Aerospace Toolbox 2.2

Product Description

• Introduction and Key Features
• Working with Environmental Models
• Converting Units and Transforming Coordinate Systems
• Performing Parameter Calculations, Time Calculations, and Quaternion Math
• Importing Digital Datcom Aerodynamic Coefficients
• Visualizing Flight Data

Introduction

Aerospace Toolbox provides reference standards, environmental models, and aerodynamic coefficient importing for performing advanced aerospace analysis to develop and evaluate your designs. Options for visualizing vehicle dynamics include a six-degrees-of-freedom MATLAB animation object and interfaces to FlightGear flight simulator and Virtual Reality Toolbox. These options let you visualize flight data in a three-dimensional (3-D) environment and reconstruct behavioral anomalies in flight-test results.

To ensure design consistency, Aerospace Toolbox provides utilities for unit conversions, coordinate transformations, and quaternion math, as well as standards-based environmental models for the atmosphere, gravity, geoid height, and magnetic field. You can import aerodynamic coefficients from the U.S. Air Force Digital Data Compendium (Datcom) to carry out preliminary control design and vehicle performance analysis.

Key Features

• Includes standards-based environmental models for atmosphere, gravity, geoid height, wind, and magnetic field
• Converts units and transforms coordinate systems and spatial representations
• Implements predefined utilities for aerospace parameter calculations, time calculations, and quaternion math
• Imports aerodynamic coefficients from the U.S. Air Force Digital Data Compendium (Datcom)
• Provides options for visualizing vehicle dynamics in a 3-D environment, including an interface to FlightGear flight simulator

Visualization of Boeing 777 flight data (left) achieved by using Aerospace Toolbox interface to FlightGear flight simulator (below, left). Click on image to see enlarged view.