public void run() {
/**
* /////test part//// mPoint testp1 = new mPoint(1,1,3,0.5f); mPoint testp2 = new
* mPoint(70,50,20,0.5f); // mMath.LinearInterpolation(testp1,testp2); //
* System.out.println(testp1.x+" \n"+testp2.x);
*
* <p>canvas.drawLine(testp1,testp2);
*
* <p>// mPoint3 p[] = {new mPoint3(1,2,3),new mPoint3(2,1,3),new mPoint3(3,4,5)}; mPoint p[] =
* {new mPoint(70,1,3,1),new mPoint(1,40,3,1),new mPoint(70,60,5,1)}; canvas.fillTriangle(p);
*/
/**
* --the way to create objects in a world mOject obj = new mObject(...); mWorld w = new
* mWorld(); w.add(obj); --draw it mCamera cam = new mCamera(...); cam.capture(w); //cam will
* refresh the bufferedImage own.repaint(); //will refresh the window with bufferedImage
*/
mCube cube = new mCube(new mPoint3(0, 90, -80), 100, 100, 100);
// mCube cube2 = new mCube(new mPoint3(-300,300,0),500,500,500);
mCone cone = new mCone(new mPoint3(0, 50, 0), 80, 200);
mObject obj = new mObject();
obj = createRandomSurface(obj, 0, 200, 60, 260);
/*obj.shape = new mShape();
obj.pos=new mPoint3(50,0,0);
mPoint3[] points={
obj.pos,
new mPoint3(50,50,0),
new mPoint3(100,0,0),
new mPoint3(100,50,0)
};
short[][] tripoints = {
{0,0},
{3,2},
{1,3}
};
short[][] linepoints = new short[2][0];
obj.center = new mVector3(0,0,0);
obj.shape.set(points,linepoints,tripoints);
obj.refer = new mReferenceTransformation(new mPoint3(obj.pos,obj.center),
new mVector3(0,1,0),
new mVector3(1,0,0));*/
mGrid grid = new mGrid(100);
mWorld w = new mWorld();
w.add(cube);
// w.add(cube2);
w.add(grid);
w.add(cone);
w.add(obj);
mCamera cam = new mCamera(canvas);
cam.capture(w);
own.repaint(speed);
/*
CoordinateTransformation.test();
mTriangle tri = new mTriangle(p);
/*
for(int i=0;i<20;i++){
cube.rotate((float)Math.PI/40,(float)Math.PI/40,(float)Math.PI/40);
cube.move(new mVector3(0,5,0));
try{
this.sleep(90);
}catch(InterruptedException e){
System.err.println(e.getMessage());
}
canvas.clear();
cam.capture(w);
own.repaint();
}//*/
for (int i = 0; i < 10; i++) {
cube.rotate(0, (float) Math.PI / 20, (float) Math.PI / 20); // (float)Math.PI/20);
cube.move(new mVector3(10, 0, 10));
try {
this.sleep(speed);
} catch (InterruptedException e) {
System.err.println(e.getMessage());
}
canvas.clear();
cam.capture(w);
own.repaint(speed); // timeout = 60
} // */
for (int i = 0; i < 20; i++) {
cube.rotate((float) Math.PI / 40, 0, (float) Math.PI / 40); // (float)Math.PI/20);
cube.move(new mVector3(-10, -5, 0));
try {
this.sleep(speed);
} catch (InterruptedException e) {
System.err.println(e.getMessage());
}
canvas.clear();
cam.capture(w);
own.repaint(speed);
} // */
// int time = 0;
while (true) {
cam.rotate((float) Math.PI / 30, 0, 0);
// time++;
// float move = 30*(float)Math.sin((float)time/5);
// cam.move(new mVector3(move,move,move));
try {
this.sleep(speed);
} catch (InterruptedException e) {
System.err.println(e.getMessage());
}
canvas.clear();
cam.capture(w);
own.repaint(speed);
} // */
}
/** rotateThread constructer initialize the Component mCanvas BufferedImage Graphics */
public rotateThread(Component owner, BufferedImage bufimg) {
this.own = owner;
this.bufimg = bufimg;
canvas = new mCanvas(bufimg.getWidth(), bufimg.getHeight(), own, bufimg);
canvas.setCurcolor(mMath.toRGB(255, 255, 255, 0));
}
