WeibullDataSet.Calculate - Revision history

Kate Racaza at 22:23, 4 May 2017

2017-05-04T22:23:46Z

← Older revision		Revision as of 22:23, 4 May 2017
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	'''Remarks''': To specify the distribution, parameter estimation method and other analysis settings, use the <code>AnalysisSettings</code> and <code>GeneralSettings</code> properties of the object. To return the <code>cModel</code> object that is produced, use the <code>FittedModel</code> property of the object.		'''Remarks''': To specify the distribution, parameter estimation method and other analysis settings, use the <code>AnalysisSettings</code> and <code>GeneralSettings</code> properties of the object. To return the <code>cModel</code> object that is produced, use the <code>FittedModel</code> property of the <code>WeibullDataSet</code> object.

	== Syntax ==		== Syntax ==

Kate Racaza at 16:06, 17 August 2016

2016-08-17T16:06:04Z

← Older revision		Revision as of 16:06, 17 August 2016
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	<onlyinclude>Fits a life distribution to the current data set and creates a [[CModel Class\|cModel]] object that represents ~~the fitted model. Returns a message box that shows the estimated parameters of~~ the fitted model.</onlyinclude>		<onlyinclude>Fits a life distribution to the current data set and creates a [[CModel Class\|cModel]] object that represents the fitted model.</onlyinclude>

	To specify the life distribution, parameter estimation method and other analysis settings, use the <code>AnalysisSettings</code> and <code>GeneralSettings</code> properties of the associated <code>WeibullDataSet</code> object.

	~~If no data set has been defined~~, the ~~method prompts~~ the ~~user to enter~~ the ~~parameters for~~ the ~~specified distribution~~.		'''Remarks''': To specify the distribution, parameter estimation method and other analysis settings, use the <code>AnalysisSettings</code> and <code>GeneralSettings</code> properties of the object. To return the <code>cModel</code> object that is produced, use the <code>FittedModel</code> property of the object.

	== Syntax ==		== Syntax ==

Kate Racaza at 22:17, 17 June 2016

2016-06-17T22:17:04Z

← Older revision		Revision as of 22:17, 17 June 2016
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	{{APIComment\|'Analyze the data set.}}		{{APIComment\|'Analyze the data set.}}
	WDS.Calculate()		WDS.Calculate()

	~~{{APIComment\|'Retrieve the fitted life distribution model.}}~~
	~~{{APIPrefix\|Dim}} model {{APIPrefix\|As}} cModel~~
	~~{{APIPrefix\|Set}} model = WDS.FittedModel~~

	{{APIComment\|'~~Using the model, calculate~~ the reliability at 100 hrs and display the result.}}		{{APIComment\|'Calculate the reliability at 100 hrs and display the result.}}
	{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double		{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double
	r = ~~model~~.~~reliability~~(100)		r = WDS.FittedModel.Reliability(100)
	MsgBox({{APIString\|"Reliability at 100 hrs: "}} & r)		MsgBox({{APIString\|"Reliability at 100 hrs: "}} & r)

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	WDS.Calculate()		WDS.Calculate()

	{{APIComment\|'~~Retrieve the fitted life distribution model.}}~~		{{APIComment\|'Calculate the reliability at 100 hrs and display the result.}}
	~~{{APIPrefix\|Dim}} model {{APIPrefix\|As}} cModel~~
	~~model = WDS.FittedModel~~

	~~{{APIComment\|'Using the model, calculate~~ the reliability at 100 hrs and display the result.}}
	{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double		{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double
	r = ~~model~~.~~reliability~~(100)		r = WDS.FittedModel.Reliability(100)
	MsgBox({{APIString\|"Reliability at 100 hrs: "}} & r)		MsgBox({{APIString\|"Reliability at 100 hrs: "}} & r)

Kate Racaza at 21:47, 17 June 2016

2016-06-17T21:47:22Z

← Older revision		Revision as of 21:47, 17 June 2016
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	<onlyinclude>Fits a life distribution to the current data set and creates a [[CModel Class\|cModel]] object that represents the fitted model. Returns a message box that shows the estimated parameters of the fitted model.</onlyinclude>		<onlyinclude>Fits a life distribution to the current data set and creates a [[CModel Class\|cModel]] object that represents the fitted model. Returns a message box that shows the estimated parameters of the fitted model.</onlyinclude>

	~~Use~~ the <code>AnalysisSettings</code> ~~property~~ of the associated <code>WeibullDataSet</code> object ~~to specify the life distribution and analysis settings~~.		To specify the life distribution, parameter estimation method and other analysis settings, use the <code>AnalysisSettings</code> and <code>GeneralSettings</code> properties of the associated <code>WeibullDataSet</code> object.

