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Class Summary |
| AbstractAlgorithm |
Polymorphism object for the different algorithms
for the local search |
| AbstractEdge |
The parent class for all types of edges |
| AbstractService |
The parent class for all types of services |
| Attribute |
Represents an attribute |
| AttributePool |
Is used to provide attributes |
| DataStorage |
|
| DataStorageRunParameters |
The main purpose of this class is to store all run parameters for the
multirun (GUI) feature |
| DemandedAndUsedServicePool |
The DemandedAndUsedServicePool consists of DemandedAndUsedServicePoolElements which are stored in an Vector. |
| DemandedAndUsedServicePoolElement |
The DemandedAndUsedServicePoolElements are representing the elements
of the DemandedAndUsedServicePool. |
| DemandedAttribute |
Represents a demanded attribute with an Attribute and a weight |
| DemandedService |
Represents a demanded service |
| EvEModel |
Represents the EvE Model as a Repast model |
| EVESimulation |
Starts the simulation |
| GroupedService |
extends the class Service in order to implement grouped Services
for SME grouping |
| LocalServicePool |
Is used to manage services |
| ModelSerialization |
The ModelSerialization has some static methods to store and load model data |
| NetworkEdge |
The parent class for all types of edges |
| OptimisationContainer |
|
| OptimisationSupervisor |
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| PartnerEdge |
Represents a partner edge in the give color |
| ProducerEdge |
Represents a producer edge in the give color |
| RequestVector |
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| Service |
Represents a service |
| ServicePoolElement |
|
| SME |
Represents a SME |
| SMERelationships |
SMERelationships stores a table with Relationships between SMEs
Example:
This table
A B C
A 0 1 0
B 1 0 1
C 0 1 0
is stored in the 3 vectors
smeNames = {A, B, C}
relationShips = {{0, 1, 0}, {1, 0, 1}, {0, 1, 0}} |
| ZeroOneMatrix |
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