Count the class rank in the Class Diagram according to a algorithm similar to page rank

(Please submit the class Diagram firstly)

Relationship Type	Association	Aggregation	Dependency	Generalization	AggregationReverse	DependencyReverse	GeneralizationReverse
Relationship Shorthands	AS	AG	DP	GL	AGr	DPr	GLr
Relationship Rank	5.0	7.0	8.0	10.0	7.0	8.0	10.0

The relationship rank means the importance of the relationship, for example, generalization is more important to association.

The transition probability matrix is:

The transition probability matrix shows the transition probability of class rank from one class to its adjacent class, for example, the element A[i][j] in matrix A means the transition probability of class i's rank to class j's rank.

None

The final class rank matrix is:

The final class rank matrix shows the final class rank of each class. The class is more important if its final class rank is higher. For example, class A is more important than class B if the rank of class A is 200 and the rank of class B is 100

Class

Rank

The iterator process is:

The iterator process shows the calculate process of the class rank

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