ansys.meshing
Last update: 02.04.2026| Name | Description |
|---|---|
disable_optimizing_numpy_arrays() |
Disable optimizing numpy arrays over the wire. |
enable_log_output([stream]) |
Enable logger output to given stream. |
enable_optimizing_numpy_arrays() |
Enable optimizing numpy arrays over the wire. |
is_optimizing_numpy_arrays() |
Determine if serialization of numpy arrays is enabled. |
launch_prime([prime_root, ip, port, ...]) |
Launch an instance of Ansys Prime Server and get a client for it. |
launch_server_process([prime_root, ip, ...]) |
Launch a server process for Ansys Prime Server. |
local_model() |
Get local model :rtype: Model |
numpy_array_optimization_disabled() |
Context helper to execute code with numpy optimization disabled. |
numpy_array_optimization_enabled() |
Context helper to execute code with numpy optimization enabled. |
| Name | Description |
|---|---|
AddLabelResults([model, error_code, json_data]) |
Results associated with the add label operation. |
AddThicknessParams([model, thickness, ...]) |
Parameters to add thickness for a given plane. |
AddThicknessResults([model, error_code, ...]) |
Result structure associated with add thickness zonelets. |
AddToZoneResults([model, error_code, ...]) |
Results associated with the add to zone operation. |
AdvancedSurferSetup(*values) |
Define advanced settings for remeshing operation. |
AutoMesh(model) |
Generates volume mesh. |
AutoMeshParams([model, size_field_type, ...]) |
Parameters for volume meshing. |
AutoMeshResults([model, error_code, ...]) |
Results of volume meshing. |
AutoNodeMoveParams([model, quality_measure, ...]) |
Parameters used to improve volume mesh by auto node move. |
AutoQuadMesher(model) |
Generate full quad mesh. |
AutoQuadMesherResults([model, error_code, ...]) |
Results of auto quad mesher. |
BCPair([model, source_zonelet, ...]) |
Used to define boundary conditions for match morphing. |
BCPairType(*values) |
Option to specify boundary condition pair type. |
BCsVolumetricModality(*values) |
Indicate options to identify morphable region in input volumetric mesh. |
BOIType(*values) |
BOI type for BOI creation. |
BodyQueryType(*values) |
Indicates type of entity to query in part. |
BoiSizingParams([model, max, growth_rate, ...]) |
Size field computed using body of influence size control enables you to specify a body of influence(that is, a region for sizing control). |
BoundaryFittedSpline(model) |
BoundaryFittedSpline helps you to create splines for structured hex-mesh model. |
BoundaryFittedSplineParams([model, ...]) |
Boundary fitted spline fitting parameters. |
BoundingBox([model, xmin, ymin, zmin, xmax, ...]) |
Provides information about the definition of a bounding box. |
CadFaceter(*values) |
Types of CAD faceter. |
CadReaderRoute(*values) |
CAD Reader routes. |
CadRefacetingMaxEdgeSizeLimit(*values) |
Types of maximum edge size limit for CAD faceting. |
CadRefacetingParams([model, cad_faceter, ...]) |
Parameters to refacet CAD during import. |
CadRefacetingResolution(*values) |
Levels of CAD faceting refinement. |
CdbAnalysisType(*values) |
Provides the MAPDL CDB analysis type. |
CdbSimulationType(*values) |
Simulation Type for CDB export. |
CellQualityMeasure(*values) |
The type of cell quality measures to check cell quality metrics. |
CellStatisticsParams([model, get_volume, ...]) |
Parameters used to calculate cell statistics. |
CellStatisticsResults([model, volume, ...]) |
Results of cell statistics information. |
CellZoneletType(*values) |
Types of cell zonelet. |
CheckFaceDeviationParams([model, distance, ...]) |
Parameters used for check face deviation operations. |
CheckFaceDeviationResults([model, ...]) |
Result structure associated with the check face deviation operations. |
CheckMeshParams([model, json_data]) |
Parameters used to check mesh. |
CheckMeshResults([model, ...]) |
Result associated with the check mesh operation. |
CheckTopologyParams([model, ...]) |
Parameters for check topology operations. |
Client(*[, server_process, ip, port, ...]) |
Provides the Client class for PyPrimeMesh. |
CollapseParams([model, feature_type, ...]) |
Parameters to collapse face elements. |
CollapseResults([model, error_code, ...]) |
Results associated with collapse face elements. |
CollapseTool(model) |
Performs various collapse operations. |
ComponentChildrenParams([model, json_data]) |
