tags

arm9开发板上的例子

dec_frequency	mpegdec.h	/^	INT32	dec_frequency;$/;"	m	struct:
dec_quality	mpegdec.h	/^	INT16	dec_quality;$/;"	m	struct:
decoder_reset	mp3onlydec.c	/^static int decoder_reset(MPEGDEC_STREAM *mpds)$/;"	f	file:
def_close	bitstr.c	/^static void def_close( long handle )$/;"	f	file:
def_open	bitstr.c	/^static long def_open(char *stream_name, long buffer_size, long *stream_size)$/;"	f	file:
def_read	bitstr.c	/^static long def_read(long handle, void *buffer, long num_bytes)$/;"	f	file:
def_seek	bitstr.c	/^static int def_seek(long handle, long abs_byte_seek_pos)$/;"	f	file:
emphasis	mpegaud.h	/^	INT16	emphasis;$/;"	m	struct:
end_of_stream	bitstr.h	/^	int		end_of_stream;$/;"	m	struct:
fast_dct	mpegsub.c	/^static void fast_dct(SUB_TYPE *samples, SUB_TYPE *sy0, SUB_TYPE *sy1,$/;"	f	file:
fast_filter_q2	coldfire_mpegsubb.S	/^fast_filter_q2:$/;"	l
fast_filter_s2	coldfire_mpegsubb.S	/^fast_filter_s2:$/;"	l
fast_filter_sub	coldfire_mpegsubb.S	/^fast_filter_sub:$/;"	l
file_handle	bitstr.h	/^	long		file_handle;$/;"	m	struct:
fill_buffer	bitstr.c	/^static int fill_buffer(BITSTREAM *bitstream)$/;"	f	file:
fill_info	mp3onlydec.c	/^static void fill_info(MPEGDEC_STREAM *mpds)$/;"	f	file:
filter_band1	coldfire_mpegsubb.S	/^filter_band1:$/;"	l
filter_band2	coldfire_mpegsubb.S	/^filter_band2:$/;"	l
filter_band3	coldfire_mpegsubb.S	/^filter_band3:$/;"	l
filter_band9	coldfire_mpegsubb.S	/^filter_band9:$/;"	l
filter_band_f1	coldfire_mpegsubb.S	/^filter_band_f1:                         \/\/ p(i=0..15) = f(i) + f(31-i)$/;"	l
filter_band_f2	coldfire_mpegsubb.S	/^filter_band_f2:                         \/\/ p(i=0..15) = COSx*[f(i) - f(31-i)]$/;"	l
filter_band_h1	coldfire_mpegsubb.S	/^filter_band_h1:                                             \/\/ p(i=0..15) = f(i)$/;"	l
filter_band_q1	coldfire_mpegsubb.S	/^filter_band_q1:                                            \/\/ p(i=0..7) = f(i)$/;"	l
filter_cos64	coldfire_mpegsubb.S	/^filter_cos64:$/;"	l
force_mono	mpegaud.h	/^	BOOL		force_mono;$/;"	m	struct:
force_mono	mpegdec.h	/^	INT16		force_mono; \/\/ 1 = stereo stream in mono, 0 otherwise$/;"	m	struct:
fraction	mpegaud.h	/^	MPEGAUD_FRACT_TYPE fraction[MPA_MAX_CHANNELS][MPA_GROUPS][MPA_SBLIMIT];$/;"	m	struct:
frame	mpegaud.h	/^	UINT32		frame;$/;"	m	struct:
freq_div	mpegaud.h	/^	INT16		freq_div;$/;"	m	struct:
freq_div	mpegdec.h	/^	INT16	freq_div;	\/\/ 1, 2 or 4$/;"	m	struct:
freq_div	mpegsub.h	/^	INT16	freq_div;$/;"	m	struct:
freq_max	mpegdec.h	/^	INT32	freq_max;	\/\/ for automatic freq_div (if mono_freq_div==0)$/;"	m	struct:
frequency	mpegdec.h	/^	INT32	frequency;    \/\/ in Hz$/;"	m	struct:
global_gain	mpegaud.h	/^	UINT16	global_gain;           \/\/ 8  uimsbf$/;"	m	struct:
gr	mpegaud.h	/^		MPA_GRANULE_INFO gr[MPA_MAX_GRANULES];$/;"	m	struct:
h1	huff.c	/^static const UINT32 h1[4] = {$/;"	v	file:
h10	huff.c	/^static const UINT32 h10[64] = {$/;"	v	file:
h11	huff.c	/^static const UINT32 h11[64] = {$/;"	v	file:
h12	huff.c	/^static const UINT32 h12[64] = {$/;"	v	file:
h13	huff.c	/^static const UINT32 h13[256] = {$/;"	v	file:
h15	huff.c	/^static const UINT32 h15[256] = {$/;"	v	file:
h16	huff.c	/^static const UINT32 h16[256] = {$/;"	v	file:
h2	huff.c	/^static const UINT32 h2[9] = {$/;"	v	file:
h24	huff.c	/^static const UINT32 h24[256] = {$/;"	v	file:
h3	huff.c	/^static const UINT32 h3[9] = {$/;"	v	file:
h5	huff.c	/^static const UINT32 h5[16] = {$/;"	v	file:
h6	huff.c	/^static const UINT32 h6[16] = {$/;"	v	file:
h7	huff.c	/^static const UINT32 h7[36] = {$/;"	v	file:
h8	huff.c	/^static const UINT32 h8[36] = {$/;"	v	file:
h9	huff.c	/^static const UINT32 h9[36] = {$/;"	v	file:
h_cue	huff.c	/^static const UINT8 h_cue[32][N_CUE] = {$/;"	v	file:
half_freq	mpegaud.h	/^	BOOL	half_freq; \/\/ MPEG 2.5 ext.$/;"	m	struct:
handle	mpegdec.h	/^	void	*handle;$/;"	m	struct:
header	mpegaud.h	/^	MPA_HEADER	header;$/;"	m	struct:
header_pos	mpegaud.h	/^	INT32	header_pos;$/;"	m	struct:
huffman	mpegaud.h	/^	HUFFMAN		*huffman;$/;"	m	struct:
imdct_l	coldfire_mpegimda.S	/^imdct_l:$/;"	l
imdct_l	mpegimdc.c	/^static int imdct_l(IMDCT_IO_TYPE *x, IMDCT_IO_TYPE *out,$/;"	f	file:
imdct_max	mpegaud.h	/^	INT16		imdct_max[MPA_MAX_CHANNELS];$/;"	m	struct:
imdct_s	coldfire_mpegimda.S	/^imdct_s:$/;"	l
imdct_s	mpegimdc.c	/^static int imdct_s(IMDCT_IO_TYPE *x, IMDCT_IO_TYPE *out,$/;"	f	file:
imdct_win	coldfire_mpegimda.S	/^imdct_win:     dc.l     imdct_win0$/;"	d
imdct_win0	coldfire_mpegimda.S	/^imdct_win0:    dc.w     715, 2139, 3546, 4927, 6270, 7565$/;"	d
imdct_win1	coldfire_mpegimda.S	/^imdct_win1:    dc.w     715, 2139, 3546, 4927, 6270, 7565$/;"	d
