2 * 11/19/04 1.0 moved to LGPL.
4 * 18/06/01 Michael Scheerer, Fixed bugs which causes
5 * negative indexes in method huffmann_decode and in method
8 * 16/07/01 Michael Scheerer, Catched a bug in method
9 * huffmann_decode, which causes an outOfIndexException.
10 * Cause : Indexnumber of 24 at SfBandIndex,
11 * which has only a length of 22. I have simply and dirty
12 * fixed the index to <= 22, because I'm not really be able
13 * to fix the bug. The Indexnumber is taken from the MP3
14 * file and the origin Ma-Player with the same code works
17 * 02/19/99 Java Conversion by E.B, javalayer@javazoom.net
18 *-----------------------------------------------------------------------
19 * This program is free software; you can redistribute it and/or modify
20 * it under the terms of the GNU Library General Public License as published
21 * by the Free Software Foundation; either version 2 of the License, or
22 * (at your option) any later version.
24 * This program is distributed in the hope that it will be useful,
25 * but WITHOUT ANY WARRANTY; without even the implied warranty of
26 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
27 * GNU Library General Public License for more details.
29 * You should have received a copy of the GNU Library General Public
30 * License along with this program; if not, write to the Free Software
31 * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
32 *----------------------------------------------------------------------
37 * Class Implementing Layer 3 Decoder.
41 @LATTICE("FS<BR,BR<SF,LR<IR,IR<IP,IP<SF,LR<K,K<F,LR<VAR,LR<RO,RO<F,VAR<F,VAR<RAW,CSH<F,SAM<O,O<F,NS<SI,SI<CH,SFREQ<H,MAX<H,H<CH,FLCH<CH,FLCH<WC,SF<SFT,SFT<NS,NS<C,TS<RAW,O<TS,LY<F,NZ<VAR,C*,FS*,SI*,IP*,IR*,LR*,K*,O*,TS*,TS<BT,BT<GR,GR<SI,LR<S,S<ME,ME<CH,K<SH,K<LSF,LSF<H,LSF<CH,IP<SH,SH<J,J<S,S<ME,SH<SFREQ,SH<RO,IP<TMP2,LSF<H,TMP2<F,J*,SH*,O<RO2,RO2<RO3,RO3<RO4,RO4<RO5,O<RO1,RO1<RO5,RO5<RO6,RO6<RO7,RO7<RO8,RO8<RO9,RO9<SFREQ,RO9<F,RO1*,RO4*,RO5*,RO6*,RO9*,VAR<HD3,HD3<HD2,HD2<HD1,HD1<SI,HD1<SFREQ,HD1<RAW,HD2*,HD3*,SFB<GLSFD5,GLSFD5<NS,GLSFD5<GLSFD4,NS<GLSFD3,GLSFD4<GLSFD3,GLSFD3<GLSFD2,GLSFD2<GLSFD1,GLSFD1<SI,GLSFD5*,SF<GLSFF4,GLSFF4<GLSFF3,GLSFF3<GLSFF2,GLSFF2<GLSFF1,GLSFF1<SI,GLSFF4*,GLSFF3*,GLSFF2*,SF<GSF5,GSF5<GSF4,GSF4<GSF3,GSF3<GSF2,GSF2<GSF1,GSF1<SI,GSF5*,GSF4*,O<D3,D3<D2,D2<D1,D1<FLCH,D1*,D2*")
42 //4th line added for hybrid.
43 //5th added for stereo
44 //6th added for reorder method
45 //7th added for huffman_decode method
46 //8th added for get_LSF_scale_data
47 //9th added for get_LSF_scale_factors
48 //10th added for get_scale_factors
49 //llth added for decode
50 @METHODDEFAULT("OUT<V,V<THIS,THIS<SH,SH<IN,SH*,THISLOC=THIS,GLOBALLOC=IN")
51 final class LayerIIIDecoder implements FrameDecoder {
52 @LOC("F") final double d43 = (4.0 / 3.0);
53 @LOC("SFT") public int[] scalefac_buffer;
55 // MDM: removed, as this wasn't being used.
56 // private float CheckSumOut1d = 0.0f;
57 @LOC("CSH") private int CheckSumHuff = 0;
58 @LOC("VAR") private int[] is_1d;
59 @LOC("VAR") private float[][][] ro;
60 @LOC("LR") private float[][][] lr;
61 @LOC("O") private float[] out_1d; // 576 samples
62 @LOC("VAR") private float[][] prevblck;
63 @LOC("K") private float[][] k;
64 @LOC("NZ") private int[] nonzero;
65 @LOC("F") private Bitstream stream;
66 @LOC("H") private Header header;
67 @LOC("F") private SynthesisFilter filter1;
68 @LOC("F") private SynthesisFilter filter2;
69 @LOC("F") private Obuffer buffer; // output buffer
70 @LOC("WC") private int which_channels;
71 @LOC("BR") private BitReserve br;
72 @LOC("SI") private III_side_info_t si;
74 // @LOC("SBT") private temporaire2[] III_scalefac_t;
75 @LOC("SF") private temporaire2[] scalefac;
76 // private III_scalefac_t scalefac;
78 @LOC("MAX") private int max_gr;
79 @LOC("FS") private int frame_start;
80 @LOC("F") private int part2_start;
81 @LOC("CH") private int channels;
82 @LOC("FLCH") private int first_channel;
83 @LOC("FLCH") private int last_channel;
84 @LOC("SFREQ") private int sfreq;
89 // REVIEW: these constructor arguments should be moved to the
90 // decodeFrame() method, where possible, so that one
91 @LATTICE("THIS<VAR,THIS<I,THIS<J,J<CH,I*,J*,CH*,THISLOC=THIS,GLOBALLOC=THIS")
92 public LayerIIIDecoder(@LOC("VAR") Bitstream stream0, @LOC("VAR") Header header0, @LOC("VAR") SynthesisFilter filtera,
93 @LOC("VAR") SynthesisFilter filterb, @LOC("VAR") Obuffer buffer0, @LOC("VAR") int which_ch0) {
95 huffcodetab.inithuff();
96 is_1d = new int[SBLIMIT * SSLIMIT + 4];
97 ro = new float[2][SBLIMIT][SSLIMIT];
98 lr = new float[2][SBLIMIT][SSLIMIT];
99 out_1d = new float[SBLIMIT * SSLIMIT];
100 prevblck = new float[2][SBLIMIT * SSLIMIT];
101 k = new float[2][SBLIMIT * SSLIMIT];
102 nonzero = new int[2];
104 //removes unnecessary aliases
106 // III_scalefac_t = new temporaire2[2];
107 // III_scalefac_t[0] = new temporaire2();
108 // III_scalefac_t[1] = new temporaire2();
109 // scalefac = III_scalefac_t;
111 scalefac=new temporaire2[2];
112 scalefac[0] = new temporaire2();
113 scalefac[1] = new temporaire2();
117 sfBandIndex = new SBI[9]; // SZD: MPEG2.5 +3 indices
118 @LOC("VAR") int[] l0 =
119 { 0, 6, 12, 18, 24, 30, 36, 44, 54, 66, 80, 96, 116, 140, 168, 200, 238, 284, 336, 396,
121 @LOC("VAR") int[] s0 = { 0, 4, 8, 12, 18, 24, 32, 42, 56, 74, 100, 132, 174, 192 };
122 @LOC("VAR") int[] l1 =
123 { 0, 6, 12, 18, 24, 30, 36, 44, 54, 66, 80, 96, 114, 136, 162, 194, 232, 278, 330, 394,
125 @LOC("VAR") int[] s1 = { 0, 4, 8, 12, 18, 26, 36, 48, 62, 80, 104, 136, 180, 192 };
126 @LOC("VAR") int[] l2 =
127 { 0, 6, 12, 18, 24, 30, 36, 44, 54, 66, 80, 96, 116, 140, 168, 200, 238, 284, 336, 396,
129 @LOC("VAR") int[] s2 = { 0, 4, 8, 12, 18, 26, 36, 48, 62, 80, 104, 134, 174, 192 };
131 @LOC("VAR") int[] l3 =
132 { 0, 4, 8, 12, 16, 20, 24, 30, 36, 44, 52, 62, 74, 90, 110, 134, 162, 196, 238, 288, 342,
134 @LOC("VAR") int[] s3 = { 0, 4, 8, 12, 16, 22, 30, 40, 52, 66, 84, 106, 136, 192 };
135 @LOC("VAR") int[] l4 =
136 { 0, 4, 8, 12, 16, 20, 24, 30, 36, 42, 50, 60, 72, 88, 106, 128, 156, 190, 230, 276, 330,
138 @LOC("VAR") int[] s4 = { 0, 4, 8, 12, 16, 22, 28, 38, 50, 64, 80, 100, 126, 192 };
139 @LOC("VAR") int[] l5 =
140 { 0, 4, 8, 12, 16, 20, 24, 30, 36, 44, 54, 66, 82, 102, 126, 156, 194, 240, 296, 364, 448,
142 @LOC("VAR") int[] s5 = { 0, 4, 8, 12, 16, 22, 30, 42, 58, 78, 104, 138, 180, 192 };
144 @LOC("VAR") int[] l6 =
145 { 0, 6, 12, 18, 24, 30, 36, 44, 54, 66, 80, 96, 116, 140, 168, 200, 238, 284, 336, 396,
147 @LOC("VAR") int[] s6 = { 0, 4, 8, 12, 18, 26, 36, 48, 62, 80, 104, 134, 174, 192 };
148 @LOC("VAR") int[] l7 =
149 { 0, 6, 12, 18, 24, 30, 36, 44, 54, 66, 80, 96, 116, 140, 168, 200, 238, 284, 336, 396,
151 @LOC("VAR") int[] s7 = { 0, 4, 8, 12, 18, 26, 36, 48, 62, 80, 104, 134, 174, 192 };
152 @LOC("VAR") int[] l8 =
153 { 0, 12, 24, 36, 48, 60, 72, 88, 108, 132, 160, 192, 232, 280, 336, 400, 476, 566, 568,
154 570, 572, 574, 576 };
155 @LOC("VAR") int[] s8 = { 0, 8, 16, 24, 36, 52, 72, 96, 124, 160, 162, 164, 166, 192 };
157 sfBandIndex[0] = new SBI(l0, s0);
158 sfBandIndex[1] = new SBI(l1, s1);
159 sfBandIndex[2] = new SBI(l2, s2);
161 sfBandIndex[3] = new SBI(l3, s3);
162 sfBandIndex[4] = new SBI(l4, s4);
163 sfBandIndex[5] = new SBI(l5, s5);
165 sfBandIndex[6] = new SBI(l6, s6);
166 sfBandIndex[7] = new SBI(l7, s7);
167 sfBandIndex[8] = new SBI(l8, s8);
168 // END OF L3TABLE INIT
170 if (reorder_table == null) { // SZD: generate LUT
171 reorder_table = new int[9][];
172 for (@LOC("I") int i = 0; i < 9; i++)
173 reorder_table[i] = reorder(sfBandIndex[i].s);
177 @LOC("VAR") int[] ll0 = { 0, 6, 11, 16, 21 };
178 @LOC("VAR") int[] ss0 = { 0, 6, 12 };
179 sftable = new Sftable(ll0, ss0);
183 scalefac_buffer = new int[54];
184 // END OF scalefac_buffer
191 which_channels = which_ch0;
194 channels = (header.mode() == Header.SINGLE_CHANNEL) ? 1 : 2;
195 max_gr = (header.version() == Header.MPEG1) ? 2 : 1;
198 header.sample_frequency()
199 + ((header.version() == Header.MPEG1) ? 3 : (header.version() == Header.MPEG25_LSF) ? 6
203 switch (which_channels) {
204 case OutputChannels.LEFT_CHANNEL:
205 case OutputChannels.DOWNMIX_CHANNELS:
206 first_channel = last_channel = 0;
209 case OutputChannels.RIGHT_CHANNEL:
210 first_channel = last_channel = 1;
213 case OutputChannels.BOTH_CHANNELS:
220 first_channel = last_channel = 0;
223 for (@LOC("CH") int ch = 0; ch < 2; ch++)
224 for (@LOC("J") int j = 0; j < 576; j++)
225 prevblck[ch][j] = 0.0f;
227 nonzero[0] = nonzero[1] = 576;
229 br = new BitReserve();
230 si = new III_side_info_t();
234 * Notify decoder that a seek is being made.
236 @LATTICE("THIS<J,J<CH,J*,CH*,THISLOC=THIS,GLOBALLOC=THIS")
237 public void seek_notify() {
239 for (@LOC("CH") int ch = 0; ch < 2; ch++)
240 for (@LOC("J") int j = 0; j < 576; j++)
241 prevblck[ch][j] = 0.0f;
242 br = new BitReserve();
245 public void decodeFrame() {
250 * Decode one frame, filling the buffer with the output samples.
253 // subband samples are buffered and passed to the
254 // SynthesisFilter in one go.
255 @LOC("SAM") private float[] samples1 = new float[32];
256 @LOC("SAM") private float[] samples2 = new float[32];
258 /* location hierarchy of decode()
259 {header} {stream} {si}
260 {br, flush_main, main_data_end,frame_start,nSlots,bytes_to_discard}*
261 {gr,max_gr} // granule
262 {ch,channels,first_channel, last_channel, which_channels} // channel
267 {samples1,sample2} {filter1,filter2}
269 @LATTICE("BYTE<THIS,THIS<MAIN,MAIN<VAR,THIS<GR,GR<VAR,BYTE*,GR*,THISLOC=THIS,GLOBALLOC=VAR")
270 public void decode() {
271 @LOC("VAR") int nSlots = header.slots();
272 @LOC("VAR") int flush_main;
274 @LOC("THIS,LayerIIIDecoder.D1") int ch;
275 @LOC("THIS,LayerIIIDecoder.D2") int ss;
276 @LOC("THIS,LayerIIIDecoder.D3") int sb;
277 @LOC("THIS,LayerIIIDecoder.D2") int sb18;
278 @LOC("MAIN") int main_data_end;
279 @LOC("BYTES") int bytes_to_discard;
284 for (i = 0; i < nSlots; i++)
285 br.hputbuf(stream.get_bits(8)); // br < stream
287 // br < main_data_end
288 main_data_end = br.hsstell() >>> 3; // of previous frame
291 if ((flush_main = (br.hsstell() & 7)) != 0) { // flush_main < br
292 br.hgetbits(8 - flush_main); // br < flush_main
293 main_data_end++; // main_data_end*
296 // bytes_to_discard < GLB(frame_start,main_data_end,si)
297 // TODO does bytes_to_discard need to go back to si???
