syms[i][j] = new Decoding.RansDecSymbol();
syms[i][j] = new Decoding.RansDecSymbol();
private static ByteBuffer uncompress_order0_way4(final ByteBuffer in, final ByteBuffer out) { in.order(ByteOrder.LITTLE_ENDIAN); final Decoding.AriDecoder D = new Decoding.AriDecoder(); final Decoding.RansDecSymbol[] syms = new Decoding.RansDecSymbol[256]; for (int i = 0; i < syms.length; i++) syms[i] = new Decoding.RansDecSymbol(); Frequencies.readStats_o0(in, D, syms); D04.uncompress(in, D, syms, out); return out; }
private static ByteBuffer uncompress_order1_way4(final ByteBuffer in, final ByteBuffer out_buf) { final Decoding.AriDecoder[] D = new Decoding.AriDecoder[256]; final Decoding.RansDecSymbol[][] syms = new Decoding.RansDecSymbol[256][256]; for (int i = 0; i < syms.length; i++) for (int j = 0; j < syms[i].length; j++) syms[i][j] = new Decoding.RansDecSymbol(); Frequencies.readStats_o1(in, D, syms); D14.uncompress(in, out_buf, D, syms); return out_buf; } }
private static ByteBuffer uncompress_order0_way4(final ByteBuffer in, final ByteBuffer out) { in.order(ByteOrder.LITTLE_ENDIAN); final Decoding.AriDecoder D = new Decoding.AriDecoder(); final Decoding.RansDecSymbol[] syms = new Decoding.RansDecSymbol[256]; for (int i = 0; i < syms.length; i++) syms[i] = new Decoding.RansDecSymbol(); Frequencies.readStats_o0(in, D, syms); D04.uncompress(in, D, syms, out); return out; }
private static ByteBuffer uncompress_order1_way4(final ByteBuffer in, final ByteBuffer out_buf) { final Decoding.AriDecoder[] D = new Decoding.AriDecoder[256]; final Decoding.RansDecSymbol[][] syms = new Decoding.RansDecSymbol[256][256]; for (int i = 0; i < syms.length; i++) for (int j = 0; j < syms[i].length; j++) syms[i][j] = new Decoding.RansDecSymbol(); Frequencies.readStats_o1(in, D, syms); D14.uncompress(in, out_buf, D, syms); return out_buf; } }