imdct_win2	coldfire_mpegimda.S	/^imdct_win2:    dc.w     2139, 6270, 9974, 12998, 15137, 16244$/;"	d
imdct_win3	coldfire_mpegimda.S	/^imdct_win3:    dc.w     0, 0, 0, 0, 0, 0$/;"	d
imdct_win_odd	coldfire_mpegimda.S	/^imdct_win_odd: dc.l     imdct_win0_odd$/;"	d
init_sram_table	sramtable.c	/^void init_sram_table()$/;"	f
is	mpegaud.h	/^	INT16		is[MPA_GRANULE_SIZE];$/;"	m	struct:
is_max_l	mpegaud.h	/^	INT16		is_max_l[21];$/;"	m	struct:
is_max_s	mpegaud.h	/^	INT16		is_max_s[MPA_MAX_WINDOWS][12];$/;"	m	struct:
jsbound	mpegaud.h	/^	INT16		jsbound;$/;"	m	struct:
keyp	mpegaud.h	/^	void		*keyp;$/;"	m	struct:
l	mpegaud.h	/^   UINT16	l[23];$/;"	m	struct:
layer	mpegaud.h	/^	INT16	layer;$/;"	m	struct:
layer	mpegdec.h	/^	INT16	layer;        \/\/ 1..3$/;"	m	struct:
layer_1_2	mpegdec.h	/^	MPEGDEC_LAYER	layer_1_2;	\/\/ Layer I & II settings (#8)$/;"	m	struct:
layer_3	mpegdec.h	/^	MPEGDEC_LAYER	layer_3;	\/\/ Layer III settings (#8)$/;"	m	struct:
linbits	mpegtab.h	/^	UINT16	linbits;$/;"	m	struct:
linmax	mpegtab.h	/^	UINT16	linmax;$/;"	m	struct:
lr	mpegaud.h	/^	MPEGAUD_FRACT_TYPE lr[MPA_MAX_CHANNELS][MPA_GRANULE_SIZE];$/;"	m	struct:
main_data_begin	mpegaud.h	/^	UINT16	main_data_begin;       \/\/ 9  uimsbf MPEG1, 8 uimsbf MPEG2$/;"	m	struct:
mixed_block_flag	mpegaud.h	/^	BOOL	mixed_block_flag;$/;"	m	struct:
mode	mpegaud.h	/^	INT16	mode;$/;"	m	struct:
mode	mpegdec.h	/^	INT16	mode;         \/\/ 0..3  (MPEGDEC_MODE_xxx)$/;"	m	struct:
mode_extension	mpegaud.h	/^	INT16	mode_extension;$/;"	m	struct:
mono	mpegdec.h	/^	MPEGDEC_OUTPUT	mono;	    \/\/ mono settings$/;"	m	struct:
mpegimdct	mpegaud.h	/^	MPEGIMDCT	*mpegimdct;$/;"	m	struct:
mpegsub	mpegaud.h	/^	MPEGSUB		*mpegsub;$/;"	m	struct:
ms_duration	mpegdec.h	/^	UINT32	ms_duration;  \/\/ stream duration in ms$/;"	m	struct:
mulladdwin_a3_0	coldfire_mpegsubb.S	/^mulladdwin_a3_0:  rts$/;"	l
mulladdwin_a3_1	coldfire_mpegsubb.S	/^mulladdwin_a3_1:  MULADDWIN(a3)$/;"	l
mulladdwin_a3_10	coldfire_mpegsubb.S	/^mulladdwin_a3_10: MULADDWIN(a3)$/;"	l
mulladdwin_a3_11	coldfire_mpegsubb.S	/^mulladdwin_a3_11: MULADDWIN(a3)$/;"	l
mulladdwin_a3_12	coldfire_mpegsubb.S	/^mulladdwin_a3_12: MULADDWIN(a3)$/;"	l
mulladdwin_a3_13	coldfire_mpegsubb.S	/^mulladdwin_a3_13: MULADDWIN(a3)$/;"	l
mulladdwin_a3_14	coldfire_mpegsubb.S	/^mulladdwin_a3_14: MULADDWIN(a3)$/;"	l
