Create Linear Dynamic Study Example (C#)

This example shows how to create a linear dynamic study.
NOTE: To get persistent reference identifiers (PIDs) for model selections, you can use pidcollector.exe or IModelDocExtension::GetPersistReference3.
//----------------------------------------------------------------------------

	// Preconditions:

	// 1. Add the SolidWorks Simulation as an add-in

	//    (in SolidWorks, click Tools > Add-ins > SolidWorks Simulation).

	// 2. Add the SolidWorks Simulation type library as a reference

	//    (in the IDE, click Tools > References > SolidWorks

	//    Simulation version type library).

	// 3. Create a model that consists of the following features:

	//    * Surface-Revolve1 (sketch a line segment and 
	surface-revolve it 90 degrees about an axis)

	//    * Axis1

	//           
	
	// 4. Use install_dir\api\pidcollector.exe to generate PIDs 
	for the entity selections in PidInitializer().

	//

	// Postconditions:

	// 1. A linear dynamic study is created.

	// 2. An harmonic analysis is run.

	// 3. The Dynamic_Harmonic simulation study tree contains the following:

	//    * Nonlinear_Static_2 (shell)

	//    * Connections

	//    * Fixtures

	//      ** Fixed-1

	//      ** Fixed-2

	//    * External Loads

	//      ** Pressure-1

	//      ** Base Excitation-1

	//      ** Distributed Mass-1

	//    * Mesh

	//    * Damping (-Modal damping-)

	//    * Result Options

	//    * Results

	//      ** Stress1 (-vonMises-)

	//      ** Displacement1 (-Res disp-)

	//      ** Velocity1 (-VX-)

	// 4. Right-click on the Stress1 or Displacement1 plot in the Results folder

	//    and select Show to plot the results in color in the 
graphics area.

	// 5. Inspect the Immediate Window for:

	//    * Dynamic study options

	//    * Study result options

	//    * Uniform base excitation data

	//    * Total distributed mass

	//    * Worst Jacobian ratio

	//    * Study results

	//      * Min/Max URES resultant displacements at 
maximum solution step

	//        ** Node with minimum value

	//        ** Minimum value

	//        ** Node with maximum value

	//        ** Maximum value

	//      * Min/Max von Mises stresses at maximum solution 
step

	//        ** Node with minimum value

	//        ** Minimum value

	//        ** Node with maximum value

	//        ** Maximum value

	//      * Min/Max velocities at maximum solution step

	//        ** Node with minimum value

	//        ** Minimum value

	//        ** Node with maximum value

	//        ** Maximum value

	//      * Min/Max accelerations at maximum solution step

	//        ** Node with minimum value

	//        ** Minimum value

	//        ** Node with maximum value

	//        ** Maximum value

	// 6. Inspect c:\temp for saved solution step, displacement, velocity,

	//    and stress result files.

	//

	// NOTES: Because the model is used elsewhere,

	//        do not save any changes when closing 
it.

	//----------------------------------------------------------------------------

	using 
	Microsoft.VisualBasic;

	using 
	System;

	using 
	System.Collections;

	using 
	System.Collections.Generic;

	using 
	System.Data;

	using 
	System.Diagnostics;

	using 
	SolidWorks.Interop.sldworks;

	using 
	SolidWorks.Interop.swconst;

	using 
	SolidWorks.Interop.cosworks;

	using 
	System.Runtime.InteropServices;

	namespace 
	LinDynStudy_CSharp.csproj

	{

	    partial
	class
	SolidWorksMacro

	    {

	        public
	void Main()

	        {

	            ModelDoc2 
	Part = default(ModelDoc2);

	            CosmosWorks 
	COSMOSWORKS = default(CosmosWorks);

	            CwAddincallback 
	COSMOSObject = default(CwAddincallback);

	            CWModelDoc 
	ActDoc;

	            CWStudyManager 
	StudyMngr = default(CWStudyManager);

	            CWStudy 
	Study = default(CWStudy);

	            CWShellManager 
	ShellMgr = default(CWShellManager);

	            CWMaterial 
	ShellMat = default(CWMaterial);

	            CWLoadsAndRestraintsManager 
	LBCMgr = default(CWLoadsAndRestraintsManager);

	            CWBaseExcitation 
	CWBaseExcitationU = default(CWBaseExcitation);

