The official DX-Ball REA showcase examines how a brick position becomes a stereo sound-pan value in a Windows game executable. Its strongest lesson is that an incomplete pseudocode view can be repaired by reading the caller, instructions and stored constants. The project's differential and compiler checks concern a specific function and checkpoint, not a fully rebuilt game.
Evidence path
Follow the input at the calling site, inspect the floating-point operations and read the bytes behind referenced constants. Keep the recovered expression separate from the first decompiler sketch.
Validation limit
The REA showcase links its reconstruction project's progress and test evidence. AI Craft Pad cites those author-reported checks but has not independently executed the original game or compiler replay.
Requirements & evidence
- Resource type
- Case
- Category
- Unknown
- Host platforms
- Unknown
- Targets
- Unknown
- Level
- Unknown
- Original author
- REA project
- Target
- DX-Ball sound panning
- Target platform
- Windows game binary
- Goal
- Recover sound-pan calculation
- Tools
- REA, native analyzer
- REA used
- Yes
- Source-reported outcome
- Official case reports comparison with original behavior and compiled bytes
- Evidence level
- Official case narrative, not independently reproduced
- Source checked
- 2026-11-03T10:48:34.178792+00:00
Official case narrative, not independently reproduced
Primary sources
Source descriptions establish documented scope. They do not establish that every workflow has been reproduced by AI Craft Pad.