Metadata-Version: 2.1
Name: PyAAT
Version: 0.0.dev4
Summary: Python Aerospace Analysis Toolbox
Home-page: https://github.com/KenedyMatiasso/PyAAT
Author: Kenedy Matiassp Portella
Author-email: kenedyportella@hotmail.com
License: MIT
Description: PyAAT
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        |python| |sphinx| |Open Source? Yes!| |PyPI status| |license| |mybinder| |docs|
        
        :Name: Python Aerospace Analysis Toolbox- PyAAT
        :Author: Kenedy Matiasso Portella
        :Website: https://github.com/KenedyMatiasso/PyAAT
        :Version: 0.0.dev4
        
        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)
        * Committee on Extension to the Standard Atmosphere (COESA 1976)
        * Simplified Model
        * Check out an example using `atmosphere models <https://hub.gke2.mybinder.org/user/kenedymatiasso-pyaat-ldhiu3mo/notebooks/examples/atmosphere_example.ipynb>`_.
        
        Gravity
        ========
        * Vertical Constant
        * Newton Gravity
        * High order gravity model (represented by spherical harmonics)
        * Check out an example using `gravity models <https://hub.gke2.mybinder.org/user/kenedymatiasso-pyaat-ldhiu3mo/notebooks/examples/gravity_example.ipynb>`_.
        
        Wind
        =====
        * Not included yet
        
        Aerodynamics
        =============
        * Based on stability derivatives
        
        Propulsion
        ===========
        * Turbo-propeller
        * Turbo-fan
        * Turbo-jet
        * Check out an example using  `propulsion model <https://hub.gke2.mybinder.org/user/kenedymatiasso-pyaat-ldhiu3mo/notebooks/examples/propulsion_example.ipynb>`_.
        
        
        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``
        
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