) << (27 - 21)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[12 + inpos] >>> 21) | ((in[13 + inpos] & 65535) << (27 - 16)))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = ((in[13 + inpos] >>> 16) | ((in[14 + inpos] & 2047) << (27 - 11)))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[14 + inpos] >>> 11) | ((in[15 + inpos] & 63) << (27 - 6)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[15 + inpos] >>> 6) | ((in[16 + inpos] & 1) << (27 - 1)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[16 + inpos] >>> 1) & 134217727))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[16 + inpos] >>> 28) | ((in[17 + inpos] & 8388607) << (27 - 23)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[17 + inpos] >>> 23) | ((in[18 + inpos] & 262143) << (27 - 18)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[18 + inpos] >>> 18) | ((in[19 + inpos] & 8191) << (27 - 13)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[19 + inpos] >>> 13) | ((in[20 + inpos] & 255) << (27 - 8)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[20 + inpos] >>> 8) | ((in[21 + inpos] & 7) << (27 - 3)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[21 + inpos] >>> 3) & 134217727))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[21 + inpos] >>> 30) | ((in[22 + inpos] & 33554431) << (27 - 25)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[22 + inpos] >>> 25) | ((in[23 + inpos] & 1048575) << (27 - 20)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[23 + inpos] >>> 20) | ((in[24 + inpos] & 32767) << (27 - 15)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[24 + inpos] >>> 15) | ((in[25 + inpos] & 1023) << (27 - 10)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[25 + inpos] >>> 10) | ((in[26 + inpos] & 31) << (27 - 5)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[26 + inpos] >>> 5))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack28(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 268435455))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 28) | ((in[1 + inpos] & 16777215) << (28 - 24)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[1 + inpos] >>> 24) | ((in[2 + inpos] & 1048575) << (28 - 20)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[2 + inpos] >>> 20) | ((in[3 + inpos] & 65535) << (28 - 16)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[3 + inpos] >>> 16) | ((in[4 + inpos] & 4095) << (28 - 12)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[4 + inpos] >>> 12) | ((in[5 + inpos] & 255) << (28 - 8)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[5 + inpos] >>> 8) | ((in[6 + inpos] & 15) << (28 - 4)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[6 + inpos] >>> 4)) + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[7 + inpos] >>> 0) & 268435455))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[7 + inpos] >>> 28) | ((in[8 + inpos] & 16777215) << (28 - 24)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[8 + inpos] >>> 24) | ((in[9 + inpos] & 1048575) << (28 - 20)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[9 + inpos] >>> 20) | ((in[10 + inpos] & 65535) << (28 - 16)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[10 + inpos] >>> 16) | ((in[11 + inpos] & 4095) << (28 - 12)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[11 + inpos] >>> 12) | ((in[12 + inpos] & 255) << (28 - 8)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[12 + inpos] >>> 8) | ((in[13 + inpos] & 15) << (28 - 4)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[13 + inpos] >>> 4))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[14 + inpos] >>> 0) & 268435455))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[14 + inpos] >>> 28) | ((in[15 + inpos] & 16777215) << (28 - 24)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[15 + inpos] >>> 24) | ((in[16 + inpos] & 1048575) << (28 - 20)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[16 + inpos] >>> 20) | ((in[17 + inpos] & 65535) << (28 - 16)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[17 + inpos] >>> 16) | ((in[18 + inpos] & 4095) << (28 - 12)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[18 + inpos] >>> 12) | ((in[19 + inpos] & 255) << (28 - 8)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[19 + inpos] >>> 8) | ((in[20 + inpos] & 15) << (28 - 4)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[20 + inpos] >>> 4))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[21 + inpos] >>> 0) & 268435455))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[21 + inpos] >>> 28) | ((in[22 + inpos] & 16777215) << (28 - 24)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[22 + inpos] >>> 24) | ((in[23 + inpos] & 1048575) << (28 - 20)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[23 + inpos] >>> 20) | ((in[24 + inpos] & 65535) << (28 - 16)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[24 + inpos] >>> 16) | ((in[25 + inpos] & 4095) << (28 - 12)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[25 + inpos] >>> 12) | ((in[26 + inpos] & 255) << (28 - 8)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[26 + inpos] >>> 8) | ((in[27 + inpos] & 15) << (28 - 4)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[27 + inpos] >>> 4))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack29(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 536870911))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 29) | ((in[1 + inpos] & 67108863) << (29 - 26)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[1 + inpos] >>> 26) | ((in[2 + inpos] & 8388607) << (29 - 23)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[2 + inpos] >>> 23) | ((in[3 + inpos] & 1048575) << (29 - 20)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[3 + inpos] >>> 20) | ((in[4 + inpos] & 131071) << (29 - 17)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[4 + inpos] >>> 17) | ((in[5 + inpos] & 16383) << (29 - 14)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[5 + inpos] >>> 14) | ((in[6 + inpos] & 2047) << (29 - 11)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[6 + inpos] >>> 11) | ((in[7 + inpos] & 255) << (29 - 8)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[7 + inpos] >>> 8) | ((in[8 + inpos] & 31) << (29 - 5)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[8 + inpos] >>> 5) | ((in[9 + inpos] & 3) << (29 - 2)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[9 + inpos] >>> 2) & 536870911))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[9 + inpos] >>> 31) | ((in[10 + inpos] & 268435455) << (29 - 28)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[10 + inpos] >>> 28) | ((in[11 + inpos] & 33554431) << (29 - 25)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[11 + inpos] >>> 25) | ((in[12 + inpos] & 4194303) << (29 - 22)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[12 + inpos] >>> 22) | ((in[13 + inpos] & 524287) << (29 - 19)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[13 + inpos] >>> 19) | ((in[14 + inpos] & 65535) << (29 - 16)))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = ((in[14 + inpos] >>> 16) | ((in[15 + inpos] & 8191) << (29 - 13)))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[15 + inpos] >>> 13) | ((in[16 + inpos] & 1023) << (29 - 10)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[16 + inpos] >>> 10) | ((in[17 + inpos] & 127) << (29 - 7)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[17 + inpos] >>> 7) | ((in[18 + inpos] & 15) << (29 - 4)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[18 + inpos] >>> 4) | ((in[19 + inpos] & 1) << (29 - 1)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[19 + inpos] >>> 1) & 536870911))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[19 + inpos] >>> 30) | ((in[20 + inpos] & 134217727) << (29 - 27)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[20 + inpos] >>> 27) | ((in[21 + inpos] & 16777215) << (29 - 24)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[21 + inpos] >>> 24) | ((in[22 + inpos] & 2097151) << (29 - 21)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[22 + inpos] >>> 21) | ((in[23 + inpos] & 262143) << (29 - 18)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[23 + inpos] >>> 18) | ((in[24 + inpos] & 32767) << (29 - 15)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[24 + inpos] >>> 15) | ((in[25 + inpos] & 4095) << (29 - 12)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[25 + inpos] >>> 12) | ((in[26 + inpos] & 511) << (29 - 9)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[26 + inpos] >>> 9) | ((in[27 + inpos] & 63) << (29 - 6)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[27 + inpos] >>> 6) | ((in[28 + inpos] & 7) << (29 - 3)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[28 + inpos] >>> 3))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack3(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 7)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 3) & 7))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[0 + inpos] >>> 6) & 7))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[0 + inpos] >>> 9) & 7))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[0 + inpos] >>> 12) & 7))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[0 + inpos] >>> 15) & 7))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[0 + inpos] >>> 18) & 7))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[0 + inpos] >>> 21) & 7))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[0 + inpos] >>> 24) & 7))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[0 + inpos] >>> 27) & 7))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[0 + inpos] >>> 30) | ((in[1 + inpos] & 1) << (3 - 1)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[1 + inpos] >>> 1) & 7))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[1 + inpos] >>> 4) & 7))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[1 + inpos] >>> 7) & 7))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[1 + inpos] >>> 10) & 7))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = (((in[1 + inpos] >>> 13) & 7))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[1 + inpos] >>> 16) & 7))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[1 + inpos] >>> 19) & 7))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[1 + inpos] >>> 22) & 7))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[1 + inpos] >>> 25) & 7))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[1 + inpos] >>> 28) & 7))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[1 + inpos] >>> 31) | ((in[2 + inpos] & 3) << (3 - 2)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[2 + inpos] >>> 2) & 7))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[2 + inpos] >>> 5) & 7))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[2 + inpos] >>> 8) & 7))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[2 + inpos] >>> 11) & 7))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[2 + inpos] >>> 14) & 7))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[2 + inpos] >>> 17) & 7))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[2 + inpos] >>> 20) & 7))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[2 + inpos] >>> 23) & 7))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[2 + inpos] >>> 26) & 7))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[2 + inpos] >>> 29))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack30(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 1073741823))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 30) | ((in[1 + inpos] & 268435455) << (30 - 28)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[1 + inpos] >>> 28) | ((in[2 + inpos] & 67108863) << (30 - 26)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[2 + inpos] >>> 26) | ((in[3 + inpos] & 16777215) << (30 - 24)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[3 + inpos] >>> 24) | ((in[4 + inpos] & 4194303) << (30 - 22)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[4 + inpos] >>> 22) | ((in[5 + inpos] & 1048575) << (30 - 20)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[5 + inpos] >>> 20) | ((in[6 + inpos] & 262143) << (30 - 18)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[6 + inpos] >>> 18) | ((in[7 + inpos] & 65535) << (30 - 16)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[7 + inpos] >>> 16) | ((in[8 + inpos] & 16383) << (30 - 14)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[8 + inpos] >>> 14) | ((in[9 + inpos] & 4095) << (30 - 12)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[9 + inpos] >>> 12) | ((in[10 + inpos] & 1023) << (30 - 10)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[10 + inpos] >>> 10) | ((in[11 + inpos] & 255) << (30 - 8)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[11 + inpos] >>> 8) | ((in[12 + inpos] & 63) << (30 - 6)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[12 + inpos] >>> 6) | ((in[13 + inpos] & 15) << (30 - 4)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[13 + inpos] >>> 4) | ((in[14 + inpos] & 3) << (30 - 2)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[14 + inpos] >>> 2))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[15 + inpos] >>> 0) & 1073741823))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[15 + inpos] >>> 30) | ((in[16 + inpos] & 268435455) << (30 - 28)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[16 + inpos] >>> 28) | ((in[17 + inpos] & 67108863) << (30 - 26)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[17 + inpos] >>> 26) | ((in[18 + inpos] & 16777215) << (30 - 24)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[18 + inpos] >>> 24) | ((in[19 + inpos] & 4194303) << (30 - 22)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[19 + inpos] >>> 22) | ((in[20 + inpos] & 1048575) << (30 - 20)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[20 + inpos] >>> 20) | ((in[21 + inpos] & 262143) << (30 - 18)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[21 + inpos] >>> 18) | ((in[22 + inpos] & 65535) << (30 - 16)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[22 + inpos] >>> 16) | ((in[23 + inpos] & 16383) << (30 - 14)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[23 + inpos] >>> 14) | ((in[24 + inpos] & 4095) << (30 - 12)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[24 + inpos] >>> 12) | ((in[25 + inpos] & 1023) << (30 - 10)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[25 + inpos] >>> 10) | ((in[26 + inpos] & 255) << (30 - 8)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[26 + inpos] >>> 8) | ((in[27 + inpos] & 63) << (30 - 6)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[27 + inpos] >>> 6) | ((in[28 + inpos] & 15) << (30 - 4)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[28 + inpos] >>> 4) | ((in[29 + inpos] & 3) << (30 - 2)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[29 + inpos] >>> 2))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack31(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 2147483647))
+ + initoffset;
+ out[1 + outpos] = ((in[0 + inpos] >>> 31) | ((in[1 + inpos] & 1073741823) << (31 - 30)))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = ((in[1 + inpos] >>> 30) | ((in[2 + inpos] & 536870911) << (31 - 29)))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[2 + inpos] >>> 29) | ((in[3 + inpos] & 268435455) << (31 - 28)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[3 + inpos] >>> 28) | ((in[4 + inpos] & 134217727) << (31 - 27)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[4 + inpos] >>> 27) | ((in[5 + inpos] & 67108863) << (31 - 26)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[5 + inpos] >>> 26) | ((in[6 + inpos] & 33554431) << (31 - 25)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[6 + inpos] >>> 25) | ((in[7 + inpos] & 16777215) << (31 - 24)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = ((in[7 + inpos] >>> 24) | ((in[8 + inpos] & 8388607) << (31 - 23)))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[8 + inpos] >>> 23) | ((in[9 + inpos] & 4194303) << (31 - 22)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[9 + inpos] >>> 22) | ((in[10 + inpos] & 2097151) << (31 - 21)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[10 + inpos] >>> 21) | ((in[11 + inpos] & 1048575) << (31 - 20)))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[11 + inpos] >>> 20) | ((in[12 + inpos] & 524287) << (31 - 19)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[12 + inpos] >>> 19) | ((in[13 + inpos] & 262143) << (31 - 18)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[13 + inpos] >>> 18) | ((in[14 + inpos] & 131071) << (31 - 17)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[14 + inpos] >>> 17) | ((in[15 + inpos] & 65535) << (31 - 16)))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = ((in[15 + inpos] >>> 16) | ((in[16 + inpos] & 32767) << (31 - 15)))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[16 + inpos] >>> 15) | ((in[17 + inpos] & 16383) << (31 - 14)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[17 + inpos] >>> 14) | ((in[18 + inpos] & 8191) << (31 - 13)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[18 + inpos] >>> 13) | ((in[19 + inpos] & 4095) << (31 - 12)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = ((in[19 + inpos] >>> 12) | ((in[20 + inpos] & 2047) << (31 - 11)))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[20 + inpos] >>> 11) | ((in[21 + inpos] & 1023) << (31 - 10)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[21 + inpos] >>> 10) | ((in[22 + inpos] & 511) << (31 - 9)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[22 + inpos] >>> 9) | ((in[23 + inpos] & 255) << (31 - 8)))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[23 + inpos] >>> 8) | ((in[24 + inpos] & 127) << (31 - 7)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[24 + inpos] >>> 7) | ((in[25 + inpos] & 63) << (31 - 6)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[25 + inpos] >>> 6) | ((in[26 + inpos] & 31) << (31 - 5)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[26 + inpos] >>> 5) | ((in[27 + inpos] & 15) << (31 - 4)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[27 + inpos] >>> 4) | ((in[28 + inpos] & 7) << (31 - 3)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = ((in[28 + inpos] >>> 3) | ((in[29 + inpos] & 3) << (31 - 2)))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = ((in[29 + inpos] >>> 2) | ((in[30 + inpos] & 1) << (31 - 1)))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[30 + inpos] >>> 1))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack32(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ System.arraycopy(in, inpos, out, outpos, 32); // no sense in
+ // doing delta
+ // coding
+ }
+
+ protected static void integratedunpack4(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 15)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 4) & 15))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[0 + inpos] >>> 8) & 15))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[0 + inpos] >>> 12) & 15))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[0 + inpos] >>> 16) & 15))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[0 + inpos] >>> 20) & 15))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[0 + inpos] >>> 24) & 15))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[0 + inpos] >>> 28))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[1 + inpos] >>> 0) & 15))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[1 + inpos] >>> 4) & 15))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[1 + inpos] >>> 8) & 15))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[1 + inpos] >>> 12) & 15))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[1 + inpos] >>> 16) & 15))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[1 + inpos] >>> 20) & 15))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[1 + inpos] >>> 24) & 15))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[1 + inpos] >>> 28))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[2 + inpos] >>> 0) & 15))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[2 + inpos] >>> 4) & 15))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[2 + inpos] >>> 8) & 15))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[2 + inpos] >>> 12) & 15))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[2 + inpos] >>> 16) & 15))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[2 + inpos] >>> 20) & 15))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[2 + inpos] >>> 24) & 15))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[2 + inpos] >>> 28))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[3 + inpos] >>> 0) & 15))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[3 + inpos] >>> 4) & 15))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[3 + inpos] >>> 8) & 15))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[3 + inpos] >>> 12) & 15))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[3 + inpos] >>> 16) & 15))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[3 + inpos] >>> 20) & 15))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[3 + inpos] >>> 24) & 15))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[3 + inpos] >>> 28))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack5(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 31)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 5) & 31))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[0 + inpos] >>> 10) & 31))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[0 + inpos] >>> 15) & 31))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[0 + inpos] >>> 20) & 31))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[0 + inpos] >>> 25) & 31))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = ((in[0 + inpos] >>> 30) | ((in[1 + inpos] & 7) << (5 - 3)))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[1 + inpos] >>> 3) & 31))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[1 + inpos] >>> 8) & 31))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[1 + inpos] >>> 13) & 31))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[1 + inpos] >>> 18) & 31))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[1 + inpos] >>> 23) & 31))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = ((in[1 + inpos] >>> 28) | ((in[2 + inpos] & 1) << (5 - 1)))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[2 + inpos] >>> 1) & 31))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[2 + inpos] >>> 6) & 31))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = (((in[2 + inpos] >>> 11) & 31))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[2 + inpos] >>> 16) & 31))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[2 + inpos] >>> 21) & 31))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[2 + inpos] >>> 26) & 31))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[2 + inpos] >>> 31) | ((in[3 + inpos] & 15) << (5 - 4)))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[3 + inpos] >>> 4) & 31))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[3 + inpos] >>> 9) & 31))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[3 + inpos] >>> 14) & 31))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[3 + inpos] >>> 19) & 31))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[3 + inpos] >>> 24) & 31))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = ((in[3 + inpos] >>> 29) | ((in[4 + inpos] & 3) << (5 - 2)))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[4 + inpos] >>> 2) & 31))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[4 + inpos] >>> 7) & 31))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[4 + inpos] >>> 12) & 31))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[4 + inpos] >>> 17) & 31))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[4 + inpos] >>> 22) & 31))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[4 + inpos] >>> 27))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack6(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 63)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 6) & 63))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[0 + inpos] >>> 12) & 63))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[0 + inpos] >>> 18) & 63))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[0 + inpos] >>> 24) & 63))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = ((in[0 + inpos] >>> 30) | ((in[1 + inpos] & 15) << (6 - 4)))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[1 + inpos] >>> 4) & 63))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[1 + inpos] >>> 10) & 63))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[1 + inpos] >>> 16) & 63))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[1 + inpos] >>> 22) & 63))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[1 + inpos] >>> 28) | ((in[2 + inpos] & 3) << (6 - 2)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[2 + inpos] >>> 2) & 63))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[2 + inpos] >>> 8) & 63))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[2 + inpos] >>> 14) & 63))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[2 + inpos] >>> 20) & 63))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[2 + inpos] >>> 26))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[3 + inpos] >>> 0) & 63))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[3 + inpos] >>> 6) & 63))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[3 + inpos] >>> 12) & 63))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[3 + inpos] >>> 18) & 63))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[3 + inpos] >>> 24) & 63))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[3 + inpos] >>> 30) | ((in[4 + inpos] & 15) << (6 - 4)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[4 + inpos] >>> 4) & 63))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[4 + inpos] >>> 10) & 63))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[4 + inpos] >>> 16) & 63))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[4 + inpos] >>> 22) & 63))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = ((in[4 + inpos] >>> 28) | ((in[5 + inpos] & 3) << (6 - 2)))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[5 + inpos] >>> 2) & 63))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[5 + inpos] >>> 8) & 63))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[5 + inpos] >>> 14) & 63))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[5 + inpos] >>> 20) & 63))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[5 + inpos] >>> 26))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack7(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 127)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 7) & 127))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[0 + inpos] >>> 14) & 127))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = (((in[0 + inpos] >>> 21) & 127))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = ((in[0 + inpos] >>> 28) | ((in[1 + inpos] & 7) << (7 - 3)))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[1 + inpos] >>> 3) & 127))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[1 + inpos] >>> 10) & 127))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = (((in[1 + inpos] >>> 17) & 127))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[1 + inpos] >>> 24) & 127))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = ((in[1 + inpos] >>> 31) | ((in[2 + inpos] & 63) << (7 - 6)))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[2 + inpos] >>> 6) & 127))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[2 + inpos] >>> 13) & 127))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[2 + inpos] >>> 20) & 127))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = ((in[2 + inpos] >>> 27) | ((in[3 + inpos] & 3) << (7 - 2)))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[3 + inpos] >>> 2) & 127))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = (((in[3 + inpos] >>> 9) & 127))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[3 + inpos] >>> 16) & 127))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[3 + inpos] >>> 23) & 127))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = ((in[3 + inpos] >>> 30) | ((in[4 + inpos] & 31) << (7 - 5)))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[4 + inpos] >>> 5) & 127))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[4 + inpos] >>> 12) & 127))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[4 + inpos] >>> 19) & 127))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = ((in[4 + inpos] >>> 26) | ((in[5 + inpos] & 1) << (7 - 1)))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[5 + inpos] >>> 1) & 127))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[5 + inpos] >>> 8) & 127))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[5 + inpos] >>> 15) & 127))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[5 + inpos] >>> 22) & 127))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[5 + inpos] >>> 29) | ((in[6 + inpos] & 15) << (7 - 4)))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[6 + inpos] >>> 4) & 127))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[6 + inpos] >>> 11) & 127))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[6 + inpos] >>> 18) & 127))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[6 + inpos] >>> 25))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack8(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 255)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 8) & 255))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[0 + inpos] >>> 16) & 255))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[0 + inpos] >>> 24))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[1 + inpos] >>> 0) & 255))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[1 + inpos] >>> 8) & 255))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[1 + inpos] >>> 16) & 255))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[1 + inpos] >>> 24))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[2 + inpos] >>> 0) & 255))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[2 + inpos] >>> 8) & 255))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = (((in[2 + inpos] >>> 16) & 255))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = ((in[2 + inpos] >>> 24))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[3 + inpos] >>> 0) & 255))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[3 + inpos] >>> 8) & 255))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = (((in[3 + inpos] >>> 16) & 255))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = ((in[3 + inpos] >>> 24))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[4 + inpos] >>> 0) & 255))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = (((in[4 + inpos] >>> 8) & 255))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[4 + inpos] >>> 16) & 255))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = ((in[4 + inpos] >>> 24))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[5 + inpos] >>> 0) & 255))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = (((in[5 + inpos] >>> 8) & 255))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[5 + inpos] >>> 16) & 255))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = ((in[5 + inpos] >>> 24))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = (((in[6 + inpos] >>> 0) & 255))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[6 + inpos] >>> 8) & 255))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[6 + inpos] >>> 16) & 255))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = ((in[6 + inpos] >>> 24))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = (((in[7 + inpos] >>> 0) & 255))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[7 + inpos] >>> 8) & 255))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[7 + inpos] >>> 16) & 255))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[7 + inpos] >>> 24))
+ + out[31 + outpos - 1];
+ }
+
+ protected static void integratedunpack9(final int initoffset,
+ final int[] in, int inpos, final int[] out, int outpos) {
+ out[0 + outpos] = (((in[0 + inpos] >>> 0) & 511)) + initoffset;
+ out[1 + outpos] = (((in[0 + inpos] >>> 9) & 511))
+ + out[1 + outpos - 1];
+ out[2 + outpos] = (((in[0 + inpos] >>> 18) & 511))
+ + out[2 + outpos - 1];
+ out[3 + outpos] = ((in[0 + inpos] >>> 27) | ((in[1 + inpos] & 15) << (9 - 4)))
+ + out[3 + outpos - 1];
+ out[4 + outpos] = (((in[1 + inpos] >>> 4) & 511))
+ + out[4 + outpos - 1];
+ out[5 + outpos] = (((in[1 + inpos] >>> 13) & 511))
+ + out[5 + outpos - 1];
+ out[6 + outpos] = (((in[1 + inpos] >>> 22) & 511))
+ + out[6 + outpos - 1];
+ out[7 + outpos] = ((in[1 + inpos] >>> 31) | ((in[2 + inpos] & 255) << (9 - 8)))
+ + out[7 + outpos - 1];
+ out[8 + outpos] = (((in[2 + inpos] >>> 8) & 511))
+ + out[8 + outpos - 1];
+ out[9 + outpos] = (((in[2 + inpos] >>> 17) & 511))
+ + out[9 + outpos - 1];
+ out[10 + outpos] = ((in[2 + inpos] >>> 26) | ((in[3 + inpos] & 7) << (9 - 3)))
+ + out[10 + outpos - 1];
+ out[11 + outpos] = (((in[3 + inpos] >>> 3) & 511))
+ + out[11 + outpos - 1];
+ out[12 + outpos] = (((in[3 + inpos] >>> 12) & 511))
+ + out[12 + outpos - 1];
+ out[13 + outpos] = (((in[3 + inpos] >>> 21) & 511))
+ + out[13 + outpos - 1];
+ out[14 + outpos] = ((in[3 + inpos] >>> 30) | ((in[4 + inpos] & 127) << (9 - 7)))
+ + out[14 + outpos - 1];
+ out[15 + outpos] = (((in[4 + inpos] >>> 7) & 511))
+ + out[15 + outpos - 1];
+ out[16 + outpos] = (((in[4 + inpos] >>> 16) & 511))
+ + out[16 + outpos - 1];
+ out[17 + outpos] = ((in[4 + inpos] >>> 25) | ((in[5 + inpos] & 3) << (9 - 2)))
+ + out[17 + outpos - 1];
+ out[18 + outpos] = (((in[5 + inpos] >>> 2) & 511))
+ + out[18 + outpos - 1];
+ out[19 + outpos] = (((in[5 + inpos] >>> 11) & 511))
+ + out[19 + outpos - 1];
+ out[20 + outpos] = (((in[5 + inpos] >>> 20) & 511))
+ + out[20 + outpos - 1];
+ out[21 + outpos] = ((in[5 + inpos] >>> 29) | ((in[6 + inpos] & 63) << (9 - 6)))
+ + out[21 + outpos - 1];
+ out[22 + outpos] = (((in[6 + inpos] >>> 6) & 511))
+ + out[22 + outpos - 1];
+ out[23 + outpos] = (((in[6 + inpos] >>> 15) & 511))
+ + out[23 + outpos - 1];
+ out[24 + outpos] = ((in[6 + inpos] >>> 24) | ((in[7 + inpos] & 1) << (9 - 1)))
+ + out[24 + outpos - 1];
+ out[25 + outpos] = (((in[7 + inpos] >>> 1) & 511))
+ + out[25 + outpos - 1];
+ out[26 + outpos] = (((in[7 + inpos] >>> 10) & 511))
+ + out[26 + outpos - 1];
+ out[27 + outpos] = (((in[7 + inpos] >>> 19) & 511))
+ + out[27 + outpos - 1];
+ out[28 + outpos] = ((in[7 + inpos] >>> 28) | ((in[8 + inpos] & 31) << (9 - 5)))
+ + out[28 + outpos - 1];
+ out[29 + outpos] = (((in[8 + inpos] >>> 5) & 511))
+ + out[29 + outpos - 1];
+ out[30 + outpos] = (((in[8 + inpos] >>> 14) & 511))
+ + out[30 + outpos - 1];
+ out[31 + outpos] = ((in[8 + inpos] >>> 23))
+ + out[31 + outpos - 1];
+ }
+
+}
diff --git a/src/main/java/me/lemire/integercompression/differential/IntegratedByteIntegerCODEC.java b/src/main/java/me/lemire/integercompression/differential/IntegratedByteIntegerCODEC.java
new file mode 100644
index 0000000..b0184b8
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/IntegratedByteIntegerCODEC.java
@@ -0,0 +1,21 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression.differential;
+
+import me.lemire.integercompression.ByteIntegerCODEC;
+
+/**
+ * Interface describing a CODEC to compress integers to bytes.
+ *
+ * "Integrated" means that it uses differential coding.
+ *
+ * @author Daniel Lemire
+ *
+ */
+public interface IntegratedByteIntegerCODEC extends ByteIntegerCODEC {
+}
\ No newline at end of file
diff --git a/src/main/java/me/lemire/integercompression/differential/IntegratedComposition.java b/src/main/java/me/lemire/integercompression/differential/IntegratedComposition.java
new file mode 100644
index 0000000..dd4257e
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/IntegratedComposition.java
@@ -0,0 +1,73 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.integercompression.differential;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * Helper class to compose schemes.
+ *
+ * @author Daniel Lemire
+ */
+public class IntegratedComposition implements IntegratedIntegerCODEC {
+ IntegratedIntegerCODEC F1, F2;
+
+ /**
+ * Compose a scheme from a first one (f1) and a second one (f2). The
+ * first one is called first and then the second one tries to compress
+ * whatever remains from the first run.
+ *
+ * By convention, the first scheme should be such that if, during
+ * decoding, a 32-bit zero is first encountered, then there is no
+ * output.
+ *
+ * @param f1
+ * first codec
+ * @param f2
+ * second codec
+ */
+ public IntegratedComposition(IntegratedIntegerCODEC f1,
+ IntegratedIntegerCODEC f2) {
+ F1 = f1;
+ F2 = f2;
+ }
+
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ if (inlength == 0) {
+ return;
+ }
+ int inposInit = inpos.get();
+ int outposInit = outpos.get();
+ F1.compress(in, inpos, inlength, out, outpos);
+ if (outpos.get() == outposInit) {
+ out[outposInit] = 0;
+ outpos.increment();
+ }
+ inlength -= inpos.get() - inposInit;
+ F2.compress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ int init = inpos.get();
+ F1.uncompress(in, inpos, inlength, out, outpos);
+ inlength -= inpos.get() - init;
+ F2.uncompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public String toString() {
+ return F1.toString() + " + " + F2.toString();
+ }
+
+}
diff --git a/src/main/java/me/lemire/integercompression/differential/IntegratedIntCompressor.java b/src/main/java/me/lemire/integercompression/differential/IntegratedIntCompressor.java
new file mode 100644
index 0000000..1d935c4
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/IntegratedIntCompressor.java
@@ -0,0 +1,66 @@
+package me.lemire.integercompression.differential;
+
+import java.util.Arrays;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * This is a convenience class that wraps a codec to provide
+ * a "friendly" API. It is useful to compress sorted integers.
+ * If your integers are not sorted (not even nearly so), please
+ * consider the IntCompressor class instead.
+ *
+ */
+public class IntegratedIntCompressor {
+ SkippableIntegratedIntegerCODEC codec;
+ /**
+ * Constructor wrapping a codec.
+ *
+ * @param c the underlying codec
+ */
+ public IntegratedIntCompressor(SkippableIntegratedIntegerCODEC c) {
+ codec = c;
+ }
+
+ /**
+ * Constructor with default codec.
+ */
+ public IntegratedIntCompressor() {
+ codec = new SkippableIntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte());
+ }
+
+ /**
+ * Compress an array and returns the compressed result as a new array.
+ *
+ * @param input array to be compressed
+ * @return compressed array
+ */
+ public int[] compress(int[] input) {
+ int maxCompressedLength = codec.maxHeadlessCompressedLength(new IntWrapper(0), input.length);
+ int [] compressed = new int[maxCompressedLength + 1]; // +1 to store the length of the input
+ compressed[0] = input.length;
+ IntWrapper outpos = new IntWrapper(1);
+ IntWrapper initvalue = new IntWrapper(0);
+ codec.headlessCompress(input, new IntWrapper(0), input.length, compressed, outpos, initvalue);
+ compressed = Arrays.copyOf(compressed,outpos.intValue());
+ return compressed;
+ }
+
+ /**
+ * Uncompress an array and returns the uncompressed result as a new array.
+ *
+ * @param compressed compressed array
+ * @return uncompressed array
+ */
+ public int[] uncompress(int[] compressed) {
+ int[] decompressed = new int[compressed[0]];
+ IntWrapper inpos = new IntWrapper(1);
+ codec.headlessUncompress(compressed, inpos,
+ compressed.length - inpos.intValue(),
+ decompressed, new IntWrapper(0),
+ decompressed.length, new IntWrapper(0));
+ return decompressed;
+ }
+
+}
diff --git a/src/main/java/me/lemire/integercompression/differential/IntegratedIntegerCODEC.java b/src/main/java/me/lemire/integercompression/differential/IntegratedIntegerCODEC.java
new file mode 100644
index 0000000..4c03d29
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/IntegratedIntegerCODEC.java
@@ -0,0 +1,19 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.integercompression.differential;
+
+import me.lemire.integercompression.IntegerCODEC;
+
+/**
+ * This is just like IntegerCODEC, except that it indicates that delta coding is
+ * "integrated", so that you don't need a separate step for delta coding.
+ *
+ * @author Daniel Lemire
+ */
+public interface IntegratedIntegerCODEC extends IntegerCODEC {
+
+}
diff --git a/src/main/java/me/lemire/integercompression/differential/IntegratedVariableByte.java b/src/main/java/me/lemire/integercompression/differential/IntegratedVariableByte.java
new file mode 100644
index 0000000..a577031
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/IntegratedVariableByte.java
@@ -0,0 +1,280 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.integercompression.differential;
+
+import java.nio.ByteBuffer;
+import java.nio.ByteOrder;
+import java.nio.IntBuffer;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * Implementation of variable-byte with differential coding. For best
+ * performance, use it using the IntegratedByteIntegerCODEC interface.
+ *
+ * You should only use this scheme on sorted arrays. Use VariableByte if you
+ * have unsorted arrays.
+ *
+ * @author Daniel Lemire
+ */
+public class IntegratedVariableByte implements IntegratedIntegerCODEC, IntegratedByteIntegerCODEC,
+SkippableIntegratedIntegerCODEC {
+
+ private static final int MAX_BYTES_PER_INT = 5;
+
+ private static byte extract7bits(int i, long val) {
+ return (byte)((val >> (7 * i)) & ((1 << 7) - 1));
+ }
+
+ private static byte extract7bitsmaskless(int i, long val) {
+ return (byte)((val >> (7 * i)));
+ }
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ int initoffset = 0;
+ ByteBuffer buf = makeBuffer(inlength * 8);
+ buf.order(ByteOrder.LITTLE_ENDIAN);
+ for (int k = inpos.get(); k < inpos.get() + inlength; ++k) {
+ final long val = (in[k] - initoffset) & 0xFFFFFFFFL; // To be consistent with unsigned integers in C/C++
+ initoffset = in[k];
+ if (val < (1 << 7)) {
+ buf.put((byte)(val | (1 << 7)));
+ } else if (val < (1 << 14)) {
+ buf.put((byte)extract7bits(0, val));
+ buf.put((byte)(extract7bitsmaskless(1, (val)) | (1 << 7)));
+ } else if (val < (1 << 21)) {
+ buf.put((byte)extract7bits(0, val));
+ buf.put((byte)extract7bits(1, val));
+ buf.put((byte)(extract7bitsmaskless(2, (val)) | (1 << 7)));
+ } else if (val < (1 << 28)) {
+ buf.put((byte)extract7bits(0, val));
+ buf.put((byte)extract7bits(1, val));
+ buf.put((byte)extract7bits(2, val));
+ buf.put((byte)(extract7bitsmaskless(3, (val)) | (1 << 7)));
+ } else {
+ buf.put((byte)extract7bits(0, val));
+ buf.put((byte)extract7bits(1, val));
+ buf.put((byte)extract7bits(2, val));
+ buf.put((byte)extract7bits(3, val));
+ buf.put((byte)(extract7bitsmaskless(4, (val)) | (1 << 7)));
+ }
+ }
+ while (buf.position() % 4 != 0)
+ buf.put((byte) 0);
+ final int length = buf.position();
+ buf.flip();
+ IntBuffer ibuf = buf.asIntBuffer();
+ ibuf.get(out, outpos.get(), length / 4);
+ outpos.add(length / 4);
+ inpos.add(inlength);
+ }
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength,
+ byte[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ int initoffset = 0;
+ int outpostmp = outpos.get();
+ for (int k = inpos.get(); k < inpos.get() + inlength; ++k) {
+ final long val = (in[k] - initoffset) & 0xFFFFFFFFL; // To be consistent with unsigned integers in C/C++
+ initoffset = in[k];
+ if (val < (1 << 7)) {
+ out[outpostmp++] = (byte)(val | (1 << 7));
+ } else if (val < (1 << 14)) {
+ out[outpostmp++] = (byte)extract7bits(0, val);
+ out[outpostmp++] = (byte)(extract7bitsmaskless(1, (val)) | (1 << 7));
+ } else if (val < (1 << 21)) {
+ out[outpostmp++] = (byte)extract7bits(0, val);
+ out[outpostmp++] = (byte)extract7bits(1, val);
+ out[outpostmp++] = (byte)(extract7bitsmaskless(2, (val)) | (1 << 7));
+ } else if (val < (1 << 28)) {
+ out[outpostmp++] = (byte)extract7bits(0, val);
+ out[outpostmp++] = (byte)extract7bits(1, val);
+ out[outpostmp++] = (byte)extract7bits(2, val);
+ out[outpostmp++] = (byte)(extract7bitsmaskless(3, (val)) | (1 << 7));
+ } else {
+ out[outpostmp++] = (byte)extract7bits(0, val);
+ out[outpostmp++] = (byte)extract7bits(1, val);
+ out[outpostmp++] = (byte)extract7bits(2, val);
+ out[outpostmp++] = (byte)extract7bits(3, val);
+ out[outpostmp++] = (byte)(extract7bitsmaskless(4, (val)) | (1 << 7));
+ }
+ }
+ outpos.set(outpostmp);
+ inpos.add(inlength);
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ int s = 0;
+ int val = 0;
+ int p = inpos.get();
+ int finalp = inpos.get() + inlength;
+ int tmpoutpos = outpos.get();
+ int initoffset = 0;
+ for (int v = 0, shift =0; p < finalp;) {
+ val = in[p];
+ int c = (byte) (val >>> s);
+ s += 8;
+ p += s>>5;
+ s = s & 31;
+ v += ((c & 127) << shift);
+ if ((c & 128) == 128) {
+ out[tmpoutpos] = v + initoffset;
+ initoffset = out[tmpoutpos];
+ tmpoutpos++;
+ v = 0;
+ shift = 0;
+ } else
+ shift +=7;
+ }
+ outpos.set(tmpoutpos);
+ inpos.add(inlength);
+ }
+
+ @Override
+ public void uncompress(byte[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ int p = inpos.get();
+ int initoffset = 0;
+ int finalp = inpos.get() + inlength;
+ int tmpoutpos = outpos.get();
+ for (int v = 0;p < finalp; out[tmpoutpos++] = (initoffset = initoffset + v)) {
+ v = in[p] & 0x7F;
+ if (in[p] < 0 ) {
+ p+= 1;
+ continue;
+ }
+ v = ((in[p+1] & 0x7F)<<7) | v;
+ if (in[p+1] < 0) {
+ p+= 2;
+ continue;
+ }
+ v = ((in[p+2] & 0x7F)<<14) | v;
+ if (in[p+2] < 0) {
+ p+= 3;
+ continue;
+ }
+ v = ((in[p+3] & 0x7F)<<21) | v;
+ if (in[p+3] < 0) {
+ p+= 4;
+ continue;
+ }
+ v = ((in[p+4] & 0x7F)<<28) | v;
+ p+= 5;
+ }
+ outpos.set(tmpoutpos);
+ inpos.add(p);
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, IntWrapper initvalue) {
+ if (inlength == 0)
+ return;
+ int initoffset = initvalue.get();
+ initvalue.set(in[inpos.get()+inlength -1]);
+ ByteBuffer buf = makeBuffer(inlength * 8);
+ buf.order(ByteOrder.LITTLE_ENDIAN);
+ for (int k = inpos.get(); k < inpos.get() + inlength; ++k) {
+ final long val = (in[k] - initoffset) & 0xFFFFFFFFL; // To be consistent with unsigned integers in C/C++
+ initoffset = in[k];
+ if (val < (1 << 7)) {
+ buf.put((byte) (val | (1 << 7)));
+ } else if (val < (1 << 14)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) (extract7bitsmaskless(1, (val)) | (1 << 7)));
+ } else if (val < (1 << 21)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) (extract7bitsmaskless(2, (val)) | (1 << 7)));
+ } else if (val < (1 << 28)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) (extract7bitsmaskless(3, (val)) | (1 << 7)));
+ } else {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) extract7bits(3, val));
+ buf.put((byte) (extract7bitsmaskless(4, (val)) | (1 << 7)));
+ }
+ }
+ while (buf.position() % 4 != 0)
+ buf.put((byte) 0);
+ final int length = buf.position();
+ buf.flip();
+ IntBuffer ibuf = buf.asIntBuffer();
+ ibuf.get(out, outpos.get(), length / 4);
+ outpos.add(length / 4);
+ inpos.add(inlength);
+ }
+
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int num, IntWrapper initvalue) {
+ int s = 0;
+ int val = 0;
+
+ int p = inpos.get();
+ int initoffset = initvalue.get();
+ int tmpoutpos = outpos.get();
+ int finaloutpos = num + tmpoutpos;
+ for (int v = 0, shift = 0; tmpoutpos < finaloutpos;) {
+
+ val = in[p];
+ int c = (byte) (val >>> s);
+ s += 8;
+ p += s>>5;
+ s = s & 31;
+ v += ((c & 127) << shift);
+
+ if ((c & 128) == 128) {
+
+ out[tmpoutpos++] = (initoffset = initoffset + v);
+ v = 0;
+ shift = 0;
+ } else
+ shift += 7;
+ }
+ initvalue.set(out[tmpoutpos-1]);
+ outpos.set(tmpoutpos);
+
+ inpos.set(p + (s!=0 ? 1 : 0));
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ int maxLengthInBytes = inlength * MAX_BYTES_PER_INT;
+ int maxLengthInInts = (maxLengthInBytes + Integer.BYTES - 1) / Integer.BYTES;
+ compressedPositions.add(inlength);
+ return maxLengthInInts;
+ }
+
+ /**
+ * Creates a new buffer of the requested size.
