package rlforj.los.test;
import rlforj.los.ConePrecisePremisive;
import rlforj.los.IConeFovAlgorithm;
import rlforj.los.ShadowCasting;
import rlforj.math.Point2I;
public class ConeFovTest
{
/*
* TODO : convert to TestCase
*/
public static void main(String[] args)
{
int startAngle=-10, finishAngle=100;
// if(startAngle<0) {startAngle%=360; startAngle+=360; }
// if(finishAngle<0) {finishAngle%=360; finishAngle+=360; }
//
// if(startAngle>360) startAngle%=360;
// if(finishAngle>360) finishAngle%=360;
// System.out.println(startAngle+" "+finishAngle);
TestBoard b=new TestBoard(false);
b.exception.add(new Point2I(15, 15));
b.exception.add(new Point2I(15, 16));
b.exception.add(new Point2I(16, 15));
IConeFovAlgorithm a= new ConePrecisePremisive();
a.visitConeFieldOfView(b, 10, 10, 10, startAngle, finishAngle);
b.mark(10, 10, '@');
b.print(-1, 21, -1, 21);
System.out.println("visitederr "+b.visiterr);
a= new ShadowCasting();
b.visited.clear();
a.visitConeFieldOfView(b, 10, 10, 10, startAngle, finishAngle);
b.mark(10, 10, '@');
b.print(-1, 21, -1, 21);
// IFovAlgorithm a1= new ShadowCasting();
// b.visited.clear();
//
// a1.visitFieldOfView(b, 10, 10, 10);
//
// b.mark(10, 10, '@');
// b.print(-1, 21, -1, 21);
}
}