User:Kate Racaza/test page - Revision history

Kate Racaza: Replaced content with '=DRAFT='

2016-09-07T15:37:36Z

Replaced content with '=DRAFT='

Kate Racaza at 22:25, 23 June 2016

2016-06-23T22:25:37Z

← Older revision		Revision as of 22:25, 23 June 2016
Line 162:		Line 162:
	{{APIPrefix\|End Sub}}		{{APIPrefix\|End Sub}}

	==		==Create Plots==

			'''VBA'''

			{{APIPrefix\|Sub}} Main()

			{{APIComment\|'Create a Weibull++ data set.}}
			{{APIPrefix\|Dim}} WDS {{APIPrefix\|As New}} WeibullDataSet
			{{APIPrefix\|Call}} WDS.AddFailure(16, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(34, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(53, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(75, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(93, 1)
			{{APIPrefix\|Call}} WDS.AddSuspension(120, 5)

			{{APIComment\|'Analyze the data set using the 2-parameter Weibull distribution and}}
			{{APIComment\|'the RRX analysis method. Keep all other analysis settings at default.}}
			WDS.AnalysisSettings.Distribution = WeibullSolverDistribution_Weibull
			WDS.AnalysisSettings.Parameters = WeibullSolverNumParameters_MS_2Parameter
			WDS.AnalysisSettings.Analysis = WeibullSolverMethod_RRX

			{{APIComment\|'Analyze the data set.}}
			{{APIPrefix\|Call}} WDS.Calculate()

			{{APIComment\|'Declare a new WAPlots object.}}
			{{APIPrefix\|Dim}} WPlot {{APIPrefix\|As New}} WAPlots

			{{APIComment\|'Add the analyzed data set to the plot.}}
			{{APIPrefix\|Call}} WPlot.AddDataset(WDS)

			{{APIComment\|'Create a probability plot and display it in an Image control in the current Excel sheet.}}
			Image1.Picture = WPlot.CreatePlotVB6(WAPlotType_Probability)

			{{APIComment\|'Resize the picture (optional).}}
			Image1.Height = 600
			Image1.Width = 865

			{{APIPrefix\|End Sub}}

Kate Racaza at 21:43, 23 June 2016

2016-06-23T21:43:40Z

← Older revision		Revision as of 21:43, 23 June 2016
Line 28:		Line 28:

	{{APIPrefix\|End Sub}}		{{APIPrefix\|End Sub}}


			==Perform Life Data Analysis on External Data Source==

			'''VBA'''

			{{APIPrefix\|Sub}} Main()

			{{APIComment\|'Declare a new WeibullDataSet object.}}
			{{APIPrefix\|Dim}} WDS {{APIPrefix\|As New}} WeibullDataSet

			{{APIComment\|'Add the failure times to the data set.}}
			{{APIPrefix\|Call}} WDS.AddFailure(16, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(34, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(53, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(75, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(93, 1)

			{{APIComment\|'Add the suspensions to the data set.}}
			{{APIPrefix\|Call}} WDS.AddSuspension(120, 5)

			{{APIComment\|'Use the 2-parameter Weibull distribution and the rank regression on X (RRX) analysis method.}}
			{{APIComment\|'Keep all other analysis settings at default.}}
			WDS.AnalysisSettings.Distribution = WeibullSolverDistribution_Weibull
			WDS.AnalysisSettings.Parameters = WeibullSolverNumParameters_MS_2Parameter
			WDS.AnalysisSettings.Analysis = WeibullSolverMethod_RRX

			{{APIComment\|'Analyze the data set.}}
			{{APIPrefix\|Call}} WDS.Calculate()

			{{APIComment\|'Calculate the probability of failure at 226 hrs and display the result.}}
			{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double
			r = WDS.FittedModel.unreliability(226)
			MsgBox({{APIString\|"Prob. Fail: "}} & r)

			{{APIPrefix\|End Sub}}


			==Perform Accelerated Life Testing Data Analysis on External Data Source==

			'''VBA'''

			{{APIPrefix\|Sub}} Main()

			{{APIComment\|'Declare a new ALTADataSet object.}}
			{{APIPrefix\|Dim}} ADS {{APIPrefix\|As New}} ALTADataSet

			{{APIComment\|'Define a stress type with use stress level = 300.}}
			{{APIPrefix\|Call}} ADS.AddStressDefinition({{APIString\|"Stress1"}},,300)

			{{APIComment\|'Add the failure times to the data set.}}
			{{APIPrefix\|Call}} ADS.AddFailure_2(245, 1, 353)
			{{APIPrefix\|Call}} ADS.AddFailure_2(110, 1, 373)
			{{APIPrefix\|Call}} ADS.AddFailure_2(180, 1, 373)
			{{APIPrefix\|Call}} ADS.AddFailure_2(200, 1, 373)
			{{APIPrefix\|Call}} ADS.AddFailure_2(50, 1, 393)
			{{APIPrefix\|Call}} ADS.AddFailure_2(70, 1, 393)
			{{APIPrefix\|Call}} ADS.AddFailure_2(88, 1, 393)
			{{APIPrefix\|Call}} ADS.AddFailure_2(112, 1, 393)
			{{APIPrefix\|Call}} ADS.AddFailure_2(140, 1, 393)
			{{APIPrefix\|Call}} ADS.AddFailure_2(160, 1, 393)

			{{APIComment\|'Add the suspensions to the data set.}}
			{{APIPrefix\|Call}} ADS.AddSuspension_2(250, 5, 353)
			{{APIPrefix\|Call}} ADS.AddSuspension_2(250, 3, 373)

			{{APIComment\|'Use the Arrhenius-Weibull model. Keep all other analysis settings at default.}}
			ADS.AnalysisSettings.ModelType = ALTASolverModel_Arrhenius
			ADS.AnalysisSettings.Distribution = ALTASolverDistribution_Weibull

			{{APIComment\|'Analyze the data set.}}
			{{APIPrefix\|Call}} ADS.Calculate()

			{{APIComment\|'Calculate the B10 life and display the result.}}
			{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double
			r = ADS.FittedModel.Time(.90)
			MsgBox({{APIString\|"B10 Life: "}} & r)

			{{APIPrefix\|End Sub}}


			==Perform Accelerated Life Testing Data Analysis with Stress Profiles==

			'''VBA'''

			{{APIPrefix\|Sub}} Main()

			{{APIComment\|'Declare a new stress profile and define its segments.}}
			{{APIPrefix\|Dim}} sp {{APIPrefix\|As New}} ALTAStressProfile
			{{APIPrefix\|Call}} sp.AddSegment(200, 125)
			{{APIPrefix\|Call}} sp.AddSegment(300, 175)
			{{APIPrefix\|Call}} sp.AddSegment(350, 200)
			{{APIPrefix\|Call}} sp.AddSegment(375, 250)
			sp.RepeatCycle = False

			{{APIComment\|'Declare a new ALTADataSet object.}}
			{{APIPrefix\|Dim}} ADS {{APIPrefix\|As New}} ALTADataSet

			{{APIComment\|'Assign the stress profile to the data set.}}
			{{APIPrefix\|Call}} ADS.AddStressProfile(sp)

			{{APIComment\|'The stress profile uses the logarithmic (power LSR) stress transformation}}
			{{APIComment\|'and has a use stress level = 100.}}
			{{APIPrefix\|Call}} ADS.AddStressDefinition({{APIString\|"Stress1"}}, ALTASolverLSR_Power, 100)

			{{APIComment\|'Add the failure times to the data set.}}
			{{APIPrefix\|Call}} ADS.AddFailure_2(252, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(280, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(320, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(335, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(354, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(361, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(362, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(368, 1, sp)

			{{APIComment\|'Add the suspensions to the data set.}}
			{{APIPrefix\|Call}} ADS.AddSuspension_2(328, 1, sp)
			{{APIPrefix\|Call}} ADS.AddSuspension_2(375, 3, sp)

			{{APIComment\|'Use the cumulative damage - Weibull model to analyze the data set.}}
			{{APIComment\|'Keep all other analysis settings at default.}}
			ADS.AnalysisSettings.ModelType = ALTASolverModel_CumDamage
			ADS.AnalysisSettings.Distribution = ALTASolverDistribution_Weibull

			{{APIComment\|'Analyze the data set.}}
			{{APIPrefix\|Call}} ADS.Calculate()

			{{APIComment\|'Calculate the B1 life and display the result.}}
			{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double
			r = ADS.FittedModel.Time(.99)
			MsgBox({{APIString\|"B1 Life: "}} & r)

			{{APIPrefix\|End Sub}}

			==

Kate Racaza at 21:26, 23 June 2016

2016-06-23T21:26:06Z

← Older revision		Revision as of 21:26, 23 June 2016
Line 1:		Line 1:
	=DRAFT=		=DRAFT=

			VBA versions of the new tutorials.


