package FlexibleEncoding.Parquet;
/**
* Based on the original implementation at at https://github.com/lemire/JavaFastPFOR/blob/master/src/integercompression/BitPacking.java
* Which is released under the
* Apache License Version 2.0 http://www.apache.org/licenses/.
* By Daniel Lemire, http://lemire.me/en/
*
* Scheme designed by D. Lemire
* Adapted to pack from the Most Significant Bit first
*
* @author automatically generated
* @see IntBasedBitPackingGenerator
*
*/
abstract class LemireBitPackingBE {
private static final IntPacker[] packers = new IntPacker[32];
static {
packers[0] = new Packer0();
packers[1] = new Packer1();
packers[2] = new Packer2();
packers[3] = new Packer3();
packers[4] = new Packer4();
packers[5] = new Packer5();
packers[6] = new Packer6();
packers[7] = new Packer7();
packers[8] = new Packer8();
packers[9] = new Packer9();
packers[10] = new Packer10();
packers[11] = new Packer11();
packers[12] = new Packer12();
packers[13] = new Packer13();
packers[14] = new Packer14();
packers[15] = new Packer15();
packers[16] = new Packer16();
packers[17] = new Packer17();
packers[18] = new Packer18();
packers[19] = new Packer19();
packers[20] = new Packer20();
packers[21] = new Packer21();
packers[22] = new Packer22();
packers[23] = new Packer23();
packers[24] = new Packer24();
packers[25] = new Packer25();
packers[26] = new Packer26();
packers[27] = new Packer27();
packers[28] = new Packer28();
packers[29] = new Packer29();
packers[30] = new Packer30();
packers[31] = new Packer31();
}
public static final IntPackerFactory factory = new IntPackerFactory() {
public IntPacker newIntPacker(int bitWidth) {
return packers[bitWidth];
}
};
private static final class Packer0 extends IntPacker {
private Packer0() {
super(0);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
}
}
private static final class Packer1 extends IntPacker {
private Packer1() {
super(1);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 1) << 31)
| ((in[ 1 + inPos] & 1) << 30)
| ((in[ 2 + inPos] & 1) << 29)
| ((in[ 3 + inPos] & 1) << 28)
| ((in[ 4 + inPos] & 1) << 27)
| ((in[ 5 + inPos] & 1) << 26)
| ((in[ 6 + inPos] & 1) << 25)
| ((in[ 7 + inPos] & 1) << 24)
| ((in[ 8 + inPos] & 1) << 23)
| ((in[ 9 + inPos] & 1) << 22)
| ((in[10 + inPos] & 1) << 21)
| ((in[11 + inPos] & 1) << 20)
| ((in[12 + inPos] & 1) << 19)
| ((in[13 + inPos] & 1) << 18)
| ((in[14 + inPos] & 1) << 17)
| ((in[15 + inPos] & 1) << 16)
| ((in[16 + inPos] & 1) << 15)
| ((in[17 + inPos] & 1) << 14)
| ((in[18 + inPos] & 1) << 13)
| ((in[19 + inPos] & 1) << 12)
| ((in[20 + inPos] & 1) << 11)
| ((in[21 + inPos] & 1) << 10)
| ((in[22 + inPos] & 1) << 9)
| ((in[23 + inPos] & 1) << 8)
| ((in[24 + inPos] & 1) << 7)
| ((in[25 + inPos] & 1) << 6)
| ((in[26 + inPos] & 1) << 5)
| ((in[27 + inPos] & 1) << 4)
| ((in[28 + inPos] & 1) << 3)
| ((in[29 + inPos] & 1) << 2)
| ((in[30 + inPos] & 1) << 1)
| ((in[31 + inPos] & 1) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 31) & 1);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 30) & 1);
out[ 2 + outPos] = ((in[ 0 + inPos] >>> 29) & 1);
out[ 3 + outPos] = ((in[ 0 + inPos] >>> 28) & 1);
out[ 4 + outPos] = ((in[ 0 + inPos] >>> 27) & 1);
out[ 5 + outPos] = ((in[ 0 + inPos] >>> 26) & 1);
out[ 6 + outPos] = ((in[ 0 + inPos] >>> 25) & 1);
out[ 7 + outPos] = ((in[ 0 + inPos] >>> 24) & 1);
out[ 8 + outPos] = ((in[ 0 + inPos] >>> 23) & 1);
out[ 9 + outPos] = ((in[ 0 + inPos] >>> 22) & 1);
out[10 + outPos] = ((in[ 0 + inPos] >>> 21) & 1);
out[11 + outPos] = ((in[ 0 + inPos] >>> 20) & 1);
out[12 + outPos] = ((in[ 0 + inPos] >>> 19) & 1);
out[13 + outPos] = ((in[ 0 + inPos] >>> 18) & 1);
out[14 + outPos] = ((in[ 0 + inPos] >>> 17) & 1);
out[15 + outPos] = ((in[ 0 + inPos] >>> 16) & 1);
out[16 + outPos] = ((in[ 0 + inPos] >>> 15) & 1);
out[17 + outPos] = ((in[ 0 + inPos] >>> 14) & 1);
out[18 + outPos] = ((in[ 0 + inPos] >>> 13) & 1);
out[19 + outPos] = ((in[ 0 + inPos] >>> 12) & 1);
out[20 + outPos] = ((in[ 0 + inPos] >>> 11) & 1);
out[21 + outPos] = ((in[ 0 + inPos] >>> 10) & 1);
out[22 + outPos] = ((in[ 0 + inPos] >>> 9) & 1);
out[23 + outPos] = ((in[ 0 + inPos] >>> 8) & 1);
out[24 + outPos] = ((in[ 0 + inPos] >>> 7) & 1);
out[25 + outPos] = ((in[ 0 + inPos] >>> 6) & 1);
out[26 + outPos] = ((in[ 0 + inPos] >>> 5) & 1);
out[27 + outPos] = ((in[ 0 + inPos] >>> 4) & 1);
out[28 + outPos] = ((in[ 0 + inPos] >>> 3) & 1);
out[29 + outPos] = ((in[ 0 + inPos] >>> 2) & 1);
out[30 + outPos] = ((in[ 0 + inPos] >>> 1) & 1);
out[31 + outPos] = ((in[ 0 + inPos] >>> 0) & 1);
}
}
private static final class Packer2 extends IntPacker {
private Packer2() {
super(2);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 3) << 30)
| ((in[ 1 + inPos] & 3) << 28)
| ((in[ 2 + inPos] & 3) << 26)
| ((in[ 3 + inPos] & 3) << 24)
| ((in[ 4 + inPos] & 3) << 22)
| ((in[ 5 + inPos] & 3) << 20)
| ((in[ 6 + inPos] & 3) << 18)
| ((in[ 7 + inPos] & 3) << 16)
| ((in[ 8 + inPos] & 3) << 14)
| ((in[ 9 + inPos] & 3) << 12)
| ((in[10 + inPos] & 3) << 10)
| ((in[11 + inPos] & 3) << 8)
| ((in[12 + inPos] & 3) << 6)
| ((in[13 + inPos] & 3) << 4)
| ((in[14 + inPos] & 3) << 2)
| ((in[15 + inPos] & 3) << 0);
out[ 1 + outPos] =
((in[16 + inPos] & 3) << 30)
| ((in[17 + inPos] & 3) << 28)
| ((in[18 + inPos] & 3) << 26)
| ((in[19 + inPos] & 3) << 24)
| ((in[20 + inPos] & 3) << 22)
| ((in[21 + inPos] & 3) << 20)
| ((in[22 + inPos] & 3) << 18)
| ((in[23 + inPos] & 3) << 16)
| ((in[24 + inPos] & 3) << 14)
| ((in[25 + inPos] & 3) << 12)
| ((in[26 + inPos] & 3) << 10)
| ((in[27 + inPos] & 3) << 8)
| ((in[28 + inPos] & 3) << 6)
| ((in[29 + inPos] & 3) << 4)
| ((in[30 + inPos] & 3) << 2)
| ((in[31 + inPos] & 3) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 30) & 3);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 28) & 3);
out[ 2 + outPos] = ((in[ 0 + inPos] >>> 26) & 3);
out[ 3 + outPos] = ((in[ 0 + inPos] >>> 24) & 3);
out[ 4 + outPos] = ((in[ 0 + inPos] >>> 22) & 3);
out[ 5 + outPos] = ((in[ 0 + inPos] >>> 20) & 3);
out[ 6 + outPos] = ((in[ 0 + inPos] >>> 18) & 3);
out[ 7 + outPos] = ((in[ 0 + inPos] >>> 16) & 3);
out[ 8 + outPos] = ((in[ 0 + inPos] >>> 14) & 3);
out[ 9 + outPos] = ((in[ 0 + inPos] >>> 12) & 3);
out[10 + outPos] = ((in[ 0 + inPos] >>> 10) & 3);
out[11 + outPos] = ((in[ 0 + inPos] >>> 8) & 3);
out[12 + outPos] = ((in[ 0 + inPos] >>> 6) & 3);
out[13 + outPos] = ((in[ 0 + inPos] >>> 4) & 3);
out[14 + outPos] = ((in[ 0 + inPos] >>> 2) & 3);
out[15 + outPos] = ((in[ 0 + inPos] >>> 0) & 3);
out[16 + outPos] = ((in[ 1 + inPos] >>> 30) & 3);
out[17 + outPos] = ((in[ 1 + inPos] >>> 28) & 3);
out[18 + outPos] = ((in[ 1 + inPos] >>> 26) & 3);
out[19 + outPos] = ((in[ 1 + inPos] >>> 24) & 3);
out[20 + outPos] = ((in[ 1 + inPos] >>> 22) & 3);
out[21 + outPos] = ((in[ 1 + inPos] >>> 20) & 3);
out[22 + outPos] = ((in[ 1 + inPos] >>> 18) & 3);
out[23 + outPos] = ((in[ 1 + inPos] >>> 16) & 3);
out[24 + outPos] = ((in[ 1 + inPos] >>> 14) & 3);
out[25 + outPos] = ((in[ 1 + inPos] >>> 12) & 3);
out[26 + outPos] = ((in[ 1 + inPos] >>> 10) & 3);
out[27 + outPos] = ((in[ 1 + inPos] >>> 8) & 3);
out[28 + outPos] = ((in[ 1 + inPos] >>> 6) & 3);
out[29 + outPos] = ((in[ 1 + inPos] >>> 4) & 3);
out[30 + outPos] = ((in[ 1 + inPos] >>> 2) & 3);
out[31 + outPos] = ((in[ 1 + inPos] >>> 0) & 3);
}
}
private static final class Packer3 extends IntPacker {
private Packer3() {
super(3);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 7) << 29)
| ((in[ 1 + inPos] & 7) << 26)
| ((in[ 2 + inPos] & 7) << 23)
| ((in[ 3 + inPos] & 7) << 20)
| ((in[ 4 + inPos] & 7) << 17)
| ((in[ 5 + inPos] & 7) << 14)
| ((in[ 6 + inPos] & 7) << 11)
| ((in[ 7 + inPos] & 7) << 8)
| ((in[ 8 + inPos] & 7) << 5)
| ((in[ 9 + inPos] & 7) << 2)
| ((in[10 + inPos] & 7) >>> 1);
out[ 1 + outPos] =
((in[10 + inPos] & 7) << 31)
| ((in[11 + inPos] & 7) << 28)
| ((in[12 + inPos] & 7) << 25)
| ((in[13 + inPos] & 7) << 22)
| ((in[14 + inPos] & 7) << 19)
| ((in[15 + inPos] & 7) << 16)
| ((in[16 + inPos] & 7) << 13)
| ((in[17 + inPos] & 7) << 10)
| ((in[18 + inPos] & 7) << 7)
| ((in[19 + inPos] & 7) << 4)
| ((in[20 + inPos] & 7) << 1)
| ((in[21 + inPos] & 7) >>> 2);
out[ 2 + outPos] =
((in[21 + inPos] & 7) << 30)
| ((in[22 + inPos] & 7) << 27)
| ((in[23 + inPos] & 7) << 24)
| ((in[24 + inPos] & 7) << 21)
| ((in[25 + inPos] & 7) << 18)
| ((in[26 + inPos] & 7) << 15)
| ((in[27 + inPos] & 7) << 12)
| ((in[28 + inPos] & 7) << 9)
| ((in[29 + inPos] & 7) << 6)
| ((in[30 + inPos] & 7) << 3)
| ((in[31 + inPos] & 7) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 29) & 7);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 26) & 7);
out[ 2 + outPos] = ((in[ 0 + inPos] >>> 23) & 7);
out[ 3 + outPos] = ((in[ 0 + inPos] >>> 20) & 7);
out[ 4 + outPos] = ((in[ 0 + inPos] >>> 17) & 7);
out[ 5 + outPos] = ((in[ 0 + inPos] >>> 14) & 7);
out[ 6 + outPos] = ((in[ 0 + inPos] >>> 11) & 7);
out[ 7 + outPos] = ((in[ 0 + inPos] >>> 8) & 7);
out[ 8 + outPos] = ((in[ 0 + inPos] >>> 5) & 7);
out[ 9 + outPos] = ((in[ 0 + inPos] >>> 2) & 7);
out[10 + outPos] = ((in[ 0 + inPos] << 1) & 7) | ((in[ 1 + inPos]) >>> 31);
out[11 + outPos] = ((in[ 1 + inPos] >>> 28) & 7);
out[12 + outPos] = ((in[ 1 + inPos] >>> 25) & 7);
out[13 + outPos] = ((in[ 1 + inPos] >>> 22) & 7);
out[14 + outPos] = ((in[ 1 + inPos] >>> 19) & 7);
out[15 + outPos] = ((in[ 1 + inPos] >>> 16) & 7);
out[16 + outPos] = ((in[ 1 + inPos] >>> 13) & 7);
out[17 + outPos] = ((in[ 1 + inPos] >>> 10) & 7);
out[18 + outPos] = ((in[ 1 + inPos] >>> 7) & 7);
out[19 + outPos] = ((in[ 1 + inPos] >>> 4) & 7);
out[20 + outPos] = ((in[ 1 + inPos] >>> 1) & 7);
out[21 + outPos] = ((in[ 1 + inPos] << 2) & 7) | ((in[ 2 + inPos]) >>> 30);
out[22 + outPos] = ((in[ 2 + inPos] >>> 27) & 7);
out[23 + outPos] = ((in[ 2 + inPos] >>> 24) & 7);
out[24 + outPos] = ((in[ 2 + inPos] >>> 21) & 7);
out[25 + outPos] = ((in[ 2 + inPos] >>> 18) & 7);
out[26 + outPos] = ((in[ 2 + inPos] >>> 15) & 7);
out[27 + outPos] = ((in[ 2 + inPos] >>> 12) & 7);
out[28 + outPos] = ((in[ 2 + inPos] >>> 9) & 7);
out[29 + outPos] = ((in[ 2 + inPos] >>> 6) & 7);
out[30 + outPos] = ((in[ 2 + inPos] >>> 3) & 7);
out[31 + outPos] = ((in[ 2 + inPos] >>> 0) & 7);
}
}
private static final class Packer4 extends IntPacker {
private Packer4() {
super(4);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 15) << 28)
| ((in[ 1 + inPos] & 15) << 24)
| ((in[ 2 + inPos] & 15) << 20)
| ((in[ 3 + inPos] & 15) << 16)
| ((in[ 4 + inPos] & 15) << 12)
| ((in[ 5 + inPos] & 15) << 8)
| ((in[ 6 + inPos] & 15) << 4)
| ((in[ 7 + inPos] & 15) << 0);
out[ 1 + outPos] =
((in[ 8 + inPos] & 15) << 28)
| ((in[ 9 + inPos] & 15) << 24)
| ((in[10 + inPos] & 15) << 20)
| ((in[11 + inPos] & 15) << 16)
| ((in[12 + inPos] & 15) << 12)
| ((in[13 + inPos] & 15) << 8)
| ((in[14 + inPos] & 15) << 4)
| ((in[15 + inPos] & 15) << 0);
out[ 2 + outPos] =
((in[16 + inPos] & 15) << 28)
| ((in[17 + inPos] & 15) << 24)
| ((in[18 + inPos] & 15) << 20)
| ((in[19 + inPos] & 15) << 16)
| ((in[20 + inPos] & 15) << 12)
| ((in[21 + inPos] & 15) << 8)
| ((in[22 + inPos] & 15) << 4)
| ((in[23 + inPos] & 15) << 0);
out[ 3 + outPos] =
((in[24 + inPos] & 15) << 28)
| ((in[25 + inPos] & 15) << 24)
| ((in[26 + inPos] & 15) << 20)
| ((in[27 + inPos] & 15) << 16)
| ((in[28 + inPos] & 15) << 12)
| ((in[29 + inPos] & 15) << 8)
| ((in[30 + inPos] & 15) << 4)
| ((in[31 + inPos] & 15) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 28) & 15);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 24) & 15);
out[ 2 + outPos] = ((in[ 0 + inPos] >>> 20) & 15);
out[ 3 + outPos] = ((in[ 0 + inPos] >>> 16) & 15);
out[ 4 + outPos] = ((in[ 0 + inPos] >>> 12) & 15);
out[ 5 + outPos] = ((in[ 0 + inPos] >>> 8) & 15);
out[ 6 + outPos] = ((in[ 0 + inPos] >>> 4) & 15);
out[ 7 + outPos] = ((in[ 0 + inPos] >>> 0) & 15);
out[ 8 + outPos] = ((in[ 1 + inPos] >>> 28) & 15);
out[ 9 + outPos] = ((in[ 1 + inPos] >>> 24) & 15);
out[10 + outPos] = ((in[ 1 + inPos] >>> 20) & 15);
out[11 + outPos] = ((in[ 1 + inPos] >>> 16) & 15);
out[12 + outPos] = ((in[ 1 + inPos] >>> 12) & 15);
out[13 + outPos] = ((in[ 1 + inPos] >>> 8) & 15);
out[14 + outPos] = ((in[ 1 + inPos] >>> 4) & 15);
out[15 + outPos] = ((in[ 1 + inPos] >>> 0) & 15);
out[16 + outPos] = ((in[ 2 + inPos] >>> 28) & 15);
out[17 + outPos] = ((in[ 2 + inPos] >>> 24) & 15);
out[18 + outPos] = ((in[ 2 + inPos] >>> 20) & 15);
out[19 + outPos] = ((in[ 2 + inPos] >>> 16) & 15);
out[20 + outPos] = ((in[ 2 + inPos] >>> 12) & 15);
out[21 + outPos] = ((in[ 2 + inPos] >>> 8) & 15);
out[22 + outPos] = ((in[ 2 + inPos] >>> 4) & 15);
out[23 + outPos] = ((in[ 2 + inPos] >>> 0) & 15);
out[24 + outPos] = ((in[ 3 + inPos] >>> 28) & 15);
out[25 + outPos] = ((in[ 3 + inPos] >>> 24) & 15);
out[26 + outPos] = ((in[ 3 + inPos] >>> 20) & 15);
out[27 + outPos] = ((in[ 3 + inPos] >>> 16) & 15);
out[28 + outPos] = ((in[ 3 + inPos] >>> 12) & 15);
out[29 + outPos] = ((in[ 3 + inPos] >>> 8) & 15);
out[30 + outPos] = ((in[ 3 + inPos] >>> 4) & 15);
out[31 + outPos] = ((in[ 3 + inPos] >>> 0) & 15);
}
}
private static final class Packer5 extends IntPacker {
private Packer5() {
super(5);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 31) << 27)
| ((in[ 1 + inPos] & 31) << 22)
| ((in[ 2 + inPos] & 31) << 17)
| ((in[ 3 + inPos] & 31) << 12)
| ((in[ 4 + inPos] & 31) << 7)
| ((in[ 5 + inPos] & 31) << 2)
| ((in[ 6 + inPos] & 31) >>> 3);
out[ 1 + outPos] =
((in[ 6 + inPos] & 31) << 29)
| ((in[ 7 + inPos] & 31) << 24)
| ((in[ 8 + inPos] & 31) << 19)
| ((in[ 9 + inPos] & 31) << 14)
| ((in[10 + inPos] & 31) << 9)
| ((in[11 + inPos] & 31) << 4)
| ((in[12 + inPos] & 31) >>> 1);
out[ 2 + outPos] =
((in[12 + inPos] & 31) << 31)
| ((in[13 + inPos] & 31) << 26)
| ((in[14 + inPos] & 31) << 21)
| ((in[15 + inPos] & 31) << 16)
| ((in[16 + inPos] & 31) << 11)
| ((in[17 + inPos] & 31) << 6)
| ((in[18 + inPos] & 31) << 1)
| ((in[19 + inPos] & 31) >>> 4);
out[ 3 + outPos] =
((in[19 + inPos] & 31) << 28)
| ((in[20 + inPos] & 31) << 23)
| ((in[21 + inPos] & 31) << 18)
| ((in[22 + inPos] & 31) << 13)
| ((in[23 + inPos] & 31) << 8)
| ((in[24 + inPos] & 31) << 3)
| ((in[25 + inPos] & 31) >>> 2);
out[ 4 + outPos] =
((in[25 + inPos] & 31) << 30)
| ((in[26 + inPos] & 31) << 25)
| ((in[27 + inPos] & 31) << 20)
| ((in[28 + inPos] & 31) << 15)
| ((in[29 + inPos] & 31) << 10)
| ((in[30 + inPos] & 31) << 5)
| ((in[31 + inPos] & 31) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 27) & 31);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 22) & 31);
out[ 2 + outPos] = ((in[ 0 + inPos] >>> 17) & 31);
out[ 3 + outPos] = ((in[ 0 + inPos] >>> 12) & 31);
out[ 4 + outPos] = ((in[ 0 + inPos] >>> 7) & 31);
out[ 5 + outPos] = ((in[ 0 + inPos] >>> 2) & 31);
out[ 6 + outPos] = ((in[ 0 + inPos] << 3) & 31) | ((in[ 1 + inPos]) >>> 29);
out[ 7 + outPos] = ((in[ 1 + inPos] >>> 24) & 31);
out[ 8 + outPos] = ((in[ 1 + inPos] >>> 19) & 31);
out[ 9 + outPos] = ((in[ 1 + inPos] >>> 14) & 31);
out[10 + outPos] = ((in[ 1 + inPos] >>> 9) & 31);
out[11 + outPos] = ((in[ 1 + inPos] >>> 4) & 31);
out[12 + outPos] = ((in[ 1 + inPos] << 1) & 31) | ((in[ 2 + inPos]) >>> 31);
out[13 + outPos] = ((in[ 2 + inPos] >>> 26) & 31);
out[14 + outPos] = ((in[ 2 + inPos] >>> 21) & 31);
out[15 + outPos] = ((in[ 2 + inPos] >>> 16) & 31);
out[16 + outPos] = ((in[ 2 + inPos] >>> 11) & 31);
out[17 + outPos] = ((in[ 2 + inPos] >>> 6) & 31);
out[18 + outPos] = ((in[ 2 + inPos] >>> 1) & 31);
out[19 + outPos] = ((in[ 2 + inPos] << 4) & 31) | ((in[ 3 + inPos]) >>> 28);
out[20 + outPos] = ((in[ 3 + inPos] >>> 23) & 31);
out[21 + outPos] = ((in[ 3 + inPos] >>> 18) & 31);
out[22 + outPos] = ((in[ 3 + inPos] >>> 13) & 31);
out[23 + outPos] = ((in[ 3 + inPos] >>> 8) & 31);
out[24 + outPos] = ((in[ 3 + inPos] >>> 3) & 31);
out[25 + outPos] = ((in[ 3 + inPos] << 2) & 31) | ((in[ 4 + inPos]) >>> 30);
out[26 + outPos] = ((in[ 4 + inPos] >>> 25) & 31);
out[27 + outPos] = ((in[ 4 + inPos] >>> 20) & 31);
out[28 + outPos] = ((in[ 4 + inPos] >>> 15) & 31);
out[29 + outPos] = ((in[ 4 + inPos] >>> 10) & 31);
out[30 + outPos] = ((in[ 4 + inPos] >>> 5) & 31);
out[31 + outPos] = ((in[ 4 + inPos] >>> 0) & 31);
}
}
private static final class Packer6 extends IntPacker {
private Packer6() {
super(6);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 63) << 26)
| ((in[ 1 + inPos] & 63) << 20)
