public interface OnestepUnformBuilder extends FeatureBuilder
OnestepUnformBuilder
. This allows the creation of an Onestep Unform.
OnestepUnformCollection.createOnestepBuilder(nxopen.features.Feature)
Modifier and Type | Interface and Description |
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static class |
OnestepUnformBuilder.Constraint
The constraints of onestep unform.
|
static class |
OnestepUnformBuilder.Convergency
The solver convergency level of onestep unform.
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static class |
OnestepUnformBuilder.DisplaySpringbackMode
The mode of display springback.
|
static class |
OnestepUnformBuilder.MeshElement
The 2-D mesh element type of onestep unform.
|
static class |
OnestepUnformBuilder.MeshesData
This class holds the data returned from
getMeshes() |
static class |
OnestepUnformBuilder.NodeIdsOnFreeEdgeData
This class holds the data returned from
getNodeIdsOnFreeEdge() |
static class |
OnestepUnformBuilder.Object
The object types of onestep unform.
|
static class |
OnestepUnformBuilder.Part
The part types of onestep unform.
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static class |
OnestepUnformBuilder.Process
The process types of onestep unform.
|
static class |
OnestepUnformBuilder.Surface
The surface types of onestep unform.
|
static class |
OnestepUnformBuilder.UnfoldMode
The Onesetp unfold mode of onestep unform.
|
Modifier and Type | Method and Description |
---|---|
ScCollector |
binderRegion()
Returns the binder region which is a group of faces user chooses as holder.
|
void |
calculation()
Starts solver to calculate.
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OnestepUnformBuilder.Constraint |
constraintType()
Returns the constraint type for intermediate unform or complete unform.
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void |
constructor(int tOnestepSolverType)
Constructs solver to prepare the data.
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double |
contactPointsTolerance()
Returns the tolerance to find contact points.
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void |
createSheetBody(boolean readResultFromFeature)
Creates unform sheet body result.
|
void |
destructor()
Destructs solver to release the data.
|
void |
displayProfile(boolean readResultFromFeature)
Displays profile result.
|
Direction |
drawDirection()
Returns the draw direction used to define the normal of unform base plane.
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double |
force()
Returns the force on blank holder.
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double |
forceStrength()
Returns the force strength on blank holder.
|
double[] |
getBlankShape()
Gets the blank result nodes.
|
OnestepUnformBuilder.NodeIdsOnFreeEdgeData |
getBorderLoops()
Gets the boundary loop IDs.
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double[] |
getBottomSurfaceStrain()
Gets the bottom surface strain result.
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double[] |
getBottomSurfaceStress()
Gets the bottom surface stress result.
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int[] |
getContactNodeIds()
Gets the element node IDs where the product face meshes and addendum faces mesh are contacting within the given tolerance.
|
OnestepUnformBuilder.MeshesData |
getMeshes()
Gets the mesh element data.
|
int |
getMinNodeID()
Gets the minimum node ID.
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OnestepUnformBuilder.NodeIdsOnFreeEdgeData |
getNodeIdsOnFreeEdge()
Gets the node IDs on the free edges (non-constrainted boundary edges).
|
int |
getRefNode()
Gets the reference node ID.
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int |
getSolverType()
Gets the solver calculation type.
|
double[] |
getSpringbackShape()
Gets the springbrack result.
|
double[] |
getStrain()
Gets the strain result.
|
double[] |
getStress()
Gets the stress result.
|
double[] |
getThickness()
Gets Thickness.
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double[] |
getTopSurfaceStrain()
Gets the top surface strain result.
|
double[] |
getTopSurfaceStress()
Gets the top surface stress result.
|
boolean |
inferElementSize()
Returns the option to infer 2-D element size.
|
boolean |
inferThickness()
Returns the option to infer thickness.
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void |
isResultExist()
Checks whether the result is available or not.
|
Point |
matchPointOne()
Returns the first match point for spring back calculation.
|
Point |
matchPointThree()
Returns the third match point for spring back calculation.
|
Point |
matchPointTwo()
Returns the second match point for spring back calculation.
