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Getting Started

  • Technical Overview
    • Key Capabilities
    • Modular Mesh Generators
    • Integration Approach
  • Supported Platforms
  • Evaluating HOOPS Mesh
  • Set Up Your Environment

Programming Guide

  • Programming Overview
    • HOOPS Mesh Modules
    • Include Files and Data Types
    • Floating Point Precision
    • Language Bindings
    • Major Version Migration
  • HOOPS Solve, Access & Mesh Distribution
    • 3rd Party Packages
    • Directory Structure
    • Versioning
  • Fundamentals
  • Controlling Mesh Size
  • Monitoring Meshing Progress
  • Use of the Connect Module
  • Visualization Objects
    • Computational Cells
      • Edge and Face Numbering
      • Physical and Natural Coordinates
    • Element Types
    • Element Coordinate Systems
    • Mathematical Data Types
    • Complex Numbers
    • Attribute Objects, Data Interpolation, Isovalue Clipping and Topology
  • Examples
    • Mesh: Examples
      • Example 41, Generate a Surface Mapped Mesh
      • Example 41a, Generate a Multiple Patch Mapped Mesh
      • Example 42, Generate an Extruded Mesh
      • Example 42a, Generate an Extruded Mesh along Normals
      • Example 42b, Generate a TetMesh with an Extruded Boundary Layer
      • Example 42c, Generate an Extruded Mesh with Interface Layers
      • Example 43, Generate a 2D Planar Tri Mesh
      • Example 43a, Generate a 2D Planar Tri Mesh with Parabolic Lines
      • Example 43b, Generate a 2D Planar Tri Mesh with Sizing Function
      • Example 43c, Generate a 2D Planar Quad Mesh
      • Example 43d, Refine a 2D Planar Tri Mesh
      • Example 43e, Refine a 2D Planar Tri Mesh as an Orphan Mesh
      • Example 43f, Generate a 2D Planar Tri Mesh with Sizing
      • Example 43g, Generate a 2D Planar Tri Mesh with Interior Sizing
      • Example 44, Generate a 3D Volume Tet Mesh
      • Example 44a, Generate a 3D Volume Tet Mesh with Interior Features
      • Example 44b, Generate a 3D Volume Tet Mesh of a Simple Cube
      • Example 44c, Refine a 3D Volume Tet Mesh as an Orphan Mesh
      • Example 44d, Successively Refine a 3D Linear Tet Mesh
      • Example 44e, Successively Refine a 3D Parabolic Tet Mesh
      • Example 45, Generate Surface Mesh and 3D Volume Tet Mesh
      • Example 45a, Generate Surface and 3D Volume Tet Mesh with Sizing
      • Example 46, Generate 3D Curve Mesh Using CurvMesh
      • Example 47, Generate 3D Surface Mesh Using SurfMesh
      • Example 47 [Parallel], Generate 3D Surface Mesh Using Parallel SurfMesh
      • Example 47a, Generate 3D Surface Mesh with Associations
      • Example 47b, Generate 3D Surface Mesh with Normals and Associations
      • Example 47c, Generate a Non-Manifold 3D Surface Mesh with Sizing
      • Example 47d, Generate a 3D Surface Mesh with Trimming Loop
      • Example 48, Generate a 3D Volume Tet Mesh from an STL File
      • Example 48a, Generate an Anisotropic Surface Mesh and Tet Mesh
      • Example 48b, Generate a Surface Mesh and Tet Mesh, Non-manifold Solid
      • Example 48c, Refine a non-Manifold 3D Volume Tet Mesh
      • Example 48d, Generate a Tet Mesh, Non-manifold Solid
      • Example 48e, Generate a Hybrid Boundary and Volumetric Mesh
      • Example 48f, Generate a Surface Mesh and Pyr/Tet Mesh Interior Sizing
      • Example 48g, Generate a Surface Mesh, Curve Mesh and Tet Mesh
      • Example 49, Generate 3D Volume Tet Model and Write to .vdm File
      • Example 50, Generate a 3D Volume Tet Mesh with No Interior Points
      • Example 51, Tesselate and Mesh a Bounded Region in a Plane
      • Example 52acis, Illustrate ACIS Interface to SurfMesh and TetMesh
      • Example 52capri, Illustrate CAPRI Interface to SurfMesh and TetMesh
      • Example 52pk, Illustrate Parasolid Interface to SurfMesh and TetMesh
      • Example 52occ, Illustrate OpenCASCADE Interface to SurfMesh and TetMesh
      • Example 60, Generate a 3D Surface Mesh with User Nodes
      • Example 60a, Refine a 3D Surface Mesh
      • Example 61, Generate a Mixed Volumetric and Boundary Mesh
      • Example 61a, Generate a Mixed Shape 3D Volume Mesh
      • Example 61b, Generate a Mixed Order 3D Volume Mesh
      • Example 62, Generate a Quad Surface Mesh and Tet Volume Mesh