Parameters associated with querying child components. |
ComponentChildrenResults([model, ...]) |
Results associated with querying child components. |
ComputeTopoVolumesResults([model, ...]) |
Results associated with compute topovolumes. |
ComputeVolumesParams([model, ...]) |
Parameters to compute volumes. |
ComputeVolumesResults([model, error_code, ...]) |
Results associated with compute volumes. |
Connect(model) |
Connect face zonelets. |
ConnectFacesParams([model, ...]) |
Parameters for connect faces operation. |
ConnectResults([model, error_code, ...]) |
Results associated with the connection operations. |
ContactElementTypeParams([model, ...]) |
Parameters to control element type choices for contact surfaces in TIEs and CONTACT PAIRs. |
ContactPatchAxis(*values) |
Flow or wake direction for BOI creation. |
ContactPreventionParams([model, ...]) |
ContactPreventionParams defines contact prevention control parameters for wrapper. |
ControlData(model, id, object_id, name) |
Contains all controls. |
ControlPointSelection(*values) |
Control point selection type. |
CopyZoneletsParams([model, copy_labels, ...]) |
Parameters to copy zonelets. |
CopyZoneletsResults([model, error_code, ...]) |
Result structure associated with copying zonelets. |
CreateBOIParams([model, boi_type, ...]) |
Parameters used for BOI surface creation in the given axis. |
CreateBOIResults([model, error_code, ...]) |
Result structure associated with BOI creation of zonelets. |
CreateCapParams([model, json_data]) |
Parameters to create cap on face zonelets. |
CreateCapResults([model, error_code, ...]) |
Results associated with create cap on face zonelets. |
CreateContactPatchParams([model, ...]) |
Parameters used for contact patch creation in the given axis. |
CreateContactPatchResults([model, ...]) |
Result structure associated with created contact patch zonelets. |
CreateIntersectionEdgeLoopsParams([model, ...]) |
Parameters used to calculate edge loops created by intersection of two groups of face zonelets. |
CreateIntersectionEdgeLoopsResults([model, ...]) |
Results for the edge loops created by intersection of two groups of face zonelets. |
CreateMaterialPointParams([model, type, ...]) |
Defines parameters to create material point. |
CreateMaterialPointResults([model, id, ...]) |
Results structure associated with create material point operation. |
CreateShellBLResults([model, error_code, ...]) |
Results associated with the ShellBL mesh. |
CreateVolumeZonesType(*values) |
Indicate type to create volume zones for volumes. |
CreateZoneResults([model, error_code, ...]) |
Results associated with the create zone. |
CurvatureSizingParams([model, min, max, ...]) |
Size field using curvature size control computes edge and face sizes using their size and normal angle parameters. |
DeadRegion([model, face_zonelet_ids, ...]) |
DeadRegion defines a dead region for patch flow regions operation. |
DefeatureTopologyParams([model, ...]) |
Parameters for defeature topology operations. |
DeleteFringesAndOverlapsParams([model, ...]) |
Parameters to delete fringes and overlapping faces. |
DeleteFringesAndOverlapsResults([model, ...]) |
Results associated with the delete fringes and overlapping faces operation. |
DeleteInteriorNodesParams([model, ...]) |
Parameters for delete interior nodes operation. |
DeleteMaterialPointResults([model, ...]) |
Results associated with delete material point operation. |
DeleteMeshParams([model, ...]) |
Parameters to delete mesh on topoentities. |
DeleteMeshResults([model, error_code, json_data]) |
Results structure associated with delete mesh on topofaces. |
DeleteResults([model, error_code, json_data]) |
Results associated with the deletion of items. |
DeleteTool(model) |
Performs various delete operation. |
DeleteTopoEntitiesParams([model, ...]) |
Parameters to control delete topoentities. |
DeleteTopoEntitiesResults([model, ...]) |
Results associated with delete topoentities. |
DeleteUnwettedParams([model, json_data]) |
DeleteUnwettedParams defines parameters for delete unwetted surfaces operation. |
DeleteUnwettedResult([model, error_code, ...]) |
Results structure associated with delete unwetted surfaces operation. |
DeleteVolumesParams([model, ...]) |
Parameters to delete volumes. |
DeleteVolumesResults([model, ...]) |
Results associated with delete volumes operation. |