| ((in[ 2 + inPos] & 63) << 14)
| ((in[ 3 + inPos] & 63) << 8)
| ((in[ 4 + inPos] & 63) << 2)
| ((in[ 5 + inPos] & 63) >>> 4);
out[ 1 + outPos] =
((in[ 5 + inPos] & 63) << 28)
| ((in[ 6 + inPos] & 63) << 22)
| ((in[ 7 + inPos] & 63) << 16)
| ((in[ 8 + inPos] & 63) << 10)
| ((in[ 9 + inPos] & 63) << 4)
| ((in[10 + inPos] & 63) >>> 2);
out[ 2 + outPos] =
((in[10 + inPos] & 63) << 30)
| ((in[11 + inPos] & 63) << 24)
| ((in[12 + inPos] & 63) << 18)
| ((in[13 + inPos] & 63) << 12)
| ((in[14 + inPos] & 63) << 6)
| ((in[15 + inPos] & 63) << 0);
out[ 3 + outPos] =
((in[16 + inPos] & 63) << 26)
| ((in[17 + inPos] & 63) << 20)
| ((in[18 + inPos] & 63) << 14)
| ((in[19 + inPos] & 63) << 8)
| ((in[20 + inPos] & 63) << 2)
| ((in[21 + inPos] & 63) >>> 4);
out[ 4 + outPos] =
((in[21 + inPos] & 63) << 28)
| ((in[22 + inPos] & 63) << 22)
| ((in[23 + inPos] & 63) << 16)
| ((in[24 + inPos] & 63) << 10)
| ((in[25 + inPos] & 63) << 4)
| ((in[26 + inPos] & 63) >>> 2);
out[ 5 + outPos] =
((in[26 + inPos] & 63) << 30)
| ((in[27 + inPos] & 63) << 24)
| ((in[28 + inPos] & 63) << 18)
| ((in[29 + inPos] & 63) << 12)
| ((in[30 + inPos] & 63) << 6)
| ((in[31 + inPos] & 63) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 26) & 63);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 20) & 63);
out[ 2 + outPos] = ((in[ 0 + inPos] >>> 14) & 63);
out[ 3 + outPos] = ((in[ 0 + inPos] >>> 8) & 63);
out[ 4 + outPos] = ((in[ 0 + inPos] >>> 2) & 63);
out[ 5 + outPos] = ((in[ 0 + inPos] << 4) & 63) | ((in[ 1 + inPos]) >>> 28);
out[ 6 + outPos] = ((in[ 1 + inPos] >>> 22) & 63);
out[ 7 + outPos] = ((in[ 1 + inPos] >>> 16) & 63);
out[ 8 + outPos] = ((in[ 1 + inPos] >>> 10) & 63);
out[ 9 + outPos] = ((in[ 1 + inPos] >>> 4) & 63);
out[10 + outPos] = ((in[ 1 + inPos] << 2) & 63) | ((in[ 2 + inPos]) >>> 30);
out[11 + outPos] = ((in[ 2 + inPos] >>> 24) & 63);
out[12 + outPos] = ((in[ 2 + inPos] >>> 18) & 63);
out[13 + outPos] = ((in[ 2 + inPos] >>> 12) & 63);
out[14 + outPos] = ((in[ 2 + inPos] >>> 6) & 63);
out[15 + outPos] = ((in[ 2 + inPos] >>> 0) & 63);
out[16 + outPos] = ((in[ 3 + inPos] >>> 26) & 63);
out[17 + outPos] = ((in[ 3 + inPos] >>> 20) & 63);
out[18 + outPos] = ((in[ 3 + inPos] >>> 14) & 63);
out[19 + outPos] = ((in[ 3 + inPos] >>> 8) & 63);
out[20 + outPos] = ((in[ 3 + inPos] >>> 2) & 63);
out[21 + outPos] = ((in[ 3 + inPos] << 4) & 63) | ((in[ 4 + inPos]) >>> 28);
out[22 + outPos] = ((in[ 4 + inPos] >>> 22) & 63);
out[23 + outPos] = ((in[ 4 + inPos] >>> 16) & 63);
out[24 + outPos] = ((in[ 4 + inPos] >>> 10) & 63);
out[25 + outPos] = ((in[ 4 + inPos] >>> 4) & 63);
out[26 + outPos] = ((in[ 4 + inPos] << 2) & 63) | ((in[ 5 + inPos]) >>> 30);
out[27 + outPos] = ((in[ 5 + inPos] >>> 24) & 63);
out[28 + outPos] = ((in[ 5 + inPos] >>> 18) & 63);
out[29 + outPos] = ((in[ 5 + inPos] >>> 12) & 63);
out[30 + outPos] = ((in[ 5 + inPos] >>> 6) & 63);
out[31 + outPos] = ((in[ 5 + inPos] >>> 0) & 63);
}
}
private static final class Packer7 extends IntPacker {
private Packer7() {
super(7);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 127) << 25)
| ((in[ 1 + inPos] & 127) << 18)
| ((in[ 2 + inPos] & 127) << 11)
| ((in[ 3 + inPos] & 127) << 4)
| ((in[ 4 + inPos] & 127) >>> 3);
out[ 1 + outPos] =
((in[ 4 + inPos] & 127) << 29)
| ((in[ 5 + inPos] & 127) << 22)
| ((in[ 6 + inPos] & 127) << 15)
| ((in[ 7 + inPos] & 127) << 8)
| ((in[ 8 + inPos] & 127) << 1)
| ((in[ 9 + inPos] & 127) >>> 6);
out[ 2 + outPos] =
((in[ 9 + inPos] & 127) << 26)
| ((in[10 + inPos] & 127) << 19)
| ((in[11 + inPos] & 127) << 12)
| ((in[12 + inPos] & 127) << 5)
| ((in[13 + inPos] & 127) >>> 2);
out[ 3 + outPos] =
((in[13 + inPos] & 127) << 30)
| ((in[14 + inPos] & 127) << 23)
| ((in[15 + inPos] & 127) << 16)
| ((in[16 + inPos] & 127) << 9)
| ((in[17 + inPos] & 127) << 2)
| ((in[18 + inPos] & 127) >>> 5);
out[ 4 + outPos] =
((in[18 + inPos] & 127) << 27)
| ((in[19 + inPos] & 127) << 20)
| ((in[20 + inPos] & 127) << 13)
| ((in[21 + inPos] & 127) << 6)
| ((in[22 + inPos] & 127) >>> 1);
out[ 5 + outPos] =
((in[22 + inPos] & 127) << 31)
| ((in[23 + inPos] & 127) << 24)
| ((in[24 + inPos] & 127) << 17)
| ((in[25 + inPos] & 127) << 10)
| ((in[26 + inPos] & 127) << 3)
| ((in[27 + inPos] & 127) >>> 4);
out[ 6 + outPos] =
((in[27 + inPos] & 127) << 28)
| ((in[28 + inPos] & 127) << 21)
| ((in[29 + inPos] & 127) << 14)
| ((in[30 + inPos] & 127) << 7)
| ((in[31 + inPos] & 127) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 25) & 127);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 18) & 127);
out[ 2 + outPos] = ((in[ 0 + inPos] >>> 11) & 127);
out[ 3 + outPos] = ((in[ 0 + inPos] >>> 4) & 127);
out[ 4 + outPos] = ((in[ 0 + inPos] << 3) & 127) | ((in[ 1 + inPos]) >>> 29);
out[ 5 + outPos] = ((in[ 1 + inPos] >>> 22) & 127);
out[ 6 + outPos] = ((in[ 1 + inPos] >>> 15) & 127);
out[ 7 + outPos] = ((in[ 1 + inPos] >>> 8) & 127);
out[ 8 + outPos] = ((in[ 1 + inPos] >>> 1) & 127);
out[ 9 + outPos] = ((in[ 1 + inPos] << 6) & 127) | ((in[ 2 + inPos]) >>> 26);
out[10 + outPos] = ((in[ 2 + inPos] >>> 19) & 127);
out[11 + outPos] = ((in[ 2 + inPos] >>> 12) & 127);
out[12 + outPos] = ((in[ 2 + inPos] >>> 5) & 127);
out[13 + outPos] = ((in[ 2 + inPos] << 2) & 127) | ((in[ 3 + inPos]) >>> 30);
out[14 + outPos] = ((in[ 3 + inPos] >>> 23) & 127);
out[15 + outPos] = ((in[ 3 + inPos] >>> 16) & 127);
out[16 + outPos] = ((in[ 3 + inPos] >>> 9) & 127);
out[17 + outPos] = ((in[ 3 + inPos] >>> 2) & 127);
out[18 + outPos] = ((in[ 3 + inPos] << 5) & 127) | ((in[ 4 + inPos]) >>> 27);
out[19 + outPos] = ((in[ 4 + inPos] >>> 20) & 127);
out[20 + outPos] = ((in[ 4 + inPos] >>> 13) & 127);
out[21 + outPos] = ((in[ 4 + inPos] >>> 6) & 127);
out[22 + outPos] = ((in[ 4 + inPos] << 1) & 127) | ((in[ 5 + inPos]) >>> 31);
out[23 + outPos] = ((in[ 5 + inPos] >>> 24) & 127);
out[24 + outPos] = ((in[ 5 + inPos] >>> 17) & 127);
out[25 + outPos] = ((in[ 5 + inPos] >>> 10) & 127);
out[26 + outPos] = ((in[ 5 + inPos] >>> 3) & 127);
out[27 + outPos] = ((in[ 5 + inPos] << 4) & 127) | ((in[ 6 + inPos]) >>> 28);
out[28 + outPos] = ((in[ 6 + inPos] >>> 21) & 127);
out[29 + outPos] = ((in[ 6 + inPos] >>> 14) & 127);
out[30 + outPos] = ((in[ 6 + inPos] >>> 7) & 127);
out[31 + outPos] = ((in[ 6 + inPos] >>> 0) & 127);
}
}
private static final class Packer8 extends IntPacker {
private Packer8() {
super(8);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 255) << 24)
| ((in[ 1 + inPos] & 255) << 16)
| ((in[ 2 + inPos] & 255) << 8)
| ((in[ 3 + inPos] & 255) << 0);
out[ 1 + outPos] =
((in[ 4 + inPos] & 255) << 24)
| ((in[ 5 + inPos] & 255) << 16)
| ((in[ 6 + inPos] & 255) << 8)
| ((in[ 7 + inPos] & 255) << 0);
out[ 2 + outPos] =
((in[ 8 + inPos] & 255) << 24)
| ((in[ 9 + inPos] & 255) << 16)
| ((in[10 + inPos] & 255) << 8)
| ((in[11 + inPos] & 255) << 0);
out[ 3 + outPos] =
((in[12 + inPos] & 255) << 24)
| ((in[13 + inPos] & 255) << 16)
| ((in[14 + inPos] & 255) << 8)
| ((in[15 + inPos] & 255) << 0);
out[ 4 + outPos] =
((in[16 + inPos] & 255) << 24)
| ((in[17 + inPos] & 255) << 16)
| ((in[18 + inPos] & 255) << 8)
| ((in[19 + inPos] & 255) << 0);
out[ 5 + outPos] =
((in[20 + inPos] & 255) << 24)
| ((in[21 + inPos] & 255) << 16)
| ((in[22 + inPos] & 255) << 8)
| ((in[23 + inPos] & 255) << 0);
out[ 6 + outPos] =
((in[24 + inPos] & 255) << 24)
| ((in[25 + inPos] & 255) << 16)
| ((in[26 + inPos] & 255) << 8)
| ((in[27 + inPos] & 255) << 0);
out[ 7 + outPos] =
((in[28 + inPos] & 255) << 24)
| ((in[29 + inPos] & 255) << 16)
| ((in[30 + inPos] & 255) << 8)
| ((in[31 + inPos] & 255) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 24) & 255);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 16) & 255);
out[ 2 + outPos] = ((in[ 0 + inPos] >>> 8) & 255);
out[ 3 + outPos] = ((in[ 0 + inPos] >>> 0) & 255);
out[ 4 + outPos] = ((in[ 1 + inPos] >>> 24) & 255);
out[ 5 + outPos] = ((in[ 1 + inPos] >>> 16) & 255);
out[ 6 + outPos] = ((in[ 1 + inPos] >>> 8) & 255);
out[ 7 + outPos] = ((in[ 1 + inPos] >>> 0) & 255);
out[ 8 + outPos] = ((in[ 2 + inPos] >>> 24) & 255);
out[ 9 + outPos] = ((in[ 2 + inPos] >>> 16) & 255);
out[10 + outPos] = ((in[ 2 + inPos] >>> 8) & 255);
out[11 + outPos] = ((in[ 2 + inPos] >>> 0) & 255);
out[12 + outPos] = ((in[ 3 + inPos] >>> 24) & 255);
out[13 + outPos] = ((in[ 3 + inPos] >>> 16) & 255);
out[14 + outPos] = ((in[ 3 + inPos] >>> 8) & 255);
out[15 + outPos] = ((in[ 3 + inPos] >>> 0) & 255);
out[16 + outPos] = ((in[ 4 + inPos] >>> 24) & 255);
out[17 + outPos] = ((in[ 4 + inPos] >>> 16) & 255);
out[18 + outPos] = ((in[ 4 + inPos] >>> 8) & 255);
out[19 + outPos] = ((in[ 4 + inPos] >>> 0) & 255);
out[20 + outPos] = ((in[ 5 + inPos] >>> 24) & 255);
out[21 + outPos] = ((in[ 5 + inPos] >>> 16) & 255);
out[22 + outPos] = ((in[ 5 + inPos] >>> 8) & 255);
out[23 + outPos] = ((in[ 5 + inPos] >>> 0) & 255);
out[24 + outPos] = ((in[ 6 + inPos] >>> 24) & 255);
out[25 + outPos] = ((in[ 6 + inPos] >>> 16) & 255);
out[26 + outPos] = ((in[ 6 + inPos] >>> 8) & 255);
out[27 + outPos] = ((in[ 6 + inPos] >>> 0) & 255);
out[28 + outPos] = ((in[ 7 + inPos] >>> 24) & 255);
out[29 + outPos] = ((in[ 7 + inPos] >>> 16) & 255);
out[30 + outPos] = ((in[ 7 + inPos] >>> 8) & 255);
out[31 + outPos] = ((in[ 7 + inPos] >>> 0) & 255);
}
}
private static final class Packer9 extends IntPacker {
private Packer9() {
super(9);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 511) << 23)
| ((in[ 1 + inPos] & 511) << 14)
| ((in[ 2 + inPos] & 511) << 5)
| ((in[ 3 + inPos] & 511) >>> 4);
out[ 1 + outPos] =
((in[ 3 + inPos] & 511) << 28)
| ((in[ 4 + inPos] & 511) << 19)
| ((in[ 5 + inPos] & 511) << 10)
| ((in[ 6 + inPos] & 511) << 1)
| ((in[ 7 + inPos] & 511) >>> 8);
out[ 2 + outPos] =
((in[ 7 + inPos] & 511) << 24)
| ((in[ 8 + inPos] & 511) << 15)
| ((in[ 9 + inPos] & 511) << 6)
| ((in[10 + inPos] & 511) >>> 3);
out[ 3 + outPos] =
((in[10 + inPos] & 511) << 29)
| ((in[11 + inPos] & 511) << 20)
| ((in[12 + inPos] & 511) << 11)
| ((in[13 + inPos] & 511) << 2)
| ((in[14 + inPos] & 511) >>> 7);
out[ 4 + outPos] =
((in[14 + inPos] & 511) << 25)
| ((in[15 + inPos] & 511) << 16)
| ((in[16 + inPos] & 511) << 7)
| ((in[17 + inPos] & 511) >>> 2);
out[ 5 + outPos] =
((in[17 + inPos] & 511) << 30)
| ((in[18 + inPos] & 511) << 21)
| ((in[19 + inPos] & 511) << 12)
| ((in[20 + inPos] & 511) << 3)
| ((in[21 + inPos] & 511) >>> 6);
out[ 6 + outPos] =
((in[21 + inPos] & 511) << 26)
| ((in[22 + inPos] & 511) << 17)
| ((in[23 + inPos] & 511) << 8)
| ((in[24 + inPos] & 511) >>> 1);
out[ 7 + outPos] =
((in[24 + inPos] & 511) << 31)
| ((in[25 + inPos] & 511) << 22)
| ((in[26 + inPos] & 511) << 13)
| ((in[27 + inPos] & 511) << 4)
| ((in[28 + inPos] & 511) >>> 5);
out[ 8 + outPos] =
((in[28 + inPos] & 511) << 27)
| ((in[29 + inPos] & 511) << 18)
| ((in[30 + inPos] & 511) << 9)
| ((in[31 + inPos] & 511) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 23) & 511);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 14) & 511);
out[ 2 + outPos] = ((in[ 0 + inPos] >>> 5) & 511);
out[ 3 + outPos] = ((in[ 0 + inPos] << 4) & 511) | ((in[ 1 + inPos]) >>> 28);
out[ 4 + outPos] = ((in[ 1 + inPos] >>> 19) & 511);
out[ 5 + outPos] = ((in[ 1 + inPos] >>> 10) & 511);
out[ 6 + outPos] = ((in[ 1 + inPos] >>> 1) & 511);
out[ 7 + outPos] = ((in[ 1 + inPos] << 8) & 511) | ((in[ 2 + inPos]) >>> 24);
out[ 8 + outPos] = ((in[ 2 + inPos] >>> 15) & 511);
out[ 9 + outPos] = ((in[ 2 + inPos] >>> 6) & 511);
out[10 + outPos] = ((in[ 2 + inPos] << 3) & 511) | ((in[ 3 + inPos]) >>> 29);
out[11 + outPos] = ((in[ 3 + inPos] >>> 20) & 511);
out[12 + outPos] = ((in[ 3 + inPos] >>> 11) & 511);
out[13 + outPos] = ((in[ 3 + inPos] >>> 2) & 511);
out[14 + outPos] = ((in[ 3 + inPos] << 7) & 511) | ((in[ 4 + inPos]) >>> 25);
out[15 + outPos] = ((in[ 4 + inPos] >>> 16) & 511);
out[16 + outPos] = ((in[ 4 + inPos] >>> 7) & 511);
out[17 + outPos] = ((in[ 4 + inPos] << 2) & 511) | ((in[ 5 + inPos]) >>> 30);
out[18 + outPos] = ((in[ 5 + inPos] >>> 21) & 511);
out[19 + outPos] = ((in[ 5 + inPos] >>> 12) & 511);
out[20 + outPos] = ((in[ 5 + inPos] >>> 3) & 511);
out[21 + outPos] = ((in[ 5 + inPos] << 6) & 511) | ((in[ 6 + inPos]) >>> 26);
out[22 + outPos] = ((in[ 6 + inPos] >>> 17) & 511);
out[23 + outPos] = ((in[ 6 + inPos] >>> 8) & 511);
out[24 + outPos] = ((in[ 6 + inPos] << 1) & 511) | ((in[ 7 + inPos]) >>> 31);
out[25 + outPos] = ((in[ 7 + inPos] >>> 22) & 511);
out[26 + outPos] = ((in[ 7 + inPos] >>> 13) & 511);
out[27 + outPos] = ((in[ 7 + inPos] >>> 4) & 511);
out[28 + outPos] = ((in[ 7 + inPos] << 5) & 511) | ((in[ 8 + inPos]) >>> 27);
out[29 + outPos] = ((in[ 8 + inPos] >>> 18) & 511);
out[30 + outPos] = ((in[ 8 + inPos] >>> 9) & 511);
out[31 + outPos] = ((in[ 8 + inPos] >>> 0) & 511);
}
}
private static final class Packer10 extends IntPacker {
private Packer10() {
super(10);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 1023) << 22)
| ((in[ 1 + inPos] & 1023) << 12)
| ((in[ 2 + inPos] & 1023) << 2)
| ((in[ 3 + inPos] & 1023) >>> 8);
out[ 1 + outPos] =
((in[ 3 + inPos] & 1023) << 24)
| ((in[ 4 + inPos] & 1023) << 14)
| ((in[ 5 + inPos] & 1023) << 4)
| ((in[ 6 + inPos] & 1023) >>> 6);
out[ 2 + outPos] =
((in[ 6 + inPos] & 1023) << 26)
| ((in[ 7 + inPos] & 1023) << 16)
| ((in[ 8 + inPos] & 1023) << 6)
| ((in[ 9 + inPos] & 1023) >>> 4);
out[ 3 + outPos] =
((in[ 9 + inPos] & 1023) << 28)
| ((in[10 + inPos] & 1023) << 18)
| ((in[11 + inPos] & 1023) << 8)
| ((in[12 + inPos] & 1023) >>> 2);
out[ 4 + outPos] =
((in[12 + inPos] & 1023) << 30)
| ((in[13 + inPos] & 1023) << 20)
| ((in[14 + inPos] & 1023) << 10)
| ((in[15 + inPos] & 1023) << 0);
out[ 5 + outPos] =
((in[16 + inPos] & 1023) << 22)
| ((in[17 + inPos] & 1023) << 12)
| ((in[18 + inPos] & 1023) << 2)
| ((in[19 + inPos] & 1023) >>> 8);
out[ 6 + outPos] =
((in[19 + inPos] & 1023) << 24)
| ((in[20 + inPos] & 1023) << 14)
| ((in[21 + inPos] & 1023) << 4)
| ((in[22 + inPos] & 1023) >>> 6);
out[ 7 + outPos] =
((in[22 + inPos] & 1023) << 26)
| ((in[23 + inPos] & 1023) << 16)
| ((in[24 + inPos] & 1023) << 6)
| ((in[25 + inPos] & 1023) >>> 4);
out[ 8 + outPos] =
((in[25 + inPos] & 1023) << 28)
| ((in[26 + inPos] & 1023) << 18)
| ((in[27 + inPos] & 1023) << 8)
| ((in[28 + inPos] & 1023) >>> 2);
out[ 9 + outPos] =
((in[28 + inPos] & 1023) << 30)
| ((in[29 + inPos] & 1023) << 20)
| ((in[30 + inPos] & 1023) << 10)
| ((in[31 + inPos] & 1023) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 22) & 1023);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 12) & 1023);
out[ 2 + outPos] = ((in[ 0 + inPos] >>> 2) & 1023);
out[ 3 + outPos] = ((in[ 0 + inPos] << 8) & 1023) | ((in[ 1 + inPos]) >>> 24);
out[ 4 + outPos] = ((in[ 1 + inPos] >>> 14) & 1023);
out[ 5 + outPos] = ((in[ 1 + inPos] >>> 4) & 1023);
out[ 6 + outPos] = ((in[ 1 + inPos] << 6) & 1023) | ((in[ 2 + inPos]) >>> 26);
out[ 7 + outPos] = ((in[ 2 + inPos] >>> 16) & 1023);
out[ 8 + outPos] = ((in[ 2 + inPos] >>> 6) & 1023);
out[ 9 + outPos] = ((in[ 2 + inPos] << 4) & 1023) | ((in[ 3 + inPos]) >>> 28);
out[10 + outPos] = ((in[ 3 + inPos] >>> 18) & 1023);
out[11 + outPos] = ((in[ 3 + inPos] >>> 8) & 1023);
out[12 + outPos] = ((in[ 3 + inPos] << 2) & 1023) | ((in[ 4 + inPos]) >>> 30);
out[13 + outPos] = ((in[ 4 + inPos] >>> 20) & 1023);
out[14 + outPos] = ((in[ 4 + inPos] >>> 10) & 1023);
out[15 + outPos] = ((in[ 4 + inPos] >>> 0) & 1023);
out[16 + outPos] = ((in[ 5 + inPos] >>> 22) & 1023);
out[17 + outPos] = ((in[ 5 + inPos] >>> 12) & 1023);
out[18 + outPos] = ((in[ 5 + inPos] >>> 2) & 1023);
out[19 + outPos] = ((in[ 5 + inPos] << 8) & 1023) | ((in[ 6 + inPos]) >>> 24);
out[20 + outPos] = ((in[ 6 + inPos] >>> 14) & 1023);
out[21 + outPos] = ((in[ 6 + inPos] >>> 4) & 1023);
out[22 + outPos] = ((in[ 6 + inPos] << 6) & 1023) | ((in[ 7 + inPos]) >>> 26);
out[23 + outPos] = ((in[ 7 + inPos] >>> 16) & 1023);
out[24 + outPos] = ((in[ 7 + inPos] >>> 6) & 1023);
out[25 + outPos] = ((in[ 7 + inPos] << 4) & 1023) | ((in[ 8 + inPos]) >>> 28);
out[26 + outPos] = ((in[ 8 + inPos] >>> 18) & 1023);
out[27 + outPos] = ((in[ 8 + inPos] >>> 8) & 1023);
out[28 + outPos] = ((in[ 8 + inPos] << 2) & 1023) | ((in[ 9 + inPos]) >>> 30);
out[29 + outPos] = ((in[ 9 + inPos] >>> 20) & 1023);
out[30 + outPos] = ((in[ 9 + inPos] >>> 10) & 1023);
out[31 + outPos] = ((in[ 9 + inPos] >>> 0) & 1023);
}
}
