Impliments the ICWResults interface of the SolidWorks Simulation API allowing access to the results of the analysis. More...

#include <+SolidWorks/MLSolidWorksFEAResult.h>

Inheritance diagram for MLSolidWorksFEAResult:

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Collaboration diagram for MLSolidWorksFEAResult:

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List of all members.

Public Member Functions
function	MLSolidWorksFEAResult (in rawRPointer)
	Class constructor.
function	GetBeamMinMaxStress (in obj, in NComponent, in NStepNumber, in NUnits)
	Gets the minimum and maximum elemental stresses for beams at the specified solution step.
function	GetMinMaxDisplacement (in obj, in NComponent, in NStepNumber, in DispPlane, in NUnits)
	Gets the minimum and maximum displacements at the specified solution step.
function	GetMassParticipation (in obj)
	Gets the mass participation factors in the X, Y, and Z directions for all modes.
function	GetMaximumAvailableSteps (in obj)
	Gets the maximum solution step number for which results exist.
function	GetMinMaxStrain (in obj, in NComponent, in NElementNumber, in NStepNumber, in DispPlane)
	Gets the minimum and maximum element strains at the specified solution step.
function	GetMinMaxStress (in obj, in NComponent, in NElementNumber, in NStepNum, in DispPlane, in NUnits)
	Gets the minimum and maximum nodal or elemental stresses at the specified solution step.
function	GetMinMaxThermal (in obj, in NComponent, in NStepNumber, in DispPlane, in NUnits)
	Gets the minimum and maximum thermal results at the specified solution step.
function	GetStrain (in obj, in NElementNumber, in NStepNum, in DispPlane)
	Gets the strain results for an element at the specified solution step.
function	GetStress (in obj, in NElementNumber, in NStepNum, in DispPlane, in NUnits)
	Gets the stress results for all nodes or elements at the specified solution step.
Public Attributes
	m_CADRawPointer

Detailed Description

Impliments the ICWResults interface of the SolidWorks Simulation API allowing access to the results of the analysis.

Constructor & Destructor Documentation

function MLSolidWorksFEAResult ( in rawRPointer )

Class constructor.

Parameters:

rawRPointer is the COM pointer to the FEA result object object.

Member Function Documentation

function GetBeamMinMaxStress	(	in	obj,
		in	NComponent,
		in	NStepNumber,
		in	NUnits
	)

Gets the minimum and maximum elemental stresses for beams at the specified solution step.

Parameters:

obj	is the instance if the object calling and is implicit.
NComponent	Beam stresses as defined in swsBeamStressComponent_e
NStepNumber	Solution step number (use 1 for static)
NUnits	Stress units as defined in swsStrengthUnit_e

Return values:

data	Array of stress results for the beams
ErrorCode	Error as defined in swsResultsError_e

function GetMassParticipation ( in obj )

Gets the mass participation factors in the X, Y, and Z directions for all modes.

Parameters:

obj	is the instance if the object calling and is implicit.

Return values:

data	Array of mass participation factors (in X, Y, Z directions)
ErrorCode	Error as defined in swsResultsError_e

function GetMaximumAvailableSteps ( in obj )

Gets the maximum solution step number for which results exist.

Parameters:

obj	is the instance if the object calling and is implicit.

Return values:

data	Maximum solution step number
ErrorCode	Error as defined in swsResultsError_e

function GetMinMaxDisplacement	(	in	obj,
		in	NComponent,
		in	NStepNumber,
		in	DispPlane,
		in	NUnits
	)

Gets the minimum and maximum displacements at the specified solution step.

Parameters:

obj	is the instance if the object calling and is implicit.
NComponent	Displacement as defined in swsDisplacementComponent_e`
NStepNumber	Solution step number (use 1 for static)
DispPlane	Reference geometry
NUnits	Linear units for displacement translation as defined in swsLinearUnit_e

Return values:

data	Array of displacement results for the beams
ErrorCode	Error as defined in swsResultsError_e

Remarks

X, Y, Z directions correspond to the reference geometry. The first plane that appears in the FeatureManager design tree is used as the default reference geometry.

function GetMinMaxStrain	(	in	obj,
		in	NComponent,
		in	NElementNumber,
		in	NStepNumber,
		in	DispPlane
	)

Gets the minimum and maximum element strains at the specified solution step.

Parameters:

obj	is the instance if the object calling and is implicit.
NComponent	Strain as defined in swsStrainComponent_e
NElementNumber	Element number
NStepNumber	Solution step number (use 1 for static)
DispPlane	Reference entity (Not implemented yet. For now it is always the Front Plane).

Return values:

data	Array of strains including node numbers.
ErrorCode	Error as defined in swsResultsError_e

function GetMinMaxStress	(	in	obj,
		in	NComponent,
		in	NElementNumber,
		in	NStepNum,
		in	DispPlane,
		in	NUnits
	)

Gets the minimum and maximum nodal or elemental stresses at the specified solution step.

Parameters:

obj	is the instance if the object calling and is implicit.
NComponent	Stress as defined in swsStressComponent_e
NElementNumber	Element number
NStepNum	Solution step number (use 1 for static)
DispPlane	Reference geometry; specify Nothing if reference geometry does not exist
NUnits	Unit as defined in swsStrengthUnit_e

Return values:

data	Array of stresses including node numbers.
ErrorCode	Error as defined in swsResultsError_e

function GetMinMaxThermal	(	in	obj,
		in	NComponent,
		in	NStepNumber,
		in	DispPlane,
		in	NUnits
	)

Gets the minimum and maximum thermal results at the specified solution step.

Parameters:

obj	is the instance if the object calling and is implicit.
NComponent	Thermal as defined in swsThermalComponent_e
NStepNumber	Solution step number (use 1 for steady state)
DispPlane	Reference geometry
NUnits	Temperature unit as defined swsTemperatureUnit_e

Return values:

data	Array of thermal results
ErrorCode	Error as defined in swsResultsError_e

function GetStrain	(	in	obj,
		in	NElementNumber,
		in	NStepNum,
		in	DispPlane
	)

Gets the strain results for an element at the specified solution step.

Parameters:

obj	is the instance if the object calling and is implicit.
NElementNumber	Element number
NStepNum	Solution step number (use 1 for static)
DispPlane	Reference geometry

Return values:

data	Array of strain results. It includes the noda numbers in the array
ErrorCode	Error as defined in swsResultsError_e

Remarks

EPSx, EPSy, EPSz, GMxy, GMyz, GMxz, ESTRN, SEDENS, ENERGY, E1, E2, and E3 for all nodes or elements at the specified step.

function GetStress	(	in	obj,
		in	NElementNumber,
		in	NStepNum,
		in	DispPlane,
		in	NUnits
	)

Gets the stress results for all nodes or elements at the specified solution step.

Parameters:

obj	is the instance if the object calling and is implicit.
NElementNumber	Element number
NStepNum	Solution step number (use 1 for static)
DispPlane	Reference geometry
NUnits	Unit as defined in swsStrengthUnit_e

Return values:

data	Array of stress results. It includes the noda numbers in the array.
ErrorCode	Error as defined in swsResultsError_e

Remarks

Sx, Sy, Sz, Txy, Tyz, Txz, P1, P2, P3, VON, and INT for all nodes or elements at the specified step number.

Member Data Documentation

m_CADRawPointer [inherited]

The documentation for this class was generated from the following file:

+SolidWorks/MLSolidWorksFEAResult.h

MLSolidWorksFEAResult Class Reference

Public Member Functions

Public Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation