A Graphics Programming Journey

The `vectors` Series

• vectors.nim

  Demonstrates vector normalization for constant-speed movement.

• vectors2.nim

  Introduces Model Space vs. World Space for shape transformation.

• vectors3.nim

  Introduces transformation matrices for rotation and translation.

• vectors4.nim

  A conceptual lesson on linear algebra and basis vectors.

• vectors5.nim

  Covers the three fundamental transformations: Scale, Rotate, and Translate (SRT).

• vectors6.nim

  Introduces interactivity, state management, and collision detection.

• vectors7.nim

  Visualizing quadratic functions and their roots.

• vectors8.nim

  Plotting sin(x) and cos(x) functions to understand waves.

• vectors9.nim

  A dynamic visualization of the Unit Circle.

The `graphics` Series

• graphics.nim

  Using the matrix stack (push/pop) to position and animate an object.

• graphics2.nim

  Programmatically generating vertices for any regular polygon.

• graphics3.nim

  Managing a "scene" of multiple, independent objects.

• graphics4.nim

  A complete mini-game combining many previous concepts.

• graphics5.nim

  Introduces pixel-based drawing with two independent particle systems.

• graphics6.nim

  Creates a multi-stage firework effect with hierarchical particles.

• graphics7.nim

  A simple 2D particle physics simulation with bouncing.