      • Example 63, Generate a conformal mesh at an interface between parts
    • Foundation: Examples
      • Example 1, Demonstration of Object Collections
      • Example 2, Demonstration of Numeric Type Collections
      • Example 3, Demonstration of Property Sets
      • Example 4, Demonstration of Random Number Generation
      • Example 5, Creating a Derived Class in C++ Using a Base Random Class
      • Example 6, Install User Error Handler and Memory Management
      • Example 7, Test and Demonstrate Concatenated Storage
      • Example 8, Test and Demonstrate a Data Table
      • Example 9, Test and Demonstrate a PQueue Object
      • Example 9a, Test and Demonstrate a Heap Object
      • Example 10, Test and Demonstrate a TriCon Object
      • Example 11, Test and Demonstrate a VertLoc Object
      • Example 12, Test and Demonstrate a LineCon Object
      • Example 13, Test and Demonstrate a Timer Object
      • Example 14, Test and Demonstrate the MachInfo Module
      • Example 15, Test and Demonstrate a PTask Object
      • Example 16, Test and Demonstrate Text Processing and Formatting
      • Example 17, Test and Demonstrate the LinkList object
      • Example 18, Test and Demonstrate the ADTree object
      • Example 22, Test and Demonstrate the VSocket object
      • Example 23, Test and Demonstrate Quadruple Precision VQuad
      • Example 23cc, C++ Operator Overloading for Quadruple Precision VQuad
      • Example 24, Test and Demonstrate Tree
      • Example 25, Test and Demonstrate Pred
      • Example 26, Test and Demonstrate StrUtil
    • Global: Examples
      • Example 21, Translate Entity Identifiers Using IdTran
      • Example 22, Generate an Element Group Object
      • Example 23, Element Connectivity and Adjacency using Connect
      • Example 23a, Using a GridFun Object with Example 23.
      • Example 24, Generate Element Face and Edge Groups
      • Example 24a, Convert Linear Elements to Parabolic Elements
      • Example 25, Node Results Data Using State
      • Example 25a, Node History Results Data Using History
      • Example 25b, Element Node Scalar Section Results Using History
      • Example 25c, Element Face and Face Node Results Using State
      • Example 26, Element and Node Results Data
      • Example 26a, Element Face Node Data Using ElemDat
      • Example 26b, Element Face Node Normals Using ElemDat
      • Example 26c, Averaging Element Node Data within Groups
      • Example 26d, Computing Gradient of Normal Stress
      • Example 27, Perform Space Searches Using Space
      • Example 27a, Intersection and Interpolation
      • Example 28, Perform Range Searches Using Range
      • Example 29, Node and Element Associations
      • Example 31, Perform Element Checking Using ElemChk.
      • Example 31a, Compute Model Mass Properties Using MassPrp
      • Example 32, Manage Loads Using LCase
      • Example 32a, Manage Contact Pairs Using CPair
      • Example 32b, Manage Analytic Surfaces using ASurf
      • Example 32c, Manage Complex Loads Using LCase
      • Example 33, Manage Constraints Using RCase and MCase
      • Example 33a, Manage Initial Conditions Using ICase
      • Example 33b, Manage Complex Constraints Using RCase
      • Example 34, Manage Element Properties Using EProp
      • Example 34a, Composite Shell and General Beam Property Using EProp
      • Example 35, Manage Material Properties Using MProp
      • Example 36, Manage Solution Properties Using SProp
      • Example 37, Manage Tabular Functions Using TCurve
      • Example 38, Manage Results Properties Using RProp
      • Example 38bvdm, Export Simple CFD Finite Element Model and Results
      • Example 39, Export a Simple Linear Static Solveable Model
      • Example 39a, Structural Finite Element Model Using Model
      • Example 39b, Traverse and Print Contents of a Model Object
      • Example 39c, Heat Transfer Finite Element Model Using Model
      • Example 40vdm, Compute Shell and Beam Local Coordinate Systems
      • Example 53, Manage System Degree of Freedom Data Using RedMat
      • Example 55, Computational Features of Edge, Face, Cell
      • Example 56, Using Units
      • Example 57, Compress and Uncompress Coordinate Field with ZState
      • Example 58vdm, Compress and Uncompress Results with ZState

