ref: f479330acfa41b89b5345173251fb188e524bf6d
parent: 8f48df6f9767c5746f1bde6be7cfc933dae033fd
author: menno <menno>
date: Mon May 17 06:18:03 EDT 2004
Sync with internal CVS
--- a/ChangeLog
+++ b/ChangeLog
@@ -1,3 +1,39 @@
+17 may 2004 mbakker(at)nero.com
+ - syntax.c, decoder.c: Added some logging output
+
+17 may 2004 mbakker(at)nero.com
+ - mp4atom.c: Fixed an issue with broken MP4 files
+
+16 may 2004 mbakker(at)nero.com
+ - ps_dec.c: fixed point: forgot to convert a few multiplies
+
+14 may 2004 mbakker(at)nero.com
+ - sbr_*.c: reduced memory usage
+
+6 may 2004 mbakker(at)nero.com
+ - common.c: added some bit tricks and fixed point log2/pow2
+ - sbr_hfadj.c: log2/pow2 based gain calculation for SBR
+ - sbr_hfgen.c: use block exponent instead of stupid search to find max value
+
+5 may 2004 mbakker(at)nero.com
+ - decoder.c, neaacdec.h, decoder.h: added extra decode function to which a
+ buffer can be provided. Instead of the library providing a buffer.
+
+5 may 2004 mbakker(at)nero.com
+ - mdct.c: fixed fixed point MDCT with framesizes 960, 480, 120
+
+2 may 2004 mbakker(at)nero.com
+ - mdct_tab.h, mdct.c: Added tables for MDCT, for increased accuracy in fixed point
+ - specrec.c: Moved quantisation, scaling and reordering to 1 function
+
+20 april 2004 gpacutto(at)nero.com
+ - drm_dec.c, drm_dec.h: Don't do PS processing if no data was read this frame.
+ Fix for bitstread reading bug in specification.
+
+15 april 2004 mbakker(at)nero.com
+ - sbr_hfadj.c: fixed buffer overflow
+ - multiple: fixed some eVC problems
+
12 april 2004 mbakker(at)nero.com
- common.h, ps_dec.c: Updates for PS fixed point, should completely work now
--- a/common/mp4ff/mp4atom.c
+++ b/common/mp4ff/mp4atom.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: mp4atom.c,v 1.20 2004/04/12 18:17:42 menno Exp $
+** $Id: mp4atom.c,v 1.21 2004/05/17 10:18:02 menno Exp $
**/
#include <stdlib.h>
@@ -826,9 +826,11 @@
mp4ff_read_char(f); /* version */
mp4ff_read_int24(f); /* flags */
- while (sumsize < (size-12))
+ while (sumsize < (size-(header_size+4)))
{subsize = mp4ff_atom_read_header(f, &atom_type, &header_size);
+ if (subsize <= header_size+4)
+ return 1;
if (atom_type == ATOM_ILST)
{mp4ff_parse_metadata(f, (uint32_t)(subsize-(header_size+4)));
--- a/libfaad/cfft.c
+++ b/libfaad/cfft.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: cfft.c,v 1.25 2004/02/26 09:29:26 menno Exp $
+** $Id: cfft.c,v 1.28 2004/07/31 15:48:55 menno Exp $
**/
/*
@@ -1375,17 +1375,17 @@
switch (n)
{- case 64: cfft->tab = cfft_tab_64; break;
- case 512: cfft->tab = cfft_tab_512; break;
+ case 64: cfft->tab = (complex_t*)cfft_tab_64; break;
+ case 512: cfft->tab = (complex_t*)cfft_tab_512; break;
#ifdef LD_DEC
- case 256: cfft->tab = cfft_tab_256; break;
+ case 256: cfft->tab = (complex_t*)cfft_tab_256; break;
#endif
#ifdef ALLOW_SMALL_FRAMELENGTH
- case 60: cfft->tab = cfft_tab_60; break;
- case 480: cfft->tab = cfft_tab_480; break;
+ case 60: cfft->tab = (complex_t*)cfft_tab_60; break;
+ case 480: cfft->tab = (complex_t*)cfft_tab_480; break;
#ifdef LD_DEC
- case 240: cfft->tab = cfft_tab_240; break;
+ case 240: cfft->tab = (complex_t*)cfft_tab_240; break;
#endif
#endif
}
--- a/libfaad/common.c
+++ b/libfaad/common.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: common.c,v 1.17 2004/03/19 10:37:55 menno Exp $
+** $Id: common.c,v 1.20 2004/07/31 15:48:55 menno Exp $
**/
/* just some common functions that could be used anywhere */
@@ -302,3 +302,236 @@
return (__r1 = (t3 >> 1) | t1 ) ^ (__r2 = (t4 + t4) | t2 );
}
+
+uint32_t ones32(uint32_t x)
+{+ x -= ((x >> 1) & 0x55555555);
+ x = (((x >> 2) & 0x33333333) + (x & 0x33333333));
+ x = (((x >> 4) + x) & 0x0f0f0f0f);
+ x += (x >> 8);
+ x += (x >> 16);
+
+ return (x & 0x0000003f);
+}
+
+uint32_t floor_log2(uint32_t x)
+{+#if 1
+ x |= (x >> 1);
+ x |= (x >> 2);
+ x |= (x >> 4);
+ x |= (x >> 8);
+ x |= (x >> 16);
+
+ return (ones32(x) - 1);
+#else
+ uint32_t count = 0;
+
+ while (x >>= 1)
+ count++;
+
+ return count;
+#endif
+}
+
+/* returns position of first bit that is not 0 from msb,
+ * starting count at lsb */
+uint32_t wl_min_lzc(uint32_t x)
+{+#if 1
+ x |= (x >> 1);
+ x |= (x >> 2);
+ x |= (x >> 4);
+ x |= (x >> 8);
+ x |= (x >> 16);
+
+ return (ones32(x));
+#else
+ uint32_t count = 0;
+
+ while (x >>= 1)
+ count++;
+
+ return (count + 1);
+#endif
+}
+
+#ifdef FIXED_POINT
+
+#define TABLE_BITS 6
+/* just take the maximum number of bits for interpolation */
+#define INTERP_BITS (REAL_BITS-TABLE_BITS)
+
+static const real_t pow2_tab[] = {+ REAL_CONST(1.000000000000000), REAL_CONST(1.010889286051701), REAL_CONST(1.021897148654117),
+ REAL_CONST(1.033024879021228), REAL_CONST(1.044273782427414), REAL_CONST(1.055645178360557),
+ REAL_CONST(1.067140400676824), REAL_CONST(1.078760797757120), REAL_CONST(1.090507732665258),
+ REAL_CONST(1.102382583307841), REAL_CONST(1.114386742595892), REAL_CONST(1.126521618608242),
+ REAL_CONST(1.138788634756692), REAL_CONST(1.151189229952983), REAL_CONST(1.163724858777578),
+ REAL_CONST(1.176396991650281), REAL_CONST(1.189207115002721), REAL_CONST(1.202156731452703),
+ REAL_CONST(1.215247359980469), REAL_CONST(1.228480536106870), REAL_CONST(1.241857812073484),
+ REAL_CONST(1.255380757024691), REAL_CONST(1.269050957191733), REAL_CONST(1.282870016078778),
+ REAL_CONST(1.296839554651010), REAL_CONST(1.310961211524764), REAL_CONST(1.325236643159741),
+ REAL_CONST(1.339667524053303), REAL_CONST(1.354255546936893), REAL_CONST(1.369002422974591),
+ REAL_CONST(1.383909881963832), REAL_CONST(1.398979672538311), REAL_CONST(1.414213562373095),
+ REAL_CONST(1.429613338391970), REAL_CONST(1.445180806977047), REAL_CONST(1.460917794180647),
+ REAL_CONST(1.476826145939499), REAL_CONST(1.492907728291265), REAL_CONST(1.509164427593423),
+ REAL_CONST(1.525598150744538), REAL_CONST(1.542210825407941), REAL_CONST(1.559004400237837),
+ REAL_CONST(1.575980845107887), REAL_CONST(1.593142151342267), REAL_CONST(1.610490331949254),
+ REAL_CONST(1.628027421857348), REAL_CONST(1.645755478153965), REAL_CONST(1.663676580326736),
+ REAL_CONST(1.681792830507429), REAL_CONST(1.700106353718524), REAL_CONST(1.718619298122478),
+ REAL_CONST(1.737333835273706), REAL_CONST(1.756252160373300), REAL_CONST(1.775376492526521),
+ REAL_CONST(1.794709075003107), REAL_CONST(1.814252175500399), REAL_CONST(1.834008086409342),
+ REAL_CONST(1.853979125083386), REAL_CONST(1.874167634110300), REAL_CONST(1.894575981586966),
+ REAL_CONST(1.915206561397147), REAL_CONST(1.936061793492294), REAL_CONST(1.957144124175400),
+ REAL_CONST(1.978456026387951), REAL_CONST(2.000000000000000)
+};
+
+static const real_t log2_tab[] = {+ REAL_CONST(0.000000000000000), REAL_CONST(0.022367813028455), REAL_CONST(0.044394119358453),
+ REAL_CONST(0.066089190457772), REAL_CONST(0.087462841250339), REAL_CONST(0.108524456778169),
+ REAL_CONST(0.129283016944966), REAL_CONST(0.149747119504682), REAL_CONST(0.169925001442312),
+ REAL_CONST(0.189824558880017), REAL_CONST(0.209453365628950), REAL_CONST(0.228818690495881),
+ REAL_CONST(0.247927513443585), REAL_CONST(0.266786540694901), REAL_CONST(0.285402218862248),
+ REAL_CONST(0.303780748177103), REAL_CONST(0.321928094887362), REAL_CONST(0.339850002884625),
+ REAL_CONST(0.357552004618084), REAL_CONST(0.375039431346925), REAL_CONST(0.392317422778760),
+ REAL_CONST(0.409390936137702), REAL_CONST(0.426264754702098), REAL_CONST(0.442943495848728),
+ REAL_CONST(0.459431618637297), REAL_CONST(0.475733430966398), REAL_CONST(0.491853096329675),
+ REAL_CONST(0.507794640198696), REAL_CONST(0.523561956057013), REAL_CONST(0.539158811108031),
+ REAL_CONST(0.554588851677637), REAL_CONST(0.569855608330948), REAL_CONST(0.584962500721156),
+ REAL_CONST(0.599912842187128), REAL_CONST(0.614709844115208), REAL_CONST(0.629356620079610),
+ REAL_CONST(0.643856189774725), REAL_CONST(0.658211482751795), REAL_CONST(0.672425341971496),
+ REAL_CONST(0.686500527183218), REAL_CONST(0.700439718141092), REAL_CONST(0.714245517666123),
+ REAL_CONST(0.727920454563199), REAL_CONST(0.741466986401147), REAL_CONST(0.754887502163469),
+ REAL_CONST(0.768184324776926), REAL_CONST(0.781359713524660), REAL_CONST(0.794415866350106),
+ REAL_CONST(0.807354922057604), REAL_CONST(0.820178962415188), REAL_CONST(0.832890014164742),
+ REAL_CONST(0.845490050944375), REAL_CONST(0.857980995127572), REAL_CONST(0.870364719583405),
+ REAL_CONST(0.882643049361841), REAL_CONST(0.894817763307943), REAL_CONST(0.906890595608519),
+ REAL_CONST(0.918863237274595), REAL_CONST(0.930737337562886), REAL_CONST(0.942514505339240),
+ REAL_CONST(0.954196310386875), REAL_CONST(0.965784284662087), REAL_CONST(0.977279923499917),
+ REAL_CONST(0.988684686772166), REAL_CONST(1.000000000000000)
+};
+
+real_t pow2_fix(real_t val)
+{+ uint32_t x1, x2;
+ uint32_t errcorr;
+ uint32_t index_frac;
+ real_t retval;
+ int32_t whole = (val >> REAL_BITS);
+
+ /* rest = [0..1] */
+ int32_t rest = val - (whole << REAL_BITS);
+
+ /* index into pow2_tab */
+ int32_t index = rest >> (REAL_BITS-TABLE_BITS);
+
+
+ if (val == 0)
+ return (1<<REAL_BITS);
+
+ /* leave INTERP_BITS bits */
+ index_frac = rest >> (REAL_BITS-TABLE_BITS-INTERP_BITS);
+ index_frac = index_frac & ((1<<INTERP_BITS)-1);
+
+ if (whole > 0)
+ {+ retval = 1 << whole;
+ } else {+ retval = REAL_CONST(1) >> -whole;
+ }
+
+ x1 = pow2_tab[index & ((1<<TABLE_BITS)-1)];
+ x2 = pow2_tab[(index & ((1<<TABLE_BITS)-1)) + 1];
+ errcorr = ( (index_frac*(x2-x1))) >> INTERP_BITS;
+
+ if (whole > 0)
+ {+ retval = retval * (errcorr + x1);
+ } else {+ retval = MUL_R(retval, (errcorr + x1));
+ }
+
+ return retval;
+}
+
+int32_t pow2_int(real_t val)
+{+ uint32_t x1, x2;
+ uint32_t errcorr;
+ uint32_t index_frac;
+ real_t retval;
+ int32_t whole = (val >> REAL_BITS);
+
+ /* rest = [0..1] */
+ int32_t rest = val - (whole << REAL_BITS);
+
+ /* index into pow2_tab */
+ int32_t index = rest >> (REAL_BITS-TABLE_BITS);
+
+
+ if (val == 0)
+ return 1;
+
+ /* leave INTERP_BITS bits */
+ index_frac = rest >> (REAL_BITS-TABLE_BITS-INTERP_BITS);
+ index_frac = index_frac & ((1<<INTERP_BITS)-1);
+
+ if (whole > 0)
+ retval = 1 << whole;
+ else
+ retval = 0;
+
+ x1 = pow2_tab[index & ((1<<TABLE_BITS)-1)];
+ x2 = pow2_tab[(index & ((1<<TABLE_BITS)-1)) + 1];
+ errcorr = ( (index_frac*(x2-x1))) >> INTERP_BITS;
+
+ retval = MUL_R(retval, (errcorr + x1));
+
+ return retval;
+}
+
+/* ld(x) = ld(x*y/y) = ld(x/y) + ld(y), with y=2^N and [1 <= (x/y) < 2] */
+int32_t log2_int(uint32_t val)
+{+ uint32_t frac;
+ uint32_t whole = (val);
+ int8_t exp = 0;
+ uint32_t index;
+ uint32_t index_frac;
+ uint32_t x1, x2;
+ uint32_t errcorr;
+
+ /* error */
+ if (val == 0)
+ return -10000;
+
+ exp = floor_log2(val);
+ exp -= REAL_BITS;
+
+ /* frac = [1..2] */
+ if (exp >= 0)
+ frac = val >> exp;
+ else
+ frac = val << -exp;
+
+ /* index in the log2 table */
+ index = frac >> (REAL_BITS-TABLE_BITS);
+
+ /* leftover part for linear interpolation */
+ index_frac = frac & ((1<<(REAL_BITS-TABLE_BITS))-1);
+
+ /* leave INTERP_BITS bits */
+ index_frac = index_frac >> (REAL_BITS-TABLE_BITS-INTERP_BITS);
+
+ x1 = log2_tab[index & ((1<<TABLE_BITS)-1)];
+ x2 = log2_tab[(index & ((1<<TABLE_BITS)-1)) + 1];
+
+ /* linear interpolation */
+ /* retval = exp + ((index_frac)*x2 + (1-index_frac)*x1) */
+
+ errcorr = (index_frac * (x2-x1)) >> INTERP_BITS;
+
+ return ((exp+REAL_BITS) << REAL_BITS) + errcorr + x1;
+}
+#endif
--- a/libfaad/common.h
+++ b/libfaad/common.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: common.h,v 1.60 2004/04/21 11:34:19 danchr Exp $
+** $Id: common.h,v 1.61 2004/05/17 10:18:02 menno Exp $
**/
#ifndef __COMMON_H__
@@ -56,6 +56,7 @@
/* #define USE_DOUBLE_PRECISION */
/* use fixed point reals */
//#define FIXED_POINT
+//#define BIG_IQ_TABLE
#ifdef _WIN32_WCE
#define FIXED_POINT
@@ -95,6 +96,7 @@
// Define LC_ONLY_DECODER if you want a pure AAC LC decoder (independant of SBR_DEC and PS_DEC)
//#define LC_ONLY_DECODER
#ifdef LC_ONLY_DECODER
+ #undef LD_DEC
#undef LTP_DEC
#undef MAIN_DEC
#undef SSR_DEC
@@ -385,6 +387,15 @@
/* common functions */
uint8_t cpu_has_sse(void);
uint32_t random_int(void);
+uint32_t ones32(uint32_t x);
+uint32_t floor_log2(uint32_t x);
+uint32_t wl_min_lzc(uint32_t x);
+#ifdef FIXED_POINT
+#define LOG2_MIN_INF REAL_CONST(-10000)
+int32_t log2_int(uint32_t val);
+int32_t pow2_int(real_t val);
+real_t pow2_fix(real_t val);
+#endif
uint8_t get_sr_index(const uint32_t samplerate);
uint8_t max_pred_sfb(const uint8_t sr_index);
uint8_t max_tns_sfb(const uint8_t sr_index, const uint8_t object_type,
--- a/libfaad/decoder.c
+++ b/libfaad/decoder.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: decoder.c,v 1.102 2004/04/03 10:49:14 menno Exp $
+** $Id: decoder.c,v 1.103 2004/05/17 10:18:02 menno Exp $
**/
#include "common.h"
@@ -50,6 +50,13 @@
uint16_t dbg_count;
#endif
+/* static function declarations */
+static void* aac_frame_decode(NeAACDecHandle hDecoder, NeAACDecFrameInfo *hInfo,
+ uint8_t *buffer, uint32_t buffer_size,
+ void **sample_buffer, uint32_t sample_buffer_size);
+static void create_channel_config(NeAACDecHandle hDecoder, NeAACDecFrameInfo *hInfo);
+
+
char* NEAACDECAPI NeAACDecGetErrorMessage(uint8_t errcode)
{if (errcode >= NUM_ERROR_MESSAGES)
@@ -706,6 +713,28 @@
NeAACDecFrameInfo *hInfo,
uint8_t *buffer, uint32_t buffer_size)
{+ return aac_frame_decode(hDecoder, hInfo, buffer, buffer_size, NULL, 0);
+}
+
+void* NEAACDECAPI NeAACDecDecode2(NeAACDecHandle hDecoder,
+ NeAACDecFrameInfo *hInfo,
+ uint8_t *buffer, uint32_t buffer_size,
+ void **sample_buffer, uint32_t sample_buffer_size)
+{+ if ((sample_buffer == NULL) || (sample_buffer_size == 0))
+ {+ hInfo->error = 27;
+ return NULL;
+ }
+
+ return aac_frame_decode(hDecoder, hInfo, buffer, buffer_size,
+ sample_buffer, sample_buffer_size);
+}
+
+static void* aac_frame_decode(NeAACDecHandle hDecoder, NeAACDecFrameInfo *hInfo,
+ uint8_t *buffer, uint32_t buffer_size,
+ void **sample_buffer2, uint32_t sample_buffer_size)
+{uint8_t channels = 0;
uint8_t output_channels = 0;
bitfile ld;
@@ -723,6 +752,10 @@
return NULL;
}
+#if 0
+ printf("%d\n", buffer_size*8);+#endif
+
frame_len = hDecoder->frameLength;
@@ -732,6 +765,21 @@
/* initialize the bitstream */
faad_initbits(&ld, buffer, buffer_size);
+#if 0
+ {+ int i;
+ for (i = 0; i < ((buffer_size+3)>>2); i++)
+ {+ uint8_t *buf;
+ buf = faad_getbitbuffer(&ld, 32);
+ printf("%d\n", getdword((void*)buf));+ free(buf);
+ }
+ faad_endbits(&ld);
+ faad_initbits(&ld, buffer, buffer_size);
+ }
+#endif
+
#ifdef DRM
if (hDecoder->object_type == DRM_ER_LC)
{@@ -873,14 +921,27 @@
stride = 2 * stride;
}
#endif
- if (hDecoder->sample_buffer)
- faad_free(hDecoder->sample_buffer);
- hDecoder->sample_buffer = NULL;
- hDecoder->sample_buffer = faad_malloc(frame_len*output_channels*stride);
+ /* check if we want to use internal sample_buffer */
+ if (sample_buffer_size == 0)
+ {+ if (hDecoder->sample_buffer)
+ faad_free(hDecoder->sample_buffer);
+ hDecoder->sample_buffer = NULL;
+ hDecoder->sample_buffer = faad_malloc(frame_len*output_channels*stride);
+ } else if (sample_buffer_size < frame_len*output_channels*stride) {+ /* provided sample buffer is not big enough */
+ hInfo->error = 27;
+ return NULL;
+ }
hDecoder->alloced_channels = output_channels;
}
- sample_buffer = hDecoder->sample_buffer;
+ if (sample_buffer_size == 0)
+ {+ sample_buffer = hDecoder->sample_buffer;
+ } else {+ sample_buffer = *sample_buffer2;
+ }
#ifdef SBR_DEC
if ((hDecoder->sbr_present_flag == 1) || (hDecoder->forceUpSampling == 1))
--- a/libfaad/decoder.h
+++ b/libfaad/decoder.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: decoder.h,v 1.41 2004/04/03 10:49:14 menno Exp $
+** $Id: decoder.h,v 1.44 2004/09/04 14:56:28 menno Exp $
**/
#ifndef __DECODER_H__
@@ -105,6 +105,11 @@
NeAACDecFrameInfo *hInfo,
uint8_t *buffer,
uint32_t buffer_size);
+
+void* NEAACDECAPI NeAACDecDecode2(NeAACDecHandle hDecoder,
+ NeAACDecFrameInfo *hInfo,
+ uint8_t *buffer, uint32_t buffer_size,
+ void **sample_buffer, uint32_t sample_buffer_size);
#ifdef _WIN32
#pragma pack(pop)
--- a/libfaad/error.c
+++ b/libfaad/error.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: error.c,v 1.25 2004/04/03 10:49:14 menno Exp $
+** $Id: error.c,v 1.28 2004/09/04 14:56:28 menno Exp $
**/
#include "common.h"
@@ -55,6 +55,7 @@
"First SBR frame is not the same as first AAC frame",
"Unexpected fill element with SBR data",
"Not all elements were provided with SBR data",
- "LTP decoding not available"
+ "LTP decoding not available",
+ "Output data buffer too small"
};
--- a/libfaad/error.h
+++ b/libfaad/error.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: error.h,v 1.19 2004/04/03 10:49:14 menno Exp $
+** $Id: error.h,v 1.22 2004/09/04 14:56:28 menno Exp $
**/
#ifndef __ERROR_H__
@@ -32,7 +32,7 @@
extern "C" {#endif
-#define NUM_ERROR_MESSAGES 27
+#define NUM_ERROR_MESSAGES 28
extern char *err_msg[];
#ifdef __cplusplus
--- a/libfaad/filtbank.c
+++ b/libfaad/filtbank.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: filtbank.c,v 1.36 2004/02/26 09:29:26 menno Exp $
+** $Id: filtbank.c,v 1.37 2004/05/17 10:18:02 menno Exp $
**/
#include "common.h"
@@ -215,6 +215,7 @@
int64_t count = faad_get_ts();
#endif
+ /* select windows of current frame and previous frame (Sine or KBD) */
#ifdef LD_DEC
if (object_type == LD)
{@@ -230,11 +231,24 @@
}
#endif
+#if 0
+ for (i = 0; i < 1024; i++)
+ {+ printf("%d\n", freq_in[i]);+ }
+#endif
+#if 0
+ printf("%d %d\n", window_sequence, window_shape);+#endif
+
switch (window_sequence)
{case ONLY_LONG_SEQUENCE:
+ /* perform iMDCT */
imdct_long(fb, freq_in, transf_buf, 2*nlong);
+
+ /* add second half output of previous frame to windowed output of current frame */
for (i = 0; i < nlong; i+=4)
{time_out[i] = overlap[i] + MUL_F(transf_buf[i],window_long_prev[i]);
@@ -242,6 +256,8 @@
time_out[i+2] = overlap[i+2] + MUL_F(transf_buf[i+2],window_long_prev[i+2]);
time_out[i+3] = overlap[i+3] + MUL_F(transf_buf[i+3],window_long_prev[i+3]);
}
+
+ /* window the second half and save as overlap for next frame */
for (i = 0; i < nlong; i+=4)
{overlap[i] = MUL_F(transf_buf[nlong+i],window_long[nlong-1-i]);
@@ -252,7 +268,10 @@
break;
case LONG_START_SEQUENCE:
+ /* perform iMDCT */
imdct_long(fb, freq_in, transf_buf, 2*nlong);
+
+ /* add second half output of previous frame to windowed output of current frame */
for (i = 0; i < nlong; i+=4)
{time_out[i] = overlap[i] + MUL_F(transf_buf[i],window_long_prev[i]);
@@ -260,6 +279,9 @@
time_out[i+2] = overlap[i+2] + MUL_F(transf_buf[i+2],window_long_prev[i+2]);
time_out[i+3] = overlap[i+3] + MUL_F(transf_buf[i+3],window_long_prev[i+3]);