+ *
+ * In case you need a different way to allocate buffers, you can override this method
+ * with a custom behavior. The default implementation allocates a new Java direct
+ * {@link ByteBuffer} on each invocation.
+ */
+ protected ByteBuffer makeBuffer(int sizeInBytes) {
+ return ByteBuffer.allocateDirect(sizeInBytes);
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/differential/SkippableIntegratedComposition.java b/src/main/java/me/lemire/integercompression/differential/SkippableIntegratedComposition.java
new file mode 100644
index 0000000..4786ec5
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/SkippableIntegratedComposition.java
@@ -0,0 +1,90 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.integercompression.differential;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * Helper class to compose schemes.
+ *
+ * @author Daniel Lemire
+ */
+public class SkippableIntegratedComposition implements
+ SkippableIntegratedIntegerCODEC {
+ SkippableIntegratedIntegerCODEC F1, F2;
+
+ /**
+ * Compose a scheme from a first one (f1) and a second one (f2). The first
+ * one is called first and then the second one tries to compress whatever
+ * remains from the first run.
+ *
+ * By convention, the first scheme should be such that if, during decoding,
+ * a 32-bit zero is first encountered, then there is no output.
+ *
+ * @param f1
+ * first codec
+ * @param f2
+ * second codec
+ */
+ public SkippableIntegratedComposition(SkippableIntegratedIntegerCODEC f1,
+ SkippableIntegratedIntegerCODEC f2) {
+ F1 = f1;
+ F2 = f2;
+ }
+
+
+
+ @Override
+ public String toString() {
+ return F1.toString() + " + " + F2.toString();
+ }
+
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, IntWrapper initvalue) {
+ if (inlength == 0)
+ return;
+ final int init = inpos.get();
+ int outposInit = outpos.get();
+
+ F1.headlessCompress(in, inpos, inlength, out, outpos, initvalue);
+ if (outpos.get() == outposInit) {
+ out[outposInit] = 0;
+ outpos.increment();
+ }
+ inlength -= inpos.get() - init;
+ F2.headlessCompress(in, inpos, inlength, out, outpos, initvalue);
+ }
+
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int num, IntWrapper initvalue) {
+ if (inlength == 0)
+ return;
+ int init = inpos.get();
+ int outposInit = outpos.get();
+
+ F1.headlessUncompress(in, inpos, inlength, out, outpos,num,initvalue);
+ if (inpos.get() == init) {
+ inpos.increment();
+ }
+ inlength -= inpos.get() - init;
+
+ num -= outpos.get() - outposInit;
+ F2.headlessUncompress(in, inpos, inlength, out, outpos,num,initvalue);
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ int init = compressedPositions.get();
+ int maxLength = F1.maxHeadlessCompressedLength(compressedPositions, inlength);
+ maxLength += 1; // Add +1 for the potential F2 header. Question: is this header actually needed in the headless version?
+ inlength -= compressedPositions.get() - init;
+ maxLength += F2.maxHeadlessCompressedLength(compressedPositions, inlength);
+ return maxLength;
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/differential/SkippableIntegratedIntegerCODEC.java b/src/main/java/me/lemire/integercompression/differential/SkippableIntegratedIntegerCODEC.java
new file mode 100644
index 0000000..e2df754
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/SkippableIntegratedIntegerCODEC.java
@@ -0,0 +1,91 @@
+/**
+ * This is code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression.differential;
+
+import me.lemire.integercompression.IntWrapper;
+
+
+/**
+ * Interface describing a standard CODEC to compress integers. This is a
+ * variation on the IntegerCODEC interface meant to be used for random access
+ * and with integrated differential coding
+ * (i.e., given a large array, you can segment it and decode just the subarray you need).
+ *
+ * The main differences are that we must specify the number of integers we wish to
+ * decode as well as the initial value (for differential coding). This information
+ * might be stored elsewhere.
+ *
+ *
+ * @author Daniel Lemire
+ *
+ */
+public interface SkippableIntegratedIntegerCODEC {
+ /**
+ * Compress data from an array to another array.
+ *
+ * Both inpos and outpos are modified to represent how much data was read
+ * and written to if 12 ints (inlength = 12) are compressed to 3 ints, then
+ * inpos will be incremented by 12 while outpos will be incremented by 3 we
+ * use IntWrapper to pass the values by reference.
+ *
+ * @param in
+ * input array
+ * @param inpos
+ * location in the input array
+ * @param inlength
+ * how many integers to compress
+ * @param out
+ * output array
+ * @param outpos
+ * where to write in the output array
+ * @param initvalue initial value for the purpose of differential coding, the value is automatically updated
+ */
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos, IntWrapper initvalue);
+
+ /**
+ * Uncompress data from an array to another array.
+ *
+ * Both inpos and outpos parameters are modified to indicate new positions
+ * after read/write.
+ *
+ * @param in
+ * array containing data in compressed form
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * length of the compressed data (ignored by some schemes)
+ * @param out
+ * array where to write the compressed output
+ * @param outpos
+ * where to write the compressed output in out
+ * @param num
+ * number of integers we want to decode, the actual number of integers decoded can be less
+ * @param initvalue initial value for the purpose of differential coding, the value is automatically updated
+ */
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos, int num, IntWrapper initvalue);
+
+ /**
+ * Compute the maximum number of integers that might be required to store
+ * the compressed form of a given input array segment, without headers.
+ *
+ * This is useful to pre-allocate the output buffer before calling
+ * {@link #headlessCompress(int[], IntWrapper, int, int[], IntWrapper, IntWrapper)}.
+ *
+ *
+ * @param compressedPositions
+ * since not all schemes compress every input integer, this parameter
+ * returns how many input integers will actually be compressed.
+ * This is useful when composing multiple schemes.
+ * @param inlength
+ * number of integers to be compressed
+ * @return the maximum number of integers needed in the output array
+ */
+ int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength);
+}
diff --git a/src/main/java/me/lemire/integercompression/differential/XorBinaryPacking.java b/src/main/java/me/lemire/integercompression/differential/XorBinaryPacking.java
new file mode 100644
index 0000000..0e2b067
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/differential/XorBinaryPacking.java
@@ -0,0 +1,139 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ */
+package me.lemire.integercompression.differential;
+
+import me.lemire.integercompression.BitPacking;
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * BinaryPacking over XOR differential.
+ *
+ * IntegratedIntegerCODEC is =
+ * new Composition(new XorBinaryPacking(), new VariableByte())
+ *
+ * @author MURAOKA Taro http://github.com/koron
+ */
+public final class XorBinaryPacking implements IntegratedIntegerCODEC {
+
+ private static final int BLOCK_LENGTH = 128;
+
+ @Override
+ public void compress(final int[] inBuf, final IntWrapper inPos,
+ int inLen, final int[] outBuf, final IntWrapper outPos) {
+ inLen = inLen - inLen % BLOCK_LENGTH;
+ if (inLen == 0)
+ return;
+
+ outBuf[outPos.get()] = inLen;
+ outPos.increment();
+
+ int context = 0;
+ final int[] work = new int[32];
+
+ int op = outPos.get();
+ int ip = inPos.get();
+ final int inPosLast = ip + inLen;
+ for (; ip < inPosLast; ip += BLOCK_LENGTH) {
+ final int bits1 = xorMaxBits(inBuf, ip + 0, 32, context);
+ final int bits2 = xorMaxBits(inBuf, ip + 32, 32,
+ inBuf[ip + 31]);
+ final int bits3 = xorMaxBits(inBuf, ip + 64, 32,
+ inBuf[ip + 63]);
+ final int bits4 = xorMaxBits(inBuf, ip + 96, 32,
+ inBuf[ip + 95]);
+ outBuf[op++] = (bits1 << 24) | (bits2 << 16)
+ | (bits3 << 8) | (bits4 << 0);
+ op += xorPack(inBuf, ip + 0, outBuf, op, bits1,
+ context, work);
+ op += xorPack(inBuf, ip + 32, outBuf, op, bits2,
+ inBuf[ip + 31], work);
+ op += xorPack(inBuf, ip + 64, outBuf, op, bits3,
+ inBuf[ip + 63], work);
+ op += xorPack(inBuf, ip + 96, outBuf, op, bits4,
+ inBuf[ip + 95], work);
+ context = inBuf[ip + 127];
+ }
+
+ inPos.add(inLen);
+ outPos.set(op);
+ }
+
+ @Override
+ public void uncompress(int[] inBuf, IntWrapper inPos, int inLen,
+ int[] outBuf, IntWrapper outPos) {
+ if (inLen == 0)
+ return;
+
+ final int outLen = inBuf[inPos.get()];
+ inPos.increment();
+
+ int context = 0;
+ final int[] work = new int[32];
+
+ int ip = inPos.get();
+ int op = outPos.get();
+ final int outPosLast = op + outLen;
+ for (; op < outPosLast; op += BLOCK_LENGTH) {
+ final int bits1 = (inBuf[ip] >>> 24);
+ final int bits2 = (inBuf[ip] >>> 16) & 0xFF;
+ final int bits3 = (inBuf[ip] >>> 8) & 0xFF;
+ final int bits4 = (inBuf[ip] >>> 0) & 0xFF;
+ ++ip;
+ ip += xorUnpack(inBuf, ip, outBuf, op + 0, bits1,
+ context, work);
+ ip += xorUnpack(inBuf, ip, outBuf, op + 32, bits2,
+ outBuf[op + 31], work);
+ ip += xorUnpack(inBuf, ip, outBuf, op + 64, bits3,
+ outBuf[op + 63], work);
+ ip += xorUnpack(inBuf, ip, outBuf, op + 96, bits4,
+ outBuf[op + 95], work);
+ context = outBuf[op + 127];
+ }
+
+ outPos.add(outLen);
+ inPos.set(ip);
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+
+ private static int xorMaxBits(final int[] buf, final int offset,
+ final int length, final int context) {
+ int mask = buf[offset] ^ context;
+ final int M = offset + length;
+ for (int i = offset + 1, prev = offset; i < M; ++i, ++prev) {
+ mask |= buf[i] ^ buf[prev];
+ }
+
+ return 32 - Integer.numberOfLeadingZeros(mask);
+ }
+
+ private static int xorPack(final int[] inBuf, final int inOff,
+ final int[] outBuf, final int outOff, final int validBits,
+ final int context, final int[] work) {
+ work[0] = inBuf[inOff] ^ context;
+ for (int i = 1, p = inOff + 1; i < 32; ++i, ++p) {
+ work[i] = inBuf[p] ^ inBuf[p - 1];
+ }
+ BitPacking.fastpackwithoutmask(work, 0, outBuf, outOff,
+ validBits);
+
+ return validBits;
+ }
+
+ private static int xorUnpack(final int[] inBuf, final int inOff,
+ final int[] outBuf, final int outOff, final int validBits,
+ int context, final int[] work) {
+
+ BitPacking.fastunpack(inBuf, inOff, work, 0, validBits);
+ outBuf[outOff] = context = work[0] ^ context;
+ for (int i = 1, p = outOff + 1; i < 32; ++i, ++p) {
+ outBuf[p] = context = work[i] ^ context;
+ }
+ return validBits;
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/synth/ClusteredDataGenerator.java b/src/main/java/me/lemire/integercompression/synth/ClusteredDataGenerator.java
index c1293a5..12bf550 100644
--- a/src/main/java/me/lemire/integercompression/synth/ClusteredDataGenerator.java
+++ b/src/main/java/me/lemire/integercompression/synth/ClusteredDataGenerator.java
@@ -7,66 +7,82 @@
package me.lemire.integercompression.synth;
/**
- * This class will generate lists of random integers based on the clustered model:
+ * This class will generate lists of random integers based on the clustered
+ * model:
*
- * Reference:
- * Vo Ngoc Anh and Alistair Moffat. 2010. Index compression using 64-bit words.
- * Softw. Pract. Exper.40, 2 (February 2010), 131-147.
+ * Reference: Vo Ngoc Anh and Alistair Moffat. 2010. Index compression using
+ * 64-bit words. Softw. Pract. Exper.40, 2 (February 2010), 131-147.
*
* @author Daniel Lemire
*/
public class ClusteredDataGenerator {
- UniformDataGenerator unidg = new UniformDataGenerator();
+ UniformDataGenerator unidg = new UniformDataGenerator();
- public ClusteredDataGenerator() {
- }
-
- void fillUniform(int[] array, int offset, int length, int Min, int Max) {
- int[] v = this.unidg.generateUniform(length, Max - Min);
- for (int k = 0; k < v.length; ++k)
- array[k + offset] = Min + v[k];
- }
+ /**
+ * Creating random array generator.
+ */
+ public ClusteredDataGenerator() {
+ }
- void fillClustered(int[] array, int offset, int length, int Min, int Max) {
- final int range = Max - Min;
- if ((range == length) || (length <= 10)) {
- fillUniform(array, offset, length, Min, Max);
- return;
+ void fillUniform(int[] array, int offset, int length, int Min, int Max) {
+ int[] v = this.unidg.generateUniform(length, Max - Min);
+ for (int k = 0; k < v.length; ++k)
+ array[k + offset] = Min + v[k];
}
- final int cut = length
- / 2
- + ((range - length - 1 > 0) ? this.unidg.rand.nextInt(range - length - 1)
- : 0);
- final double p = this.unidg.rand.nextDouble();
- if (p < 0.25) {
- fillUniform(array, offset, length / 2, Min, Min + cut);
- fillClustered(array, offset + length / 2, length - length / 2, Min + cut,
- Max);
- } else if (p < 0.5) {
- fillClustered(array, offset, length / 2, Min, Min + cut);
- fillUniform(array, offset + length / 2, length - length / 2, Min + cut,
- Max);
- } else {
- fillClustered(array, offset, length / 2, Min, Min + cut);
- fillClustered(array, offset + length / 2, length - length / 2, Min + cut,
- Max);
+
+ void fillClustered(int[] array, int offset, int length, int Min, int Max) {
+ final int range = Max - Min;
+ if ((range == length) || (length <= 10)) {
+ fillUniform(array, offset, length, Min, Max);
+ return;
+ }
+ final int cut = length
+ / 2
+ + ((range - length - 1 > 0) ? this.unidg.rand
+ .nextInt(range - length - 1) : 0);
+ final double p = this.unidg.rand.nextDouble();
+ if (p < 0.25) {
+ fillUniform(array, offset, length / 2, Min, Min + cut);
+ fillClustered(array, offset + length / 2, length
+ - length / 2, Min + cut, Max);
+ } else if (p < 0.5) {
+ fillClustered(array, offset, length / 2, Min, Min + cut);
+ fillUniform(array, offset + length / 2, length - length
+ / 2, Min + cut, Max);
+ } else {
+ fillClustered(array, offset, length / 2, Min, Min + cut);
+ fillClustered(array, offset + length / 2, length
+ - length / 2, Min + cut, Max);
+ }
}
- }
- /**
- * generates randomly N distinct integers from 0 to Max.
- */
- public int[] generateClustered(int N, int Max) {
- int[] array = new int[N];
- fillClustered(array, 0, N, 0, Max);
- return array;
- }
+ /**
+ * generates randomly N distinct integers from 0 to Max.
+ *
+ * @param N
+ * number of integers to generate
+ * @param Max
+ * maximal value of the integers
+ * @return array containing the integers
+ */
+ public int[] generateClustered(int N, int Max) {
+ int[] array = new int[N];
+ fillClustered(array, 0, N, 0, Max);
+ return array;
+ }
- public static void main(String[] args) {
- int[] example = (new ClusteredDataGenerator()).generateClustered(20, 1000);
- for (int k = 0; k < example.length; ++k)
- System.out.println(example[k]);
- }
+ /**
+ * Little test program.
+ *
+ * @param args
+ * arguments are ignored
+ */
+ public static void main(final String[] args) {
+ int[] example = (new ClusteredDataGenerator())
+ .generateClustered(20, 1000);
+ for (int k = 0; k < example.length; ++k)
+ System.out.println(example[k]);
+ }
}
diff --git a/src/main/java/me/lemire/integercompression/synth/UniformDataGenerator.java b/src/main/java/me/lemire/integercompression/synth/UniformDataGenerator.java
index f93e2b5..a50497c 100644
--- a/src/main/java/me/lemire/integercompression/synth/UniformDataGenerator.java
+++ b/src/main/java/me/lemire/integercompression/synth/UniformDataGenerator.java
@@ -11,11 +11,10 @@
import java.util.HashSet;
import java.util.Iterator;
import java.util.Random;
-import java.util.TreeSet;
/**
- * This class will generate "uniform" lists of random integers.
- *
+ * This class will generate "uniform" lists of random integers.
+ *
* @author Daniel Lemire
*/
public class UniformDataGenerator {
@@ -27,7 +26,8 @@ public UniformDataGenerator() {
}
/**
- * @param seed random seed
+ * @param seed
+ * random seed
*/
public UniformDataGenerator(final int seed) {
this.rand = new Random(seed);
@@ -42,7 +42,7 @@ int[] generateUniformHash(int N, int Max) {
int[] ans = new int[N];
HashSet s = new HashSet();
while (s.size() < N)
- s.add(new Integer(this.rand.nextInt(Max)));
+ s.add(this.rand.nextInt(Max));
Iterator i = s.iterator();
for (int k = 0; k < N; ++k)
ans[k] = i.next().intValue();
@@ -51,9 +51,8 @@ int[] generateUniformHash(int N, int Max) {
}
/**
- * output all integers from the range [0,Max) that are not
- * in the array
- */
+ * output all integers from the range [0,Max) that are not in the array
+ */
static int[] negate(int[] x, int Max) {
int[] ans = new int[Max - x.length];
int i = 0;
@@ -69,16 +68,18 @@ static int[] negate(int[] x, int Max) {
return ans;
}
-
/**
* generates randomly N distinct integers from 0 to Max.
- * @param N number of integers to generate
- * @param Max bound on the value of integers
+ *
+ * @param N
+ * number of integers to generate
+ * @param Max
+ * bound on the value of integers
* @return an array containing randomly selected integers
*/
public int[] generateUniform(int N, int Max) {
- if(N * 2 > Max) {
- return negate( generateUniform(Max - N, Max), Max );
+ if (N * 2 > Max) {
+ return negate(generateUniform(Max - N, Max), Max);
}
if (2048 * N > Max)
return generateUniformBitmap(N, Max);
diff --git a/src/main/java/me/lemire/integercompression/vector/VectorBitPacker.java b/src/main/java/me/lemire/integercompression/vector/VectorBitPacker.java
new file mode 100644
index 0000000..9b2e1ca
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/vector/VectorBitPacker.java
@@ -0,0 +1,12790 @@
+// Copyright (C) 2022 Intel Corporation
+
+// SPDX-License-Identifier: Apache-2.0
+
+package me.lemire.integercompression.vector;
+
+import java.util.Arrays;
+import jdk.incubator.vector.*;
+
+/**
+ * Vectorized bitpacking routines. This class is a version of the
+ * VectorBitPackerTerse class that with less branch instructions.
+ *
+ * The code is machine generated from VectorBitPackerTerse.java using helper
+ * classes.
+ *
+ */
+public class VectorBitPacker {
+ private static final VectorSpecies SPECIES_512 =
+ IntVector.SPECIES_512;
+ private static final VectorSpecies SPECIES_256 =
+ IntVector.SPECIES_256;
+ private static final int VLEN_512 = 16;
+ private static final int VLEN_256 = 8;
+ private static final int BLOCK_SIZE = 256;
+
+ private static final IntVector MASK_1 =
+ IntVector.broadcast(SPECIES_256, (1 << 1) - 1);
+ private static final IntVector MASK_2 =
+ IntVector.broadcast(SPECIES_512, (1 << 2) - 1);
+ private static final IntVector MASK_3 =
+ IntVector.broadcast(SPECIES_256, (1 << 3) - 1);
+ private static final IntVector MASK_4 =
+ IntVector.broadcast(SPECIES_512, (1 << 4) - 1);
+ private static final IntVector MASK_5 =
+ IntVector.broadcast(SPECIES_256, (1 << 5) - 1);
+ private static final IntVector MASK_6 =
+ IntVector.broadcast(SPECIES_512, (1 << 6) - 1);
+ private static final IntVector MASK_7 =
+ IntVector.broadcast(SPECIES_256, (1 << 7) - 1);
+ private static final IntVector MASK_8 =
+ IntVector.broadcast(SPECIES_512, (1 << 8) - 1);
+ private static final IntVector MASK_9 =
+ IntVector.broadcast(SPECIES_256, (1 << 9) - 1);
+ private static final IntVector MASK_10 =
+ IntVector.broadcast(SPECIES_512, (1 << 10) - 1);
+ private static final IntVector MASK_11 =
+ IntVector.broadcast(SPECIES_256, (1 << 11) - 1);
+ private static final IntVector MASK_12 =
+ IntVector.broadcast(SPECIES_512, (1 << 12) - 1);
+ private static final IntVector MASK_13 =
+ IntVector.broadcast(SPECIES_256, (1 << 13) - 1);
+ private static final IntVector MASK_14 =
+ IntVector.broadcast(SPECIES_512, (1 << 14) - 1);
+ private static final IntVector MASK_15 =
+ IntVector.broadcast(SPECIES_256, (1 << 15) - 1);
+ private static final IntVector MASK_16 =
+ IntVector.broadcast(SPECIES_512, (1 << 16) - 1);
+ private static final IntVector MASK_17 =
+ IntVector.broadcast(SPECIES_256, (1 << 17) - 1);
+ private static final IntVector MASK_18 =
+ IntVector.broadcast(SPECIES_512, (1 << 18) - 1);
+ private static final IntVector MASK_19 =
+ IntVector.broadcast(SPECIES_256, (1 << 19) - 1);
+ private static final IntVector MASK_20 =
+ IntVector.broadcast(SPECIES_512, (1 << 20) - 1);
+ private static final IntVector MASK_21 =
+ IntVector.broadcast(SPECIES_256, (1 << 21) - 1);
+ private static final IntVector MASK_22 =
+ IntVector.broadcast(SPECIES_512, (1 << 22) - 1);
+ private static final IntVector MASK_23 =
+ IntVector.broadcast(SPECIES_256, (1 << 23) - 1);
+ private static final IntVector MASK_24 =
+ IntVector.broadcast(SPECIES_512, (1 << 24) - 1);
+ private static final IntVector MASK_25 =
+ IntVector.broadcast(SPECIES_256, (1 << 25) - 1);
+ private static final IntVector MASK_26 =
+ IntVector.broadcast(SPECIES_512, (1 << 26) - 1);
+ private static final IntVector MASK_27 =
+ IntVector.broadcast(SPECIES_256, (1 << 27) - 1);
+ private static final IntVector MASK_28 =
+ IntVector.broadcast(SPECIES_512, (1 << 28) - 1);
+ private static final IntVector MASK_29 =
+ IntVector.broadcast(SPECIES_256, (1 << 29) - 1);
+ private static final IntVector MASK_30 =
+ IntVector.broadcast(SPECIES_512, (1 << 30) - 1);
+ private static final IntVector MASK_31 =
+ IntVector.broadcast(SPECIES_256, (1 << 31) - 1);
+
+ /**
+ * Pack 32 integers
+ *
+ * @param in
+ * source array
+ * @param inpos
+ * position in source array
+ * @param out
+ * output array
+ * @param outpos
+ * position in output array
+ * @param b
+ * number of bits to use per integer
+ */
+ public static void fastpack(final int[] in, int inpos, final int[] out,
+ int outpos, int b) {
+ switch (b) {
+ case 0:
+ break;
+ case 1:
+ fastpack1(in, inpos, out, outpos);
+ break;
+ case 2:
+ fastpack2(in, inpos, out, outpos);
+ break;
+ case 3:
+ fastpack3(in, inpos, out, outpos);
+ break;
+ case 4:
+ fastpack4(in, inpos, out, outpos);
+ break;
+ case 5:
+ fastpack5(in, inpos, out, outpos);
+ break;
+ case 6:
+ fastpack6(in, inpos, out, outpos);
+ break;
+ case 7:
+ fastpack7(in, inpos, out, outpos);
+ break;
+ case 8:
+ fastpack8(in, inpos, out, outpos);
+ break;
+ case 9:
+ fastpack9(in, inpos, out, outpos);
+ break;
+ case 10:
+ fastpack10(in, inpos, out, outpos);
+ break;
+ case 11:
+ fastpack11(in, inpos, out, outpos);
+ break;
+ case 12:
+ fastpack12(in, inpos, out, outpos);
+ break;
+ case 13:
+ fastpack13(in, inpos, out, outpos);
+ break;
+ case 14:
+ fastpack14(in, inpos, out, outpos);
+ break;
+ case 15:
+ fastpack15(in, inpos, out, outpos);
+ break;
+ case 16:
+ fastpack16(in, inpos, out, outpos);
+ break;
+ case 17:
+ fastpack17(in, inpos, out, outpos);
+ break;
+ case 18:
+ fastpack18(in, inpos, out, outpos);
+ break;
+ case 19:
+ fastpack19(in, inpos, out, outpos);
+ break;
+ case 20:
+ fastpack20(in, inpos, out, outpos);
+ break;
+ case 21:
+ fastpack21(in, inpos, out, outpos);
+ break;
+ case 22:
+ fastpack22(in, inpos, out, outpos);
+ break;
+ case 23:
+ fastpack23(in, inpos, out, outpos);
+ break;
+ case 24:
+ fastpack24(in, inpos, out, outpos);
+ break;
+ case 25:
+ fastpack25(in, inpos, out, outpos);
+ break;
+ case 26:
+ fastpack26(in, inpos, out, outpos);
+ break;
+ case 27:
+ fastpack27(in, inpos, out, outpos);
+ break;
+ case 28:
+ fastpack28(in, inpos, out, outpos);
+ break;
+ case 29:
+ fastpack29(in, inpos, out, outpos);
+ break;
+ case 30:
+ fastpack30(in, inpos, out, outpos);
+ break;
+ case 31:
+ fastpack31(in, inpos, out, outpos);
+ break;
+ case 32:
+ System.arraycopy(in, inpos, out, outpos, BLOCK_SIZE);
+ break;
+ }
+ }
+
+ static void fastpackNoMask(final int[] in, int inpos, final int[] out,
+ int outpos, int b) {
+ switch (b) {
+ case 0:
+ break;
+ case 1:
+ fastpackNoMask1(in, inpos, out, outpos);
+ break;
+ case 2:
+ fastpackNoMask2(in, inpos, out, outpos);
+ break;
+ case 3:
+ fastpackNoMask3(in, inpos, out, outpos);
+ break;
+ case 4:
+ fastpackNoMask4(in, inpos, out, outpos);
+ break;
+ case 5:
+ fastpackNoMask5(in, inpos, out, outpos);
+ break;
+ case 6:
+ fastpackNoMask6(in, inpos, out, outpos);
+ break;
+ case 7:
+ fastpackNoMask7(in, inpos, out, outpos);
+ break;
+ case 8:
+ fastpackNoMask8(in, inpos, out, outpos);
+ break;
+ case 9:
+ fastpackNoMask9(in, inpos, out, outpos);
+ break;
+ case 10:
+ fastpackNoMask10(in, inpos, out, outpos);
+ break;
+ case 11:
+ fastpackNoMask11(in, inpos, out, outpos);
+ break;
+ case 12:
+ fastpackNoMask12(in, inpos, out, outpos);
+ break;
+ case 13:
+ fastpackNoMask13(in, inpos, out, outpos);
+ break;
+ case 14:
+ fastpackNoMask14(in, inpos, out, outpos);
+ break;
+ case 15:
+ fastpackNoMask15(in, inpos, out, outpos);
+ break;
+ case 16:
+ fastpackNoMask16(in, inpos, out, outpos);
+ break;
+ case 17:
+ fastpackNoMask17(in, inpos, out, outpos);
+ break;
+ case 18:
+ fastpackNoMask18(in, inpos, out, outpos);
+ break;
+ case 19:
+ fastpackNoMask19(in, inpos, out, outpos);
+ break;
+ case 20:
+ fastpackNoMask20(in, inpos, out, outpos);
+ break;
+ case 21:
+ fastpackNoMask21(in, inpos, out, outpos);
+ break;
+ case 22:
+ fastpackNoMask22(in, inpos, out, outpos);
+ break;
+ case 23:
+ fastpackNoMask23(in, inpos, out, outpos);
+ break;
+ case 24:
+ fastpackNoMask24(in, inpos, out, outpos);
+ break;
+ case 25:
+ fastpackNoMask25(in, inpos, out, outpos);
+ break;
+ case 26:
+ fastpackNoMask26(in, inpos, out, outpos);
+ break;
+ case 27:
+ fastpackNoMask27(in, inpos, out, outpos);
+ break;
+ case 28:
+ fastpackNoMask28(in, inpos, out, outpos);
+ break;
+ case 29:
+ fastpackNoMask29(in, inpos, out, outpos);
+ break;
+ case 30:
+ fastpackNoMask30(in, inpos, out, outpos);
+ break;
+ case 31:
+ fastpackNoMask31(in, inpos, out, outpos);
+ break;
+ case 32:
+ System.arraycopy(in, inpos, out, outpos, BLOCK_SIZE);
+ break;
+ }
+ }
+
+ /**
+ * Unpack 32 integers
+ *
+ * @param in
+ * source array
+ * @param inpos
+ * position in source array
+ * @param out
+ * output array
+ * @param outpos
+ * position in output array
+ * @param b
+ * number of bits to use per integer
+ */
+ public static void fastunpack(final int[] in, int inpos, final int[] out,
+ int outpos, int b) {
+ switch (b) {
+ case 0:
+ Arrays.fill(out, outpos, outpos + 256, 0);
+ break;
+ case 1:
+ fastunpack1(in, inpos, out, outpos);
+ break;
+ case 2:
+ fastunpack2(in, inpos, out, outpos);
+ break;
+ case 3:
+ fastunpack3(in, inpos, out, outpos);
+ break;
+ case 4:
+ fastunpack4(in, inpos, out, outpos);
+ break;
+ case 5:
+ fastunpack5(in, inpos, out, outpos);
+ break;
+ case 6:
+ fastunpack6(in, inpos, out, outpos);
+ break;
+ case 7:
+ fastunpack7(in, inpos, out, outpos);
+ break;
+ case 8:
+ fastunpack8(in, inpos, out, outpos);
+ break;
+ case 9:
+ fastunpack9(in, inpos, out, outpos);
+ break;
+ case 10:
+ fastunpack10(in, inpos, out, outpos);
+ break;
+ case 11:
+ fastunpack11(in, inpos, out, outpos);
+ break;
+ case 12:
+ fastunpack12(in, inpos, out, outpos);
+ break;
+ case 13:
+ fastunpack13(in, inpos, out, outpos);
+ break;
+ case 14:
+ fastunpack14(in, inpos, out, outpos);
+ break;
+ case 15:
+ fastunpack15(in, inpos, out, outpos);
+ break;
+ case 16:
+ fastunpack16(in, inpos, out, outpos);
+ break;
+ case 17:
+ fastunpack17(in, inpos, out, outpos);
+ break;
+ case 18:
+ fastunpack18(in, inpos, out, outpos);
+ break;
+ case 19:
+ fastunpack19(in, inpos, out, outpos);
+ break;
+ case 20:
+ fastunpack20(in, inpos, out, outpos);
+ break;
+ case 21:
+ fastunpack21(in, inpos, out, outpos);
+ break;
+ case 22:
+ fastunpack22(in, inpos, out, outpos);
+ break;
+ case 23:
+ fastunpack23(in, inpos, out, outpos);
+ break;
+ case 24:
+ fastunpack24(in, inpos, out, outpos);
+ break;
+ case 25:
+ fastunpack25(in, inpos, out, outpos);
+ break;
+ case 26:
+ fastunpack26(in, inpos, out, outpos);
+ break;
+ case 27:
+ fastunpack27(in, inpos, out, outpos);
+ break;
+ case 28:
+ fastunpack28(in, inpos, out, outpos);
+ break;
+ case 29:
+ fastunpack29(in, inpos, out, outpos);
+ break;
+ case 30:
+ fastunpack30(in, inpos, out, outpos);
+ break;
+ case 31:
+ fastunpack31(in, inpos, out, outpos);
+ break;
+ case 32:
+ System.arraycopy(in, inpos, out, outpos, BLOCK_SIZE);
+ break;
+ }
+ }
+
+ public static int slowpack(final int[] in, int inpos, int inlen,
+ final int[] out, int outpos, int b) {
+ if (inlen == 0)
+ return outpos;
+ if (b == 32) {
+ System.arraycopy(in, inpos, out, outpos, inlen);
+ return outpos + inlen;
+ }
+ int mask = (1 << b) - 1;
+ int c = 0;
+ int l = 0;
+ int r = 0;
+ int val = 0;
+ for (int i = 0; i < inlen; i++) {
+ val = in[inpos + i] & mask;
+ out[outpos] |= val << (c + r);
+ c += b;
+ l = (32 - r) % b;
+ if (c + r >= 32) {
+ if (i < inlen - 1 || l != 0)
+ outpos++;
+ r = l == 0 ? 0 : b - l;
+ if (l != 0)
+ out[outpos] = val >> (b - r);
+ c = 0;
+ }
+ }
+ return outpos;
+ }
+
+ public static int slowunpack(final int[] in, int inpos, final int[] out,
+ int outpos, int outlen, int b) {
+ if (outlen == 0) {
+ return inpos;
+ }
+ if (b == 32) {
+ System.arraycopy(in, inpos, out, outpos, outlen);
+ return inpos + outlen;
+ }
+ int mask = (1 << b) - 1;
+ int limit = outpos + outlen;
+ int r = 0;
+ int val = 0;
+ int i = 0;
+ for (; outpos < limit; i++) {
+ if (r > 0)
+ out[outpos++] =
+ (val >>> (32 - (b - r))) | ((in[inpos + i] << (b - r)) & mask);
+ val = in[inpos + i];
+ int j = 0;
+ int l = 32 - r;
+ int ll = l % b == 0 ? l : l - b;
+ while (j < ll && outpos < limit) {
+ out[outpos++] = (val >> (j + r)) & mask;
+ j += b;
+ }
+ r = l % b == 0 ? 0 : b - (l % b);
+ }
+ return inpos + i;
+ }
+
+ public static int numCompressedInts(int n, int b) {
+ int width = b % 2 == 0 ? VLEN_512 : VLEN_256;
+ if (n <= width)
+ return n;
+ int intsPerVec = (32 / b) * width;
+ int q = (n + intsPerVec - 1) / intsPerVec;
+ return q * width;
+ }
+
+ private static void fastpack1(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_1);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_1).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack2(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_2);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_2).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack3(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_3);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_3).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack4(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_4);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_4).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack5(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_5);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_5).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack6(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_6);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_6).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack7(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_7);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_7).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack8(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_8);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_8).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack9(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_9);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_9).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack10(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_10);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_10).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack11(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_11);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_11).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack12(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_12);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_12).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack13(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_13);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_13).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack14(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_14);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_14).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack15(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_15);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_15).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack16(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_16);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_16).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_16).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_16).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_16).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_16).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_16).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_16).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_16).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack17(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_17);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_17).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack18(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_18);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_18).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack19(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_19);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_19).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack20(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_20);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_20).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack21(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_21);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_21).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack22(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_22);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_22).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack23(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_23);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_23).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack24(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_24);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_24).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack25(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_25);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_25).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack26(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_26);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_26).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack27(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_27);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 26);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_27).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack28(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_28);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_28).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_28).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack29(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_29);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 28);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHR, 26);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_29).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack30(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(MASK_30);
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHR, 28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.and(MASK_30).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpack31(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(MASK_31);
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 26);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 28);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHR, 30);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.and(MASK_31).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask1(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask2(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask3(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask4(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask5(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask6(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask7(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask8(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask9(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask10(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask11(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask12(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask13(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask14(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask15(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask16(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask17(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask18(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask19(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask20(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask21(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask22(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask23(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask24(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask25(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask26(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask27(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask28(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.or(oV);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask29(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask30(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastpackNoMask31(final int[] in, int inpos,
+ final int[] out, int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.lanewise(VectorOperators.LSHL, 31).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 1);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 248);
+ oV = iV.lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ }
+
+ private static void fastunpack1(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 13).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 15).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 17).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 19).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 21).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 22).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 23).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 25).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 26).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 27).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 28).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 29).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 30).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 31).and(MASK_1).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack2(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 22).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 26).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 28).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 30).and(MASK_2).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack3(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 15).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 21).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 27).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 13).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 19).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 22).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 25).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 28).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_3);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 17).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 23).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 26).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 29).and(MASK_3).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack4(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 28).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.and(MASK_4);
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xf).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 28).and(MASK_4).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack5(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 15).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 25).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 13).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 23).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 21).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 26).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 19).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_5);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 17).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 22).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 27).and(MASK_5).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack6(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 22).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_6);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 26).and(MASK_6).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack7(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 21).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 17).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 13).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 23).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 19).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 15).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 22).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_7);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 25).and(MASK_7).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack8(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.and(MASK_8);
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0xff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0xff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 24).and(MASK_8).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack9(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 13).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 22).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 17).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 21).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 15).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 19).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_9);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 23).and(MASK_9).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack10(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_10);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 22).and(MASK_10).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack11(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 13).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 15).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 17).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 19).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_11);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 21).and(MASK_11).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack12(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0xfff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_12);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 20).and(MASK_12).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack13(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 13).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 15).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 17).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(0x7ff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_13);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 19).and(MASK_13).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack14(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_14).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_14).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_14).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_14).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_14).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_14).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_14).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_14).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_14);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_14).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 18).and(MASK_14).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack15(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 15).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(0x1fff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 13).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0x7ff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19).and(MASK_15);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 17).and(MASK_15).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack16(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_16).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_16).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.and(MASK_16);
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_16).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0xffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_16).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0xffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_16).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(0xffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_16).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(0xffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_16).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(0xffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_16).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(0xffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 16).and(MASK_16).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack17(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 17).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(0x7ff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(0x1fff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 13).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_17);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(0x7fff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 15).and(MASK_17).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack18(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_18).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_18).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_18).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_18).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_18).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_18).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_18).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_18);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 14).and(MASK_18).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack19(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 19).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0x3ffff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(0x7ff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0x1ffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(0x7fff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_19);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(0x1fff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 13).and(MASK_19).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack20(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_20).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_20).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_20).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_20).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(0xfffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_20).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_20).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_20);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 12).and(MASK_20).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack21(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 21).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0x7ffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0x3ffff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0x1ffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(0x7fff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(0x1fff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_21);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(0x7ff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 11).and(MASK_21).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack22(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_22).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_22).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14).and(MASK_22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_22).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_22).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(0x3ffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_22).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_22);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 10).and(MASK_22).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack23(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_23).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_23).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0x7ffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_23).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0x7fff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_23).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(0x7ff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_23).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_23).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(0x1fffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_23).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(0x1ffff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_23).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(0x3fffff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(0x1fff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_23).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(0x3ffff).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_23);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 9).and(MASK_23).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack24(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_24).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_24).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0xffffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_24).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(0xffffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_24).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(0xffffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_24);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 8).and(MASK_24).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack25(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_25).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(0x3ffff).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0x7ff).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_25).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0x3fffff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(0x7fff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_25).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0x7ffff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_25).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(0x7fffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_25).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(0x1fff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_25).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(0xffffff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(0x1ffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_25).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(0x1fffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14).and(MASK_25);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 7).and(MASK_25).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack26(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_26).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_26).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(0x3fffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_26).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(0xffffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(0x3ffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_26);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 6).and(MASK_26).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack27(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_27).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(0x3fffff).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0x1ffff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_27).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0xffffff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(0x7ffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_27).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(0x3ffffff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(0x1fffff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(0x7ff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_27).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(0x7fffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(0x3ffff).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(0x1fff).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_27).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(0x1ffffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(0x7fff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10).and(MASK_27);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 5).and(MASK_27).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack28(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_28).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xffffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_28).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = oV.zero(SPECIES_512);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(0xfffffff).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(0xffffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8).and(MASK_28);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 4).and(MASK_28).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack29(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_29).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(0x3ffffff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0x7fffff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0x1ffff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0x7ff).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_29).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(0xfffffff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(0x1ffffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(0x3fffff).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(0x7ffff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(0x1fff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_29).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(0x7ffffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(0xffffff).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(0x1fffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(0x3ffff).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(0x7fff).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6).and(MASK_29);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 3).and(MASK_29).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+
+ private static void fastunpack30(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ iV.and(MASK_30).intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 16);
+ oV = iV.and(0xfffffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 32);
+ oV = iV.and(0x3ffffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 48);
+ oV = iV.and(0xffffff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 64);
+ oV = iV.and(0x3fffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 80);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 96);
+ oV = iV.and(0x3ffff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 112);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 128);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 144);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 160);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 176);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 192);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 208);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4).and(MASK_30);
+
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + 224);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ iV.lanewise(VectorOperators.LSHR, 2).and(MASK_30).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+
+ private static void fastunpack31(final int[] in, int inpos, final int[] out,
+ int outpos) {
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ iV.and(MASK_31).intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ var oV = iV.lanewise(VectorOperators.LSHR, 31).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 8);
+ oV = iV.and(0x3fffffff).lanewise(VectorOperators.LSHL, 1).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 30).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 16);
+ oV = iV.and(0x1fffffff).lanewise(VectorOperators.LSHL, 2).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 29).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 24);
+ oV = iV.and(0xfffffff).lanewise(VectorOperators.LSHL, 3).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 28).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 32);
+ oV = iV.and(0x7ffffff).lanewise(VectorOperators.LSHL, 4).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 27).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 40);
+ oV = iV.and(0x3ffffff).lanewise(VectorOperators.LSHL, 5).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 26).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 48);
+ oV = iV.and(0x1ffffff).lanewise(VectorOperators.LSHL, 6).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 25).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 56);
+ oV = iV.and(0xffffff).lanewise(VectorOperators.LSHL, 7).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 24).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 64);
+ oV = iV.and(0x7fffff).lanewise(VectorOperators.LSHL, 8).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 23).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 72);
+ oV = iV.and(0x3fffff).lanewise(VectorOperators.LSHL, 9).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 22).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 80);
+ oV = iV.and(0x1fffff).lanewise(VectorOperators.LSHL, 10).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 21).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 88);
+ oV = iV.and(0xfffff).lanewise(VectorOperators.LSHL, 11).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 20).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 96);
+ oV = iV.and(0x7ffff).lanewise(VectorOperators.LSHL, 12).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 19).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 104);
+ oV = iV.and(0x3ffff).lanewise(VectorOperators.LSHL, 13).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 18).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 112);
+ oV = iV.and(0x1ffff).lanewise(VectorOperators.LSHL, 14).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 17).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 120);
+ oV = iV.and(0xffff).lanewise(VectorOperators.LSHL, 15).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 16).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 128);
+ oV = iV.and(0x7fff).lanewise(VectorOperators.LSHL, 16).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 15).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 136);
+ oV = iV.and(0x3fff).lanewise(VectorOperators.LSHL, 17).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 14).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 144);
+ oV = iV.and(0x1fff).lanewise(VectorOperators.LSHL, 18).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 13).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 152);
+ oV = iV.and(0xfff).lanewise(VectorOperators.LSHL, 19).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 12).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 160);
+ oV = iV.and(0x7ff).lanewise(VectorOperators.LSHL, 20).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 11).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 168);
+ oV = iV.and(0x3ff).lanewise(VectorOperators.LSHL, 21).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 10).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 176);
+ oV = iV.and(0x1ff).lanewise(VectorOperators.LSHL, 22).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 9).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 184);
+ oV = iV.and(0xff).lanewise(VectorOperators.LSHL, 23).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 8).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 192);
+ oV = iV.and(0x7f).lanewise(VectorOperators.LSHL, 24).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 7).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 200);
+ oV = iV.and(0x3f).lanewise(VectorOperators.LSHL, 25).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 6).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 208);
+ oV = iV.and(0x1f).lanewise(VectorOperators.LSHL, 26).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 5).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 216);
+ oV = iV.and(0xf).lanewise(VectorOperators.LSHL, 27).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 4).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 224);
+ oV = iV.and(7).lanewise(VectorOperators.LSHL, 28).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 3).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 232);
+ oV = iV.and(3).lanewise(VectorOperators.LSHL, 29).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ oV = iV.lanewise(VectorOperators.LSHR, 2).and(MASK_31);
+
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + 240);
+ oV = iV.and(1).lanewise(VectorOperators.LSHL, 30).or(oV);
+
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ iV.lanewise(VectorOperators.LSHR, 1).and(MASK_31).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/vector/VectorBitPackerTerse.java b/src/main/java/me/lemire/integercompression/vector/VectorBitPackerTerse.java
new file mode 100644
index 0000000..62a8cc7
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/vector/VectorBitPackerTerse.java
@@ -0,0 +1,963 @@
+// Copyright (C) 2022 Intel Corporation
+
+// SPDX-License-Identifier: Apache-2.0
+
+package me.lemire.integercompression.vector;
+
+import java.util.Arrays;
+import jdk.incubator.vector.*;
+
+/**
+ * This is a readable but less efficient version of the VectorBitPacker class.
+ *
+ */
+public class VectorBitPackerTerse {
+ static final VectorSpecies SPECIES_512 = IntVector.SPECIES_512;
+ static final VectorSpecies SPECIES_256 = IntVector.SPECIES_256;
+ static final int VLEN_512 = 16;
+ static final int VLEN_256 = 8;
+ static final int BLOCK_SIZE = 256;
+
+ private static void fastpackOddBit(final int[] in, int inpos, final int[] out,
+ int outpos, int b, final int[] ho,
+ final int[] lc) {
+ final int mask = (1 << b) - 1;
+ final int N = 31 / b;
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV.and(mask);
+ int n = 1;
+ for (; n <= N; n++) {
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + n * VLEN_256);
+ oV = iV.and(mask).lanewise(VectorOperators.LSHL, b * n).or(oV);
+ }
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ final int L = b - 1;
+ for (int i = 0; i < L; i++) {
+ oV = iV.and(mask).lanewise(VectorOperators.LSHR, ho[i]);
+ for (int j = 0; j < lc[i]; j++) {
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + n * VLEN_256);
+ oV = iV.and(mask)
+ .lanewise(VectorOperators.LSHL, b * j + (b - ho[i]))
+ .or(oV);
+ n++;
+ }
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+ }
+
+ private static void fastpackOddBitNoMask(final int[] in, int inpos,
+ final int[] out, int outpos, int b,
+ final int[] ho, final int[] lc) {
+ final int N = 31 / b;
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ var oV = iV;
+ int n = 1;
+ for (; n <= N; n++) {
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + n * VLEN_256);
+ oV = iV.lanewise(VectorOperators.LSHL, b * n).or(oV);
+ }
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+
+ final int L = b - 1;
+ for (int i = 0; i < L; i++) {
+ oV = iV.lanewise(VectorOperators.LSHR, ho[i]);
+ for (int j = 0; j < lc[i]; j++) {
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + n * VLEN_256);
+ oV = iV.lanewise(VectorOperators.LSHL, b * j + (b - ho[i])).or(oV);
+ n++;
+ }
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+ }
+
+ private static void fastUnpackOddBit(final int[] in, int inpos,
+ final int[] out, int outpos, int b,
+ final int[] lo, int[] masks, int[] lc) {
+ final int mask = (1 << b) - 1;
+ final int N = 32 / b;
+ var iV = IntVector.fromArray(SPECIES_256, in, inpos);
+ int n = 0;
+ for (; n < N; n++) {
+ iV.lanewise(VectorOperators.LSHR, b * n).and(mask).intoArray(out, outpos);
+ outpos += VLEN_256;
+ }
+ var oV = iV.lanewise(VectorOperators.LSHR, b * n).and(mask);
+
+ final int L = b - 1;
+ for (int i = 0; i < L; i++) {
+ iV = IntVector.fromArray(SPECIES_256, in, inpos + (i + 1) * VLEN_256);
+ oV = iV.and(masks[i]).lanewise(VectorOperators.LSHL, b - lo[i]).or(oV);
+ oV.intoArray(out, outpos);
+ outpos += VLEN_256;
+ int j = 0;
+ for (; j < lc[i]; j++) {
+ iV.lanewise(VectorOperators.LSHR, b * j + lo[i])
+ .and(mask)
+ .intoArray(out, outpos);
+ outpos += VLEN_256;
+ n++;
+ }
+ oV = iV.lanewise(VectorOperators.LSHR, b * j + lo[i]).and(mask);
+ }
+ }
+
+ private static void fastpackEvenBit(final int[] in, int inpos,
+ final int[] out, int outpos, int b,
+ final int[] ho, final int[] lc) {
+ final int mask = (1 << b) - 1;
+ final int N = 32 % b == 0 ? (32 / b) - 1 : 32 / b;
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV.and(mask);
+ int n = 1;
+ for (; n <= N; n++) {
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + n * VLEN_512);
+ oV = iV.and(mask).lanewise(VectorOperators.LSHL, b * n).or(oV);
+ }
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ final int L = (b >>> 1) - 1;
+ for (int i = 0; i < L; i++) {
+ if (ho[i] != b)
+ oV = iV.and(mask).lanewise(VectorOperators.LSHR, ho[i]);
+ else
+ oV = oV.zero(SPECIES_512);
+ for (int j = 0; j < lc[i]; j++) {
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + n * VLEN_512);
+ oV = iV.and(mask)
+ .lanewise(VectorOperators.LSHL, b * j + (b - ho[i]))
+ .or(oV);
+ n++;
+ }
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+ }
+
+ private static void fastpackEvenBitNoMask(final int[] in, int inpos,
+ final int[] out, int outpos, int b,
+ final int[] ho, final int[] lc) {
+ final int N = 32 % b == 0 ? (32 / b) - 1 : 32 / b;
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ var oV = iV;
+ int n = 1;
+ for (; n <= N; n++) {
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + n * VLEN_512);
+ oV = iV.lanewise(VectorOperators.LSHL, b * n).or(oV);
+ }
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+
+ final int L = (b >>> 1) - 1;
+ for (int i = 0; i < L; i++) {
+ if (ho[i] != b)
+ oV = iV.lanewise(VectorOperators.LSHR, ho[i]);
+ else
+ oV = oV.zero(SPECIES_512);
+ for (int j = 0; j < lc[i]; j++) {
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + n * VLEN_512);
+ oV = iV.lanewise(VectorOperators.LSHL, b * j + (b - ho[i])).or(oV);
+ n++;
+ }
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+ }
+
+ private static void fastUnpackEventBit(final int[] in, int inpos,
+ final int[] out, int outpos, int b,
+ final int[] lo, int[] masks,
+ int[] lc) {
+ final int mask = (1 << b) - 1;
+ final int N = 32 / b;
+ var iV = IntVector.fromArray(SPECIES_512, in, inpos);
+ int n = 0;
+ for (; n < N; n++) {
+ iV.lanewise(VectorOperators.LSHR, b * n).and(mask).intoArray(out, outpos);
+ outpos += VLEN_512;
+ }
+ var oV = iV.lanewise(VectorOperators.LSHR, b * n).and(mask);
+ if ((b & (b - 1)) == 0)
+ oV = oV.zero(SPECIES_512);
+
+ final int L = (b >>> 1) - 1;
+ for (int i = 0; i < L; i++) {
+ iV = IntVector.fromArray(SPECIES_512, in, inpos + (i + 1) * VLEN_512);
+ oV = iV.and(masks[i]).lanewise(VectorOperators.LSHL, b - lo[i]).or(oV);
+ oV.intoArray(out, outpos);
+ outpos += VLEN_512;
+ int j = 0;
+ for (; j < lc[i]; j++) {
+ iV.lanewise(VectorOperators.LSHR, b * j + lo[i])
+ .and(mask)
+ .intoArray(out, outpos);
+ outpos += VLEN_512;
+ n++;
+ }
+ if ((32 - lo[i]) % b != 0)
+ oV = iV.lanewise(VectorOperators.LSHR, b * j + lo[i]).and(mask);
+ else
+ oV = oV.zero(SPECIES_512);
+ }
+ }
+
+ public static int slowpack(final int[] in, int inpos, int inlen,
+ final int[] out, int outpos, int b) {
+ if (inlen == 0)
+ return outpos;
+ if (b == 32) {
+ System.arraycopy(in, inpos, out, outpos, inlen);
+ return outpos + inlen;
+ }
+ int mask = (1 << b) - 1;
+ int c = 0;
+ int l = 0;
+ int r = 0;
+ int val = 0;
+ for (int i = 0; i < inlen; i++) {
+ val = in[inpos + i] & mask;
+ out[outpos] |= val << (c + r);
+ c += b;
+ l = (32 - r) % b;
+ if (c + r >= 32) {
+ if (i < inlen - 1 || l != 0)
+ outpos++;
+ r = l == 0 ? 0 : b - l;
+ if (l != 0)
+ out[outpos] = val >> (b - r);
+ c = 0;
+ }
+ }
+ return outpos;
+ }
+
+ public static int slowunpack(final int[] in, int inpos, final int[] out,
+ int outpos, int outlen, int b) {
+ if (outlen == 0) {
+ return inpos;
+ }
+ if (b == 32) {
+ System.arraycopy(in, inpos, out, outpos, outlen);
+ return inpos + outlen;
+ }
+ int mask = (1 << b) - 1;
+ int limit = outpos + outlen;
+ int r = 0;
+ int val = 0;
+ int i = 0;
+ for (; outpos < limit; i++) {
+ if (r > 0)
+ out[outpos++] =
+ (val >>> (32 - (b - r))) | ((in[inpos + i] << (b - r)) & mask);
+ val = in[inpos + i];
+ int j = 0;
+ int l = 32 - r;
+ int ll = l % b == 0 ? l : l - b;
+ while (j < ll && outpos < limit) {
+ out[outpos++] = (val >> (j + r)) & mask;
+ j += b;
+ }
+ r = l % b == 0 ? 0 : b - (l % b);
+ }
+ return inpos + i;
+ }
+
+ public static int numCompressedInts(int n, int b) {
+ int width = b % 2 == 0 ? VLEN_512 : VLEN_256;
+ if (n <= width)
+ return n;
+ int intsPerVec = (32 / b) * width;
+ int q = (n + intsPerVec - 1) / intsPerVec;
+ return q * width;
+ }
+
+ public static void fastpack(final int[] in, int inpos, final int[] out,
+ int outpos, int b) {
+ switch (b) {
+ case 0:
+ break;
+ case 1:
+ fastpackOddBit(in, inpos, out, outpos, 1, new int[] {}, new int[] {});
+ break;
+ case 2:
+ fastpackEvenBit(in, inpos, out, outpos, 2, new int[] {}, new int[] {});
+ break;
+ case 3:
+ fastpackOddBit(in, inpos, out, outpos, 3, new int[] {0x2, 0x1},
+ new int[] {0xb, 0xa});
+ break;
+ case 4:
+ fastpackEvenBit(in, inpos, out, outpos, 4, new int[] {0x4},
+ new int[] {0x8});
+ break;
+ case 5:
+ fastpackOddBit(in, inpos, out, outpos, 5, new int[] {0x2, 0x4, 0x1, 0x3},
+ new int[] {0x6, 0x7, 0x6, 0x6});
+ break;
+ case 6:
+ fastpackEvenBit(in, inpos, out, outpos, 6, new int[] {0x2, 0x4},
+ new int[] {0x5, 0x5});
+ break;
+ case 7:
+ fastpackOddBit(in, inpos, out, outpos, 7,
+ new int[] {0x4, 0x1, 0x5, 0x2, 0x6, 0x3},
+ new int[] {0x5, 0x4, 0x5, 0x4, 0x5, 0x4});
+ break;
+ case 8:
+ fastpackEvenBit(in, inpos, out, outpos, 8, new int[] {0x8, 0x8, 0x8},
+ new int[] {0x4, 0x4, 0x4});
+ break;
+ case 9:
+ fastpackOddBit(in, inpos, out, outpos, 9,
+ new int[] {0x5, 0x1, 0x6, 0x2, 0x7, 0x3, 0x8, 0x4},
+ new int[] {0x4, 0x3, 0x4, 0x3, 0x4, 0x3, 0x4, 0x3});
+ break;
+ case 10:
+ fastpackEvenBit(in, inpos, out, outpos, 10,
+ new int[] {0x2, 0x4, 0x6, 0x8},
+ new int[] {0x3, 0x3, 0x3, 0x3});
+ break;
+ case 11:
+ fastpackOddBit(
+ in, inpos, out, outpos, 11,
+ new int[] {0xa, 0x9, 0x8, 0x7, 0x6, 0x5, 0x4, 0x3, 0x2, 0x1},
+ new int[] {0x3, 0x3, 0x3, 0x3, 0x3, 0x3, 0x3, 0x3, 0x3, 0x2});
+ break;
+ case 12:
+ fastpackEvenBit(in, inpos, out, outpos, 12,
+ new int[] {0x8, 0x4, 0xc, 0x8, 0x4},
+ new int[] {0x3, 0x2, 0x3, 0x3, 0x2});
+ break;
+ case 13:
+ fastpackOddBit(in, inpos, out, outpos, 13,
+ new int[] {0x6, 0xc, 0x5, 0xb, 0x4, 0xa, 0x3, 0x9, 0x2,
+ 0x8, 0x1, 0x7},
+ new int[] {0x2, 0x3, 0x2, 0x3, 0x2, 0x3, 0x2, 0x3, 0x2,
+ 0x3, 0x2, 0x2});
+ break;
+ case 14:
+ fastpackEvenBit(in, inpos, out, outpos, 14,
+ new int[] {0x4, 0x8, 0xc, 0x2, 0x6, 0xa},
+ new int[] {0x2, 0x2, 0x3, 0x2, 0x2, 0x2});
+ break;
+ case 15:
+ fastpackOddBit(in, inpos, out, outpos, 15,
+ new int[] {0x2, 0x4, 0x6, 0x8, 0xa, 0xc, 0xe, 0x1, 0x3,
+ 0x5, 0x7, 0x9, 0xb, 0xd},
+ new int[] {0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x3, 0x2, 0x2,
+ 0x2, 0x2, 0x2, 0x2, 0x2});
+ break;
+ case 16:
+ fastpackEvenBit(in, inpos, out, outpos, 16,
+ new int[] {0x10, 0x10, 0x10, 0x10, 0x10, 0x10, 0x10},
+ new int[] {0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x2});
+ break;
+ case 17:
+ fastpackOddBit(in, inpos, out, outpos, 17,
+ new int[] {0xf, 0xd, 0xb, 0x9, 0x7, 0x5, 0x3, 0x1, 0x10,
+ 0xe, 0xc, 0xa, 0x8, 0x6, 0x4, 0x2},
+ new int[] {0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x1, 0x2,
+ 0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x1});
+ break;
+ case 18:
+ fastpackEvenBit(in, inpos, out, outpos, 18,
+ new int[] {0xe, 0xa, 0x6, 0x2, 0x10, 0xc, 0x8, 0x4},
+ new int[] {0x2, 0x2, 0x2, 0x1, 0x2, 0x2, 0x2, 0x1});
+ break;
+ case 19:
+ fastpackOddBit(in, inpos, out, outpos, 19,
+ new int[] {0xd, 0x7, 0x1, 0xe, 0x8, 0x2, 0xf, 0x9, 0x3,
+ 0x10, 0xa, 0x4, 0x11, 0xb, 0x5, 0x12, 0xc, 0x6},
+ new int[] {0x2, 0x2, 0x1, 0x2, 0x2, 0x1, 0x2, 0x2, 0x1,
+ 0x2, 0x2, 0x1, 0x2, 0x2, 0x1, 0x2, 0x2, 0x1});
+ break;
+ case 20:
+ fastpackEvenBit(
+ in, inpos, out, outpos, 20,
+ new int[] {0xc, 0x4, 0x10, 0x8, 0x14, 0xc, 0x4, 0x10, 0x8},
+ new int[] {0x2, 0x1, 0x2, 0x1, 0x2, 0x2, 0x1, 0x2, 0x1});
+ break;
+ case 21:
+ fastpackOddBit(
+ in, inpos, out, outpos, 21,
+ new int[] {0xb, 0x1, 0xc, 0x2, 0xd, 0x3, 0xe, 0x4, 0xf, 0x5,
+ 0x10, 0x6, 0x11, 0x7, 0x12, 0x8, 0x13, 0x9, 0x14, 0xa},
+ new int[] {0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1,
+ 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1});
+ break;
+ case 22:
+ fastpackEvenBit(
+ in, inpos, out, outpos, 22,
+ new int[] {0xa, 0x14, 0x8, 0x12, 0x6, 0x10, 0x4, 0xe, 0x2, 0xc},
+ new int[] {0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x1});
+ break;
+ case 23:
+ fastpackOddBit(in, inpos, out, outpos, 23,
+ new int[] {0x9, 0x12, 0x4, 0xd, 0x16, 0x8, 0x11, 0x3,
+ 0xc, 0x15, 0x7, 0x10, 0x2, 0xb, 0x14, 0x6,
+ 0xf, 0x1, 0xa, 0x13, 0x5, 0xe},
+ new int[] {0x1, 0x2, 0x1, 0x1, 0x2, 0x1, 0x2, 0x1,
+ 0x1, 0x2, 0x1, 0x2, 0x1, 0x1, 0x2, 0x1,
+ 0x2, 0x1, 0x1, 0x2, 0x1, 0x1});
+ break;
+ case 24:
+ fastpackEvenBit(
+ in, inpos, out, outpos, 24,
+ new int[] {0x8, 0x10, 0x18, 0x8, 0x10, 0x18, 0x8, 0x10, 0x18, 0x8,
+ 0x10},
+ new int[] {0x1, 0x1, 0x2, 0x1, 0x1, 0x2, 0x1, 0x1, 0x2, 0x1, 0x1});
+ break;
+ case 25:
+ fastpackOddBit(in, inpos, out, outpos, 25,
+ new int[] {0x7, 0xe, 0x15, 0x3, 0xa, 0x11, 0x18, 0x6,
+ 0xd, 0x14, 0x2, 0x9, 0x10, 0x17, 0x5, 0xc,
+ 0x13, 0x1, 0x8, 0xf, 0x16, 0x4, 0xb, 0x12},
+ new int[] {0x1, 0x1, 0x2, 0x1, 0x1, 0x1, 0x2, 0x1,
+ 0x1, 0x2, 0x1, 0x1, 0x1, 0x2, 0x1, 0x1,
+ 0x2, 0x1, 0x1, 0x1, 0x2, 0x1, 0x1, 0x1});
+ break;
+ case 26:
+ fastpackEvenBit(in, inpos, out, outpos, 26,
+ new int[] {0x6, 0xc, 0x12, 0x18, 0x4, 0xa, 0x10, 0x16,
+ 0x2, 0x8, 0xe, 0x14},
+ new int[] {0x1, 0x1, 0x1, 0x2, 0x1, 0x1, 0x1, 0x2, 0x1,
+ 0x1, 0x1, 0x1});
+ break;
+ case 27:
+ fastpackOddBit(in, inpos, out, outpos, 27,
+ new int[] {0x5, 0xa, 0xf, 0x14, 0x19, 0x3, 0x8,
+ 0xd, 0x12, 0x17, 0x1, 0x6, 0xb, 0x10,
+ 0x15, 0x1a, 0x4, 0x9, 0xe, 0x13, 0x18,
+ 0x2, 0x7, 0xc, 0x11, 0x16},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x2, 0x1, 0x1, 0x1, 0x1,
+ 0x2, 0x1, 0x1, 0x1, 0x1, 0x1, 0x2, 0x1, 0x1,
+ 0x1, 0x1, 0x2, 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 28:
+ fastpackEvenBit(in, inpos, out, outpos, 28,
+ new int[] {0x4, 0x8, 0xc, 0x10, 0x14, 0x18, 0x1c, 0x4,
+ 0x8, 0xc, 0x10, 0x14, 0x18},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x2, 0x1, 0x1,
+ 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 29:
+ fastpackOddBit(
+ in, inpos, out, outpos, 29,
+ new int[] {0x3, 0x6, 0x9, 0xc, 0xf, 0x12, 0x15, 0x18, 0x1b, 0x1,
+ 0x4, 0x7, 0xa, 0xd, 0x10, 0x13, 0x16, 0x19, 0x1c, 0x2,
+ 0x5, 0x8, 0xb, 0xe, 0x11, 0x14, 0x17, 0x1a},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x2, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x2, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 30:
+ fastpackEvenBit(in, inpos, out, outpos, 30,
+ new int[] {0x2, 0x4, 0x6, 0x8, 0xa, 0xc, 0xe, 0x10, 0x12,
+ 0x14, 0x16, 0x18, 0x1a, 0x1c},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 31:
+ fastpackOddBit(in, inpos, out, outpos, 31,
+ new int[] {0x1, 0x2, 0x3, 0x4, 0x5, 0x6, 0x7, 0x8,
+ 0x9, 0xa, 0xb, 0xc, 0xd, 0xe, 0xf, 0x10,
+ 0x11, 0x12, 0x13, 0x14, 0x15, 0x16, 0x17, 0x18,
+ 0x19, 0x1a, 0x1b, 0x1c, 0x1d, 0x1e},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 32:
+ System.arraycopy(in, inpos, out, outpos, 256);
+ break;
+ }
+ }
+
+ public static void fastpackNoMask(final int[] in, int inpos, final int[] out,
+ int outpos, int b) {
+ switch (b) {
+ case 0:
+ break;
+ case 1:
+ fastpackOddBitNoMask(in, inpos, out, outpos, 1, new int[] {},
+ new int[] {});
+ break;
+ case 2:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 2, new int[] {},
+ new int[] {});
+ break;
+ case 3:
+ fastpackOddBitNoMask(in, inpos, out, outpos, 3, new int[] {0x2, 0x1},
+ new int[] {0xb, 0xa});
+ break;
+ case 4:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 4, new int[] {0x4},
+ new int[] {0x8});
+ break;
+ case 5:
+ fastpackOddBitNoMask(in, inpos, out, outpos, 5,
+ new int[] {0x2, 0x4, 0x1, 0x3},
+ new int[] {0x6, 0x7, 0x6, 0x6});
+ break;
+ case 6:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 6, new int[] {0x2, 0x4},
+ new int[] {0x5, 0x5});
+ break;
+ case 7:
+ fastpackOddBitNoMask(in, inpos, out, outpos, 7,
+ new int[] {0x4, 0x1, 0x5, 0x2, 0x6, 0x3},
+ new int[] {0x5, 0x4, 0x5, 0x4, 0x5, 0x4});
+ break;
+ case 8:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 8,
+ new int[] {0x8, 0x8, 0x8},
+ new int[] {0x4, 0x4, 0x4});
+ break;
+ case 9:
+ fastpackOddBitNoMask(in, inpos, out, outpos, 9,
+ new int[] {0x5, 0x1, 0x6, 0x2, 0x7, 0x3, 0x8, 0x4},
+ new int[] {0x4, 0x3, 0x4, 0x3, 0x4, 0x3, 0x4, 0x3});
+ break;
+ case 10:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 10,
+ new int[] {0x2, 0x4, 0x6, 0x8},
+ new int[] {0x3, 0x3, 0x3, 0x3});
+ break;
+ case 11:
+ fastpackOddBitNoMask(
+ in, inpos, out, outpos, 11,
+ new int[] {0xa, 0x9, 0x8, 0x7, 0x6, 0x5, 0x4, 0x3, 0x2, 0x1},
+ new int[] {0x3, 0x3, 0x3, 0x3, 0x3, 0x3, 0x3, 0x3, 0x3, 0x2});
+ break;
+ case 12:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 12,
+ new int[] {0x8, 0x4, 0xc, 0x8, 0x4},
+ new int[] {0x3, 0x2, 0x3, 0x3, 0x2});
+ break;
+ case 13:
+ fastpackOddBitNoMask(in, inpos, out, outpos, 13,
+ new int[] {0x6, 0xc, 0x5, 0xb, 0x4, 0xa, 0x3, 0x9,
+ 0x2, 0x8, 0x1, 0x7},
+ new int[] {0x2, 0x3, 0x2, 0x3, 0x2, 0x3, 0x2, 0x3,
+ 0x2, 0x3, 0x2, 0x2});
+ break;
+ case 14:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 14,
+ new int[] {0x4, 0x8, 0xc, 0x2, 0x6, 0xa},
+ new int[] {0x2, 0x2, 0x3, 0x2, 0x2, 0x2});
+ break;
+ case 15:
+ fastpackOddBitNoMask(in, inpos, out, outpos, 15,
+ new int[] {0x2, 0x4, 0x6, 0x8, 0xa, 0xc, 0xe, 0x1,
+ 0x3, 0x5, 0x7, 0x9, 0xb, 0xd},
+ new int[] {0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x3, 0x2,
+ 0x2, 0x2, 0x2, 0x2, 0x2, 0x2});
+ break;
+ case 16:
+ fastpackEvenBitNoMask(
+ in, inpos, out, outpos, 16,
+ new int[] {0x10, 0x10, 0x10, 0x10, 0x10, 0x10, 0x10},
+ new int[] {0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x2});
+ break;
+ case 17:
+ fastpackOddBitNoMask(in, inpos, out, outpos, 17,
+ new int[] {0xf, 0xd, 0xb, 0x9, 0x7, 0x5, 0x3, 0x1,
+ 0x10, 0xe, 0xc, 0xa, 0x8, 0x6, 0x4, 0x2},
+ new int[] {0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x1,
+ 0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x1});
+ break;
+ case 18:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 18,
+ new int[] {0xe, 0xa, 0x6, 0x2, 0x10, 0xc, 0x8, 0x4},
+ new int[] {0x2, 0x2, 0x2, 0x1, 0x2, 0x2, 0x2, 0x1});
+ break;
+ case 19:
+ fastpackOddBitNoMask(
+ in, inpos, out, outpos, 19,
+ new int[] {0xd, 0x7, 0x1, 0xe, 0x8, 0x2, 0xf, 0x9, 0x3, 0x10, 0xa,
+ 0x4, 0x11, 0xb, 0x5, 0x12, 0xc, 0x6},
+ new int[] {0x2, 0x2, 0x1, 0x2, 0x2, 0x1, 0x2, 0x2, 0x1, 0x2, 0x2, 0x1,
+ 0x2, 0x2, 0x1, 0x2, 0x2, 0x1});
+ break;
+ case 20:
+ fastpackEvenBitNoMask(
+ in, inpos, out, outpos, 20,
+ new int[] {0xc, 0x4, 0x10, 0x8, 0x14, 0xc, 0x4, 0x10, 0x8},
+ new int[] {0x2, 0x1, 0x2, 0x1, 0x2, 0x2, 0x1, 0x2, 0x1});
+ break;
+ case 21:
+ fastpackOddBitNoMask(
+ in, inpos, out, outpos, 21,
+ new int[] {0xb, 0x1, 0xc, 0x2, 0xd, 0x3, 0xe, 0x4, 0xf, 0x5,
+ 0x10, 0x6, 0x11, 0x7, 0x12, 0x8, 0x13, 0x9, 0x14, 0xa},
+ new int[] {0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1,
+ 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1});
+ break;
+ case 22:
+ fastpackEvenBitNoMask(
+ in, inpos, out, outpos, 22,
+ new int[] {0xa, 0x14, 0x8, 0x12, 0x6, 0x10, 0x4, 0xe, 0x2, 0xc},
+ new int[] {0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x1});
+ break;
+ case 23:
+ fastpackOddBitNoMask(
+ in, inpos, out, outpos, 23,
+ new int[] {0x9, 0x12, 0x4, 0xd, 0x16, 0x8, 0x11, 0x3,
+ 0xc, 0x15, 0x7, 0x10, 0x2, 0xb, 0x14, 0x6,
+ 0xf, 0x1, 0xa, 0x13, 0x5, 0xe},
+ new int[] {0x1, 0x2, 0x1, 0x1, 0x2, 0x1, 0x2, 0x1, 0x1, 0x2, 0x1,
+ 0x2, 0x1, 0x1, 0x2, 0x1, 0x2, 0x1, 0x1, 0x2, 0x1, 0x1});
+ break;
+ case 24:
+ fastpackEvenBitNoMask(
+ in, inpos, out, outpos, 24,
+ new int[] {0x8, 0x10, 0x18, 0x8, 0x10, 0x18, 0x8, 0x10, 0x18, 0x8,
+ 0x10},
+ new int[] {0x1, 0x1, 0x2, 0x1, 0x1, 0x2, 0x1, 0x1, 0x2, 0x1, 0x1});
+ break;
+ case 25:
+ fastpackOddBitNoMask(in, inpos, out, outpos, 25,
+ new int[] {0x7, 0xe, 0x15, 0x3, 0xa, 0x11,
+ 0x18, 0x6, 0xd, 0x14, 0x2, 0x9,
+ 0x10, 0x17, 0x5, 0xc, 0x13, 0x1,
+ 0x8, 0xf, 0x16, 0x4, 0xb, 0x12},
+ new int[] {0x1, 0x1, 0x2, 0x1, 0x1, 0x1, 0x2, 0x1,
+ 0x1, 0x2, 0x1, 0x1, 0x1, 0x2, 0x1, 0x1,
+ 0x2, 0x1, 0x1, 0x1, 0x2, 0x1, 0x1, 0x1});
+ break;
+ case 26:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 26,
+ new int[] {0x6, 0xc, 0x12, 0x18, 0x4, 0xa, 0x10,
+ 0x16, 0x2, 0x8, 0xe, 0x14},
+ new int[] {0x1, 0x1, 0x1, 0x2, 0x1, 0x1, 0x1, 0x2,
+ 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 27:
+ fastpackOddBitNoMask(
+ in, inpos, out, outpos, 27,
+ new int[] {0x5, 0xa, 0xf, 0x14, 0x19, 0x3, 0x8, 0xd, 0x12,
+ 0x17, 0x1, 0x6, 0xb, 0x10, 0x15, 0x1a, 0x4, 0x9,
+ 0xe, 0x13, 0x18, 0x2, 0x7, 0xc, 0x11, 0x16},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x2, 0x1, 0x1, 0x1, 0x1,
+ 0x2, 0x1, 0x1, 0x1, 0x1, 0x1, 0x2, 0x1, 0x1,
+ 0x1, 0x1, 0x2, 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 28:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 28,
+ new int[] {0x4, 0x8, 0xc, 0x10, 0x14, 0x18, 0x1c,
+ 0x4, 0x8, 0xc, 0x10, 0x14, 0x18},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x2, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 29:
+ fastpackOddBitNoMask(
+ in, inpos, out, outpos, 29,
+ new int[] {0x3, 0x6, 0x9, 0xc, 0xf, 0x12, 0x15, 0x18, 0x1b, 0x1,
+ 0x4, 0x7, 0xa, 0xd, 0x10, 0x13, 0x16, 0x19, 0x1c, 0x2,
+ 0x5, 0x8, 0xb, 0xe, 0x11, 0x14, 0x17, 0x1a},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x2, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x2, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 30:
+ fastpackEvenBitNoMask(in, inpos, out, outpos, 30,
+ new int[] {0x2, 0x4, 0x6, 0x8, 0xa, 0xc, 0xe, 0x10,
+ 0x12, 0x14, 0x16, 0x18, 0x1a, 0x1c},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 31:
+ fastpackOddBitNoMask(
+ in, inpos, out, outpos, 31,
+ new int[] {0x1, 0x2, 0x3, 0x4, 0x5, 0x6, 0x7, 0x8,
+ 0x9, 0xa, 0xb, 0xc, 0xd, 0xe, 0xf, 0x10,
+ 0x11, 0x12, 0x13, 0x14, 0x15, 0x16, 0x17, 0x18,
+ 0x19, 0x1a, 0x1b, 0x1c, 0x1d, 0x1e},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 32:
+ System.arraycopy(in, inpos, out, outpos, 256);
+ break;
+ }
+ }
+
+ public static void fastunpack(final int[] in, int inpos, final int[] out,
+ int outpos, int b) {
+ switch (b) {
+ case 0:
+ Arrays.fill(out, outpos, outpos + 256, 0);
+ break;
+ case 1:
+ fastUnpackOddBit(in, inpos, out, outpos, 1, new int[] {}, new int[] {},
+ new int[] {});
+ break;
+ case 2:
+ fastUnpackEventBit(in, inpos, out, outpos, 2, new int[] {}, new int[] {},
+ new int[] {});
+ break;
+ case 3:
+ fastUnpackOddBit(in, inpos, out, outpos, 3, new int[] {0x1, 0x2},
+ new int[] {0x1, 0x3}, new int[] {0xa, 0xa});
+ break;
+ case 4:
+ fastUnpackEventBit(in, inpos, out, outpos, 4, new int[] {0x4},
+ new int[] {0xf}, new int[] {0x7});
+ break;
+ case 5:
+ fastUnpackOddBit(
+ in, inpos, out, outpos, 5, new int[] {0x3, 0x1, 0x4, 0x2},
+ new int[] {0x7, 0x1, 0xf, 0x3}, new int[] {0x5, 0x6, 0x5, 0x6});
+ break;
+ case 6:
+ fastUnpackEventBit(in, inpos, out, outpos, 6, new int[] {0x4, 0x2},
+ new int[] {0xf, 0x3}, new int[] {0x4, 0x5});
+ break;
+ case 7:
+ fastUnpackOddBit(in, inpos, out, outpos, 7,
+ new int[] {0x3, 0x6, 0x2, 0x5, 0x1, 0x4},
+ new int[] {0x7, 0x3f, 0x3, 0x1f, 0x1, 0xf},
+ new int[] {0x4, 0x3, 0x4, 0x3, 0x4, 0x4});
+ break;
+ case 8:
+ fastUnpackEventBit(in, inpos, out, outpos, 8, new int[] {0x8, 0x8, 0x8},
+ new int[] {0xff, 0xff, 0xff},
+ new int[] {0x3, 0x3, 0x3});
+ break;
+ case 9:
+ fastUnpackOddBit(in, inpos, out, outpos, 9,
+ new int[] {0x4, 0x8, 0x3, 0x7, 0x2, 0x6, 0x1, 0x5},
+ new int[] {0xf, 0xff, 0x7, 0x7f, 0x3, 0x3f, 0x1, 0x1f},
+ new int[] {0x3, 0x2, 0x3, 0x2, 0x3, 0x2, 0x3, 0x3});
+ break;
+ case 10:
+ fastUnpackEventBit(
+ in, inpos, out, outpos, 10, new int[] {0x8, 0x6, 0x4, 0x2},
+ new int[] {0xff, 0x3f, 0xf, 0x3}, new int[] {0x2, 0x2, 0x2, 0x3});
+ break;
+ case 11:
+ fastUnpackOddBit(
+ in, inpos, out, outpos, 11,
+ new int[] {0x1, 0x2, 0x3, 0x4, 0x5, 0x6, 0x7, 0x8, 0x9, 0xa},
+ new int[] {0x1, 0x3, 0x7, 0xf, 0x1f, 0x3f, 0x7f, 0xff, 0x1ff, 0x3ff},
+ new int[] {0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x2, 0x2});
+ break;
+ case 12:
+ fastUnpackEventBit(in, inpos, out, outpos, 12,
+ new int[] {0x4, 0x8, 0xc, 0x4, 0x8},
+ new int[] {0xf, 0xff, 0xfff, 0xf, 0xff},
+ new int[] {0x2, 0x2, 0x1, 0x2, 0x2});
+ break;
+ case 13:
+ fastUnpackOddBit(in, inpos, out, outpos, 13,
+ new int[] {0x7, 0x1, 0x8, 0x2, 0x9, 0x3, 0xa, 0x4, 0xb,
+ 0x5, 0xc, 0x6},
+ new int[] {0x7f, 0x1, 0xff, 0x3, 0x1ff, 0x7, 0x3ff, 0xf,
+ 0x7ff, 0x1f, 0xfff, 0x3f},
+ new int[] {0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1, 0x2, 0x1,
+ 0x2, 0x1, 0x2});
+ break;
+ case 14:
+ fastUnpackEventBit(in, inpos, out, outpos, 14,
+ new int[] {0xa, 0x6, 0x2, 0xc, 0x8, 0x4},
+ new int[] {0x3ff, 0x3f, 0x3, 0xfff, 0xff, 0xf},
+ new int[] {0x1, 0x1, 0x2, 0x1, 0x1, 0x2});
+ break;
+ case 15:
+ fastUnpackOddBit(in, inpos, out, outpos, 15,
+ new int[] {0xd, 0xb, 0x9, 0x7, 0x5, 0x3, 0x1, 0xe, 0xc,
+ 0xa, 0x8, 0x6, 0x4, 0x2},
+ new int[] {0x1fff, 0x7ff, 0x1ff, 0x7f, 0x1f, 0x7, 0x1,
+ 0x3fff, 0xfff, 0x3ff, 0xff, 0x3f, 0xf, 0x3},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x2, 0x1, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x2});
+ break;
+ case 16:
+ fastUnpackEventBit(
+ in, inpos, out, outpos, 16,
+ new int[] {0x10, 0x10, 0x10, 0x10, 0x10, 0x10, 0x10},
+ new int[] {0xffff, 0xffff, 0xffff, 0xffff, 0xffff, 0xffff, 0xffff},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 17:
+ fastUnpackOddBit(in, inpos, out, outpos, 17,
+ new int[] {0x2, 0x4, 0x6, 0x8, 0xa, 0xc, 0xe, 0x10, 0x1,
+ 0x3, 0x5, 0x7, 0x9, 0xb, 0xd, 0xf},
+ new int[] {0x3, 0xf, 0x3f, 0xff, 0x3ff, 0xfff, 0x3fff,
+ 0xffff, 0x1, 0x7, 0x1f, 0x7f, 0x1ff, 0x7ff,
+ 0x1fff, 0x7fff},
+ new int[] {0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x0, 0x1,
+ 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 18:
+ fastUnpackEventBit(
+ in, inpos, out, outpos, 18,
+ new int[] {0x4, 0x8, 0xc, 0x10, 0x2, 0x6, 0xa, 0xe},
+ new int[] {0xf, 0xff, 0xfff, 0xffff, 0x3, 0x3f, 0x3ff, 0x3fff},
+ new int[] {0x1, 0x1, 0x1, 0x0, 0x1, 0x1, 0x1, 0x1});
+ break;
+ case 19:
+ fastUnpackOddBit(in, inpos, out, outpos, 19,
+ new int[] {0x6, 0xc, 0x12, 0x5, 0xb, 0x11, 0x4, 0xa,
+ 0x10, 0x3, 0x9, 0xf, 0x2, 0x8, 0xe, 0x1, 0x7,
+ 0xd},
+ new int[] {0x3f, 0xfff, 0x3ffff, 0x1f, 0x7ff, 0x1ffff,
+ 0xf, 0x3ff, 0xffff, 0x7, 0x1ff, 0x7fff, 0x3,
+ 0xff, 0x3fff, 0x1, 0x7f, 0x1fff},
+ new int[] {0x1, 0x1, 0x0, 0x1, 0x1, 0x0, 0x1, 0x1, 0x0,
+ 0x1, 0x1, 0x0, 0x1, 0x1, 0x0, 0x1, 0x1, 0x1});
+ break;
+ case 20:
+ fastUnpackEventBit(
+ in, inpos, out, outpos, 20,
+ new int[] {0x8, 0x10, 0x4, 0xc, 0x14, 0x8, 0x10, 0x4, 0xc},
+ new int[] {0xff, 0xffff, 0xf, 0xfff, 0xfffff, 0xff, 0xffff, 0xf,
+ 0xfff},
+ new int[] {0x1, 0x0, 0x1, 0x1, 0x0, 0x1, 0x0, 0x1, 0x1});
+ break;
+ case 21:
+ fastUnpackOddBit(
+ in, inpos, out, outpos, 21,
+ new int[] {0xa, 0x14, 0x9, 0x13, 0x8, 0x12, 0x7, 0x11, 0x6, 0x10,
+ 0x5, 0xf, 0x4, 0xe, 0x3, 0xd, 0x2, 0xc, 0x1, 0xb},
+ new int[] {0x3ff, 0xfffff, 0x1ff, 0x7ffff, 0xff, 0x3ffff, 0x7f,
+ 0x1ffff, 0x3f, 0xffff, 0x1f, 0x7fff, 0xf, 0x3fff,
+ 0x7, 0x1fff, 0x3, 0xfff, 0x1, 0x7ff},
+ new int[] {0x1, 0x0, 0x1, 0x0, 0x1, 0x0, 0x1, 0x0, 0x1, 0x0,
+ 0x1, 0x0, 0x1, 0x0, 0x1, 0x0, 0x1, 0x0, 0x1, 0x1});
+ break;
+ case 22:
+ fastUnpackEventBit(
+ in, inpos, out, outpos, 22,
+ new int[] {0xc, 0x2, 0xe, 0x4, 0x10, 0x6, 0x12, 0x8, 0x14, 0xa},
+ new int[] {0xfff, 0x3, 0x3fff, 0xf, 0xffff, 0x3f, 0x3ffff, 0xff,
+ 0xfffff, 0x3ff},
+ new int[] {0x0, 0x1, 0x0, 0x1, 0x0, 0x1, 0x0, 0x1, 0x0, 0x1});
+ break;
+ case 23:
+ fastUnpackOddBit(
+ in, inpos, out, outpos, 23,
+ new int[] {0xe, 0x5, 0x13, 0xa, 0x1, 0xf, 0x6, 0x14,
+ 0xb, 0x2, 0x10, 0x7, 0x15, 0xc, 0x3, 0x11,
+ 0x8, 0x16, 0xd, 0x4, 0x12, 0x9},
+ new int[] {0x3fff, 0x1f, 0x7ffff, 0x3ff, 0x1, 0x7fff,
+ 0x3f, 0xfffff, 0x7ff, 0x3, 0xffff, 0x7f,
+ 0x1fffff, 0xfff, 0x7, 0x1ffff, 0xff, 0x3fffff,
+ 0x1fff, 0xf, 0x3ffff, 0x1ff},
+ new int[] {0x0, 0x1, 0x0, 0x0, 0x1, 0x0, 0x1, 0x0, 0x0, 0x1, 0x0,
+ 0x1, 0x0, 0x0, 0x1, 0x0, 0x1, 0x0, 0x0, 0x1, 0x0, 0x1});
+ break;
+ case 24:
+ fastUnpackEventBit(
+ in, inpos, out, outpos, 24,
+ new int[] {0x10, 0x8, 0x18, 0x10, 0x8, 0x18, 0x10, 0x8, 0x18, 0x10,
+ 0x8},
+ new int[] {0xffff, 0xff, 0xffffff, 0xffff, 0xff, 0xffffff, 0xffff,
+ 0xff, 0xffffff, 0xffff, 0xff},
+ new int[] {0x0, 0x1, 0x0, 0x0, 0x1, 0x0, 0x0, 0x1, 0x0, 0x0, 0x1});
+ break;
+ case 25:
+ fastUnpackOddBit(
+ in, inpos, out, outpos, 25,
+ new int[] {0x12, 0xb, 0x4, 0x16, 0xf, 0x8, 0x1, 0x13,
+ 0xc, 0x5, 0x17, 0x10, 0x9, 0x2, 0x14, 0xd,
+ 0x6, 0x18, 0x11, 0xa, 0x3, 0x15, 0xe, 0x7},
+ new int[] {0x3ffff, 0x7ff, 0xf, 0x3fffff, 0x7fff, 0xff,
+ 0x1, 0x7ffff, 0xfff, 0x1f, 0x7fffff, 0xffff,
+ 0x1ff, 0x3, 0xfffff, 0x1fff, 0x3f, 0xffffff,
+ 0x1ffff, 0x3ff, 0x7, 0x1fffff, 0x3fff, 0x7f},
+ new int[] {0x0, 0x0, 0x1, 0x0, 0x0, 0x0, 0x1, 0x0,
+ 0x0, 0x1, 0x0, 0x0, 0x0, 0x1, 0x0, 0x0,
+ 0x1, 0x0, 0x0, 0x0, 0x1, 0x0, 0x0, 0x1});
+ break;
+ case 26:
+ fastUnpackEventBit(in, inpos, out, outpos, 26,
+ new int[] {0x14, 0xe, 0x8, 0x2, 0x16, 0x10, 0xa, 0x4,
+ 0x18, 0x12, 0xc, 0x6},
+ new int[] {0xfffff, 0x3fff, 0xff, 0x3, 0x3fffff,
+ 0xffff, 0x3ff, 0xf, 0xffffff, 0x3ffff,
+ 0xfff, 0x3f},
+ new int[] {0x0, 0x0, 0x0, 0x1, 0x0, 0x0, 0x0, 0x1, 0x0,
+ 0x0, 0x0, 0x1});
+ break;
+ case 27:
+ fastUnpackOddBit(
+ in, inpos, out, outpos, 27,
+ new int[] {0x16, 0x11, 0xc, 0x7, 0x2, 0x18, 0x13, 0xe, 0x9,
+ 0x4, 0x1a, 0x15, 0x10, 0xb, 0x6, 0x1, 0x17, 0x12,
+ 0xd, 0x8, 0x3, 0x19, 0x14, 0xf, 0xa, 0x5},
+ new int[] {0x3fffff, 0x1ffff, 0xfff, 0x7f, 0x3, 0xffffff,
+ 0x7ffff, 0x3fff, 0x1ff, 0xf, 0x3ffffff, 0x1fffff,
+ 0xffff, 0x7ff, 0x3f, 0x1, 0x7fffff, 0x3ffff,
+ 0x1fff, 0xff, 0x7, 0x1ffffff, 0xfffff, 0x7fff,
+ 0x3ff, 0x1f},
+ new int[] {0x0, 0x0, 0x0, 0x0, 0x1, 0x0, 0x0, 0x0, 0x0,
+ 0x1, 0x0, 0x0, 0x0, 0x0, 0x0, 0x1, 0x0, 0x0,
+ 0x0, 0x0, 0x1, 0x0, 0x0, 0x0, 0x0, 0x1});
+ break;
+ case 28:
+ fastUnpackEventBit(in, inpos, out, outpos, 28,
+ new int[] {0x18, 0x14, 0x10, 0xc, 0x8, 0x4, 0x1c, 0x18,
+ 0x14, 0x10, 0xc, 0x8, 0x4},
+ new int[] {0xffffff, 0xfffff, 0xffff, 0xfff, 0xff, 0xf,
+ 0xfffffff, 0xffffff, 0xfffff, 0xffff, 0xfff,
+ 0xff, 0xf},
+ new int[] {0x0, 0x0, 0x0, 0x0, 0x0, 0x1, 0x0, 0x0, 0x0,
+ 0x0, 0x0, 0x0, 0x1});
+ break;
+ case 29:
+ fastUnpackOddBit(
+ in, inpos, out, outpos, 29,
+ new int[] {0x1a, 0x17, 0x14, 0x11, 0xe, 0xb, 0x8, 0x5, 0x2, 0x1c,
+ 0x19, 0x16, 0x13, 0x10, 0xd, 0xa, 0x7, 0x4, 0x1, 0x1b,
+ 0x18, 0x15, 0x12, 0xf, 0xc, 0x9, 0x6, 0x3},
+ new int[] {0x3ffffff, 0x7fffff, 0xfffff, 0x1ffff, 0x3fff,
+ 0x7ff, 0xff, 0x1f, 0x3, 0xfffffff,
+ 0x1ffffff, 0x3fffff, 0x7ffff, 0xffff, 0x1fff,
+ 0x3ff, 0x7f, 0xf, 0x1, 0x7ffffff,
+ 0xffffff, 0x1fffff, 0x3ffff, 0x7fff, 0xfff,
+ 0x1ff, 0x3f, 0x7},
+ new int[] {0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x1, 0x0,
+ 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x1, 0x0,
+ 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x1});
+ break;
+ case 30:
+ fastUnpackEventBit(in, inpos, out, outpos, 30,
+ new int[] {0x1c, 0x1a, 0x18, 0x16, 0x14, 0x12, 0x10,
+ 0xe, 0xc, 0xa, 0x8, 0x6, 0x4, 0x2},
+ new int[] {0xfffffff, 0x3ffffff, 0xffffff, 0x3fffff,
+ 0xfffff, 0x3ffff, 0xffff, 0x3fff, 0xfff,
+ 0x3ff, 0xff, 0x3f, 0xf, 0x3},
+ new int[] {0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0,
+ 0x0, 0x0, 0x0, 0x0, 0x1});
+ break;
+ case 31:
+ fastUnpackOddBit(
+ in, inpos, out, outpos, 31,
+ new int[] {0x1e, 0x1d, 0x1c, 0x1b, 0x1a, 0x19, 0x18, 0x17, 0x16, 0x15,
+ 0x14, 0x13, 0x12, 0x11, 0x10, 0xf, 0xe, 0xd, 0xc, 0xb,
+ 0xa, 0x9, 0x8, 0x7, 0x6, 0x5, 0x4, 0x3, 0x2, 0x1},
+ new int[] {0x3fffffff, 0x1fffffff, 0xfffffff, 0x7ffffff, 0x3ffffff,
+ 0x1ffffff, 0xffffff, 0x7fffff, 0x3fffff, 0x1fffff,
+ 0xfffff, 0x7ffff, 0x3ffff, 0x1ffff, 0xffff,
+ 0x7fff, 0x3fff, 0x1fff, 0xfff, 0x7ff,
+ 0x3ff, 0x1ff, 0xff, 0x7f, 0x3f,
+ 0x1f, 0xf, 0x7, 0x3, 0x1},
+ new int[] {0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0,
+ 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0,
+ 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x1});
+ break;
+
+ case 32:
+ System.arraycopy(in, inpos, out, outpos, 256);
+ break;
+ }
+ }
+}
diff --git a/src/main/java/me/lemire/integercompression/vector/VectorFastPFOR.java b/src/main/java/me/lemire/integercompression/vector/VectorFastPFOR.java
new file mode 100644
index 0000000..7374fa5
--- /dev/null
+++ b/src/main/java/me/lemire/integercompression/vector/VectorFastPFOR.java
@@ -0,0 +1,366 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ * (c) Intel Corp. (for Vector implementation)
+ */
+package me.lemire.integercompression.vector;
+
+import java.nio.ByteBuffer;
+import java.util.Arrays;
+import me.lemire.integercompression.IntegerCODEC;
+import me.lemire.integercompression.SkippableIntegerCODEC;
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * This is a patching scheme designed for speed.
+ * It encodes integers in blocks of integers within pages of
+ * up to 65536 integers. Note that it is important, to get good
+ * compression and good performance, to use sizeable arrays (greater than 1024
+ * integers). For arrays containing a number of integers that is not divisible
+ * by BLOCK_SIZE, you should use it in conjunction with another CODEC:
+ *
+ * IntegerCODEC ic = new Composition(new VectorFastPFOR(), new VariableByte()).
+ *
+ * For details, please see:
+ *
+ * Daniel Lemire and Leonid Boytsov, Decoding billions of integers per second
+ * through vectorization Software: Practice & Experience
+ * http://onlinelibrary.wiley.com/doi/10.1002/spe.2203/abstract
+ * http://arxiv.org/abs/1209.2137
+ *
+ * For sufficiently compressible and long arrays, it is faster and better
+ * than other PFOR schemes.
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you should first compute deltas, @see
+ * me.lemire.integercompression.differential.Delta#delta.
+ *
+ * For multi-threaded applications, each thread should use its own FastPFOR
+ * object.
+ *
+ * @author Daniel Lemire
+ */
+public class VectorFastPFOR implements IntegerCODEC, SkippableIntegerCODEC {
+ private final static int OVERHEAD_OF_EACH_EXCEPT = 8;
+ public final static int DEFAULT_PAGE_SIZE = 64 << 10;
+
+ public final static int BLOCK_SIZE = 256;
+ private final static int INTS_PER_BLOCK = BLOCK_SIZE >>> 5;
+
+ private final int pageSize;
+ private final int[][] dataTobePacked = new int[33][];
+ private int[] exceptData = null;
+
+ // Working area for compress and uncompress.
+ private final int[] dataPointers = new int[33];
+ private final int[] freqs = new int[33];
+ private final byte[] bem;
+ /**
+ * Construct the FastPFOR CODEC.
+ *
+ * @param pagesize
+ * the desired page size (recommended value is
+ * FastPFOR.DEFAULT_PAGE_SIZE)
+ */
+ private VectorFastPFOR(int pagesize) {
+ pageSize = pagesize;
+ // Initiate arrrays.
+ bem = new byte[3 * pageSize / BLOCK_SIZE + pagesize];
+ for (int k = 1; k < dataTobePacked.length; ++k)
+ dataTobePacked[k] = new int[pageSize / 32 * 4]; // heuristic
+ exceptData = new int[pageSize * 4];
+ }
+
+ /**
+ * Construct the fastPFOR CODEC with default parameters.
+ */
+ public VectorFastPFOR() { this(DEFAULT_PAGE_SIZE); }
+
+ /**
+ * Compress data in blocks of BLOCK_SIZE integers (if fewer than BLOCK_SIZE
+ * integers are provided, nothing is done).
+ *
+ * @see IntegerCODEC#compress(int[], IntWrapper, int, int[], IntWrapper)
+ */
+ @Override
+ public void headlessCompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos) {
+ inlength = inlength - inlength % BLOCK_SIZE;
+ // Allocate memory for working area.
+
+ final int finalinpos = inpos.get() + inlength;
+ while (inpos.get() != finalinpos) {
+ int thissize = Math.min(pageSize, finalinpos - inpos.get());
+ encodePage(in, inpos, thissize, out, outpos);
+ }
+ }
+
+ private void getBestBitSize(int[] in, int pos, int index) {
+ Arrays.fill(freqs, 0);
+ for (int i = pos, limit = pos + BLOCK_SIZE; i < limit; i++) {
+ freqs[32 - Integer.numberOfLeadingZeros(in[i])]++;
+ }
+ bem[index] = 32;
+ while (freqs[bem[index]] == 0)
+ bem[index]--;
+ bem[index + 2] = bem[index];
+ int maxb = bem[index + 2];
+ int bestcost = bem[index] * BLOCK_SIZE;
+ int cexcept = 0;
+ bem[index + 1] = 0;
+ for (int b = bem[index] - 1; b >= 0; --b) {
+ cexcept += freqs[b + 1];
+ if (cexcept == BLOCK_SIZE)
+ break;
+ // the extra 8 is the cost of storing maxbits
+ int thiscost = cexcept * OVERHEAD_OF_EACH_EXCEPT + cexcept * (maxb - b) +
+ b * BLOCK_SIZE + 8;
+ if (maxb - b == 1)
+ thiscost -= cexcept;
+ if (thiscost < bestcost) {
+ bestcost = thiscost;
+ bem[index] = (byte)b;
+ bem[index + 1] = (byte)cexcept;
+ }
+ }
+ }
+
+ private void encodePage(int[] in, IntWrapper inpos, int thissize, int[] out,
+ IntWrapper outpos) {
+ final int headerpos = outpos.get();
+ outpos.increment();
+ int tmpoutpos = outpos.get();
+
+ // Clear working area.
+ Arrays.fill(dataPointers, 0);
+ Arrays.fill(bem, (byte)0);
+
+ int tmpinpos = inpos.get();
+ final int finalinpos = tmpinpos + thissize - BLOCK_SIZE;
+ int bindex = 0;
+ for (; tmpinpos <= finalinpos; tmpinpos += BLOCK_SIZE) {
+ getBestBitSize(in, tmpinpos, bindex);
+ final int tmpexcept = bem[bindex + 1] & 0xFF;
+ final int tmpbestb = bem[bindex];
+ if (tmpexcept > 0) {
+ final int index = bem[bindex + 2] - tmpbestb;
+ if (dataPointers[index] + tmpexcept >= dataTobePacked[index].length) {
+ int newsize = 2 * (dataPointers[index] + tmpexcept);
+ int val = newsize + BLOCK_SIZE - 1;
+ newsize = val - val % BLOCK_SIZE;
+ dataTobePacked[index] = Arrays.copyOf(dataTobePacked[index], newsize);
+ }
+ bindex += 3;
+ for (int k = 0; k < BLOCK_SIZE; ++k) {
+ if ((in[k + tmpinpos] >>> tmpbestb) != 0) {
+ // we have an exception
+ bem[bindex++] = (byte)k;
+ dataTobePacked[index][dataPointers[index]++] =
+ in[k + tmpinpos] >>> tmpbestb;
+ }
+ }
+ } else {
+ bindex += 2;
+ }
+ VectorBitPacker.fastpack(in, tmpinpos, out, tmpoutpos, tmpbestb);
+ tmpoutpos += INTS_PER_BLOCK * tmpbestb;
+ }
+ inpos.set(tmpinpos);
+ out[headerpos] = tmpoutpos - headerpos;
+
+ int bytesize = bindex;
+ out[tmpoutpos++] = bytesize;
+
+ bytesize = bytesize % 4 == 0 ? bytesize : (bytesize / 4) * 4 + 4;
+ for (int i = 0; i <= bytesize - 4; i += 4) {
+ out[tmpoutpos] = bem[i] & 0xFF;
+ out[tmpoutpos] |= (bem[i + 1] & 0xFF) << 8;
+ out[tmpoutpos] |= (bem[i + 2] & 0xFF) << 16;
+ out[tmpoutpos] |= (bem[i + 3] & 0xFF) << 24;
+ tmpoutpos++;
+ }
+
+ int bitmap = 0;
+ for (int k = 2; k <= 32; ++k) {
+ if (dataPointers[k] != 0)
+ bitmap |= (1 << (k - 1));
+ }
+ out[tmpoutpos++] = bitmap;
+
+ for (int k = 2; k <= 32; ++k) {
+ if (dataPointers[k] != 0) {
+ out[tmpoutpos++] = dataPointers[k]; // size
+ int j = 0;
+ int n = (dataPointers[k] / BLOCK_SIZE) * BLOCK_SIZE;
+ for (; j < n; j += BLOCK_SIZE) {
+ VectorBitPacker.fastpackNoMask(dataTobePacked[k], j, out, tmpoutpos,
+ k);
+ tmpoutpos += INTS_PER_BLOCK * k;
+ }
+ int r = dataPointers[k] % BLOCK_SIZE;
+ if (r != 0) {
+ tmpoutpos = VectorBitPacker.slowpack(dataTobePacked[k], j, r, out,
+ tmpoutpos, k);
+ tmpoutpos++;
+ }
+ }
+ }
+ outpos.set(tmpoutpos);
+ }
+
+ /**
+ * Uncompress data in blocks of integers. In this particular case,
+ * the inlength parameter is ignored: it is deduced from the compressed
+ * data.
+ *
+ * @see IntegerCODEC#compress(int[], IntWrapper, int, int[], IntWrapper)
+ */
+ @Override
+ public void headlessUncompress(int[] in, IntWrapper inpos, int inlength,
+ int[] out, IntWrapper outpos, int mynvalue) {
+ mynvalue = mynvalue - mynvalue % BLOCK_SIZE;
+ int finalout = outpos.get() + mynvalue;
+ while (outpos.get() != finalout) {
+ int thissize = Math.min(pageSize, finalout - outpos.get());
+ decodePage(in, inpos, out, outpos, thissize);
+ }
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ throw new UnsupportedOperationException("Calculating the max compressed length is not supported yet.");
+ }
+
+ private void loadMetaData(int[] in, int inexcept, int bytesize) {
+ // Arrays.fill(bem, (byte)0);
+ int len = (bytesize + 3) / 4;
+ int lc = 0;
+ for (int i = 0; i < len; i++) {
+ bem[lc++] = (byte)(in[inexcept + i]);
+ bem[lc++] = (byte)(in[inexcept + i] >>> 8);
+ bem[lc++] = (byte)(in[inexcept + i] >>> 16);
+ bem[lc++] = (byte)(in[inexcept + i] >>> 24);
+ }
+ }
+
+ private void decodePage(int[] in, IntWrapper inpos, int[] out,
+ IntWrapper outpos, int thissize) {
+ final int initpos = inpos.get();
+ final int wheremeta = in[inpos.get()];
+ inpos.increment();
+ int inexcept = initpos + wheremeta;
+
+ final int bytesize = in[inexcept++];
+ loadMetaData(in, inexcept, bytesize);
+ inexcept += (bytesize + 3) / 4;
+ final int bitmap = in[inexcept++];
+ for (int k = 2; k <= 32; ++k) {
+ if ((bitmap & (1 << (k - 1))) != 0) {
+ int size = in[inexcept++];
+ int val = size + BLOCK_SIZE - 1;
+ int roundedup = val - val % BLOCK_SIZE;
+ if (dataTobePacked[k].length < roundedup)
+ dataTobePacked[k] = new int[roundedup];
+ if (inexcept + roundedup / 32 * k <= in.length) {
+ int j = 0;
+ int len = (size / BLOCK_SIZE) * BLOCK_SIZE;
+ for (; j < len; j += BLOCK_SIZE) {
+ VectorBitPacker.fastunpack(in, inexcept, dataTobePacked[k], j, k);
+ inexcept += INTS_PER_BLOCK * k;
+ }
+ int r = size % BLOCK_SIZE;
+ inexcept = VectorBitPacker.slowunpack(in, inexcept, dataTobePacked[k],
+ j, r, k);
+ } else {
+ int j = 0;
+ val = roundedup / 32 * k + BLOCK_SIZE - 1;
+ int[] buf = new int[val - val % BLOCK_SIZE];
+ int initinexcept = inexcept;
+ System.arraycopy(in, inexcept, buf, 0, in.length - inexcept);
+ int l = (size / BLOCK_SIZE) * BLOCK_SIZE;
+ for (; j < l; j += BLOCK_SIZE) {
+ VectorBitPacker.fastunpack(buf, inexcept - initinexcept,
+ dataTobePacked[k], j, k);
+ inexcept += INTS_PER_BLOCK * k;
+ }
+ int r = size % BLOCK_SIZE;
+ inexcept = VectorBitPacker.slowunpack(in, inexcept, dataTobePacked[k],
+ j, r, k);
+ }
+ }
+ }
+ Arrays.fill(dataPointers, 0);
+ int tmpoutpos = outpos.get();
+ int tmpinpos = inpos.get();
+ int idx = 0;
+ for (int run = 0, run_end = thissize / BLOCK_SIZE; run < run_end;
+ ++run, tmpoutpos += BLOCK_SIZE) {
+ final int b = bem[idx]; // byteContainer.get();
+ final int cexcept = bem[idx + 1] & 0xFF; // byteContainer.get() & 0xFF;
+ VectorBitPacker.fastunpack(in, tmpinpos, out, tmpoutpos, b);
+ tmpinpos += INTS_PER_BLOCK * b;
+ if (cexcept > 0) {
+ final int maxbits = bem[idx + 2]; // byteContainer.get();
+ idx += 3;
+ final int index = maxbits - b;
+ if (index == 1) {
+ for (int k = 0; k < cexcept; ++k) {
+ final int pos = bem[idx++] & 0xFF; // byteContainer.get() & 0xFF;
+ out[pos + tmpoutpos] |= 1 << b;
+ }
+ } else {
+ for (int k = 0; k < cexcept; ++k) {
+ final int pos = bem[idx++] & 0xFF; // byteContainer.get() & 0xFF;
+ final int exceptvalue =
+ dataTobePacked[index][dataPointers[index]++];
+ out[pos + tmpoutpos] |= exceptvalue << b;
+ }
+ }
+ } else {
+ idx += 2;
+ }
+ }
+ outpos.set(tmpoutpos);
+ inpos.set(inexcept);
+ }
+
+ @Override
+ public void compress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ inlength = inlength - inlength % BLOCK_SIZE;
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void uncompress(int[] in, IntWrapper inpos, int inlength, int[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in, inpos, inlength, out, outpos, outlength);
+ }
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+
+ /**
+ * Creates a new buffer of the requested size.
+ *
+ * In case you need a different way to allocate buffers, you can override this
+ * method with a custom behavior. The default implementation allocates a new
+ * Java direct
+ * {@link ByteBuffer} on each invocation.
+ */
+ protected ByteBuffer makeBuffer(int sizeInBytes) {
+ return ByteBuffer.allocateDirect(sizeInBytes);
+ }
+}
diff --git a/src/main/java/me/lemire/longcompression/ByteLongCODEC.java b/src/main/java/me/lemire/longcompression/ByteLongCODEC.java
new file mode 100644
index 0000000..dbc6864
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/ByteLongCODEC.java
@@ -0,0 +1,62 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * Interface describing a CODEC to compress longs to bytes.
+ *
+ * @author Benoit Lacelle
+ *
+ */
+public interface ByteLongCODEC {
+ /**
+ * Compress data from an array to another array.
+ *
+ * Both inpos and outpos are modified to represent how much data was
+ * read and written to. If 12 longs (inlength = 12) are compressed to 3
+ * bytes, then inpos will be incremented by 12 while outpos will be
+ * incremented by 3. We use IntWrapper to pass the values by reference.
+ *
+ * @param in
+ * input array
+ * @param inpos
+ * location in the input array
+ * @param inlength
+ * how many longs to compress
+ * @param out
+ * output array
+ * @param outpos
+ * where to write in the output array
+ */
+ public void compress(long[] in, IntWrapper inpos, int inlength,
+ byte[] out, IntWrapper outpos);
+
+ /**
+ * Uncompress data from an array to another array.
+ *
+ * Both inpos and outpos parameters are modified to indicate new
+ * positions after read/write.
+ *
+ * @param in
+ * array containing data in compressed form
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * length of the compressed data (ignored by some
+ * schemes)
+ * @param out
+ * array where to write the compressed output
+ * @param outpos
+ * where to write the compressed output in out
+ */
+ public void uncompress(byte[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos);
+
+}
diff --git a/src/main/java/me/lemire/longcompression/IntegratedLongCODEC.java b/src/main/java/me/lemire/longcompression/IntegratedLongCODEC.java
new file mode 100644
index 0000000..b21ef68
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/IntegratedLongCODEC.java
@@ -0,0 +1,11 @@
+package me.lemire.longcompression;
+
+/**
+ * This is just like LongCODEC, except that it indicates that delta coding is
+ * "integrated", so that you don't need a separate step for delta coding.
+ *
+ * @author Benoit Lacelle
+ */
+public interface IntegratedLongCODEC extends LongCODEC {
+
+}
diff --git a/src/main/java/me/lemire/longcompression/LongAs2IntsCodec.java b/src/main/java/me/lemire/longcompression/LongAs2IntsCodec.java
new file mode 100644
index 0000000..35c1166
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/LongAs2IntsCodec.java
@@ -0,0 +1,189 @@
+package me.lemire.longcompression;
+
+import java.util.Arrays;
+
+import me.lemire.integercompression.BinaryPacking;
+import me.lemire.integercompression.Composition;
+import me.lemire.integercompression.IntCompressor;
+import me.lemire.integercompression.IntWrapper;
+import me.lemire.integercompression.IntegerCODEC;
+import me.lemire.integercompression.VariableByte;
+
+/**
+ * A {@link LongCODEC} which split each long in a highpart (32 first bits) and a low part (32 last bits).
+ *
+ * @author Benoit Lacelle
+ *
+ */
+public class LongAs2IntsCodec implements LongCODEC {
+ final IntegerCODEC highPartsCodec;
+ final IntegerCODEC lowPartsCodec;
+
+ public LongAs2IntsCodec(IntegerCODEC highPartsCodec, IntegerCODEC lowPartsCodec) {
+ this.highPartsCodec = highPartsCodec;
+ this.lowPartsCodec = lowPartsCodec;
+ }
+
+ /**
+ * By default, we expect longs to be slightly above Integer.MAX_VALUE. Hence highParts to be small and positive
+ * integers. For lowParts, we rely on {@link IntCompressor} default IntegerCODEC
+ */
+ public LongAs2IntsCodec() {
+ this(new VariableByte(), new Composition(new BinaryPacking(), new VariableByte()));
+ }
+
+ @Override
+ public void compress(long[] in, IntWrapper inpos, int inlength, long[] out, IntWrapper outpos) {
+ if (inlength == 0) {
+ return;
+ }
+
+ int[] highParts = new int[inlength];
+ int[] lowParts = new int[inlength];
+
+ for (int i = 0; i < inlength; i++) {
+ int inPosition = inpos.get() + i;
+
+ highParts[i] = RoaringIntPacking.high(in[inPosition]);
+ lowParts[i] = RoaringIntPacking.low(in[inPosition]);
+ }
+
+ // TODO What would be a relevant buffer size?
+ int[] buffer = new int[inlength * 16];
+
+ int outPosition = outpos.get();
+
+ boolean hasLeftover;
+ {
+ // The first integer is reserved to hold the number of compressed ints
+ IntWrapper highPartsOutPosition = new IntWrapper(1);
+
+ highPartsCodec.compress(highParts, new IntWrapper(), inlength, buffer, highPartsOutPosition);
+
+ // Record the compressedHighparts length
+ buffer[0] = highPartsOutPosition.get() - 1;
+
+ for (int i = 0; i < highPartsOutPosition.get() / 2; i++) {
+ long pack = RoaringIntPacking.pack(buffer[i * 2], buffer[i * 2 + 1]);
+ out[outPosition++] = pack;
+ }
+
+ if (1 == highPartsOutPosition.get() % 2) {
+ // Shift the trailing integer as first in the buffer
+ hasLeftover = true;
+ buffer[0] = buffer[highPartsOutPosition.get() - 1];
+ } else {
+ hasLeftover = false;
+ }
+ }
+
+ {
+ // The first integer is reserved to hold the number of compressed ints
+ IntWrapper lowPartsOutPosition = new IntWrapper(1);
+ if (hasLeftover) {
+ // Keep the trailing int from highParts before the reserved int from lowParts compressed length
+ lowPartsOutPosition.set(2);
+ }
+
+ lowPartsCodec.compress(lowParts, new IntWrapper(0), inlength, buffer, lowPartsOutPosition);
+
+ // Record the compressedHighparts length
+ buffer[hasLeftover ? 1 : 0] = lowPartsOutPosition.get() - (hasLeftover ? 2 : 1);
+
+ for (int i = 0; i < lowPartsOutPosition.get() / 2; i++) {
+ long pack = RoaringIntPacking.pack(buffer[i * 2], buffer[i * 2 + 1]);
+ out[outPosition++] = pack;
+ }
+
+ if (1 == lowPartsOutPosition.get() % 2) {
+ // The trailing integer is packed with a 0
+ long pack = RoaringIntPacking.pack(buffer[lowPartsOutPosition.get() - 1], 0);
+ out[outPosition++] = pack;
+ }
+ }
+
+ inpos.add(inlength);
+ outpos.set(outPosition);
+ }
+
+ /**
+ * inlength is ignored by this codec. We may rely on it instead of storing the compressedLowPart length
+ */
+ @Override
+ public void uncompress(long[] in, IntWrapper inpos, int inlength, long[] out, IntWrapper outpos) {
+ if (inlength == 0) {
+ return;
+ }
+
+ int longIndex = inpos.get();
+
+ int nbCompressedHighParts = RoaringIntPacking.high(in[longIndex]);
+ int[] compressedHighParts = new int[nbCompressedHighParts];
+
+ // !highPart as we just read the highPart for nbCompressedHighParts
+ boolean highPart = false;
+ for (int i = 0; i < nbCompressedHighParts; i++) {
+ int nextInt;
+ if (highPart) {
+ nextInt = RoaringIntPacking.high(in[longIndex + (i + 1) / 2]);
+ } else {
+ nextInt = RoaringIntPacking.low(in[longIndex + (i + 1) / 2]);
+ }
+ compressedHighParts[i] = nextInt;
+
+ highPart = !highPart;
+ }
+
+ // TODO What would be a relevant buffer size?
+ int[] buffer = new int[inlength * 16];
+
+ IntWrapper highPartsOutPosition = new IntWrapper();
+ highPartsCodec.uncompress(compressedHighParts,
+ new IntWrapper(),
+ compressedHighParts.length,
+ buffer,
+ highPartsOutPosition);
+ int[] highParts = Arrays.copyOf(buffer, highPartsOutPosition.get());
+
+ // +1 as we initially read nbCompressedHighParts
+ int intIndexNbCompressedLowParts = longIndex * 2 + 1 + nbCompressedHighParts;
+ int nbCompressedLowParts;
+ if (highPart) {
+ nbCompressedLowParts = RoaringIntPacking.high(in[intIndexNbCompressedLowParts / 2]);
+ } else {
+ nbCompressedLowParts = RoaringIntPacking.low(in[intIndexNbCompressedLowParts / 2]);
+ }
+ highPart = !highPart;
+
+ int[] compressedLowParts = new int[nbCompressedLowParts];
+ for (int i = 0; i < nbCompressedLowParts; i++) {
+ int nextInt;
+ if (highPart) {
+ nextInt = RoaringIntPacking.high(in[(intIndexNbCompressedLowParts + 1 + i) / 2]);
+ } else {
+ nextInt = RoaringIntPacking.low(in[(intIndexNbCompressedLowParts + 1 + i) / 2]);
+ }
+ compressedLowParts[i] = nextInt;
+
+ highPart = !highPart;
+ }
+
+ IntWrapper lowPartsOutPosition = new IntWrapper();
+ lowPartsCodec.uncompress(compressedLowParts,
+ new IntWrapper(),
+ compressedLowParts.length,
+ buffer,
+ lowPartsOutPosition);
+ int[] lowParts = Arrays.copyOf(buffer, lowPartsOutPosition.get());
+ assert highParts.length == lowParts.length;
+
+ int outposition = outpos.get();
+ for (int i = 0; i < highParts.length; i++) {
+ out[outposition++] = RoaringIntPacking.pack(highParts[i], lowParts[i]);
+ }
+
+ inpos.add(inlength);
+ outpos.set(outposition);
+ }
+
+}
diff --git a/src/main/java/me/lemire/longcompression/LongBinaryPacking.java b/src/main/java/me/lemire/longcompression/LongBinaryPacking.java
new file mode 100644
index 0000000..b6ea58f
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/LongBinaryPacking.java
@@ -0,0 +1,153 @@
+package me.lemire.longcompression;
+
+import me.lemire.integercompression.BinaryPacking;
+import me.lemire.integercompression.IntWrapper;
+import me.lemire.integercompression.Util;
+
+/**
+ * Scheme based on a commonly used idea: can be extremely fast.
+ * It encodes integers in blocks of 64 longs. For arrays containing
+ * an arbitrary number of longs, you should use it in conjunction
+ * with another CODEC:
+ *
+ * LongCODEC ic =
+ * new Composition(new LongBinaryPacking(), new LongVariableByte()).
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately.
