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The shape of ADD2

#uxn #theWorkshop

#theWorkshop #uxn
in reply to charlie

charlie
charlie
• •

thought PPM was the most straightforward image format for debugging stuff but then I found TGA

Anyway, I'm debugging some numbers. The intensity of the pixel at (x,y) is the result of `x y ADD2`, and both axes range from 8000 to 7fff.

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Devine Lu Linvega
Devine Lu Linvega
• •
very pretty series
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charlie
charlie
• •
Here's all of them 😀 this was fun
Two side-by-side images of diagonal gradients representing the addition operation. The image on the left has been generated using wrapping arithmetic and is chopped in some places, while the image on the right has been generated using saturating arithmetic and appears smooth, with the previously chopped spots filled with a solid color appropriate for the gradient.
Two side-by-side images of diagonal gradients representing the subtraction operation. The image on the left has been generated using wrapping arithmetic and is chopped in some places, while the image on the right has been generated using saturating arithmetic and appears smooth, with the previously chopped spots filled with a solid color appropriate for the gradient.
Two side-by-side images of gradients representing the multiplication operator. The image on the left has been generated using wrapping arithmetic and shows many different repeating gradients all converging towards the center reminiscent of the y=1/x function. The image on the right has been generated using saturating arithmetic and shows just a single converging gradient, with the previously repeating spots filled with a solid color appropriate for the gradient.
Two side-by-side images of gradients representing the division operator. The image on the left has been generated using wrapping arithmetic and shows many different repeating gradients all converging towards the center. The image on the right has been generated using saturating arithmetic and shows just a single converging gradient, with the previously repeating spots filled with a solid color appropriate for the gradient.

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