This class provides interfaces to query analysis results.
More...
Classes | |
| struct | Averaging |
| Averaging structure to specify averaging options. More... | |
| struct | DeformationParameters |
Deformation parameter structure to specify complete result state for the deformed shape
This structure has been replaced by @link CAE::DeformationParameters CAE::DeformationParameters@endlink
| |
| struct | ElementValue |
| Element-value structure to specify element value options. More... | |
| struct | ResultBasicUnit |
| The basic units system for a result. More... | |
| struct | ResultParameters |
Result parameter structure to specify complete result state for the color display
This structure has been replaced by @link CAE::ResultParameters CAE::ResultParameters@endlink
| |
| struct | ResultSection |
| Result Section structure to specify a result section for beams and shells. More... | |
| struct | Type |
| Result type structure to specify a result dataset. More... | |
| struct | VelocityParameters |
| Velociy parameter structure to specify result state for the velocity field used in streamline extraction. More... | |
Public Member Functions | |
| int | AskElementIndex (int elementLabel) |
| Ask element index of a given element user label. | |
| int | AskElementLabel (int elementIndex) |
| Ask element user label of a given element index. | |
| void | AskElementNodes (int elementIndex, std::vector< int > &nodeIndex) |
| Asks for the nodes given an element Created in NX6.0.2. | |
| NXOpen::CAE::ElementTypes::Shape | AskElementShape (int elementIndex) |
| Ask element shape given an element index. | |
| std::vector< NXString > | AskIterations (int loadcaseIndex) |
| Number of iterations available for a given loadcase and their descriptions Iteration index varies from 0 to N-1 (number of iterations) | |
| std::vector< NXString > | AskLoadcases () |
| Number of loadcases available in the result file and their descriptions. | |
| std::vector< NXOpen::Point3d > | AskNodeCoordinates (const std::vector< int > &nodeIndex) |
| Asks for the coordinates of a node array. | |
| int | AskNodeIndex (int nodeLabel) |
| Ask node index of a given node user label. | |
| int | AskNodeLabel (int nodeIndex) |
| Ask node user label of a given node index. | |
| int | AskNumElements () |
| Ask number of elements in the model Element index varies from 0 to N-1 (number of elements) | |
| void | AskNumElementsOfGroup (NXOpen::CAE::Result::GroupContainer type, int groupIndex, std::vector< int > &elementIndex) |
| Returns an array of elements indices for a given group Group index range from 0 to N-1 (number of groups) | |
| int | AskNumGroupsInContainer (NXOpen::CAE::Result::GroupContainer type) |
| Returns the number of groups available in the model of type CAE::Result::GroupContainer . | |
| int | AskNumIterations (int loadcaseIndex) |
| Number of iterations available for a given loadcase. | |
| int | AskNumLoadcases () |
| Number of loadcases available in the result file. | |
| int | AskNumNodes () |
| Ask number of nodes in the model Node index varies from 1 to N (number of nodes) | |
| NXOpen::CAE::Result::DataType | AskResultDataType (int loadcaseIndex, int iterationIndex, const NXOpen::CAE::Result::Type &resultType) |
| Ask result datatype. | |
| NXOpen::CAE::Result::LoadcaseValueType | AskResultLoadcaseValue (int loadcaseIndex, NXString *description, double *value) |
| Ask load case description, value type and value for the input load case. | |
| void | AskResultSections (int loadcaseIndex, int iterationIndex, const NXOpen::CAE::Result::Type &resultType, std::vector< int > §ionNums) |
| Ask element ids and corresponding number of sections at which result is defined Created in NX6.0.3. | |
| void | AskResultTypes (int loadcaseIndex, int iterationIndex, std::vector< NXOpen::CAE::Result::Type > &types, std::vector< NXString > &description) |
| Returns an array of result types and descriptions available for a given loadcase and iteration Created in NX6.0.2. | |
| NXString | AskSectionDescription (NXOpen::CAE::Result::Section sect) |
| Ask Section description provided section type. | |
| NXOpen::TaggedObject * | Find (const NXString &journalIdentifier) |
| Returns a CAE::BaseLoadcase. | |
| NXOpen::TaggedObject * | Find (const char *journalIdentifier) |
| Returns a CAE::BaseLoadcase. | |
| std::vector < NXOpen::CAE::BaseLoadcase * > | GetLoadcases () |
| Ask the loadcases present in this result. | |
| void | GetResultCoordinateSystemDefinition (int id, NXOpen::CAE::Result::CoordinateSystem *type, NXOpen::Point3d *origin, NXOpen::Matrix3x3 *matrix) |
| Returns definitions of a result coordinate system Created in NX8.0.1. | |
| std::vector< int > | GetResultCoordinateSystems () |
| Returns coordinate system IDs defined in the result. | |
| bool | IsResultTypeComplex (int loadcaseIndex, int iterationIndex, const NXOpen::CAE::Result::Type &resultType) |
| Ask whether a result type is complex or not. | |
 Public Member Functions inherited from NXOpen::NXObject | |
| void | DeleteAllAttributesByType (NXOpen::NXObject::AttributeType type) |
| Deletes all attributes of a specific type. | |
| void | DeleteAllAttributesByType (NXOpen::NXObject::AttributeType type, NXOpen::Update::Option option) |
| Deletes all attributes of a specific type with the option to update or not. | |
| void | DeleteAttributeByTypeAndTitle (NXOpen::NXObject::AttributeType type, const NXString &title) |
| Deletes an attribute by type and title. | |
| void | DeleteAttributeByTypeAndTitle (NXOpen::NXObject::AttributeType type, const char *title) |
| Deletes an attribute by type and title. | |
| void | DeleteAttributeByTypeAndTitle (NXOpen::NXObject::AttributeType type, const NXString &title, NXOpen::Update::Option option) |
| Deletes an attribute by type and title with the option to update or not. | |
| void | DeleteAttributeByTypeAndTitle (NXOpen::NXObject::AttributeType type, const char *title, NXOpen::Update::Option option) |
| Deletes an attribute by type and title with the option to update or not. | |
| void | DeleteUserAttribute (NXOpen::NXObject::AttributeType type, const NXString &title, bool deleteEntireArray, NXOpen::Update::Option option) |
| Deletes the first attribute encountered with the given Type, Title and Index. | |
| void | DeleteUserAttribute (NXOpen::NXObject::AttributeType type, const char *title, bool deleteEntireArray, NXOpen::Update::Option option) |
| Deletes the first attribute encountered with the given Type, Title and Index. | |
| void | DeleteUserAttributes (NXOpen::NXObject::AttributeType type, NXOpen::Update::Option option) |
| Deletes the attributes encountered with the given Type with option to update or not. | |
| virtual NXOpen::INXObject * | FindObject (const NXString &journalIdentifier) |
| Finds the NXObject with the given identifier as recorded in a journal. | |
| NXOpen::INXObject * | FindObject (const char *journalIdentifier) |
| Finds the NXObject with the given identifier as recorded in a journal. | |
| std::vector < NXOpen::NXObject::AttributeInformation > | GetAttributeTitlesByType (NXOpen::NXObject::AttributeType type) |
| Gets all the attribute titles of a specific type. | |
| bool | GetBooleanUserAttribute (const NXString &title, int index) |
| Gets a boolean attribute by Title and array Index. | |
