// 10th added for get_scale_factors
// llth added for decode
// @LATTICE("IS1D*,RO<IS1D,IS1D<SI2,SI2<SI1,SI<P2S,SF1<CH0,SF0*,SFB_SH<NS,NS<SI,SFB_SH*,SFB<SFB_SH,C,C*,SI1<SF2,SF2<SFB,SF1<BR,LR*,OUT<LR,LR<RO,NZ*,SI<SF1,SI1<NZ,NZ<SI,SI1<SBI,SBI<SI,BUF<FT,SF1<SF0,SF0<HD1,BR<ST,ST,FT<SP,SP<OUT,OUT<SI1,SI1<SI,P2S<CH0,CH0<MAX0,MAX0<BR1,FS<BR1,BR1<BR,BR<HD1,HD1<HD,OUT*,BR1*,SI1*,MAX0*,CH0*,RAW,TS,F,C,K,LY,VAR,IR,IP,CSH,GLSFD3,GLSFD4,GLSFD5,GLSFF4,GLSFF2,GLSFF3,GLSFF1,GSF4,GSF5,GSF1,GSF2,GSF3,HD2,HD3,BT,GR,RO6,RO5,RO9,RO8,RO7,RO4,RO1,RO3,RO2,SH,ME,TMP2,S,LSF,J")
-@LATTICE("ISR*,ISP*,LR<ISR,ISR<ISP,SI1<SF2,NS*,HD<ST,IS1D*,RO1<RO,RO1*,RO<IS1D,IS1D<SI2,SI2<SI1,BR<NS,NS<SI,SFB_SH*,SFB<SFB_SH,C,C*,SF2<SFB,LR*,OUT<LR,ISP<RO1,NZ*,SI<SF1,BR1<NZ,NZ<BR,SI1<RT,RT<SBI,SBI<SI,BUF<FT,SF1<CH0,CH0<HD1,FT<SP,SP<OUT,OUT<SI1,SI1<SI,SFB_SH<BR1,BR1<BR,HD1<HD,OUT*,BR1*,SI1*,CH0*,RAW,TS,F,C,K,LY,VAR,IR,IP,CSH,GLSFD3,GLSFD4,GLSFD5,GLSFF4,GLSFF2,GLSFF3,GLSFF1,GSF4,GSF5,GSF1,GSF2,GSF3,HD2,HD3,BT,GR,RO6,RO5,RO9,RO8,RO7,RO4,RO1,RO3,RO2,SH,ME,TMP2,S,LSF,J")
-@METHODDEFAULT("OUT<V,V<THIS,THIS<SH,SH<IN,SH*,THISLOC=THIS,GLOBALLOC=IN")
+@LATTICE("SI0*,INIT*,ISR*,ISP*,HD<CH0,LR<ISR,ISR<ISP,SI1<SF2,NS*,CH0<ST,ST<INIT,IS1D*,RO1<RO,RO1*,RO<IS1D,IS1D<SI2,SI2<SI1,BR<NS,NS<SI,SFB_SH*,SFB<SFB_SH,C,C*,SF2<SFB,LR*,TSOUT*,OUT1<PREV,PREV<RAWFULL,RAWFULL<RAWOUT,RAWOUT<TSOUT,TSOUT<OUT0,OUT0<LR,ISP<RO1,NZ*,SI<SI0,SI0<SF15,SF15<SF1,BR1<NZ,NZ<BR,SI1<RT,RT<SBI,SBI<SI,BUF<FT,SF1<HD1,SF1<HD1,FT<SP,SP<OUT1,SI1<SI,SFB_SH<BR1,BR1<BR,HD1<HD,OUT0*,OUT1*,BR1*,SI1*,CH0*")
+@METHODDEFAULT("OUT<V,V<THIS,THIS<SH,SH<IN,SH*,THISLOC=THIS,GLOBALLOC=IN,RETURNLOC=OUT")
final class LayerIIIDecoder implements FrameDecoder {
static final double d43 = (4.0 / 3.0);
@LOC("SFB")
private float[][][] ro;
@LOC("LR")
private float[][][] lr;
- @LOC("OUT")
+ @LOC("OUT0")
+ private float[] inter; // 576 samples
+ @LOC("OUT1")
private float[] out_1d; // 576 samples
- @LOC("OUT")
+ @LOC("PREV")
private float[][] prevblck;
+
@LOC("LR")
private float[][] k;
@LOC("NZ")
private int[] nonzero;
- // @LOC("HD")
- // private Header header;
@LOC("FT")
private SynthesisFilter filter1;
@LOC("FT")
// @LOC("SBT") private temporaire2[] III_scalefac_t;
@LOC("SF2")
- private temporaire2[] scalefac;
+ private final temporaire2[] scalefac;
// private III_scalefac_t scalefac;
@LOC("CH0")
private int frame_start;
// @LOC("SI1") private int part2_start;
@LOC("CH0")
- private int channels;
+ private final int channels;
@LOC("CH0")
private int first_channel;
@LOC("CH0")
@LOC("SBI")
private int sfreq;
+ @LOC("BR1")
private int part2_start;
+ @LOC("INIT")
private boolean initialized = false;
+ @LOC("RAWFULL")
+ float[][] raw_full; // 18 left shfited since it will be copied into prevblck!