mulladdwin_a3_15	coldfire_mpegsubb.S	/^mulladdwin_a3_15: MULADDWIN(a3)$/;"	l
mulladdwin_a3_16	coldfire_mpegsubb.S	/^mulladdwin_a3_16: MULADDWIN(a3)$/;"	l
mulladdwin_a3_2	coldfire_mpegsubb.S	/^mulladdwin_a3_2:  MULADDWIN(a3)$/;"	l
mulladdwin_a3_3	coldfire_mpegsubb.S	/^mulladdwin_a3_3:  MULADDWIN(a3)$/;"	l
mulladdwin_a3_4	coldfire_mpegsubb.S	/^mulladdwin_a3_4:  MULADDWIN(a3)$/;"	l
mulladdwin_a3_5	coldfire_mpegsubb.S	/^mulladdwin_a3_5:  MULADDWIN(a3)$/;"	l
mulladdwin_a3_6	coldfire_mpegsubb.S	/^mulladdwin_a3_6:  MULADDWIN(a3)$/;"	l
mulladdwin_a3_7	coldfire_mpegsubb.S	/^mulladdwin_a3_7:  MULADDWIN(a3)$/;"	l
mulladdwin_a3_8	coldfire_mpegsubb.S	/^mulladdwin_a3_8:  MULADDWIN(a3)$/;"	l
mulladdwin_a3_9	coldfire_mpegsubb.S	/^mulladdwin_a3_9:  MULADDWIN(a3)$/;"	l
mulladdwin_a4_0	coldfire_mpegsubb.S	/^mulladdwin_a4_0:  rts$/;"	l
mulladdwin_a4_1	coldfire_mpegsubb.S	/^mulladdwin_a4_1:  MULADDWIN(a4)$/;"	l
mulladdwin_a4_10	coldfire_mpegsubb.S	/^mulladdwin_a4_10: MULADDWIN(a4)$/;"	l
mulladdwin_a4_11	coldfire_mpegsubb.S	/^mulladdwin_a4_11: MULADDWIN(a4)$/;"	l
mulladdwin_a4_12	coldfire_mpegsubb.S	/^mulladdwin_a4_12: MULADDWIN(a4)$/;"	l
mulladdwin_a4_13	coldfire_mpegsubb.S	/^mulladdwin_a4_13: MULADDWIN(a4)$/;"	l
mulladdwin_a4_14	coldfire_mpegsubb.S	/^mulladdwin_a4_14: MULADDWIN(a4)$/;"	l
mulladdwin_a4_15	coldfire_mpegsubb.S	/^mulladdwin_a4_15: MULADDWIN(a4)$/;"	l
mulladdwin_a4_16	coldfire_mpegsubb.S	/^mulladdwin_a4_16: MULADDWIN(a4)$/;"	l
mulladdwin_a4_2	coldfire_mpegsubb.S	/^mulladdwin_a4_2:  MULADDWIN(a4)$/;"	l
mulladdwin_a4_3	coldfire_mpegsubb.S	/^mulladdwin_a4_3:  MULADDWIN(a4)$/;"	l
mulladdwin_a4_4	coldfire_mpegsubb.S	/^mulladdwin_a4_4:  MULADDWIN(a4)$/;"	l
mulladdwin_a4_5	coldfire_mpegsubb.S	/^mulladdwin_a4_5:  MULADDWIN(a4)$/;"	l
mulladdwin_a4_6	coldfire_mpegsubb.S	/^mulladdwin_a4_6:  MULADDWIN(a4)$/;"	l
mulladdwin_a4_7	coldfire_mpegsubb.S	/^mulladdwin_a4_7:  MULADDWIN(a4)$/;"	l
mulladdwin_a4_8	coldfire_mpegsubb.S	/^mulladdwin_a4_8:  MULADDWIN(a4)$/;"	l
mulladdwin_a4_9	coldfire_mpegsubb.S	/^mulladdwin_a4_9:  MULADDWIN(a4)$/;"	l
need_sync	mpegaud.h	/^	BOOL		need_sync;$/;"	m	struct:
norm	mpegdec.h	/^	INT16	norm;         \/\/ 1 or 2$/;"	m	struct:
nul_begin	huff.h	/^	INT16		nul_begin; \/\/ begin of last null zone$/;"	m	struct:
open	bitstr.h	/^	long	(*open)(char *stream_name, long buffer_size, long *stream_size);$/;"	m	struct:
open	mpegdec.h	/^	INT32	(*open)(char *stream_name, INT32 buffer_size, INT32 *stream_size);$/;"	m	struct:
original	mpegaud.h	/^	BOOL	original;$/;"	m	struct:
original	mpegdec.h	/^	INT16	original;     \/\/ 0 or 1$/;"	m	struct:
padding_bit	mpegaud.h	/^	BOOL	padding_bit;$/;"	m	struct:
part2_3_length	mpegaud.h	/^	UINT16	part2_3_length;        \/\/ 12 uimsbf$/;"	m	struct:
pcm	mpegaud.h	/^	INT16		*pcm[MPA_MAX_CHANNELS];$/;"	m	struct:
pcm_count	mpegsub.h	/^	INT16	pcm_count;$/;"	m	struct:
pcm_loops	coldfire_mpegsubb.S	/^pcm_loops:     dc.w     0, 31, 15, 9, 7, 0$/;"	d
pd1	coldfire_mpegsubb.S	/^#define pd1            a5$/;"	d
pow_io0	mpeg3dec.c	/^static const ST_TYPE pow_io0[2][MAX_POS2] = {$/;"	v	file:
pow_io0	sramtable.c	/^ST_TYPE (*pow_io0)[MAX_POS2];$/;"	v
pow_io0_size	sramtable.c	80;"	d	file:
pow_io0_tag	sramtable.c	/^const ST_TYPE pow_io0_tag[ 2 ][ MAX_POS2 ] = {$/;"	v
pow_io1	mpeg3dec.c	/^static const ST_TYPE pow_io1[2][MAX_POS2] = {$/;"	v	file:
pow_io1	sramtable.c	/^ST_TYPE (*pow_io1)[MAX_POS2];$/;"	v
pow_io1_size	sramtable.c	94;"	d	file:
pow_io1_tag	sramtable.c	/^const ST_TYPE pow_io1_tag[ 2 ][ MAX_POS2 ] = {$/;"	v
preflag	mpegaud.h	/^	BOOL	preflag;$/;"	m	struct:
pretab	mpeg3dec.c	/^static const INT16 pretab[22] = {$/;"	v	file:
pretab	sramtable.c	/^INT16 *pretab;$/;"	v
pretab_size	sramtable.c	60;"	d	file:
pretab_tag	sramtable.c	/^const INT16 pretab_tag[ 22 ] = {$/;"	v
prevblk	mpegimdc.h	/^	MPEGIMDCT_BLOCK_TYPE	prevblk[2][18*32];$/;"	m	struct:
private_bit	mpegaud.h	/^	BOOL	private_bit;$/;"	m	struct:
private_bit	mpegdec.h	/^	INT16	private_bit;  \/\/ 0 or 1$/;"	m	struct:
private_bits	mpegaud.h	/^	UINT16	private_bits;          \/\/ 5\/3 bslbf MPEG1, 1\/2 bslbf MPEG2$/;"	m	struct:
protection_bit	mpegaud.h	/^	INT16	protection_bit;$/;"	m	struct:
ps1	coldfire_mpegsubb.S	/^#define ps1            a3$/;"	d
ps2	coldfire_mpegsubb.S	/^#define ps2            a4$/;"	d
quality	mpegaud.h	/^	INT16		quality;$/;"	m	struct:
quality	mpegdec.h	/^	INT16	quality;	\/\/ 0 (low) .. 2 (high)$/;"	m	struct:
quality	mpegsub.h	/^	INT16	quality;$/;"	m	struct:
read	bitstr.h	/^	long	(*read)(long handle, void *buffer, long num_bytes);$/;"	m	struct:
read	mpegdec.h	/^	INT32	(*read)(INT32 handle, void *buffer, INT32 num_bytes);$/;"	m	struct:
read_index	huff.h	/^	int		read_index;$/;"	m	struct:
region0_count	mpegaud.h	/^	UINT16	region0_count;         \/\/ 4  bslbf$/;"	m	struct:
region1_count	mpegaud.h	/^	UINT16	region1_count;         \/\/ 3  bslbf$/;"	m	struct:
remain_bytes	bitstr.h	/^	long		remain_bytes;$/;"	m	struct:
s	mpegaud.h	/^   UINT16	s[MPA_MAX_WINDOWS][13];$/;"	m	struct:
sample	mpegaud.h	/^	UINT16		sample[MPA_MAX_CHANNELS][MPA_GROUPS][MPA_SBLIMIT];$/;"	m	struct:
sampling_frequency	mpegaud.h	/^	INT16	sampling_frequency;$/;"	m	struct:
sb_max	mpegaud.h	/^	INT16		sb_max;$/;"	m	struct:
sblimit	mpegaud.h	/^	INT16		sblimit;$/;"	m	struct:
scale	mpegaud.h	/^	MPEGAUD_SCALE_TYPE scale[MPA_MAX_CHANNELS][MPA_GROUPS][MPA_SBLIMIT];$/;"	m	struct:
scale_fac3	mpegaud.h	/^	MPA_SCALE_FAC3	scale_fac3[MPA_MAX_CHANNELS];$/;"	m	struct:
scale_percent	mpegsub.h	/^	INT32	scale_percent;$/;"	m	struct:
scaled_dewindow	mpegsub.h	/^	MPEGTAB_DEW_TYPE	scaled_dewindow[MPA_HANNING_SIZE];$/;"	m	struct:
scaled_shift	mpegsub.h	/^	INT32	scaled_shift;$/;"	m	struct:
scalefac_compress	mpegaud.h	/^	UINT16	scalefac_compress;     \/\/ 4  bslbf MPEG1, 9 bslbf MPEG2$/;"	m	struct:
scalefac_scale	mpegaud.h	/^	BOOL	scalefac_scale;        \/\/ 1 bslbf$/;"	m	struct:
scfsi	mpegaud.h	/^		BOOL scfsi[4];$/;"	m	struct:
scfsi	mpegaud.h	/^	INT16		scfsi[MPA_MAX_CHANNELS][MPA_SBLIMIT];$/;"	m	struct:
seek	bitstr.h	/^	int	(*seek)(long handle, long abs_byte_seek_pos);$/;"	m	struct:
seek	mpegdec.h	/^	int	(*seek)(INT32 handle, INT32 abs_byte_seek_pos);$/;"	m	struct:
set_k	mpegimdc.c	208;"	d	file:
set_k	mpegimdc.c	362;"	d	file:
sfBandIndex_l	mpeg3dec.c	/^static const INT16 sfBandIndex_l[2][3][23] = {$/;"	v	file:
sfBandIndex_l	sramtable.c	/^INT16 (*sfBandIndex_l)[3][23];$/;"	v
sfBandIndex_l_size	sramtable.c	36;"	d	file:
sfBandIndex_l_tag	sramtable.c	/^const INT16 sfBandIndex_l_tag[ 2 ][ 3 ][ 23 ] = {$/;"	v
sfBandIndex_s	mpeg3dec.c	/^static const INT16 sfBandIndex_s[2][3][14] = {$/;"	v	file:
sfBandIndex_s	sramtable.c	/^INT16 (*sfBandIndex_s)[3][14];$/;"	v
sfBandIndex_s_size	sramtable.c	48;"	d	file:
sfBandIndex_s_tag	sramtable.c	/^const INT16 sfBandIndex_s_tag[ 2 ][ 3 ][ 14 ] = {$/;"	v
sfb_bt	mpeg3dec.c	/^static const INT16 sfb_bt[6][3][4] = {$/;"	v	file:
sfb_bt	sramtable.c	/^INT16 (*sfb_bt)[3][4];$/;"	v
sfb_bt_size	sramtable.c	24;"	d	file:
sfb_bt_tag	sramtable.c	/^const INT16 sfb_bt_tag[ 6 ][ 3 ][ 4 ] = {$/;"	v
sfb_nul_l	mpegaud.h	/^	INT16		sfb_nul_l[MPA_MAX_CHANNELS];$/;"	m	struct:
sfb_nul_s	mpegaud.h	/^	INT16		sfb_nul_s[MPA_MAX_WINDOWS][MPA_MAX_CHANNELS];$/;"	m	struct:
sfb_nul_s_top	mpegaud.h	/^	INT16		sfb_nul_s_top[MPA_MAX_WINDOWS];$/;"	m	struct:
sfreq	mpegaud.h	/^	UINT16		sfreq;$/;"	m	struct:
side_info	mpegaud.h	/^	MPA_SIDE_INFO	side_info;$/;"	m	struct:
slen	mpeg3dec.c	/^static const INT16 slen[2][16] = {$/;"	v	file:
slen	sramtable.c	/^INT16 (*slen)[16];$/;"	v
slen_size	sramtable.c	16;"	d	file:
slen_tag	sramtable.c	/^const INT16 slen_tag[ 2 ][ 16 ] = {$/;"	v
stereo	mpegaud.h	/^	BOOL		stereo;$/;"	m	struct:
stereo	mpegdec.h	/^	MPEGDEC_OUTPUT	stereo;	    \/\/ stereo settings$/;"	m	struct:
stream_buffer_size	mpegdec.h	/^	INT32		stream_buffer_size; \/\/ #7: size of bitstream buffer$/;"	m	struct:
stream_size	mpegaud.h	/^	UINT32		stream_size;$/;"	m	struct:
sub_dct	mpegsub.c	/^static void sub_dct(SUB_DCT_TYPE *p)$/;"	f	file:
sub_half_dct	mpegsub.c	/^static void sub_half_dct(SUB_DCT_TYPE *p)$/;"	f	file:
subblock_gain	mpegaud.h	/^	UINT16	subblock_gain[ 3 ];    \/\/ 3  bslbf$/;"	m	struct:
synchronize	mp3onlydec.c	/^static int synchronize(MPA_STREAM *mps)$/;"	f	file:
t_linbits	huff.c	/^static const INT16 t_linbits[32] = {$/;"	v	file:
table_select	mpegaud.h	/^	UINT16	table_select[ 3 ];     \/\/ 5  bslbf$/;"	m	struct:
tables	huff.c	/^static const UINT32 *tables[32] = {$/;"	v	file:
tan_pos0	mpeg3dec.c	/^static const ST_TYPE tan_pos0[MAX_POS1] = {$/;"	v	file:
tan_pos0	sramtable.c	/^ST_TYPE *tan_pos0;$/;"	v
tan_pos0_size	sramtable.c	66;"	d	file:
tan_pos0_tag	sramtable.c	/^const ST_TYPE tan_pos0_tag[ MAX_POS1 ] = {$/;"	v
tan_pos1	mpeg3dec.c	/^static const ST_TYPE tan_pos1[MAX_POS1] = {$/;"	v	file:
tan_pos1	sramtable.c	/^ST_TYPE *tan_pos1;$/;"	v
tan_pos1_size	sramtable.c	73;"	d	file:
tan_pos1_tag	sramtable.c	/^const ST_TYPE tan_pos1_tag[ MAX_POS1 ] = {$/;"	v
treelen	mpegtab.h	/^	UINT16	treelen;$/;"	m	struct:
val	mpegtab.h	/^	const unsigned char (*val)[2];$/;"	m	struct:
w_begin	mpegsub.h	/^	INT16	w_begin;$/;"	m	struct:
w_width	mpegsub.h	/^	INT16	w_width;$/;"	m	struct:
win	imdct.h	/^static short win[2][4][36] =$/;"	v
window_band1	coldfire_mpegsubb.S	/^window_band1:$/;"	l
window_band9	coldfire_mpegsubb.S	/^window_band9:$/;"	l