| bool | GetBooleanUserAttribute (const char *title, int index) |
| Gets a boolean attribute by Title and array Index. | |
| NXOpen::NXObject::ComputationalTime | GetComputationalTimeUserAttribute (const NXString &title, int index) |
| Gets a time attribute by Title and array Index. | |
| NXOpen::NXObject::ComputationalTime | GetComputationalTimeUserAttribute (const char *title, int index) |
| Gets a time attribute by Title and array Index. | |
| int | GetIntegerAttribute (const NXString &title) |
| Gets an integer attribute by title. | |
| int | GetIntegerAttribute (const char *title) |
| Gets an integer attribute by title. | |
| int | GetIntegerUserAttribute (const NXString &title, int index) |
| Gets an integer attribute by Title and array Index. | |
| int | GetIntegerUserAttribute (const char *title, int index) |
| Gets an integer attribute by Title and array Index. | |
| double | GetRealAttribute (const NXString &title) |
| Gets a real attribute by title. | |
| double | GetRealAttribute (const char *title) |
| Gets a real attribute by title. | |
| double | GetRealUserAttribute (const NXString &title, int index) |
| Gets a real attribute by Title and array Index. | |
| double | GetRealUserAttribute (const char *title, int index) |
| Gets a real attribute by Title and array Index. | |
| NXString | GetReferenceAttribute (const NXString &title) |
| Gets the reference string (not the calculated value) of a string attribute that uses a reference string. | |
| NXString | GetReferenceAttribute (const char *title) |
| Gets the reference string (not the calculated value) of a string attribute that uses a reference string. | |
| NXString | GetStringAttribute (const NXString &title) |
| Gets a string attribute value by title. | |
| NXString | GetStringAttribute (const char *title) |
| Gets a string attribute value by title. | |
| NXString | GetStringUserAttribute (const NXString &title, int index) |
| Gets a string attribute by Title and array Index. | |
| NXString | GetStringUserAttribute (const char *title, int index) |
| Gets a string attribute by Title and array Index. | |
| NXString | GetTimeAttribute (NXOpen::NXObject::DateAndTimeFormat format, const NXString &title) |
| Gets a time attribute by title. | |
| NXString | GetTimeAttribute (NXOpen::NXObject::DateAndTimeFormat format, const char *title) |
| Gets a time attribute by title. | |
| NXString | GetTimeUserAttribute (const NXString &title, int index) |
| Gets a time attribute by Title and array Index. | |
| NXString | GetTimeUserAttribute (const char *title, int index) |
| Gets a time attribute by Title and array Index. | |
| NXOpen::NXObject::AttributeInformation | GetUserAttribute (const NXString &title, NXOpen::NXObject::AttributeType type, int index) |
| Gets the first attribute encountered on the object, if any, with a given Title, Type and array Index. | |
| NXOpen::NXObject::AttributeInformation | GetUserAttribute (const char *title, NXOpen::NXObject::AttributeType type, int index) |
| Gets the first attribute encountered on the object, if any, with a given Title, Type and array Index. | |
| NXString | GetUserAttributeAsString (const NXString &title, NXOpen::NXObject::AttributeType type, int index) |
| Gets the first attribute encountered on the object, if any, with a given title, type and array index. | |
| NXString | GetUserAttributeAsString (const char *title, NXOpen::NXObject::AttributeType type, int index) |
| Gets the first attribute encountered on the object, if any, with a given title, type and array index. | |
| bool | GetUserAttributeLock (const NXString &title, NXOpen::NXObject::AttributeType type) |
| Determine the lock of the given attribute. | |
| bool | GetUserAttributeLock (const char *title, NXOpen::NXObject::AttributeType type) |
| Determine the lock of the given attribute. | |
| std::vector < NXOpen::NXObject::AttributeInformation > | GetUserAttributes () |
| Gets all the attributes that have been set on the given object. | |
| std::vector < NXOpen::NXObject::AttributeInformation > | GetUserAttributes (bool includeUnset) |
| Gets all the attributes that have been set on the given object. | |
| std::vector < NXOpen::NXObject::AttributeInformation > | GetUserAttributes (bool includeUnset, bool addStringValues) |
| Gets all the attributes that have been set on the given object. | |
| std::vector< NXString > | GetUserAttributesAsStrings () |
| Gets all the attributes that have been set on the given object. | |
| std::vector< NXOpen::NXObject * > | GetUserAttributeSourceObjects () |
| Returns an array of objects from which this object presents attributes. | |
| bool | HasUserAttribute (const NXString &title, NXOpen::NXObject::AttributeType type, int index) |
| Determines if an attribute with the given Title, Type and array Index is present on the object If the attribute is not an array, the Index is ignored (if this is known beforehand, we recommend setting the Index to -1 to save time). | |
| bool | HasUserAttribute (const char *title, NXOpen::NXObject::AttributeType type, int index) |
| Determines if an attribute with the given Title, Type and array Index is present on the object If the attribute is not an array, the Index is ignored (if this is known beforehand, we recommend setting the Index to -1 to save time). | |
| virtual bool | IsOccurrence () |
| Returns whether this object is an occurrence or not. | |
| virtual NXString | JournalIdentifier () |
| Returns the identifier that would be recorded in a journal for this object. | |
| virtual NXString | Name () |
| Returns the custom name of the object. | |
| virtual NXOpen::Assemblies::Component * | OwningComponent () |
| Returns the owning component, if this object is an occurrence. | |
| virtual NXOpen::BasePart * | OwningPart () |
| Returns the owning part of this object Created in NX3.0.0. | |
| virtual void | Print () |
| Prints a representation of this object to the system log file. | |
| virtual NXOpen::INXObject * | Prototype () |
| Returns the prototype of this object if it is an occurrence. | |
| void | SetAttribute (const NXString &title, int value) |
| Creates or modifies an integer attribute. | |
| void | SetAttribute (const char *title, int value) |
| Creates or modifies an integer attribute. | |
| void | SetAttribute (const NXString &title, int value, NXOpen::Update::Option option) |
| Creates or modifies an integer attribute with the option to update or not. | |
| void | SetAttribute (const char *title, int value, NXOpen::Update::Option option) |
| Creates or modifies an integer attribute with the option to update or not. | |
| void | SetAttribute (const NXString &title, double value) |
| Creates or modifies a real attribute. | |
| void | SetAttribute (const char *title, double value) |
| Creates or modifies a real attribute. | |
| void | SetAttribute (const NXString &title, double value, NXOpen::Update::Option option) |
| Creates or modifies a real attribute with the option to update or not. | |
| void | SetAttribute (const char *title, double value, NXOpen::Update::Option option) |
| Creates or modifies a real attribute with the option to update or not. | |
| void | SetAttribute (const NXString &title, const NXString &value) |
| Creates or modifies a string attribute. | |
| void | SetAttribute (const char *title, const char *value) |
| Creates or modifies a string attribute. | |
