entity* skysphere;

function scaled_sky()
{
	proc_late(); // required to prevent odd effects from occurring
	my.skill1 = 16; // change this to the scaling value you want - at 64, the area becomes 64 times larger than the model and at 4, it becomes 4 times larger than the model
	skysphere = me;
	
	while (!skysphere) // wait until pointer is valid
	{
		wait(1);
	}
	
	// my.scene = on;
	
	while(1)
	{
		my.x=camera.x/my.skill1*(my.skill1-1);
		my.y=camera.y/my.skill1*(my.skill1-1);
		my.z=camera.z/my.skill1*(my.skill1-1);
		
		/*
		my.x = 4/camera.x; // play with the 16 and see what effect it has.
		my.y = 4/camera.y; // at 64, the sky sphere should be 4 times bigger than with this
		my.z = 4/camera.z; // at 4, the sky sphere should be 4 times smaller than this and 16 times smaller than if 64
		*/
		wait(1);
	}
}

function main()
{
	fps_max = 200; // gives me 64 fps in both fullscreen and windowed mode
	
	wait(3);
	
	level_load(samplelvl); // load the level
	wait(3);
	
	camera.x = -1024;
	camera.y = -2560;
	camera.z = 0;
	camera.pan = 67.5; // face north-northeast at startup
	skysphere = ent_createlayer("skysphere.mdl", scene, 3); // scene is an unknown parameter
	scaled_sky();
	wait(1); // registers this data
	move_camera(); // allow for camera movement
}