- identificator - Variable in class Util_Graph.Vertex
-
The identificator is a number which identify every vertex, this one must
be unique, this field is set automatically during the tree creation be
gathering the identificator of the localDomain and LocalKernel in the
list 'ListLocalDomainAndLocalKernel'
- idFrom - Variable in class Message.Message
-
The field represent the id of the sender ( it's the same id that the one
present in the 'ListLocalDomainAndLocalKernel' class because each vertex
is related to one local domain and kernel
- idTo - Variable in class Message.Message
-
The field represent the id of the receiver ( it's the same id that the one
present in the 'ListLocalDomainAndLocalKernel' class because each vertex
is related to one local domain and kernel
- Implemented_Function - package Implemented_Function
-
- Implemented_Monoid - package Implemented_Monoid
-
- Implemented_Operation - package Implemented_Operation
-
- Implemented_Semiring - package Implemented_Semiring
-
- Implemented_SetK - package Implemented_SetK
-
- includeLocalDomain(LocalDomain) - Method in class Util_Math.LocalDomainExtended
-
This method is here to see if a local domain is include in the present
local domain extended
- increseNbMessageReceived() - Method in class Util_Graph.JunctionTreeCell
-
- increseNbMessageSent() - Method in class Util_Graph.JunctionTreeCell
-
- INDEX_VERTEX_SVP - Static variable in class Environment.ENVIRONMENT
-
This field contain the ID of the vertex for the single vertex problem.
- InformationsOnCell - Class in Util_Graph
-
The GDL can be scheduled fully serially, in which case each message is sent
only once, and each state is computed only once.
- InformationsOnCell() - Constructor for class Util_Graph.InformationsOnCell
-
The constructor initialise the fields
- IntegerFromXToY - Class in Implemented_SetK
-
This class is an implementation of a set.
- IntegerFromXToY(int, int) - Constructor for class Implemented_SetK.IntegerFromXToY
-
- isAssociated() - Method in class Util_Math.LocalDomainExtended
-
- isDead() - Method in class Util_Graph.MoralGraphCell
-
- isDISPLAY_DETAILS_OR_ON() - Static method in class Environment.DISPLAY
-
This method allows to know if the details mode is on or off
- isDISPLAY_MODE_ON() - Static method in class Environment.DISPLAY
-
This method allows to know if the display mode is on or off
- isDISPLAY_RESULT_MODE_ON() - Static method in class Environment.DISPLAY
-
This method allows to know if the result mode is on or off
- isDone() - Method in class Util_Graph.VertexToLocalDomain
-
- isENABLE_MEMO_FUNCTION() - Static method in class Environment.ENVIRONMENT
-
This function test if the memo function must be activate or not
- isENABLE_REAL_CALCULATION() - Static method in class Environment.ENVIRONMENT
-
This field allows to know if the user want to perform the calculations after the simplification or just to get the simplification of it's expression.
- isExtended() - Method in class Util_Math.LocalDomain
-
- isExtended() - Method in class Util_Math.Variable
-
- isGRAPHIC_DISPLAY_MODE_ON() - Static method in class Environment.DISPLAY
-
This method allows to know if the graph display mode is on or off
- isReceivedMessageFromIt() - Method in class Util_Graph.InformationsOnCell
-
- isSentMessageToIt() - Method in class Util_Graph.InformationsOnCell
-
- isSINGLE_VERTEX() - Static method in class Environment.ENVIRONMENT
-
Test to know if the single vertex problem algorithm must be run or the all vertices one.