void updateCam(ENTITY* ent)
{
	//Positionsparamter
	ANGLE camang;
	vec_set(camang, vector(-180,20,100));
	var camdist = 200;
	var camheight = 10;
	var tiltmin = -80;
	var tiltmax = 80;
	var collshorten = 5;
	
	//Updateparameter
	var angupdate = 0.5;
	var centerupdate = 0.3;
	var distupdate = 0.3;
	var tiltspeed = 10;
	
	//aktuelle Kameraparameter
	ANGLE currang;
	vec_set(currang, ent.pan);
	vec_add(currang, camang);
	VECTOR currcenter;
	vec_set(currcenter, vector(ent.x, ent.y, ent.z));
	var currdist = camdist;
	
	//Temporäres
	ANGLE targetang;
	VECTOR tempvec;
	var tempdist;
	
	proc_mode = PROC_LATE;
	while(1)
	{	
		//Steuern der Höhe mit der Maus
		camang.tilt -= mouse_force.y*tiltspeed*time_step;
		camang.tilt = clamp(camang.tilt, tiltmin, tiltmax);
		
		//Setzen der relativen Zielposition
		vec_set(targetang, ent.pan);
		vec_add(targetang, camang);
		
		//relatives Positionsupdate
		vec_diff(tempvec, targetang, currang);
		vec_scale(tempvec, angupdate*time_step);
		vec_add(currang, tempvec);
		
		//absolutes Positionsupdate
		vec_diff(tempvec, ent.x, currcenter);
		vec_scale(tempvec, centerupdate*time_step);
		vec_add(currcenter, tempvec);
		
		//setzen der resultierenden Position
		vec_set(camera.x, vector(camdist, 0, 0));
		vec_rotate(camera.x, currang);
		vec_add(camera.x, vector(currcenter.x, currcenter.y, currcenter.z+camheight));
		
		//Kollision der Kamera
		you = ent;
		tempdist = c_trace(vector(ent.x, ent.y, ent.z+camheight), camera.x, IGNORE_YOU|USE_POLYGON|IGNORE_PASSABLE);
		tempdist = minv(tempdist, abs(tempdist-collshorten));
		if(tempdist > 0 && currdist >= tempdist)
		{
			currdist = tempdist;
		}else
		{
			if(tempdist > 0)
			{
				currdist += (tempdist-currdist)*distupdate*time_step;
			}else
			{
				currdist += (camdist-currdist)*distupdate*time_step;
			}
		}
		
		//Anpassen der Position bei Kollision
		vec_diff(camera.x, camera.x, vector(currcenter.x, currcenter.y, currcenter.z+camheight));
		vec_normalize(camera.x, currdist);
		vec_add(camera.x, vector(currcenter.x, currcenter.y, currcenter.z+camheight));
		
		//setzen der Blickrichtung
		vec_diff(camera.pan, vector(ent.x, ent.y, ent.z+camheight), camera.x);
		vec_to_angle(camera.pan, camera.pan);
		camera.roll = 0;
		
		wait(1);
	}
}