private static final class Packer11 extends IntPacker {
private Packer11() {
super(11);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 2047) << 21)
| ((in[ 1 + inPos] & 2047) << 10)
| ((in[ 2 + inPos] & 2047) >>> 1);
out[ 1 + outPos] =
((in[ 2 + inPos] & 2047) << 31)
| ((in[ 3 + inPos] & 2047) << 20)
| ((in[ 4 + inPos] & 2047) << 9)
| ((in[ 5 + inPos] & 2047) >>> 2);
out[ 2 + outPos] =
((in[ 5 + inPos] & 2047) << 30)
| ((in[ 6 + inPos] & 2047) << 19)
| ((in[ 7 + inPos] & 2047) << 8)
| ((in[ 8 + inPos] & 2047) >>> 3);
out[ 3 + outPos] =
((in[ 8 + inPos] & 2047) << 29)
| ((in[ 9 + inPos] & 2047) << 18)
| ((in[10 + inPos] & 2047) << 7)
| ((in[11 + inPos] & 2047) >>> 4);
out[ 4 + outPos] =
((in[11 + inPos] & 2047) << 28)
| ((in[12 + inPos] & 2047) << 17)
| ((in[13 + inPos] & 2047) << 6)
| ((in[14 + inPos] & 2047) >>> 5);
out[ 5 + outPos] =
((in[14 + inPos] & 2047) << 27)
| ((in[15 + inPos] & 2047) << 16)
| ((in[16 + inPos] & 2047) << 5)
| ((in[17 + inPos] & 2047) >>> 6);
out[ 6 + outPos] =
((in[17 + inPos] & 2047) << 26)
| ((in[18 + inPos] & 2047) << 15)
| ((in[19 + inPos] & 2047) << 4)
| ((in[20 + inPos] & 2047) >>> 7);
out[ 7 + outPos] =
((in[20 + inPos] & 2047) << 25)
| ((in[21 + inPos] & 2047) << 14)
| ((in[22 + inPos] & 2047) << 3)
| ((in[23 + inPos] & 2047) >>> 8);
out[ 8 + outPos] =
((in[23 + inPos] & 2047) << 24)
| ((in[24 + inPos] & 2047) << 13)
| ((in[25 + inPos] & 2047) << 2)
| ((in[26 + inPos] & 2047) >>> 9);
out[ 9 + outPos] =
((in[26 + inPos] & 2047) << 23)
| ((in[27 + inPos] & 2047) << 12)
| ((in[28 + inPos] & 2047) << 1)
| ((in[29 + inPos] & 2047) >>> 10);
out[10 + outPos] =
((in[29 + inPos] & 2047) << 22)
| ((in[30 + inPos] & 2047) << 11)
| ((in[31 + inPos] & 2047) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 21) & 2047);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 10) & 2047);
out[ 2 + outPos] = ((in[ 0 + inPos] << 1) & 2047) | ((in[ 1 + inPos]) >>> 31);
out[ 3 + outPos] = ((in[ 1 + inPos] >>> 20) & 2047);
out[ 4 + outPos] = ((in[ 1 + inPos] >>> 9) & 2047);
out[ 5 + outPos] = ((in[ 1 + inPos] << 2) & 2047) | ((in[ 2 + inPos]) >>> 30);
out[ 6 + outPos] = ((in[ 2 + inPos] >>> 19) & 2047);
out[ 7 + outPos] = ((in[ 2 + inPos] >>> 8) & 2047);
out[ 8 + outPos] = ((in[ 2 + inPos] << 3) & 2047) | ((in[ 3 + inPos]) >>> 29);
out[ 9 + outPos] = ((in[ 3 + inPos] >>> 18) & 2047);
out[10 + outPos] = ((in[ 3 + inPos] >>> 7) & 2047);
out[11 + outPos] = ((in[ 3 + inPos] << 4) & 2047) | ((in[ 4 + inPos]) >>> 28);
out[12 + outPos] = ((in[ 4 + inPos] >>> 17) & 2047);
out[13 + outPos] = ((in[ 4 + inPos] >>> 6) & 2047);
out[14 + outPos] = ((in[ 4 + inPos] << 5) & 2047) | ((in[ 5 + inPos]) >>> 27);
out[15 + outPos] = ((in[ 5 + inPos] >>> 16) & 2047);
out[16 + outPos] = ((in[ 5 + inPos] >>> 5) & 2047);
out[17 + outPos] = ((in[ 5 + inPos] << 6) & 2047) | ((in[ 6 + inPos]) >>> 26);
out[18 + outPos] = ((in[ 6 + inPos] >>> 15) & 2047);
out[19 + outPos] = ((in[ 6 + inPos] >>> 4) & 2047);
out[20 + outPos] = ((in[ 6 + inPos] << 7) & 2047) | ((in[ 7 + inPos]) >>> 25);
out[21 + outPos] = ((in[ 7 + inPos] >>> 14) & 2047);
out[22 + outPos] = ((in[ 7 + inPos] >>> 3) & 2047);
out[23 + outPos] = ((in[ 7 + inPos] << 8) & 2047) | ((in[ 8 + inPos]) >>> 24);
out[24 + outPos] = ((in[ 8 + inPos] >>> 13) & 2047);
out[25 + outPos] = ((in[ 8 + inPos] >>> 2) & 2047);
out[26 + outPos] = ((in[ 8 + inPos] << 9) & 2047) | ((in[ 9 + inPos]) >>> 23);
out[27 + outPos] = ((in[ 9 + inPos] >>> 12) & 2047);
out[28 + outPos] = ((in[ 9 + inPos] >>> 1) & 2047);
out[29 + outPos] = ((in[ 9 + inPos] << 10) & 2047) | ((in[10 + inPos]) >>> 22);
out[30 + outPos] = ((in[10 + inPos] >>> 11) & 2047);
out[31 + outPos] = ((in[10 + inPos] >>> 0) & 2047);
}
}
private static final class Packer12 extends IntPacker {
private Packer12() {
super(12);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 4095) << 20)
| ((in[ 1 + inPos] & 4095) << 8)
| ((in[ 2 + inPos] & 4095) >>> 4);
out[ 1 + outPos] =
((in[ 2 + inPos] & 4095) << 28)
| ((in[ 3 + inPos] & 4095) << 16)
| ((in[ 4 + inPos] & 4095) << 4)
| ((in[ 5 + inPos] & 4095) >>> 8);
out[ 2 + outPos] =
((in[ 5 + inPos] & 4095) << 24)
| ((in[ 6 + inPos] & 4095) << 12)
| ((in[ 7 + inPos] & 4095) << 0);
out[ 3 + outPos] =
((in[ 8 + inPos] & 4095) << 20)
| ((in[ 9 + inPos] & 4095) << 8)
| ((in[10 + inPos] & 4095) >>> 4);
out[ 4 + outPos] =
((in[10 + inPos] & 4095) << 28)
| ((in[11 + inPos] & 4095) << 16)
| ((in[12 + inPos] & 4095) << 4)
| ((in[13 + inPos] & 4095) >>> 8);
out[ 5 + outPos] =
((in[13 + inPos] & 4095) << 24)
| ((in[14 + inPos] & 4095) << 12)
| ((in[15 + inPos] & 4095) << 0);
out[ 6 + outPos] =
((in[16 + inPos] & 4095) << 20)
| ((in[17 + inPos] & 4095) << 8)
| ((in[18 + inPos] & 4095) >>> 4);
out[ 7 + outPos] =
((in[18 + inPos] & 4095) << 28)
| ((in[19 + inPos] & 4095) << 16)
| ((in[20 + inPos] & 4095) << 4)
| ((in[21 + inPos] & 4095) >>> 8);
out[ 8 + outPos] =
((in[21 + inPos] & 4095) << 24)
| ((in[22 + inPos] & 4095) << 12)
| ((in[23 + inPos] & 4095) << 0);
out[ 9 + outPos] =
((in[24 + inPos] & 4095) << 20)
| ((in[25 + inPos] & 4095) << 8)
| ((in[26 + inPos] & 4095) >>> 4);
out[10 + outPos] =
((in[26 + inPos] & 4095) << 28)
| ((in[27 + inPos] & 4095) << 16)
| ((in[28 + inPos] & 4095) << 4)
| ((in[29 + inPos] & 4095) >>> 8);
out[11 + outPos] =
((in[29 + inPos] & 4095) << 24)
| ((in[30 + inPos] & 4095) << 12)
| ((in[31 + inPos] & 4095) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 20) & 4095);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 8) & 4095);
out[ 2 + outPos] = ((in[ 0 + inPos] << 4) & 4095) | ((in[ 1 + inPos]) >>> 28);
out[ 3 + outPos] = ((in[ 1 + inPos] >>> 16) & 4095);
out[ 4 + outPos] = ((in[ 1 + inPos] >>> 4) & 4095);
out[ 5 + outPos] = ((in[ 1 + inPos] << 8) & 4095) | ((in[ 2 + inPos]) >>> 24);
out[ 6 + outPos] = ((in[ 2 + inPos] >>> 12) & 4095);
out[ 7 + outPos] = ((in[ 2 + inPos] >>> 0) & 4095);
out[ 8 + outPos] = ((in[ 3 + inPos] >>> 20) & 4095);
out[ 9 + outPos] = ((in[ 3 + inPos] >>> 8) & 4095);
out[10 + outPos] = ((in[ 3 + inPos] << 4) & 4095) | ((in[ 4 + inPos]) >>> 28);
out[11 + outPos] = ((in[ 4 + inPos] >>> 16) & 4095);
out[12 + outPos] = ((in[ 4 + inPos] >>> 4) & 4095);
out[13 + outPos] = ((in[ 4 + inPos] << 8) & 4095) | ((in[ 5 + inPos]) >>> 24);
out[14 + outPos] = ((in[ 5 + inPos] >>> 12) & 4095);
out[15 + outPos] = ((in[ 5 + inPos] >>> 0) & 4095);
out[16 + outPos] = ((in[ 6 + inPos] >>> 20) & 4095);
out[17 + outPos] = ((in[ 6 + inPos] >>> 8) & 4095);
out[18 + outPos] = ((in[ 6 + inPos] << 4) & 4095) | ((in[ 7 + inPos]) >>> 28);
out[19 + outPos] = ((in[ 7 + inPos] >>> 16) & 4095);
out[20 + outPos] = ((in[ 7 + inPos] >>> 4) & 4095);
out[21 + outPos] = ((in[ 7 + inPos] << 8) & 4095) | ((in[ 8 + inPos]) >>> 24);
out[22 + outPos] = ((in[ 8 + inPos] >>> 12) & 4095);
out[23 + outPos] = ((in[ 8 + inPos] >>> 0) & 4095);
out[24 + outPos] = ((in[ 9 + inPos] >>> 20) & 4095);
out[25 + outPos] = ((in[ 9 + inPos] >>> 8) & 4095);
out[26 + outPos] = ((in[ 9 + inPos] << 4) & 4095) | ((in[10 + inPos]) >>> 28);
out[27 + outPos] = ((in[10 + inPos] >>> 16) & 4095);
out[28 + outPos] = ((in[10 + inPos] >>> 4) & 4095);
out[29 + outPos] = ((in[10 + inPos] << 8) & 4095) | ((in[11 + inPos]) >>> 24);
out[30 + outPos] = ((in[11 + inPos] >>> 12) & 4095);
out[31 + outPos] = ((in[11 + inPos] >>> 0) & 4095);
}
}
private static final class Packer13 extends IntPacker {
private Packer13() {
super(13);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 8191) << 19)
| ((in[ 1 + inPos] & 8191) << 6)
| ((in[ 2 + inPos] & 8191) >>> 7);
out[ 1 + outPos] =
((in[ 2 + inPos] & 8191) << 25)
| ((in[ 3 + inPos] & 8191) << 12)
| ((in[ 4 + inPos] & 8191) >>> 1);
out[ 2 + outPos] =
((in[ 4 + inPos] & 8191) << 31)
| ((in[ 5 + inPos] & 8191) << 18)
| ((in[ 6 + inPos] & 8191) << 5)
| ((in[ 7 + inPos] & 8191) >>> 8);
out[ 3 + outPos] =
((in[ 7 + inPos] & 8191) << 24)
| ((in[ 8 + inPos] & 8191) << 11)
| ((in[ 9 + inPos] & 8191) >>> 2);
out[ 4 + outPos] =
((in[ 9 + inPos] & 8191) << 30)
| ((in[10 + inPos] & 8191) << 17)
| ((in[11 + inPos] & 8191) << 4)
| ((in[12 + inPos] & 8191) >>> 9);
out[ 5 + outPos] =
((in[12 + inPos] & 8191) << 23)
| ((in[13 + inPos] & 8191) << 10)
| ((in[14 + inPos] & 8191) >>> 3);
out[ 6 + outPos] =
((in[14 + inPos] & 8191) << 29)
| ((in[15 + inPos] & 8191) << 16)
| ((in[16 + inPos] & 8191) << 3)
| ((in[17 + inPos] & 8191) >>> 10);
out[ 7 + outPos] =
((in[17 + inPos] & 8191) << 22)
| ((in[18 + inPos] & 8191) << 9)
| ((in[19 + inPos] & 8191) >>> 4);
out[ 8 + outPos] =
((in[19 + inPos] & 8191) << 28)
| ((in[20 + inPos] & 8191) << 15)
| ((in[21 + inPos] & 8191) << 2)
| ((in[22 + inPos] & 8191) >>> 11);
out[ 9 + outPos] =
((in[22 + inPos] & 8191) << 21)
| ((in[23 + inPos] & 8191) << 8)
| ((in[24 + inPos] & 8191) >>> 5);
out[10 + outPos] =
((in[24 + inPos] & 8191) << 27)
| ((in[25 + inPos] & 8191) << 14)
| ((in[26 + inPos] & 8191) << 1)
| ((in[27 + inPos] & 8191) >>> 12);
out[11 + outPos] =
((in[27 + inPos] & 8191) << 20)
| ((in[28 + inPos] & 8191) << 7)
| ((in[29 + inPos] & 8191) >>> 6);
out[12 + outPos] =
((in[29 + inPos] & 8191) << 26)
| ((in[30 + inPos] & 8191) << 13)
| ((in[31 + inPos] & 8191) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 19) & 8191);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 6) & 8191);
out[ 2 + outPos] = ((in[ 0 + inPos] << 7) & 8191) | ((in[ 1 + inPos]) >>> 25);
out[ 3 + outPos] = ((in[ 1 + inPos] >>> 12) & 8191);
out[ 4 + outPos] = ((in[ 1 + inPos] << 1) & 8191) | ((in[ 2 + inPos]) >>> 31);
out[ 5 + outPos] = ((in[ 2 + inPos] >>> 18) & 8191);
out[ 6 + outPos] = ((in[ 2 + inPos] >>> 5) & 8191);
out[ 7 + outPos] = ((in[ 2 + inPos] << 8) & 8191) | ((in[ 3 + inPos]) >>> 24);
out[ 8 + outPos] = ((in[ 3 + inPos] >>> 11) & 8191);
out[ 9 + outPos] = ((in[ 3 + inPos] << 2) & 8191) | ((in[ 4 + inPos]) >>> 30);
out[10 + outPos] = ((in[ 4 + inPos] >>> 17) & 8191);
out[11 + outPos] = ((in[ 4 + inPos] >>> 4) & 8191);
out[12 + outPos] = ((in[ 4 + inPos] << 9) & 8191) | ((in[ 5 + inPos]) >>> 23);
out[13 + outPos] = ((in[ 5 + inPos] >>> 10) & 8191);
out[14 + outPos] = ((in[ 5 + inPos] << 3) & 8191) | ((in[ 6 + inPos]) >>> 29);
out[15 + outPos] = ((in[ 6 + inPos] >>> 16) & 8191);
out[16 + outPos] = ((in[ 6 + inPos] >>> 3) & 8191);
out[17 + outPos] = ((in[ 6 + inPos] << 10) & 8191) | ((in[ 7 + inPos]) >>> 22);
out[18 + outPos] = ((in[ 7 + inPos] >>> 9) & 8191);
out[19 + outPos] = ((in[ 7 + inPos] << 4) & 8191) | ((in[ 8 + inPos]) >>> 28);
out[20 + outPos] = ((in[ 8 + inPos] >>> 15) & 8191);
out[21 + outPos] = ((in[ 8 + inPos] >>> 2) & 8191);
out[22 + outPos] = ((in[ 8 + inPos] << 11) & 8191) | ((in[ 9 + inPos]) >>> 21);
out[23 + outPos] = ((in[ 9 + inPos] >>> 8) & 8191);
out[24 + outPos] = ((in[ 9 + inPos] << 5) & 8191) | ((in[10 + inPos]) >>> 27);
out[25 + outPos] = ((in[10 + inPos] >>> 14) & 8191);
out[26 + outPos] = ((in[10 + inPos] >>> 1) & 8191);
out[27 + outPos] = ((in[10 + inPos] << 12) & 8191) | ((in[11 + inPos]) >>> 20);
out[28 + outPos] = ((in[11 + inPos] >>> 7) & 8191);
out[29 + outPos] = ((in[11 + inPos] << 6) & 8191) | ((in[12 + inPos]) >>> 26);
out[30 + outPos] = ((in[12 + inPos] >>> 13) & 8191);
out[31 + outPos] = ((in[12 + inPos] >>> 0) & 8191);
}
}
private static final class Packer14 extends IntPacker {
private Packer14() {
super(14);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 16383) << 18)
| ((in[ 1 + inPos] & 16383) << 4)
| ((in[ 2 + inPos] & 16383) >>> 10);
out[ 1 + outPos] =
((in[ 2 + inPos] & 16383) << 22)
| ((in[ 3 + inPos] & 16383) << 8)
| ((in[ 4 + inPos] & 16383) >>> 6);
out[ 2 + outPos] =
((in[ 4 + inPos] & 16383) << 26)
| ((in[ 5 + inPos] & 16383) << 12)
| ((in[ 6 + inPos] & 16383) >>> 2);
out[ 3 + outPos] =
((in[ 6 + inPos] & 16383) << 30)
| ((in[ 7 + inPos] & 16383) << 16)
| ((in[ 8 + inPos] & 16383) << 2)
| ((in[ 9 + inPos] & 16383) >>> 12);
out[ 4 + outPos] =
((in[ 9 + inPos] & 16383) << 20)
| ((in[10 + inPos] & 16383) << 6)
| ((in[11 + inPos] & 16383) >>> 8);
out[ 5 + outPos] =
((in[11 + inPos] & 16383) << 24)
| ((in[12 + inPos] & 16383) << 10)
| ((in[13 + inPos] & 16383) >>> 4);
out[ 6 + outPos] =
((in[13 + inPos] & 16383) << 28)
| ((in[14 + inPos] & 16383) << 14)
| ((in[15 + inPos] & 16383) << 0);
out[ 7 + outPos] =
((in[16 + inPos] & 16383) << 18)
| ((in[17 + inPos] & 16383) << 4)
| ((in[18 + inPos] & 16383) >>> 10);
out[ 8 + outPos] =
((in[18 + inPos] & 16383) << 22)
| ((in[19 + inPos] & 16383) << 8)
| ((in[20 + inPos] & 16383) >>> 6);
out[ 9 + outPos] =
((in[20 + inPos] & 16383) << 26)
| ((in[21 + inPos] & 16383) << 12)
| ((in[22 + inPos] & 16383) >>> 2);
out[10 + outPos] =
((in[22 + inPos] & 16383) << 30)
| ((in[23 + inPos] & 16383) << 16)
| ((in[24 + inPos] & 16383) << 2)
| ((in[25 + inPos] & 16383) >>> 12);
out[11 + outPos] =
((in[25 + inPos] & 16383) << 20)
| ((in[26 + inPos] & 16383) << 6)
| ((in[27 + inPos] & 16383) >>> 8);
out[12 + outPos] =
((in[27 + inPos] & 16383) << 24)
| ((in[28 + inPos] & 16383) << 10)
| ((in[29 + inPos] & 16383) >>> 4);
out[13 + outPos] =
((in[29 + inPos] & 16383) << 28)
| ((in[30 + inPos] & 16383) << 14)
| ((in[31 + inPos] & 16383) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 18) & 16383);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 4) & 16383);
out[ 2 + outPos] = ((in[ 0 + inPos] << 10) & 16383) | ((in[ 1 + inPos]) >>> 22);
out[ 3 + outPos] = ((in[ 1 + inPos] >>> 8) & 16383);
out[ 4 + outPos] = ((in[ 1 + inPos] << 6) & 16383) | ((in[ 2 + inPos]) >>> 26);
out[ 5 + outPos] = ((in[ 2 + inPos] >>> 12) & 16383);
out[ 6 + outPos] = ((in[ 2 + inPos] << 2) & 16383) | ((in[ 3 + inPos]) >>> 30);
out[ 7 + outPos] = ((in[ 3 + inPos] >>> 16) & 16383);
out[ 8 + outPos] = ((in[ 3 + inPos] >>> 2) & 16383);
out[ 9 + outPos] = ((in[ 3 + inPos] << 12) & 16383) | ((in[ 4 + inPos]) >>> 20);
out[10 + outPos] = ((in[ 4 + inPos] >>> 6) & 16383);
out[11 + outPos] = ((in[ 4 + inPos] << 8) & 16383) | ((in[ 5 + inPos]) >>> 24);
out[12 + outPos] = ((in[ 5 + inPos] >>> 10) & 16383);
out[13 + outPos] = ((in[ 5 + inPos] << 4) & 16383) | ((in[ 6 + inPos]) >>> 28);
out[14 + outPos] = ((in[ 6 + inPos] >>> 14) & 16383);
out[15 + outPos] = ((in[ 6 + inPos] >>> 0) & 16383);
out[16 + outPos] = ((in[ 7 + inPos] >>> 18) & 16383);
out[17 + outPos] = ((in[ 7 + inPos] >>> 4) & 16383);
out[18 + outPos] = ((in[ 7 + inPos] << 10) & 16383) | ((in[ 8 + inPos]) >>> 22);
out[19 + outPos] = ((in[ 8 + inPos] >>> 8) & 16383);
out[20 + outPos] = ((in[ 8 + inPos] << 6) & 16383) | ((in[ 9 + inPos]) >>> 26);
out[21 + outPos] = ((in[ 9 + inPos] >>> 12) & 16383);
out[22 + outPos] = ((in[ 9 + inPos] << 2) & 16383) | ((in[10 + inPos]) >>> 30);
out[23 + outPos] = ((in[10 + inPos] >>> 16) & 16383);
out[24 + outPos] = ((in[10 + inPos] >>> 2) & 16383);
out[25 + outPos] = ((in[10 + inPos] << 12) & 16383) | ((in[11 + inPos]) >>> 20);
out[26 + outPos] = ((in[11 + inPos] >>> 6) & 16383);
out[27 + outPos] = ((in[11 + inPos] << 8) & 16383) | ((in[12 + inPos]) >>> 24);
out[28 + outPos] = ((in[12 + inPos] >>> 10) & 16383);
out[29 + outPos] = ((in[12 + inPos] << 4) & 16383) | ((in[13 + inPos]) >>> 28);
out[30 + outPos] = ((in[13 + inPos] >>> 14) & 16383);
out[31 + outPos] = ((in[13 + inPos] >>> 0) & 16383);
}
}
private static final class Packer15 extends IntPacker {
private Packer15() {
super(15);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 32767) << 17)
| ((in[ 1 + inPos] & 32767) << 2)
| ((in[ 2 + inPos] & 32767) >>> 13);
out[ 1 + outPos] =
((in[ 2 + inPos] & 32767) << 19)
| ((in[ 3 + inPos] & 32767) << 4)
| ((in[ 4 + inPos] & 32767) >>> 11);
out[ 2 + outPos] =
((in[ 4 + inPos] & 32767) << 21)
| ((in[ 5 + inPos] & 32767) << 6)
| ((in[ 6 + inPos] & 32767) >>> 9);
out[ 3 + outPos] =
((in[ 6 + inPos] & 32767) << 23)
| ((in[ 7 + inPos] & 32767) << 8)
| ((in[ 8 + inPos] & 32767) >>> 7);
out[ 4 + outPos] =
((in[ 8 + inPos] & 32767) << 25)
| ((in[ 9 + inPos] & 32767) << 10)
| ((in[10 + inPos] & 32767) >>> 5);
out[ 5 + outPos] =
((in[10 + inPos] & 32767) << 27)
| ((in[11 + inPos] & 32767) << 12)
| ((in[12 + inPos] & 32767) >>> 3);
out[ 6 + outPos] =
((in[12 + inPos] & 32767) << 29)
| ((in[13 + inPos] & 32767) << 14)
| ((in[14 + inPos] & 32767) >>> 1);
out[ 7 + outPos] =
((in[14 + inPos] & 32767) << 31)
| ((in[15 + inPos] & 32767) << 16)
| ((in[16 + inPos] & 32767) << 1)
| ((in[17 + inPos] & 32767) >>> 14);
out[ 8 + outPos] =
