Q_PHYSICS
Modular Physics Simulation Engine
COMPUTATIONAL PHYSICS · NUMERICAL METHODS · SIMULATION
Overview
Q_PHYSICS is a project focused on developing a modular physics simulation engine for modelling physical systems through numerical computation. The goal is to establish a reliable foundation for classical mechanics, gravitational systems, particle dynamics, and advanced physical simulation, and this is hand made.
Core
Q-MECHANICS — Forces, motion, and rigid-body dynamics.
Q-GRAVITY — Gravitational interactions and N-body systems.
Q-PARTICLES — Particle dynamics and interactions.
Q-FLUID — Numerical modelling of fluid behaviour.
Q-SOLVER — Numerical methods for solving physical equations.
Q-VISUAL — Simulation visualization and data rendering.
language's
PYTHON → Core dev.
NUMPY → Numerical computation
SCIPY → Scientific computing
C++ → Performance optimization
THREE.JS → 3D visualization
Architecture
The engine is intended to use a modular architecture, keeping physical models, numerical solvers, and visualization components separate.
1 Q_PHYSICS
(A.1)├── src/ │
(x.1)└── qphysics
(x.2)├── math
(x.3)├── mechanics
(x.4)├── gravity
(x.5)├── particles
(x.6)├── fluids
(x.7)├── solvers
└── visualization
(A.2)├── examples
(A.3)├── tests
(A.4)└── README.md
Development
Roadmap
[ ] Mathematical foundation
[ ] Basic mechanics and forces
[ ] Gravitational simulation
[ ] Collision detection
[ ] Particle dynamics
[ ] Advanced physical models
[ ] Interactive visualization
[ ] Performance optimization
Project Status
Early development.
The listed systems represent the intended direction of the project. Features will be added and tested incrementally.
Q_PHYSICS / COMPUTATIONAL PHYSICS
This is not ai mfs
phir v koi akke kahe dega ye to ai hai
T^T