			==Upload XML File to XFRACAS==

			'''VBA'''

			{{APIPrefix\|Sub}} Main()

			{{APIComment\|'Connect to the Synthesis enterprise repository.}}
			{{APIPrefix\|Dim}} MyRepository {{APIPrefix\|As New}} Repository
			{{APIPrefix\|Call}} MyRepository.ConnectToSQLRepository({{APIString\|"ServerName"}}, {{APIString\|"DatabaseName"}}){{APIComment\|'Replace with values for test repository.}}

			{{APIComment\|'Get a list of all available XFRACAS entities.}}
			{{APIPrefix\|Dim}} ListOfEntities() {{APIPrefix\|As}} NameIdPair
			ListOfEntities = MyRepository.XFRACAS.GetAllXfracasEntities

			{{APIComment\|'Select an XFRACAS entity. This example gets the first available entity in the array.}}
			{{APIPrefix\|Dim}} EntityID {{APIPrefix\|As}} Integer
			EntityID = ListOfEntities(0).ID

			{{APIComment\|'Upload the XML file to the import queue of the XFRACAS entity. This code assumes that an XML file}}
			{{APIComment\|'called XMLData.xml contains XFRACAS incidents and is saved in the C drive.}}
			{{APIPrefix\|Dim}} j {{APIPrefix\|As}} Integer
			j = MyRepository.XFRACAS.ImportXfracasXmlFile(EntityID, XFRACASImportType_Incident, {{APIString\|"C:\XMLData.xml"}}, {{APIString\|"My new data"}})

			{{APIPrefix\|End Sub}}

Kate Racaza: Replaced content with '=DRAFT='

2016-05-13T15:04:29Z

Replaced content with '=DRAFT='

← Older revision		Revision as of 15:04, 13 May 2016
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	=DRAFT=		=DRAFT=
	~~{{Template:API}}{{Template:BacktoPrevPage}}~~

	~~xxx~~

	~~==Prerequisites==~~
	In this tutorial, you'll use a Windows Form application to create a button that, when clicked, analyzes a Weibull++ data set and displays the resulting plot. Before you begin, be sure to create a Windows Form Application project, and add a '''Button''' and a '''PictureBox''' control to the form. You can rename the button to "Create Plot," if desired.

	~~Need help with creating Windows Forms? See this [https://msdn.microsoft.com/en-us/library/b201w61t%28v=vs.100%29.aspx Microsoft tutorial].~~

	~~==Tutorial: Weibull++/ALTA Plots ==~~
	The following example demonstrates how to use the Synthesis API to create a Weibull++ probability plot and display it in a Windows application. To run this example, paste the code to the Button Click event handler as shown below. A discussion of the example follows.

	~~'''VB.NET'''~~

	~~{{APIPrefix\|Imports}} SynthesisAPI~~

	~~{{APIPrefix\|Public Class}} Form1~~
	~~{{APIPrefix\|Private Sub}} Button1_Click(sender {{APIPrefix\|As}} Object, e {{APIPrefix\|As}} EventArgs) {{APIPrefix\|Handles}} Button1.Click~~

	~~{{APIComment\|'Create a Weibull++ data set.}}~~
	~~{{APIPrefix\|Dim}} WDS {{APIPrefix\|As New}} WeibullDataSet~~
	~~WDS.AddFailure(16, 1)~~
	~~WDS.AddFailure(34, 1)~~
	~~WDS.AddFailure(53, 1)~~
	~~WDS.AddFailure(75, 1)~~
	~~WDS.AddFailure(93, 1)~~
	~~WDS.AddSuspension(120, 5)~~