((in[17 + inPos] & 32767) << 18)
| ((in[18 + inPos] & 32767) << 3)
| ((in[19 + inPos] & 32767) >>> 12);
out[ 9 + outPos] =
((in[19 + inPos] & 32767) << 20)
| ((in[20 + inPos] & 32767) << 5)
| ((in[21 + inPos] & 32767) >>> 10);
out[10 + outPos] =
((in[21 + inPos] & 32767) << 22)
| ((in[22 + inPos] & 32767) << 7)
| ((in[23 + inPos] & 32767) >>> 8);
out[11 + outPos] =
((in[23 + inPos] & 32767) << 24)
| ((in[24 + inPos] & 32767) << 9)
| ((in[25 + inPos] & 32767) >>> 6);
out[12 + outPos] =
((in[25 + inPos] & 32767) << 26)
| ((in[26 + inPos] & 32767) << 11)
| ((in[27 + inPos] & 32767) >>> 4);
out[13 + outPos] =
((in[27 + inPos] & 32767) << 28)
| ((in[28 + inPos] & 32767) << 13)
| ((in[29 + inPos] & 32767) >>> 2);
out[14 + outPos] =
((in[29 + inPos] & 32767) << 30)
| ((in[30 + inPos] & 32767) << 15)
| ((in[31 + inPos] & 32767) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 17) & 32767);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 2) & 32767);
out[ 2 + outPos] = ((in[ 0 + inPos] << 13) & 32767) | ((in[ 1 + inPos]) >>> 19);
out[ 3 + outPos] = ((in[ 1 + inPos] >>> 4) & 32767);
out[ 4 + outPos] = ((in[ 1 + inPos] << 11) & 32767) | ((in[ 2 + inPos]) >>> 21);
out[ 5 + outPos] = ((in[ 2 + inPos] >>> 6) & 32767);
out[ 6 + outPos] = ((in[ 2 + inPos] << 9) & 32767) | ((in[ 3 + inPos]) >>> 23);
out[ 7 + outPos] = ((in[ 3 + inPos] >>> 8) & 32767);
out[ 8 + outPos] = ((in[ 3 + inPos] << 7) & 32767) | ((in[ 4 + inPos]) >>> 25);
out[ 9 + outPos] = ((in[ 4 + inPos] >>> 10) & 32767);
out[10 + outPos] = ((in[ 4 + inPos] << 5) & 32767) | ((in[ 5 + inPos]) >>> 27);
out[11 + outPos] = ((in[ 5 + inPos] >>> 12) & 32767);
out[12 + outPos] = ((in[ 5 + inPos] << 3) & 32767) | ((in[ 6 + inPos]) >>> 29);
out[13 + outPos] = ((in[ 6 + inPos] >>> 14) & 32767);
out[14 + outPos] = ((in[ 6 + inPos] << 1) & 32767) | ((in[ 7 + inPos]) >>> 31);
out[15 + outPos] = ((in[ 7 + inPos] >>> 16) & 32767);
out[16 + outPos] = ((in[ 7 + inPos] >>> 1) & 32767);
out[17 + outPos] = ((in[ 7 + inPos] << 14) & 32767) | ((in[ 8 + inPos]) >>> 18);
out[18 + outPos] = ((in[ 8 + inPos] >>> 3) & 32767);
out[19 + outPos] = ((in[ 8 + inPos] << 12) & 32767) | ((in[ 9 + inPos]) >>> 20);
out[20 + outPos] = ((in[ 9 + inPos] >>> 5) & 32767);
out[21 + outPos] = ((in[ 9 + inPos] << 10) & 32767) | ((in[10 + inPos]) >>> 22);
out[22 + outPos] = ((in[10 + inPos] >>> 7) & 32767);
out[23 + outPos] = ((in[10 + inPos] << 8) & 32767) | ((in[11 + inPos]) >>> 24);
out[24 + outPos] = ((in[11 + inPos] >>> 9) & 32767);
out[25 + outPos] = ((in[11 + inPos] << 6) & 32767) | ((in[12 + inPos]) >>> 26);
out[26 + outPos] = ((in[12 + inPos] >>> 11) & 32767);
out[27 + outPos] = ((in[12 + inPos] << 4) & 32767) | ((in[13 + inPos]) >>> 28);
out[28 + outPos] = ((in[13 + inPos] >>> 13) & 32767);
out[29 + outPos] = ((in[13 + inPos] << 2) & 32767) | ((in[14 + inPos]) >>> 30);
out[30 + outPos] = ((in[14 + inPos] >>> 15) & 32767);
out[31 + outPos] = ((in[14 + inPos] >>> 0) & 32767);
}
}
private static final class Packer16 extends IntPacker {
private Packer16() {
super(16);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 65535) << 16)
| ((in[ 1 + inPos] & 65535) << 0);
out[ 1 + outPos] =
((in[ 2 + inPos] & 65535) << 16)
| ((in[ 3 + inPos] & 65535) << 0);
out[ 2 + outPos] =
((in[ 4 + inPos] & 65535) << 16)
| ((in[ 5 + inPos] & 65535) << 0);
out[ 3 + outPos] =
((in[ 6 + inPos] & 65535) << 16)
| ((in[ 7 + inPos] & 65535) << 0);
out[ 4 + outPos] =
((in[ 8 + inPos] & 65535) << 16)
| ((in[ 9 + inPos] & 65535) << 0);
out[ 5 + outPos] =
((in[10 + inPos] & 65535) << 16)
| ((in[11 + inPos] & 65535) << 0);
out[ 6 + outPos] =
((in[12 + inPos] & 65535) << 16)
| ((in[13 + inPos] & 65535) << 0);
out[ 7 + outPos] =
((in[14 + inPos] & 65535) << 16)
| ((in[15 + inPos] & 65535) << 0);
out[ 8 + outPos] =
((in[16 + inPos] & 65535) << 16)
| ((in[17 + inPos] & 65535) << 0);
out[ 9 + outPos] =
((in[18 + inPos] & 65535) << 16)
| ((in[19 + inPos] & 65535) << 0);
out[10 + outPos] =
((in[20 + inPos] & 65535) << 16)
| ((in[21 + inPos] & 65535) << 0);
out[11 + outPos] =
((in[22 + inPos] & 65535) << 16)
| ((in[23 + inPos] & 65535) << 0);
out[12 + outPos] =
((in[24 + inPos] & 65535) << 16)
| ((in[25 + inPos] & 65535) << 0);
out[13 + outPos] =
((in[26 + inPos] & 65535) << 16)
| ((in[27 + inPos] & 65535) << 0);
out[14 + outPos] =
((in[28 + inPos] & 65535) << 16)
| ((in[29 + inPos] & 65535) << 0);
out[15 + outPos] =
((in[30 + inPos] & 65535) << 16)
| ((in[31 + inPos] & 65535) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 16) & 65535);
out[ 1 + outPos] = ((in[ 0 + inPos] >>> 0) & 65535);
out[ 2 + outPos] = ((in[ 1 + inPos] >>> 16) & 65535);
out[ 3 + outPos] = ((in[ 1 + inPos] >>> 0) & 65535);
out[ 4 + outPos] = ((in[ 2 + inPos] >>> 16) & 65535);
out[ 5 + outPos] = ((in[ 2 + inPos] >>> 0) & 65535);
out[ 6 + outPos] = ((in[ 3 + inPos] >>> 16) & 65535);
out[ 7 + outPos] = ((in[ 3 + inPos] >>> 0) & 65535);
out[ 8 + outPos] = ((in[ 4 + inPos] >>> 16) & 65535);
out[ 9 + outPos] = ((in[ 4 + inPos] >>> 0) & 65535);
out[10 + outPos] = ((in[ 5 + inPos] >>> 16) & 65535);
out[11 + outPos] = ((in[ 5 + inPos] >>> 0) & 65535);
out[12 + outPos] = ((in[ 6 + inPos] >>> 16) & 65535);
out[13 + outPos] = ((in[ 6 + inPos] >>> 0) & 65535);
out[14 + outPos] = ((in[ 7 + inPos] >>> 16) & 65535);
out[15 + outPos] = ((in[ 7 + inPos] >>> 0) & 65535);
out[16 + outPos] = ((in[ 8 + inPos] >>> 16) & 65535);
out[17 + outPos] = ((in[ 8 + inPos] >>> 0) & 65535);
out[18 + outPos] = ((in[ 9 + inPos] >>> 16) & 65535);
out[19 + outPos] = ((in[ 9 + inPos] >>> 0) & 65535);
out[20 + outPos] = ((in[10 + inPos] >>> 16) & 65535);
out[21 + outPos] = ((in[10 + inPos] >>> 0) & 65535);
out[22 + outPos] = ((in[11 + inPos] >>> 16) & 65535);
out[23 + outPos] = ((in[11 + inPos] >>> 0) & 65535);
out[24 + outPos] = ((in[12 + inPos] >>> 16) & 65535);
out[25 + outPos] = ((in[12 + inPos] >>> 0) & 65535);
out[26 + outPos] = ((in[13 + inPos] >>> 16) & 65535);
out[27 + outPos] = ((in[13 + inPos] >>> 0) & 65535);
out[28 + outPos] = ((in[14 + inPos] >>> 16) & 65535);
out[29 + outPos] = ((in[14 + inPos] >>> 0) & 65535);
out[30 + outPos] = ((in[15 + inPos] >>> 16) & 65535);
out[31 + outPos] = ((in[15 + inPos] >>> 0) & 65535);
}
}
private static final class Packer17 extends IntPacker {
private Packer17() {
super(17);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 131071) << 15)
| ((in[ 1 + inPos] & 131071) >>> 2);
out[ 1 + outPos] =
((in[ 1 + inPos] & 131071) << 30)
| ((in[ 2 + inPos] & 131071) << 13)
| ((in[ 3 + inPos] & 131071) >>> 4);
out[ 2 + outPos] =
((in[ 3 + inPos] & 131071) << 28)
| ((in[ 4 + inPos] & 131071) << 11)
| ((in[ 5 + inPos] & 131071) >>> 6);
out[ 3 + outPos] =
((in[ 5 + inPos] & 131071) << 26)
| ((in[ 6 + inPos] & 131071) << 9)
| ((in[ 7 + inPos] & 131071) >>> 8);
out[ 4 + outPos] =
((in[ 7 + inPos] & 131071) << 24)
| ((in[ 8 + inPos] & 131071) << 7)
| ((in[ 9 + inPos] & 131071) >>> 10);
out[ 5 + outPos] =
((in[ 9 + inPos] & 131071) << 22)
| ((in[10 + inPos] & 131071) << 5)
| ((in[11 + inPos] & 131071) >>> 12);
out[ 6 + outPos] =
((in[11 + inPos] & 131071) << 20)
| ((in[12 + inPos] & 131071) << 3)
| ((in[13 + inPos] & 131071) >>> 14);
out[ 7 + outPos] =
((in[13 + inPos] & 131071) << 18)
| ((in[14 + inPos] & 131071) << 1)
| ((in[15 + inPos] & 131071) >>> 16);
out[ 8 + outPos] =
((in[15 + inPos] & 131071) << 16)
| ((in[16 + inPos] & 131071) >>> 1);
out[ 9 + outPos] =
((in[16 + inPos] & 131071) << 31)
| ((in[17 + inPos] & 131071) << 14)
| ((in[18 + inPos] & 131071) >>> 3);
out[10 + outPos] =
((in[18 + inPos] & 131071) << 29)
| ((in[19 + inPos] & 131071) << 12)
| ((in[20 + inPos] & 131071) >>> 5);
out[11 + outPos] =
((in[20 + inPos] & 131071) << 27)
| ((in[21 + inPos] & 131071) << 10)
| ((in[22 + inPos] & 131071) >>> 7);
out[12 + outPos] =
((in[22 + inPos] & 131071) << 25)
| ((in[23 + inPos] & 131071) << 8)
| ((in[24 + inPos] & 131071) >>> 9);
out[13 + outPos] =
((in[24 + inPos] & 131071) << 23)
| ((in[25 + inPos] & 131071) << 6)
| ((in[26 + inPos] & 131071) >>> 11);
out[14 + outPos] =
((in[26 + inPos] & 131071) << 21)
| ((in[27 + inPos] & 131071) << 4)
| ((in[28 + inPos] & 131071) >>> 13);
out[15 + outPos] =
((in[28 + inPos] & 131071) << 19)
| ((in[29 + inPos] & 131071) << 2)
| ((in[30 + inPos] & 131071) >>> 15);
out[16 + outPos] =
((in[30 + inPos] & 131071) << 17)
| ((in[31 + inPos] & 131071) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 15) & 131071);
out[ 1 + outPos] = ((in[ 0 + inPos] << 2) & 131071) | ((in[ 1 + inPos]) >>> 30);
out[ 2 + outPos] = ((in[ 1 + inPos] >>> 13) & 131071);
out[ 3 + outPos] = ((in[ 1 + inPos] << 4) & 131071) | ((in[ 2 + inPos]) >>> 28);
out[ 4 + outPos] = ((in[ 2 + inPos] >>> 11) & 131071);
out[ 5 + outPos] = ((in[ 2 + inPos] << 6) & 131071) | ((in[ 3 + inPos]) >>> 26);
out[ 6 + outPos] = ((in[ 3 + inPos] >>> 9) & 131071);
out[ 7 + outPos] = ((in[ 3 + inPos] << 8) & 131071) | ((in[ 4 + inPos]) >>> 24);
out[ 8 + outPos] = ((in[ 4 + inPos] >>> 7) & 131071);
out[ 9 + outPos] = ((in[ 4 + inPos] << 10) & 131071) | ((in[ 5 + inPos]) >>> 22);
out[10 + outPos] = ((in[ 5 + inPos] >>> 5) & 131071);
out[11 + outPos] = ((in[ 5 + inPos] << 12) & 131071) | ((in[ 6 + inPos]) >>> 20);
out[12 + outPos] = ((in[ 6 + inPos] >>> 3) & 131071);
out[13 + outPos] = ((in[ 6 + inPos] << 14) & 131071) | ((in[ 7 + inPos]) >>> 18);
out[14 + outPos] = ((in[ 7 + inPos] >>> 1) & 131071);
out[15 + outPos] = ((in[ 7 + inPos] << 16) & 131071) | ((in[ 8 + inPos]) >>> 16);
out[16 + outPos] = ((in[ 8 + inPos] << 1) & 131071) | ((in[ 9 + inPos]) >>> 31);
out[17 + outPos] = ((in[ 9 + inPos] >>> 14) & 131071);
out[18 + outPos] = ((in[ 9 + inPos] << 3) & 131071) | ((in[10 + inPos]) >>> 29);
out[19 + outPos] = ((in[10 + inPos] >>> 12) & 131071);
out[20 + outPos] = ((in[10 + inPos] << 5) & 131071) | ((in[11 + inPos]) >>> 27);
out[21 + outPos] = ((in[11 + inPos] >>> 10) & 131071);
out[22 + outPos] = ((in[11 + inPos] << 7) & 131071) | ((in[12 + inPos]) >>> 25);
out[23 + outPos] = ((in[12 + inPos] >>> 8) & 131071);
out[24 + outPos] = ((in[12 + inPos] << 9) & 131071) | ((in[13 + inPos]) >>> 23);
out[25 + outPos] = ((in[13 + inPos] >>> 6) & 131071);
out[26 + outPos] = ((in[13 + inPos] << 11) & 131071) | ((in[14 + inPos]) >>> 21);
out[27 + outPos] = ((in[14 + inPos] >>> 4) & 131071);
out[28 + outPos] = ((in[14 + inPos] << 13) & 131071) | ((in[15 + inPos]) >>> 19);
out[29 + outPos] = ((in[15 + inPos] >>> 2) & 131071);
out[30 + outPos] = ((in[15 + inPos] << 15) & 131071) | ((in[16 + inPos]) >>> 17);
out[31 + outPos] = ((in[16 + inPos] >>> 0) & 131071);
}
}
private static final class Packer18 extends IntPacker {
private Packer18() {
super(18);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 262143) << 14)
| ((in[ 1 + inPos] & 262143) >>> 4);
out[ 1 + outPos] =
((in[ 1 + inPos] & 262143) << 28)
| ((in[ 2 + inPos] & 262143) << 10)
| ((in[ 3 + inPos] & 262143) >>> 8);
out[ 2 + outPos] =
((in[ 3 + inPos] & 262143) << 24)
| ((in[ 4 + inPos] & 262143) << 6)
| ((in[ 5 + inPos] & 262143) >>> 12);
out[ 3 + outPos] =
((in[ 5 + inPos] & 262143) << 20)
| ((in[ 6 + inPos] & 262143) << 2)
| ((in[ 7 + inPos] & 262143) >>> 16);
out[ 4 + outPos] =
((in[ 7 + inPos] & 262143) << 16)
| ((in[ 8 + inPos] & 262143) >>> 2);
out[ 5 + outPos] =
((in[ 8 + inPos] & 262143) << 30)
| ((in[ 9 + inPos] & 262143) << 12)
| ((in[10 + inPos] & 262143) >>> 6);
out[ 6 + outPos] =
((in[10 + inPos] & 262143) << 26)
| ((in[11 + inPos] & 262143) << 8)
| ((in[12 + inPos] & 262143) >>> 10);
out[ 7 + outPos] =
((in[12 + inPos] & 262143) << 22)
| ((in[13 + inPos] & 262143) << 4)
| ((in[14 + inPos] & 262143) >>> 14);
out[ 8 + outPos] =
((in[14 + inPos] & 262143) << 18)
| ((in[15 + inPos] & 262143) << 0);
out[ 9 + outPos] =
((in[16 + inPos] & 262143) << 14)
| ((in[17 + inPos] & 262143) >>> 4);
out[10 + outPos] =
((in[17 + inPos] & 262143) << 28)
| ((in[18 + inPos] & 262143) << 10)
| ((in[19 + inPos] & 262143) >>> 8);
out[11 + outPos] =
((in[19 + inPos] & 262143) << 24)
| ((in[20 + inPos] & 262143) << 6)
| ((in[21 + inPos] & 262143) >>> 12);
out[12 + outPos] =
((in[21 + inPos] & 262143) << 20)
| ((in[22 + inPos] & 262143) << 2)
| ((in[23 + inPos] & 262143) >>> 16);
out[13 + outPos] =
((in[23 + inPos] & 262143) << 16)
| ((in[24 + inPos] & 262143) >>> 2);
out[14 + outPos] =
((in[24 + inPos] & 262143) << 30)
| ((in[25 + inPos] & 262143) << 12)
| ((in[26 + inPos] & 262143) >>> 6);
out[15 + outPos] =
((in[26 + inPos] & 262143) << 26)
| ((in[27 + inPos] & 262143) << 8)
| ((in[28 + inPos] & 262143) >>> 10);
out[16 + outPos] =
((in[28 + inPos] & 262143) << 22)
| ((in[29 + inPos] & 262143) << 4)
| ((in[30 + inPos] & 262143) >>> 14);
out[17 + outPos] =
((in[30 + inPos] & 262143) << 18)
| ((in[31 + inPos] & 262143) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 14) & 262143);
out[ 1 + outPos] = ((in[ 0 + inPos] << 4) & 262143) | ((in[ 1 + inPos]) >>> 28);
out[ 2 + outPos] = ((in[ 1 + inPos] >>> 10) & 262143);
out[ 3 + outPos] = ((in[ 1 + inPos] << 8) & 262143) | ((in[ 2 + inPos]) >>> 24);
out[ 4 + outPos] = ((in[ 2 + inPos] >>> 6) & 262143);
out[ 5 + outPos] = ((in[ 2 + inPos] << 12) & 262143) | ((in[ 3 + inPos]) >>> 20);
out[ 6 + outPos] = ((in[ 3 + inPos] >>> 2) & 262143);
out[ 7 + outPos] = ((in[ 3 + inPos] << 16) & 262143) | ((in[ 4 + inPos]) >>> 16);
out[ 8 + outPos] = ((in[ 4 + inPos] << 2) & 262143) | ((in[ 5 + inPos]) >>> 30);
out[ 9 + outPos] = ((in[ 5 + inPos] >>> 12) & 262143);
out[10 + outPos] = ((in[ 5 + inPos] << 6) & 262143) | ((in[ 6 + inPos]) >>> 26);
out[11 + outPos] = ((in[ 6 + inPos] >>> 8) & 262143);
out[12 + outPos] = ((in[ 6 + inPos] << 10) & 262143) | ((in[ 7 + inPos]) >>> 22);
out[13 + outPos] = ((in[ 7 + inPos] >>> 4) & 262143);
out[14 + outPos] = ((in[ 7 + inPos] << 14) & 262143) | ((in[ 8 + inPos]) >>> 18);
out[15 + outPos] = ((in[ 8 + inPos] >>> 0) & 262143);
out[16 + outPos] = ((in[ 9 + inPos] >>> 14) & 262143);
out[17 + outPos] = ((in[ 9 + inPos] << 4) & 262143) | ((in[10 + inPos]) >>> 28);
out[18 + outPos] = ((in[10 + inPos] >>> 10) & 262143);
out[19 + outPos] = ((in[10 + inPos] << 8) & 262143) | ((in[11 + inPos]) >>> 24);
out[20 + outPos] = ((in[11 + inPos] >>> 6) & 262143);
out[21 + outPos] = ((in[11 + inPos] << 12) & 262143) | ((in[12 + inPos]) >>> 20);
out[22 + outPos] = ((in[12 + inPos] >>> 2) & 262143);
out[23 + outPos] = ((in[12 + inPos] << 16) & 262143) | ((in[13 + inPos]) >>> 16);
out[24 + outPos] = ((in[13 + inPos] << 2) & 262143) | ((in[14 + inPos]) >>> 30);
out[25 + outPos] = ((in[14 + inPos] >>> 12) & 262143);
out[26 + outPos] = ((in[14 + inPos] << 6) & 262143) | ((in[15 + inPos]) >>> 26);
out[27 + outPos] = ((in[15 + inPos] >>> 8) & 262143);
out[28 + outPos] = ((in[15 + inPos] << 10) & 262143) | ((in[16 + inPos]) >>> 22);
out[29 + outPos] = ((in[16 + inPos] >>> 4) & 262143);
out[30 + outPos] = ((in[16 + inPos] << 14) & 262143) | ((in[17 + inPos]) >>> 18);
out[31 + outPos] = ((in[17 + inPos] >>> 0) & 262143);
}
}
private static final class Packer19 extends IntPacker {
private Packer19() {
super(19);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 524287) << 13)
| ((in[ 1 + inPos] & 524287) >>> 6);
out[ 1 + outPos] =
((in[ 1 + inPos] & 524287) << 26)
| ((in[ 2 + inPos] & 524287) << 7)
| ((in[ 3 + inPos] & 524287) >>> 12);
out[ 2 + outPos] =
((in[ 3 + inPos] & 524287) << 20)
| ((in[ 4 + inPos] & 524287) << 1)
| ((in[ 5 + inPos] & 524287) >>> 18);
out[ 3 + outPos] =
((in[ 5 + inPos] & 524287) << 14)
| ((in[ 6 + inPos] & 524287) >>> 5);
out[ 4 + outPos] =
((in[ 6 + inPos] & 524287) << 27)
| ((in[ 7 + inPos] & 524287) << 8)
| ((in[ 8 + inPos] & 524287) >>> 11);
out[ 5 + outPos] =
((in[ 8 + inPos] & 524287) << 21)
| ((in[ 9 + inPos] & 524287) << 2)
| ((in[10 + inPos] & 524287) >>> 17);
out[ 6 + outPos] =
((in[10 + inPos] & 524287) << 15)
| ((in[11 + inPos] & 524287) >>> 4);
out[ 7 + outPos] =
((in[11 + inPos] & 524287) << 28)
| ((in[12 + inPos] & 524287) << 9)
| ((in[13 + inPos] & 524287) >>> 10);
out[ 8 + outPos] =
((in[13 + inPos] & 524287) << 22)
| ((in[14 + inPos] & 524287) << 3)
| ((in[15 + inPos] & 524287) >>> 16);
out[ 9 + outPos] =
((in[15 + inPos] & 524287) << 16)
| ((in[16 + inPos] & 524287) >>> 3);
out[10 + outPos] =
((in[16 + inPos] & 524287) << 29)
| ((in[17 + inPos] & 524287) << 10)
| ((in[18 + inPos] & 524287) >>> 9);
out[11 + outPos] =