298 bytes_to_discard = frame_start - main_data_end - si.main_data_begin;
300 // frame_start should be *
301 frame_start += nSlots;
303 if (bytes_to_discard < 0)
306 if (main_data_end > 4096) { // main_data_end should be > than 'frame_start' and 'br'
308 br.rewindNbytes(4096);
311 for (; bytes_to_discard > 0; bytes_to_discard--) // bytes_to_discard > br
314 // doing something from here
316 // here 'gr' and 'max_gr' should be higher than 'ch','channels', and more
317 for (gr = 0; gr < max_gr; gr++) { // two granules per channel
318 // in the loop body, access set={part2_start}
320 // 'ch', 'channels' should be higher than all locs in the below body
321 for (ch = 0; ch < channels; ch++) {
322 part2_start = br.hsstell(); // part2_start < br
324 // grab scale factors from the main data.
325 // following the scale factors is the actual compressed data
326 if (header.version() == Header.MPEG1)
327 get_scale_factors(ch, gr); // no need to care from this side
328 // here move scale factor data from 'br' buffer to 'scalefac' field
330 // MPEG-2 LSF, SZD: MPEG-2.5 LSF
331 get_LSF_scale_factors(ch, gr); // no need to care from this side
333 // here, decoding the compressed audio data
334 huffman_decode(ch, gr); // no need to care from this side
335 // System.out.println("CheckSum HuffMan = " + CheckSumHuff);
336 dequantize_sample(ro[ch], ch, gr); // no need to care from this side
339 stereo(gr); // no need to care from this side
341 if ((which_channels == OutputChannels.DOWNMIX_CHANNELS) && (channels > 1))
344 for (ch = first_channel; ch <= last_channel; ch++) { // 'ch' and 'first_channel' > the body
347 // read set= lr,ch,gr,out_1d, sb18, ss, SSLIMIT, out_1d
350 reorder(lr[ch], ch, gr);
352 // for (int hb = 0;hb<576;hb++) CheckSumOut1d = CheckSumOut1d +
354 // System.out.println("CheckSumOut1d = "+CheckSumOut1d);
358 // for (int hb = 0;hb<576;hb++) CheckSumOut1d = CheckSumOut1d +
360 // System.out.println("CheckSumOut1d = "+CheckSumOut1d);
362 for (sb18 = 18; sb18 < 576; sb18 += 36) // sb18 > ss, SSLIMIT, out1d
363 // Frequency inversion
364 for (ss = 1; ss < SSLIMIT; ss += 2) // 'ss','SSLIMIT' > out_1d
365 out_1d[sb18 + ss] = -out_1d[sb18 + ss]; // out1d*
367 // 'ch', 'which_channels' should be higher than if/else body!
368 // location set written by if/else body
369 // = {samples1, samples2, filter1, filter2}
370 if ((ch == 0) || (which_channels == OutputChannels.RIGHT_CHANNEL)) {
371 for (ss = 0; ss < SSLIMIT; ss++) { // Polyphase synthesis
373 for (sb18 = 0; sb18 < 576; sb18 += 18) {
374 samples1[sb] = out_1d[sb18 + ss]; // out_1d > samples1
375 // filter1.input_sample(out_1d[sb18+ss], sb);
376 sb++; // sb should be loc*
378 filter1.input_samples(samples1);
379 filter1.calculate_pcm_samples(buffer);
382 for (ss = 0; ss < SSLIMIT; ss++) { // Polyphase synthesis
384 for (sb18 = 0; sb18 < 576; sb18 += 18) {
385 samples2[sb] = out_1d[sb18 + ss]; // out_1d > samples2
386 // filter2.input_sample(out_1d[sb18+ss], sb);
389 filter2.input_samples(samples2);
390 filter2.calculate_pcm_samples(buffer);
397 // System.out.println("Counter = ................................."+counter);
398 // if (counter < 609)
400 counter++; // count should be loc*
401 buffer.write_buffer(1); // buffer!!!
403 // else if (counter == 609)
415 * Reads the side info from the stream, assuming the entire. frame has been
416 * read already. Mono : 136 bits (= 17 bytes) Stereo : 256 bits (= 32 bytes)
419 private boolean get_side_info() {
422 if (header.version() == Header.MPEG1) {
424 si.main_data_begin = stream.get_bits(9);
426 si.private_bits = stream.get_bits(5);
428 si.private_bits = stream.get_bits(3);
430 for (ch = 0; ch < channels; ch++) {
431 si.ch[ch].scfsi[0] = stream.get_bits(1);
432 si.ch[ch].scfsi[1] = stream.get_bits(1);
433 si.ch[ch].scfsi[2] = stream.get_bits(1);
434 si.ch[ch].scfsi[3] = stream.get_bits(1);
437 for (gr = 0; gr < 2; gr++) {
438 for (ch = 0; ch < channels; ch++) {
439 si.ch[ch].gr[gr].part2_3_length = stream.get_bits(12);
440 si.ch[ch].gr[gr].big_values = stream.get_bits(9);
441 si.ch[ch].gr[gr].global_gain = stream.get_bits(8);
442 si.ch[ch].gr[gr].scalefac_compress = stream.get_bits(4);
443 si.ch[ch].gr[gr].window_switching_flag = stream.get_bits(1);
444 if ((si.ch[ch].gr[gr].window_switching_flag) != 0) {
445 si.ch[ch].gr[gr].block_type = stream.get_bits(2);
446 si.ch[ch].gr[gr].mixed_block_flag = stream.get_bits(1);
448 si.ch[ch].gr[gr].table_select[0] = stream.get_bits(5);
449 si.ch[ch].gr[gr].table_select[1] = stream.get_bits(5);
451 si.ch[ch].gr[gr].subblock_gain[0] = stream.get_bits(3);
452 si.ch[ch].gr[gr].subblock_gain[1] = stream.get_bits(3);
453 si.ch[ch].gr[gr].subblock_gain[2] = stream.get_bits(3);
455 // Set region_count parameters since they are implicit in this case.
457 if (si.ch[ch].gr[gr].block_type == 0) {
458 // Side info bad: block_type == 0 in split block
460 } else if (si.ch[ch].gr[gr].block_type == 2 && si.ch[ch].gr[gr].mixed_block_flag == 0) {
461 si.ch[ch].gr[gr].region0_count = 8;
463 si.ch[ch].gr[gr].region0_count = 7;
465 si.ch[ch].gr[gr].region1_count = 20 - si.ch[ch].gr[gr].region0_count;
467 si.ch[ch].gr[gr].table_select[0] = stream.get_bits(5);
468 si.ch[ch].gr[gr].table_select[1] = stream.get_bits(5);
469 si.ch[ch].gr[gr].table_select[2] = stream.get_bits(5);
470 si.ch[ch].gr[gr].region0_count = stream.get_bits(4);
471 si.ch[ch].gr[gr].region1_count = stream.get_bits(3);
472 si.ch[ch].gr[gr].block_type = 0;
474 si.ch[ch].gr[gr].preflag = stream.get_bits(1);
475 si.ch[ch].gr[gr].scalefac_scale = stream.get_bits(1);
476 si.ch[ch].gr[gr].count1table_select = stream.get_bits(1);
480 } else { // MPEG-2 LSF, SZD: MPEG-2.5 LSF
482 si.main_data_begin = stream.get_bits(8);
484 si.private_bits = stream.get_bits(1);
486 si.private_bits = stream.get_bits(2);
488 for (ch = 0; ch < channels; ch++) {
490 si.ch[ch].gr[0].part2_3_length = stream.get_bits(12);
491 si.ch[ch].gr[0].big_values = stream.get_bits(9);
492 si.ch[ch].gr[0].global_gain = stream.get_bits(8);
493 si.ch[ch].gr[0].scalefac_compress = stream.get_bits(9);
494 si.ch[ch].gr[0].window_switching_flag = stream.get_bits(1);
496 if ((si.ch[ch].gr[0].window_switching_flag) != 0) {
498 si.ch[ch].gr[0].block_type = stream.get_bits(2);
499 si.ch[ch].gr[0].mixed_block_flag = stream.get_bits(1);
500 si.ch[ch].gr[0].table_select[0] = stream.get_bits(5);
501 si.ch[ch].gr[0].table_select[1] = stream.get_bits(5);
503 si.ch[ch].gr[0].subblock_gain[0] = stream.get_bits(3);
504 si.ch[ch].gr[0].subblock_gain[1] = stream.get_bits(3);
505 si.ch[ch].gr[0].subblock_gain[2] = stream.get_bits(3);
507 // Set region_count parameters since they are implicit in this case.
509 if (si.ch[ch].gr[0].block_type == 0) {
510 // Side info bad: block_type == 0 in split block
512 } else if (si.ch[ch].gr[0].block_type == 2 && si.ch[ch].gr[0].mixed_block_flag == 0) {
513 si.ch[ch].gr[0].region0_count = 8;
515 si.ch[ch].gr[0].region0_count = 7;
516 si.ch[ch].gr[0].region1_count = 20 - si.ch[ch].gr[0].region0_count;
520 si.ch[ch].gr[0].table_select[0] = stream.get_bits(5);
521 si.ch[ch].gr[0].table_select[1] = stream.get_bits(5);
522 si.ch[ch].gr[0].table_select[2] = stream.get_bits(5);
523 si.ch[ch].gr[0].region0_count = stream.get_bits(4);
524 si.ch[ch].gr[0].region1_count = stream.get_bits(3);
525 si.ch[ch].gr[0].block_type = 0;
528 si.ch[ch].gr[0].scalefac_scale = stream.get_bits(1);
529 si.ch[ch].gr[0].count1table_select = stream.get_bits(1);
530 } // for(ch=0; ch<channels; ch++)
531 } // if (header.version() == MPEG1)
538 @LATTICE("THIS<IN,THISLOC=THIS,GLOBALLOC=IN")
539 private void get_scale_factors(@LOC("IN") int ch, @LOC("IN") int gr) {
540 @LOC("THIS,LayerIIIDecoder.GSF4") int sfb;
541 @LOC("THIS,LayerIIIDecoder.GSF5") int window;
542 @LOC("THIS,LayerIIIDecoder.GSF1") gr_info_s gr_info = (si.ch[ch].gr[gr]);
543 @LOC("THIS,LayerIIIDecoder.GSF2") int scale_comp = gr_info.scalefac_compress;
544 @LOC("THIS,LayerIIIDecoder.GSF3") int length0 = slen[0][scale_comp];
545 @LOC("THIS,LayerIIIDecoder.GSF3") int length1 = slen[1][scale_comp];
547 if ((gr_info.window_switching_flag != 0) && (gr_info.block_type == 2)) {
548 if ((gr_info.mixed_block_flag) != 0) { // MIXED
549 for (sfb = 0; sfb < 8; sfb++)
550 scalefac[ch].l[sfb] = br.hgetbits(slen[0][gr_info.scalefac_compress]);
551 for (sfb = 3; sfb < 6; sfb++)
552 for (window = 0; window < 3; window++)
553 scalefac[ch].s[window][sfb] = br.hgetbits(slen[0][gr_info.scalefac_compress]);
554 for (sfb = 6; sfb < 12; sfb++)
555 for (window = 0; window < 3; window++)
556 scalefac[ch].s[window][sfb] = br.hgetbits(slen[1][gr_info.scalefac_compress]);
557 for (sfb = 12, window = 0; window < 3; window++)
558 scalefac[ch].s[window][sfb] = 0;
562 scalefac[ch].s[0][0] = br.hgetbits(length0);
563 scalefac[ch].s[1][0] = br.hgetbits(length0);
564 scalefac[ch].s[2][0] = br.hgetbits(length0);
565 scalefac[ch].s[0][1] = br.hgetbits(length0);
566 scalefac[ch].s[1][1] = br.hgetbits(length0);
567 scalefac[ch].s[2][1] = br.hgetbits(length0);
568 scalefac[ch].s[0][2] = br.hgetbits(length0);
569 scalefac[ch].s[1][2] = br.hgetbits(length0);
570 scalefac[ch].s[2][2] = br.hgetbits(length0);
571 scalefac[ch].s[0][3] = br.hgetbits(length0);
572 scalefac[ch].s[1][3] = br.hgetbits(length0);
573 scalefac[ch].s[2][3] = br.hgetbits(length0);
574 scalefac[ch].s[0][4] = br.hgetbits(length0);
575 scalefac[ch].s[1][4] = br.hgetbits(length0);
576 scalefac[ch].s[2][4] = br.hgetbits(length0);
577 scalefac[ch].s[0][5] = br.hgetbits(length0);
578 scalefac[ch].s[1][5] = br.hgetbits(length0);
579 scalefac[ch].s[2][5] = br.hgetbits(length0);
580 scalefac[ch].s[0][6] = br.hgetbits(length1);
581 scalefac[ch].s[1][6] = br.hgetbits(length1);
582 scalefac[ch].s[2][6] = br.hgetbits(length1);
583 scalefac[ch].s[0][7] = br.hgetbits(length1);
584 scalefac[ch].s[1][7] = br.hgetbits(length1);
585 scalefac[ch].s[2][7] = br.hgetbits(length1);
586 scalefac[ch].s[0][8] = br.hgetbits(length1);
587 scalefac[ch].s[1][8] = br.hgetbits(length1);
588 scalefac[ch].s[2][8] = br.hgetbits(length1);
589 scalefac[ch].s[0][9] = br.hgetbits(length1);
590 scalefac[ch].s[1][9] = br.hgetbits(length1);
591 scalefac[ch].s[2][9] = br.hgetbits(length1);
592 scalefac[ch].s[0][10] = br.hgetbits(length1);
593 scalefac[ch].s[1][10] = br.hgetbits(length1);
594 scalefac[ch].s[2][10] = br.hgetbits(length1);
595 scalefac[ch].s[0][11] = br.hgetbits(length1);
596 scalefac[ch].s[1][11] = br.hgetbits(length1);
597 scalefac[ch].s[2][11] = br.hgetbits(length1);
598 scalefac[ch].s[0][12] = 0;
599 scalefac[ch].s[1][12] = 0;
600 scalefac[ch].s[2][12] = 0;
603 } else { // LONG types 0,1,3
605 if ((si.ch[ch].scfsi[0] == 0) || (gr == 0)) {
606 scalefac[ch].l[0] = br.hgetbits(length0);
607 scalefac[ch].l[1] = br.hgetbits(length0);
608 scalefac[ch].l[2] = br.hgetbits(length0);
609 scalefac[ch].l[3] = br.hgetbits(length0);
610 scalefac[ch].l[4] = br.hgetbits(length0);
611 scalefac[ch].l[5] = br.hgetbits(length0);
613 if ((si.ch[ch].scfsi[1] == 0) || (gr == 0)) {
614 scalefac[ch].l[6] = br.hgetbits(length0);
615 scalefac[ch].l[7] = br.hgetbits(length0);
616 scalefac[ch].l[8] = br.hgetbits(length0);
617 scalefac[ch].l[9] = br.hgetbits(length0);
618 scalefac[ch].l[10] = br.hgetbits(length0);
620 if ((si.ch[ch].scfsi[2] == 0) || (gr == 0)) {
621 scalefac[ch].l[11] = br.hgetbits(length1);
622 scalefac[ch].l[12] = br.hgetbits(length1);
623 scalefac[ch].l[13] = br.hgetbits(length1);
624 scalefac[ch].l[14] = br.hgetbits(length1);
625 scalefac[ch].l[15] = br.hgetbits(length1);
627 if ((si.ch[ch].scfsi[3] == 0) || (gr == 0)) {
628 scalefac[ch].l[16] = br.hgetbits(length1);
629 scalefac[ch].l[17] = br.hgetbits(length1);
630 scalefac[ch].l[18] = br.hgetbits(length1);
631 scalefac[ch].l[19] = br.hgetbits(length1);
632 scalefac[ch].l[20] = br.hgetbits(length1);
635 scalefac[ch].l[21] = 0;
636 scalefac[ch].l[22] = 0;
643 // MDM: new_slen is fully initialized before use, no need
644 // to reallocate array.
