IC card Management System

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Presentation transcript:

IC card Management System Card transformation and decomposition Milestone 2

Idea Guide IC Card Decomposition/Transformation Add new classification of IC cards Hybrid Organic Inorganic Use color type Isolated components tend to have more responsibilities

Current implementation

Milestone 2 implementation

Milestone 2 implementation

Milestone 2 implementation Hybrid IC cards are always complex since they have organic and inorganic components

Milestone 2 implementation Organic and Inorganic IC cards may not be complex tasks

Milestone 2 implementation

Milestone 2 implementation

IC Cards Decomposition/Transformation How guide IC card Decomposition/Transformation? Order existing cards according to the likelihood that they are complex

IC Cards Decomposition/Transformation How guide IC card Decomposition/Transformation? Order existing cards according to the likelihood that they are complex List 1 List 2 IC card a IC card b IC card b IC card c IC card c IC card d IC card d IC card a IC card e IC card g IC card f IC card f IC card g IC card e

IC Cards Decomposition/Transformation How guide IC card Decomposition/Transformation? Order existing cards according to the likelihood that they are complex List 2 Hybrid cards (Inevitably complex components) Complex (Either Organic or inorganic) Based on colors IC card b IC card c IC card d IC card a IC card g IC card f IC card e

IC card color based decomposition guide Isolated cards tend to be more complex and hiding inner components The organic activity name is not used. Each condition becomes a new IC card.

IC card color based decomposition guide Isolated cards tend to be more complex and hiding inner components Can be a hidden super component. Therefore the system can offer this IC card for further decomposition. The organic activity name is not used. Each condition becomes a new IC card.

IC card color based decomposition guide Isolated cards tend to be more complex and hiding inner components The organic activity name is not used. Each condition becomes a new IC card.

IC card color based decomposition guide Isolated cards tend to be more complex and hiding inner components The organic activity name is not used. Each condition becomes a new IC card. Complexity Likelihood

IC card color based decomposition guide Therefore the IC card transformation can be guided by the IC card color and Organic/Inorganic types First cards to be decomposed will be the ones with the highest complexity possible IC card b IC card c IC card d The organic activity name is not used. Each condition becomes a new IC card. IC card a IC card g IC card f IC card e

Project source now on GitLab The project code is now versioned in a Gitlab running at the university servers The organic activity name is not used. Each condition becomes a new IC card.

Project source now on GitLab The project code is now versioned in a Gitlab running at the university servers The organic activity name is not used. Each condition becomes a new IC card.

Next steps Finish the ordering (needs Table modification and fix queries) Decomposition/Transformation interface The organic activity name is not used. Each condition becomes a new IC card.