PCGameBenchmarks
while True: learn()

while True: learn()

75/100
23 ratings2019Easy to run

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Estimated FPS across quality settings and resolutions

Search for your GPU above to see a full FPS breakdown at every quality and resolution.

while True: learn() FPS by GPU

Estimated framerates for 14 reference GPUs · pick a resolution and quality

Full benchmark grid · 14 GPUs × 4 qualities × 3 resolutions

1080p performance

while True: learn() estimated FPS at 1080p across 14 GPUs and 4 quality presets
GPUlowmediumhighultra
RTX 5090999 fps999 fps999 fps999 fps
RTX 4090999 fps999 fps999 fps999 fps
RX 7900 XTX999 fps999 fps999 fps999 fps
RTX 5080999 fps999 fps999 fps999 fps
RTX 4080 Super999 fps999 fps999 fps999 fps
RTX 4070 Ti999 fps999 fps999 fps999 fps
RTX 4070999 fps999 fps999 fps999 fps
RX 7800 XT999 fps999 fps999 fps999 fps
RTX 3080999 fps999 fps999 fps999 fps
RTX 4060 Ti999 fps999 fps999 fps999 fps
RTX 3070999 fps999 fps999 fps999 fps
RTX 4060999 fps999 fps999 fps970 fps
RTX 3060999 fps999 fps999 fps831 fps
GTX 1660 Super999 fps927 fps742 fps603 fps

1440p performance

while True: learn() estimated FPS at 1440p across 14 GPUs and 4 quality presets
GPUlowmediumhighultra
RTX 5090999 fps999 fps999 fps999 fps
RTX 4090999 fps999 fps999 fps999 fps
RX 7900 XTX999 fps999 fps999 fps999 fps
RTX 5080999 fps999 fps999 fps999 fps
RTX 4080 Super999 fps999 fps999 fps999 fps
RTX 4070 Ti999 fps999 fps999 fps999 fps
RTX 4070999 fps999 fps999 fps999 fps
RX 7800 XT999 fps999 fps999 fps961 fps
RTX 3080999 fps999 fps999 fps935 fps
RTX 4060 Ti999 fps999 fps999 fps883 fps
RTX 3070999 fps999 fps991 fps805 fps
RTX 4060999 fps999 fps895 fps727 fps
RTX 3060999 fps959 fps767 fps623 fps
GTX 1660 Super869 fps695 fps556 fps452 fps

4K performance

while True: learn() estimated FPS at 4K across 14 GPUs and 4 quality presets
GPUlowmediumhighultra
RTX 5090999 fps999 fps999 fps999 fps
RTX 4090999 fps999 fps999 fps999 fps
RX 7900 XTX999 fps999 fps999 fps970 fps
RTX 5080999 fps999 fps999 fps914 fps
RTX 4080 Super999 fps999 fps999 fps859 fps
RTX 4070 Ti999 fps999 fps836 fps679 fps
RTX 4070999 fps895 fps716 fps582 fps
RX 7800 XT986 fps789 fps631 fps513 fps
RTX 3080959 fps767 fps614 fps499 fps
RTX 4060 Ti906 fps725 fps580 fps471 fps
RTX 3070826 fps661 fps529 fps429 fps
RTX 4060746 fps597 fps477 fps388 fps
RTX 3060639 fps512 fps409 fps333 fps
GTX 1660 Super464 fps371 fps297 fps241 fps

Minimum Hardware

Graphics Card
Minimum required

Intel HD Graphics 3000

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Processor
Minimum required

2.0 GHz

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Memory
Minimum required

2 GB

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Genres

About

while True: learn() is a 2019 indie simulation puzzle game that blends education with humor, casting you as a machine learning specialist competing against your surprisingly talented cat. The game challenges you to build neural networks and solve increasingly complex puzzles while working toward a cat-to-human translation system, all while unlocking quirky cat outfits and earning in-game wealth. Its unique premise and educational focus earned it a solid 75/100 rating.

The game is exceptionally accessible on PC, requiring only an entry-level GPU with a benchmark score around 96 and just 2 GB of RAM to run smoothly. Most modern integrated graphics and budget GPUs will handle while True: learn() without any issues, delivering solid FPS performance even on older systems. This isn't a graphics-intensive title, so you won't need to worry about demanding performance benchmarks or adjusting graphics settings—it runs well on virtually any gaming PC built in the last decade.

If you enjoy puzzle games with clever writing and educational mechanics, while True: learn() offers a refreshing experience that doesn't require cutting-edge hardware to enjoy. Its approachable difficulty and witty premise make it worth trying, especially if simulation games appeal to you.

Performance profile

January 2019 release. while True: learn() was built around the GTX 10-series / RX Vega era. Current-gen mid-range cards (RTX 4060 / RX 7600) are overkill at 1080p and handle 1440p Ultra comfortably.

Simulation titles like while True: learn() are heavily CPU-dependent — physics, AI and world state dominate the frame budget. Prioritise a CPU with strong single-thread performance and fast RAM over raw GPU power.

Extremely light — while True: learn() runs at 60 FPS 1080p on any integrated GPU (Intel Iris Xe, AMD Radeon Graphics) or a decade-old discrete card like the GTX 1050. A current-gen RTX 4060 pushes 4K Ultra without effort.

Screenshots

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