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double |
materialPropertyDensity()
Returns the density of material.
|
double |
materialPropertyE()
Returns the material property elasticity(E) which enables a material to return to its original shape and dimension.
|
double |
materialPropertyF()
Returns the friction of material.
|
double |
materialPropertyInitialStrain()
Returns the material initial strain to represent in a material upon achieving the given loading conditions in a relaxation or creep test.
|
double |
materialPropertyK()
Returns the K(Strength Coefficient) of material.
|
double |
materialPropertyN()
Returns the material n(Hardening Exponent) to represent the constant index used in calculations for stress-strain behaviour.
|
double |
materialPropertyPoisson()
Returns the material Poisson's ratio between the contraction at right angles to a stress and the direct extension.
|
double |
materialPropertyR0()
Returns the r0(Anisotropy Coefficient) of material.
|
double |
materialPropertyR45()
Returns the r45(Anisotropy Coefficient) of material.
|
double |
materialPropertyR90()
Returns the r90(Anisotropy Coefficient) of material.
|
double |
materialPropertyYieldStress()
Returns the yield stress of material.
|
void |
mesh()
Create FEM 2-D meshes based on the unform region surfaces and the target region surfaces.
|
boolean |
meshAttemptMapping()
Returns the option to attemp mapping for mesh elements.
|
double |
meshElementSize()
Returns the 2-D element size for mesh.
|
OnestepUnformBuilder.MeshElement |
meshElementType()
Returns the 2-D mesh element type, either triangle or quadrate element.
|
double |
meshMaxJacobian()
Returns the maximum Jacobian for mesh elements.
|
double |
meshMaxWarp()
Returns the maximum warp for meshing.
|
boolean |
meshProcessFillet()
Returns the option to process fillet for mesh element.
|
int |
meshSizeVariation()
Returns the variation of mesh element size.
|
double |
meshSmallFeature()
Returns the value of small feature for mesh setting
License requirements: None. |
boolean |
meshSplitQuad()
Returns the option to split quadrate element to triangle element when creating meshes.
|
OnestepUnformBuilder.Object |
objectType()
Returns the object type for onestep unform.
|
void |
onestepUnformRegisterProjectCallback()
Register the callback to solver.
|
ScCollector |
partBoundary()
Returns the boundary which is a group of edges user chooses to apply on equivalent force.
|
OnestepUnformBuilder.Part |
partType()
Returns the part type for onestep unform.
|
double |
pressure()
Returns the pressure on blank holder.
|
OnestepUnformBuilder.Process |
processType()
Returns the process type for onestep unform.
|
boolean |
reportDisplayFlattenShape()
Returns the option to display result flatten shape in report.
|
boolean |
reportDisplaySpringback()
Returns the option to display springback result in report.
|
boolean |
reportDisplayStrain()
Returns the option to display strain in report.
|
boolean |
reportDisplayStress()
Returns the option to display stress in report.
|
boolean |
reportDisplayThickness()
Returns the option to display thickness information in report.
|
boolean |
reportDisplayViewControl()
Returns the option to control view while creating screen image in report.
|
boolean |
reverseSide()
Returns the option to indicate whether or not to unform the profile to the other side on the target body.
|
void |
setAdvancedConstraintInformation(int advancedConstraintPartType,
TaggedObject[] blankHolderWithAddendumBinderRegion,
TaggedObject[] blankHolderWithoutAddendumBoundaryOfPart,
double blankHolderWithAddendumPressure,
double blankHolderWithAddendumForce,
double blankHolderWithoutAddendumTension,
double blankHolderWithoutAddendumForce,
double blankHolderWithoutAddendumForceStrength,
TaggedObject[] drawbeadTag,
double[] drawbeadTtension,
double[] drawbeadNtension,
double[] drawbeadForceStrength)
Set advanced constraint information.
|
void |
setBlankThickness(double thickness)
Sets the blank thickness.
|
void |
setBorderInfo(TaggedObject[] edgeTags,
int[] nids,
int[] groupInfo)
Sets the boundary condition information.
|
void |
setConstraintInformation(boolean noCommonEdges,
int[] revisedDirU,
int[] revisedDirT,
int[] index,
int[] constraintType,
int[] cacNumsUnform,
int[] cacNumsTarget,
TaggedObject[] consCurveFromUnform,
TaggedObject[] consCurveFromTarget,
Point[] consPointFromUnform,
Point[] consPointFromTarget,
double[] startPtOfConsCrvsUnform,
double[] startPtOfConsCrvsTarget)
Set constraint information.