}
+
+ /* window the second half and save as overlap for next frame */
+ /* construct second half window using padding with 1's and 0's */
for (i = 0; i < nflat_ls; i++)
overlap[i] = transf_buf[nlong+i];
for (i = 0; i < nshort; i++)
@@ -269,6 +291,7 @@
break;
case EIGHT_SHORT_SEQUENCE:
+ /* perform iMDCT for each short block */
faad_imdct(fb->mdct256, freq_in+0*nshort, transf_buf+2*nshort*0);
faad_imdct(fb->mdct256, freq_in+1*nshort, transf_buf+2*nshort*1);
faad_imdct(fb->mdct256, freq_in+2*nshort, transf_buf+2*nshort*2);
@@ -277,6 +300,8 @@
faad_imdct(fb->mdct256, freq_in+5*nshort, transf_buf+2*nshort*5);
faad_imdct(fb->mdct256, freq_in+6*nshort, transf_buf+2*nshort*6);
faad_imdct(fb->mdct256, freq_in+7*nshort, transf_buf+2*nshort*7);
+
+ /* add second half output of previous frame to windowed output of current frame */
for (i = 0; i < nflat_ls; i++)
time_out[i] = overlap[i];
for(i = 0; i < nshort; i++)
@@ -288,6 +313,8 @@
if (i < trans)
time_out[nflat_ls+4*nshort+i] = overlap[nflat_ls+nshort*4+i] + MUL_F(transf_buf[nshort*7+i],window_short[nshort-1-i]) + MUL_F(transf_buf[nshort*8+i],window_short[i]);
}
+
+ /* window the second half and save as overlap for next frame */
for(i = 0; i < nshort; i++)
{if (i >= trans)
@@ -302,7 +329,11 @@
break;
case LONG_STOP_SEQUENCE:
+ /* perform iMDCT */
imdct_long(fb, freq_in, transf_buf, 2*nlong);
+
+ /* add second half output of previous frame to windowed output of current frame */
+ /* construct first half window using padding with 1's and 0's */
for (i = 0; i < nflat_ls; i++)
time_out[i] = overlap[i];
for (i = 0; i < nshort; i++)
@@ -309,10 +340,20 @@
time_out[nflat_ls+i] = overlap[nflat_ls+i] + MUL_F(transf_buf[nflat_ls+i],window_short_prev[i]);
for (i = 0; i < nflat_ls; i++)
time_out[nflat_ls+nshort+i] = overlap[nflat_ls+nshort+i] + transf_buf[nflat_ls+nshort+i];
+
+ /* window the second half and save as overlap for next frame */
for (i = 0; i < nlong; i++)
overlap[i] = MUL_F(transf_buf[nlong+i],window_long[nlong-1-i]);
break;
}
+
+#if 0
+ for (i = 0; i < 1024; i++)
+ {+ printf("%d\n", time_out[i]);+ }
+#endif
+
#ifdef PROFILE
count = faad_get_ts() - count;
--- a/libfaad/fixed.h
+++ b/libfaad/fixed.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: fixed.h,v 1.22 2004/04/12 18:17:42 menno Exp $
+** $Id: fixed.h,v 1.26 2004/09/04 14:56:28 menno Exp $
**/
#ifndef __FIXED_H__
@@ -53,6 +53,7 @@
#define REAL_CONST(A) (((A) >= 0) ? ((real_t)((A)*(REAL_PRECISION)+0.5)) : ((real_t)((A)*(REAL_PRECISION)-0.5)))
#define COEF_CONST(A) (((A) >= 0) ? ((real_t)((A)*(COEF_PRECISION)+0.5)) : ((real_t)((A)*(COEF_PRECISION)-0.5)))
#define FRAC_CONST(A) (((A) == 1.00) ? ((real_t)FRAC_MAX) : (((A) >= 0) ? ((real_t)((A)*(FRAC_PRECISION)+0.5)) : ((real_t)((A)*(FRAC_PRECISION)-0.5))))
+//#define FRAC_CONST(A) (((A) >= 0) ? ((real_t)((A)*(FRAC_PRECISION)+0.5)) : ((real_t)((A)*(FRAC_PRECISION)-0.5)))
#define Q2_BITS 22
#define Q2_PRECISION (1 << Q2_BITS)
@@ -107,6 +108,7 @@
}
}
+#if 1
static INLINE real_t _MulHigh(real_t A, real_t B)
{ _asm {@@ -129,6 +131,24 @@
*y1 = (_MulHigh(x1, c1) + _MulHigh(x2, c2))<<(FRAC_SIZE-FRAC_BITS);
*y2 = (_MulHigh(x2, c1) - _MulHigh(x1, c2))<<(FRAC_SIZE-FRAC_BITS);
}
+#else
+static INLINE real_t MUL_F(real_t A, real_t B)
+{+ _asm {+ mov eax,A
+ imul B
+ shrd eax,edx,FRAC_BITS
+ }
+}
+
+/* Complex multiplication */
+static INLINE void ComplexMult(real_t *y1, real_t *y2,
+ real_t x1, real_t x2, real_t c1, real_t c2)
+{+ *y1 = MUL_F(x1, c1) + MUL_F(x2, c2);
+ *y2 = MUL_F(x2, c1) - MUL_F(x1, c2);
+}
+#endif
#elif defined(__GNUC__) && defined (__arm__)
--- a/libfaad/iq_table.h
+++ b/libfaad/iq_table.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: iq_table.h,v 1.13 2004/02/26 09:29:27 menno Exp $
+** $Id: iq_table.h,v 1.16 2004/09/04 14:56:28 menno Exp $
**/
#ifndef IQ_TABLE_H__
@@ -8243,7 +8243,11 @@
#else
+#ifdef BIG_IQ_TABLE
+#define IQ_TABLE_SIZE 8192
+#else
#define IQ_TABLE_SIZE 1026
+#endif
ALIGN static const real_t iq_table[IQ_TABLE_SIZE] =
{@@ -9273,6 +9277,7174 @@
REAL_CONST(10307.836270711066/8.0),
REAL_CONST(10321.273240738796/8.0),
REAL_CONST(10334.71458549278/8.0)
+#ifdef BIG_IQ_TABLE
+ ,REAL_CONST(10348.160302127204/8.0),
+ REAL_CONST(10361.610387800878/8.0),
+ REAL_CONST(10375.064839677221/8.0),
+ REAL_CONST(10388.523654924258/8.0),
+ REAL_CONST(10401.986830714593/8.0),
+ REAL_CONST(10415.454364225412/8.0),
+ REAL_CONST(10428.926252638465/8.0),
+ REAL_CONST(10442.402493140049/8.0),
+ REAL_CONST(10455.883082921007/8.0),
+ REAL_CONST(10469.368019176709/8.0),
+ REAL_CONST(10482.85729910704/8.0),
+ REAL_CONST(10496.350919916393/8.0),
+ REAL_CONST(10509.848878813653/8.0),
+ REAL_CONST(10523.351173012188/8.0),
+ REAL_CONST(10536.857799729838/8.0),
+ REAL_CONST(10550.3687561889/8.0),
+ REAL_CONST(10563.884039616123/8.0),
+ REAL_CONST(10577.403647242685/8.0),
+ REAL_CONST(10590.927576304197/8.0),
+ REAL_CONST(10604.455824040679/8.0),
+ REAL_CONST(10617.988387696556/8.0),
+ REAL_CONST(10631.525264520642/8.0),
+ REAL_CONST(10645.066451766135/8.0),
+ REAL_CONST(10658.611946690598/8.0),
+ REAL_CONST(10672.161746555956/8.0),
+ REAL_CONST(10685.715848628475/8.0),
+ REAL_CONST(10699.274250178762/8.0),
+ REAL_CONST(10712.836948481747/8.0),
+ REAL_CONST(10726.403940816675/8.0),
+ REAL_CONST(10739.975224467091/8.0),
+ REAL_CONST(10753.550796720834/8.0),
+ REAL_CONST(10767.130654870027/8.0),
+ REAL_CONST(10780.714796211059/8.0),
+ REAL_CONST(10794.303218044579/8.0),
+ REAL_CONST(10807.895917675487/8.0),
+ REAL_CONST(10821.492892412922/8.0),
+ REAL_CONST(10835.094139570248/8.0),
+ REAL_CONST(10848.699656465047/8.0),
+ REAL_CONST(10862.309440419107/8.0),
+ REAL_CONST(10875.923488758415/8.0),
+ REAL_CONST(10889.541798813138/8.0),
+ REAL_CONST(10903.16436791762/8.0),
+ REAL_CONST(10916.791193410372/8.0),
+ REAL_CONST(10930.422272634056/8.0),
+ REAL_CONST(10944.05760293548/8.0),
+ REAL_CONST(10957.697181665582/8.0),
+ REAL_CONST(10971.341006179427/8.0),
+ REAL_CONST(10984.98907383619/8.0),
+ REAL_CONST(10998.641381999149/8.0),
+ REAL_CONST(11012.297928035676/8.0),
+ REAL_CONST(11025.958709317223/8.0),
+ REAL_CONST(11039.623723219316/8.0),
+ REAL_CONST(11053.292967121541/8.0),
+ REAL_CONST(11066.966438407539/8.0),
+ REAL_CONST(11080.64413446499/8.0),
+ REAL_CONST(11094.326052685608/8.0),
+ REAL_CONST(11108.012190465128/8.0),
+ REAL_CONST(11121.702545203296/8.0),
+ REAL_CONST(11135.397114303863/8.0),
+ REAL_CONST(11149.095895174571/8.0),
+ REAL_CONST(11162.798885227143/8.0),
+ REAL_CONST(11176.506081877278/8.0),
+ REAL_CONST(11190.217482544635/8.0),
+ REAL_CONST(11203.933084652828/8.0),
+ REAL_CONST(11217.652885629415/8.0),
+ REAL_CONST(11231.376882905886/8.0),
+ REAL_CONST(11245.105073917659/8.0),
+ REAL_CONST(11258.837456104062/8.0),
+ REAL_CONST(11272.574026908333/8.0),
+ REAL_CONST(11286.314783777601/8.0),
+ REAL_CONST(11300.059724162888/8.0),
+ REAL_CONST(11313.808845519083/8.0),
+ REAL_CONST(11327.562145304952/8.0),
+ REAL_CONST(11341.319620983111/8.0),
+ REAL_CONST(11355.081270020033/8.0),
+ REAL_CONST(11368.847089886023/8.0),
+ REAL_CONST(11382.617078055218/8.0),
+ REAL_CONST(11396.391232005579/8.0),
+ REAL_CONST(11410.169549218874/8.0),
+ REAL_CONST(11423.952027180676/8.0),
+ REAL_CONST(11437.738663380349/8.0),
+ REAL_CONST(11451.529455311042/8.0),
+ REAL_CONST(11465.324400469679/8.0),
+ REAL_CONST(11479.123496356951/8.0),
+ REAL_CONST(11492.926740477304/8.0),
+ REAL_CONST(11506.734130338931/8.0),
+ REAL_CONST(11520.545663453764/8.0),
+ REAL_CONST(11534.361337337466/8.0),
+ REAL_CONST(11548.181149509423/8.0),
+ REAL_CONST(11562.005097492724/8.0),
+ REAL_CONST(11575.83317881417/8.0),
+ REAL_CONST(11589.665391004253/8.0),
+ REAL_CONST(11603.501731597149/8.0),
+ REAL_CONST(11617.342198130715/8.0),
+ REAL_CONST(11631.186788146468/8.0),
+ REAL_CONST(11645.035499189589/8.0),
+ REAL_CONST(11658.888328808911/8.0),
+ REAL_CONST(11672.745274556904/8.0),
+ REAL_CONST(11686.606333989675/8.0),
+ REAL_CONST(11700.471504666955/8.0),
+ REAL_CONST(11714.340784152086/8.0),
+ REAL_CONST(11728.214170012021/8.0),
+ REAL_CONST(11742.091659817312/8.0),
+ REAL_CONST(11755.973251142101/8.0),
+ REAL_CONST(11769.858941564111/8.0),
+ REAL_CONST(11783.748728664636/8.0),
+ REAL_CONST(11797.642610028539/8.0),
+ REAL_CONST(11811.540583244237/8.0),
+ REAL_CONST(11825.442645903697/8.0),
+ REAL_CONST(11839.34879560242/8.0),
+ REAL_CONST(11853.259029939445/8.0),
+ REAL_CONST(11867.173346517333/8.0),
+ REAL_CONST(11881.091742942155/8.0),
+ REAL_CONST(11895.014216823492/8.0),
+ REAL_CONST(11908.940765774427/8.0),
+ REAL_CONST(11922.871387411526/8.0),
+ REAL_CONST(11936.806079354839/8.0),
+ REAL_CONST(11950.744839227897/8.0),
+ REAL_CONST(11964.687664657684/8.0),
+ REAL_CONST(11978.634553274653/8.0),
+ REAL_CONST(11992.585502712702/8.0),
+ REAL_CONST(12006.540510609168/8.0),
+ REAL_CONST(12020.499574604828/8.0),
+ REAL_CONST(12034.462692343877/8.0),
+ REAL_CONST(12048.429861473938/8.0),
+ REAL_CONST(12062.401079646032/8.0),
+ REAL_CONST(12076.376344514589/8.0),
+ REAL_CONST(12090.355653737433/8.0),
+ REAL_CONST(12104.339004975769/8.0),
+ REAL_CONST(12118.326395894188/8.0),
+ REAL_CONST(12132.317824160644/8.0),
+ REAL_CONST(12146.313287446457/8.0),
+ REAL_CONST(12160.312783426305/8.0),
+ REAL_CONST(12174.316309778205/8.0),
+ REAL_CONST(12188.323864183525/8.0),
+ REAL_CONST(12202.335444326955/8.0),
+ REAL_CONST(12216.351047896511/8.0),
+ REAL_CONST(12230.370672583531/8.0),
+ REAL_CONST(12244.394316082657/8.0),
+ REAL_CONST(12258.421976091831/8.0),
+ REAL_CONST(12272.453650312296/8.0),
+ REAL_CONST(12286.489336448574/8.0),
+ REAL_CONST(12300.529032208471/8.0),
+ REAL_CONST(12314.572735303058/8.0),
+ REAL_CONST(12328.620443446678/8.0),
+ REAL_CONST(12342.672154356922/8.0),
+ REAL_CONST(12356.727865754638/8.0),
+ REAL_CONST(12370.787575363909/8.0),
+ REAL_CONST(12384.851280912055/8.0),
+ REAL_CONST(12398.918980129623/8.0),
+ REAL_CONST(12412.990670750381/8.0),
+ REAL_CONST(12427.066350511306/8.0),
+ REAL_CONST(12441.146017152583/8.0),
+ REAL_CONST(12455.229668417589/8.0),
+ REAL_CONST(12469.317302052901/8.0),
+ REAL_CONST(12483.40891580827/8.0),
+ REAL_CONST(12497.50450743663/8.0),
+ REAL_CONST(12511.604074694078/8.0),
+ REAL_CONST(12525.707615339878/8.0),
+ REAL_CONST(12539.815127136444/8.0),
+ REAL_CONST(12553.926607849342/8.0),
+ REAL_CONST(12568.042055247275/8.0),
+ REAL_CONST(12582.161467102082/8.0),
+ REAL_CONST(12596.284841188726/8.0),
+ REAL_CONST(12610.41217528529/8.0),
+ REAL_CONST(12624.543467172971/8.0),
+ REAL_CONST(12638.678714636069/8.0),
+ REAL_CONST(12652.817915461985/8.0),
+ REAL_CONST(12666.961067441209/8.0),
+ REAL_CONST(12681.108168367316/8.0),
+ REAL_CONST(12695.259216036962/8.0),
+ REAL_CONST(12709.414208249869/8.0),
+ REAL_CONST(12723.573142808827/8.0),
+ REAL_CONST(12737.736017519681/8.0),
+ REAL_CONST(12751.902830191326/8.0),
+ REAL_CONST(12766.073578635704/8.0),
+ REAL_CONST(12780.248260667788/8.0),
+ REAL_CONST(12794.426874105588/8.0),
+ REAL_CONST(12808.609416770132/8.0),
+ REAL_CONST(12822.795886485468/8.0),
+ REAL_CONST(12836.986281078653/8.0),
+ REAL_CONST(12851.180598379744/8.0),
+ REAL_CONST(12865.378836221802/8.0),
+ REAL_CONST(12879.580992440871/8.0),
+ REAL_CONST(12893.787064875984/8.0),
+ REAL_CONST(12907.997051369144/8.0),
+ REAL_CONST(12922.210949765335/8.0),
+ REAL_CONST(12936.428757912496/8.0),
+ REAL_CONST(12950.650473661524/8.0),
+ REAL_CONST(12964.876094866273/8.0),
+ REAL_CONST(12979.105619383534/8.0),
+ REAL_CONST(12993.339045073039/8.0),
+ REAL_CONST(13007.576369797454/8.0),
+ REAL_CONST(13021.817591422368/8.0),
+ REAL_CONST(13036.062707816285/8.0),
+ REAL_CONST(13050.311716850629/8.0),
+ REAL_CONST(13064.564616399723/8.0),
+ REAL_CONST(13078.821404340792/8.0),
+ REAL_CONST(13093.082078553954/8.0),
+ REAL_CONST(13107.346636922217/8.0),
+ REAL_CONST(13121.615077331464/8.0),
+ REAL_CONST(13135.887397670458/8.0),
+ REAL_CONST(13150.163595830827/8.0),
+ REAL_CONST(13164.44366970706/8.0),
+ REAL_CONST(13178.727617196502/8.0),
+ REAL_CONST(13193.015436199352/8.0),
+ REAL_CONST(13207.307124618648/8.0),
+ REAL_CONST(13221.602680360265/8.0),
+ REAL_CONST(13235.902101332911/8.0),
+ REAL_CONST(13250.205385448118/8.0),
+ REAL_CONST(13264.512530620239/8.0),
+ REAL_CONST(13278.823534766434/8.0),
+ REAL_CONST(13293.138395806676/8.0),
+ REAL_CONST(13307.457111663734/8.0),
+ REAL_CONST(13321.779680263176/8.0),
+ REAL_CONST(13336.106099533356/8.0),
+ REAL_CONST(13350.436367405409/8.0),
+ REAL_CONST(13364.77048181325/8.0),
+ REAL_CONST(13379.108440693562/8.0),
+ REAL_CONST(13393.450241985796/8.0),
+ REAL_CONST(13407.795883632158/8.0),
+ REAL_CONST(13422.145363577607/8.0),
+ REAL_CONST(13436.498679769853/8.0),
+ REAL_CONST(13450.855830159346/8.0),
+ REAL_CONST(13465.216812699266/8.0),
+ REAL_CONST(13479.581625345529/8.0),
+ REAL_CONST(13493.950266056772/8.0),
+ REAL_CONST(13508.32273279435/8.0),
+ REAL_CONST(13522.699023522329/8.0),
+ REAL_CONST(13537.079136207483/8.0),
+ REAL_CONST(13551.463068819286/8.0),
+ REAL_CONST(13565.850819329906/8.0),
+ REAL_CONST(13580.2423857142/8.0),
+ REAL_CONST(13594.63776594971/8.0),
+ REAL_CONST(13609.036958016657/8.0),
+ REAL_CONST(13623.439959897927/8.0),
+ REAL_CONST(13637.846769579081/8.0),
+ REAL_CONST(13652.257385048335/8.0),
+ REAL_CONST(13666.67180429656/8.0),
+ REAL_CONST(13681.090025317284/8.0),
+ REAL_CONST(13695.512046106669/8.0),
+ REAL_CONST(13709.937864663521/8.0),
+ REAL_CONST(13724.367478989278/8.0),
+ REAL_CONST(13738.800887088004/8.0),
+ REAL_CONST(13753.238086966385/8.0),
+ REAL_CONST(13767.679076633727/8.0),
+ REAL_CONST(13782.123854101939/8.0),
+ REAL_CONST(13796.572417385545/8.0),
+ REAL_CONST(13811.024764501659/8.0),
+ REAL_CONST(13825.480893469998/8.0),
+ REAL_CONST(13839.94080231286/8.0),
+ REAL_CONST(13854.404489055134/8.0),
+ REAL_CONST(13868.871951724283/8.0),
+ REAL_CONST(13883.34318835034/8.0),
+ REAL_CONST(13897.818196965914/8.0),
+ REAL_CONST(13912.296975606168/8.0),
+ REAL_CONST(13926.779522308825/8.0),
+ REAL_CONST(13941.26583511416/8.0),
+ REAL_CONST(13955.755912064991/8.0),
+ REAL_CONST(13970.249751206682/8.0),
+ REAL_CONST(13984.747350587126/8.0),
+ REAL_CONST(13999.248708256751/8.0),
+ REAL_CONST(14013.753822268511/8.0),
+ REAL_CONST(14028.262690677873/8.0),
+ REAL_CONST(14042.775311542828/8.0),
+ REAL_CONST(14057.291682923867/8.0),
+ REAL_CONST(14071.811802883994/8.0),
+ REAL_CONST(14086.335669488704/8.0),
+ REAL_CONST(14100.863280805994/8.0),
+ REAL_CONST(14115.394634906341/8.0),
+ REAL_CONST(14129.92972986271/8.0),
+ REAL_CONST(14144.468563750548/8.0),
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+ REAL_CONST(163824.64909516752/8.0),
+ REAL_CONST(163851.4742623182/8.0),
+ REAL_CONST(163878.3005274435/8.0),
+ REAL_CONST(163905.12789045356/8.0),
+ REAL_CONST(163931.95635125853/8.0),
+ REAL_CONST(163958.78590976857/8.0),
+ REAL_CONST(163985.61656589387/8.0),
+ REAL_CONST(164012.44831954464/8.0),
+ REAL_CONST(164039.28117063109/8.0),
+ REAL_CONST(164066.11511906344/8.0),
+ REAL_CONST(164092.95016475199/8.0),
+ REAL_CONST(164119.78630760699/8.0),
+ REAL_CONST(164146.62354753874/8.0),
+ REAL_CONST(164173.46188445756/8.0),
+ REAL_CONST(164200.30131827376/8.0),
+ REAL_CONST(164227.14184889771/8.0),
+ REAL_CONST(164253.98347623978/8.0),
+ REAL_CONST(164280.82620021031/8.0),
+ REAL_CONST(164307.67002071979/8.0),
+ REAL_CONST(164334.51493767856/8.0),
+ REAL_CONST(164361.3609509971/8.0),
+ REAL_CONST(164388.20806058586/8.0),
+ REAL_CONST(164415.05626635533/8.0),
+ REAL_CONST(164441.905568216/8.0),
+ REAL_CONST(164468.75596607837/8.0),
+ REAL_CONST(164495.607459853/8.0),
+ REAL_CONST(164522.4600494504/8.0),
+ REAL_CONST(164549.31373478117/8.0),
+ REAL_CONST(164576.16851575591/8.0),
+ REAL_CONST(164603.02439228518/8.0),
+ REAL_CONST(164629.88136427966/8.0),
+ REAL_CONST(164656.73943164994/8.0),
+ REAL_CONST(164683.59859430668/8.0),
+ REAL_CONST(164710.45885216061/8.0),
+ REAL_CONST(164737.32020512238/8.0),
+ REAL_CONST(164764.1826531027/8.0),
+ REAL_CONST(164791.04619601235/8.0),
+ REAL_CONST(164817.91083376206/8.0),
+ REAL_CONST(164844.77656626256/8.0),
+ REAL_CONST(164871.64339342469/8.0),
+ REAL_CONST(164898.51131515924/8.0),
+ REAL_CONST(164925.38033137703/8.0),
+ REAL_CONST(164952.25044198887/8.0),
+ REAL_CONST(164979.1216469057/8.0),
+ REAL_CONST(165005.9939460383/8.0),
+ REAL_CONST(165032.86733929763/8.0),
+ REAL_CONST(165059.7418265946/8.0),
+ REAL_CONST(165086.61740784015/8.0),
+ REAL_CONST(165113.4940829452/8.0)
+#endif
};
#endif
--- a/libfaad/mdct.c
+++ b/libfaad/mdct.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: mdct.c,v 1.39 2004/03/19 10:37:55 menno Exp $
+** $Id: mdct.c,v 1.43 2004/09/04 14:56:28 menno Exp $
**/
/*
@@ -53,140 +53,41 @@
#include "cfft.h"
#include "mdct.h"
+#include "mdct_tab.h"
-/* const_tab[]:
- 0: sqrt(2 / N)
- 1: cos(2 * PI / N)
- 2: sin(2 * PI / N)
- 3: cos(2 * PI * (1/8) / N)
- 4: sin(2 * PI * (1/8) / N)
- */
-#ifdef FIXED_POINT
-real_t const_tab[][5] =
-{- { /* 2048 */- COEF_CONST(1),
- FRAC_CONST(0.99999529380957619),
- FRAC_CONST(0.0030679567629659761),
- FRAC_CONST(0.99999992646571789),
- FRAC_CONST(0.00038349518757139556)
- }, { /* 1920 */- COEF_CONST(/* sqrt(1024/960) */ 1.0327955589886444),
- FRAC_CONST(0.99999464540169647),
- FRAC_CONST(0.0032724865065266251),
- FRAC_CONST(0.99999991633432805),
- FRAC_CONST(0.00040906153202803459)
- }, { /* 1024 */- COEF_CONST(1),
- FRAC_CONST(0.99998117528260111),
- FRAC_CONST(0.0061358846491544753),
- FRAC_CONST(0.99999970586288223),
- FRAC_CONST(0.00076699031874270449)
- }, { /* 960 */- COEF_CONST(/* sqrt(512/480) */ 1.0327955589886444),
- FRAC_CONST(0.99997858166412923),
- FRAC_CONST(0.0065449379673518581),
- FRAC_CONST(0.99999966533732598),
- FRAC_CONST(0.00081812299560725323)
- }, { /* 256 */- COEF_CONST(1),
- FRAC_CONST(0.99969881869620425),
- FRAC_CONST(0.024541228522912288),
- FRAC_CONST(0.99999529380957619),
- FRAC_CONST(0.0030679567629659761)
- }, { /* 240 */- COEF_CONST(/* sqrt(256/240) */ 1.0327955589886444),
- FRAC_CONST(0.99965732497555726),
- FRAC_CONST(0.026176948307873149),
- FRAC_CONST(0.99999464540169647),
- FRAC_CONST(0.0032724865065266251)
- }
-#ifdef SSR_DEC
- ,{ /* 512 */- COEF_CONST(1),
- FRAC_CONST(0.9999247018391445),
- FRAC_CONST(0.012271538285719925),
- FRAC_CONST(0.99999882345170188),
- FRAC_CONST(0.0015339801862847655)
- }, { /* 64 */- COEF_CONST(1),
- FRAC_CONST(0.99518472667219693),
- FRAC_CONST(0.098017140329560604),
- FRAC_CONST(0.9999247018391445),
- FRAC_CONST(0.012271538285719925)
- }
-#endif
-};
-#endif
-#ifdef FIXED_POINT
-static uint8_t map_N_to_idx(uint16_t N)
-{- /* gives an index into const_tab above */