	            CWDistributedMass 
	CWDistribMass = default(CWDistributedMass);

	            object 
	CWBaseExcitationEntity = null;

	            object 
	CWDirectionEntity = null;

	            int 
	longstatus = 0;

	            int 
	longwarnings = 0;

	            int 
	errCode = 0;

	            int 
	nStep = 0;

	            object 
	pDisp5 = null;

	            object[] 
	DispArray1 = new
	object[1];

	            object[] 
	DispArray2 = new
	object[1];

	            object[] 
	DispArray3 = new
	object[1];

	            object[] 
	DispArray4 = new
	object[2];

	            object[] 
	Disp = null;

	            object[] 
	Stress = null;

	            object[] 
	Velocity = null;

	            object[] 
	Acceleration = null;

	            string 
	sStudyName = null;

	            CWStudyResultOptions 
	ResultOptions = default(CWStudyResultOptions);

	            CWDampingOptions 
	DampingOptions = default(CWDampingOptions);

	            object[] 
	DampingRatios = new
	object[9];

	            int 
	i = 0;

	            //Tolerances and baselines

	            const
	double 
	MeshEleSize = 26.5868077635828;

	            //mm

	            const
	double 
	MeshTol = 1.32934038817914;

	            //mm

	            //PID 
	to call

	            Hashtable 
	PIDCollection = new
	Hashtable();

	            PIDCollection = PIDInitializer();

	            // Get the SolidWorks 
	Simulation object 

	            COSMOSObject = (CwAddincallback)swApp.GetAddInObject("SldWorks.Simulation");

	            if 
	(COSMOSObject == null) 
	ErrorMsg(swApp, "COSMOSObject object not 
	found.");

	            COSMOSWORKS = (CosmosWorks)COSMOSObject.CosmosWorks;

	            if 
	(COSMOSWORKS == null) 
	ErrorMsg(swApp, "COSMOSWORKS object not 
	found.");

	            // Open and get active document
	
	            ActDoc = (CWModelDoc)COSMOSWORKS.ActiveDoc;

	            if 
	(ActDoc == null) 
	ErrorMsg(swApp, "No active document.");

	            //Create a dynamic harmonic 
	study

	            StudyMngr = (CWStudyManager)ActDoc.StudyManager;

	            if 
	(StudyMngr == null)

	                ErrorMsg(swApp, "Failed 
	to get StudyManager object.");

	            sStudyName = "Dynamic_Harmonic";

	            Study = (CWStudy)StudyMngr.CreateNewStudy3(sStudyName, 
	(int)swsAnalysisStudyType_e.swsAnalysisStudyTypeDynamic, 
	(int)swsDynamicStudySubOption_e.swsDynamicHarmonic,
	out errCode);

	            Debug.Print("Linear 
	dynamic study with harmonic analysis");

	            Debug.Print("");

	            Debug.Print("Dynamic 
	study options...");

	            CWDynamicStudyOptions 
	DynStudyOptions = default(CWDynamicStudyOptions);

	            DynStudyOptions = (CWDynamicStudyOptions)Study.DynamicStudyOptions;

	            int 
	freqOption = 0;

	            double 
	freqValue = 0;

	            int 
	bChecked = 0;

	            DynStudyOptions.GetFrequencyOption(out 
	freqOption, out 
	freqValue);

	            Debug.Print("  Frequency 
	option (swsFrequencyStudyOption_e): " 
	+ freqOption);

	            Debug.Print("  No. 
	of frequencies or upper-bound frequency: " 
	+ freqValue);

	            DynStudyOptions.GetFrequencyShiftOption(out 
	bChecked, out 
	freqValue);

	            Debug.Print("  Is 
	frequency shift enabled (0=no, 1=yes)? " + 
	bChecked);

	            Debug.Print("  Frequency 
	shift: " + freqValue);

	            DynStudyOptions.IncompatibleBondingOption = 0;

	            // automatic

	            DynStudyOptions.UseSoftSpring 
	= 0;

	            // do not use soft springs to 
	stabilize model

	            DynStudyOptions.ResultFolderPath 
	= "c:\\temp";

	            DynStudyOptions.SolverType = 2;

	            // FFEPlus

	            Debug.Print("  Harmonic 
	bandwidth: " + DynStudyOptions.HarmonicBandwidth);

	            Debug.Print("  Harmonic 
	frequency lower limit: " + DynStudyOptions.HarmonicFrequencyLowerLimit);

	            Debug.Print("  Harmonic 
	frequency upper limit: " + DynStudyOptions.HarmonicFrequencyUpperLimit);

