5.3.3 APPX Application Design Manual

+ Chapter 1-1: Overview of Application Design
+ Chapter 1-2: Getting Started
+ Chapter 1-3: Data Dictionary
+ Chapter 1-4: Understanding Process Design
+ Chapter 1-5: Interprocess Communication
+ Chapter 1-6: Customizing Your Application
+ Chapter 1-7: The Documentation Facility
+ Chapter 1-8: Application Design Tools
+ Chapter 2-1: Data Dictionary Overview
+ Chapter 2-2: Data Dictionary Concepts
+ Chapter 2-3: Domains
+ Chapter 2-4: Files and Fields
+ Chapter 2-5: Work Fields
+ Chapter 3-1: Overview of APPX Processes
+ Chapter 3-2: Getting Started
+ Chapter 3-3: Process Definition
+ Chapter 3-4: Menu Processes
+ Chapter 3-5: Job Processes
+ Chapter 3-6: Input Processes
+ Chapter 3-7: Output Processes
+ Chapter 3-8: Update Processes
+ Chapter 3-9: Query Processes
+ Chapter 3-10: Inquiry Processes
+ Chapter 3-11: Status Processes
+ Chapter 3-12: Subroutine Processes
+ Chapter 3-13: Table Processes
+ Chapter 3-14: Automatic and Optional Children
+ Chapter 3-15: Using the Image Editor
+ Chapter 3-16: Using GUI Features of the Image Editor
+ Chapter 3-17: Using Event Points
+ Chapter 4-1: ILF Integration
+ Chapter 4-2: True/False Status Indicators
+ Chapter 4-3: Specifying Statements
+ Chapter 4-4: The ILF Editor
+ Chapter 4-5: The Appx ILF Debugger
- Chapter 4-6: ILF Keyword Reference
+ Chapter 4-7: Predefined Fields
+ Chapter 4-8: Runtime Subroutine's and Predefined Processes
+ Chapter 4-9: Appx Chart Director API

Chapter 4-6: ILF Keyword Reference

CALC - Exponential Functions


 

Function

Description

Example

@LOG(X)

Returns the natural log (base e) of X. An error occurs if X is zero or negative.

@LOG(100)   = 4.60517...

@LOG(0  = ERROR

@LOG(-2)= ERROR

@EXP(X)

Returns the value of e raised to the power of X.

@EXP(2) = 7.38905...

@EXP(1) = 2.71828...   @EXP(0) = 1

@EXP(-2.5)  = .08208...

@LOG10(X)

Returns the base 10 log of X. An error occurs if X is 0 or negative. To compute the antilog, you can use @POW, such as @POW(10,X).

@LOG10(100) = 2

@LOG10(50)  = 1.69897...

@LOG10(.5)  =-.30102...

@LOG10(0)   = ERROR

@LOG10(-5)  = ERROR

 

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