+
// constructor for the linear type system
- public LayerIIIDecoder(@DELEGATE @LOC("VAR") SynthesisFilter filtera,
+ public LayerIIIDecoder(Header h, @DELEGATE @LOC("VAR") SynthesisFilter filtera,
@DELEGATE @LOC("VAR") SynthesisFilter filterb, @LOC("VAR") int which_ch0) {
+ filter_pos = 11;
+ raw_full = new float[2][SBLIMIT * SSLIMIT];
+
filter1 = filtera;
filter2 = filterb;
ro = new float[2][SBLIMIT][SSLIMIT];
lr = new float[2][SBLIMIT][SSLIMIT];
out_1d = new float[SBLIMIT * SSLIMIT];
+ inter = new float[SBLIMIT * SSLIMIT];
prevblck = new float[2][SBLIMIT * SSLIMIT];
k = new float[2][SBLIMIT * SSLIMIT];
nonzero = new int[2];
reorder_table[i] = reorder(sfBandIndex[i].s);
}
- // Sftable
- @LOC("VAR") int[] ll0 = { 0, 6, 11, 16, 21 };
- @LOC("VAR") int[] ss0 = { 0, 6, 12 };
- sftable = new Sftable(ll0, ss0);
- // END OF Sftable
-
// scalefac_buffer
scalefac_buffer = new int[54];
// END OF scalefac_buffer
+ init(h);
}
- private void init(Header header) {
+ @LATTICE("THIS<C,THIS<IN,C*,THISLOC=THIS")
+ private void init(@LOC("THIS,LayerIIIDecoder.HD1") Header header) {
frame_start = 0;
channels = (header.mode() == Header.SINGLE_CHANNEL) ? 1 : 2;
first_channel = last_channel = 0;
}
- for (@LOC("CH") int ch = 0; ch < 2; ch++)
- for (@LOC("J") int j = 0; j < 576; j++)
+ for (@LOC("THIS,LayerIIIDecoder.CH0") int ch = 0; ch < 2; ch++)
+ for (@LOC("THIS,LayerIIIDecoder.CH0") int j = 0; j < 576; j++)
prevblck[ch][j] = 0.0f;
nonzero[0] = nonzero[1] = 576;
- br = new BitReserve();
si = new III_side_info_t();
initialized = true;
br = new BitReserve();
}
- public void decodeFrame(Header header) {
+ public void decodeFrame(@LOC("IN") Header header) {
decode(header);
}
private float[] samples1 = new float[32];
@LOC("SP")
private float[] samples2 = new float[32];
+ @LOC("SI1")
+ private int filter_pos;
/*
* location hierarchy of decode() {header} {stream} {si} {br, flush_main,
* {filter1,filter2}
*/
// @LATTICE("BYTE<THIS,THIS<MAIN,MAIN<VAR,THIS<GR,GR<VAR,BYTE*,GR*,THISLOC=THIS,GLOBALLOC=VAR")
- @LATTICE("VAR<THIS,C<THIS,THIS<IN,THISLOC=THIS,C*,VAR*")
- public void decode(Header header) {
+ @LATTICE("HEADER<VAR,VAR<THIS,C<THIS,THIS<IN,THISLOC=THIS,C*,VAR*")
+ public void decode(@LOC("THIS,LayerIIIDecoder.HD") Header header) {
- if (!initialized) {
- init(header);
- }
+ // if (!initialized) {
+ // init(header);
+ // }
+
+ // overwrites once per a loop
+ SSJAVA.arrayinit(samples1, 0);
+ SSJAVA.arrayinit(samples2, 0);
+ SSJAVA.arrayinit(ro, 2, SBLIMIT, SSLIMIT, 0);
+ SSJAVA.arrayinit(lr, 2, SBLIMIT, SSLIMIT, 0);
+ SSJAVA.arrayinit(is_pos, 7);
+ SSJAVA.arrayinit(is_ratio, 0);
+ SSJAVA.arrayinit(out_1d, 0);
+ SSJAVA.arrayinit(inter, 0);
+ SSJAVA.arrayinit(k, 2, SBLIMIT * SSLIMIT, 0);
+ SSJAVA.arrayinit(is_1d, 0);
+ SSJAVA.arrayinit(tsOutCopy, 0);
+ SSJAVA.arrayinit(scalefac_buffer, 0);
+ SSJAVA.arrayinit(nonzero, 576);
+ SSJAVA.arrayinit(new_slen, 0);
+ SSJAVA.arrayinit(rawout,0);
+
+ CheckSumHuff = 0;
+ // prevblck = new float[2][SBLIMIT * SSLIMIT];
+ si = new III_side_info_t();
+ //
@LOC("THIS,LayerIIIDecoder.HD1") int nSlots = header.slots();
get_side_info(header);
br = header.getBitReserve();
+ @LOC("THIS,LayerIIIDecoder.HD1") int version = header.version();
+
+ // additional codes for the definitely written property
+ filter_pos = (filter_pos + 4) & 0xf;
+ filter1.vidx = 1;
+ filter2.vidx = 1;
+ filter1.actual_write_pos = filter_pos;
+ filter2.actual_write_pos = filter_pos;
+ //
+
+ // System.out.println("filter1="+filter1.vidx+" "+filter1.actual_write_pos);
+ // System.out.println("filter1="+filter2.vidx+" "+filter2.actual_write_pos);
+
// here 'gr' and 'max_gr' should be higher than 'ch','channels', and more
for (gr = 0; gr < max_gr; gr++) { // two granules per channel
// in the loop body, access set={part2_start}
// 'ch', 'channels' should be higher than all locs in the below body
for (ch = 0; ch < channels; ch++) {
- part2_start = br.hsstell();
+ // part2_start = br.hsstell();
+ @LOC("THIS,LayerIIIDecoder.BR,BitReserve.BIT") int part2_start_local = br.hsstell();
// grab scale factors from the main data.
// following the scale factors is the actual compressed data
- if (header.version() == Header.MPEG1)
+ if (version == Header.MPEG1)
get_scale_factors(header, ch, gr); // no need to care from this side
// here move scale factor data from 'br' buffer to 'scalefac' field
else
// side
// here, decoding the compressed audio data
- huffman_decode(ch, gr); // no need to care from this side
+ huffman_decode(part2_start_local, ch, gr); // no need to care from this
+ // side
// System.out.println("CheckSum HuffMan = " + CheckSumHuff);
dequantize_sample(/* ro[ch], */ch, gr); // no need to care from this
// side
// 'first_channel' >
// the body
- // in the body
- // read set= lr,ch,gr,out_1d, sb18, ss, SSLIMIT, out_1d
- // write set= out_1d
-
reorder(/* lr[ch], */ch, gr);
antialias(ch, gr);
// }
// System.out.println("CheckSumOut1d = "+CheckSumOut1d);
+ for (@LOC("THIS,LayerIIIDecoder.SI1") int index = 0; index < 576; index++) {
+ out_1d[index] = inter[index];
+ }
+
hybrid(ch, gr);
// float CheckSumOut1d=0;
sb++; // sb should be loc*
}
filter1.input_samples(samples1);
+ // System.out.println("filter1 writepos=" + filter1.actual_write_pos
+ // + " vidx=" + filter1.vidx);
filter1.calculate_pcm_samples();
}
} else {
filter2.input_samples(samples2);
