The 1996 Grim Fandango puzzle document is more than a collection of solutions: it is a blueprint for teaching players how to think. Its escalating mix of linear chains, parallel tasks, spatial maps, and character-driven clues offers a lasting lesson in adventure game design.
Coding assistants can produce useful code in seconds, but speed is not the only reason to program. A small C++ game loop shows how manual work can restore curiosity, learning, and a sense of ownership.
Real-time graphics programming is two jobs: CPU-side engine/API work and GPU-side shader, lighting, and performance. Learn the pipeline by rendering a first triangle, then build toward path tracing and PBR to make lighting consistent under any scene.