Index

A

Acceleration (class in pyccx.bc) addGeometry() (pyccx.mesh.Mesher method) All (pyccx.mesh.Ent attribute) alpha_CTE (pyccx.material.ElastoPlasticMaterial attribute) ambientTemperature (pyccx.bc.Film attribute) (pyccx.bc.Radiation attribute)

Amplitude (class in pyccx.core) amplitude (pyccx.bc.BoundaryCondition attribute) AnalysisError AnalysisType (class in pyccx.analysis) ANY (pyccx.bc.BoundaryConditionType attribute) AUTO (pyccx.mesh.MeshingAlgorithm2D attribute) automaticIncrements (pyccx.loadcase.LoadCase attribute)

B

BAMG (pyccx.mesh.MeshingAlgorithm2D attribute) BLOSSOM (pyccx.mesh.RecombinationAlgorithm attribute) BLOSSOM_QUAD (pyccx.mesh.RecombinationAlgorithm attribute) BoundaryCondition (class in pyccx.bc)

boundaryConditions (pyccx.loadcase.LoadCase attribute) BoundaryConditionType (class in pyccx.bc) boundingBox() (pyccx.mesh.Mesher method) BUCKLE (pyccx.loadcase.LoadCaseType attribute)

C

calculateVonMises() (pyccx.results.ResultProcessor static method) CALCULIX_PATH (pyccx.analysis.Simulation attribute) cauchyStress (pyccx.results.ElementResult attribute) (pyccx.results.NodalResult attribute) checkAnalysis() (pyccx.analysis.Simulation method) checkLine() (pyccx.analysis.Simulation method) clearAnalysis() (pyccx.analysis.Simulation method)

clearMesh() (pyccx.mesh.Mesher method) clearMeshAssignments() (pyccx.mesh.Mesher method) clearPhysicalGroups() (pyccx.mesh.Mesher method) clearResults() (pyccx.results.ResultProcessor method) Connector (class in pyccx.core) connectors (pyccx.analysis.Simulation attribute) cp (pyccx.material.ElastoPlasticMaterial attribute) Curve (pyccx.mesh.Ent attribute)

D

defaultTimestep (pyccx.loadcase.LoadCase attribute) DELAUNAY (pyccx.mesh.MeshingAlgorithm2D attribute) (pyccx.mesh.MeshingAlgorithm3D attribute) density (pyccx.material.ElastoPlasticMaterial attribute) direction (pyccx.bc.Acceleration attribute) (pyccx.bc.Force attribute)

DISP (pyccx.results.ResultsValue attribute) displacement (pyccx.results.NodalResult attribute) DOF (class in pyccx.core) dof (pyccx.bc.Fixed attribute) DYNAMIC (pyccx.loadcase.LoadCaseType attribute)

E

E (pyccx.material.ElastoPlasticMaterial attribute) edges (pyccx.mesh.Mesher attribute) ElastoPlasticMaterial (class in pyccx.material) ElementOrder (pyccx.mesh.Mesher attribute) ElementResult (class in pyccx.results) elements (pyccx.results.ResultProcessor attribute) ElementSet (class in pyccx.core) elementSet (pyccx.results.ElementResult attribute) elementSets (pyccx.analysis.Simulation attribute)

ELHEATFLUX (pyccx.results.ResultsValue attribute) els (pyccx.analysis.MaterialAssignment attribute) (pyccx.core.ElementSet attribute) ELSTRESS (pyccx.results.ResultsValue attribute) emissivity (pyccx.bc.Radiation attribute) Ent (class in pyccx.mesh) EPSILON (pyccx.mesh.Mesher attribute) ESE (pyccx.results.ElementResult attribute) expandShellElements (pyccx.results.NodalResult attribute)

F

Film (class in pyccx.bc) finalize() (pyccx.mesh.Mesher class method) findIncrementByTime() (pyccx.results.ResultProcessor method) Fixed (class in pyccx.bc) FLUID (pyccx.analysis.AnalysisType attribute) (pyccx.bc.BoundaryConditionType attribute) flux (pyccx.bc.HeatFlux attribute)

