double dist, dire;
point p[] = new point[144];	//string point;
point vp;	//view point;
point ip;	//i view point;
double hpx[] = new double[144];	//home position x
double hpy[] = new double[144];	//home position y
double zoom;	//zoom
double xx, yy;
point whp;	//width height point;
double doai;
String st[] = new String[p.length];
String stt = new String("ThisIsMotionExpressLanguage.
IfYouWish,YouCanGenerateTheObjectWhichCarriesOutADynamicMotion.
Let'sEnjoyDynamicWorld!!!!!URL:motionexpress.net/mel/");
boolean mouseP;
//�T���v��

[setup, 300, 300]{
	vp = point(monitorWidth / 2, monitorHeight / 2);
	ip = point(monitorWidth / 2, monitorHeight / 2);
	zoom = 0.2;
	xx = monitorWidth  * zoom / (Math.sqrt(p.length) + 1);
	yy = monitorHeight * zoom / (Math.sqrt(p.length) + 1);
	int ii = 0;
	for(int i = 0; i < p.length; i++){
		p[i] = point(xx, yy);
		hpx[i] = xx;
		hpy[i] = yy;
		xx = xx + monitorWidth  * zoom / (Math.sqrt(p.length) + 1);
		ii += 1;
		if(Math.sqrt(p.length) <= ii){
			yy += monitorHeight * zoom / (Math.sqrt(p.length) + 1);
			xx = monitorWidth * zoom / (Math.sqrt(p.length) + 1);
			ii = 0;
		}
	}
	for(int i = 0; i < p.length; i++){
		hpx[i] -= (zoom - 1) *(double)monitorWidth/2.;
		hpy[i] -= (zoom - 1) *(double)monitorHeight/2.;
	}
	whp = point(zoom * 10, 0);
	for(int i = 0; i < p.length; i++){
		st[i] = stt.substring(i, i+1);	
	}
	mouseP = false;
	setFontName("Helvetica");
}

[paint]{
		clearAll();
		setFontSize(whp.x);
		setColor(0, 0, 0);
		for(int i = 0; i < p.length; i++){
			drawString(st[i], p[i].x, p[i].y);
		}
}


[time, 3]{
	zoom = 1.5;
	reset();
}

[time, 6]{
	ip.x = 60;
	ip.y = 60;
	zoom =1.5;
	reset();
}

[time, 9]{
	ip.x = 240;
	ip.y = 60;
	zoom =1.5;
	reset();
}

[time, 12]{
	ip.x = 60;
	ip.y = 240;
	zoom =1.5;
	reset();
}

[time, 15]{
	ip.x = 240;
	ip.y = 240;
	zoom =1.5;
	reset();
}

[time, 18]{
	ip.x = 150;
	ip.y = 150;
	zoom = 0.5;
	reset();
}


[always]{
	doai = 5;
	
	dist = vp.distanceTo(ip);
	dire = vp.directionTo(ip);
	vp.push(dist / doai, dire);
	
	for(int i = 0; i < p.length; i++){
		dist = p[i].distanceTo(hpx[i] - (vp.x - monitorWidth / 2.) * zoom, hpy[i] - (vp.y - monitorHeight / 2.) * zoom);
		dire = p[i].directionTo(hpx[i] - (vp.x - monitorWidth / 2.) * zoom, hpy[i] -(vp.y - monitorHeight/ 2.) * zoom);
		p[i].push(dist /doai, dire);
	}
	dist = whp.distanceTo(zoom *10, 0);
	dire = whp.directionTo(zoom * 10, 0);
	whp.push(dist / doai, dire);
	if(mouseP == true){
		dist = ip.distanceTo(mouseX, mouseY);
		dire = ip.directionTo(mouseX, mouseY);
		ip.push(dist, dire);
	}
}

void reset(){
	xx = monitorWidth  * zoom / (Math.sqrt(p.length) + 1);
	yy = monitorHeight * zoom / (Math.sqrt(p.length) + 1);
	int ii = 0;
	for(int i = 0; i < p.length; i++){
		hpx[i] = xx;
		hpy[i] = yy;
		xx = xx + monitorWidth  * zoom / (Math.sqrt(p.length) + 1);
		ii += 1;
		if(Math.sqrt(p.length) <= ii){
			yy += monitorHeight * zoom / (Math.sqrt(p.length) + 1);
			xx = monitorWidth * zoom / (Math.sqrt(p.length) + 1);
			ii = 0;
		}
	}
	for(int i = 0; i < p.length; i++){
		hpx[i] -= (zoom - 1) *(double)monitorWidth/2.;
		hpy[i] -= (zoom - 1) *(double)monitorHeight/2.;
	}
}

[mousePressed]{
	zoom =1.5;
	reset();
	mouseP = true;
}

[mouseReleased]{
	ip.x = 150;
	ip.y = 150;
	zoom = 0.2;
	reset();
	mouseP=false;
}