	            Debug.Print("  Harmonic 
	frequency units (swsFrequencyUnit_e): " + 
	DynStudyOptions.HarmonicFrequencyUnits);

	            Debug.Print("  Harmonic 
	interpolation (swsInterpolationType_e): " 
	+ DynStudyOptions.HarmonicInterpolation);

	            Debug.Print("  Harmonic 
	number of points for each frequency: " + 
	DynStudyOptions.HarmonicNoOfPoints);

	            Debug.Print("");

	            //Set study result options

	            Debug.Print("Study 
	result options...");

	            ResultOptions = (CWStudyResultOptions)Study.StudyResultOptions;

	            ResultOptions.SaveResultsForSolutionStepsOption = 1;

	            // save solution step results

	            ResultOptions.SaveDisplacementsAndVelocitiesOption 
	= 1;

	            // save displacements and 
	velocities

	            ResultOptions.SaveStresses 
	= 1;

	            // save stresses

	            // 
	Solution step set #1

	            errCode = ResultOptions.SetSolutionStepsSetInformation(1, 
	10, 100, 3);

	            Debug.Print("  Set 
	solution steps set #1 (10-100, inc=3)? (0=success): " 
	+ errCode);

	            // Solution step set #3

	            errCode = ResultOptions.SetSolutionStepsSetInformation(3, 
	100, 1000, 5);

	            Debug.Print("  Set 
	solution steps set #3 (100-1000, inc=5)? (0=success): " 
	+ errCode);

	            Debug.Print("");

	            //Set damping options

	            DampingOptions = (CWDampingOptions)Study.DampingOptions;

	            DampingOptions.DampingType = 0;

	            //Modal damping

	            DampingRatios[0] = 1;

	            DampingRatios[1] = 5;

	            DampingRatios[2] = 3.45;

	            DampingRatios[3] = 6;

	            DampingRatios[4] = 15;

	            DampingRatios[5] = 15;

	            DampingRatios[6] = 16;

	            DampingRatios[7] = 25;

	            DampingRatios[8] = 34.5;

	            errCode = DampingOptions.SetDampingRatios(3, (DampingRatios));

	            DampingOptions.ComputeFromMaterialDamping = 0;

	            // do not use the material 
	damping ratio

	            //Create 
	variant arrays

	            DispArray1[0] = 
	SelectByPID(Part, "selection1", 
	PIDCollection);

	            DispArray2[0] = SelectByPID(Part, 
	"selection1", 
	PIDCollection);

	            DispArray3[0] = SelectByPID(Part, 
	"selection2", 
	PIDCollection);

	            DispArray4[0] = SelectByPID(Part, 
	"selection3", 
	PIDCollection);

	            DispArray4[1] = SelectByPID(Part, 
	"selection4", 
	PIDCollection);

	            //Get Edge-1 by persistent ID

	            CWBaseExcitationEntity = 
	SelectByPID(Part, "selection3", 
	PIDCollection);

	            //Get Axis1 by persistent ID

	            CWDirectionEntity = 
	SelectByPID(Part, "selection5", 
	PIDCollection);

	            pDisp5 = SelectByPID(Part, 
	"selection5", PIDCollection);

	            //Add materials

	            ShellMgr = (CWShellManager)Study.ShellManager;

	            if 
	(ShellMgr == null)

	                ErrorMsg(swApp, "Failed 
	to get ShellMgr object.");

	            CWShell 
	CWFeatObj1 = default(CWShell);

	            CWFeatObj1 = (CWShell)ShellMgr.GetShellAt(0,
	out errCode);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to get shell component.");

	            ShellMat = CWFeatObj1.GetDefaultMaterial();

	            ShellMat.MaterialUnits = 0;

	            ShellMat.SetPropertyByName("EX", 
	2000000000000.0, 0);

	            ShellMat.SetPropertyByName("NUXY", 
	0.25, 0);

	            errCode = CWFeatObj1.SetShellMaterial(ShellMat);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to apply material.");

	            CWFeatObj1.ShellBeginEdit();

	            CWFeatObj1.Formulation = 1;

	            // thick shell

	            CWFeatObj1.ShellUnit = 
	1;

	            // centimeters

	            CWFeatObj1.ShellThickness 
	= 5;

	            // 5 cm

	            CWFeatObj1.ShellOffsetOption 
	= 3;

	            // specify reference surface

	            CWFeatObj1.ShellOffsetValue 
	= 0.3;

	            errCode = CWFeatObj1.ShellEndEdit();

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to create shell.");

	            CWFeatObj1 = null;

