| /external/bzip2/ |
| randtable.c | 26 Int32 BZ2_rNums[512] = {
|
| /frameworks/base/media/libstagefright/codecs/aacdec/ |
| fxp_mul32_arm_gcc.h | 53 static inline Int32 shft_lft_1(Int32 y)
55 register Int32 x;
56 register Int32 ra = y;
67 static inline Int32 fxp_mul_16_by_16bb(Int32 L_var1, const Int32 L_var2)
70 register Int32 tmp;
71 register Int32 ra = (Int32)L_var1
[all...] |
| sbr_update_freq_scale.h | 79 void sbr_update_freq_scale(Int32 * v_k_master,
80 Int32 *h_num_bands,
81 const Int32 lsbM,
82 const Int32 usb,
83 const Int32 freqScale,
84 const Int32 alterScale,
85 const Int32 channelOffset);
88 void CalcBands(Int32 * diff,
89 Int32 start,
90 Int32 stop
[all...] |
| calc_sbr_envelope.h | 111 Int32 *aBufR,
112 Int32 *aBufI,
114 const Int32 *nSfb,
115 Int32 freqBandTable2[MAX_NOISE_COEFFS + 1],
116 Int32 nNBands,
117 Int32 reset,
118 Int32 *degreeAlias,
119 Int32 *harm_index,
120 Int32 *phase_index,
121 Int32 hFp[64]
[all...] |
| hcbtables.h | 79 extern const Int32 huff_tab1[88];
80 extern const Int32 huff_tab2[90];
81 extern const Int32 huff_tab3[151];
82 extern const Int32 huff_tab4[119];
83 extern const Int32 huff_tab5[110];
84 extern const Int32 huff_tab6[113];
85 extern const Int32 huff_tab7[107];
86 extern const Int32 huff_tab8[90];
87 extern const Int32 huff_tab9[204];
88 extern const Int32 huff_tab10[186]
[all...] |
| s_sbr_frame_data.h | 74 Int32 nScaleFactors; /* total number of scalefactors in frame */
75 Int32 nNoiseFactors;
76 Int32 crcCheckSum;
77 Int32 frameClass;
78 Int32 frameInfo[LENGTH_FRAME_INFO];
79 Int32 nSfb[2];
80 Int32 nNfb;
81 Int32 offset;
82 Int32 ampRes;
83 Int32 nNoiseFloorEnvelopes
[all...] |
| ps_decode_bs_utils.h | 88 void differential_Decoding(Int32 enable,
89 Int32 *aIndex,
90 Int32 *aPrevFrameIndex,
91 Int32 DtDf,
92 Int32 nrElements,
93 Int32 stride,
94 Int32 minIdx,
95 Int32 maxIdx);
97 Int32 limitMinMax(Int32 i
[all...] |
| s_sbr_dec.h | 106 Int32 outSampleRate;
107 Int32 LC_aacP_DecoderFlag; /* Low Complexity decoder flag */
109 Int32 startIndexCodecQmf;
110 Int32 lowBandAddSamples;
111 Int32 noCols;
112 Int32 qmfBufLen;
113 Int32 bufWriteOffs;
114 Int32 bufReadOffs;
116 Int32 sbStopCodec;
119 Int32 highSubband
[all...] |
| sbr_aliasing_reduction.h | 75 void sbr_aliasing_reduction(Int32 *degreeAlias,
76 Int32 * nrg_gain_man,
77 Int32 * nrg_gain_exp,
78 Int32 * nrg_est_man,
79 Int32 * nrg_est_exp,
80 Int32 * dontUseTheseGainValues,
81 Int32 noSubbands,
82 Int32 lowSubband,
83 Int32 sqrt_cache[][4],
84 Int32 * groupVector)
[all...] |
| s_sbr_header_data.h | 77 Int32 crcEnable;
79 Int32 ampResolution;
82 Int32 startFreq;
83 Int32 stopFreq;
84 Int32 xover_band;
85 Int32 freqScale;
86 Int32 alterScale;
87 Int32 noise_bands; /* noise bands per octave, read from bitstream */
90 Int32 noNoiseBands; /* actual number of noise bands to read from the bitstream */
92 Int32 limiterBands
[all...] |
| sbr_generate_high_freq.h | 114 Int32 sourceBufferReal[][32],
115 Int32 sourceBufferImag[][32],
116 Int32 *targetBufferReal,
117 Int32 *targetBufferImag,
120 Int32 *invFiltBandTable,
