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InvertedFitnessStrategy.h
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26 
27 #ifndef INVERTEDFITNESSSTRATEGY_H_
28 #define INVERTEDFITNESSSTRATEGY_H_
29 
30 //forward declaration
31 class Individual;
32 
33 //ga_tools includes
34 #include "IFitnessStrategy.h"
35 
36 /**
37  * This strategy calculate the invert to a other strategy. This can be used for other optimization targets than zero.
38  * For example. Is the optimization target of the alg. infinity, than the inverted target is zero -> so the alg. can
39  * optimize again zero and you have you infinity target.
40  */
42 public:
43  /**
44  * constructor
45  * Needs a other fitness strategy, which should be inverted.
46  * @param strategy (IFitnessStrategy*) the other fitness strategy
47  */
49 
50  /**
51  * default destructor
52  */
53  virtual ~InvertedFitnessStrategy();
54 
55  /**
56  * returns the inverse fitness value what the other strategy returns for the individual "individual".
57  *
58  * @param individual (const Individual*) calculate the fitness for this individual
59  * @return (double) The fitness value
60  */
61  virtual double getFitness(const Individual* individual);
62 
63 protected:
64  /**
65  * The other strategy
66  */
68 
69 private:
70  /**
71  * disable the default constructor
72  */
74 };
75 
76 #endif /* INVERTEDFITNESSSTRATEGY_H_ */
virtual ~InvertedFitnessStrategy()
default destructor
Definition: InvertedFitnessStrategy.cpp:37
This strategy calculate the invert to a other strategy.
Definition: InvertedFitnessStrategy.h:41
The interface for the fitness strategy of an individual.
Definition: IFitnessStrategy.h:36
virtual double getFitness(const Individual *individual)
returns the inverse fitness value what the other strategy returns for the individual "individual"...
Definition: InvertedFitnessStrategy.cpp:41
This class represent one individual of the complete gen.
Definition: Individual.h:45
IFitnessStrategy * m_strategy
The other strategy.
Definition: InvertedFitnessStrategy.h:67