|
void |
setConstraintType(OnestepUnformBuilder.Constraint constraintType)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setContactPointsTolerance(double tolerance)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setDrawDirection(Direction drawDirection)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setDrawDirection(int tdx,
int tdy,
int tdz)
Sets the unform draw direction.
|
boolean |
setFacesOnOffsetSheet(Body unfoldBody)
Sets the offset faces when the object type is body.
|
void |
setForce(double force)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setForceStrength(double forceStrength)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") . |
void |
setInferElementSize(boolean inforElementSize)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setInferThickness(boolean inferThickness)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMatchPointOne(Point matchPointOne)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMatchPointThree(Point matchPointThree)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMatchPointTwo(Point matchPointTwo)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyDensity(double materialPropertyDensity)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyE(double materialPropertyE)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyF(double materialPropertyF)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyInitialStrain(double materialPropertyInitialStrain)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyK(double materialPropertyK)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyN(double materialPropertyN)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyPoisson(double materialPropertyPoisson)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyR0(double materialPropertyR0)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyR45(double materialPropertyR45)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyR90(double materialPropertyR90)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMaterialPropertyYieldStress(double materialPropertyYieldStress)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMeshAttemptMapping(boolean meshAttemptMapping)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMeshElementSize(double meshElementSize)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMeshElementType(OnestepUnformBuilder.MeshElement meshElementType)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMeshMaxJacobian(double meshMaxJacobian)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMeshMaxWarp(double meshMaxWarp)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMeshProcessFillet(boolean meshProcessFillet)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMeshSizeVariation(int meshSizeVariation)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMeshSmallFeature(double meshSmallFeature)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setMeshSplitQuad(boolean meshSplitQuad)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setNodeIDsOnFreeEdge(int[] index,
int[] nids)
Sets the node IDs on the free edges (non-constrainted boundary edges).
|
void |
setObjectType(OnestepUnformBuilder.Object objectType)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setPartType(OnestepUnformBuilder.Part partType)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setPressure(double pressure)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setProcessType(OnestepUnformBuilder.Process processType)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setReportDisplayFlattenShape(boolean reportDisplayFlattenShape)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setReportDisplaySpringback(boolean reportDisplaySpringback)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setReportDisplayStrain(boolean reportDisplayStrain)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setReportDisplayStress(boolean reportDisplayStress)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setReportDisplayThickness(boolean reportDisplayThickness)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setReportDisplayViewControl(boolean reportDisplayViewControl)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setResultBlankShape(double[] blankshape)
Sets blank shape result.
|
void |
setResultNodesIdsOnProfile(int[] nids)
Sets profile node ID result.
|
void |
setResultNodesNumEachProfileCurve(int[] indexs)
Sets total number of node on each profile.
|
void |
setResultRefNodeId(int resultRefNodeId)
Sets reference node ID.
|
void |
setResultSpringBack(double[] springback)
Sets springback result.
|
void |
setResultStrain(double[] strain)
Sets strain result.
|
void |
setResultStress(double[] stress)
Sets stress result.
|
void |
setResultThickness(double[] thickness)
Sets thickness result.
|
void |
setReverseSide(boolean reverseSide)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setSolverConvergencyLevel(OnestepUnformBuilder.Convergency solverConvergencyLevel)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setSolverDisplaySpringbackMode(OnestepUnformBuilder.DisplaySpringbackMode solverDisplaySpringbackMode)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setSolverDoSpringbackCalculation(boolean solverDoSpringbackCalculation)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setSolverJoinOutputCurves(boolean solverJoinOutputCurves)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setSolverMaxIterationSteps(int solverMaxIterationSteps)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setSolverSaveAnalysisResultsIntoFeature(boolean solverSaveAnalysisResultsIntoFeature)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setSurfaceType(int tOnestepSolverSurfaceType)
Sets the unform surface type.
