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The Mesh Parts and their Attributes

All the mesh parts you can use
Technical Article

Abstract

This article describes the Mesh Parts and their Attributes available in Advanced Meshing Tools Workbench.  Names of the Mesh parts and their attributes are listed. These names are required to create the mesh part and also to assign values to its attributes. The type of attributes their legal values and their meaning is also explained.

Following is the list of Mesh Parts

 

 

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Octree Tetrahedron Mesh                                    use case   

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartOctree3D SizeValue        Double   The required size of the mesh, it is an objective, the octree mesher will try to reach the nearest possible value
  AbsoluteSagValue Double   Specifies the maximum absolute sag accepted this is active when the AbsoluteSag attribute is valuated to 2
  ElementOrder Integer 1,2 Specifies the degree of the element 1 for linear 2 for parabolic
  MaxInteriorSize Double   Specifies the value of the imposed interior size for 3D mesh when the InteriorSize attribute is active
  MinSizeForSags Double   Specifies the minimum size of the mesh. The Octree mesher tries to achieve the value specified in "SizeValue" but constrain sag may require decrease of the mesh size. This attributes imposes the condition on mesher that mesh size should not be less than the specified value.
  MinGeometrySize Double   The geometry having size below the specified size is not taken into account
  AbsoluteSag Integer 1,2 Attribute specifies whether the mesh is to be created with an imposed absolute sag value. Impose absolute sag (2), (1) otherwise.
  MaxWarpAngle  Double   Specifies the maximum warp angle accepted for a quadratic triangle element
  Criteria Integer 1,2,3 Factor that user wants to respect for the elements of the mesh Skewness(1), Stretch(2), Shape(3)
  MeshGeometryViolation Integer 1,2 Specifies whether the user wants to suppress the edges of the mesh
  InteriorSize Integer 1,2 Whether the user wants to apply the imposed maximum size for the interior size of the 3D mesh
  MinJacobian Double   Minimum Jacobian accepted for each element of the mesh.
  MaxAttempts Integer   Number of attempts for launching Octree algorithm if the meshing of the solid fails
  ProportionalSag Integer 1,2 Specifies whether the mesh is created with imposed proportional minimum sag. Mesh is created with proportional sag(2), (1) otherwise
  ProportionalSagValue Double   Attribute which specifies the size of the maximum relative sag accepted this attribute is active when the "ProportionalSag" attribute is valuated to (2)
LocalSpecifications        
MSHLocalMeshSize MSHMeshSizeMag Double   This specification is used in order to specify a local mesh size to faces or edges of geometry
MSHLocalMeshSag MSHMeshSagMag Double   To specify the local mesh sag to faces and edges of geometry.
MSHLocalMeshImposedPoints       To impose mesh on the points on the geometry
MSHLocalMeshDistribution MSHNumberOdEdges Integer   This specifications is used in order to impose a mesh distribution on edges of geometry. The number specify the number of mesh edges wanted on the specified geometry.

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Tetrahedron Filler Mesh                                    use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MHSPartGHS3D ElementOrder Integer 1,2 Specifies the type of element linear(1) or parabolic(2)
  Propagation Double >1 Factor which lets you dilute mesh elements inside solid

 

Sweep 3D Mesh                                    use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartSweep3D  ElementOrder   Integer 1,2 Specifies the type of element linear or parabolic
  GuideAngle Double   Specifies the tolerance angle to compute the guides
  CaptureTol Double   Lets you define maximum distance for mesh capture
  DsitributionType String Uniform, Arithmetic, Geometric Based on the distance between distributed nodes
  NbElements Integer   Number of layers you want to insert between two supports
  Symmetric Integer 1,2 Specifies the distribution to be symmetric(2) or not(1)
  Ratio Double   Specifies the common difference value for the AP or common ratio value for GP.
  Reverse Integer   Reverse the direction linked to the DistributionType
  Smoothing Integer    
  Top     This geometrical support specifies the top face
  Bottom     This geometrical support specifies the bottom face

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Advanced Surface Mesh                        use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartSmartSurface GlobalMethod String "Frontal triangle", "Frontal quadrangle" Specifies the type of the mesh wanted by the user.
  GlobalSize Double   The required size of the mesh, it is an objective the surface mesher will try to reach the nearest possible value
  MinimumSize Double   Attribute which specifies the minimum size accepted for the length of topological edges, under this size edges must be merged with others (if it's possible)
  ElementOrder Integer 1,2 Attribute which specifies the type of the element the user wants to create linear(1), parabolic(2)
  FaceAngle Double   Attribute which specifies the minimum angle under which two faces from geometry are grouped in a single topological domain
  CurveAngle Double   Attribute which specifies the minimum angle under which two edges from the geometry are grouped in a single topological edge
  DetailsElimination Integer 1,2 To activate the the merge of the edges during simplification of topology, linked to "MinimumSize". 1(Don`t activate the merge), 2(activate the merge)
  StripOptimization Integer 1,2 Attribute which specifies if mesh in strips must be optimized in order to have a more regular mesh. Activate optimization(2), (1) otherwise
  CleanSize Double   Minimum diameter under which a hole is ignored.
  Offset Double   Distance between mesh and geometry
  OffsetFromThickness Integer 1,2 Attribute which activates the calculation of better offset between mesh and geometry when thickness is defined. activate the calculation(2), (1) otherwise
  MinimizeTriangles Integer   whether the number of triangles in the created mesh is minimized ( Useful when global method is "Frontal quadrangle"). Minimize(2), don't minimize(1)
  MinSizeForSags Double   Minimum size for the mesh. Useful when the global method is "Frontal triangle"
  CurveCaptureTol Double   Maximum distance for curve capture
  OptmtimizeRegularity Integer 1,2 Activate(2) or not(1) the parameter which favor a mesh direction for elements.
  MeshRelSagValue Double   Attribute which specifies the maximum relative sag accepted. Useful when the global method is "Frontal triangle".
  MeshRelSag Integer 1,2 Specifies if the mesh is created with an imposed relative minimum sag ( Useful if the global method is "Frontal triangle")
  ConstraintSagValue Double   Specifies the geometric sag for topology build
  CurveCapture Integer 1,2 Attributes which specifies if the external curves must be captured.
  MeshCapture Integer 1,2 Attribute which specifies if the external mesh must be captured.
  MeshCaptureTol Double   Specifies the maximum distance for mesh capture linked to the attribute "MeshCapture" parameter.
  MeshAbsSag Integer 1,2 Attribute which specifies if the mesh is created with an imposed minimum sag
  MeshAbsSagValue Double   The size of the maximum sag accepted, if the "MeshAbsSag" attribute is activated only
Local Specifications        
MSHSuppressHole       This attribute is used in order to specify hole which must be ignored for mesh generation.
Status Boolean   Specifies if the hole must be suppressed (1) or not (0)
Supports     It must represent the edge of the hole to suppress and only one.
MSHSuppressCrack       This specification is used in order to ignore cracks of the geometry for mesh generation
Status Boolean   This specifies if the crack must be ignored (1) or not (0)
Supports     It must represe the crack to suppress.
MSHSuppressFace       This specification is used in order to ignore faces of the geometry for mesh generation
Status Boolean   Defines if the faces must be filled (1) or not (0) after being removed.
Supports     It must represent one or more faces (a convex set) to inactivate. Supports could be added more than one time.
MSHConstrainEdge       Used in order to constrain/unconstraint edge(s) of the geometry associated to the current mesh part
Status Boolean   Specifies if the supports must be constrained(1) or unconstrained(0)
Supports     It could represent one or more edges to inactivate or a set of faces from which edges to constrain will be extracted
MSHConstrainVertex       Used in order to constrain/unconstraint vertex from the geometry linked to the current mesh part
Status Boolean   This specifies if the supports must be constrained (1) or unconstrained (0)
Supports     It must represent a vertex to constraint
MSHConstrainCurve       This specification is used in order to constrain/unconstraint curves from geometry which is not linked to the current mesh part.
Supports     It could represent one or more edges to inactivate or a set of faces from which edges to constrain will be extracted.
MSHConstrainPoint       This specification is used in order to constrain/unconstraint points from geometry which is not linked to the current mesh part.
Supports     It must represent a point to constraint
MSHDistributionElement       This specification is used in order to define distribution on edge(s)
Symmetric Boolean   Specifies the distribution must be symmetric(1) or not(0)
Type String "Isometric", "Geometric", "Arithmetic", "Law" Type of wanted distribution.
Reverse     Linked to the "Law" type this attribute allow to apply the law on the reverse side of the edge than default one
Option Integer 1-8 Specifies the set of attributes to apply depending on the distribution type.
NbElements Integer   Number of element wanted for the distribution
Size1 Double   It represents the distance from the first extremity ( respectively the second ) of the edge to the first internal node
Size2 Double  
Ratio21 Double   It is a ratio between size1 and size2
Supports     It must represent a set of edges (continuous). Supports could be added more than one time
MSHCaptureElement       This specification is used in order to define mesh capture coming from others mesh parts. In order to use it, others associated attributes must be defined:
Tolerence Double   This is a length (double) which define the tolerance of the capture;
Coincidence Boolean   Which define if the capture must be done with (1) or without (0) coincidence
Condensation Boolean   Defines if the capture must be done with (1) or without (0) condensation;
Sources     To this component you must set the capture source if no tolerance have been set
Supports     It must represent a set of edges. Note that supports could be added more than one time in this case.
MSHMeshAroundHole       This specification is used in order to apply a mesh distribution around a set of holes
NbElements Integer   Defines the number of elements (mesh edges) to create around each hole of the set specified
NbRows Integer 1,2,3 Defines the number of rows of mesh elements to create around the hole;
Height1 Double   These attributes depends from the NbRows attribute. You must define these ones to specify the height of each row elements
Height2 Double  
Height3 Double  
Supports     It must represent only one edge around hole
MSHMeshDomain       This specification is used in order to specify a mesh method to a topological domain
Method String FrontalTria,  FrontalQuad, HalfBead, MappedFree, Mapped, MappedTria, Bead Type of the mesh to be created
Size Double   Defines the required mesh size
Support     Must represent the connex set of faces