- /* for normal AAC deocding (eg. no scalable profile) only */
- /* index 0 and 4 will be used */
- switch(N)
- {- case 2048: return 0;
- case 1920: return 1;
- case 1024: return 2;
- case 960: return 3;
- case 256: return 4;
- case 240: return 5;
-#ifdef SSR_DEC
- case 512: return 6;
- case 64: return 7;
-#endif
- }
- return 0;
-}
-#endif
-
mdct_info *faad_mdct_init(uint16_t N)
{- uint16_t k;
-#ifdef FIXED_POINT
- uint16_t N_idx;
- real_t cangle, sangle, c, s, cold;
-#endif
- real_t scale;
-
mdct_info *mdct = (mdct_info*)faad_malloc(sizeof(mdct_info));
assert(N % 8 == 0);
mdct->N = N;
- mdct->sincos = (complex_t*)faad_malloc(N/4*sizeof(complex_t));
-#ifdef FIXED_POINT
- N_idx = map_N_to_idx(N);
+ /* NOTE: For "small framelengths" in FIXED_POINT the coefficients need to be
+ * scaled by sqrt("(nearest power of 2) > N" / N) */- scale = const_tab[N_idx][0];
- cangle = const_tab[N_idx][1];
- sangle = const_tab[N_idx][2];
- c = const_tab[N_idx][3];
- s = const_tab[N_idx][4];
-#else
- scale = (real_t)sqrt(2.0 / (real_t)N);
-#endif
-
- /* (co)sine table build using recurrence relations */
- /* this can also be done using static table lookup or */
- /* some form of interpolation */
- for (k = 0; k < N/4; k++)
+ /* RE(mdct->sincos[k]) = scale*(real_t)(cos(2.0*M_PI*(k+1./8.) / (real_t)N));
+ * IM(mdct->sincos[k]) = scale*(real_t)(sin(2.0*M_PI*(k+1./8.) / (real_t)N)); */
+ /* scale is 1 for fixed point, sqrt(N) for floating point */
+ switch (N)
{-#ifdef FIXED_POINT
- RE(mdct->sincos[k]) = c; //MUL_C_C(c,scale);
- IM(mdct->sincos[k]) = s; //MUL_C_C(s,scale);
-
- cold = c;
- c = MUL_F(c,cangle) - MUL_F(s,sangle);
- s = MUL_F(s,cangle) + MUL_F(cold,sangle);
-#else
- /* no recurrence, just sines */
- RE(mdct->sincos[k]) = scale*(real_t)(cos(2.0*M_PI*(k+1./8.) / (real_t)N));
- IM(mdct->sincos[k]) = scale*(real_t)(sin(2.0*M_PI*(k+1./8.) / (real_t)N));
+ case 2048: mdct->sincos = (complex_t*)mdct_tab_2048; break;
+ case 256: mdct->sincos = (complex_t*)mdct_tab_256; break;
+#ifdef LD_DEC
+ case 1024: mdct->sincos = (complex_t*)mdct_tab_1024; break;
#endif
+#ifdef ALLOW_SMALL_FRAMELENGTH
+ case 1920: mdct->sincos = (complex_t*)mdct_tab_1920; break;
+ case 240: mdct->sincos = (complex_t*)mdct_tab_240; break;
+#ifdef LD_DEC
+ case 960: mdct->sincos = (complex_t*)mdct_tab_960; break;
+#endif
+#endif
+#ifdef SSR_DEC
+ case 512: mdct->sincos = (complex_t*)mdct_tab_512; break;
+ case 64: mdct->sincos = (complex_t*)mdct_tab_64; break;
+#endif
}
/* initialise fft */
@@ -211,8 +112,6 @@
cfftu(mdct->cfft);
- if (mdct->sincos) faad_free(mdct->sincos);
-
faad_free(mdct);
}
}
@@ -222,6 +121,11 @@
uint16_t k;
complex_t x;
+#ifdef ALLOW_SMALL_FRAMELENGTH
+#ifdef FIXED_POINT
+ real_t scale, b_scale = 0;
+#endif
+#endif
ALIGN complex_t Z1[512];
complex_t *sincos = mdct->sincos;
@@ -234,6 +138,19 @@
int64_t count1, count2 = faad_get_ts();
#endif
+#ifdef ALLOW_SMALL_FRAMELENGTH
+#ifdef FIXED_POINT
+ /* detect non-power of 2 */
+ if (N & (N-1))
+ {+ /* adjust scale for non-power of 2 MDCT */
+ /* 2048/1920 */
+ b_scale = 1;
+ scale = COEF_CONST(1.0666666666666667);
+ }
+#endif
+#endif
+
/* pre-IFFT complex multiplication */
for (k = 0; k < N4; k++)
{@@ -259,6 +176,17 @@
IM(x) = IM(Z1[k]);
ComplexMult(&IM(Z1[k]), &RE(Z1[k]),
IM(x), RE(x), RE(sincos[k]), IM(sincos[k]));
+
+#ifdef ALLOW_SMALL_FRAMELENGTH
+#ifdef FIXED_POINT
+ /* non-power of 2 MDCT scaling */
+ if (b_scale)
+ {+ RE(Z1[k]) = MUL_C(RE(Z1[k]), scale);
+ IM(Z1[k]) = MUL_C(IM(Z1[k]), scale);
+ }
+#endif
+#endif
}
/* reordering */
@@ -296,166 +224,6 @@
#endif
}
-#ifdef USE_SSE
-void faad_imdct_sse(mdct_info *mdct, real_t *X_in, real_t *X_out)
-{- uint16_t k;
-
- ALIGN complex_t Z1[512];
- complex_t *sincos = mdct->sincos;
-
- uint16_t N = mdct->N;
- uint16_t N2 = N >> 1;
- uint16_t N4 = N >> 2;
- uint16_t N8 = N >> 3;
-
-#ifdef PROFILE
- int64_t count1, count2 = faad_get_ts();
-#endif
-
- /* pre-IFFT complex multiplication */
- for (k = 0; k < N4; k+=4)
- {- __m128 m12, m13, m14, m0, m1, m2, m3, m4, m5, m6, m7, m8, m9, m10, m11;
- __m128 n12, n13, n14, n0, n1, n2, n3, n4, n5, n6, n7, n8, n9, n10, n11;
- n12 = _mm_load_ps(&X_in[N2 - 2*k - 8]);
- m12 = _mm_load_ps(&X_in[N2 - 2*k - 4]);
- m13 = _mm_load_ps(&X_in[2*k]);
- n13 = _mm_load_ps(&X_in[2*k + 4]);
- m1 = _mm_load_ps(&RE(sincos[k]));
- n1 = _mm_load_ps(&RE(sincos[k+2]));
-
- m0 = _mm_shuffle_ps(m12, m13, _MM_SHUFFLE(2,0,1,3));
- m2 = _mm_shuffle_ps(m1, m1, _MM_SHUFFLE(2,3,0,1));
- m14 = _mm_shuffle_ps(m0, m0, _MM_SHUFFLE(3,1,2,0));
- n0 = _mm_shuffle_ps(n12, n13, _MM_SHUFFLE(2,0,1,3));
- n2 = _mm_shuffle_ps(n1, n1, _MM_SHUFFLE(2,3,0,1));
- n14 = _mm_shuffle_ps(n0, n0, _MM_SHUFFLE(3,1,2,0));
-
- m3 = _mm_mul_ps(m14, m1);
- n3 = _mm_mul_ps(n14, n1);
- m4 = _mm_mul_ps(m14, m2);
- n4 = _mm_mul_ps(n14, n2);
-
- m5 = _mm_shuffle_ps(m3, m4, _MM_SHUFFLE(2,0,2,0));
- n5 = _mm_shuffle_ps(n3, n4, _MM_SHUFFLE(2,0,2,0));
- m6 = _mm_shuffle_ps(m3, m4, _MM_SHUFFLE(3,1,3,1));
- n6 = _mm_shuffle_ps(n3, n4, _MM_SHUFFLE(3,1,3,1));
-
- m7 = _mm_add_ps(m5, m6);
- n7 = _mm_add_ps(n5, n6);
- m8 = _mm_sub_ps(m5, m6);
- n8 = _mm_sub_ps(n5, n6);
-
- m9 = _mm_shuffle_ps(m7, m7, _MM_SHUFFLE(3,2,3,2));
- n9 = _mm_shuffle_ps(n7, n7, _MM_SHUFFLE(3,2,3,2));
- m10 = _mm_shuffle_ps(m8, m8, _MM_SHUFFLE(1,0,1,0));
- n10 = _mm_shuffle_ps(n8, n8, _MM_SHUFFLE(1,0,1,0));
-
- m11 = _mm_unpacklo_ps(m10, m9);
- n11 = _mm_unpacklo_ps(n10, n9);
-
- _mm_store_ps(&RE(Z1[k]), m11);
- _mm_store_ps(&RE(Z1[k+2]), n11);
- }
-
-#ifdef PROFILE
- count1 = faad_get_ts();
-#endif
-
- /* complex IFFT, any non-scaling FFT can be used here */
- cfftb_sse(mdct->cfft, Z1);
-
-#ifdef PROFILE
- count1 = faad_get_ts() - count1;
-#endif
-
- /* post-IFFT complex multiplication */
- for (k = 0; k < N4; k+=4)
- {- __m128 m0, m1, m2, m3, m4, m5, m6, m7, m8, m9, m10, m11;
- __m128 n0, n1, n2, n3, n4, n5, n6, n7, n8, n9, n10, n11;
- m0 = _mm_load_ps(&RE(Z1[k]));
- n0 = _mm_load_ps(&RE(Z1[k+2]));
- m1 = _mm_load_ps(&RE(sincos[k]));
- n1 = _mm_load_ps(&RE(sincos[k+2]));
-
- m2 = _mm_shuffle_ps(m1, m1, _MM_SHUFFLE(2,3,0,1));
- n2 = _mm_shuffle_ps(n1, n1, _MM_SHUFFLE(2,3,0,1));
-
- m3 = _mm_mul_ps(m0, m1);
- n3 = _mm_mul_ps(n0, n1);
- m4 = _mm_mul_ps(m0, m2);
- n4 = _mm_mul_ps(n0, n2);
-
- m5 = _mm_shuffle_ps(m3, m4, _MM_SHUFFLE(2,0,2,0));
- n5 = _mm_shuffle_ps(n3, n4, _MM_SHUFFLE(2,0,2,0));
- m6 = _mm_shuffle_ps(m3, m4, _MM_SHUFFLE(3,1,3,1));
- n6 = _mm_shuffle_ps(n3, n4, _MM_SHUFFLE(3,1,3,1));
-
- m7 = _mm_add_ps(m5, m6);
- n7 = _mm_add_ps(n5, n6);
- m8 = _mm_sub_ps(m5, m6);
- n8 = _mm_sub_ps(n5, n6);
-
- m9 = _mm_shuffle_ps(m7, m7, _MM_SHUFFLE(3,2,3,2));
- n9 = _mm_shuffle_ps(n7, n7, _MM_SHUFFLE(3,2,3,2));
- m10 = _mm_shuffle_ps(m8, m8, _MM_SHUFFLE(1,0,1,0));
- n10 = _mm_shuffle_ps(n8, n8, _MM_SHUFFLE(1,0,1,0));
-
- m11 = _mm_unpacklo_ps(m10, m9);
- n11 = _mm_unpacklo_ps(n10, n9);
-
- _mm_store_ps(&RE(Z1[k]), m11);
- _mm_store_ps(&RE(Z1[k+2]), n11);
- }
-
- /* reordering */
- for (k = 0; k < N8; k+=2)
- {- __m128 m0, m1, m2, m3, m4, m5, m6, m7, m8, m9, m10, m11, m13;
- __m128 n4, n5, n6, n7, n8, n9;
- __m128 neg1 = _mm_set_ps(-1.0, 1.0, -1.0, 1.0);
- __m128 neg2 = _mm_set_ps(-1.0, -1.0, -1.0, -1.0);
-
- m0 = _mm_load_ps(&RE(Z1[k]));
- m1 = _mm_load_ps(&RE(Z1[N8 - 2 - k]));
- m2 = _mm_load_ps(&RE(Z1[N8 + k]));
- m3 = _mm_load_ps(&RE(Z1[N4 - 2 - k]));
-
- m10 = _mm_mul_ps(m0, neg1);
- m11 = _mm_mul_ps(m1, neg2);
- m13 = _mm_mul_ps(m3, neg1);
-
- m5 = _mm_shuffle_ps(m2, m2, _MM_SHUFFLE(3,1,2,0));
- n4 = _mm_shuffle_ps(m10, m10, _MM_SHUFFLE(3,1,2,0));
- m4 = _mm_shuffle_ps(m11, m11, _MM_SHUFFLE(3,1,2,0));
- n5 = _mm_shuffle_ps(m13, m13, _MM_SHUFFLE(3,1,2,0));
-
- m6 = _mm_shuffle_ps(m4, m5, _MM_SHUFFLE(3,2,1,0));
- n6 = _mm_shuffle_ps(n4, n5, _MM_SHUFFLE(3,2,1,0));
- m7 = _mm_shuffle_ps(m5, m4, _MM_SHUFFLE(3,2,1,0));
- n7 = _mm_shuffle_ps(n5, n4, _MM_SHUFFLE(3,2,1,0));
-
- m8 = _mm_shuffle_ps(m6, m6, _MM_SHUFFLE(0,3,1,2));
- n8 = _mm_shuffle_ps(n6, n6, _MM_SHUFFLE(2,1,3,0));
- m9 = _mm_shuffle_ps(m7, m7, _MM_SHUFFLE(2,1,3,0));
- n9 = _mm_shuffle_ps(n7, n7, _MM_SHUFFLE(0,3,1,2));
-
- _mm_store_ps(&X_out[2*k], m8);
- _mm_store_ps(&X_out[N4 + 2*k], n8);
- _mm_store_ps(&X_out[N2 + 2*k], m9);
- _mm_store_ps(&X_out[N2 + N4 + 2*k], n9);
- }
-
-#ifdef PROFILE
- count2 = faad_get_ts() - count2;
- mdct->fft_cycles += count1;
- mdct->cycles += (count2 - count1);
-#endif
-}
-#endif
-
#ifdef LTP_DEC
void faad_mdct(mdct_info *mdct, real_t *X_in, real_t *X_out)
{@@ -474,6 +242,18 @@
real_t scale = REAL_CONST(N);
#else
real_t scale = REAL_CONST(4.0/N);
+#endif
+
+#ifdef ALLOW_SMALL_FRAMELENGTH
+#ifdef FIXED_POINT
+ /* detect non-power of 2 */
+ if (N & (N-1))
+ {+ /* adjust scale for non-power of 2 MDCT */
+ /* *= sqrt(2048/1920) */
+ scale = MUL_C(scale, COEF_CONST(1.0327955589886444));
+ }
+#endif
#endif
/* pre-FFT complex multiplication */
--- a/libfaad/ps_dec.c
+++ b/libfaad/ps_dec.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: ps_dec.c,v 1.6 2004/04/12 18:17:42 menno Exp $
+** $Id: ps_dec.c,v 1.7 2004/05/17 10:18:03 menno Exp $
**/
#include "common.h"
@@ -36,7 +36,7 @@
/* constants */
#define NEGATE_IPD_MASK (0x1000)
#define DECAY_SLOPE FRAC_CONST(0.05)
-#define COEF_SQRT2 COEF_CONST(sqrt(2.0))
+#define COEF_SQRT2 COEF_CONST(1.4142135623731)
/* tables */
/* filters are mirrored in coef 6, second half left out */
@@ -217,6 +217,30 @@
return hyb;
}
+static void hybrid_free(hyb_info *hyb)
+{+ uint8_t i;
+
+ if (hyb->work)
+ faad_free(hyb->work);
+
+ for (i = 0; i < 5; i++)
+ {+ if (hyb->buffer[i])
+ faad_free(hyb->buffer[i]);
+ }
+ if (hyb->buffer)
+ faad_free(hyb->buffer);
+
+ for (i = 0; i < hyb->frame_len; i++)
+ {+ if (hyb->temp[i])
+ faad_free(hyb->temp[i]);
+ }
+ if (hyb->temp)
+ faad_free(hyb->temp);
+}
+
/* real filter, size 2 */
static void channel_filter2(hyb_info *hyb, uint8_t frame_len, const real_t *filter,
qmf_t *buffer, qmf_t **X_hybrid)
@@ -430,14 +454,14 @@
{if (n == 0)
{- input_re1[0] = filter[6] * QMF_RE(buffer[6+i]);
- input_re2[0] = filter[6] * QMF_IM(buffer[6+i]);
+ input_re1[0] = MUL_F(QMF_RE(buffer[6+i]), filter[6]);
+ input_re2[0] = MUL_F(QMF_IM(buffer[6+i]), filter[6]);
} else {- input_re1[6-n] = filter[n] * (QMF_RE(buffer[n+i]) + QMF_RE(buffer[12-n+i]));
- input_re2[6-n] = filter[n] * (QMF_IM(buffer[n+i]) + QMF_IM(buffer[12-n+i]));
+ input_re1[6-n] = MUL_F((QMF_RE(buffer[n+i]) + QMF_RE(buffer[12-n+i])), filter[n]);
+ input_re2[6-n] = MUL_F((QMF_IM(buffer[n+i]) + QMF_IM(buffer[12-n+i])), filter[n]);
}
- input_im2[n] = filter[n] * (QMF_RE(buffer[n+i]) - QMF_RE(buffer[12-n+i]));
- input_im1[n] = filter[n] * (QMF_IM(buffer[n+i]) - QMF_IM(buffer[12-n+i]));
+ input_im2[n] = MUL_F((QMF_RE(buffer[n+i]) - QMF_RE(buffer[12-n+i])), filter[n]);
+ input_im1[n] = MUL_F((QMF_IM(buffer[n+i]) - QMF_IM(buffer[12-n+i])), filter[n]);
}
DCT3_6_unscaled(out_re1, input_re1);
@@ -1703,6 +1727,9 @@
void ps_free(ps_info *ps)
{+ /* free hybrid filterbank structures */
+ hybrid_free(ps->hyb);
+
faad_free(ps);
}
--- a/libfaad/sbr_dec.c
+++ b/libfaad/sbr_dec.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_dec.c,v 1.35 2004/04/12 18:17:42 menno Exp $
+** $Id: sbr_dec.c,v 1.36 2004/05/17 10:18:03 menno Exp $
**/
@@ -41,9 +41,12 @@
#include "sbr_hfgen.h"
#include "sbr_hfadj.h"
+
/* static function declarations */
static uint8_t sbr_save_prev_data(sbr_info *sbr, uint8_t ch);
+static void sbr_save_matrix(sbr_info *sbr, uint8_t ch);
+
sbr_info *sbrDecodeInit(uint16_t framelength, uint8_t id_aac,
uint32_t sample_rate, uint8_t downSampledSBR
#ifdef DRM
@@ -119,8 +122,6 @@
memset(sbr->Xsbr[0], 0, (sbr->numTimeSlotsRate+sbr->tHFGen)*64 * sizeof(qmf_t));
memset(sbr->Xsbr[1], 0, (sbr->numTimeSlotsRate+sbr->tHFGen)*64 * sizeof(qmf_t));
- memset(sbr->Xcodec[0], 0, (sbr->numTimeSlotsRate+sbr->tHFGen)*32 * sizeof(qmf_t));
- memset(sbr->Xcodec[1], 0, (sbr->numTimeSlotsRate+sbr->tHFGen)*32 * sizeof(qmf_t));
} else {/* mono */
uint8_t j;
@@ -135,7 +136,6 @@
}
memset(sbr->Xsbr[0], 0, (sbr->numTimeSlotsRate+sbr->tHFGen)*64 * sizeof(qmf_t));
- memset(sbr->Xcodec[0], 0, (sbr->numTimeSlotsRate+sbr->tHFGen)*32 * sizeof(qmf_t));
}
return sbr;
@@ -193,13 +193,13 @@
return 19;
sbr->f_prev[ch] = sbr->f[ch][sbr->L_E[ch] - 1];
- for (i = 0; i < 64; i++)
+ for (i = 0; i < MAX_M; i++)
{sbr->E_prev[ch][i] = sbr->E[ch][i][sbr->L_E[ch] - 1];
sbr->Q_prev[ch][i] = sbr->Q[ch][i][sbr->L_Q[ch] - 1];
}
- for (i = 0; i < 64; i++)
+ for (i = 0; i < MAX_M; i++)
{sbr->bs_add_harmonic_prev[ch][i] = sbr->bs_add_harmonic[ch][i];
}
@@ -213,11 +213,25 @@
return 0;
}
+static void sbr_save_matrix(sbr_info *sbr, uint8_t ch)
+{+ uint8_t i;
+
+ for (i = 0; i < sbr->tHFGen; i++)
+ {+ memmove(sbr->Xsbr[ch][i], sbr->Xsbr[ch][i+sbr->numTimeSlotsRate], 64 * sizeof(qmf_t));
+ }
+ for (i = sbr->tHFGen; i < MAX_NTSRHFG; i++)
+ {+ memset(sbr->Xsbr[ch][i], 0, 64 * sizeof(qmf_t));
+ }
+}
+
static void sbr_process_channel(sbr_info *sbr, real_t *channel_buf, qmf_t X[MAX_NTSR][64],
uint8_t ch, uint8_t dont_process,
const uint8_t downSampledSBR)
{- int16_t i, k, l;
+ int16_t k, l;
#ifdef SBR_LOW_POWER
ALIGN real_t deg[64];
@@ -236,9 +250,9 @@
/* subband analysis */
if (dont_process)
- sbr_qmf_analysis_32(sbr, sbr->qmfa[ch], channel_buf, sbr->Xcodec[ch], sbr->tHFGen, 32);
+ sbr_qmf_analysis_32(sbr, sbr->qmfa[ch], channel_buf, sbr->Xsbr[ch], sbr->tHFGen, 32);
else
- sbr_qmf_analysis_32(sbr, sbr->qmfa[ch], channel_buf, sbr->Xcodec[ch], sbr->tHFGen, sbr->kx);
+ sbr_qmf_analysis_32(sbr, sbr->qmfa[ch], channel_buf, sbr->Xsbr[ch], sbr->tHFGen, sbr->kx);
if (!dont_process)
{@@ -245,7 +259,7 @@
#if 1
/* insert high frequencies here */
/* hf generation using patching */
- hf_generation(sbr, sbr->Xcodec[ch], sbr->Xsbr[ch]
+ hf_generation(sbr, sbr->Xsbr[ch], sbr->Xsbr[ch]
#ifdef SBR_LOW_POWER
,deg
#endif
@@ -278,9 +292,9 @@
{for (k = 0; k < 32; k++)
{- QMF_RE(X[l][k]) = QMF_RE(sbr->Xcodec[ch][l + sbr->tHFAdj][k]);
+ QMF_RE(X[l][k]) = QMF_RE(sbr->Xsbr[ch][l + sbr->tHFAdj][k]);
#ifndef SBR_LOW_POWER
- QMF_IM(X[l][k]) = QMF_IM(sbr->Xcodec[ch][l + sbr->tHFAdj][k]);
+ QMF_IM(X[l][k]) = QMF_IM(sbr->Xsbr[ch][l + sbr->tHFAdj][k]);
#endif
}
for (k = 32; k < 64; k++)
@@ -310,8 +324,8 @@
#ifndef SBR_LOW_POWER
for (k = 0; k < kx_band + bsco_band; k++)
{- QMF_RE(X[l][k]) = QMF_RE(sbr->Xcodec[ch][l + sbr->tHFAdj][k]);
- QMF_IM(X[l][k]) = QMF_IM(sbr->Xcodec[ch][l + sbr->tHFAdj][k]);
+ QMF_RE(X[l][k]) = QMF_RE(sbr->Xsbr[ch][l + sbr->tHFAdj][k]);
+ QMF_IM(X[l][k]) = QMF_IM(sbr->Xsbr[ch][l + sbr->tHFAdj][k]);
}
for (k = kx_band + bsco_band; k < kx_band + M_band; k++)
{@@ -326,7 +340,7 @@
#else
for (k = 0; k < kx_band + bsco_band; k++)
{- QMF_RE(X[l][k]) = QMF_RE(sbr->Xcodec[ch][l + sbr->tHFAdj][k]);
+ QMF_RE(X[l][k]) = QMF_RE(sbr->Xsbr[ch][l + sbr->tHFAdj][k]);
}
for (k = kx_band + bsco_band; k < min(kx_band + M_band, 63); k++)
{@@ -341,12 +355,6 @@
#endif
}
}
-
- for (i = 0; i < sbr->tHFGen; i++)
- {- memmove(sbr->Xcodec[ch][i], sbr->Xcodec[ch][i+sbr->numTimeSlotsRate], 32 * sizeof(qmf_t));
- memmove(sbr->Xsbr[ch][i], sbr->Xsbr[ch][i+sbr->numTimeSlotsRate], 64 * sizeof(qmf_t));
- }
}
uint8_t sbrDecodeCoupleFrame(sbr_info *sbr, real_t *left_chan, real_t *right_chan,
@@ -409,6 +417,9 @@
if (ret) return ret;
}
+ sbr_save_matrix(sbr, 0);
+ sbr_save_matrix(sbr, 1);
+
sbr->frame++;
return 0;
@@ -463,6 +474,8 @@
if (ret) return ret;
}
+ sbr_save_matrix(sbr, 0);
+
sbr->frame++;
return 0;
@@ -514,8 +527,8 @@
{for (k = 0; k < 5; k++)
{- QMF_RE(X_left[l][k]) = QMF_RE(sbr->Xcodec[0][sbr->tHFAdj+l][k]);
- QMF_IM(X_left[l][k]) = QMF_IM(sbr->Xcodec[0][sbr->tHFAdj+l][k]);
+ QMF_RE(X_left[l][k]) = QMF_RE(sbr->Xsbr[0][sbr->tHFAdj+l][k]);
+ QMF_IM(X_left[l][k]) = QMF_IM(sbr->Xsbr[0][sbr->tHFAdj+l][k]);
}
}
@@ -551,6 +564,8 @@
ret = sbr_save_prev_data(sbr, 0);
if (ret) return ret;
}
+
+ sbr_save_matrix(sbr, 0);
sbr->frame++;
--- a/libfaad/sbr_dec.h
+++ b/libfaad/sbr_dec.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_dec.h,v 1.31 2004/04/12 18:17:42 menno Exp $
+** $Id: sbr_dec.h,v 1.32 2004/05/17 10:18:03 menno Exp $
**/
#ifndef __SBR_DEC_H__
@@ -113,11 +113,15 @@
int16_t E[2][64][MAX_L_E];
int16_t E_prev[2][64];
+#ifndef FIXED_POINT
real_t E_orig[2][64][MAX_L_E];
+#endif
real_t E_curr[2][64][MAX_L_E];
int32_t Q[2][64][2];
+#ifndef FIXED_POINT
real_t Q_div[2][64][2];
real_t Q_div2[2][64][2];
+#endif
int32_t Q_prev[2][64];
int8_t l_A[2];
@@ -162,7 +166,6 @@
qmfs_info *qmfs[2];
qmf_t Xsbr[2][MAX_NTSRHFG][64];
- qmf_t Xcodec[2][MAX_NTSRHFG][32];
#ifdef DRM
uint8_t Is_DRM_SBR;
--- a/libfaad/sbr_e_nf.c
+++ b/libfaad/sbr_e_nf.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_e_nf.c,v 1.14 2004/03/19 10:37:55 menno Exp $
+** $Id: sbr_e_nf.c,v 1.17 2004/09/04 14:56:28 menno Exp $
**/
#include "common.h"
@@ -139,6 +139,8 @@
}
}
+#ifndef FIXED_POINT
+
/* table for Q_div values when no coupling */
static const real_t Q_div_tab[31] = {FRAC_CONST(0.0153846), FRAC_CONST(0.030303),
@@ -376,7 +378,6 @@
}
}
-#ifndef FIXED_POINT
static const real_t E_deq_tab[64] = {64.0f, 128.0f, 256.0f, 512.0f, 1024.0f, 2048.0f, 4096.0f, 8192.0f,
16384.0f, 32768.0f, 65536.0f, 131072.0f, 262144.0f, 524288.0f, 1.04858E+006f, 2.09715E+006f,
@@ -387,14 +388,6 @@
1.80144E+016f, 3.60288E+016f, 7.20576E+016f, 1.44115E+017f, 2.8823E+017f, 5.76461E+017f, 1.15292E+018f, 2.30584E+018f,
4.61169E+018f, 9.22337E+018f, 1.84467E+019f, 3.68935E+019f, 7.3787E+019f, 1.47574E+020f, 2.95148E+020f, 5.90296E+020f
};
-#else
-static const int32_t E_deq_tab[31] = {- 1, 2, 4, 8, 16, 32, 64, 128,
- 256, 512, 1024, 2048, 4096, 8192, 16384, 32768,
- 65536, 131072, 262144, 524288, 1048576, 2097152, 4194304, 8388608,
- 16777216, 33554432, 67108864, 134217728, 268435456, 536870912, 1073741824
-};
-#endif
void envelope_noise_dequantisation(sbr_info *sbr, uint8_t ch)
{@@ -411,16 +404,10 @@
/* +6 for the *64 and -10 for the /32 in the synthesis QMF (fixed)
* since this is a energy value: (x/32)^2 = (x^2)/1024
*/
- /* exp = (sbr->E[ch][k][l] >> amp) + 6 - 10; */
+ /* exp = (sbr->E[ch][k][l] >> amp) + 6; */
exp = (sbr->E[ch][k][l] >> amp);
- if ((exp < 0) ||
-#ifndef FIXED_POINT
- (exp >= 64)
-#else
- (exp >= 32)
-#endif
- )
+ if ((exp < 0) || (exp >= 64))
{sbr->E_orig[ch][k][l] = 0;
} else {@@ -474,8 +461,7 @@
{for (k = 0; k < sbr->n[sbr->f[0][l]]; k++)
{- /* +6: * 64 ; +1: * 2 ; -10: /1024 QMF (fixed) */
- /* exp0 = (sbr->E[0][k][l] >> amp0) + 7 - 10 */
+ /* +6: * 64 ; +1: * 2 ; */
exp0 = (sbr->E[0][k][l] >> amp0) + 1;
/* UN_MAP removed: (x / 4096) same as (x >> 12) */
@@ -485,12 +471,7 @@
/* exp1 = (sbr->E[1][k][l] >> amp1) - 12; */
exp1 = (sbr->E[1][k][l] >> amp1);
- if ((exp0 < 0) ||
-#ifndef FIXED_POINT
- (exp0 >= 64) ||
-#else
- (exp0 >= 32) ||