| void | SetAttribute (const NXString &title, const NXString &value, NXOpen::Update::Option option) |
| Creates or modifies a string attribute with the option to update or not. | |
| void | SetAttribute (const char *title, const char *value, NXOpen::Update::Option option) |
| Creates or modifies a string attribute with the option to update or not. | |
| void | SetAttribute (const NXString &title) |
| Creates or modifies a null attribute which is an attribute with a title and no value. | |
| void | SetAttribute (const char *title) |
| Creates or modifies a null attribute which is an attribute with a title and no value. | |
| void | SetAttribute (const NXString &title, NXOpen::Update::Option option) |
| Creates or modifies a null attribute with the option to update or not. | |
| void | SetAttribute (const char *title, NXOpen::Update::Option option) |
| Creates or modifies a null attribute with the option to update or not. | |
| void | SetBooleanUserAttribute (const NXString &title, int index, bool value, NXOpen::Update::Option option) |
| Creates or modifies a boolean attribute with the option to update or not. | |
| void | SetBooleanUserAttribute (const char *title, int index, bool value, NXOpen::Update::Option option) |
| Creates or modifies a boolean attribute with the option to update or not. | |
| virtual void | SetName (const NXString &name) |
| Sets the custom name of the object. | |
| void | SetName (const char *name) |
| Sets the custom name of the object. | |
| void | SetReferenceAttribute (const NXString &title, const NXString &value) |
| Creates or modifies a string attribute which uses a reference string. | |
| void | SetReferenceAttribute (const char *title, const char *value) |
| Creates or modifies a string attribute which uses a reference string. | |
| void | SetReferenceAttribute (const NXString &title, const NXString &value, NXOpen::Update::Option option) |
| Creates or modifies a string attribute which uses a reference string, with the option to update or not. | |
| void | SetReferenceAttribute (const char *title, const char *value, NXOpen::Update::Option option) |
| Creates or modifies a string attribute which uses a reference string, with the option to update or not. | |
| void | SetTimeAttribute (const NXString &title, const NXString &value) |
| Creates or modifies a time attribute. | |
| void | SetTimeAttribute (const char *title, const char *value) |
| Creates or modifies a time attribute. | |
| void | SetTimeAttribute (const NXString &title, const NXString &value, NXOpen::Update::Option option) |
| Creates or modifies a time attribute with the option to update or not. | |
| void | SetTimeAttribute (const char *title, const char *value, NXOpen::Update::Option option) |
| Creates or modifies a time attribute with the option to update or not. | |
| void | SetTimeUserAttribute (const NXString &title, int index, const NXString &value, NXOpen::Update::Option option) |
| Creates or modifies a time attribute with the option to update or not. | |
| void | SetTimeUserAttribute (const char *title, int index, const char *value, NXOpen::Update::Option option) |
| Creates or modifies a time attribute with the option to update or not. | |
| void | SetTimeUserAttribute (const NXString &title, int index, const NXOpen::NXObject::ComputationalTime &value, NXOpen::Update::Option option) |
| Creates or modifies a time attribute with the option to update or not. | |
| void | SetTimeUserAttribute (const char *title, int index, const NXOpen::NXObject::ComputationalTime &value, NXOpen::Update::Option option) |
| Creates or modifies a time attribute with the option to update or not. | |
| void | SetUserAttribute (const NXOpen::NXObject::AttributeInformation &info, NXOpen::Update::Option option) |
| Creates or modifies an attribute with the option to update or not. | |
| void | SetUserAttribute (const NXString &title, int index, int value, NXOpen::Update::Option option) |
| Creates or modifies an integer attribute with the option to update or not. | |
| void | SetUserAttribute (const char *title, int index, int value, NXOpen::Update::Option option) |
| Creates or modifies an integer attribute with the option to update or not. | |
| void | SetUserAttribute (const NXString &title, int index, double value, NXOpen::Update::Option option) |
| Creates or modifies a real attribute with the option to update or not. | |
| void | SetUserAttribute (const char *title, int index, double value, NXOpen::Update::Option option) |
| Creates or modifies a real attribute with the option to update or not. | |
| void | SetUserAttribute (const NXString &title, int index, const NXString &value, NXOpen::Update::Option option) |
| Creates or modifies a string attribute with the option to update or not. | |
| void | SetUserAttribute (const char *title, int index, const char *value, NXOpen::Update::Option option) |
| Creates or modifies a string attribute with the option to update or not. | |
| void | SetUserAttribute (const NXString &title, int index, NXOpen::Update::Option option) |
| Creates or modifies a null attribute with the option to update or not. | |
| void | SetUserAttribute (const char *title, int index, NXOpen::Update::Option option) |
| Creates or modifies a null attribute with the option to update or not. | |
| void | SetUserAttributeLock (const NXString &title, NXOpen::NXObject::AttributeType type, bool lock) |
| Lock or unlock the given attribute. | |
| void | SetUserAttributeLock (const char *title, NXOpen::NXObject::AttributeType type, bool lock) |
| Lock or unlock the given attribute. | |
| Public Member Functions inherited from NXOpen::TaggedObject | |
| tag_t | GetTag () const |
<b>Deprecated</b>:<br> Use Tag instead. | |
| tag_t | Tag () const |
| Returns the tag of this object. | |
| Public Member Functions inherited from NXOpen::INXObject | |
| NXOpen::INXObject * | FindObject (const char *journalIdentifier) |
| Finds the NXObject with the given identifier as recorded in a journal. | |
| void | SetName (const char *name) |
| Sets the custom name of the object. | |
Detailed Description
This class provides interfaces to query analysis results.
To query results you must first understand how the results are structured. The basic structure is as follows
Results are divided into Load Cases(loadcase). Loadcase is a general term which could representand of the follow based on solution type
- Solution Steps
- Modes
- Frequencies
- etc
The number of Loadcases can be obtained by using CAE::Result::AskNumLoadcases . When querying information for a loadcase you will use the loadcase index ( 0 to n-1 ), where n is the number of loadcases. Each Loadcase is divided into multiple iterations, although for many results there will be only 1 iteration. Based on solution type, these iterations could represent
- Time Steps
- Cycles
- Solver iterations
- etc
The number of iterations for a given loadcase can be obtained by using CAE::Result::AskNumIterations and specify the loadcase index. When querying information for a specific iteration, you will use both the loadcase and iteration index. Within an iteration query all the available Result types using CAE::Result::AskResultTypes
A Result type is defined by three parameters
- CAE::Result::Quantity - It specifies physical quantity of the result like Displacement, Stress etc.