	            //Get loads and restraints 
	manager

	            LBCMgr = (CWLoadsAndRestraintsManager)Study.LoadsAndRestraintsManager;

	            if 
	(LBCMgr == null)

	                ErrorMsg(swApp, "Failed 
	to get LoadsAndRestraintsManager.");

	            //Create normal pressure

	            CWPressure 
	CWFeatObj2 = default(CWPressure);

	            CWFeatObj2 = (CWPressure)LBCMgr.AddPressure(0, 
	(DispArray2), null,
	out errCode);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to create normal pressure.");

	            CWFeatObj2.PressureBeginEdit();

	            CWFeatObj2.Unit = 0;

	            CWFeatObj2.Value = 4000000.0;

	            errCode = CWFeatObj2.PressureEndEdit();

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to apply normal pressure value.");

	            CWFeatObj2 = null;

	            //Add Restraints

	            CWRestraint 
	CWFeatObj3 = default(CWRestraint);

	            CWFeatObj3 = (CWRestraint)LBCMgr.AddRestraint(0, 
	(DispArray3), pDisp5, out 
	errCode);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to create first restraint.");

	            CWFeatObj3.RestraintBeginEdit();

	            CWFeatObj3.SetTranslationComponentsValues(0, 0, 1, 0.0, 
	0.0, 0.0);

	            CWFeatObj3.SetRotationComponentsValues(0, 0, 0, 0.0, 0.0, 0.0);

	            CWFeatObj3.Unit = 2;

	            errCode = CWFeatObj3.RestraintEndEdit();

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "First 
	RestraintEndEdit failed.");

	            CWFeatObj3 = (CWRestraint)LBCMgr.AddRestraint(0, 
	(DispArray4), pDisp5, out 
	errCode);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to create second restraint.");

	            CWFeatObj3.RestraintBeginEdit();

	            CWFeatObj3.SetTranslationComponentsValues(0, 1, 0, 0.0, 
	-0.0, 0.0);

	            CWFeatObj3.SetRotationComponentsValues(1, 0, 1, -0.0, 
	0.0, -0.0);

	            CWFeatObj3.Unit = 2;

	            errCode = CWFeatObj3.RestraintEndEdit();

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Second 
	RestraintEndEdit failed.");

	            CWFeatObj3 = null;

	            //Add uniform base excitation

	            CWBaseExcitationU = (CWBaseExcitation)LBCMgr.AddUniformBaseExcitation(2, 
	CWBaseExcitationEntity, 1, 1, 2.3, 1, 3.4, 1, 4.5, 
	out errCode);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Adding 
	uniform base excitation failed.");

	            Debug.Print("Uniform 
	base excitation type (swsBaseExcitationType_e): " 
	+ CWBaseExcitationU.BaseExcitationType);

	            int 
	bdir1 = 0;

	            int 
	bdir2 = 0;

	            int 
	bdir3 = 0;

	            CWBaseExcitationU.GetExcitationDirections(out 
	bdir1, out 
	bdir2, out 
	bdir3);

	            Debug.Print("Excitation 
	in...");

	            Debug.Print("  Direction 
	1 (1=true)? " + bdir1);

	            Debug.Print("  Direction 
	2 (1=true)? " + bdir2);

	            Debug.Print("  Direction 
	3 (1=true)? " + bdir3);

	            double 
	dval1 = 0;

	            double 
	dval2 = 0;

	            double 
	dval3 = 0;

	            CWBaseExcitationU.GetExcitationDirectionValues(out 
	dval1, out 
	dval2, out 
	dval3);

	            Debug.Print("Excitation 
	value in swsUnit_e units...");

	            Debug.Print("  Direction 
	1: " + dval1);

	            Debug.Print("  Direction 
	2: " + dval2);

	            Debug.Print("  Direction 
	3: " + dval3);

	            object[] 
	curveData = null;

	            curveData = (object[])CWBaseExcitationU.GetTimeOrFrequencyCurve();

	            //variation with frequency data

	            Debug.Print("Acceleration 
	excitation variation with frequency data");

	            Debug.Print("(number 
	of points, x1, y1, x2, y2, ...xn, yn):");

	            for 
	(i = 0; i <= curveData.GetUpperBound(0); i++)

	            {

	                Debug.Print(curveData[i].ToString());

	            }

	            Debug.Print("Phase 
	angle: " + CWBaseExcitationU.PhaseAngle);

