//----------
void AddScan::buildPreviewRays() {
this->previewRays.clear();
auto fitPoints = this->getFitPoints();
//we should have already thrown if camera or projector is missing
auto cameraNode = this->getInput<Scan::Graycode>()->getInput<Item::Camera>();
auto projectorNode = this->getInput<Item::Projector>();
auto cameraView = cameraNode->getViewInWorldSpace();
auto projectorView = projectorNode->getViewInWorldSpace();
for (auto & fitPoint : fitPoints) {
auto cameraRay = cameraView.castCoordinate(fitPoint.camera);
auto projectorRay = projectorView.castCoordinate(fitPoint.projector);
this->previewRays.addVertices({ cameraRay.getStart()
, cameraRay.getMidpoint()
, projectorRay.getStart()
, projectorRay.getMidpoint()
});
ofColor color(fitPoint.median);
this->previewRays.addColors({ color
, color
, color
, color });
}
previewRays.setMode(ofPrimitiveMode::OF_PRIMITIVE_LINES);
}
bool Range::next(string & chrom, Interval & intv){
if(!on_chromosome) return false;
chrom = chr;
while(!recurse.empty()){
Cargo c = recurse.top();
Interval i = cvector.at(c.root);
if(d.getStart() >= i.getSubMax()){
recurse.pop();
}else{
if(!c.goLeft){
//check this one, pop, then put right on top if it exists and start is less than i stop
recurse.pop();
if(d.getStop() > i.getStart()){
Capacity root;
if(getMidpoint(c.root+1, c.high, root)){
recurse.push(Cargo(c.root+1, c.high, root));
}
if(i.overlaps(d)){
intv = i;
return true;
}
}//else this node and right children do not overlap d
}else{
recurse.top().goLeft = false;
//go left
Capacity root;
if(getMidpoint(c.low, c.root, root)){
recurse.push(Cargo(c.low, c.root, root));
}
}
}
}
return false;
}
void Range::setChr(string chrom){
recurse = stack<Cargo>();
Capacity start;
Capacity stop;
if(getRanges(chrom, chrmap, start, stop)){
on_chromosome = true;
chr = chrom;
cvector.setRange(offset, start, stop);
Capacity root;
if(getMidpoint(0, cvector.size(), root)){
recurse.push(Cargo(0, cvector.size(), root));
}
}else{
on_chromosome = false;
}
}