+ *
+ *
+ * For details, please see {@link BinaryPacking}
+ *
+ *
+ * @author Benoit Lacelle
+ */
+public final class LongBinaryPacking implements LongCODEC, SkippableLongCODEC {
+ public final static int BLOCK_SIZE = 64;
+ private static final int MAX_BIT_WIDTH = Long.SIZE;
+
+ @Override
+ public void compress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ if (inlength == 0)
+ return;
+ out[outpos.get()] = inlength;
+ outpos.increment();
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void headlessCompress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos) {
+ inlength = Util.greatestMultiple(inlength, BLOCK_SIZE);
+ int tmpoutpos = outpos.get();
+ int s = inpos.get();
+ // Compress by block of 8 * 64 longs as much as possible
+ for (; s + BLOCK_SIZE * 8 - 1 < inpos.get() + inlength; s += BLOCK_SIZE * 8) {
+ // maxbits can be anything between 0 and 64 included: expressed within a byte (1 << 6)
+ final int mbits1 = LongUtil.maxbits(in, s + 0 * BLOCK_SIZE, BLOCK_SIZE);
+ final int mbits2 = LongUtil.maxbits(in, s + 1 * BLOCK_SIZE, BLOCK_SIZE);
+ final int mbits3 = LongUtil.maxbits(in, s + 2 * BLOCK_SIZE, BLOCK_SIZE);
+ final int mbits4 = LongUtil.maxbits(in, s + 3 * BLOCK_SIZE, BLOCK_SIZE);
+ final int mbits5 = LongUtil.maxbits(in, s + 4 * BLOCK_SIZE, BLOCK_SIZE);
+ final int mbits6 = LongUtil.maxbits(in, s + 5 * BLOCK_SIZE, BLOCK_SIZE);
+ final int mbits7 = LongUtil.maxbits(in, s + 6 * BLOCK_SIZE, BLOCK_SIZE);
+ final int mbits8 = LongUtil.maxbits(in, s + 7 * BLOCK_SIZE, BLOCK_SIZE);
+ // The first long expressed the maxbits for the 8 buckets
+ out[tmpoutpos++] = ((long) mbits1 << 56) | ((long) mbits2 << 48) | ((long) mbits3 << 40) | ((long) mbits4 << 32) | (mbits5 << 24) | (mbits6 << 16) | (mbits7 << 8) | (mbits8);
+ LongBitPacking.fastpackwithoutmask(in, s + 0 * BLOCK_SIZE, out, tmpoutpos, (int) mbits1);
+ tmpoutpos += mbits1;
+ LongBitPacking.fastpackwithoutmask(in, s + 1 * BLOCK_SIZE, out, tmpoutpos, (int) mbits2);
+ tmpoutpos += mbits2;
+ LongBitPacking.fastpackwithoutmask(in, s + 2 * BLOCK_SIZE, out, tmpoutpos, (int) mbits3);
+ tmpoutpos += mbits3;
+ LongBitPacking.fastpackwithoutmask(in, s + 3 * BLOCK_SIZE, out, tmpoutpos, (int) mbits4);
+ tmpoutpos += mbits4;
+ LongBitPacking.fastpackwithoutmask(in, s + 4 * BLOCK_SIZE, out, tmpoutpos, (int) mbits5);
+ tmpoutpos += mbits5;
+ LongBitPacking.fastpackwithoutmask(in, s + 5 * BLOCK_SIZE, out, tmpoutpos, (int) mbits6);
+ tmpoutpos += mbits6;
+ LongBitPacking.fastpackwithoutmask(in, s + 6 * BLOCK_SIZE, out, tmpoutpos, (int) mbits7);
+ tmpoutpos += mbits7;
+ LongBitPacking.fastpackwithoutmask(in, s + 7 * BLOCK_SIZE, out, tmpoutpos, (int) mbits8);
+ tmpoutpos += mbits8;
+ }
+ // Then we compress up to 7 blocks of 64 longs
+ for (; s < inpos.get() + inlength; s += BLOCK_SIZE ) {
+ final int mbits = LongUtil.maxbits(in, s, BLOCK_SIZE);
+ out[tmpoutpos++] = mbits;
+ LongBitPacking.fastpackwithoutmask(in, s, out, tmpoutpos, mbits);
+ tmpoutpos += mbits;
+ }
+ inpos.add(inlength);
+ outpos.set(tmpoutpos);
+ }
+
+ @Override
+ public void uncompress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int outlength = (int) in[inpos.get()];
+ inpos.increment();
+ headlessUncompress(in,inpos, inlength,out,outpos,outlength);
+ }
+
+ @Override
+ public void headlessUncompress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos, int num) {
+ final int outlength = Util.greatestMultiple(num, BLOCK_SIZE);
+ int tmpinpos = inpos.get();
+ int s = outpos.get();
+ for (; s + BLOCK_SIZE * 8 - 1 < outpos.get() + outlength; s += BLOCK_SIZE * 8) {
+ final int mbits1 = (int) ((in[tmpinpos] >>> 56));
+ final int mbits2 = (int) ((in[tmpinpos] >>> 48) & 0xFF);
+ final int mbits3 = (int) ((in[tmpinpos] >>> 40) & 0xFF);
+ final int mbits4 = (int) ((in[tmpinpos] >>> 32) & 0xFF);
+ final int mbits5 = (int) ((in[tmpinpos] >>> 24) & 0xFF);
+ final int mbits6 = (int) ((in[tmpinpos] >>> 16) & 0xFF);
+ final int mbits7 = (int) ((in[tmpinpos] >>> 8) & 0xFF);
+ final int mbits8 = (int) ((in[tmpinpos]) & 0xFF);
+ ++tmpinpos;
+ LongBitPacking.fastunpack(in, tmpinpos, out, s + 0 * BLOCK_SIZE, mbits1);
+ tmpinpos += mbits1;
+ LongBitPacking.fastunpack(in, tmpinpos, out, s + 1 * BLOCK_SIZE, mbits2);
+ tmpinpos += mbits2;
+ LongBitPacking.fastunpack(in, tmpinpos, out, s + 2 * BLOCK_SIZE, mbits3);
+ tmpinpos += mbits3;
+ LongBitPacking.fastunpack(in, tmpinpos, out, s + 3 * BLOCK_SIZE, mbits4);
+ tmpinpos += mbits4;
+ LongBitPacking.fastunpack(in, tmpinpos, out, s + 4 * BLOCK_SIZE, mbits5);
+ tmpinpos += mbits5;
+ LongBitPacking.fastunpack(in, tmpinpos, out, s + 5 * BLOCK_SIZE, mbits6);
+ tmpinpos += mbits6;
+ LongBitPacking.fastunpack(in, tmpinpos, out, s + 6 * BLOCK_SIZE, mbits7);
+ tmpinpos += mbits7;
+ LongBitPacking.fastunpack(in, tmpinpos, out, s + 7 * BLOCK_SIZE, mbits8);
+ tmpinpos += mbits8;
+ }
+ for (; s < outpos.get() + outlength; s += BLOCK_SIZE ) {
+ final int mbits = (int) in[tmpinpos];
+ ++tmpinpos;
+ LongBitPacking.fastunpack(in, tmpinpos, out, s, mbits);
+ tmpinpos += mbits;
+ }
+ outpos.add(outlength);
+ inpos.set(tmpinpos);
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ int blockCount = inlength / BLOCK_SIZE;
+ int headersSizeInLongs = blockCount / Long.BYTES + (blockCount % Long.BYTES);
+ int blocksSizeInLongs = blockCount * MAX_BIT_WIDTH;
+ compressedPositions.add(blockCount * BLOCK_SIZE);
+ return headersSizeInLongs + blocksSizeInLongs;
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+}
diff --git a/src/main/java/me/lemire/longcompression/LongBitPacking.java b/src/main/java/me/lemire/longcompression/LongBitPacking.java
new file mode 100644
index 0000000..2d282ec
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/LongBitPacking.java
@@ -0,0 +1,146 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import java.util.Arrays;
+
+/**
+ * Bitpacking routines
+ *
+ * For details, please see
+ *
+ * Daniel Lemire and Leonid Boytsov, Decoding billions of integers per second
+ * through vectorization Software: Practice & Experience
+ * http://onlinelibrary.wiley.com/doi/10.1002/spe.2203/abstract
+ * http://arxiv.org/abs/1209.2137
+ *
+ *
+ * @author Benoit Lacelle
+ *
+ */
+public final class LongBitPacking {
+
+ /**
+ * Pack 64 longs
+ *
+ * @param in
+ * source array
+ * @param inpos
+ * position in source array
+ * @param out
+ * output array
+ * @param outpos
+ * position in output array
+ * @param bit
+ * number of bits to use per long
+ */
+ public static void fastpackwithoutmask(final long[] in, final int inpos,
+ final long[] out, final int outpos, final int bit) {
+ if (bit == 0) {
+ fastpackwithoutmask0(in, inpos, out, outpos);
+ } else if (bit == 64) {
+ fastpackwithoutmask64(in, inpos, out, outpos);
+ } else if (bit > 0 && bit < 64) {
+ slowpackwithoutmask(in, inpos, out, outpos, bit);
+ } else {
+ throw new IllegalArgumentException("Unsupported bit width: " + bit);
+ }
+ }
+
+ protected static void fastpackwithoutmask0(final long[] in, int inpos,
+ final long[] out, int outpos) {
+ // nothing
+ }
+
+ protected static void fastpackwithoutmask64(final long[] in, int inpos,
+ final long[] out, int outpos) {
+ System.arraycopy(in, inpos, out, outpos, 64);
+ }
+
+ protected static void slowpackwithoutmask(final long[] in, int inpos,
+ final long[] out, int outpos, final int bit) {
+ int bucket = 0;
+ int shift = 0;
+
+ out[outpos + bucket] = 0L;
+ for (int i = 0 ; i < 64 ; i++) {
+ if (shift >= 64) {
+ bucket++;
+ out[bucket + outpos] = 0L;
+ shift -= 64;
+
+ if (shift > 0) {
+ // There is some leftovers from previous input in the next bucket
+ out[outpos + bucket] |= in[inpos + i - 1] >> (bit - shift);
+ }
+ }
+ out[outpos + bucket] |= in[inpos + i] << shift;
+
+ shift += bit;
+ }
+ }
+
+
+ /**
+ * Unpack the 64 longs
+ *
+ * @param in
+ * source array
+ * @param inpos
+ * starting point in the source array
+ * @param out
+ * output array
+ * @param outpos
+ * starting point in the output array
+ * @param bit
+ * how many bits to use per integer
+ */
+ public static void fastunpack(final long[] in, final int inpos,
+ final long[] out, final int outpos, final int bit) {
+ if (bit == 0) {
+ fastunpack0(in, inpos, out, outpos);
+ } else if (bit == 64) {
+ fastunpack64(in, inpos, out, outpos);
+ } else if (bit > 0 && bit < 64) {
+ slowunpack(in, inpos, out, outpos, bit);
+ } else {
+ throw new IllegalArgumentException("Unsupported bit width: " + bit);
+ }
+ }
+
+
+ protected static void fastunpack0(final long[] in, int inpos,
+ final long[] out, int outpos) {
+ Arrays.fill(out, outpos, outpos + 64, 0);
+ }
+
+ protected static void fastunpack64(final long[] in, int inpos,
+ final long[] out, int outpos) {
+ System.arraycopy(in, inpos, out, outpos, 64);
+ }
+
+ protected static void slowunpack(final long[] in, int inpos,
+ final long[] out, int outpos, final int bit) {
+ int bucket = 0;
+ int shift = 0;
+ for (int i = 0 ; i < 64 ; i++) {
+ if (shift >= 64) {
+ bucket++;
+ shift -= 64;
+
+ if (shift > 0) {
+ // There is some leftovers from previous input in the next bucket
+ out[outpos + i - 1] |= (in[inpos + bucket] << (bit - shift) & ((1L << bit) - 1));
+ }
+ }
+ out[outpos + i] = ((in[inpos + bucket] >>> shift) & ((1L << bit) - 1));
+
+ shift += bit;
+ }
+ }
+}
diff --git a/src/main/java/me/lemire/longcompression/LongCODEC.java b/src/main/java/me/lemire/longcompression/LongCODEC.java
new file mode 100644
index 0000000..0951ffd
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/LongCODEC.java
@@ -0,0 +1,62 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * Interface describing a standard CODEC to compress longs.
+ *
+ * @author Benoit Lacelle
+ *
+ */
+public interface LongCODEC {
+ /**
+ * Compress data from an array to another array.
+ *
+ * Both inpos and outpos are modified to represent how much data was
+ * read and written to. If 12 longs (inlength = 12) are compressed to 3
+ * longs, then inpos will be incremented by 12 while outpos will be
+ * incremented by 3. We use IntWrapper to pass the values by reference.
+ *
+ * @param in
+ * input array
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * how many longs to compress
+ * @param out
+ * output array
+ * @param outpos
+ * where to write in the output array
+ */
+ public void compress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos);
+
+ /**
+ * Uncompress data from an array to another array.
+ *
+ * Both inpos and outpos parameters are modified to indicate new
+ * positions after read/write.
+ *
+ * @param in
+ * array containing data in compressed form
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * length of the compressed data (ignored by some
+ * schemes)
+ * @param out
+ * array where to write the uncompressed output
+ * @param outpos
+ * where to start writing the uncompressed output in out
+ */
+ public void uncompress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos);
+
+}
diff --git a/src/main/java/me/lemire/longcompression/LongComposition.java b/src/main/java/me/lemire/longcompression/LongComposition.java
new file mode 100644
index 0000000..5111a51
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/LongComposition.java
@@ -0,0 +1,71 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.longcompression;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * Helper class to compose schemes.
+ *
+ * @author Benoit Lacelle
+ */
+public class LongComposition implements LongCODEC {
+ LongCODEC F1, F2;
+
+ /**
+ * Compose a scheme from a first one (f1) and a second one (f2). The
+ * first one is called first and then the second one tries to compress
+ * whatever remains from the first run.
+ *
+ * By convention, the first scheme should be such that if, during
+ * decoding, a 32-bit zero is first encountered, then there is no
+ * output.
+ *
+ * @param f1
+ * first codec
+ * @param f2
+ * second codec
+ */
+ public LongComposition(LongCODEC f1, LongCODEC f2) {
+ F1 = f1;
+ F2 = f2;
+ }
+
+ @Override
+ public void compress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos) {
+ if (inlength == 0) {
+ return;
+ }
+ int inposInit = inpos.get();
+ int outposInit = outpos.get();
+ F1.compress(in, inpos, inlength, out, outpos);
+ if (outpos.get() == outposInit) {
+ out[outposInit] = 0;
+ outpos.increment();
+ }
+ inlength -= inpos.get() - inposInit;
+ F2.compress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void uncompress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ final int init = inpos.get();
+ F1.uncompress(in, inpos, inlength, out, outpos);
+ inlength -= inpos.get() - init;
+ F2.uncompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public String toString() {
+ return F1.toString() + " + " + F2.toString();
+ }
+
+}
diff --git a/src/main/java/me/lemire/longcompression/LongCompressor.java b/src/main/java/me/lemire/longcompression/LongCompressor.java
new file mode 100644
index 0000000..246647f
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/LongCompressor.java
@@ -0,0 +1,68 @@
+package me.lemire.longcompression;
+
+import java.util.Arrays;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * This is a convenience class that wraps a codec to provide
+ * a "friendly" API.
+ *
+ * @author Benoit Lacelle
+ */
+public class LongCompressor {
+
+ SkippableLongCODEC codec;
+
+ /**
+ * Constructor wrapping a codec.
+ *
+ * @param c the underlying codec
+ */
+ public LongCompressor(SkippableLongCODEC c) {
+ codec = c;
+ }
+
+ /**
+ * Constructor with default codec.
+ */
+ public LongCompressor() {
+ codec = new SkippableLongComposition(new LongBinaryPacking(),
+ new LongVariableByte());
+ }
+
+ /**
+ * Compress an array and returns the compressed result as a new array.
+ *
+ * @param input array to be compressed
+ * @return compressed array
+ */
+ public long[] compress(long[] input) {
+ int maxCompressedLength = codec.maxHeadlessCompressedLength(new IntWrapper(0), input.length);
+ long[] compressed = new long[maxCompressedLength + 1]; // +1 to store the length of the input
+ // Store at index=0 the length of the input, hence enabling .headlessCompress
+ compressed[0] = input.length;
+ IntWrapper outpos = new IntWrapper(1);
+ codec.headlessCompress(input, new IntWrapper(0), input.length, compressed, outpos);
+ compressed = Arrays.copyOf(compressed,outpos.intValue());
+ return compressed;
+ }
+
+ /**
+ * Uncompress an array and returns the uncompressed result as a new array.
+ *
+ * @param compressed compressed array
+ * @return uncompressed array
+ */
+ public long[] uncompress(long[] compressed) {
+ // Read at index=0 the length of the input, hence enabling .headlessUncompress
+ long[] decompressed = new long[(int) compressed[0]];
+ IntWrapper inpos = new IntWrapper(1);
+ codec.headlessUncompress(compressed, inpos,
+ compressed.length - inpos.intValue(),
+ decompressed, new IntWrapper(0),
+ decompressed.length);
+ return decompressed;
+ }
+
+}
diff --git a/src/main/java/me/lemire/longcompression/LongJustCopy.java b/src/main/java/me/lemire/longcompression/LongJustCopy.java
new file mode 100644
index 0000000..95abc1e
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/LongJustCopy.java
@@ -0,0 +1,58 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * @author Benoit lacelle
+ *
+ */
+public final class LongJustCopy implements LongCODEC, SkippableLongCODEC {
+
+ @Override
+ public void headlessCompress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos) {
+ System.arraycopy(in, inpos.get(), out, outpos.get(), inlength);
+ inpos.add(inlength);
+ outpos.add(inlength);
+ }
+
+ @Override
+ public void uncompress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos) {
+ headlessUncompress(in,inpos,inlength,out,outpos,inlength);
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+
+ @Override
+ public void headlessUncompress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos, int num) {
+ System.arraycopy(in, inpos.get(), out, outpos.get(), num);
+ inpos.add(num);
+ outpos.add(num);
+
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ compressedPositions.add(inlength);
+ return inlength;
+ }
+
+ @Override
+ public void compress(long[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos) {
+ headlessCompress(in,inpos,inlength,out,outpos);
+ }
+
+}
diff --git a/src/main/java/me/lemire/longcompression/LongUtil.java b/src/main/java/me/lemire/longcompression/LongUtil.java
new file mode 100644
index 0000000..7bdce83
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/LongUtil.java
@@ -0,0 +1,52 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+/**
+ * These are unofficial helpers related to long compression
+ *
+ * @author Benoit Lacelle
+ *
+ */
+@Deprecated
+public class LongUtil {
+
+ /**
+ * Compute the maximum of the integer logarithms (ceil(log(x+1)) of a range
+ * of value
+ *
+ * @param i
+ * source array
+ * @param pos
+ * starting position
+ * @param length
+ * number of integers to consider
+ * @return integer logarithm
+ */
+ public static int maxbits(long[] i, int pos, int length) {
+ long mask = 0;
+ for (int k = pos; k < pos + length; ++k)
+ mask |= i[k];
+ return bits(mask);
+ }
+
+ /**
+ * Compute the integer logarithms (ceil(log(x+1)) of a value
+ *
+ * @param i
+ * source value
+ * @return integer logarithm
+ */
+ public static int bits(long i) {
+ return 64 - Long.numberOfLeadingZeros(i);
+ }
+
+ protected static String longToBinaryWithLeading(long l) {
+ return String.format("%64s", Long.toBinaryString(l)).replace(' ', '0');
+ }
+}
diff --git a/src/main/java/me/lemire/longcompression/LongVariableByte.java b/src/main/java/me/lemire/longcompression/LongVariableByte.java
new file mode 100644
index 0000000..63c194b
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/LongVariableByte.java
@@ -0,0 +1,348 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.longcompression;
+
+import java.nio.ByteBuffer;
+import java.nio.ByteOrder;
+import java.nio.LongBuffer;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * Implementation of variable-byte. For best performance, use it using the
+ * ByteLongCODEC interface.
+ *
+ * Note that this does not use differential coding: if you are working on sorted
+ * lists, you must compute the deltas separately.
+ *
+ * @author Benoit Lacelle
+ */
+public class LongVariableByte implements LongCODEC, ByteLongCODEC, SkippableLongCODEC {
+ private static final int MAX_BYTES_PER_INT = 10;
+
+ private static byte extract7bits(int i, long val) {
+ return (byte) ((val >>> (7 * i)) & ((1 << 7) - 1));
+ }
+
+ private static byte extract7bitsmaskless(int i, long val) {
+ return (byte) ((val >>> (7 * i)));
+ }
+ @Override
+ public void compress(long[] in, IntWrapper inpos, int inlength, long[] out,
+ IntWrapper outpos) {
+ headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void headlessCompress(long[] in, IntWrapper inpos, int inlength, long[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ // Worst case: we write 10 bytes per long, hence 2 longs for a long, hence 16 bytes per long
+ ByteBuffer buf = makeBuffer(inlength * 16);
+ buf.order(ByteOrder.LITTLE_ENDIAN);
+ for (int k = inpos.get(); k < inpos.get() + inlength; ++k) {
+ final long val = in[k];
+ if (val >= 0 && val < (1 << 7)) {
+ buf.put((byte) (val | (1 << 7)));
+ } else if (val >= 0 && val < (1 << 14)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) (extract7bitsmaskless(1, (val)) | (1 << 7)));
+ } else if (val >= 0 && val < (1 << 21)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) (extract7bitsmaskless(2, (val)) | (1 << 7)));
+ } else if (val >= 0 && val < (1 << 28)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) (extract7bitsmaskless(3, (val)) | (1 << 7)));
+ } else if (val >= 0 && val < (1L << 35)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) extract7bits(3, val));
+ buf.put((byte) (extract7bitsmaskless(4, (val)) | (1 << 7)));
+ } else if (val >= 0 && val < (1L << 42)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) extract7bits(3, val));
+ buf.put((byte) extract7bits(4, val));
+ buf.put((byte) (extract7bitsmaskless(5, (val)) | (1 << 7)));
+ } else if (val >= 0 && val < (1L << 49)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) extract7bits(3, val));
+ buf.put((byte) extract7bits(4, val));
+ buf.put((byte) extract7bits(5, val));
+ buf.put((byte) (extract7bitsmaskless(6, (val)) | (1 << 7)));
+ } else if (val >= 0 && val < (1L << 56)) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) extract7bits(3, val));
+ buf.put((byte) extract7bits(4, val));
+ buf.put((byte) extract7bits(5, val));
+ buf.put((byte) extract7bits(6, val));
+ buf.put((byte) (extract7bitsmaskless(7, (val)) | (1 << 7)));
+ } else if (val >= 0) {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) extract7bits(3, val));
+ buf.put((byte) extract7bits(4, val));
+ buf.put((byte) extract7bits(5, val));
+ buf.put((byte) extract7bits(6, val));
+ buf.put((byte) extract7bits(7, val));
+ buf.put((byte) (extract7bitsmaskless(8, (val)) | (1 << 7)));
+ } else {
+ buf.put((byte) extract7bits(0, val));
+ buf.put((byte) extract7bits(1, val));
+ buf.put((byte) extract7bits(2, val));
+ buf.put((byte) extract7bits(3, val));
+ buf.put((byte) extract7bits(4, val));
+ buf.put((byte) extract7bits(5, val));
+ buf.put((byte) extract7bits(6, val));
+ buf.put((byte) extract7bits(7, val));
+ buf.put((byte) extract7bits(8, val));
+ buf.put((byte) (extract7bitsmaskless(9, (val)) | (1 << 7)));
+ }
+ }
+ while (buf.position() % 8 != 0)
+ buf.put((byte) 0);
+ final int length = buf.position();
+ buf.flip();
+ LongBuffer ibuf = buf.asLongBuffer();
+ ibuf.get(out, outpos.get(), length / 8);
+ outpos.add(length / 8);
+ inpos.add(inlength);
+ }
+
+ @Override
+ public void compress(long[] in, IntWrapper inpos, int inlength, byte[] out,
+ IntWrapper outpos) {
+ if (inlength == 0)
+ return;
+ int outpostmp = outpos.get();
+ for (int k = inpos.get(); k < inpos.get() + inlength; ++k) {
+ final long val = in[k];
+ if (val >= 0 && val < (1 << 7)) {
+ out[outpostmp++] = (byte) (val | (1 << 7));
+ } else if (val >= 0 && val < (1 << 14)) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(1, (val)) | (1 << 7));
+ } else if (val >= 0 && val < (1 << 21)) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(2, (val)) | (1 << 7));
+ } else if (val >= 0 && val < (1 << 28)) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) extract7bits(2, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(3, (val)) | (1 << 7));
+ } else if (val >= 0 && val < (1L << 35)) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) extract7bits(2, val);
+ out[outpostmp++] = (byte) extract7bits(3, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(4, (val)) | (1 << 7));
+ } else if (val >= 0 && val < (1L << 42)) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) extract7bits(2, val);
+ out[outpostmp++] = (byte) extract7bits(3, val);
+ out[outpostmp++] = (byte) extract7bits(4, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(5, (val)) | (1 << 7));
+ } else if (val >= 0 && val < (1L << 49)) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) extract7bits(2, val);
+ out[outpostmp++] = (byte) extract7bits(3, val);
+ out[outpostmp++] = (byte) extract7bits(4, val);
+ out[outpostmp++] = (byte) extract7bits(5, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(6, (val)) | (1 << 7));
+ } else if (val >= 0 && val < (1L << 56)) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) extract7bits(2, val);
+ out[outpostmp++] = (byte) extract7bits(3, val);
+ out[outpostmp++] = (byte) extract7bits(4, val);
+ out[outpostmp++] = (byte) extract7bits(5, val);
+ out[outpostmp++] = (byte) extract7bits(6, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(7, (val)) | (1 << 7));
+ } else if (val >= 0) {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) extract7bits(2, val);
+ out[outpostmp++] = (byte) extract7bits(3, val);
+ out[outpostmp++] = (byte) extract7bits(4, val);
+ out[outpostmp++] = (byte) extract7bits(5, val);
+ out[outpostmp++] = (byte) extract7bits(6, val);
+ out[outpostmp++] = (byte) extract7bits(7, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(8, (val)) | (1 << 7));
+ } else {
+ out[outpostmp++] = (byte) extract7bits(0, val);
+ out[outpostmp++] = (byte) extract7bits(1, val);
+ out[outpostmp++] = (byte) extract7bits(2, val);
+ out[outpostmp++] = (byte) extract7bits(3, val);
+ out[outpostmp++] = (byte) extract7bits(4, val);
+ out[outpostmp++] = (byte) extract7bits(5, val);
+ out[outpostmp++] = (byte) extract7bits(6, val);
+ out[outpostmp++] = (byte) extract7bits(7, val);
+ out[outpostmp++] = (byte) extract7bits(8, val);
+ out[outpostmp++] = (byte) (extract7bitsmaskless(9, (val)) | (1 << 7));
+ }
+ }
+ outpos.set(outpostmp);
+ inpos.add(inlength);
+ }
+
+ @Override
+ public void uncompress(long[] in, IntWrapper inpos, int inlength, long[] out,
+ IntWrapper outpos) {
+ int s = 0;
+ long val = 0;
+ int p = inpos.get();
+ int finalp = inpos.get() + inlength;
+ int tmpoutpos = outpos.get();
+ for (long v = 0, shift = 0; p < finalp;) {
+ val = in[p];
+ long c = (byte) (val >>> s);
+ // Shift to next byte
+ s += 8;
+ // Shift to next long if s==64
+ p += s>>6;
+ // Cycle from 63 to 0
+ s = s & 63;
+ v += ((c & 127) << shift);
+ if ((c & 128) == 128) {
+ out[tmpoutpos++] = v;
+ v = 0;
+ shift = 0;
+ } else
+ shift += 7;
+ assert shift < 64;
+ }
+ outpos.set(tmpoutpos);
+ inpos.add(inlength);
+ }
+
+ @Override
+ public void uncompress(byte[] in, IntWrapper inpos, int inlength,
+ long[] out, IntWrapper outpos) {
+ int p = inpos.get();
+ int finalp = inpos.get() + inlength;
+ int tmpoutpos = outpos.get();
+ for (long v = 0; p < finalp; out[tmpoutpos++] = v) {
+ v = in[p] & 0x7F;
+ if (in[p] < 0) {
+ p += 1;
+ continue;
+ }
+ v = ((in[p + 1] & 0x7F) << 7) | v;
+ if (in[p + 1] < 0) {
+ p += 2;
+ continue;
+ }
+ v = ((in[p + 2] & 0x7F) << 14) | v;
+ if (in[p + 2] < 0 ) {
+ p += 3;
+ continue;
+ }
+ v = ((in[p + 3] & 0x7F) << 21) | v;
+ if (in[p + 3] < 0) {
+ p += 4;
+ continue;
+ }
+ v = (((long) in[p + 4] & 0x7F) << 28) | v;
+ if (in[p + 4] < 0) {
+ p += 5;
+ continue;
+ }
+ v = (((long) in[p + 5] & 0x7F) << 35) | v;
+ if (in[p + 5] < 0) {
+ p += 6;
+ continue;
+ }
+ v = (((long) in[p + 6] & 0x7F) << 42) | v;
+ if (in[p + 6] < 0) {
+ p += 7;
+ continue;
+ }
+ v = (((long) in[p + 7] & 0x7F) << 49) | v;
+ if (in[p + 7] < 0) {
+ p += 8;
+ continue;
+ }
+ v = (((long) in[p + 8] & 0x7F) << 56) | v;
+ if (in[p + 8] < 0) {
+ p += 9;
+ continue;
+ }
+ v = (((long) in[p + 9] & 0x7F) << 63) | v;
+ p += 10;
+ }
+ outpos.set(tmpoutpos);
+ inpos.add(p);
+ }
+
+ @Override
+ public String toString() {
+ return this.getClass().getSimpleName();
+ }
+
+ @Override
+ public void headlessUncompress(long[] in, IntWrapper inpos, int inlength, long[] out,
+ IntWrapper outpos, int num) {
+ int s = 0;
+ long val = 0;
+ int p = inpos.get();
+ int tmpoutpos = outpos.get();
+ int finaloutpos = num + tmpoutpos;
+ for (long v = 0, shift = 0; tmpoutpos < finaloutpos;) {
+ val = in[p];
+ long c = val >>> s;
+ // Shift to next byte
+ s += 8;
+ // Shift to next long if s == 64
+ p += s>>6;
+ // Cycle from 63 to 0
+ s = s & 63;
+ v += ((c & 127) << shift);
+ if ((c & 128) == 128) {
+ out[tmpoutpos++] = v;
+ v = 0;
+ shift = 0;
+ } else
+ shift += 7;
+ assert shift < 64;
+ }
+ outpos.set(tmpoutpos);
+ inpos.set(p + (s!=0 ? 1 : 0));
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ int maxLengthInBytes = inlength * MAX_BYTES_PER_INT;
+ int maxLengthInLongs = (maxLengthInBytes + Long.BYTES - 1) / Long.BYTES;
+ compressedPositions.add(inlength);
+ return maxLengthInLongs;
+ }
+
+ /**
+ * Creates a new buffer of the requested size.
+ *
+ * In case you need a different way to allocate buffers, you can override this method
+ * with a custom behavior. The default implementation allocates a new Java direct
+ * {@link ByteBuffer} on each invocation.
+ */
+ protected ByteBuffer makeBuffer(int sizeInBytes) {
+ return ByteBuffer.allocateDirect(sizeInBytes);
+ }
+}
diff --git a/src/main/java/me/lemire/longcompression/RoaringIntPacking.java b/src/main/java/me/lemire/longcompression/RoaringIntPacking.java
new file mode 100644
index 0000000..d6b6baa
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/RoaringIntPacking.java
@@ -0,0 +1,46 @@
+/*
+ * (c) the authors Licensed under the Apache License, Version 2.0.
+ */
+package me.lemire.longcompression;
+
+/**
+ * Used to hold the logic packing 2 integers in a long, and separating a long in two integers. It is
+ * useful in {@link Roaring64NavigableMap} as the implementation split the input long in two
+ * integers, one used as key of a NavigableMap while the other is added in a Bitmap
+ *
+ * @author Benoit Lacelle
+ *
+ */
+// Duplicated from RoaringBitmap
+class RoaringIntPacking {
+
+ /**
+ *
+ * @param id any long, positive or negative
+ * @return an int holding the 32 highest order bits of information of the input long
+ */
+ public static int high(long id) {
+ return (int) (id >> 32);
+ }
+
+ /**
+ *
+ * @param id any long, positive or negative
+ * @return an int holding the 32 lowest order bits of information of the input long
+ */
+ public static int low(long id) {
+ return (int) id;
+ }
+
+ /**
+ *
+ * @param high an integer representing the highest order bits of the output long
+ * @param low an integer representing the lowest order bits of the output long
+ * @return a long packing together the integers as computed by
+ * {@link RoaringIntPacking#high(long)} and {@link RoaringIntPacking#low(long)}
+ */
+ // https://stackoverflow.com/questions/12772939/java-storing-two-ints-in-a-long
+ public static long pack(int high, int low) {
+ return (((long) high) << 32) | (low & 0xffffffffL);
+ }
+}
diff --git a/src/main/java/me/lemire/longcompression/SkippableLongCODEC.java b/src/main/java/me/lemire/longcompression/SkippableLongCODEC.java
new file mode 100644
index 0000000..33fd562
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/SkippableLongCODEC.java
@@ -0,0 +1,87 @@
+/**
+ * This is code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * Interface describing a standard CODEC to compress longs. This is a
+ * variation on the LongCODEC interface meant to be used for random access
+ * (i.e., given a large array, you can segment it and decode just the subarray you need).
+ *
+ * The main difference is that we must specify the number of longs we wish to
+ * decode. This information should be stored elsewhere.
+ *
+ * This interface was designed by the Terrier team for their search engine.
+ *
+ * @author Benoit Lacelle
+ *
+ */
+public interface SkippableLongCODEC {
+ /**
+ * Compress data from an array to another array.
+ *
+ * Both inpos and outpos are modified to represent how much data was read
+ * and written to. If 12 longs (inlength = 12) are compressed to 3 longs, then
+ * inpos will be incremented by 12 while outpos will be incremented by 3. We
+ * use IntWrapper to pass the values by reference.
+ *
+ * @param in
+ * input array
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * how many longs to compress
+ * @param out
+ * output array
+ * @param outpos
+ * where to write in the output array
+ */
+ public void headlessCompress(long[] in, IntWrapper inpos, int inlength, long[] out,
+ IntWrapper outpos);
+
+ /**
+ * Uncompress data from an array to another array.
+ *
+ * Both inpos and outpos parameters are modified to indicate new positions
+ * after read/write.
+ *
+ * @param in
+ * array containing data in compressed form
+ * @param inpos
+ * where to start reading in the array
+ * @param inlength
+ * length of the compressed data (ignored by some schemes)
+ * @param out
+ * array where to write the uncompressed output
+ * @param outpos
+ * where to start writing the uncompressed output in out
+ * @param num
+ * number of longs we want to decode, the actual number of longs decoded can be less
+ */
+ public void headlessUncompress(long[] in, IntWrapper inpos, int inlength, long[] out,
+ IntWrapper outpos, int num);
+
+ /**
+ * Compute the maximum number of longs that might be required to store
+ * the compressed form of a given input array segment, without headers.
+ *
+ * This is useful to pre-allocate the output buffer before calling
+ * {@link #headlessCompress(long[], IntWrapper, int, long[], IntWrapper)}.
+ *
+ *
+ * @param compressedPositions
+ * since not all schemes compress every input integer, this parameter
+ * returns how many input integers will actually be compressed.
+ * This is useful when composing multiple schemes.
+ * @param inlength
+ * number of longs to be compressed
+ * @return the maximum number of longs needed in the output array
+ */
+ int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength);
+}
diff --git a/src/main/java/me/lemire/longcompression/SkippableLongComposition.java b/src/main/java/me/lemire/longcompression/SkippableLongComposition.java
new file mode 100644
index 0000000..eb03b72
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/SkippableLongComposition.java
@@ -0,0 +1,82 @@
+/**
+ * This is code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.longcompression;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * Helper class to compose schemes.
+ *
+ * @author Benoit Lacelle
+ */
+public class SkippableLongComposition implements SkippableLongCODEC {
+ SkippableLongCODEC F1, F2;
+
+ /**
+ * Compose a scheme from a first one (f1) and a second one (f2). The first
+ * one is called first and then the second one tries to compress whatever
+ * remains from the first run.
+ *
+ * By convention, the first scheme should be such that if, during decoding,
+ * a 32-bit zero is first encountered, then there is no output.
+ *
+ * @param f1
+ * first codec
+ * @param f2
+ * second codec
+ */
+ public SkippableLongComposition(SkippableLongCODEC f1,
+ SkippableLongCODEC f2) {
+ F1 = f1;
+ F2 = f2;
+ }
+
+ @Override
+ public void headlessCompress(long[] in, IntWrapper inpos, int inlength, long[] out,
+ IntWrapper outpos) {
+ int init = inpos.get();
+ int outposInit = outpos.get();
+ F1.headlessCompress(in, inpos, inlength, out, outpos);
+ if (outpos.get() == outposInit) {
+ out[outposInit] = 0;
+ outpos.increment();
+ }
+ inlength -= inpos.get() - init;
+ F2.headlessCompress(in, inpos, inlength, out, outpos);
+ }
+
+ @Override
+ public void headlessUncompress(long[] in, IntWrapper inpos, int inlength, long[] out,
+ IntWrapper outpos, int num) {
+ int init = inpos.get();
+ int outposInit = outpos.get();
+
+ F1.headlessUncompress(in, inpos, inlength, out, outpos, num);
+ if (inpos.get() == init) {
+ inpos.increment();
+ }
+ inlength -= inpos.get() - init;
+ num -= outpos.get() - outposInit;
+ F2.headlessUncompress(in, inpos, inlength, out, outpos, num);
+ }
+
+ @Override
+ public int maxHeadlessCompressedLength(IntWrapper compressedPositions, int inlength) {
+ int init = compressedPositions.get();
+ int maxLength = F1.maxHeadlessCompressedLength(compressedPositions, inlength);
+ maxLength += 1; // Add +1 for the potential F2 header. Question: is this header actually needed in the headless version?
+ inlength -= compressedPositions.get() - init;
+ maxLength += F2.maxHeadlessCompressedLength(compressedPositions, inlength);
+ return maxLength;
+ }
+
+ @Override
+ public String toString() {
+ return F1.toString() + "+" + F2.toString();
+ }
+
+}
diff --git a/src/main/java/me/lemire/longcompression/differential/LongDelta.java b/src/main/java/me/lemire/longcompression/differential/LongDelta.java
new file mode 100644
index 0000000..8399f94
--- /dev/null
+++ b/src/main/java/me/lemire/longcompression/differential/LongDelta.java
@@ -0,0 +1,150 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression.differential;
+
+/**
+ * Generic class to compute differential coding.
+ *
+ * @author Benoit lacelle
+ *
+ */
+public final class LongDelta {
+
+ /**
+ * Apply differential coding (in-place).
+ *
+ * @param data
+ * data to be modified
+ */
+ public static void delta(long[] data) {
+ for (int i = data.length - 1; i > 0; --i) {
+ data[i] -= data[i - 1];
+ }
+ }
+
+ /**
+ * Apply differential coding (in-place) given an initial value.
+ *
+ * @param data
+ * data to be modified
+ * @param start
+ * starting index
+ * @param length
+ * number of integers to process
+ * @param init
+ * initial value
+ * @return next initial vale
+ */
+ public static long delta(long[] data, int start, int length, int init) {
+ final long nextinit = data[start + length - 1];
+ for (int i = length - 1; i > 0; --i) {
+ data[start + i] -= data[start + i - 1];
+ }
+ data[start] -= init;
+ return nextinit;
+ }
+
+ /**
+ * Compute differential coding given an initial value. Output is written
+ * to a provided array: must have length "length" or better.
+ *
+ * @param data
+ * data to be modified
+ * @param start
+ * starting index
+ * @param length
+ * number of integers to process
+ * @param init
+ * initial value
+ * @param out
+ * output array
+ * @return next initial vale
+ */
+ public static long delta(long[] data, int start, int length, int init,
+ long[] out) {
+ for (int i = length - 1; i > 0; --i) {
+ out[i] = data[start + i] - data[start + i - 1];
+ }
+ out[0] = data[start] - init;
+ return data[start + length - 1];
+ }
+
+ /**
+ * Undo differential coding (in-place). Effectively computes a prefix
+ * sum.
+ *
+ * @param data
+ * to be modified.
+ */
+ public static void inverseDelta(long[] data) {
+ for (int i = 1; i < data.length; ++i) {
+ data[i] += data[i - 1];
+ }
+ }
+
+ /**
+ * Undo differential coding (in-place). Effectively computes a prefix
+ * sum. Like inverseDelta, only faster.
+ *
+ * @param data
+ * to be modified
+ */
+ public static void fastinverseDelta(long[] data) {
+ int sz0 = data.length / 4 * 4;
+ int i = 1;
+ if (sz0 >= 4) {
+ long a = data[0];
+ for (; i < sz0 - 4; i += 4) {
+ a = data[i] += a;
+ a = data[i + 1] += a;
+ a = data[i + 2] += a;
+ a = data[i + 3] += a;
+ }
+ }
+
+ for (; i < data.length; ++i) {
+ data[i] += data[i - 1];
+ }
+ }
+
+ /**
+ * Undo differential coding (in-place). Effectively computes a prefix
+ * sum. Like inverseDelta, only faster. Uses an initial value.