	            Debug.Print("Phase 
	angle unit (swsPhaseAngleUnit_e): " + 
	CWBaseExcitationU.PhaseAngleUnit);

	            Debug.Print("Units 
	(depends on type of base excitation): " + CWBaseExcitationU.Unit);

	            Debug.Print("");

	            //Add distributed mass

	            CWDistribMass = (CWDistributedMass)LBCMgr.AddDistributedMass((DispArray2), 
	0, 1, ref 
	errCode);

	            Debug.Print("Total 
	distributed mass: " + CWDistribMass.TotalMass);

	            Debug.Print("  Units 
	(swsUnitSystem_e): " + CWDistribMass.Units);

	            Debug.Print("");

	            //Create mesh

	            CWMesh 
	CWFeatObj4 = default(CWMesh);

	            CWFeatObj4 = (CWMesh)Study.Mesh;

	            if 
	(CWFeatObj4 == null)

	                ErrorMsg(swApp, "Failed 
	to create Mesh object");

	            CWFeatObj4.MesherType = 0;

	            CWFeatObj4.Quality = 1;

	            errCode = Study.CreateMesh(0, MeshEleSize, MeshTol);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to create Mesh.");

	            Debug.Print("Worst 
	Jacobian ratio for the mesh: " + 
	CWFeatObj4.GetWorstJacobianRatio());

	            Debug.Print("");

	            //Run analysis

	            errCode = Study.RunAnalysis();

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Analysis 
	failed with error code " + errCode + 
	" - " + 
	ProcErrCode(errCode));

	            //Get results

	            CWResults 
	CWFeatObj5 = default(CWResults);

	            CWFeatObj5 = (CWResults)Study.Results;

	            if 
	(CWFeatObj5 == null)

	                ErrorMsg(swApp, "Failed 
	to get Results object.");

	            Debug.Print("Study 
	results...");

	            nStep = CWFeatObj5.GetMaximumAvailableSteps();

	            Debug.Print("  Maximum 
	available steps: " + nStep);

	            //Get algebraic minimum/maximum 
	resultant displacements

	            Disp = (object[])CWFeatObj5.GetMinMaxDisplacement(3, 
	nStep, null, 
	0, out 
	errCode);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to get displacement results.");

	            Debug.Print("  Min/Max 
	URES Resultant Displacements (Node, Min, Node, Max):");

	            for 
	(i = 0; i <= Disp.GetUpperBound(0); i++)

	            {

	                Debug.Print(Disp[i].ToString());

	            }

	            Debug.Print("");

	            //Get algebraic minimum/maximum 
	Von Mises stresses

	            Stress = (object[])CWFeatObj5.GetMinMaxStress(9, 
	0, nStep, null, 
	3, out 
	errCode);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to get stress results.");

	            Debug.Print("  Algebraic 
	Min/Max von Mises Stresses (Node, Min, Node, Max):");

	            for 
	(i = 0; i <= Stress.GetUpperBound(0); i++)

	            {

	                Debug.Print(Stress[i].ToString());

	            }

	            Debug.Print("");

	            //Get algebraic minimum/maximum 
	velocities

	            Velocity = (object[])CWFeatObj5.GetMinMaxVelocity(0, 
	nStep, CWDirectionEntity, 0, out 
	errCode);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to get velocity results.");

	            Debug.Print("  Algebraic 
	Min/Max Velocities (Node, Min, Node, Max):");

	            for 
	(i = 0; i <= Velocity.GetUpperBound(0); i++)

	            {

	                Debug.Print(Velocity[i].ToString());

	            }

	            Debug.Print("");

	            //Get algebraic minimum/maximum 
	accelerations

	            Acceleration = (object[])CWFeatObj5.GetMinMaxAcceleration(0, 
	nStep, CWDirectionEntity, 0, out 
	errCode);

	            if 
	(errCode != 0)

	                ErrorMsg(swApp, "Failed 
	to get acceleration results.");

	            Debug.Print("  Algebraic 
	Min/Max Accelerations (Node, Min, Node, Max):");

	            for 
	(i = 0; i <= Acceleration.GetUpperBound(0); i++)

	            {

	                Debug.Print(Acceleration[i].ToString());

	            }

	            CWFeatObj5 = null;

	        }

	        public
	void 
	ErrorMsg(SldWorks 
	SwApp, string 
	Message)

	        {

	            SwApp.SendMsgToUser2(Message, 0, 0);

	            SwApp.RecordLine("'*** 
	WARNING - General");

	            SwApp.RecordLine("'*** 
	" + Message);