DeleteZoneResults([model, error_code, json_data]) |
Results associated with the delete zone. |
DetectAndTreatCircularFacesParams([model, ...]) |
Parameters for detect and treat circular faces operation. |
DetectAndTreatFeaturesParams([model, ...]) |
Parameters for detect and treat features operations. |
DetectAndTreatHolesParams([model, ...]) |
Parameters for detect and treat holes operation. |
DetectCircularHolesParams([model, ...]) |
Parameters for detect circular holes operation. |
DetectHolesParams([model, ...]) |
Parameters for detect holes operation. |
DetectNonCircularHolesParams([model, ...]) |
Parameters for detect non circular holes operation. |
EdgeConnectType(*values) |
Edge connect type to define the type of connection between edges . |
EdgeConnectivityResults([model, error_code, ...]) |
Result of the edge connectivity information. |
EdgeMergeControl(*values) |
Specifies type of edge pairs to be merged during scaffold operation. |
ErrorCode(*values) |
Error codes associated with the failure of PyPrimeMesh operation. |
ExportBoundaryFittedSplineParams([model, ...]) |
Parameters for exporting boundary fitted splines. |
ExportFluentCaseParams([model, cff_format, ...]) |
Parameters to export fluent case file. |
ExportFluentMeshingMeshParams([model, ...]) |
Parameters used to export fluent meshing mesh. |
ExportLSDynaIGAResults([model, error_code, ...]) |
Results associated with the LS-DYNA export. |
ExportLSDynaIgaKeywordFileParams([model, ...]) |
Parameters for exporting LS-DYNA IGA keyword file. |
ExportLSDynaKeywordFileParams([model, ...]) |
Parameters to control LS-DYNA keyword file export settings. |
ExportLSDynaResults([model, summary_log, ...]) |
Results associated with the LS-DYNA export. |
ExportMapdlCdbParams([model, ...]) |
Parameters to control MAPDL CDB export settings. |
ExportMapdlCdbResults([model, summary_log, ...]) |
Results associated with the MAPDL CDB export. |
ExportSTLParams([model, part_ids, json_data]) |
Parameters to export STL file. |
ExtractFeatureParams([model, replace, ...]) |
Parameter to control feature edge extraction. |
ExtractFeatureResults([model, ...]) |
Result of edge zonelet extraction by angle. |
ExtractTopoVolumesParams([model, zone_name, ...]) |
Parameters to extract flow topovolumes. |
ExtractTopoVolumesResults([model, volumes, ...]) |
Parameters to extract flow topovolumes. |
ExtractVolumesParams([model, create_zone, ...]) |
Parameters to extract flow volumes. |
ExtractVolumesResults([model, error_code, ...]) |
Results associated with compute volumes. |
ExtractedFeatureIds([model, part_id, ...]) |
Contains ids of the features extracted. |
FaceAndEdgeConnectivityParams([model, ...]) |
Parameters to get face and edge connectivity information. |
FaceAndEdgeConnectivityResults([model, ...]) |
Result of the face and edge connectivity information. |
FaceConnectivityResults([model, error_code, ...]) |
Result of the face connectivity information. |
FaceQualityMeasure(*values) |
The type of face quality measures to check face quality metrics. |
FeatureExtraction(model) |
Provide functions for all feature extraction operations like extracting edges zonlelets, tracing node paths. |
FeatureRecoveryParams([model, scope, ...]) |
FeatureRecoveryParams defines feature recovery control parameters for wrapper. |
FileIO(model) |
Handles reading or writing files from the disk. |
FileReadParams([model, append, json_data]) |
Parameters to read file. |
FileReadResults([model, error_code, json_data]) |
Results of file read operation. |
FileWriteParams([model, json_data]) |
Parameters to write a file. |
FileWriteResults([model, error_code, ...]) |
Results of file write operation. |
FillHolesAtPlaneParams([model, create_zone, ...]) |
Parameters to fill holes at given plane. |
FillHolesAtPlaneResults([model, error_code, ...]) |
Results associated with fill holes at given plane. |
FixInvalidNormalNodeParams([model, ...]) |
Parameters to fix invalid average face normal at nodes by creating a nugget. |
FixInvalidNormalNodeResults([model, ...]) |
Results associated with fix invalid average face normal at nodes. |
FlowDirection(*values) |
Flow or wake direction for BOI creation. |
FuseOption(*values) |
Type to specify treatment of surfaces for fusing. |
FuseParams([model, use_absolute_tolerance, ...]) |
Parameters for fuse operation. |