+ *
+ * @param data
+ * to be modified
+ * @param start
+ * starting index
+ * @param length
+ * number of integers to process
+ * @param init
+ * initial value
+ * @return next initial value
+ */
+ public static long fastinverseDelta(long[] data, int start, int length,
+ int init) {
+ data[start] += init;
+ int sz0 = length / 4 * 4;
+ int i = 1;
+ if (sz0 >= 4) {
+ long a = data[start];
+ for (; i < sz0 - 4; i += 4) {
+ a = data[start + i] += a;
+ a = data[start + i + 1] += a;
+ a = data[start + i + 2] += a;
+ a = data[start + i + 3] += a;
+ }
+ }
+
+ for (; i != length; ++i) {
+ data[start + i] += data[start + i - 1];
+ }
+ return data[start + length - 1];
+ }
+
+}
diff --git a/src/main/java/module-info.java b/src/main/java/module-info.java
new file mode 100644
index 0000000..f134601
--- /dev/null
+++ b/src/main/java/module-info.java
@@ -0,0 +1,12 @@
+// Copyright (C) 2022 Intel Corporation
+
+// SPDX-License-Identifier: Apache-2.0
+module me.lemire.integercompression {
+ // This is currently only for advanced users:
+ // requires jdk.incubator.vector;
+ exports me.lemire.integercompression;
+ exports me.lemire.longcompression;
+ exports me.lemire.longcompression.differential;
+ exports me.lemire.integercompression.differential;
+ // exports me.lemire.integercompression.vector;
+}
diff --git a/src/test/java/me/lemire/integercompression/AdhocTest.java b/src/test/java/me/lemire/integercompression/AdhocTest.java
new file mode 100644
index 0000000..ee911b3
--- /dev/null
+++ b/src/test/java/me/lemire/integercompression/AdhocTest.java
@@ -0,0 +1,156 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression;
+
+import org.junit.Assert;
+import org.junit.Test;
+
+import me.lemire.integercompression.differential.*;
+
+import static me.lemire.integercompression.TestUtils.*;
+
+import java.util.Arrays;
+
+/**
+ * Collection of adhoc tests.
+ */
+@SuppressWarnings({ "static-method" })
+public class AdhocTest {
+
+ @Test
+ public void testIssue59() {
+ FastPFOR128 fastpfor = new FastPFOR128();
+
+ int N = 9984;
+ int[] data = new int[N];
+ for (var i = 0; i < N; i += 150) {
+ data[i] = i;
+ }
+
+ int[] compressedoutput1 = new int[N + 1024];
+
+ IntWrapper inputoffset1 = new IntWrapper(0);
+ IntWrapper outputoffset1 = new IntWrapper(0);
+
+ fastpfor.compress(data, inputoffset1, N, compressedoutput1, outputoffset1);
+ int compressedsize1 = outputoffset1.get();
+
+ int[] recovered1 = new int[N];
+ inputoffset1 = new IntWrapper(0);
+ outputoffset1 = new IntWrapper(0);
+ fastpfor.uncompress(compressedoutput1, outputoffset1, compressedsize1, recovered1, inputoffset1);
+ Assert.assertArrayEquals(data, recovered1);
+
+ int[] compressedoutput2 = new int[N + 1024];
+
+ IntWrapper inputoffset2 = new IntWrapper(0);
+ IntWrapper outputoffset2 = new IntWrapper(0);
+
+ fastpfor.compress(data, inputoffset2, N, compressedoutput2, outputoffset2);
+ int compressedsize2 = outputoffset2.get();
+
+ int[] recovered2 = new int[N];
+ inputoffset2 = new IntWrapper(0);
+ outputoffset2 = new IntWrapper(0);
+ fastpfor.uncompress(compressedoutput2, outputoffset2, compressedsize2, recovered2, inputoffset2);
+ Assert.assertArrayEquals(data, recovered2);
+ }
+
+ @Test
+ public void testIssue29() {
+ for(int x = 0; x < 64; x++) {
+ int[] a = {2, 3, 4, 5};
+ int[] b = new int[90];
+ int[] c = new int[a.length];
+ IntegerCODEC codec = new Composition(new BinaryPacking(), new VariableByte());
+
+ IntWrapper aOffset = new IntWrapper(0);
+ IntWrapper bOffset = new IntWrapper(x);
+ codec.compress(a, aOffset, a.length, b, bOffset);
+ int len = bOffset.get() - x;
+ bOffset.set(x);
+ IntWrapper cOffset = new IntWrapper(0);
+ codec.uncompress(b, bOffset, len, c, cOffset);
+ Assert.assertArrayEquals(a,c);
+ }
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void testIssue29b() {
+ for(int x = 0; x < 64; x++) {
+ SkippableIntegerCODEC codec = new SkippableComposition(new BinaryPacking(), new VariableByte());
+ int[] a = {2, 3, 4, 5};
+ int[] b = new int[x + codec.maxHeadlessCompressedLength(new IntWrapper(0), a.length)];
+ int[] c = new int[a.length];
+ IntWrapper aOffset = new IntWrapper(0);
+ IntWrapper bOffset = new IntWrapper(x);
+ codec.headlessCompress(a, aOffset, a.length, b, bOffset);
+ int len = bOffset.get() - x;
+ bOffset.set(x);
+ IntWrapper cOffset = new IntWrapper(0);
+ codec.headlessUncompress(b, bOffset, len, c, cOffset, a.length);
+ Assert.assertArrayEquals(a,c);
+ }
+ }
+
+
+ /**
+ *
+ */
+ @Test
+ public void testIssue41() {
+ for (int x = 0; x < 64; x++) {
+ SkippableIntegratedIntegerCODEC codec = new SkippableIntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte());
+ int[] a = { 2, 3, 4, 5 };
+ int[] b = new int[x + codec.maxHeadlessCompressedLength(new IntWrapper(0), a.length)];
+ int[] c = new int[a.length];
+ IntWrapper aOffset = new IntWrapper(0);
+ IntWrapper bOffset = new IntWrapper(x);
+ IntWrapper initValue = new IntWrapper(0);
+
+ codec.headlessCompress(a, aOffset, a.length, b, bOffset, initValue);
+ int len = bOffset.get() - x;
+ bOffset.set(x);
+ IntWrapper cOffset = new IntWrapper(0);
+ initValue = new IntWrapper(0);
+ codec.headlessUncompress(b, bOffset, len, c, cOffset, a.length, initValue);
+ Assert.assertArrayEquals(a, c);
+ }
+ }
+
+ @Test
+ public void biggerCompressedArray0() {
+ // No problem: for comparison.
+ IntegerCODEC c = new Composition(new FastPFOR128(), new VariableByte());
+ assertSymmetry(c, 0, 16384);
+ c = new Composition(new FastPFOR(), new VariableByte());
+ assertSymmetry(c, 0, 16384);
+ }
+
+ @Test
+ public void biggerCompressedArray1() {
+ // Compressed array is bigger than original, because of VariableByte.
+ IntegerCODEC c = new VariableByte();
+ assertSymmetry(c, -1);
+ }
+
+ @Test
+ public void biggerCompressedArray2() {
+ // Compressed array is bigger than original, because of Composition.
+ IntegerCODEC c = new Composition(new FastPFOR128(), new VariableByte());
+ assertSymmetry(c, 65535, 65535);
+ c = new Composition(new FastPFOR(), new VariableByte());
+ assertSymmetry(c, 65535, 65535);
+ }
+
+
+}
diff --git a/src/test/java/me/lemire/integercompression/BasicTest.java b/src/test/java/me/lemire/integercompression/BasicTest.java
index afb47b3..b29ae0d 100644
--- a/src/test/java/me/lemire/integercompression/BasicTest.java
+++ b/src/test/java/me/lemire/integercompression/BasicTest.java
@@ -1,333 +1,683 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
package me.lemire.integercompression;
import java.util.Arrays;
import java.util.Random;
-import junit.framework.Assert;
-
+import me.lemire.integercompression.differential.Delta;
+import me.lemire.integercompression.differential.IntegratedBinaryPacking;
+import me.lemire.integercompression.differential.IntegratedComposition;
+import me.lemire.integercompression.differential.IntegratedIntegerCODEC;
+import me.lemire.integercompression.differential.IntegratedVariableByte;
+import me.lemire.integercompression.differential.XorBinaryPacking;
import me.lemire.integercompression.synth.ClusteredDataGenerator;
import org.junit.Test;
+import static org.junit.Assert.*;
+
/**
* Just some basic sanity tests.
*
* @author Daniel Lemire
- *
*/
+@SuppressWarnings({ "static-method" })
public class BasicTest {
-
- /**
- * Verify bitpacking
- */
- @SuppressWarnings("static-method")
- @Test
- public void verify() {
- System.out.println("Checking the code...");
+ final IntegerCODEC[] codecs = {
+ new IntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()),
+ new JustCopy(),
+ new VariableByte(),
+ new GroupSimple9(),
+ new IntegratedVariableByte(),
+ new Composition(new BinaryPacking(), new VariableByte()),
+ new Composition(new NewPFD(), new VariableByte()),
+ new Composition(new NewPFDS16(), new VariableByte()),
+ new Composition(new OptPFDS9(), new VariableByte()),
+ new Composition(new OptPFDS16(), new VariableByte()),
+ new Composition(new FastPFOR128(), new VariableByte()),
+ new Composition(new FastPFOR(), new VariableByte()),
+ new Simple9(),
+ new Simple16(),
+ new GroupSimple9(),
+ new Composition(new XorBinaryPacking(), new VariableByte()),
+ new Composition(new DeltaZigzagBinaryPacking(),
+ new DeltaZigzagVariableByte()) };
+
+ /**
+ * This tests with a compressed array with various offset
+ */
+ @Test
+ public void saulTest() {
+ for (IntegerCODEC C : codecs) {
+ for (int x = 0; x < 50; ++x) {
+ int[] a = { 2, 3, 4, 5 };
+ int[] b = new int[90];
+ int[] c = new int[a.length];
+
+ IntWrapper aOffset = new IntWrapper(0);
+ IntWrapper bOffset = new IntWrapper(x);
+ C.compress(a, aOffset, a.length, b, bOffset);
+ int len = bOffset.get() - x;
+
+ bOffset.set(x);
+ IntWrapper cOffset = new IntWrapper(0);
+ C.uncompress(b, bOffset, len, c, cOffset);
+ if(!Arrays.equals(a, c)) {
+ System.out.println("Problem with "+C);
+ }
+ assertArrayEquals(a, c);
+
+ }
+ }
+ }
+ /**
+ *
+ */
+ @Test
+ public void varyingLengthTest() {
+ int N = 4096;
+ int[] data = new int[N];
+ for (int k = 0; k < N; ++k)
+ data[k] = k;
+ for (IntegerCODEC c : codecs) {
+ System.out.println("[BasicTest.varyingLengthTest] codec = " + c);
+ for (int L = 1; L <= 128; L++) {
+ int[] comp = TestUtils.compress(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+ for (int L = 128; L <= N; L *= 2) {
+ int[] comp = TestUtils.compress(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k]) {
+ System.out.println(Arrays.toString(Arrays.copyOf(
+ answer, L)));
+ System.out.println(Arrays.toString(Arrays.copyOf(data,
+ L)));
+ throw new RuntimeException("bug");
+ }
+ }
+
+ }
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void varyingLengthTest2() {
+ int N = 128;
+ int[] data = new int[N];
+ data[127] = -1;
+ for (IntegerCODEC c : codecs) {
+ System.out.println("[BasicTest.varyingLengthTest2] codec = " + c);
+ try {
+ // CODEC Simple9 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.Simple9")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+ try {
+ // CODEC Simple16 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.Simple16")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+ try {
+ // CODEC GroupSimple9 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.GroupSimple9")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+
+ for (int L = 1; L <= 128; L++) {
+ int[] comp = TestUtils.compress(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+ for (int L = 128; L <= N; L *= 2) {
+ int[] comp = TestUtils.compress(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+
+ }
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void checkDeltaZigzagVB() {
+ DeltaZigzagVariableByte codec = new DeltaZigzagVariableByte();
+ DeltaZigzagVariableByte codeco = new DeltaZigzagVariableByte();
+
+ testZeroInZeroOut(codec);
+ test(codec, codeco, 5, 10);
+ test(codec, codeco, 5, 14);
+ test(codec, codeco, 2, 18);
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void checkDeltaZigzagPacking() {
+ DeltaZigzagBinaryPacking codec = new DeltaZigzagBinaryPacking();
+ testZeroInZeroOut(codec);
+ testSpurious(codec);
+
+ IntegerCODEC compo = new Composition(new DeltaZigzagBinaryPacking(),
+ new VariableByte());
+ IntegerCODEC compo2 = new Composition(new DeltaZigzagBinaryPacking(),
+ new VariableByte());
+
+ testZeroInZeroOut(compo);
+ testUnsorted(compo);
+ test(compo, compo2, 5, 10);
+ test(compo, compo2, 5, 14);
+ test(compo, compo2, 2, 18);
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void checkXorBinaryPacking() {
+ testZeroInZeroOut(new XorBinaryPacking());
+ testSpurious(new XorBinaryPacking());
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void checkXorBinaryPacking1() {
+ IntegerCODEC c = new IntegratedComposition(new XorBinaryPacking(),
+ new IntegratedVariableByte());
+ testZeroInZeroOut(c);
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void checkXorBinaryPacking2() {
+ IntegerCODEC c = new IntegratedComposition(new XorBinaryPacking(),
+ new IntegratedVariableByte());
+ testUnsorted(c);
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void checkXorBinaryPacking3() {
+ IntegerCODEC c = new IntegratedComposition(new XorBinaryPacking(),
+ new IntegratedVariableByte());
+ IntegerCODEC co = new IntegratedComposition(new XorBinaryPacking(),
+ new IntegratedVariableByte());
+ test(c, co, 5, 10);
+ test(c, co, 5, 14);
+ test(c, co, 2, 18);
+ }
+
+ /**
+ * Verify bitpacking.
+ */
+ @Test
+ public void verifyBitPacking() {
final int N = 32;
- final int times = 1000;
+ final int TIMES = 1000;
Random r = new Random();
int[] data = new int[N];
int[] compressed = new int[N];
int[] uncompressed = new int[N];
for (int bit = 0; bit < 31; ++bit) {
- for (int t = 0; t < times; ++t) {
+ for (int t = 0; t < TIMES; ++t) {
for (int k = 0; k < N; ++k) {
data[k] = r.nextInt(1 << bit);
}
BitPacking.fastpack(data, 0, compressed, 0, bit);
BitPacking.fastunpack(compressed, 0, uncompressed, 0, bit);
- if (!Arrays.equals(uncompressed, data)) {
- throw new RuntimeException("bug " + bit);
- }
+ assertArrayEquals(uncompressed, data);
}
}
- System.out.println("Code appears to be correct.");
}
- /**
- * Verify bitpacking without mask
- */
- @SuppressWarnings("static-method")
- @Test
- public void verifyWithoutMask() {
- System.out.println("Checking the code...");
+ /**
+ * Verify bitpacking without mask.
+ */
+ @Test
+ public void verifyWithoutMask() {
final int N = 32;
- final int times = 1000;
+ final int TIMES = 1000;
Random r = new Random();
int[] data = new int[N];
int[] compressed = new int[N];
int[] uncompressed = new int[N];
for (int bit = 0; bit < 31; ++bit) {
- for (int t = 0; t < times; ++t) {
+ for (int t = 0; t < TIMES; ++t) {
for (int k = 0; k < N; ++k) {
data[k] = r.nextInt(1 << bit);
}
BitPacking.fastpackwithoutmask(data, 0, compressed, 0, bit);
BitPacking.fastunpack(compressed, 0, uncompressed, 0, bit);
- if (!Arrays.equals(uncompressed, data)) {
- throw new RuntimeException("bug " + bit);
- }
+ assertArrayEquals(uncompressed, data);
}
}
- System.out.println("Code appears to be correct.");
}
- /**
- * Verify bitpacking with exception
- */
- @SuppressWarnings("static-method")
- @Test
- public void verifyWithExceptions() {
- System.out.println("Checking the code...");
+ /**
+ * @param array
+ * some array
+ * @param mask
+ * provided mask
+ */
+ public static void maskArray(int[] array, int mask) {
+ for (int i = 0, end = array.length; i < end; ++i) {
+ array[i] &= mask;
+ }
+ }
+
+ /**
+ * Verify bitpacking with exception.
+ */
+ @Test
+ public void verifyWithExceptions() {
final int N = 32;
- final int times = 1000;
+ final int TIMES = 1000;
Random r = new Random();
int[] data = new int[N];
int[] compressed = new int[N];
int[] uncompressed = new int[N];
for (int bit = 0; bit < 31; ++bit) {
- for (int t = 0; t < times; ++t) {
+ for (int t = 0; t < TIMES; ++t) {
for (int k = 0; k < N; ++k) {
data[k] = r.nextInt();
}
BitPacking.fastpack(data, 0, compressed, 0, bit);
BitPacking.fastunpack(compressed, 0, uncompressed, 0, bit);
- for (int k = 0; k < N; ++k) {
- if ((data[k] & ((1 << bit) - 1)) != uncompressed[k]) {
- for (int k2 = 0; k2 < N; ++k2) {
- System.out.println((data[k] & ((1 << bit) - 1)) + " " + uncompressed[k]);
- }
- System.out.println(compressed[0]);
- throw new RuntimeException("bug " + bit);
- }
- }
+
+ // Check assertions.
+ maskArray(data, ((1 << bit) - 1));
+ assertArrayEquals(data, uncompressed);
}
}
- System.out.println("Code with overflow appears to be correct.");
}
- /**
- * check that the codecs can be inverted.
- */
- @SuppressWarnings("static-method")
- @Test
- public void basictest() {
- test(5, 10);
- test(5, 14);
- test(2, 18);
- }
- /**
- * check that there is no spurious output.
- */
- @SuppressWarnings("static-method")
- @Test
- public void spuriousouttest() {
- testSpurious(new IntegratedBinaryPacking());
- testSpurious(new BinaryPacking());
- testSpurious(new NewPFD());
- testSpurious(new NewPFDS9());
- testSpurious(new NewPFDS16());
- testSpurious(new OptPFD());
- testSpurious(new OptPFDS9());
- testSpurious(new OptPFDS16());
- testSpurious(new FastPFOR());
-
- }
- /**
- * check that an empty array generates an empty array
- * after compression.
- */
- @SuppressWarnings("static-method")
- @Test
- public void zeroinzerouttest() {
- testZeroInZeroOut(new IntegratedBinaryPacking());
- testZeroInZeroOut(new IntegratedVariableByte());
- testZeroInZeroOut(new BinaryPacking());
- testZeroInZeroOut(new NewPFD());
- testZeroInZeroOut(new NewPFDS9());
- testZeroInZeroOut(new NewPFDS16());
- testZeroInZeroOut(new OptPFD());
- testZeroInZeroOut(new OptPFDS9());
- testZeroInZeroOut(new OptPFDS16());
- testZeroInZeroOut(new FastPFOR());
- testZeroInZeroOut(new VariableByte());
- testZeroInZeroOut(new Composition(new IntegratedBinaryPacking(), new VariableByte()));
- testZeroInZeroOut(new Composition(new BinaryPacking(), new VariableByte()));
- testZeroInZeroOut(new Composition(new NewPFD(), new VariableByte()));
- testZeroInZeroOut(new Composition(new NewPFDS9(), new VariableByte()));
- testZeroInZeroOut(new Composition(new NewPFDS16(), new VariableByte()));
- testZeroInZeroOut(new Composition(new OptPFD(), new VariableByte()));
- testZeroInZeroOut(new Composition(new OptPFDS9(), new VariableByte()));
- testZeroInZeroOut(new Composition(new OptPFDS16(), new VariableByte()));
- testZeroInZeroOut(new Composition(new FastPFOR(), new VariableByte()));
-
- testZeroInZeroOut(new IntegratedComposition(new IntegratedBinaryPacking(),
- new IntegratedVariableByte()));
+ /**
+ * check that the codecs can be inverted.
+ */
+ @Test
+ public void basictest() {
+ test(5, 10);
+ test(5, 14);
+ test(2, 18);
+ }
+
+ /**
+ * check that there is no spurious output.
+ */
+ @Test
+ public void spuriousouttest() {
+ testSpurious(new IntegratedBinaryPacking());
+ testSpurious(new BinaryPacking());
+ testSpurious(new NewPFD());
+ testSpurious(new NewPFDS9());
+ testSpurious(new NewPFDS16());
+ testSpurious(new OptPFD());
+ testSpurious(new OptPFDS9());
+ testSpurious(new OptPFDS16());
+ testSpurious(new FastPFOR128());
+ testSpurious(new FastPFOR());
+ }
+
+ /**
+ * check that an empty array generates an empty array after compression.
+ */
+ @Test
+ public void zeroinzerouttest() {
+ testZeroInZeroOut(new IntegratedBinaryPacking());
+ testZeroInZeroOut(new IntegratedVariableByte());
+ testZeroInZeroOut(new BinaryPacking());
+ testZeroInZeroOut(new NewPFD());
+ testZeroInZeroOut(new NewPFDS9());
+ testZeroInZeroOut(new NewPFDS16());
+ testZeroInZeroOut(new OptPFD());
+ testZeroInZeroOut(new OptPFDS9());
+ testZeroInZeroOut(new OptPFDS16());
+ testZeroInZeroOut(new FastPFOR128());
+ testZeroInZeroOut(new FastPFOR());
+ testZeroInZeroOut(new VariableByte());
+ testZeroInZeroOut(new Composition(new IntegratedBinaryPacking(),
+ new VariableByte()));
+ testZeroInZeroOut(new Composition(new BinaryPacking(),
+ new VariableByte()));
+ testZeroInZeroOut(new Composition(new NewPFD(), new VariableByte()));
+ testZeroInZeroOut(new Composition(new NewPFDS9(), new VariableByte()));
+ testZeroInZeroOut(new Composition(new NewPFDS16(), new VariableByte()));
+ testZeroInZeroOut(new Composition(new OptPFD(), new VariableByte()));
+ testZeroInZeroOut(new Composition(new OptPFDS9(), new VariableByte()));
+ testZeroInZeroOut(new Composition(new OptPFDS16(), new VariableByte()));
+ testZeroInZeroOut(new Composition(new FastPFOR128(), new VariableByte()));
+ testZeroInZeroOut(new Composition(new FastPFOR(), new VariableByte()));
+
+ testZeroInZeroOut(new IntegratedComposition(
+ new IntegratedBinaryPacking(), new IntegratedVariableByte()));
+ }
+ private static void testSpurious(IntegerCODEC c) {
+ int[] x = new int[1024];
+ int[] y = new int[0];
+ IntWrapper i0 = new IntWrapper(0);
+ IntWrapper i1 = new IntWrapper(0);
+ for (int inlength = 0; inlength < 32; ++inlength) {
+ c.compress(x, i0, inlength, y, i1);
+ assertEquals(0, i1.intValue());
}
+ }
+
+ private static void testZeroInZeroOut(IntegerCODEC c) {
+ int[] x = new int[0];
+ int[] y = new int[0];
+ IntWrapper i0 = new IntWrapper(0);
+ IntWrapper i1 = new IntWrapper(0);
+ c.compress(x, i0, 0, y, i1);
+ assertEquals(0, i1.intValue());
+
+ int[] out = new int[0];
+ IntWrapper outpos = new IntWrapper(0);
+ c.uncompress(y, i1, 0, out, outpos);
+ assertEquals(0, outpos.intValue());
+ }
-
- private static void testSpurious(IntegerCODEC c) {
- int[] x = new int[1024];
- int[] y = new int[0];
- IntWrapper i0 = new IntWrapper(0);
- IntWrapper i1 = new IntWrapper(0);
- for(int inlength = 0; inlength <128;++inlength) {
- c.compress(x, i0, inlength,y,i1);
- Assert.assertEquals(i1.intValue(), 0);
- }
- }
-
- private static void testZeroInZeroOut(IntegerCODEC c) {
- int[] x = new int[0];
- int[] y = new int[0];
- IntWrapper i0 = new IntWrapper(0);
- IntWrapper i1 = new IntWrapper(0);
- c.compress(x, i0, 0,y,i1);
- Assert.assertEquals(i1.intValue(), 0);
- int[] out = new int[0];
- IntWrapper outpos = new IntWrapper(0);
- c.uncompress(y, i1, 0, out, outpos);
- Assert.assertEquals(outpos.intValue(), 0);
+ private static void test(IntegerCODEC c, IntegerCODEC co, int N, int nbr) {
+ ClusteredDataGenerator cdg = new ClusteredDataGenerator();
+ for (int sparsity = 1; sparsity < 31 - nbr; sparsity += 4) {
+ int[][] data = new int[N][];
+ int max = (1 << (nbr + sparsity));
+ for (int k = 0; k < N; ++k) {
+ data[k] = cdg.generateClustered((1 << nbr), max);
+ }
+ testCodec(c, co, data, max);
}
+ }
- private static void test(int N, int nbr) {
- ClusteredDataGenerator cdg = new ClusteredDataGenerator();
- for (int sparsity = 1; sparsity < 31 - nbr; sparsity += 4) {
- System.out.println("#testing sparsity "+sparsity);
- int[][] data = new int[N][];
- int Max = (1 << (nbr + sparsity));
- for (int k = 0; k < N; ++k) {
- data[k] = cdg.generateClustered((1 << nbr), Max);
- }
-
- testCodec(new IntegratedComposition(new IntegratedBinaryPacking(),
- new IntegratedVariableByte()), data, Max);
- testCodec(new JustCopy(), data, Max);
- testCodec(new VariableByte(), data, Max);
- testCodec(new IntegratedVariableByte(), data, Max);
- testCodec(new Composition(new BinaryPacking(), new VariableByte()),
- data, Max);
- testCodec(new Composition(new NewPFD(), new VariableByte()), data,
- Max);
- testCodec(new Composition(new NewPFDS9(), new VariableByte()),
- data, Max);
- testCodec(new Composition(new NewPFDS16(), new VariableByte()),
- data, Max);
- testCodec(new Composition(new OptPFD(), new VariableByte()), data,
- Max);
- testCodec(new Composition(new OptPFDS9(), new VariableByte()),
- data, Max);
- testCodec(new Composition(new OptPFDS16(), new VariableByte()),
- data, Max);
- testCodec(new Composition(new FastPFOR(), new VariableByte()),
- data, Max);
- testCodec(new Simple9(), data, Max);
- }
- }
-
- private static void testCodec(IntegerCODEC c, int[][] data, int Max) {
- int N = data.length;
- int maxlength = 0;
- for (int k = 0; k < N; ++k) {
- if (data[k].length > maxlength)
- maxlength = data[k].length;
- }
- int[] buffer = new int[maxlength + 1024];
- int[] dataout = new int[4 * maxlength + 1024];
- /* 4x + 1024 to account for the possibility of some negative compression */
- IntWrapper inpos = new IntWrapper();
- IntWrapper outpos = new IntWrapper();
- for (int k = 0; k < N; ++k) {
- int[] backupdata = Arrays.copyOf(data[k], data[k].length);
- //
- inpos.set(1);
- outpos.set(0);
- if (!(c instanceof IntegratedIntegerCODEC)) {
- Delta.delta(backupdata);
- }
- c.compress(backupdata, inpos, backupdata.length - inpos.get(),
- dataout, outpos);
- final int thiscompsize = outpos.get() + 1;
- inpos.set(0);
- outpos.set(1);
- buffer[0] = backupdata[0];
- c.uncompress(dataout, inpos, thiscompsize - 1, buffer, outpos);
- if (!(c instanceof IntegratedIntegerCODEC))
- Delta.fastinverseDelta(buffer);
- //
- if (outpos.get() != data[k].length)
- throw new RuntimeException("we have a bug (diff length) " + c
- + " expected " + data[k].length + " got "
- + outpos.get());
- for (int m = 0; m < outpos.get(); ++m)
- if (buffer[m] != data[k][m]) {
- throw new RuntimeException(
- "we have a bug (actual difference), expected "
- + data[k][m] + " found " + buffer[m]
- + " at " + m);
- }
-
- }
- }
-
- /**
- * Test
- */
- @SuppressWarnings("static-method")
- @Test
- public void testUnsortedExample() {
-
- testUnsorted(new VariableByte());
- testUnsorted(new IntegratedVariableByte());
- testUnsorted(new Composition(new BinaryPacking(), new VariableByte()));
- testUnsorted(new Composition(new NewPFD(), new VariableByte()));
- testUnsorted(new Composition(new NewPFDS9(), new VariableByte()));
- testUnsorted(new Composition(new NewPFDS16(), new VariableByte()));
- testUnsorted(new Composition(new OptPFD(), new VariableByte()));
- testUnsorted(new Composition(new OptPFDS9(), new VariableByte()));
- testUnsorted(new Composition(new OptPFDS16(), new VariableByte()));
- testUnsorted(new Composition(new FastPFOR(), new VariableByte()));
-
- testUnsorted(new IntegratedComposition(new IntegratedBinaryPacking(),
- new IntegratedVariableByte()));
- testUnsorted(new Composition(new IntegratedBinaryPacking(), new VariableByte()));
+ private static void test(int N, int nbr) {
+ ClusteredDataGenerator cdg = new ClusteredDataGenerator();
+ System.out.println("[BasicTest.test] N = " + N + " " + nbr);
+ for (int sparsity = 1; sparsity < 31 - nbr; sparsity += 4) {
+ int[][] data = new int[N][];
+ int max = (1 << (nbr + sparsity));
+ for (int k = 0; k < N; ++k) {
+ data[k] = cdg.generateClustered((1 << nbr), max);
+ }
+ testCodec(new IntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()),
+ new IntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()), data, max);
+ testCodec(new JustCopy(), new JustCopy(), data, max);
+ testCodec(new VariableByte(), new VariableByte(), data, max);
+ testCodec(new IntegratedVariableByte(),
+ new IntegratedVariableByte(), data, max);
+ testCodec(new Composition(new BinaryPacking(), new VariableByte()),
+ new Composition(new BinaryPacking(), new VariableByte()),
+ data, max);
+ testCodec(new Composition(new NewPFD(), new VariableByte()),
+ new Composition(new NewPFD(), new VariableByte()), data,
+ max);
+ testCodec(new Composition(new NewPFDS9(), new VariableByte()),
+ new Composition(new NewPFDS9(), new VariableByte()), data,
+ max);
+ testCodec(new Composition(new NewPFDS16(), new VariableByte()),
+ new Composition(new NewPFDS16(), new VariableByte()), data,
+ max);
+ testCodec(new Composition(new OptPFD(), new VariableByte()),
+ new Composition(new OptPFD(), new VariableByte()), data,
+ max);
+ testCodec(new Composition(new OptPFDS9(), new VariableByte()),
+ new Composition(new OptPFDS9(), new VariableByte()), data,
+ max);
+ testCodec(new Composition(new OptPFDS16(), new VariableByte()),
+ new Composition(new OptPFDS16(), new VariableByte()), data,
+ max);
+ testCodec(new Composition(new FastPFOR128(), new VariableByte()),
+ new Composition(new FastPFOR128(), new VariableByte()),
+ data, max);
+ testCodec(new Composition(new FastPFOR(), new VariableByte()),
+ new Composition(new FastPFOR(), new VariableByte()),
+ data, max);
+ testCodec(new Simple9(), new Simple9(), data, max);
}
-
- public void testUnsorted(IntegerCODEC codec) {
- int[] lengths = {133,1333333};
- for (int N : lengths ) {
- int[] data = new int[N];
- // initialize the data (most will be small
- for (int k = 0; k < N; k += 1)
- data[k] = 3;
- // throw some larger values
- for (int k = 0; k < N; k += 5)
- data[k] = 100;
- for (int k = 0; k < N; k += 533)
- data[k] = 10000;
- data[5] = -311;
- int[] compressed = new int[(int) Math.ceil(N * 1.01) + 1024];// could
- // need
- // more
- // compressing
- IntWrapper inputoffset = new IntWrapper(0);
- IntWrapper outputoffset = new IntWrapper(0);
- codec.compress(data, inputoffset, data.length,
- compressed, outputoffset);
- // we can repack the data: (optional)
- compressed = Arrays.copyOf(compressed,
- outputoffset.intValue());
-
- int[] recovered = new int[N];
- IntWrapper recoffset = new IntWrapper(0);
- codec.uncompress(compressed, new IntWrapper(0),
- compressed.length, recovered, recoffset);
- Assert.assertTrue(Arrays.equals(data, recovered));
- }
+ }
+
+ private static void testCodec(IntegerCODEC c, IntegerCODEC co,
+ int[][] data, int max) {
+ int N = data.length;
+ int maxlength = 0;
+ for (int k = 0; k < N; ++k) {
+ if (data[k].length > maxlength)
+ maxlength = data[k].length;
+ }
+ int[] buffer = new int[maxlength + 1024];
+ int[] dataout = new int[4 * maxlength + 1024];
+ // 4x + 1024 to account for the possibility of some negative
+ // compression.
+ IntWrapper inpos = new IntWrapper();
+ IntWrapper outpos = new IntWrapper();
+ for (int k = 0; k < N; ++k) {
+ int[] backupdata = Arrays.copyOf(data[k], data[k].length);
+
+ inpos.set(1);
+ outpos.set(0);
+ if (!(c instanceof IntegratedIntegerCODEC)) {
+ Delta.delta(backupdata);
+ }
+ c.compress(backupdata, inpos, backupdata.length - inpos.get(),
+ dataout, outpos);
+ final int thiscompsize = outpos.get() + 1;
+ inpos.set(0);
+ outpos.set(1);
+ buffer[0] = backupdata[0];
+ co.uncompress(dataout, inpos, thiscompsize - 1, buffer, outpos);
+ if (!(c instanceof IntegratedIntegerCODEC))
+ Delta.fastinverseDelta(buffer);
+ // Check assertions.
+ assertEquals("length is not match", outpos.get(), data[k].length);
+ int[] bufferCutout = Arrays.copyOf(buffer, outpos.get());
+ assertArrayEquals("failed to reconstruct original data", data[k],
+ bufferCutout);
}
+ }
+
+ /**
+ * Test for unsorted array.
+ */
+ @Test
+ public void testUnsortedExample() {
+ testUnsorted(new VariableByte());
+ testUnsorted(new IntegratedVariableByte());
+ testUnsorted(new Composition(new BinaryPacking(), new VariableByte()));
+ testUnsorted(new Composition(new NewPFD(), new VariableByte()));
+ testUnsorted(new Composition(new NewPFDS9(), new VariableByte()));
+ testUnsorted(new Composition(new NewPFDS16(), new VariableByte()));
+ testUnsorted(new Composition(new OptPFD(), new VariableByte()));
+ testUnsorted(new Composition(new OptPFDS9(), new VariableByte()));
+ testUnsorted(new Composition(new OptPFDS16(), new VariableByte()));
+ testUnsorted(new Composition(new FastPFOR128(), new VariableByte()));
+ testUnsorted(new Composition(new FastPFOR(), new VariableByte()));
+
+ testUnsorted(new IntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()));
+ testUnsorted(new Composition(new IntegratedBinaryPacking(),
+ new VariableByte()));
+
+ testUnsorted2(new VariableByte());
+ testUnsorted2(new IntegratedVariableByte());
+ testUnsorted2(new Composition(new BinaryPacking(), new VariableByte()));
+ testUnsorted2(new Composition(new NewPFD(), new VariableByte()));
+ testUnsorted2(new Composition(new NewPFDS9(), new VariableByte()));
+ testUnsorted2(new Composition(new NewPFDS16(), new VariableByte()));
+ testUnsorted2(new Composition(new OptPFD(), new VariableByte()));
+ testUnsorted2(new Composition(new OptPFDS9(), new VariableByte()));
+ testUnsorted2(new Composition(new OptPFDS16(), new VariableByte()));
+ testUnsorted2(new Composition(new FastPFOR128(), new VariableByte()));
+ testUnsorted2(new Composition(new FastPFOR(), new VariableByte()));
+
+ testUnsorted3(new IntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()));
+ testUnsorted3(new Composition(new IntegratedBinaryPacking(),
+ new VariableByte()));
+ testUnsorted3(new VariableByte());
+ testUnsorted3(new IntegratedVariableByte());
+ testUnsorted3(new Composition(new BinaryPacking(), new VariableByte()));
+ testUnsorted3(new Composition(new NewPFD(), new VariableByte()));
+ testUnsorted3(new Composition(new NewPFDS9(), new VariableByte()));
+ testUnsorted3(new Composition(new NewPFDS16(), new VariableByte()));
+ testUnsorted3(new Composition(new OptPFD(), new VariableByte()));
+ testUnsorted3(new Composition(new OptPFDS9(), new VariableByte()));
+ testUnsorted3(new Composition(new OptPFDS16(), new VariableByte()));
+ testUnsorted3(new Composition(new FastPFOR128(), new VariableByte()));
+ testUnsorted3(new Composition(new FastPFOR(), new VariableByte()));
+
+ testUnsorted2(new IntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte()));
+ testUnsorted2(new Composition(new IntegratedBinaryPacking(),
+ new VariableByte()));
+
+ }
+
+ /**
+ * @param codec
+ * provided codec
+ */
+ public void testUnsorted(IntegerCODEC codec) {
+ int[] lengths = { 133, 1026, 1333333 };
+ for (int N : lengths) {
+ int[] data = new int[N];
+ // initialize the data (most will be small)
+ for (int k = 0; k < N; k += 1)
+ data[k] = 3;
+ // throw some larger values
+ for (int k = 0; k < N; k += 5)
+ data[k] = 100;
+ for (int k = 0; k < N; k += 533)
+ data[k] = 10000;
+ data[5] = -311;
+ // could need more compressing
+ int[] compressed = new int[(int) Math.ceil(N * 1.01) + 1024];
+ IntWrapper inputoffset = new IntWrapper(0);
+ IntWrapper outputoffset = new IntWrapper(0);
+ codec.compress(data, inputoffset, data.length, compressed,
+ outputoffset);
+ // we can repack the data: (optional)
+ compressed = Arrays.copyOf(compressed, outputoffset.intValue());
+
+ int[] recovered = new int[N];
+ IntWrapper recoffset = new IntWrapper(0);
+ codec.uncompress(compressed, new IntWrapper(0), compressed.length,
+ recovered, recoffset);
+ assertArrayEquals(data, recovered);
+ }
+ }
+
+ private void testUnsorted2(IntegerCODEC codec) {
+ int[] data = new int[128];
+ data[5] = -1;
+ int[] compressed = new int[1024];
+ IntWrapper inputoffset = new IntWrapper(0);
+ IntWrapper outputoffset = new IntWrapper(0);
+ codec.compress(data, inputoffset, data.length, compressed, outputoffset);
+ // we can repack the data: (optional)
+ compressed = Arrays.copyOf(compressed, outputoffset.intValue());
+
+ int[] recovered = new int[128];
+ IntWrapper recoffset = new IntWrapper(0);
+ codec.uncompress(compressed, new IntWrapper(0), compressed.length,
+ recovered, recoffset);
+ assertArrayEquals(data, recovered);
+ }
+
+ private void testUnsorted3(IntegerCODEC codec) {
+ int[] data = new int[128];
+ data[127] = -1;
+ int[] compressed = new int[1024];
+ IntWrapper inputoffset = new IntWrapper(0);
+ IntWrapper outputoffset = new IntWrapper(0);
+ codec.compress(data, inputoffset, data.length, compressed, outputoffset);
+ // we can repack the data: (optional)
+ compressed = Arrays.copyOf(compressed, outputoffset.intValue());
+
+ int[] recovered = new int[128];
+ IntWrapper recoffset = new IntWrapper(0);
+ codec.uncompress(compressed, new IntWrapper(0), compressed.length,
+ recovered, recoffset);
+ assertArrayEquals(data, recovered);
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void fastPforTest() {
+ // proposed by Stefan Ackermann (https://github.com/Stivo)
+ FastPFOR codec1 = new FastPFOR();
+ FastPFOR codec2 = new FastPFOR();
+ int N = FastPFOR.BLOCK_SIZE;
+ int[] data = new int[N];
+ for (int i = 0; i < N; i++)
+ data[i] = 0;
+ data[126] = -1;
+ int[] comp = TestUtils.compress(codec1, Arrays.copyOf(data, N));
+ int[] answer = TestUtils.uncompress(codec2, comp, N);
+ for (int k = 0; k < N; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug " + k + " " + answer[k]
+ + " != " + data[k]);
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void fastPfor128Test() {
+ // proposed by Stefan Ackermann (https://github.com/Stivo)
+ FastPFOR128 codec1 = new FastPFOR128();
+ FastPFOR128 codec2 = new FastPFOR128();
+ int N = FastPFOR128.BLOCK_SIZE;
+ int[] data = new int[N];
+ for (int i = 0; i < N; i++)
+ data[i] = 0;
+ data[126] = -1;
+ int[] comp = TestUtils.compress(codec1, Arrays.copyOf(data, N));
+ int[] answer = TestUtils.uncompress(codec2, comp, N);
+ for (int k = 0; k < N; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug " + k + " " + answer[k]
+ + " != " + data[k]);
+ }
}
diff --git a/src/test/java/me/lemire/integercompression/BoundaryTest.java b/src/test/java/me/lemire/integercompression/BoundaryTest.java
index f8539d8..128b431 100644
--- a/src/test/java/me/lemire/integercompression/BoundaryTest.java
+++ b/src/test/java/me/lemire/integercompression/BoundaryTest.java
@@ -1,12 +1,28 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
package me.lemire.integercompression;
import java.util.Arrays;
+import me.lemire.integercompression.differential.IntegratedBinaryPacking;
+import me.lemire.integercompression.differential.IntegratedComposition;
+import me.lemire.integercompression.differential.IntegratedVariableByte;
+
import org.junit.Test;
+
import static org.junit.Assert.*;
-public class BoundaryTest
-{
+/**
+ * @author lemire
+ *
+ */
+@SuppressWarnings({ "static-method" })
+public class BoundaryTest {
private static void compressAndUncompress(int length, IntegerCODEC c) {
// Initialize array.
int[] source = new int[length];
@@ -25,14 +41,25 @@ private static void compressAndUncompress(int length, IntegerCODEC c) {
int[] uncompressed = new int[length];
IntWrapper u_inpos = new IntWrapper(0);
IntWrapper u_outpos = new IntWrapper(0);
- c.uncompress(compressed, u_inpos, c_outpos.get(),
- uncompressed, u_outpos);
+ c.uncompress(compressed, u_inpos, c_outpos.get(), uncompressed,
+ u_outpos);
// Compare between uncompressed and original arrays.
int[] target = Arrays.copyOf(uncompressed, u_outpos.get());
+ if (!Arrays.equals(source, target)) {
+ System.out.println("problem with length = " + length + " and " + c);
+ System.out.println(Arrays.toString(source));
+ System.out.println(Arrays.toString(target));
+ }
assertArrayEquals(source, target);
}
+ private static void around32(IntegerCODEC c) {
+ compressAndUncompress(31, c);
+ compressAndUncompress(32, c);
+ compressAndUncompress(33, c);
+ }
+
private static void around128(IntegerCODEC c) {
compressAndUncompress(127, c);
compressAndUncompress(128, c);
@@ -46,23 +73,26 @@ private static void around256(IntegerCODEC c) {
}
private static void testBoundary(IntegerCODEC c) {
+ around32(c);
around128(c);
around256(c);
}
+
+ /**
+ */
@Test
- public void testIntegratedComposition() throws Exception {
+ public void testIntegratedComposition() {
IntegratedComposition c = new IntegratedComposition(
- new IntegratedBinaryPacking(),
- new IntegratedVariableByte());
+ new IntegratedBinaryPacking(), new IntegratedVariableByte());
testBoundary(c);
}
+ /**
+ */
@Test
- public void testComposition() throws Exception {
- Composition c = new Composition(
- new BinaryPacking(),
- new VariableByte());
+ public void testComposition() {
+ Composition c = new Composition(new BinaryPacking(), new VariableByte());
testBoundary(c);
}
}
diff --git a/src/test/java/me/lemire/integercompression/ByteBasicTest.java b/src/test/java/me/lemire/integercompression/ByteBasicTest.java
new file mode 100644
index 0000000..2b2d4f1
--- /dev/null
+++ b/src/test/java/me/lemire/integercompression/ByteBasicTest.java
@@ -0,0 +1,121 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression;
+
+import java.util.Arrays;
+
+import me.lemire.integercompression.differential.IntegratedVariableByte;
+
+import org.junit.Test;
+
+import static org.junit.Assert.*;
+
+
+/**
+ * Just some basic sanity tests.
