Global Modules
Module Index:
Sections:
- 1. Introduction
- 2. Grid Topology and Geometry - Connect, GridFun
- 2.1. Finite Element (Unstructured) Grids - Connect
- 2.2. Node and Element Editing and Element Adjacency Query
- 2.3. Node and Element Associations
- 2.4. Element, Element Face, Element Edge and Node Groups
- 2.5. Element Face Normals and Edge Tangents
- 2.6. Geometric Tesselation
- 2.7. Parallel Functions
- 2.8. Attribute Objects
- 2.9. Function Descriptions
- 2.10. Grid Topology and Geometry Query Functions - GridFun
- 2.11. Function Descriptions
- 3. Entity Sets and Identifier Translation - Group, IdTran
- 4. Data Manipulation - ElemDat, State, History, RedMat, ZState
- 4.1. Face and Edge Data - ElemDat
- 4.2. Attribute Objects
- 4.3. Function Descriptions
- 4.4. Results Manipulation - State
- 4.5. Local Coordinate Systems
- 4.6. Parallel Functions
- 4.7. Attribute Objects
- 4.8. Function Descriptions
- 4.9. History Results Manipulation - History
- 4.10. Attribute Objects
- 4.11. Function Descriptions
- 4.12. System Degree of Freedom Data - RedMat
- 4.13. Function Descriptions
- 4.14. Results Compression - ZState
- 4.15. Attribute Objects
- 4.16. Function Descriptions
- 5. Space and Range Searching - Space, Range
- 6. Loads and Constraints - LCase, RCase, MCase, ICase
- 7. Contact Pairs, Surfaces - CPair, ASurf, RBody
- 8. Properties and Functions - GProp, EProp, MProp, SProp, TCurve, RProp, UProp
- 8.1. Global Properties - GProp
- 8.2. Function Descriptions
- 8.3. Element Properties - EProp
- 8.4. Function Descriptions
- 8.5. Material Properties - MProp
- 8.6. Function Descriptions
- 8.7. Solution Properties - SProp
- 8.8. Function Descriptions
- 8.9. Tabular Functions - TCurve
- 8.10. Function Descriptions
- 8.11. Results Properties - RProp
- 8.12. Function Descriptions
- 8.13. User Defined Properties - UProp
- 8.14. Function Descriptions
- 9. Beam Section Properties Calculator - BeamSectCalculator
- 10. Utilities - Model, ElemChk, MassPrp, Mesh Metric
- 10.1. Finite Element Model - Model
- 10.2. Function Descriptions
- 10.3. Element Checking - ElemChk
- 10.4. Shape Parameters
- 10.5. Attribute Objects
- 10.6. Function Descriptions
- 10.7. Mass Properties - MassPrp
- 10.8. Attribute Objects
- 10.9. Function Descriptions
- 10.10. Mesh Metric - Mesh Metric
- 10.11. Function Descriptions
- 11. Examples
- 11.1. Example 21, Translate Entity Identifiers Using IdTran.
- 11.2. Example 22, Generate an Element Group Object
- 11.3. Example 23, Element Connectivity and Adjacency using Connect
- 11.4. Example 23a, Using a GridFun Object with Example 23.
- 11.5. Example 24, Generate Element Face and Edge Groups
- 11.6. Example 24a, Convert Linear Elements to Parabolic Elements
- 11.7. Example 25, Node Results Data Using State
- 11.8. Example 25a, Node History Results Data using History
- 11.9. Example 25b, Element Node Scalar Section Results using History
- 11.10. Example 25c, Element Face and Face Node Results using State
- 11.11. Example 26, Element and Node Results Data
- 11.12. Example 26a, Element Face Node Data Using ElemDat
- 11.13. Example 26b, Element Face Node Normals Using ElemDat
- 11.14. Example 26c, Averaging Element Node Data within Groups
- 11.15. Example 26d, Computing Gradient of Normal Stress
- 11.16. Example 27, Perform Space Searches Using Space.
- 11.17. Example 27a, Intersection and Interpolation.
- 11.18. Example 28, Perform Range Searches Using Range.
- 11.19. Example 29, Node and Element Associations
- 11.20. Example 30, Demo Visualizer Progressive Example
- 11.21. Example 31, Perform Element Checking Using ElemChk.
- 11.22. Example 31a, Compute Model Mass Properties Using MassPrp
- 11.23. Example 32, Manage Loads Using LCase
- 11.24. Example 32a, Manage Contact Pairs Using CPair
- 11.25. Example 32b, Manage Analytic Surfaces using ASurf
- 11.26. Example 32c, Manage Complex Loads Using LCase
- 11.27. Example 32d, Draw Analytic Surfaces using ASurf and Glyph
- 11.28. Example 33, Manage Constraints Using RCase and MCase
- 11.29. Example 33a, Manage Initial Conditions Using ICase
- 11.30. Example 33b, Manage Complex Constraints Using RCase
- 11.31. Example 34, Manage Element Properties Using EProp
- 11.32. Example 34a, Composite Shell and General Beam Property Using EProp
- 11.33. Example 35, Manage Material Properties Using MProp
- 11.34. Example 36, Manage Solution Properties Using SProp
- 11.35. Example 37, Manage Tabular Functions Using TCurve
- 11.36. Example 38, Manage Results Properties Using RProp
- 11.37. Example 38avdm, Export Simple Finite Element Model and Results
- 11.38. Example 38bvdm, Export Simple CFD Finite Element Model and Results
- 11.39. Example 38cvdm, Export Simple Finite Element Model and Results with WriterFun
- 11.40. Example 39, Export a Simple Linear Static Solveable Model
- 11.41. Example 39a, Structural Finite Element Model Using Model
- 11.42. Example 39b, Traverse and Print Contents of a Model Object
- 11.43. Example 39c, Heat Transfer Finite Element Model Using Model
- 11.44. Example 40vdm, Compute Shell and Beam Local Coordinate Systems
- 11.45. Example 53, Manage System Degree of Freedom Data Using RedMat
- 11.46. Example 55, Computational Features of Edge, Face, Cell
- 11.47. Example 56, Using Units
- 11.48. Example 57, Compress and Uncompress Coordinate Field with ZState
- 11.49. Example 58vdm, Compress and Uncompress Results with ZState
- 11.50. Example 59vgl, Demonstrate Parallel Contour and Threshold Generation