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Surface Mesh                                            use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartBasicSurf GlobalMethod Integer 1,2 triangle(2), quadrangle(1)
  ElementOrder Integer 1,2 Attribute which specifies the type of the element the user wants to create linear(1), parabolic(2)
  QuadsOnly Integer 1,2 Set(2) and unset(2) the quads only option
  DedicatedMesh Integer 1,2 Whether the user wants to specify dedicated meshing method Useful only when frontal quadrangle method is selected
  DedicatedMethod Integer 1,2 This option specifies the dedicated method
  GlobalSize Double   Size of the mesh
  Offset Double   Value according to which both the geometrical simplification and meshing will be offset
  CleanSize Double   Minimum diameter under which a hole is ignored.
  TopologySize Double   Global size assigned to the mesh
  TopoloySag Double   constraint is created along the edge of a face to avoid creating elements across this edge. Lower the value more the constraints and vice versa
  SharpEdges Integer 1,2 Whether the user wants to add sharp edges
  FaceAngle Double   Attribute which specifies the minimum angle under which two faces from geometry are grouped in a single topological domain
  OffsetFromThickness Integer 1,2 Attribute which activates the calculation of better offset between mesh and geometry when thickness is defined
  MeshRelSag Integer 1,2 Specifies if the mesh is created with an imposed relative minimum sag ( Useful if the global method is "triangle")
  MeshRelSagValue Double   Attribute which specifies the maximum relative sag accepted. Useful when the global method is "triangle"
  CurveCapture Integer 1,2 Attributes which specifies if the external curves must be captured(2) or not(1)
  CurveCaptureTol Double   Maximum distance for curve capture
  MeshCapture Integer 1,2 Attribute which specifies if the external mesh must be captured.
  MeshCaptureTol Double   Specifies the maximum distance for mesh capture linked to the attribute MeshCapture parameter
  MeshAbsSag Integer 1,2 Attribute which specifies if the mesh is created with an imposed minimum sag.
  MeshAbsSagValue Double   The size of the maximum sag accepted, only the MeshAbsSag attribute is is valuated to 2
Local Specifications        
MSHTopProjectCurve ConnectorList     Specify the curve which is to be projected
Tolerance Double   The approximate distance of the curve from specified geometry
MSHTopProjectPoint ConnectorList     Specify the point which is to be projected
Tolerance Double   The approximate distance of the point from the specified geometry
Project Boolean 0,1 Specifies whether the point is to be projected on the geometry(1) or not (0)