+ *
+ * @author Daniel Lemire
+ */
+@SuppressWarnings({ "static-method" })
+public class ByteBasicTest {
+ ByteIntegerCODEC[] codecs = {
+ new VariableByte(),
+ new IntegratedVariableByte(),
+ };
+
+ /**
+ *
+ */
+ @Test
+ public void saulTest() {
+ for (ByteIntegerCODEC C : codecs) {
+ for (int x = 0; x < 50 * 4; ++x) {
+ int[] a = { 2, 3, 4, 5 };
+ byte[] b = new byte[90*4];
+ int[] c = new int[a.length];
+
+ IntWrapper aOffset = new IntWrapper(0);
+ IntWrapper bOffset = new IntWrapper(x);
+ C.compress(a, aOffset, a.length, b, bOffset);
+ int len = bOffset.get() - x;
+
+ bOffset.set(x);
+ IntWrapper cOffset = new IntWrapper(0);
+ C.uncompress(b, bOffset, len, c, cOffset);
+ if(!Arrays.equals(a, c)) {
+ System.out.println("Problem with "+C);
+ }
+ assertArrayEquals(a, c);
+ }
+ }
+ }
+ /**
+ *
+ */
+ @Test
+ public void varyingLengthTest() {
+ int N = 4096;
+ int[] data = new int[N];
+ for (int k = 0; k < N; ++k)
+ data[k] = k;
+ for (ByteIntegerCODEC c : codecs) {
+ for (int L = 1; L <= 128; L++) {
+ byte[] comp = TestUtils.compress(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug "+c.toString()+" "+k+" "+answer[k]+" "+data[k]);
+ }
+ for (int L = 128; L <= N; L *= 2) {
+ byte[] comp = TestUtils.compress(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+
+ }
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void varyingLengthTest2() {
+ int N = 128;
+ int[] data = new int[N];
+ data[127] = -1;
+ for (ByteIntegerCODEC c : codecs) {
+ try {
+ // CODEC Simple9 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.Simple9")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+ for (int L = 1; L <= 128; L++) {
+ byte[] comp = TestUtils.compress(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug at k = "+k+" "+answer[k]+" "+data[k]);
+ }
+ for (int L = 128; L <= N; L *= 2) {
+ byte[] comp = TestUtils.compress(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+
+ }
+ }
+
+
+}
diff --git a/src/test/java/me/lemire/integercompression/DeltaZigzagEncodingTest.java b/src/test/java/me/lemire/integercompression/DeltaZigzagEncodingTest.java
new file mode 100644
index 0000000..ae42c1d
--- /dev/null
+++ b/src/test/java/me/lemire/integercompression/DeltaZigzagEncodingTest.java
@@ -0,0 +1,124 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression;
+
+import org.junit.Test;
+import static org.junit.Assert.*;
+
+/**
+ * @author lemire
+ *
+ */
+@SuppressWarnings({ "static-method" })
+public class DeltaZigzagEncodingTest {
+
+ protected static int zigzagEncode(DeltaZigzagEncoding.Encoder e, int value) {
+ e.setContextValue(0);
+ return e.encodeInt(value);
+ }
+
+ protected static int zigzagDecode(DeltaZigzagEncoding.Decoder d, int value) {
+ d.setContextValue(0);
+ return d.decodeInt(value);
+ }
+
+ protected static void checkEncode(
+ DeltaZigzagEncoding.Encoder e,
+ int[] data,
+ int[] expected)
+ {
+ assertArrayEquals(expected, e.encodeArray(data));
+ assertEquals(data[data.length - 1], e.getContextValue());
+ }
+
+ protected static void checkDecode(
+ DeltaZigzagEncoding.Decoder d,
+ int[] data,
+ int[] expected)
+ {
+ int[] r = d.decodeArray(data);
+ assertArrayEquals(expected, r);
+ assertEquals(r[r.length - 1], d.getContextValue());
+ }
+ /**
+ *
+ */
+ @Test
+ public void checkZigzagEncode() {
+ DeltaZigzagEncoding.Encoder e = new DeltaZigzagEncoding.Encoder(0);
+ assertEquals(0, zigzagEncode(e, 0));
+ assertEquals(2, zigzagEncode(e, 1));
+ assertEquals(4, zigzagEncode(e, 2));
+ assertEquals(6, zigzagEncode(e, 3));
+ assertEquals(1, zigzagEncode(e, -1));
+ assertEquals(3, zigzagEncode(e, -2));
+ assertEquals(5, zigzagEncode(e, -3));
+ }
+ /**
+ *
+ */
+ @Test
+ public void checkZigzagDecoder() {
+ DeltaZigzagEncoding.Decoder d = new DeltaZigzagEncoding.Decoder(0);
+ assertEquals( 0, zigzagDecode(d, 0));
+ assertEquals(-1, zigzagDecode(d, 1));
+ assertEquals( 1, zigzagDecode(d, 2));
+ assertEquals(-2, zigzagDecode(d, 3));
+ assertEquals( 2, zigzagDecode(d, 4));
+ assertEquals(-3, zigzagDecode(d, 5));
+ }
+ /**
+ *
+ */
+ @Test
+ public void checkEncodeSimple() {
+ DeltaZigzagEncoding.Encoder e = new DeltaZigzagEncoding.Encoder(0);
+ checkEncode(e,
+ new int[]{ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 },
+ new int[]{ 0, 2, 2, 2, 2, 2, 2, 2, 2, 2 });
+ }
+ /**
+ *
+ */
+ @Test
+ public void checkDecodeSimple() {
+ DeltaZigzagEncoding.Decoder d = new DeltaZigzagEncoding.Decoder(0);
+ checkDecode(d,
+ new int[]{ 0, 2, 2, 2, 2, 2, 2, 2, 2, 2 },
+ new int[]{ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 });
+ }
+
+ protected static class SpotChecker {
+
+ private final static DeltaZigzagEncoding.Encoder encoder =
+ new DeltaZigzagEncoding.Encoder(0);
+
+ private final static DeltaZigzagEncoding.Decoder decoder =
+ new DeltaZigzagEncoding.Decoder(0);
+
+ public void check(int value) {
+ SpotChecker.encoder.setContextValue(0);
+ SpotChecker.decoder.setContextValue(0);
+ int value2 = SpotChecker.decoder.decodeInt(SpotChecker.encoder.encodeInt(value));
+ assertEquals(value, value2);
+ }
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void checkSpots() {
+ SpotChecker c = new SpotChecker();
+ c.check(0);
+ c.check(1);
+ c.check(1375228800);
+ c.check(1 << 30);
+ c.check(1 << 31);
+ }
+}
diff --git a/src/test/java/me/lemire/integercompression/ExampleTest.java b/src/test/java/me/lemire/integercompression/ExampleTest.java
new file mode 100644
index 0000000..c63c69b
--- /dev/null
+++ b/src/test/java/me/lemire/integercompression/ExampleTest.java
@@ -0,0 +1,319 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression;
+
+import me.lemire.integercompression.differential.*;
+import java.util.*;
+
+import org.junit.Test;
+
+/**
+ *
+ *
+ */
+public class ExampleTest {
+ /**
+ *
+ */
+ @Test
+
+ public void superSimpleExample() {
+ IntegratedIntCompressor iic = new IntegratedIntCompressor();
+ int[] data = new int[2342351];
+ for (int k = 0; k < data.length; ++k)
+ data[k] = k;
+ System.out.println("Compressing " + data.length + " integers using friendly interface");
+ int[] compressed = iic.compress(data);
+ int[] recov = iic.uncompress(compressed);
+ System.out
+ .println("compressed from " + data.length * 4 / 1024 + "KB to " + compressed.length * 4 / 1024 + "KB");
+ if (!Arrays.equals(recov, data))
+ throw new RuntimeException("bug");
+ }
+
+ /**
+ *
+ */
+ @Test
+
+ public void basicExample() {
+ int[] data = new int[2342351];
+ System.out.println("Compressing " + data.length + " integers in one go");
+ // data should be sorted for best
+ // results
+ for (int k = 0; k < data.length; ++k)
+ data[k] = k;
+ // Very important: the data is in sorted order!!! If not, you
+ // will get very poor compression with IntegratedBinaryPacking,
+ // you should use another CODEC.
+
+ // next we compose a CODEC. Most of the processing
+ // will be done with binary packing, and leftovers will
+ // be processed using variable byte
+ IntegratedIntegerCODEC codec = new IntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte());
+ // output vector should be large enough...
+ int[] compressed = new int[data.length + 1024];
+ // compressed might not be large enough in some cases
+ // if you get java.lang.ArrayIndexOutOfBoundsException, try
+ // allocating more memory
+
+ /**
+ *
+ * compressing
+ *
+ */
+ IntWrapper inputoffset = new IntWrapper(0);
+ IntWrapper outputoffset = new IntWrapper(0);
+ codec.compress(data, inputoffset, data.length, compressed, outputoffset);
+ // got it!
+ // inputoffset should be at data.length but outputoffset tells
+ // us where we are...
+ System.out.println(
+ "compressed from " + data.length * 4 / 1024 + "KB to " + outputoffset.intValue() * 4 / 1024 + "KB");
+ // we can repack the data: (optional)
+ compressed = Arrays.copyOf(compressed, outputoffset.intValue());
+
+ /**
+ *
+ * now uncompressing
+ *
+ * This assumes that we otherwise know how many integers have been
+ * compressed. See basicExampleHeadless for a more general case.
+ */
+ int[] recovered = new int[data.length];
+ IntWrapper recoffset = new IntWrapper(0);
+ codec.uncompress(compressed, new IntWrapper(0), compressed.length, recovered, recoffset);
+ if (Arrays.equals(data, recovered))
+ System.out.println("data is recovered without loss");
+ else
+ throw new RuntimeException("bug"); // could use assert
+ System.out.println();
+ }
+
+ /**
+ * Like the basicExample, but we store the input array size manually.
+ */
+ @Test
+ public void basicExampleHeadless() {
+ int[] data = new int[2342351];
+ System.out.println("Compressing " + data.length + " integers in one go using the headless approach");
+ // data should be sorted for best
+ // results
+ for (int k = 0; k < data.length; ++k)
+ data[k] = k;
+ // Very important: the data is in sorted order!!! If not, you
+ // will get very poor compression with IntegratedBinaryPacking,
+ // you should use another CODEC.
+
+ // next we compose a CODEC. Most of the processing
+ // will be done with binary packing, and leftovers will
+ // be processed using variable byte
+ SkippableIntegratedComposition codec = new SkippableIntegratedComposition(new IntegratedBinaryPacking(),
+ new IntegratedVariableByte());
+ int[] compressed = new int[codec.maxHeadlessCompressedLength(new IntWrapper(0), data.length)];
+
+ /**
+ *
+ * compressing
+ *
+ */
+ IntWrapper inputoffset = new IntWrapper(0);
+ IntWrapper outputoffset = new IntWrapper(1);
+ compressed[0] = data.length; // we manually store how many integers we
+ codec.headlessCompress(data, inputoffset, data.length, compressed, outputoffset, new IntWrapper(0));
+ // got it!
+ // inputoffset should be at data.length but outputoffset tells
+ // us where we are...
+ System.out.println(
+ "compressed from " + data.length * 4 / 1024 + "KB to " + outputoffset.intValue() * 4 / 1024 + "KB");
+ // we can repack the data: (optional)
+ compressed = Arrays.copyOf(compressed, outputoffset.intValue());
+
+ /**
+ *
+ * now uncompressing
+ *
+ */
+ int howmany = compressed[0];// we manually stored the number of
+ // compressed integers
+ int[] recovered = new int[howmany];
+ IntWrapper recoffset = new IntWrapper(0);
+ codec.headlessUncompress(compressed, new IntWrapper(1), compressed.length, recovered, recoffset, howmany, new IntWrapper(0));
+ if (Arrays.equals(data, recovered))
+ System.out.println("data is recovered without loss");
+ else
+ throw new RuntimeException("bug"); // could use assert
+ System.out.println();
+ }
+
+ /**
+ * This is an example to show you can compress unsorted integers as long as
+ * most are small.
+ */
+ @Test
+ public void unsortedExample() {
+ final int N = 1333333;
+ int[] data = new int[N];
+ // initialize the data (most will be small
+ for (int k = 0; k < N; k += 1)
+ data[k] = 3;
+ // throw some larger values
+ for (int k = 0; k < N; k += 5)
+ data[k] = 100;
+ for (int k = 0; k < N; k += 533)
+ data[k] = 10000;
+ int[] compressed = new int[N + 1024];// could need more
+ IntegerCODEC codec = new Composition(new FastPFOR(), new VariableByte());
+ // compressing
+ IntWrapper inputoffset = new IntWrapper(0);
+ IntWrapper outputoffset = new IntWrapper(0);
+ codec.compress(data, inputoffset, data.length, compressed, outputoffset);
+ System.out.println("compressed unsorted integers from " + data.length * 4 / 1024 + "KB to "
+ + outputoffset.intValue() * 4 / 1024 + "KB");
+ // we can repack the data: (optional)
+ compressed = Arrays.copyOf(compressed, outputoffset.intValue());
+
+ int[] recovered = new int[N];
+ IntWrapper recoffset = new IntWrapper(0);
+ codec.uncompress(compressed, new IntWrapper(0), compressed.length, recovered, recoffset);
+ if (Arrays.equals(data, recovered))
+ System.out.println("data is recovered without loss");
+ else
+ throw new RuntimeException("bug"); // could use assert
+ System.out.println();
+
+ }
+
+ /**
+ * This is like the basic example, but we show how to process larger arrays
+ * in chunks.
+ *
+ * Some of this code was written by Pavel Klinov.
+ */
+ @Test
+ public void advancedExample() {
+ int TotalSize = 2342351; // some arbitrary number
+ int ChunkSize = 16384; // size of each chunk, choose a multiple of 128
+ System.out.println("Compressing " + TotalSize + " integers using chunks of " + ChunkSize + " integers ("
+ + ChunkSize * 4 / 1024 + "KB)");
+ System.out.println("(It is often better for applications to work in chunks fitting in CPU cache.)");
+ int[] data = new int[TotalSize];
+ // data should be sorted for best
+ // results
+ for (int k = 0; k < data.length; ++k)
+ data[k] = k;
+ // next we compose a CODEC. Most of the processing
+ // will be done with binary packing, and leftovers will
+ // be processed using variable byte, using variable byte
+ // only for the last chunk!
+ IntegratedIntegerCODEC regularcodec = new IntegratedBinaryPacking();
+ IntegratedVariableByte ivb = new IntegratedVariableByte();
+ IntegratedIntegerCODEC lastcodec = new IntegratedComposition(regularcodec, ivb);
+ // output vector should be large enough...
+ int[] compressed = new int[TotalSize + 1024];
+
+ /**
+ *
+ * compressing
+ *
+ */
+ IntWrapper inputoffset = new IntWrapper(0);
+ IntWrapper outputoffset = new IntWrapper(0);
+ for (int k = 0; k < TotalSize / ChunkSize; ++k)
+ regularcodec.compress(data, inputoffset, ChunkSize, compressed, outputoffset);
+ lastcodec.compress(data, inputoffset, TotalSize % ChunkSize, compressed, outputoffset);
+ // got it!
+ // inputoffset should be at data.length but outputoffset tells
+ // us where we are...
+ System.out.println(
+ "compressed from " + data.length * 4 / 1024 + "KB to " + outputoffset.intValue() * 4 / 1024 + "KB");
+ // we can repack the data:
+ compressed = Arrays.copyOf(compressed, outputoffset.intValue());
+
+ /**
+ *
+ * now uncompressing
+ *
+ * We are *not* assuming that the original array length is known,
+ * however we assume that the chunk size (ChunkSize) is known.
+ *
+ */
+ int[] recovered = new int[ChunkSize];
+ IntWrapper compoff = new IntWrapper(0);
+ IntWrapper recoffset;
+ int currentpos = 0;
+
+ while (compoff.get() < compressed.length) {
+ recoffset = new IntWrapper(0);
+ regularcodec.uncompress(compressed, compoff, compressed.length - compoff.get(), recovered, recoffset);
+
+ if (recoffset.get() < ChunkSize) {// last chunk detected
+ ivb.uncompress(compressed, compoff, compressed.length - compoff.get(), recovered, recoffset);
+ }
+ for (int i = 0; i < recoffset.get(); ++i) {
+ if (data[currentpos + i] != recovered[i])
+ throw new RuntimeException("bug"); // could use assert
+ }
+ currentpos += recoffset.get();
+ }
+ System.out.println("data is recovered without loss");
+ System.out.println();
+
+ }
+
+ /**
+ * Demo of the headless approach where we must supply the array length
+ */
+ @Test
+ public void headlessDemo() {
+ System.out.println("Compressing arrays with minimal header...");
+ int[] uncompressed1 = { 1, 2, 1, 3, 1 };
+ int[] uncompressed2 = { 3, 2, 4, 6, 1 };
+
+ SkippableIntegerCODEC codec = new SkippableComposition(new BinaryPacking(), new VariableByte());
+
+ int maxCompressedLength = codec.maxHeadlessCompressedLength(new IntWrapper(0), uncompressed1.length)
+ + codec.maxHeadlessCompressedLength(new IntWrapper(0), uncompressed2.length);
+ int[] compressed = new int[maxCompressedLength];
+
+ // compressing
+ IntWrapper outPos = new IntWrapper();
+
+ IntWrapper previous = new IntWrapper();
+
+ codec.headlessCompress(uncompressed1, new IntWrapper(), uncompressed1.length, compressed, outPos);
+ int length1 = outPos.get() - previous.get();
+ previous = new IntWrapper(outPos.get());
+ codec.headlessCompress(uncompressed2, new IntWrapper(), uncompressed2.length, compressed, outPos);
+ int length2 = outPos.get() - previous.get();
+
+ compressed = Arrays.copyOf(compressed, length1 + length2);
+ System.out
+ .println("compressed unsorted integers from " + uncompressed1.length * 4 + "B to " + length1 * 4 + "B");
+ System.out
+ .println("compressed unsorted integers from " + uncompressed2.length * 4 + "B to " + length2 * 4 + "B");
+ System.out.println("Total compressed output " + compressed.length);
+
+ int[] recovered1 = new int[uncompressed1.length];
+ int[] recovered2 = new int[uncompressed1.length];
+ IntWrapper inPos = new IntWrapper();
+ System.out.println("Decoding first array starting at pos = " + inPos);
+ codec.headlessUncompress(compressed, inPos, compressed.length, recovered1, new IntWrapper(0),
+ uncompressed1.length);
+ System.out.println("Decoding second array starting at pos = " + inPos);
+ codec.headlessUncompress(compressed, inPos, compressed.length, recovered2, new IntWrapper(0),
+ uncompressed2.length);
+ if (!Arrays.equals(uncompressed1, recovered1))
+ throw new RuntimeException("First array does not match.");
+ if (!Arrays.equals(uncompressed2, recovered2))
+ throw new RuntimeException("Second array does not match.");
+ System.out.println("The arrays match, your code is probably ok.");
+
+ }
+}
diff --git a/src/test/java/me/lemire/integercompression/IntCompressorTest.java b/src/test/java/me/lemire/integercompression/IntCompressorTest.java
new file mode 100644
index 0000000..79e51fc
--- /dev/null
+++ b/src/test/java/me/lemire/integercompression/IntCompressorTest.java
@@ -0,0 +1,84 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression;
+
+import java.util.Arrays;
+
+import org.junit.Assert;
+import org.junit.Test;
+
+import me.lemire.integercompression.differential.IntegratedBinaryPacking;
+import me.lemire.integercompression.differential.IntegratedIntCompressor;
+import me.lemire.integercompression.differential.IntegratedVariableByte;
+import me.lemire.integercompression.differential.SkippableIntegratedComposition;
+
+/**
+ * Testing IntCompressor objects.
+ */
+public class IntCompressorTest {
+ IntegratedIntCompressor[] iic = {
+ new IntegratedIntCompressor(new IntegratedVariableByte()),
+ new IntegratedIntCompressor(
+ new SkippableIntegratedComposition(
+ new IntegratedBinaryPacking(),
+ new IntegratedVariableByte())) };
+ IntCompressor[] ic = {
+ new IntCompressor(new VariableByte()),
+ new IntCompressor(new SkippableComposition(new BinaryPacking(),
+ new VariableByte())) };
+
+ /**
+ *
+ */
+ @Test
+ public void basicTest() {
+ for (int N = 1; N <= 10000; N *= 10) {
+ int[] orig = new int[N];
+ for (int k = 0; k < N; k++)
+ orig[k] = 3 * k + 5;
+ for (IntCompressor i : ic) {
+ int[] comp = i.compress(orig);
+ int[] back = i.uncompress(comp);
+ Assert.assertArrayEquals(back, orig);
+ }
+ }
+
+ }
+ /**
+ *
+ */
+ @Test
+ public void superSimpleExample() {
+ IntegratedIntCompressor iic = new IntegratedIntCompressor();
+ int[] data = new int[2342351];
+ for(int k = 0; k < data.length; ++k)
+ data[k] = k;
+ System.out.println("Compressing "+data.length+" integers using friendly interface");
+ int[] compressed = iic.compress(data);
+ int[] recov = iic.uncompress(compressed);
+ System.out.println("compressed from "+data.length*4/1024+"KB to "+compressed.length*4/1024+"KB");
+ if(!Arrays.equals(recov,data)) throw new RuntimeException("bug");
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void basicIntegratedTest() {
+ for (int N = 1; N <= 10000; N *= 10) {
+ int[] orig = new int[N];
+ for (int k = 0; k < N; k++)
+ orig[k] = 3 * k + 5;
+ for (IntegratedIntCompressor i : iic) {
+ int[] comp = i.compress(orig);
+ int[] back = i.uncompress(comp);
+ Assert.assertArrayEquals(back, orig);
+ }
+ }
+ }
+}
diff --git a/src/test/java/me/lemire/integercompression/ResourcedTest.java b/src/test/java/me/lemire/integercompression/ResourcedTest.java
new file mode 100644
index 0000000..8316129
--- /dev/null
+++ b/src/test/java/me/lemire/integercompression/ResourcedTest.java
@@ -0,0 +1,88 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression;
+
+import java.util.ArrayList;
+import me.lemire.integercompression.differential.IntegratedIntCompressor;
+import me.lemire.integercompression.differential.SkippableIntegratedIntegerCODEC;
+
+import java.io.BufferedReader;
+import java.io.File;
+import org.junit.Assert;
+import java.io.FileReader;
+import java.io.IOException;
+
+import org.junit.Test;
+
+/**
+ * Tests with resources
+ *
+ */
+public class ResourcedTest {
+ SkippableIntegerCODEC[] codecs = { new JustCopy(), new VariableByte(),
+ new SkippableComposition(new BinaryPacking(), new VariableByte()),
+ new SkippableComposition(new NewPFD(), new VariableByte()),
+ new SkippableComposition(new NewPFDS9(), new VariableByte()),
+ new SkippableComposition(new NewPFDS16(), new VariableByte()),
+ new SkippableComposition(new OptPFD(), new VariableByte()),
+ new SkippableComposition(new OptPFDS9(), new VariableByte()),
+ new SkippableComposition(new OptPFDS16(), new VariableByte()),
+ new SkippableComposition(new FastPFOR128(), new VariableByte()),
+ new SkippableComposition(new FastPFOR(), new VariableByte()), new Simple9(), new Simple16() };
+
+ /**
+ * @throws IOException
+ * if the resource cannot be accessed (should be considered a
+ * bug)
+ *
+ */
+ @Test
+ public void IntCompressorTest() throws IOException {
+ // next line requires Java8?
+ // int[] data =
+ // Files.lines(Paths.get("integers.txt")).mapToInt(Integer::parseInt).toArray();
+ File f = new File("src/test/resources/integers.txt");
+ System.out.println("loading test data from "+ f.getAbsolutePath());
+ BufferedReader bfr = new BufferedReader(new FileReader(f));
+ String line;
+ ArrayList ai = new ArrayList();
+ while ((line = bfr.readLine()) != null) {
+ ai.add(Integer.parseInt(line));
+ }
+ bfr.close();
+ int[] data = new int[ai.size()];
+ for (int k = 0; k < data.length; ++k)
+ data[k] = ai.get(k).intValue();
+ ai = null;
+ // finally!
+ {
+ IntegratedIntCompressor iic = new IntegratedIntCompressor();
+ int[] compressed = iic.compress(data);
+ int[] recovered = iic.uncompress(compressed);
+ Assert.assertArrayEquals(recovered, data);
+ }
+ for (SkippableIntegerCODEC C : codecs) {
+ IntCompressor iic = new IntCompressor(C);
+ int[] compressed = iic.compress(data);
+ int[] recovered = iic.uncompress(compressed);
+ Assert.assertArrayEquals(recovered, data);
+
+ }
+ for (SkippableIntegerCODEC C : codecs) {
+ if (C instanceof SkippableIntegratedIntegerCODEC) {
+ IntegratedIntCompressor iic = new IntegratedIntCompressor((SkippableIntegratedIntegerCODEC) C);
+ int[] compressed = iic.compress(data);
+ int[] recovered = iic.uncompress(compressed);
+ Assert.assertArrayEquals(recovered, data);
+ }
+
+ }
+
+ }
+
+}
diff --git a/src/test/java/me/lemire/integercompression/SkippableBasicTest.java b/src/test/java/me/lemire/integercompression/SkippableBasicTest.java
new file mode 100644
index 0000000..881dada
--- /dev/null
+++ b/src/test/java/me/lemire/integercompression/SkippableBasicTest.java
@@ -0,0 +1,288 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression;
+
+import java.util.Arrays;
+
+import me.lemire.integercompression.differential.IntegratedBinaryPacking;
+import me.lemire.integercompression.differential.IntegratedVariableByte;
+import me.lemire.integercompression.differential.SkippableIntegratedComposition;
+import me.lemire.integercompression.differential.SkippableIntegratedIntegerCODEC;
+import org.junit.Test;
+
+import static org.junit.Assert.assertArrayEquals;
+import static org.junit.Assert.assertTrue;
+
+/**
+ * Just some basic sanity tests.
+ *
+ * @author Daniel Lemire
+ */
+@SuppressWarnings({ "static-method" })
+public class SkippableBasicTest {
+ final SkippableIntegerCODEC[] codecs = {
+ new JustCopy(),
+ new VariableByte(),
+ new SkippableComposition(new BinaryPacking(), new VariableByte()),
+ new SkippableComposition(new NewPFD(), new VariableByte()),
+ new SkippableComposition(new NewPFDS9(), new VariableByte()),
+ new SkippableComposition(new NewPFDS16(), new VariableByte()),
+ new SkippableComposition(new OptPFD(), new VariableByte()),
+ new SkippableComposition(new OptPFDS9(), new VariableByte()),
+ new SkippableComposition(new OptPFDS16(), new VariableByte()),
+ new SkippableComposition(new FastPFOR128(), new VariableByte()),
+ new SkippableComposition(new FastPFOR(), new VariableByte()),
+ new Simple9(),
+ new Simple16() };
+
+
+ /**
+ *
+ */
+ @Test
+ public void consistentTest() {
+ int N = 4096;
+ int[] data = new int[N];
+ int[] rev = new int[N];
+ for (int k = 0; k < N; ++k)
+ data[k] = k % 128;
+ for (SkippableIntegerCODEC c : codecs) {
+ System.out.println("[SkippeableBasicTest.consistentTest] codec = "
+ + c);
+ for (int n = 0; n <= N; ++n) {
+ IntWrapper inPos = new IntWrapper();
+ IntWrapper outPos = new IntWrapper();
+ int[] outBuf = new int[c.maxHeadlessCompressedLength(new IntWrapper(0), n)];
+
+ c.headlessCompress(data, inPos, n, outBuf, outPos);
+
+ IntWrapper inPoso = new IntWrapper();
+ IntWrapper outPoso = new IntWrapper();
+ c.headlessUncompress(outBuf, inPoso, outPos.get(), rev,
+ outPoso, n);
+ if (outPoso.get() != n) {
+ throw new RuntimeException("bug "+n);
+ }
+ if (inPoso.get() != outPos.get()) {
+ throw new RuntimeException("bug "+n+" "+inPoso.get()+" "+outPos.get());
+ }
+ for (int j = 0; j < n; ++j)
+ if (data[j] != rev[j]) {
+ throw new RuntimeException("bug");
+ }
+ }
+ }
+ }
+
+
+ /**
+ *
+ */
+ @Test
+ public void varyingLengthTest() {
+ int N = 4096;
+ int[] data = new int[N];
+ for (int k = 0; k < N; ++k)
+ data[k] = k;
+ for (SkippableIntegerCODEC c : codecs) {
+ System.out.println("[SkippeableBasicTest.varyingLengthTest] codec = "+c);
+ for (int L = 1; L <= 128; L++) {
+ int[] comp = TestUtils.compressHeadless(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompressHeadless(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug "+c.toString()+" "+k+" "+answer[k]+" "+data[k]);
+ }
+ for (int L = 128; L <= N; L *= 2) {
+ int[] comp = TestUtils.compressHeadless(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompressHeadless(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+
+ }
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void varyingLengthTest2() {
+ int N = 128;
+ int[] data = new int[N];
+ data[127] = -1;
+ for (SkippableIntegerCODEC c : codecs) {
+ System.out.println("[SkippeableBasicTest.varyingLengthTest2] codec = "+c);
+
+ try {
+ // CODEC Simple9 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.Simple9")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+ try {
+ // CODEC Simple16 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.Simple16")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+ for (int L = 1; L <= 128; L++) {
+ int[] comp = TestUtils.compressHeadless(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompressHeadless(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug at k = "+k+" "+answer[k]+" "+data[k]+" for "+c.toString());
+ }
+ for (int L = 128; L <= N; L *= 2) {
+ int[] comp = TestUtils.compressHeadless(c, Arrays.copyOf(data, L));
+ int[] answer = TestUtils.uncompressHeadless(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+
+ }
+ }
+
+ @Test
+ public void testMaxHeadlessCompressedLength() {
+ testMaxHeadlessCompressedLength(new IntegratedBinaryPacking(), 16 * IntegratedBinaryPacking.BLOCK_SIZE);
+ testMaxHeadlessCompressedLength(new IntegratedVariableByte(), 128);
+ testMaxHeadlessCompressedLength(new SkippableIntegratedComposition(new IntegratedBinaryPacking(), new IntegratedVariableByte()), 16 * IntegratedBinaryPacking.BLOCK_SIZE + 10);
+
+ testMaxHeadlessCompressedLength(new BinaryPacking(), 16 * BinaryPacking.BLOCK_SIZE, 32);
+ testMaxHeadlessCompressedLength(new VariableByte(), 128, 32);
+ testMaxHeadlessCompressedLength(new SkippableComposition(new BinaryPacking(), new VariableByte()), 16 * BinaryPacking.BLOCK_SIZE + 10, 32);
+ testMaxHeadlessCompressedLength(new JustCopy(), 128, 32);
+ testMaxHeadlessCompressedLength(new Simple9(), 128, 28);
+ testMaxHeadlessCompressedLength(new Simple16(), 128, 28);
+ testMaxHeadlessCompressedLength(new GroupSimple9(), 128, 28);
+ testMaxHeadlessCompressedLength(new OptPFD(), 4 * OptPFD.BLOCK_SIZE, 32);
+ testMaxHeadlessCompressedLength(new SkippableComposition(new OptPFD(), new VariableByte()), 4 * OptPFD.BLOCK_SIZE + 10, 32);
+ testMaxHeadlessCompressedLength(new OptPFDS9(), 4 * OptPFDS9.BLOCK_SIZE, 32);
+ testMaxHeadlessCompressedLength(new SkippableComposition(new OptPFDS9(), new VariableByte()), 4 * OptPFDS9.BLOCK_SIZE + 10, 32);
+ testMaxHeadlessCompressedLength(new OptPFDS16(), 4 * OptPFDS16.BLOCK_SIZE, 32);
+ testMaxHeadlessCompressedLength(new SkippableComposition(new OptPFDS9(), new VariableByte()), 4 * OptPFDS16.BLOCK_SIZE + 10, 32);
+ testMaxHeadlessCompressedLength(new NewPFD(), 4 * NewPFD.BLOCK_SIZE, 32);
+ testMaxHeadlessCompressedLength(new SkippableComposition(new NewPFD(), new VariableByte()), 4 * NewPFD.BLOCK_SIZE + 10, 32);
+ testMaxHeadlessCompressedLength(new NewPFDS9(), 4 * NewPFDS9.BLOCK_SIZE, 32);
+ testMaxHeadlessCompressedLength(new SkippableComposition(new NewPFDS9(), new VariableByte()), 4 * NewPFDS9.BLOCK_SIZE + 10, 32);
+ testMaxHeadlessCompressedLength(new NewPFDS16(), 4 * NewPFDS16.BLOCK_SIZE, 32);
+ testMaxHeadlessCompressedLength(new SkippableComposition(new NewPFDS16(), new VariableByte()), 4 * NewPFDS16.BLOCK_SIZE + 10, 32);
+
+ int fastPfor128PageSize = FastPFOR128.BLOCK_SIZE * 4; // smaller page size than the default to speed up the test
+ testMaxHeadlessCompressedLength(new FastPFOR128(fastPfor128PageSize), 2 * fastPfor128PageSize, 32);
+ testMaxHeadlessCompressedLength(new SkippableComposition(new FastPFOR128(fastPfor128PageSize), new VariableByte()), 2 * fastPfor128PageSize + 10, 32);
+ int fastPforPageSize = FastPFOR.BLOCK_SIZE * 4; // smaller page size than the default to speed up the test
+ testMaxHeadlessCompressedLength(new FastPFOR(fastPforPageSize), 2 * fastPforPageSize, 32);
+ testMaxHeadlessCompressedLength(new SkippableComposition(new FastPFOR(fastPforPageSize), new VariableByte()), 2 * fastPforPageSize + 10, 32);
+ }
+
+ private static void testMaxHeadlessCompressedLength(SkippableIntegratedIntegerCODEC codec, int inlengthTo) {
+ // We test the worst-case scenario by making all deltas and the initial value negative.
+ int delta = -1;
+ int value = delta;
+
+ for (int inlength = 0; inlength < inlengthTo; ++inlength) {
+ int[] input = new int[inlength];
+ for (int i = 0; i < inlength; i++) {
+ input[i] = value;
+ value += delta;
+ }
+
+ int maxOutputLength = codec.maxHeadlessCompressedLength(new IntWrapper(), inlength);
+ int[] output = new int[maxOutputLength];
+ IntWrapper outPos = new IntWrapper();
+
+ codec.headlessCompress(input, new IntWrapper(), inlength, output, outPos, new IntWrapper());
+ // If we reach this point, no exception was thrown, which means the calculated output length was sufficient.
+
+ assertTrue(maxOutputLength <= outPos.get() + 1); // +1 because SkippableIntegratedComposition always adds one extra integer for the potential header
+ }
+ }
+
+ private static void testMaxHeadlessCompressedLength(SkippableIntegerCODEC codec, int inlengthTo, int maxBitWidth) {
+ // Some schemes ignore bit widths between 21 and 31. Therefore, in addition to maxBitWidth - 1, we also test 20.
+ assertTrue(maxBitWidth >= 20);
+ int[] regularValueBitWidths = { 20, maxBitWidth - 1 };
+
+ for (int inlength = 0; inlength < inlengthTo; ++inlength) {
+ int[] input = new int[inlength];
+
+ int maxOutputLength = codec.maxHeadlessCompressedLength(new IntWrapper(), inlength);
+ int[] output = new int[maxOutputLength];
+
+ for (int exceptionCount = 0; exceptionCount < inlength; exceptionCount++) {
+ int exception = maxBitWidth == 32 ? -1 : (1 << maxBitWidth) - 1;
+
+ for (int regularValueBitWidth : regularValueBitWidths) {
+ int regularValue = regularValueBitWidth == 32 ? -1 : (1 << regularValueBitWidth) - 1;
+
+ Arrays.fill(input, 0, exceptionCount, exception);
+ Arrays.fill(input, exceptionCount, input.length, regularValue);
+
+ codec.headlessCompress(input, new IntWrapper(), inlength, output, new IntWrapper());
+ // If we reach this point, no exception was thrown, which means the calculated output length was sufficient.