- CAE::Result::Location - It specifies where the result is defined like Nodal, Elemental, or Element Nodal
- CAE::Result::Section - It specifies on which section or gauss point the result is calculated
The Results object also contains information on the finite element model for which results may be accessed. The number of nodes in this results model can be obtained by using CAE::Result::AskNumNodes . The number of elements in this results model can be obtained by using CAE::Result::AskNumElements . Elements are also organized in several groups (of type CAE::Result::GroupContainer ) based on the element type, material and physical property. One can query the number of each group type and its content.
Nodes and Elements in result the file are addressed by their index which varies from 1 to number of nodes/elements. Node and Element can have a user label associated with it. User labels are unique and have one to one mapping with its index.
An instance of this class can not be obtained
Created in NX5.0.0.
Member Enumeration Documentation
Result components.
- Enumerator:
ComponentScalar scalar
ComponentX x
ComponentY y
ComponentZ z
ComponentMagnitude magnitude
ComponentXx xx
ComponentYy yy
ComponentZz zz
ComponentXy xy
ComponentYz yz
ComponentZx zx
ComponentDeterminant determinant
ComponentMean mean
ComponentMaximumShear maximum shear
ComponentMinimumPrincipal minimum principal
ComponentMiddlePrincipal middle principal
ComponentMaximumPrincipal maximum principal
ComponentOctahedral octahedral
ComponentVonMises von mises
ComponentMembraneXX membrane xx
ComponentMembraneYY membrane yy
ComponentMembraneXY membrane xy
ComponentBendingXX bending xx
ComponentBendingYY bending yy
ComponentBendingXY bending xy
ComponentShearYZ shear yz
ComponentShearXZ shear xz
ComponentAxial axial
ComponentBendingS bending s
ComponentBendingT bending t
ComponentTorsion torsion
ComponentShearS shear s
ComponentShearT shear t
ComponentSpringDashpotForce No longer used; it means CAE::Result::ComponentSpringDashpotForceX in new format.
ComponentSpringDashpotForceX spring dashpot force x
ComponentSpringDashpotForceY spring dashpot force y
ComponentSpringDashpotForceZ spring dashpot force z
ComponentSpringDashpotMomentX spring dashpot moment x
ComponentSpringDashpotMomentY spring dashpot moment y
ComponentSpringDashpotMomentZ spring dashpot moment z
ComponentScalar1 scalar1
ComponentScalar2 scalar2
ComponentScalar3 scalar3
ComponentScalar4 scalar4
ComponentScalar5 scalar5
ComponentScalar6 scalar6
Coordinate systems.
- Enumerator:
CoordinateSystemAbsoluteRectangular absolute rectangular
CoordinateSystemAbsoluteCylindrical absolute cylindrical
CoordinateSystemAbsoluteSpherical absolute spherical
CoordinateSystemWorkRectangular work rectangular
CoordinateSystemWorkCylindrical work cylindrical
CoordinateSystemWorkSpherical work spherical
CoordinateSystemLocal local
CoordinateSystemMaterial Material coordinate system is applicable only when such coordinate systems are defined in the results model; if no material coordinate system is defined CAE::Result::CoordinateSystemAbsoluteRectangular will be used.
CoordinateSystemSelectRectangular select rectangular
CoordinateSystemSelectCylindrical select cylindrical
CoordinateSystemSelectSpherical select spherical
Result data types.
- Enumerator:
DataTypeScalar scalar
DataTypeVector vector
DataTypeSixVector six vector
DataTypeTensor tensor
DataTypeElementResultantShell element resultant shell
DataTypeElementResultantBeam element resultant beam
DataTypeElementResultantSpringDashpot element resultant spring dashpot
DataTypeSixScalars Applicable for CAE::Result::QuantitySolidLaminateFailureIndex.
DataTypeThreeScalars three scalars
Group Containers.
Result locations.
Result quantities.
- Enumerator:
QuantityDisplacement displacement
QuantityRotation rotation
QuantityTranslationalDeformation translational deformation
QuantityRotationalDeformation rotational deformation
QuantityContactDisplacement contact displacement
QuantityVelocity velocity
QuantityAngularVelocity angular velocity
QuantityAcceleration acceleration
QuantityAngularAcceleration angular acceleration
QuantityVonMisesStress von mises stress
QuantityVonMisesStrain von mises strain
QuantityStress stress
QuantityStrain strain
QuantityStrainEnergy strain energy
QuantityStrainEnergyDensity strain energy density
QuantityStrainEnergyError strain energy error
QuantityEquivalentPlasticStrain equivalent plastic strain
QuantityEquivalentCreepStrain equivalent creep strain
QuantityKineticEnergy kinetic energy
QuantityKineticEnergyDensity kinetic energy density
QuantityKineticEnergyPercent kinetic energy percent
QuantityThickness thickness
QuantityTemperature temperature
QuantityTemperatureGradient temperature gradient
QuantityHeatFlux heat flux
QuantityThermalEnergy thermal energy
QuantityHeatFlow heat flow
QuantityAppliedForce applied force
QuantityAppliedMoment applied moment
QuantityReactionForce reaction force
QuantityReactionMoment reaction moment
QuantityReactionForceMPC reaction force mpc
QuantityReactionMomentMPC reaction moment mpc
QuantityContactTraction contact traction
QuantityContactForce contact force
QuantityElementForce element force
QuantityElementMoment element moment
QuantityContactPressure contact pressure
QuantityFatigueLife fatigue life
QuantityFatigueDamage fatigue damage
QuantityFatigueSafetyFactor fatigue safety factor
QuantityStrengthSafetyFactor strength safety factor
QuantityElementError element error
QuantityElementResultants element resultants
QuantityElementStrainResultants element strain resultants
QuantityMaximumTemperature maximum temperature
QuantityMinimumTemperature minimum temperature
QuantityTimeAtMaximumTemperature time at maximum temperature
QuantityTimeAtMinimumTemperature time at minimum temperature
QuantityConductiveFlux conductive flux
QuantityTotalHeatLoad total heat load
QuantityTotalHeatFlux total heat flux
QuantityHeatResidual heat residual
QuantityConvectionCoefficient convection coefficient
QuantityViewFactorsSum view factors sum
QuantityAdjustedVelocity adjusted velocity