	            SwApp.RecordLine("");

	        }

		public 
		object SelectByPID(ModelDoc2 
		Part, string 
		PIDName, Hashtable 
		PIDCollection)

		        {

		            object 
		functionReturnValue = null;

		            byte[] 
		PID = null;

		            string[] 
		PIDVariant = null;

		            string 
		PIDString = null;

		            int 
		i = 0;

		            object 
		SelObj = null;

		            //Get the value mapped to 
		the PIDName key from the hashtable

		            PIDString = 
		"";

		            IDictionaryEnumerator 
		enumerator = (IDictionaryEnumerator) 
		PIDCollection.GetEnumerator();

		            enumerator.Reset();

		            while 
		(enumerator.MoveNext()){

		                if 
		((string)enumerator.Key 
		== PIDName)

		                {

		                    PIDString = (string)enumerator.Value;

		                    break;

		                }

		            }

		            //Parse the string into an 
		array

		            PIDVariant = 
		PIDString.Split(new
		char[] 
		{ ',' 
		});

		            int 
		sizeArray = PIDVariant.Length;

		            PID = new
		byte[sizeArray];

		            //Change to a byte array

		            for 
		(i = 0; i < PIDVariant.Length - 1; i++)

		            {

		                PID[i] = Convert.ToByte(PIDVariant[i]);

		            }

		            //Select the entity

		            SelObj = Part.Extension.GetObjectByPersistReference((PID));

		            functionReturnValue = SelObj;

		            SelObj = null;

		            return 
		functionReturnValue;

		        }

		        public
		Hashtable 
		PIDInitializer()

		        {

		            Hashtable 
		PIDCollection = new
		Hashtable();

		            string 
		selection1 = null;

		            string 
		selection2 = null;

		            string 
		selection3 = null;

		            string 
		selection4 = null;

		            string 
		selection5 = null;

		//Replace the PID strings below with strings 
		generated by pidcollector.exe

		            //Pie face

            selection1 = 
		"68,20,0,0,3,0,0,0,255,254,255,0,0,0,0,0,255,255,1,0,11,0,109,111,70,97,99,101,82,101,102,95,99,1,0,0,0,0,0,0,0,5,0,0,0,4,2,0,0,0,0,0,0,125,195,148,37,173,73,178,84,125,195,148,37,173,73,178,84,0,0,255,255,1,0,23,0,109,111,70,114,111,109,83,107,116,69,110,116,83,117,114,102,73,100,82,101,112,95,99,0,0,255,255,1,0,6,0,109,111,70,82,95,99,255,255,1,0,13,0,109,111,69,120,116,79,98,106,101,99,116,95,99,255,255,1,0,17,0,109,111,67,83,116,114,105,110,103,72,97,110,100,108,101,95,99,255,254,255,92,75,0,58,0,92,0,97,0,112,0,105,0,92,0,72,0,69,0,76,0,80,0,92,0,83,0,97,0,109,0,112,0,108,0,101,0,32,0,77,0,97,0,99,0,114,0,111,0,115,0,92,0,83,0,105,0,109,0,117,0,108,0,97,0,116,0,105,0,111,0,110,0,92,0,50,0,48,0,49,0,50,0,92,0,65,0,117,0,116,0,111,0,84,0,101,0,115,0,116,0,70,0,105,0,108,0,101,0,115,0,92,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,115,0,92,0,77,0,97,0,99,0,114,0,111,0,115,0,92,0,76,0,105,0,110,0,101,0,97,0,114,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,46,0,83,0,76,0,68,0,80";

            selection1 = selection1 + 
		",0,82,0,84,0,9,128,255,254,255,13,76,0,105,0,110,0,101,0,97,0,114,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,2,0,0,141,213,96,79,0,0,112,0,97,0,0,0,0,0,0,0,0,0,0,0,0,0,255,254,255,7,68,0,101,0,102,0,97,0,117,0,108,0,116,0,0,0,0,0,0,0,0,0,100,0,100,0,30,0,0,0,252,214,96,79,1,0,0,0,255,255,1,0,16,0,109,111,84,111,112,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,1,0,0,0,255,255,1,0,19,0,109,111,66,111,116,116,111,109,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,1,0,0,0,255,255,1,0,16,0,109,111,69,110,100,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,0,0,0,0,0,0,0,0,0,0,0,0,0,0";

            selection1 = selection1 + ",Type=1";