-#endif
+ if ((exp0 < 0) || (exp0 >= 64) ||
(exp1 < 0) || (exp1 > 24))
{sbr->E_orig[1][k][l] = 0;
@@ -520,5 +501,7 @@
}
}
}
+
+#endif
#endif
--- a/libfaad/sbr_e_nf.h
+++ b/libfaad/sbr_e_nf.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_e_nf.h,v 1.11 2004/03/10 19:45:41 menno Exp $
+** $Id: sbr_e_nf.h,v 1.14 2004/09/04 14:56:28 menno Exp $
**/
#ifndef __SBR_E_NF_H__
@@ -35,8 +35,10 @@
void extract_envelope_data(sbr_info *sbr, uint8_t ch);
void extract_noise_floor_data(sbr_info *sbr, uint8_t ch);
+#ifndef FIXED_POINT
void envelope_noise_dequantisation(sbr_info *sbr, uint8_t ch);
void unmap_envelope_noise(sbr_info *sbr);
+#endif
#ifdef __cplusplus
}
--- a/libfaad/sbr_fbt.c
+++ b/libfaad/sbr_fbt.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_fbt.c,v 1.13 2004/04/12 18:17:42 menno Exp $
+** $Id: sbr_fbt.c,v 1.16 2004/09/04 14:56:28 menno Exp $
**/
/* Calculate frequency band tables */
@@ -355,6 +355,9 @@
uint8_t temp1[] = { 6, 5, 4 };real_t q, qk;
int32_t A_1;
+#ifdef FIXED_POINT
+ real_t rk2, rk0;
+#endif
/* mft only defined for k2 > k0 */
if (k2 <= k0)
@@ -366,7 +369,9 @@
bands = temp1[bs_freq_scale-1];
#ifdef FIXED_POINT
- if (REAL_CONST(k2) > MUL_R(REAL_CONST(k0),REAL_CONST(2.2449)))
+ rk0 = (real_t)k0 << REAL_BITS;
+ rk2 = (real_t)k2 << REAL_BITS;
+ if (rk2 > MUL_C(rk0, COEF_CONST(2.2449)))
#else
if ((float)k2/(float)k0 > 2.2449)
#endif
@@ -384,10 +389,12 @@
return 1;
q = find_initial_power(nrBand0, k0, k1);
- qk = REAL_CONST(k0);
#ifdef FIXED_POINT
- A_1 = (int32_t)((qk + REAL_CONST(0.5)) >> REAL_BITS);
+ qk = (real_t)k0 << REAL_BITS;
+ //A_1 = (int32_t)((qk + REAL_CONST(0.5)) >> REAL_BITS);
+ A_1 = k0;
#else
+ qk = REAL_CONST(k0);
A_1 = (int32_t)(qk + .5);
#endif
for (k = 0; k <= nrBand0; k++)
@@ -428,10 +435,12 @@
nrBand1 = min(nrBand1, 63);
q = find_initial_power(nrBand1, k1, k2);
- qk = REAL_CONST(k1);
#ifdef FIXED_POINT
- A_1 = (int32_t)((qk + REAL_CONST(0.5)) >> REAL_BITS);
+ qk = (real_t)k1 << REAL_BITS;
+ //A_1 = (int32_t)((qk + REAL_CONST(0.5)) >> REAL_BITS);
+ A_1 = k1;
#else
+ qk = REAL_CONST(k1);
A_1 = (int32_t)(qk + .5);
#endif
for (k = 0; k <= nrBand1 - 1; k++)
@@ -677,7 +686,7 @@
nOctaves = REAL_CONST(log((float)limTable[k]/(float)limTable[k-1])/log(2.0));
#else
#ifdef FIXED_POINT
- nOctaves = DIV_R(REAL_CONST(limTable[k]),REAL_CONST(limTable[k-1]));
+ nOctaves = DIV_R((limTable[k]<<REAL_BITS),REAL_CONST(limTable[k-1]));
#else
nOctaves = (real_t)limTable[k]/(real_t)limTable[k-1];
#endif
--- a/libfaad/sbr_hfadj.c
+++ b/libfaad/sbr_hfadj.c
@@ -1,19 +1,19 @@
/*
** FAAD2 - Freeware Advanced Audio (AAC) Decoder including SBR decoding
** Copyright (C) 2003-2004 M. Bakker, Ahead Software AG, http://www.nero.com
-**
+**
** This program is free software; you can redistribute it and/or modify
** it under the terms of the GNU General Public License as published by
** the Free Software Foundation; either version 2 of the License, or
** (at your option) any later version.
-**
+**
** This program is distributed in the hope that it will be useful,
** but WITHOUT ANY WARRANTY; without even the implied warranty of
** MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
** GNU General Public License for more details.
-**
+**
** You should have received a copy of the GNU General Public License
-** along with this program; if not, write to the Free Software
+** along with this program; if not, write to the Free Software
** Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
**
** Any non-GPL usage of this software or parts of this software is strictly
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_hfadj.c,v 1.14 2004/04/12 18:17:42 menno Exp $
+** $Id: sbr_hfadj.c,v 1.15 2004/05/17 10:18:03 menno Exp $
**/
/* High Frequency adjustment */
@@ -39,8 +39,6 @@
/* static function declarations */
-static void map_noise_data(sbr_info *sbr, sbr_hfadj_info *adj, uint8_t ch);
-static void map_sinusoids(sbr_info *sbr, sbr_hfadj_info *adj, uint8_t ch);
static void estimate_current_envelope(sbr_info *sbr, sbr_hfadj_info *adj,
qmf_t Xsbr[MAX_NTSRHFG][64], uint8_t ch);
static void calculate_gain(sbr_info *sbr, sbr_hfadj_info *adj, uint8_t ch);
@@ -59,55 +57,6 @@
{ ALIGN sbr_hfadj_info adj = {{{0}}};- map_noise_data(sbr, &adj, ch);
- map_sinusoids(sbr, &adj, ch);
-
- estimate_current_envelope(sbr, &adj, Xsbr, ch);
-
- calculate_gain(sbr, &adj, ch);
-
-#ifdef SBR_LOW_POWER
- calc_gain_groups(sbr, &adj, deg, ch);
- aliasing_reduction(sbr, &adj, deg, ch);
-#endif
-
- hf_assembly(sbr, &adj, Xsbr, ch);
-}
-
-static void map_noise_data(sbr_info *sbr, sbr_hfadj_info *adj, uint8_t ch)
-{- uint8_t l, i;
- uint8_t m;
-
- for (l = 0; l < sbr->L_E[ch]; l++)
- {- uint8_t k;
-
- /* select the noise time band k that completely holds the current envelope time band l */
- for (k = 0; k < 2; k++)
- {- if ((sbr->t_E[ch][l] >= sbr->t_Q[ch][k]) && (sbr->t_E[ch][l+1] <= sbr->t_Q[ch][k+1]))
- {- for (i = 0; i < sbr->N_Q; i++)
- {- for (m = sbr->f_table_noise[i]; m < sbr->f_table_noise[i+1]; m++)
- {- adj->Q_div_mapped[l][m - sbr->kx] =
- sbr->Q_div[ch][i][k];
-
- adj->Q_div2_mapped[l][m - sbr->kx] =
- sbr->Q_div2[ch][i][k];
- }
- }
- }
- }
- }
-}
-
-static void map_sinusoids(sbr_info *sbr, sbr_hfadj_info *adj, uint8_t ch)
-{- uint8_t l, i, m, k, k1, k2, delta_S, l_i, u_i;
-
if (sbr->bs_frame_class[ch] == FIXFIX)
{sbr->l_A[ch] = -1;
@@ -123,72 +72,16 @@
sbr->l_A[ch] = sbr->L_E[ch] + 1 - sbr->bs_pointer[ch];
}
- for (l = 0; l < 5; l++)
- {- for (i = 0; i < 64; i++)
- {- adj->S_index_mapped[l][i] = 0;
- adj->S_mapped[l][i] = 0;
- }
- }
+ estimate_current_envelope(sbr, &adj, Xsbr, ch);
- for (l = 0; l < sbr->L_E[ch]; l++)
- {- for (i = 0; i < sbr->N_high; i++)
- {- if ((l >= sbr->l_A[ch]) ||
- (sbr->bs_add_harmonic_prev[ch][i] && sbr->bs_add_harmonic_flag_prev[ch]))
- {- /* find the middle subband of the frequency band */
- m = (sbr->f_table_res[HI_RES][i+1] + sbr->f_table_res[HI_RES][i]) >> 1;
- adj->S_index_mapped[l][m - sbr->kx] = /*delta_step **/ sbr->bs_add_harmonic[ch][i];
- }
- }
- }
+ calculate_gain(sbr, &adj, ch);
- for (l = 0; l < sbr->L_E[ch]; l++)
- {- for (i = 0; i < sbr->N_high; i++)
- {- if (sbr->f[ch][l] == HI_RES)
- {- k1 = i;
- k2 = i + 1;
- } else {- for (k1 = 0; k1 < sbr->N_low; k1++)
- {- if ((sbr->f_table_res[HI_RES][i] >= sbr->f_table_res[LO_RES][k1]) &&
- (sbr->f_table_res[HI_RES][i+1] <= sbr->f_table_res[LO_RES][k1+1]))
- {- break;
- }
- }
- for (k2 = 0; k2 < sbr->N_low; k2++)
- {- if ((sbr->f_table_res[HI_RES][i+1] >= sbr->f_table_res[LO_RES][k2]) &&
- (sbr->f_table_res[HI_RES][i+2] <= sbr->f_table_res[LO_RES][k2+1]))
- {- break;
- }
- }
- }
+#ifdef SBR_LOW_POWER
+ calc_gain_groups(sbr, &adj, deg, ch);
+ aliasing_reduction(sbr, &adj, deg, ch);
+#endif
- l_i = sbr->f_table_res[sbr->f[ch][l]][k1];
- u_i = sbr->f_table_res[sbr->f[ch][l]][k2];
-
- delta_S = 0;
- for (k = l_i; k < u_i; k++)
- {- if (adj->S_index_mapped[l][k - sbr->kx] == 1)
- delta_S = 1;
- }
-
- for (m = l_i; m < u_i; m++)
- {- adj->S_mapped[l][m - sbr->kx] = delta_S;
- }
- }
- }
+ hf_assembly(sbr, &adj, Xsbr, ch);
}
static uint8_t get_S_mapped(sbr_info *sbr, uint8_t ch, uint8_t l, uint8_t current_band)
@@ -335,182 +228,244 @@
}
#ifdef FIXED_POINT
-#define step(shift) \
- if ((0x40000000l >> shift) + root <= value) \
- { \- value -= (0x40000000l >> shift) + root; \
- root = (root >> 1) | (0x40000000l >> shift); \
- } else { \- root = root >> 1; \
- }
+#define EPS (1) /* smallest number available in fixed point */
+#else
+#define EPS (1e-12)
+#endif
-/* fixed point square root approximation */
-real_t sbr_sqrt(real_t value)
-{- real_t root = 0;
- step( 0); step( 2); step( 4); step( 6);
- step( 8); step(10); step(12); step(14);
- step(16); step(18); step(20); step(22);
- step(24); step(26); step(28); step(30);
- if (root < value)
- ++root;
+#ifdef FIXED_POINT
- root <<= (REAL_BITS/2);
+/* log2 values of [0..63] */
+static const real_t log2_int_tab[] = {+ LOG2_MIN_INF, REAL_CONST(0.000000000000000), REAL_CONST(1.000000000000000), REAL_CONST(1.584962500721156),
+ REAL_CONST(2.000000000000000), REAL_CONST(2.321928094887362), REAL_CONST(2.584962500721156), REAL_CONST(2.807354922057604),
+ REAL_CONST(3.000000000000000), REAL_CONST(3.169925001442313), REAL_CONST(3.321928094887363), REAL_CONST(3.459431618637297),
+ REAL_CONST(3.584962500721156), REAL_CONST(3.700439718141092), REAL_CONST(3.807354922057604), REAL_CONST(3.906890595608519),
+ REAL_CONST(4.000000000000000), REAL_CONST(4.087462841250339), REAL_CONST(4.169925001442312), REAL_CONST(4.247927513443585),
+ REAL_CONST(4.321928094887362), REAL_CONST(4.392317422778761), REAL_CONST(4.459431618637297), REAL_CONST(4.523561956057013),
+ REAL_CONST(4.584962500721156), REAL_CONST(4.643856189774724), REAL_CONST(4.700439718141093), REAL_CONST(4.754887502163468),
+ REAL_CONST(4.807354922057604), REAL_CONST(4.857980995127572), REAL_CONST(4.906890595608519), REAL_CONST(4.954196310386875),
+ REAL_CONST(5.000000000000000), REAL_CONST(5.044394119358453), REAL_CONST(5.087462841250340), REAL_CONST(5.129283016944966),
+ REAL_CONST(5.169925001442312), REAL_CONST(5.209453365628949), REAL_CONST(5.247927513443585), REAL_CONST(5.285402218862248),
+ REAL_CONST(5.321928094887363), REAL_CONST(5.357552004618084), REAL_CONST(5.392317422778761), REAL_CONST(5.426264754702098),
+ REAL_CONST(5.459431618637297), REAL_CONST(5.491853096329675), REAL_CONST(5.523561956057013), REAL_CONST(5.554588851677637),
+ REAL_CONST(5.584962500721156), REAL_CONST(5.614709844115208), REAL_CONST(5.643856189774724), REAL_CONST(5.672425341971495),
+ REAL_CONST(5.700439718141093), REAL_CONST(5.727920454563200), REAL_CONST(5.754887502163469), REAL_CONST(5.781359713524660),
+ REAL_CONST(5.807354922057605), REAL_CONST(5.832890014164742), REAL_CONST(5.857980995127572), REAL_CONST(5.882643049361842),
+ REAL_CONST(5.906890595608518), REAL_CONST(5.930737337562887), REAL_CONST(5.954196310386876), REAL_CONST(5.977279923499916)
+};
- return root;
-}
+static const real_t pan_log2_tab[] = {+ REAL_CONST(1.000000000000000), REAL_CONST(0.584962500721156), REAL_CONST(0.321928094887362), REAL_CONST(0.169925001442312), REAL_CONST(0.087462841250339),
+ REAL_CONST(0.044394119358453), REAL_CONST(0.022367813028455), REAL_CONST(0.011227255423254), REAL_CONST(0.005624549193878), REAL_CONST(0.002815015607054),
+ REAL_CONST(0.001408194392808), REAL_CONST(0.000704269011247), REAL_CONST(0.000352177480301), REAL_CONST(0.000176099486443), REAL_CONST(0.000088052430122),
+ REAL_CONST(0.000044026886827), REAL_CONST(0.000022013611360), REAL_CONST(0.000011006847667)
+};
-real_t SBR_SQRT_Q2(real_t value)
+static real_t find_log2_E(sbr_info *sbr, uint8_t k, uint8_t l, uint8_t ch)
{- real_t root = 0;
+ /* check for coupled energy/noise data */
+ if (sbr->bs_coupling == 1)
+ {+ uint8_t amp0 = (sbr->amp_res[0]) ? 0 : 1;
+ uint8_t amp1 = (sbr->amp_res[1]) ? 0 : 1;
+ real_t tmp = (7 << REAL_BITS) + (sbr->E[0][k][l] << (REAL_BITS-amp0));
+ real_t pan;
- step( 0); step( 2); step( 4); step( 6);
- step( 8); step(10); step(12); step(14);
- step(16); step(18); step(20); step(22);
- step(24); step(26); step(28); step(30);
+ /* E[1] should always be even so shifting is OK */
+ uint8_t E = sbr->E[1][k][l] >> amp1;
- if (root < value)
- ++root;
+ if (ch == 0)
+ {+ if (E > 12)
+ {+ /* negative */
+ pan = pan_log2_tab[-12 + E];
+ } else {+ /* positive */
+ pan = pan_log2_tab[12 - E] + ((12 - E)<<REAL_BITS);
+ }
+ } else {+ if (E < 12)
+ {+ /* negative */
+ pan = pan_log2_tab[-E + 12];
+ } else {+ /* positive */
+ pan = pan_log2_tab[E - 12] + ((E - 12)<<REAL_BITS);
+ }
+ }
- root <<= (Q2_BITS/2);
+ /* tmp / pan in log2 */
+ return tmp - pan;
+ } else {+ uint8_t amp = (sbr->amp_res[ch]) ? 0 : 1;
- return root;
+ return (6 << REAL_BITS) + (sbr->E[ch][k][l] << (REAL_BITS-amp));
+ }
}
-real_t sbr_sqrt_int(real_t value)
+static real_t find_log2_Q(sbr_info *sbr, uint8_t k, uint8_t l, uint8_t ch)
{- real_t root = 0;
+ /* check for coupled energy/noise data */
+ if (sbr->bs_coupling == 1)
+ {+ real_t tmp = (7 << REAL_BITS) - (sbr->Q[0][k][l] << REAL_BITS);
+ real_t pan;
- step( 0); step( 2); step( 4); step( 6);
- step( 8); step(10); step(12); step(14);
- step(16); step(18); step(20); step(22);
- step(24); step(26); step(28); step(30);
+ uint8_t Q = sbr->Q[1][k][l];
- if (root < value)
- ++root;
-
- return root;
-}
-#define SBR_SQRT_FIX(A) sbr_sqrt(A)
-#define SBR_SQRT_INT(A) sbr_sqrt_int(A)
-#endif
-
-#ifdef FIXED_POINT
-#define EPS (1) /* smallest number available in fixed point */
-#else
-#define EPS (1e-12)
-#endif
-
-#ifdef FIXED_POINT
-#define ONE (REAL_CONST(1)>>10)
-#else
-#define ONE (1)
-#endif
-
-
-#ifdef FIXED_POINT
-
-uint8_t G_max_is_biggest(real_t G, real_t G_max,
- uint8_t G_is_frac, uint8_t G_max_is_frac)
-{- if ((G_is_frac == 1 && G_max_is_frac == 1) || ((G_is_frac == 0 && G_max_is_frac == 0)))
- {- if (G_max > G)
- return 1;
- } else if (G_is_frac) {- if (G_max > REAL_CONST(1))
+ if (ch == 0)
{- return 1;
- } else if (G_max > (G << (FRAC_BITS-REAL_BITS))) {- return 1;
- }
- } else if (G_max_is_frac) {- if (G > REAL_CONST(1))
- {- return 0;
- } else if (G > (G_max >> (FRAC_BITS-REAL_BITS))) {- return 0;
+ if (Q > 12)
+ {+ /* negative */
+ pan = pan_log2_tab[-12 + Q];
+ } else {+ /* positive */
+ pan = pan_log2_tab[12 - Q] + ((12 - Q)<<REAL_BITS);
+ }
} else {- return 1;
+ if (Q < 12)
+ {+ /* negative */
+ pan = pan_log2_tab[-Q + 12];
+ } else {+ /* positive */
+ pan = pan_log2_tab[Q - 12] + ((Q - 12)<<REAL_BITS);
+ }
}
- }
- return 0;
+ /* tmp / pan in log2 */
+ return tmp - pan;
+ } else {+ return (6 << REAL_BITS) - (sbr->Q[ch][k][l] << REAL_BITS);
+ }
}
-/* frac */
-real_t div_G_max_G(real_t G, real_t G_max,
- uint8_t G_is_frac, uint8_t G_max_is_frac, uint8_t *is_real)
-{- *is_real = 0;
+static const real_t log_Qplus1_pan[31][13] = {+ { REAL_CONST(0.044383447617292), REAL_CONST(0.169768601655960), REAL_CONST(0.583090126514435), REAL_CONST(1.570089221000671), REAL_CONST(3.092446088790894), REAL_CONST(4.733354568481445), REAL_CONST(6.022367954254150), REAL_CONST(6.692092418670654), REAL_CONST(6.924463272094727), REAL_CONST(6.989034175872803), REAL_CONST(7.005646705627441), REAL_CONST(7.009829998016357), REAL_CONST(7.010877609252930) },+ { REAL_CONST(0.022362394258380), REAL_CONST(0.087379962205887), REAL_CONST(0.320804953575134), REAL_CONST(0.988859415054321), REAL_CONST(2.252387046813965), REAL_CONST(3.786596298217773), REAL_CONST(5.044394016265869), REAL_CONST(5.705977916717529), REAL_CONST(5.936291694641113), REAL_CONST(6.000346660614014), REAL_CONST(6.016829967498779), REAL_CONST(6.020981311798096), REAL_CONST(6.022020816802979) },+ { REAL_CONST(0.011224525049329), REAL_CONST(0.044351425021887), REAL_CONST(0.169301137328148), REAL_CONST(0.577544987201691), REAL_CONST(1.527246952056885), REAL_CONST(2.887525320053101), REAL_CONST(4.087462902069092), REAL_CONST(4.733354568481445), REAL_CONST(4.959661006927490), REAL_CONST(5.022709369659424), REAL_CONST(5.038940429687500), REAL_CONST(5.043028831481934), REAL_CONST(5.044052600860596) },+ { REAL_CONST(0.005623178556561), REAL_CONST(0.022346137091517), REAL_CONST(0.087132595479488), REAL_CONST(0.317482173442841), REAL_CONST(0.956931233406067), REAL_CONST(2.070389270782471), REAL_CONST(3.169924974441528), REAL_CONST(3.786596298217773), REAL_CONST(4.005294322967529), REAL_CONST(4.066420555114746), REAL_CONST(4.082170009613037), REAL_CONST(4.086137294769287), REAL_CONST(4.087131500244141) },+ { REAL_CONST(0.002814328996465), REAL_CONST(0.011216334067285), REAL_CONST(0.044224001467228), REAL_CONST(0.167456731200218), REAL_CONST(0.556393325328827), REAL_CONST(1.378511548042297), REAL_CONST(2.321928024291992), REAL_CONST(2.887525320053101), REAL_CONST(3.092446088790894), REAL_CONST(3.150059700012207), REAL_CONST(3.164926528930664), REAL_CONST(3.168673276901245), REAL_CONST(3.169611930847168) },+ { REAL_CONST(0.001407850766554), REAL_CONST(0.005619067233056), REAL_CONST(0.022281449288130), REAL_CONST(0.086156636476517), REAL_CONST(0.304854571819305), REAL_CONST(0.847996890544891), REAL_CONST(1.584962487220764), REAL_CONST(2.070389270782471), REAL_CONST(2.252387046813965), REAL_CONST(2.304061651229858), REAL_CONST(2.317430257797241), REAL_CONST(2.320801734924316), REAL_CONST(2.321646213531494) },+ { REAL_CONST(0.000704097095877), REAL_CONST(0.002812269143760), REAL_CONST(0.011183738708496), REAL_CONST(0.043721374124289), REAL_CONST(0.160464659333229), REAL_CONST(0.485426813364029), REAL_CONST(1.000000000000000), REAL_CONST(1.378511548042297), REAL_CONST(1.527246952056885), REAL_CONST(1.570089221000671), REAL_CONST(1.581215262413025), REAL_CONST(1.584023833274841), REAL_CONST(1.584727644920349) },+ { REAL_CONST(0.000352177477907), REAL_CONST(0.001406819908880), REAL_CONST(0.005602621007711), REAL_CONST(0.022026389837265), REAL_CONST(0.082462236285210), REAL_CONST(0.263034462928772), REAL_CONST(0.584962487220764), REAL_CONST(0.847996890544891), REAL_CONST(0.956931233406067), REAL_CONST(0.988859415054321), REAL_CONST(0.997190535068512), REAL_CONST(0.999296069145203), REAL_CONST(0.999823868274689) },+ { REAL_CONST(0.000176099492819), REAL_CONST(0.000703581434209), REAL_CONST(0.002804030198604), REAL_CONST(0.011055230163038), REAL_CONST(0.041820213198662), REAL_CONST(0.137503549456596), REAL_CONST(0.321928083896637), REAL_CONST(0.485426813364029), REAL_CONST(0.556393325328827), REAL_CONST(0.577544987201691), REAL_CONST(0.583090126514435), REAL_CONST(0.584493279457092), REAL_CONST(0.584845066070557) },+ { REAL_CONST(0.000088052431238), REAL_CONST(0.000351833587047), REAL_CONST(0.001402696361765), REAL_CONST(0.005538204684854), REAL_CONST(0.021061634644866), REAL_CONST(0.070389263331890), REAL_CONST(0.169925004243851), REAL_CONST(0.263034462928772), REAL_CONST(0.304854571819305), REAL_CONST(0.317482173442841), REAL_CONST(0.320804953575134), REAL_CONST(0.321646571159363), REAL_CONST(0.321857661008835) },+ { REAL_CONST(0.000044026888645), REAL_CONST(0.000175927518285), REAL_CONST(0.000701518612914), REAL_CONST(0.002771759871393), REAL_CONST(0.010569252073765), REAL_CONST(0.035623874515295), REAL_CONST(0.087462842464447), REAL_CONST(0.137503549456596), REAL_CONST(0.160464659333229), REAL_CONST(0.167456731200218), REAL_CONST(0.169301137328148), REAL_CONST(0.169768601655960), REAL_CONST(0.169885858893394) },+ { REAL_CONST(0.000022013611670), REAL_CONST(0.000088052431238), REAL_CONST(0.000350801943569), REAL_CONST(0.001386545598507), REAL_CONST(0.005294219125062), REAL_CONST(0.017921976745129), REAL_CONST(0.044394120573997), REAL_CONST(0.070389263331890), REAL_CONST(0.082462236285210), REAL_CONST(0.086156636476517), REAL_CONST(0.087132595479488), REAL_CONST(0.087379962205887), REAL_CONST(0.087442122399807) },+ { REAL_CONST(0.000011006847672), REAL_CONST(0.000044026888645), REAL_CONST(0.000175411638338), REAL_CONST(0.000693439331371), REAL_CONST(0.002649537986144), REAL_CONST(0.008988817222416), REAL_CONST(0.022367812693119), REAL_CONST(0.035623874515295), REAL_CONST(0.041820213198662), REAL_CONST(0.043721374124289), REAL_CONST(0.044224001467228), REAL_CONST(0.044351425021887), REAL_CONST(0.044383447617292) },+ { REAL_CONST(0.000005503434295), REAL_CONST(0.000022013611670), REAL_CONST(0.000087708482170), REAL_CONST(0.000346675369656), REAL_CONST(0.001325377263129), REAL_CONST(0.004501323681325), REAL_CONST(0.011227255687118), REAL_CONST(0.017921976745129), REAL_CONST(0.021061634644866), REAL_CONST(0.022026389837265), REAL_CONST(0.022281449288130), REAL_CONST(0.022346137091517), REAL_CONST(0.022362394258380) },+ { REAL_CONST(0.000002751719876), REAL_CONST(0.000011006847672), REAL_CONST(0.000043854910473), REAL_CONST(0.000173348103999), REAL_CONST(0.000662840844598), REAL_CONST(0.002252417383716), REAL_CONST(0.005624548997730), REAL_CONST(0.008988817222416), REAL_CONST(0.010569252073765), REAL_CONST(0.011055230163038), REAL_CONST(0.011183738708496), REAL_CONST(0.011216334067285), REAL_CONST(0.011224525049329) },+ { REAL_CONST(0.000001375860506), REAL_CONST(0.000005503434295), REAL_CONST(0.000022013611670), REAL_CONST(0.000086676649516), REAL_CONST(0.000331544462824), REAL_CONST(0.001126734190620), REAL_CONST(0.002815015614033), REAL_CONST(0.004501323681325), REAL_CONST(0.005294219125062), REAL_CONST(0.005538204684854), REAL_CONST(0.005602621007711), REAL_CONST(0.005619067233056), REAL_CONST(0.005623178556561) },+ { REAL_CONST(0.000000687930424), REAL_CONST(0.000002751719876), REAL_CONST(0.000011006847672), REAL_CONST(0.000043338975956), REAL_CONST(0.000165781748365), REAL_CONST(0.000563477107789), REAL_CONST(0.001408194424585), REAL_CONST(0.002252417383716), REAL_CONST(0.002649537986144), REAL_CONST(0.002771759871393), REAL_CONST(0.002804030198604), REAL_CONST(0.002812269143760), REAL_CONST(0.002814328996465) },+ { REAL_CONST(0.000000343965269), REAL_CONST(0.000001375860506), REAL_CONST(0.000005503434295), REAL_CONST(0.000021669651687), REAL_CONST(0.000082893253420), REAL_CONST(0.000281680084299), REAL_CONST(0.000704268983100), REAL_CONST(0.001126734190620), REAL_CONST(0.001325377263129), REAL_CONST(0.001386545598507), REAL_CONST(0.001402696361765), REAL_CONST(0.001406819908880), REAL_CONST(0.001407850766554) },+ { REAL_CONST(0.000000171982634), REAL_CONST(0.000000687930424), REAL_CONST(0.000002751719876), REAL_CONST(0.000010834866771), REAL_CONST(0.000041447223339), REAL_CONST(0.000140846910654), REAL_CONST(0.000352177477907), REAL_CONST(0.000563477107789), REAL_CONST(0.000662840844598), REAL_CONST(0.000693439331371), REAL_CONST(0.000701518612914), REAL_CONST(0.000703581434209), REAL_CONST(0.000704097095877) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000343965269), REAL_CONST(0.000001375860506), REAL_CONST(0.000005503434295), REAL_CONST(0.000020637769921), REAL_CONST(0.000070511166996), REAL_CONST(0.000176099492819), REAL_CONST(0.000281680084299), REAL_CONST(0.000331544462824), REAL_CONST(0.000346675369656), REAL_CONST(0.000350801943569), REAL_CONST(0.000351833587047), REAL_CONST(0.000352177477907) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000687930424), REAL_CONST(0.000002751719876), REAL_CONST(0.000010318922250), REAL_CONST(0.000035256012779), REAL_CONST(0.000088052431238), REAL_CONST(0.000140846910654), REAL_CONST(0.000165781748365), REAL_CONST(0.000173348103999), REAL_CONST(0.000175411638338), REAL_CONST(0.000175927518285), REAL_CONST(0.000176099492819) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000343965269), REAL_CONST(0.000001375860506), REAL_CONST(0.000005159470220), REAL_CONST(0.000017542124624), REAL_CONST(0.000044026888645), REAL_CONST(0.000070511166996), REAL_CONST(0.000082893253420), REAL_CONST(0.000086676649516), REAL_CONST(0.000087708482170), REAL_CONST(0.000088052431238), REAL_CONST(0.000088052431238) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000687930424), REAL_CONST(0.000002579737384), REAL_CONST(0.000008771088687), REAL_CONST(0.000022013611670), REAL_CONST(0.000035256012779), REAL_CONST(0.000041447223339), REAL_CONST(0.000043338975956), REAL_CONST(0.000043854910473), REAL_CONST(0.000044026888645), REAL_CONST(0.000044026888645) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000343965269), REAL_CONST(0.000001375860506), REAL_CONST(0.000004471542070), REAL_CONST(0.000011006847672), REAL_CONST(0.000017542124624), REAL_CONST(0.000020637769921), REAL_CONST(0.000021669651687), REAL_CONST(0.000022013611670), REAL_CONST(0.000022013611670), REAL_CONST(0.000022013611670) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000687930424), REAL_CONST(0.000002235772627), REAL_CONST(0.000005503434295), REAL_CONST(0.000008771088687), REAL_CONST(0.000010318922250), REAL_CONST(0.000010834866771), REAL_CONST(0.000011006847672), REAL_CONST(0.000011006847672), REAL_CONST(0.000011006847672) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000343965269), REAL_CONST(0.000001031895522), REAL_CONST(0.000002751719876), REAL_CONST(0.000004471542070), REAL_CONST(0.000005159470220), REAL_CONST(0.000005503434295), REAL_CONST(0.000005503434295), REAL_CONST(0.000005503434295), REAL_CONST(0.000005503434295) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000515947875), REAL_CONST(0.000001375860506), REAL_CONST(0.000002235772627), REAL_CONST(0.000002579737384), REAL_CONST(0.000002751719876), REAL_CONST(0.000002751719876), REAL_CONST(0.000002751719876), REAL_CONST(0.000002751719876) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000343965269), REAL_CONST(0.000000687930424), REAL_CONST(0.000001031895522), REAL_CONST(0.000001375860506), REAL_CONST(0.000001375860506), REAL_CONST(0.000001375860506), REAL_CONST(0.000001375860506), REAL_CONST(0.000001375860506) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000343965269), REAL_CONST(0.000000515947875), REAL_CONST(0.000000687930424), REAL_CONST(0.000000687930424), REAL_CONST(0.000000687930424), REAL_CONST(0.000000687930424), REAL_CONST(0.000000687930424) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000343965269), REAL_CONST(0.000000343965269), REAL_CONST(0.000000343965269), REAL_CONST(0.000000343965269), REAL_CONST(0.000000343965269), REAL_CONST(0.000000343965269) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000171982634), REAL_CONST(0.000000171982634), REAL_CONST(0.000000171982634), REAL_CONST(0.000000171982634), REAL_CONST(0.000000171982634) }+};
- if (G_is_frac == 1)
+static const real_t log_Qplus1[31] = {+ REAL_CONST(6.022367813028454), REAL_CONST(5.044394119358453), REAL_CONST(4.087462841250339),
+ REAL_CONST(3.169925001442313), REAL_CONST(2.321928094887362), REAL_CONST(1.584962500721156),
+ REAL_CONST(1.000000000000000), REAL_CONST(0.584962500721156), REAL_CONST(0.321928094887362),
+ REAL_CONST(0.169925001442312), REAL_CONST(0.087462841250339), REAL_CONST(0.044394119358453),
+ REAL_CONST(0.022367813028455), REAL_CONST(0.011227255423254), REAL_CONST(0.005624549193878),
+ REAL_CONST(0.002815015607054), REAL_CONST(0.001408194392808), REAL_CONST(0.000704269011247),
+ REAL_CONST(0.000352177480301), REAL_CONST(0.000176099486443), REAL_CONST(0.000088052430122),
+ REAL_CONST(0.000044026886827), REAL_CONST(0.000022013611360), REAL_CONST(0.000011006847667),
+ REAL_CONST(0.000005503434331), REAL_CONST(0.000002751719790), REAL_CONST(0.000001375860551),
+ REAL_CONST(0.000000687930439), REAL_CONST(0.000000343965261), REAL_CONST(0.000000171982641),
+ REAL_CONST(0.000000000000000)
+};
+
+static real_t find_log2_Qplus1(sbr_info *sbr, uint8_t k, uint8_t l, uint8_t ch)
+{+ /* check for coupled energy/noise data */
+ if (sbr->bs_coupling == 1)
{- /* divide by a frac */
- return ((int64_t)G_max << FRAC_BITS)/G;
- } else {- /* divide by a real but answer is a frac */
- if (G_max_is_frac == 1)
+ if ((sbr->Q[0][k][l] >= 0) && (sbr->Q[0][k][l] <= 30) &&
+ (sbr->Q[1][k][l] >= 0) && (sbr->Q[1][k][l] <= 24))
{- /* G_max is already a frac */
- if (G < REAL_CONST(1))
+ if (ch == 0)
{- *is_real = 1;
- return ((int64_t)G_max >> 3)/G;
+ return log_Qplus1_pan[sbr->Q[0][k][l]][sbr->Q[1][k][l] >> 1];
} else {- return ((int64_t)G_max << REAL_BITS)/G;
+ return log_Qplus1_pan[sbr->Q[0][k][l]][12 - (sbr->Q[1][k][l] >> 1)];
}
} else {- /* turn G_max into a frac before dividing */
- return ((int64_t)G_max << REAL_BITS+(FRAC_BITS-REAL_BITS))/G;
+ return 0;
}
+ } else {+ if (sbr->Q[ch][k][l] >= 0 && sbr->Q[ch][k][l] <= 30)
+ {+ return log_Qplus1[sbr->Q[ch][k][l]];
+ } else {+ return 0;
+ }
}
}
static void calculate_gain(sbr_info *sbr, sbr_hfadj_info *adj, uint8_t ch)
{- uint8_t m, l, k, i;
+ /* log2 values of limiter gains */
+ static real_t limGain[] = {+ REAL_CONST(-1.0), REAL_CONST(0.0), REAL_CONST(1.0), REAL_CONST(33.219)
+ };
+ uint8_t m, l, k;
+ uint8_t current_t_noise_band = 0;
+ uint8_t S_mapped;
+
ALIGN real_t Q_M_lim[MAX_M];
ALIGN real_t G_lim[MAX_M];
ALIGN real_t G_boost;
ALIGN real_t S_M[MAX_M];
- ALIGN uint8_t table_map_res_to_m[MAX_M];
- ALIGN uint8_t G_is_frac[MAX_M];
- ALIGN uint8_t Q_M_is_real[MAX_M];
for (l = 0; l < sbr->L_E[ch]; l++)
{+ uint8_t current_f_noise_band = 0;
+ uint8_t current_res_band = 0;
+ uint8_t current_res_band2 = 0;
+ uint8_t current_hi_res_band = 0;
+
real_t delta = (l == sbr->l_A[ch] || l == sbr->prevEnvIsShort[ch]) ? 0 : 1;
- for (i = 0; i < sbr->n[sbr->f[ch][l]]; i++)
+ S_mapped = get_S_mapped(sbr, ch, l, current_res_band2);
+
+ if (sbr->t_E[ch][l+1] > sbr->t_Q[ch][current_t_noise_band+1])
{- for (m = sbr->f_table_res[sbr->f[ch][l]][i]; m < sbr->f_table_res[sbr->f[ch][l]][i+1]; m++)
- {- table_map_res_to_m[m - sbr->kx] = i;
- }
+ current_t_noise_band++;
}
for (k = 0; k < sbr->N_L[sbr->bs_limiter_bands]; k++)
{+ real_t Q_M = 0;
real_t G_max;
real_t den = 0;
- real_t den_int = 0;
- real_t den_real = 0;
real_t acc1 = 0;
- real_t acc1_coef = 0;
- real_t acct = 0;
real_t acc2 = 0;
- uint8_t G_max_infinite = 0;
- uint8_t min_pow = 0;
- uint8_t G_max_is_frac = 0;
+ uint8_t current_res_band_size = 0;
+ uint8_t Q_M_size = 0;
uint8_t ml1, ml2;
-
+ /* bounds of current limiter bands */
ml1 = sbr->f_table_lim[sbr->bs_limiter_bands][k];
ml2 = sbr->f_table_lim[sbr->bs_limiter_bands][k+1];
@@ -518,246 +473,658 @@
/* calculate the accumulated E_orig and E_curr over the limiter band */
for (m = ml1; m < ml2; m++)
{- /* E_orig: integer */
- if (sbr->E_orig[ch][table_map_res_to_m[m]][l] > (1<<4))
+ if ((m + sbr->kx) < sbr->f_table_res[sbr->f[ch][l]][current_res_band+1])
{- acc1 += (sbr->E_orig[ch][table_map_res_to_m[m]][l]>>4);
+ current_res_band_size++;
} else {- acc1_coef += (sbr->E_orig[ch][table_map_res_to_m[m]][l] << (COEF_BITS-4));
- if (acc1_coef > COEF_CONST(3))
- {- acc1 += (acc1_coef+(1<<(COEF_BITS-1)))>>COEF_BITS;
- acc1_coef = 0;
- }
+ acc1 += pow2_int(-REAL_CONST(10) + log2_int_tab[current_res_band_size] + find_log2_E(sbr, current_res_band, l, ch));
+
+ current_res_band++;
+ current_res_band_size = 1;
}
- /* E_curr: integer */
+
acc2 += sbr->E_curr[ch][m][l];
}
+ acc1 += pow2_int(-REAL_CONST(10) + log2_int_tab[current_res_band_size] + find_log2_E(sbr, current_res_band, l, ch));
- acc1 += (acc1_coef+(1<<(COEF_BITS-1)))>>COEF_BITS;
+ if (acc1 == 0)
+ acc1 = LOG2_MIN_INF;
+ else
+ acc1 = log2_int(acc1);
- /* G_max: fixed point */
- if ((acc2 == 0) && (acc1 > 3)) /* chosen 3 here, kind of arbitrary but it works (0 doesn't) */
+
+ /* calculate the maximum gain */
+ /* ratio of the energy of the original signal and the energy
+ * of the HF generated signal
+ */
+ G_max = acc1 - log2_int(acc2) + limGain[sbr->bs_limiter_gains];
+ G_max = min(G_max, limGain[3]);
+
+
+ for (m = ml1; m < ml2; m++)
{- G_max = 0xFFFFFFF;
- G_max_infinite = 1;
- } else if (acc2 == 0) {- G_max = 0;
- G_max_infinite = 0;
- } else {- G_max_infinite = 0;
- switch (sbr->bs_limiter_gains)
+ real_t G;
+ real_t E_curr, E_orig;
+ real_t Q_orig, Q_orig_plus1;
+ uint8_t S_index_mapped;
+
+
+ /* check if m is on a noise band border */
+ if ((m + sbr->kx) == sbr->f_table_noise[current_f_noise_band+1])
{- case 0: acct = acc1 >> 1; break;
- case 2: acct = acc1 << 1; break;
- case 3: acct = acc1; G_max_infinite = 1; break;
- default: acct = acc1; break;
+ /* step to next noise band */
+ current_f_noise_band++;
}
- if (acc2 > acct)
+
+ /* check if m is on a resolution band border */
+ if ((m + sbr->kx) == sbr->f_table_res[sbr->f[ch][l]][current_res_band2+1])
{- G_max_is_frac = 1;
- G_max = (((int64_t)acct)<<FRAC_BITS) / acc2;
+ /* accumulate a whole range of equal Q_Ms */
+ if (Q_M_size > 0)
+ den += pow2_int(log2_int_tab[Q_M_size] + Q_M);
+ Q_M_size = 0;
+
+ /* step to next resolution band */
+ current_res_band2++;
+
+ /* if we move to a new resolution band, we should check if we are
+ * going to add a sinusoid in this band
+ */
+ S_mapped = get_S_mapped(sbr, ch, l, current_res_band2);
+ }
+
+
+ /* check if m is on a HI_RES band border */
+ if ((m + sbr->kx) == sbr->f_table_res[HI_RES][current_hi_res_band+1])
+ {+ /* step to next HI_RES band */
+ current_hi_res_band++;
+ }
+
+
+ /* find S_index_mapped
+ * S_index_mapped can only be 1 for the m in the middle of the
+ * current HI_RES band
+ */
+ S_index_mapped = 0;
+ if ((l >= sbr->l_A[ch]) ||
+ (sbr->bs_add_harmonic_prev[ch][current_hi_res_band] && sbr->bs_add_harmonic_flag_prev[ch]))
+ {+ /* find the middle subband of the HI_RES frequency band */
+ if ((m + sbr->kx) == (sbr->f_table_res[HI_RES][current_hi_res_band+1] + sbr->f_table_res[HI_RES][current_hi_res_band]) >> 1)
+ S_index_mapped = sbr->bs_add_harmonic[ch][current_hi_res_band];
+ }
+
+
+ /* find bitstream parameters */
+ if (sbr->E_curr[ch][m][l] == 0)
+ E_curr = LOG2_MIN_INF;
+ else
+ E_curr = log2_int(sbr->E_curr[ch][m][l]);
+ E_orig = -REAL_CONST(10) + find_log2_E(sbr, current_res_band2, l, ch);
+
+
+ Q_orig = find_log2_Q(sbr, current_f_noise_band, current_t_noise_band, ch);
+ Q_orig_plus1 = find_log2_Qplus1(sbr, current_f_noise_band, current_t_noise_band, ch);
+
+
+ /* Q_M only depends on E_orig and Q_div2:
+ * since N_Q <= N_Low <= N_High we only need to recalculate Q_M on
+ * a change of current res band (HI or LO)
+ */
+ Q_M = E_orig + Q_orig - Q_orig_plus1;
+
+
+ /* S_M only depends on E_orig, Q_div and S_index_mapped:
+ * S_index_mapped can only be non-zero once per HI_RES band
+ */
+ if (S_index_mapped == 0)
+ {+ S_M[m] = LOG2_MIN_INF; /* -inf */
} else {- G_max_is_frac = 0;
- G_max = (((int64_t)acct)<<REAL_BITS) / acc2;
+ S_M[m] = E_orig - Q_orig_plus1;
+
+ /* accumulate sinusoid part of the total energy */
+ den += pow2_int(S_M[m]);
}
+
+
+ /* calculate gain */
+ /* ratio of the energy of the original signal and the energy
+ * of the HF generated signal
+ */
+ /* E_curr here is officially E_curr+1 so the log2() of that can never be < 0 */
+ /* scaled by -10 */
+ G = E_orig - max(-REAL_CONST(10), E_curr);
+ if ((S_mapped == 0) && (delta == 1))
+ {+ /* G = G * 1/(1+Q) */
+ G -= Q_orig_plus1;
+ } else if (S_mapped == 1) {+ /* G = G * Q/(1+Q) */
+ G += Q_orig - Q_orig_plus1;
+ }
+
+
+ /* limit the additional noise energy level */
+ /* and apply the limiter */
+ if (G_max > G)
+ {+ Q_M_lim[m] = Q_M;
+ G_lim[m] = G;
+
+ if ((S_index_mapped == 0) && (l != sbr->l_A[ch]))
+ {+ Q_M_size++;
+ }
+ } else {+ /* G > G_max */
+ Q_M_lim[m] = Q_M + G_max - G;
+ G_lim[m] = G_max;
+
+ /* accumulate limited Q_M */
+ if ((S_index_mapped == 0) && (l != sbr->l_A[ch]))
+ {+ den += pow2_int(Q_M_lim[m]);
+ }
+ }
+
+
+ /* accumulate the total energy */
+ /* E_curr changes for every m so we do need to accumulate every m */
+ den += pow2_int(E_curr + G_lim[m]);
}
+ /* accumulate last range of equal Q_Ms */
+ if (Q_M_size > 0)
+ {+ den += pow2_int(log2_int_tab[Q_M_size] + Q_M);
+ }
+
+
+ /* calculate the final gain */
+ /* G_boost: [0..2.51188643] */
+ G_boost = acc1 - log2_int(den /*+ EPS*/);
+ G_boost = min(G_boost, REAL_CONST(1.328771237) /* log2(1.584893192 ^ 2) */);
+
+
for (m = ml1; m < ml2; m++)
{- real_t Q_M, G;
- real_t Q_div1, Q_div2;
- real_t E_orig;
- /* set to 1 to start with */
- uint8_t G_max_biggest = 1;
+ /* apply compensation to gain, noise floor sf's and sinusoid levels */
+#ifndef SBR_LOW_POWER
+ adj->G_lim_boost[l][m] = pow2_fix((G_lim[m] + G_boost) >> 1);
+#else
+ /* sqrt() will be done after the aliasing reduction to save a
+ * few multiplies
+ */
+ adj->G_lim_boost[l][m] = pow2_fix(G_lim[m] + G_boost);
+#endif
+ adj->Q_M_lim_boost[l][m] = pow2_fix((Q_M_lim[m] + G_boost) >> 1);
+ if (S_M[m] != LOG2_MIN_INF)
+ {+ adj->S_M_boost[l][m] = pow2_int((S_M[m] + G_boost) >> 1);
+ } else {+ adj->S_M_boost[l][m] = 0;
+ }
+ }
+ }
+ }
+}
- /* Q_mapped: fixed point */
+#else
- /* Q_div1: [0..1] FRAC_CONST */
- Q_div1 = adj->Q_div_mapped[l][m];
- /* Q_div2: [0..1] FRAC_CONST */
- Q_div2 = adj->Q_div2_mapped[l][m];
+//#define LOG2_TEST
- /* E_orig: integer */
- E_orig = sbr->E_orig[ch][table_map_res_to_m[m]][l];
+#ifdef LOG2_TEST
- /* Q_M: REAL */
- /* S_M: integer */
- if ((E_orig > (1<<22)) && (Q_div2 > FRAC_CONST(0.8)))
- {- /* Q_M will not fit in a real */
- Q_M = ((int64_t)(E_orig>>4) * Q_div2) >> FRAC_BITS;
- Q_M_is_real[m] = 0;
+#define LOG2_MIN_INF -100000
+
+__inline float pow2(float val)
+{+ return pow(2.0, val);
+}
+__inline float log2(float val)
+{+ return log(val)/log(2.0);
+}
- S_M[m] = adj->S_index_mapped[l][m] * MUL_F((E_orig>>4), Q_div1);
- } else if (E_orig > (1<<4)) {- Q_M = ((int64_t)(E_orig>>4) * Q_div2) >> (FRAC_BITS-REAL_BITS);
- Q_M_is_real[m] = 1;
+#define RB 14
- S_M[m] = adj->S_index_mapped[l][m] * MUL_F((E_orig>>4), Q_div1);
- } else {- Q_M = ((int64_t)E_orig * Q_div2) >> (FRAC_BITS-REAL_BITS);
- Q_M >>= 4;
- Q_M_is_real[m] = 1;
+float QUANTISE2REAL(float val)
+{+ __int32 ival = (__int32)(val * (1<<RB));
+ return (float)ival / (float)((1<<RB));
+}
- S_M[m] = adj->S_index_mapped[l][m] * MUL_F(E_orig, Q_div1);
- S_M[m] >>= 4;
- }
+float QUANTISE2INT(float val)
+{+ return floor(val);
+}
+/* log2 values of [0..63] */
+static const real_t log2_int_tab[] = {+ LOG2_MIN_INF, 0.000000000000000, 1.000000000000000, 1.584962500721156,
+ 2.000000000000000, 2.321928094887362, 2.584962500721156, 2.807354922057604,
+ 3.000000000000000, 3.169925001442313, 3.321928094887363, 3.459431618637297,
+ 3.584962500721156, 3.700439718141092, 3.807354922057604, 3.906890595608519,
+ 4.000000000000000, 4.087462841250339, 4.169925001442312, 4.247927513443585,
+ 4.321928094887362, 4.392317422778761, 4.459431618637297, 4.523561956057013,
