HN Explorer

kipi

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No user record in our sample, but kipi has activity below (stories or comments). Likely we have partial data — the full bulk-load will fill profiles in.

  1. Lunar Flyby (nasa.gov)
    964 points 54
  2. Quake's unseen collision hulls [video] (youtube.com)
    3 points 1
  3. What's Inside the Pentium Chip? (oldbytes.space)
    4 points 1
  4. Number of girls in England taking computing GCSE plummets, study finds (theguardian.com)
    6 points 10
  5. Shedding light on Quake I and II lightmapping [video] (youtube.com)
    4 points 0
  6. BSP Trees: The Magic Behind Collision Detection in Quake [video] (youtube.com)
    4 points 0
  7. Boolean Logic in Quake [video] (youtube.com)
    3 points 0
  8. Using evolutionary algorithms to improve Quake's TAS WR [video] (youtube.com)
    3 points 0
  9. Path Tracing Quake in Blender (matthewearl.github.io)
    155 points 40
  10. Reprojecting the Perseverance landing footage onto satellite imagery (matthewearl.github.io)
    4 points 0
  11. Better Quake strafe-jumping with genetic algorithms [video] (youtube.com)
    3 points 0
  12. Show HN: Quake 1 movement physics reinforcement learning project (github.com)
    91 points 20
  13. Teaching a computer to strafe jump in Quake with reinforcement learning [video] (youtube.com)
    2 points 0
  14. Extracting Super Mario Bros levels with 6502 emulator written in Python (matthewearl.github.io)
    3 points 0
  15. Quake 3's frame rate dependent physics [video] (youtube.com)
    4 points 1
  16. Strafe-jumping physics explained [video] (youtu.be)
    1 points 0
  17. I made an ALPR system with Tensorflow and ConvNets (explanation and source) (matthewearl.github.io)
    10 points 1
  18. How I wrote a script to generate faces by inverting Haar cascades with Python (matthewearl.github.io)
    64 points 7
  19. How I Solved GCHQ's Xmas Card with Python and Pycosat. (Explanation and Source) (matthewearl.github.io)
    6 points 1