Labels

• abstraction-to-implementation

  Exemplifies core teaching philosophy
• breaking-change

  Breaks backward compatibility
• component: api

  REST/GraphQL API endpoints
• component: auth

  Authentication and authorization
• component: backend

  Server-side API and business logic
• component: cloud

  Cloud infrastructure, VM management, scaling
• component: code-editor

  In-browser code editing experience
• component: database

  Database schema, queries, migrations
• component: frontend

  Web UI, React, TypeScript client code
• component: renderer-bridge

  Connection between web platform and GPU VMs
• component: websocket

  Real-time communication layer
• cpu-gpu-dataflow

  Demonstrates explicit CPU-GPU data movement
• cross-platform

  Ensures portability across platforms
• domain: algorithms

  Visual algorithms and computational geometry
• domain: geometry

  Mesh processing and geometric representations
• domain: gpu-compute

  GPU compute shaders and parallel algorithms
• domain: lighting

  Lighting models and global illumination
• domain: math

  Linear algebra, transforms, and graphics math
• domain: memory

  Memory management and allocation strategies
• domain: pipeline

  Graphics pipeline architecture
• domain: raytracing

  Ray tracing algorithms and acceleration structures
• domain: rendering

  Core rendering pipeline and techniques
• domain: rhi

  Render Hardware Interface abstraction layer
• domain: shaders

  Shader programming (GLSL, HLSL, SPIR-V)
• domain: textures

  Texture mapping, sampling, and filtering
• duplicate

  Duplicate of another issue
• good-first-issue

  Good entry point for new contributors
• help-wanted

  Community help needed
• industry-relevant

  Mirrors real-world production practices
• layer: abstraction

  High-level pedagogical abstractions