+ 4.584962500721156, 4.643856189774724, 4.700439718141093, 4.754887502163468,
+ 4.807354922057604, 4.857980995127572, 4.906890595608519, 4.954196310386875,
+ 5.000000000000000, 5.044394119358453, 5.087462841250340, 5.129283016944966,
+ 5.169925001442312, 5.209453365628949, 5.247927513443585, 5.285402218862248,
+ 5.321928094887363, 5.357552004618084, 5.392317422778761, 5.426264754702098,
+ 5.459431618637297, 5.491853096329675, 5.523561956057013, 5.554588851677637,
+ 5.584962500721156, 5.614709844115208, 5.643856189774724, 5.672425341971495,
+ 5.700439718141093, 5.727920454563200, 5.754887502163469, 5.781359713524660,
+ 5.807354922057605, 5.832890014164742, 5.857980995127572, 5.882643049361842,
+ 5.906890595608518, 5.930737337562887, 5.954196310386876, 5.977279923499916
+};
- /* G: fixed point */
- if (sbr->E_curr[ch][m][l] != 0)
- {- /* E_curr = INT */
- if (sbr->E_curr[ch][m][l] > (E_orig>>4))
- {- /*frac*/
- G = (((int64_t)E_orig)<<(FRAC_BITS-4)) / sbr->E_curr[ch][m][l];
+static const real_t pan_log2_tab[] = {+ 1.000000000000000, 0.584962500721156, 0.321928094887362, 0.169925001442312, 0.087462841250339,
+ 0.044394119358453, 0.022367813028455, 0.011227255423254, 0.005624549193878, 0.002815015607054,
+ 0.001408194392808, 0.000704269011247, 0.000352177480301, 0.000176099486443, 0.000088052430122,
+ 0.000044026886827, 0.000022013611360, 0.000011006847667
+};
+
+static real_t find_log2_E(sbr_info *sbr, uint8_t k, uint8_t l, uint8_t ch)
+{+ /* check for coupled energy/noise data */
+ if (sbr->bs_coupling == 1)
+ {+ real_t amp0 = (sbr->amp_res[0]) ? 1.0 : 0.5;
+ real_t amp1 = (sbr->amp_res[1]) ? 1.0 : 0.5;
+ float tmp = QUANTISE2REAL(7.0 + (real_t)sbr->E[0][k][l] * amp0);
+ float pan;
- G_is_frac[m] = 1;
- } else {- /*real*/
- G = (((int64_t)E_orig)<<(REAL_BITS-4)) / sbr->E_curr[ch][m][l];
+ int E = (int)(sbr->E[1][k][l] * amp1);
+
+ if (ch == 0)
+ {+ if (E > 12)
+ {+ /* negative */
+ pan = QUANTISE2REAL(pan_log2_tab[-12 + E]);
+ } else {+ /* positive */
+ pan = QUANTISE2REAL(pan_log2_tab[12 - E] + (12 - E));
+ }
+ } else {+ if (E < 12)
+ {+ /* negative */
+ pan = QUANTISE2REAL(pan_log2_tab[-E + 12]);
+ } else {+ /* positive */
+ pan = QUANTISE2REAL(pan_log2_tab[E - 12] + (E - 12));
+ }
+ }
+
+ /* tmp / pan in log2 */
+ return QUANTISE2REAL(tmp - pan);
+ } else {+ real_t amp = (sbr->amp_res[ch]) ? 1.0 : 0.5;
- G_is_frac[m] = 0;
- }
- } else {- /* E_curr == 0, check if E_orig happens to be really big */
- if (G_max_is_frac == 0)
- {- if ((E_orig<<4) > (G_max>>REAL_BITS))
- {- G_max_biggest = 0;
- }
- } else {- /* G_max is fractional type */
- if (E_orig != 0)
- {- G_max_biggest = 0;
- }
- }
+ return QUANTISE2REAL(6.0 + (real_t)sbr->E[ch][k][l] * amp);
+ }
+}
+
+static real_t find_log2_Q(sbr_info *sbr, uint8_t k, uint8_t l, uint8_t ch)
+{+ /* check for coupled energy/noise data */
+ if (sbr->bs_coupling == 1)
+ {+ float tmp = QUANTISE2REAL(7.0 - (real_t)sbr->Q[0][k][l]);
+ float pan;
+
+ int Q = (int)(sbr->Q[1][k][l]);
+
+ if (ch == 0)
+ {+ if (Q > 12)
+ {+ /* negative */
+ pan = QUANTISE2REAL(pan_log2_tab[-12 + Q]);
+ } else {+ /* positive */
+ pan = QUANTISE2REAL(pan_log2_tab[12 - Q] + (12 - Q));
+ }
+ } else {+ if (Q < 12)
+ {+ /* negative */
+ pan = QUANTISE2REAL(pan_log2_tab[-Q + 12]);
+ } else {+ /* positive */
+ pan = QUANTISE2REAL(pan_log2_tab[Q - 12] + (Q - 12));
+ }
+ }
+
+ /* tmp / pan in log2 */
+ return QUANTISE2REAL(tmp - pan);
+ } else {+ return QUANTISE2REAL(6.0 - (real_t)sbr->Q[ch][k][l]);
+ }
+}
+
+static const real_t log_Qplus1_pan[31][13] = {+ { REAL_CONST(0.044383447617292), REAL_CONST(0.169768601655960), REAL_CONST(0.583090126514435), REAL_CONST(1.570089221000671), REAL_CONST(3.092446088790894), REAL_CONST(4.733354568481445), REAL_CONST(6.022367954254150), REAL_CONST(6.692092418670654), REAL_CONST(6.924463272094727), REAL_CONST(6.989034175872803), REAL_CONST(7.005646705627441), REAL_CONST(7.009829998016357), REAL_CONST(7.010877609252930) },+ { REAL_CONST(0.022362394258380), REAL_CONST(0.087379962205887), REAL_CONST(0.320804953575134), REAL_CONST(0.988859415054321), REAL_CONST(2.252387046813965), REAL_CONST(3.786596298217773), REAL_CONST(5.044394016265869), REAL_CONST(5.705977916717529), REAL_CONST(5.936291694641113), REAL_CONST(6.000346660614014), REAL_CONST(6.016829967498779), REAL_CONST(6.020981311798096), REAL_CONST(6.022020816802979) },+ { REAL_CONST(0.011224525049329), REAL_CONST(0.044351425021887), REAL_CONST(0.169301137328148), REAL_CONST(0.577544987201691), REAL_CONST(1.527246952056885), REAL_CONST(2.887525320053101), REAL_CONST(4.087462902069092), REAL_CONST(4.733354568481445), REAL_CONST(4.959661006927490), REAL_CONST(5.022709369659424), REAL_CONST(5.038940429687500), REAL_CONST(5.043028831481934), REAL_CONST(5.044052600860596) },+ { REAL_CONST(0.005623178556561), REAL_CONST(0.022346137091517), REAL_CONST(0.087132595479488), REAL_CONST(0.317482173442841), REAL_CONST(0.956931233406067), REAL_CONST(2.070389270782471), REAL_CONST(3.169924974441528), REAL_CONST(3.786596298217773), REAL_CONST(4.005294322967529), REAL_CONST(4.066420555114746), REAL_CONST(4.082170009613037), REAL_CONST(4.086137294769287), REAL_CONST(4.087131500244141) },+ { REAL_CONST(0.002814328996465), REAL_CONST(0.011216334067285), REAL_CONST(0.044224001467228), REAL_CONST(0.167456731200218), REAL_CONST(0.556393325328827), REAL_CONST(1.378511548042297), REAL_CONST(2.321928024291992), REAL_CONST(2.887525320053101), REAL_CONST(3.092446088790894), REAL_CONST(3.150059700012207), REAL_CONST(3.164926528930664), REAL_CONST(3.168673276901245), REAL_CONST(3.169611930847168) },+ { REAL_CONST(0.001407850766554), REAL_CONST(0.005619067233056), REAL_CONST(0.022281449288130), REAL_CONST(0.086156636476517), REAL_CONST(0.304854571819305), REAL_CONST(0.847996890544891), REAL_CONST(1.584962487220764), REAL_CONST(2.070389270782471), REAL_CONST(2.252387046813965), REAL_CONST(2.304061651229858), REAL_CONST(2.317430257797241), REAL_CONST(2.320801734924316), REAL_CONST(2.321646213531494) },+ { REAL_CONST(0.000704097095877), REAL_CONST(0.002812269143760), REAL_CONST(0.011183738708496), REAL_CONST(0.043721374124289), REAL_CONST(0.160464659333229), REAL_CONST(0.485426813364029), REAL_CONST(1.000000000000000), REAL_CONST(1.378511548042297), REAL_CONST(1.527246952056885), REAL_CONST(1.570089221000671), REAL_CONST(1.581215262413025), REAL_CONST(1.584023833274841), REAL_CONST(1.584727644920349) },+ { REAL_CONST(0.000352177477907), REAL_CONST(0.001406819908880), REAL_CONST(0.005602621007711), REAL_CONST(0.022026389837265), REAL_CONST(0.082462236285210), REAL_CONST(0.263034462928772), REAL_CONST(0.584962487220764), REAL_CONST(0.847996890544891), REAL_CONST(0.956931233406067), REAL_CONST(0.988859415054321), REAL_CONST(0.997190535068512), REAL_CONST(0.999296069145203), REAL_CONST(0.999823868274689) },+ { REAL_CONST(0.000176099492819), REAL_CONST(0.000703581434209), REAL_CONST(0.002804030198604), REAL_CONST(0.011055230163038), REAL_CONST(0.041820213198662), REAL_CONST(0.137503549456596), REAL_CONST(0.321928083896637), REAL_CONST(0.485426813364029), REAL_CONST(0.556393325328827), REAL_CONST(0.577544987201691), REAL_CONST(0.583090126514435), REAL_CONST(0.584493279457092), REAL_CONST(0.584845066070557) },+ { REAL_CONST(0.000088052431238), REAL_CONST(0.000351833587047), REAL_CONST(0.001402696361765), REAL_CONST(0.005538204684854), REAL_CONST(0.021061634644866), REAL_CONST(0.070389263331890), REAL_CONST(0.169925004243851), REAL_CONST(0.263034462928772), REAL_CONST(0.304854571819305), REAL_CONST(0.317482173442841), REAL_CONST(0.320804953575134), REAL_CONST(0.321646571159363), REAL_CONST(0.321857661008835) },+ { REAL_CONST(0.000044026888645), REAL_CONST(0.000175927518285), REAL_CONST(0.000701518612914), REAL_CONST(0.002771759871393), REAL_CONST(0.010569252073765), REAL_CONST(0.035623874515295), REAL_CONST(0.087462842464447), REAL_CONST(0.137503549456596), REAL_CONST(0.160464659333229), REAL_CONST(0.167456731200218), REAL_CONST(0.169301137328148), REAL_CONST(0.169768601655960), REAL_CONST(0.169885858893394) },+ { REAL_CONST(0.000022013611670), REAL_CONST(0.000088052431238), REAL_CONST(0.000350801943569), REAL_CONST(0.001386545598507), REAL_CONST(0.005294219125062), REAL_CONST(0.017921976745129), REAL_CONST(0.044394120573997), REAL_CONST(0.070389263331890), REAL_CONST(0.082462236285210), REAL_CONST(0.086156636476517), REAL_CONST(0.087132595479488), REAL_CONST(0.087379962205887), REAL_CONST(0.087442122399807) },+ { REAL_CONST(0.000011006847672), REAL_CONST(0.000044026888645), REAL_CONST(0.000175411638338), REAL_CONST(0.000693439331371), REAL_CONST(0.002649537986144), REAL_CONST(0.008988817222416), REAL_CONST(0.022367812693119), REAL_CONST(0.035623874515295), REAL_CONST(0.041820213198662), REAL_CONST(0.043721374124289), REAL_CONST(0.044224001467228), REAL_CONST(0.044351425021887), REAL_CONST(0.044383447617292) },+ { REAL_CONST(0.000005503434295), REAL_CONST(0.000022013611670), REAL_CONST(0.000087708482170), REAL_CONST(0.000346675369656), REAL_CONST(0.001325377263129), REAL_CONST(0.004501323681325), REAL_CONST(0.011227255687118), REAL_CONST(0.017921976745129), REAL_CONST(0.021061634644866), REAL_CONST(0.022026389837265), REAL_CONST(0.022281449288130), REAL_CONST(0.022346137091517), REAL_CONST(0.022362394258380) },+ { REAL_CONST(0.000002751719876), REAL_CONST(0.000011006847672), REAL_CONST(0.000043854910473), REAL_CONST(0.000173348103999), REAL_CONST(0.000662840844598), REAL_CONST(0.002252417383716), REAL_CONST(0.005624548997730), REAL_CONST(0.008988817222416), REAL_CONST(0.010569252073765), REAL_CONST(0.011055230163038), REAL_CONST(0.011183738708496), REAL_CONST(0.011216334067285), REAL_CONST(0.011224525049329) },+ { REAL_CONST(0.000001375860506), REAL_CONST(0.000005503434295), REAL_CONST(0.000022013611670), REAL_CONST(0.000086676649516), REAL_CONST(0.000331544462824), REAL_CONST(0.001126734190620), REAL_CONST(0.002815015614033), REAL_CONST(0.004501323681325), REAL_CONST(0.005294219125062), REAL_CONST(0.005538204684854), REAL_CONST(0.005602621007711), REAL_CONST(0.005619067233056), REAL_CONST(0.005623178556561) },+ { REAL_CONST(0.000000687930424), REAL_CONST(0.000002751719876), REAL_CONST(0.000011006847672), REAL_CONST(0.000043338975956), REAL_CONST(0.000165781748365), REAL_CONST(0.000563477107789), REAL_CONST(0.001408194424585), REAL_CONST(0.002252417383716), REAL_CONST(0.002649537986144), REAL_CONST(0.002771759871393), REAL_CONST(0.002804030198604), REAL_CONST(0.002812269143760), REAL_CONST(0.002814328996465) },+ { REAL_CONST(0.000000343965269), REAL_CONST(0.000001375860506), REAL_CONST(0.000005503434295), REAL_CONST(0.000021669651687), REAL_CONST(0.000082893253420), REAL_CONST(0.000281680084299), REAL_CONST(0.000704268983100), REAL_CONST(0.001126734190620), REAL_CONST(0.001325377263129), REAL_CONST(0.001386545598507), REAL_CONST(0.001402696361765), REAL_CONST(0.001406819908880), REAL_CONST(0.001407850766554) },+ { REAL_CONST(0.000000171982634), REAL_CONST(0.000000687930424), REAL_CONST(0.000002751719876), REAL_CONST(0.000010834866771), REAL_CONST(0.000041447223339), REAL_CONST(0.000140846910654), REAL_CONST(0.000352177477907), REAL_CONST(0.000563477107789), REAL_CONST(0.000662840844598), REAL_CONST(0.000693439331371), REAL_CONST(0.000701518612914), REAL_CONST(0.000703581434209), REAL_CONST(0.000704097095877) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000343965269), REAL_CONST(0.000001375860506), REAL_CONST(0.000005503434295), REAL_CONST(0.000020637769921), REAL_CONST(0.000070511166996), REAL_CONST(0.000176099492819), REAL_CONST(0.000281680084299), REAL_CONST(0.000331544462824), REAL_CONST(0.000346675369656), REAL_CONST(0.000350801943569), REAL_CONST(0.000351833587047), REAL_CONST(0.000352177477907) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000687930424), REAL_CONST(0.000002751719876), REAL_CONST(0.000010318922250), REAL_CONST(0.000035256012779), REAL_CONST(0.000088052431238), REAL_CONST(0.000140846910654), REAL_CONST(0.000165781748365), REAL_CONST(0.000173348103999), REAL_CONST(0.000175411638338), REAL_CONST(0.000175927518285), REAL_CONST(0.000176099492819) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000343965269), REAL_CONST(0.000001375860506), REAL_CONST(0.000005159470220), REAL_CONST(0.000017542124624), REAL_CONST(0.000044026888645), REAL_CONST(0.000070511166996), REAL_CONST(0.000082893253420), REAL_CONST(0.000086676649516), REAL_CONST(0.000087708482170), REAL_CONST(0.000088052431238), REAL_CONST(0.000088052431238) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000687930424), REAL_CONST(0.000002579737384), REAL_CONST(0.000008771088687), REAL_CONST(0.000022013611670), REAL_CONST(0.000035256012779), REAL_CONST(0.000041447223339), REAL_CONST(0.000043338975956), REAL_CONST(0.000043854910473), REAL_CONST(0.000044026888645), REAL_CONST(0.000044026888645) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000343965269), REAL_CONST(0.000001375860506), REAL_CONST(0.000004471542070), REAL_CONST(0.000011006847672), REAL_CONST(0.000017542124624), REAL_CONST(0.000020637769921), REAL_CONST(0.000021669651687), REAL_CONST(0.000022013611670), REAL_CONST(0.000022013611670), REAL_CONST(0.000022013611670) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000687930424), REAL_CONST(0.000002235772627), REAL_CONST(0.000005503434295), REAL_CONST(0.000008771088687), REAL_CONST(0.000010318922250), REAL_CONST(0.000010834866771), REAL_CONST(0.000011006847672), REAL_CONST(0.000011006847672), REAL_CONST(0.000011006847672) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000343965269), REAL_CONST(0.000001031895522), REAL_CONST(0.000002751719876), REAL_CONST(0.000004471542070), REAL_CONST(0.000005159470220), REAL_CONST(0.000005503434295), REAL_CONST(0.000005503434295), REAL_CONST(0.000005503434295), REAL_CONST(0.000005503434295) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000515947875), REAL_CONST(0.000001375860506), REAL_CONST(0.000002235772627), REAL_CONST(0.000002579737384), REAL_CONST(0.000002751719876), REAL_CONST(0.000002751719876), REAL_CONST(0.000002751719876), REAL_CONST(0.000002751719876) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000343965269), REAL_CONST(0.000000687930424), REAL_CONST(0.000001031895522), REAL_CONST(0.000001375860506), REAL_CONST(0.000001375860506), REAL_CONST(0.000001375860506), REAL_CONST(0.000001375860506), REAL_CONST(0.000001375860506) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000343965269), REAL_CONST(0.000000515947875), REAL_CONST(0.000000687930424), REAL_CONST(0.000000687930424), REAL_CONST(0.000000687930424), REAL_CONST(0.000000687930424), REAL_CONST(0.000000687930424) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000343965269), REAL_CONST(0.000000343965269), REAL_CONST(0.000000343965269), REAL_CONST(0.000000343965269), REAL_CONST(0.000000343965269), REAL_CONST(0.000000343965269) },+ { REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000000000000), REAL_CONST(0.000000171982634), REAL_CONST(0.000000171982634), REAL_CONST(0.000000171982634), REAL_CONST(0.000000171982634), REAL_CONST(0.000000171982634), REAL_CONST(0.000000171982634) }+};
+
+static const real_t log_Qplus1[31] = {+ REAL_CONST(6.022367813028454), REAL_CONST(5.044394119358453), REAL_CONST(4.087462841250339),
+ REAL_CONST(3.169925001442313), REAL_CONST(2.321928094887362), REAL_CONST(1.584962500721156),
+ REAL_CONST(1.000000000000000), REAL_CONST(0.584962500721156), REAL_CONST(0.321928094887362),
+ REAL_CONST(0.169925001442312), REAL_CONST(0.087462841250339), REAL_CONST(0.044394119358453),
+ REAL_CONST(0.022367813028455), REAL_CONST(0.011227255423254), REAL_CONST(0.005624549193878),
+ REAL_CONST(0.002815015607054), REAL_CONST(0.001408194392808), REAL_CONST(0.000704269011247),
+ REAL_CONST(0.000352177480301), REAL_CONST(0.000176099486443), REAL_CONST(0.000088052430122),
+ REAL_CONST(0.000044026886827), REAL_CONST(0.000022013611360), REAL_CONST(0.000011006847667),
+ REAL_CONST(0.000005503434331), REAL_CONST(0.000002751719790), REAL_CONST(0.000001375860551),
+ REAL_CONST(0.000000687930439), REAL_CONST(0.000000343965261), REAL_CONST(0.000000171982641),
+ REAL_CONST(0.000000000000000)
+};
+
+static real_t find_log2_Qplus1(sbr_info *sbr, uint8_t k, uint8_t l, uint8_t ch)
+{+ /* check for coupled energy/noise data */
+ if (sbr->bs_coupling == 1)
+ {+ if ((sbr->Q[0][k][l] >= 0) && (sbr->Q[0][k][l] <= 30) &&
+ (sbr->Q[1][k][l] >= 0) && (sbr->Q[1][k][l] <= 24))
+ {+ if (ch == 0)
+ {+ return QUANTISE2REAL(log_Qplus1_pan[sbr->Q[0][k][l]][sbr->Q[1][k][l] >> 1]);
+ } else {+ return QUANTISE2REAL(log_Qplus1_pan[sbr->Q[0][k][l]][12 - (sbr->Q[1][k][l] >> 1)]);
+ }
+ } else {+ return 0;
+ }
+ } else {+ if (sbr->Q[ch][k][l] >= 0 && sbr->Q[ch][k][l] <= 30)
+ {+ return QUANTISE2REAL(log_Qplus1[sbr->Q[ch][k][l]]);
+ } else {+ return 0;
+ }
+ }
+}
- G = (E_orig << (REAL_BITS-4+10));
+static void calculate_gain(sbr_info *sbr, sbr_hfadj_info *adj, uint8_t ch)
+{+ /* log2 values of limiter gains */
+ static real_t limGain[] = { -1.0, 0.0, 1.0, 33.219 };+ uint8_t m, l, k;
- G_is_frac[m] = 0;
+ uint8_t current_t_noise_band = 0;
+ uint8_t S_mapped;
+
+ ALIGN real_t Q_M_lim[MAX_M];
+ ALIGN real_t G_lim[MAX_M];
+ ALIGN real_t G_boost;
+ ALIGN real_t S_M[MAX_M];
+
+
+ for (l = 0; l < sbr->L_E[ch]; l++)
+ {+ uint8_t current_f_noise_band = 0;
+ uint8_t current_res_band = 0;
+ uint8_t current_res_band2 = 0;
+ uint8_t current_hi_res_band = 0;
+
+ real_t delta = (l == sbr->l_A[ch] || l == sbr->prevEnvIsShort[ch]) ? 0 : 1;
+
+ S_mapped = get_S_mapped(sbr, ch, l, current_res_band2);
+
+ if (sbr->t_E[ch][l+1] > sbr->t_Q[ch][current_t_noise_band+1])
+ {+ current_t_noise_band++;
+ }
+
+ for (k = 0; k < sbr->N_L[sbr->bs_limiter_bands]; k++)
+ {+ real_t Q_M = 0;
+ real_t G_max;
+ real_t den = 0;
+ real_t acc1 = 0;
+ real_t acc2 = 0;
+ uint8_t current_res_band_size = 0;
+ uint8_t Q_M_size = 0;
+
+ uint8_t ml1, ml2;
+
+ /* bounds of current limiter bands */
+ ml1 = sbr->f_table_lim[sbr->bs_limiter_bands][k];
+ ml2 = sbr->f_table_lim[sbr->bs_limiter_bands][k+1];
+
+
+ /* calculate the accumulated E_orig and E_curr over the limiter band */
+ for (m = ml1; m < ml2; m++)
+ {+ if ((m + sbr->kx) < sbr->f_table_res[sbr->f[ch][l]][current_res_band+1])
+ {+ current_res_band_size++;
+ } else {+ acc1 += QUANTISE2INT(pow2(-10 + log2_int_tab[current_res_band_size] + find_log2_E(sbr, current_res_band, l, ch)));
+
+ current_res_band++;
+ current_res_band_size = 1;
}
- if (adj->S_mapped[l][m] == 1)
+ acc2 += QUANTISE2INT(sbr->E_curr[ch][m][l]/1024.0);
+ }
+ acc1 += QUANTISE2INT(pow2(-10 + log2_int_tab[current_res_band_size] + find_log2_E(sbr, current_res_band, l, ch)));
