/* -----------------------------------------------------------------------------

Software License for The Fraunhofer FDK AAC Codec Library for Android

© Copyright  1995 - 2019 Fraunhofer-Gesellschaft zur Förderung der angewandten

Forschung e.V. All rights reserved.

 1.    INTRODUCTION

The Fraunhofer FDK AAC Codec Library for Android ("FDK AAC Codec") is software

that implements the MPEG Advanced Audio Coding ("AAC") encoding and decoding

scheme for digital audio. This FDK AAC Codec software is intended to be used on

a wide variety of Android devices.

AAC's HE-AAC and HE-AAC v2 versions are regarded as today's most efficient

general perceptual audio codecs. AAC-ELD is considered the best-performing

full-bandwidth communications codec by independent studies and is widely

deployed. AAC has been standardized by ISO and IEC as part of the MPEG

specifications.

Patent licenses for necessary patent claims for the FDK AAC Codec (including

those of Fraunhofer) may be obtained through Via Licensing

(www.vialicensing.com) or through the respective patent owners individually for

the purpose of encoding or decoding bit streams in products that are compliant

with the ISO/IEC MPEG audio standards. Please note that most manufacturers of

Android devices already license these patent claims through Via Licensing or

directly from the patent owners, and therefore FDK AAC Codec software may

already be covered under those patent licenses when it is used for those

licensed purposes only.

Commercially-licensed AAC software libraries, including floating-point versions

with enhanced sound quality, are also available from Fraunhofer. Users are

encouraged to check the Fraunhofer website for additional applications

information and documentation.

2.    COPYRIGHT LICENSE

Redistribution and use in source and binary forms, with or without modification,

are permitted without payment of copyright license fees provided that you

satisfy the following conditions:

You must retain the complete text of this software license in redistributions of

the FDK AAC Codec or your modifications thereto in source code form.

You must retain the complete text of this software license in the documentation

and/or other materials provided with redistributions of the FDK AAC Codec or

your modifications thereto in binary form. You must make available free of

charge copies of the complete source code of the FDK AAC Codec and your

modifications thereto to recipients of copies in binary form.

The name of Fraunhofer may not be used to endorse or promote products derived

from this library without prior written permission.

You may not charge copyright license fees for anyone to use, copy or distribute

the FDK AAC Codec software or your modifications thereto.

Your modified versions of the FDK AAC Codec must carry prominent notices stating

that you changed the software and the date of any change. For modified versions

of the FDK AAC Codec, the term "Fraunhofer FDK AAC Codec Library for Android"

must be replaced by the term "Third-Party Modified Version of the Fraunhofer FDK

AAC Codec Library for Android."

3.    NO PATENT LICENSE

NO EXPRESS OR IMPLIED LICENSES TO ANY PATENT CLAIMS, including without

limitation the patents of Fraunhofer, ARE GRANTED BY THIS SOFTWARE LICENSE.

Fraunhofer provides no warranty of patent non-infringement with respect to this

software.

You may use this FDK AAC Codec software or modifications thereto only for

purposes that are authorized by appropriate patent licenses.

4.    DISCLAIMER

This FDK AAC Codec software is provided by Fraunhofer on behalf of the copyright

holders and contributors "AS IS" and WITHOUT ANY EXPRESS OR IMPLIED WARRANTIES,

including but not limited to the implied warranties of merchantability and

fitness for a particular purpose. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR

CONTRIBUTORS BE LIABLE for any direct, indirect, incidental, special, exemplary,

or consequential damages, including but not limited to procurement of substitute

goods or services; loss of use, data, or profits, or business interruption,

however caused and on any theory of liability, whether in contract, strict

liability, or tort (including negligence), arising in any way out of the use of

this software, even if advised of the possibility of such damage.

