MAS/Gamemaster_8h_source.html

 #ifndef Gamemaster_H_
 #define Gamemaster_H_
 #include <vector>
 #include "../alignment/DrawNode.h"
 #include "../alignment/Graph.h"
 #include "../alignment/State.h"
 #include "../ML/SimpleAgent/Agent.h"
 #include "../ML/pytorch/TrainingSet.h"
 #include <memory>

 class Gamemaster {
     public:
         Graph GameGraph;
         state GameState;
         std::vector<DrawNode> GameNodes;
         std::unique_ptr<Agent> GameAgent;
         std::unique_ptr<TrainingSet> GameTS;
         state AgentState;

         std::vector<std::string> getKmers(std::vector<Node>& nodeList);

         void makeGame(unsigned int k, unsigned int length, unsigned int number_of_sequences, double probability);

         Gamemaster();
 };

 #endif //Gamemaster_H_
Gamemaster::Gamemaster
Gamemaster()
Definition: Gamemaster.cc:12

Graph
Definition: Graph.h:17

Gamemaster
Definition: Gamemaster.h:11

Gamemaster::GameTS
std::unique_ptr< TrainingSet > GameTS
The TrainingSet of the game.
Definition: Gamemaster.h:17

Gamemaster::makeGame
void makeGame(unsigned int k, unsigned int length, unsigned int number_of_sequences, double probability)
Definition: Gamemaster.cc:14

Gamemaster::AgentState
state AgentState
The initial State for the GameAgent.
Definition: Gamemaster.h:18

Gamemaster::getKmers
std::vector< std::string > getKmers(std::vector< Node > &nodeList)
Definition: Gamemaster.cc:39

Gamemaster::GameState
state GameState
The State of GameGraph.
Definition: Gamemaster.h:14

state
This state class encapsulates the current game state. It can output possible actions and select them...
Definition: State.h:16

Gamemaster::GameAgent
std::unique_ptr< Agent > GameAgent
The Agent of the game.
Definition: Gamemaster.h:16

Gamemaster::GameNodes
std::vector< DrawNode > GameNodes
DrawNodes of GameGraph.
Definition: Gamemaster.h:15

Gamemaster::GameGraph
Graph GameGraph
The Graph of the game.
Definition: Gamemaster.h:13