API Reference

  • Mesh Modules
    • Module Index
    • Mapped Mesh Generation - MapMesh, ExtMesh
      • Mapped Mesh Generation - MapMesh
        • Function Descriptions
      • Extruded Mesh Generation - ExtMesh
        • Function Descriptions
    • Triangular Mesh Generation - TriMesh
      • Function Descriptions
    • 3D Curve and Surface Mesh Generation - CurvMesh, SurfMesh
      • Curve Mesh Generation - CurvMesh
        • Function Descriptions
      • Surface Mesh Generation - SurfMesh
        • Conic Section Geometry
        • Mapped Mesh Regions
        • Non-manifold Geometry, Voids and Inclusions
        • Periodic Meshes
        • Function Descriptions
    • 3D Volume Mesh Generation - TetMesh, VolMesh
      • 3D Tetrahedral Mesh Generation - TetMesh
        • Non-manifold Geometry, Voids, Inclusions and Hard Nodes and Edges
        • Mesh Refinement and Adaptivity
        • Function Descriptions
      • 3D General Volume Mesh Generation - VolMesh
        • Function Descriptions
  • Foundation Modules
    • Module Index
    • Base Library
    • Priority Queues - Heap, PQueue
      • Heaps - Heap
        • Function Descriptions
      • Priority Queues - PQueue
        • Function Descriptions
    • Error Handling, License, Memory System, Standard Output, Quadruple Precision - Error, License, Memory, Print, VQuad
      • Error Handling - Error
        • Function Descriptions
      • License Check - License
        • Function Descriptions
      • Memory System - Memory
        • Function Descriptions
      • Standard Output - Print
        • Function Descriptions
      • Quadruple Precision - VQuad
        • Function Descriptions
    • Object Collections - List, Stack, Dictionary, HashTable, VHashTable, Tree
      • Randomly Accessible Sequences - List
        • Function Descriptions
      • Last-In First-Out Storage - Stack
        • Function Descriptions
      • Storage Accessed by Name - Dictionary
        • Function Descriptions
      • Storage Accessed by Integer - HashTable
        • Function Descriptions
      • Multiple Integer Key Hashtable - VHashTable
        • Function Descriptions
      • Tree Data Structure - Tree
        • Function Descriptions
    • Numeric Type Collections - BitVec, DblVec, FltVec, IntDict, DblDict, IntHash, IntVHash, IntQue, IntVec
      • Bit Vectors - BitVec
        • Function Descriptions
      • Real Vectors (single FltVec) - DblVec
        • Function Descriptions
      • Integer Dictionary - IntDict
        • Function Descriptions
      • Double Dictionary - DblDict
        • Function Descriptions
      • Integer Hashtable - IntHash
        • Function Descriptions
      • Double Hashtable - DblHash
        • Function Descriptions
      • Integer, Multiple Integer Key, Hashtable - IntVHash
        • Function Descriptions
      • Integer Queue - IntQue
        • Function Descriptions
      • Integer Vectors - IntVec
        • Function Descriptions
    • Utilities - PropSet, Random, DataTable, Concat, LinkList, StrUtil
      • Property Sets - PropSet
        • Function Descriptions
      • Random Numbers - Random
        • Function Descriptions
      • Data Tables - DataTable
        • Function Descriptions
      • Concatenated Storage - Concat
        • Function Descriptions
      • Linked List Storage - LinkList
        • Function Descriptions
      • String Utilities - StrUtil
        • Function Descriptions
    • Geometry Tools - VertLoc, LineCon, TriCon, ADTree, Pred
      • Point Colocation - VertLoc
        • Function Descriptions
      • Line Connectivity - LineCon
        • Function Descriptions
      • Triangle Connectivity - TriCon
        • Function Descriptions
      • Geometric Searching, Alternating Digital Tree - ADTree
        • Function Descriptions
      • Geometric Predicates - Pred
        • Function Descriptions
    • System - MachInfo, PTask, Timer, VSocket
      • Machine Information - MachInfo
        • Function Descriptions
      • Threading - PTask
        • Function Descriptions
      • Timers - Timer
        • Function Descriptions
      • Socket Communication - VSocket
        • Function Descriptions