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Octree Triangle Mesh                                    use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartOctree2D SizeValue Double   The required size of the mesh, it is an objective the octree mesher will try to reach the neares possible value
  AbsoluteSagValue Double   Specifies the maximum absolute sag accepted this is active when the AbsoluteSag attribute is active
  ElementOrder Integer 1,2 Specifies the degree of the element 1 for linear 2 for parabolic
  MaxInteriorSize Double   Specifies the value of the imposed interior size for 2D mesh when the InteriorSize attribute is active
  MinSizeForSags Double   Specifies the minimum size of the mesh.
  MinGeometrySize Double   The geometry having size below the specified size is not taken into account
  AbsoluteSag Integer 1,2 Attribute specifies whether the mesh is to be created with an imposed absolute sag value(2) or not (1)
  ProportionalSag Integer 1,2 Specifies whether the mesh is created with imposed proportional minimum sag.
  ProportionalSagValue Double   Attribute which specifies the size of the maximum relative sag accepted this attribute is active when the ProportionalSag attribute is active
  MaxWarpAngle Double   Specifies the maximum warp angle accepted for a quadratic triangle element
  Criteria Integer 1,2,3 Factor that user wants to respect for the elements of the mesh Skewness(1), Stretch(2), Shape(3).
  MeshGeometryViolation Integer 1,2 Specifies whether the user wants to suppress the edges of the mesh(2) or not
  InteriorSize Integer 1,2 Whether the user wants to apply the imposed maximum size for the interior size of the 3D mesh.
  MinJacobian Double   Minimum Jacobian accepted for each element of the mesh.
  MaxAttempts Integer   Number of attempts for launching Octree algorithm if the meshing of the surface fails
  MeshViolationValue Double   Specifies the value for which edges will be suppressed

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Beam Mesh                                                use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPart1D SizeValue Double   Sets the global mesh size
  AbsoluteSag Integer 1,2 Sets the element sag
  AbsoluteSagValue Double   Minimum distance between the mesh elements and the geometry. Useful for curve-type geometry
  MinimumSizeValue Double   Minimum size of the element
  ElementOrder Integer 1,2 Elements with intermediate nodes (2; specify "Parabolic") or without linear intermediate nodes(1; specify "Linear").
  MeshCapture Integer 1,2 Specifies the option to capture external mesh with given tolerance. External mesh must be a 2D mesh
  MeshCaptureTol Double   Specifies the tolerance value to capture mesh
  CurveAngle Double   Defines the vertices to be taken into account.
LocalSpecification        
MSHTopProjectPoint ConnectorList     Specify the point which is to be projected
Tolerance Double   The approximate distance of the point from the specified geometry
Project Boolean 0,1 Specifies whether the point is to be projected on the geometry(1) or not (0)

 

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Translation Mesh                                        use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartTranslation Direction ConnectorList   Specifies the direction of translation, it must be a line created in GSD workbench
  TranslationValue Double   Specifies distance and orientation of translation ( negative value for reverse )
  Condensation Integer 0 Decides to not condense the nodes of the transformed and parent mesh part
  1 Condense the nodes of the transformed and parent mesh part.
  2 Condense the nodes of transformed mesh part and all the neighboring mesh parts
  Tolerance Double   Specifies the tolerance of condensation
  NbCopies Integer   Specifies the number of copies