|
void |
setSurfaceType(OnestepUnformBuilder.Surface surfaceType)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setThickness(double thickness)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setThicknessDirection(Direction thicknessDirection)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setTrimlinePoint(Point point)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setUnfoldModeType(OnestepUnformBuilder.UnfoldMode unfoldModeType)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setUnfoldSolid(Body unfoldSolidTag)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
void |
setUnformSection(Section unformsection)
License requirements: nx_onestep_analysis ("NX Onestep Analysis") OR nx_general_packaging ("NX General Packaging") OR die_engineering ("DIE ENGINEERING") OR aero_sheet_metal ("Aerospace Sheet Metal") OR adv_sheet_metal_dsgn ("ADVANCED SHEET METAL DESIGN") . |
OnestepUnformBuilder.Convergency |
solverConvergencyLevel()
Returns the convergency level of onestep solver.
|
OnestepUnformBuilder.DisplaySpringbackMode |
solverDisplaySpringbackMode()
Returns the option for springback display.
|
boolean |
solverDoSpringbackCalculation()
Returns the option to do springback calculation in onestep solver.
|
boolean |
solverJoinOutputCurves()
Returns the option to join output curves.
|
int |
solverMaxIterationSteps()
Returns the maximum number of iteration steps in onestep solver.
|
boolean |
solverSaveAnalysisResultsIntoFeature()
Returns the option to save analysis result into feature.
|
OnestepUnformBuilder.Surface |
surfaceType()
Returns the surface type used to determine offset direction.
|
ScCollector |
targetRegion()
Returns the target region which is a group of faces user chooses to unfrom to.
|
double |
thickness()
Returns the thickness of sheet metal model.
|
Direction |
thicknessDirection()
Returns the thickness direction used to define the direction of product thickness at the specific point in trimline.
|
Point |
trimlinePoint()
Returns the point where the thickness direction is defined for trimline.
|
OnestepUnformBuilder.UnfoldMode |
unfoldModeType()
Returns the onestep unfold mode.
|
Body |
unfoldSolid()
Returns the solid body to unform.
|
SelectBodyList |
unfoldSolidRegion()
Returns the unfold solid regions which are a group of faces user chooses to unform.
|
ScCollector |
unformRegion()
Returns the unform region which is a group of faces user chooses to unform.
|
Section |
unformSection()
Returns the unform section which includes a group of user selected points or curves.
|
void |
updateInputMeshDataToSolver()
Updates the mesh elements to solver.
|
commitFeature, getFeature, hideInternalParentFeatureAfterEdit, parentFeatureInternal, patchSolutionFlag, patchSurfaceFilename, setParentFeatureInternal, setParentFeatureInternal, setPatchSolutionFlag, setPatchSurfaceFilename, setSurroundingPatchSurfaceFilename, showInternalParentFeatureForEdit, surroundingPatchSurfaceFilename, unsetParentFeatureInternal
commit, destroy, getCommittedObjects, getObject, showResults
printTestData, printTestData, tag, tagValue
validate
OnestepUnformBuilder.Process processType() throws NXException, RemoteException
NXException
RemoteException
void setProcessType(OnestepUnformBuilder.Process processType) throws NXException, RemoteException
processType
- NXException
RemoteException
OnestepUnformBuilder.Object objectType() throws NXException, RemoteException
NXException
RemoteException
void setObjectType(OnestepUnformBuilder.Object objectType) throws NXException, RemoteException
objectType
- NXException
RemoteException
SelectBodyList unfoldSolidRegion() throws NXException, RemoteException
NXException
RemoteException
Body unfoldSolid() throws NXException, RemoteException
NXException
RemoteException
void setUnfoldSolid(Body unfoldSolidTag) throws NXException, RemoteException
unfoldSolidTag
- NXException
RemoteException
ScCollector unformRegion() throws NXException, RemoteException
NXException
RemoteException
Section unformSection() throws NXException, RemoteException
NXException
RemoteException
void setUnformSection(Section unformsection) throws NXException, RemoteException
unformsection
- NXException
RemoteException
ScCollector targetRegion() throws NXException, RemoteException
NXException
RemoteException
OnestepUnformBuilder.Constraint constraintType() throws NXException, RemoteException
NXException
RemoteException