+ }
+ }
+ }
+ }
+
+ @Test
+ public void testUncompressOutputOffset_SkippableComposition() {
+ for (int offset : new int[] {0, 1, 6}) {
+ SkippableComposition codec = new SkippableComposition(new BinaryPacking(), new VariableByte());
+
+ int[] input = { 2, 3, 4, 5 };
+ int[] compressed = new int[codec.maxHeadlessCompressedLength(new IntWrapper(0), input.length)];
+ int[] uncompressed = new int[offset + input.length];
+
+ IntWrapper inputOffset = new IntWrapper(0);
+ IntWrapper compressedOffset = new IntWrapper(0);
+
+ codec.headlessCompress(input, inputOffset, input.length, compressed, compressedOffset);
+
+ int compressedLength = compressedOffset.get();
+ IntWrapper uncompressedOffset = new IntWrapper(offset);
+ compressedOffset = new IntWrapper(0);
+ codec.headlessUncompress(compressed, compressedOffset, compressedLength, uncompressed, uncompressedOffset, input.length);
+
+ assertArrayEquals(input, Arrays.copyOfRange(uncompressed, offset, offset + input.length));
+ }
+ }
+
+ @Test
+ public void testUncompressOutputOffset_SkippableIntegratedComposition() {
+ for (int offset : new int[] {0, 1, 6}) {
+ SkippableIntegratedComposition codec = new SkippableIntegratedComposition(new IntegratedBinaryPacking(), new IntegratedVariableByte());
+
+ int[] input = { 2, 3, 4, 5 };
+ int[] compressed = new int[codec.maxHeadlessCompressedLength(new IntWrapper(0), input.length)];
+ int[] uncompressed = new int[offset + input.length];
+
+ IntWrapper inputOffset = new IntWrapper(0);
+ IntWrapper compressedOffset = new IntWrapper(0);
+ IntWrapper initValue = new IntWrapper(0);
+
+ codec.headlessCompress(input, inputOffset, input.length, compressed, compressedOffset, initValue);
+
+ int compressedLength = compressedOffset.get();
+ IntWrapper uncompressedOffset = new IntWrapper(offset);
+ compressedOffset = new IntWrapper(0);
+ initValue = new IntWrapper(0);
+ codec.headlessUncompress(compressed, compressedOffset, compressedLength, uncompressed, uncompressedOffset, input.length, initValue);
+
+ assertArrayEquals(input, Arrays.copyOfRange(uncompressed, offset, offset + input.length));
+ }
+ }
+}
diff --git a/src/test/java/me/lemire/integercompression/TestUtils.java b/src/test/java/me/lemire/integercompression/TestUtils.java
new file mode 100644
index 0000000..b3cbff3
--- /dev/null
+++ b/src/test/java/me/lemire/integercompression/TestUtils.java
@@ -0,0 +1,184 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.integercompression;
+
+import java.util.Arrays;
+
+import org.junit.Test;
+
+import static org.junit.Assert.*;
+
+/**
+ * Static utility methods for test.
+ */
+public class TestUtils {
+
+ /**
+ *
+ */
+ @Test
+ public void testPacking() {
+ int[] outputarray = new int[32];
+ for(int b = 1; b < 32; ++b) {
+ int[] data = new int[32];
+ int[] newdata = new int[32];
+ int mask = (1< 0), LongStream.of(-1)).toArray();
+
+ checkConsistency(getCodec(), array);
+ }
+
+ @Test
+ public void testCodec_ZeroTimes128Minus1() {
+ long[] array = LongStream.concat(LongStream.range(0, 128).map(l -> 0), LongStream.of(-1)).toArray();
+
+ checkConsistency(getCodec(), array);
+ }
+
+ @Test
+ public void testCodec_MinValue() {
+ checkConsistency(getCodec(), new long[] { Long.MIN_VALUE });
+ }
+
+ @Test
+ public void testCodec_ZeroMinValue() {
+ checkConsistency(getCodec(), new long[] { 0, Long.MIN_VALUE });
+ }
+
+ @Test
+ public void testCodec_allPowerOfTwo() {
+ checkConsistency(getCodec(), new long[] { 1L << 42 });
+ for (int i = 0; i < 64; i++) {
+ checkConsistency(getCodec(), new long[] { 1L << i });
+ }
+ }
+
+ @Test
+ public void testCodec_ZeroThenAllPowerOfTwo() {
+ for (int i = 0; i < 64; i++) {
+ checkConsistency(getCodec(), new long[] { 0, 1L << i });
+ }
+ }
+
+}
diff --git a/src/test/java/me/lemire/longcompression/LongBasicTest.java b/src/test/java/me/lemire/longcompression/LongBasicTest.java
new file mode 100644
index 0000000..8dc0c9b
--- /dev/null
+++ b/src/test/java/me/lemire/longcompression/LongBasicTest.java
@@ -0,0 +1,391 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import static org.junit.Assert.assertArrayEquals;
+import static org.junit.Assert.assertEquals;
+
+import java.util.Arrays;
+
+import org.junit.Test;
+
+import me.lemire.integercompression.FastPFOR;
+import me.lemire.integercompression.FastPFOR128;
+import me.lemire.integercompression.IntWrapper;
+import me.lemire.longcompression.differential.LongDelta;
+import me.lemire.longcompression.synth.LongClusteredDataGenerator;
+
+/**
+ * Just some basic sanity tests.
+ *
+ * @author Benoit Lacelle
+ */
+@SuppressWarnings({ "static-method" })
+public class LongBasicTest {
+ final LongCODEC[] codecs = {
+ new LongJustCopy(),
+ new LongVariableByte(),
+ new LongAs2IntsCodec(),
+ new LongComposition(new LongBinaryPacking(), new LongVariableByte()),
+ };
+
+ /**
+ * This tests with a compressed array with various offset
+ */
+ @Test
+ public void saulTest() {
+ for (LongCODEC C : codecs) {
+ for (int x = 0; x < 50; ++x) {
+ long[] a = { 2, 3, 4, 5 };
+ long[] b = new long[90];
+ long[] c = new long[a.length];
+
+ IntWrapper aOffset = new IntWrapper(0);
+ IntWrapper bOffset = new IntWrapper(x);
+ C.compress(a, aOffset, a.length, b, bOffset);
+ int len = bOffset.get() - x;
+
+ bOffset.set(x);
+ IntWrapper cOffset = new IntWrapper(0);
+ C.uncompress(b, bOffset, len, c, cOffset);
+ if(!Arrays.equals(a, c)) {
+ System.out.println("Problem with "+C);
+ }
+ assertArrayEquals(a, c);
+
+ }
+ }
+ }
+ /**
+ *
+ */
+ @Test
+ public void varyingLengthTest() {
+ int N = 4096;
+ long[] data = new long[N];
+ for (int k = 0; k < N; ++k)
+ data[k] = k;
+ for (LongCODEC c : codecs) {
+ System.out.println("[BasicTest.varyingLengthTest] codec = " + c);
+ for (int L = 1; L <= 128; L++) {
+ long[] comp = LongTestUtils.compress(c, Arrays.copyOf(data, L));
+ long[] answer = LongTestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k]) {
+ long[] comp2 = LongTestUtils.compress(c, Arrays.copyOf(data, L));
+ long[] answer2 = LongTestUtils.uncompress(c, comp2, L);
+ throw new RuntimeException("bug");
+ }
+ }
+ for (int L = 128; L <= N; L *= 2) {
+ long[] comp = LongTestUtils.compress(c, Arrays.copyOf(data, L));
+ long[] answer = LongTestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k]) {
+ long[] comp2 = LongTestUtils.compress(c, Arrays.copyOf(data, L));
+ long[] answer2 = LongTestUtils.uncompress(c, comp2, L);
+ System.out.println(Arrays.toString(Arrays.copyOf(
+ answer, L)));
+ System.out.println(Arrays.toString(Arrays.copyOf(data,
+ L)));
+ throw new RuntimeException("bug");
+ }
+ }
+
+ }
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void varyingLengthTest2() {
+ int N = 128;
+ long[] data = new long[N];
+ data[127] = -1;
+ for (LongCODEC c : codecs) {
+ System.out.println("[BasicTest.varyingLengthTest2] codec = " + c);
+ try {
+ // CODEC Simple9 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.Simple9")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+ try {
+ // CODEC Simple16 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.Simple16")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+ try {
+ // CODEC GroupSimple9 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.GroupSimple9")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+
+ for (int L = 1; L <= 128; L++) {
+ long[] comp = LongTestUtils.compress(c, Arrays.copyOf(data, L));
+ long[] answer = LongTestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+ for (int L = 128; L <= N; L *= 2) {
+ long[] comp = LongTestUtils.compress(c, Arrays.copyOf(data, L));
+ long[] answer = LongTestUtils.uncompress(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+
+ }
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void checkVariousCases() {
+ for (LongCODEC c : codecs) {
+ testZeroInZeroOut(c);
+ test(c, c, 5, 10);
+ test(c, c, 5, 14);
+ test(c, c, 2, 18);
+ // TODO Unclear which codec should manage an empty output array or not
+ // Some IntegerCodec does not output anything if the input is smaller than some block size
+ // testSpurious(c);
+ testUnsorted(c);
+ testUnsorted2(c);
+ testUnsorted3(c);
+ }
+ }
+
+ /**
+ * check that the codecs can be inverted.
+ */
+ @Test
+ public void basictest() {
+ for (LongCODEC codec : codecs) {
+ test(codec, 5, 10);
+ test(codec, 5, 14);
+ test(codec, 2, 18);
+ }
+ }
+
+ private static void testSpurious(LongCODEC c) {
+ long[] x = new long[1024];
+ long[] y = new long[0];
+ IntWrapper i0 = new IntWrapper(0);
+ IntWrapper i1 = new IntWrapper(0);
+ for (int inlength = 0; inlength < 32; ++inlength) {
+ c.compress(x, i0, inlength, y, i1);
+ assertEquals(0, i1.intValue());
+ }
+ }
+
+ private static void testZeroInZeroOut(LongCODEC c) {
+ long[] x = new long[0];
+ long[] y = new long[0];
+ IntWrapper i0 = new IntWrapper(0);
+ IntWrapper i1 = new IntWrapper(0);
+ c.compress(x, i0, 0, y, i1);
+ assertEquals(0, i1.intValue());
+
+ long[] out = new long[0];
+ IntWrapper outpos = new IntWrapper(0);
+ c.uncompress(y, i1, 0, out, outpos);
+ assertEquals(0, outpos.intValue());
+ }
+
+ private static void test(LongCODEC c, LongCODEC co, int N, int nbr) {
+ LongClusteredDataGenerator cdg = new LongClusteredDataGenerator();
+ for (int sparsity = 1; sparsity < 31 - nbr; sparsity += 4) {
+ long[][] data = new long[N][];
+ int max = (1 << (nbr + sparsity));
+ for (int k = 0; k < N; ++k) {
+ data[k] = cdg.generateClustered((1 << nbr), max);
+ }
+ testCodec(c, co, data, max);
+ }
+ }
+
+ private static void test(LongCODEC codec, int N, int nbr) {
+ LongClusteredDataGenerator cdg = new LongClusteredDataGenerator();
+ System.out.println("[BasicTest.test] N = " + N + " " + nbr);
+ for (int sparsity = 1; sparsity < 63 - nbr; sparsity += 4) {
+ long[][] data = new long[N][];
+ long max = (1L << (nbr + sparsity));
+ for (int k = 0; k < N; ++k) {
+ data[k] = cdg.generateClustered((1 << nbr), max);
+ }
+
+ testCodec(codec, codec, data, max);
+ }
+ }
+
+ private static void testCodec(LongCODEC c, LongCODEC co,
+ long[][] data, long max) {
+ int N = data.length;
+ int maxlength = 0;
+ for (int k = 0; k < N; ++k) {
+ if (data[k].length > maxlength)
+ maxlength = data[k].length;
+ }
+ long[] buffer = new long[maxlength + 1024];
+ long[] dataout = new long[4 * maxlength + 1024];
+ // 4x + 1024 to account for the possibility of some negative
+ // compression.
+ IntWrapper inpos = new IntWrapper();
+ IntWrapper outpos = new IntWrapper();
+ for (int k = 0; k < N; ++k) {
+ long[] backupdata = Arrays.copyOf(data[k], data[k].length);
+
+ inpos.set(1);
+ outpos.set(0);
+ if (!(c instanceof IntegratedLongCODEC)) {
+ LongDelta.delta(backupdata);
+ }
+ c.compress(backupdata, inpos, backupdata.length - inpos.get(),
+ dataout, outpos);
+ final int thiscompsize = outpos.get() + 1;
+ inpos.set(0);
+ outpos.set(1);
+ buffer[0] = backupdata[0];
+ co.uncompress(dataout, inpos, thiscompsize - 1, buffer, outpos);
+ if (!(c instanceof IntegratedLongCODEC))
+ LongDelta.fastinverseDelta(buffer);
+
+ // Check assertions.
+ assertEquals("length is not match", outpos.get(), data[k].length);
+ long[] bufferCutout = Arrays.copyOf(buffer, outpos.get());
+ assertArrayEquals("failed to reconstruct original data", data[k],
+ bufferCutout);
+ }
+ }
+
+ /**
+ * @param codec
+ * provided codec
+ */
+ public void testUnsorted(LongCODEC codec) {
+ int[] lengths = { 133, 1026, 1333333 };
+ for (int N : lengths) {
+ long[] data = new long[N];
+ // initialize the data (most will be small)
+ for (int k = 0; k < N; k += 1)
+ data[k] = 3;
+ // throw some larger values
+ for (int k = 0; k < N; k += 5)
+ data[k] = 100;
+ for (int k = 0; k < N; k += 533)
+ data[k] = 10000;
+ data[5] = -311;
+ // could need more compressing
+ long[] compressed = new long[(int) Math.ceil(N * 1.01) + 1024];
+ IntWrapper inputoffset = new IntWrapper(0);
+ IntWrapper outputoffset = new IntWrapper(0);
+ codec.compress(data, inputoffset, data.length, compressed,
+ outputoffset);
+ // we can repack the data: (optional)
+ compressed = Arrays.copyOf(compressed, outputoffset.intValue());
+
+ long[] recovered = new long[N];
+ IntWrapper recoffset = new IntWrapper(0);
+ codec.uncompress(compressed, new IntWrapper(0), compressed.length,
+ recovered, recoffset);
+ assertArrayEquals(data, recovered);
+ }
+ }
+
+ private void testUnsorted2(LongCODEC codec) {
+ long[] data = new long[128];
+ data[5] = -1;
+ long[] compressed = new long[1024];
+ IntWrapper inputoffset = new IntWrapper(0);
+ IntWrapper outputoffset = new IntWrapper(0);
+ codec.compress(data, inputoffset, data.length, compressed, outputoffset);
+ // we can repack the data: (optional)
+ compressed = Arrays.copyOf(compressed, outputoffset.intValue());
+
+ long[] recovered = new long[128];
+ IntWrapper recoffset = new IntWrapper(0);
+ codec.uncompress(compressed, new IntWrapper(0), compressed.length,
+ recovered, recoffset);
+ assertArrayEquals(data, recovered);
+ }
+
+ private void testUnsorted3(LongCODEC codec) {
+ long[] data = new long[128];
+ data[127] = -1;
+ long[] compressed = new long[1024];
+ IntWrapper inputoffset = new IntWrapper(0);
+ IntWrapper outputoffset = new IntWrapper(0);
+ codec.compress(data, inputoffset, data.length, compressed, outputoffset);
+ // we can repack the data: (optional)
+ compressed = Arrays.copyOf(compressed, outputoffset.intValue());
+
+ long[] recovered = new long[128];
+ IntWrapper recoffset = new IntWrapper(0);
+ codec.uncompress(compressed, new IntWrapper(0), compressed.length,
+ recovered, recoffset);
+ assertArrayEquals(data, recovered);
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void fastPforTest() {
+ // proposed by Stefan Ackermann (https://github.com/Stivo)
+ for (LongCODEC codec : codecs) {
+ int N = FastPFOR.BLOCK_SIZE;
+ long[] data = new long[N];
+ for (int i = 0; i < N; i++)
+ data[i] = 0;
+ data[126] = -1;
+ long[] comp = LongTestUtils.compress(codec, Arrays.copyOf(data, N));
+ long[] answer = LongTestUtils.uncompress(codec, comp, N);
+ for (int k = 0; k < N; ++k)
+ if (answer[k] != data[k]) {
+ long[] comp2 = LongTestUtils.compress(codec, Arrays.copyOf(data, N));
+ long[] answer2 = LongTestUtils.uncompress(codec, comp2, N);
+ throw new RuntimeException("bug " + k + " " + answer[k]
+ + " != " + data[k]);
+ }
+ }
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void fastPfor128Test() {
+ // proposed by Stefan Ackermann (https://github.com/Stivo)
+ for (LongCODEC codec : codecs) {
+ int N = FastPFOR128.BLOCK_SIZE;
+ long[] data = new long[N];
+ for (int i = 0; i < N; i++)
+ data[i] = 0;
+ data[126] = -1;
+ long[] comp = LongTestUtils.compress(codec, Arrays.copyOf(data, N));
+ long[] answer = LongTestUtils.uncompress(codec, comp, N);
+ for (int k = 0; k < N; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug " + k + " " + answer[k]
+ + " != " + data[k]);
+ }
+ }
+
+}
diff --git a/src/test/java/me/lemire/longcompression/LongDeltaTest.java b/src/test/java/me/lemire/longcompression/LongDeltaTest.java
new file mode 100644
index 0000000..bfa1e6f
--- /dev/null
+++ b/src/test/java/me/lemire/longcompression/LongDeltaTest.java
@@ -0,0 +1,23 @@
+package me.lemire.longcompression;
+
+import me.lemire.longcompression.differential.LongDelta;
+import org.junit.Test;
+
+import static org.junit.Assert.assertArrayEquals;
+import static org.junit.Assert.assertNotNull;
+
+public class LongDeltaTest {
+ @Test
+ public void testEmptyArrayFastInverseDelta() {
+ LongCompressor compressor = new LongCompressor();
+ long[] input = new long[0];
+
+ LongDelta.delta(input);
+ long[] compressed = compressor.compress(input);
+ long[] result = compressor.uncompress(compressed);
+ LongDelta.fastinverseDelta(result);
+
+ assertNotNull(result);
+ assertArrayEquals(input, result);
+ }
+}
diff --git a/src/test/java/me/lemire/longcompression/LongTestUtils.java b/src/test/java/me/lemire/longcompression/LongTestUtils.java
new file mode 100644
index 0000000..b7d9c63
--- /dev/null
+++ b/src/test/java/me/lemire/longcompression/LongTestUtils.java
@@ -0,0 +1,133 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import static org.junit.Assert.assertArrayEquals;
+import static org.junit.Assert.assertTrue;
+
+import java.util.Arrays;
+
+import me.lemire.integercompression.IntWrapper;
+
+/**
+ * Static utility methods for test.
+ */
+public class LongTestUtils {
+
+ protected static void dumpIntArray(long[] data, String label) {
+ System.out.print(label);
+ for (int i = 0; i < data.length; ++i) {
+ if (i % 6 == 0) {
+ System.out.println();
+ }
+ System.out.format(" %1$11d", data[i]);
+ }
+ System.out.println();
+ }
+
+ protected static void dumpIntArrayAsHex(long[] data, String label) {
+ System.out.print(label);
+ for (int i = 0; i < data.length; ++i) {
+ if (i % 8 == 0) {
+ System.out.println();
+ }
+ System.out.format(" %1$08X", data[i]);
+ }
+ System.out.println();
+ }
+
+ /**
+ * Check that compress and uncompress keep original array.
+ *
+ * @param codec CODEC to test.
+ * @param orig original integers
+ */
+ public static void assertSymmetry(LongCODEC codec, long... orig) {
+ // There are some cases that compressed array is bigger than original
+ // array. So output array for compress must be larger.
+ //
+ // Example:
+ // - VariableByte compresses an array like [ -1 ].
+ // - Composition compresses a short array.
+ final int EXTEND = 1;
+
+ long[] compressed = new long[orig.length + EXTEND];
+ IntWrapper c_inpos = new IntWrapper(0);
+ IntWrapper c_outpos = new IntWrapper(0);
+ codec.compress(orig, c_inpos, orig.length, compressed,
+ c_outpos);
+
+ assertTrue(c_outpos.get() <= orig.length + EXTEND);
+
+ // Uncompress an array.
+ long[] uncompressed = new long[orig.length];
+ IntWrapper u_inpos = new IntWrapper(0);
+ IntWrapper u_outpos = new IntWrapper(0);
+ codec.uncompress(compressed, u_inpos, c_outpos.get(),
+ uncompressed, u_outpos);
+
+ // Compare between uncompressed and orig arrays.
+ long[] target = Arrays.copyOf(uncompressed, u_outpos.get());
+ assertArrayEquals(orig, target);
+ }
+
+ protected static long[] compress(LongCODEC codec, long[] data) {
+ long[] outBuf = new long[data.length * 8];
+ IntWrapper inPos = new IntWrapper();
+ IntWrapper outPos = new IntWrapper();
+ codec.compress(data, inPos, data.length, outBuf, outPos);
+ return Arrays.copyOf(outBuf, outPos.get());
+ }
+
+ protected static long[] uncompress(LongCODEC codec, long[] data, int len) {
+ long[] outBuf = new long[len + 1024];
+ IntWrapper inPos = new IntWrapper();
+ IntWrapper outPos = new IntWrapper();
+ codec.uncompress(data, inPos, data.length, outBuf, outPos);
+ return Arrays.copyOf(outBuf, outPos.get());
+ }
+
+
+
+ protected static byte[] compress(ByteLongCODEC codec, long[] data) {
+ byte[] outBuf = new byte[data.length * 4 * 4];
+ IntWrapper inPos = new IntWrapper();
+ IntWrapper outPos = new IntWrapper();
+ codec.compress(data, inPos, data.length, outBuf, outPos);
+ return Arrays.copyOf(outBuf, outPos.get());
+ }
+
+ protected static long[] uncompress(ByteLongCODEC codec, byte[] data, int len) {
+ long[] outBuf = new long[len + 1024];
+ IntWrapper inPos = new IntWrapper();
+ IntWrapper outPos = new IntWrapper();
+ codec.uncompress(data, inPos, data.length, outBuf, outPos);
+ return Arrays.copyOf(outBuf, outPos.get());
+ }
+
+ protected static long[] compressHeadless(SkippableLongCODEC codec, long[] data) {
+ long[] outBuf = new long[codec.maxHeadlessCompressedLength(new IntWrapper(0), data.length)];
+ IntWrapper inPos = new IntWrapper();
+ IntWrapper outPos = new IntWrapper();
+ codec.headlessCompress(data, inPos, data.length, outBuf, outPos);
+ return Arrays.copyOf(outBuf, outPos.get());
+ }
+
+ protected static long[] uncompressHeadless(SkippableLongCODEC codec, long[] data, int len) {
+ long[] outBuf = new long[len + 1024];
+ IntWrapper inPos = new IntWrapper();
+ IntWrapper outPos = new IntWrapper();
+ codec.headlessUncompress(data, inPos, data.length, outBuf, outPos,len);
+ if(outPos.get() < len) throw new RuntimeException("Insufficient output.");
+ return Arrays.copyOf(outBuf, outPos.get());
+ }
+
+ public static String longToBinaryWithLeading(long l) {
+ return String.format("%64s", Long.toBinaryString(l)).replace(' ', '0');
+ }
+}
diff --git a/src/test/java/me/lemire/longcompression/SkippableLongBasicTest.java b/src/test/java/me/lemire/longcompression/SkippableLongBasicTest.java
new file mode 100644
index 0000000..c4b7e01
--- /dev/null
+++ b/src/test/java/me/lemire/longcompression/SkippableLongBasicTest.java
@@ -0,0 +1,194 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import java.util.Arrays;
+
+import org.junit.Test;
+
+import me.lemire.integercompression.IntWrapper;
+import me.lemire.integercompression.TestUtils;
+import me.lemire.integercompression.VariableByte;
+
+import static org.junit.Assert.assertArrayEquals;
+import static org.junit.Assert.assertTrue;
+
+/**
+ * Just some basic sanity tests.
+ *
+ * @author Benoit Lacelle
+ */
+@SuppressWarnings({ "static-method" })
+public class SkippableLongBasicTest {
+ final SkippableLongCODEC[] codecs = {
+ new LongJustCopy(),
+ new LongVariableByte(),
+ new SkippableLongComposition(new LongBinaryPacking(), new LongVariableByte()), };
+
+
+ /**
+ *
+ */
+ @Test
+ public void consistentTest() {
+ int N = 4096;
+ long[] data = new long[N];
+ long[] rev = new long[N];
+ for (int k = 0; k < N; ++k)
+ data[k] = k % 128;
+ for (SkippableLongCODEC c : codecs) {
+ System.out.println("[SkippeableBasicTest.consistentTest] codec = "
+ + c);
+ for (int n = 0; n <= N; ++n) {
+ IntWrapper inPos = new IntWrapper();
+ IntWrapper outPos = new IntWrapper();
+ long[] outBuf = new long[c.maxHeadlessCompressedLength(new IntWrapper(0), n)];
+
+ c.headlessCompress(data, inPos, n, outBuf, outPos);
+
+ IntWrapper inPoso = new IntWrapper();
+ IntWrapper outPoso = new IntWrapper();
+ c.headlessUncompress(outBuf, inPoso, outPos.get(), rev,
+ outPoso, n);
+ if (outPoso.get() != n) {
+ throw new RuntimeException("bug "+n);
+ }
+ if (inPoso.get() != outPos.get()) {
+ throw new RuntimeException("bug "+n+" "+inPoso.get()+" "+outPos.get());
+ }
+ for (int j = 0; j < n; ++j)
+ if (data[j] != rev[j]) {
+ throw new RuntimeException("bug");
+ }
+ }
+ }
+ }
+
+
+ /**
+ *
+ */
+ @Test
+ public void varyingLengthTest() {
+ int N = 4096;
+ long[] data = new long[N];
+ for (int k = 0; k < N; ++k)
+ data[k] = k;
+ for (SkippableLongCODEC c : codecs) {
+ System.out.println("[SkippeableBasicTest.varyingLengthTest] codec = "+c);
+ for (int L = 1; L <= 128; L++) {
+ long[] comp = LongTestUtils.compressHeadless(c, Arrays.copyOf(data, L));
+ long[] answer = LongTestUtils.uncompressHeadless(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug "+c.toString()+" "+k+" "+answer[k]+" "+data[k]);
+ }
+ for (int L = 128; L <= N; L *= 2) {
+ long[] comp = LongTestUtils.compressHeadless(c, Arrays.copyOf(data, L));
+ long[] answer = LongTestUtils.uncompressHeadless(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+
+ }
+ }
+
+ /**
+ *
+ */
+ @Test
+ public void varyingLengthTest2() {
+ int N = 128;
+ long[] data = new long[N];
+ data[127] = -1;
+ for (SkippableLongCODEC c : codecs) {
+ System.out.println("[SkippeableBasicTest.varyingLengthTest2] codec = "+c);
+
+ try {
+ // CODEC Simple9 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.Simple9")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+ try {
+ // CODEC Simple16 is limited to "small" integers.
+ if (c.getClass().equals(
+ Class.forName("me.lemire.integercompression.Simple16")))
+ continue;
+ } catch (ClassNotFoundException e) {
+ e.printStackTrace();
+ }
+ for (int L = 1; L <= 128; L++) {
+ long[] comp = LongTestUtils.compressHeadless(c, Arrays.copyOf(data, L));
+ long[] answer = LongTestUtils.uncompressHeadless(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k]) {
+ throw new RuntimeException("L=" + L + ": bug at k = "+k+" "+answer[k]+" "+data[k]+" for "+c.toString());
+ }
+ }
+ for (int L = 128; L <= N; L *= 2) {
+ long[] comp = LongTestUtils.compressHeadless(c, Arrays.copyOf(data, L));
+ long[] answer = LongTestUtils.uncompressHeadless(c, comp, L);
+ for (int k = 0; k < L; ++k)
+ if (answer[k] != data[k])
+ throw new RuntimeException("bug");
+ }
+
+ }
+ }
+
+ @Test
+ public void testMaxHeadlessCompressedLength() {
+ testMaxHeadlessCompressedLength(new LongJustCopy(), 128);
+ testMaxHeadlessCompressedLength(new LongBinaryPacking(), 16 * LongBinaryPacking.BLOCK_SIZE);
+ testMaxHeadlessCompressedLength(new LongVariableByte(), 128);
+ testMaxHeadlessCompressedLength(new SkippableLongComposition(new LongBinaryPacking(), new LongVariableByte()), 16 * LongBinaryPacking.BLOCK_SIZE + 10);
+ }
+
+ private static void testMaxHeadlessCompressedLength(SkippableLongCODEC codec, int inlengthTo) {
+ for (int inlength = 0; inlength < inlengthTo; ++inlength) {
+ long[] input = new long[inlength];
+ Arrays.fill(input, -1L);
+
+ int maxOutputLength = codec.maxHeadlessCompressedLength(new IntWrapper(), inlength);
+ long[] output = new long[maxOutputLength];
+ IntWrapper outPos = new IntWrapper();
+
+ codec.headlessCompress(input, new IntWrapper(), inlength, output, outPos);
+ // If we reach this point, no exception was thrown, which means the calculated output length was sufficient.
+
+ assertTrue(maxOutputLength <= outPos.get() + 1); // +1 because SkippableLongComposition always adds one extra integer for the potential header
+ }
+ }
+
+ @Test
+ public void testUncompressOutputOffset_SkippableLongComposition() {
+ for (int offset : new int[] {0, 1, 6}) {
+ SkippableLongComposition codec = new SkippableLongComposition(new LongBinaryPacking(), new LongVariableByte());
+
+ long[] input = { 2, 3, 4, 5 };
+ long[] compressed = new long[codec.maxHeadlessCompressedLength(new IntWrapper(0), input.length)];
+ long[] uncompressed = new long[offset + input.length];
+
+ IntWrapper inputOffset = new IntWrapper(0);
+ IntWrapper compressedOffset = new IntWrapper(0);
+
+ codec.headlessCompress(input, inputOffset, input.length, compressed, compressedOffset);
+
+ int compressedLength = compressedOffset.get();
+ IntWrapper uncompressedOffset = new IntWrapper(offset);
+ compressedOffset = new IntWrapper(0);
+ codec.headlessUncompress(compressed, compressedOffset, compressedLength, uncompressed, uncompressedOffset, input.length);
+
+ assertArrayEquals(input, Arrays.copyOfRange(uncompressed, offset, offset + input.length));
+ }
+ }
+}
diff --git a/src/test/java/me/lemire/longcompression/TestLongAs2IntsCodec.java b/src/test/java/me/lemire/longcompression/TestLongAs2IntsCodec.java
new file mode 100644
index 0000000..bddff2a
--- /dev/null
+++ b/src/test/java/me/lemire/longcompression/TestLongAs2IntsCodec.java
@@ -0,0 +1,31 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import org.junit.Assert;
+import org.junit.Test;
+
+/**
+ * Edge-cases having caused issue specifically with LongVariableByte.
+ *
+ * @author Benoit Lacelle
+ */
+public class TestLongAs2IntsCodec extends ATestLongCODEC {
+ final LongAs2IntsCodec codec = new LongAs2IntsCodec();
+
+ @Override
+ public LongCODEC getCodec() {
+ return codec;
+ }
+
+ @Test
+ public void testCodec_intermediateHighPowerOfTwo() {
+ Assert.assertEquals(3, LongTestUtils.compress((LongCODEC) codec, new long[] { 1L << 42 }).length);
+ }
+
+}
diff --git a/src/test/java/me/lemire/longcompression/TestLongBinaryPacking.java b/src/test/java/me/lemire/longcompression/TestLongBinaryPacking.java
new file mode 100644
index 0000000..ecc3f2e
--- /dev/null
+++ b/src/test/java/me/lemire/longcompression/TestLongBinaryPacking.java
@@ -0,0 +1,26 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import org.junit.Ignore;
+
+/**
+ * Edge-cases having caused issue specifically with LongBinaryPacking.
+ *
+ * @author Benoit Lacelle
+ */
+@Ignore("Parent class tests are not valid as LongBinaryPacking process by chunks of 64 longs")
+public class TestLongBinaryPacking extends ATestLongCODEC {
+ final LongBinaryPacking codec = new LongBinaryPacking();
+
+ @Override
+ public LongCODEC getCodec() {
+ return codec;
+ }
+
+}
diff --git a/src/test/java/me/lemire/longcompression/TestLongVariableByte.java b/src/test/java/me/lemire/longcompression/TestLongVariableByte.java
new file mode 100644
index 0000000..3cb2a49
--- /dev/null
+++ b/src/test/java/me/lemire/longcompression/TestLongVariableByte.java
@@ -0,0 +1,40 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+
+package me.lemire.longcompression;
+
+import org.junit.Assert;
+import org.junit.Test;
+
+/**
+ * Edge-cases having caused issue specifically with LongVariableByte.
+ *
+ * @author Benoit Lacelle
+ */
+public class TestLongVariableByte extends ATestLongCODEC {
+ final LongVariableByte codec = new LongVariableByte();
+
+ @Override
+ public LongCODEC getCodec() {
+ return codec;
+ }
+
+ @Test
+ public void testCodec_allBitWidths() {
+ for (int bitWidth = 0; bitWidth <= 64; bitWidth++) {
+ long value = bitWidth == 0 ? 0 : 1L << (bitWidth - 1);
+
+ int expectedSizeInBytes = Math.max(1, (bitWidth + 6) / 7);
+ int expectedSizeInLongs = (expectedSizeInBytes > 8) ? 2 : 1;
+
+ Assert.assertEquals(expectedSizeInLongs, LongTestUtils.compress((LongCODEC) codec, new long[] { value }).length);
+ Assert.assertEquals(expectedSizeInBytes, LongTestUtils.compress((ByteLongCODEC) codec, new long[] { value }).length);
+ Assert.assertEquals(expectedSizeInLongs,
+ LongTestUtils.compressHeadless((SkippableLongCODEC) codec, new long[] { value }).length);
+ }
+ }
+}
diff --git a/src/test/java/me/lemire/longcompression/synth/LongClusteredDataGenerator.java b/src/test/java/me/lemire/longcompression/synth/LongClusteredDataGenerator.java
new file mode 100644
index 0000000..c964f6f
--- /dev/null
+++ b/src/test/java/me/lemire/longcompression/synth/LongClusteredDataGenerator.java
@@ -0,0 +1,91 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.longcompression.synth;
+
+import me.lemire.integercompression.synth.ClusteredDataGenerator;
+
+/**
+ * This class will generate lists of random longs based on the clustered
+ * model:
+ *
+ * Reference: Vo Ngoc Anh and Alistair Moffat. 2010. Index compression using
+ * 64-bit words. Softw. Pract. Exper.40, 2 (February 2010), 131-147.
+ *
+ * @author Benoit Lacelle
+ * @see ClusteredDataGenerator
+ */
+public class LongClusteredDataGenerator {
+
+ final LongUniformDataGenerator unidg = new LongUniformDataGenerator();
+
+ /**
+ * Creating random array generator.
+ */
+ public LongClusteredDataGenerator() {
+ }
+
+ void fillUniform(long[] array, int offset, int length, long Min, long Max) {
+ long[] v = this.unidg.generateUniform(length, Max - Min);
+ for (int k = 0; k < v.length; ++k)
+ array[k + offset] = Min + v[k];
+ }
+
+ void fillClustered(long[] array, int offset, int length, long Min, long Max) {
+ final long range = Max - Min;
+ if ((range == length) || (length <= 10)) {
+ fillUniform(array, offset, length, Min, Max);
+ return;
+ }
+ final long cut = length
+ / 2
+ + ((range - length - 1 > 0) ? (long)this.unidg.rand
+ .nextDouble() * (range - length - 1) : 0);
+ final double p = this.unidg.rand.nextDouble();
+ if (p < 0.25) {
+ fillUniform(array, offset, length / 2, Min, Min + cut);
+ fillClustered(array, offset + length / 2, length
+ - length / 2, Min + cut, Max);
+ } else if (p < 0.5) {
+ fillClustered(array, offset, length / 2, Min, Min + cut);
+ fillUniform(array, offset + length / 2, length - length
+ / 2, Min + cut, Max);
+ } else {
+ fillClustered(array, offset, length / 2, Min, Min + cut);
+ fillClustered(array, offset + length / 2, length
+ - length / 2, Min + cut, Max);
+ }
+ }
+
+ /**
+ * generates randomly N distinct integers from 0 to Max.
+ *
+ * @param N
+ * number of integers to generate
+ * @param Max
+ * maximal value of the integers
+ * @return array containing the integers
+ */
+ public long[] generateClustered(int N, long Max) {
+ long[] array = new long[N];
+ fillClustered(array, 0, N, 0, Max);
+ return array;
+ }
+
+ /**
+ * Little test program.
+ *
+ * @param args
+ * arguments are ignored
+ */
+ public static void main(final String[] args) {
+ long[] example = (new LongClusteredDataGenerator())
+ .generateClustered(20, 1000);
+ for (int k = 0; k < example.length; ++k)
+ System.out.println(example[k]);
+ }
+
+}
diff --git a/src/test/java/me/lemire/longcompression/synth/LongUniformDataGenerator.java b/src/test/java/me/lemire/longcompression/synth/LongUniformDataGenerator.java
new file mode 100644
index 0000000..4aa797b
--- /dev/null
+++ b/src/test/java/me/lemire/longcompression/synth/LongUniformDataGenerator.java
@@ -0,0 +1,125 @@
+/**
+ * This code is released under the
+ * Apache License Version 2.0 http://www.apache.org/licenses/.
+ *
+ * (c) Daniel Lemire, http://lemire.me/en/
+ */
+package me.lemire.longcompression.synth;
+
+import java.util.Arrays;
+import java.util.HashSet;
+import java.util.Iterator;
+import java.util.Random;
+import java.util.Set;
+
+import org.roaringbitmap.longlong.Roaring64Bitmap;
+
+import me.lemire.integercompression.synth.UniformDataGenerator;
+
+/**
+ * This class will generate "uniform" lists of random longs.
+ *
+ * @author Benoit Lacelle
+ * @see UniformDataGenerator
+ */
+public class LongUniformDataGenerator {
+ /**
+ * construct generator of random arrays.
+ */
+ public LongUniformDataGenerator() {
+ this.rand = new Random();
+ }
+
+ /**
+ * @param seed
+ * random seed
+ */
+ public LongUniformDataGenerator(final int seed) {
+ this.rand = new Random(seed);
+ }
+
+ /**
+ * generates randomly N distinct longs from 0 to Max.
+ */
+ long[] generateUniformHash(int N, long Max) {
+ if (N > Max)
+ throw new RuntimeException("not possible");
+ long[] ans = new long[N];
+ Set s = new HashSet<>();
+ while (s.size() < N)
+ s.add((long) (this.rand.nextDouble() * Max));
+ Iterator i = s.iterator();
+ for (int k = 0; k < N; ++k)
+ ans[k] = i.next().longValue();
+ Arrays.sort(ans);
+ return ans;
+ }
+
+ /**
+ * output all longs from the range [0,Max) that are not in the array
+ */
+ static long[] negate(long[] x, long Max) {
+ int newLength = saturatedCast(Max - x.length);
+ long[] ans = new long[newLength];
+ int i = 0;
+ int c = 0;
+ for (int j = 0; j < x.length; ++j) {
+ long v = x[j];
+ for (; i < v; ++i)
+ ans[c++] = i;
+ ++i;
+ }
+ while (c < ans.length)
+ ans[c++] = i++;
+ return ans;
+ }
+
+ private static int saturatedCast(long toInt) {
+ if (toInt > Integer.MAX_VALUE) {
+ return Integer.MAX_VALUE;
+ } else {
+ return (int) toInt;
+ }
+ }
+
+ /**
+ * generates randomly N distinct longs from 0 to Max.
+ *
+ * @param N
+ * number of longs to generate
+ * @param Max
+ * bound on the value of longs
+ * @return an array containing randomly selected longs
+ */
+ public long[] generateUniform(int N, long Max) {
+ assert N >= 0;
+ assert Max >= 0;
+ if (N * 2 > Max) {
+ return negate(generateUniform(saturatedCast(Max - N), Max), Max);
+ }
+ if (2048 * N > Max)
+ return generateUniformBitmap(N, Max);
+ return generateUniformHash(N, Max);
+ }
+
+ /**
+ * generates randomly N distinct longs from 0 to Max.
+ */
+ long[] generateUniformBitmap(int N, long Max) {
+ if (N > Max)
+ throw new RuntimeException("not possible");
+ Roaring64Bitmap bs = new Roaring64Bitmap();
+ int cardinality = 0;
+ while (cardinality < N) {
+ long v = (long) (rand.nextDouble() * Max);
+ if (!bs.contains(v)) {
+ bs.add(v);
+ cardinality++;
+ }
+ }
+ return bs.toArray();
+ }
+
+ Random rand = new Random();
+
+}
\ No newline at end of file
diff --git a/src/test/resources/integers.txt b/src/test/resources/integers.txt
new file mode 100644
index 0000000..06a56d3
--- /dev/null
+++ b/src/test/resources/integers.txt
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