+
+ acc1 = QUANTISE2REAL( log2(EPS + acc1) );
+
+
+ /* calculate the maximum gain */
+ /* ratio of the energy of the original signal and the energy
+ * of the HF generated signal
+ */
+ G_max = acc1 - QUANTISE2REAL(log2(EPS + acc2)) + QUANTISE2REAL(limGain[sbr->bs_limiter_gains]);
+ G_max = min(G_max, QUANTISE2REAL(limGain[3]));
+
+
+ for (m = ml1; m < ml2; m++)
+ {+ real_t G;
+ real_t E_curr, E_orig;
+ real_t Q_orig, Q_orig_plus1;
+ uint8_t S_index_mapped;
+
+
+ /* check if m is on a noise band border */
+ if ((m + sbr->kx) == sbr->f_table_noise[current_f_noise_band+1])
{- G = MUL_F(G, Q_div2);
- } else if (delta == 1) {- G = MUL_F(G, Q_div1);
+ /* step to next noise band */
+ current_f_noise_band++;
}
- /* limit the additional noise energy level */
- /* and apply the limiter */
- /* if we still have the default value for G_max_biggest -> compute */
- if (G_max_biggest != 0)
- G_max_biggest = G_max_is_biggest(G, G_max, G_is_frac[m], G_max_is_frac);
+ /* check if m is on a resolution band border */
+ if ((m + sbr->kx) == sbr->f_table_res[sbr->f[ch][l]][current_res_band2+1])
+ {+ /* accumulate a whole range of equal Q_Ms */
+ if (Q_M_size > 0)
+ den += QUANTISE2INT(pow2(log2_int_tab[Q_M_size] + Q_M));
+ Q_M_size = 0;
- /* G_lim: fixed point */
- /* Q_M_lim: REAL/INT */
- if (G_max_infinite || G_max_biggest)
+ /* step to next resolution band */
+ current_res_band2++;
+
+ /* if we move to a new resolution band, we should check if we are
+ * going to add a sinusoid in this band
+ */
+ S_mapped = get_S_mapped(sbr, ch, l, current_res_band2);
+ }
+
+
+ /* check if m is on a HI_RES band border */
+ if ((m + sbr->kx) == sbr->f_table_res[HI_RES][current_hi_res_band+1])
{- Q_M_lim[m] = Q_M;
- G_lim[m] = G;
+ /* step to next HI_RES band */
+ current_hi_res_band++;
+ }
+
+
+ /* find S_index_mapped
+ * S_index_mapped can only be 1 for the m in the middle of the
+ * current HI_RES band
+ */
+ S_index_mapped = 0;
+ if ((l >= sbr->l_A[ch]) ||
+ (sbr->bs_add_harmonic_prev[ch][current_hi_res_band] && sbr->bs_add_harmonic_flag_prev[ch]))
+ {+ /* find the middle subband of the HI_RES frequency band */
+ if ((m + sbr->kx) == (sbr->f_table_res[HI_RES][current_hi_res_band+1] + sbr->f_table_res[HI_RES][current_hi_res_band]) >> 1)
+ S_index_mapped = sbr->bs_add_harmonic[ch][current_hi_res_band];
+ }
+
+
+ /* find bitstream parameters */
+ if (sbr->E_curr[ch][m][l] == 0)
+ E_curr = LOG2_MIN_INF;
+ else
+ E_curr = -10 + log2(sbr->E_curr[ch][m][l]);
+ E_orig = -10 + find_log2_E(sbr, current_res_band2, l, ch);
+
+ Q_orig = find_log2_Q(sbr, current_f_noise_band, current_t_noise_band, ch);
+ Q_orig_plus1 = find_log2_Qplus1(sbr, current_f_noise_band, current_t_noise_band, ch);
+
+
+ /* Q_M only depends on E_orig and Q_div2:
+ * since N_Q <= N_Low <= N_High we only need to recalculate Q_M on
+ * a change of current res band (HI or LO)
+ */
+ Q_M = E_orig + Q_orig - Q_orig_plus1;
+
+
+ /* S_M only depends on E_orig, Q_div and S_index_mapped:
+ * S_index_mapped can only be non-zero once per HI_RES band
+ */
+ if (S_index_mapped == 0)
+ {+ S_M[m] = LOG2_MIN_INF; /* -inf */
} else {- real_t tmp;
- uint8_t is_real = 0;
- if (G == 0)
- tmp = 0xFFF;
- else
- tmp = div_G_max_G(G, G_max, G_is_frac[m], G_max_is_frac, &is_real);
+ S_M[m] = E_orig - Q_orig_plus1;
- if (is_real == 0)
- Q_M_lim[m] = MUL_F(Q_M, tmp);
- else
- Q_M_lim[m] = MUL_R(Q_M, tmp);
+ /* accumulate sinusoid part of the total energy */
+ den += pow2(S_M[m]);
+ }
- G_lim[m] = G_max;
- G_is_frac[m] = G_max_is_frac;
+
+ /* calculate gain */
+ /* ratio of the energy of the original signal and the energy
+ * of the HF generated signal
+ */
+ /* E_curr here is officially E_curr+1 so the log2() of that can never be < 0 */
+ /* scaled by -10 */
+ G = E_orig - max(-10, E_curr);
+ if ((S_mapped == 0) && (delta == 1))
+ {+ /* G = G * 1/(1+Q) */
+ G -= Q_orig_plus1;
+ } else if (S_mapped == 1) {+ /* G = G * Q/(1+Q) */
+ G += Q_orig - Q_orig_plus1;
}
- /* E_curr: integer/coef */
- if (G_is_frac[m] == 0)
+ /* limit the additional noise energy level */
+ /* and apply the limiter */
+ if (G_max > G)
{- if (sbr->E_curr[ch][m][l] < (1<<(25-REAL_BITS)))
+ Q_M_lim[m] = QUANTISE2REAL(Q_M);
+ G_lim[m] = QUANTISE2REAL(G);
+
+ if ((S_index_mapped == 0) && (l != sbr->l_A[ch]))
{- den_real += sbr->E_curr[ch][m][l] * G_lim[m];
- } else {- den_int += MUL_R(sbr->E_curr[ch][m][l], G_lim[m]);
+ Q_M_size++;
}
} else {- den_int += MUL_F(sbr->E_curr[ch][m][l], G_lim[m]);
- }
- den_int += S_M[m];
- if ((!adj->S_index_mapped[l][m]) && (l != sbr->l_A[ch]))
- {- if (Q_M_is_real[m] == 1)
+ /* G > G_max */
+ Q_M_lim[m] = QUANTISE2REAL(Q_M) + G_max - QUANTISE2REAL(G);
+ G_lim[m] = G_max;
+
+ /* accumulate limited Q_M */
+ if ((S_index_mapped == 0) && (l != sbr->l_A[ch]))
{- if (Q_M_lim[m] > REAL_CONST(100))
- den_int += (Q_M_lim[m]>>REAL_BITS);
- else
- den_real += Q_M_lim[m];
- } else {- den_int += Q_M_lim[m];
+ den += QUANTISE2INT(pow2(Q_M_lim[m]));
}
}
+
+
+ /* accumulate the total energy */
+ /* E_curr changes for every m so we do need to accumulate every m */
+ den += QUANTISE2INT(pow2(E_curr + G_lim[m]));
}
- den = den_int + ((den_real+(1<<(REAL_BITS-1)))>>REAL_BITS);
+ /* accumulate last range of equal Q_Ms */
+ if (Q_M_size > 0)
+ {+ den += QUANTISE2INT(pow2(log2_int_tab[Q_M_size] + Q_M));
+ }
- /* G_boost: fixed point */
- if ((den + EPS) == 0 || den == 0)
- G_boost = REAL_CONST(1);//REAL_CONST(2.51188643);
- else if (acc1 > (den<<1)+(den>>1))
- G_boost = REAL_CONST(2.51188643);
- else
- G_boost = (((int64_t)(acc1 + EPS))<<REAL_BITS)/(den + EPS);
- G_boost = min(G_boost, REAL_CONST(2.51188643) /* 1.584893192 ^ 2 */);
+ /* calculate the final gain */
+ /* G_boost: [0..2.51188643] */
+ G_boost = acc1 - QUANTISE2REAL(log2(den + EPS));
+ G_boost = min(G_boost, QUANTISE2REAL(1.328771237) /* log2(1.584893192 ^ 2) */);
+
+
for (m = ml1; m < ml2; m++)
{/* apply compensation to gain, noise floor sf's and sinusoid levels */
#ifndef SBR_LOW_POWER
- /* G_lim_boost: fixed point */
- if (G_is_frac[m] == 0)
- {- adj->G_lim_boost[l][m] = SBR_SQRT_Q2(MUL_SHIFT6(G_lim[m], G_boost));
- } else {- adj->G_lim_boost[l][m] = SBR_SQRT_Q2(MUL_SHIFT23(G_lim[m], G_boost));
- }
+ adj->G_lim_boost[l][m] = QUANTISE2REAL(pow2((G_lim[m] + G_boost) / 2.0));
#else
/* sqrt() will be done after the aliasing reduction to save a
* few multiplies
*/
- /* G_lim_boost: fixed point */
- if (G_is_frac[m] == 0)
- {- adj->G_lim_boost[l][m] = MUL_SHIFT6(G_lim[m], G_boost);
- } else {- adj->G_lim_boost[l][m] = MUL_SHIFT23(G_lim[m], G_boost);
- }
+ adj->G_lim_boost[l][m] = QUANTISE2REAL(pow2(G_lim[m] + G_boost));
#endif
- /* Q_M_lim_boost: integer */
- /* Q_M_lim_boost: REAL */
- if (Q_M_is_real[m])
- {- adj->Q_M_lim_boost[l][m] = SBR_SQRT_FIX(MUL_R(Q_M_lim[m], G_boost));
- } else {- adj->Q_M_lim_boost[l][m] = SBR_SQRT_INT(MUL_R(Q_M_lim[m], G_boost));
- adj->Q_M_lim_boost[l][m] <<= REAL_BITS;
- }
+ adj->Q_M_lim_boost[l][m] = QUANTISE2REAL(pow2((Q_M_lim[m] + 10 + G_boost) / 2.0));
- /* S_M_boost: integer */
- if (adj->S_index_mapped[l][m])
+ if (S_M[m] != LOG2_MIN_INF)
{- adj->S_M_boost[l][m] = SBR_SQRT_INT(MUL_R(S_M[m], G_boost));
+ adj->S_M_boost[l][m] = QUANTISE2REAL(pow2((S_M[m] + 10 + G_boost) / 2.0));
} else {adj->S_M_boost[l][m] = 0;
}
@@ -765,6 +1132,7 @@
}
}
}
+
#else
static void calculate_gain(sbr_info *sbr, sbr_hfadj_info *adj, uint8_t ch)
@@ -965,6 +1333,8 @@
}
}
}
+#endif // log2_test
+
#endif
#ifdef SBR_LOW_POWER
@@ -1001,7 +1371,7 @@
i++;
}
}
- }
+ }
if (grouping)
{@@ -1023,7 +1393,7 @@
for (k = 0; k < sbr->N_G[l]; k++)
{E_total_est = E_total = 0;
-
+
for (m = sbr->f_group[l][k<<1]; m < sbr->f_group[l][(k<<1) + 1]; m++)
{/* E_curr: integer */
@@ -1216,7 +1586,9 @@
QMF_RE(Xsbr[i + sbr->tHFAdj][m+sbr->kx]) = G_filt * QMF_RE(Xsbr[i + sbr->tHFAdj][m+sbr->kx])
+ MUL_F(Q_filt, RE(V[fIndexNoise]));
#else
- QMF_RE(Xsbr[i + sbr->tHFAdj][m+sbr->kx]) = MUL_Q2(G_filt, QMF_RE(Xsbr[i + sbr->tHFAdj][m+sbr->kx]))
+ //QMF_RE(Xsbr[i + sbr->tHFAdj][m+sbr->kx]) = MUL_Q2(G_filt, QMF_RE(Xsbr[i + sbr->tHFAdj][m+sbr->kx]))
+ // + MUL_F(Q_filt, RE(V[fIndexNoise]));
+ QMF_RE(Xsbr[i + sbr->tHFAdj][m+sbr->kx]) = MUL_R(G_filt, QMF_RE(Xsbr[i + sbr->tHFAdj][m+sbr->kx]))
+ MUL_F(Q_filt, RE(V[fIndexNoise]));
#endif
if (sbr->bs_extension_id == 3 && sbr->bs_extension_data == 42)
@@ -1226,7 +1598,9 @@
QMF_IM(Xsbr[i + sbr->tHFAdj][m+sbr->kx]) = G_filt * QMF_IM(Xsbr[i + sbr->tHFAdj][m+sbr->kx])
+ MUL_F(Q_filt, IM(V[fIndexNoise]));
#else
- QMF_IM(Xsbr[i + sbr->tHFAdj][m+sbr->kx]) = MUL_Q2(G_filt, QMF_IM(Xsbr[i + sbr->tHFAdj][m+sbr->kx]))
+ //QMF_IM(Xsbr[i + sbr->tHFAdj][m+sbr->kx]) = MUL_Q2(G_filt, QMF_IM(Xsbr[i + sbr->tHFAdj][m+sbr->kx]))
+ // + MUL_F(Q_filt, IM(V[fIndexNoise]));
+ QMF_IM(Xsbr[i + sbr->tHFAdj][m+sbr->kx]) = MUL_R(G_filt, QMF_IM(Xsbr[i + sbr->tHFAdj][m+sbr->kx]))
+ MUL_F(Q_filt, IM(V[fIndexNoise]));
#endif
#endif
--- a/libfaad/sbr_hfadj.h
+++ b/libfaad/sbr_hfadj.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_hfadj.h,v 1.12 2004/04/12 18:17:42 menno Exp $
+** $Id: sbr_hfadj.h,v 1.15 2004/09/04 14:56:28 menno Exp $
**/
#ifndef __SBR_HFADJ_H__
@@ -34,16 +34,9 @@
typedef struct
{- real_t Q_div_mapped[MAX_L_E][MAX_M];
- real_t Q_div2_mapped[MAX_L_E][MAX_M];
-
- uint8_t S_index_mapped[MAX_L_E][MAX_M];
- uint8_t S_mapped[MAX_L_E][MAX_M];
-
real_t G_lim_boost[MAX_L_E][MAX_M];
real_t Q_M_lim_boost[MAX_L_E][MAX_M];
real_t S_M_boost[MAX_L_E][MAX_M];
-
} sbr_hfadj_info;
--- a/libfaad/sbr_hfgen.c
+++ b/libfaad/sbr_hfgen.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_hfgen.c,v 1.17 2004/04/12 18:17:42 menno Exp $
+** $Id: sbr_hfgen.c,v 1.18 2004/05/17 10:18:03 menno Exp $
**/
/* High Frequency generation */
@@ -39,11 +39,11 @@
/* static function declarations */
#ifdef SBR_LOW_POWER
-static void calc_prediction_coef_lp(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][32],
+static void calc_prediction_coef_lp(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][64],
complex_t *alpha_0, complex_t *alpha_1, real_t *rxx);
static void calc_aliasing_degree(sbr_info *sbr, real_t *rxx, real_t *deg);
#else
-static void calc_prediction_coef(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][32],
+static void calc_prediction_coef(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][64],
complex_t *alpha_0, complex_t *alpha_1, uint8_t k);
#endif
static void calc_chirp_factors(sbr_info *sbr, uint8_t ch);
@@ -50,7 +50,7 @@
static void patch_construction(sbr_info *sbr);
-void hf_generation(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][32],
+void hf_generation(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][64],
qmf_t Xhigh[MAX_NTSRHFG][64]
#ifdef SBR_LOW_POWER
,real_t *deg
@@ -67,12 +67,9 @@
uint8_t first = sbr->t_E[ch][0];
uint8_t last = sbr->t_E[ch][sbr->L_E[ch]];
+
calc_chirp_factors(sbr, ch);
- for (i = first; i < last; i++)
- {- memset(Xhigh[i + offset], 0, 64 * sizeof(qmf_t));
- }
#ifdef SBR_LOW_POWER
memset(deg, 0, 64*sizeof(real_t));
#endif
@@ -84,8 +81,6 @@
#ifdef SBR_LOW_POWER
calc_prediction_coef_lp(sbr, Xlow, alpha_0, alpha_1, rxx);
calc_aliasing_degree(sbr, rxx, deg);
-#else
- //calc_prediction_coef(sbr, Xlow, alpha_0, alpha_1);
#endif
/* actual HF generation */
@@ -184,11 +179,9 @@
real_t det;
} acorr_coef;
-#define SBR_ABS(A) ((A) < 0) ? -(A) : (A)
-
#ifdef SBR_LOW_POWER
static void auto_correlation(sbr_info *sbr, acorr_coef *ac,
- qmf_t buffer[MAX_NTSRHFG][32],
+ qmf_t buffer[MAX_NTSRHFG][64],
uint8_t bd, uint8_t len)
{real_t r01 = 0, r02 = 0, r11 = 0;
@@ -204,27 +197,20 @@
#ifdef FIXED_POINT
- /*
- * For computing the covariance matrix and the filter coefficients
- * in fixed point, all values are normalised so that the fixed point
- * values don't overflow.
- */
- for (j = offset-2; j < len + offset; j++)
- {- maxi = max(SBR_ABS(QMF_RE(buffer[j][bd])>>REAL_BITS), maxi);
- }
+ mask = 0;
- /* find the first power of 2 bigger than max to avoid division */
- pow2 = 1;
- exp = 0;
- while (maxi > pow2)
+ for (j = (offset-2); j < (len + offset); j++)
{- pow2 <<= 1;
- exp++;
+ real_t x;
+ x = QMF_RE(buffer[j][bd])>>REAL_BITS;
+ mask |= x ^ (x >> 31);
}
+ exp = wl_min_lzc(mask);
+
/* improves accuracy */
- exp -= 1;
+ if (exp > 0)
+ exp -= 1;
for (j = offset; j < len + offset; j++)
{@@ -264,14 +250,13 @@
ac->det = MUL_R(RE(ac->r11), RE(ac->r22)) - MUL_F(MUL_R(RE(ac->r12), RE(ac->r12)), rel);
}
#else
-static void auto_correlation(sbr_info *sbr, acorr_coef *ac, qmf_t buffer[MAX_NTSRHFG][32],
+static void auto_correlation(sbr_info *sbr, acorr_coef *ac, qmf_t buffer[MAX_NTSRHFG][64],
uint8_t bd, uint8_t len)
{real_t r01r = 0, r01i = 0, r02r = 0, r02i = 0, r11r = 0;
#ifdef FIXED_POINT
const real_t rel = FRAC_CONST(0.999999); // 1 / (1 + 1e-6f);
- uint32_t maxi = 0;
- uint32_t pow2, exp;
+ uint32_t mask, exp;
#else
const real_t rel = 1 / (1 + 1e-6f);
#endif
@@ -279,28 +264,22 @@
uint8_t offset = sbr->tHFAdj;
#ifdef FIXED_POINT
- /*
- * For computing the covariance matrix and the filter coefficients
- * in fixed point, all values are normalised so that the fixed point
- * values don't overflow.
- */
- for (j = offset-2; j < len + offset; j++)
- {- maxi = max(SBR_ABS(QMF_RE(buffer[j][bd])>>REAL_BITS), maxi);
- maxi = max(SBR_ABS(QMF_IM(buffer[j][bd])>>REAL_BITS), maxi);
- }
+ mask = 0;
- /* find the first power of 2 bigger than max to avoid division */
- pow2 = 1;
- exp = 0;
- while (maxi > pow2)
+ for (j = (offset-2); j < (len + offset); j++)
{- pow2 <<= 1;
- exp++;
+ real_t x;
+ x = QMF_RE(buffer[j][bd])>>REAL_BITS;
+ mask |= x ^ (x >> 31);
+ x = QMF_IM(buffer[j][bd])>>REAL_BITS;
+ mask |= x ^ (x >> 31);
}
+ exp = wl_min_lzc(mask);
+
/* improves accuracy */
- exp -= 1;
+ if (exp > 0)
+ exp -= 1;
for (j = offset; j < len + offset; j++)
{@@ -369,7 +348,7 @@
/* calculate linear prediction coefficients using the covariance method */
#ifndef SBR_LOW_POWER
-static void calc_prediction_coef(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][32],
+static void calc_prediction_coef(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][64],
complex_t *alpha_0, complex_t *alpha_1, uint8_t k)
{real_t tmp;
@@ -421,7 +400,7 @@
}
}
#else
-static void calc_prediction_coef_lp(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][32],
+static void calc_prediction_coef_lp(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][64],
complex_t *alpha_0, complex_t *alpha_1, real_t *rxx)
{uint8_t k;
--- a/libfaad/sbr_hfgen.h
+++ b/libfaad/sbr_hfgen.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_hfgen.h,v 1.12 2004/03/10 19:45:42 menno Exp $
+** $Id: sbr_hfgen.h,v 1.16 2004/09/04 14:56:28 menno Exp $
**/
#ifndef __SBR_HFGEN_H__
@@ -32,7 +32,7 @@
extern "C" {#endif
-void hf_generation(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][32],
+void hf_generation(sbr_info *sbr, qmf_t Xlow[MAX_NTSRHFG][64],
qmf_t Xhigh[MAX_NTSRHFG][64]
#ifdef SBR_LOW_POWER
,real_t *deg
--- a/libfaad/sbr_qmf.c
+++ b/libfaad/sbr_qmf.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_qmf.c,v 1.23 2004/03/27 11:14:49 menno Exp $
+** $Id: sbr_qmf.c,v 1.24 2004/05/17 10:18:03 menno Exp $
**/
#include "common.h"
@@ -65,7 +65,7 @@
}
void sbr_qmf_analysis_32(sbr_info *sbr, qmfa_info *qmfa, const real_t *input,
- qmf_t X[MAX_NTSRHFG][32], uint8_t offset, uint8_t kx)
+ qmf_t X[MAX_NTSRHFG][64], uint8_t offset, uint8_t kx)
{ALIGN real_t u[64];
#ifndef SBR_LOW_POWER
--- a/libfaad/sbr_qmf.h
+++ b/libfaad/sbr_qmf.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_qmf.h,v 1.16 2004/03/10 19:45:42 menno Exp $
+** $Id: sbr_qmf.h,v 1.20 2004/09/04 14:56:28 menno Exp $
**/
#ifndef __SBR_QMF_H__
@@ -38,7 +38,7 @@
void qmfs_end(qmfs_info *qmfs);
void sbr_qmf_analysis_32(sbr_info *sbr, qmfa_info *qmfa, const real_t *input,
- qmf_t X[MAX_NTSRHFG][32], uint8_t offset, uint8_t kx);
+ qmf_t X[MAX_NTSRHFG][64], uint8_t offset, uint8_t kx);
void sbr_qmf_synthesis_32(sbr_info *sbr, qmfs_info *qmfs, qmf_t X[MAX_NTSRHFG][64],
real_t *output);
void sbr_qmf_synthesis_64(sbr_info *sbr, qmfs_info *qmfs, qmf_t X[MAX_NTSRHFG][64],
--- a/libfaad/sbr_syntax.c
+++ b/libfaad/sbr_syntax.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: sbr_syntax.c,v 1.30 2004/04/03 10:49:15 menno Exp $
+** $Id: sbr_syntax.c,v 1.31 2004/05/17 10:18:03 menno Exp $
**/
#include "common.h"
@@ -384,7 +384,9 @@
sbr_envelope(ld, sbr, 0);
sbr_noise(ld, sbr, 0);
+#ifndef FIXED_POINT
envelope_noise_dequantisation(sbr, 0);
+#endif
memset(sbr->bs_add_harmonic[0], 0, 64*sizeof(uint8_t));
@@ -544,11 +546,13 @@
if (sbr->bs_add_harmonic_flag[1])
sinusoidal_coding(ld, sbr, 1);
}
+#ifndef FIXED_POINT
envelope_noise_dequantisation(sbr, 0);
envelope_noise_dequantisation(sbr, 1);
if (sbr->bs_coupling)
unmap_envelope_noise(sbr);
+#endif
sbr->bs_extended_data = faad_get1bit(ld
DEBUGVAR(1,233,"sbr_channel_pair_element(): bs_extended_data[0]"));
--- a/libfaad/specrec.c
+++ b/libfaad/specrec.c
@@ -1,19 +1,19 @@
/*
** FAAD2 - Freeware Advanced Audio (AAC) Decoder including SBR decoding
** Copyright (C) 2003-2004 M. Bakker, Ahead Software AG, http://www.nero.com
-**
+**
** This program is free software; you can redistribute it and/or modify
** it under the terms of the GNU General Public License as published by
** the Free Software Foundation; either version 2 of the License, or
** (at your option) any later version.
-**
+**
** This program is distributed in the hope that it will be useful,
** but WITHOUT ANY WARRANTY; without even the implied warranty of
** MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
** GNU General Public License for more details.
-**
+**
** You should have received a copy of the GNU General Public License
-** along with this program; if not, write to the Free Software
+** along with this program; if not, write to the Free Software
** Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
**
** Any non-GPL usage of this software or parts of this software is strictly
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: specrec.c,v 1.49 2004/04/03 10:49:15 menno Exp $
+** $Id: specrec.c,v 1.50 2004/05/17 10:18:03 menno Exp $
**/
/*
@@ -55,8 +55,9 @@
/* static function declarations */
-static void quant_to_spec(ic_stream *ics, real_t *spec_data, uint16_t frame_len);
-static uint8_t inverse_quantization(real_t *x_invquant, const int16_t *x_quant, const uint16_t frame_len);
+static uint8_t quant_to_spec(NeAACDecHandle hDecoder,
+ ic_stream *ics, int16_t *quant_data,
+ real_t *spec_data, uint16_t frame_len);
#ifdef LD_DEC
@@ -408,66 +409,6 @@
}
}
-/*
- For ONLY_LONG_SEQUENCE windows (num_window_groups = 1,
- window_group_length[0] = 1) the spectral data is in ascending spectral
- order.
