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code-review-benchmark

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@code-review-benchmark

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2,468Public Repos

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70Published Skills

Provides specialized SDL3 GPU rendering pipelines, 3D asset processing, and educational scaffolding for high-performance graphics development.

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Skills Distribution

Agent Skills by code-review-benchmark

Showing 70 vetted skills indexed across 1 GitHub repositories.

code-review-benchmark

forge-pipeline-library

Scan, fingerprint, process, and bundle game assets into .forgepak archives.

code-review-benchmark

dev-docs-review

Identify stale or inaccurate documentation across repository files and references.

code-review-benchmark

forge-auto-widget-layout

Automate widget layout in ForgeUiContext with stack-based vertical and horizontal panels.

code-review-benchmark

forge-mipmaps

Generate mipmapped textures and configure sampler mipmap modes for SDL3 GPU.

code-review-benchmark

forge-camera-and-input

Create a first-person camera with quaternion orientation and keyboard/mouse input for SDL3 GPU scenes.

code-review-benchmark

forge-scene-renderer

Initialize a complete 3D scene with device, pipelines, and camera via forge_scene.h.

code-review-benchmark

forge-environment-mapping

Create 6-face cubemaps and render skyboxes with SDL3 GPU.

code-review-benchmark

forge-vertex-pulling

Fetch vertex data from a storage buffer in SDL3 GPU vertex shaders.

code-review-benchmark

forge-gobo-spotlight

Implements projected-texture spotlight with cone falloff and shadow mapping for SDL GPU scenes.

code-review-benchmark

forge-scene-loading

Load and render glTF 2.0 scenes with SDL3 GPU.

code-review-benchmark

forge-3d-picking

Identify clicked 3D objects in SDL GPU projects using color-ID and stencil-ID picking.

code-review-benchmark

dev-review-diagrams

Cross-check lesson diagrams against READMEs and generate pass/fail reports.

code-review-benchmark

dev-final-pass

Review lesson directories for PR publication readiness with standardized quality checks.

code-review-benchmark

forge-scene-model-loading

Load and render .fscene, .fmesh, and .fmat 3D models via ForgeScene.

code-review-benchmark

forge-indirect-drawing

Implements GPU-driven indirect drawing with compute-based frustum culling via SDL_DrawGPUIndexedPrimitivesIndirect.

code-review-benchmark

dev-create-diagram

Generate themed diagram PNGs for Forge-GPU lessons using matplotlib infrastructure.

code-review-benchmark

dev-reset-workspace

Reset a repository workspace to clean main with phase-by-phase checks.

code-review-benchmark

forge-stencil-testing

Implement stencil buffer testing in SDL GPU projects for per-pixel masking and portal effects.

code-review-benchmark

forge-procedural-sky

Generate physically-based atmospheric skies for SDL GPU projects.

code-review-benchmark

forge-planar-reflections

Add planar reflections to SDL3 GPU projects with camera mirroring and Fresnel blending.

code-review-benchmark

forge-procedural-geometry

Generate and render procedural shapes with forge_shapes.h for GPU buffers.

code-review-benchmark

forge-point-light-shadows

Add omnidirectional point light shadows using six-face cube-map depth textures in SDL GPU projects.

code-review-benchmark

forge-debug-lines

Draw colored lines, grids, axes, circles, and wireframe boxes in SDL GPU projects.

code-review-benchmark

dev-engine-lesson

Design engine tooling lessons covering CMake, C fundamentals, and debugging.

Frequently Asked Questions About code-review-benchmark

FAQPage Schema

What specific graphics tasks are enabled by these rendering skills?▼

These skills enable complex 3D rendering tasks including cascaded shadow mapping, screen-space ambient occlusion, planar reflections, and HDR tone mapping. You can implement custom GPU pipelines for skinned animations, morph targets, and procedural geometry within the SDL3 framework.

Who is the target persona for these engine development skills?▼

The target audience includes graphics engineers, engine developers, and technical educators focused on low-level C development. It is designed for those building custom rendering engines or creating structured learning materials for GPU-based graphics programming.

What are the primary dependencies for running these rendering modules?▼

The modules require the SDL3 library for GPU abstraction and window management. Development environments typically utilize CMake for build configuration and standard C compilers to handle the header-only physics, math, and rendering libraries provided.