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/****************************************************************************
(C) Copyright Fraunhofer IIS (2004)
All Rights Reserved
Please be advised that this software and/or program delivery is
Confidential Information of Fraunhofer and subject to and covered by the
Fraunhofer IIS Software Evaluation Agreement
between Google Inc. and Fraunhofer
effective and in full force since March 1, 2012.
You may use this software and/or program only under the terms and
conditions described in the above mentioned Fraunhofer IIS Software
Evaluation Agreement. Any other and/or further use requires a separate agreement.
This software and/or program is protected by copyright law and international
treaties. Any reproduction or distribution of this software and/or program,
or any portion of it, may result in severe civil and criminal penalties, and
will be prosecuted to the maximum extent possible under law.
$Id$
*******************************************************************************/
/*!
\file
\brief Memory layout
$Revision: 36847 $
This module declares all static and dynamic memory spaces
*/
#include "sbr_ram.h"
#include "sbr.h"
#include "genericStds.h"
C_ALLOC_MEM (Ram_SbrDynamic_RAM, FIXP_DBL, ((SBR_ENC_DYN_RAM_SIZE)/sizeof(FIXP_DBL)))
/*!
\name StaticSbrData
Static memory areas, must not be overwritten in other sections of the encoder
*/
/* @{ */
/*! static sbr encoder instance for one encoder (2 channels)
all major static and dynamic memory areas are located
in module sbr_ram and sbr rom
*/
C_ALLOC_MEM (Ram_SbrEncoder, SBR_ENCODER, 1)
C_ALLOC_MEM2(Ram_SbrChannel, SBR_CHANNEL, 1, (6))
C_ALLOC_MEM2(Ram_SbrElement, SBR_ELEMENT, 1, (6))
/*! Filter states for QMF-analysis. <br>
Dimension: #MAXNRSBRCHANNELS * #SBR_QMF_FILTER_LENGTH
*/
C_AALLOC_MEM2_L (Ram_Sbr_QmfStatesAnalysis, FIXP_QAS, QMF_FILTER_LENGTH, (6), SECT_DATA_L1)
/*! Matrix holding the quota values for all estimates, all channels
Dimension #MAXNRSBRCHANNELS * +#SBR_QMF_CHANNELS* #MAX_NO_OF_ESTIMATES
*/
C_ALLOC_MEM2_L (Ram_Sbr_quotaMatrix, FIXP_DBL, (MAX_NO_OF_ESTIMATES*QMF_CHANNELS), (6), SECT_DATA_L1)
/*! Matrix holding the sign values for all estimates, all channels
Dimension #MAXNRSBRCHANNELS * +#SBR_QMF_CHANNELS* #MAX_NO_OF_ESTIMATES
*/
C_ALLOC_MEM2 (Ram_Sbr_signMatrix, INT, (MAX_NO_OF_ESTIMATES*QMF_CHANNELS), (6))
/*! Frequency band table (low res) <br>
Dimension #MAX_FREQ_COEFFS/2+1
*/
C_ALLOC_MEM2 (Ram_Sbr_freqBandTableLO, UCHAR, (MAX_FREQ_COEFFS/2+1), (6))
/*! Frequency band table (high res) <br>
Dimension #MAX_FREQ_COEFFS +1
*/
C_ALLOC_MEM2 (Ram_Sbr_freqBandTableHI, UCHAR, (MAX_FREQ_COEFFS+1), (6))
/*! vk matser table <br>
Dimension #MAX_FREQ_COEFFS +1
*/
C_ALLOC_MEM2 (Ram_Sbr_v_k_master, UCHAR, (MAX_FREQ_COEFFS+1), (6))
/*
Missing harmonics detection
*/
/*! sbr_detectionVectors <br>
Dimension #MAX_NUM_CHANNELS*#MAX_NO_OF_ESTIMATES*#MAX_FREQ_COEFFS]
*/
C_ALLOC_MEM2 (Ram_Sbr_detectionVectors, UCHAR, (MAX_NO_OF_ESTIMATES*MAX_FREQ_COEFFS), (6))
/*! sbr_prevCompVec[ <br>
Dimension #MAX_NUM_CHANNELS*#MAX_FREQ_COEFFS]
*/
C_ALLOC_MEM2 (Ram_Sbr_prevEnvelopeCompensation, UCHAR, MAX_FREQ_COEFFS, (6))
/*! sbr_guideScfb[ <br>
Dimension #MAX_NUM_CHANNELS*#MAX_FREQ_COEFFS]
*/
C_ALLOC_MEM2 (Ram_Sbr_guideScfb, UCHAR, MAX_FREQ_COEFFS, (6))
/*! sbr_guideVectorDetected <br>
Dimension #MAX_NUM_CHANNELS*#MAX_NO_OF_ESTIMATES*#MAX_FREQ_COEFFS]
*/
C_ALLOC_MEM2 (Ram_Sbr_guideVectorDetected, UCHAR, (MAX_NO_OF_ESTIMATES*MAX_FREQ_COEFFS), (6))
C_ALLOC_MEM2 (Ram_Sbr_guideVectorDiff, FIXP_DBL, (MAX_NO_OF_ESTIMATES*MAX_FREQ_COEFFS), (6))
C_ALLOC_MEM2 (Ram_Sbr_guideVectorOrig, FIXP_DBL, (MAX_NO_OF_ESTIMATES*MAX_FREQ_COEFFS), (6))
/*
Static Parametric Stereo memory
*/
C_AALLOC_MEM_L(Ram_PsQmfStatesSynthesis, FIXP_DBL, QMF_FILTER_LENGTH/2, SECT_DATA_L1)
C_ALLOC_MEM (Ram_PsEnvRBuffer, FIXP_DBL, QMF_MAX_TIME_SLOTS*QMF_CHANNELS/2)
C_ALLOC_MEM (Ram_PsEnvIBuffer, FIXP_DBL, QMF_MAX_TIME_SLOTS*QMF_CHANNELS/2)
C_ALLOC_MEM2 (Ram_PsChData, PS_CHANNEL_DATA, 1, MAX_PS_CHANNELS)
C_ALLOC_MEM (Ram_PsEncConf, PSENC_CONFIG, 1)
C_ALLOC_MEM_L (Ram_PsEncode, PS_ENCODE, 1, SECT_DATA_L1)
C_ALLOC_MEM (Ram_PsData, PS_DATA, 1)
C_ALLOC_MEM (Ram_ParamStereo, PARAMETRIC_STEREO, 1)
C_ALLOC_MEM2 (Ram_PsOut, PS_OUT, 1, 2)
/* QMF data
*/
C_ALLOC_MEM (Ram_PsQmfNewSamples, FIXP_DBL, QMF_CHANNELS)
C_ALLOC_MEM2 (Ram_PsQmfData, PS_QMF_DATA, 1, MAX_PS_CHANNELS)
/* HYBRID data
*/
C_AALLOC_MEM (Ram_PsHybFFT, FIXP_DBL, 16)
C_ALLOC_MEM2(Ram_HybData, PS_HYBRID_DATA, 1, MAX_PS_CHANNELS)
C_ALLOC_MEM2(Ram_PsHybrid, PS_HYBRID, 1, MAX_PS_CHANNELS)
C_ALLOC_MEM (Ram_PsHybConfig, PS_HYBRID_CONFIG, 1)
C_ALLOC_MEM2(Ram_PsRhyb, FIXP_QMF, ((HYBRID_FRAMESIZE+HYBRID_WRITEOFFSET)*HYBRID_NUM_BANDS), MAX_PS_CHANNELS)
C_ALLOC_MEM2(Ram_PsIhyb, FIXP_QMF, ((HYBRID_FRAMESIZE+HYBRID_WRITEOFFSET)*HYBRID_NUM_BANDS), MAX_PS_CHANNELS)
C_ALLOC_MEM (Ram_PsHybWkReal, FIXP_QMF, (HYBRID_FRAMESIZE + QMF_BUFFER_MOVE))
C_ALLOC_MEM (Ram_PsHybWkImag, FIXP_QMF, (HYBRID_FRAMESIZE + QMF_BUFFER_MOVE))
C_ALLOC_MEM2(Ram_PsMtmpReal, FIXP_QMF, (MAX_HYBRID_RES), HYBRID_FRAMESIZE)
C_ALLOC_MEM2(Ram_PsMtmpImag, FIXP_QMF, (MAX_HYBRID_RES), HYBRID_FRAMESIZE)
/* @} */
/*!
\name DynamicSbrData
Dynamic memory areas, might be reused in other algorithm sections,
e.g. the core encoder.
*/
/* @{ */
/*! Energy buffer for envelope extraction <br>
Dimension #MAXNRSBRCHANNELS * +#SBR_QMF_SLOTS * #SBR_QMF_CHANNELS
*/
C_ALLOC_MEM2 (Ram_Sbr_envYBuffer, FIXP_DBL, (QMF_MAX_TIME_SLOTS/2 * QMF_CHANNELS), (6))
FIXP_DBL* GetRam_Sbr_envYBuffer (int n, UCHAR* dynamic_RAM) {
FDK_ASSERT(dynamic_RAM!=0);
return ((FIXP_DBL*) (dynamic_RAM + OFFSET_NRG + (n*Y_2_BUF_BYTE) ));
}
/*
* QMF data
*/
/* The SBR encoder uses a single channel overlapping buffer set (always n=0), but PS does not. */
FIXP_DBL* GetRam_Sbr_envRBuffer (int n, UCHAR* dynamic_RAM) {
FDK_ASSERT(dynamic_RAM!=0);
return ((FIXP_DBL*) (dynamic_RAM + OFFSET_QMF + (n*ENV_R_BUFF_BYTE*2) ));
}
FIXP_DBL* GetRam_Sbr_envIBuffer (int n, UCHAR* dynamic_RAM) {
FDK_ASSERT(dynamic_RAM!=0);
//return ((FIXP_DBL*) (dynamic_RAM + OFFSET_QMF + (MAX_NUM_CHANNELS*ENV_R_BUFF_BYTE) + n*ENV_I_BUFF_BYTE));
return ((FIXP_DBL*) (dynamic_RAM + OFFSET_QMF + (ENV_R_BUFF_BYTE) + (n*ENV_I_BUFF_BYTE*2)));
}
/* reuse QMF buffer in PS module. We Require space to hold 2 channels. */
C_ALLOC_MEM2(Ram_PsRqmf, FIXP_QMF, ((PSENC_QMF_BUFFER_LENGTH-QMF_MAX_TIME_SLOTS)*(QMF_CHANNELS)), MAX_PS_CHANNELS)
C_ALLOC_MEM2(Ram_PsIqmf, FIXP_QMF, ((PSENC_QMF_BUFFER_LENGTH-QMF_MAX_TIME_SLOTS)*(QMF_CHANNELS)), MAX_PS_CHANNELS)
FIXP_QMF* FDKsbrEnc_SliceRam_PsRqmf(FIXP_DBL* rQmfData, UCHAR* dynamic_RAM, int ch, int i, int qmfSlots)
{
FDK_ASSERT(dynamic_RAM!=0);
if (i<HYBRID_READ_OFFSET)
return rQmfData + (i*(QMF_CHANNELS));
else if ((i<(HYBRID_READ_OFFSET+qmfSlots)))
return GetRam_Sbr_envRBuffer(ch, dynamic_RAM) + ( (i-(HYBRID_READ_OFFSET))*(QMF_CHANNELS) );
else
return rQmfData + ((i-qmfSlots)*(QMF_CHANNELS));
}
FIXP_QMF* FDKsbrEnc_SliceRam_PsIqmf(FIXP_DBL* iQmfData, UCHAR* dynamic_RAM, int ch, int i, int qmfSlots)
{
FDK_ASSERT(dynamic_RAM!=0);
if (i<HYBRID_READ_OFFSET)
return iQmfData + (i*(QMF_CHANNELS));
else if ((i<(HYBRID_READ_OFFSET+qmfSlots)))
return GetRam_Sbr_envIBuffer(ch, dynamic_RAM) + ( (i-(HYBRID_READ_OFFSET))*(QMF_CHANNELS) );
else
return iQmfData + ((i-qmfSlots)*(QMF_CHANNELS));
}
/* @} */
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