ph_setgravity (vector(0, 0, -383)); // set the gravity
	phent_settype (dragon, PH_RIGID, PH_BOX); // set the physics entity type
	phent_setmass (dragon, 1, PH_BOX); // and its mass
	phent_setfriction (dragon, 100); // set the friction
	phent_setdamping (dragon, 40, 40); // set the damping
	phent_setelasticity (dragon, 1, 1); // set the elasticity
	
	while (1)
	{
		
		
		rotatedragon_force.x = -100 * time_step * (key_cur - key_cul); // move the ball using the cursor keys
		rotatedragon_force.y = -100 * time_step * (key_cuu - key_cud); // 25 sets the x / y movement speeds
		rotatedragon_force.z = 0;
		
		dragon_force.x = 0;
		dragon_force.y = 0;
		dragon_force.z = 3000 * time_step * (key_space); // no need to move on the vertical axis
		phent_addcentralforce(dragon, dragon_force); 
		phent_addtorqueglobal (dragon, rotatedragon_force); // add a torquxe (an angular force) to the ball
		wait (1);
	}

var t = 0; //Zeit die verstreicht
var v = 10; //Anfangsgeschwindigkeit (Die durch einen Flügelschlag erreicht wurde)
var anfangshoehe = dragon.z; //Höhe vor Fall
while(1)
{

dragon.z = anfangshoehe + 1/2 * -9.81 * (t*t) + v*t;
t += time_frame;

wait(1);
}

VECTOR temp;
var force_x = 300;
vec_for_angle(temp, my.pan);
vec_normalize(temp, force_x);