	~~{{APIComment\|'Analyze the data set using the 2-parameter Weibull distribution and}}~~
	~~{{APIComment\|'the RRX analysis method. Keep all other analysis settings at default.}}~~
	~~WDS.AnalysisSettings.Distribution = WeibullSolverDistribution.Weibull~~
	~~WDS.AnalysisSettings.Parameters = WeibullSolverNumParameters.MS_2Parameter~~
	~~WDS.AnalysisSettings.Analysis = WeibullSolverMethod.RRX~~

	~~{{APIComment\|'Analyze the data set.}}~~
	~~WDS.Calculate()~~

	~~{{APIComment\|'Declare a new WAPlots object.}}~~
	~~{{APIPrefix\|Dim}} WPlot {{APIPrefix\|As New}} WAPlots~~

	~~{{APIComment\|'Add the analyzed data set to the plot.}}~~
	~~WPlot.AddDataset(WDS)~~

	~~{{APIComment\|'Create a probability plot and display it in the PictureBox.}}~~
	~~PictureBox1.Image = WPlot.CreatePlot(WAPlotType.Probability)~~
	~~PictureBox1.SizeMode = PictureBoxSizeMode.AutoSize~~

	~~{{APIPrefix\|End Sub}}~~
	~~{{APIPrefix\|End Class}}~~


	~~==Discussion==~~

	The Synthesis API can create plots only from analyzed data sets. In this example, the first three sections of code demonstrate how to create and analyze a simple Weibull++ data set (for a full discussion, see [[Perform_Life_Data_Analysis_on_External_Data_Source\|this tutorial]]).

	~~{{APIComment\|'Create a Weibull++ data set.}}~~
	~~{{APIPrefix\|Dim}} WDS {{APIPrefix\|As New}} WeibullDataSet~~
	~~WDS.AddFailure(16, 1)~~
	~~WDS.AddFailure(34, 1)~~
	~~WDS.AddFailure(53, 1)~~
	~~WDS.AddFailure(75, 1)~~
	~~WDS.AddFailure(93, 1)~~
	~~WDS.AddSuspension(120, 5)~~

	~~{{APIComment\|'Analyze the data set using the 2-parameter Weibull distribution and}}~~
	~~{{APIComment\|'the RRX analysis method. Keep all other analysis settings at default.}}~~
	~~WDS.AnalysisSettings.Distribution = WeibullSolverDistribution.Weibull~~
	~~WDS.AnalysisSettings.Parameters = WeibullSolverNumParameters.MS_2Parameter~~
	~~WDS.AnalysisSettings.Analysis = WeibullSolverMethod.RRX~~

	~~{{APIComment\|'Analyze the data set.}}~~
	~~WDS.Calculate()~~

	The [[WAPlots Class\|WAPlots]] object represents a plot based on the fitted model of a Weibull++ or ALTA data set. Use the [[WAPlots.AddDataset\|AddDataset]] method to assign the data set (in this case, a WeibullDataSet object) to the plot.

	~~{{APIComment\|'Declare a new WAPlots object.}}~~
	~~{{APIPrefix\|Dim}} WPlot {{APIPrefix\|As New}} WAPlots~~

	~~{{APIComment\|'Add the analyzed data set to the plot.}}~~
	~~WPlot.AddDataset(WDS)~~

	Use the [[WAPlots.CreatePlot\|CreatePlot]] method to create a plot. The type of plot it creates is specified by the [[WAPlotType Enumeration\|WAPlotType]] enumeration, which includes a variety of plots (e.g., reliability, pdf, contour, failure rate plots, etc.). This example creates a probability plot.