	If no data set has been defined, the method prompts the user to enter the parameters for the specified distribution.		If no data set has been defined, the method prompts the user to enter the parameters for the specified distribution.

Kate Racaza at 21:35, 17 June 2016

2016-06-17T21:35:13Z

← Older revision		Revision as of 21:35, 17 June 2016
Line 2:		Line 2:


	<onlyinclude>Fits ~~the selected~~ distribution to the current data set and creates a [[CModel Class\|cModel]] object that represents the fitted model. Returns a message box that shows the estimated parameters of the fitted model.</onlyinclude>		<onlyinclude>Fits a life distribution to the current data set and creates a [[CModel Class\|cModel]] object that represents the fitted model. Returns a message box that shows the estimated parameters of the fitted model.</onlyinclude>

	Use the <code>AnalysisSettings</code> property of the associated <code>WeibullDataSet</code> object to specify the life distribution and analysis settings.		Use the <code>AnalysisSettings</code> property of the associated <code>WeibullDataSet</code> object to specify the life distribution and analysis settings.

Kate Racaza at 21:13, 17 June 2016

2016-06-17T21:13:57Z

← Older revision		Revision as of 21:13, 17 June 2016
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	<onlyinclude>~~Analyzes~~ the data set ~~based on the specified life distribution~~ and creates a [[CModel Class\|cModel]] object that represents the fitted model. Returns a message box that shows the estimated parameters of the fitted model.</onlyinclude>		<onlyinclude>Fits the selected distribution to the current data set and creates a [[CModel Class\|cModel]] object that represents the fitted model. Returns a message box that shows the estimated parameters of the fitted model.</onlyinclude>

	Use the <code>AnalysisSettings</code> property of the associated <code>WeibullDataSet</code> object to specify the life distribution and analysis settings.		Use the <code>AnalysisSettings</code> property of the associated <code>WeibullDataSet</code> object to specify the life distribution and analysis settings.

Kate Racaza at 20:52, 17 June 2016

2016-06-17T20:52:11Z

← Older revision		Revision as of 20:52, 17 June 2016
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	<onlyinclude>Analyzes the data set based on the ~~settings~~ specified ~~in the <code>AnalysisSettings</code> property of the associated WeibullDataSet object. Returns a message box that shows the estimated parameters of the~~ life distribution~~. In addition, it~~ creates a ~~retrievable~~ [[CModel Class\|cModel]] object that represents the fitted model ~~from~~ the ~~life data analysis~~.</onlyinclude>		<onlyinclude>Analyzes the data set based on the specified life distribution and creates a [[CModel Class\|cModel]] object that represents the fitted model. Returns a message box that shows the estimated parameters of the fitted model.</onlyinclude>

	If no data set has been defined, the ~~API~~ prompts the user to enter the parameters for the specified distribution.		Use the <code>AnalysisSettings</code> property of the associated <code>WeibullDataSet</code> object to specify the life distribution and analysis settings.

			If no data set has been defined, the method prompts the user to enter the parameters for the specified distribution.

	== Syntax ==		== Syntax ==

Kate Racaza at 19:18, 17 June 2016

2016-06-17T19:18:12Z

← Older revision		Revision as of 19:18, 17 June 2016
Line 2:		Line 2:


	<onlyinclude>Analyzes the data set ~~and returns a message box that shows the estimated parameters of the life distribution,~~ based on the settings specified in the <code>AnalysisSettings</code> property of the WeibullDataSet object. In addition, it creates a retrievable [[CModel Class\|cModel]] object that represents the fitted model from the life data analysis.</onlyinclude>		<onlyinclude>Analyzes the data set based on the settings specified in the <code>AnalysisSettings</code> property of the associated WeibullDataSet object. Returns a message box that shows the estimated parameters of the life distribution. In addition, it creates a retrievable [[CModel Class\|cModel]] object that represents the fitted model from the life data analysis.</onlyinclude>

	If no data set has been defined, the API prompts the user to enter the parameters for the specified distribution.		If no data set has been defined, the API prompts the user to enter the parameters for the specified distribution.