filter2.calculate_pcm_samples();
}
-
}
+ // System.out.println("#END CH=" + ch + " actual_write_pos=" +
+ // filter1.actual_write_pos);
} // channels
+
+ // TODO
+ // init prev
+ SSJAVA.arrayinit(prevblck, 2, SBLIMIT * SSLIMIT, 0);
+ // copy from raw_full to prev
+ SSJAVA.arraycopy(prevblck, raw_full, 2, SBLIMIT * SSLIMIT);
+ // for (int chidx = 0; chidx < 2; chidx++) {
+ // for (int sidx = 0; sidx < SBLIMIT * SSLIMIT; sidx++) {
+ // prevblck[chidx][sidx] = raw_full[chidx][sidx];
+ // }
+ // }
+ // System.out.println("#END GR=" + gr + " actual_write_pos=" +
+ // filter1.actual_write_pos);
} // granule
+ // System.out.println("#END FRAME actual_write_pos=" +
+ // filter1.actual_write_pos);
+
+ filter1.clear();
+ filter2.clear();
+
// System.out.println("Counter = ................................."+counter);
// if (counter < 609)
// {
* Reads the side info from the stream, assuming the entire. frame has been
* read already. Mono : 136 bits (= 17 bytes) Stereo : 256 bits (= 32 bytes)
*/
- private boolean get_side_info(Header header) {
+ @LATTICE("OUT<THIS,THIS<C,C<IN,C*,THISLOC=THIS,RETURNLOC=OUT")
+ private boolean get_side_info(@LOC("THIS,LayerIIIDecoder.HD1") Header header) {
- SideInfoBuffer sib = header.getSideInfoBuffer();
+ @LOC("THIS,LayerIIIDecoder.SI,LayerIIIDecoder$III_side_info_t.TEMP") SideInfoBuffer sib =
+ header.getSideInfoBuffer();
+ @LOC("THIS,LayerIIIDecoder.SF1") int version = header.version();
- int ch, gr;
+ @LOC("THIS,LayerIIIDecoder.SI0") int ch;
+ @LOC("THIS,LayerIIIDecoder.SI0") int gr;
// System.out.println("#get_side_info");
- if (header.version() == Header.MPEG1) {
+ if (version == Header.MPEG1) {
si.main_data_begin = sib.get_bits(9);
if (channels == 1)
si.ch[ch].gr[gr].big_values = sib.get_bits(9);
si.ch[ch].gr[gr].global_gain = sib.get_bits(8);
si.ch[ch].gr[gr].scalefac_compress = sib.get_bits(4);
- si.ch[ch].gr[gr].window_switching_flag = sib.get_bits(1);
- if ((si.ch[ch].gr[gr].window_switching_flag) != 0) {
+ @LOC("THIS,LayerIIIDecoder.SI,LayerIIIDecoder$III_side_info_t.TEMP") int cond =
+ sib.get_bits(1);
+ // si.ch[ch].gr[gr].window_switching_flag = sib.get_bits(1);
+ // if ((si.ch[ch].gr[gr].window_switching_flag) != 0) {
+ if (cond != 0) {
si.ch[ch].gr[gr].block_type = sib.get_bits(2);
si.ch[ch].gr[gr].mixed_block_flag = sib.get_bits(1);
si.ch[ch].gr[gr].region1_count = sib.get_bits(3);
si.ch[ch].gr[gr].block_type = 0;
}
+ //
+ si.ch[ch].gr[gr].window_switching_flag = cond;
+ //
si.ch[ch].gr[gr].preflag = sib.get_bits(1);
si.ch[ch].gr[gr].scalefac_scale = sib.get_bits(1);
si.ch[ch].gr[gr].count1table_select = sib.get_bits(1);
si.ch[ch].gr[0].big_values = sib.get_bits(9);
si.ch[ch].gr[0].global_gain = sib.get_bits(8);
si.ch[ch].gr[0].scalefac_compress = sib.get_bits(9);
- si.ch[ch].gr[0].window_switching_flag = sib.get_bits(1);
- if ((si.ch[ch].gr[0].window_switching_flag) != 0) {
+ @LOC("THIS,LayerIIIDecoder.SI,LayerIIIDecoder$III_side_info_t.TEMP") int cond =
+ sib.get_bits(1);
+ // si.ch[ch].gr[0].window_switching_flag = sib.get_bits(1);
+ // if ((si.ch[ch].gr[0].window_switching_flag) != 0) {
+ if (cond != 0) {
si.ch[ch].gr[0].block_type = sib.get_bits(2);
si.ch[ch].gr[0].mixed_block_flag = sib.get_bits(1);
si.ch[ch].gr[0].region1_count = sib.get_bits(3);
si.ch[ch].gr[0].block_type = 0;
}
+ //
+ si.ch[ch].gr[gr].window_switching_flag = cond;
+ //
si.ch[ch].gr[0].scalefac_scale = sib.get_bits(1);
si.ch[ch].gr[0].count1table_select = sib.get_bits(1);
*
*/
@LATTICE("THIS<IN,THISLOC=THIS,GLOBALLOC=IN")
- private void get_scale_factors(Header header, @LOC("THIS,LayerIIIDecoder.CH0") int ch,
- @LOC("THIS,LayerIIIDecoder.CH0") int gr) {
+ private void get_scale_factors(@LOC("THIS,LayerIIIDecoder.SF1") Header header,
+ @LOC("THIS,LayerIIIDecoder.SF1") int ch, @LOC("THIS,LayerIIIDecoder.SF1") int gr) {
// gr_info_s gr_info = (si.ch[ch].gr[gr]); remove alias
// MDM: new_slen is fully initialized before use, no need
// to reallocate array.
@LOC("NS")
- private final int[] new_slen = new int[4];
+ private int[] new_slen = new int[4];
// ssjava
@LATTICE("M<THIS,THIS<IN,THIS<C,C*,M*,THISLOC=THIS,GLOBALLOC=THIS")
- private void get_LSF_scale_data(Header header, @LOC("THIS,LayerIIIDecoder.CH0") int ch,
- @LOC("THIS,LayerIIIDecoder.CH0") int gr) {
+ private void get_LSF_scale_data(@LOC("THIS,LayerIIIDecoder.SF15") Header header,
+ @LOC("THIS,LayerIIIDecoder.SF15") int ch, @LOC("THIS,LayerIIIDecoder.SF15") int gr) {
- @LOC("THIS,LayerIIIDecoder.HD1") int mode_ext = header.mode_extension();
+ @LOC("THIS,LayerIIIDecoder.SI0") int mode_ext = header.mode_extension();
// @LOC("THIS,LayerIIIDecoder.GLSFD1") gr_info_s gr_info =
// (si.ch[ch].gr[gr]); // remove alias
@LOC("THIS,LayerIIIDecoder.SI,LayerIIIDecoder$III_side_info_t.CH,LayerIIIDecoder$temporaire.GR,LayerIIIDecoder$gr_info_s.V") int scalefac_comp =
si.ch[ch].gr[gr].scalefac_compress;
- @LOC("THIS,LayerIIIDecoder.SI") int blocktypenumber;
+ @LOC("THIS,LayerIIIDecoder.NS") int blocktypenumber;
@LOC("THIS,LayerIIIDecoder.SI,LayerIIIDecoder$III_side_info_t.CH,LayerIIIDecoder$temporaire.GR,LayerIIIDecoder$gr_info_s.V") int int_scalefac_comp;
@LOC("THIS,LayerIIIDecoder.SFB_SH") int m;
}
}
- for (@LOC("C") int x = 0; x < 45; x++)
- // why 45, not 54?
- scalefac_buffer[x] = 0;
+ // for (@LOC("THIS,LayerIIIDecoder.NS") int x = 0; x < 45; x++)
+ // // why 45, not 54?
