Metadata-Version: 2.1
Name: PyAAT
Version: 0.0.dev10
Summary: Python Aerospace Analysis Toolbox
Home-page: https://github.com/KenedyMatiasso/PyAAT
Author: Kenedy Matiassp Portella
Author-email: kenedyportella@hotmail.com
License: MIT
Description-Content-Type: text/markdown
License-File: LICENSE
Requires-Dist: numpy
Requires-Dist: scipy
Requires-Dist: matplotlib
Requires-Dist: control

Python Aerospace Analysis Toolbox (PyAAT) is a open-Source python-based toolbox for modeling, analysis and simulation of aerospace systems.

About PyAAT
**********************
Python Aerospace Analysis Toolbox is a python package aimed to support aerospace engineers along the design process.
It includes a series of tools and models for modeling, analysis and simulation of aeronautic and space systems, it includes:

Atmosphere
===========
* International Standard Atmosphere - ISA (AIRBUS, 2002)
* Committee on Extension to the Standard Atmosphere - COESA (NASA, 1976)
* Simplified Model (COOK, 2007)
  
Gravity
========
* Vertical Constant (Tewari, 2007)
* Newton Gravity (Tewari, 2007)
* High order gravity model (Tewari, 2007)

Wind
=====
* Steady vertical/horizontal wind (STEVENS, 2016)
* Wind gust FAR 25.341-1 (U.S DEPARTMENT OF TRANSPORTATION, 2014)

Aerodynamics
=============
* Based on stability derivatives (Sign convension according NACA DATa COmpendium- DATCOM)

Propulsion
===========
* Turbo-propeller (COOK, 2007)
* Turbo-fan (COOK, 2007)
* Turbo-jet (COOK, 2007)
* Electic propellers

Body dynamics (rigid body only)
=================================
* 6 Degrees of fredom


Instalation
**********************

The most recent stable version of PyAAT can be installed directly from pip repository using comand:

$ "pip install pyaat"

If you want to install the most recent functional version (no guarantee of stability), you can install directly from our github repository using:

$  "pip install git+https://github.com/KenedyMatiasso/PyAAT"