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CAE Fidesys 9.0 Help — all topics
Complete contents of the CAE Fidesys 9.0 documentation.
CAE Fidesys Help
New Features in CAE Fidesys 9.0
Introduction
Introduction
Hardware Requirements
How to Use This Manual
Key Features
Technical Support
Trademark Notice
Instructions for Firefox
Basic Controls
Basic Controls
Session management
Session Control
Starting and Exiting a CAE Fidesys Session
Execution Command Syntax
Initialization Files
Environment Variables
Command Syntax
Command Line Help
Environment Commands
Saving and Restoring a CAE Fidesys Session
Forcing Completion of Operations
Graphical User Interface
Graphical User Interface
Application Window
Graphics Window
Graphics Window
View Navigation in the GUI
Selecting Entities in the GUI
Key Press Commands for the GUI
Right Click Commands for the GUI Graphics Window
Viewing Curve Valence
Drop Down Menus
Drop Down Menus
Options Menu
Undo Button
Toolbars
Control Panel
Command Panels
Command Panel Functionality
Tree View
Model Tree
Power Tools
Geometry Power Tools
Meshing Tools
Mesh Quality Tools
ITEM
Immersive Topology Environment for Meshing (ITEM)
How to Use the ITEM Wizard
Defining the Geometric Model
Generating a Mesh in ITEM
Validating the Mesh in ITEM
Setting Up the Finite Element Model
Clean Up
Clean Up the Geometry
Bad Geometry Representation
Small Details in the Model
Building a Sweepable Topology
Blend Surfaces
Recognizing Nearly Sweepable Regions
Resolving Problems with Conformal Assemblies
Automatic Forced Sweepability
Contact Surfaces
Determining an Appropriate Merge Tolerance
Determining the Small Feature Size
Automatic Geometry Decomposition
Property Page
Command Line Workspace
Journal File Editor
Record and play commands
Command Recording and Playback
Journal File Creation and Playback
Controlling Playback of Journal Files
Automatic Journal File Creation
Idless Journal Files
Managing graphical functions
Graphics Window Control
Command Line View Navigation: Zoom, Pan and Rotate
Mouse Based View Navigation: Zoom, Pan and Rotate
Updating the Display
Graphics Modes
Drawing, Locating, and Highlighting Entities
Drawing Lines and Polygons
Mesh Visualization
Graphics Clipping Plane
Entity Labels
Colors
Geometry and Mesh Entity Visibility
Graphics Camera
Graphics Lighting Model
Graphics Window Size and Position
Saving Graphics Views
Hardcopy Output
Miscellaneous Graphics Options
Selecting objects
Entity Selection
Selecting Entities with the Mouse
Command Line Entity Specification
Extended Command Line Entity Specification
Definition of positions, directions and axes
Location, Direction, Plane and Axis Specification
Specifying a Location
Specifying a Location on a Curve
Specifying a Direction
Specifying an Axis
Specifying a Plane
Drawing a Location, Direction, or Axis
Information output
Listing Information
List Model Summary
List Geometry
List Mesh
List Special Entities
List CAE Fidesys Environment
Property Information
Geometry
Geometry
Supported Converter Types
Integration BricsCAD\NanoCAD
Geometry Orientation
Entity Measurement
Geometry Deletion
Working with geometry
ACIS Geometry Kernel
Mesh-Based Geometry
CAE Fidesys Geometry Formats
Creating geometric models
Geometry Creation
Geometric Primitives
Geometric Primitives
Creating Bricks
Creating Frustums/Cones
Creating Pyramids
Creating Toruses
Creating Cylinders
Creating Prisms
Creating Spheres
Bottom-Up Geometry Creation
Bottom-Up Geometry Creation
Creating Vertices
Creating Curves
Creating Surfaces
Creating Volumes
Transformations
Geometry Transforms
Copy Command
Move Command
Reflect Command
Rotate Command
Scale Command
Align Command
Boolean operations
Geometry Booleans
Intersect
Subtract
Unite
Decomposition
Geometry Decomposition
Web Cutting
Web Cutting
Web Cutting with an Arbitrary Surface
Web Cutting with a Planar or Cylindrical Surface
Web Cutting by Sweeping Curves or Surfaces
Web Cutting using a Tool or Sheet Body
Web Cutting Options
Chop Command
Split Geometry
Splitting Geometry
Split Curve
Split Surface
Split Periodic Surfaces
Section Command
Separating Multi-Volume Bodies
Separating Surfaces from Bodies
Simplify and repair geometry
Geometry Cleanup and Defeaturing
Healing
Healing
Analyzing Geometry
Healing Attributes
Auto Healing
Spline Removal
What if Healing is Unsuccessful?
Tweaking Geometry
Tweaking Geometry
Tweaking Vertices
Tweaking Curves
Tweaking Surfaces
Tweak Remove Topology
Tweak Volume Bend
Removing Geometric Features
Removing Geometric Features
Removing Vertices
Removing Surfaces
Automatic Clean-up
Automatic Geometry Clean-up
Automatic Forced Sweepability
Automatic Small Curve Removal
Automatic Small Surface Removal
Automatic Surface Split
Removing Overlapping Volumes
Regularizing Geometry
Finding Surface Overlap
Validating Geometry
Debugging Geometry
Geometry Accuracy
Trimming and Extending Curves
Stitching Sheet Bodies
Reduce Command
Removing Blunt Tangencies
Projecting and merging geometric objects
Geometry Imprinting and Merging
Imprinting Geometry
Merging Geometry
Examining Merged Entities
Merge Tolerance
Unmerging
Using Geometry Merging to Verify Geometry
Virtual Geometry
Virtual Geometry
Composite Geometry
Composite Geometry
Composite Curves
Composite Surfaces
Partitioned Geometry
Partitioned Geometry
Partitioned Curves
Partitioned Surfaces
Partitioned Volumes
Using Mesh Intersections to Partition Surfaces
Removing Partitions
Collapse Geometry
Collapse Geometry
Collapse Angle
Collapse Curve
Collapse Surface
Simplify Geometry
Deleting Virtual Geometry
Groups
Geometry Groups
Basic Group Operations
Groups in Graphics
Quality Groups
Propagated Groups
Propagated Groups
Naming Convention for Propagated Hex Groups
Propagated Hex Groups
Seeded Mesh Groups
Attributes
Geometry Attributes
Entity Names
Entity IDs
Persistent Attributes
Persistent Attributes
Attribute Behavior
Attribute Types
Attribute Commands
Using CAE Fidesys Attributes
Metadata
Parts, Assemblies and Metadata
Working with Parts and Assemblies
Metadata Attributes
Import and Export of Metadata
Import
Importing Geometry
Importing ACIS Files
Importing FASTQ Files
Importing STEP Files
Importing IGES Files
Importing Facet Files
Export
Exporting Geometry
Exporting ACIS Files
Exporting STEP Files
Exporting IGES Files
Exporting Facet and STL Files
CDB Converter
Logging on import *.cdb
Converter CDB
Mesh Generation
Mesh Generation
Meshing the Geometry
Merging of mesh nodes
Set Intervals
Interval Assignment
Interval Firmness
Explicit Specification of Intervals
Automatic Specification of Interval Size
Interval Matching
Periodic Intervals
Relative Intervals
Mesh Interval Preview
Specification of Intervals Using Approximate Size
Additional Interval Constraints
List Intervals
Vertex Sizing and Automatic Curve Biasing
Meshing Schemes
Meshing Schemes
Traditional
Bias, Dualbias Schemes
Circle Scheme
Curvature Scheme
Equal Scheme
Hole Scheme
Mapping Scheme
Pave Scheme
Pentagon Scheme
Pinpoint Scheme
Polyhedron Scheme
Sphere Scheme
STransition Scheme
Stretch Scheme
Stride Scheme
Submap Scheme
Surface Vertex Types Scheme
Sweep Scheme
TetMesh Scheme
Tetprimitive Scheme
TriAdvance Scheme
TriDelaunay Scheme
TriMap Scheme
TriMesh Scheme
TriPave Scheme
TriPrimitive Scheme
Free
Radialmesh
Converting
HTet
QTri
THex
TQuad
Copying
Copying a Mesh
Parallel
Parallel Meshing
Sculpt
Sculpt Technical Description
Sculpt Application
Sculpt Mesh Transformation
Sculpt Input Data Files
Sculpt Adaptive Meshing
Sculpt Boundary Conditions
Sculpt Boundary Layers
Sculpt GUI
Brick1
Brick2
Bricks
Sculpt Command Summary
Sculpt Mesh Improvement
Sculpt Mesh Type
Sculpt Output
Sculpt Process Control
Sculpt Overlay Grid Specification
Sculpt Smoothing
Automatic Scheme Selection
Voxel Mesh
Mesh Quality Assessment
Mesh Quality Assessment
Metrics for Edge Elements
Metrics for Triangular Elements
Metrics for Quadrilateral Elements
Metrics for Tetrahedral Elements
Metrics for Hexahedral Elements
Metrics for Wedge Elements
Mesh Quality Command Syntax
Mesh Quality Example Output
Automatic Mesh Quality Assessment
Controlling Mesh Quality
Coincident Node Check
Mesh Topology Check
Finding Intersecting Mesh
Mesh Modification
Mesh Modification
Mesh Smoothing
Mesh Smoothing
Centroid Area Pull
Equipotential
Laplacian
Smart Laplacian
Condition Number
Mean Ratio
Winslow
Untangle
Edge Length
Adjust Boundary Orthogonal
Mesh Column Operations
Mesh Refinement
Mesh Pillowing
Mesh Coarsening
Node and Nodeset Repositioning
Block Repositioning
Collapsing Mesh Edges
Edge Swapping
Align Mesh
Creating and Merging Mesh Elements
Mesh Cleanup
Matching Tetrahedral Meshes
Remeshing
Mesh Scaling
Mesh Validity
Mesh Adaptivity and Sizing Functions
Mesh Adaptivity and Sizing Functions
Bias Sizing Function
Constant Sizing Function
Curvature Sizing Function
Linear Sizing Function
Interval Sizing Function
Inverse Sizing Function
Exodus II-based Field Function
Geometry Adaptive Sizing Function (Skeleton Sizing)
Geometry Adaptive Sizing for TriMesh and TetMesh Schemes
Mesh Deletion
Free Meshes
Skinning a Mesh
Importing a Mesh
Importing a Mesh
Importing Exodus II Files
Importing 2D Exodus Files
Importing Patran Files
Importing I-DEAS Files
Importing Abaqus Files
Importing Nastran Files
Importing Fluent Files
Lite Meshes
Boundary Layer Meshing
Boundary Layer Meshing
Finite Element Model
Finite Element Model
Converter BDF
Converter CDB
Converter CDB II
Converter DICOM
Logging on import *.cdb
Working with Blocks
Finite Elements Properties
Element Block Specification
Block Properties/Parameters
Exodus II File Specification
Nodeset and Sideset Specification
Coordinate System
Exodus II Model Title
Voxel Model
Working with Materials
Setting Material
Plasticity
Material Library
Anisotropic Materials
Local Coordinate Systems
Spherical Coordinate System
Cylindrical Coordinate System
BC Display for Volumetric Elements
BC Display for Beam Elements
BC Display for Wrapped Elements
Local Coordinate Systems
Laying Shell Layers Relative to Cylindrical and Spherical Coordinate Systems
Setting Block Properties
Beam Properties
Beam Properties
Import/Export of Section
Custom Sections
Description of the section "Pipe"
Shell Properties
Spring Properties
Rod Properties
Point Mass Properties
Finite Element "Point"
Boundary Conditions
Boundary Conditions
Boundary Conditions - Constraints
Boundary Conditions - Constraints
Displacement
Acceleration
Velocity
Angular Velocity
Direction Restraint
Boundary Conditions - Loads
Boundary Conditions - Loads
Pressure
Force
Distributed Force
Gravity
Stress
Boundary Conditions - Temperature Loads
Boundary Conditions - Temperature Loads
Temperature
Convection
Heatflux
Radiation
Heat Source
Volume Heat Source
Boundary Conditions - Pore Loads
Boundary Conditions - Pore Loads
Pore Pressure
Acoustic Pressure
Sloshingfree Surface
Boundary Conditions - Absorbing Condition
Absorbing Condition
Boundary Conditions - Connections
Boundary Conditions - Connections
Coupling Constraint
Setting Contact Interaction
Setting the Thermal Gap
Periodic Conditions
Bolt Pretension
Auxiliary Actions with Boundary Conditions
Dependence on Time or Coordinates
Dependence on Time or Coordinates through Tables
Setting Beam Properties
Setting Point Mass Properties
Geometric Parameters of Shell Sections
Sets of Boundary Conditions
Standard Formulas of Time Dependencies
Setting Spring Properties
Initial Conditions
Initial Conditions
Export
Exporting the Finite Element Model
Instancing Parts with ABAQUS
Defining PARAMS for NASTRAN
Exporting Fluent Grid Files
Exporting an Exodus II File
Exporting Presto Files
Transforming Mesh Coordinates
Finite Element Analysis
Acoustics
Acoustic Calculations
Additive
Additive Printering
Damping
Damping
Dynamic Analysis
Dynamic Transient Analysis
Solver Settings for Dynamic Time Analysis
Setting Output Fields for Dynamic Time Analysis
Calculation the Effective Properties
Heterogeneous Materials Effective Property Calculation
Geometry of the Model For Effective Property Calculation
Starting Calculation
Solver Settings when Calculating Effective Properties
Effective Property Calculation and Its Results
Processing Results and Exporting Effective Material