+ // scalefac_buffer[x] = 0;
m = 0;
- for (@LOC("C") int i = 0; i < 4; i++) {
- for (@LOC("THIS,LayerIIIDecoder.NS") int j = 0; j < nr_of_sfb_block[blocknumber][blocktypenumber][i]; j++) {
+ for (@LOC("THIS,LayerIIIDecoder.NS") int i = 0; i < 4; i++) {
+ @LOC("THIS,LayerIIIDecoder.NS") int jmax = nr_of_sfb_block[blocknumber][blocktypenumber][i];
+ for (@LOC("THIS,LayerIIIDecoder.NS") int j = 0; j < jmax; j++) {
scalefac_buffer[m] = (new_slen[i] == 0) ? 0 : br.hgetbits(new_slen[i]);
m++;
*
*/
@LATTICE("THIS<IN,THISLOC=THIS,GLOBALLOC=IN")
- private void get_LSF_scale_factors(Header header, @LOC("THIS,LayerIIIDecoder.CH0") int ch,
- @LOC("THIS,LayerIIIDecoder.CH0") int gr) {
+ private void get_LSF_scale_factors(@LOC("THIS,LayerIIIDecoder.SF1") Header header,
+ @LOC("THIS,LayerIIIDecoder.SF1") int ch, @LOC("THIS,LayerIIIDecoder.SF1") int gr) {
@LOC("THIS,LayerIIIDecoder.SFB_SH") int sfb;
@LOC("THIS,LayerIIIDecoder.SFB_SH") int m = 0;
// int[] v = { 0 };
// @LOC("SI1")
// int[] w = { 0 };
- @LOC("SI1")
- int x[] = { 0 };
- @LOC("SI1")
- int y[] = { 0 };
- @LOC("SI1")
- int v[] = { 0 };
- @LOC("SI1")
- int w[] = { 0 };
+ // @LOC("SI1")
+ // int x[] = { 0 };
+ // @LOC("SI1")
+ // int y[] = { 0 };
+ // @LOC("SI1")
+ // int v[] = { 0 };
+ // @LOC("SI1")
+ // int w[] = { 0 };
- private void huffman_decode(int ch, int gr) {
- x[0] = 0;
- y[0] = 0;
- v[0] = 0;
- w[0] = 0;
+ @LATTICE("VAR<OUT,OUT<THIS,THIS<RE,THISLOC=THIS,GLOBALLOC=OUT,RETURNLOC=OUT")
+ private void huffman_decode(@LOC("THIS,LayerIIIDecoder.BR,BitReserve.BIT") int part2_start_local,
+ @LOC("THIS,LayerIIIDecoder.CH0") int ch, @LOC("THIS,LayerIIIDecoder.CH0") int gr) {
- int part2_3_end = part2_start + si.ch[ch].gr[gr].part2_3_length;
- int num_bits;
- int region1Start;
- int region2Start;
- int index;
+ @LOC("RE") int x[] = new int[1];
+ @LOC("RE") int y[] = new int[1];
+ @LOC("RE") int v[] = new int[1];
+ @LOC("RE") int w[] = new int[1];
- int buf, buf1;
+ @LOC("THIS,LayerIIIDecoder.BR,BitReserve.BIT") int part2_3_end =
+ part2_start_local + si.ch[ch].gr[gr].part2_3_length;
+ @LOC("THIS,LayerIIIDecoder.BR,BitReserve.BIT") int num_bits;
+ @LOC("THIS,LayerIIIDecoder.SI1") int region1Start;
+ @LOC("THIS,LayerIIIDecoder.SI1") int region2Start;
+ @LOC("THIS,LayerIIIDecoder.BR,BitReserve.BIT") int index;
- huffcodetab h;
+ @LOC("THIS,LayerIIIDecoder.SI1") int buf;
+ @LOC("THIS,LayerIIIDecoder.SI1") int buf1;
// Find region boundary for short block case
index = 0;
// Read bigvalues area
- for (int i = 0; i < (si.ch[ch].gr[gr].big_values << 1); i += 2) {
+ TERMINATE: for (@LOC("THIS,LayerIIIDecoder.BR,BitReserve.BIT") int i = 0; i < (si.ch[ch].gr[gr].big_values << 1); i +=
+ 2) {
- int htIdx;
+ @LOC("THIS,LayerIIIDecoder.SI2") int htIdx;
if (i < region1Start) {
htIdx = si.ch[ch].gr[gr].table_select[0];
// h = huffcodetab.ht[si.ch[ch].gr[gr].table_select[0]];
// Read count1 area
- int htIdx = si.ch[ch].gr[gr].count1table_select + 32;
+ @LOC("THIS,LayerIIIDecoder.SI2") int htIdx = si.ch[ch].gr[gr].count1table_select + 32;
// h = huffcodetab.ht[si.ch[ch].gr[gr].count1table_select + 32];
num_bits = br.hsstell();
- while ((num_bits < part2_3_end) && (index < 576)) {
+ TERMINATE: while ((num_bits < part2_3_end) && (index < 576)) {
huffcodetab.huffman_decoder(htIdx, x, y, v, w, br);
if ((si.ch[ch].gr[gr].window_switching_flag != 0) && (si.ch[ch].gr[gr].block_type == 2)) {
- for (index = 0; index < 576; index++) {
- out_1d[index] = 0.0f;
- }
+ // for (index = 0; index < 576; index++) {
+ // inter[index] = 0.0f;
+ // }
if (si.ch[ch].gr[gr].mixed_block_flag != 0) {
// NO REORDER FOR LOW 2 SUBBANDS
// Modif E.B 02/22/99
@LOC("THIS,LayerIIIDecoder.SI1") int reste = index % SSLIMIT;
@LOC("THIS,LayerIIIDecoder.SI1") int quotien = (int) ((index - reste) / SSLIMIT);
- out_1d[index] = lr[ch][quotien][reste];
+ inter[index] = lr[ch][quotien][reste];
}
// REORDERING FOR REST SWITCHED SHORT
/*
@LOC("THIS,LayerIIIDecoder.SI1") int reste = src_line % SSLIMIT;
@LOC("THIS,LayerIIIDecoder.SI1") int quotien = (int) ((src_line - reste) / SSLIMIT);
- out_1d[des_line] = lr[ch][quotien][reste];
+ inter[des_line] = lr[ch][quotien][reste];
src_line += sfb_lines;
des_line++;
reste = src_line % SSLIMIT;
quotien = (int) ((src_line - reste) / SSLIMIT);