QuantityPressureOnPositiveSide pressure on positive side
QuantityPressureOnNegativeSide pressure on negative side
QuantityStaticPressure static pressure
QuantityTotalPressure total pressure
QuantityTurbulenceEnergy turbulence energy
QuantityTurbulenceDissipation turbulence dissipation
QuantityFluidDensity fluid density
QuantityShearStressOnPositiveSide shear stress on positive side
QuantityShearStressOnNegativeSide shear stress on negative side
QuantityRoughnessOnPositiveSide roughness on positive side
QuantityRoughnessOnNegativeSide roughness on negative side
QuantityYPlusOnPositiveSide yplus on positive side
QuantityYPlusOnNegativeSide yplus on negative side
QuantityMassFlux mass flux
QuantityFluidTemperature fluid temperature
QuantityConvectiveFlux convective flux
QuantityLocalConvectionCoefficient local convection coefficient
QuantityBulkConvectionCoefficient bulk convection coefficient
QuantityPressure pressure
QuantityVelocityComponent velocity component
QuantityMassFlow mass flow
QuantityElementHeatLoad element heat load
QuantitySafetyFactor safety factor
QuantityShellResultants shell resultants
QuantityBeamResultants beam resultants
QuantitySpringDashpotResultant spring dashpot resultant
QuantityShellStrainResultants shell strain resultants
QuantityBeamStrainResultants beam strain resultants
QuantitySpringDashpotStrainResultant spring dashpot strain resultant
QuantityPlyFailureIndex ply failure index
QuantityBondFailureIndex bond failure index
QuantityPlyStress ply stress
QuantityPlyStrain ply strain
QuantityBondSafetyMargin bond safety margin
QuantityPlySafetyMargin ply safety margin
QuantityTorsionStress torsion stress
QuantityGridPointForce grid point force
QuantityGridPointMoment grid point moment
QuantityRadiativeSourceHeatFlux radiative source heat flux
QuantityRadiance radiance
QuantityApparentTemperature apparent temperature
QuantityFluence fluence
QuantityRCProduct rcproduct
QuantityVoltage voltage
QuantityPowerDensity power density
QuantityRelativeVelocity relative velocity
QuantityWaterCumulation water cumulation
QuantityTurbulentSpecificDissipation turbulent specific dissipation
QuantityRadiativeHeatFlux radiative heat flux
QuantityCollimatedHeatFlux collimated heat flux
QuantityDiffuseHeatFlux diffuse heat flux
QuantityInfraredHeatFlux infrared heat flux
QuantityViewFactor view factor
QuantityUnknown unknown
QuantityMappedTemperature mapped temperature
QuantityMappedTemperatureGradient mapped temperature gradient
QuantityRadiativeAbsorbedHeatFlux radiative absorbed heat flux
QuantityRadiativeIncidentHeatFlux radiative incident heat flux
QuantityRadiativeReflectedHeatFlux radiative reflected heat flux
QuantityRadiativeTransmittedHeatFlux radiative transmitted heat flux
QuantityCollimatedAbsorbedHeatFlux collimated absorbed heat flux
QuantityCollimatedIncidentHeatFlux collimated incident heat flux
QuantityCollimatedReflectedHeatFlux collimated reflected heat flux
QuantityCollimatedTransmittedHeatFlux collimated transmitted heat flux
QuantityDiffuseAbsorbedHeatFlux diffuse absorbed heat flux
QuantityDiffuseIncidentHeatFlux diffuse incident heat flux
QuantityDiffuseReflectedHeatFlux diffuse reflected heat flux
QuantityDiffuseTransmittedHeatFlux diffuse transmitted heat flux
QuantityInfraredAbsorbedHeatFlux infrared absorbed heat flux
QuantityInfraredIncidentHeatFlux infrared incident heat flux
QuantityInfraredReflectedHeatFlux infrared reflected heat flux
QuantityInfraredTransmittedHeatFlux infrared transmitted heat flux
QuantityAlbedoViewFactor albedo view factor
QuantityEarthViewFactor earth view factor
QuantitySolarViewFactor solar view factor
QuantitySpaceViewFactor space view factor
QuantityQuality quality
QuantityRadiationPatch radiation patch
QuantityAbsorbedRadiation absorbed radiation
QuantityIncidentRadiation incident radiation
QuantityReflectedRadiation reflected radiation
QuantityTransmittedRadiation transmitted radiation
QuantityRefractiveIndex refractive index
QuantityRefractiveIndexGradient refractive index gradient
QuantityOpticalPathLength optical path length
QuantityLaserPower laser power
QuantityPumpingPower pumping power
QuantityRadiativeFluxinSolid radiative fluxin solid
QuantityFluidScalar fluid scalar
QuantityWallDistance wall distance
QuantityRelativeHumidity relative humidity
QuantitySpecificHumidity specific humidity
QuantityMachNumber mach number
QuantityPredictedPercentDissatisfied predicted percent dissatisfied
QuantityPercentMeanVote percent mean vote
QuantityVorticity vorticity
QuantityRelativePressure relative pressure
QuantityAbsolutePressure absolute pressure
QuantityElementAspectRatio element aspect ratio
QuantityElementDistortion element distortion
QuantityElementTaper element taper
QuantityElementSize element size
QuantityElementJacobian element jacobian
QuantityElementSkew element skew
QuantityElementStretch element stretch
QuantityElementTwist element twist
QuantityElementWarp element warp
QuantityFluidMesh fluid mesh
QuantityNetRadiativeLoad net radiative load
QuantityNetRadiativeFlux net radiative flux
QuantityRadiosityLoad radiosity load
QuantityRadiosityFlux radiosity flux
QuantityIrradianceLoad irradiance load
QuantityIrradianceFlux irradiance flux
QuantityParticleDensity particle density
QuantityParticleMassDensity particle mass density
QuantityAcousticPowerDensity acoustic power density
QuantityReynoldsNumber reynolds number
QuantityBondStrengthRatio bond strength ratio
QuantityPlyStrengthRatio ply strength ratio
QuantityFailureIndex failure index
QuantityContactInitialSeparation contact initial separation
QuantityContactFinalSeparation contact final separation
QuantityGasketPressue gasket pressue
QuantityGasketClosure gasket closure
QuantityGasketPlasticClosure gasket plastic closure
QuantityGasketStressYield gasket stress yield
QuantityGasketStatus gasket status
QuantityContactPenetration contact penetration
QuantityContactStatus contact status
QuantityContactGapDistance contact gap distance
QuantityStressLevelCrossingRate stress level crossing rate
QuantityVonMisesStressLevelCrossingRate von mises stress level crossing rate