	~~To display the plot, assign it to the <code>Image</code> property of the PictureBox. The <code>SizeMode</code> property is optional; it resizes the PictureBox to fit the image.~~

	~~{{APIComment\|'Create a probability plot and display it in the PictureBox.}}~~
	~~PictureBox1.Image = WPlot.CreatePlot(WAPlotType.Probability)~~
	~~PictureBox1.SizeMode = PictureBoxSizeMode.AutoSize~~


	~~==References==~~
	*[[WAPlots Class]]
	**[[WAPlots.AddDataset\|WAPlots.AddDataset Method]]
	**[[WAPlots.CreatePlot\|WAPlots.CreatePlot Method]]
	*[[WAPlotType Enumeration]]

Kate Racaza at 23:43, 12 May 2016

2016-05-12T23:43:43Z

← Older revision		Revision as of 23:43, 12 May 2016
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	WPlot.AddDataset(WDS)		WPlot.AddDataset(WDS)

	Use the [[WAPlots.CreatePlot\|CreatePlot]] method to create a plot. The [[WAPlotType Enumeration\|WAPlotType]] enumeration ~~specifies the type of plot to be created. You can create~~ a variety of plots, ~~including~~ reliability, pdf, contour, failure rate plots, etc. This example creates a probability plot.		Use the [[WAPlots.CreatePlot\|CreatePlot]] method to create a plot. The type of plot it creates is specified by the [[WAPlotType Enumeration\|WAPlotType]] enumeration, which includes a variety of plots (e.g., reliability, pdf, contour, failure rate plots, etc.). This example creates a probability plot.

	To display the plot, assign it to the <code>Image</code> property of the PictureBox. The <code>SizeMode</code> property is optional; it resizes the PictureBox to fit the image.		To display the plot, assign it to the <code>Image</code> property of the PictureBox. The <code>SizeMode</code> property is optional; it resizes the PictureBox to fit the image.

Kate Racaza at 23:36, 12 May 2016

2016-05-12T23:36:14Z

← Older revision		Revision as of 23:36, 12 May 2016
Line 9:		Line 9:
	Need help with creating Windows Forms? See this [https://msdn.microsoft.com/en-us/library/b201w61t%28v=vs.100%29.aspx Microsoft tutorial].		Need help with creating Windows Forms? See this [https://msdn.microsoft.com/en-us/library/b201w61t%28v=vs.100%29.aspx Microsoft tutorial].

	==Tutorial: W++/ALTA Plots ==		==Tutorial: Weibull++/ALTA Plots ==
	The following example demonstrates how to use the Synthesis API to create a Weibull++ probability plot and display it in a Windows application. To run this example, paste the code to the Button Click event handler as shown below. A discussion of the example follows.		The following example demonstrates how to use the Synthesis API to create a Weibull++ probability plot and display it in a Windows application. To run this example, paste the code to the Button Click event handler as shown below. A discussion of the example follows.

Kate Racaza at 23:31, 12 May 2016

2016-05-12T23:31:47Z

← Older revision		Revision as of 23:31, 12 May 2016
Line 5:		Line 5:

	==Prerequisites==		==Prerequisites==
	In this tutorial, you'll use a Windows Form application to create a button that, when clicked, analyzes a Weibull++ data set and displays the resulting plot. Before you begin, be sure to create a Windows Form Application project, and add a '''~~button~~''' and a '''~~picturebox~~''' control to the form. You can rename the button to "Create Plot," if desired.		In this tutorial, you'll use a Windows Form application to create a button that, when clicked, analyzes a Weibull++ data set and displays the resulting plot. Before you begin, be sure to create a Windows Form Application project, and add a '''Button''' and a '''PictureBox''' control to the form. You can rename the button to "Create Plot," if desired.

	Need help with creating Windows Forms? See this [https://msdn.microsoft.com/en-us/library/b201w61t%28v=vs.100%29.aspx Microsoft tutorial].		Need help with creating Windows Forms? See this [https://msdn.microsoft.com/en-us/library/b201w61t%28v=vs.100%29.aspx Microsoft tutorial].

	==Tutorial: W++/ALTA Plots ==		==Tutorial: W++/ALTA Plots ==
	The following example demonstrates how to use the Synthesis API to create a Weibull++ probability plot and display it in a Windows application. A discussion of the example follows.		The following example demonstrates how to use the Synthesis API to create a Weibull++ probability plot and display it in a Windows application. To run this example, paste the code to the Button Click event handler as shown below. A discussion of the example follows.