void setConstraintType(OnestepUnformBuilder.Constraint constraintType) throws NXException, RemoteException
constraintType
- NXException
RemoteException
Point matchPointOne() throws NXException, RemoteException
NXException
RemoteException
void setMatchPointOne(Point matchPointOne) throws NXException, RemoteException
matchPointOne
- NXException
RemoteException
Point matchPointTwo() throws NXException, RemoteException
NXException
RemoteException
void setMatchPointTwo(Point matchPointTwo) throws NXException, RemoteException
matchPointTwo
- NXException
RemoteException
Point matchPointThree() throws NXException, RemoteException
NXException
RemoteException
void setMatchPointThree(Point matchPointThree) throws NXException, RemoteException
matchPointThree
- NXException
RemoteException
OnestepUnformBuilder.Part partType() throws NXException, RemoteException
NXException
RemoteException
void setPartType(OnestepUnformBuilder.Part partType) throws NXException, RemoteException
partType
- NXException
RemoteException
ScCollector binderRegion() throws NXException, RemoteException
NXException
RemoteException
double pressure() throws NXException, RemoteException
NXException
RemoteException
void setPressure(double pressure) throws NXException, RemoteException
pressure
- NXException
RemoteException
double force() throws NXException, RemoteException
NXException
RemoteException
void setForce(double force) throws NXException, RemoteException
force
- NXException
RemoteException
double forceStrength() throws NXException, RemoteException
NXException
RemoteException
void setForceStrength(double forceStrength) throws NXException, RemoteException
forceStrength
- NXException
RemoteException
ScCollector partBoundary() throws NXException, RemoteException
NXException
RemoteException
Direction drawDirection() throws NXException, RemoteException
NXException
RemoteException
void setDrawDirection(Direction drawDirection) throws NXException, RemoteException
drawDirection
- NXException
RemoteException
OnestepUnformBuilder.Surface surfaceType() throws NXException, RemoteException
NXException
RemoteException
void setSurfaceType(OnestepUnformBuilder.Surface surfaceType) throws NXException, RemoteException
surfaceType
- NXException
RemoteException
boolean inferThickness() throws NXException, RemoteException
NXException
RemoteException
void setInferThickness(boolean inferThickness) throws NXException, RemoteException
inferThickness
- NXException
RemoteException
double thickness() throws NXException, RemoteException
NXException
RemoteException
void setThickness(double thickness) throws NXException, RemoteException
thickness
- NXException
RemoteException
void mesh() throws NXException, RemoteException
NXException
RemoteException
void calculation() throws NXException, RemoteException
NXException
RemoteException
double[] getThickness() throws NXException, RemoteException
NXException
RemoteException
void constructor(int tOnestepSolverType) throws NXException, RemoteException
tOnestepSolverType
- NXException
RemoteException
void destructor() throws NXException, RemoteException
NXException
RemoteException
int getSolverType() throws NXException, RemoteException
NXException
RemoteException
void setDrawDirection(int tdx, int tdy, int tdz) throws NXException, RemoteException
tdx
- tdy
- tdz
- NXException
RemoteException
void setBlankThickness(double thickness) throws NXException, RemoteException
thickness
- NXException
RemoteException
int getRefNode() throws NXException, RemoteException
NXException
RemoteException
void setSurfaceType(int tOnestepSolverSurfaceType) throws NXException, RemoteException
tOnestepSolverSurfaceType
- NXException
RemoteException
int getMinNodeID() throws NXException, RemoteException
NXException
RemoteException
void setNodeIDsOnFreeEdge(int[] index, int[] nids) throws NXException, RemoteException
index
- nids
- NXException
RemoteException
OnestepUnformBuilder.NodeIdsOnFreeEdgeData getNodeIdsOnFreeEdge() throws NXException, RemoteException
NXException
RemoteException
OnestepUnformBuilder.MeshesData getMeshes() throws NXException, RemoteException
NXException
RemoteException
double[] getBlankShape() throws NXException, RemoteException
NXException
RemoteException
double[] getStrain() throws NXException, RemoteException
NXException
RemoteException
double[] getStress() throws NXException, RemoteException
NXException
RemoteException
