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AMUSE 8.0 documentation
Reference documentation
ΒΆ
Quantities and Units
Introduction
Quantities
Units
Unit systems and converters
Datamodel
Introduction
Patricle keys
Sets of particles
Particle Attributes
Bridge
Code
Currently supported Community Codes
Introduction
Stellar Dynamics
Stellar Evolution
Hydrodynamics
Radiative Transfer
Support code for AMUSE framework
Support code for the community code interfaces
Supported File Formats
Introduction
Use
Exceptions
Amuse HDF5 files
Text files
Starlab
NEMO
Gadget
Reporting during a run
Stopping Conditions
Introduction
Using stopping conditions
Implementing stopping conditions
Using the stopping conditions library
From Codes to Data
Introduction
The first level
Input / Output Framework
Introduction
Extending
Options
Introduction
Configuration file location
Configuration file format
Option values
Sections lookup
Use
Directory Structure
The
src
directories
The
test
directories
The
support
directories
Sets and Grids in Codes
Setting up GPGPU with CUDA
Introduction
Self-help script
Step-by-step
Interface Specifications
Introduction
Stellar Dynamics Interface Definition
Stellar Evolution Interface Definition
Hydrodynamics Interface Definition
Radiative Transfer Interface Definition
Message protocol between python and community codes
Introduction
Overall Operation
Message format
Examples
Distributed AMUSE
Installation
Specifying resources using Jungle files
Starting Ibis Deploy
Running workers remotely
AMUSE Style Guide
Python Code
C / C++ code
Fortran code
Source Code Management
Commiting Code
SVN repository location
Glossary
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AMUSE 8.0 documentation