	'''VB.NET'''		'''VB.NET'''
Line 16:		Line 16:
	{{APIPrefix\|Imports}} SynthesisAPI		{{APIPrefix\|Imports}} SynthesisAPI

	{{APIPrefix\|~~Module~~}} ~~Module1~~		{{APIPrefix\|Public Class}} Form1
	{{APIPrefix\|Sub}} ~~Main~~()		{{APIPrefix\|Private Sub}} Button1_Click(sender {{APIPrefix\|As}} Object, e {{APIPrefix\|As}} EventArgs) {{APIPrefix\|Handles}} Button1.Click

	{{APIComment\|'Create a Weibull++ data set.}}		{{APIComment\|'Create a Weibull++ data set.}}
Line 48:		Line 48:

	{{APIPrefix\|End Sub}}		{{APIPrefix\|End Sub}}
	{{APIPrefix\|End ~~Module~~}}		{{APIPrefix\|End Class}}


Line 81:		Line 81:
	WPlot.AddDataset(WDS)		WPlot.AddDataset(WDS)

	Use the [[WAPlots.CreatePlot\|CreatePlot]] method to create the plot. To display the plot, assign it to the <code>Image</code> property of the PictureBox. The <code>SizeMode</code> property is optional; it resizes the PictureBox to fit the image.		Use the [[WAPlots.CreatePlot\|CreatePlot]] method to create a plot. The [[WAPlotType Enumeration\|WAPlotType]] enumeration specifies the type of plot to be created. You can create a variety of plots, including reliability, pdf, contour, failure rate plots, etc. This example creates a probability plot.

			To display the plot, assign it to the <code>Image</code> property of the PictureBox. The <code>SizeMode</code> property is optional; it resizes the PictureBox to fit the image.

	{{APIComment\|'Create a probability plot and display it in the PictureBox.}}		{{APIComment\|'Create a probability plot and display it in the PictureBox.}}
Line 92:		Line 94:
	**[[WAPlots.AddDataset\|WAPlots.AddDataset Method]]		**[[WAPlots.AddDataset\|WAPlots.AddDataset Method]]
	**[[WAPlots.CreatePlot\|WAPlots.CreatePlot Method]]		**[[WAPlots.CreatePlot\|WAPlots.CreatePlot Method]]
			*[[WAPlotType Enumeration]]

Kate Racaza at 23:12, 12 May 2016

2016-05-12T23:12:08Z

Show changes

Kate Racaza at 22:17, 12 May 2016

2016-05-12T22:17:22Z

Show changes

← Older revision		Revision as of 22:25, 23 June 2016
Line 162:		Line 162:
	{{APIPrefix\|End Sub}}		{{APIPrefix\|End Sub}}

	==		==Create Plots==

			'''VBA'''

			{{APIPrefix\|Sub}} Main()

			{{APIComment\|'Create a Weibull++ data set.}}
			{{APIPrefix\|Dim}} WDS {{APIPrefix\|As New}} WeibullDataSet
			{{APIPrefix\|Call}} WDS.AddFailure(16, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(34, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(53, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(75, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(93, 1)
			{{APIPrefix\|Call}} WDS.AddSuspension(120, 5)

			{{APIComment\|'Analyze the data set using the 2-parameter Weibull distribution and}}
			{{APIComment\|'the RRX analysis method. Keep all other analysis settings at default.}}
			WDS.AnalysisSettings.Distribution = WeibullSolverDistribution_Weibull
			WDS.AnalysisSettings.Parameters = WeibullSolverNumParameters_MS_2Parameter
			WDS.AnalysisSettings.Analysis = WeibullSolverMethod_RRX

			{{APIComment\|'Analyze the data set.}}
			{{APIPrefix\|Call}} WDS.Calculate()

			{{APIComment\|'Declare a new WAPlots object.}}
			{{APIPrefix\|Dim}} WPlot {{APIPrefix\|As New}} WAPlots

			{{APIComment\|'Add the analyzed data set to the plot.}}
			{{APIPrefix\|Call}} WPlot.AddDataset(WDS)

			{{APIComment\|'Create a probability plot and display it in an Image control in the current Excel sheet.}}
			Image1.Picture = WPlot.CreatePlotVB6(WAPlotType_Probability)

			{{APIComment\|'Resize the picture (optional).}}
			Image1.Height = 600
			Image1.Width = 865