- out_1d[des_line] = lr[ch][quotien][reste];
+ inter[des_line] = lr[ch][quotien][reste];
src_line += sfb_lines;
des_line++;
reste = src_line % SSLIMIT;
quotien = (int) ((src_line - reste) / SSLIMIT);
- out_1d[des_line] = lr[ch][quotien][reste];
+ inter[des_line] = lr[ch][quotien][reste];
}
}
@LOC("THIS,LayerIIIDecoder.SI1") int j = reorder_table[sfreq][index];
@LOC("THIS,LayerIIIDecoder.SI1") int reste = j % SSLIMIT;
@LOC("THIS,LayerIIIDecoder.SI1") int quotien = (int) ((j - reste) / SSLIMIT);
- out_1d[index] = lr[ch][quotien][reste];
+ inter[index] = lr[ch][quotien][reste];
}
}
} else { // long blocks
// Modif E.B 02/22/99
@LOC("THIS,LayerIIIDecoder.SI1") int reste = index % SSLIMIT;
@LOC("THIS,LayerIIIDecoder.SI1") int quotien = (int) ((index - reste) / SSLIMIT);
- out_1d[index] = lr[ch][quotien][reste];
+ inter[index] = lr[ch][quotien][reste];
}
}
}
// ssjava
@LATTICE("IO<THIS,THIS<IN,THISLOC=THIS,GLOBALLOC=IN")
- private void stereo(Header header, @LOC("THIS,LayerIIIDecoder.CH0") int gr) {
+ private void stereo(@LOC("THIS,LayerIIIDecoder.HD1") Header header,
+ @LOC("THIS,LayerIIIDecoder.CH0") int gr) {
@LOC("THIS,LayerIIIDecoder.RO1") int sb;
@LOC("THIS,LayerIIIDecoder.RO1") int ss;
} else {
// gr_info_s gr_info = (si.ch[0].gr[gr]); remove alias
- @LOC("THIS,LayerIIIDecoder.HD1") int mode_ext = header.mode_extension();
+ @LOC("THIS,LayerIIIDecoder.SF1") int mode_ext = header.mode_extension();
@LOC("THIS,LayerIIIDecoder.RO1") int sfb;
@LOC("THIS,LayerIIIDecoder.RO1") int i;
@LOC("THIS,LayerIIIDecoder.RO1") int temp;
@LOC("THIS,LayerIIIDecoder.RO1") int temp2;
- @LOC("THIS,LayerIIIDecoder.CH0") boolean ms_stereo =
+ @LOC("THIS,LayerIIIDecoder.SF15") boolean ms_stereo =
((header.mode() == Header.JOINT_STEREO) && ((mode_ext & 0x2) != 0));
- @LOC("THIS,LayerIIIDecoder.CH0") boolean i_stereo =
+ @LOC("THIS,LayerIIIDecoder.SF15") boolean i_stereo =
((header.mode() == Header.JOINT_STEREO) && ((mode_ext & 0x1) != 0));
- @LOC("THIS,LayerIIIDecoder.CH0") boolean lsf =
+ @LOC("THIS,LayerIIIDecoder.SF15") boolean lsf =
((header.version() == Header.MPEG2_LSF || header.version() == Header.MPEG25_LSF)); // SZD
@LOC("THIS,LayerIIIDecoder.LR") int io_type = (si.ch[0].gr[gr].scalefac_compress & 1);
// initialization
-
- for (i = 0; i < 576; i++) {
- is_pos[i] = 7;
-
- is_ratio[i] = 0.0f;
- }
+ // for (i = 0; i < 576; i++) {
+ // is_pos[i] = 7;
+ // is_ratio[i] = 0.0f;
+ // }
if (i_stereo) {
if ((si.ch[0].gr[gr].window_switching_flag != 0) && (si.ch[0].gr[gr].block_type == 2)) {
for (@LOC("THIS,LayerIIIDecoder.RO1") int j = 0; j < 3; j++) {
@LOC("THIS,LayerIIIDecoder.RO1") int sfbcnt;
sfbcnt = 2;
- for (sfb = 12; sfb >= 3; sfb--) {
+ TERMINATE: for (sfb = 12; sfb >= 3; sfb--) {
i = sfBandIndex[sfreq].s[sfb];
lines = sfBandIndex[sfreq].s[sfb + 1] - i;
i = (i << 2) - i + (j + 1) * lines - 1;
-
- while (lines > 0) {
+ TERMINATE: while (lines > 0) {
if (ro[1][i / 18][i % 18] != 0.0f) {
// MDM: in java, array access is very slow.
// Is quicker to compute div and mod values.
sb = sfBandIndex[sfreq].s[sfb + 1] - temp;
i = (temp << 2) - temp + j * sb;
- for (; sb > 0; sb--) {
+ TERMINATE: for (; sb > 0; sb--) {
is_pos[i] = scalefac[1].s[j][sfb];
if (is_pos[i] != 7)
if (lsf)
temp = sfBandIndex[sfreq].s[11];
sb = sfBandIndex[sfreq].s[12] - temp;
i = (temp << 2) - temp + j * sb;
-
- for (; sb > 0; sb--) {
+ TERMINATE: for (; sb > 0; sb--) {
is_pos[i] = is_pos[sfb];
if (lsf) {
i = 2;
ss = 17;
sb = -1;
- while (i >= 0) {
+ TERMINATE: while (i >= 0) {
if (ro[1][i][ss] != 0.0f) {
sb = (i << 4) + (i << 1) + ss;
i = -1;
i = sfBandIndex[sfreq].l[i];
for (; sfb < 8; sfb++) {
sb = sfBandIndex[sfreq].l[sfb + 1] - sfBandIndex[sfreq].l[sfb];
- for (; sb > 0; sb--) {
+ TERMINATE: for (; sb > 0; sb--) {
is_pos[i] = scalefac[1].l[sfb];
if (is_pos[i] != 7)
if (lsf)
for (@LOC("THIS,LayerIIIDecoder.RO1") int j = 0; j < 3; j++) {
@LOC("THIS,LayerIIIDecoder.RO1") int sfbcnt;
sfbcnt = -1;
- for (sfb = 12; sfb >= 0; sfb--) {
+ TERMINATE: for (sfb = 12; sfb >= 0; sfb--) {
temp = sfBandIndex[sfreq].s[sfb];
lines = sfBandIndex[sfreq].s[sfb + 1] - temp;
i = (temp << 2) - temp + (j + 1) * lines - 1;
-
- while (lines > 0) {
+ TERMINATE: while (lines > 0) {
if (ro[1][i / 18][i % 18] != 0.0f) {
// MDM: in java, array access is very slow.