((in[18 + inPos] & 524287) << 23)
| ((in[19 + inPos] & 524287) << 4)
| ((in[20 + inPos] & 524287) >>> 15);
out[12 + outPos] =
((in[20 + inPos] & 524287) << 17)
| ((in[21 + inPos] & 524287) >>> 2);
out[13 + outPos] =
((in[21 + inPos] & 524287) << 30)
| ((in[22 + inPos] & 524287) << 11)
| ((in[23 + inPos] & 524287) >>> 8);
out[14 + outPos] =
((in[23 + inPos] & 524287) << 24)
| ((in[24 + inPos] & 524287) << 5)
| ((in[25 + inPos] & 524287) >>> 14);
out[15 + outPos] =
((in[25 + inPos] & 524287) << 18)
| ((in[26 + inPos] & 524287) >>> 1);
out[16 + outPos] =
((in[26 + inPos] & 524287) << 31)
| ((in[27 + inPos] & 524287) << 12)
| ((in[28 + inPos] & 524287) >>> 7);
out[17 + outPos] =
((in[28 + inPos] & 524287) << 25)
| ((in[29 + inPos] & 524287) << 6)
| ((in[30 + inPos] & 524287) >>> 13);
out[18 + outPos] =
((in[30 + inPos] & 524287) << 19)
| ((in[31 + inPos] & 524287) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 13) & 524287);
out[ 1 + outPos] = ((in[ 0 + inPos] << 6) & 524287) | ((in[ 1 + inPos]) >>> 26);
out[ 2 + outPos] = ((in[ 1 + inPos] >>> 7) & 524287);
out[ 3 + outPos] = ((in[ 1 + inPos] << 12) & 524287) | ((in[ 2 + inPos]) >>> 20);
out[ 4 + outPos] = ((in[ 2 + inPos] >>> 1) & 524287);
out[ 5 + outPos] = ((in[ 2 + inPos] << 18) & 524287) | ((in[ 3 + inPos]) >>> 14);
out[ 6 + outPos] = ((in[ 3 + inPos] << 5) & 524287) | ((in[ 4 + inPos]) >>> 27);
out[ 7 + outPos] = ((in[ 4 + inPos] >>> 8) & 524287);
out[ 8 + outPos] = ((in[ 4 + inPos] << 11) & 524287) | ((in[ 5 + inPos]) >>> 21);
out[ 9 + outPos] = ((in[ 5 + inPos] >>> 2) & 524287);
out[10 + outPos] = ((in[ 5 + inPos] << 17) & 524287) | ((in[ 6 + inPos]) >>> 15);
out[11 + outPos] = ((in[ 6 + inPos] << 4) & 524287) | ((in[ 7 + inPos]) >>> 28);
out[12 + outPos] = ((in[ 7 + inPos] >>> 9) & 524287);
out[13 + outPos] = ((in[ 7 + inPos] << 10) & 524287) | ((in[ 8 + inPos]) >>> 22);
out[14 + outPos] = ((in[ 8 + inPos] >>> 3) & 524287);
out[15 + outPos] = ((in[ 8 + inPos] << 16) & 524287) | ((in[ 9 + inPos]) >>> 16);
out[16 + outPos] = ((in[ 9 + inPos] << 3) & 524287) | ((in[10 + inPos]) >>> 29);
out[17 + outPos] = ((in[10 + inPos] >>> 10) & 524287);
out[18 + outPos] = ((in[10 + inPos] << 9) & 524287) | ((in[11 + inPos]) >>> 23);
out[19 + outPos] = ((in[11 + inPos] >>> 4) & 524287);
out[20 + outPos] = ((in[11 + inPos] << 15) & 524287) | ((in[12 + inPos]) >>> 17);
out[21 + outPos] = ((in[12 + inPos] << 2) & 524287) | ((in[13 + inPos]) >>> 30);
out[22 + outPos] = ((in[13 + inPos] >>> 11) & 524287);
out[23 + outPos] = ((in[13 + inPos] << 8) & 524287) | ((in[14 + inPos]) >>> 24);
out[24 + outPos] = ((in[14 + inPos] >>> 5) & 524287);
out[25 + outPos] = ((in[14 + inPos] << 14) & 524287) | ((in[15 + inPos]) >>> 18);
out[26 + outPos] = ((in[15 + inPos] << 1) & 524287) | ((in[16 + inPos]) >>> 31);
out[27 + outPos] = ((in[16 + inPos] >>> 12) & 524287);
out[28 + outPos] = ((in[16 + inPos] << 7) & 524287) | ((in[17 + inPos]) >>> 25);
out[29 + outPos] = ((in[17 + inPos] >>> 6) & 524287);
out[30 + outPos] = ((in[17 + inPos] << 13) & 524287) | ((in[18 + inPos]) >>> 19);
out[31 + outPos] = ((in[18 + inPos] >>> 0) & 524287);
}
}
private static final class Packer20 extends IntPacker {
private Packer20() {
super(20);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 1048575) << 12)
| ((in[ 1 + inPos] & 1048575) >>> 8);
out[ 1 + outPos] =
((in[ 1 + inPos] & 1048575) << 24)
| ((in[ 2 + inPos] & 1048575) << 4)
| ((in[ 3 + inPos] & 1048575) >>> 16);
out[ 2 + outPos] =
((in[ 3 + inPos] & 1048575) << 16)
| ((in[ 4 + inPos] & 1048575) >>> 4);
out[ 3 + outPos] =
((in[ 4 + inPos] & 1048575) << 28)
| ((in[ 5 + inPos] & 1048575) << 8)
| ((in[ 6 + inPos] & 1048575) >>> 12);
out[ 4 + outPos] =
((in[ 6 + inPos] & 1048575) << 20)
| ((in[ 7 + inPos] & 1048575) << 0);
out[ 5 + outPos] =
((in[ 8 + inPos] & 1048575) << 12)
| ((in[ 9 + inPos] & 1048575) >>> 8);
out[ 6 + outPos] =
((in[ 9 + inPos] & 1048575) << 24)
| ((in[10 + inPos] & 1048575) << 4)
| ((in[11 + inPos] & 1048575) >>> 16);
out[ 7 + outPos] =
((in[11 + inPos] & 1048575) << 16)
| ((in[12 + inPos] & 1048575) >>> 4);
out[ 8 + outPos] =
((in[12 + inPos] & 1048575) << 28)
| ((in[13 + inPos] & 1048575) << 8)
| ((in[14 + inPos] & 1048575) >>> 12);
out[ 9 + outPos] =
((in[14 + inPos] & 1048575) << 20)
| ((in[15 + inPos] & 1048575) << 0);
out[10 + outPos] =
((in[16 + inPos] & 1048575) << 12)
| ((in[17 + inPos] & 1048575) >>> 8);
out[11 + outPos] =
((in[17 + inPos] & 1048575) << 24)
| ((in[18 + inPos] & 1048575) << 4)
| ((in[19 + inPos] & 1048575) >>> 16);
out[12 + outPos] =
((in[19 + inPos] & 1048575) << 16)
| ((in[20 + inPos] & 1048575) >>> 4);
out[13 + outPos] =
((in[20 + inPos] & 1048575) << 28)
| ((in[21 + inPos] & 1048575) << 8)
| ((in[22 + inPos] & 1048575) >>> 12);
out[14 + outPos] =
((in[22 + inPos] & 1048575) << 20)
| ((in[23 + inPos] & 1048575) << 0);
out[15 + outPos] =
((in[24 + inPos] & 1048575) << 12)
| ((in[25 + inPos] & 1048575) >>> 8);
out[16 + outPos] =
((in[25 + inPos] & 1048575) << 24)
| ((in[26 + inPos] & 1048575) << 4)
| ((in[27 + inPos] & 1048575) >>> 16);
out[17 + outPos] =
((in[27 + inPos] & 1048575) << 16)
| ((in[28 + inPos] & 1048575) >>> 4);
out[18 + outPos] =
((in[28 + inPos] & 1048575) << 28)
| ((in[29 + inPos] & 1048575) << 8)
| ((in[30 + inPos] & 1048575) >>> 12);
out[19 + outPos] =
((in[30 + inPos] & 1048575) << 20)
| ((in[31 + inPos] & 1048575) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 12) & 1048575);
out[ 1 + outPos] = ((in[ 0 + inPos] << 8) & 1048575) | ((in[ 1 + inPos]) >>> 24);
out[ 2 + outPos] = ((in[ 1 + inPos] >>> 4) & 1048575);
out[ 3 + outPos] = ((in[ 1 + inPos] << 16) & 1048575) | ((in[ 2 + inPos]) >>> 16);
out[ 4 + outPos] = ((in[ 2 + inPos] << 4) & 1048575) | ((in[ 3 + inPos]) >>> 28);
out[ 5 + outPos] = ((in[ 3 + inPos] >>> 8) & 1048575);
out[ 6 + outPos] = ((in[ 3 + inPos] << 12) & 1048575) | ((in[ 4 + inPos]) >>> 20);
out[ 7 + outPos] = ((in[ 4 + inPos] >>> 0) & 1048575);
out[ 8 + outPos] = ((in[ 5 + inPos] >>> 12) & 1048575);
out[ 9 + outPos] = ((in[ 5 + inPos] << 8) & 1048575) | ((in[ 6 + inPos]) >>> 24);
out[10 + outPos] = ((in[ 6 + inPos] >>> 4) & 1048575);
out[11 + outPos] = ((in[ 6 + inPos] << 16) & 1048575) | ((in[ 7 + inPos]) >>> 16);
out[12 + outPos] = ((in[ 7 + inPos] << 4) & 1048575) | ((in[ 8 + inPos]) >>> 28);
out[13 + outPos] = ((in[ 8 + inPos] >>> 8) & 1048575);
out[14 + outPos] = ((in[ 8 + inPos] << 12) & 1048575) | ((in[ 9 + inPos]) >>> 20);
out[15 + outPos] = ((in[ 9 + inPos] >>> 0) & 1048575);
out[16 + outPos] = ((in[10 + inPos] >>> 12) & 1048575);
out[17 + outPos] = ((in[10 + inPos] << 8) & 1048575) | ((in[11 + inPos]) >>> 24);
out[18 + outPos] = ((in[11 + inPos] >>> 4) & 1048575);
out[19 + outPos] = ((in[11 + inPos] << 16) & 1048575) | ((in[12 + inPos]) >>> 16);
out[20 + outPos] = ((in[12 + inPos] << 4) & 1048575) | ((in[13 + inPos]) >>> 28);
out[21 + outPos] = ((in[13 + inPos] >>> 8) & 1048575);
out[22 + outPos] = ((in[13 + inPos] << 12) & 1048575) | ((in[14 + inPos]) >>> 20);
out[23 + outPos] = ((in[14 + inPos] >>> 0) & 1048575);
out[24 + outPos] = ((in[15 + inPos] >>> 12) & 1048575);
out[25 + outPos] = ((in[15 + inPos] << 8) & 1048575) | ((in[16 + inPos]) >>> 24);
out[26 + outPos] = ((in[16 + inPos] >>> 4) & 1048575);
out[27 + outPos] = ((in[16 + inPos] << 16) & 1048575) | ((in[17 + inPos]) >>> 16);
out[28 + outPos] = ((in[17 + inPos] << 4) & 1048575) | ((in[18 + inPos]) >>> 28);
out[29 + outPos] = ((in[18 + inPos] >>> 8) & 1048575);
out[30 + outPos] = ((in[18 + inPos] << 12) & 1048575) | ((in[19 + inPos]) >>> 20);
out[31 + outPos] = ((in[19 + inPos] >>> 0) & 1048575);
}
}
private static final class Packer21 extends IntPacker {
private Packer21() {
super(21);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 2097151) << 11)
| ((in[ 1 + inPos] & 2097151) >>> 10);
out[ 1 + outPos] =
((in[ 1 + inPos] & 2097151) << 22)
| ((in[ 2 + inPos] & 2097151) << 1)
| ((in[ 3 + inPos] & 2097151) >>> 20);
out[ 2 + outPos] =
((in[ 3 + inPos] & 2097151) << 12)
| ((in[ 4 + inPos] & 2097151) >>> 9);
out[ 3 + outPos] =
((in[ 4 + inPos] & 2097151) << 23)
| ((in[ 5 + inPos] & 2097151) << 2)
| ((in[ 6 + inPos] & 2097151) >>> 19);
out[ 4 + outPos] =
((in[ 6 + inPos] & 2097151) << 13)
| ((in[ 7 + inPos] & 2097151) >>> 8);
out[ 5 + outPos] =
((in[ 7 + inPos] & 2097151) << 24)
| ((in[ 8 + inPos] & 2097151) << 3)
| ((in[ 9 + inPos] & 2097151) >>> 18);
out[ 6 + outPos] =
((in[ 9 + inPos] & 2097151) << 14)
| ((in[10 + inPos] & 2097151) >>> 7);
out[ 7 + outPos] =
((in[10 + inPos] & 2097151) << 25)
| ((in[11 + inPos] & 2097151) << 4)
| ((in[12 + inPos] & 2097151) >>> 17);
out[ 8 + outPos] =
((in[12 + inPos] & 2097151) << 15)
| ((in[13 + inPos] & 2097151) >>> 6);
out[ 9 + outPos] =
((in[13 + inPos] & 2097151) << 26)
| ((in[14 + inPos] & 2097151) << 5)
| ((in[15 + inPos] & 2097151) >>> 16);
out[10 + outPos] =
((in[15 + inPos] & 2097151) << 16)
| ((in[16 + inPos] & 2097151) >>> 5);
out[11 + outPos] =
((in[16 + inPos] & 2097151) << 27)
| ((in[17 + inPos] & 2097151) << 6)
| ((in[18 + inPos] & 2097151) >>> 15);
out[12 + outPos] =
((in[18 + inPos] & 2097151) << 17)
| ((in[19 + inPos] & 2097151) >>> 4);
out[13 + outPos] =
((in[19 + inPos] & 2097151) << 28)
| ((in[20 + inPos] & 2097151) << 7)
| ((in[21 + inPos] & 2097151) >>> 14);
out[14 + outPos] =
((in[21 + inPos] & 2097151) << 18)
| ((in[22 + inPos] & 2097151) >>> 3);
out[15 + outPos] =
((in[22 + inPos] & 2097151) << 29)
| ((in[23 + inPos] & 2097151) << 8)
| ((in[24 + inPos] & 2097151) >>> 13);
out[16 + outPos] =
((in[24 + inPos] & 2097151) << 19)
| ((in[25 + inPos] & 2097151) >>> 2);
out[17 + outPos] =
((in[25 + inPos] & 2097151) << 30)
| ((in[26 + inPos] & 2097151) << 9)
| ((in[27 + inPos] & 2097151) >>> 12);
out[18 + outPos] =
((in[27 + inPos] & 2097151) << 20)
| ((in[28 + inPos] & 2097151) >>> 1);
out[19 + outPos] =
((in[28 + inPos] & 2097151) << 31)
| ((in[29 + inPos] & 2097151) << 10)
| ((in[30 + inPos] & 2097151) >>> 11);
out[20 + outPos] =
((in[30 + inPos] & 2097151) << 21)
| ((in[31 + inPos] & 2097151) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 11) & 2097151);
out[ 1 + outPos] = ((in[ 0 + inPos] << 10) & 2097151) | ((in[ 1 + inPos]) >>> 22);
out[ 2 + outPos] = ((in[ 1 + inPos] >>> 1) & 2097151);
out[ 3 + outPos] = ((in[ 1 + inPos] << 20) & 2097151) | ((in[ 2 + inPos]) >>> 12);
out[ 4 + outPos] = ((in[ 2 + inPos] << 9) & 2097151) | ((in[ 3 + inPos]) >>> 23);
out[ 5 + outPos] = ((in[ 3 + inPos] >>> 2) & 2097151);
out[ 6 + outPos] = ((in[ 3 + inPos] << 19) & 2097151) | ((in[ 4 + inPos]) >>> 13);
out[ 7 + outPos] = ((in[ 4 + inPos] << 8) & 2097151) | ((in[ 5 + inPos]) >>> 24);
out[ 8 + outPos] = ((in[ 5 + inPos] >>> 3) & 2097151);
out[ 9 + outPos] = ((in[ 5 + inPos] << 18) & 2097151) | ((in[ 6 + inPos]) >>> 14);
out[10 + outPos] = ((in[ 6 + inPos] << 7) & 2097151) | ((in[ 7 + inPos]) >>> 25);
out[11 + outPos] = ((in[ 7 + inPos] >>> 4) & 2097151);
out[12 + outPos] = ((in[ 7 + inPos] << 17) & 2097151) | ((in[ 8 + inPos]) >>> 15);
out[13 + outPos] = ((in[ 8 + inPos] << 6) & 2097151) | ((in[ 9 + inPos]) >>> 26);
out[14 + outPos] = ((in[ 9 + inPos] >>> 5) & 2097151);
out[15 + outPos] = ((in[ 9 + inPos] << 16) & 2097151) | ((in[10 + inPos]) >>> 16);
out[16 + outPos] = ((in[10 + inPos] << 5) & 2097151) | ((in[11 + inPos]) >>> 27);
out[17 + outPos] = ((in[11 + inPos] >>> 6) & 2097151);
out[18 + outPos] = ((in[11 + inPos] << 15) & 2097151) | ((in[12 + inPos]) >>> 17);
out[19 + outPos] = ((in[12 + inPos] << 4) & 2097151) | ((in[13 + inPos]) >>> 28);
out[20 + outPos] = ((in[13 + inPos] >>> 7) & 2097151);
out[21 + outPos] = ((in[13 + inPos] << 14) & 2097151) | ((in[14 + inPos]) >>> 18);
out[22 + outPos] = ((in[14 + inPos] << 3) & 2097151) | ((in[15 + inPos]) >>> 29);
out[23 + outPos] = ((in[15 + inPos] >>> 8) & 2097151);
out[24 + outPos] = ((in[15 + inPos] << 13) & 2097151) | ((in[16 + inPos]) >>> 19);
out[25 + outPos] = ((in[16 + inPos] << 2) & 2097151) | ((in[17 + inPos]) >>> 30);
out[26 + outPos] = ((in[17 + inPos] >>> 9) & 2097151);
out[27 + outPos] = ((in[17 + inPos] << 12) & 2097151) | ((in[18 + inPos]) >>> 20);
out[28 + outPos] = ((in[18 + inPos] << 1) & 2097151) | ((in[19 + inPos]) >>> 31);
out[29 + outPos] = ((in[19 + inPos] >>> 10) & 2097151);
out[30 + outPos] = ((in[19 + inPos] << 11) & 2097151) | ((in[20 + inPos]) >>> 21);
out[31 + outPos] = ((in[20 + inPos] >>> 0) & 2097151);
}
}
private static final class Packer22 extends IntPacker {
private Packer22() {
super(22);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 4194303) << 10)
| ((in[ 1 + inPos] & 4194303) >>> 12);
out[ 1 + outPos] =
((in[ 1 + inPos] & 4194303) << 20)
| ((in[ 2 + inPos] & 4194303) >>> 2);
out[ 2 + outPos] =
((in[ 2 + inPos] & 4194303) << 30)
| ((in[ 3 + inPos] & 4194303) << 8)
| ((in[ 4 + inPos] & 4194303) >>> 14);
out[ 3 + outPos] =
((in[ 4 + inPos] & 4194303) << 18)
| ((in[ 5 + inPos] & 4194303) >>> 4);
out[ 4 + outPos] =
((in[ 5 + inPos] & 4194303) << 28)
| ((in[ 6 + inPos] & 4194303) << 6)
| ((in[ 7 + inPos] & 4194303) >>> 16);
out[ 5 + outPos] =
((in[ 7 + inPos] & 4194303) << 16)
| ((in[ 8 + inPos] & 4194303) >>> 6);
out[ 6 + outPos] =
((in[ 8 + inPos] & 4194303) << 26)
| ((in[ 9 + inPos] & 4194303) << 4)
| ((in[10 + inPos] & 4194303) >>> 18);
out[ 7 + outPos] =
((in[10 + inPos] & 4194303) << 14)
| ((in[11 + inPos] & 4194303) >>> 8);
out[ 8 + outPos] =
((in[11 + inPos] & 4194303) << 24)
| ((in[12 + inPos] & 4194303) << 2)
| ((in[13 + inPos] & 4194303) >>> 20);
out[ 9 + outPos] =
((in[13 + inPos] & 4194303) << 12)
| ((in[14 + inPos] & 4194303) >>> 10);
out[10 + outPos] =
((in[14 + inPos] & 4194303) << 22)
| ((in[15 + inPos] & 4194303) << 0);
out[11 + outPos] =
((in[16 + inPos] & 4194303) << 10)
| ((in[17 + inPos] & 4194303) >>> 12);
out[12 + outPos] =
((in[17 + inPos] & 4194303) << 20)
| ((in[18 + inPos] & 4194303) >>> 2);
out[13 + outPos] =
((in[18 + inPos] & 4194303) << 30)
| ((in[19 + inPos] & 4194303) << 8)
| ((in[20 + inPos] & 4194303) >>> 14);
out[14 + outPos] =
((in[20 + inPos] & 4194303) << 18)
| ((in[21 + inPos] & 4194303) >>> 4);
out[15 + outPos] =
((in[21 + inPos] & 4194303) << 28)
| ((in[22 + inPos] & 4194303) << 6)
| ((in[23 + inPos] & 4194303) >>> 16);
out[16 + outPos] =
((in[23 + inPos] & 4194303) << 16)
| ((in[24 + inPos] & 4194303) >>> 6);
out[17 + outPos] =
((in[24 + inPos] & 4194303) << 26)
| ((in[25 + inPos] & 4194303) << 4)
| ((in[26 + inPos] & 4194303) >>> 18);
out[18 + outPos] =
((in[26 + inPos] & 4194303) << 14)
| ((in[27 + inPos] & 4194303) >>> 8);
out[19 + outPos] =
((in[27 + inPos] & 4194303) << 24)
| ((in[28 + inPos] & 4194303) << 2)
| ((in[29 + inPos] & 4194303) >>> 20);
out[20 + outPos] =
((in[29 + inPos] & 4194303) << 12)
| ((in[30 + inPos] & 4194303) >>> 10);
out[21 + outPos] =
((in[30 + inPos] & 4194303) << 22)
| ((in[31 + inPos] & 4194303) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 10) & 4194303);
out[ 1 + outPos] = ((in[ 0 + inPos] << 12) & 4194303) | ((in[ 1 + inPos]) >>> 20);
out[ 2 + outPos] = ((in[ 1 + inPos] << 2) & 4194303) | ((in[ 2 + inPos]) >>> 30);
out[ 3 + outPos] = ((in[ 2 + inPos] >>> 8) & 4194303);
out[ 4 + outPos] = ((in[ 2 + inPos] << 14) & 4194303) | ((in[ 3 + inPos]) >>> 18);
out[ 5 + outPos] = ((in[ 3 + inPos] << 4) & 4194303) | ((in[ 4 + inPos]) >>> 28);
out[ 6 + outPos] = ((in[ 4 + inPos] >>> 6) & 4194303);
out[ 7 + outPos] = ((in[ 4 + inPos] << 16) & 4194303) | ((in[ 5 + inPos]) >>> 16);
out[ 8 + outPos] = ((in[ 5 + inPos] << 6) & 4194303) | ((in[ 6 + inPos]) >>> 26);
out[ 9 + outPos] = ((in[ 6 + inPos] >>> 4) & 4194303);
out[10 + outPos] = ((in[ 6 + inPos] << 18) & 4194303) | ((in[ 7 + inPos]) >>> 14);
out[11 + outPos] = ((in[ 7 + inPos] << 8) & 4194303) | ((in[ 8 + inPos]) >>> 24);
out[12 + outPos] = ((in[ 8 + inPos] >>> 2) & 4194303);
out[13 + outPos] = ((in[ 8 + inPos] << 20) & 4194303) | ((in[ 9 + inPos]) >>> 12);
out[14 + outPos] = ((in[ 9 + inPos] << 10) & 4194303) | ((in[10 + inPos]) >>> 22);
out[15 + outPos] = ((in[10 + inPos] >>> 0) & 4194303);
out[16 + outPos] = ((in[11 + inPos] >>> 10) & 4194303);
out[17 + outPos] = ((in[11 + inPos] << 12) & 4194303) | ((in[12 + inPos]) >>> 20);
out[18 + outPos] = ((in[12 + inPos] << 2) & 4194303) | ((in[13 + inPos]) >>> 30);
out[19 + outPos] = ((in[13 + inPos] >>> 8) & 4194303);
out[20 + outPos] = ((in[13 + inPos] << 14) & 4194303) | ((in[14 + inPos]) >>> 18);
