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AMUSE 8.0 documentation
The Astrophysical Multi-Scale Environment
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Contents:
Installation
Obtaining AMUSE
Installation of the prerequisite software
Installation of the AMUSE software
Getting started with AMUSE
Configuring AMUSE
Writing documentation
Tutorials
Working with Units
Quantities
Working with arrays
Estimating the typical mass of the most massive star in a cluster
Working with Particle Sets
Integrate a C++ code
Integrate a Fortran 90 code
Adding a Gravitational Dynamics Code
Create an low-level Interface to a Code
Using Blender for visualising Amuse results
Plotting with amuse
Setting values for grid boundaries
Interactive tutorial
Reference documentation
Quantities and Units
Datamodel
Particle Attributes
Bridge
Currently supported Community Codes
Support code for AMUSE framework
Support code for the community code interfaces
Supported File Formats
Reporting during a run
Stopping Conditions
From Codes to Data
Input / Output Framework
Options
Directory Structure
Sets and Grids in Codes
Setting up GPGPU with CUDA
Interface Specifications
Message protocol between python and community codes
Distributed AMUSE
AMUSE Style Guide
Source Code Management
Glossary
Design documentation
Introduction
Architecture Overview
Coupling Codes
Python Packages
Datamodel
MPI interface
Indices and tables
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AMUSE 8.0 documentation