- For the EIGHT_SHORT_SEQUENCE window, the spectral order depends on the
- grouping in the following manner:
- - Groups are ordered sequentially
- - Within a group, a scalefactor band consists of the spectral data of all
- grouped SHORT_WINDOWs for the associated scalefactor window band. To
- clarify via example, the length of a group is in the range of one to eight
- SHORT_WINDOWs.
- - If there are eight groups each with length one (num_window_groups = 8,
- window_group_length[0..7] = 1), the result is a sequence of eight spectra,
- each in ascending spectral order.
- - If there is only one group with length eight (num_window_groups = 1,
- window_group_length[0] = 8), the result is that spectral data of all eight
- SHORT_WINDOWs is interleaved by scalefactor window bands.
- - Within a scalefactor window band, the coefficients are in ascending
- spectral order.
-*/
-static void quant_to_spec(ic_stream *ics, real_t *spec_data, uint16_t frame_len)
-{- uint8_t g, sfb, win;
- uint16_t width, bin, k, gindex;
-
- ALIGN real_t tmp_spec[1024] = {0};-
- k = 0;
- gindex = 0;
-
- for (g = 0; g < ics->num_window_groups; g++)
- {- uint16_t j = 0;
- uint16_t gincrease = 0;
- uint16_t win_inc = ics->swb_offset[ics->num_swb];
-
- for (sfb = 0; sfb < ics->num_swb; sfb++)
- {- width = ics->swb_offset[sfb+1] - ics->swb_offset[sfb];
-
- for (win = 0; win < ics->window_group_length[g]; win++)
- {- for (bin = 0; bin < width; bin += 4)
- {- tmp_spec[gindex+(win*win_inc)+j+bin+0] = spec_data[k+0];
- tmp_spec[gindex+(win*win_inc)+j+bin+1] = spec_data[k+1];
- tmp_spec[gindex+(win*win_inc)+j+bin+2] = spec_data[k+2];
- tmp_spec[gindex+(win*win_inc)+j+bin+3] = spec_data[k+3];
- gincrease += 4;
- k += 4;
- }
- }
- j += width;
- }
- gindex += gincrease;
- }
-
- memcpy(spec_data, tmp_spec, frame_len*sizeof(real_t));
-}
-
/* iquant() *
/* output = sign(input)*abs(input)^(4/3) */
/**/
@@ -474,6 +415,11 @@
static INLINE real_t iquant(int16_t q, const real_t *tab, uint8_t *error)
{#ifdef FIXED_POINT
+/* For FIXED_POINT the iq_table is prescaled by 3 bits (iq_table[]/8) */
+/* BIG_IQ_TABLE allows you to use the full 8192 value table, if this is not
+ * defined a 1026 value table and interpolation will be used
+ */
+#ifndef BIG_IQ_TABLE
static const real_t errcorr[] = {REAL_CONST(0), REAL_CONST(1.0/8.0), REAL_CONST(2.0/8.0), REAL_CONST(3.0/8.0),
REAL_CONST(4.0/8.0), REAL_CONST(5.0/8.0), REAL_CONST(6.0/8.0), REAL_CONST(7.0/8.0),
@@ -480,6 +426,7 @@
REAL_CONST(0)
};
real_t x1, x2;
+#endif
int16_t sgn = 1;
if (q < 0)
@@ -491,11 +438,23 @@
if (q < IQ_TABLE_SIZE)
return sgn * tab[q];
+#ifndef BIG_IQ_TABLE
+ if (q >= 8192)
+ {+ *error = 17;
+ return 0;
+ }
+
/* linear interpolation */
x1 = tab[q>>3];
x2 = tab[(q>>3) + 1];
return sgn * 16 * (MUL_R(errcorr[q&7],(x2-x1)) + x1);
#else
+ *error = 17;
+ return 0;
+#endif
+
+#else
if (q < 0)
{/* tab contains a value for all possible q [0,8192] */
@@ -515,23 +474,6 @@
#endif
}
-static uint8_t inverse_quantization(real_t *x_invquant, const int16_t *x_quant, const uint16_t frame_len)
-{- int16_t i;
- uint8_t error = 0; /* Init error flag */
- const real_t *tab = iq_table;
-
- for (i = 0; i < frame_len; i+=4)
- {- x_invquant[i] = iquant(x_quant[i], tab, &error);
- x_invquant[i+1] = iquant(x_quant[i+1], tab, &error);
- x_invquant[i+2] = iquant(x_quant[i+2], tab, &error);
- x_invquant[i+3] = iquant(x_quant[i+3], tab, &error);
- }
-
- return error;
-}
-
#ifndef FIXED_POINT
ALIGN static const real_t pow2sf_tab[] = {2.9802322387695313E-008, 5.9604644775390625E-008, 1.1920928955078125E-007,
@@ -558,8 +500,32 @@
};
#endif
-void apply_scalefactors(NeAACDecHandle hDecoder, ic_stream *ics,
- real_t *x_invquant, uint16_t frame_len)
+/* quant_to_spec: perform dequantisation and scaling
+ * and in case of short block it also does the deinterleaving
+ */
+/*
+ For ONLY_LONG_SEQUENCE windows (num_window_groups = 1,
+ window_group_length[0] = 1) the spectral data is in ascending spectral
+ order.
+ For the EIGHT_SHORT_SEQUENCE window, the spectral order depends on the
+ grouping in the following manner:
+ - Groups are ordered sequentially
+ - Within a group, a scalefactor band consists of the spectral data of all
+ grouped SHORT_WINDOWs for the associated scalefactor window band. To
+ clarify via example, the length of a group is in the range of one to eight
+ SHORT_WINDOWs.
+ - If there are eight groups each with length one (num_window_groups = 8,
+ window_group_length[0..7] = 1), the result is a sequence of eight spectra,
+ each in ascending spectral order.
+ - If there is only one group with length eight (num_window_groups = 1,
+ window_group_length[0] = 8), the result is that spectral data of all eight
+ SHORT_WINDOWs is interleaved by scalefactor window bands.
+ - Within a scalefactor window band, the coefficients are in ascending
+ spectral order.
+*/
+static uint8_t quant_to_spec(NeAACDecHandle hDecoder,
+ ic_stream *ics, int16_t *quant_data,
+ real_t *spec_data, uint16_t frame_len)
{ALIGN static const real_t pow2_table[] =
{@@ -568,24 +534,28 @@
COEF_CONST(1.4142135623730950488016887242097), /* 2^0.5 */
COEF_CONST(1.6817928305074290860622509524664) /* 2^0.75 */
};
- uint8_t g, sfb;
- uint16_t top;
- int32_t exp, frac;
- uint8_t groups = 0;
- uint16_t nshort = frame_len/8;
+ const real_t *tab = iq_table;
+ uint8_t g, sfb, win;
+ uint16_t width, bin, k, gindex;
+ uint8_t error = 0; /* Init error flag */
+
+
+ k = 0;
+ gindex = 0;
+
for (g = 0; g < ics->num_window_groups; g++)
{- uint16_t k = 0;
+ uint16_t j = 0;
+ uint16_t gincrease = 0;
+ uint16_t win_inc = ics->swb_offset[ics->num_swb];
- /* using this nshort*groups doesn't hurt long blocks, because
- long blocks only have 1 group, so that means 'groups' is
- always 0 for long blocks
- */
- for (sfb = 0; sfb < ics->max_sfb; sfb++)
+ for (sfb = 0; sfb < ics->num_swb; sfb++)
{- top = ics->sect_sfb_offset[g][sfb+1];
+ int32_t exp, frac;
+ width = ics->swb_offset[sfb+1] - ics->swb_offset[sfb];
+
/* this could be scalefactor for IS or PNS, those can be negative or bigger then 255 */
/* just ignore them */
if (ics->scale_factors[g][sfb] < 0 || ics->scale_factors[g][sfb] > 255)
@@ -613,79 +583,53 @@
}
#endif
- /* minimum size of a sf band is 4 and always a multiple of 4 */
- for ( ; k < top; k += 4)
+ for (win = 0; win < ics->window_group_length[g]; win++)
{-#ifdef FIXED_POINT
- if (exp < 0)
+ for (bin = 0; bin < width; bin += 4)
{- x_invquant[k+(groups*nshort)] >>= -exp;
- x_invquant[k+(groups*nshort)+1] >>= -exp;
- x_invquant[k+(groups*nshort)+2] >>= -exp;
- x_invquant[k+(groups*nshort)+3] >>= -exp;
- } else {- x_invquant[k+(groups*nshort)] <<= exp;
- x_invquant[k+(groups*nshort)+1] <<= exp;
- x_invquant[k+(groups*nshort)+2] <<= exp;
- x_invquant[k+(groups*nshort)+3] <<= exp;
- }
+#ifndef FIXED_POINT
+ spec_data[gindex+(win*win_inc)+j+bin+0] = iquant(quant_data[k+0], tab, &error) *
+ pow2sf_tab[exp/*+25*/] * pow2_table[frac];
+ spec_data[gindex+(win*win_inc)+j+bin+1] = iquant(quant_data[k+1], tab, &error) *
+ pow2sf_tab[exp/*+25*/] * pow2_table[frac];
+ spec_data[gindex+(win*win_inc)+j+bin+2] = iquant(quant_data[k+2], tab, &error) *
+ pow2sf_tab[exp/*+25*/] * pow2_table[frac];
+ spec_data[gindex+(win*win_inc)+j+bin+3] = iquant(quant_data[k+3], tab, &error) *
+ pow2sf_tab[exp/*+25*/] * pow2_table[frac];
#else
- x_invquant[k+(groups*nshort)] = x_invquant[k+(groups*nshort)] * pow2sf_tab[exp/*+25*/];
- x_invquant[k+(groups*nshort)+1] = x_invquant[k+(groups*nshort)+1] * pow2sf_tab[exp/*+25*/];
- x_invquant[k+(groups*nshort)+2] = x_invquant[k+(groups*nshort)+2] * pow2sf_tab[exp/*+25*/];
- x_invquant[k+(groups*nshort)+3] = x_invquant[k+(groups*nshort)+3] * pow2sf_tab[exp/*+25*/];
+ real_t iq0 = iquant(quant_data[k+0], tab, &error);
+ real_t iq1 = iquant(quant_data[k+1], tab, &error);
+ real_t iq2 = iquant(quant_data[k+2], tab, &error);
+ real_t iq3 = iquant(quant_data[k+3], tab, &error);
+ if (exp < 0)
+ {+ spec_data[gindex+(win*win_inc)+j+bin+0] = iq0 >>= -exp;
+ spec_data[gindex+(win*win_inc)+j+bin+1] = iq1 >>= -exp;
+ spec_data[gindex+(win*win_inc)+j+bin+2] = iq2 >>= -exp;
+ spec_data[gindex+(win*win_inc)+j+bin+3] = iq3 >>= -exp;
+ } else {+ spec_data[gindex+(win*win_inc)+j+bin+0] = iq0 <<= exp;
+ spec_data[gindex+(win*win_inc)+j+bin+1] = iq1 <<= exp;
+ spec_data[gindex+(win*win_inc)+j+bin+2] = iq2 <<= exp;
+ spec_data[gindex+(win*win_inc)+j+bin+3] = iq3 <<= exp;
+ }
+ spec_data[gindex+(win*win_inc)+j+bin+0] = MUL_C(spec_data[gindex+(win*win_inc)+j+bin+0],pow2_table[frac]);
+ spec_data[gindex+(win*win_inc)+j+bin+1] = MUL_C(spec_data[gindex+(win*win_inc)+j+bin+1],pow2_table[frac]);
+ spec_data[gindex+(win*win_inc)+j+bin+2] = MUL_C(spec_data[gindex+(win*win_inc)+j+bin+2],pow2_table[frac]);
+ spec_data[gindex+(win*win_inc)+j+bin+3] = MUL_C(spec_data[gindex+(win*win_inc)+j+bin+3],pow2_table[frac]);
#endif
- x_invquant[k+(groups*nshort)] = MUL_C(x_invquant[k+(groups*nshort)],pow2_table[frac]);
- x_invquant[k+(groups*nshort)+1] = MUL_C(x_invquant[k+(groups*nshort)+1],pow2_table[frac]);
- x_invquant[k+(groups*nshort)+2] = MUL_C(x_invquant[k+(groups*nshort)+2],pow2_table[frac]);
- x_invquant[k+(groups*nshort)+3] = MUL_C(x_invquant[k+(groups*nshort)+3],pow2_table[frac]);
- }
- }
- groups += ics->window_group_length[g];
- }
-}
-
-#ifdef USE_SSE
-void apply_scalefactors_sse(NeAACDecHandle hDecoder, ic_stream *ics,
- real_t *x_invquant, uint16_t frame_len)
-{- uint8_t g, sfb;
- uint16_t top;
- int32_t exp, frac;
- uint8_t groups = 0;
- uint16_t nshort = frame_len/8;
-
- for (g = 0; g < ics->num_window_groups; g++)
- {- uint16_t k = 0;
-
- /* using this nshort*groups doesn't hurt long blocks, because
- long blocks only have 1 group, so that means 'groups' is
- always 0 for long blocks
- */
- for (sfb = 0; sfb < ics->max_sfb; sfb++)
- {- top = ics->sect_sfb_offset[g][sfb+1];
-
- exp = (ics->scale_factors[g][sfb] /* - 100 */) >> 2;
- frac = (ics->scale_factors[g][sfb] /* - 100 */) & 3;
-
- /* minimum size of a sf band is 4 and always a multiple of 4 */
- for ( ; k < top; k += 4)
- {- __m128 m1 = _mm_load_ps(&x_invquant[k+(groups*nshort)]);
- __m128 m2 = _mm_load_ps1(&pow2sf_tab[exp /*+25*/]);
- __m128 m3 = _mm_load_ps1(&pow2_table[frac /* + 3*/]);
- __m128 m4 = _mm_mul_ps(m1, m2);
- __m128 m5 = _mm_mul_ps(m3, m4);
- _mm_store_ps(&x_invquant[k+(groups*nshort)], m5);
+ gincrease += 4;
+ k += 4;
+ }
}
+ j += width;
}
- groups += ics->window_group_length[g];
+ gindex += gincrease;
}
+
+ return error;
}
-#endif
static uint8_t allocate_single_channel(NeAACDecHandle hDecoder, uint8_t channel,
uint8_t output_channels)
@@ -917,22 +861,11 @@
}
- /* inverse quantization */
- retval = inverse_quantization(spec_coef, spec_data, hDecoder->frameLength);
+ /* dequantisation and scaling */
+ retval = quant_to_spec(hDecoder, ics, spec_data, spec_coef, hDecoder->frameLength);
if (retval > 0)
return retval;
- /* apply scalefactors */
-#ifndef USE_SSE
- apply_scalefactors(hDecoder, ics, spec_coef, hDecoder->frameLength);
-#else
- hDecoder->apply_sf_func(hDecoder, ics, spec_coef, hDecoder->frameLength);
-#endif
-
- /* deinterleave short block grouping */
- if (ics->window_sequence == EIGHT_SHORT_SEQUENCE)
- quant_to_spec(ics, spec_coef, hDecoder->frameLength);
-
#ifdef PROFILE
count = faad_get_ts() - count;
hDecoder->requant_cycles += count;
@@ -991,7 +924,6 @@
drc_decode(hDecoder->drc, spec_coef);
}
-
/* filter bank */
#ifdef SSR_DEC
if (hDecoder->object_type != SSR)
@@ -1053,7 +985,7 @@
/* check if any of the PS tools is used */
#if (defined(PS_DEC) || defined(DRM_PS))
- if (hDecoder->ps_used[hDecoder->fr_ch_ele] == 0)
+ if (hDecoder->ps_used[ele] == 0)
{#endif
retval = sbrDecodeSingleFrame(hDecoder->sbr[ele], hDecoder->time_out[ch],
@@ -1103,7 +1035,7 @@
#endif
if (hDecoder->element_alloced[hDecoder->fr_ch_ele] == 0)
{- retval = allocate_channel_pair(hDecoder, cpe->channel, cpe->paired_channel);
+ retval = allocate_channel_pair(hDecoder, cpe->channel, (uint8_t)cpe->paired_channel);
if (retval > 0)
return retval;
@@ -1110,29 +1042,13 @@
hDecoder->element_alloced[hDecoder->fr_ch_ele] = 1;
}
- /* inverse quantization */
- retval = inverse_quantization(spec_coef1, spec_data1, hDecoder->frameLength);
+ /* dequantisation and scaling */
+ retval = quant_to_spec(hDecoder, ics1, spec_data1, spec_coef1, hDecoder->frameLength);
if (retval > 0)
return retval;
-
- retval = inverse_quantization(spec_coef2, spec_data2, hDecoder->frameLength);
+ retval = quant_to_spec(hDecoder, ics2, spec_data2, spec_coef2, hDecoder->frameLength);
if (retval > 0)
return retval;
-
- /* apply scalefactors */
-#ifndef USE_SSE
- apply_scalefactors(hDecoder, ics1, spec_coef1, hDecoder->frameLength);
- apply_scalefactors(hDecoder, ics2, spec_coef2, hDecoder->frameLength);
-#else
- hDecoder->apply_sf_func(hDecoder, ics1, spec_coef1, hDecoder->frameLength);
- hDecoder->apply_sf_func(hDecoder, ics2, spec_coef2, hDecoder->frameLength);
-#endif
-
- /* deinterleave short block grouping */
- if (ics1->window_sequence == EIGHT_SHORT_SEQUENCE)
- quant_to_spec(ics1, spec_coef1, hDecoder->frameLength);
- if (ics2->window_sequence == EIGHT_SHORT_SEQUENCE)
- quant_to_spec(ics2, spec_coef2, hDecoder->frameLength);
#ifdef PROFILE
count = faad_get_ts() - count;
--- a/libfaad/specrec.h
+++ b/libfaad/specrec.h
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: specrec.h,v 1.25 2004/03/02 20:09:58 menno Exp $
+** $Id: specrec.h,v 1.28 2004/09/04 14:56:29 menno Exp $
**/
#ifndef __SPECREC_H__
@@ -35,12 +35,6 @@
#include "syntax.h"
uint8_t window_grouping_info(NeAACDecHandle hDecoder, ic_stream *ics);
-void apply_scalefactors(NeAACDecHandle hDecoder, ic_stream *ics, real_t *x_invquant,
- uint16_t frame_len);
-#ifdef USE_SSE
-void apply_scalefactors_sse(NeAACDecHandle hDecoder, ic_stream *ics, real_t *x_invquant,
- uint16_t frame_len);
-#endif
uint8_t reconstruct_channel_pair(NeAACDecHandle hDecoder, ic_stream *ics1, ic_stream *ics2,
element *cpe, int16_t *spec_data1, int16_t *spec_data2);
uint8_t reconstruct_single_channel(NeAACDecHandle hDecoder, ic_stream *ics, element *sce,
--- a/libfaad/syntax.c
+++ b/libfaad/syntax.c
@@ -22,7 +22,7 @@
** Commercial non-GPL licensing of this software is possible.
** For more info contact Ahead Software through [email protected].
**
-** $Id: syntax.c,v 1.78 2004/04/03 10:49:15 menno Exp $
+** $Id: syntax.c,v 1.79 2004/05/17 10:18:03 menno Exp $
**/
/*
@@ -852,8 +852,14 @@
{pul->pulse_offset[i] = (uint8_t)faad_getbits(ld, 5
DEBUGVAR(1,58,"pulse_data(): pulse_offset"));
+#if 0
+ printf("%d\n", pul->pulse_offset[i]);+#endif
pul->pulse_amp[i] = (uint8_t)faad_getbits(ld, 4
DEBUGVAR(1,59,"pulse_data(): pulse_amp"));
+#if 0
+ printf("%d\n", pul->pulse_amp[i]);+#endif
}
return 0;
@@ -1589,6 +1595,10 @@
ics->sect_cb[g][i] = (uint8_t)faad_getbits(ld, sect_cb_bits
DEBUGVAR(1,71,"section_data(): sect_cb"));
+#if 0
+ printf("%d\n", ics->sect_cb[g][i]);+#endif
+
if (ics->sect_cb[g][i] == NOISE_HCB)
ics->noise_used = 1;
@@ -1624,6 +1634,13 @@
ics->sect_start[g][i] = k;
ics->sect_end[g][i] = k + sect_len;
+#if 0
+ printf("%d\n", ics->sect_start[g][i]);+#endif
+#if 0
+ printf("%d\n", ics->sect_end[g][i]);+#endif
+
if (k + sect_len >= 8*15)
return 15;
if (i >= 8*15)
@@ -1630,7 +1647,12 @@
return 15;
for (sfb = k; sfb < k + sect_len; sfb++)
+ {ics->sfb_cb[g][sfb] = ics->sect_cb[g][i];
+#if 0
+ printf("%d\n", ics->sfb_cb[g][sfb]);+#endif
+ }
#if 0
printf(" %6d %6d %6d\n",@@ -1643,6 +1665,9 @@
i++;
}
ics->num_sec[g] = i;
+#if 0
+ printf("%d\n", ics->num_sec[g]);+#endif
}
#if 0
@@ -1681,6 +1706,10 @@
{case ZERO_HCB: /* zero book */
ics->scale_factors[g][sfb] = 0;
+//#define SF_PRINT
+#ifdef SF_PRINT
+ printf("%d\n", ics->scale_factors[g][sfb]);+#endif
break;
case INTENSITY_HCB: /* intensity books */
case INTENSITY_HCB2:
@@ -1689,6 +1718,9 @@
t = huffman_scale_factor(ld);
is_position += (t - 60);
ics->scale_factors[g][sfb] = is_position;
+#ifdef SF_PRINT
+ printf("%d\n", ics->scale_factors[g][sfb]);+#endif
break;
case NOISE_HCB: /* noise books */
@@ -1705,6 +1737,9 @@
}
noise_energy += t;
ics->scale_factors[g][sfb] = noise_energy;
+#ifdef SF_PRINT
+ printf("%d\n", ics->scale_factors[g][sfb]);+#endif
break;
default: /* spectral books */
@@ -1719,6 +1754,9 @@
if (scale_factor < 0 || scale_factor > 255)
return 4;
ics->scale_factors[g][sfb] = scale_factor;
+#ifdef SF_PRINT
+ printf("%d\n", ics->scale_factors[g][sfb]);+#endif
break;
}
@@ -1778,6 +1816,9 @@
{tns->n_filt[w] = (uint8_t)faad_getbits(ld, n_filt_bits
DEBUGVAR(1,74,"tns_data(): n_filt"));
+#if 0
+ printf("%d\n", tns->n_filt[w]);+#endif
if (tns->n_filt[w])
{@@ -1788,6 +1829,9 @@
} else {start_coef_bits = 3;
}
+#if 0
+ printf("%d\n", tns->coef_res[w]);+#endif
}
for (filt = 0; filt < tns->n_filt[w]; filt++)
@@ -1794,14 +1838,26 @@
{tns->length[w][filt] = (uint8_t)faad_getbits(ld, length_bits
DEBUGVAR(1,76,"tns_data(): length"));
+#if 0
+ printf("%d\n", tns->length[w][filt]);+#endif
tns->order[w][filt] = (uint8_t)faad_getbits(ld, order_bits
DEBUGVAR(1,77,"tns_data(): order"));
+#if 0
+ printf("%d\n", tns->order[w][filt]);+#endif
if (tns->order[w][filt])
{tns->direction[w][filt] = faad_get1bit(ld
DEBUGVAR(1,78,"tns_data(): direction"));
+#if 0
+ printf("%d\n", tns->direction[w][filt]);+#endif
tns->coef_compress[w][filt] = faad_get1bit(ld
DEBUGVAR(1,79,"tns_data(): coef_compress"));
+#if 0
+ printf("%d\n", tns->coef_compress[w][filt]);+#endif
coef_bits = start_coef_bits - tns->coef_compress[w][filt];
for (i = 0; i < tns->order[w][filt]; i++)
@@ -1808,6 +1864,9 @@
{tns->coef[w][filt][i] = (uint8_t)faad_getbits(ld, coef_bits
DEBUGVAR(1,80,"tns_data(): coef"));
+#if 0
+ printf("%d\n", tns->coef[w][filt][i]);+#endif
}
}
}
@@ -1910,6 +1969,16 @@
case NOISE_HCB:
case INTENSITY_HCB:
case INTENSITY_HCB2:
+//#define SD_PRINT
+#ifdef SD_PRINT
+ {+ int j;
+ for (j = ics->sect_sfb_offset[g][ics->sect_start[g][i]]; j < ics->sect_sfb_offset[g][ics->sect_end[g][i]]; j++)
+ {+ printf("%d\n", 0);+ }
+ }
+#endif
p += (ics->sect_sfb_offset[g][ics->sect_end[g][i]] -
ics->sect_sfb_offset[g][ics->sect_start[g][i]]);
break;
@@ -1919,6 +1988,15 @@
{if ((result = huffman_spectral_data(sect_cb, ld, &spectral_data[p])) > 0)
return result;
+#ifdef SD_PRINT
+ {+ int j;
+ for (j = p; j < p+inc; j++)
+ {+ printf("%d\n", spectral_data[j]);+ }
+ }
+#endif
p += inc;
}
break;