		//Pie curve Edge-1

            selection2 = 
		"68,20,0,0,3,0,0,0,255,254,255,0,0,0,0,0,255,255,1,0,11,0,109,111,69,100,103,101,82,101,102,95,99,1,0,0,0,0,0,0,0,5,0,0,0,4,3,0,0,0,0,0,0,125,195,148,37,173,73,178,84,125,195,148,37,173,73,178,84,0,0,255,255,1,0,23,0,109,111,70,114,111,109,83,107,116,69,110,116,83,117,114,102,73,100,82,101,112,95,99,0,0,255,255,1,0,6,0,109,111,70,82,95,99,255,255,1,0,13,0,109,111,69,120,116,79,98,106,101,99,116,95,99,255,255,1,0,17,0,109,111,67,83,116,114,105,110,103,72,97,110,100,108,101,95,99,255,254,255,92,75,0,58,0,92,0,97,0,112,0,105,0,92,0,72,0,69,0,76,0,80,0,92,0,83,0,97,0,109,0,112,0,108,0,101,0,32,0,77,0,97,0,99,0,114,0,111,0,115,0,92,0,83,0,105,0,109,0,117,0,108,0,97,0,116,0,105,0,111,0,110,0,92,0,50,0,48,0,49,0,50,0,92,0,65,0,117,0,116,0,111,0,84,0,101,0,115,0,116,0,70,0,105,0,108,0,101,0,115,0,92,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,115,0,92,0,77,0,97,0,99,0,114,0,111,0,115,0,92,0,76,0,105,0,110,0,101,0,97,0,114,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,46,0,83,0,76,0,68,0,";

            selection2 = selection2 + 
		"80,0,82,0,84,0,9,128,255,254,255,13,76,0,105,0,110,0,101,0,97,0,114,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,2,0,0,141,213,96,79,0,0,112,0,97,0,0,0,0,0,0,0,0,0,0,0,0,0,255,254,255,7,68,0,101,0,102,0,97,0,117,0,108,0,116,0,0,0,0,0,0,0,0,0,100,0,100,0,30,0,0,0,252,214,96,79,1,0,0,0,0,0,255,255,1,0,19,0,109,111,66,111,116,116,111,109,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,1,0,0,0,255,255,1,0,16,0,109,111,84,111,112,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,1,0,0,0,255,255,1,0,16,0,109,111,69,110,100,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,0,0,0,0,0,0,0,0";

            selection2 = selection2 + ",Type=1";

		//Pie edge

            selection3 = 
		"68,20,0,0,3,0,0,0,255,254,255,0,0,0,0,0,255,255,1,0,11,0,109,111,69,100,103,101,82,101,102,95,99,1,0,0,0,0,0,0,0,5,0,0,0,6,3,0,0,0,0,0,0,125,195,148,37,173,73,178,84,125,195,148,37,173,73,178,84,0,0,255,255,1,0,23,0,109,111,70,114,111,109,83,107,116,69,110,116,83,117,114,102,73,100,82,101,112,95,99,0,0,255,255,1,0,6,0,109,111,70,82,95,99,255,255,1,0,13,0,109,111,69,120,116,79,98,106,101,99,116,95,99,255,255,1,0,17,0,109,111,67,83,116,114,105,110,103,72,97,110,100,108,101,95,99,255,254,255,92,75,0,58,0,92,0,97,0,112,0,105,0,92,0,72,0,69,0,76,0,80,0,92,0,83,0,97,0,109,0,112,0,108,0,101,0,32,0,77,0,97,0,99,0,114,0,111,0,115,0,92,0,83,0,105,0,109,0,117,0,108,0,97,0,116,0,105,0,111,0,110,0,92,0,50,0,48,0,49,0,50,0,92,0,65,0,117,0,116,0,111,0,84,0,101,0,115,0,116,0,70,0,105,0,108,0,101,0,115,0,92,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,115,0,92,0,77,0,97,0,99,0,114,0,111,0,115,0,92,0,76,0,105,0,110,0,101,0,97,0,114,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,46,0,83,0,76,0,68,0,";

            selection3 = selection3 + 
		"80,0,82,0,84,0,9,128,255,254,255,13,76,0,105,0,110,0,101,0,97,0,114,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,2,0,0,141,213,96,79,0,0,112,0,97,0,0,0,0,0,0,0,0,0,0,0,0,0,255,254,255,7,68,0,101,0,102,0,97,0,117,0,108,0,116,0,0,0,0,0,0,0,0,0,100,0,100,0,30,0,0,0,252,214,96,79,1,0,0,0,0,0,255,255,1,0,16,0,109,111,69,110,100,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,0,0,0,0,255,255,1,0,19,0,109,111,66,111,116,116,111,109,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,1,0,0,0,255,255,1,0,16,0,109,111,84,111,112,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,1,0,0,0,0,0,0,0";

            selection3 = selection3 + ",Type=1";