FuseResults([model, fused_pairs, ...]) |
Results associated with the fuse operations. |
FuseType(*values) |
Type of fuse operation to perform. |
GlobalSizingParams([model, min, max, ...]) |
Global sizing parameters. |
HardSizingParams([model, min, growth_rate, ...]) |
Size field computed using hard size control enables you to maintain a uniform size based on the size specified. |
HexCoreCellElementType(*values) |
Cell element type of hex-shaped cells. |
HexCoreParams([model, ...]) |
Parameters to control hexahedral mesh generation. |
HexCoreTransitionLayerType(*values) |
Handle size transition of hex cells. |
HexToSpline(model) |
Converts all-hex mesh to spline. |
HexToSplineParams([model, ...]) |
Parameters to control conversion of hex mesh to spline. |
IGAResults([model, error_code, ...]) |
Results of IGA operations. |
IGASpline([model, id, json_data]) |
Information of the spline. |
IGAUnstructuredSplineSolid([model, id, ...]) |
Information of unstructured spline solid. |
IGAUnstructuredSplineSurf([model, id, ...]) |
Information of unstructured spline surface. |
ImportAbaqusParams([model, ...]) |
Parameters for importing Abaqus solver input files. |
ImportAbaqusResults([model, summary_log, ...]) |
Results of Abaqus import operation. |
ImportCadParams([model, append, ...]) |
Parameters to control CAD import settings. |
ImportCadResults([model, error_code, ...]) |
Results associated with the CAD import. |
ImportFluentCaseParams([model, append, ...]) |
Parameters to import fluent case file. |
ImportFluentCaseResults([model, error_code, ...]) |
Results associated with fluent case import. |
ImportFluentMeshingMeshParams([model, ...]) |
Parameters used to import fluent meshing mesh. |
ImportFluentMeshingMeshResults([model, ...]) |
Results associated with fluent meshing mesh import. |
ImportMapdlCdbParams([model, ...]) |
Parameters to control MAPDL CDB import settings. |
ImportMapdlCdbResults([model, error_code, ...]) |
Results associated with the MAPDL CDB import. |
IntersectParams([model, tolerance, ...]) |
Parameters used for intersection. |
IntersectionMask(*values) |
Scaffold parameters use intersection mask to define nature of intersection computation. |
JoinParams([model, tolerance, ...]) |
Parameters used for join. |
JoinSeparateMethod(*values) |
Join separation method to handle separated overlapped zonelets. |
LSDynaAnalysisType(*values) |
Provides the LS-DYNA analysis type. |
LSDynaFileFormatType(*values) |
Provides the format type to write the LS-DYNA file. |
LabelExportParams([model, ...]) |
Parameters to control the export of labels as Nodal or Element Components in CDB. |
LeakPreventionParams([model, ...]) |
LeakPreventionParams defines leakage prevention control parameters for wrapper. |
LengthUnit(*values) |
Length units |
LocalSurferParams([model, min_angle, ...]) |
Parameters to perform local surface remeshing. |
LocalSurferResults([model, error_code, ...]) |
Results associated with the local surface mesh. |
MatchMorphParams([model, json_data]) |
MatchMorphParams describes the parameters required for match morphing. |
MatchMorphResults([model, error_code, json_data]) |
Results associated with match morph operation. |
MatchPair([model, source_surfaces, ...]) |
Match pair to specify sources, targets for match morphing. |
MatchPairTargetType(*values) |
Match morph target type. |
MaterialPointManager(model, id, object_id, name) |
Provide functions for material point creation, deletion and queries. |
MaterialPointType(*values) |
Defines define type of material point. |
MergeBoundaryNodesParams([model, tolerance, ...]) |
Parameters used for the merge boundary nodes operation. |
MergeBoundaryNodesResults([model, ...]) |
Results associated with the merge nodes operation. |
MergeNodeType(*values) |
Type of nodes to be merged. |
MergePartsParams([model, ...]) |
Parameters to merge parts. |
MergePartsResults([model, error_code, ...]) |
Parameters to merge parts. |
MergeVolumesParams([model, ...]) |
Parameters to merge volumes. |
MergeVolumesResults([model, merged_volumes, ...]) |
Results associated with merge volumes operation. |
MergeZoneletsParams([model, ...]) |
Parameters to merge zonelets. |
MergeZoneletsResults([model, ...]) |
Results associated with merge zonelets. |
MeshInfo(model) |
MeshInfo provides information about the mesh connectivity and more. |