5.    CONTACT INFORMATION

Fraunhofer Institute for Integrated Circuits IIS

Attention: Audio and Multimedia Departments - FDK AAC LL

Am Wolfsmantel 33

91058 Erlangen, Germany

www.iis.fraunhofer.de/amm

amm-info@iis.fraunhofer.de

----------------------------------------------------------------------------- */

/*********************** MPEG surround decoder library *************************

   Author(s):

   Description: SAC Decoder Library structures

*******************************************************************************/

#ifndef SAC_DEC_H

#define SAC_DEC_H

#include "common_fix.h"

#include "sac_dec_interface.h" /* library interface in ../include */

#include "FDK_qmf_domain.h"

#include "sac_qmf.h"

#include "FDK_bitstream.h" /* mp4 bitbuffer */

#include "sac_calcM1andM2.h"

#include "FDK_hybrid.h"

#include "FDK_decorrelate.h"

#include "sac_reshapeBBEnv.h"

#include "sac_dec_conceal.h"

#include "sac_tsd.h"

#ifndef MAX

#define MAX(a, b) ((a) > (b) ? (a) : (b))

#endif

#define ICCdefault 0

#define IPDdefault 0

#define arbdmxGainDefault 0

#define CPCdefault 10

#define tttCLD1default 15

#define tttCLD2default 0

#define IS_HQ_ONLY(aot)                                                      \

  ((aot) == AOT_ER_AAC_LD || (aot) == AOT_ER_AAC_ELD || (aot) == AOT_USAC || \

   (aot) == AOT_RSVD50)

#define SCONST(x) FL2FXCONST_DBL(x)

#define PC_NUM_BANDS (8)

#define PC_NUM_HYB_BANDS (PC_NUM_BANDS - 3 + 10)

#define ABS_THR (1e-9f * 32768 * 32768)

#define MAX_HYBRID_BANDS (MAX_NUM_QMF_BANDS - 3 + 10)

#define HYBRID_FILTER_DELAY (6)

#define MAX_RESIDUAL_FRAMES (4)

#define MAX_RESIDUAL_BISTREAM \

  (836) /*  48000 bps * 3 res / (8 * 44100 / 2048 ) */

#define MAX_MDCT_COEFFS (1024)

#define SACDEC_RESIDUAL_BS_BUF_SIZE \

  (1024) /* used to setup and check residual bitstream buffer */

#define MAX_NUM_PARAMS (MAX_NUM_OTT + 4 * MAX_NUM_TTT + MAX_INPUT_CHANNELS)

#define MAX_NUM_PARAMETERS (MAX(MAX_NUM_PARAMS, MAX_NUM_OTT))

#define MAX_PARAMETER_SETS (9)

#define MAX_M2_INPUT (MAX_OUTPUT_CHANNELS) /* 3 direct + 5 diffuse */

#define MAX_QMF_BANDS_TO_HYBRID \

  (3) /* 3 bands are filtered again in "40 bands" case */

#define PROTO_LEN (13)

#define BUFFER_LEN_LF (PROTO_LEN)

#define BUFFER_LEN_HF ((PROTO_LEN - 1) / 2)

#define MAX_NO_DECORR_CHANNELS (MAX_OUTPUT_CHANNELS)

#define HRTF_AZIMUTHS (5)

#define MAX_NUM_OTT_AT 0

/* left out */

typedef enum {

  UPMIXTYPE_BYPASS = -1, /*just bypass the input channels without processing*/

  UPMIXTYPE_NORMAL = 0   /*multichannel loudspeaker upmix with spatial data*/

} UPMIXTYPE;

static inline int isTwoChMode(UPMIXTYPE upmixType) {

  int retval = 0;

  return retval;

}

Unexecuted instantiation: sac_bitdec.cpp:isTwoChMode(UPMIXTYPE)

Unexecuted instantiation: sac_calcM1andM2.cpp:isTwoChMode(UPMIXTYPE)

sac_dec.cpp:isTwoChMode(UPMIXTYPE)

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static inline int isTwoChMode(UPMIXTYPE upmixType) {

179

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  int retval = 0;

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  return retval;

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}

Unexecuted instantiation: sac_dec_lib.cpp:isTwoChMode(UPMIXTYPE)

sac_process.cpp:isTwoChMode(UPMIXTYPE)

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178

6.54M

static inline int isTwoChMode(UPMIXTYPE upmixType) {

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  int retval = 0;

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  return retval;

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}

Unexecuted instantiation: sac_qmf.cpp:isTwoChMode(UPMIXTYPE)

Unexecuted instantiation: sac_reshapeBBEnv.cpp:isTwoChMode(UPMIXTYPE)

Unexecuted instantiation: sac_rom.cpp:isTwoChMode(UPMIXTYPE)

Unexecuted instantiation: sac_smoothing.cpp:isTwoChMode(UPMIXTYPE)

Unexecuted instantiation: sac_stp.cpp:isTwoChMode(UPMIXTYPE)

  /* left out end */

#define MPEGS_BYPASSMODE (0x00000001)