			{{APIPrefix\|End Sub}}

← Older revision		Revision as of 21:43, 23 June 2016
Line 28:		Line 28:

	{{APIPrefix\|End Sub}}		{{APIPrefix\|End Sub}}


			==Perform Life Data Analysis on External Data Source==

			'''VBA'''

			{{APIPrefix\|Sub}} Main()

			{{APIComment\|'Declare a new WeibullDataSet object.}}
			{{APIPrefix\|Dim}} WDS {{APIPrefix\|As New}} WeibullDataSet

			{{APIComment\|'Add the failure times to the data set.}}
			{{APIPrefix\|Call}} WDS.AddFailure(16, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(34, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(53, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(75, 1)
			{{APIPrefix\|Call}} WDS.AddFailure(93, 1)

			{{APIComment\|'Add the suspensions to the data set.}}
			{{APIPrefix\|Call}} WDS.AddSuspension(120, 5)

			{{APIComment\|'Use the 2-parameter Weibull distribution and the rank regression on X (RRX) analysis method.}}
			{{APIComment\|'Keep all other analysis settings at default.}}
			WDS.AnalysisSettings.Distribution = WeibullSolverDistribution_Weibull
			WDS.AnalysisSettings.Parameters = WeibullSolverNumParameters_MS_2Parameter
			WDS.AnalysisSettings.Analysis = WeibullSolverMethod_RRX

			{{APIComment\|'Analyze the data set.}}
			{{APIPrefix\|Call}} WDS.Calculate()

			{{APIComment\|'Calculate the probability of failure at 226 hrs and display the result.}}
			{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double
			r = WDS.FittedModel.unreliability(226)
			MsgBox({{APIString\|"Prob. Fail: "}} & r)

			{{APIPrefix\|End Sub}}


			==Perform Accelerated Life Testing Data Analysis on External Data Source==

			'''VBA'''

			{{APIPrefix\|Sub}} Main()

			{{APIComment\|'Declare a new ALTADataSet object.}}
			{{APIPrefix\|Dim}} ADS {{APIPrefix\|As New}} ALTADataSet

			{{APIComment\|'Define a stress type with use stress level = 300.}}
			{{APIPrefix\|Call}} ADS.AddStressDefinition({{APIString\|"Stress1"}},,300)

			{{APIComment\|'Add the failure times to the data set.}}
			{{APIPrefix\|Call}} ADS.AddFailure_2(245, 1, 353)
			{{APIPrefix\|Call}} ADS.AddFailure_2(110, 1, 373)
			{{APIPrefix\|Call}} ADS.AddFailure_2(180, 1, 373)
			{{APIPrefix\|Call}} ADS.AddFailure_2(200, 1, 373)
			{{APIPrefix\|Call}} ADS.AddFailure_2(50, 1, 393)
			{{APIPrefix\|Call}} ADS.AddFailure_2(70, 1, 393)
			{{APIPrefix\|Call}} ADS.AddFailure_2(88, 1, 393)
			{{APIPrefix\|Call}} ADS.AddFailure_2(112, 1, 393)
			{{APIPrefix\|Call}} ADS.AddFailure_2(140, 1, 393)
			{{APIPrefix\|Call}} ADS.AddFailure_2(160, 1, 393)

			{{APIComment\|'Add the suspensions to the data set.}}
			{{APIPrefix\|Call}} ADS.AddSuspension_2(250, 5, 353)
			{{APIPrefix\|Call}} ADS.AddSuspension_2(250, 3, 373)

			{{APIComment\|'Use the Arrhenius-Weibull model. Keep all other analysis settings at default.}}
			ADS.AnalysisSettings.ModelType = ALTASolverModel_Arrhenius
			ADS.AnalysisSettings.Distribution = ALTASolverDistribution_Weibull

			{{APIComment\|'Analyze the data set.}}
			{{APIPrefix\|Call}} ADS.Calculate()

			{{APIComment\|'Calculate the B10 life and display the result.}}
			{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double
			r = ADS.FittedModel.Time(.90)
			MsgBox({{APIString\|"B10 Life: "}} & r)

			{{APIPrefix\|End Sub}}


			==Perform Accelerated Life Testing Data Analysis with Stress Profiles==

			'''VBA'''