645 @LOC("NS") private final int[] new_slen = new int[4];
647 @LATTICE("THIS<IN,THIS<I,THIS<X,THIS<M,I*,X*,M*,THISLOC=THIS,GLOBALLOC=THIS")
648 private void get_LSF_scale_data(@LOC("IN") int ch, @LOC("IN") int gr) {
650 @LOC("THIS,LayerIIIDecoder.GLSFD2") int scalefac_comp;
651 @LOC("THIS,LayerIIIDecoder.GLSFD3") int int_scalefac_comp;
652 @LOC("IN") int mode_ext = header.mode_extension();
654 @LOC("THIS,LayerIIIDecoder.GLSFD4") int blocktypenumber;
655 @LOC("THIS,LayerIIIDecoder.GLSFD4") int blocknumber = 0;
657 @LOC("THIS,LayerIIIDecoder.GLSFD1") gr_info_s gr_info = (si.ch[ch].gr[gr]);
659 scalefac_comp = gr_info.scalefac_compress;
661 if (gr_info.block_type == 2) {
662 if (gr_info.mixed_block_flag == 0)
664 else if (gr_info.mixed_block_flag == 1)
672 if (!(((mode_ext == 1) || (mode_ext == 3)) && (ch == 1))) {
674 if (scalefac_comp < 400) {
676 new_slen[0] = (scalefac_comp >>> 4) / 5;
677 new_slen[1] = (scalefac_comp >>> 4) % 5;
678 new_slen[2] = (scalefac_comp & 0xF) >>> 2;
679 new_slen[3] = (scalefac_comp & 3);
680 si.ch[ch].gr[gr].preflag = 0;
683 } else if (scalefac_comp < 500) {
685 new_slen[0] = ((scalefac_comp - 400) >>> 2) / 5;
686 new_slen[1] = ((scalefac_comp - 400) >>> 2) % 5;
687 new_slen[2] = (scalefac_comp - 400) & 3;
689 si.ch[ch].gr[gr].preflag = 0;
692 } else if (scalefac_comp < 512) {
694 new_slen[0] = (scalefac_comp - 500) / 3;
695 new_slen[1] = (scalefac_comp - 500) % 3;
698 si.ch[ch].gr[gr].preflag = 1;
703 if ((((mode_ext == 1) || (mode_ext == 3)) && (ch == 1))) {
704 int_scalefac_comp = scalefac_comp >>> 1;
706 if (int_scalefac_comp < 180) {
707 new_slen[0] = int_scalefac_comp / 36;
708 new_slen[1] = (int_scalefac_comp % 36) / 6;
709 new_slen[2] = (int_scalefac_comp % 36) % 6;
711 si.ch[ch].gr[gr].preflag = 0;
713 } else if (int_scalefac_comp < 244) {
714 new_slen[0] = ((int_scalefac_comp - 180) & 0x3F) >>> 4;
715 new_slen[1] = ((int_scalefac_comp - 180) & 0xF) >>> 2;
716 new_slen[2] = (int_scalefac_comp - 180) & 3;
718 si.ch[ch].gr[gr].preflag = 0;
720 } else if (int_scalefac_comp < 255) {
721 new_slen[0] = (int_scalefac_comp - 244) / 3;
722 new_slen[1] = (int_scalefac_comp - 244) % 3;
725 si.ch[ch].gr[gr].preflag = 0;
730 for (@LOC("X") int x = 0; x < 45; x++)
732 scalefac_buffer[x] = 0;
735 for (@LOC("I") int i = 0; i < 4; i++) {
736 for (@LOC("THIS,LayerIIIDecoder.GLSFD5") int j = 0; j < nr_of_sfb_block[blocknumber][blocktypenumber][i]; j++) {
737 scalefac_buffer[m] = (new_slen[i] == 0) ? 0 : br.hgetbits(new_slen[i]);
740 } // for (unint32 j ...
741 } // for (uint32 i ...
747 @LATTICE("THIS<IN,THISLOC=THIS,GLOBALLOC=IN")
748 private void get_LSF_scale_factors(@LOC("IN") int ch, @LOC("IN") int gr) {
749 @LOC("THIS,LayerIIIDecoder.GLSFF4") int m = 0;
750 @LOC("THIS,LayerIIIDecoder.GLSFF2") int sfb;
751 @LOC("THIS,LayerIIIDecoder.GLSFF3") int window;
752 @LOC("THIS,LayerIIIDecoder.GLSFF1") gr_info_s gr_info = (si.ch[ch].gr[gr]);
754 get_LSF_scale_data(ch, gr);
756 if ((gr_info.window_switching_flag != 0) && (gr_info.block_type == 2)) {
757 if (gr_info.mixed_block_flag != 0) { // MIXED
758 for (sfb = 0; sfb < 8; sfb++) {
759 scalefac[ch].l[sfb] = scalefac_buffer[m];
762 for (sfb = 3; sfb < 12; sfb++) {
763 for (window = 0; window < 3; window++) {
764 scalefac[ch].s[window][sfb] = scalefac_buffer[m];
768 for (window = 0; window < 3; window++)
769 scalefac[ch].s[window][12] = 0;
773 for (sfb = 0; sfb < 12; sfb++) {
774 for (window = 0; window < 3; window++) {
775 scalefac[ch].s[window][sfb] = scalefac_buffer[m];
780 for (window = 0; window < 3; window++)
781 scalefac[ch].s[window][12] = 0;
783 } else { // LONG types 0,1,3
785 for (sfb = 0; sfb < 21; sfb++) {
786 scalefac[ch].l[sfb] = scalefac_buffer[m];
789 scalefac[ch].l[21] = 0; // Jeff
790 scalefac[ch].l[22] = 0;
797 @LOC("LY") int[] x = { 0 };
798 @LOC("F") int[] y = { 0 };
799 @LOC("LY") int[] v = { 0 };
800 @LOC("LY") int[] w = { 0 };
802 @LATTICE("H<I,I<R,R<B1,B1<B,B<THIS,THIS<IN,I*,THISLOC=THIS,GLOBALLOC=IN")
803 private void huffman_decode(int ch, int gr) {
809 @LOC("THIS,LayerIIIDecoder.HD1") int part2_3_end = part2_start + si.ch[ch].gr[gr].part2_3_length;
810 @LOC("THIS,LayerIIIDecoder.HD2") int num_bits;
811 @LOC("R") int region1Start;
812 @LOC("R") int region2Start;
813 @LOC("HD3") int index;
818 @LOC("H") huffcodetab h;
820 // Find region boundary for short block case
822 if (((si.ch[ch].gr[gr].window_switching_flag) != 0) && (si.ch[ch].gr[gr].block_type == 2)) {
825 // MS: Extrahandling for 8KHZ
826 region1Start = (sfreq == 8) ? 72 : 36; // sfb[9/3]*3=36 or in case 8KHZ =
828 region2Start = 576; // No Region2 for short block case
830 } else { // Find region boundary for long block case
832 buf = si.ch[ch].gr[gr].region0_count + 1;
833 buf1 = buf + si.ch[ch].gr[gr].region1_count + 1;
835 if (buf1 > sfBandIndex[sfreq].l.length - 1)
836 buf1 = sfBandIndex[sfreq].l.length - 1;
838 region1Start = sfBandIndex[sfreq].l[buf];
839 region2Start = sfBandIndex[sfreq].l[buf1]; /* MI */
843 // Read bigvalues area
844 for (@LOC("I") int i = 0; i < (si.ch[ch].gr[gr].big_values << 1); i += 2) {
845 if (i < region1Start)
846 h = huffcodetab.ht[si.ch[ch].gr[gr].table_select[0]];
847 else if (i < region2Start)
848 h = huffcodetab.ht[si.ch[ch].gr[gr].table_select[1]];
850 h = huffcodetab.ht[si.ch[ch].gr[gr].table_select[2]];
852 huffcodetab.huffman_decoder(h, x, y, v, w, br);
853 // if (index >= is_1d.length)
854 // System.out.println("i0="+i+"/"+(si.ch[ch].gr[gr].big_values<<1)+" Index="+index+" is_1d="+is_1d.length);
856 is_1d[index++] = x[0];
857 is_1d[index++] = y[0];
859 CheckSumHuff = CheckSumHuff + x[0] + y[0];
860 // System.out.println("x = "+x[0]+" y = "+y[0]);
864 h = huffcodetab.ht[si.ch[ch].gr[gr].count1table_select + 32];
865 num_bits = br.hsstell();
867 while ((num_bits < part2_3_end) && (index < 576)) {
869 huffcodetab.huffman_decoder(h, x, y, v, w, br);
871 is_1d[index++] = v[0];
872 is_1d[index++] = w[0];
873 is_1d[index++] = x[0];
874 is_1d[index++] = y[0];
875 CheckSumHuff = CheckSumHuff + v[0] + w[0] + x[0] + y[0];
876 // System.out.println("v = "+v[0]+" w = "+w[0]);
877 // System.out.println("x = "+x[0]+" y = "+y[0]);
878 num_bits = br.hsstell();
881 if (num_bits > part2_3_end) {
882 br.rewindNbits(num_bits - part2_3_end);
886 num_bits = br.hsstell();
888 // Dismiss stuffing bits
889 if (num_bits < part2_3_end)
890 br.hgetbits(part2_3_end - num_bits);
902 // may not be necessary
903 for (; index < 576; index++)
910 private void i_stereo_k_values(@LOC("IN") int is_pos, @LOC("IN") int io_type, @LOC("IN") int i) {
914 } else if ((is_pos & 1) != 0) {
915 k[0][i] = io[io_type][(is_pos + 1) >>> 1];
919 k[1][i] = io[io_type][is_pos >>> 1];
926 @LATTICE("OUT<QUO,QUO<REST,REST<IDX,IDX<VAR,VAR<CB,CB<J,CB<GR,GR<IN,J<IN,QUO*,REST*,IDX*,CB*,J*,THISLOC=IN,GLOBALLOC=IN")
927 private void dequantize_sample(@LOC("OUT") float xr[][], @LOC("IN") int ch, @LOC("IN") int gr) {
928 @LOC("GR") gr_info_s gr_info = (si.ch[ch].gr[gr]);
929 @LOC("CB") int cb = 0;
930 @LOC("CB") int next_cb_boundary;
931 @LOC("CB") int cb_begin = 0;
932 @LOC("CB") int cb_width = 0;
933 @LOC("IN") int index = 0;
934 @LOC("VAR") int t_index;
936 @LOC("VAR") float g_gain;
937 //float[][] xr_1d = xr;//substituted xr for instances of xr_1d to decrease number of areas
939 // choose correct scalefactor band per block type, initalize boundary
941 if ((gr_info.window_switching_flag != 0) && (gr_info.block_type == 2)) {
942 if (gr_info.mixed_block_flag != 0)
943 next_cb_boundary = sfBandIndex[sfreq].l[1]; // LONG blocks: 0,1,3
945 cb_width = sfBandIndex[sfreq].s[1];
946 next_cb_boundary = (cb_width << 2) - cb_width;
950 next_cb_boundary = sfBandIndex[sfreq].l[1]; // LONG blocks: 0,1,3
953 // Compute overall (global) scaling.