    • Text Processing - TextFun, TextTee, PlainText, HTMLText, LaTeXText
      • Text Functions - TextFun
      • File Operations
      • Text Attributes and Modes
      • Text Primitives
      • Forms and Form Actions
        • Function Descriptions
      • Text Tee - TextTee
        • Function Descriptions
      • Plain Text Format - PlainText
        • Function Descriptions
      • HTML Text Format - HTMLText
        • Function Descriptions
      • LaTeX Text Format - LaTeXText
        • Function Descriptions
  • Global Modules
    • Module Index
    • Introduction
      • Module Summary
    • Grid Topology and Geometry - Connect, GridFun
      • Finite Element (Unstructured) Grids - Connect
        • Node and Element Editing and Element Adjacency Query
        • Node and Element Associations
        • Element, Element Face, Element Edge and Node Groups
        • Element Face Normals and Edge Tangents
        • Geometric Tesselation
        • Parallel Functions
        • Attribute Objects
        • Function Descriptions
      • Grid Topology and Geometry Query Functions - GridFun
        • Function Descriptions
    • Entity Sets and Identifier Translation - Group, IdTran
      • Entity Sets - Group
        • Function Descriptions
      • Entity Identifier Translation - IdTran
        • Function Descriptions
    • Data Manipulation - ElemDat, State, History, RedMat, ZState, ResultMetadata
      • Face and Edge Data - ElemDat
        • Attribute Objects
        • Function Descriptions
      • Results Manipulation - State
        • Local Coordinate Systems
        • Parallel Functions
        • Attribute Objects
        • Function Descriptions
      • History Results Manipulation - History
        • Attribute Objects
        • Function Descriptions
      • System Degree of Freedom Data - RedMat
        • Function Descriptions
      • Results Compression - ZState
        • Attribute Objects
        • Function Descriptions
      • Result Metadata - ResultMetadata
        • Function Descriptions
    • Space and Range Searching - Space, Range
      • Spatial Searching - Space
        • Attribute Objects
        • Function Descriptions
      • Range Searching - Range
        • Attribute Objects
        • Function Descriptions
    • Loads and Constraints - LCase, RCase, MCase, ICase
      • Load Case - LCase
        • Function Descriptions
      • Restraint Case - RCase
        • Function Descriptions
      • Multipoint Constraint Case - MCase
        • Function Descriptions
      • Initial Condition Case - ICase
        • Function Descriptions
    • Contact Pairs, Surfaces - CPair, ASurf, RBody
      • Contact Pair - CPair
        • Function Descriptions
      • Analytic Surface - ASurf
        • Function Descriptions
      • Rigid Body - RBody
        • Function Descriptions
    • Properties and Functions - GProp, EProp, MProp, SProp, TCurve, RProp, UProp
      • Global Properties - GProp
        • Function Descriptions
      • Element Properties - EProp
        • Function Descriptions
      • Material Properties - MProp
        • Function Descriptions
      • Solution Properties - SProp
        • Function Descriptions
      • Tabular Functions - TCurve
        • Function Descriptions
      • Results Properties - RProp
        • Function Descriptions
      • User Defined Properties - UProp
        • Function Descriptions
    • Beam Section Properties Calculator - BeamSectCalculator
      • Function Descriptions
    • Utilities - Model, ElemChk, MassPrp, Mesh Metric
      • Finite Element Model - Model
        • Function Descriptions
      • Element Checking - ElemChk
        • Shape Parameters
        • Attribute Objects
        • Function Descriptions
      • Mass Properties - MassPrp
        • Attribute Objects
        • Function Descriptions
      • Mesh Metric - Mesh Metric
        • Function Descriptions
  • Legacy Visualization Modules
    • Module Index
    • Attributes - CoordSys, Units, VisContext
      • Coordinate System - CoordSys
        • Function Descriptions
      • Units - Units
        • Function Descriptions
      • Visualization Context - VisContext