#define MPEGS_CONCEAL (0x00000002)

typedef struct STP_DEC *HANDLE_STP_DEC;

typedef struct {

  SCHAR bsQuantCoarseXXXprev;

  SCHAR bsQuantCoarseXXXprevParse;

} LOSSLESSSTATE;

typedef struct {

  SCHAR bsXXXDataMode[MAX_PARAMETER_SETS];

  SCHAR bsQuantCoarseXXX[MAX_PARAMETER_SETS];

  SCHAR bsFreqResStrideXXX[MAX_PARAMETER_SETS];

  SCHAR nocmpQuantCoarseXXX[MAX_PARAMETER_SETS];

  LOSSLESSSTATE *state; /* Link to persistent state information */

} LOSSLESSDATA;

struct SPATIAL_BS_FRAME_struct {

  UCHAR bsIndependencyFlag;

  UCHAR newBsData;

  UCHAR numParameterSets;

  /*

  If bsFramingType == 0, then the paramSlot[ps] for 0 <= ps < numParamSets is

  calculated as follows: paramSlot[ps] = ceil(numSlots*(ps+1)/numParamSets) - 1

  Otherwise, it is

    paramSlot[ps] = bsParamSlot[ps]

  */

  INT paramSlot[MAX_PARAMETER_SETS];

  /* These arrays contain the compact indices, only one value per pbstride, only

   * paramsets actually containing data. */

  /* These values are written from the parser in ecDataDec() and read during

   * decode in mapIndexData() */

  SCHAR cmpOttCLDidx[MAX_NUM_OTT + MAX_NUM_OTT_AT][MAX_PARAMETER_SETS]

                    [MAX_PARAMETER_BANDS];

  SCHAR cmpOttICCidx[MAX_NUM_OTT][MAX_PARAMETER_SETS][MAX_PARAMETER_BANDS];

  /* Smoothing */

  UCHAR bsSmoothMode[MAX_PARAMETER_SETS];

  UCHAR bsSmoothTime[MAX_PARAMETER_SETS];

  UCHAR bsFreqResStrideSmg[MAX_PARAMETER_SETS];

  UCHAR bsSmgData[MAX_PARAMETER_SETS]

                 [MAX_PARAMETER_BANDS]; /* smoothing flags, one if band is

                                           smoothed, otherwise zero */

  /* Arbitrary Downmix */

  SCHAR (*cmpArbdmxGainIdx)[MAX_PARAMETER_SETS][MAX_PARAMETER_BANDS];

  /* Lossless control */

  LOSSLESSDATA *CLDLosslessData;

  LOSSLESSDATA *ICCLosslessData;

  /* LOSSLESSDATA *ADGLosslessData; -> is stored in CLDLosslessData[offset] */

  LOSSLESSDATA *IPDLosslessData;

  SCHAR (*cmpOttIPDidx)[MAX_PARAMETER_SETS][MAX_PARAMETER_BANDS];

  int phaseMode;

  int OpdSmoothingMode;

  UCHAR tempShapeEnableChannelGES[MAX_OUTPUT_CHANNELS]; /*!< GES side info. */

  UCHAR bsEnvShapeData[MAX_OUTPUT_CHANNELS]

                      [MAX_TIME_SLOTS]; /*!< GES side info (quantized). */

  UCHAR tempShapeEnableChannelSTP[MAX_OUTPUT_CHANNELS]; /*!< STP side info. */

  TSD_DATA TsdData[1]; /*!< TSD data structure. */

};

typedef struct {

  /* Lossless state */

  LOSSLESSSTATE CLDLosslessState[MAX_NUM_PARAMETERS];

  LOSSLESSSTATE ICCLosslessState[MAX_NUM_PARAMETERS];

  LOSSLESSSTATE IPDLosslessState[MAX_NUM_PARAMETERS];

} BS_LL_STATE;

typedef struct {

  int prevParamSlot;

  int prevSmgTime;

  UCHAR prevSmgData[MAX_PARAMETER_BANDS];

  FIXP_DBL opdLeftState__FDK[MAX_PARAMETER_BANDS];

  FIXP_DBL opdRightState__FDK[MAX_PARAMETER_BANDS];

} SMOOTHING_STATE;

typedef struct {

  FIXP_DBL alpha__FDK;

  FIXP_DBL beta__FDK;