955 g_gain = (float) Math.pow(2.0, (0.25 * (gr_info.global_gain - 210.0)));
957 for (j = 0; j < nonzero[ch]; j++) {
958 // Modif E.B 02/22/99
959 @LOC("REST") int reste = j % SSLIMIT;
960 @LOC("QUO") int quotien = (int) ((j - reste) / SSLIMIT);
962 xr[quotien][reste] = 0.0f;
964 @LOC("VAR") int abv = is_1d[j];
965 // Pow Array fix (11/17/04)
966 if (abv < t_43.length) {
968 xr[quotien][reste] = g_gain * t_43[abv];
970 if (-abv < t_43.length)
971 xr[quotien][reste] = -g_gain * t_43[-abv];
973 xr[quotien][reste] = -g_gain * (float) Math.pow(-abv, d43);
977 xr[quotien][reste] = g_gain * (float) Math.pow(abv, d43);
979 xr[quotien][reste] = -g_gain * (float) Math.pow(-abv, d43);
984 // apply formula per block type
985 for (j = 0; j < nonzero[ch]; j++) {
986 // Modif E.B 02/22/99
987 @LOC("REST") int reste = j % SSLIMIT;
988 @LOC("QUO") int quotien = (int) ((j - reste) / SSLIMIT);
990 if (index == next_cb_boundary) { /* Adjust critical band boundary */
991 if ((gr_info.window_switching_flag != 0) && (gr_info.block_type == 2)) {
992 if (gr_info.mixed_block_flag != 0) {
994 if (index == sfBandIndex[sfreq].l[8]) {
995 next_cb_boundary = sfBandIndex[sfreq].s[4];
996 next_cb_boundary = (next_cb_boundary << 2) - next_cb_boundary;
998 cb_width = sfBandIndex[sfreq].s[4] - sfBandIndex[sfreq].s[3];
1000 cb_begin = sfBandIndex[sfreq].s[3];
1001 cb_begin = (cb_begin << 2) - cb_begin;
1003 } else if (index < sfBandIndex[sfreq].l[8]) {
1005 next_cb_boundary = sfBandIndex[sfreq].l[(++cb) + 1];
1009 next_cb_boundary = sfBandIndex[sfreq].s[(++cb) + 1];
1010 next_cb_boundary = (next_cb_boundary << 2) - next_cb_boundary;
1012 cb_begin = sfBandIndex[sfreq].s[cb];
1013 cb_width = sfBandIndex[sfreq].s[cb + 1] - cb_begin;
1014 cb_begin = (cb_begin << 2) - cb_begin;
1019 next_cb_boundary = sfBandIndex[sfreq].s[(++cb) + 1];
1020 next_cb_boundary = (next_cb_boundary << 2) - next_cb_boundary;
1022 cb_begin = sfBandIndex[sfreq].s[cb];
1023 cb_width = sfBandIndex[sfreq].s[cb + 1] - cb_begin;
1024 cb_begin = (cb_begin << 2) - cb_begin;
1027 } else { // long blocks
1029 next_cb_boundary = sfBandIndex[sfreq].l[(++cb) + 1];
1034 // Do long/short dependent scaling operations
1036 if ((gr_info.window_switching_flag != 0)
1037 && (((gr_info.block_type == 2) && (gr_info.mixed_block_flag == 0)) || ((gr_info.block_type == 2)
1038 && (gr_info.mixed_block_flag != 0) && (j >= 36)))) {
1040 t_index = (index - cb_begin) / cb_width;
1042 * xr[sb][ss] *= pow(2.0, ((-2.0 * gr_info.subblock_gain[t_index]) -(0.5
1043 * * (1.0 + gr_info.scalefac_scale) scalefac[ch].s[t_index][cb])));
1045 @LOC("IDX") int idx = scalefac[ch].s[t_index][cb] << gr_info.scalefac_scale;
1046 idx += (gr_info.subblock_gain[t_index] << 2);
1048 xr[quotien][reste] *= two_to_negative_half_pow[idx];
1050 } else { // LONG block types 0,1,3 & 1st 2 subbands of switched blocks
1052 * xr[sb][ss] *= pow(2.0, -0.5 * (1.0+gr_info.scalefac_scale)
1053 * (scalefac[ch].l[cb] + gr_info.preflag * pretab[cb]));
1055 @LOC("IDX") int idx = scalefac[ch].l[cb];
1057 if (gr_info.preflag != 0)
1060 idx = idx << gr_info.scalefac_scale;
1061 xr[quotien][reste] *= two_to_negative_half_pow[idx];
1066 for (j = nonzero[ch]; j < 576; j++) {
1067 // Modif E.B 02/22/99
1068 @LOC("REST") int reste = j % SSLIMIT;
1069 @LOC("QUO") int quotien = (int) ((j - reste) / SSLIMIT);
1074 xr[quotien][reste] = 0.0f;
1083 @LATTICE("THIS<I,I<GR,GR<IN,I*,THISLOC=THIS,GLOBALLOC=IN")
1084 private void reorder(@LOC("IN") float xr[][], @LOC("IN") int ch, @LOC("IN") int gr) {
1085 // the purpose of reordering: move 'short samples' back to their original position
1086 // after reorder, the samples are no long ordered by frequency
1088 // the format of input data to reorder:
1089 // three small chunks of 192 samples each are combined to 576 samples ordered by frequency
1091 @LOC("GR") gr_info_s gr_info = (si.ch[ch].gr[gr]);
1092 @LOC("THIS,LayerIIIDecoder.RO6") int freq;
1093 @LOC("THIS,LayerIIIDecoder.RO5") int freq3;
1094 @LOC("I") int index;
1095 @LOC("THIS,LayerIIIDecoder.RO9") int sfb;
1096 @LOC("THIS,LayerIIIDecoder.RO8") int sfb_start;
1097 @LOC("THIS,LayerIIIDecoder.RO7") int sfb_lines;
1098 @LOC("THIS,LayerIIIDecoder.RO4") int src_line;
1099 @LOC("THIS,LayerIIIDecoder.RO1") int des_line;
1100 //float[][] xr_1d = xr; subbed in xr for xr_1d so as not to create extra areas
1102 if ((gr_info.window_switching_flag != 0) && (gr_info.block_type == 2)) {
1104 for (index = 0; index < 576; index++)
1105 out_1d[index] = 0.0f;
1107 if (gr_info.mixed_block_flag != 0) {
1108 // NO REORDER FOR LOW 2 SUBBANDS
1109 for (index = 0; index < 36; index++) {
1110 // Modif E.B 02/22/99
1111 @LOC("THIS,LayerIIIDecoder.RO3") int reste = index % SSLIMIT;
1112 @LOC("THIS,LayerIIIDecoder.RO2") int quotien = (int) ((index - reste) / SSLIMIT);
1113 out_1d[index] = xr[quotien][reste];
1115 // REORDERING FOR REST SWITCHED SHORT
1117 * for( sfb=3,sfb_start=sfBandIndex[sfreq].s[3],
1118 * sfb_lines=sfBandIndex[sfreq].s[4] - sfb_start; sfb < 13;
1119 * sfb++,sfb_start = sfBandIndex[sfreq].s[sfb], sfb_lines =
1120 * sfBandIndex[sfreq].s[sfb+1] - sfb_start ) {
1122 for (sfb = 3; sfb < 13; sfb++) {
1123 // System.out.println("sfreq="+sfreq+" sfb="+sfb+" sfBandIndex="+sfBandIndex.length+" sfBandIndex[sfreq].s="+sfBandIndex[sfreq].s.length);
1124 sfb_start = sfBandIndex[sfreq].s[sfb];
1125 sfb_lines = sfBandIndex[sfreq].s[sfb + 1] - sfb_start;
1127 @LOC("THIS,LayerIIIDecoder.RO7") int sfb_start3 = (sfb_start << 2) - sfb_start;
1129 for (freq = 0, freq3 = 0; freq < sfb_lines; freq++, freq3 += 3) {
1131 src_line = sfb_start3 + freq;
1132 des_line = sfb_start3 + freq3;
1133 // Modif E.B 02/22/99
1134 @LOC("THIS,LayerIIIDecoder.RO3") int reste = src_line % SSLIMIT;
1135 @LOC("THIS,LayerIIIDecoder.RO2") int quotien = (int) ((src_line - reste) / SSLIMIT);
1137 out_1d[des_line] = xr[quotien][reste];
1138 src_line += sfb_lines;
1141 reste = src_line % SSLIMIT;
1142 quotien = (int) ((src_line - reste) / SSLIMIT);
1144 out_1d[des_line] = xr[quotien][reste];
1145 src_line += sfb_lines;
1148 reste = src_line % SSLIMIT;
1149 quotien = (int) ((src_line - reste) / SSLIMIT);
1151 out_1d[des_line] = xr[quotien][reste];
1155 } else { // pure short
1156 for (index = 0; index < 576; index++) {
1157 @LOC("THIS,LayerIIIDecoder.RO8") int j = reorder_table[sfreq][index];
1158 @LOC("THIS,LayerIIIDecoder.RO3") int reste = j % SSLIMIT;
1159 @LOC("THIS,LayerIIIDecoder.RO2") int quotien = (int) ((j - reste) / SSLIMIT);
1160 out_1d[index] = xr[quotien][reste];
1163 } else { // long blocks
1164 for (index = 0; index < 576; index++) {
1165 // Modif E.B 02/22/99
1166 @LOC("THIS,LayerIIIDecoder.RO3") int reste = index % SSLIMIT;
1167 @LOC("THIS,LayerIIIDecoder.RO2") int quotien = (int) ((index - reste) / SSLIMIT);
1168 out_1d[index] = xr[quotien][reste];
1177 @LOC("IP") int[] is_pos = new int[576];
1178 @LOC("IR") float[] is_ratio = new float[576];
1180 @LATTICE("IO<THIS,THIS<IN,THISLOC=THIS,GLOBALLOC=IN")
1181 private void stereo(@LOC("IN") int gr) {
1185 if (channels == 1) { // mono , bypass xr[0][][] to lr[0][][]
1187 for (sb = 0; sb < SBLIMIT; sb++)
1188 for (ss = 0; ss < SSLIMIT; ss += 3) {
1189 lr[0][sb][ss] = ro[0][sb][ss];
1190 lr[0][sb][ss + 1] = ro[0][sb][ss + 1];
1191 lr[0][sb][ss + 2] = ro[0][sb][ss + 2];
1196 @LOC("THIS,LayerIIIDecoder.ME") gr_info_s gr_info = (si.ch[0].gr[gr]);
1197 @LOC("THIS,LayerIIIDecoder.ME") int mode_ext = header.mode_extension();
1198 @LOC("THIS,LayerIIIDecoder.SH") int sfb;
1199 @LOC("THIS,LayerIIIDecoder.SH") int i;
1200 @LOC("THIS,LayerIIIDecoder.SH") int lines;
1201 @LOC("THIS,LayerIIIDecoder.SH") int temp;
1202 @LOC("THIS,LayerIIIDecoder.TMP2") int temp2;
1204 @LOC("THIS,LayerIIIDecoder.S") boolean ms_stereo = ((header.mode() == Header.JOINT_STEREO) && ((mode_ext & 0x2) != 0));
1205 @LOC("THIS,LayerIIIDecoder.S") boolean i_stereo = ((header.mode() == Header.JOINT_STEREO) && ((mode_ext & 0x1) != 0));
1206 @LOC("THIS,LayerIIIDecoder.LSF") boolean lsf =
1207 ((header.version() == Header.MPEG2_LSF || header.version() == Header.MPEG25_LSF)); // SZD
1209 @LOC("IO") int io_type = (gr_info.scalefac_compress & 1);
1213 for (i = 0; i < 576; i++) {
1220 if ((gr_info.window_switching_flag != 0) && (gr_info.block_type == 2)) {
1221 if (gr_info.mixed_block_flag != 0) {
1223 @LOC("THIS,LayerIIIDecoder.SH") int max_sfb = 0;
1225 for (@LOC("THIS,LayerIIIDecoder.J") int j = 0; j < 3; j++) {
1226 @LOC("THIS,LayerIIIDecoder.SH") int sfbcnt;
1228 for (sfb = 12; sfb >= 3; sfb--) {
1229 i = sfBandIndex[sfreq].s[sfb];
1230 lines = sfBandIndex[sfreq].s[sfb + 1] - i;
1231 i = (i << 2) - i + (j + 1) * lines - 1;
1234 if (ro[1][i / 18][i % 18] != 0.0f) {
1235 // MDM: in java, array access is very slow.
1236 // Is quicker to compute div and mod values.
1237 // if (ro[1][ss_div[i]][ss_mod[i]] != 0.0f) {
1246 } // while (lines > 0)
1248 } // for (sfb=12 ...
1255 temp = sfBandIndex[sfreq].s[sfb];
1256 sb = sfBandIndex[sfreq].s[sfb + 1] - temp;
1257 i = (temp << 2) - temp + j * sb;
1259 for (; sb > 0; sb--) {
1260 is_pos[i] = scalefac[1].s[j][sfb];
1263 i_stereo_k_values(is_pos[i], io_type, i);
1265 is_ratio[i] = TAN12[is_pos[i]];
1270 } // while (sfb < 12)
1271 sfb = sfBandIndex[sfreq].s[10];
1272 sb = sfBandIndex[sfreq].s[11] - sfb;
1273 sfb = (sfb << 2) - sfb + j * sb;
1274 temp = sfBandIndex[sfreq].s[11];
1275 sb = sfBandIndex[sfreq].s[12] - temp;
1276 i = (temp << 2) - temp + j * sb;
1278 for (; sb > 0; sb--) {
1279 is_pos[i] = is_pos[sfb];
1282 k[0][i] = k[0][sfb];
1283 k[1][i] = k[1][sfb];
1285 is_ratio[i] = is_ratio[sfb];
1288 } // for (; sb > 0 ...
1295 if (ro[1][i][ss] != 0.0f) {
1296 sb = (i << 4) + (i << 1) + ss;
1307 while (sfBandIndex[sfreq].l[i] <= sb)
1310 i = sfBandIndex[sfreq].l[i];
1311 for (; sfb < 8; sfb++) {
1312 sb = sfBandIndex[sfreq].l[sfb + 1] - sfBandIndex[sfreq].l[sfb];
1313 for (; sb > 0; sb--) {
1314 is_pos[i] = scalefac[1].l[sfb];
1317 i_stereo_k_values(is_pos[i], io_type, i);
1319 is_ratio[i] = TAN12[is_pos[i]];
1321 } // for (; sb>0 ...
1322 } // for (; sfb<8 ...
1324 } else { // if (gr_info.mixed_block_flag)
1325 for (@LOC("THIS,LayerIIIDecoder.J") int j = 0; j < 3; j++) {
1326 @LOC("THIS,LayerIIIDecoder.SH") int sfbcnt;
1328 for (sfb = 12; sfb >= 0; sfb--) {
1329 temp = sfBandIndex[sfreq].s[sfb];
1330 lines = sfBandIndex[sfreq].s[sfb + 1] - temp;
1331 i = (temp << 2) - temp + (j + 1) * lines - 1;
1334 if (ro[1][i / 18][i % 18] != 0.0f) {
1335 // MDM: in java, array access is very slow.
1336 // Is quicker to compute div and mod values.
1337 // if (ro[1][ss_div[i]][ss_mod[i]] != 0.0f) {
1344 } // while (lines > 0) */
1346 } // for (sfb=12 ...
1349 temp = sfBandIndex[sfreq].s[sfb];
1350 sb = sfBandIndex[sfreq].s[sfb + 1] - temp;
1351 i = (temp << 2) - temp + j * sb;
1352 for (; sb > 0; sb--) {
1353 is_pos[i] = scalefac[1].s[j][sfb];
1356 i_stereo_k_values(is_pos[i], io_type, i);
1358 is_ratio[i] = TAN12[is_pos[i]];
1360 } // for (; sb>0 ...
1364 temp = sfBandIndex[sfreq].s[10];
1365 temp2 = sfBandIndex[sfreq].s[11];
1367 sfb = (temp << 2) - temp + j * sb;
1368 sb = sfBandIndex[sfreq].s[12] - temp2;
1369 i = (temp2 << 2) - temp2 + j * sb;
1371 for (; sb > 0; sb--) {
1372 is_pos[i] = is_pos[sfb];
1375 k[0][i] = k[0][sfb];
1376 k[1][i] = k[1][sfb];
1378 is_ratio[i] = is_ratio[sfb];
1381 } // for (; sb>0 ...
1384 } else { // if (gr_info.window_switching_flag ...
1389 if (ro[1][i][ss] != 0.0f) {
1390 sb = (i << 4) + (i << 1) + ss;
1401 while (sfBandIndex[sfreq].l[i] <= sb)
1405 i = sfBandIndex[sfreq].l[i];
1406 for (; sfb < 21; sfb++) {
1407 sb = sfBandIndex[sfreq].l[sfb + 1] - sfBandIndex[sfreq].l[sfb];
1408 for (; sb > 0; sb--) {
1409 is_pos[i] = scalefac[1].l[sfb];
1412 i_stereo_k_values(is_pos[i], io_type, i);
1414 is_ratio[i] = TAN12[is_pos[i]];
1418 sfb = sfBandIndex[sfreq].l[20];
1419 for (sb = 576 - sfBandIndex[sfreq].l[21]; (sb > 0) && (i < 576); sb--) {
1420 is_pos[i] = is_pos[sfb]; // error here : i >=576
1423 k[0][i] = k[0][sfb];
1424 k[1][i] = k[1][sfb];
1426 is_ratio[i] = is_ratio[sfb];
1429 } // if (gr_info.mixed_block_flag)
1430 } // if (gr_info.window_switching_flag ...