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Rotation Mesh                                            use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartRotation Direction ConnectorList   Specifies the direction of translation
  RotationValue Double   Lets you select angle of rotation
  Condensation Integer 0 Decides to not condense the ndoes of the transformed and parent mesh part
  1 Condense the nodes of the transformed and parent mesh part.
  2 Condense the nodes of transformed mesh part and all the neighboring mesh parts
  Tolerance Double   Specifies the tolerance of condensation
  NbCopies Integer   Specifies the number of copies

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Symmetry Mesh                                        use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartSymmetry Direction ConnectorList   Lets you select the plane of symmetry
  Condensation Integer 0 Decides to not condense the ndoes of the transformed and parent mesh part
  1 Condense the nodes of the transformed and parent mesh part.
  2 Condense the nodes of transformed mesh part and all the neighboring mesh parts
  NbCopies Integer   Specifies the number of copies

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Extrude with Translation                                use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartExtrTranslation Direction     Selects the direction of extrusion an axis or a line is specified
  Condensation Integer 1,2 If activated, this option lets you condense nodes of the extruded mesh part and other mesh parts with a user-defined tolerance.
  Tolerance Double   The user defined tolerance for condensation
  Length Double   Minimum distance between the mesh elements and the geometry. Useful for curve-type geometry
  Length1 Double   The distance up to which you want to extrude
Distribution Type Integer   Type of distribution Uniform Arithmetic Geometric
NbNodes Integer   Number of layers you want to insert
Symmetric Integer   Whether the extruded mesh is symmetric(2) or not(1)
Size1 Double   The sizes of the distribution Arithmetic/Geometric
Size2 Double  
Ratio Real   The ratio of size 1 and size2
AbsoluteSag Double   Absolute sag value
RelativeSag Double   Relative sag value

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Extrude with Rotation                                       use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartExtrTranslation Direction     Specifies the axis of extrusion by rotation.
  Angle Double   The starting angle from which you want to extrude. Useful curved geometry
  Angle1 Double   The angle up to which you want to extrude
  Condensation Integer 1,2 If activated(2), this option lets you condense nodes of the extruded mesh part and other mesh parts with a user-defined tolerance. (1) will deactivate the option
  Tolerance Double   The user defined tolerance for condensation
Distribution Type Integer   Type of distribution Uniform Arithmetic Geometric
NbNodes Integer   Number of layers you want to insert
Symmetric Integer   Whether the extruded mesh is symmetric or not
Size1 Double   The sizes of the distribution Arithmetic/Geometric
Size2 Double  
Ratio Real   The ratio of size 1 and size2
AbsoluteSag Double   Absolute sag value
RelativeSag Double   Relative sag value

 

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Extrude with Symmetry                                use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartExtrTranslation Direction     Specifies the plane of symmetry.
  Condensation Integer   If activated, this option lets you condense nodes of the extruded mesh part and other mesh parts with a user-defined tolerance.
  Tolerance Double   The user defined tolerance for condensation
Distribution Type Integer   Type of distribution Uniform Arithmetic Geometric
NbNodes Integer   Number of layers you want to insert
Symmetric Integer   Whether the extruded mesh is symmetric or not
Size1 Double   The sizes of the distribution Arithmetic/Geometric
Size2 Double  
Ratio Real   The ratio of size 1 and size2
AbsoluteSag Double   Absolute sag value
RelativeSag Double   Relative sag value