double[] getSpringbackShape() throws NXException, RemoteException
NXException
RemoteException
double[] getTopSurfaceStress() throws NXException, RemoteException
NXException
RemoteException
double[] getTopSurfaceStrain() throws NXException, RemoteException
NXException
RemoteException
double[] getBottomSurfaceStress() throws NXException, RemoteException
NXException
RemoteException
double[] getBottomSurfaceStrain() throws NXException, RemoteException
NXException
RemoteException
void isResultExist() throws NXException, RemoteException
NXException
RemoteException
void setBorderInfo(TaggedObject[] edgeTags, int[] nids, int[] groupInfo) throws NXException, RemoteException
edgeTags
- Objects to be checkednids
- groupInfo
- NXException
RemoteException
void updateInputMeshDataToSolver() throws NXException, RemoteException
NXException
RemoteException
OnestepUnformBuilder.NodeIdsOnFreeEdgeData getBorderLoops() throws NXException, RemoteException
NXException
RemoteException
void onestepUnformRegisterProjectCallback() throws NXException, RemoteException
NXException
RemoteException
void displayProfile(boolean readResultFromFeature) throws NXException, RemoteException
readResultFromFeature
- NXException
RemoteException
void createSheetBody(boolean readResultFromFeature) throws NXException, RemoteException
readResultFromFeature
- NXException
RemoteException
void setResultThickness(double[] thickness) throws NXException, RemoteException
thickness
- NXException
RemoteException
void setResultStrain(double[] strain) throws NXException, RemoteException
strain
- NXException
RemoteException
void setResultStress(double[] stress) throws NXException, RemoteException
stress
- NXException
RemoteException
void setResultSpringBack(double[] springback) throws NXException, RemoteException
springback
- NXException
RemoteException
void setResultBlankShape(double[] blankshape) throws NXException, RemoteException
blankshape
- NXException
RemoteException
void setResultNodesIdsOnProfile(int[] nids) throws NXException, RemoteException
nids
- NXException
RemoteException
void setResultNodesNumEachProfileCurve(int[] indexs) throws NXException, RemoteException
indexs
- NXException
RemoteException
void setResultRefNodeId(int resultRefNodeId) throws NXException, RemoteException
resultRefNodeId
- NXException
RemoteException
void setConstraintInformation(boolean noCommonEdges, int[] revisedDirU, int[] revisedDirT, int[] index, int[] constraintType, int[] cacNumsUnform, int[] cacNumsTarget, TaggedObject[] consCurveFromUnform, TaggedObject[] consCurveFromTarget, Point[] consPointFromUnform, Point[] consPointFromTarget, double[] startPtOfConsCrvsUnform, double[] startPtOfConsCrvsTarget) throws NXException, RemoteException
noCommonEdges
- revisedDirU
- revisedDirT
- index
- constraintType
- cacNumsUnform
- cacNumsTarget
- consCurveFromUnform
- Objects to be checkedconsCurveFromTarget
- Objects to be checkedconsPointFromUnform
- Objects to be checkedconsPointFromTarget
- Objects to be checkedstartPtOfConsCrvsUnform
- startPtOfConsCrvsTarget
- NXException
RemoteException
void setAdvancedConstraintInformation(int advancedConstraintPartType, TaggedObject[] blankHolderWithAddendumBinderRegion, TaggedObject[] blankHolderWithoutAddendumBoundaryOfPart, double blankHolderWithAddendumPressure, double blankHolderWithAddendumForce, double blankHolderWithoutAddendumTension, double blankHolderWithoutAddendumForce, double blankHolderWithoutAddendumForceStrength, TaggedObject[] drawbeadTag, double[] drawbeadTtension, double[] drawbeadNtension, double[] drawbeadForceStrength) throws NXException, RemoteException
advancedConstraintPartType
- blankHolderWithAddendumBinderRegion
- Objects to be checkedblankHolderWithoutAddendumBoundaryOfPart
- Objects to be checkedblankHolderWithAddendumPressure
- blankHolderWithAddendumForce
- blankHolderWithoutAddendumTension
- blankHolderWithoutAddendumForce
- blankHolderWithoutAddendumForceStrength
- drawbeadTag
- Objects to be checkeddrawbeadTtension
- drawbeadNtension
- drawbeadForceStrength
- NXException
RemoteException
double materialPropertyE() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyE(double materialPropertyE) throws NXException, RemoteException
materialPropertyE
- NXException
RemoteException
double materialPropertyDensity() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyDensity(double materialPropertyDensity) throws NXException, RemoteException
