function Cam1()
{
	
var cam_goal_dist = -40;					//Variable for the camera-distance
//camera.z = Ships[1].z + 850;		//thats the cam-starting position

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.x = Ships[1].x;		//the x and y position is always the player x and y position
//camera.y = Ships[1].y;


/*
cam_goal_dist = Ships[1].z + 850 + facCamAbst;     // always the standard-distanze plus the variable distance
																	// how the variable-distance ist calculated you see in Pl_Ship.c

if(camera.z < cam_goal_dist) { camera.z += 1.8; }  // the cam position follow the calculated cam_goal_dist variable
if(camera.z > cam_goal_dist) { camera.z -= 1.2; }  // the reason why i use this: it brings more "dynamic" to the cam-movement
*/


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


wait(1);	
 }
}

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);	
 }
}