Finding the axes of orthotropy and orthotropic effective properties in these axes
Description of the Analytical Solution Algorithm
Eigen Value Analysis
Introduction to Eigenvalue Calculation
Determination of Eigenrequencies and Eigenmodes
Solver Settings for Mode Frequency Analysis
Setting Output Fields for Mode Frequency Analysis
External Integration
CFD
External Integration FlowVision
MBD
External Integration MBD
"Rearrangement" Test
Theoretical Basis of Calculation
Frequency Analysis
Frequency Analysis
Solver Settings for Frequency Analysis
Settings of the System of Linear Algebraic Equation Solution in Frequency Analysis
Setting Output Fields in Frequency Analysis
Acceleration of a Series of Harmonic Analyses
Acceleration of a Series of Harmonic Analyses
High-Speed Demolition
Configuration File and Directives
Configuration File and Directives
Initial Data Configuration File
Initial Data Block
Geometric Block
High-Speed Demolition
Nonlinear Solver Settings
Tracking the Process of Solving a Nonlinear Problem Based on Convergence.log
Nonlinear Solver Settings
Response Spectrum
Linear Spectral Analysis
Random Vibration
Response Spectrum
Random Vibration
Buckling Analysis
Calculation of Buckling
Solver Settings for Buckling Calculating
Settings of the System of Linear Algebraic Equation Solution for Buckling Calculating
Setting the Output Fields for Calculating of Buckling
Static Analysis
Calculation of Static Strength
Solver Settings for Static Strength Calculation
Setting up Output Fields for Static Calculation
Topological Optimization
Topological Optimization
Strength Reduction Method
Strength Reduction Method
Selective Laser Melting
Selective Laser Melting
Modeling of Selective Laser Melting
Numerical method
Calculation Queue Management
Calculation Queue Management
The algorithm of operation Calculation Queue Management
Introduction to Finite Element Method
SEG-Y Format
Starting the Calculation from a Certain Step
Spectral Element Method
Multistep Calculations
Starting Calculation
Environment
Description of the Axisymmetric Task Type in Fidesys
Radiation Swelling
Output of Mass-Inertial Characteristics
Rotor Dynamics
Model Analyzer
Step by Step Tutorials
Step-by-Step Guide to the Interface
Graphical User Interface Basics
Graphical User Interface Basics
Step 1: Start Execution
Step 2: Creating a Brick
Step 3: Creating a Cylinder
Step 4: Setting Up the Graphical Display
Step 5: Forming the Hole
Step 6: Setting the Sizes of Mesh Elements
Step 7: Generate Surface Mesh
Step 8: Generate a Volumetric Mesh
Step 9: Checking the Mesh Quality
Step 10: Define Element Types and Set Boundary Conditions
Step 11: Exporting the Mesh
Example of Using Command Line
Command Line Tutorial - Overview
Step 1: Start Execution
Step 2: Creating a Brick
Step 3: Create a Cylinder
Step 4: Setting Up Graphical Display
Step 5: Forming the Hole
Step 6: Setting Interval Sizes
Step 7: Building a Surface Mesh
Step 8: Generate Volumetric Mesh
Step 9: Checking the Mesh Quality
Step 10: Define Element Type and Boundary Conditions
Step 11: Exporting the Mesh
Educational Examples on Decomposition of Geometric Models
Tutorials on Decomposing Geometric Models
Example 1: Sweeping Through Multiple Adjacent Volumes
Example 2: Connected Rings
Example 3: Making Cuts Using the Sweep Option
Example 4: Using the Sweep Command
Example 5: Multiple Sweep Directions
Example 6: Using Symmetry
Example 7: Using Virtual Geometry
Example 8: Sweeping through Volumes with Sharp Corners and Narrow Surfaces
GUI Power Tools Tutorial
Overview
Step 1: GUI Power Tools Tutorial
Step 2: GUI Power Tools Tutorial
Step 3: GUI Power Tools Tutorial
Step 4: GUI Power Tools Tutorial
Step 5: GUI Power Tools Tutorial
Step 6: GUI Power Tools Tutorial
Step 7: GUI Power Tools Tutorial
Step 8: GUI Power Tools Tutorial
Step 9: GUI Power Tools Tutorial
Step 10: GUI Power Tools Tutorial
Step 11: GUI Power Tools Tutorial
The Process of Checking and Correcting Geometry