		//Pie edge

            selection4 =         "68,20,0,0,3,0,0,0,255,254,255,0,0,0,0,0,255,255,1,0,11,0,109,111,69,100,103,101,82,101,102,95,99,1,0,0,0,0,0,0,0,5,0,0,0,4,3,0,0,0,0,0,0,125,195,148,37,173,73,178,84,125,195,148,37,173,73,178,84,0,0,255,255,1,0,23,0,109,111,70,114,111,109,83,107,116,69,110,116,83,117,114,102,73,100,82,101,112,95,99,0,0,255,255,1,0,6,0,109,111,70,82,95,99,255,255,1,0,13,0,109,111,69,120,116,79,98,106,101,99,116,95,99,255,255,1,0,17,0,109,111,67,83,116,114,105,110,103,72,97,110,100,108,101,95,99,255,254,255,92,75,0,58,0,92,0,97,0,112,0,105,0,92,0,72,0,69,0,76,0,80,0,92,0,83,0,97,0,109,0,112,0,108,0,101,0,32,0,77,0,97,0,99,0,114,0,111,0,115,0,92,0,83,0,105,0,109,0,117,0,108,0,97,0,116,0,105,0,111,0,110,0,92,0,50,0,48,0,49,0,50,0,92,0,65,0,117,0,116,0,111,0,84,0,101,0,115,0,116,0,70,0,105,0,108,0,101,0,115,0,92,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,115,0,92,0,77,0,97,0,99,0,114,0,111,0,115,0,92,0,76,0,105,0,110,0,101,0,97,0,114,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,46,0,83,0,76,0,68,0,";

            selection4 = selection4 + 
		"80,0,82,0,84,0,9,128,255,254,255,13,76,0,105,0,110,0,101,0,97,0,114,0,68,0,121,0,110,0,97,0,109,0,105,0,99,0,2,0,0,141,213,96,79,0,0,112,0,97,0,0,0,0,0,0,0,0,0,0,0,0,0,255,254,255,7,68,0,101,0,102,0,97,0,117,0,108,0,116,0,0,0,0,0,0,0,0,0,100,0,100,0,30,0,0,0,252,214,96,79,1,0,0,0,0,0,255,255,1,0,16,0,109,111,84,111,112,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,1,0,0,0,255,255,1,0,16,0,109,111,69,110,100,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,0,0,0,0,255,255,1,0,19,0,109,111,66,111,116,116,111,109,69,100,103,101,73,100,82,101,112,95,99,0,0,5,128,8,0,30,0,0,0,252,214,96,79,1,0,0,0,0,0,0,0";

            selection4 = selection4 & ",Type=1";
           
		//Axis1

            selection5 = 
		"68,20,0,0,1,0,0,0,255,254,255,0,0,0,0,0,21,0,0,0";

            selection5 = selection5 + ",Type=1";

		            //Store constants in a 
		collection

		            PIDCollection.Add("selection1", 
		selection1);

		            PIDCollection.Add("selection2", 
		selection2);

		            PIDCollection.Add("selection3", 
		selection3);

		            PIDCollection.Add("selection4", 
		selection4);

		            PIDCollection.Add("selection5", 
		selection5);

		            return 
		PIDCollection;

		        }
	
	        public
	string 
	ProcErrCode(long 
	errCode)

	        {

	            string 
	functionReturnValue = null;

	            switch 
	(errCode)

	            {

	                case 
	0:

	                    functionReturnValue = 
	"Successful.";

	                    break;

	                case 
	1: // TODO: to 21

	                    functionReturnValue =
	"Incorrect input conditions.";

	                    break;

	                case 
	22:

	                    functionReturnValue = 
	"Authorization failed for this analysis type.";

	                    break;

	                case 
	23:

	                    functionReturnValue = 
	"Mesh not found.";

	                    break;

	                case 
	24:

	                    functionReturnValue = 
	"Analysis failed.";

	                    break;

	                default:

	                    functionReturnValue = 
	"Unknown error condition.";

	                    break;

	            }

	            return 
	functionReturnValue;

	        }

	        public
	SldWorks 
	swApp;

	    }

	}
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