BoolArray removeDeadLines(const BoolArray & connected) {
BoolArray temp=connected.clone();
int numRemoved=-1;
while (numRemoved!=0) {
numRemoved=0;
for (int a = 1; a < connected.width()-1; a++) {
for (int b = 1; b < connected.height()-1; b++) {
if ( (temp[ICoord(a,b)]==1) && isDiscontinuous(temp,ICoord(a,b))) {
temp[ICoord(a,b)]=0;
numRemoved++;
}
}
}
}
return temp;
}
BoolArray getAndReduceDiscontinuities (const BoolArray& connected1, const BoolArray newThresh, int d, int halfsize) {
BoolArray connected=connected1.clone();
int w = connected.width();
int h = connected.height();
int size=halfsize*2+1; //make size odd
BoolArray box(ICoord(size,size),false);// make small box
CloserClass cl = CloserClass();
// int halfsize = size/2;
Skeletonizing skel = Skeletonizing();
for(BoolArray::iterator pt=connected.begin(); pt!=connected.end(); ++pt) {
int a=pt.coord()(0), b=pt.coord()(1);
if (connected[pt]==1 && isDiscontinuous(connected,pt.coord())) {
for (int c=-halfsize; c<=halfsize; c++) {
for (int d=-halfsize; d<=halfsize; d++) {
// TODO: Use if.. else to avoid extra computation
if(a+c>=0 && a+c<w && b+d>=0 && b+d<h) {
if ( (abs(c)<size/4) && (abs(d)<size/4) && box[ICoord(c+halfsize,d+halfsize)]==0)
box[ICoord(c+halfsize,d+halfsize)]=newThresh[ICoord(a+c,b+d)];
else
box[ICoord(c+halfsize,d+halfsize)]=connected[ICoord(a+c,b+d)];
}
}
}
box=skel.skeletonize(cl.close(box,size/4));
for (int g=-halfsize; g<=halfsize; g++) {
for (int h2=-halfsize; h2<=halfsize; h2++) {
if(a+g>=0 && a+g<w && b+h2>=0 && b+h2<h) {
if (connected[ICoord(g+a,h2+b)]==0) {
connected[ICoord(g+a,h2+b)]=box[ICoord(g+halfsize,h2+halfsize)];
}
}
}
}
}
}
return skel.skeletonize(cl.close(connected,d));
}
