import hype.*;
import hype.extended.behavior.HRotate;
import hype.extended.layout.HGridLayout;

int stageW = 900;
int stageH = 900;
int bgClr  = #242424;

HDrawablePool pool;

PImage gradTex1, gradTex2, gradTex3;

void settings() {
	size(stageW, stageH, P3D);
	fullScreen(1);
}

void setup() {
	H.init(this).background(bgClr).use3D(true);

	gradTex1 = loadImage("grad_001.png");
	gradTex2 = loadImage("grad_002.png");
	gradTex3 = loadImage("tex3b.png");

	pool = new HDrawablePool(100);
	pool.autoAddToStage()
		.add(new HBox().texture(gradTex1))
		.add(new HBox().texture(gradTex2))
		.add(new HBox().texture(gradTex3))

		// .add(new HSprite().texture(gradTex1))
		// .add(new HSprite().texture(gradTex2))

		.layout(new HGridLayout().startX(44.5).startY(44.5).spacing(90,90).cols(10))
		.onCreate(
			 new HCallback() {
				public void run(Object obj) {
					HDrawable d = (HDrawable) obj;

					int ranRot = 90 + ( (int)random(4)*90 );

					// d.noStroke().fill(255, 225).size(178).anchorAt(H.CENTER).rotation(ranRot);
					d.noStroke().fill(255, 225).size(178).rotation(ranRot).z( (int)random(-100,100) );

					float ranX = random(-1.0, 1.0);
					float ranY = random(-1.0, 1.0);
					float ranZ = random(-1.0, 1.0);

					new HRotate().target(d).speedX(ranX).speedY(ranY).speedZ(ranZ);
				}
			}
		)
		// .requestAll()
		.shuffleRequestAll()
	;
}

void draw() {
	pushMatrix();
		translate( (width/2)-(stageW/2), (height/2)-(stageH/2) );
		H.drawStage();
	popMatrix();
}