121 Int32 noInvFiltBands,
122 Int32 highBandStartSb,
123 Int32 *v_k_master,
124 Int32 numMaster,
125 Int32 fs
[all...] |
| ps_applied.h | 87 Int32 rIntBufferLeft[][64],
88 Int32 iIntBufferLeft[][64],
89 Int32 *rIntBufferRight,
90 Int32 *iIntBufferRight,
91 Int32 scratch_mem[],
92 Int32 band);
|
| ps_hybrid_analysis.h | 84 void ps_hybrid_analysis(const Int32 mQmfReal[][64],
85 const Int32 mQmfImag[][64],
86 Int32 *mHybridReal,
87 Int32 *mHybridImag,
89 Int32 scratch_mem[],
90 Int32 band);
|
| fxp_mul32_arm_v4_gcc.h | 54 static inline Int32 shft_lft_1(Int32 L_var1)
56 Int32 x;
57 register Int32 ra = L_var1;
58 Int32 z = INT32_MAX;
71 static inline Int32 fxp_mul_16_by_16bb(Int32 L_var1, Int32 L_var2)
74 Int32 tmp1;
75 Int32 tmp2
[all...] |
| calc_auto_corr.h | 73 Int32 r11r;
74 Int32 r01r;
75 Int32 r02r;
76 Int32 r12r;
77 Int32 r22r;
79 Int32 r01i;
80 Int32 r02i;
81 Int32 r12i;
83 Int32 det;
97 Int32 realBuf[][32]
[all...] |
| ps_all_pass_fract_delay_filter.h | 59 #define Q29_fmt(x) (Int32)(x*((Int32)1<<R_SHIFT) + (x>=0?0.5F:-0.5F))
61 #define Qfmt15(x) (Int16)(x*((Int32)1<<15) + (x>=0?0.5F:-0.5F))
92 Int32 sb_delay,
93 const Int32 *ppFractDelayPhaseFactorSer,
94 Int32 ***pppRealDelayRBufferSer,
95 Int32 ***pppImagDelayRBufferSer,
96 Int32 *rIn,
97 Int32 *iIn);
101 Int32 sb_delay
[all...] |
| ps_hybrid_filter_bank_allocation.h | 85 Int32 ps_hybrid_filter_bank_allocation(HYBRID **phHybrid,
86 Int32 noBands,
87 const Int32 *pResolution,
88 Int32 **pPtr);
|
| pv_sine.h | 61 Int32 pv_sine(Int32 x);
62 Int32 pv_cosine(Int32 x);
|
| sbr_envelope_calc_tbl.h | 58 extern const Int32 limGains[5];
60 extern const Int32 smoothLengths[2];
67 extern const Int32 fir_table[5][5];
69 extern const Int32 rPxx[512];
|
| analysis_sub_band.h | 61 void analysis_sub_band_LC(Int32 vec[64],
62 Int32 cosine_total[],
63 Int32 maxBand,
64 Int32 scratch_mem[][64]);
69 void analysis_sub_band(Int32 vec[64],
70 Int32 cosine_total[],
71 Int32 sine_total[],
72 Int32 maxBand,
73 Int32 scratch_mem[][64]);
|
| ps_channel_filtering.h | 85 void two_ch_filtering(const Int32 *pQmf_r,
86 const Int32 *pQmf_i,
87 Int32 *mHybrid_r,
88 Int32 *mHybrid_i);
91 void eight_ch_filtering(const Int32 *pQmfReal,
92 const Int32 *pQmfImag,
93 Int32 *mHybridReal,
94 Int32 *mHybridImag,
95 Int32 scratch_mem[]);
|
| s_ps_dec.h | 65 Int32 *R_ch_qmf_filter_history;
66 Int32 invNoSubSamples;
68 Int32 bForceMono;
70 Int32 usb;
71 Int32 lastUsb;
73 Int32 bPsDataAvail;
79 Int32 bFineIidQ;
81 Int32 aIidPrevFrameIndex[NO_HI_RES_BINS];
82 Int32 aIccPrevFrameIndex[NO_HI_RES_BINS];
94 Int32 delayBufIndex
[all...] |
| dct64.h | 55 extern const Int32 CosTable_48[48];
61 void pv_split_LC(Int32 *vector,
62 Int32 *temp_o);
67 void dct_64(Int32 vec[], Int32 *scratch_mem);
71 void pv_split(Int32 *temp_o);
73 void pv_split_z(Int32 *vector);
75 void pv_merge_in_place_N32(Int32 vec[]);
|
| get_sbr_startfreq.h | 77 Int get_sbr_startfreq(const Int32 fs,
78 const Int32 start_freq);
|
| get_sbr_stopfreq.h | 77 Int get_sbr_stopfreq(const Int32 fs,
78 const Int32 stop_freq);
|
