The downsides of all of these are as follow: Multithreading - Moving simulation logic to separate CPU threads.GPU simulation - Moving simulation logic to the GPU.Spatialhashing/Quadtree - splitting the screen into a grid and only updating cells with particles in it.I've got the options for optimization narrowed down to a pretty small list: Name, Color(table containing 4 values, r,g,b,a), Update logic function, Color variation modifier (0 = no color variation between particles)

These numbers refer to an index inside a table which contains particle data. The way my simulation works is that I have a large table that contains numbers. The simulation can handle 59k particles at 60FPS however pretty much anything over that amount will cause the FPS to plummet so I've been thinking of other ways to optimize it. I've been making it in Love2D and I'm please with what I got so far. Another game from the same developer with an aquatic theme can also be checked at, for the past couple of weeks, I've been working on a falling sand simulation inspired by games such as The Powder Toy, Noita, and Sandspiel. You can check his portfolio on his website. Click browse to explore art created by other users, which you can then embellish with your own creativity or use as inspiration. You can make art and share it with the community by hitting upload.

Use the game as a canvas to paint dynamic artworks that react when unpaused. Use solids to develop visually satisfying chain reactions by controlling and containing the flows of gases and liquids. There’s also an undo button that takes you back to various points in your process and a pause button to pause time.

You have 20 elements to play with, but you can also adjust the brush sizes to finely control the quantity. You can plant seeds and water them, ignite fires and extinguish them, turn lava to stone, and create beautiful works of art. Build unique environments with 20 different elements.

Falling sand game online free