// Is quicker to compute div and mod values.
temp = sfBandIndex[sfreq].s[sfb];
sb = sfBandIndex[sfreq].s[sfb + 1] - temp;
i = (temp << 2) - temp + j * sb;
- for (; sb > 0; sb--) {
+ TERMINATE: for (; sb > 0; sb--) {
is_pos[i] = scalefac[1].s[j][sfb];
if (is_pos[i] != 7)
if (lsf)
sfb = (temp << 2) - temp + j * sb;
sb = sfBandIndex[sfreq].s[12] - temp2;
i = (temp2 << 2) - temp2 + j * sb;
-
- for (; sb > 0; sb--) {
+ TERMINATE: for (; sb > 0; sb--) {
is_pos[i] = is_pos[sfb];
if (lsf) {
i = 31;
ss = 17;
sb = 0;
- while (i >= 0) {
+ TERMINATE: while (i >= 0) {
if (ro[1][i][ss] != 0.0f) {
sb = (i << 4) + (i << 1) + ss;
i = -1;
i = sfBandIndex[sfreq].l[i];
for (; sfb < 21; sfb++) {
sb = sfBandIndex[sfreq].l[sfb + 1] - sfBandIndex[sfreq].l[sfb];
- for (; sb > 0; sb--) {
+ TERMINATE: for (; sb > 0; sb--) {
is_pos[i] = scalefac[1].l[sfb];
if (is_pos[i] != 7)
if (lsf)
}
}
sfb = sfBandIndex[sfreq].l[20];
- for (sb = 576 - sfBandIndex[sfreq].l[21]; (sb > 0) && (i < 576); sb--) {
+ TERMINATE: for (sb = 576 - sfBandIndex[sfreq].l[21]; (sb > 0) && (i < 576); sb--) {
is_pos[i] = is_pos[sfb]; // error here : i >=576
if (lsf) {
@LOC("THIS,LayerIIIDecoder.SI1") int ss;
@LOC("THIS,LayerIIIDecoder.SI,LayerIIIDecoder$III_side_info_t.CH,LayerIIIDecoder$temporaire.GR2") int sb18lim;
-// @LOC("THIS,LayerIIIDecoder.SI,LayerIIIDecoder$III_side_info_t.CH,LayerIIIDecoder$temporaire.GR1") gr_info_s gr_info =
-// (si.ch[ch].gr[gr]);
+ // @LOC("THIS,LayerIIIDecoder.SI,LayerIIIDecoder$III_side_info_t.CH,LayerIIIDecoder$temporaire.GR1")
+ // gr_info_s gr_info =
+ // (si.ch[ch].gr[gr]);
// 31 alias-reduction operations between each pair of sub-bands
// with 8 butterflies between each pair
for (ss = 0; ss < 8; ss++) {
@LOC("THIS,LayerIIIDecoder.SI1") int src_idx1 = sb18 + 17 - ss;
@LOC("THIS,LayerIIIDecoder.SI1") int src_idx2 = sb18 + 18 + ss;
- @LOC("THIS,LayerIIIDecoder.OUT") float bu = out_1d[src_idx1];
- @LOC("THIS,LayerIIIDecoder.OUT") float bd = out_1d[src_idx2];
- out_1d[src_idx1] = (bu * cs[ss]) - (bd * ca[ss]);
- out_1d[src_idx2] = (bd * cs[ss]) + (bu * ca[ss]);
+ @LOC("THIS,LayerIIIDecoder.OUT0") float bu = inter[src_idx1];
+ @LOC("THIS,LayerIIIDecoder.OUT0") float bd = inter[src_idx2];
+ inter[src_idx1] = (bu * cs[ss]) - (bd * ca[ss]);
+ inter[src_idx2] = (bd * cs[ss]) + (bu * ca[ss]);
}
}
}
// MDM: tsOutCopy and rawout do not need initializing, so the arrays
// can be reused.
- @LOC("OUT")
+ @LOC("TSOUT")
float[] tsOutCopy = new float[18];
- @LOC("OUT")
+ @LOC("RAWOUT")
float[] rawout = new float[36];
@LATTICE("THIS<SB,SB*,THISLOC=THIS")
private void hybrid(@LOC("THIS,LayerIIIDecoder.SI") int ch, @LOC("THIS,LayerIIIDecoder.SI") int gr) {
@LOC("THIS,LayerIIIDecoder.SI1") int bt;
- @LOC("SB") int sb18;
+ @LOC("THIS,LayerIIIDecoder.SI1") int sb18;
// gr_info_s gr_info = (si.ch[ch].gr[gr]); //remove alias
// @LOC("THIS,LayerIIIDecoder.TS") float[] tsOut; //remove alias
// float[][] prvblk;
for (sb18 = 0; sb18 < 576; sb18 += 18) {
- bt =
- ((si.ch[ch].gr[gr].window_switching_flag != 0)
- && (si.ch[ch].gr[gr].mixed_block_flag != 0) && (sb18 < 36)) ? 0
- : si.ch[ch].gr[gr].block_type;
+ if ((si.ch[ch].gr[gr].window_switching_flag != 0) && (si.ch[ch].gr[gr].mixed_block_flag != 0)
+ && (sb18 < 36)) {
+ bt = 0;
+ } else {
+ bt = si.ch[ch].gr[gr].block_type;
+ }
// tsOut = out_1d;
// Modif E.B 02/22/99
- for (@LOC("SB") int cc = 0; cc < 18; cc++)
- tsOutCopy[cc] = out_1d[cc + sb18];
+ for (@LOC("THIS,LayerIIIDecoder.SI1") int cc = 0; cc < 18; cc++) {
+ // tsOutCopy[cc] = out_1d[cc + sb18];
+ tsOutCopy[cc] = inter[cc + sb18];
+ }
inv_mdct(bt);
- for (@LOC("SB") int cc = 0; cc < 18; cc++)
+ for (@LOC("THIS,LayerIIIDecoder.SI1") int cc = 0; cc < 18; cc++) {
out_1d[cc + sb18] = tsOutCopy[cc];
+ }
+
// Fin Modif
// overlap addition
- // prvblk = prevblck; //eliminated unnecessary areas
-
out_1d[0 + sb18] = rawout[0] + prevblck[ch][sb18 + 0];
- prevblck[ch][sb18 + 0] = rawout[18];
out_1d[1 + sb18] = rawout[1] + prevblck[ch][sb18 + 1];
- prevblck[ch][sb18 + 1] = rawout[19];
out_1d[2 + sb18] = rawout[2] + prevblck[ch][sb18 + 2];
- prevblck[ch][sb18 + 2] = rawout[20];
out_1d[3 + sb18] = rawout[3] + prevblck[ch][sb18 + 3];
- prevblck[ch][sb18 + 3] = rawout[21];
out_1d[4 + sb18] = rawout[4] + prevblck[ch][sb18 + 4];
- prevblck[ch][sb18 + 4] = rawout[22];
out_1d[5 + sb18] = rawout[5] + prevblck[ch][sb18 + 5];
- prevblck[ch][sb18 + 5] = rawout[23];
out_1d[6 + sb18] = rawout[6] + prevblck[ch][sb18 + 6];
- prevblck[ch][sb18 + 6] = rawout[24];
out_1d[7 + sb18] = rawout[7] + prevblck[ch][sb18 + 7];
- prevblck[ch][sb18 + 7] = rawout[25];
out_1d[8 + sb18] = rawout[8] + prevblck[ch][sb18 + 8];
- prevblck[ch][sb18 + 8] = rawout[26];
out_1d[9 + sb18] = rawout[9] + prevblck[ch][sb18 + 9];
- prevblck[ch][sb18 + 9] = rawout[27];
out_1d[10 + sb18] = rawout[10] + prevblck[ch][sb18 + 10];
- prevblck[ch][sb18 + 10] = rawout[28];
out_1d[11 + sb18] = rawout[11] + prevblck[ch][sb18 + 11];
- prevblck[ch][sb18 + 11] = rawout[29];
out_1d[12 + sb18] = rawout[12] + prevblck[ch][sb18 + 12];
- prevblck[ch][sb18 + 12] = rawout[30];
out_1d[13 + sb18] = rawout[13] + prevblck[ch][sb18 + 13];
- prevblck[ch][sb18 + 13] = rawout[31];
out_1d[14 + sb18] = rawout[14] + prevblck[ch][sb18 + 14];
- prevblck[ch][sb18 + 14] = rawout[32];
out_1d[15 + sb18] = rawout[15] + prevblck[ch][sb18 + 15];
- prevblck[ch][sb18 + 15] = rawout[33];
out_1d[16 + sb18] = rawout[16] + prevblck[ch][sb18 + 16];
- prevblck[ch][sb18 + 16] = rawout[34];
out_1d[17 + sb18] = rawout[17] + prevblck[ch][sb18 + 17];
- prevblck[ch][sb18 + 17] = rawout[35];
+ raw_full[ch][sb18 + 0] = rawout[18];
+ raw_full[ch][sb18 + 1] = rawout[19];
+ raw_full[ch][sb18 + 2] = rawout[20];
+ raw_full[ch][sb18 + 3] = rawout[21];
+ raw_full[ch][sb18 + 4] = rawout[22];
