Reliability and Survival Methods > Cumulative Damage > Cumulative Damage Platform Options
Publication date: 07/08/2024

Cumulative Damage Platform Options

The Cumulative Damage red triangle menu contains the following options:

Fit All

Fits the distributions that were not selected in the launch window. The available distributions are listed under Distribution.

See Local Data Filters in JMP Reports, Redo Menus in JMP Reports, Group Platform, and Save Script Menus in JMP Reports in Using JMP for more information about the following options:

Local Data Filter

Shows or hides the local data filter that enables you to filter the data used in a specific report.

Redo

Contains options that enable you to repeat or relaunch the analysis. In platforms that support the feature, the Automatic Recalc option immediately reflects the changes that you make to the data table in the corresponding report window.

Platform Preferences

Contains options that enable you to view the current platform preferences or update the platform preferences to match the settings in the current JMP report.

Save Script

Contains options that enable you to save a script that reproduces the report to several destinations.

Save By-Group Script

Contains options that enable you to save a script that reproduces the platform report for all levels of a By variable to several destinations. Available only when a By variable is specified in the launch window.

Note: Additional options for this platform are available through scripting. Open the Scripting Index under the Help menu. In the Scripting Index, you can also find examples for scripting the options that are described in this section.

Stress Patterns Option

The Stress Patterns red triangle menu in the Cumulative Damage platform contains the Simulate option. This option shows or hides the Simulation Configuration panel.

The Simulation Control Panel

Figure 5.7 shows the Simulation Configuration Panel. The initial values for Distribution and the parameter settings are determined by the parameter estimates for the distribution specified in the Cumulative Damage launch window. The graph shows the estimated failure distribution functions over time for the stress patterns defined in the Stress Pattern data table.

Figure 5.7 Simulation Configuration Panel 

Simulation Configuration Panel

The Simulation Configuration panel enables you to simulate new failure time data based on a distribution and stress pattern. The stress pattern defined in the Stress Pattern data table used in the launch of the platform is also used for the simulation. This panel contains the following options:

Distribution

The distribution to be used for the simulation. The available distributions are the same as in the Cumulative Damage launch window. For more information about the distributions, see Statistical Details for Distributions.

b0

The intercept for the location parameter of the distribution.

b1

The slope for the location parameter of the distribution.

lambda

(Available only for the Box-Cox relationship.) The lambda value for the Box-Cox relationship.

b2, s0, s1, and so on

(Available only for the Custom relationship.) Other parameters that are defined in the Custom relationship in the Cumulative Damage launch window.

Beta

(Available only for the Weibull distribution.) The Beta parameter of the Weibull distribution.

sigma

(Available only for the Lognormal, Loglogistic, and Fréchet distributions.) The sigma parameter of the distribution.

N per Pattern

The number of points generated in the simulation for each stress pattern.

Random Seed

(Optional) A nonzero random seed that ensures the reproducibility of simulation results.

Termination

(Not available when the specified Pattern Continuation in the Cumulative Damage launch window is Terminate.) A time beyond which surviving test units are censored.

Simulate

The plot in the Simulation Configuration panel shows the implied distributions for each of the stress patterns over time. Click the Simulate button to generate a new JMP data table that contains the results of the simulation.

Want more information? Have questions? Get answers in the JMP User Community (community.jmp.com).