FakePlaneOfBlocks::FakePlaneOfBlocks(int32_t sizeX, int32_t sizeY, int32_t lv, int32_t pel, int32_t _nOverlapX, int32_t _nOverlapY, int32_t _nBlkX, int32_t _nBlkY) {
nBlkSizeX = sizeX;
nBlkSizeY = sizeY;
nOverlapX = _nOverlapX;
nOverlapY = _nOverlapY;
nBlkX = _nBlkX;
nBlkY = _nBlkY;
nWidth_Bi = nOverlapX + nBlkX*(nBlkSizeX - nOverlapX);
nHeight_Bi = nOverlapY + nBlkY*(nBlkSizeY - nOverlapY);
nBlkCount = nBlkX * nBlkY;
nPel = pel;
nLogPel = ilog2(nPel);
nLogScale = lv;
nScale = iexp2(nLogScale);
blocks = new FakeBlockData[nBlkCount];
for (int32_t j = 0, blkIdx = 0; j < nBlkY; j++)
for (int32_t i = 0; i < nBlkX; i++, blkIdx++)
blocks[blkIdx].Init(i * (nBlkSizeX - nOverlapX), j * (nBlkSizeY - nOverlapY));
}
PlaneOfBlocks::PlaneOfBlocks(int _nBlkX, int _nBlkY, int _nBlkSizeX, int _nBlkSizeY, int _nPel, int _nLevel, int _nFlags, int _nOverlapX, int _nOverlapY, int _yRatioUV)
{
/* constant fields */
nPel = _nPel;
nLogPel = ilog2(nPel);
// nLogPel=0 for nPel=1, 1 for nPel=2, 2 for nPel=4, i.e. (x*nPel) = (x<<nLogPel)
nLogScale = _nLevel;
nScale = iexp2(nLogScale);
nBlkSizeX = _nBlkSizeX;
nBlkSizeY = _nBlkSizeY;
nOverlapX = _nOverlapX;
nOverlapY = _nOverlapY;
nBlkX = _nBlkX;
nBlkY = _nBlkY;
nBlkCount = nBlkX * nBlkY;
nFlags = _nFlags;
yRatioUV = _yRatioUV;
smallestPlane = (bool)(nFlags & MOTION_SMALLEST_PLANE);
mmx = (bool)(nFlags & MOTION_USE_MMX);
isse = (bool)(nFlags & MOTION_USE_ISSE);
chroma = (bool)(nFlags & MOTION_USE_CHROMA_MOTION);
bool mmxext = (bool)(nFlags & CPU_MMXEXT);
bool cache32 = (bool)(nFlags & CPU_CACHELINE_32);
bool cache64 = (bool)(nFlags & CPU_CACHELINE_64);
bool sse2 = (bool)(nFlags & CPU_SSE2_IS_FAST);
bool sse3 = (bool)(nFlags & CPU_SSE3);
bool ssse3 = (bool)(nFlags & CPU_SSSE3);
bool ssse3pha = (bool)(nFlags & CPU_PHADD_IS_FAST);
bool ssd = (bool)(nFlags & MOTION_USE_SSD);
bool satd = (bool)(nFlags & MOTION_USE_SATD);
// ssd=false;
// satd=false;
globalMVPredictor.x = zeroMV.x;
globalMVPredictor.y = zeroMV.y;
globalMVPredictor.sadLuma = zeroMV.sadLuma;
globalMVPredictor.sadChromaU = zeroMV.sadChromaU;
globalMVPredictor.sadChromaV = zeroMV.sadChromaV;
/* arrays memory allocation */
vectors = new VECTOR[nBlkCount];
/* function's pointers initialization */
#define SET_FUNCPTR(blksizex, blksizey, blksizex2, blksizey2) \
SAD = Sad##blksizex##x##blksizey##_iSSE; \
VAR = Var##blksizex##x##blksizey##_iSSE; \
LUMA = Luma##blksizex##x##blksizey##_iSSE; \
BLITLUMA = Copy_C<blksizex , blksizey>; \
if (yRatioUV==2) { \
BLITCHROMA = Copy_C<blksizex2 , blksizey2>; \
SADCHROMA = Sad##blksizex2##x##blksizey2##_iSSE; \
} \
else { \
BLITCHROMA = Copy_C<blksizex2 , blksizey>; \
SADCHROMA = Sad##blksizex2##x##blksizey##_iSSE; \
}
#define SET_FUNCPTR_C(blksizex, blksizey, blksizex2, blksizey2) \
SAD = Sad_C<blksizex , blksizey>; \
VAR = Var_C<blksizex , blksizey>; \
LUMA = Luma_C<blksizex , blksizey>; \
BLITLUMA = Copy_C<blksizex , blksizey>; \
if (yRatioUV==2) { \
BLITCHROMA = Copy_C<blksizex2 , blksizey2>; \
SADCHROMA = Sad_C<blksizex2 , blksizey2>; \
} \
else { \
BLITCHROMA = Copy_C<blksizex2 , blksizey>; \
SADCHROMA = Sad_C<blksizex2 , blksizey>; \
}
//#define NEWBLIT
#ifdef NEWBLIT
//I suppose it is faster to use MMX than use SSE on a cache line split affected platform if that occurs
#define SETBLIT16(blksizex, blksizey, type) \
type = copy_mc_##blksizex##x##blksizey##_mmx; \