Utilities
Nonlinear Solutions Monitoring Panel with Convergence Graphs (Alpha Function)
Table Data Manager
FidesysViewer
Results Visualization and Postprocessing
Data Selection Mechanism in Visualization Mode
Animation in FidesysViewer
Saving Animation in FidesysViewer
Properties Panel: Annotation
FFT Of Selection Over Time
Harmonic Analysis
Warp By Vector
Extract Selection
Plot Data
Tensor Glyph
Contour
Calculator
Linear Spectral Analysis
Reflect
Integrate Variables
Threshold
Glyph
Plot Selection Over Time
Plot Over Line
Graph Along a Line
Plot Global Variables Over Time
Probe Location
Programmable Filter
J-integral 2D
J-integral 3D
Slice
Clip
Transform
Format String Syntax
Ruler
PVD Reader
XML Unstructured Grid Reader
Processing the Results of High-Speed Destruction Calculations
Color_Maps
Annotation
Categorical Colors
Color Legend
Color Map Editor
Color Map Parameters
Color Map Settings
Data Display
Displaying Colors in FidesysViewer
Editing a Color Map in FidesysViewer
Color Legend Properties
Setting up a Color Map in FidesysViewer
Filters
Filtering Data
Warp By Vector
Safety_Factor
Safety Factor
Safety Factor (Hoek-Brown)
Safety Factor (Drucker-Prager)
Safety Factor (Mohr-Coulomb)
Safety_Factor_Composite
Safety Factor Composite
Maximum Stress Theory
Tsai-Hill Theory
Hoffman Theory
Tsai-Wu Theory
Puck Theory
Calculator
Linearization of Stresses
Sum Of Solution
Multi-Threshold
Reflect
Threshold
Glyph
Extract Selection
Plot Over Line
Plot Over Path
Plot Internal Resultant Diagram
Probe
Cell Size
Slice
Coordinate Systems
Element Solution
Clip
Statistics
Total Force and Moment
Strength Theory Tresca - Saint-Venant
Transform
Fatigue
Fidesys Example Tutorials
Fidesys Example (Step-by-Step) Tutorials
Static Analysis (3D)
Static Load (Gravity Force)
Static Load (Beam Model, Reaction Forces)
Static Load (Shell)
Hydrostatic Pressure on Cylinder (Setting Boundary Conditions According to Coordinates)
Buckling (Shell Model)
Modal Analysis (3D)
Modal Analysis (Shell Modal)
Setting Heat Transfer (3D, Working With Two Blocks)
Dynamic Load: Nonsteady Heat Transfer (3D, Implicit Scheme)
Harmonic Analysis (Beam Model)
Bounded Contact Simulation
Change of Pressure in Well
The Loading History of the Elastic-Plastic Plate
Sequential Addition of Volumes in the Calculation Process
Sequential Deletion of Volumes in the Calculation Process
Seismic Wave Propagation (SEG-Y Results)
Transient Analysis on a Beam Model with Constant Acceleration
An Example of Applying a Force Distributed Over a Surface
Poro-Elastic-Plastic Well Model (2D)
Symmetric Boundary Conditions for a Cylinder
Replacement of Material at Loading Steps
Sequential Formation of Mines
Non-Axisymmetric Disc Loading
Modulus Table Dep
Calculation of the Safety Factor of Workings According to the Drucker-Prager Theory
Sequential Rock Mass Excavation with Cylindrical Drifting
Creating a Coupling Hinge for Beams
Linear Spectral Analysis of a Beam Using a Response Spectrum
Stability of the Pipe Under Force Action
Pipe Stability Under Pressure
Spectral Analysis of the Beam Using the Reaction Spectrum
Launching Individual Blocks for Calculation
A Step-by-step Example to Demonstrate the Zeroing of Stresses When Changing Material at a Certain Step
Topology Optimization of Flat Cantilever
Topology Optimization of the Cantilever
Static Thermoelasticity Problem
Use of BC Fluid Flow
Optimization Problem With Fidesys Python API
Step-by-Step Example with Rod Extension
Static Calculation of the Wing of the Bombardier Learjet 35
Bolt Preload in a Tangent Model
Plate Under Creep Action
The Problem of Loading the Internal Pressure of a Cylinder with a Power Shell
Plot of Soil with Working under Pressure
Hertz Problem for Two Hemispheres with Contact
Static Calculation of a Model with a Remotely Fixed Force
Step by Step Change of Material in the Block
Calculation of Stresses in the Contact Zone