out[21 + outPos] = ((in[14 + inPos] << 4) & 4194303) | ((in[15 + inPos]) >>> 28);
out[22 + outPos] = ((in[15 + inPos] >>> 6) & 4194303);
out[23 + outPos] = ((in[15 + inPos] << 16) & 4194303) | ((in[16 + inPos]) >>> 16);
out[24 + outPos] = ((in[16 + inPos] << 6) & 4194303) | ((in[17 + inPos]) >>> 26);
out[25 + outPos] = ((in[17 + inPos] >>> 4) & 4194303);
out[26 + outPos] = ((in[17 + inPos] << 18) & 4194303) | ((in[18 + inPos]) >>> 14);
out[27 + outPos] = ((in[18 + inPos] << 8) & 4194303) | ((in[19 + inPos]) >>> 24);
out[28 + outPos] = ((in[19 + inPos] >>> 2) & 4194303);
out[29 + outPos] = ((in[19 + inPos] << 20) & 4194303) | ((in[20 + inPos]) >>> 12);
out[30 + outPos] = ((in[20 + inPos] << 10) & 4194303) | ((in[21 + inPos]) >>> 22);
out[31 + outPos] = ((in[21 + inPos] >>> 0) & 4194303);
}
}
private static final class Packer23 extends IntPacker {
private Packer23() {
super(23);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 8388607) << 9)
| ((in[ 1 + inPos] & 8388607) >>> 14);
out[ 1 + outPos] =
((in[ 1 + inPos] & 8388607) << 18)
| ((in[ 2 + inPos] & 8388607) >>> 5);
out[ 2 + outPos] =
((in[ 2 + inPos] & 8388607) << 27)
| ((in[ 3 + inPos] & 8388607) << 4)
| ((in[ 4 + inPos] & 8388607) >>> 19);
out[ 3 + outPos] =
((in[ 4 + inPos] & 8388607) << 13)
| ((in[ 5 + inPos] & 8388607) >>> 10);
out[ 4 + outPos] =
((in[ 5 + inPos] & 8388607) << 22)
| ((in[ 6 + inPos] & 8388607) >>> 1);
out[ 5 + outPos] =
((in[ 6 + inPos] & 8388607) << 31)
| ((in[ 7 + inPos] & 8388607) << 8)
| ((in[ 8 + inPos] & 8388607) >>> 15);
out[ 6 + outPos] =
((in[ 8 + inPos] & 8388607) << 17)
| ((in[ 9 + inPos] & 8388607) >>> 6);
out[ 7 + outPos] =
((in[ 9 + inPos] & 8388607) << 26)
| ((in[10 + inPos] & 8388607) << 3)
| ((in[11 + inPos] & 8388607) >>> 20);
out[ 8 + outPos] =
((in[11 + inPos] & 8388607) << 12)
| ((in[12 + inPos] & 8388607) >>> 11);
out[ 9 + outPos] =
((in[12 + inPos] & 8388607) << 21)
| ((in[13 + inPos] & 8388607) >>> 2);
out[10 + outPos] =
((in[13 + inPos] & 8388607) << 30)
| ((in[14 + inPos] & 8388607) << 7)
| ((in[15 + inPos] & 8388607) >>> 16);
out[11 + outPos] =
((in[15 + inPos] & 8388607) << 16)
| ((in[16 + inPos] & 8388607) >>> 7);
out[12 + outPos] =
((in[16 + inPos] & 8388607) << 25)
| ((in[17 + inPos] & 8388607) << 2)
| ((in[18 + inPos] & 8388607) >>> 21);
out[13 + outPos] =
((in[18 + inPos] & 8388607) << 11)
| ((in[19 + inPos] & 8388607) >>> 12);
out[14 + outPos] =
((in[19 + inPos] & 8388607) << 20)
| ((in[20 + inPos] & 8388607) >>> 3);
out[15 + outPos] =
((in[20 + inPos] & 8388607) << 29)
| ((in[21 + inPos] & 8388607) << 6)
| ((in[22 + inPos] & 8388607) >>> 17);
out[16 + outPos] =
((in[22 + inPos] & 8388607) << 15)
| ((in[23 + inPos] & 8388607) >>> 8);
out[17 + outPos] =
((in[23 + inPos] & 8388607) << 24)
| ((in[24 + inPos] & 8388607) << 1)
| ((in[25 + inPos] & 8388607) >>> 22);
out[18 + outPos] =
((in[25 + inPos] & 8388607) << 10)
| ((in[26 + inPos] & 8388607) >>> 13);
out[19 + outPos] =
((in[26 + inPos] & 8388607) << 19)
| ((in[27 + inPos] & 8388607) >>> 4);
out[20 + outPos] =
((in[27 + inPos] & 8388607) << 28)
| ((in[28 + inPos] & 8388607) << 5)
| ((in[29 + inPos] & 8388607) >>> 18);
out[21 + outPos] =
((in[29 + inPos] & 8388607) << 14)
| ((in[30 + inPos] & 8388607) >>> 9);
out[22 + outPos] =
((in[30 + inPos] & 8388607) << 23)
| ((in[31 + inPos] & 8388607) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 9) & 8388607);
out[ 1 + outPos] = ((in[ 0 + inPos] << 14) & 8388607) | ((in[ 1 + inPos]) >>> 18);
out[ 2 + outPos] = ((in[ 1 + inPos] << 5) & 8388607) | ((in[ 2 + inPos]) >>> 27);
out[ 3 + outPos] = ((in[ 2 + inPos] >>> 4) & 8388607);
out[ 4 + outPos] = ((in[ 2 + inPos] << 19) & 8388607) | ((in[ 3 + inPos]) >>> 13);
out[ 5 + outPos] = ((in[ 3 + inPos] << 10) & 8388607) | ((in[ 4 + inPos]) >>> 22);
out[ 6 + outPos] = ((in[ 4 + inPos] << 1) & 8388607) | ((in[ 5 + inPos]) >>> 31);
out[ 7 + outPos] = ((in[ 5 + inPos] >>> 8) & 8388607);
out[ 8 + outPos] = ((in[ 5 + inPos] << 15) & 8388607) | ((in[ 6 + inPos]) >>> 17);
out[ 9 + outPos] = ((in[ 6 + inPos] << 6) & 8388607) | ((in[ 7 + inPos]) >>> 26);
out[10 + outPos] = ((in[ 7 + inPos] >>> 3) & 8388607);
out[11 + outPos] = ((in[ 7 + inPos] << 20) & 8388607) | ((in[ 8 + inPos]) >>> 12);
out[12 + outPos] = ((in[ 8 + inPos] << 11) & 8388607) | ((in[ 9 + inPos]) >>> 21);
out[13 + outPos] = ((in[ 9 + inPos] << 2) & 8388607) | ((in[10 + inPos]) >>> 30);
out[14 + outPos] = ((in[10 + inPos] >>> 7) & 8388607);
out[15 + outPos] = ((in[10 + inPos] << 16) & 8388607) | ((in[11 + inPos]) >>> 16);
out[16 + outPos] = ((in[11 + inPos] << 7) & 8388607) | ((in[12 + inPos]) >>> 25);
out[17 + outPos] = ((in[12 + inPos] >>> 2) & 8388607);
out[18 + outPos] = ((in[12 + inPos] << 21) & 8388607) | ((in[13 + inPos]) >>> 11);
out[19 + outPos] = ((in[13 + inPos] << 12) & 8388607) | ((in[14 + inPos]) >>> 20);
out[20 + outPos] = ((in[14 + inPos] << 3) & 8388607) | ((in[15 + inPos]) >>> 29);
out[21 + outPos] = ((in[15 + inPos] >>> 6) & 8388607);
out[22 + outPos] = ((in[15 + inPos] << 17) & 8388607) | ((in[16 + inPos]) >>> 15);
out[23 + outPos] = ((in[16 + inPos] << 8) & 8388607) | ((in[17 + inPos]) >>> 24);
out[24 + outPos] = ((in[17 + inPos] >>> 1) & 8388607);
out[25 + outPos] = ((in[17 + inPos] << 22) & 8388607) | ((in[18 + inPos]) >>> 10);
out[26 + outPos] = ((in[18 + inPos] << 13) & 8388607) | ((in[19 + inPos]) >>> 19);
out[27 + outPos] = ((in[19 + inPos] << 4) & 8388607) | ((in[20 + inPos]) >>> 28);
out[28 + outPos] = ((in[20 + inPos] >>> 5) & 8388607);
out[29 + outPos] = ((in[20 + inPos] << 18) & 8388607) | ((in[21 + inPos]) >>> 14);
out[30 + outPos] = ((in[21 + inPos] << 9) & 8388607) | ((in[22 + inPos]) >>> 23);
out[31 + outPos] = ((in[22 + inPos] >>> 0) & 8388607);
}
}
private static final class Packer24 extends IntPacker {
private Packer24() {
super(24);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 16777215) << 8)
| ((in[ 1 + inPos] & 16777215) >>> 16);
out[ 1 + outPos] =
((in[ 1 + inPos] & 16777215) << 16)
| ((in[ 2 + inPos] & 16777215) >>> 8);
out[ 2 + outPos] =
((in[ 2 + inPos] & 16777215) << 24)
| ((in[ 3 + inPos] & 16777215) << 0);
out[ 3 + outPos] =
((in[ 4 + inPos] & 16777215) << 8)
| ((in[ 5 + inPos] & 16777215) >>> 16);
out[ 4 + outPos] =
((in[ 5 + inPos] & 16777215) << 16)
| ((in[ 6 + inPos] & 16777215) >>> 8);
out[ 5 + outPos] =
((in[ 6 + inPos] & 16777215) << 24)
| ((in[ 7 + inPos] & 16777215) << 0);
out[ 6 + outPos] =
((in[ 8 + inPos] & 16777215) << 8)
| ((in[ 9 + inPos] & 16777215) >>> 16);
out[ 7 + outPos] =
((in[ 9 + inPos] & 16777215) << 16)
| ((in[10 + inPos] & 16777215) >>> 8);
out[ 8 + outPos] =
((in[10 + inPos] & 16777215) << 24)
| ((in[11 + inPos] & 16777215) << 0);
out[ 9 + outPos] =
((in[12 + inPos] & 16777215) << 8)
| ((in[13 + inPos] & 16777215) >>> 16);
out[10 + outPos] =
((in[13 + inPos] & 16777215) << 16)
| ((in[14 + inPos] & 16777215) >>> 8);
out[11 + outPos] =
((in[14 + inPos] & 16777215) << 24)
| ((in[15 + inPos] & 16777215) << 0);
out[12 + outPos] =
((in[16 + inPos] & 16777215) << 8)
| ((in[17 + inPos] & 16777215) >>> 16);
out[13 + outPos] =
((in[17 + inPos] & 16777215) << 16)
| ((in[18 + inPos] & 16777215) >>> 8);
out[14 + outPos] =
((in[18 + inPos] & 16777215) << 24)
| ((in[19 + inPos] & 16777215) << 0);
out[15 + outPos] =
((in[20 + inPos] & 16777215) << 8)
| ((in[21 + inPos] & 16777215) >>> 16);
out[16 + outPos] =
((in[21 + inPos] & 16777215) << 16)
| ((in[22 + inPos] & 16777215) >>> 8);
out[17 + outPos] =
((in[22 + inPos] & 16777215) << 24)
| ((in[23 + inPos] & 16777215) << 0);
out[18 + outPos] =
((in[24 + inPos] & 16777215) << 8)
| ((in[25 + inPos] & 16777215) >>> 16);
out[19 + outPos] =
((in[25 + inPos] & 16777215) << 16)
| ((in[26 + inPos] & 16777215) >>> 8);
out[20 + outPos] =
((in[26 + inPos] & 16777215) << 24)
| ((in[27 + inPos] & 16777215) << 0);
out[21 + outPos] =
((in[28 + inPos] & 16777215) << 8)
| ((in[29 + inPos] & 16777215) >>> 16);
out[22 + outPos] =
((in[29 + inPos] & 16777215) << 16)
| ((in[30 + inPos] & 16777215) >>> 8);
out[23 + outPos] =
((in[30 + inPos] & 16777215) << 24)
| ((in[31 + inPos] & 16777215) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 8) & 16777215);
out[ 1 + outPos] = ((in[ 0 + inPos] << 16) & 16777215) | ((in[ 1 + inPos]) >>> 16);
out[ 2 + outPos] = ((in[ 1 + inPos] << 8) & 16777215) | ((in[ 2 + inPos]) >>> 24);
out[ 3 + outPos] = ((in[ 2 + inPos] >>> 0) & 16777215);
out[ 4 + outPos] = ((in[ 3 + inPos] >>> 8) & 16777215);
out[ 5 + outPos] = ((in[ 3 + inPos] << 16) & 16777215) | ((in[ 4 + inPos]) >>> 16);
out[ 6 + outPos] = ((in[ 4 + inPos] << 8) & 16777215) | ((in[ 5 + inPos]) >>> 24);
out[ 7 + outPos] = ((in[ 5 + inPos] >>> 0) & 16777215);
out[ 8 + outPos] = ((in[ 6 + inPos] >>> 8) & 16777215);
out[ 9 + outPos] = ((in[ 6 + inPos] << 16) & 16777215) | ((in[ 7 + inPos]) >>> 16);
out[10 + outPos] = ((in[ 7 + inPos] << 8) & 16777215) | ((in[ 8 + inPos]) >>> 24);
out[11 + outPos] = ((in[ 8 + inPos] >>> 0) & 16777215);
out[12 + outPos] = ((in[ 9 + inPos] >>> 8) & 16777215);
out[13 + outPos] = ((in[ 9 + inPos] << 16) & 16777215) | ((in[10 + inPos]) >>> 16);
out[14 + outPos] = ((in[10 + inPos] << 8) & 16777215) | ((in[11 + inPos]) >>> 24);
out[15 + outPos] = ((in[11 + inPos] >>> 0) & 16777215);
out[16 + outPos] = ((in[12 + inPos] >>> 8) & 16777215);
out[17 + outPos] = ((in[12 + inPos] << 16) & 16777215) | ((in[13 + inPos]) >>> 16);
out[18 + outPos] = ((in[13 + inPos] << 8) & 16777215) | ((in[14 + inPos]) >>> 24);
out[19 + outPos] = ((in[14 + inPos] >>> 0) & 16777215);
out[20 + outPos] = ((in[15 + inPos] >>> 8) & 16777215);
out[21 + outPos] = ((in[15 + inPos] << 16) & 16777215) | ((in[16 + inPos]) >>> 16);
out[22 + outPos] = ((in[16 + inPos] << 8) & 16777215) | ((in[17 + inPos]) >>> 24);
out[23 + outPos] = ((in[17 + inPos] >>> 0) & 16777215);
out[24 + outPos] = ((in[18 + inPos] >>> 8) & 16777215);
out[25 + outPos] = ((in[18 + inPos] << 16) & 16777215) | ((in[19 + inPos]) >>> 16);
out[26 + outPos] = ((in[19 + inPos] << 8) & 16777215) | ((in[20 + inPos]) >>> 24);
out[27 + outPos] = ((in[20 + inPos] >>> 0) & 16777215);
out[28 + outPos] = ((in[21 + inPos] >>> 8) & 16777215);
out[29 + outPos] = ((in[21 + inPos] << 16) & 16777215) | ((in[22 + inPos]) >>> 16);
out[30 + outPos] = ((in[22 + inPos] << 8) & 16777215) | ((in[23 + inPos]) >>> 24);
out[31 + outPos] = ((in[23 + inPos] >>> 0) & 16777215);
}
}
private static final class Packer25 extends IntPacker {
private Packer25() {
super(25);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 33554431) << 7)
| ((in[ 1 + inPos] & 33554431) >>> 18);
out[ 1 + outPos] =
((in[ 1 + inPos] & 33554431) << 14)
| ((in[ 2 + inPos] & 33554431) >>> 11);
out[ 2 + outPos] =
((in[ 2 + inPos] & 33554431) << 21)
| ((in[ 3 + inPos] & 33554431) >>> 4);
out[ 3 + outPos] =
((in[ 3 + inPos] & 33554431) << 28)
| ((in[ 4 + inPos] & 33554431) << 3)
| ((in[ 5 + inPos] & 33554431) >>> 22);
out[ 4 + outPos] =
((in[ 5 + inPos] & 33554431) << 10)
| ((in[ 6 + inPos] & 33554431) >>> 15);
out[ 5 + outPos] =
((in[ 6 + inPos] & 33554431) << 17)
| ((in[ 7 + inPos] & 33554431) >>> 8);
out[ 6 + outPos] =
((in[ 7 + inPos] & 33554431) << 24)
| ((in[ 8 + inPos] & 33554431) >>> 1);
out[ 7 + outPos] =
((in[ 8 + inPos] & 33554431) << 31)
| ((in[ 9 + inPos] & 33554431) << 6)
| ((in[10 + inPos] & 33554431) >>> 19);
out[ 8 + outPos] =
((in[10 + inPos] & 33554431) << 13)
| ((in[11 + inPos] & 33554431) >>> 12);
out[ 9 + outPos] =
((in[11 + inPos] & 33554431) << 20)
| ((in[12 + inPos] & 33554431) >>> 5);
out[10 + outPos] =
((in[12 + inPos] & 33554431) << 27)
| ((in[13 + inPos] & 33554431) << 2)
| ((in[14 + inPos] & 33554431) >>> 23);
out[11 + outPos] =
((in[14 + inPos] & 33554431) << 9)
| ((in[15 + inPos] & 33554431) >>> 16);
out[12 + outPos] =
((in[15 + inPos] & 33554431) << 16)
| ((in[16 + inPos] & 33554431) >>> 9);
out[13 + outPos] =
((in[16 + inPos] & 33554431) << 23)
| ((in[17 + inPos] & 33554431) >>> 2);
out[14 + outPos] =
((in[17 + inPos] & 33554431) << 30)
| ((in[18 + inPos] & 33554431) << 5)
| ((in[19 + inPos] & 33554431) >>> 20);
out[15 + outPos] =
((in[19 + inPos] & 33554431) << 12)
| ((in[20 + inPos] & 33554431) >>> 13);
out[16 + outPos] =
((in[20 + inPos] & 33554431) << 19)
| ((in[21 + inPos] & 33554431) >>> 6);
out[17 + outPos] =
((in[21 + inPos] & 33554431) << 26)
| ((in[22 + inPos] & 33554431) << 1)
| ((in[23 + inPos] & 33554431) >>> 24);
out[18 + outPos] =
((in[23 + inPos] & 33554431) << 8)
| ((in[24 + inPos] & 33554431) >>> 17);
out[19 + outPos] =
((in[24 + inPos] & 33554431) << 15)
| ((in[25 + inPos] & 33554431) >>> 10);
out[20 + outPos] =
((in[25 + inPos] & 33554431) << 22)
| ((in[26 + inPos] & 33554431) >>> 3);
out[21 + outPos] =
((in[26 + inPos] & 33554431) << 29)
| ((in[27 + inPos] & 33554431) << 4)
| ((in[28 + inPos] & 33554431) >>> 21);
out[22 + outPos] =
((in[28 + inPos] & 33554431) << 11)
| ((in[29 + inPos] & 33554431) >>> 14);
out[23 + outPos] =
((in[29 + inPos] & 33554431) << 18)
| ((in[30 + inPos] & 33554431) >>> 7);
out[24 + outPos] =
((in[30 + inPos] & 33554431) << 25)
| ((in[31 + inPos] & 33554431) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 7) & 33554431);
out[ 1 + outPos] = ((in[ 0 + inPos] << 18) & 33554431) | ((in[ 1 + inPos]) >>> 14);
out[ 2 + outPos] = ((in[ 1 + inPos] << 11) & 33554431) | ((in[ 2 + inPos]) >>> 21);
out[ 3 + outPos] = ((in[ 2 + inPos] << 4) & 33554431) | ((in[ 3 + inPos]) >>> 28);
out[ 4 + outPos] = ((in[ 3 + inPos] >>> 3) & 33554431);
out[ 5 + outPos] = ((in[ 3 + inPos] << 22) & 33554431) | ((in[ 4 + inPos]) >>> 10);
out[ 6 + outPos] = ((in[ 4 + inPos] << 15) & 33554431) | ((in[ 5 + inPos]) >>> 17);
out[ 7 + outPos] = ((in[ 5 + inPos] << 8) & 33554431) | ((in[ 6 + inPos]) >>> 24);
out[ 8 + outPos] = ((in[ 6 + inPos] << 1) & 33554431) | ((in[ 7 + inPos]) >>> 31);
out[ 9 + outPos] = ((in[ 7 + inPos] >>> 6) & 33554431);
out[10 + outPos] = ((in[ 7 + inPos] << 19) & 33554431) | ((in[ 8 + inPos]) >>> 13);
out[11 + outPos] = ((in[ 8 + inPos] << 12) & 33554431) | ((in[ 9 + inPos]) >>> 20);
out[12 + outPos] = ((in[ 9 + inPos] << 5) & 33554431) | ((in[10 + inPos]) >>> 27);
out[13 + outPos] = ((in[10 + inPos] >>> 2) & 33554431);
out[14 + outPos] = ((in[10 + inPos] << 23) & 33554431) | ((in[11 + inPos]) >>> 9);
out[15 + outPos] = ((in[11 + inPos] << 16) & 33554431) | ((in[12 + inPos]) >>> 16);
out[16 + outPos] = ((in[12 + inPos] << 9) & 33554431) | ((in[13 + inPos]) >>> 23);
out[17 + outPos] = ((in[13 + inPos] << 2) & 33554431) | ((in[14 + inPos]) >>> 30);
out[18 + outPos] = ((in[14 + inPos] >>> 5) & 33554431);
out[19 + outPos] = ((in[14 + inPos] << 20) & 33554431) | ((in[15 + inPos]) >>> 12);
out[20 + outPos] = ((in[15 + inPos] << 13) & 33554431) | ((in[16 + inPos]) >>> 19);
out[21 + outPos] = ((in[16 + inPos] << 6) & 33554431) | ((in[17 + inPos]) >>> 26);
out[22 + outPos] = ((in[17 + inPos] >>> 1) & 33554431);
out[23 + outPos] = ((in[17 + inPos] << 24) & 33554431) | ((in[18 + inPos]) >>> 8);
out[24 + outPos] = ((in[18 + inPos] << 17) & 33554431) | ((in[19 + inPos]) >>> 15);
out[25 + outPos] = ((in[19 + inPos] << 10) & 33554431) | ((in[20 + inPos]) >>> 22);
out[26 + outPos] = ((in[20 + inPos] << 3) & 33554431) | ((in[21 + inPos]) >>> 29);
out[27 + outPos] = ((in[21 + inPos] >>> 4) & 33554431);
out[28 + outPos] = ((in[21 + inPos] << 21) & 33554431) | ((in[22 + inPos]) >>> 11);
out[29 + outPos] = ((in[22 + inPos] << 14) & 33554431) | ((in[23 + inPos]) >>> 18);
out[30 + outPos] = ((in[23 + inPos] << 7) & 33554431) | ((in[24 + inPos]) >>> 25);
out[31 + outPos] = ((in[24 + inPos] >>> 0) & 33554431);
}
}
private static final class Packer26 extends IntPacker {
private Packer26() {
super(26);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 67108863) << 6)
| ((in[ 1 + inPos] & 67108863) >>> 20);
out[ 1 + outPos] =
((in[ 1 + inPos] & 67108863) << 12)
| ((in[ 2 + inPos] & 67108863) >>> 14);
out[ 2 + outPos] =
((in[ 2 + inPos] & 67108863) << 18)
| ((in[ 3 + inPos] & 67108863) >>> 8);
out[ 3 + outPos] =
((in[ 3 + inPos] & 67108863) << 24)
| ((in[ 4 + inPos] & 67108863) >>> 2);
out[ 4 + outPos] =
((in[ 4 + inPos] & 67108863) << 30)
| ((in[ 5 + inPos] & 67108863) << 4)
| ((in[ 6 + inPos] & 67108863) >>> 22);
out[ 5 + outPos] =
((in[ 6 + inPos] & 67108863) << 10)
| ((in[ 7 + inPos] & 67108863) >>> 16);
out[ 6 + outPos] =