  FIXP_DBL partNrgPrev__FDK[2 * MAX_OUTPUT_CHANNELS + MAX_INPUT_CHANNELS]

                           [BB_ENV_SIZE];

  FIXP_DBL normNrgPrev__FDK[2 * MAX_OUTPUT_CHANNELS + MAX_INPUT_CHANNELS];

  FIXP_DBL frameNrgPrev__FDK[2 * MAX_OUTPUT_CHANNELS + MAX_INPUT_CHANNELS];

  INT partNrgPrevSF[2 * MAX_OUTPUT_CHANNELS + MAX_INPUT_CHANNELS];

  INT partNrgPrev2SF[2 * MAX_OUTPUT_CHANNELS + MAX_INPUT_CHANNELS];

  INT normNrgPrevSF[2 * MAX_OUTPUT_CHANNELS + MAX_INPUT_CHANNELS];

  INT frameNrgPrevSF[2 * MAX_OUTPUT_CHANNELS + MAX_INPUT_CHANNELS];

} RESHAPE_BBENV_STATE;

typedef struct {

  int maxNumInputChannels;

  int maxNumOutputChannels;

  int maxNumQmfBands;

  int maxNumHybridBands;

  int maxNumXChannels;

  int maxNumVChannels;

  int maxNumDecorChannels;

  int maxNumCmplxQmfBands;

  int maxNumCmplxHybBands;

  int maxNumResChannels;

  int bProcResidual; /* process residual */

  int maxNumResidualChannels;

  int maxNumOttBoxes;

  int maxNumParams;

} SACDEC_CREATION_PARAMS;

struct spatialDec_struct {

  SACDEC_ERROR

  errInt;             /* Field to store internal errors.

                         Will be clear at the very beginning of each process call. */

  int staticDecScale; /* static scale of decoder */

  /* GENERAL */

  int samplingFreq;       /* [Hz] */

  CFG_LEVEL decoderLevel; /* 0..5 */

  CFG_EXTENT decoderMode;

  CFG_BINAURAL binauralMode;

  SACDEC_CREATION_PARAMS createParams;

  int numComplexProcessingBands;

  int treeConfig; /* TREE_5151 = 5151, TREE_5152 = 5152, TREE_525 = 525, defined

                     in sac_bitdec.h */

  int numInputChannels;  /* 1 (M) or 2 (L,R) */

  int numOutputChannels; /* 6 for 3/2.1 (FL,FR,FC,LF,BL,BR) */

  int numOttBoxes;       /* number of ott boxes */

  int numM2rows;

  int numOutputChannelsAT; /* Number of output channels after arbitrary tree

                              processing */

  int quantMode; /* QUANT_FINE, QUANT_EBQ1, QUANT_EBQ2, defined in sac_bitdec.h

                  */

  int arbitraryDownmix; /* (arbitraryDownmix != 0) 1 arbitrary downmix data

                           present, 2 arbitrary downmix residual data present*/

  int residualCoding;   /* (residualCoding != 0) => residual coding data present

                         */

  UCHAR nrResidualFrame;

  UCHAR nrArbDownmixResidualFrame;

  FDK_BITSTREAM **hResidualBitstreams;

  int tempShapeConfig; /* */

  int decorrType;      /* Indicates to use PS or none PS decorrelator. */

  int decorrConfig;    /* chosen decorrelator */

  int envQuantMode;    /* quantization mode of envelope reshaping data */

  FIXP_DBL clipProtectGain__FDK; /* global gain for upmix */

  char clipProtectGainSF__FDK;   /* global gain for upmix */

  /* Currently ignoring center decorr

     numVChannels = numDirektSignals + numDecorSignals */

  int numDirektSignals;  /* needed for W, Number of direkt signals 515 -> 1 525

                            -> 3 */

  int wStartResidualIdx; /* Where to start read residuals for W, = 0 for 515, =

                            1 for 525 since one residual is used in V */

  int numDecorSignals;   /* needed for W, Number of residual and decorrelated

                            signals, = 2, 3 for center deccorelation*/

  int numVChannels;      /* direct signals + decorelator signals */

  int numXChannels;      /* direct input signals + TTT-residuals */

  int timeSlots;    /* length of spatial frame in QMF samples */

  int curTimeSlot;  /* pointer to the current time slot used for hyperframing */

  int prevTimeSlot; /*  */

  int curPs;

  int frameLength; /* number of output waveform samples/channel/frame */

  UPMIXTYPE upmixType;

