forge-procedural-geometry

Procedural 3D geometry for real-time rendering is generated using the forge_shapes.h library, producing unit-scale shapes centered at origin with Y-up and CCW winding for direct GPU upload.

The correct GPU buffer layout for uploading procedural shapes is a struct-of-arrays format, requiring a single .c file to implement the library usage pattern and execute correct buffer uploads.

To create a parametric UV sphere, generate the CPU-side shape data with forge_shapes.h, upload the buffers to the GPU, and render the shape within a render pass using simple binding helpers.

Available parametric shapes for dynamic geometry generation include sphere, icosphere, cylinder, cone, torus, plane, cube, and capsule, all designed for real-time graphics visualization and demonstrations.

Yes, you can use forge_shapes.h to generate geometry for real-time visualization tools, as it provides reusable, parametric shapes specifically designed for scenes, tools, and demonstrations.

Procedural geometry generation using this approach requires no external dependencies or components, relying solely on a single .c file implementing the forge_shapes.h library usage pattern.