Force (class in pyccx.bc) FORCE (pyccx.results.ResultsValue attribute) frequency (pyccx.results.Result attribute) FRONTAL (pyccx.mesh.MeshingAlgorithm2D attribute) (pyccx.mesh.MeshingAlgorithm3D attribute) FRONTAL_DELAUNAY (pyccx.mesh.MeshingAlgorithm3D attribute) FRONTAL_HEX (pyccx.mesh.MeshingAlgorithm3D attribute) FRONTAL_QUAD (pyccx.mesh.MeshingAlgorithm2D attribute)

G

generateMesh() (pyccx.mesh.Mesher method) getAllPhysicalGroupElements() (pyccx.mesh.Mesher method) getAmplitudes() (pyccx.analysis.Simulation method) getBoundaryConditions() (pyccx.analysis.Simulation method) getBoundaryElements() (pyccx.bc.BoundaryCondition method) getBoundaryFaces() (pyccx.bc.BoundaryCondition method) getBoundaryNodes() (pyccx.bc.BoundaryCondition method) getChildrenFromEntities() (pyccx.mesh.Mesher method) getElementIds() (pyccx.mesh.Mesher method) getElementResult() (pyccx.results.ResultProcessor method) getElements() (pyccx.mesh.Mesher method) getElementsByPhysicalGroups() (pyccx.mesh.Mesher method) getElementsByType() (pyccx.mesh.Mesher method) getElementSets() (pyccx.analysis.Simulation method) getElementTypes() (pyccx.mesh.Mesher method) getEntityName() (pyccx.mesh.Mesher method) getFacesFromId() (pyccx.mesh.Mesher method) getGeomBoundingBoxById() (pyccx.mesh.Mesher method) getGeomBoundingBoxByName() (pyccx.mesh.Mesher method) getIdByEdgeName() (pyccx.mesh.Mesher method) getIdByEntityName() (pyccx.mesh.Mesher method) getIdBySurfaceName() (pyccx.mesh.Mesher method) getIdByVolumeName() (pyccx.mesh.Mesher method) getNodeIds() (pyccx.mesh.Mesher method)

getNodeResult() (pyccx.results.ResultProcessor method) getNodes() (pyccx.mesh.Mesher method) getNodesByEntityName() (pyccx.mesh.Mesher method) getNodeSets() (pyccx.analysis.Simulation method) getNodesFromEdgeByName() (pyccx.mesh.Mesher method) getNodesFromEntity() (pyccx.mesh.Mesher method) getNodesFromRegion() (in module pyccx.mesh) getNodesFromSurfaceByName() (pyccx.mesh.Mesher method) getNodesFromVolume() (in module pyccx.mesh) getNodesFromVolumeByName() (pyccx.mesh.Mesher method) getNodesInBoundingBox() (pyccx.mesh.Mesher method) getNumberElements() (pyccx.mesh.Mesher method) getNumThreads() (pyccx.analysis.Simulation class method) (pyccx.mesh.Mesher class method) getPointsFromEntity() (pyccx.mesh.Mesher method) getPointsFromVolume() (pyccx.mesh.Mesher method) getPointsFromVolumeByName() (pyccx.mesh.Mesher method) getSurfaceFacesFromRegion() (in module pyccx.mesh) (pyccx.mesh.Mesher method) getSurfaceFacesFromSurfId() (pyccx.mesh.Mesher method) getSurfaceSets() (pyccx.analysis.Simulation method) getSurfacesFromVolume() (pyccx.mesh.Mesher method) getTargetName() (pyccx.bc.BoundaryCondition method) getVolumeName() (pyccx.mesh.Mesher method)

H

hardeningCurve (pyccx.material.ElastoPlasticMaterial attribute) has_value() (pyccx.mesh.MeshingAlgorithm2D class method) (pyccx.mesh.MeshingAlgorithm3D class method) hasResults() (pyccx.results.ResultProcessor method)

HeatFlux (class in pyccx.bc) heatFlux (pyccx.results.ElementResult attribute) (pyccx.results.NodalResult attribute) heatTransferCoefficient (pyccx.bc.Film attribute) HXT (pyccx.mesh.MeshingAlgorithm3D attribute)