if (sse2&&(((!cache32)&&(!cache64))||(!ssse3))) type = copy_mc_##blksizex##x##blksizey##_sse2; \
if (sse3&&(((!cache32)&&(!cache64))||(!ssse3))) type = copy_mc_##blksizex##x##blksizey##_sse3
if (sse2&&(nOverlapX %16 == 0)) type = copy_mc_##blksizex##x##blksizey##_aligned_sse2; \
#define SETBLITX(blksizex, blksizey, type) \
type = copy_mc_##blksizex##x##blksizey##_mmx
#else
#define SETBLIT16(blksizex, blksizey, type)
#define SETBLITX(blksizex, blksizey, type)
#endif
#define SET_FUNCPTR_x264(blksizex, blksizey, type) \
type = x264_pixel_sad_##blksizex##x##blksizey##_mmxext; \
if (cache32) type = x264_pixel_sad_##blksizex##x##blksizey##_cache32_mmxext; \
if (cache64) type = x264_pixel_sad_##blksizex##x##blksizey##_cache64_mmxext; \
if (sse2) type = x264_pixel_sad_##blksizex##x##blksizey##_sse2; \
if (sse3) type = x264_pixel_sad_##blksizex##x##blksizey##_sse3; \
if (cache32&&cache64) type = x264_pixel_sad_##blksizex##x##blksizey##_cache64_sse2; \
if (ssse3&&cache64) type = x264_pixel_sad_##blksizex##x##blksizey##_cache64_ssse3; \
if (ssd) type = x264_pixel_ssd_##blksizex##x##blksizey##_mmx; \
if (satd) type = x264_pixel_satd_##blksizex##x##blksizey##_mmxext; \
if (satd&&sse2) type = x264_pixel_satd_##blksizex##x##blksizey##_sse2; \
if (satd&&ssse3) type = x264_pixel_satd_##blksizex##x##blksizey##_ssse3; \
if (satd&&ssse3pha) type = x264_pixel_satd_##blksizex##x##blksizey##_ssse3_phadd
#define SET_FUNCPTR_x264_mmx(blksizex, blksizey, type) \
type = x264_pixel_sad_##blksizex##x##blksizey##_mmxext; \
if (cache32) type = x264_pixel_sad_##blksizex##x##blksizey##_cache32_mmxext; \
if (cache64) type = x264_pixel_sad_##blksizex##x##blksizey##_cache64_mmxext; \
if (ssd) type = x264_pixel_ssd_##blksizex##x##blksizey##_mmx; \
if (satd) type = x264_pixel_satd_##blksizex##x##blksizey##_mmxext; \
if (satd&&sse2) type = x264_pixel_satd_##blksizex##x##blksizey##_sse2; \
if (satd&&ssse3) type = x264_pixel_satd_##blksizex##x##blksizey##_ssse3; \
if (satd&&ssse3pha) type = x264_pixel_satd_##blksizex##x##blksizey##_ssse3_phadd
#define SET_FUNCPTR_x264_mmx_4x(blksizey, type) \
type = x264_pixel_sad_4x##blksizey##_mmxext; \
if (ssd) type = x264_pixel_ssd_4x##blksizey##_mmx; \
if (satd) type = x264_pixel_satd_4x##blksizey##_mmxext
#define SET_FUNCPTR_x264_SATD(blksizex,blksizey) \
SATD = x264_pixel_satd_##blksizex##x##blksizey##_mmxext; \
if (sse2) SATD = x264_pixel_satd_##blksizex##x##blksizey##_sse2; \
if (ssse3) SATD = x264_pixel_satd_##blksizex##x##blksizey##_ssse3
SATD = Sad0_C; //for now disable SATD if default functions are used
if ( isse )
{
switch (nBlkSizeX)
{
case 16:
if (nBlkSizeY==16) {
SET_FUNCPTR(16,16,8,8)
} else if (nBlkSizeY==8) {
SET_FUNCPTR(16,8,8,4)
} else if (nBlkSizeY==2) {
SET_FUNCPTR(16,2,8,1)
} else if (nBlkSizeY==1){
SAD = Sad16x1_iSSE;
VAR = Var_C<16,1>;;
LUMA = Luma_C<16,1>;
BLITLUMA = Copy_C<16,1>;
if (yRatioUV==2) {
//error
}
else { //yRatioUV==1
BLITCHROMA = Copy_C<8, 1>;
SADCHROMA = Sad8x1_iSSE;
}
}
break;
case 4:
SET_FUNCPTR(4,4,2,2)
if (yRatioUV==2) {
//SADCHROMA = Sad2x2_iSSE_T;
}
else {
//SADCHROMA = Sad2x4_iSSE_T;
}
break;
case 32:
if (nBlkSizeY==16) {
SET_FUNCPTR(32,16,16,8)
}
break;
case 8:
default:
if (nBlkSizeY == 8) {
SET_FUNCPTR(8,8,4,4)
} else if (nBlkSizeY == 4) { // 8x4
SET_FUNCPTR(8,4,4,2)
}
}//end switch
}//end isse
else
{
switch (nBlkSizeX)
