Dispersion Analysis

This section contains notebooks that demonstrate how to perform Monte Carlo simulations using RocketPy.

Contents:

• Monte Carlo simulations
  • 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
    • Importing Dispersion Analysis Saved Data
  • Dispersion Results
    • Out of Rail Time
    • Out of Rail Velocity
    • Apogee Time
    • Apogee Altitude
    • Apogee X Position
    • Apogee Y Position
    • Impact Time
    • Impact X Position
    • Impact Y Position
    • Impact Velocity
    • Static Margin
    • Maximum Velocity
    • Number of Parachute Events
    • Drogue Parachute Trigger Time
    • Drogue Parachute Fully Inflated Time
    • Drogue Parachute Fully Inflated Velocity
    • Error Ellipses
• Parachute Drop from Helicopter
  • 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
  • Importing Dispersion Analysis Saved Data
  • Dispersion Results
    • Apogee Time
    • Apogee Altitude
    • Apogee X Position
    • Apogee Y Position
    • Impact Time
    • Impact X Position
    • Impact Y Position
    • Impact Velocity
    • Maximum Velocity
    • Number of Parachute Events
    • Drogue Parachute Trigger Time
    • Drogue Parachute Fully Inflated Time
    • Drogue Parachute Fully Inflated Velocity
    • Error Ellipses