ParaView Reference Manual

• 1. Properties Panel
  • 1.1. Anatomy of the Properties panel
  • 1.2. Customizing the layout
• 2. Object Shading Properties
  • 2.1. Flat and Gouraud Lighting
  • 2.2. PBR Lighting
• 3. Color maps and transfer functions
  • 3.1. The basics
  • 3.2. Editing the transfer functions in paraview
  • 3.3. Editing the transfer functions in pvpython
  • 3.4. Color legend
  • 3.5. Annotations
  • 3.6. Categorical colors
• 4. Comparative visualization
  • 4.1. Setting up a comparative view
  • 4.2. Setting up a parameter study
  • 4.3. Adding annotations
• 5. Programmable Filter
  • 5.1. Understanding the programmable modules
  • 5.2. Recipes for Programmable Source
  • 5.3. Recipes for Programmable Filter
  • 5.4. Recipes for Programmable Annotation
  • 5.5. Python Algorithm
• 6. Using NumPy for processing data
  • 6.1. Teaser
  • 6.2. Understanding the dataset_adapter module
  • 6.3. Working with arrays
  • 6.4. Handling composite datasets
• 7. Remote and parallel visualization
  • 7.1. Understanding remote processing
  • 7.2. Remote visualization in paraview
  • 7.3. Remote visualization in pvpython
  • 7.4. Reverse connections
  • 7.5. ParaView Server Configuration Files
  • 7.6. Understanding parallel processing
  • 7.7. Ghost Cells Generation
  • 7.8. ParaView architecture
  • 7.9. Parallel processing in paraview and pvpython
  • 7.10. Using pvbatch
  • 7.11. Fetching data to the client
  • 7.12. Rendering
• 8. Memory Inspector
  • 8.1. User interface and layout
  • 8.2. Advanced debugging features
  • 8.3. Compilation and installation considerations
• 9. Multiblock Inspector
• 10. Annotations
  • 10.1. Annotation sources
  • 10.2. Annotation filters
• 11. Axes Grid
  • 11.1. The basics
  • 11.2. Use cases
  • 11.3. Axes Grid in pvpython
  • 11.4. Data Axes Grid
  • 11.5. The Polar Axes
  • 11.6. Legend Grid and Polar Grid
• 12. Customizing ParaView
  • 12.1. Settings
  • 12.2. Custom default settings
  • 12.3. Configuring settings with JSON