RNavega wrote: ↑Fri Apr 19, 2024 12:30 am for every pixel of the image, it loops through every segment of the polygon to see which has the nearest distance.

I've made this exactly same way! But for not closed polyline:
viewtopic.php?p=243686#p243686

Wow! Very nice!
I've tried to make the d-string parser, but it was always bad, there are too much variations how you can write the same vectors.

Nice!

skullmangor wrote: ↑Thu Mar 28, 2024 12:34 am Tho I have some difficulties guessing where to start, should I start by learning and mastering Lua first?

Lua in 15 minutes:
https://tylerneylon.com/a/learn-lua/

麻猫和黄猫 wrote: ↑Thu Mar 28, 2024 4:54 pm hi,i am from china , your game its the only one i can understand in this fourm, its very helpul ,i must say thanks to you

Thanks! I am learning how to code and I've made alot of small programs: https://github.com/darkfrei/love2d-lua-tests

The parabola is given by focus and directrix. Finding the roots of parabola for given high y: function getFocusParabolaRoots (fx, fy, y) -- focus, horizontal line -- (directrix dirY is global) local h = fx -- x shift local p = -(dirY-fy)/2 -- always negative for voronoi local k = (fy - p) - y -- (fy...

ChatGPT can make Lua / Love2D code as well, also translate one language to other. With mistakes, that is hard to find, yeah.

[...] You've bumped a 10 year old thread. love.graphics.push ("all") was added to love 9 years ago and does what the OP asks, you should use it instead of that code. Almost 10 years. But we read the wiki graphics.pop yesterday and there was a problem: no information about the color stacki...

local function graphicsPushPopGenerator() local states = {} local graphicsPush = function() local currentState = { color = {love.graphics.getColor()}, -- must be table lineWidth = love.graphics.getLineWidth(), pointSize = love.graphics.getPointSize() } table.insert(states, currentState) end local g...

Meshes seem to be unnecessary complicated for my use - I am neither using images, nor canvas. I am working with 2D, not 3D. I am drawing polygons directly and using physics functions. I can simulate gradients via repeated drawing of multiplied polygons, but I will have to benchmark performance here...