I

identifyUnassignedElements() (pyccx.mesh.Mesher method) increments (pyccx.results.ResultProcessor attribute) init() (pyccx.analysis.Simulation method) INITIAL_ONLY (pyccx.mesh.MeshingAlgorithm2D attribute) initialise() (pyccx.mesh.Mesher class method) Initialised (pyccx.mesh.Mesher attribute) initialTimestep (pyccx.loadcase.LoadCase attribute)

interpTri() (pyccx.mesh.Mesher method) isAnalysisCompleted() (pyccx.analysis.Simulation method) isDirty() (pyccx.mesh.Mesher method) isMeshGenerated() (pyccx.mesh.Mesher method) isPlastic() (pyccx.material.ElastoPlasticMaterial method) isValid() (pyccx.material.ElastoPlasticMaterial method) (pyccx.material.Material method)

K

k (pyccx.material.ElastoPlasticMaterial attribute)

L

label (pyccx.core.ModelObject attribute) lastIncrement() (pyccx.results.ResultProcessor method) LoadCase (class in pyccx.loadcase)

loadCases (pyccx.analysis.Simulation attribute) LoadCaseType (class in pyccx.loadcase) loadCaseType (pyccx.loadcase.LoadCase attribute)

M

magnitude (pyccx.bc.Acceleration attribute) (pyccx.bc.Force attribute) (pyccx.bc.Pressure attribute) Material (class in pyccx.material) material (pyccx.analysis.MaterialAssignment attribute) MaterialAssignment (class in pyccx.analysis) materialAssignments (pyccx.analysis.Simulation attribute) materialModel (pyccx.material.ElastoPlasticMaterial attribute) MATERIALMODEL (pyccx.material.Material attribute) materialModel (pyccx.material.Material attribute) materials (pyccx.analysis.Simulation attribute) maxPhysicalGroupId() (pyccx.mesh.Mesher method) maxTimestep (pyccx.loadcase.LoadCase attribute) mechanicalStrain (pyccx.results.ElementResult attribute) mergeGeometry() (pyccx.mesh.Mesher method) MESHADAPT (pyccx.mesh.MeshingAlgorithm2D attribute) meshAssignments (pyccx.mesh.Mesher attribute)

Mesher (class in pyccx.mesh) MeshingAlgorithm2D (class in pyccx.mesh) MeshingAlgorithm3D (class in pyccx.mesh) MeshSet (class in pyccx.core) minTimestep (pyccx.loadcase.LoadCase attribute) MMG3D (pyccx.mesh.MeshingAlgorithm3D attribute) MODAL (pyccx.loadcase.LoadCaseType attribute) ModelObject (class in pyccx.core) module pyccx.analysis pyccx.bc pyccx.core pyccx.loadcase pyccx.material pyccx.mesh pyccx.results monitor() (pyccx.analysis.Simulation method) mpcSets (pyccx.analysis.Simulation attribute)

N

name (pyccx.analysis.Simulation attribute) (pyccx.core.ModelObject attribute) (pyccx.material.Material attribute) (pyccx.mesh.Mesher attribute) NodalResult (class in pyccx.results) nodes (pyccx.core.NodeSet attribute) (pyccx.results.ResultProcessor attribute) NodeSet (class in pyccx.core)

nodeset (pyccx.core.Connector attribute) nodeSet (pyccx.results.NodalResult attribute) nodeSets (pyccx.analysis.Simulation attribute) nonlinear (pyccx.loadcase.LoadCase attribute) nu (pyccx.material.ElastoPlasticMaterial attribute) numIncrements (pyccx.results.ResultProcessor attribute) NUMTHREADS (pyccx.analysis.Simulation attribute) NumThreads (pyccx.mesh.Mesher attribute)

O

open() (pyccx.mesh.Mesher method) OptimiseNetgen (pyccx.mesh.Mesher attribute)

orderElements() (pyccx.results.ResultProcessor static method) orderNodes() (pyccx.results.ResultProcessor static method)

P

PACK_PRLGRMS (pyccx.mesh.MeshingAlgorithm2D attribute) PACK_PRLGRMS_CSTR (pyccx.mesh.MeshingAlgorithm2D attribute) physicalGroups (pyccx.mesh.Mesher attribute) plasticStrain (pyccx.results.ElementResult attribute) (pyccx.results.NodalResult attribute) Point (pyccx.mesh.Ent attribute) points (pyccx.mesh.Mesher attribute) Pressure (class in pyccx.bc) profile (pyccx.core.Amplitude attribute) pyccx.analysis module

pyccx.bc module pyccx.core module pyccx.loadcase module pyccx.material module pyccx.mesh module pyccx.results module