+ raw_full[ch][sb18 + 5] = rawout[23];
+ raw_full[ch][sb18 + 6] = rawout[24];
+ raw_full[ch][sb18 + 7] = rawout[25];
+ raw_full[ch][sb18 + 8] = rawout[26];
+ raw_full[ch][sb18 + 9] = rawout[27];
+ raw_full[ch][sb18 + 10] = rawout[28];
+ raw_full[ch][sb18 + 11] = rawout[29];
+ raw_full[ch][sb18 + 12] = rawout[30];
+ raw_full[ch][sb18 + 13] = rawout[31];
+ raw_full[ch][sb18 + 14] = rawout[32];
+ raw_full[ch][sb18 + 15] = rawout[33];
+ raw_full[ch][sb18 + 16] = rawout[34];
+ raw_full[ch][sb18 + 17] = rawout[35];
+
+ // original implementation:
+ // out_1d[0 + sb18] = rawout[0] + prevblck[ch][sb18 + 0];
+ // prevblck[ch][sb18 + 0] = rawout[18];
+ // out_1d[1 + sb18] = rawout[1] + prevblck[ch][sb18 + 1];
+ // prevblck[ch][sb18 + 1] = rawout[19];
+ // out_1d[2 + sb18] = rawout[2] + prevblck[ch][sb18 + 2];
+ // prevblck[ch][sb18 + 2] = rawout[20];
+ // out_1d[3 + sb18] = rawout[3] + prevblck[ch][sb18 + 3];
+ // prevblck[ch][sb18 + 3] = rawout[21];
+ // out_1d[4 + sb18] = rawout[4] + prevblck[ch][sb18 + 4];
+ // prevblck[ch][sb18 + 4] = rawout[22];
+ // out_1d[5 + sb18] = rawout[5] + prevblck[ch][sb18 + 5];
+ // prevblck[ch][sb18 + 5] = rawout[23];
+ // out_1d[6 + sb18] = rawout[6] + prevblck[ch][sb18 + 6];
+ // prevblck[ch][sb18 + 6] = rawout[24];
+ // out_1d[7 + sb18] = rawout[7] + prevblck[ch][sb18 + 7];
+ // prevblck[ch][sb18 + 7] = rawout[25];
+ // out_1d[8 + sb18] = rawout[8] + prevblck[ch][sb18 + 8];
+ // prevblck[ch][sb18 + 8] = rawout[26];
+ // out_1d[9 + sb18] = rawout[9] + prevblck[ch][sb18 + 9];
+ // prevblck[ch][sb18 + 9] = rawout[27];
+ // out_1d[10 + sb18] = rawout[10] + prevblck[ch][sb18 + 10];
+ // prevblck[ch][sb18 + 10] = rawout[28];
+ // out_1d[11 + sb18] = rawout[11] + prevblck[ch][sb18 + 11];
+ // prevblck[ch][sb18 + 11] = rawout[29];
+ // out_1d[12 + sb18] = rawout[12] + prevblck[ch][sb18 + 12];
+ // prevblck[ch][sb18 + 12] = rawout[30];
+ // out_1d[13 + sb18] = rawout[13] + prevblck[ch][sb18 + 13];
+ // prevblck[ch][sb18 + 13] = rawout[31];
+ // out_1d[14 + sb18] = rawout[14] + prevblck[ch][sb18 + 14];
+ // prevblck[ch][sb18 + 14] = rawout[32];
+ // out_1d[15 + sb18] = rawout[15] + prevblck[ch][sb18 + 15];
+ // prevblck[ch][sb18 + 15] = rawout[33];
+ // out_1d[16 + sb18] = rawout[16] + prevblck[ch][sb18 + 16];
+ // prevblck[ch][sb18 + 16] = rawout[34];
+ // out_1d[17 + sb18] = rawout[17] + prevblck[ch][sb18 + 17];
+ // prevblck[ch][sb18 + 17] = rawout[35];
+
}
}
/**
*
*/
- @LATTICE("THIS<SB,THIS<SS,SB<GLOBAL,SS<GLOBAL,SS*,SB*,THISLOC=THIS,GLOBALLOC=GLOBAL")
private void do_downmix() {
- for (@LOC("SB") int sb = 0; sb < SSLIMIT; sb++) {
- for (@LOC("SS") int ss = 0; ss < SSLIMIT; ss += 3) {
+ for (@LOC("THIS,LayerIIIDecoder.ISR") int sb = 0; sb < SSLIMIT; sb++) {
+ for (@LOC("THIS,LayerIIIDecoder.ISR") int ss = 0; ss < SSLIMIT; ss += 3) {
lr[0][sb][ss] = (lr[0][sb][ss] + lr[1][sb][ss]) * 0.5f;
lr[0][sb][ss + 1] = (lr[0][sb][ss + 1] + lr[1][sb][ss + 1]) * 0.5f;
lr[0][sb][ss + 2] = (lr[0][sb][ss + 2] + lr[1][sb][ss + 2]) * 0.5f;
// @LOC("IN") int block_type) {//remove alias
// ssjava
@LATTICE("THIS,THISLOC=THIS")
- public void inv_mdct(@LOC("THIS,LayerIIIDecoder.OUT") int block_type) {
+ public void inv_mdct(@LOC("THIS,LayerIIIDecoder.TSOUT") int block_type) {
// float[] win_bt;
- @LOC("THIS,LayerIIIDecoder.OUT") int i;
-
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_0;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_1;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_2;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_3;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_4;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_5;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_6;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_7;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_8;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_9;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_10;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_11;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_12;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_13;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_14;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_15;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_16;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmpf_17;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") int i;
+
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_0;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_1;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_2;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_3;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_4;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_5;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_6;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_7;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_8;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_9;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_10;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_11;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_12;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_13;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_14;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_15;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_16;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmpf_17;
tmpf_0 =
tmpf_1 =
rawout[34] = 0.0f;
rawout[35] = 0.0f;
- @LOC("THIS,LayerIIIDecoder.OUT") int six_i = 0;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") int six_i = 0;
for (i = 0; i < 3; i++) {
// 12 point IMDCT
tsOutCopy[9 + i] += tsOutCopy[3 + i];
// 3 point IDCT on even indices
- @LOC("THIS,LayerIIIDecoder.OUT") float pp1;