QuantityVonMisesStrainLevelCrossingRate von mises strain level crossing rate
QuantityDisplacementLevelCrossingRate displacement level crossing rate
QuantityRotationLevelCrossingRate rotation level crossing rate
QuantityVelocityLevelCrossingRate velocity level crossing rate
QuantityAngularVelocityLevelCrossingRate angular velocity level crossing rate
QuantityAccelerationLevelCrossingRate acceleration level crossing rate
QuantityAngularAccelerationLevelCrossingRate angular acceleration level crossing rate
QuantityElementForceLevelCrossingRate element force level crossing rate
QuantityElementMomentLevelCrossingRate element moment level crossing rate
QuantityElementResultantsLevelCrossingRate element resultants level crossing rate
QuantityShellResultantsLevelCrossingRate shell resultants level crossing rate
QuantityBeamResultantsLevelCrossingRate beam resultants level crossing rate
QuantitySpringDashpotResultantsLevelCrossingRate spring dashpot resultants level crossing rate
QuantityElementStrainResultantsLevelCrossingRate element strain resultants level crossing rate
QuantityShellStrainResultantsLevelCrossingRate shell strain resultants level crossing rate
QuantityBeamStrainResultantsLevelCrossingRate beam strain resultants level crossing rate
QuantitySpringDashpotStrainResultantsLevelCrossingRate spring dashpot strain resultants level crossing rate
QuantityXDisplacement xdisplacement
QuantityYDisplacement ydisplacement
QuantityZDisplacement zdisplacement
QuantityLevelCrossingRateXDisplacement level crossing rate xdisplacement
QuantityLevelCrossingRateYDisplacement level crossing rate ydisplacement
QuantityLevelCrossingRateZDisplacement level crossing rate zdisplacement
QuantityXRotation xrotation
QuantityYRotation yrotation
QuantityZRotation zrotation
QuantityLevelCrossingRateXRotation level crossing rate xrotation
QuantityLevelCrossingRateYRotation level crossing rate yrotation
QuantityLevelCrossingRateZRotation level crossing rate zrotation
QuantityXAcceleration xacceleration
QuantityYAcceleration yacceleration
QuantityZAcceleration zacceleration
QuantityLevelCrossingRateXAcceleration level crossing rate xacceleration
QuantityLevelCrossingRateYAcceleration level crossing rate yacceleration
QuantityLevelCrossingRateZAcceleration level crossing rate zacceleration
QuantityXAngularAcceleration xangular acceleration
QuantityYAngularAcceleration yangular acceleration
QuantityZAngularAcceleration zangular acceleration
QuantityLevelCrossingRateXAngularAcceleration level crossing rate xangular acceleration
QuantityLevelCrossingRateYAngularAcceleration level crossing rate yangular acceleration
QuantityLevelCrossingRateZAngularAcceleration level crossing rate zangular acceleration
QuantityXXStress xxstress
QuantityYYStress yystress
QuantityZZStress zzstress
QuantityXYStress xystress
QuantityYZStress yzstress
QuantityZXStress zxstress
QuantityLevelCrossingRateXXStress level crossing rate xxstress
QuantityLevelCrossingRateYYStress level crossing rate yystress
QuantityLevelCrossingRateZZStress level crossing rate zzstress
QuantityLevelCrossingRateXYStress level crossing rate xystress
QuantityLevelCrossingRateYZStress level crossing rate yzstress
QuantityLevelCrossingRateZXStress level crossing rate zxstress
QuantityXElementForce xelement force
QuantityYElementForce yelement force
QuantityZElementForce zelement force
QuantityRXElementForce rxelement force
QuantityRYElementForce ryelement force
QuantityRZElementForce rzelement force
QuantityLevelCrossingRateXElementForce level crossing rate xelement force
QuantityLevelCrossingRateYElementForce level crossing rate yelement force
QuantityLevelCrossingRateZElementForce level crossing rate zelement force
QuantityLevelCrossingRateRXElementForce level crossing rate rxelement force
QuantityLevelCrossingRateRYElementForce level crossing rate ryelement force
QuantityLevelCrossingRateRZElementForce level crossing rate rzelement force
QuantityNXXShellResultant nxxshell resultant
QuantityNYYShellResultant nyyshell resultant
QuantityNXYShellResultant nxyshell resultant
QuantityMXXShellResultant mxxshell resultant
QuantityMYYShellResultant myyshell resultant
QuantityMXYShellResultant mxyshell resultant
QuantityQXZShellResultant qxzshell resultant
QuantityQYZShellResultant qyzshell resultant
QuantityLevelCrossingRateNXXShellResultant level crossing rate nxxshell resultant
QuantityLevelCrossingRateNYYShellResultant level crossing rate nyyshell resultant
QuantityLevelCrossingRateNXYShellResultant level crossing rate nxyshell resultant
QuantityLevelCrossingRateMXXShellResultant level crossing rate mxxshell resultant
QuantityLevelCrossingRateMYYShellResultant level crossing rate myyshell resultant
QuantityLevelCrossingRateMXYShellResultant level crossing rate mxyshell resultant
QuantityLevelCrossingRateQXZShellResultant level crossing rate qxzshell resultant
QuantityLevelCrossingRateQYZShellResultant level crossing rate qyzshell resultant
QuantityYPlus yplus
QuantityThermalConductivity thermal conductivity
QuantityThermalStrain thermal strain
QuantityGapThickness gap thickness
QuantityTotalForce total force
QuantityTotalMoment total moment
QuantityTotalResidualForce total residual force
QuantityTotalResidualMoment total residual moment
QuantityGridPointReactionForce grid point reaction force
QuantityGridPointReactionMoment grid point reaction moment
QuantityGridPointAppliedForce grid point applied force
QuantityGridPointAppliedMoment grid point applied moment
QuantityGlueForce glue force
QuantityGluePressure glue pressure
QuantityGlueTraction glue traction
QuantityEnthalpy enthalpy
QuantityEnthalpyRate enthalpy rate
QuantityNonlinearStress nonlinear stress
QuantityNonlinearStrain nonlinear strain
QuantityBondStress bond stress
QuantityBondStrain bond strain
QuantitySolidLaminateFailureIndex solid laminate failure index
QuantitySolidInterLaminarFailureIndex solid inter laminar failure index
QuantityExternalAppliedHeatFlow external applied heat flow
QuantityOptimizationDisplacement Shape Optimization; Nodal Translational displacement values.