((in[ 7 + inPos] & 67108863) << 16)
| ((in[ 8 + inPos] & 67108863) >>> 10);
out[ 7 + outPos] =
((in[ 8 + inPos] & 67108863) << 22)
| ((in[ 9 + inPos] & 67108863) >>> 4);
out[ 8 + outPos] =
((in[ 9 + inPos] & 67108863) << 28)
| ((in[10 + inPos] & 67108863) << 2)
| ((in[11 + inPos] & 67108863) >>> 24);
out[ 9 + outPos] =
((in[11 + inPos] & 67108863) << 8)
| ((in[12 + inPos] & 67108863) >>> 18);
out[10 + outPos] =
((in[12 + inPos] & 67108863) << 14)
| ((in[13 + inPos] & 67108863) >>> 12);
out[11 + outPos] =
((in[13 + inPos] & 67108863) << 20)
| ((in[14 + inPos] & 67108863) >>> 6);
out[12 + outPos] =
((in[14 + inPos] & 67108863) << 26)
| ((in[15 + inPos] & 67108863) << 0);
out[13 + outPos] =
((in[16 + inPos] & 67108863) << 6)
| ((in[17 + inPos] & 67108863) >>> 20);
out[14 + outPos] =
((in[17 + inPos] & 67108863) << 12)
| ((in[18 + inPos] & 67108863) >>> 14);
out[15 + outPos] =
((in[18 + inPos] & 67108863) << 18)
| ((in[19 + inPos] & 67108863) >>> 8);
out[16 + outPos] =
((in[19 + inPos] & 67108863) << 24)
| ((in[20 + inPos] & 67108863) >>> 2);
out[17 + outPos] =
((in[20 + inPos] & 67108863) << 30)
| ((in[21 + inPos] & 67108863) << 4)
| ((in[22 + inPos] & 67108863) >>> 22);
out[18 + outPos] =
((in[22 + inPos] & 67108863) << 10)
| ((in[23 + inPos] & 67108863) >>> 16);
out[19 + outPos] =
((in[23 + inPos] & 67108863) << 16)
| ((in[24 + inPos] & 67108863) >>> 10);
out[20 + outPos] =
((in[24 + inPos] & 67108863) << 22)
| ((in[25 + inPos] & 67108863) >>> 4);
out[21 + outPos] =
((in[25 + inPos] & 67108863) << 28)
| ((in[26 + inPos] & 67108863) << 2)
| ((in[27 + inPos] & 67108863) >>> 24);
out[22 + outPos] =
((in[27 + inPos] & 67108863) << 8)
| ((in[28 + inPos] & 67108863) >>> 18);
out[23 + outPos] =
((in[28 + inPos] & 67108863) << 14)
| ((in[29 + inPos] & 67108863) >>> 12);
out[24 + outPos] =
((in[29 + inPos] & 67108863) << 20)
| ((in[30 + inPos] & 67108863) >>> 6);
out[25 + outPos] =
((in[30 + inPos] & 67108863) << 26)
| ((in[31 + inPos] & 67108863) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 6) & 67108863);
out[ 1 + outPos] = ((in[ 0 + inPos] << 20) & 67108863) | ((in[ 1 + inPos]) >>> 12);
out[ 2 + outPos] = ((in[ 1 + inPos] << 14) & 67108863) | ((in[ 2 + inPos]) >>> 18);
out[ 3 + outPos] = ((in[ 2 + inPos] << 8) & 67108863) | ((in[ 3 + inPos]) >>> 24);
out[ 4 + outPos] = ((in[ 3 + inPos] << 2) & 67108863) | ((in[ 4 + inPos]) >>> 30);
out[ 5 + outPos] = ((in[ 4 + inPos] >>> 4) & 67108863);
out[ 6 + outPos] = ((in[ 4 + inPos] << 22) & 67108863) | ((in[ 5 + inPos]) >>> 10);
out[ 7 + outPos] = ((in[ 5 + inPos] << 16) & 67108863) | ((in[ 6 + inPos]) >>> 16);
out[ 8 + outPos] = ((in[ 6 + inPos] << 10) & 67108863) | ((in[ 7 + inPos]) >>> 22);
out[ 9 + outPos] = ((in[ 7 + inPos] << 4) & 67108863) | ((in[ 8 + inPos]) >>> 28);
out[10 + outPos] = ((in[ 8 + inPos] >>> 2) & 67108863);
out[11 + outPos] = ((in[ 8 + inPos] << 24) & 67108863) | ((in[ 9 + inPos]) >>> 8);
out[12 + outPos] = ((in[ 9 + inPos] << 18) & 67108863) | ((in[10 + inPos]) >>> 14);
out[13 + outPos] = ((in[10 + inPos] << 12) & 67108863) | ((in[11 + inPos]) >>> 20);
out[14 + outPos] = ((in[11 + inPos] << 6) & 67108863) | ((in[12 + inPos]) >>> 26);
out[15 + outPos] = ((in[12 + inPos] >>> 0) & 67108863);
out[16 + outPos] = ((in[13 + inPos] >>> 6) & 67108863);
out[17 + outPos] = ((in[13 + inPos] << 20) & 67108863) | ((in[14 + inPos]) >>> 12);
out[18 + outPos] = ((in[14 + inPos] << 14) & 67108863) | ((in[15 + inPos]) >>> 18);
out[19 + outPos] = ((in[15 + inPos] << 8) & 67108863) | ((in[16 + inPos]) >>> 24);
out[20 + outPos] = ((in[16 + inPos] << 2) & 67108863) | ((in[17 + inPos]) >>> 30);
out[21 + outPos] = ((in[17 + inPos] >>> 4) & 67108863);
out[22 + outPos] = ((in[17 + inPos] << 22) & 67108863) | ((in[18 + inPos]) >>> 10);
out[23 + outPos] = ((in[18 + inPos] << 16) & 67108863) | ((in[19 + inPos]) >>> 16);
out[24 + outPos] = ((in[19 + inPos] << 10) & 67108863) | ((in[20 + inPos]) >>> 22);
out[25 + outPos] = ((in[20 + inPos] << 4) & 67108863) | ((in[21 + inPos]) >>> 28);
out[26 + outPos] = ((in[21 + inPos] >>> 2) & 67108863);
out[27 + outPos] = ((in[21 + inPos] << 24) & 67108863) | ((in[22 + inPos]) >>> 8);
out[28 + outPos] = ((in[22 + inPos] << 18) & 67108863) | ((in[23 + inPos]) >>> 14);
out[29 + outPos] = ((in[23 + inPos] << 12) & 67108863) | ((in[24 + inPos]) >>> 20);
out[30 + outPos] = ((in[24 + inPos] << 6) & 67108863) | ((in[25 + inPos]) >>> 26);
out[31 + outPos] = ((in[25 + inPos] >>> 0) & 67108863);
}
}
private static final class Packer27 extends IntPacker {
private Packer27() {
super(27);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 134217727) << 5)
| ((in[ 1 + inPos] & 134217727) >>> 22);
out[ 1 + outPos] =
((in[ 1 + inPos] & 134217727) << 10)
| ((in[ 2 + inPos] & 134217727) >>> 17);
out[ 2 + outPos] =
((in[ 2 + inPos] & 134217727) << 15)
| ((in[ 3 + inPos] & 134217727) >>> 12);
out[ 3 + outPos] =
((in[ 3 + inPos] & 134217727) << 20)
| ((in[ 4 + inPos] & 134217727) >>> 7);
out[ 4 + outPos] =
((in[ 4 + inPos] & 134217727) << 25)
| ((in[ 5 + inPos] & 134217727) >>> 2);
out[ 5 + outPos] =
((in[ 5 + inPos] & 134217727) << 30)
| ((in[ 6 + inPos] & 134217727) << 3)
| ((in[ 7 + inPos] & 134217727) >>> 24);
out[ 6 + outPos] =
((in[ 7 + inPos] & 134217727) << 8)
| ((in[ 8 + inPos] & 134217727) >>> 19);
out[ 7 + outPos] =
((in[ 8 + inPos] & 134217727) << 13)
| ((in[ 9 + inPos] & 134217727) >>> 14);
out[ 8 + outPos] =
((in[ 9 + inPos] & 134217727) << 18)
| ((in[10 + inPos] & 134217727) >>> 9);
out[ 9 + outPos] =
((in[10 + inPos] & 134217727) << 23)
| ((in[11 + inPos] & 134217727) >>> 4);
out[10 + outPos] =
((in[11 + inPos] & 134217727) << 28)
| ((in[12 + inPos] & 134217727) << 1)
| ((in[13 + inPos] & 134217727) >>> 26);
out[11 + outPos] =
((in[13 + inPos] & 134217727) << 6)
| ((in[14 + inPos] & 134217727) >>> 21);
out[12 + outPos] =
((in[14 + inPos] & 134217727) << 11)
| ((in[15 + inPos] & 134217727) >>> 16);
out[13 + outPos] =
((in[15 + inPos] & 134217727) << 16)
| ((in[16 + inPos] & 134217727) >>> 11);
out[14 + outPos] =
((in[16 + inPos] & 134217727) << 21)
| ((in[17 + inPos] & 134217727) >>> 6);
out[15 + outPos] =
((in[17 + inPos] & 134217727) << 26)
| ((in[18 + inPos] & 134217727) >>> 1);
out[16 + outPos] =
((in[18 + inPos] & 134217727) << 31)
| ((in[19 + inPos] & 134217727) << 4)
| ((in[20 + inPos] & 134217727) >>> 23);
out[17 + outPos] =
((in[20 + inPos] & 134217727) << 9)
| ((in[21 + inPos] & 134217727) >>> 18);
out[18 + outPos] =
((in[21 + inPos] & 134217727) << 14)
| ((in[22 + inPos] & 134217727) >>> 13);
out[19 + outPos] =
((in[22 + inPos] & 134217727) << 19)
| ((in[23 + inPos] & 134217727) >>> 8);
out[20 + outPos] =
((in[23 + inPos] & 134217727) << 24)
| ((in[24 + inPos] & 134217727) >>> 3);
out[21 + outPos] =
((in[24 + inPos] & 134217727) << 29)
| ((in[25 + inPos] & 134217727) << 2)
| ((in[26 + inPos] & 134217727) >>> 25);
out[22 + outPos] =
((in[26 + inPos] & 134217727) << 7)
| ((in[27 + inPos] & 134217727) >>> 20);
out[23 + outPos] =
((in[27 + inPos] & 134217727) << 12)
| ((in[28 + inPos] & 134217727) >>> 15);
out[24 + outPos] =
((in[28 + inPos] & 134217727) << 17)
| ((in[29 + inPos] & 134217727) >>> 10);
out[25 + outPos] =
((in[29 + inPos] & 134217727) << 22)
| ((in[30 + inPos] & 134217727) >>> 5);
out[26 + outPos] =
((in[30 + inPos] & 134217727) << 27)
| ((in[31 + inPos] & 134217727) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 5) & 134217727);
out[ 1 + outPos] = ((in[ 0 + inPos] << 22) & 134217727) | ((in[ 1 + inPos]) >>> 10);
out[ 2 + outPos] = ((in[ 1 + inPos] << 17) & 134217727) | ((in[ 2 + inPos]) >>> 15);
out[ 3 + outPos] = ((in[ 2 + inPos] << 12) & 134217727) | ((in[ 3 + inPos]) >>> 20);
out[ 4 + outPos] = ((in[ 3 + inPos] << 7) & 134217727) | ((in[ 4 + inPos]) >>> 25);
out[ 5 + outPos] = ((in[ 4 + inPos] << 2) & 134217727) | ((in[ 5 + inPos]) >>> 30);
out[ 6 + outPos] = ((in[ 5 + inPos] >>> 3) & 134217727);
out[ 7 + outPos] = ((in[ 5 + inPos] << 24) & 134217727) | ((in[ 6 + inPos]) >>> 8);
out[ 8 + outPos] = ((in[ 6 + inPos] << 19) & 134217727) | ((in[ 7 + inPos]) >>> 13);
out[ 9 + outPos] = ((in[ 7 + inPos] << 14) & 134217727) | ((in[ 8 + inPos]) >>> 18);
out[10 + outPos] = ((in[ 8 + inPos] << 9) & 134217727) | ((in[ 9 + inPos]) >>> 23);
out[11 + outPos] = ((in[ 9 + inPos] << 4) & 134217727) | ((in[10 + inPos]) >>> 28);
out[12 + outPos] = ((in[10 + inPos] >>> 1) & 134217727);
out[13 + outPos] = ((in[10 + inPos] << 26) & 134217727) | ((in[11 + inPos]) >>> 6);
out[14 + outPos] = ((in[11 + inPos] << 21) & 134217727) | ((in[12 + inPos]) >>> 11);
out[15 + outPos] = ((in[12 + inPos] << 16) & 134217727) | ((in[13 + inPos]) >>> 16);
out[16 + outPos] = ((in[13 + inPos] << 11) & 134217727) | ((in[14 + inPos]) >>> 21);
out[17 + outPos] = ((in[14 + inPos] << 6) & 134217727) | ((in[15 + inPos]) >>> 26);
out[18 + outPos] = ((in[15 + inPos] << 1) & 134217727) | ((in[16 + inPos]) >>> 31);
out[19 + outPos] = ((in[16 + inPos] >>> 4) & 134217727);
out[20 + outPos] = ((in[16 + inPos] << 23) & 134217727) | ((in[17 + inPos]) >>> 9);
out[21 + outPos] = ((in[17 + inPos] << 18) & 134217727) | ((in[18 + inPos]) >>> 14);
out[22 + outPos] = ((in[18 + inPos] << 13) & 134217727) | ((in[19 + inPos]) >>> 19);
out[23 + outPos] = ((in[19 + inPos] << 8) & 134217727) | ((in[20 + inPos]) >>> 24);
out[24 + outPos] = ((in[20 + inPos] << 3) & 134217727) | ((in[21 + inPos]) >>> 29);
out[25 + outPos] = ((in[21 + inPos] >>> 2) & 134217727);
out[26 + outPos] = ((in[21 + inPos] << 25) & 134217727) | ((in[22 + inPos]) >>> 7);
out[27 + outPos] = ((in[22 + inPos] << 20) & 134217727) | ((in[23 + inPos]) >>> 12);
out[28 + outPos] = ((in[23 + inPos] << 15) & 134217727) | ((in[24 + inPos]) >>> 17);
out[29 + outPos] = ((in[24 + inPos] << 10) & 134217727) | ((in[25 + inPos]) >>> 22);
out[30 + outPos] = ((in[25 + inPos] << 5) & 134217727) | ((in[26 + inPos]) >>> 27);
out[31 + outPos] = ((in[26 + inPos] >>> 0) & 134217727);
}
}
private static final class Packer28 extends IntPacker {
private Packer28() {
super(28);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 268435455) << 4)
| ((in[ 1 + inPos] & 268435455) >>> 24);
out[ 1 + outPos] =
((in[ 1 + inPos] & 268435455) << 8)
| ((in[ 2 + inPos] & 268435455) >>> 20);
out[ 2 + outPos] =
((in[ 2 + inPos] & 268435455) << 12)
| ((in[ 3 + inPos] & 268435455) >>> 16);
out[ 3 + outPos] =
((in[ 3 + inPos] & 268435455) << 16)
| ((in[ 4 + inPos] & 268435455) >>> 12);
out[ 4 + outPos] =
((in[ 4 + inPos] & 268435455) << 20)
| ((in[ 5 + inPos] & 268435455) >>> 8);
out[ 5 + outPos] =
((in[ 5 + inPos] & 268435455) << 24)
| ((in[ 6 + inPos] & 268435455) >>> 4);
out[ 6 + outPos] =
((in[ 6 + inPos] & 268435455) << 28)
| ((in[ 7 + inPos] & 268435455) << 0);
out[ 7 + outPos] =
((in[ 8 + inPos] & 268435455) << 4)
| ((in[ 9 + inPos] & 268435455) >>> 24);
out[ 8 + outPos] =
((in[ 9 + inPos] & 268435455) << 8)
| ((in[10 + inPos] & 268435455) >>> 20);
out[ 9 + outPos] =
((in[10 + inPos] & 268435455) << 12)
| ((in[11 + inPos] & 268435455) >>> 16);
out[10 + outPos] =
((in[11 + inPos] & 268435455) << 16)
| ((in[12 + inPos] & 268435455) >>> 12);
out[11 + outPos] =
((in[12 + inPos] & 268435455) << 20)
| ((in[13 + inPos] & 268435455) >>> 8);
out[12 + outPos] =
((in[13 + inPos] & 268435455) << 24)
| ((in[14 + inPos] & 268435455) >>> 4);
out[13 + outPos] =
((in[14 + inPos] & 268435455) << 28)
| ((in[15 + inPos] & 268435455) << 0);
out[14 + outPos] =
((in[16 + inPos] & 268435455) << 4)
| ((in[17 + inPos] & 268435455) >>> 24);
out[15 + outPos] =
((in[17 + inPos] & 268435455) << 8)
| ((in[18 + inPos] & 268435455) >>> 20);
out[16 + outPos] =
((in[18 + inPos] & 268435455) << 12)
| ((in[19 + inPos] & 268435455) >>> 16);
out[17 + outPos] =
((in[19 + inPos] & 268435455) << 16)
| ((in[20 + inPos] & 268435455) >>> 12);
out[18 + outPos] =
((in[20 + inPos] & 268435455) << 20)
| ((in[21 + inPos] & 268435455) >>> 8);
out[19 + outPos] =
((in[21 + inPos] & 268435455) << 24)
| ((in[22 + inPos] & 268435455) >>> 4);
out[20 + outPos] =
((in[22 + inPos] & 268435455) << 28)
| ((in[23 + inPos] & 268435455) << 0);
out[21 + outPos] =
((in[24 + inPos] & 268435455) << 4)
| ((in[25 + inPos] & 268435455) >>> 24);
out[22 + outPos] =
((in[25 + inPos] & 268435455) << 8)
| ((in[26 + inPos] & 268435455) >>> 20);
out[23 + outPos] =
((in[26 + inPos] & 268435455) << 12)
| ((in[27 + inPos] & 268435455) >>> 16);
out[24 + outPos] =
((in[27 + inPos] & 268435455) << 16)
| ((in[28 + inPos] & 268435455) >>> 12);
out[25 + outPos] =
((in[28 + inPos] & 268435455) << 20)
| ((in[29 + inPos] & 268435455) >>> 8);
out[26 + outPos] =
((in[29 + inPos] & 268435455) << 24)
| ((in[30 + inPos] & 268435455) >>> 4);
out[27 + outPos] =
((in[30 + inPos] & 268435455) << 28)
| ((in[31 + inPos] & 268435455) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 4) & 268435455);
out[ 1 + outPos] = ((in[ 0 + inPos] << 24) & 268435455) | ((in[ 1 + inPos]) >>> 8);
out[ 2 + outPos] = ((in[ 1 + inPos] << 20) & 268435455) | ((in[ 2 + inPos]) >>> 12);
out[ 3 + outPos] = ((in[ 2 + inPos] << 16) & 268435455) | ((in[ 3 + inPos]) >>> 16);
out[ 4 + outPos] = ((in[ 3 + inPos] << 12) & 268435455) | ((in[ 4 + inPos]) >>> 20);
out[ 5 + outPos] = ((in[ 4 + inPos] << 8) & 268435455) | ((in[ 5 + inPos]) >>> 24);
out[ 6 + outPos] = ((in[ 5 + inPos] << 4) & 268435455) | ((in[ 6 + inPos]) >>> 28);
out[ 7 + outPos] = ((in[ 6 + inPos] >>> 0) & 268435455);
out[ 8 + outPos] = ((in[ 7 + inPos] >>> 4) & 268435455);
out[ 9 + outPos] = ((in[ 7 + inPos] << 24) & 268435455) | ((in[ 8 + inPos]) >>> 8);
out[10 + outPos] = ((in[ 8 + inPos] << 20) & 268435455) | ((in[ 9 + inPos]) >>> 12);
out[11 + outPos] = ((in[ 9 + inPos] << 16) & 268435455) | ((in[10 + inPos]) >>> 16);
out[12 + outPos] = ((in[10 + inPos] << 12) & 268435455) | ((in[11 + inPos]) >>> 20);
out[13 + outPos] = ((in[11 + inPos] << 8) & 268435455) | ((in[12 + inPos]) >>> 24);
out[14 + outPos] = ((in[12 + inPos] << 4) & 268435455) | ((in[13 + inPos]) >>> 28);
out[15 + outPos] = ((in[13 + inPos] >>> 0) & 268435455);
out[16 + outPos] = ((in[14 + inPos] >>> 4) & 268435455);
out[17 + outPos] = ((in[14 + inPos] << 24) & 268435455) | ((in[15 + inPos]) >>> 8);
out[18 + outPos] = ((in[15 + inPos] << 20) & 268435455) | ((in[16 + inPos]) >>> 12);
out[19 + outPos] = ((in[16 + inPos] << 16) & 268435455) | ((in[17 + inPos]) >>> 16);
out[20 + outPos] = ((in[17 + inPos] << 12) & 268435455) | ((in[18 + inPos]) >>> 20);
out[21 + outPos] = ((in[18 + inPos] << 8) & 268435455) | ((in[19 + inPos]) >>> 24);
out[22 + outPos] = ((in[19 + inPos] << 4) & 268435455) | ((in[20 + inPos]) >>> 28);
out[23 + outPos] = ((in[20 + inPos] >>> 0) & 268435455);
out[24 + outPos] = ((in[21 + inPos] >>> 4) & 268435455);
out[25 + outPos] = ((in[21 + inPos] << 24) & 268435455) | ((in[22 + inPos]) >>> 8);
out[26 + outPos] = ((in[22 + inPos] << 20) & 268435455) | ((in[23 + inPos]) >>> 12);
out[27 + outPos] = ((in[23 + inPos] << 16) & 268435455) | ((in[24 + inPos]) >>> 16);
out[28 + outPos] = ((in[24 + inPos] << 12) & 268435455) | ((in[25 + inPos]) >>> 20);
out[29 + outPos] = ((in[25 + inPos] << 8) & 268435455) | ((in[26 + inPos]) >>> 24);
out[30 + outPos] = ((in[26 + inPos] << 4) & 268435455) | ((in[27 + inPos]) >>> 28);
out[31 + outPos] = ((in[27 + inPos] >>> 0) & 268435455);
}
}
private static final class Packer29 extends IntPacker {
private Packer29() {
super(29);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 536870911) << 3)
| ((in[ 1 + inPos] & 536870911) >>> 26);
out[ 1 + outPos] =
((in[ 1 + inPos] & 536870911) << 6)
| ((in[ 2 + inPos] & 536870911) >>> 23);
out[ 2 + outPos] =
((in[ 2 + inPos] & 536870911) << 9)
| ((in[ 3 + inPos] & 536870911) >>> 20);
out[ 3 + outPos] =
((in[ 3 + inPos] & 536870911) << 12)
| ((in[ 4 + inPos] & 536870911) >>> 17);
out[ 4 + outPos] =
((in[ 4 + inPos] & 536870911) << 15)
| ((in[ 5 + inPos] & 536870911) >>> 14);
out[ 5 + outPos] =
((in[ 5 + inPos] & 536870911) << 18)
| ((in[ 6 + inPos] & 536870911) >>> 11);
out[ 6 + outPos] =
((in[ 6 + inPos] & 536870911) << 21)
| ((in[ 7 + inPos] & 536870911) >>> 8);
out[ 7 + outPos] =
((in[ 7 + inPos] & 536870911) << 24)
| ((in[ 8 + inPos] & 536870911) >>> 5);
out[ 8 + outPos] =
((in[ 8 + inPos] & 536870911) << 27)
| ((in[ 9 + inPos] & 536870911) >>> 2);
out[ 9 + outPos] =
((in[ 9 + inPos] & 536870911) << 30)
| ((in[10 + inPos] & 536870911) << 1)
