Welcome to RocketPy’s user documentation!

Contents:

• Requirements
  • Python Version
  • Required Packages
  • Optional Packages
  • Useful Packages
• Installation
  • Quick Install Using pip
  • Optional Installation Method: conda
  • Optional Installation Method: from source
  • Development version
• Getting Started
  • Setting Up a Simulation
  • Simulating a Flight
  • Analyzing the Results
  • Using Simulation for Design
• Environment Class Usage
  • Datetime
  • Elevation
  • Atmospheric Models
• Environment Analysis Class Usage
  • Initializing class and loading files
  • Overview of .nc files
  • Surface level Analysis
  • Pressure Level Analysis
  • Going further with your analysis
  • Exporting this notebook
• Environment Analysis - EuRoC Example
  • Initializing class and loading files
  • Overview of .nc files
  • Surface level Analysis
  • Pressure Level Analysis
  • Export Environment
• SolidMotor Class Usage
  • Thrust Source
• Reshaping and interpolating the thrust curve
  • Key Assumptions and Grain Configurations
• Monte Carlo Dispersion Analysis using RocketPy
  • Clone repository if using Google Colab
  • Install and Load Necessary Libraries
  • Defining Analysis Parameters
  • Creating a Flight Settings Generator
  • Creating an Export Function
  • Simulating Each Flight Setting
  • Post-processing Monte Carlo Dispersion Results
  • Dispersion Results
• Topography with RocketPy
  • Initialization
  • Set topography
  • Find the launch site elevation
  • Visualize information
  • Calculate Earth Radius at latitude
• Utilities module usage
  • 1. Estimations for your CdS
  • 2. Altitude of Terminal Velocity being reached
• MATLAB® Tutorial
  • RocketPy in MATLAB®
  • Download Files
  • Tutorial

RocketPy Requirements