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#ifndef _VDEC_INFO_VP6_H_
#define _VDEC_INFO_VP6_H_
//#include "drv_config.h"
#if 1 //(!CONFIG_DRV_VERIFY_SUPPORT)
#include "vdec_usage.h"
#include "vdec_info_common.h"
#else
#include "x_stl_lib.h"
//#include "x_assert.h"
//#include "u_pbinf.h"
#endif
//#define VP6_I_FRM 0
//#define VP6_P_FRM 1
typedef enum
{
VP6_PROFILE_SIMPLE = 0,
VP6_PROFILE_UNDEF_1,
VP6_PROFILE_UNDEF_2,
VP6_PROFILE_ADVANCED
} VP6_PROFILE_T;
typedef struct _VDEC_INFO_VP6_VFIFO_PRM_T_
{
UINT32 u4VFifoSa; ///< Video Fifo memory start address
UINT32 u4VFifoEa; ///< Video Fifo memory end address
} VDEC_INFO_VP6_VFIFO_PRM_T;
typedef struct _VDEC_INFO_VP6_BS_INIT_PRM_T_
{
UINT32 u4ReadPointer;
UINT32 u4WritePointer;
UINT32 u4VFifoSa; ///< Video Fifo memory start address
UINT32 u4VFifoEa; ///< Video Fifo memory end address
} VDEC_INFO_VP6_BS_INIT_PRM_T;
//MULTI-STREAM PANDA
/* HUFF_NODE for decoder */
typedef struct _HUFF_NODE
{
UINT16 left; // 1 bit tells whether its a pointer or value
UINT16 right;// 1 bit tells whether its a pointer or value
} HUFF_NODE;
typedef struct _HUFF_CODE
{
UINT16 hcode;
UINT16 len;
} HUFF_CODE;
typedef struct _SORTNODE
{
INT32 next;
INT32 freq;
UINT16 value;
} SORTNODE;
//~MULTI-STREAM PANDA
typedef struct _VDEC_INFO_VP6_FRM_HDR_T_
{
BOOL fgFrmHdrValid;
// frame coding type: I_TYPE, P_TYPE
UCHAR ucFrameType;
// Quantizer setting
UCHAR ucDctQMask;
// 0: for one partition, 1 for two partitions
BOOL fgMultiStream;
//0 for BoolCoder, 1 for HuffmanCoder for 2nd data patition.
BOOL fgUseHuffman;
//Version of encoder used to encode frame.
UCHAR ucVp3VerNo;
// 0 for Simple, 3 for Advanced. (1 and 2 undefined)
VP6_PROFILE_T ucVpProfile;
// Reserved.
UCHAR ucReserved;
//Offset to 2nd partion
UINT16 u2Buff2Offset;
// Number of rows of 8x8 blocks in unscaled frame.
UINT16 u2VFragments;
// Number of cols of 8x8 blocks in unscaled frame.
UINT16 u2HFragments;
// Number of rows of 8x8 blocks in scaled frame.
UINT16 u2OutVFragments;
// Number of cols of 8x8 blocks in scaled frame.
UINT16 u2OutHFragments;
// Mode to use for scaling frame.
UCHAR ucScalingMode;
// Advanced Profile Only:
// 0 Prediction filter type is fixed and specified.
// 1 Auto-select bi-cubic or bi-linear prediction filter.
BOOL fgAutoSelectPMFlag;
//If Auto-SelectPMFlag == 1 only, threshold on prediction filter variance size.
UINT32 u4PredictionFilterVarThresh;
//If Auto-SelectPMFlag == 1 only, threshold on MV size.
UINT32 u4PredictionFilterMvSizeThresh;
// If Auto-SelectPMFlag == 0 only, threshold on MV size.
// 0 use Bi-linear filter.
// 1 use Bi-cubic filter.
BOOL fgBiCubicOrBiLinearFlag;
// Vp3VerNo == 8 Only, Selector to choose bi-cubic filter coefficients
UCHAR ucPreditionFilterAlpha;
// Inter Frame Header
// 0: Do not update the Golden Frame with this frame, 1: Decoded frame should become new Golden Frame.
BOOL fgRefreshGoldenFrame;
// Advanced Profile Only:
//0: Disable the loop filter, 1: Enable.
UINT16 u2LoopFilter;
// Advanced Profile Only:
// 0: Basic loop filter, 1: De-ringing loop filter.
BOOL fgLoopFilterSelector;
BOOL fgParse_Filter_Info;
UCHAR ucVrt_Shift;
UCHAR ucFilter_Mode;
UINT32 u4Sample_Variance_Threshold;
UINT32 u4Max_Vector_Length;
UINT32 u4Filter_Selection;
//HW related
UINT16 u2Vp56_Filter_Threshold;
UINT32 u4DQuant_Dc;
UINT32 u4DQuant_Ac;
UINT16 u2WidthDec;
UINT16 u2HeightDec;
UINT32 u4Mv_Thr_En;
UINT32 u4Var_Thr_En;
UINT32 u4BilinearFilter;
UINT32 u4FrameSize;
//~HW related
//Driver Flow Control
UCHAR ucPicStruct;
UCHAR ucColorPrimaries;
UINT16 u2FrmRatCod;
UCHAR ucAspectRatio;
//~Driver Flow
} VDEC_INFO_VP6_FRM_HDR_T;
typedef struct _VDEC_INFO_VP6_WORK_BUF_SA_T_
{
//UINT32 u4Pic0YSa;
//UINT32 u4Pic0CSa;
//UINT32 u4Pic1YSa;
//UINT32 u4Pic1CSa;
//UINT32 u4Pic2YSa;
//UINT32 u4Pic2CSa;
} VDEC_INFO_VP6_WORK_BUF_SA_T;
typedef struct _VDEC_INFO_VP6_FRAME_BUF_SA_T_
{
UINT32 u4Pic0YSa;
UINT32 u4Pic0CSa;
UINT32 u4Pic1YSa;
UINT32 u4Pic1CSa;
UINT32 u4Pic2YSa;
UINT32 u4Pic2CSa;
UINT32 u4PpYBufSa;
UINT32 u4PpCBufSa;
} VDEC_INFO_VP6_FRAME_BUF_SA_T;
typedef struct _VDEC_INFO_VP6_PP_INFO_T_
{
BOOL fgPpEnable;
UINT8 u1PpLevel;
UINT8 au1MBqp[4];
UINT32 u4PpYBufSa;
UINT32 u4PpCBufSa;
} VDEC_INFO_VP6_PP_INFO_T;
#define VP6_ALPHA_ENABLE (1 << 0)
#define VP6_ALPHA_FRAME (1 << 1)
typedef struct _VDEC_INFO_VP6_DEC_PRM_T_
{
//UCHAR ucVopCdTp; // in VP6
//UCHAR ucVopQuant; // in VP6
//#if CONFIG_DRV_VERIFY_SUPPORT
UINT32 u4FRefBufIdx;
//#endif
INT32 i4MemBase;
BOOL fgAdobeMode;
//UINT32 u4VLDWrapperWorkspace;
//UINT32 u4PPWrapperWorkspace;
VDEC_INFO_VP6_FRM_HDR_T *prFrmHdr;
//VDEC_INFO_VP6_WORK_BUF_SA_T rVp6WorkBufSa;
VDEC_INFO_VP6_FRAME_BUF_SA_T rVp6FrameBufSa;
VDEC_INFO_VP6_PP_INFO_T rVp6PpInfo;
// Alpha Channel
UINT8 u1AlphaFlag;
UINT32 au4VldWrapper[196];
UINT32 au4Reorder[16];
//~Alpha Channel
} VDEC_INFO_VP6_DEC_PRM_T;
typedef struct _VDEC_HAL_DEC_VP6_ERR_INFO_T_
{
UINT32 u4Vp6ErrCnt; ///< Video decode error count
UINT32 u4Vp6ErrRow; ///< Video decode error mb row
UINT32 u4Vp6ErrType; ///< Video decode error type
UINT16 u2Vp6MBErrCnt;
} VDEC_INFO_VP6_ERR_INFO_T;
#endif //#ifndef _VDEC_INFO_VP6H_
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