SDGA Simulation and Visualization Engine Written in Go

Simulate cybernetic regulation of a system underpinned by quantum mechanics. Operators over states (transformations between stable states).

⚠️ This is a complete rewrite of quinarymcgraphics.

See v1 directory for original

1. CLI
2. Core Architecture: The Go SDGA Engine

• Build the simulation's "physics".
  • Establish the Stable Multivectors (Ψ₀, Ψ₁, Ψₚ).
  • Establish the Transformative Operators (𝐺, 𝑄, 𝑃).

3. Markov Chain: The Cybernetic Driver

• The MC will be the "driver" of the SDGA simulation.

4. Visualizing The Simulation: The GenerateGraphic Function

• Function to graphically render the history of the simulation.

5. ML: Learn the "Engergy Gradient".

• Use K-Means to find 5 dominant colors, and define the energy-to-color gradient.