MeshStackerParams([model, origin, ...]) |
Input parameters associated with the mesh stacker operations. |
MeshStackerResults([model, error_code, ...]) |
Results associated with the mesh stacker operations. |
MeshedSizingParams([model, growth_rate, ...]) |
Size field computed using meshed size control enables you to set the size based on existing sizes. |
Model(comm, id, object_id, name) |
Model is the nucleus of Prime. |
MorphBCParams([model, morph_region_method, ...]) |
MorphBCParams contains the input parameters for calculating the boundary conditions for a morphing problem. |
MorphSolveParams([model, json_data]) |
Morpher solve parameters. |
Morpher(model) |
Morpher contain functionalities to change the geometry, adapting the mesh accordingly without a recomputation. |
MultiZoneControl(model, id, object_id, name) |
MultiZoneControl provides a way to gather all the information required for MultiZone meshing. |
MultiZoneEdgeBiasingParams([model, ...]) |
Defines MultiZone edge biasing control parameters. |
MultiZoneMapMeshParams([model, scope, json_data]) |
Define controlling parameters for the map mesh using MultiZone. |
MultiZoneSizingParams([model, max_size, ...]) |
Parameters for MultiZone meshing. |
MultiZoneSweepMeshParams([model, ...]) |
Defines MultiZone thin sweep mesh control parameters. |
MultizonePrismType(*values) |
Provides the multizone prism type//.name -> multizoneprismtype |
NamePatternParams([model, json_data]) |
Parameters to be used to match name pattern with names. |
OptimizeQuadMeshParams([model, ...]) |
Parameters for optimize quad mesh operations. |
OverlapPairs([model, zone_id0, zone_id1, ...]) |
Provides ids of a pair of overlapping face zonelets. |
OverlapSearchResults([model, n_pairs, ...]) |
Provides ids of a pair of overlapping face zonelets. |
Part(model, id, object_id, name) |
Part contains zonelets and topoentities. |
PartCreationType(*values) |
Part Creation Type decides whether to create a part per CAD Model, Assembly, Part, Body. |
PartSummaryParams([model, print_id, ...]) |
Parameters to control part summary results. |
PartSummaryResults([model, message, ...]) |
Results of part summary. |
PartZonelets([model, part_id, ...]) |
A structure containing some or all face zonelet ids available in a part. |
PartialDefeatureParams([model, ...]) |
Parameters for partial defeature operation. |
PeriodicControl(model, id, object_id, name) |
Periodic controls provide settings for the recovery of periodic surfaces. |
PeriodicControlParams([model, center, axis, ...]) |
PeriodicControlParams contains the parameters for periodic surface recovery. |
PeriodicControlSummaryParams([model, json_data]) |
Parameters used to get size control summary. |
PeriodicControlSummaryResult([model, ...]) |
Results of Periodic control summary. |
PrismControl(model, id, object_id, name) |
PrismControl allows you to generate prisms. |
PrismControlGrowthParams([model, ...]) |
Growth parameters for prism control. |
PrismControlOffsetType(*values) |
Offset type for prism control. |
PrismParams([model, stair_step, ...]) |
Parameters to control prism mesh generation. |
PrismStairStep([model, check_proximity, ...]) |
Parameters to control prism stairsteping. |
ProjectOnGeometryParams([model, ...]) |
Parameters used to project topoface nodes on associated geometry. |
ProjectOnGeometryResults([model, success, ...]) |
Results associated with projection of topofaces nodes on its geometry. |
ProximitySizingParams([model, min, max, ...]) |
Size field using proximity size control computes edge and face sizes in gaps using the specified minimum number of element layers. |
QuadToSpline(model) |
Converts all-quad mesh to spline. |
QuadToSplineParams([model, ...]) |
Parameters to control conversion of quadrilateral mesh to spline. |
ReadSizeFieldParams([model, append, json_data]) |
Parameters used to read size field file. |
RefineAtContactsParams([model, ...]) |
Parameters to refine face elements in contact. |
RefineAtContactsResults([model, n_refined, ...]) |
Results structure associated with refine face elements in contact. |
RefineSplineParams([model, refine_flag_u, ...]) |
Spline refinement parameters. |
RefineTetMeshParams([model, nisr, niss, ...]) |
Parameters for meshing the solid spline. |
RemoveLabelResults([model, error_code, ...]) |
Results associated with the remove label operation. |