1434 for (sb = 0; sb < SBLIMIT; sb++)
1435 for (ss = 0; ss < SSLIMIT; ss++) {
1436 if (is_pos[i] == 7) {
1438 lr[0][sb][ss] = (ro[0][sb][ss] + ro[1][sb][ss]) * 0.707106781f;
1439 lr[1][sb][ss] = (ro[0][sb][ss] - ro[1][sb][ss]) * 0.707106781f;
1441 lr[0][sb][ss] = ro[0][sb][ss];
1442 lr[1][sb][ss] = ro[1][sb][ss];
1444 } else if (i_stereo) {
1447 lr[0][sb][ss] = ro[0][sb][ss] * k[0][i];
1448 lr[1][sb][ss] = ro[0][sb][ss] * k[1][i];
1450 lr[1][sb][ss] = ro[0][sb][ss] / (float) (1 + is_ratio[i]);
1451 lr[0][sb][ss] = lr[1][sb][ss] * is_ratio[i];
1455 * else { System.out.println("Error in stereo processing\n"); }
1467 @LATTICE("THIS<SRC<SS,SS<SB18,SB18<SB18LIM,SB18LIM<GR,GR<IN,SB18*,SS*,THISLOC=THIS")
1468 private void antialias(@LOC("IN") int ch, @LOC("IN") int gr) {
1469 @LOC("SB18") int sb18;
1471 @LOC("SB18LIM") int sb18lim;
1472 @LOC("GR") gr_info_s gr_info = (si.ch[ch].gr[gr]);
1473 // 31 alias-reduction operations between each pair of sub-bands
1474 // with 8 butterflies between each pair
1476 if ((gr_info.window_switching_flag != 0) && (gr_info.block_type == 2)
1477 && !(gr_info.mixed_block_flag != 0))
1480 if ((gr_info.window_switching_flag != 0) && (gr_info.mixed_block_flag != 0)
1481 && (gr_info.block_type == 2)) {
1487 for (sb18 = 0; sb18 < sb18lim; sb18 += 18) {
1488 for (ss = 0; ss < 8; ss++) {
1489 @LOC("SRC") int src_idx1 = sb18 + 17 - ss;
1490 @LOC("SRC") int src_idx2 = sb18 + 18 + ss;
1491 @LOC("THIS,LayerIIIDecoder.O") float bu = out_1d[src_idx1];
1492 @LOC("THIS,LayerIIIDecoder.0") float bd = out_1d[src_idx2];
1493 out_1d[src_idx1] = (bu * cs[ss]) - (bd * ca[ss]);
1494 out_1d[src_idx2] = (bd * cs[ss]) + (bu * ca[ss]);
1503 // MDM: tsOutCopy and rawout do not need initializing, so the arrays
1505 @LOC("TS") float[] tsOutCopy = new float[18];
1506 @LOC("RAW") float[] rawout = new float[36];
1508 @LATTICE("THIS<SB,THIS<SH,SH<IN,IN<GLOBAL,SB*,SH*,THISLOC=THIS,GLOBALLOC=GLOBAL")
1509 private void hybrid(@LOC("IN") int ch, @LOC("IN") int gr) {
1510 @LOC("THIS,LayerIIIDecoder.BT") int bt;
1511 @LOC("SB") int sb18;
1512 @LOC("THIS,LayerIIIDecoder.GR") gr_info_s gr_info = (si.ch[ch].gr[gr]);
1513 @LOC("THIS,LayerIIIDecoder.TS") float[] tsOut;
1517 for (sb18 = 0; sb18 < 576; sb18 += 18) {
1519 ((gr_info.window_switching_flag != 0) && (gr_info.mixed_block_flag != 0) && (sb18 < 36))
1520 ? 0 : gr_info.block_type;
1523 // Modif E.B 02/22/99
1524 for (@LOC("SH") int cc = 0; cc < 18; cc++)
1525 tsOutCopy[cc] = tsOut[cc + sb18];
1527 inv_mdct(tsOutCopy, rawout, bt);
1529 for (@LOC("SH") int cc = 0; cc < 18; cc++)
1530 tsOut[cc + sb18] = tsOutCopy[cc];
1534 //prvblk = prevblck; //eliminated unnecessary areas
1536 tsOut[0 + sb18] = rawout[0] + prevblck[ch][sb18 + 0];
1537 prevblck[ch][sb18 + 0] = rawout[18];
1538 tsOut[1 + sb18] = rawout[1] + prevblck[ch][sb18 + 1];
1539 prevblck[ch][sb18 + 1] = rawout[19];
1540 tsOut[2 + sb18] = rawout[2] + prevblck[ch][sb18 + 2];
1541 prevblck[ch][sb18 + 2] = rawout[20];
1542 tsOut[3 + sb18] = rawout[3] + prevblck[ch][sb18 + 3];
1543 prevblck[ch][sb18 + 3] = rawout[21];
1544 tsOut[4 + sb18] = rawout[4] + prevblck[ch][sb18 + 4];
1545 prevblck[ch][sb18 + 4] = rawout[22];
1546 tsOut[5 + sb18] = rawout[5] + prevblck[ch][sb18 + 5];
1547 prevblck[ch][sb18 + 5] = rawout[23];
1548 tsOut[6 + sb18] = rawout[6] + prevblck[ch][sb18 + 6];
1549 prevblck[ch][sb18 + 6] = rawout[24];
1550 tsOut[7 + sb18] = rawout[7] + prevblck[ch][sb18 + 7];
1551 prevblck[ch][sb18 + 7] = rawout[25];
1552 tsOut[8 + sb18] = rawout[8] + prevblck[ch][sb18 + 8];
1553 prevblck[ch][sb18 + 8] = rawout[26];
1554 tsOut[9 + sb18] = rawout[9] + prevblck[ch][sb18 + 9];
1555 prevblck[ch][sb18 + 9] = rawout[27];
1556 tsOut[10 + sb18] = rawout[10] + prevblck[ch][sb18 + 10];
1557 prevblck[ch][sb18 + 10] = rawout[28];
1558 tsOut[11 + sb18] = rawout[11] + prevblck[ch][sb18 + 11];
1559 prevblck[ch][sb18 + 11] = rawout[29];
1560 tsOut[12 + sb18] = rawout[12] + prevblck[ch][sb18 + 12];
1561 prevblck[ch][sb18 + 12] = rawout[30];
1562 tsOut[13 + sb18] = rawout[13] + prevblck[ch][sb18 + 13];
1563 prevblck[ch][sb18 + 13] = rawout[31];
1564 tsOut[14 + sb18] = rawout[14] + prevblck[ch][sb18 + 14];
1565 prevblck[ch][sb18 + 14] = rawout[32];
1566 tsOut[15 + sb18] = rawout[15] + prevblck[ch][sb18 + 15];
1567 prevblck[ch][sb18 + 15] = rawout[33];
1568 tsOut[16 + sb18] = rawout[16] + prevblck[ch][sb18 + 16];
1569 prevblck[ch][sb18 + 16] = rawout[34];
1570 tsOut[17 + sb18] = rawout[17] + prevblck[ch][sb18 + 17];
1571 prevblck[ch][sb18 + 17] = rawout[35];
1578 @LATTICE("THIS<SB,THIS<SS,SB<GLOBAL,SS<GLOBAL,SS*,SB*,THISLOC=THIS,GLOBALLOC=GLOBAL")
1579 private void do_downmix() {
1580 for (@LOC("SB") int sb = 0; sb < SSLIMIT; sb++) {
1581 for (@LOC("SS") int ss = 0; ss < SSLIMIT; ss += 3) {
1582 lr[0][sb][ss] = (lr[0][sb][ss] + lr[1][sb][ss]) * 0.5f;
1583 lr[0][sb][ss + 1] = (lr[0][sb][ss + 1] + lr[1][sb][ss + 1]) * 0.5f;
1584 lr[0][sb][ss + 2] = (lr[0][sb][ss + 2] + lr[1][sb][ss + 2]) * 0.5f;
1592 @LATTICE("OUT<6I,OUT<TMPF,TMPF<EO,EO<TMP,TMP<SUM,TMP<IIP,IIP<I00,I00<SH,SUM<PP,PP<SH,SH<I,I<IN,TMPF*,SH*,I*,6I*,GLOBALLOC=IN")
1593 public void inv_mdct(@LOC("SH") float[] in, @LOC("OUT") float[] out, @LOC("IN") int block_type) {
1597 @LOC("TMPF") float tmpf_0;
1598 @LOC("TMPF") float tmpf_1;
1599 @LOC("TMPF") float tmpf_2;
1600 @LOC("TMPF") float tmpf_3;
1601 @LOC("TMPF") float tmpf_4;
1602 @LOC("TMPF") float tmpf_5;
1603 @LOC("TMPF") float tmpf_6;
1604 @LOC("TMPF") float tmpf_7;
1605 @LOC("TMPF") float tmpf_8;
1606 @LOC("TMPF") float tmpf_9;
1607 @LOC("TMPF") float tmpf_10;
1608 @LOC("TMPF") float tmpf_11;
1609 @LOC("TMPF") float tmpf_12;
1610 @LOC("TMPF") float tmpf_13;
1611 @LOC("TMPF") float tmpf_14;
1612 @LOC("TMPF") float tmpf_15;
1613 @LOC("TMPF") float tmpf_16;
1614 @LOC("TMPF") float tmpf_17;
1631 tmpf_15 = tmpf_16 = tmpf_17 = 0.0f;
1633 if (block_type == 2) {
1637 * Under MicrosoftVM 2922, This causes a GPF, or At best, an
1638 * ArrayIndexOutOfBoundsExceptin. for(int p=0;p<36;p+=9) { out[p] =
1639 * out[p+1] = out[p+2] = out[p+3] = out[p+4] = out[p+5] = out[p+6] =
1640 * out[p+7] = out[p+8] = 0.0f; }
1679 @LOC("6I") int six_i = 0;
1681 for (i = 0; i < 3; i++) {
1683 // Begin 12 point IDCT
1684 // Input aliasing for 12 pt IDCT
1685 in[15 + i] += in[12 + i];
1686 in[12 + i] += in[9 + i];
1687 in[9 + i] += in[6 + i];
1688 in[6 + i] += in[3 + i];
1689 in[3 + i] += in[0 + i];
1691 // Input aliasing on odd indices (for 6 point IDCT)
1692 in[15 + i] += in[9 + i];
1693 in[9 + i] += in[3 + i];
1695 // 3 point IDCT on even indices
1696 @LOC("PP") float pp1;
1697 @LOC("PP") float pp2;
1698 @LOC("SUM") float sum;
1699 pp2 = in[12 + i] * 0.500000000f;
1700 pp1 = in[6 + i] * 0.866025403f;
1701 sum = in[0 + i] + pp2;
1702 tmpf_1 = in[0 + i] - in[12 + i];
1706 // End 3 point IDCT on even indices
1707 // 3 point IDCT on odd indices (for 6 point IDCT)
1708 pp2 = in[15 + i] * 0.500000000f;
1709 pp1 = in[9 + i] * 0.866025403f;
1710 sum = in[3 + i] + pp2;
1711 tmpf_4 = in[3 + i] - in[15 + i];
1714 // End 3 point IDCT on odd indices
1715 // Twiddle factors on odd indices (for 6 point IDCT)
1717 tmpf_3 *= 1.931851653f;
1718 tmpf_4 *= 0.707106781f;
1719 tmpf_5 *= 0.517638090f;
1721 // Output butterflies on 2 3 point IDCT's (for 6 point IDCT)
1722 @LOC("SH") float save = tmpf_0;
1724 tmpf_5 = save - tmpf_5;
1727 tmpf_4 = save - tmpf_4;
1730 tmpf_3 = save - tmpf_3;
1733 // Twiddle factors on indices (for 12 point IDCT)
1735 tmpf_0 *= 0.504314480f;
1736 tmpf_1 *= 0.541196100f;
1737 tmpf_2 *= 0.630236207f;
1738 tmpf_3 *= 0.821339815f;
1739 tmpf_4 *= 1.306562965f;
1740 tmpf_5 *= 3.830648788f;
1742 // End 12 point IDCT
1744 // Shift to 12 point modified IDCT, multiply by window type 2
1745 tmpf_8 = -tmpf_0 * 0.793353340f;
1746 tmpf_9 = -tmpf_0 * 0.608761429f;
1747 tmpf_7 = -tmpf_1 * 0.923879532f;
1748 tmpf_10 = -tmpf_1 * 0.382683432f;
1749 tmpf_6 = -tmpf_2 * 0.991444861f;
1750 tmpf_11 = -tmpf_2 * 0.130526192f;
1753 tmpf_1 = tmpf_4 * 0.382683432f;
1754 tmpf_2 = tmpf_5 * 0.608761429f;
1756 tmpf_3 = -tmpf_5 * 0.793353340f;
1757 tmpf_4 = -tmpf_4 * 0.923879532f;
1758 tmpf_5 = -tmpf_0 * 0.991444861f;
1760 tmpf_0 *= 0.130526192f;
1762 out[six_i + 6] += tmpf_0;
1763 out[six_i + 7] += tmpf_1;
1764 out[six_i + 8] += tmpf_2;
1765 out[six_i + 9] += tmpf_3;
1766 out[six_i + 10] += tmpf_4;
1767 out[six_i + 11] += tmpf_5;
1768 out[six_i + 12] += tmpf_6;
1769 out[six_i + 13] += tmpf_7;
1770 out[six_i + 14] += tmpf_8;
1771 out[six_i + 15] += tmpf_9;
1772 out[six_i + 16] += tmpf_10;
1773 out[six_i + 17] += tmpf_11;
1779 // input aliasing for 36 point IDCT
1798 // 18 point IDCT for odd indices
1799 // input aliasing for 18 point IDCT
1809 @LOC("TMP") float tmp0;
1810 @LOC("TMP") float tmp1;
1811 @LOC("TMP") float tmp2;
1812 @LOC("TMP") float tmp3;
1813 @LOC("TMP") float tmp4;
1814 @LOC("TMP") float tmp0_;
1815 @LOC("TMP") float tmp1_;
1816 @LOC("TMP") float tmp2_;
1817 @LOC("TMP") float tmp3_;
1818 @LOC("TMP") float tmp0o;
1819 @LOC("TMP") float tmp1o;
1820 @LOC("TMP") float tmp2o;
1821 @LOC("TMP") float tmp3o;
1822 @LOC("TMP") float tmp4o;
1823 @LOC("TMP") float tmp0_o;
1824 @LOC("TMP") float tmp1_o;
1825 @LOC("TMP") float tmp2_o;
1826 @LOC("TMP") float tmp3_o;
1828 // Fast 9 Point Inverse Discrete Cosine Transform
1830 // By Francois-Raymond Boyer
1831 // mailto:boyerf@iro.umontreal.ca
1832 // http://www.iro.umontreal.ca/~boyerf
1834 // The code has been optimized for Intel processors
1835 // (takes a lot of time to convert float to and from iternal FPU
1838 // It is a simple "factorization" of the IDCT matrix.
