function rotate_rel(VECTOR* meentity, VECTOR* youentity, ANGLE* youangle, VECTOR* distanz)
{
	vec_set(meentity.x, distanz);
	vec_rotate(meentity.x, youangle.pan);
	vec_add(meentity.x, youentity.x);
	
	//	rotate_rel(testpos.x, ent_ShipDummie.x, ent_ShipDummie.pan,  vector(50, 100, 100));
	// Beispiel
}

function Cam1()
{
	
var cam_goal_dist = -40;					//Variable for the camera-distance

camera.x = Ships[1].x;		//the x and y position is always the player x and y position
camera.y = Ships[1].y;
camera.z = Ships[1].z;	
	
while(1){	

rotate_rel(camera.x, Ships[1].x, Ships[1].pan, vector(cam_goal_dist,0,0));

if(key_u != 0) { cam_goal_dist += 2*time_step; }
if(key_i != 0) { cam_goal_dist -= 2*time_step; }

camera.tilt= 0;
camera.roll= 0;
camera.pan = Ships[1].pan;


wait(1);	
 }
}

// Engine Funktion - Kamera script
var camera_distance = 75;
var cam_height = 0;
var bone_height = 0;

function handle_camera() 
{
	// Vectoren
	VECTOR temp;
	VECTOR anker;
	VECTOR tempvect;
	
	// Durch bewegen der Maus wird die Kamera gesteuert, aber nur unter bestimmten Umständen
	if(key_d == 0 && key_a == 0 && key_shift == 1){character.pan -= mouse_force.x * 10 * time_step;}
	else if(key_shift == 0){character.pan -= mouse_force.x * 10 * time_step;}
	
	// Kamera hoch und runter blicken lassen
	cam_height -= mouse_force.y * 8 * time_step;
	cam_height = clamp(cam_height,-50,50);
	
	// Kamera Anker (Ankerpunkt der Kamera, orientiert sich am Spieler)
	anker.x = character.x + 25 * sin(character.pan);
	anker.y = character.y - 25 * cos(character.pan);
	anker.z = character.z + 35;
	
	// Kamera orientiert sich am Ankerpunkt
	camera.x = anker.x - camera_distance * cos(character.pan);
	camera.y = anker.y - camera_distance * sin(character.pan);
	camera.z = anker.z + cam_height;
	
	// Kamera blickt in die Richtung des Ankerpunktes (Also gleichzeitig in Spielerrichtung)
	vec_set(temp,anker.x);
	vec_sub(temp, camera.x);
	vec_to_angle(camera.pan, temp);

	// Billige Kamera Kollision
	trace_mode = IGNORE_ME | IGNORE_PASSABLE;
	result = trace(my.x,camera.x);
	if(result > 0) { vec_set(camera.x,target.x); }
	
	// Steuerung der Rückenbones für Zielmodus
	if(mouse_right == 1 && character.move_mode == 1)
	{
		bone_height = cam_height;
		ent_bonerotate_parent(character,"Bone1",vector(0,-bone_height,0));
	}	
	
	if(mouse_right == 0)
	{
		if(bone_height > 0)
		{
			ent_bonerotate_parent(character,"Bone1",vector(0,-bone_height,0));
			bone_height -= 20 * time_step;
		}
		if(bone_height < 0)
		{
			ent_bonerotate_parent(character,"Bone1",vector(0,-bone_height,0));
			bone_height += 20 * time_step;
		}
	}
}