Kate Racaza at 22:09, 19 May 2016

2016-05-19T22:09:48Z

← Older revision		Revision as of 22:09, 19 May 2016
Line 2:		Line 2:


	<onlyinclude>~~Returns~~ a message box that shows the estimated parameters of the life distribution, based on the settings specified in the <code>AnalysisSettings</code> property of the WeibullDataSet object. In addition, it creates a retrievable [[CModel Class\|cModel]] object that represents the fitted model from the life data analysis.</onlyinclude>		<onlyinclude>Analyzes the data set and returns a message box that shows the estimated parameters of the life distribution, based on the settings specified in the <code>AnalysisSettings</code> property of the WeibullDataSet object. In addition, it creates a retrievable [[CModel Class\|cModel]] object that represents the fitted model from the life data analysis.</onlyinclude>

	If no data set has been defined, the API prompts the user to enter the parameters for the specified distribution.		If no data set has been defined, the API prompts the user to enter the parameters for the specified distribution.
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	{{APIPrefix\|Call}} WDS.AddFailure(130, 1)		{{APIPrefix\|Call}} WDS.AddFailure(130, 1)

	{{APIComment\|'Set the life distribution.}}		{{APIComment\|'Set the life distribution. Leave all other settings at default.}}
	WDS.AnalysisSettings.Distribution = WeibullSolverDistribution_Weibull		WDS.AnalysisSettings.Distribution = WeibullSolverDistribution_Weibull
	WDS.AnalysisSettings.Parameters = WeibullSolverNumParameters_MS_2Parameter		WDS.AnalysisSettings.Parameters = WeibullSolverNumParameters_MS_2Parameter

	{{APIComment\|'~~Fit~~ the data ~~to the life distribution, using all default analysis settings~~.}}		{{APIComment\|'Analyze the data set.}}
	WDS.Calculate()		WDS.Calculate()

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	WDS.AddFailure(130, 1)		WDS.AddFailure(130, 1)

	{{APIComment\|'Set the life distribution.}}		{{APIComment\|'Set the life distribution. Leave all other settings at default.}}
	WDS.AnalysisSettings.Distribution = WeibullSolverDistribution.Weibull		WDS.AnalysisSettings.Distribution = WeibullSolverDistribution.Weibull
	WDS.AnalysisSettings.Parameters = WeibullSolverNumParameters.MS_2Parameter		WDS.AnalysisSettings.Parameters = WeibullSolverNumParameters.MS_2Parameter

	{{APIComment\|'~~Fit~~ the data ~~to the life distribution, using all default analysis settings~~.}}		{{APIComment\|'Analyze the data set.}}
	WDS.Calculate()		WDS.Calculate()

Kate Racaza at 21:39, 13 April 2016

2016-04-13T21:39:10Z

← Older revision		Revision as of 21:39, 13 April 2016
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	== Example ==		== Example ==
	'''~~VB.NET~~'''		'''VBA'''

	{{APIComment\|'Declare a new WeibullDataSet object.}}		{{APIComment\|'Declare a new WeibullDataSet object.}}

← Older revision		Revision as of 22:17, 17 June 2016
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	{{APIComment\|'Analyze the data set.}}		{{APIComment\|'Analyze the data set.}}
	WDS.Calculate()		WDS.Calculate()

	~~{{APIComment\|'Retrieve the fitted life distribution model.}}~~
	~~{{APIPrefix\|Dim}} model {{APIPrefix\|As}} cModel~~
	~~{{APIPrefix\|Set}} model = WDS.FittedModel~~

	{{APIComment\|'~~Using the model, calculate~~ the reliability at 100 hrs and display the result.}}		{{APIComment\|'Calculate the reliability at 100 hrs and display the result.}}
	{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double		{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double
	r = ~~model~~.~~reliability~~(100)		r = WDS.FittedModel.Reliability(100)
	MsgBox({{APIString\|"Reliability at 100 hrs: "}} & r)		MsgBox({{APIString\|"Reliability at 100 hrs: "}} & r)

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	WDS.Calculate()		WDS.Calculate()

	{{APIComment\|'~~Retrieve the fitted life distribution model.}}~~		{{APIComment\|'Calculate the reliability at 100 hrs and display the result.}}
	~~{{APIPrefix\|Dim}} model {{APIPrefix\|As}} cModel~~
	~~model = WDS.FittedModel~~

	~~{{APIComment\|'Using the model, calculate~~ the reliability at 100 hrs and display the result.}}
	{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double		{{APIPrefix\|Dim}} r {{APIPrefix\|As}} Double
	r = ~~model~~.~~reliability~~(100)		r = WDS.FittedModel.Reliability(100)
	MsgBox({{APIString\|"Reliability at 100 hrs: "}} & r)		MsgBox({{APIString\|"Reliability at 100 hrs: "}} & r)