Transient Analysis for Beam With a Constant Velocity
Multilinear Hardening
Volume Heat Source
Bends with a Rigid Rotor under the Influence of a Harmonic Load Specified in the Table
Heat Flux
The Total Moment for the Section of the L-shaped Pipeline
Calculation for Materials with Zero Density in Modal Analysis
Shaft Segment Calculation in Cylindrical Coordinates
Shaft Segment Calculation in Spherical Coordinates
Concrete Mobility Test (Cone Slump)
Formation of Separation and Pressing in Assembly with Contacts
Linearization According to the K-type Ascent Research Principle
The Problem of Loading a Rectilinear Pipe Element with Internal Pressure
SSS Analysis of a Rock with a Working under Pressure from the Upper Layers
The Impact of Cyclic Loads on a Concrete Sample
Calculation of Force for a Flange Connection under the Action of an External Overturning Moment
The Problem of Harmonic Vibrations of a Solid Model
Stability Analysis of a Shell-Beam Model in the Form of a Cylinder
Lame Problem for a Hollow Cylinder Taking into Account Mohr-Coulomb Plasticity
Example Implementation of RBE3 - Communication
Axisymmetric Formulation of a Plane Problem
Analysis of a Beam Subject to Random Vibration Specified by Power Spectral Density
Evaluation of Fatigue Life of a Single-Span Beam under Bending Load
Automated Creation of Connections between Hole Lines and Vertices
Constructing Diagrams of Internal Forces in a Cantilever Beam
High Speed Destruction
Air Duct Calculation (Acoustic Calculation)
Coupled Calculation of a Flexible Plate Attached to an Acoustic Cavity
Calculation of a Radiator Consisting of Temperature-Dependent Materials
Calculation of a Round Tank with a Spherical Daily Task for Laying in Cylindrical and Spherical Coordinates
Calculation of Safety Factor of a Multilayer Composite Plate Reinforced with Solid Parallelepipeds and Loaded with Pressure
Sample from Undisturbed Rock under Triaxial Loading Conditions
Water Splashing in the Tank
Analysis of the results using the filter "Element Solution"
The problem of thermal conductivity considering a moving heat source and phase transitions
Calculation of slope stability coefficient
Effective Properties
Calculation of the Effective Properties of a Layered Fiber Composite
Numerical Estimation of the Effective Characteristics of a Layered Material
A Two-Layer Layered Fiber Composite in Which the Fiber is Modeled Beam
Determination of Effective Mechanical Characteristics for Orthogonal Reinforced Composite
Determination of Effective Mechanical Characteristics for a Cube of a Homogeneous Isotropic Material
Errors and Solutions
Calculation Error Table
Appendixes
Appendixes
Description of the Fidesys Case File Format (.fc)
Alpha
Alpha Commands
Automatic Detail Suppression
Automatic Geometry Decomposition
Cohesive Elements
Deleting Mesh Elements
FeatureSize
Importing Abaqus Files
Mesh Cutting
Mesh Grafting
Optimize Jacobian
Randomize
Refine Mesh Boundary
Super Sizing Function
Test Sizing Function
Transition
Triangle Mesh Coarsening
Whisker Weave
Available Colors
Element Numbering
FullHex vs NodeHex Representation
APREPRO
APREPRO
APREPRO Additional Functionality
APREPRO Functions
APREPRO Journaling
APREPRO Operators
APREPRO Predefined Variables
APREPRO Rules
APREPRO Syntax
APREPRO Units
Python
Python_Api
API Python
Importing Fidesys into Python
Fidesys Python API: Method-Based API
Fidesys Python API: Object-Based API
Imported Material Names Conformity Table
Instructions for Offline Installation of Libraries for Python
Python Interface
CubitInterface Class Reference
CubitFailureException Class Reference
Body Class Reference
Curve Class Reference
Entity Class Reference
GeomEntity Class Reference
InvalidEntityException Class Reference
InvalidInputException Class Reference
Surface Class Reference
Vertex Class Reference
Volume Class Reference
FASTQ
Periodic Space Filling Models (Tile)
References
VTK File Formats
Quick Reference
Quick reference