        • Function Descriptions
    • Color and Transparency Mapping - Levels, ColorMap, TransMap, Legend
      • Map Field Magnitude to Level - Levels
        • Function Descriptions
      • Color Mapping - ColorMap
        • Function Descriptions
      • Transparency Mapping - TransMap
        • Function Descriptions
      • Color and Transparency Mapping Diagrams - Legend
        • Attribute Objects
        • Function Descriptions
    • Isosurface Clipping, Data Interpolation - IsoClip, DataInt, PrmClp
      • Isosurface Clipping - IsoClip
        • Function Descriptions
      • Data Interpolation - DataInt
        • Function Descriptions
      • Graphics Primitive Clipping - PrmClp
        • Attribute Objects
        • Function Descriptions
    • Discrete Markers and Values - Mark, Value
      • Markers - Mark
        • Attribute Objects
        • Function Descriptions
      • Values - Value
        • Attribute Objects
        • Function Descriptions
    • Wire Frame and Shaded Surface Rendering - Edge, Face, Cell
      • Wire Frame Rendering - Edge
        • Attribute Objects
        • Function Descriptions
      • Shaded Surface - Face
        • Attribute Objects
        • Function Descriptions
      • Shaded Solid - Cell
        • Attribute Objects
        • Function Descriptions
    • Isovalues - Segment, Contour, Threshold, IsoLabel
      • 1D Domains - Segment
        • Attribute Objects
        • Function Descriptions
      • 2D Domains - Contour
        • Attribute Objects
        • Function Descriptions
      • 3D Domains - Threshold
        • Attribute Objects
        • Function Descriptions
      • 2D Contour Line Labeling - IsoLabel
        • Attribute Objects
        • Function Descriptions
    • Tangent Curve Generation - Trace, Stream
      • 2D Domains - Trace
        • Attribute Objects
        • Function Descriptions
      • 3D Domains - Stream
        • Attribute Objects
        • Function Descriptions
    • Annotation - Axis, Billboard, Dimension, Font, Glyph, Tess, Triad
      • Annotated Axes - Axis
        • Attribute Objects
        • Function Descriptions
      • Billboard Displays - Billboard
        • Attribute Objects
        • Function Descriptions
      • Dimensioning - Dimension
        • Attribute Objects
        • Function Descriptions
      • Stroked Text - Font
        • Attribute Objects
        • Function Descriptions
      • Markers and Glyphs - Glyph
        • Segmented Glyphs
        • Attribute Objects
        • Function Descriptions
      • Tesselation Tools - Tess
        • Attribute Objects
        • Function Descriptions
      • Coordinate System Triads - Triad
        • Attribute Objects
        • Function Descriptions
    • Manipulators - HandleBox, PolyBox, WorkPlane
      • Handle Box - HandleBox
        • Attribute Objects
        • Function Descriptions
      • Polygon Box - PolyBox
        • Attribute Objects
        • Function Descriptions
      • Work Plane - WorkPlane
        • Attribute Objects
        • Function Descriptions
    • Beam Elements and Beam Sections - BeamElem, BeamSect
      • Beam Elements - BeamElem
        • Attribute Objects
        • Function Descriptions
      • Beam Section Properties - BeamSect
        • Attribute Objects
        • Function Descriptions
    • Shell Elements and Shell Walls - ShellElem, ShellWall
      • Shell Elements - ShellElem
        • Attribute Objects
        • Function Descriptions
      • Shell Wall Properties - ShellWall
        • Attribute Objects
        • Function Descriptions
    • Rigid, Mass, Spring and Gap Elements - RigidElem, MassElem, DiscElem, GapElem
      • Rigid Elements - RigidElem
        • Attribute Objects
        • Function Descriptions
      • Mass Elements - MassElem
        • Attribute Objects
        • Function Descriptions
      • Spring and Dashpot Elements - DiscElem
        • Attribute Objects
        • Function Descriptions
      • Gap Elements - GapElem
        • Attribute Objects
        • Function Descriptions
    • Report Writing - ProRender
      • Rendering - ProRender
        • Function Descriptions