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Extrude along a Spine                                use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartExtrSpine Direction     Lets you select the direction of extrusion ( spine)
  Condensation Integer 1,2 If activated, this option lets you condense nodes of the extruded mesh part and other mesh parts with a user-defined tolerance.
  Tolerance Double   The user defined tolerance for condensation
  Length Double   Specifies the start value of the extrusion
  Length1 Double   Specifies the end value of the extrusion
  Point     Specifies the reference point on the spine for the extrusion.
By default, the anchor point is the projection on the spine of the center of gravity of the mesh to be extruded
Distribution Type Integer   Type of distribution Uniform Arithmetic Geometric
NbNodes Integer   Number of layers you want to insert
Symmetric Integer   Whether the extruded mesh is symmetric or not
Size1 Double   The sizes of the distribution Arithmetic/Geometric
Size2 Double  
Ratio Real   The ratio of size 1 and size2
AbsoluteSag Double   Absolute sag value
RelativeSag Double   Relative sag value

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Coating 1D Mesh                                                            use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPart1DCoating ExtractionType Integer 1-6 Specifies the Type of extraction. All Edges(1), Boundary Edges(2), Internal Edges(3), Constrained Edges(4), Non Constrained Edges(5), None(6)
LocalSpecifications        
MSHCoatingLocalSpecification ConnectorList     Specifies the edges you want to include or exclude
  LocalExtractionType Integer 1,2 Specifies whether you want to include (1) or exclude (2) the edge

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Coating 2D Mesh                                                            use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPart2DCoating ExtractionType Integer 1,2 Specifies the Type of extraction. Boundary Faces(1), None(2)
LocalSpecifications        
MSHCoatingLocalSpecification ConnectorList     Specifies the faces you want to include or exclude
  LocalExtractionType Integer 1,2 Specifies whether you want to include (1) or exclude (2) the edge

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Spot Welding Connection Mesh                            use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartConnWeldSpot MiddleCombination Integer   Decides how the connection is modeled Rigid(3), Beam(4), rigid-spring-rigid(196867), spring-rigid-spring(66305), Hexahedron(10)
  CompatibleMesh Integer 1,2 Decides whether the nodes are created by orthogonally projecting welding points on the mesh parts(2) or not
  MaximalGap Double   Specifies the radius value of a sphere which has the welding spot as center. It must be an intersection between each face and the solid thus defined
  SpotDiameter Double   Specifies the sport diameter for the hexahedron
  StopUpdateOnError Integer 1,2 Stop the update mesh process (2), do not stop(1)

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Seam Welding Connection Mesh                                use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartConnWeldSeam MiddleCombination Integer    Decides how the connection is modeled Contact(2), Rigid, Beam(4), Rigid-Spring-Rigid(196867), Spring-Rigid-Spring(66305), Shell(9), Hexahedron(10)
  CompatibleMesh Integer   Decides whether the nodes are created by orthogonally projecting welding points on the mesh parts(2) or not(1)
  MaximalGap Double   Specifies the radius value of a sphere which has the welding spot as center. It must be an intersection between each face and the solid thus defined.
  MeshStep Double   Specifies the mesh progression along the welding seam
  Width Double   Specifies the width of the hexahedron
  StopUpdateOnError Integer 1,2 Stop the update mesh process (2), do not stop(1)

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Surface Welding Connection Mesh                            use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartConnWeldSurf MaximalGap Double   Specifies the radius value of a sphere which has the welding spot as center. It must be an intersection between each face and the solid thus defined.
  MeshStep Double   Specifies the mesh progression along the welding seam
  StopUpdateOnError Integer 1,2 Stop the update mesh process (2), do not stop(1)
  MiddleCombination Integer 10 Decides how the connection is modeled Hexahedron

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Nodes to Nodes Connection Mesh                            use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
MSHPartConnPointPoint MiddleCombination Integer 13, 12 How the connection mesh is modeled Rigid(13), DOF Equal(12)
  Tolerance Double   Specifies the distance between nodes to be connected
  StopUpdateOnError Integer   Stop the update mesh process (2), do not stop(1)

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Node Interface Mesh                                                use case

Mesh Part Name Attributes Name Value Type Legal Values Meaning
  MiddleCombination Integer 1 How the mesh is modeled Spring(1)
  Tolerance Double   Specifies the distance between nodes to be connected
  StopUpdateOnError Integer 1, 2 Stop the update mesh process (2), do not stop(1)

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History

Version: 1 [Mar 2001] Document created
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