This repository contains a Python-based simulation of the torus structure as interpreted through the AiSU theory syntax: (A + i)·S(t)·U = 1. The code visualizes the meaning of observation, fluctuation, and intentionality in quantum-like systems using a 3D parametric torus. The simulation illustrates: - The torus as the observer space with a central void (U) - Fluctuations (i) mapped via Fourier dynamics - Structural environment (S(t)) as spatial topology - The role of intention (A) in collapse representation This project supports the preprint: “Torus-AiSU Observation Theory” and is intended for visual and structural analysis of quantum observation models.