ok couldn't seem to get your script working, but after i butchered it up
i got a semi versionish of it.



Hers is what i did to the script to at least get the above results ( just changed how the color vector was set for the differnt colors)

its based on the trace distance result for color intensity

Code:

---

 

bmap b_canvas = <canvas.tga>; // use the same size as screen resolution

panel pnl_canvas
{
	bmap = b_canvas;
	flags = refresh;
}

function render()
{
	me = player;
	var color[3];
   var trace_hit;
   var xx;
   var i;
   var pixel;
	randomize();
var format;
	var yy = 0;
	while(yy < screen_size.y)
	{
		pnl_canvas.visible = on;
		format = bmap_lock(b_canvas, 0);
		xx = 0;
		while(xx < screen_size.x)
		{
			vec_set(temp.x, vector(xx, yy, 2000));
			vec_for_screen(temp.x, camera);
			trace_hit = c_trace(camera.x, temp.x,ignore_me);
			
			if (trace_hit !=0)
			{
				i = (1-trace_hit/2000)*255;
				i = int(i);
				vec_set(color,vector(i,i,i));
			}
			else
			{
				i = 255;
				vec_set(color,vector(i,i,i));	
			}
			pixel = pixel_for_vec(color, 100, format);
			pixel_to_bmap(b_canvas, xx, yy, pixel);
			xx += 1;
		}
		bmap_unlock(b_canvas);
		yy += 1;
		wait(1);
	}	
}

on_r = render;

 

---

can get sort of close to your results be adjusting how the color intensity is calcualted based on distance



mabey to make it run even faster and get the pixelation effect could set blocks of pixels. start on row 1 and skip every other row on teh screen then fill in the surrounding pixels example
instead of setting xx,yy for every pixel, take a page from interlace monitors.
start on second row of pixels

0123-> Y = 0
0123-> Y = 1
0123-> Y = 2

so start X = 1 Y = 1
fill
0,0 1,0 2,0
0,1 1,1 2,1
0,2 1,2 2,2

all in one shot

so XX and YY increments would be XX+=3 YY +=3