materialPropertyDensity
- NXException
RemoteException
double materialPropertyPoisson() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyPoisson(double materialPropertyPoisson) throws NXException, RemoteException
materialPropertyPoisson
- NXException
RemoteException
double materialPropertyYieldStress() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyYieldStress(double materialPropertyYieldStress) throws NXException, RemoteException
materialPropertyYieldStress
- NXException
RemoteException
double materialPropertyN() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyN(double materialPropertyN) throws NXException, RemoteException
materialPropertyN
- NXException
RemoteException
double materialPropertyInitialStrain() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyInitialStrain(double materialPropertyInitialStrain) throws NXException, RemoteException
materialPropertyInitialStrain
- NXException
RemoteException
double materialPropertyF() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyF(double materialPropertyF) throws NXException, RemoteException
materialPropertyF
- NXException
RemoteException
double materialPropertyK() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyK(double materialPropertyK) throws NXException, RemoteException
materialPropertyK
- NXException
RemoteException
double materialPropertyR0() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyR0(double materialPropertyR0) throws NXException, RemoteException
materialPropertyR0
- NXException
RemoteException
double materialPropertyR45() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyR45(double materialPropertyR45) throws NXException, RemoteException
materialPropertyR45
- NXException
RemoteException
double materialPropertyR90() throws NXException, RemoteException
NXException
RemoteException
void setMaterialPropertyR90(double materialPropertyR90) throws NXException, RemoteException
materialPropertyR90
- NXException
RemoteException
OnestepUnformBuilder.MeshElement meshElementType() throws NXException, RemoteException
NXException
RemoteException
void setMeshElementType(OnestepUnformBuilder.MeshElement meshElementType) throws NXException, RemoteException
meshElementType
- NXException
RemoteException
boolean reverseSide() throws NXException, RemoteException
NXException
RemoteException
void setReverseSide(boolean reverseSide) throws NXException, RemoteException
reverseSide
- NXException
RemoteException
boolean inferElementSize() throws NXException, RemoteException
NXException
RemoteException
void setInferElementSize(boolean inforElementSize) throws NXException, RemoteException
inforElementSize
- NXException
RemoteException
double meshElementSize() throws NXException, RemoteException
NXException
RemoteException
void setMeshElementSize(double meshElementSize) throws NXException, RemoteException
meshElementSize
- NXException
RemoteException
boolean meshSplitQuad() throws NXException, RemoteException
NXException
RemoteException
void setMeshSplitQuad(boolean meshSplitQuad) throws NXException, RemoteException
meshSplitQuad
- NXException
RemoteException
double meshMaxWarp() throws NXException, RemoteException
NXException
RemoteException
void setMeshMaxWarp(double meshMaxWarp) throws NXException, RemoteException
meshMaxWarp
- NXException
RemoteException
double meshMaxJacobian() throws NXException, RemoteException
NXException
RemoteException
void setMeshMaxJacobian(double meshMaxJacobian) throws NXException, RemoteException
meshMaxJacobian
- NXException
RemoteException
boolean meshAttemptMapping() throws NXException, RemoteException
NXException
RemoteException
void setMeshAttemptMapping(boolean meshAttemptMapping) throws NXException, RemoteException
meshAttemptMapping
- NXException
RemoteException
int meshSizeVariation() throws NXException, RemoteException
NXException
RemoteException
void setMeshSizeVariation(int meshSizeVariation) throws NXException, RemoteException
meshSizeVariation
- NXException
RemoteException
boolean meshProcessFillet() throws NXException, RemoteException
NXException
RemoteException
void setMeshProcessFillet(boolean meshProcessFillet) throws NXException, RemoteException
meshProcessFillet
- NXException
RemoteException
double meshSmallFeature() throws NXException, RemoteException
NXException
RemoteException
void setMeshSmallFeature(double meshSmallFeature) throws NXException, RemoteException
meshSmallFeature
- NXException
RemoteException