1840 // 9 point IDCT on even indices
1842 // 5 points on odd indices (not realy an IDCT)
1843 @LOC("I00") float i00 = in[0] + in[0];
1844 @LOC("IIP") float iip12 = i00 + in[12];
1847 iip12 + in[4] * 1.8793852415718f + in[8] * 1.532088886238f + in[16] * 0.34729635533386f;
1848 tmp1 = i00 + in[4] - in[8] - in[12] - in[12] - in[16];
1850 iip12 - in[4] * 0.34729635533386f - in[8] * 1.8793852415718f + in[16] * 1.532088886238f;
1852 iip12 - in[4] * 1.532088886238f + in[8] * 0.34729635533386f - in[16] * 1.8793852415718f;
1853 tmp4 = in[0] - in[4] + in[8] - in[12] + in[16];
1855 // 4 points on even indices
1856 @LOC("I00") float i66_ = in[6] * 1.732050808f; // Sqrt[3]
1859 in[2] * 1.9696155060244f + i66_ + in[10] * 1.2855752193731f + in[14] * 0.68404028665134f;
1860 tmp1_ = (in[2] - in[10] - in[14]) * 1.732050808f;
1862 in[2] * 1.2855752193731f - i66_ - in[10] * 0.68404028665134f + in[14] * 1.9696155060244f;
1864 in[2] * 0.68404028665134f - i66_ + in[10] * 1.9696155060244f - in[14] * 1.2855752193731f;
1866 // 9 point IDCT on odd indices
1867 // 5 points on odd indices (not realy an IDCT)
1868 @LOC("I00") float i0 = in[0 + 1] + in[0 + 1];
1869 @LOC("IIP") float i0p12 = i0 + in[12 + 1];
1872 i0p12 + in[4 + 1] * 1.8793852415718f + in[8 + 1] * 1.532088886238f + in[16 + 1]
1873 * 0.34729635533386f;
1874 tmp1o = i0 + in[4 + 1] - in[8 + 1] - in[12 + 1] - in[12 + 1] - in[16 + 1];
1876 i0p12 - in[4 + 1] * 0.34729635533386f - in[8 + 1] * 1.8793852415718f + in[16 + 1]
1879 i0p12 - in[4 + 1] * 1.532088886238f + in[8 + 1] * 0.34729635533386f - in[16 + 1]
1881 tmp4o = (in[0 + 1] - in[4 + 1] + in[8 + 1] - in[12 + 1] + in[16 + 1]) * 0.707106781f; // Twiddled
1883 // 4 points on even indices
1884 @LOC("I00") float i6_ = in[6 + 1] * 1.732050808f; // Sqrt[3]
1887 in[2 + 1] * 1.9696155060244f + i6_ + in[10 + 1] * 1.2855752193731f + in[14 + 1]
1888 * 0.68404028665134f;
1889 tmp1_o = (in[2 + 1] - in[10 + 1] - in[14 + 1]) * 1.732050808f;
1891 in[2 + 1] * 1.2855752193731f - i6_ - in[10 + 1] * 0.68404028665134f + in[14 + 1]
1894 in[2 + 1] * 0.68404028665134f - i6_ + in[10 + 1] * 1.9696155060244f - in[14 + 1]
1897 // Twiddle factors on odd indices
1899 // Butterflies on 9 point IDCT's
1901 // twiddle factors for 36 point IDCT
1906 o = (tmp0o + tmp0_o) * 0.501909918f;
1910 o = (tmp1o + tmp1_o) * 0.517638090f;
1914 o = (tmp2o + tmp2_o) * 0.551688959f;
1918 o = (tmp3o + tmp3_o) * 0.610387294f;
1921 tmpf_4 = tmp4 + tmp4o;
1922 tmpf_13 = tmp4 - tmp4o;
1924 o = (tmp3o - tmp3_o) * 0.871723397f;
1928 o = (tmp2o - tmp2_o) * 1.183100792f;
1932 o = (tmp1o - tmp1_o) * 1.931851653f;
1936 o = (tmp0o - tmp0_o) * 5.736856623f;
1940 // end 36 point IDCT */
1941 // shift to modified IDCT
1942 //win_bt = win[block_type]; //substituted this so that a new area does not become created
1944 out[0] = -tmpf_9 * win[block_type][0];
1945 out[1] = -tmpf_10 * win[block_type][1];
1946 out[2] = -tmpf_11 * win[block_type][2];
1947 out[3] = -tmpf_12 * win[block_type][3];
1948 out[4] = -tmpf_13 * win[block_type][4];
1949 out[5] = -tmpf_14 * win[block_type][5];
1950 out[6] = -tmpf_15 * win[block_type][6];
1951 out[7] = -tmpf_16 * win[block_type][7];
1952 out[8] = -tmpf_17 * win[block_type][8];
1953 out[9] = tmpf_17 * win[block_type][9];
1954 out[10] = tmpf_16 * win[block_type][10];
1955 out[11] = tmpf_15 * win[block_type][11];
1956 out[12] = tmpf_14 * win[block_type][12];
1957 out[13] = tmpf_13 * win[block_type][13];
1958 out[14] = tmpf_12 * win[block_type][14];
1959 out[15] = tmpf_11 * win[block_type][15];
1960 out[16] = tmpf_10 * win[block_type][16];
1961 out[17] = tmpf_9 * win[block_type][17];
1962 out[18] = tmpf_8 * win[block_type][18];
1963 out[19] = tmpf_7 * win[block_type][19];
1964 out[20] = tmpf_6 * win[block_type][20];
1965 out[21] = tmpf_5 * win[block_type][21];
1966 out[22] = tmpf_4 * win[block_type][22];
1967 out[23] = tmpf_3 * win[block_type][23];
1968 out[24] = tmpf_2 * win[block_type][24];
1969 out[25] = tmpf_1 * win[block_type][25];
1970 out[26] = tmpf_0 * win[block_type][26];
1971 out[27] = tmpf_0 * win[block_type][27];
1972 out[28] = tmpf_1 * win[block_type][28];
1973 out[29] = tmpf_2 * win[block_type][29];
1974 out[30] = tmpf_3 * win[block_type][30];
1975 out[31] = tmpf_4 * win[block_type][31];
1976 out[32] = tmpf_5 * win[block_type][32];
1977 out[33] = tmpf_6 * win[block_type][33];
1978 out[34] = tmpf_7 * win[block_type][34];
1979 out[35] = tmpf_8 * win[block_type][35];
1983 @LOC("C") private int counter = 0;
1984 @LOC("F") private static final int SSLIMIT = 18;
1985 @LOC("F") private static final int SBLIMIT = 32;
1987 // Size of the table of whole numbers raised to 4/3 power.
1988 // This may be adjusted for performance without any problems.
1989 // public static final int POW_TABLE_LIMIT=512;
1991 /************************************************************/
1993 /************************************************************/
1997 @LOC("VAR") public int[] l;
1998 @LOC("VAR") public int[] s;
2004 @LATTICE("THIS<IN,THISLOC=THIS")
2005 public SBI(@LOC("IN") int[] thel, @LOC("IN") int[] thes) {
2011 static class gr_info_s {
2012 @LOC("VAR") public int part2_3_length = 0;
2013 @LOC("VAR") public int big_values = 0;
2014 @LOC("VAR") public int global_gain = 0;
2015 @LOC("VAR") public int scalefac_compress = 0;
2016 @LOC("VAR") public int window_switching_flag = 0;
2017 @LOC("VAR") public int block_type = 0;
2018 @LOC("VAR") public int mixed_block_flag = 0;
2019 @LOC("VAR") public int[] table_select;
2020 @LOC("VAR") public int[] subblock_gain;
2021 @LOC("VAR") public int region0_count = 0;
2022 @LOC("VAR") public int region1_count = 0;
2023 @LOC("VAR") public int preflag = 0;
2024 @LOC("VAR") public int scalefac_scale = 0;
2025 @LOC("VAR") public int count1table_select = 0;
2030 public gr_info_s() {
2031 table_select = new int[3];
2032 subblock_gain = new int[3];
2037 static class temporaire {
2038 @LOC("VAR") public int[] scfsi;
2039 @LOC("VAR") public gr_info_s[] gr;
2044 public temporaire() {
2046 gr = new gr_info_s[2];
2047 gr[0] = new gr_info_s();
2048 gr[1] = new gr_info_s();
2053 static class III_side_info_t {
2055 @LOC("VAR") public int main_data_begin = 0;
2056 @LOC("VAR") public int private_bits = 0;
2057 @LOC("VAR") public temporaire[] ch;
2062 public III_side_info_t() {
2063 ch = new temporaire[2];
2064 ch[0] = new temporaire();
2065 ch[1] = new temporaire();
2070 static class temporaire2 {
2071 @LOC("VAR") public int[] l; /* [cb] */
2072 @LOC("VAR") public int[][] s; /* [window][cb] */
2077 public temporaire2() {
2083 // class III_scalefac_t
2085 // public temporaire2[] tab;
2087 // * Dummy Constructor
2089 // public III_scalefac_t()
2091 // tab = new temporaire2[2];
2095 @LOC("F") private static final int slen[][] = { { 0, 0, 0, 0, 3, 1, 1, 1, 2, 2, 2, 3, 3, 3, 4, 4 },
2096 { 0, 1, 2, 3, 0, 1, 2, 3, 1, 2, 3, 1, 2, 3, 2, 3 } };
2098 @LOC("F") public static final int pretab[] = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 2, 2, 3, 3, 3,
2101 @LOC("F") private SBI[] sfBandIndex; // Init in the constructor.
2103 @LOC("F") public static final float two_to_negative_half_pow[] = { 1.0000000000E+00f, 7.0710678119E-01f,
2104 5.0000000000E-01f, 3.5355339059E-01f, 2.5000000000E-01f, 1.7677669530E-01f,
2105 1.2500000000E-01f, 8.8388347648E-02f, 6.2500000000E-02f, 4.4194173824E-02f,
2106 3.1250000000E-02f, 2.2097086912E-02f, 1.5625000000E-02f, 1.1048543456E-02f,
2107 7.8125000000E-03f, 5.5242717280E-03f, 3.9062500000E-03f, 2.7621358640E-03f,
2108 1.9531250000E-03f, 1.3810679320E-03f, 9.7656250000E-04f, 6.9053396600E-04f,
2109 4.8828125000E-04f, 3.4526698300E-04f, 2.4414062500E-04f, 1.7263349150E-04f,
2110 1.2207031250E-04f, 8.6316745750E-05f, 6.1035156250E-05f, 4.3158372875E-05f,
2111 3.0517578125E-05f, 2.1579186438E-05f, 1.5258789062E-05f, 1.0789593219E-05f,
2112 7.6293945312E-06f, 5.3947966094E-06f, 3.8146972656E-06f, 2.6973983047E-06f,
2113 1.9073486328E-06f, 1.3486991523E-06f, 9.5367431641E-07f, 6.7434957617E-07f,
2114 4.7683715820E-07f, 3.3717478809E-07f, 2.3841857910E-07f, 1.6858739404E-07f,
2115 1.1920928955E-07f, 8.4293697022E-08f, 5.9604644775E-08f, 4.2146848511E-08f,
2116 2.9802322388E-08f, 2.1073424255E-08f, 1.4901161194E-08f, 1.0536712128E-08f,
2117 7.4505805969E-09f, 5.2683560639E-09f, 3.7252902985E-09f, 2.6341780319E-09f,
2118 1.8626451492E-09f, 1.3170890160E-09f, 9.3132257462E-10f, 6.5854450798E-10f,
2119 4.6566128731E-10f, 3.2927225399E-10f };
2121 @LOC("F") public static final float t_43[] = create_t_43();
2124 static private float[] create_t_43() {
2125 @LOC("OUT") float[] t43 = new float[8192];
2126 final double d43 = (4.0 / 3.0);
2128 for (@LOC("SH") int i = 0; i < 8192; i++) {
2129 t43[i] = (float) Math.pow(i, d43);
2134 @LOC("F") public static final float io[][] = {
2135 { 1.0000000000E+00f, 8.4089641526E-01f, 7.0710678119E-01f, 5.9460355751E-01f,
2136 5.0000000001E-01f, 4.2044820763E-01f, 3.5355339060E-01f, 2.9730177876E-01f,
2137 2.5000000001E-01f, 2.1022410382E-01f, 1.7677669530E-01f, 1.4865088938E-01f,
2138 1.2500000000E-01f, 1.0511205191E-01f, 8.8388347652E-02f, 7.4325444691E-02f,
2139 6.2500000003E-02f, 5.2556025956E-02f, 4.4194173826E-02f, 3.7162722346E-02f,
2140 3.1250000002E-02f, 2.6278012978E-02f, 2.2097086913E-02f, 1.8581361173E-02f,
2141 1.5625000001E-02f, 1.3139006489E-02f, 1.1048543457E-02f, 9.2906805866E-03f,
2142 7.8125000006E-03f, 6.5695032447E-03f, 5.5242717285E-03f, 4.6453402934E-03f },
2143 { 1.0000000000E+00f, 7.0710678119E-01f, 5.0000000000E-01f, 3.5355339060E-01f,
2144 2.5000000000E-01f, 1.7677669530E-01f, 1.2500000000E-01f, 8.8388347650E-02f,
2145 6.2500000001E-02f, 4.4194173825E-02f, 3.1250000001E-02f, 2.2097086913E-02f,
2146 1.5625000000E-02f, 1.1048543456E-02f, 7.8125000002E-03f, 5.5242717282E-03f,
2147 3.9062500001E-03f, 2.7621358641E-03f, 1.9531250001E-03f, 1.3810679321E-03f,
2148 9.7656250004E-04f, 6.9053396603E-04f, 4.8828125002E-04f, 3.4526698302E-04f,
2149 2.4414062501E-04f, 1.7263349151E-04f, 1.2207031251E-04f, 8.6316745755E-05f,
2150 6.1035156254E-05f, 4.3158372878E-05f, 3.0517578127E-05f, 2.1579186439E-05f } };
2152 @LOC("F") public static final float TAN12[] = { 0.0f, 0.26794919f, 0.57735027f, 1.0f, 1.73205081f,
2153 3.73205081f, 9.9999999e10f, -3.73205081f, -1.73205081f, -1.0f, -0.57735027f, -0.26794919f,
2154 0.0f, 0.26794919f, 0.57735027f, 1.0f };
2156 // REVIEW: in java, the array lookup may well be slower than
2157 // the actual calculation
2160 * private static final int ss_div[] = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
2161 * 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2,
2162 * 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 3, 3, 3, 3, 3, 3, 3, 3,
2163 * 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4,
2164 * 4, 4, 4, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 6, 6, 6, 6,
2165 * 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7,
2166 * 7, 7, 7, 7, 7, 7, 7, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8,
2167 * 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 10, 10, 10, 10, 10,
2168 * 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 11, 11, 11, 11, 11, 11,
2169 * 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 12, 12, 12, 12, 12, 12, 12,
2170 * 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 13, 13, 13, 13, 13, 13, 13, 13,
2171 * 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 14, 14, 14, 14, 14, 14, 14, 14, 14,
2172 * 14, 14, 14, 14, 14, 14, 14, 14, 14, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15,
2173 * 15, 15, 15, 15, 15, 15, 15, 15, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16,
2174 * 16, 16, 16, 16, 16, 16, 16, 17, 17, 17, 17, 17, 17, 17, 17, 17, 17, 17, 17,
2175 * 17, 17, 17, 17, 17, 17, 18, 18, 18, 18, 18, 18, 18, 18, 18, 18, 18, 18, 18,
2176 * 18, 18, 18, 18, 18, 19, 19, 19, 19, 19, 19, 19, 19, 19, 19, 19, 19, 19, 19,
2177 * 19, 19, 19, 19, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20,
