#### 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 TF | Total Number of Transactional Functions |

AFP SubTotal TF | Total Number of Function Points from Transactional Functions |

Nb of TF Added | Total Number of Added Transactional Functions |

AFP Added | Total number of Added Functions Points |

AEFP Added | Total number of Added Automated Enhancement Function Points |

CF distribution Added | If 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 Deleted | Total Number of Deleted Transactional Functions |

AFP Deleted | Total number of Deleted Functions Points |

AEFP Deleted | Total number of Deleted Automated Enhancement Function Points |

CF distribution Deleted | If 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 Modified | Total Number of Modified Transactional Functions |

AFP Modified | Total number of Modified Functions Points |

AEFP Modified | Total number of Modified Automated Enhancement Function Points |

CF distribution Modified | If 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 functions | Automated Enhancement Function Points of Transactional Functions of the application |

** I.b DATA FUNCTIONS**

AFP SubTotal DF | Total Number of Function Points from Data Functions |

Total Nb Of DF | Total Number of Data Functions |

Nb of DF Added | Total Number of Added Data Functions |

AFP Added | Total number of Added Functions Points |

AEFP Added | Total number of Added Automated Enhancement Function Points |

CF distribution Added | If 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 Deleted | Total Number of Deleted Data Functions |

AFP Deleted | Total number of Deleted Functions Points |

AEFP Deleted | Total number of Deleted Automated Enhancement Function Points |

CF distribution Deleted | If 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 Modified | Total number of Modified Data Functions |

AFP Modified | Total number of Modified Functions Points |

AEFP Modified | Total number of Modified Automated Enhancement Function Points |

CF distribution Modified | If 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 functions | Automated Enhancement Function Points of Data Functions of the application |

** I.c TOTAL FUNCTIONAL**

EC | Effort Complexity Total of functional part (previous Effort Complexity Total of functional part of previous snapshot) |

EC Added | Effort Complexity Added of functional part (previous Effort Complexity Added of functional part of previous snapshot) |

EC Updated | Effort Complexity Updated of functional part (previous Effort Complexity Updated of functional part of previous snapshot) |

EC Unchanged | Effort Complexity Unchanged of functional part (previous Effort Complexity Unchanged of functional part of previous snapshot) |

Implementation Points AEFP | Total of Enhanced Effort Complexity of the functional part of the application |

AEFP | Automated Enhancement Function Points of the application |

##### II. TECHNICAL PART

EC | Effort Complexity Total of Technical part (previous Effort Complexity Total of Technical part of previous snapshot) |

EC Added | Effort Complexity Added of Technical part (previous Effort Complexity Added of Technical part of previous snapshot) |

EC Updated | Effort Complexity Updated of Technical part (previous Effort Complexity Updated of Technical part of previous snapshot) |

EC Unchanged | Effort Complexity Unchanged of Technical part (previous Effort Complexity Unchanged of Technical part of previous snapshot) |

AFP | Automated Function Points of the application |

IPAFP | Effort Complexity of All Technical Artifacts enhanced of the application |

Equivalence Ratio | Equivalence Ratio of the application |

Implementation Points AETP | Total of Enhanced Effort Complexity of technical part of the application |

AETP | Â Automated Enhancement Technical Points |

##### III. RESULT

EC | Effort Complexity Total of the application (previous Effort Complexity Total of the application of previous snapshot) |

EC Added | Effort Complexity Added of the application (previous Effort Complexity Added of the application of previous snapshot) |

EC Deleted | Effort Complexity Deleted of the application (previous Effort Complexity Deleted of the application of previous snapshot) |

EC Updated | Effort Complexity Updated of the application (previous Effort Complexity Updated of the application of previous snapshot) |

EC Unchanged | Effort Complexity Unchanged of the application ( previous Effort Complexity Unchanged of the application of previous snapshot) |

AEP | Automated Enhancement Points of the application |