User Manual

• Prerequisites
  • Operating system
  • Required supporting software
• Installing cgcam
  • Using https
  • Using ssh
  • Final note
• Setting up cgcam man pages
  • Bourne shell users (bash, sh, ksh, zsh)
  • C shell users (csh tcsh)
• Building cgcam
• Running cgcam
  • Step 1 - Build the executables
  • Step 2 - Prepare an input file
  • Step 3 - Link or copy executable files
  • Step 4 - Generate the grid file
  • Step 5 - Run the case
  • Step 6 - Look at the output
• Updating cgcam
• Examples
  • Gravity wave packet localized in one dimension
  • Gravity wave packet localized in two dimensions
  • Gravity wave packet localized in three dimensions
  • Remesh and restart the packet3 test case
• User Input Variables
  • Overview
  • Required Input Parameters
  • Fluid state
  • Boundary conditions
  • Optional Input Parameters
• Grid file structure
  • Supported grid topologies
• Constructing a Cartesian Mesh
  • Advanced Features
• Constructing a Terrain Mesh
  • Determining the Domain
  • Choosing an Elevation Data Set
  • Terrain Damping
• Using the Data Assimilation Facility
  • Wind File Overview
  • 4D Wind File Structure
  • Wind File Header Records
  • Generating the 4D wind Data
  • Installing Python Dependencies
  • Data Sources
  • Converting from Native to CGCAM Data Format
  • Generating 1D profiles
  • CIRA Climatology
  • CGCAM Input Options
  • Grid File
• Zonal Refinement
  • New Input Options
  • Constraints
  • Output
• AWE Visualization
  • Data Translation
  • Search Algorithm
• Adaptive Filter Scheme
  • Spatial Detection and Limitations
  • Time Variation
  • Monitoring the Adaptive Scheme
  • Additional Control
  • Restarting From OLD Outputs
• Paraview Imaging
  • Remote Rendering
  • Repository pvbatch_lib
  • Interactive Rendering
  • Official Documentation