public Color3 getColorAt(int a, int b) {
Color3 endColor = Color3.BLACK;
int i;
for (i = 0; i < proj_class.photonmap.getStoredPhotons(); i++) {
Photon pho = proj_class.photonmap.getPhoton(i);
if (pho != null) {
if (((int) pho.x == a) && ((int) pho.z == b)) {
float tempr =
((float) pho.R)
* (((instrument) proj_class.instruments.get_object(pho.lightSource)).getLevel()
/ 100);
float tempg =
((float) pho.G)
* (((instrument) proj_class.instruments.get_object(pho.lightSource)).getLevel()
/ 100);
float tempb =
((float) pho.B)
* (((instrument) proj_class.instruments.get_object(pho.lightSource)).getLevel()
/ 100);
if (tempr != 0) {
int fake = 0;
fake++;
}
endColor = endColor.add(new Color3(tempr, tempg, tempb));
float newr = (float) endColor.getR();
float newg = (float) endColor.getG();
float newb = (float) endColor.getB();
if (newr > 1) {
newr = 1;
}
if (newg > 1) {
newg = 1;
}
if (newb > 1) {
newb = 1;
}
endColor = new Color3(newr, newg, newb);
}
}
}
return endColor;
}