Q

QUAD_QUASI_STRUCT (pyccx.mesh.MeshingAlgorithm2D attribute)

R

Radiation (class in pyccx.bc) reactionForce (pyccx.results.NodalResult attribute) read() (pyccx.results.ResultProcessor method) readDat() (pyccx.results.ResultProcessor method) readElFlux() (pyccx.results.ResultProcessor method) readElResultBlock() (pyccx.results.ResultProcessor method) readElStress() (pyccx.results.ResultProcessor method) readNodalResultsBlock() (pyccx.results.ResultProcessor method) readNodeDisp() (pyccx.results.ResultProcessor method) readNodeFlux() (pyccx.results.ResultProcessor method) readNodeForce() (pyccx.results.ResultProcessor method) readNodeStrain() (pyccx.results.ResultProcessor method) readNodeStress() (pyccx.results.ResultProcessor method) readNodeTemp() (pyccx.results.ResultProcessor method) RecombinationAlgorithm (class in pyccx.mesh) recombineMesh() (pyccx.mesh.Mesher method)

refNode (pyccx.core.Connector attribute) removeEdgeMeshes() (pyccx.mesh.Mesher method) removeSurfaceMeshes() (in module pyccx.mesh) (pyccx.mesh.Mesher method) renumberElements() (pyccx.mesh.Mesher method) renumberNodes() (pyccx.mesh.Mesher method) resetBoundaryCondition (pyccx.bc.BoundaryCondition attribute) Result (class in pyccx.results) ResultProcessor (class in pyccx.results) results() (pyccx.analysis.Simulation method) resultSet (pyccx.loadcase.LoadCase attribute) ResultsValue (class in pyccx.results) RTREE (pyccx.mesh.MeshingAlgorithm3D attribute) run() (pyccx.analysis.Simulation method) RX (pyccx.core.DOF attribute) RY (pyccx.core.DOF attribute) RZ (pyccx.core.DOF attribute)

S

set2DMeshingAlgorithm() (pyccx.mesh.Mesher method) set3DMeshingAlgorithm() (pyccx.mesh.Mesher method) setAsCurrentModel() (pyccx.mesh.Mesher method) setCalculixPath() (pyccx.analysis.Simulation class method) setEdgePhysicalName() (pyccx.mesh.Mesher method) setEdgeSet() (pyccx.mesh.Mesher method) setElementOrder() (pyccx.mesh.Mesher class method) setEntityName() (pyccx.mesh.Mesher method) setEntityPhysicalName() (pyccx.mesh.Mesher method) setLoadCaseType() (pyccx.loadcase.LoadCase method) setMeshAssignmentsById() (pyccx.mesh.Mesher method) setMeshAssignmentsByType() (pyccx.mesh.Mesher method) setMeshSize() (pyccx.mesh.Mesher method) setMeshSizeFactor() (pyccx.mesh.Mesher class method) setModelChanged() (pyccx.mesh.Mesher method) setName() (pyccx.core.ModelObject method) (pyccx.material.Material method) setNumThreads() (pyccx.analysis.Simulation class method) (pyccx.mesh.Mesher class method) setOptimiseNetgen() (pyccx.mesh.Mesher class method) setRecombinationAlgorithm() (pyccx.mesh.Mesher method) setRecombineSurfaces() (pyccx.mesh.Mesher method) setSurfacePhysicalName() (pyccx.mesh.Mesher method) setSurfaceSet() (pyccx.mesh.Mesher method) setTimeStep() (pyccx.loadcase.LoadCase method) setUnits() (pyccx.mesh.Mesher class method)