RemoveZoneResults([model, error_code, ...]) |
Results associated with the remove zone operation. |
RepairEdgesParams([model, ...]) |
Parameters for repair edges operation. |
RepairTopologyParams([model, connect_faces, ...]) |
Parameters for repair topology operations. |
ResolveIntersectionResult([model, ...]) |
Result structure associated with resolve intersections operation. |
ResolveIntersectionsParams([model, ...]) |
ResolveIntersectionsParams define parameters for resolve intersections. |
SFPeriodicParams([model, axis, angle, ...]) |
Parameters for setting periodic size fields. |
Scaffolder(model, part_id) |
Scaffolder is used for achieving connections in structures made of sheets and beams. |
ScaffolderMergeResults([model, n_merged, ...]) |
Result structure associated with merge overlapping topofaces and delete shadowed topofaces operations. |
ScaffolderParams([model, absolute_dist_tol, ...]) |
Parameters to control scaffold operation. |
ScaffolderRepairMode(*values) |
Mode of Scaffolder repair to be used. |
ScaffolderResults([model, ...]) |
Results structure associated to scaffold operation. |
ScaffolderSplitResults([model, new_faces, ...]) |
Result structure associated to split topofaces operation. |
ScopeDefinition([model, entity_type, ...]) |
ScopeDefinition to scope entities based on entity and evaluation type. |
ScopeEntity(*values) |
ScopeDefinition uses entity type to scope entities. |
ScopeEvaluationType(*values) |
ScopeDefinition uses evaluation type to evaluate the scope. |
ScopeExpressionType(*values) |
ScopeExpressionType uses expression type to evaluate the scope. |
ScopeZoneletParams([model, json_data]) |
Parameters used to get the scoped face or edge zonelets. |
SearchByFoldsParams([model, critical_angle, ...]) |
Parameters to control fold detection. |
SearchByFoldsResults([model, n_found, ...]) |
Results structure associated with search folds operation. |
SearchByIntersectionResults([model, ...]) |
Results associated with search by face element intersection (face elements interfering with each other). |
SearchByInvalidNormalsResults([model, ...]) |
Results structure associated with search invalid normals operation. |
SearchByQualityParams([model, ...]) |
Parameters to control search by quality results. |
SearchByQualityResults([model, n_found, ...]) |
Results of search by quality. |
SearchBySelfIntersectionParams([model, ...]) |
Parameters to search by face element intersection. |
SearchBySpikeParams([model, spike_angle, ...]) |
Parameters to control spike detection. |
SearchBySpikeResults([model, n_found, ...]) |
Results structure associated with search spikes operation. |
SearchByThinStripParams([model, ...]) |
Parameters to search by thin strip of face elements. |
SearchByThinStripResults([model, n_found, ...]) |
Results associated with search by thin strip of face elements. |
SearchInfoByRegisterIdParams([model, json_data]) |
Parameters to retrieve information on registered faces. |
SearchInfoByRegisterIdResults([model, ...]) |
Result structure containing information on registered face elements. |
SeparateBlocksFormatType(*values) |
Format type for separate element blocks. |
SetContactPreventionsResults([model, ...]) |
Results associated with set contact preventions. |
SetFeatureRecoveriesResults([model, ids, ...]) |
Results associated with set feature recoveries. |
SetLeakPreventionsResults([model, ...]) |
Results associated with set leak preventions. |
SetNameResults([model, warning_code, ...]) |
Results associated with the set name. |
SetParamsResults([model, error_code, ...]) |
Results associated with the set parameters operation. |
SetScopeResults([model, error_code, ...]) |
Results associated with the set scope operation. |
SetSizingResults([model, warning_codes, ...]) |
Result associated with the different set sizing parameters. |
ShellBLControl(model, id, object_id, name) |
ShellBLControl allows you to generate quad mesh on face zonelets. |
ShellBLControlGrowthParams([model, ...]) |
Growth parameters for ShellBL control. |
ShellBLOffsetType(*values) |
Type of offset method during ShellBL generation. |
ShellBLParams([model, json_data]) |
Parameters used to generate ShellBL. |
SizeControl(model, id, object_id, name[, local]) |
Size control is used to compute the size field. |
SizeControlSummaryParams([model, json_data]) |
