R = red filter B = blue filter O = empty space P = purple photons C = clone W = white photons
C W W R O O O P P P P P P P P P C W W O O O B P P P P P P P P P C W W R O O O P P P P P P P P P C W W O O O B P P P P P P P P P C W W R O O O P P P P P P P P P
@Teiiiodu08 As the maker of the original gamma ray laser, I will tell you how I did it... XD Instructions: - Use PCLN as the Photon Emitter - Put the PCLN pixels in rows (however many you want in a row), with black hole in between - Put Filter in front of each row, at least 3 spaces of dead space in between the PCLN & Filter - Make the rows of Filters 2-3 pixels long and spaced 1 pixel apart - Make sure that the Filter is not touching anything, especially the other rows of Filter - Heat/Cool the PCLN to make a certain color...
*Note different amounts of different colors of filter can make different tints and shades. For a true purple laser, use 2 blues and then 1 red and then 2 blues and then 1 red and then 2 blues: If you use red/blue/red/blue/etc. you will get a more pinkish color.
You are using a technique to place 2 lasers on top of each other, one red and one blue, but if you use two lasers next to each other, then you can make a darker shade, making it less of a pink and more of a purple. But still, +1 for figuring it out yourself :)
Good luck making lasers! Hope this helped! XD
P.S. Thx for noticing my gamma ray idea, I never thought it would catch on.