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	Function Wizard

Word Report Template Functions

This section presents the functions that can be entered in report templates in RGA by using the Function Wizard.

The Function Wizard must be used to initially add a function to a report template as the functions are inserted as fields. After doing so, you may copy the function and change its settings.

The functions are grouped into the following categories:

General functions return values that are related to the basic project information (e.g., project name and user name).

Format: [PROJECT]

Example: [PROJECT] returns the current project name.

Data Source functions return values that are based on the analysis in a specified data source (e.g., reliability, growth rate and initial MTBF).

Format: [RELIABILITY(Source Number)(Time)]

Example: [RELIABILITY(1)(1000)] uses the analysis in associated data source 1 to return the reliability at 1,000 hours.

Confidence bounds functions return values that are (e.g., bounds on reliability, MTBF and Failure intensity).

Format: [BOUNDREL(Source Number)(Time; Confidence Level)]

Example: [BOUNDREL(1)(1000;0.9)] uses the analysis in associated data source 1 to return the 90% one-sided confidence bound on the reliability at 1,000 hours.

General Functions

Current Date	Repository Location
Current Time	User Company
Project Name	User Name

Data Source Functions

Actual Growth Potential Failure Intensity	Demonstrated/Achieved Failure Intensity	Initial MTBF	Number of Unique Modes
Actual Growth Potential MTBF	Demonstrated/Achieved MTBF	Input Type	Optimum Overhaul
Actual Projected Failure Intensity	Discovery Rate Failure Intensity	Laplace GOF	Parameter Name
Actual Projected MTBF	Discovery Rate MTBF	Likelihood Value	Parameter Values
Analysis Type	Effectiveness Factor	Maturity Factor	Percent A Modes
Average Actual EF	Equivalent System	Mission Time	Percent BC Modes
Average Effectiveness Factor	Failure Intensity BD	Model Name	Percent BD Modes
Average Nominal EF	Failure Intensity Modes	MTBF BD	Probability of Failure
BD Mode Failure Intensity	Failure Intensity Modes Seen	MTBF Given Time	Projected Failure Intensity
Chi-Squared GOF	Failure Intensity System	MTBF Modes	Projected MTBF
Common Beta Hypothesis	FI Given Time	MTBF Modes Seen	Reliability
Confidence Bounds Method	First Time-to-Failure Unique Modes	MTBF System	Superposition System
Cramér-von Mises GOF	Fisher Matrix	Nominal Growth Potential Factor	Termination Time
Cumulative Number of Failures	Gap	Nominal Growth Potential Failure Intensity	Test Procedure
Cumulative Timeline	Growth Potential Failure Intensity	Nominal Growth Potential MTBF	Time at Reliability
Data Entry	Growth Potential MTBF	Nominal Projected Failure Intensity	Time Given FI
Data Source Name	Growth Rate	Nominal Projected MTBF	Time Given MTBF
Data Source Type	Initial Failure Intensity	Number of Failures	Total Number of Systems

Confidence Bounds Functions

Bounds on Actual Growth Potential Failure Intensity	Bounds on Discovery Rate Failure Intensity	Bounds on Nominal Growth Potential Failure Intensity	Bounds on Reliability
Bounds on Actual Growth Potential MTBF	Bounds on Discovery Rate MTBF	Bounds on Nominal Growth Potential MTBF	Bounds on Time Given Failure Intensity
Bounds on Actual Projected Failure Intensity	Bounds on Failure Intensity	Bounds on Nominal Projected Failure Intensity	Bounds on Time Given MTBF
Bounds on Actual Projected MTBF	Bounds on Growth Potential Failure Intensity	Bounds on Nominal Projected MTBF	Bounds on Time Given Reliability
Bounds on Cumulative Failures	Bounds on Growth Potential MTBF	Bounds on Parameters
Bounds on Demonstrated Failure Intensity	Bounds on Mission Time	Bounds on Projected Failure Intensity
Bounds on Demonstrated MTBF	Bounds on MTBF	Bounds on Projected MTBF