Parameters used to get size control summary. |
SizeControlSummaryResult([model, message, ...]) |
Results of size control summary. |
SizeField(model) |
The size field is computed based on the size control defined. |
SizeFieldFileReadResults([model, ...]) |
Results of size field file read operation. |
SizeFieldType(*values) |
The type of sizing field to be used to fetch element size at given location. |
SizingType(*values) |
Sizing type decides the type of size control. |
SmoothDihedralFaceNodesParams([model, ...]) |
Parameters to smooth dihedral face nodes. |
SmoothDihedralFaceNodesResults([model, ...]) |
Results structure associated with smooth dihedral face nodes. |
SmoothType(*values) |
Indicates the the type of operation to be performed during the smooth dihedral face nodes operation. |
SoftSizingParams([model, max, growth_rate, ...]) |
Size field computed using soft size control enables you to set the maximum size on the scoped zonelets . |
SoiSizingParams([model, centers, radius, ...]) |
Parameters for sphere of influence size control. |
SolverType(*values) |
Type of solver. |
SplineContinuityType(*values) |
Spline Continuity types. |
SplineFeatureCaptureType(*values) |
Options to capture features in spline. |
SplineRefinementType(*values) |
Type of spline refinement. |
SplitParams([model, split_ratio, json_data]) |
Parameters to split face elements at longest edge. |
StitchParams([model, tolerance, ...]) |
Parameters used for stitch operation. |
StitchType(*values) |
Stitch type depending on nature of surface boundary edges to be stitched. |
StretchFreeBoundariesParams([model, json_data]) |
Parameters used for stretch free boundaries operation. |
StretchFreeBoundariesResults([model, ...]) |
Results associated with stretch free boundaries operation. |
SubtractVolumesParams([model, ...]) |
Parameters to control the volume subtract operation. |
SubtractVolumesResults([model, error_code, ...]) |
Results of the volume subtract operation. |
SubtractZoneletsParams([model, ...]) |
Parameters to use when subtracting zonelets. |
SubtractZoneletsResults([model, ...]) |
Results structure associated with subtracting zonelets. |
SurfaceDiagnosticSummaryParams([model, ...]) |
Parameters to control surface diagnostics summary results. |
SurfaceDiagnosticSummaryResults([model, ...]) |
Results of surface diagnostic summary. |
SurfaceFeatureType(*values) |
Type of face edges considered as features. |
SurfaceMeshSizeScaling([model, factor, ...]) |
Settings related to scaling of surface mesh size for hexcore refinement. |
SurfaceQualityResult([model, ...]) |
Result of surface quality. |
SurfaceQualitySummaryParams([model, ...]) |
Parameters to control surface quality summary results. |
SurfaceQualitySummaryResults([model, ...]) |
Results of surface quality summary. |
SurfaceSearch(model) |
SurfaceSearch allows you to check surface mesh quality. |
SurfaceUtilities(model) |
Performs various general surface utilities algorithms. |
Surfer(model) |
Generates surface mesh. |
SurferParams([model, max_angle, ...]) |
Parameters used to generate surface mesh. |
SurferResults([model, error_code, ...]) |
Results associated with the surface mesh. |
SweepType(*values) |
Provides the Sweep Mesh Decomposition type. |
TetMeshSplineParams([model, feature_angle, ...]) |
Parameters for meshing the solid spline. |
TetParams([model, quadratic, json_data]) |
Parameters to control tetrahedral mesh generation. |
ThinStripType(*values) |
The type to identify strip of face elements as thin strips using shape formed by features around the strip of face elements. |
ThinVolumeControl(model, id, object_id, name) |
ThinVolumeControl allows you to generate prisms in the space between surfaces. |
ThinVolumeMeshParams([model, n_layers, ...]) |
Parameters to generate thin volume mesh. |
TopoData(model, id, object_id, name) |
Topodata has all information about connectivity of nodes, edges, elements and more. |
TopoFillHoleParams([model, ...]) |
Parameters used to fill holes in topology. |
TopoFillHoleResult([model, ...]) |
Results associated with fill holes in topology operations. |
TopoSearchField(*values) |
Toposearch diagnostic field. |
TopoUtilities(model, part_id) |
Performs various general topology utility algorithms. |
Transform(model) |
Provides functionalities to initialize and manage transformation using transformation matrix. |
