#Geometry Dash Coding

We built a 3D rose using mathematics. No sculpting — each petal is generated with parametric geometry. Formulas control the shape, curvature, and openness. Custom shaders handle color, light, and depth. We’re refining the system and will release the open-source code with a full breakdown soon on our Patreon. Subscribe so you don’t miss it. #threejs @gsap_greensock

Just makes things way too complicated 🫩

this will blow your mind🤯

Nobody Expected This from a Simple School Assignment!

What’s inside matters. 🖨️ Quick look at different infill patterns and why we use them — strength, weight, speed, and material savings all come down to what’s happening inside the walls. Grid, gyroid, cubic… they might look cool, but each has a purpose. #3dprinting #bambulab

Surface of revolution A surface of revolution is a surface in Euclidean space created by rotating a curve (the generatrix) one full revolution around an axis of rotation. #math #3dprinting #desmos #geometry

3D printing clay tiles using Alan Turing’s morphogenesis model. A reaction–diffusion system generating emergent patterns — translated into ceramic form. Mathematics becoming matter. with Shams Hazim of @underbug.inc as the 3d printing sensei

i only touch grass when there's an onshape outage, so not often. @onshapeptc u should sponsor me, personally, frfr #onshape #frc #ftc #robotics #engineering #cad

Been grinding on this all week. Prototype #3 finishes printing in 24 hours. Hopefully it works 🤞

Nice work Jeremy! Should I make it more than a sharpie written on the block? What about doing more stuff for subscribers to get blocks on the wall? More trivia??? Let me know! #3dprinting #minecraft #stem #science #subscribe

5 cylinder Radial Engine #solidworks #engine #engineering #3dprinting #modeling

The Concept A digital render is a frictionless void. It lies about tension, weight, and structure. Physical space demands friction. Before a spatial installation reaches the fabrication floor, it must survive the cutting mat. Build small to fail fast. The blade slicing through cardboard exposes the structural truths that a 3D model hides. If the geometry cannot support itself on a desk, it will collapse under its own weight on a site. Form finding requires physical resistance. The Computation Grasshopper generates infinite complexity in milliseconds. But code cannot feel material stress (arguably pseudo physics). We write parametric scripts to rationalize doubly curved surfaces and automate precise CNC toolpaths. Then we step away from the monitor. We force the algorithm into physical constraints. Bending a scaled paper prototype tests the exact structural nodes the script just calculated. It is a continuous feedback loop between computational logic and material reality. We script the geometry. We trust the physical friction.