2178 * 20, 20, 20, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21,
2179 * 21, 21, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22,
2180 * 22, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23,
2181 * 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 25,
2182 * 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 26, 26,
2183 * 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 27, 27, 27,
2184 * 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 28, 28, 28, 28,
2185 * 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 29, 29, 29, 29, 29,
2186 * 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 30, 30, 30, 30, 30, 30,
2187 * 30, 30, 30, 30, 30, 30, 30, 30, 30, 30, 30, 30, 31, 31, 31, 31, 31, 31, 31,
2188 * 31, 31, 31, 31, 31, 31, 31, 31, 31, 31, 31 };
2190 * // 576 % 18 private static final int ss_mod[] = { 0, 1, 2, 3, 4, 5, 6, 7,
2191 * 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
2192 * 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14,
2193 * 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17,
2194 * 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3,
2195 * 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7,
2196 * 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
2197 * 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14,
2198 * 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17,
2199 * 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3,
2200 * 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7,
2201 * 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
2202 * 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14,
2203 * 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17,
2204 * 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3,
2205 * 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7,
2206 * 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
2207 * 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14,
2208 * 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17,
2209 * 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3,
2210 * 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7,
2211 * 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
2212 * 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14,
2213 * 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17,
2214 * 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3,
2215 * 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7,
2216 * 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
2217 * 12, 13, 14, 15, 16, 17 };
2219 @LOC("F") private static/* final */int reorder_table[][]/* = loadReorderTable() */; // SZD:
2227 * Loads the data for the reorder
2230 * private static int[][] loadReorderTable() // SZD: table will be generated {
2231 * try { Class elemType = int[][].class.getComponentType(); Object o =
2232 * JavaLayerUtils.deserializeArrayResource("l3reorder.ser", elemType, 6);
2233 * return (int[][])o; } catch (IOException ex) { throw new
2234 * ExceptionInInitializerError(ex); } }
2236 @LATTICE("OUT<J,J<I,I<SE,I<WIN,SE<SF,SE<SFB,WIN<SFB,J*,I*,WIN*,SFB*")
2237 static int[] reorder(@LOC("SF") int scalefac_band[]) { // SZD: converted from LAME
2238 @LOC("J") int j = 0;
2239 @LOC("OUT") int ix[] = new int[576];
2240 for (int sfb = 0; sfb < 13; sfb++) {
2241 int start = scalefac_band[sfb];
2242 int end = scalefac_band[sfb + 1];
2243 for (int window = 0; window < 3; window++)
2244 for (int i = start; i < end; i++)
2245 ix[3 * i + window] = j++;
2251 * static final int reorder_table_data[][]; = { { 0, 4, 8, 1, 5, 9, 2, 6, 10,
2252 * 3, 7, 11, 12, 16, 20, 13, 17, 21, 14, 18, 22, 15, 19, 23, 24, 28, 32, 25,
2253 * 29, 33, 26, 30, 34, 27, 31, 35, 36, 42, 48, 37, 43, 49, 38, 44, 50, 39, 45,
2254 * 51, 40, 46, 52, 41, 47, 53, 54, 60, 66, 55, 61, 67, 56, 62, 68, 57, 63, 69,
2255 * 58, 64, 70, 59, 65, 71, 72, 80, 88, 73, 81, 89, 74, 82, 90, 75, 83, 91, 76,
2256 * 84, 92, 77, 85, 93, 78, 86, 94, 79, 87, 95, 96,106,116, 97,107,117,
2257 * 98,108,118, 99,109,119,100,110,120,101,
2258 * 111,121,102,112,122,103,113,123,104,114,124,105,115,125,126,140,
2259 * 154,127,141,155,128,142,156,129,143,157,130,144,158,131,145,159,
2260 * 132,146,160,133,147,161,134,148,162,135,149,163,136,150,164,137,
2261 * 151,165,138,152,166,139,153,167,168,186,204,169,187,205,170,188,
2262 * 206,171,189,207,172,190,208,173,191,209,174,192,210,175,193,211,
2263 * 176,194,212,177,195,213,178,196,214,179,197,215,180,198,216,181,
2264 * 199,217,182,200,218,183,201,219,184,202,220,185,203,221,222,248,
2265 * 274,223,249,275,224,250,276,225,251,277,226,252,278,227,253,279,
2266 * 228,254,280,229,255,281,230,256,282,231,257,283,232,258,284,233,
2267 * 259,285,234,260,286,235,261,287,236,262,288,237,263,289,238,264,
2268 * 290,239,265,291,240,266,292,241,267,293,242,268,294,243,269,295,
2269 * 244,270,296,245,271,297,246,272,298,247,273,299,300,332,364,301,
2270 * 333,365,302,334,366,303,335,367,304,336,368,305,337,369,306,338,
2271 * 370,307,339,371,308,340,372,309,341,373,310,342,374,311,343,375,
2272 * 312,344,376,313,345,377,314,346,378,315,347,379,316,348,380,317,
2273 * 349,381,318,350,382,319,351,383,320,352,384,321,353,385,322,354,
2274 * 386,323,355,387,324,356,388,325,357,389,326,358,390,327,359,391,
2275 * 328,360,392,329,361,393,330,362,394,331,363,395,396,438,480,397,
2276 * 439,481,398,440,482,399,441,483,400,442,484,401,443,485,402,444,
2277 * 486,403,445,487,404,446,488,405,447,489,406,448,490,407,449,491,
2278 * 408,450,492,409,451,493,410,452,494,411,453,495,412,454,496,413,
2279 * 455,497,414,456,498,415,457,499,416,458,500,417,459,501,418,460,
2280 * 502,419,461,503,420,462,504,421,463,505,422,464,506,423,465,507,
2281 * 424,466,508,425,467,509,426,468,510,427,469,511,428,470,512,429,
2282 * 471,513,430,472,514,431,473,515,432,474,516,433,475,517,434,476,
2283 * 518,435,477,519,436,478,520,437,479,521,522,540,558,523,541,559,
2284 * 524,542,560,525,543,561,526,544,562,527,545,563,528,546,564,529,
2285 * 547,565,530,548,566,531,549,567,532,550,568,533,551,569,534,552,
2286 * 570,535,553,571,536,554,572,537,555,573,538,556,574,539,557,575}, { 0, 4,
2287 * 8, 1, 5, 9, 2, 6, 10, 3, 7, 11, 12, 16, 20, 13, 17, 21, 14, 18, 22, 15, 19,
2288 * 23, 24, 28, 32, 25, 29, 33, 26, 30, 34, 27, 31, 35, 36, 42, 48, 37, 43, 49,
2289 * 38, 44, 50, 39, 45, 51, 40, 46, 52, 41, 47, 53, 54, 62, 70, 55, 63, 71, 56,
2290 * 64, 72, 57, 65, 73, 58, 66, 74, 59, 67, 75, 60, 68, 76, 61, 69, 77, 78, 88,
2291 * 98, 79, 89, 99, 80, 90,100, 81, 91,101, 82, 92,102, 83, 93,103, 84, 94,104,
2292 * 85, 95,105, 86, 96,106, 87, 97,107,108,120,132,109,
2293 * 121,133,110,122,134,111,123,135,112,124,136,113,125,137,114,126,
2294 * 138,115,127,139,116,128,140,117,129,141,118,130,142,119,131,143,
2295 * 144,158,172,145,159,173,146,160,174,147,161,175,148,162,176,149,
2296 * 163,177,150,164,178,151,165,179,152,166,180,153,167,181,154,168,
2297 * 182,155,169,183,156,170,184,157,171,185,186,204,222,187,205,223,
2298 * 188,206,224,189,207,225,190,208,226,191,209,227,192,210,228,193,
2299 * 211,229,194,212,230,195,213,231,196,214,232,197,215,233,198,216,
2300 * 234,199,217,235,200,218,236,201,219,237,202,220,238,203,221,239,
2301 * 240,264,288,241,265,289,242,266,290,243,267,291,244,268,292,245,
2302 * 269,293,246,270,294,247,271,295,248,272,296,249,273,297,250,274,
2303 * 298,251,275,299,252,276,300,253,277,301,254,278,302,255,279,303,
2304 * 256,280,304,257,281,305,258,282,306,259,283,307,260,284,308,261,
2305 * 285,309,262,286,310,263,287,311,312,344,376,313,345,377,314,346,
2306 * 378,315,347,379,316,348,380,317,349,381,318,350,382,319,351,383,
2307 * 320,352,384,321,353,385,322,354,386,323,355,387,324,356,388,325,
2308 * 357,389,326,358,390,327,359,391,328,360,392,329,361,393,330,362,
2309 * 394,331,363,395,332,364,396,333,365,397,334,366,398,335,367,399,
2310 * 336,368,400,337,369,401,338,370,402,339,371,403,340,372,404,341,
2311 * 373,405,342,374,406,343,375,407,408,452,496,409,453,497,410,454,
2312 * 498,411,455,499,412,456,500,413,457,501,414,458,502,415,459,503,
2313 * 416,460,504,417,461,505,418,462,506,419,463,507,420,464,508,421,
2314 * 465,509,422,466,510,423,467,511,424,468,512,425,469,513,426,470,
2315 * 514,427,471,515,428,472,516,429,473,517,430,474,518,431,475,519,
2316 * 432,476,520,433,477,521,434,478,522,435,479,523,436,480,524,437,
2317 * 481,525,438,482,526,439,483,527,440,484,528,441,485,529,442,486,
2318 * 530,443,487,531,444,488,532,445,489,533,446,490,534,447,491,535,
2319 * 448,492,536,449,493,537,450,494,538,451,495,539,540,552,564,541,
2320 * 553,565,542,554,566,543,555,567,544,556,568,545,557,569,546,558,
2321 * 570,547,559,571,548,560,572,549,561,573,550,562,574,551,563,575}, { 0, 4,
2322 * 8, 1, 5, 9, 2, 6, 10, 3, 7, 11, 12, 16, 20, 13, 17, 21, 14, 18, 22, 15, 19,
2323 * 23, 24, 28, 32, 25, 29, 33, 26, 30, 34, 27, 31, 35, 36, 42, 48, 37, 43, 49,
2324 * 38, 44, 50, 39, 45, 51, 40, 46, 52, 41, 47, 53, 54, 62, 70, 55, 63, 71, 56,
2325 * 64, 72, 57, 65, 73, 58, 66, 74, 59, 67, 75, 60, 68, 76, 61, 69, 77, 78, 88,
2326 * 98, 79, 89, 99, 80, 90,100, 81, 91,101, 82, 92,102, 83, 93,103, 84, 94,104,
2327 * 85, 95,105, 86, 96,106, 87, 97,107,108,120,132,109,
2328 * 121,133,110,122,134,111,123,135,112,124,136,113,125,137,114,126,
2329 * 138,115,127,139,116,128,140,117,129,141,118,130,142,119,131,143,
2330 * 144,158,172,145,159,173,146,160,174,147,161,175,148,162,176,149,
2331 * 163,177,150,164,178,151,165,179,152,166,180,153,167,181,154,168,
2332 * 182,155,169,183,156,170,184,157,171,185,186,204,222,187,205,223,
2333 * 188,206,224,189,207,225,190,208,226,191,209,227,192,210,228,193,
2334 * 211,229,194,212,230,195,213,231,196,214,232,197,215,233,198,216,
2335 * 234,199,217,235,200,218,236,201,219,237,202,220,238,203,221,239,
2336 * 240,264,288,241,265,289,242,266,290,243,267,291,244,268,292,245,
2337 * 269,293,246,270,294,247,271,295,248,272,296,249,273,297,250,274,
2338 * 298,251,275,299,252,276,300,253,277,301,254,278,302,255,279,303,
2339 * 256,280,304,257,281,305,258,282,306,259,283,307,260,284,308,261,
2340 * 285,309,262,286,310,263,287,311,312,342,372,313,343,373,314,344,
2341 * 374,315,345,375,316,346,376,317,347,377,318,348,378,319,349,379,
2342 * 320,350,380,321,351,381,322,352,382,323,353,383,324,354,384,325,
2343 * 355,385,326,356,386,327,357,387,328,358,388,329,359,389,330,360,
2344 * 390,331,361,391,332,362,392,333,363,393,334,364,394,335,365,395,
2345 * 336,366,396,337,367,397,338,368,398,339,369,399,340,370,400,341,
2346 * 371,401,402,442,482,403,443,483,404,444,484,405,445,485,406,446,
2347 * 486,407,447,487,408,448,488,409,449,489,410,450,490,411,451,491,
2348 * 412,452,492,413,453,493,414,454,494,415,455,495,416,456,496,417,
2349 * 457,497,418,458,498,419,459,499,420,460,500,421,461,501,422,462,
2350 * 502,423,463,503,424,464,504,425,465,505,426,466,506,427,467,507,
2351 * 428,468,508,429,469,509,430,470,510,431,471,511,432,472,512,433,
2352 * 473,513,434,474,514,435,475,515,436,476,516,437,477,517,438,478,
2353 * 518,439,479,519,440,480,520,441,481,521,522,540,558,523,541,559,
2354 * 524,542,560,525,543,561,526,544,562,527,545,563,528,546,564,529,
2355 * 547,565,530,548,566,531,549,567,532,550,568,533,551,569,534,552,
2356 * 570,535,553,571,536,554,572,537,555,573,538,556,574,539,557,575}, { 0, 4,
2357 * 8, 1, 5, 9, 2, 6, 10, 3, 7, 11, 12, 16, 20, 13, 17, 21, 14, 18, 22, 15, 19,
2358 * 23, 24, 28, 32, 25, 29, 33, 26, 30, 34, 27, 31, 35, 36, 40, 44, 37, 41, 45,
2359 * 38, 42, 46, 39, 43, 47, 48, 54, 60, 49, 55, 61, 50, 56, 62, 51, 57, 63, 52,
2360 * 58, 64, 53, 59, 65, 66, 74, 82, 67, 75, 83, 68, 76, 84, 69, 77, 85, 70, 78,
2361 * 86, 71, 79, 87, 72, 80, 88, 73, 81, 89, 90,100,110, 91,101,111, 92,102,112,
2362 * 93,103,113, 94,104,114, 95,105,115, 96,106,116, 97, 107,117, 98,108,118,
2363 * 99,109,119,120,132,144,121,133,145,122,134,
2364 * 146,123,135,147,124,136,148,125,137,149,126,138,150,127,139,151,