QuantityDisplacementMagnitude displacement magnitude
QuantityFractionVolume fraction volume
QuantityFilmThickness film thickness
QuantityTime time
QuantitySurfaceEmissivity surface emissivity
QuantityRootMeanSquareDisplacement root mean square displacement
QuantityRootMeanSquareAcceleration root mean square acceleration
QuantityRootMeanSquareStress root mean square stress
QuantityZeroCrossingsDisplacement zero crossings displacement
QuantityZeroCrossingsAcceleration zero crossings acceleration
QuantityZeroCrossingsStress zero crossings stress
QuantitySoundPressure sound pressure
QuantityRootMeanSquareRotation root mean square rotation
QuantityRootMeanSquareVelocity root mean square velocity
QuantityRootMeanSquareAngularVelocity root mean square angular velocity
QuantityRootMeanSquareAngularAcceleration root mean square angular acceleration
QuantityRootMeanSquareAppliedForce root mean square applied force
QuantityRootMeanSquareAppliedMoment root mean square applied moment
QuantityRootMeanSquareVonMisesStress root mean square von mises stress
QuantityZeroCrossingseRotation zero crossingse rotation
QuantityZeroCrossingsVelocity zero crossings velocity
QuantityZeroCrossingseAngularVelocity zero crossingse angular velocity
QuantityZeroCrossingseAngularAcceleration zero crossingse angular acceleration
QuantityZeroCrossingseAppliedForce zero crossingse applied force
QuantityZeroCrossingseAppliedMoment zero crossingse applied moment
QuantityRootMeanSquareStrain root mean square strain
QuantityZeroCrossingsStrain zero crossings strain
QuantityPlasticStrain plastic strain
QuantityLogarithmicStrain logarithmic strain
QuantityTensionSafetyFactor tension safety factor
QuantityCompressionSafetyFactor compression safety factor
QuantityRootMeanSquareElementResultant root mean square element resultant
QuantityZeroCrossingsElementResultant zero crossings element resultant
QuantityRootMeanSquareShellResultants root mean square shell resultants
QuantityRootMeanSquareBeamResultants root mean square beam resultants
QuantityRootMeanSquareSpringDashpotResultant root mean square spring dashpot resultant
QuantityZeroCrossingsShellResultants zero crossings shell resultants
QuantityZeroCrossingsBeamResultants zero crossings beam resultants
QuantityZeroCrossingsSpringDashpotResultant zero crossings spring dashpot resultant
QuantityXReactionForce xreaction force
QuantityYReactionForce yreaction force
QuantityZReactionForce zreaction force
QuantityXReactionMoment xreaction moment
QuantityYReactionMoment yreaction moment
QuantityZReactionMoment zreaction moment
QuantityLumpedMass lumped mass
QuantityDistributedMassPerLength distributed mass per length
QuantityDistributedMassPerArea distributed mass per area
QuantityTemperatureLoad temperature load
QuantityTorsionStrain torsion strain
QuantityAxialStress axial stress
QuantityAxialStrain axial strain
QuantityLength length
QuantitySurfaceAbsoptivity surface absoptivity
QuantityTurbulentIntensity turbulent intensity
QuantityVaporToDryAirMassRatio vapor to dry air mass ratio
QuantityTracerFluidMassFraction tracer fluid mass fraction
QuantityTotalMixtureMassFractions total mixture mass fractions
QuantityMass mass
QuantitySurfaceDensity surface density
QuantityEmissivityValue emissivity value
QuantityEffectiveEmissivity effective emissivity
QuantityVolumeFlow volume flow
QuantityCoefficientPerLength coefficient per length
QuantityPermeability permeability
QuantityThermalConductance thermal conductance
QuantityThermalResistance thermal resistance
QuantityConductancePerLength conductance per length
QuantitySeebeckCoefficient seebeck coefficient
QuantityElectricalResistivity electrical resistivity
QuantityElectricalResistance electrical resistance
QuantityCurrent current
QuantityPower power
QuantityHeatCapacity heat capacity
QuantityTemperatureDifference temperature difference
QuantityMassDensity mass density
QuantityPrincipalStress principal stress
QuantityRootMeanSquareTorsionStress root mean square torsion stress
QuantityZeroCrossingsTorsionStress zero crossings torsion stress
QuantityRootMeanSquareTorsionStrain root mean square torsion strain
QuantityZeroCrossingsTorsionStrain zero crossings torsion strain
QuantityRootMeanSquareAxialStress root mean square axial stress
QuantityZeroCrossingsAxialStress zero crossings axial stress
QuantityRootMeanSquareAxialStrain root mean square axial strain
QuantityZeroCrossingsAxialStrain zero crossings axial strain
QuantityRootMeanSquareReactionForceMPC root mean square reaction force mpc
QuantityZeroCrossingsReactionForceMPC zero crossings reaction force mpc
QuantityRootMeanSquareReactionMomentMPC root mean square reaction moment mpc
QuantityZeroCrossingsReactionMomentMPC zero crossings reaction moment mpc
QuantityMolecularDiffusionCoefficient molecular diffusion coefficient
QuantityAngle angle
QuantityPressureDropToVelocityRatio pressure drop to velocity ratio
QuantityRootMeanSquareReactionForce root mean square reaction force
QuantityZeroCrossingsReactionForce zero crossings reaction force
QuantityRootMeanSquareReactionMoment root mean square reaction moment
QuantityZeroCrossingsReactionMoment zero crossings reaction moment
QuantityRootMeanSquareElementResultantStrain root mean square element resultant strain
QuantityZeroCrossingsElementResultantStrain zero crossings element resultant strain
QuantityRootMeanSquareShellStrainResultant root mean square shell strain resultant
QuantityZeroCrossingsShellStrainResultant zero crossings shell strain resultant
QuantityRootMeanSquareBeamStrainResultant root mean square beam strain resultant
QuantityZeroCrossingsBeamStrainResultant zero crossings beam strain resultant
QuantityRootMeanSquareSpringDashpotStrainResultant root mean square spring dashpot strain resultant
QuantityZeroCrossingsSpringDashpotStrainResultant zero crossings spring dashpot strain resultant
QuantityElasticStrain elastic strain
Result sections.
- Enumerator:
This enumeration defines the methods that can be used when calculating absolute values for the following derived components of CAE::Result::DataTypeTensor CAE::Result::ComponentDeterminant , CAE::Result::ComponentMean , CAE::Result::ComponentMaximumShear , CAE::Result::ComponentMinimumPrincipal , CAE::Result::ComponentMiddlePrincipal , CAE::Result::ComponentMaximumPrincipal , CAE::Result::ComponentOctahedral.
CAE::Result::TensorDerivedAbsoluteAllComponents will make all tensor primary components (XX, YY, ZZ, XY, YZ, ZX) to absolute and then calculate derived component. CAE::Result::TensorDerivedAbsoluteDerivedComponent is absolute value of derived component without changing primary components.
Member Function Documentation
| int NXOpen::CAE::Result::AskElementIndex | ( | int | elementLabel | ) |
Ask element index of a given element user label.
- Returns
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
elementLabel elementlabel
| int NXOpen::CAE::Result::AskElementLabel | ( | int | elementIndex | ) |
Ask element user label of a given element index.
