blog/todo.md

• [-] interactive ray tracing

  • introduction post

    • introduce ray tracing as a topic
    • little bitta history
    • assert value of non-rtx ray tracing
    • break down upcoming chapters, basically a table of contents

  • [-] what does ray tracing get us?

    • global illumination
    • real reflection, refraction
    • [-] smooth curves
    • camera artifacts
    • [-] esoteric modelling - relativistic rendering

  • technique fundamentals

    • introduce other resources
      • ray tracing in one weekend
      • unity gpu compute
      • dans opengl compute post
    • constraints for interactivity
      • 1spp
      • necessary invalidation of accumulated samples for example when the camera moves, or moving objects
    • anatomy of a trace: taking a sample from a scene
    • pinhole camera model
    • screen as view plane
    • constructing rays
    • camera jitter

  • optics

    • camera
      • aperture
      • focus
      • shutter

  • acceleration

    • constructing a g-buffer
    • depth importance sampling
    • linearly blending frames

  • relativistic ray tracing

    • c-ship
    • model to describe aberration of light
    • doppler and searchlight effects
    • colour spaces

• [-] orbits

  • intro
  • keplerian orbits
    • ellipses
    • getting the eccentric anomaly
      • newton's method
      • binary search
    • calculating the true anomaly
  • orbital state vectors
  • transfer orbits
    • hohmann
    • brachistocrone

• set up a git server w ssh

  • https://www.inmotionhosting.com/support/website/git/git-server/
  • https://www.inmotionhosting.com/support/product-guides/cloud-server/ssh-security-sftp-ubuntu-cloud-server/

• real-time operating systems