- mergeNonAffectedCell(Graph) - Static method in class GDL.GraphManipulation
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This method is the instantiation of a solution that I present in my master Report.
- Message - package Message
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- Message - Class in Message
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The paper of Aji & McEliece explain that :
If the elements of S stand in a certain special relationship to each other,
then an algorithm for solving the MPF problem can be based on the notion of
“message passing
- Message() - Constructor for class Message.Message
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The constructor initialize all the ArrayLists
- messageContent - Variable in class Message.Message
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The content of the message is an Abstract_Atom ( represent a mathematical expression ).
- MessagePassing - Class in GDL
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This class is the main class that contains the methods in relation with the message passing algorithm.
- MessagePassing() - Constructor for class GDL.MessagePassing
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- messagePassingAllVertexProblem(List<JunctionTreeCell>) - Static method in class GDL.MessagePassing
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The GDL can be scheduled fully serially, in which case each message is sent
only once, and each state is computed only once.
- MinusOnePower - Class in Implemented_Function
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This class is an implementation of a function.
- MinusOnePower(Variable, Variable) - Constructor for class Implemented_Function.MinusOnePower
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- MORAL_GRAPH(String, List<MoralGraphCell>) - Static method in class Environment.DISPLAY
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This method displays moral graphs
- MoralGraphCell - Class in Util_Graph
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In the "The Generalized Distributive Law" of Aji & McEliece the
construction of tree is the center of the algorithm for solving the MPF
problem. [ See the "The Generalized Distributive Law" of Aji & McEliece,
Chapter III ( ie : p330 second column) ].
- MoralGraphCell() - Constructor for class Util_Graph.MoralGraphCell
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The contructor initialize the ArrayList and set initial state of other
fields
- Multiplication - Class in Implemented_Operation
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This class is an implementation of an operation.
- Multiplication(Abstract_Atom, Abstract_Atom) - Constructor for class Implemented_Operation.Multiplication
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- MultiplicationIdentity - Class in Implemented_Function
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This class is an implementation of a function.
- MultiplicationIdentity() - Constructor for class Implemented_Function.MultiplicationIdentity
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- multiplicationMonoid - Variable in class Abstract.Abstract_CommutativeSemiring
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This field contain the multiplication monoid ( see definition of the class and the class Abstract_CommutativeMonoid for more information )
- multiplicationOn - Variable in class Implemented_Operation.GenericMultiplicationOperationOnSet
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- multiplicationVariables - Variable in class Implemented_Operation.GenericMultiplicationOperationOnSet
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- MultTwoVar - Class in Implemented_Function
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This class is an implementation of a function.
- MultTwoVar(Variable, Variable) - Constructor for class Implemented_Function.MultTwoVar
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