  int partiallyComplex;

  int useFDreverb;

  int bShareDelayWithSBR;

  int tp_hybBandBorder; /* Hybrid band indicating the HP filter cut-off. */

  /* FREQUENCY MAPPING */

  int qmfBands;

  int hybridBands;

  const SCHAR *kernels; /* Mapping hybrid band to parameter band. */

  int TsdTs; /**< TSD QMF slot counter 0<= ts < numSlots */

  int *param2hyb; /* Mapping parameter bands to hybrid bands */

  int kernels_width[MAX_PARAMETER_BANDS]; /* Mapping parmeter band to hybrid

                                             band offsets. */

  /* Residual coding */

  int residualSamplingFreq;

  UCHAR residualPresent[MAX_NUM_OTT + MAX_NUM_TTT];

  UCHAR residualBands[MAX_NUM_OTT + MAX_NUM_TTT];    /* 0, if no residual data

                                                        present for this box */

  UCHAR residualQMFBands[MAX_NUM_OTT + MAX_NUM_TTT]; /* needed for optimized

                                                        mdct2qmf calculation */

  SPATIAL_SPECIFIC_CONFIG *pConfigCurrent;

  int arbdmxFramesPerSpatialFrame;

  int arbdmxUpdQMF;

  int numParameterBands; /* Number of parameter bands 40, 28, 20, 14, 10, ...

                            .*/

  int bitstreamParameterBands;

  int *numOttBands; /* number of bands for each ott, is != numParameterBands for

                       LFEs */

  /* 1 MAPPING */

  UCHAR extendFrame;

  UCHAR numParameterSetsPrev;

  int *smgTime;

  UCHAR **smgData;

  /* PARAMETER DATA decoded and dequantized */

  /* Last parameters from prev frame required during decode in mapIndexData()

   * and not touched during parse */

  SCHAR **ottCLDidxPrev;

  SCHAR **ottICCidxPrev;

  SCHAR **arbdmxGainIdxPrev;

  SCHAR **ottIPDidxPrev;

  SCHAR ***outIdxData; /* is this really persistent memory ? */

  /* State mem required during parse in SpatialDecParseFrameData() */

  SCHAR **cmpOttCLDidxPrev;

  SCHAR **cmpOttICCidxPrev;

  SCHAR ***ottICCdiffidx;

  SCHAR **cmpOttIPDidxPrev;

  /* State mem required in parseArbitraryDownmixData */

  SCHAR **cmpArbdmxGainIdxPrev;

  SCHAR ***ottCLD__FDK;

  SCHAR ***ottICC__FDK;

  SCHAR ***arbdmxGain__FDK; /* Holds the artistic downmix correction index.*/

  FIXP_DBL *arbdmxAlpha__FDK;

  FIXP_DBL *arbdmxAlphaPrev__FDK;

  UCHAR stereoConfigIndex;

  int highRateMode;

  int phaseCoding;

  SCHAR ***ottIPD__FDK;

  FIXP_DBL PhaseLeft__FDK[MAX_PARAMETER_BANDS];

  FIXP_DBL PhaseRight__FDK[MAX_PARAMETER_BANDS];

  FIXP_DBL PhasePrevLeft__FDK[MAX_PARAMETER_BANDS];

  FIXP_DBL PhasePrevRight__FDK[MAX_PARAMETER_BANDS];

  int numOttBandsIPD;

  /* GAIN MATRICIES FOR CURRENT and PREVIOUS PARMATER SET(s)*/

  FIXP_DBL ***M2Real__FDK;

  FIXP_DBL ***M2Imag__FDK;

  FIXP_DBL ***M2RealPrev__FDK;

  FIXP_DBL ***M2ImagPrev__FDK;

  /* INPUT SIGNALS */

  FIXP_DBL ***qmfInputRealDelayBuffer__FDK;

  FIXP_DBL ***qmfInputImagDelayBuffer__FDK;

  int pc_filterdelay; /* additional delay to align HQ with LP before hybird

                         analysis */

  int qmfInputDelayBufPos;

  FIXP_DBL **qmfInputReal__FDK;

  FIXP_DBL **qmfInputImag__FDK;

  FIXP_DBL **hybInputReal__FDK;

  FIXP_DBL **hybInputImag__FDK;

  FIXP_DBL **binInputReverb;

  FIXP_DBL binGain, reverbGain;

  FIXP_DBL binCenterGain, reverbCenterGain;

  /* RESIDUAL SIGNALS */

  FIXP_DBL ***qmfResidualReal__FDK;

  FIXP_DBL ***qmfResidualImag__FDK;

  FIXP_DBL **hybResidualReal__FDK;

  FIXP_DBL **hybResidualImag__FDK;

  int qmfOutputRealDryDelayBufPos;

  FIXP_DBL ***qmfOutputRealDryDelayBuffer__FDK;

  FIXP_DBL ***qmfOutputImagDryFilterBuffer__FDK;

  FIXP_DBL *qmfOutputImagDryFilterBufferBase__FDK;

  /* TEMPORARY SIGNALS */

  FIXP_DBL **wReal__FDK;

  FIXP_DBL **wImag__FDK;

  /* OUTPUT SIGNALS */

  FIXP_DBL **hybOutputRealDry__FDK;

  FIXP_DBL **hybOutputImagDry__FDK;

  FIXP_DBL **hybOutputRealWet__FDK;

  FIXP_DBL **hybOutputImagWet__FDK;

  PCM_MPS *timeOut__FDK;

  HANDLE_FDK_QMF_DOMAIN pQmfDomain;

  FDK_ANA_HYB_FILTER

  *hybridAnalysis; /*!< pointer Analysis hybrid filterbank array. */

  FDK_SYN_HYB_FILTER

  *hybridSynthesis; /*!< pointer Synthesis hybrid filterbank array. */

  FIXP_DBL **

      pHybridAnaStatesLFdmx; /*!< pointer to analysis hybrid filter states LF */

  FIXP_DBL **

      pHybridAnaStatesHFdmx; /*!< pointer to analysis hybrid filter states HF */

  FIXP_DBL **

      pHybridAnaStatesLFres; /*!< pointer to analysis hybrid filter states LF */

  FIXP_DBL **

      pHybridAnaStatesHFres; /*!< pointer to analysis hybrid filter states HF */

  DECORR_DEC *apDecor; /*!< pointer decorrelator array. */

  FIXP_DBL **pDecorBufferCplx;

  SMOOTHING_STATE *smoothState; /*!< Pointer to smoothing states. */

  RESHAPE_BBENV_STATE *reshapeBBEnvState; /*!< GES handle. */

  SCHAR row2channelDmxGES[MAX_OUTPUT_CHANNELS];

  HANDLE_STP_DEC hStpDec; /*!< STP handle. */

  const UCHAR *pActivM2ParamBands;

  int bOverwriteM1M2prev; /* Overwrite previous M2/M2 params with first set of

                             new frame after SSC change (aka

                             decodeAfterConfigHasChangedFlag). */

  SpatialDecConcealmentInfo concealInfo;

  INT sacInDataHeadroom; /* Headroom of the SAC input time signal to prevent

                            clipping */

};

#define SACDEC_SYNTAX_MPS 1

#define SACDEC_SYNTAX_USAC 2

#define SACDEC_SYNTAX_RSVD50 4

#define SACDEC_SYNTAX_L2 8

#define SACDEC_SYNTAX_L3 16

#define SACDEC_SYNTAX_LD 32

static inline int GetProcBand(spatialDec_struct *self, int qs) {

  return self->kernels[qs];

}

Unexecuted instantiation: sac_bitdec.cpp:GetProcBand(spatialDec_struct*, int)

Unexecuted instantiation: sac_calcM1andM2.cpp:GetProcBand(spatialDec_struct*, int)

Unexecuted instantiation: sac_dec.cpp:GetProcBand(spatialDec_struct*, int)

Unexecuted instantiation: sac_dec_lib.cpp:GetProcBand(spatialDec_struct*, int)

Unexecuted instantiation: sac_process.cpp:GetProcBand(spatialDec_struct*, int)

Unexecuted instantiation: sac_qmf.cpp:GetProcBand(spatialDec_struct*, int)

Unexecuted instantiation: sac_reshapeBBEnv.cpp:GetProcBand(spatialDec_struct*, int)

Unexecuted instantiation: sac_rom.cpp:GetProcBand(spatialDec_struct*, int)

Unexecuted instantiation: sac_smoothing.cpp:GetProcBand(spatialDec_struct*, int)

Unexecuted instantiation: sac_stp.cpp:GetProcBand(spatialDec_struct*, int)

#endif /* SAC_DEC_H */