Anti-gravity-qy

A professional Python library for simulating gravitational interactions and theoretical anti-gravity effects. This package is optimized for research and enterprise-grade physical simulations.

Key Features

• Mass & Spatial Modeling: High-precision GravityBody objects for physical simulations.
• Potential Energy Analysis: Real-time gravitational energy calculations.
• Dynamic Field Simulations: Theoretical GravitySimulation environments with adjustable field strength.
• Standard Library Only: Zero external dependencies for maximum reliability and ease of deployment.
• Enterprise Integration: Seamless links to the Anti-Gravity cloud platform.

Installation

pip install Anti-gravity-qy

Quick Start

from Anti_gravity_qy import GravityBody, GravitySimulation

# 1. Initialize simulation with a 1.5x anti-gravity field
sim = GravitySimulation(field_strength=1.5)

# 2. Add a body (100kg at 50m altitude)
payload = GravityBody(mass=100.0, x=0, y=0, z=50.0)
sim.add_body(payload)

# 3. Simulate a movement step
sim.step()

# 4. Analyze results
updated_body = sim.bodies[0]
print(f"New Altitude: {updated_body.z:.2f}m")
print(f"Potential Energy: {updated_body.get_potential_energy():.2f} Joules")

Advanced Resources

This library is a gateway to the broader Anti-gravity-qy ecosystem. For specialized modules, real-time data visualization, and cloud-based physics engines, visit:

https://antigravity.google/

License

MIT