setVector() (pyccx.bc.Acceleration method) (pyccx.bc.Force method) setVerboseOuput() (pyccx.analysis.Simulation class method) setVolumePhysicalName() (pyccx.mesh.Mesher method) setWorkingDirectory() (pyccx.analysis.Simulation method) ShellMaterialAssignment (class in pyccx.analysis) showGui() (pyccx.mesh.Mesher class method) SIMPLE (pyccx.mesh.RecombinationAlgorithm attribute) SIMPLE_QUAD (pyccx.mesh.RecombinationAlgorithm attribute) Simulation (class in pyccx.analysis) SolidMaterialAssignment (class in pyccx.analysis) STATIC (pyccx.loadcase.LoadCaseType attribute) steadyState (pyccx.loadcase.LoadCase attribute) strain (pyccx.results.ElementResult attribute) (pyccx.results.NodalResult attribute) STRAIN (pyccx.results.ResultsValue attribute) STRESS (pyccx.results.ResultsValue attribute) STRUCTURAL (pyccx.analysis.AnalysisType attribute) (pyccx.bc.BoundaryConditionType attribute) Surface (pyccx.mesh.Ent attribute) SurfaceNodeSet (class in pyccx.core) surfacePairs (pyccx.core.SurfaceNodeSet attribute) (pyccx.core.SurfaceSet attribute) surfaces (pyccx.mesh.Mesher attribute) SurfaceSet (class in pyccx.core) surfaceSets (pyccx.analysis.Simulation attribute)

T

T (pyccx.core.DOF attribute) target (pyccx.bc.BoundaryCondition attribute) TEMP (pyccx.results.ResultsValue attribute) temperature (pyccx.results.NodalResult attribute) THERMAL (pyccx.analysis.AnalysisType attribute) (pyccx.bc.BoundaryConditionType attribute) (pyccx.loadcase.LoadCaseType attribute) thickness (pyccx.analysis.ShellMaterialAssignment attribute) (pyccx.analysis.SolidMaterialAssignment attribute) timeDelay (pyccx.bc.BoundaryCondition attribute)

toNumpy() (pyccx.material.Material static method) totalTime (pyccx.loadcase.LoadCase attribute) type() (pyccx.bc.Acceleration method) (pyccx.bc.BoundaryCondition method) (pyccx.bc.Film method) (pyccx.bc.Fixed method) (pyccx.bc.Force method) (pyccx.bc.HeatFlux method) (pyccx.bc.Pressure method) (pyccx.bc.Radiation method)

U

UNCOUPLEDTHERMOMECHANICAL (pyccx.loadcase.LoadCaseType attribute) Units (pyccx.mesh.Mesher attribute)

UX (pyccx.core.DOF attribute) UY (pyccx.core.DOF attribute) UZ (pyccx.core.DOF attribute)

V

values (pyccx.bc.Fixed attribute) VERBOSE_OUTPUT (pyccx.analysis.Simulation attribute) version (pyccx.mesh.Mesher attribute)

version() (pyccx.analysis.Simulation static method) VMSTRESS (pyccx.results.ResultsValue attribute) Volume (pyccx.mesh.Ent attribute) volumes (pyccx.mesh.Mesher attribute)

W

workHardeningMode (pyccx.material.ElastoPlasticMaterial attribute) writeBoundaryCondition() (pyccx.loadcase.LoadCase method) writeElementInput() (pyccx.results.NodalResult method) writeInput() (pyccx.analysis.MaterialAssignment method) (pyccx.analysis.ShellMaterialAssignment method) (pyccx.analysis.Simulation method) (pyccx.analysis.SolidMaterialAssignment method) (pyccx.bc.Acceleration method) (pyccx.bc.BoundaryCondition method) (pyccx.bc.Film method) (pyccx.bc.Fixed method) (pyccx.bc.Force method) (pyccx.bc.HeatFlux method) (pyccx.bc.Pressure method) (pyccx.bc.Radiation method) (pyccx.core.Amplitude method) (pyccx.core.Connector method) (pyccx.core.ElementSet method) (pyccx.core.NodeSet method) (pyccx.core.SurfaceNodeSet method) (pyccx.core.SurfaceSet method) (pyccx.loadcase.LoadCase method) (pyccx.material.ElastoPlasticMaterial method) (pyccx.material.Material method) (pyccx.results.ElementResult method) (pyccx.results.NodalResult method) (pyccx.results.Result method)

writeMesh() (pyccx.mesh.Mesher method) writeMeshInput() (pyccx.mesh.Mesher method)