- Returns
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
elementIndex element index ranges from 1 to N (number of elements)
| void NXOpen::CAE::Result::AskElementNodes | ( | int | elementIndex, |
| std::vector< int > & | nodeIndex | ||
| ) |
Asks for the nodes given an element
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
elementIndex elementindex nodeIndex nodeindex
| NXOpen::CAE::ElementTypes::Shape NXOpen::CAE::Result::AskElementShape | ( | int | elementIndex | ) |
Ask element shape given an element index.
- Returns
- Element topology
Created in NX6.0.3.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
elementIndex Element Index
| std::vector<NXString> NXOpen::CAE::Result::AskIterations | ( | int | loadcaseIndex | ) |
Number of iterations available for a given loadcase and their descriptions Iteration index varies from 0 to N-1 (number of iterations)
@return
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
loadcaseIndex loadcaseindex
| std::vector<NXString> NXOpen::CAE::Result::AskLoadcases | ( | ) |
Number of loadcases available in the result file and their descriptions.
Loadcase index varies from 0 to N-1 (number of loadcases)
@return
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
| std::vector<NXOpen::Point3d> NXOpen::CAE::Result::AskNodeCoordinates | ( | const std::vector< int > & | nodeIndex | ) |
Asks for the coordinates of a node array.
- Returns
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
nodeIndex nodeindex
| int NXOpen::CAE::Result::AskNodeIndex | ( | int | nodeLabel | ) |
Ask node index of a given node user label.
- Returns
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
nodeLabel nodelabel
| int NXOpen::CAE::Result::AskNodeLabel | ( | int | nodeIndex | ) |
Ask node user label of a given node index.
- Returns
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
nodeIndex node index ranges from 1 to N (number of nodes)
| int NXOpen::CAE::Result::AskNumElements | ( | ) |
Ask number of elements in the model Element index varies from 0 to N-1 (number of elements)
@return
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
| void NXOpen::CAE::Result::AskNumElementsOfGroup | ( | NXOpen::CAE::Result::GroupContainer | type, |
| int | groupIndex, | ||
| std::vector< int > & | elementIndex | ||
| ) |
Returns an array of elements indices for a given group Group index range from 0 to N-1 (number of groups)
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
type type groupIndex groupindex elementIndex elementindex
| int NXOpen::CAE::Result::AskNumGroupsInContainer | ( | NXOpen::CAE::Result::GroupContainer | type | ) |
Returns the number of groups available in the model of type CAE::Result::GroupContainer .
@return
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
type type
| int NXOpen::CAE::Result::AskNumIterations | ( | int | loadcaseIndex | ) |
Number of iterations available for a given loadcase.
- Returns
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
loadcaseIndex loadcaseindex
| int NXOpen::CAE::Result::AskNumLoadcases | ( | ) |
Number of loadcases available in the result file.
- Returns
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
| int NXOpen::CAE::Result::AskNumNodes | ( | ) |
Ask number of nodes in the model Node index varies from 1 to N (number of nodes)
@return
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
| NXOpen::CAE::Result::DataType NXOpen::CAE::Result::AskResultDataType | ( | int | loadcaseIndex, |
| int | iterationIndex, | ||
| const NXOpen::CAE::Result::Type & | resultType | ||
| ) |
Ask result datatype.
- Returns
Created in NX6.0.3.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
loadcaseIndex loadcaseindex iterationIndex iterationindex resultType resulttype
| NXOpen::CAE::Result::LoadcaseValueType NXOpen::CAE::Result::AskResultLoadcaseValue | ( | int | loadcaseIndex, |
| NXString * | description, | ||
| double * | value | ||
| ) |
Ask load case description, value type and value for the input load case.
- Returns
Created in NX7.0.0.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
loadcaseIndex load case description description value value
| void NXOpen::CAE::Result::AskResultSections | ( | int | loadcaseIndex, |
| int | iterationIndex, | ||
| const NXOpen::CAE::Result::Type & | resultType, | ||
| std::vector< int > & | sectionNums | ||
| ) |
Ask element ids and corresponding number of sections at which result is defined
Created in NX6.0.3.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
loadcaseIndex load case iterationIndex iteration number resultType result type sectionNums sectionnums
| void NXOpen::CAE::Result::AskResultTypes | ( | int | loadcaseIndex, |
| int | iterationIndex, | ||
| std::vector< NXOpen::CAE::Result::Type > & | types, | ||
| std::vector< NXString > & | description | ||
| ) |
Returns an array of result types and descriptions available for a given loadcase and iteration
Created in NX6.0.2.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
loadcaseIndex loadcaseindex iterationIndex iterationindex types types description description
| NXString NXOpen::CAE::Result::AskSectionDescription | ( | NXOpen::CAE::Result::Section | sect | ) |
Ask Section description provided section type.
- Returns
Created in NX8.0.0.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
sect section type
| NXOpen::TaggedObject* NXOpen::CAE::Result::Find | ( | const NXString & | journalIdentifier | ) |
Returns a CAE::BaseLoadcase.
- Returns
Created in NX7.5.0.
License requirements : None
- Parameters
-
journalIdentifier Journal identifier of the object
| NXOpen::TaggedObject* NXOpen::CAE::Result::Find | ( | const char * | journalIdentifier | ) |
Returns a CAE::BaseLoadcase.
- Returns
Created in NX7.5.0.
License requirements : None
- Parameters
-
journalIdentifier Journal identifier of the object
| std::vector<NXOpen::CAE::BaseLoadcase *> NXOpen::CAE::Result::GetLoadcases | ( | ) |
Ask the loadcases present in this result.
- Returns
Created in NX7.5.0.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
| void NXOpen::CAE::Result::GetResultCoordinateSystemDefinition | ( | int | id, |
| NXOpen::CAE::Result::CoordinateSystem * | type, | ||
| NXOpen::Point3d * | origin, | ||
| NXOpen::Matrix3x3 * | matrix | ||
| ) |
Returns definitions of a result coordinate system
Created in NX8.0.1.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
id id type returns any of CAE::Result::CoordinateSystemSelectRectangular , CAE::Result::CoordinateSystemSelectCylindrical , CAE::Result::CoordinateSystemSelectSpherical origin origin matrix matrix
| std::vector<int> NXOpen::CAE::Result::GetResultCoordinateSystems | ( | ) |
Returns coordinate system IDs defined in the result.
- Returns
Created in NX8.0.1.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
| bool NXOpen::CAE::Result::IsResultTypeComplex | ( | int | loadcaseIndex, |
| int | iterationIndex, | ||
| const NXOpen::CAE::Result::Type & | resultType | ||
| ) |
Ask whether a result type is complex or not.
- Returns
Created in NX6.0.3.
License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
- Parameters
-
loadcaseIndex loadcaseindex iterationIndex iterationindex resultType resulttype
The documentation for this class was generated from the following file:
- CAE_Result.hxx