| ((in[11 + inPos] & 536870911) >>> 28);
out[10 + outPos] =
((in[11 + inPos] & 536870911) << 4)
| ((in[12 + inPos] & 536870911) >>> 25);
out[11 + outPos] =
((in[12 + inPos] & 536870911) << 7)
| ((in[13 + inPos] & 536870911) >>> 22);
out[12 + outPos] =
((in[13 + inPos] & 536870911) << 10)
| ((in[14 + inPos] & 536870911) >>> 19);
out[13 + outPos] =
((in[14 + inPos] & 536870911) << 13)
| ((in[15 + inPos] & 536870911) >>> 16);
out[14 + outPos] =
((in[15 + inPos] & 536870911) << 16)
| ((in[16 + inPos] & 536870911) >>> 13);
out[15 + outPos] =
((in[16 + inPos] & 536870911) << 19)
| ((in[17 + inPos] & 536870911) >>> 10);
out[16 + outPos] =
((in[17 + inPos] & 536870911) << 22)
| ((in[18 + inPos] & 536870911) >>> 7);
out[17 + outPos] =
((in[18 + inPos] & 536870911) << 25)
| ((in[19 + inPos] & 536870911) >>> 4);
out[18 + outPos] =
((in[19 + inPos] & 536870911) << 28)
| ((in[20 + inPos] & 536870911) >>> 1);
out[19 + outPos] =
((in[20 + inPos] & 536870911) << 31)
| ((in[21 + inPos] & 536870911) << 2)
| ((in[22 + inPos] & 536870911) >>> 27);
out[20 + outPos] =
((in[22 + inPos] & 536870911) << 5)
| ((in[23 + inPos] & 536870911) >>> 24);
out[21 + outPos] =
((in[23 + inPos] & 536870911) << 8)
| ((in[24 + inPos] & 536870911) >>> 21);
out[22 + outPos] =
((in[24 + inPos] & 536870911) << 11)
| ((in[25 + inPos] & 536870911) >>> 18);
out[23 + outPos] =
((in[25 + inPos] & 536870911) << 14)
| ((in[26 + inPos] & 536870911) >>> 15);
out[24 + outPos] =
((in[26 + inPos] & 536870911) << 17)
| ((in[27 + inPos] & 536870911) >>> 12);
out[25 + outPos] =
((in[27 + inPos] & 536870911) << 20)
| ((in[28 + inPos] & 536870911) >>> 9);
out[26 + outPos] =
((in[28 + inPos] & 536870911) << 23)
| ((in[29 + inPos] & 536870911) >>> 6);
out[27 + outPos] =
((in[29 + inPos] & 536870911) << 26)
| ((in[30 + inPos] & 536870911) >>> 3);
out[28 + outPos] =
((in[30 + inPos] & 536870911) << 29)
| ((in[31 + inPos] & 536870911) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 3) & 536870911);
out[ 1 + outPos] = ((in[ 0 + inPos] << 26) & 536870911) | ((in[ 1 + inPos]) >>> 6);
out[ 2 + outPos] = ((in[ 1 + inPos] << 23) & 536870911) | ((in[ 2 + inPos]) >>> 9);
out[ 3 + outPos] = ((in[ 2 + inPos] << 20) & 536870911) | ((in[ 3 + inPos]) >>> 12);
out[ 4 + outPos] = ((in[ 3 + inPos] << 17) & 536870911) | ((in[ 4 + inPos]) >>> 15);
out[ 5 + outPos] = ((in[ 4 + inPos] << 14) & 536870911) | ((in[ 5 + inPos]) >>> 18);
out[ 6 + outPos] = ((in[ 5 + inPos] << 11) & 536870911) | ((in[ 6 + inPos]) >>> 21);
out[ 7 + outPos] = ((in[ 6 + inPos] << 8) & 536870911) | ((in[ 7 + inPos]) >>> 24);
out[ 8 + outPos] = ((in[ 7 + inPos] << 5) & 536870911) | ((in[ 8 + inPos]) >>> 27);
out[ 9 + outPos] = ((in[ 8 + inPos] << 2) & 536870911) | ((in[ 9 + inPos]) >>> 30);
out[10 + outPos] = ((in[ 9 + inPos] >>> 1) & 536870911);
out[11 + outPos] = ((in[ 9 + inPos] << 28) & 536870911) | ((in[10 + inPos]) >>> 4);
out[12 + outPos] = ((in[10 + inPos] << 25) & 536870911) | ((in[11 + inPos]) >>> 7);
out[13 + outPos] = ((in[11 + inPos] << 22) & 536870911) | ((in[12 + inPos]) >>> 10);
out[14 + outPos] = ((in[12 + inPos] << 19) & 536870911) | ((in[13 + inPos]) >>> 13);
out[15 + outPos] = ((in[13 + inPos] << 16) & 536870911) | ((in[14 + inPos]) >>> 16);
out[16 + outPos] = ((in[14 + inPos] << 13) & 536870911) | ((in[15 + inPos]) >>> 19);
out[17 + outPos] = ((in[15 + inPos] << 10) & 536870911) | ((in[16 + inPos]) >>> 22);
out[18 + outPos] = ((in[16 + inPos] << 7) & 536870911) | ((in[17 + inPos]) >>> 25);
out[19 + outPos] = ((in[17 + inPos] << 4) & 536870911) | ((in[18 + inPos]) >>> 28);
out[20 + outPos] = ((in[18 + inPos] << 1) & 536870911) | ((in[19 + inPos]) >>> 31);
out[21 + outPos] = ((in[19 + inPos] >>> 2) & 536870911);
out[22 + outPos] = ((in[19 + inPos] << 27) & 536870911) | ((in[20 + inPos]) >>> 5);
out[23 + outPos] = ((in[20 + inPos] << 24) & 536870911) | ((in[21 + inPos]) >>> 8);
out[24 + outPos] = ((in[21 + inPos] << 21) & 536870911) | ((in[22 + inPos]) >>> 11);
out[25 + outPos] = ((in[22 + inPos] << 18) & 536870911) | ((in[23 + inPos]) >>> 14);
out[26 + outPos] = ((in[23 + inPos] << 15) & 536870911) | ((in[24 + inPos]) >>> 17);
out[27 + outPos] = ((in[24 + inPos] << 12) & 536870911) | ((in[25 + inPos]) >>> 20);
out[28 + outPos] = ((in[25 + inPos] << 9) & 536870911) | ((in[26 + inPos]) >>> 23);
out[29 + outPos] = ((in[26 + inPos] << 6) & 536870911) | ((in[27 + inPos]) >>> 26);
out[30 + outPos] = ((in[27 + inPos] << 3) & 536870911) | ((in[28 + inPos]) >>> 29);
out[31 + outPos] = ((in[28 + inPos] >>> 0) & 536870911);
}
}
private static final class Packer30 extends IntPacker {
private Packer30() {
super(30);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 1073741823) << 2)
| ((in[ 1 + inPos] & 1073741823) >>> 28);
out[ 1 + outPos] =
((in[ 1 + inPos] & 1073741823) << 4)
| ((in[ 2 + inPos] & 1073741823) >>> 26);
out[ 2 + outPos] =
((in[ 2 + inPos] & 1073741823) << 6)
| ((in[ 3 + inPos] & 1073741823) >>> 24);
out[ 3 + outPos] =
((in[ 3 + inPos] & 1073741823) << 8)
| ((in[ 4 + inPos] & 1073741823) >>> 22);
out[ 4 + outPos] =
((in[ 4 + inPos] & 1073741823) << 10)
| ((in[ 5 + inPos] & 1073741823) >>> 20);
out[ 5 + outPos] =
((in[ 5 + inPos] & 1073741823) << 12)
| ((in[ 6 + inPos] & 1073741823) >>> 18);
out[ 6 + outPos] =
((in[ 6 + inPos] & 1073741823) << 14)
| ((in[ 7 + inPos] & 1073741823) >>> 16);
out[ 7 + outPos] =
((in[ 7 + inPos] & 1073741823) << 16)
| ((in[ 8 + inPos] & 1073741823) >>> 14);
out[ 8 + outPos] =
((in[ 8 + inPos] & 1073741823) << 18)
| ((in[ 9 + inPos] & 1073741823) >>> 12);
out[ 9 + outPos] =
((in[ 9 + inPos] & 1073741823) << 20)
| ((in[10 + inPos] & 1073741823) >>> 10);
out[10 + outPos] =
((in[10 + inPos] & 1073741823) << 22)
| ((in[11 + inPos] & 1073741823) >>> 8);
out[11 + outPos] =
((in[11 + inPos] & 1073741823) << 24)
| ((in[12 + inPos] & 1073741823) >>> 6);
out[12 + outPos] =
((in[12 + inPos] & 1073741823) << 26)
| ((in[13 + inPos] & 1073741823) >>> 4);
out[13 + outPos] =
((in[13 + inPos] & 1073741823) << 28)
| ((in[14 + inPos] & 1073741823) >>> 2);
out[14 + outPos] =
((in[14 + inPos] & 1073741823) << 30)
| ((in[15 + inPos] & 1073741823) << 0);
out[15 + outPos] =
((in[16 + inPos] & 1073741823) << 2)
| ((in[17 + inPos] & 1073741823) >>> 28);
out[16 + outPos] =
((in[17 + inPos] & 1073741823) << 4)
| ((in[18 + inPos] & 1073741823) >>> 26);
out[17 + outPos] =
((in[18 + inPos] & 1073741823) << 6)
| ((in[19 + inPos] & 1073741823) >>> 24);
out[18 + outPos] =
((in[19 + inPos] & 1073741823) << 8)
| ((in[20 + inPos] & 1073741823) >>> 22);
out[19 + outPos] =
((in[20 + inPos] & 1073741823) << 10)
| ((in[21 + inPos] & 1073741823) >>> 20);
out[20 + outPos] =
((in[21 + inPos] & 1073741823) << 12)
| ((in[22 + inPos] & 1073741823) >>> 18);
out[21 + outPos] =
((in[22 + inPos] & 1073741823) << 14)
| ((in[23 + inPos] & 1073741823) >>> 16);
out[22 + outPos] =
((in[23 + inPos] & 1073741823) << 16)
| ((in[24 + inPos] & 1073741823) >>> 14);
out[23 + outPos] =
((in[24 + inPos] & 1073741823) << 18)
| ((in[25 + inPos] & 1073741823) >>> 12);
out[24 + outPos] =
((in[25 + inPos] & 1073741823) << 20)
| ((in[26 + inPos] & 1073741823) >>> 10);
out[25 + outPos] =
((in[26 + inPos] & 1073741823) << 22)
| ((in[27 + inPos] & 1073741823) >>> 8);
out[26 + outPos] =
((in[27 + inPos] & 1073741823) << 24)
| ((in[28 + inPos] & 1073741823) >>> 6);
out[27 + outPos] =
((in[28 + inPos] & 1073741823) << 26)
| ((in[29 + inPos] & 1073741823) >>> 4);
out[28 + outPos] =
((in[29 + inPos] & 1073741823) << 28)
| ((in[30 + inPos] & 1073741823) >>> 2);
out[29 + outPos] =
((in[30 + inPos] & 1073741823) << 30)
| ((in[31 + inPos] & 1073741823) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 2) & 1073741823);
out[ 1 + outPos] = ((in[ 0 + inPos] << 28) & 1073741823) | ((in[ 1 + inPos]) >>> 4);
out[ 2 + outPos] = ((in[ 1 + inPos] << 26) & 1073741823) | ((in[ 2 + inPos]) >>> 6);
out[ 3 + outPos] = ((in[ 2 + inPos] << 24) & 1073741823) | ((in[ 3 + inPos]) >>> 8);
out[ 4 + outPos] = ((in[ 3 + inPos] << 22) & 1073741823) | ((in[ 4 + inPos]) >>> 10);
out[ 5 + outPos] = ((in[ 4 + inPos] << 20) & 1073741823) | ((in[ 5 + inPos]) >>> 12);
out[ 6 + outPos] = ((in[ 5 + inPos] << 18) & 1073741823) | ((in[ 6 + inPos]) >>> 14);
out[ 7 + outPos] = ((in[ 6 + inPos] << 16) & 1073741823) | ((in[ 7 + inPos]) >>> 16);
out[ 8 + outPos] = ((in[ 7 + inPos] << 14) & 1073741823) | ((in[ 8 + inPos]) >>> 18);
out[ 9 + outPos] = ((in[ 8 + inPos] << 12) & 1073741823) | ((in[ 9 + inPos]) >>> 20);
out[10 + outPos] = ((in[ 9 + inPos] << 10) & 1073741823) | ((in[10 + inPos]) >>> 22);
out[11 + outPos] = ((in[10 + inPos] << 8) & 1073741823) | ((in[11 + inPos]) >>> 24);
out[12 + outPos] = ((in[11 + inPos] << 6) & 1073741823) | ((in[12 + inPos]) >>> 26);
out[13 + outPos] = ((in[12 + inPos] << 4) & 1073741823) | ((in[13 + inPos]) >>> 28);
out[14 + outPos] = ((in[13 + inPos] << 2) & 1073741823) | ((in[14 + inPos]) >>> 30);
out[15 + outPos] = ((in[14 + inPos] >>> 0) & 1073741823);
out[16 + outPos] = ((in[15 + inPos] >>> 2) & 1073741823);
out[17 + outPos] = ((in[15 + inPos] << 28) & 1073741823) | ((in[16 + inPos]) >>> 4);
out[18 + outPos] = ((in[16 + inPos] << 26) & 1073741823) | ((in[17 + inPos]) >>> 6);
out[19 + outPos] = ((in[17 + inPos] << 24) & 1073741823) | ((in[18 + inPos]) >>> 8);
out[20 + outPos] = ((in[18 + inPos] << 22) & 1073741823) | ((in[19 + inPos]) >>> 10);
out[21 + outPos] = ((in[19 + inPos] << 20) & 1073741823) | ((in[20 + inPos]) >>> 12);
out[22 + outPos] = ((in[20 + inPos] << 18) & 1073741823) | ((in[21 + inPos]) >>> 14);
out[23 + outPos] = ((in[21 + inPos] << 16) & 1073741823) | ((in[22 + inPos]) >>> 16);
out[24 + outPos] = ((in[22 + inPos] << 14) & 1073741823) | ((in[23 + inPos]) >>> 18);
out[25 + outPos] = ((in[23 + inPos] << 12) & 1073741823) | ((in[24 + inPos]) >>> 20);
out[26 + outPos] = ((in[24 + inPos] << 10) & 1073741823) | ((in[25 + inPos]) >>> 22);
out[27 + outPos] = ((in[25 + inPos] << 8) & 1073741823) | ((in[26 + inPos]) >>> 24);
out[28 + outPos] = ((in[26 + inPos] << 6) & 1073741823) | ((in[27 + inPos]) >>> 26);
out[29 + outPos] = ((in[27 + inPos] << 4) & 1073741823) | ((in[28 + inPos]) >>> 28);
out[30 + outPos] = ((in[28 + inPos] << 2) & 1073741823) | ((in[29 + inPos]) >>> 30);
out[31 + outPos] = ((in[29 + inPos] >>> 0) & 1073741823);
}
}
private static final class Packer31 extends IntPacker {
private Packer31() {
super(31);
}
public final void pack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] =
((in[ 0 + inPos] & 2147483647) << 1)
| ((in[ 1 + inPos] & 2147483647) >>> 30);
out[ 1 + outPos] =
((in[ 1 + inPos] & 2147483647) << 2)
| ((in[ 2 + inPos] & 2147483647) >>> 29);
out[ 2 + outPos] =
((in[ 2 + inPos] & 2147483647) << 3)
| ((in[ 3 + inPos] & 2147483647) >>> 28);
out[ 3 + outPos] =
((in[ 3 + inPos] & 2147483647) << 4)
| ((in[ 4 + inPos] & 2147483647) >>> 27);
out[ 4 + outPos] =
((in[ 4 + inPos] & 2147483647) << 5)
| ((in[ 5 + inPos] & 2147483647) >>> 26);
out[ 5 + outPos] =
((in[ 5 + inPos] & 2147483647) << 6)
| ((in[ 6 + inPos] & 2147483647) >>> 25);
out[ 6 + outPos] =
((in[ 6 + inPos] & 2147483647) << 7)
| ((in[ 7 + inPos] & 2147483647) >>> 24);
out[ 7 + outPos] =
((in[ 7 + inPos] & 2147483647) << 8)
| ((in[ 8 + inPos] & 2147483647) >>> 23);
out[ 8 + outPos] =
((in[ 8 + inPos] & 2147483647) << 9)
| ((in[ 9 + inPos] & 2147483647) >>> 22);
out[ 9 + outPos] =
((in[ 9 + inPos] & 2147483647) << 10)
| ((in[10 + inPos] & 2147483647) >>> 21);
out[10 + outPos] =
((in[10 + inPos] & 2147483647) << 11)
| ((in[11 + inPos] & 2147483647) >>> 20);
out[11 + outPos] =
((in[11 + inPos] & 2147483647) << 12)
| ((in[12 + inPos] & 2147483647) >>> 19);
out[12 + outPos] =
((in[12 + inPos] & 2147483647) << 13)
| ((in[13 + inPos] & 2147483647) >>> 18);
out[13 + outPos] =
((in[13 + inPos] & 2147483647) << 14)
| ((in[14 + inPos] & 2147483647) >>> 17);
out[14 + outPos] =
((in[14 + inPos] & 2147483647) << 15)
| ((in[15 + inPos] & 2147483647) >>> 16);
out[15 + outPos] =
((in[15 + inPos] & 2147483647) << 16)
| ((in[16 + inPos] & 2147483647) >>> 15);
out[16 + outPos] =
((in[16 + inPos] & 2147483647) << 17)
| ((in[17 + inPos] & 2147483647) >>> 14);
out[17 + outPos] =
((in[17 + inPos] & 2147483647) << 18)
| ((in[18 + inPos] & 2147483647) >>> 13);
out[18 + outPos] =
((in[18 + inPos] & 2147483647) << 19)
| ((in[19 + inPos] & 2147483647) >>> 12);
out[19 + outPos] =
((in[19 + inPos] & 2147483647) << 20)
| ((in[20 + inPos] & 2147483647) >>> 11);
out[20 + outPos] =
((in[20 + inPos] & 2147483647) << 21)
| ((in[21 + inPos] & 2147483647) >>> 10);
out[21 + outPos] =
((in[21 + inPos] & 2147483647) << 22)
| ((in[22 + inPos] & 2147483647) >>> 9);
out[22 + outPos] =
((in[22 + inPos] & 2147483647) << 23)
| ((in[23 + inPos] & 2147483647) >>> 8);
out[23 + outPos] =
((in[23 + inPos] & 2147483647) << 24)
| ((in[24 + inPos] & 2147483647) >>> 7);
out[24 + outPos] =
((in[24 + inPos] & 2147483647) << 25)
| ((in[25 + inPos] & 2147483647) >>> 6);
out[25 + outPos] =
((in[25 + inPos] & 2147483647) << 26)
| ((in[26 + inPos] & 2147483647) >>> 5);
out[26 + outPos] =
((in[26 + inPos] & 2147483647) << 27)
| ((in[27 + inPos] & 2147483647) >>> 4);
out[27 + outPos] =
((in[27 + inPos] & 2147483647) << 28)
| ((in[28 + inPos] & 2147483647) >>> 3);
out[28 + outPos] =
((in[28 + inPos] & 2147483647) << 29)
| ((in[29 + inPos] & 2147483647) >>> 2);
out[29 + outPos] =
((in[29 + inPos] & 2147483647) << 30)
| ((in[30 + inPos] & 2147483647) >>> 1);
out[30 + outPos] =
((in[30 + inPos] & 2147483647) << 31)
| ((in[31 + inPos] & 2147483647) << 0);
}
public final void unpack32Values(final int[] in, final int inPos, final int[] out, final int outPos) {
out[ 0 + outPos] = ((in[ 0 + inPos] >>> 1) & 2147483647);
out[ 1 + outPos] = ((in[ 0 + inPos] << 30) & 2147483647) | ((in[ 1 + inPos]) >>> 2);
out[ 2 + outPos] = ((in[ 1 + inPos] << 29) & 2147483647) | ((in[ 2 + inPos]) >>> 3);
out[ 3 + outPos] = ((in[ 2 + inPos] << 28) & 2147483647) | ((in[ 3 + inPos]) >>> 4);
out[ 4 + outPos] = ((in[ 3 + inPos] << 27) & 2147483647) | ((in[ 4 + inPos]) >>> 5);
out[ 5 + outPos] = ((in[ 4 + inPos] << 26) & 2147483647) | ((in[ 5 + inPos]) >>> 6);
out[ 6 + outPos] = ((in[ 5 + inPos] << 25) & 2147483647) | ((in[ 6 + inPos]) >>> 7);
out[ 7 + outPos] = ((in[ 6 + inPos] << 24) & 2147483647) | ((in[ 7 + inPos]) >>> 8);
out[ 8 + outPos] = ((in[ 7 + inPos] << 23) & 2147483647) | ((in[ 8 + inPos]) >>> 9);
out[ 9 + outPos] = ((in[ 8 + inPos] << 22) & 2147483647) | ((in[ 9 + inPos]) >>> 10);
out[10 + outPos] = ((in[ 9 + inPos] << 21) & 2147483647) | ((in[10 + inPos]) >>> 11);
out[11 + outPos] = ((in[10 + inPos] << 20) & 2147483647) | ((in[11 + inPos]) >>> 12);
out[12 + outPos] = ((in[11 + inPos] << 19) & 2147483647) | ((in[12 + inPos]) >>> 13);
out[13 + outPos] = ((in[12 + inPos] << 18) & 2147483647) | ((in[13 + inPos]) >>> 14);
out[14 + outPos] = ((in[13 + inPos] << 17) & 2147483647) | ((in[14 + inPos]) >>> 15);
out[15 + outPos] = ((in[14 + inPos] << 16) & 2147483647) | ((in[15 + inPos]) >>> 16);
out[16 + outPos] = ((in[15 + inPos] << 15) & 2147483647) | ((in[16 + inPos]) >>> 17);
out[17 + outPos] = ((in[16 + inPos] << 14) & 2147483647) | ((in[17 + inPos]) >>> 18);
out[18 + outPos] = ((in[17 + inPos] << 13) & 2147483647) | ((in[18 + inPos]) >>> 19);
out[19 + outPos] = ((in[18 + inPos] << 12) & 2147483647) | ((in[19 + inPos]) >>> 20);
out[20 + outPos] = ((in[19 + inPos] << 11) & 2147483647) | ((in[20 + inPos]) >>> 21);
out[21 + outPos] = ((in[20 + inPos] << 10) & 2147483647) | ((in[21 + inPos]) >>> 22);
out[22 + outPos] = ((in[21 + inPos] << 9) & 2147483647) | ((in[22 + inPos]) >>> 23);
out[23 + outPos] = ((in[22 + inPos] << 8) & 2147483647) | ((in[23 + inPos]) >>> 24);
out[24 + outPos] = ((in[23 + inPos] << 7) & 2147483647) | ((in[24 + inPos]) >>> 25);
out[25 + outPos] = ((in[24 + inPos] << 6) & 2147483647) | ((in[25 + inPos]) >>> 26);
out[26 + outPos] = ((in[25 + inPos] << 5) & 2147483647) | ((in[26 + inPos]) >>> 27);
out[27 + outPos] = ((in[26 + inPos] << 4) & 2147483647) | ((in[27 + inPos]) >>> 28);
out[28 + outPos] = ((in[27 + inPos] << 3) & 2147483647) | ((in[28 + inPos]) >>> 29);
out[29 + outPos] = ((in[28 + inPos] << 2) & 2147483647) | ((in[29 + inPos]) >>> 30);
out[30 + outPos] = ((in[29 + inPos] << 1) & 2147483647) | ((in[30 + inPos]) >>> 31);
out[31 + outPos] = ((in[30 + inPos] >>> 0) & 2147483647);
}
}
}