Additional Resources

  • Release Notes
    • SAM 2.x Releases
      • SAM 2.14 latest [Dec 05, 2025]
        • Fixed Bugs
        • New Features
        • Benchmark Report of HOOPS Solve
        • Provided Third Parties
      • SAM 2.13 [Oct 21, 2025]
        • Fixed Bugs
        • New Features
        • Benchmark Report of HOOPS Solve
        • Provided Third Parties
      • SAM 2.12.x [Sep 30, 2025]
        • Fixed Bugs
        • New Features
        • Patches
        • Benchmark Report of HOOPS Solve
        • Provided Third Parties
      • SAM 2.11 [Sep 4, 2025]
        • Fixed Bugs
        • New Features
        • Benchmark Report of HOOPS Solve
        • Provided Third Parties
      • SAM 2.10.x [Jul 28, 2025]
        • Fixed Bugs
        • New Features
        • Patches
        • Benchmark Report of HOOPS Solve
        • Provided Third Parties
      • SAM 2.9.x [Jun 11, 2025]
        • Fixed Bugs
        • New Features
        • Patches
        • Benchmark Report of HOOPS Solve
        • Provided Third Parties
      • SAM 2.8.x [Apr 29, 2025]
        • Fixed Bugs
        • New Features
        • Patches
        • Benchmark Report of HOOPS Solve
        • Provided Third Parties
      • SAM 2.7 [Mar 21, 2025]
        • Fixed Bugs
        • New Features
        • Benchmark Report of HOOPS Solve
        • Provided Third Parties
      • SAM 2.6.x [Jan 22, 2025]
        • Fixed Bugs
        • New Features
        • Patches
        • Benchmark Report of HOOPS Solve
        • Provided Third Parties
      • SAM 2.5.x [Dec 16, 2024]
        • Fixed Bugs
        • New Features
        • Patches
        • Benchmark Report of HOOPS Solve
        • Provided Third Parties
      • SAM 2.4.x [Nov 20, 2024]
        • Fixed Bugs
        • New Features
        • Patches
        • Benchmark Report of HOOPS Solve
      • SAM 2.3.x [Oct 1, 2024]
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 2.2 [Aug 23, 2024]
        • Fixed Bugs
        • New Features
      • SAM 2.1.x [Jul 15, 2024]
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 2.0 [Jun 5, 2024]
        • Fixed Bugs
        • New Features
    • SAM 1.x Releases
      • SAM 1.11.x [Apr 18, 2024]
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 1.10.x [Feb 28, 2024]
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 1.9.x [Dec 20, 2023]
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 1.8.x [Nov 7, 2023]
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 1.7.x [Sep 29, 2023]
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 1.6.x [Aug 16, 2023]
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 1.5.x [Jul 4, 2023]
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 1.4.x May 26, 2023
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 1.3.x [Apr 28, 2023]
        • Fixed Bugs
        • New Features
        • Patches
      • SAM 1.2.x [Feb 17, 2023]
        • Fixed Bugs
        • New Features
        • Feature Gaps
        • Patches
      • SAM 1.0.x [Sep 28, 2022]
        • Fixed Bugs
        • New Features
        • Patches
  • Downloads
  • Evaluation
  • Archives
    • 2025
    • 2024
    • 2023
    • 2022

Support

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  • Contact Us
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HOOPS Solve, Access & Mesh Documentation Archives

2025

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2024

  • CEETRON_SolveAccessMesh_2.6.0_docs
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2023

  • CEETRON_SolveAccessMesh_1.9.0_docs
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2022

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  • CEETRON_SolveAccessMesh_1.0.2_docs
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