HRESULT TimgFilterLogoaway::process(TfilterQueue::iterator it,TffPict &pict,const TfilterSettingsVideo *cfg0)
{
if (is(pict,cfg0)) {
const TlogoawaySettings *cfg=(const TlogoawaySettings*)cfg0;
init(pict,cfg->full,cfg->half);
bool cspChanged;
if (cfg->lumaonly) {
cspChanged=getCurNext(FF_CSPS_MASK_YUV_PLANAR,pict,cfg->full,COPYMODE_DEF,&plane[0].dst,NULL,NULL,NULL);
} else {
cspChanged=getCurNext(FF_CSPS_MASK_YUV_PLANAR,pict,cfg->full,COPYMODE_DEF,&plane[0].dst,&plane[1].dst,&plane[2].dst,NULL);
}
if (cspChanged || logotemp.rectFull.dx!=(unsigned int)cfg->dx || logotemp.rectFull.dy!=(unsigned int)cfg->dy || !plane[0] || oldLumaOnly!=cfg->lumaonly || oldBlur!=cfg->blur || oldMode!=cfg->mode || stricmp(oldparambitmap,cfg->parambitmap)!=0) {
oldLumaOnly=cfg->lumaonly;
oldBlur=cfg->blur;
oldMode=cfg->mode;
ff_strncpy(oldparambitmap, cfg->parambitmap, countof(oldparambitmap));
done();
if (cfg->mode==TlogoawaySettings::MODE_SHAPEXY || cfg->mode==TlogoawaySettings::MODE_SHAPEUGLARM) {
parambitmap=new TffPict(csp2,cfg->parambitmap,parambitmapbuf,deci);
if (parambitmap->rectFull.dx!=(unsigned int)cfg->dx || parambitmap->rectFull.dy!=(unsigned int)cfg->dy) {
delete parambitmap;
parambitmap=NULL;
}
}
for (int i=0; i<(cfg->lumaonly?1:3); i++) {
plane[i].shiftX=pict.cspInfo.shiftX[i];
plane[i].shiftY=pict.cspInfo.shiftY[i];
plane[i].w=cfg->dx>>plane[i].shiftX;
plane[i].h=cfg->dy>>plane[i].shiftY;
if (parambitmap) {
plane[i].parambitmapdata=parambitmap->data[i];
plane[i].parambitmapstride=parambitmap->stride[i];
} else {
plane[i].parambitmapdata=NULL;
plane[i].parambitmapstride=0;
}
plane[i].init(cfg);
}
}
Trect tempR(cfg->x,cfg->y,cfg->dx,cfg->dy);
logotemp.copyFrom(pict,logotempbuf,&tempR);
YUVcolor yuv(cfg->solidcolor);
for (int i=0; i<(cfg->lumaonly?1:3); i++) {
plane[i].stride2=stride2[i];
plane[i].logotempdata=logotemp.data[i];
plane[i].logotempstride=logotemp.stride[i];
plane[i].solidcolor=(i==0?yuv.Y:(i==1?yuv.V+128:yuv.U+128));
plane[i].process(cfg);
}
}
HRESULT TimgFilterMirror::process(TfilterQueue::iterator it, TffPict &pict, const TfilterSettingsVideo *cfg0)
{
if (is(pict, cfg0)) {
const ToffsetSettings *cfg = (const ToffsetSettings*)cfg0;
init(pict, cfg->full, cfg->half);
unsigned char *ptr[4];
bool cspChanged = getCurNext(pict.csp, pict, cfg->full, COPYMODE_DEF, ptr);
if (cspChanged)
switch (pict.cspInfo.Bpp) {
case 1:
mirrorFc = &TimgFilterMirror::mirror<int8_t>;
break;
case 2:
mirrorFc = &TimgFilterMirror::mirror<int16_t>;
break;
case 3:
mirrorFc = &TimgFilterMirror::mirror<int24_t>;
break;
case 4:
mirrorFc = &TimgFilterMirror::mirror<int32_t>;
break;
default:
mirrorFc = NULL;
break;
}
if (csp_isYUVpacked(pict.csp)) {
unsigned char *src = ptr[0], *dst = ptr[0] + (dx2[0] - 1) * 2;
int dx = dx2[0];
if (pict.cspInfo.packedLumaOffset == 0 && pict.cspInfo.packedChromaOffset == 1)
for (unsigned int y = 0; y < dy2[0]; y++, src += stride2[0], dst += stride2[0])
for (int x = 0; x < dx; x += 4) {
std::swap(src[x ], dst[-x + 2]);
std::swap(src[x + 3], dst[-x + 1]);
std::swap(src[x + 2], dst[-x ]);
std::swap(src[x + 1], dst[-x + 3]);
}
else
for (unsigned int y = 0; y < dy2[0]; y++, src += stride2[0], dst += stride2[0])
for (int x = 0; x < dx; x += 4) {
std::swap(src[x ], dst[-x + 2]);
std::swap(src[x + 3], dst[-x + 1]);
std::swap(src[x + 2], dst[-x ]);
std::swap(src[x + 1], dst[-x + 3]);
}
} else if (mirrorFc)
for (unsigned int i = 0; i < pict.cspInfo.numPlanes; i++) {
unsigned int dx = dx2[i] / 2;
for (unsigned int y = 0; y < dy2[i]; y++, ptr[i] += stride2[i]) {
(this->*mirrorFc)(i, dx, ptr[i]);
}
}
}
return parent->processSample(++it, pict);
}
HRESULT TimgFilterNoiseMplayer::process(TfilterQueue::iterator it,TffPict &pict,const TfilterSettingsVideo *cfg0)
{
if (is(pict,cfg0)) {
const TnoiseSettings *cfg=(const TnoiseSettings*)cfg0;
init(pict,cfg->full,cfg->half);
if (!cfg->equal(oldnoise)) {
oldnoise=*cfg;
y.done();
uv.done();
}
uint64_t csp=0;
if (cfg->strength) {
const unsigned char *srcY;
getCur(FF_CSPS_MASK_YUV_PLANAR,pict,cfg->full,&srcY,NULL,NULL,NULL);
unsigned char *dstY;
getCurNext(csp=csp1,pict,cfg->full,COPYMODE_NO,&dstY,NULL,NULL,NULL);
if (!y) {
y.init(cfg->strength/(cfg->averaged?1:3),cfg);
}
y.process(srcY,dstY,stride2[0],stride1[0],dx1[0],dy1[0]);
_mm_empty();
}
if (cfg->strengthChroma) {
const unsigned char *srcU,*srcV;
getCur(csp?csp:FF_CSPS_MASK_YUV_PLANAR,pict,cfg->full,NULL,&srcU,&srcV,NULL);
unsigned char *dstU,*dstV;
getCurNext(csp1,pict,cfg->full,COPYMODE_NO,NULL,&dstU,&dstV,NULL);
if (oldcsp!=csp1) {
oldcsp=csp1;
doneChroma();
}
if (!uv) {
uv.init(cfg->strengthChroma/(cfg->averaged?1:2),cfg);
}
uv.process(srcU,dstU,stride2[1],stride1[1],dx1[1],dy1[1]);
uv.process(srcV,dstV,stride2[2],stride1[2],dx1[2],dy1[2]);
_mm_empty();
}
}
return parent->processSample(++it,pict);
}
HRESULT TimgFilterFlip::process(TfilterQueue::iterator it, TffPict &pict, const TfilterSettingsVideo *cfg0)
{
if (is(pict, cfg0)) {
const ToffsetSettings *cfg = (const ToffsetSettings*)cfg0;
init(pict, cfg->full, cfg->half);
unsigned char *ptr[4];
getCurNext(pict.csp, pict, cfg->full, COPYMODE_DEF, ptr);
for (unsigned int i = 0; i < pict.cspInfo.numPlanes; i++) {
unsigned char *src = ptr[i], *dst = ptr[i] + stride2[i] * (dy2[i] - 1);
unsigned int dx = dx2[i] * pict.cspInfo.Bpp, dy = dy2[i] / 2;
void *tmp = _alloca(dx);
for (unsigned int y = 0; y < dy; y++, src += stride2[i], dst -= stride2[i]) {
memcpy(tmp, src, dx);
memcpy(src, dst, dx);
memcpy(dst, tmp, dx);
}
}
}
return parent->processSample(++it, pict);
}
HRESULT TimgFilterShowMV::process(TfilterQueue::iterator it,TffPict &pict,const TfilterSettingsVideo *cfg0)
{
if (is(pict,cfg0)) {
const TvisSettings *cfg=(const TvisSettings*)cfg0;
const TvideoCodecDec *movie;
deciV->getMovieSource(&movie);
init(pict,0,0);
unsigned char *dstY=NULL;
if (movie && (movie->caps()&(TvideoCodec::CAPS::VIS_MV|TvideoCodec::CAPS::VIS_QUANTS))) {
if (cfg->mv) {
getCurNext(FF_CSPS_MASK_YUV_PLANAR,pict,0,COPYMODE_DEF,&dstY,NULL,NULL,NULL);
movie->drawMV(dstY,dx1[0],stride2[0],dy1[0]);
}
if (cfg->quants && movie->quants) {
if (!dstY) {
getCurNext(FF_CSPS_MASK_YUV_PLANAR,pict,0,COPYMODE_DEF,&dstY,NULL,NULL,NULL);
}
const unsigned char *quants=(const unsigned char*)movie->quants;
for (unsigned int y=4; y<=dy1[0]-12; y+=16,quants+=movie->quantsStride*movie->quantBytes) {
const unsigned char *q=quants;
for (unsigned int x=0; x<=dx1[0]-12; x+=16,q+=movie->quantBytes) {
unsigned int qq=*q;
if (qq>99) {
qq=99;
}
if (qq/10) {
drawNum(numsL+(qq/10)*64,maskL,dstY+(x+4)+y*stride2[0],stride2[0]);
drawNum(numsR+(qq%10)*64,maskR,dstY+(x+4)+y*stride2[0],stride2[0]);
} else {
drawNum(numsL+qq*64,maskL,dstY+(x+6)+y*stride2[0],stride2[0]);
}
}
}
_mm_empty();
}
}
if (cfg->graph) {
if (!dstY) {
getCurNext(FF_CSPS_MASK_YUV_PLANAR,pict,0,COPYMODE_DEF,&dstY,NULL,NULL,NULL);
}
if (frames.empty()) {
frames.resize(2000);
}
frames.erase(frames.begin());
frames.push_back(Tframe(pict.srcSize,pict.frametype));
unsigned char *dst=dstY+(dy1[0]-1)*stride2[0];
size_t max=0;
for (unsigned int i=2000-dx1[0]; i<2000; i++)
if (frames[i].first>max) {
max=frames[i].first;
}
if (max)
for (unsigned int i=2000-dx1[0]; i<2000; i++,dst++) {
Tframe &f=frames[i];
unsigned char c;
switch (f.second&FRAME_TYPE::typemask) {
case FRAME_TYPE::I:
c=255;
break;
case FRAME_TYPE::P:
c=210;
break;
case FRAME_TYPE::B:
c=170;
break;
default:
c=130;
break;
}
for (unsigned char *dst1=dst,*dst1end=dst1-std::min(int((dy1[0]/4)*f.first/max),int(dy1[0])-1)*stride2[0]; dst1!=dst1end; dst1-=stride2[0]) {
*dst1=c;
}
}
}
}
return parent->processSample(++it,pict);
}
