CraftedCart

@craftedc.art

15 Followers 6 Following

Software engineer, game modder, sergal "I make the thing do the thing with the thing" BSKY USERS: I can't see your replies unless you follow @ap.brid.gy 🌉 bridged from https://furry.engineer/@CraftedCart on the fediverse by https://fed.brid.gy/

A screenshot of Blender. There is a cube projected diametrically, perfectly framed within the bounds of the camera.
Screenshot of Ocelot Desktop, an OpenComputers emulator. A 3D scene is being rendered (raymarched) with a cuboid, a sphere, and a torus, with very simplistic lighting.
Screenshot of a Minecraft world at night, by a lake. There is... - A small crop farm growing wheat, carrots, pumpkins, and sugar cane - A wooden abode extending out from a pier - Another wooden house further inland on a hill
A screenshot of the easing tool on my website. It is showing the "out elastic" animation curve, described by some expression code. That expression code is transpiled into several different programming languages below - generated Rust, C, C++, and GLSL/HLSL/OpenCL C code are visible here.
A screenshot of Davinci Resolve Fusion's node editor. There is a text node, and a sticky note node, which contains Lua code. The lua code appears to be making rotation matrices.
A screenshot of a custom menu in Balatro. It's graphing how many chips I scored per hand, the number of chips I need to score, and my money over time. On the side is additional info for a single hand, including the cards I played, jokers used, and the blind.
A screenshot of a custom menu in Balatro. It's graphing how many chips I scored each round. The UI has been slightly re-arranged and neatened up from the previous toot in the thread.
A screenshot of a custom UI menu in Balatro. It's graphing how much I scored for each hand.
A raytraced voxel scene of a train platform. In the corner is a debug UI showing performance metrics.
A screenshot of Radeon GPU Analyzer, showing decompiled assembly code for a compute shader.
A screenshot of Radeon GPU analyzer, showing a graph of wavefront occupancy. The majority of the time is spent at around 60% occupancy, and colored blue to signify it's bottlenecked on VGPRs (vector general purpose registers).