window_q0mul0	coldfire_mpegsubb.S	/^window_q0mul0:$/;"	l
window_q0mul1	coldfire_mpegsubb.S	/^window_q0mul1:$/;"	l
window_q0mul2	coldfire_mpegsubb.S	/^window_q0mul2:$/;"	l
window_q0mul3	coldfire_mpegsubb.S	/^window_q0mul3:$/;"	l
window_q0muls	coldfire_mpegsubb.S	/^window_q0muls: dc.l     window_q0mul0 - window_q2mul0 + 2$/;"	d
window_q1mul0	coldfire_mpegsubb.S	/^window_q1mul0:$/;"	l
window_q1mul1	coldfire_mpegsubb.S	/^window_q1mul1:$/;"	l
window_q1mul2	coldfire_mpegsubb.S	/^window_q1mul2:$/;"	l
window_q1mul3	coldfire_mpegsubb.S	/^window_q1mul3:$/;"	l
window_q1mul4	coldfire_mpegsubb.S	/^window_q1mul4:$/;"	l
window_q1mul5	coldfire_mpegsubb.S	/^window_q1mul5:$/;"	l
window_q1mul6	coldfire_mpegsubb.S	/^window_q1mul6:$/;"	l
window_q1mul7	coldfire_mpegsubb.S	/^window_q1mul7:$/;"	l
window_q1muls	coldfire_mpegsubb.S	/^window_q1muls: dc.l     window_q1mul0 - window_q2mul0 + 2$/;"	d
window_q2mul0	coldfire_mpegsubb.S	/^window_q2mul0:$/;"	l
window_q2mul1	coldfire_mpegsubb.S	/^window_q2mul1:$/;"	l
window_q2mul10	coldfire_mpegsubb.S	/^window_q2mul10:$/;"	l
window_q2mul11	coldfire_mpegsubb.S	/^window_q2mul11:$/;"	l
window_q2mul12	coldfire_mpegsubb.S	/^window_q2mul12:$/;"	l
window_q2mul13	coldfire_mpegsubb.S	/^window_q2mul13:$/;"	l
window_q2mul14	coldfire_mpegsubb.S	/^window_q2mul14:$/;"	l
window_q2mul15	coldfire_mpegsubb.S	/^window_q2mul15:$/;"	l
window_q2mul2	coldfire_mpegsubb.S	/^window_q2mul2:$/;"	l
window_q2mul3	coldfire_mpegsubb.S	/^window_q2mul3:$/;"	l
window_q2mul4	coldfire_mpegsubb.S	/^window_q2mul4:$/;"	l
window_q2mul5	coldfire_mpegsubb.S	/^window_q2mul5:$/;"	l
window_q2mul6	coldfire_mpegsubb.S	/^window_q2mul6:$/;"	l
window_q2mul7	coldfire_mpegsubb.S	/^window_q2mul7:$/;"	l
window_q2mul8	coldfire_mpegsubb.S	/^window_q2mul8:$/;"	l
window_q2mul9	coldfire_mpegsubb.S	/^window_q2mul9:$/;"	l
window_q2muls	coldfire_mpegsubb.S	/^window_q2muls: dc.l     window_q2mul0 - window_q2mul0 + 2$/;"	d
window_qmul	coldfire_mpegsubb.S	/^window_qmul:$/;"	l
window_switching_flag	mpegaud.h	/^	BOOL	window_switching_flag;$/;"	m	struct:
write_index	huff.h	/^	int		write_index;$/;"	m	struct:
xlen	mpegtab.h	/^	UINT16	xlen;$/;"	m	struct:
xr	mpegaud.h	/^	MPEGAUD_FRACT_TYPE xr[MPA_MAX_CHANNELS][MPA_GRANULE_SIZE];$/;"	m	struct:
ylen	mpegtab.h	/^	UINT16	ylen;$/;"	m	struct: