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);
}
}
bool
IncrementalMerkleTree::getRootValue(std::vector<unsigned char>& r) {
// Create a temporary byte vector
std::vector<bool> tempR(r.size() * 8, 0);
// Query the root for its hash
this->root.getValue(tempR);
// Convert the result back into the given vector
convertVectorToBytesVector(tempR, r);
return true;
}