2365 * 128,140,152,129,141,153,130,142,154,131,143,155,156,170,184,157,
2366 * 171,185,158,172,186,159,173,187,160,174,188,161,175,189,162,176,
2367 * 190,163,177,191,164,178,192,165,179,193,166,180,194,167,181,195,
2368 * 168,182,196,169,183,197,198,216,234,199,217,235,200,218,236,201,
2369 * 219,237,202,220,238,203,221,239,204,222,240,205,223,241,206,224,
2370 * 242,207,225,243,208,226,244,209,227,245,210,228,246,211,229,247,
2371 * 212,230,248,213,231,249,214,232,250,215,233,251,252,274,296,253,
2372 * 275,297,254,276,298,255,277,299,256,278,300,257,279,301,258,280,
2373 * 302,259,281,303,260,282,304,261,283,305,262,284,306,263,285,307,
2374 * 264,286,308,265,287,309,266,288,310,267,289,311,268,290,312,269,
2375 * 291,313,270,292,314,271,293,315,272,294,316,273,295,317,318,348,
2376 * 378,319,349,379,320,350,380,321,351,381,322,352,382,323,353,383,
2377 * 324,354,384,325,355,385,326,356,386,327,357,387,328,358,388,329,
2378 * 359,389,330,360,390,331,361,391,332,362,392,333,363,393,334,364,
2379 * 394,335,365,395,336,366,396,337,367,397,338,368,398,339,369,399,
2380 * 340,370,400,341,371,401,342,372,402,343,373,403,344,374,404,345,
2381 * 375,405,346,376,406,347,377,407,408,464,520,409,465,521,410,466,
2382 * 522,411,467,523,412,468,524,413,469,525,414,470,526,415,471,527,
2383 * 416,472,528,417,473,529,418,474,530,419,475,531,420,476,532,421,
2384 * 477,533,422,478,534,423,479,535,424,480,536,425,481,537,426,482,
2385 * 538,427,483,539,428,484,540,429,485,541,430,486,542,431,487,543,
2386 * 432,488,544,433,489,545,434,490,546,435,491,547,436,492,548,437,
2387 * 493,549,438,494,550,439,495,551,440,496,552,441,497,553,442,498,
2388 * 554,443,499,555,444,500,556,445,501,557,446,502,558,447,503,559,
2389 * 448,504,560,449,505,561,450,506,562,451,507,563,452,508,564,453,
2390 * 509,565,454,510,566,455,511,567,456,512,568,457,513,569,458,514,
2391 * 570,459,515,571,460,516,572,461,517,573,462,518,574,463,519,575}, { 0, 4,
2392 * 8, 1, 5, 9, 2, 6, 10, 3, 7, 11, 12, 16, 20, 13, 17, 21, 14, 18, 22, 15, 19,
2393 * 23, 24, 28, 32, 25, 29, 33, 26, 30, 34, 27, 31, 35, 36, 40, 44, 37, 41, 45,
2394 * 38, 42, 46, 39, 43, 47, 48, 54, 60, 49, 55, 61, 50, 56, 62, 51, 57, 63, 52,
2395 * 58, 64, 53, 59, 65, 66, 72, 78, 67, 73, 79, 68, 74, 80, 69, 75, 81, 70, 76,
2396 * 82, 71, 77, 83, 84, 94,104, 85, 95,105, 86, 96,106, 87, 97,107, 88, 98,108,
2397 * 89, 99,109, 90,100,110, 91,101,111, 92,102,112, 93,
2398 * 103,113,114,126,138,115,127,139,116,128,140,117,129,141,118,130,
2399 * 142,119,131,143,120,132,144,121,133,145,122,134,146,123,135,147,
2400 * 124,136,148,125,137,149,150,164,178,151,165,179,152,166,180,153,
2401 * 167,181,154,168,182,155,169,183,156,170,184,157,171,185,158,172,
2402 * 186,159,173,187,160,174,188,161,175,189,162,176,190,163,177,191,
2403 * 192,208,224,193,209,225,194,210,226,195,211,227,196,212,228,197,
2404 * 213,229,198,214,230,199,215,231,200,216,232,201,217,233,202,218,
2405 * 234,203,219,235,204,220,236,205,221,237,206,222,238,207,223,239,
2406 * 240,260,280,241,261,281,242,262,282,243,263,283,244,264,284,245,
2407 * 265,285,246,266,286,247,267,287,248,268,288,249,269,289,250,270,
2408 * 290,251,271,291,252,272,292,253,273,293,254,274,294,255,275,295,
2409 * 256,276,296,257,277,297,258,278,298,259,279,299,300,326,352,301,
2410 * 327,353,302,328,354,303,329,355,304,330,356,305,331,357,306,332,
2411 * 358,307,333,359,308,334,360,309,335,361,310,336,362,311,337,363,
2412 * 312,338,364,313,339,365,314,340,366,315,341,367,316,342,368,317,
2413 * 343,369,318,344,370,319,345,371,320,346,372,321,347,373,322,348,
2414 * 374,323,349,375,324,350,376,325,351,377,378,444,510,379,445,511,
2415 * 380,446,512,381,447,513,382,448,514,383,449,515,384,450,516,385,
2416 * 451,517,386,452,518,387,453,519,388,454,520,389,455,521,390,456,
2417 * 522,391,457,523,392,458,524,393,459,525,394,460,526,395,461,527,
2418 * 396,462,528,397,463,529,398,464,530,399,465,531,400,466,532,401,
2419 * 467,533,402,468,534,403,469,535,404,470,536,405,471,537,406,472,
2420 * 538,407,473,539,408,474,540,409,475,541,410,476,542,411,477,543,
2421 * 412,478,544,413,479,545,414,480,546,415,481,547,416,482,548,417,
2422 * 483,549,418,484,550,419,485,551,420,486,552,421,487,553,422,488,
2423 * 554,423,489,555,424,490,556,425,491,557,426,492,558,427,493,559,
2424 * 428,494,560,429,495,561,430,496,562,431,497,563,432,498,564,433,
2425 * 499,565,434,500,566,435,501,567,436,502,568,437,503,569,438,504,
2426 * 570,439,505,571,440,506,572,441,507,573,442,508,574,443,509,575}, { 0, 4,
2427 * 8, 1, 5, 9, 2, 6, 10, 3, 7, 11, 12, 16, 20, 13, 17, 21, 14, 18, 22, 15, 19,
2428 * 23, 24, 28, 32, 25, 29, 33, 26, 30, 34, 27, 31, 35, 36, 40, 44, 37, 41, 45,
2429 * 38, 42, 46, 39, 43, 47, 48, 54, 60, 49, 55, 61, 50, 56, 62, 51, 57, 63, 52,
2430 * 58, 64, 53, 59, 65, 66, 74, 82, 67, 75, 83, 68, 76, 84, 69, 77, 85, 70, 78,
2431 * 86, 71, 79, 87, 72, 80, 88, 73, 81, 89, 90,102,114, 91,103,115, 92,104,116,
2432 * 93,105,117, 94,106,118, 95,107,119, 96,108,120, 97, 109,121, 98,110,122,
2433 * 99,111,123,100,112,124,101,113,125,126,142,
2434 * 158,127,143,159,128,144,160,129,145,161,130,146,162,131,147,163,
2435 * 132,148,164,133,149,165,134,150,166,135,151,167,136,152,168,137,
2436 * 153,169,138,154,170,139,155,171,140,156,172,141,157,173,174,194,
2437 * 214,175,195,215,176,196,216,177,197,217,178,198,218,179,199,219,
2438 * 180,200,220,181,201,221,182,202,222,183,203,223,184,204,224,185,
2439 * 205,225,186,206,226,187,207,227,188,208,228,189,209,229,190,210,
2440 * 230,191,211,231,192,212,232,193,213,233,234,260,286,235,261,287,
2441 * 236,262,288,237,263,289,238,264,290,239,265,291,240,266,292,241,
2442 * 267,293,242,268,294,243,269,295,244,270,296,245,271,297,246,272,
2443 * 298,247,273,299,248,274,300,249,275,301,250,276,302,251,277,303,
2444 * 252,278,304,253,279,305,254,280,306,255,281,307,256,282,308,257,
2445 * 283,309,258,284,310,259,285,311,312,346,380,313,347,381,314,348,
2446 * 382,315,349,383,316,350,384,317,351,385,318,352,386,319,353,387,
2447 * 320,354,388,321,355,389,322,356,390,323,357,391,324,358,392,325,
2448 * 359,393,326,360,394,327,361,395,328,362,396,329,363,397,330,364,
2449 * 398,331,365,399,332,366,400,333,367,401,334,368,402,335,369,403,
2450 * 336,370,404,337,371,405,338,372,406,339,373,407,340,374,408,341,
2451 * 375,409,342,376,410,343,377,411,344,378,412,345,379,413,414,456,
2452 * 498,415,457,499,416,458,500,417,459,501,418,460,502,419,461,503,
2453 * 420,462,504,421,463,505,422,464,506,423,465,507,424,466,508,425,
2454 * 467,509,426,468,510,427,469,511,428,470,512,429,471,513,430,472,
2455 * 514,431,473,515,432,474,516,433,475,517,434,476,518,435,477,519,
2456 * 436,478,520,437,479,521,438,480,522,439,481,523,440,482,524,441,
2457 * 483,525,442,484,526,443,485,527,444,486,528,445,487,529,446,488,
2458 * 530,447,489,531,448,490,532,449,491,533,450,492,534,451,493,535,
2459 * 452,494,536,453,495,537,454,496,538,455,497,539,540,552,564,541,
2460 * 553,565,542,554,566,543,555,567,544,556,568,545,557,569,546,558,
2461 * 570,547,559,571,548,560,572,549,561,573,550,562,574,551,563,575} };
2464 @LOC("F") private static final float cs[] = { 0.857492925712f, 0.881741997318f, 0.949628649103f,
2465 0.983314592492f, 0.995517816065f, 0.999160558175f, 0.999899195243f, 0.999993155067f };
2467 @LOC("F") private static final float ca[] = { -0.5144957554270f, -0.4717319685650f, -0.3133774542040f,
2468 -0.1819131996110f, -0.0945741925262f, -0.0409655828852f, -0.0141985685725f,
2469 -0.00369997467375f };
2471 /************************************************************/
2472 /* END OF L3TABLE */
2473 /************************************************************/
2475 /************************************************************/
2477 /************************************************************/
2479 /***************************************************************/
2481 /***************************************************************/
2483 /***************************************************************/
2485 /***************************************************************/
2486 @LOC("F") public static final float win[][] = {
2487 { -1.6141214951E-02f, -5.3603178919E-02f, -1.0070713296E-01f, -1.6280817573E-01f,
2488 -4.9999999679E-01f, -3.8388735032E-01f, -6.2061144372E-01f, -1.1659756083E+00f,
2489 -3.8720752656E+00f, -4.2256286556E+00f, -1.5195289984E+00f, -9.7416483388E-01f,
2490 -7.3744074053E-01f, -1.2071067773E+00f, -5.1636156596E-01f, -4.5426052317E-01f,
2491 -4.0715656898E-01f, -3.6969460527E-01f, -3.3876269197E-01f, -3.1242222492E-01f,
2492 -2.8939587111E-01f, -2.6880081906E-01f, -5.0000000266E-01f, -2.3251417468E-01f,
2493 -2.1596714708E-01f, -2.0004979098E-01f, -1.8449493497E-01f, -1.6905846094E-01f,
2494 -1.5350360518E-01f, -1.3758624925E-01f, -1.2103922149E-01f, -2.0710679058E-01f,
2495 -8.4752577594E-02f, -6.4157525656E-02f, -4.1131172614E-02f, -1.4790705759E-02f },
2497 { -1.6141214951E-02f, -5.3603178919E-02f, -1.0070713296E-01f, -1.6280817573E-01f,
2498 -4.9999999679E-01f, -3.8388735032E-01f, -6.2061144372E-01f, -1.1659756083E+00f,
2499 -3.8720752656E+00f, -4.2256286556E+00f, -1.5195289984E+00f, -9.7416483388E-01f,
2500 -7.3744074053E-01f, -1.2071067773E+00f, -5.1636156596E-01f, -4.5426052317E-01f,
2501 -4.0715656898E-01f, -3.6969460527E-01f, -3.3908542600E-01f, -3.1511810350E-01f,
2502 -2.9642226150E-01f, -2.8184548650E-01f, -5.4119610000E-01f, -2.6213228100E-01f,
2503 -2.5387916537E-01f, -2.3296291359E-01f, -1.9852728987E-01f, -1.5233534808E-01f,
2504 -9.6496400054E-02f, -3.3423828516E-02f, 0.0000000000E+00f, 0.0000000000E+00f,
2505 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f },
2507 { -4.8300800645E-02f, -1.5715656932E-01f, -2.8325045177E-01f, -4.2953747763E-01f,
2508 -1.2071067795E+00f, -8.2426483178E-01f, -1.1451749106E+00f, -1.7695290101E+00f,
2509 -4.5470225061E+00f, -3.4890531002E+00f, -7.3296292804E-01f, -1.5076514758E-01f,
2510 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f,
2511 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f,
2512 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f,
2513 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f,
2514 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f,
2515 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f },
2517 { 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f, 0.0000000000E+00f,
2518 0.0000000000E+00f, 0.0000000000E+00f, -1.5076513660E-01f, -7.3296291107E-01f,
2519 -3.4890530566E+00f, -4.5470224727E+00f, -1.7695290031E+00f, -1.1451749092E+00f,
2520 -8.3137738100E-01f, -1.3065629650E+00f, -5.4142014250E-01f, -4.6528974900E-01f,
2521 -4.1066990750E-01f, -3.7004680800E-01f, -3.3876269197E-01f, -3.1242222492E-01f,
2522 -2.8939587111E-01f, -2.6880081906E-01f, -5.0000000266E-01f, -2.3251417468E-01f,
2523 -2.1596714708E-01f, -2.0004979098E-01f, -1.8449493497E-01f, -1.6905846094E-01f,
2524 -1.5350360518E-01f, -1.3758624925E-01f, -1.2103922149E-01f, -2.0710679058E-01f,
2525 -8.4752577594E-02f, -6.4157525656E-02f, -4.1131172614E-02f, -1.4790705759E-02f } };
2527 /***************************************************************/
2528 /* END OF INV_MDCT */
2529 /***************************************************************/
2532 @LOC("VAR") public int[] l;
2533 @LOC("VAR") public int[] s;
2539 @LATTICE("THIS<IN,THISLOC=THIS")
2540 public Sftable(@LOC("IN") int[] thel, @LOC("IN") int[] thes) {
2546 @LOC("F") public Sftable sftable;
2548 @LOC("NS") public static final int nr_of_sfb_block[][][] = {
2549 { { 6, 5, 5, 5 }, { 9, 9, 9, 9 }, { 6, 9, 9, 9 } },
2550 { { 6, 5, 7, 3 }, { 9, 9, 12, 6 }, { 6, 9, 12, 6 } },
2551 { { 11, 10, 0, 0 }, { 18, 18, 0, 0 }, { 15, 18, 0, 0 } },
2552 { { 7, 7, 7, 0 }, { 12, 12, 12, 0 }, { 6, 15, 12, 0 } },
2553 { { 6, 6, 6, 3 }, { 12, 9, 9, 6 }, { 6, 12, 9, 6 } },
2554 { { 8, 8, 5, 0 }, { 15, 12, 9, 0 }, { 6, 18, 9, 0 } } };