OnestepUnformBuilder.Convergency solverConvergencyLevel() throws NXException, RemoteException
NXException
RemoteException
void setSolverConvergencyLevel(OnestepUnformBuilder.Convergency solverConvergencyLevel) throws NXException, RemoteException
solverConvergencyLevel
- NXException
RemoteException
int solverMaxIterationSteps() throws NXException, RemoteException
NXException
RemoteException
void setSolverMaxIterationSteps(int solverMaxIterationSteps) throws NXException, RemoteException
solverMaxIterationSteps
- NXException
RemoteException
boolean solverSaveAnalysisResultsIntoFeature() throws NXException, RemoteException
NXException
RemoteException
void setSolverSaveAnalysisResultsIntoFeature(boolean solverSaveAnalysisResultsIntoFeature) throws NXException, RemoteException
solverSaveAnalysisResultsIntoFeature
- NXException
RemoteException
boolean solverJoinOutputCurves() throws NXException, RemoteException
NXException
RemoteException
void setSolverJoinOutputCurves(boolean solverJoinOutputCurves) throws NXException, RemoteException
solverJoinOutputCurves
- NXException
RemoteException
boolean solverDoSpringbackCalculation() throws NXException, RemoteException
NXException
RemoteException
void setSolverDoSpringbackCalculation(boolean solverDoSpringbackCalculation) throws NXException, RemoteException
solverDoSpringbackCalculation
- NXException
RemoteException
OnestepUnformBuilder.DisplaySpringbackMode solverDisplaySpringbackMode() throws NXException, RemoteException
NXException
RemoteException
void setSolverDisplaySpringbackMode(OnestepUnformBuilder.DisplaySpringbackMode solverDisplaySpringbackMode) throws NXException, RemoteException
solverDisplaySpringbackMode
- NXException
RemoteException
boolean reportDisplayThickness() throws NXException, RemoteException
NXException
RemoteException
void setReportDisplayThickness(boolean reportDisplayThickness) throws NXException, RemoteException
reportDisplayThickness
- NXException
RemoteException
boolean reportDisplayStress() throws NXException, RemoteException
NXException
RemoteException
void setReportDisplayStress(boolean reportDisplayStress) throws NXException, RemoteException
reportDisplayStress
- NXException
RemoteException
boolean reportDisplayStrain() throws NXException, RemoteException
NXException
RemoteException
void setReportDisplayStrain(boolean reportDisplayStrain) throws NXException, RemoteException
reportDisplayStrain
- NXException
RemoteException
boolean reportDisplaySpringback() throws NXException, RemoteException
NXException
RemoteException
void setReportDisplaySpringback(boolean reportDisplaySpringback) throws NXException, RemoteException
reportDisplaySpringback
- NXException
RemoteException
boolean reportDisplayFlattenShape() throws NXException, RemoteException
NXException
RemoteException
void setReportDisplayFlattenShape(boolean reportDisplayFlattenShape) throws NXException, RemoteException
reportDisplayFlattenShape
- NXException
RemoteException
boolean reportDisplayViewControl() throws NXException, RemoteException
NXException
RemoteException
void setReportDisplayViewControl(boolean reportDisplayViewControl) throws NXException, RemoteException
reportDisplayViewControl
- NXException
RemoteException
OnestepUnformBuilder.UnfoldMode unfoldModeType() throws NXException, RemoteException
NXException
RemoteException
void setUnfoldModeType(OnestepUnformBuilder.UnfoldMode unfoldModeType) throws NXException, RemoteException
unfoldModeType
- NXException
RemoteException
double contactPointsTolerance() throws NXException, RemoteException
NXException
RemoteException
void setContactPointsTolerance(double tolerance) throws NXException, RemoteException
tolerance
- NXException
RemoteException
int[] getContactNodeIds() throws NXException, RemoteException
NXException
RemoteException
Point trimlinePoint() throws NXException, RemoteException
NXException
RemoteException
void setTrimlinePoint(Point point) throws NXException, RemoteException
point
- NXException
RemoteException
Direction thicknessDirection() throws NXException, RemoteException
NXException
RemoteException
void setThicknessDirection(Direction thicknessDirection) throws NXException, RemoteException
thicknessDirection
- NXException
RemoteException
boolean setFacesOnOffsetSheet(Body unfoldBody) throws NXException, RemoteException
unfoldBody
- NXException
RemoteException
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