- @LOC("THIS,LayerIIIDecoder.OUT") float pp2;
- @LOC("THIS,LayerIIIDecoder.OUT") float sum;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float pp1;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float pp2;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float sum;
pp2 = tsOutCopy[12 + i] * 0.500000000f;
pp1 = tsOutCopy[6 + i] * 0.866025403f;
sum = tsOutCopy[0 + i] + pp2;
tmpf_5 *= 0.517638090f;
// Output butterflies on 2 3 point IDCT's (for 6 point IDCT)
- @LOC("THIS,LayerIIIDecoder.OUT") float save = tmpf_0;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float save = tmpf_0;
tmpf_0 += tmpf_5;
tmpf_5 = save - tmpf_5;
save = tmpf_1;
tsOutCopy[5] += tsOutCopy[3];
tsOutCopy[3] += tsOutCopy[1];
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp0;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp1;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp2;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp3;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp4;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp0_;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp1_;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp2_;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp3_;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp0o;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp1o;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp2o;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp3o;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp4o;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp0_o;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp1_o;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp2_o;
- @LOC("THIS,LayerIIIDecoder.OUT") float tmp3_o;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp0;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp1;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp2;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp3;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp4;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp0_;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp1_;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp2_;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp3_;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp0o;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp1o;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp2o;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp3o;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp4o;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp0_o;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp1_o;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp2_o;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float tmp3_o;
// Fast 9 Point Inverse Discrete Cosine Transform
//
// 9 point IDCT on even indices
// 5 points on odd indices (not realy an IDCT)
- @LOC("THIS,LayerIIIDecoder.OUT") float i00 = tsOutCopy[0] + tsOutCopy[0];
- @LOC("THIS,LayerIIIDecoder.OUT") float iip12 = i00 + tsOutCopy[12];
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float i00 = tsOutCopy[0] + tsOutCopy[0];
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float iip12 = i00 + tsOutCopy[12];
tmp0 =
iip12 + tsOutCopy[4] * 1.8793852415718f + tsOutCopy[8] * 1.532088886238f + tsOutCopy[16]
tmp4 = tsOutCopy[0] - tsOutCopy[4] + tsOutCopy[8] - tsOutCopy[12] + tsOutCopy[16];
// 4 points on even indices
- @LOC("THIS,LayerIIIDecoder.OUT") float i66_ = tsOutCopy[6] * 1.732050808f; // Sqrt[3]
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float i66_ = tsOutCopy[6] * 1.732050808f; // Sqrt[3]
tmp0_ =
tsOutCopy[2] * 1.9696155060244f + i66_ + tsOutCopy[10] * 1.2855752193731f + tsOutCopy[14]
// 9 point IDCT on odd indices
// 5 points on odd indices (not realy an IDCT)
- @LOC("THIS,LayerIIIDecoder.OUT") float i0 = tsOutCopy[0 + 1] + tsOutCopy[0 + 1];
- @LOC("THIS,LayerIIIDecoder.OUT") float i0p12 = i0 + tsOutCopy[12 + 1];
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float i0 = tsOutCopy[0 + 1] + tsOutCopy[0 + 1];
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float i0p12 = i0 + tsOutCopy[12 + 1];
tmp0o =
i0p12 + tsOutCopy[4 + 1] * 1.8793852415718f + tsOutCopy[8 + 1] * 1.532088886238f
(tsOutCopy[0 + 1] - tsOutCopy[4 + 1] + tsOutCopy[8 + 1] - tsOutCopy[12 + 1] + tsOutCopy[16 + 1]) * 0.707106781f; // Twiddled
// 4 points on even indices
- @LOC("THIS,LayerIIIDecoder.OUT") float i6_ = tsOutCopy[6 + 1] * 1.732050808f; // Sqrt[3]
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float i6_ = tsOutCopy[6 + 1] * 1.732050808f; // Sqrt[3]
tmp0_o =
tsOutCopy[2 + 1] * 1.9696155060244f + i6_ + tsOutCopy[10 + 1] * 1.2855752193731f
// and
// twiddle factors for 36 point IDCT
- @LOC("THIS,LayerIIIDecoder.OUT") float e;
- @LOC("THIS,LayerIIIDecoder.OUT") float o;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float e;
+ @LOC("THIS,LayerIIIDecoder.TSOUT") float o;
e = tmp0 + tmp0_;
o = (tmp0o + tmp0_o) * 0.501909918f;
tmpf_0 = e + o;
}
}
- @LATTICE("CH")
+ @LATTICE("CH<TEMP,TEMP*")
static class III_side_info_t {
@LOC("CH")
/***************************************************************/
/* END OF INV_MDCT */
/***************************************************************/
- @LATTICE("N<VAR")
- class Sftable {
- @LOC("VAR")
- public int[] l;
- @LOC("VAR")
- public int[] s;
-
- public Sftable() {
- l = new int[5];
- s = new int[3];
- }
-
- @LATTICE("THIS<IN,THISLOC=THIS")
- public Sftable(@DELEGATE @LOC("IN") int[] thel, @DELEGATE @LOC("IN") int[] thes) {
- l = thel;
- s = thes;
- }
- }
-
- @LOC("F")
- public Sftable sftable;
public static final int nr_of_sfb_block[][][] = {
{ { 6, 5, 5, 5 }, { 9, 9, 9, 9 }, { 6, 9, 9, 9 } },
projects / IRC.git / blobdiff