TransformParams([model, ...]) |
Parameters to transform given entities. |
TransformResults([model, error_code, json_data]) |
Results associated with the transformation. |
TriangulateParams([model, json_data]) |
Provides the parameters used for triangulation operation. |
TriangulateResults([model, error_code, ...]) |
Results associated with triangulate operation. |
TrimmedSolidSplineCutMode(*values) |
Types of Cut modes used to generate Cartesian grid representing subdomains of trimmed solid spline. |
TrimmedSpline(model) |
Handles creation and meshing of trimmed spline. |
TrimmedSplineResults([model, error_code, ...]) |
Results of IGA operations. |
UniformSolidSplineCreationParams([model, ...]) |
Parameters to define the uniform solid spline. |
VTComposer(model, part_id) |
VTComposer is used for fix topology corrections like separate, pinch. |
VTComposerParams([model, thin_stripes_tol, ...]) |
Parameters to control VTComposer operations. |
VTComposerResults([model, error_code, json_data]) |
Result struct associated to VTComposer operations. |
VolumeControl(model, id, object_id, name[, ...]) |
Defines the scope and type of volume mesh to generate. |
VolumeControlParams([model, ...]) |
Volume control parameters are used to define the volume type in the volume control. |
VolumeControlSummaryParams([model, json_data]) |
Volume control summary parameters. |
VolumeControlSummaryResults([model, ...]) |
Volume control summary parameters. |
VolumeFillType(*values) |
Types of volume fill options. |
VolumeMeshTool(model) |
VolumeMeshTool allows you to check grid and improve volume mesh quality. |
VolumeMeshToolResults([model, error_code, ...]) |
Result associated with the volume mesh tool operation. |
VolumeNamingType(*values) |
Indicate source types used to name volume zones. |
VolumeQualityResultsPart([model, ...]) |
Result of volume quality of part. |
VolumeQualitySummaryParams([model, ...]) |
Parameters to control volume quality summary results. |
VolumeQualitySummaryResults([model, ...]) |
Results of volume quality summary. |
VolumeSearch(model) |
VolumeSearch allows you to check volume mesh quality. |
VolumeSweeper(model) |
VolumeSweeper class provide functions to volume mesh a given set of topovolumes by sweeping or stacking a set of face and edge zonelets. |
VolumetricScaffolderParams([model, ...]) |
Parameters to control delete shadowed topofaces operation. |
VolumetricSizeFieldComputeParams([model, ...]) |
Parameters associated with the compute volumetric size field operation. |
VolumetricSizeFieldComputeResults([model, ...]) |
Results associated with the compute volumetric size field operation. |
WarningCode(*values) |
Warning codes associated with the PyPrimeMesh operation. |
WrapParams([model, sizing_method, ...]) |
WrapParams defines parameters for wrapping. |
WrapRegion(*values) |
Indicates source type to extract wrapper region. |
WrapResult([model, warning_codes, ...]) |
Result structure associated to Wrap operation. |
Wrapper(model) |
Provides operations for generating a surface mesh using wrapper technology. |
WrapperCloseGapsParams([model, target, ...]) |
WrapperCloseGapsParams to define parameters for close gaps operation. |
WrapperCloseGapsResult([model, error_code, ...]) |
Result structure associated with close gaps operation. |
WrapperControl(model, id, object_id, name) |
Wrapper Control to describe all parameters and controls used for wrapping.. |
WrapperImproveQualityParams([model, ...]) |
WrapperImproveQualityParams defines parameters to improve wrapper part. |
WrapperImproveResult([model, error_code, ...]) |
Results structure associated to improve quality. |
WrapperPatchFlowRegionsParams([model, ...]) |
WrapperPatchFlowRegionsParams to define parameters for patch flow regions operation. |
WrapperPatchFlowRegionsResult([model, ...]) |
Result structure associated with patch holes operation. |
WriteSizeFieldParams([model, ...]) |
Parameters used to write size field file. |
ZoneMeshResult([model, zone_name, ...]) |
Results containing zone-wise mesh information. |
ZoneType(*values) |
ZoneType decides the type of zone. |
| Name | Description |
|---|---|
PrimeRuntimeError(message[, error_code, ...]) |
Provides runtime errors for PyPrimeMesh. |
PrimeRuntimeWarning(message) |
Provides the runtime warning for PyPrimeMesh. |
