Enhancement node - AEP Details


As explained in Enhancement node - Right hand panel, the formula used to generate AEP information are complex and use a variety of intermediary metrics. To help understand how AEP is generated, a Display AEP Detail button is available and can display these intermediary metrics and formula in a text file:

When clicked, the CAST Transaction Configuration Center will generate a text file and open it in your default text editor. This text file explains how the AEP values were calculated:

Below is an explanation of the abbreviations used in the text file:

I. FUNCTIONAL PART

I.a TRANSACTIONAL FUNCTIONS

Total Nb Of TFTotal Number of Transactional Functions
AFP SubTotal TFTotal Number of Function Points from Transactional Functions
Nb of TF AddedTotal Number of Added Transactional Functions
AFP AddedTotal number of Added Functions Points
AEFP AddedTotal number of Added Automated Enhancement Function Points
CF distribution AddedIf Added Transactional Functions exist, then the distribution of Complexity Factor is displayed here as:

NB of TF with CF = 1 ( for added it is always 1 )

Nb of TF DeletedTotal Number of Deleted Transactional Functions
AFP DeletedTotal number of Deleted Functions Points
AEFP DeletedTotal number of Deleted Automated Enhancement Function Points
CF distribution DeletedIf Deleted Transactional Functions exist, then the distribution of Complexity Factor is displayed here as:

NB of TF with CF = 0.40 ( for Deleted it is always 0.40 )

Nb of TF ModifiedTotal Number of Modified Transactional Functions
AFP ModifiedTotal number of Modified Functions Points
AEFP ModifiedTotal number of Modified Automated Enhancement Function Points
CF distribution ModifiedIf Modified Transactional Functions exist, then the distribution of Complexity factor is displayed here as:

NB of TF with CF = X.XXX ( the CF is computed based on the definition given in the top of the section )

AEFP Transactional functionsAutomated Enhancement Function Points of Transactional Functions of the application

I.b DATA FUNCTIONS

AFP SubTotal DFTotal Number of Function Points from Data Functions
Total Nb Of DFTotal Number of Data Functions
Nb of DF AddedTotal Number of Added Data Functions
AFP AddedTotal number of Added Functions Points
AEFP AddedTotal number of Added Automated Enhancement Function Points
CF distribution AddedIf Added Data Functions exist, then the distribution of Complexity factor is displayed here as:

NB of TF with CF = 1 ( for added it is always 1 )

Nb of DF DeletedTotal Number of Deleted Data Functions
AFP DeletedTotal number of Deleted Functions Points
AEFP DeletedTotal number of Deleted Automated Enhancement Function Points
CF distribution DeletedIf Deleted Data Functions exist, then the distribution of Complexity factor is displayed here as:

NB of TF with CF = 0.40 ( for Deleted it is always 0.40 )

Nb of DF ModifiedTotal number of Modified Data Functions
AFP ModifiedTotal number of Modified Functions Points
AEFP ModifiedTotal number of Modified Automated Enhancement Function Points
CF distribution ModifiedIf Modified Data Functions exist, then the distribution of Complexity factor is displayed here as:

NB of TF with CF = X.XXX ( the CF is computed based on the definition given in the top of the section )

AEFP Data functionsAutomated Enhancement Function Points of Data Functions of the application

I.c TOTAL FUNCTIONAL

ECEffort Complexity Total of functional part (previous Effort Complexity Total of functional part of previous snapshot)
EC AddedEffort Complexity Added of functional part (previous Effort Complexity Added of functional part of previous snapshot)
EC UpdatedEffort Complexity Updated of functional part (previous Effort Complexity Updated of functional part of previous snapshot)
EC UnchangedEffort Complexity Unchanged of functional part (previous Effort Complexity Unchanged of functional part of previous snapshot)
Implementation Points AEFPTotal of Enhanced Effort Complexity of the functional part of the application
AEFPAutomated Enhancement Function Points of the application
II. TECHNICAL PART
ECEffort Complexity Total of Technical part (previous Effort Complexity Total of Technical part of previous snapshot)
EC AddedEffort Complexity Added of Technical part (previous Effort Complexity Added of Technical part of previous snapshot)
EC UpdatedEffort Complexity Updated of Technical part (previous Effort Complexity Updated of Technical part of previous snapshot)
EC UnchangedEffort Complexity Unchanged of Technical part (previous Effort Complexity Unchanged of Technical part of previous snapshot)
AFPAutomated Function Points of the application
IPAFPEffort Complexity of All Technical Artifacts enhanced of the application
Equivalence RatioEquivalence Ratio of the application
Implementation Points AETPTotal of Enhanced Effort Complexity of technical part of the application
AETP Automated Enhancement Technical Points
III. RESULT
ECEffort Complexity Total of the application (previous Effort Complexity Total of the application of previous snapshot)
EC AddedEffort Complexity Added of the application (previous Effort Complexity Added of the application of previous snapshot)
EC DeletedEffort Complexity Deleted of the application (previous Effort Complexity Deleted of the application of previous snapshot)
EC UpdatedEffort Complexity Updated of the application (previous Effort Complexity Updated of the application of previous snapshot)
EC UnchangedEffort Complexity Unchanged of the application ( previous Effort Complexity Unchanged of the application of previous snapshot)
AEPAutomated Enhancement Points of the application

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