void DisplayResults(TView* view)
{
unsigned long i;
register TElement* ep;
TSpectra ambient;
GetAmbient(&ambient);
BeginViewDraw(view, 0);
ep = params->elements;
for (i=0; i< params->nElements; i++, ep++) {
TColor32b c;
TSpectra s;
int k;
/* add ambient approximation */
if (params->addAmbient) {
for (k=kNumberOfRadSamples; k--;)
s.samples[k] = (ep->rad.samples[k] + (ambient.samples[k]*
ep->patch->reflectance->samples[k]))*params->intensityScale;
} else {
for (k=kNumberOfRadSamples; k--; )
s.samples[k] = ep->rad.samples[k]*params->intensityScale;
}
/* quantize color */
c = SpectraToRGB(&s);
DrawViewElement(ep, &c);
}
EndViewDraw();
}
void cDisplayAudiotracksView::DrawBackground(void) {
if (!ExecuteViewElement(veBackground)) {
return;
}
map < string, string > stringTokens;
map < string, int > intTokens;
intTokens.insert(pair<string,int>("numtracks", numTracks));
DrawViewElement(veBackground, &stringTokens, &intTokens);
}
void cDisplayAudiotracksView::DrawHeader(const char *title, int audioChannel) {
if (!ExecuteViewElement(veHeader)) {
return;
}
map < string, string > stringTokens;
map < string, int > intTokens;
intTokens.insert(pair<string,int>("numtracks", numTracks));
if (audioChannel < 0) {
intTokens.insert(pair<string,int>("isac3", true));
intTokens.insert(pair<string,int>("isstereo", false));
} else {
intTokens.insert(pair<string,int>("isac3", false));
intTokens.insert(pair<string,int>("isstereo", true));
}
stringTokens.insert(pair<string,string>("title", title));
ClearViewElement(veHeader);
DrawViewElement(veHeader, &stringTokens, &intTokens);
}