			{{APIPrefix\|Sub}} Main()

			{{APIComment\|'Declare a new stress profile and define its segments.}}
			{{APIPrefix\|Dim}} sp {{APIPrefix\|As New}} ALTAStressProfile
			{{APIPrefix\|Call}} sp.AddSegment(200, 125)
			{{APIPrefix\|Call}} sp.AddSegment(300, 175)
			{{APIPrefix\|Call}} sp.AddSegment(350, 200)
			{{APIPrefix\|Call}} sp.AddSegment(375, 250)
			sp.RepeatCycle = False

			{{APIComment\|'Declare a new ALTADataSet object.}}
			{{APIPrefix\|Dim}} ADS {{APIPrefix\|As New}} ALTADataSet

			{{APIComment\|'Assign the stress profile to the data set.}}
			{{APIPrefix\|Call}} ADS.AddStressProfile(sp)

			{{APIComment\|'The stress profile uses the logarithmic (power LSR) stress transformation}}
			{{APIComment\|'and has a use stress level = 100.}}
			{{APIPrefix\|Call}} ADS.AddStressDefinition({{APIString\|"Stress1"}}, ALTASolverLSR_Power, 100)

			{{APIComment\|'Add the failure times to the data set.}}
			{{APIPrefix\|Call}} ADS.AddFailure_2(252, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(280, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(320, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(335, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(354, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(361, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(362, 1, sp)
			{{APIPrefix\|Call}} ADS.AddFailure_2(368, 1, sp)

			{{APIComment\|'Add the suspensions to the data set.}}
			{{APIPrefix\|Call}} ADS.AddSuspension_2(328, 1, sp)
			{{APIPrefix\|Call}} ADS.AddSuspension_2(375, 3, sp)

			{{APIComment\|'Use the cumulative damage - Weibull model to analyze the data set.}}
			{{APIComment\|'Keep all other analysis settings at default.}}
			ADS.AnalysisSettings.ModelType = ALTASolverModel_CumDamage
			ADS.AnalysisSettings.Distribution = ALTASolverDistribution_Weibull

			{{APIComment\|'Analyze the data set.}}
			{{APIPrefix\|Call}} ADS.Calculate()

			{{APIComment\|'Calculate the B1 life and display the result.}}
			{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double
			r = ADS.FittedModel.Time(.99)
			MsgBox({{APIString\|"B1 Life: "}} & r)

			{{APIPrefix\|End Sub}}

			==

← Older revision		Revision as of 21:26, 23 June 2016
Line 1:		Line 1:
	=DRAFT=		=DRAFT=

			VBA versions of the new tutorials.


			==Upload XML File to XFRACAS==

			'''VBA'''

			{{APIPrefix\|Sub}} Main()

			{{APIComment\|'Connect to the Synthesis enterprise repository.}}
			{{APIPrefix\|Dim}} MyRepository {{APIPrefix\|As New}} Repository
			{{APIPrefix\|Call}} MyRepository.ConnectToSQLRepository({{APIString\|"ServerName"}}, {{APIString\|"DatabaseName"}}){{APIComment\|'Replace with values for test repository.}}

			{{APIComment\|'Get a list of all available XFRACAS entities.}}
			{{APIPrefix\|Dim}} ListOfEntities() {{APIPrefix\|As}} NameIdPair
			ListOfEntities = MyRepository.XFRACAS.GetAllXfracasEntities

			{{APIComment\|'Select an XFRACAS entity. This example gets the first available entity in the array.}}
			{{APIPrefix\|Dim}} EntityID {{APIPrefix\|As}} Integer
			EntityID = ListOfEntities(0).ID

			{{APIComment\|'Upload the XML file to the import queue of the XFRACAS entity. This code assumes that an XML file}}
			{{APIComment\|'called XMLData.xml contains XFRACAS incidents and is saved in the C drive.}}
			{{APIPrefix\|Dim}} j {{APIPrefix\|As}} Integer
			j = MyRepository.XFRACAS.ImportXfracasXmlFile(EntityID, XFRACASImportType_Incident, {{APIString\|"C:\XMLData.xml"}}, {{APIString\|"My new data"}})

			{{APIPrefix\|End Sub}}