Case study
TempleRun-RL: reconstructing Temple Run mechanics for simulator training
TempleRun-RL reconstructs Temple Run's track generation, hazards, and runner physics in a headless training simulator. A Frida gadget reads live state and calls game methods on an arm64 Android phone so the project can measure behavior and evaluate a PPO policy against the original. The author reports a longest device run of 16,782 metres.
- Targets
- Game
- Category
- Independent reconstruction cases
- Relationship
- Independent reconstruction project
- Sources reviewed
- Evidence class
- C2 code & docs, no demo or download
- Stars
- 4
- Last commit
- 2026-10-15
- Language
- Python
GitHub data as of 2026-11-10
Evidence
- Observed
- Code, documentation and a demo observed; no download method found.
- Checked
- 2026-11-08
Requirements & limits
- Prerequisites: A non-rooted arm64 Android phone with USB debugging, adb, and a user-supplied Temple Run v1.39.0 APK are required for device evaluation.
- Prerequisites: The APK must be patched with a Frida gadget; the game is not included.
- Testing evidence: The C++ simulator was developed and tested on Windows only.
- License: Licensed under MIT.
Cite
BibTeX
@misc{templerun-rl-case,
title = {{TempleRun-RL: reconstructing Temple Run mechanics for simulator training}},
howpublished = {\url{https://github.com/matthieucs/TempleRun-RL}},
url = {https://github.com/matthieucs/TempleRun-RL},
urldate = {2026-11-06},
note = {Awesome REA entry: \url{https://awesomerea.org/resources/templerun-rl-case/}}
}Plain text
TempleRun-RL: reconstructing Temple Run mechanics for simulator training. https://github.com/matthieucs/TempleRun-RL (accessed 2026-11-06). Awesome REA entry: https://awesomerea.org/resources/templerun-rl-case/
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About this entry
The description was reviewed against primary sources.
Primary sources
- README.md GitHub · matthieucs/TempleRun-RL · Revision ca34ece
- docs/GADGET.md GitHub · matthieucs/TempleRun-RL · Revision ca34ece
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