DISPATCH
Table of contents:
1. Overview
2. User Guide
2.1. Installing
2.2. Experiments
2.3. Compiling
2.4. Running
2.5. Data access
2.6. General python support
2.7. Visualization with ParaView
2.8. RADMC-3D Export
2.9. Setting up experiments
2.10. Coding standard
3. Basic Principles
4. Technical Details
5. AI Development
6. Auto-generated documentation
DISPATCH
2.
User Guide
Edit on Bitbucket
2.
User Guide
2.1. Installing
2.1.1. Command line tools
2.1.2. Build directory
2.1.3. GIT behind a firewall
2.1.4. Bitbucket account
2.1.5. Linux environment
2.2. Experiments
2.2.1. ISM
2.2.2. MHD shock
2.2.3. Stellar atmospheres
2.2.4. Truelove
2.3. Compiling
2.3.1. GUI tools
2.3.2. Option groups
2.3.3. Overriding options
2.4. Running
2.4.1. OpenMP
2.4.2. Running under MPI
2.4.3. Hyper-threading
2.5. Data access
2.5.1. Data Structure
2.5.2. Simple examples
2.5.3. Auxiliary data
2.6. General python support
2.6.1. Documentation
2.6.2. Notebook startup
2.6.3.
dispatch
module
2.6.4.
dispatch.select
module
2.6.5.
dispatch.graphics
module
2.6.6.
dispatch.yt
module
2.6.7. Expression parsing
2.6.8. Jupyter Notebooks
2.6.8.1. Reading data and 1-D plotting with DISPATCH
2.6.8.2. Data access demo
2.6.8.3. AMR slice animation with YT
2.7. Visualization with ParaView
2.7.1. Client–server setup
2.7.2. Using the ParaView plugin
2.8. RADMC-3D Export
2.8.1. Export a Snapshot
2.8.2. Options and Cropping
2.8.3. Choosing
levelmax
2.8.4. Batch Conversion
2.8.5. Validation
2.9. Setting up experiments
2.9.1. Makefile
2.9.2. experiment_mod.f90
2.9.3. scaling_mod.f90
2.9.4. Namelist input files
2.9.5. Python .{py,ipynb} files
2.10. Coding standard
2.10.1. Modules
2.10.2. Procedures
2.10.3. Capitalization
2.10.4. Code
2.10.5. Comments
2.10.6. Debug printout