Inheritance diagram for GA1DArrayAlleleGenome< T >:
Collaboration diagram for GA1DArrayAlleleGenome< T >:
Public Member Functions | |
| GADefineIdentity ("GA1DArrayAlleleGenome", GAID::ArrayAlleleGenome) | |
| GA1DArrayAlleleGenome (unsigned int length, const GAAlleleSet< T > &s, GAGenome::Evaluator f=nullptr, void *u=nullptr) | |
| GA1DArrayAlleleGenome (const GAAlleleSetArray< T > &sa, GAGenome::Evaluator f=nullptr, void *u=nullptr) | |
| GA1DArrayAlleleGenome (const GA1DArrayAlleleGenome< T > &orig) | |
| GA1DArrayAlleleGenome< T > & | operator= (const GAGenome &arr) |
| GA1DArrayAlleleGenome< T > & | operator= (const T array[]) |
| GAGenome * | clone (GAGenome::CloneMethod=GAGenome::CloneMethod::CONTENTS) const override |
| void | copy (const GAGenome &orig) override |
| int | read (std::istream &is) override |
| int | write (std::ostream &os) const override |
| bool | equal (const GAGenome &c) const override |
| int | resize (int len) override |
| If we resize to a larger length then we need to set the contents to a valid value (ie one of our alleles) More... | |
| const GAAlleleSet< T > & | alleleset (unsigned int i=0) const |
| int | size () const |
 Public Member Functions inherited from GA1DArrayGenome< T > | |
| GADefineIdentity ("GA1DArrayGenome", GAID::ArrayGenome) | |
| GA1DArrayGenome (unsigned int length, GAGenome::Evaluator f=nullptr, void *u=nullptr) | |
| GA1DArrayGenome (const GA1DArrayGenome< T > &orig) | |
| GA1DArrayGenome< T > & | operator= (const GAGenome &orig) |
| GA1DArrayGenome< T > & | operator= (const T array[]) |
| const T & | gene (unsigned int x=0) const |
| T & | gene (unsigned int x, const T &value) |
| int | length () const |
| int | length (int x) |
| int | resizeBehaviour (unsigned int lower, unsigned int upper) |
| int | resizeBehaviour () const |
| void | copy (const GA1DArrayGenome< T > &orig, unsigned int r, unsigned int x, unsigned int l) |
| void | swap (unsigned int i, unsigned int j) |
| Public Member Functions inherited from GAArray< T > | |
| GAArray (unsigned int s) | |
| GAArray (const GAArray< T > &orig) | |
| GAArray< T > & | operator= (const GAArray< T > &orig) |
| GAArray< T > * | clone () |
| const T & | operator[] (unsigned int i) const |
| T & | operator[] (unsigned int i) |
| void | copy (const GAArray< T > &orig) |
| void | copy (const GAArray< T > &orig, unsigned int dest, unsigned int src, unsigned int length) |
| void | move (unsigned int dest, unsigned int src, unsigned int length) |
| void | swap (unsigned int i, unsigned int j) |
| int | size () const |
| int | size (unsigned int n) |
| bool | equal (const GAArray< T > &b, unsigned int dest, unsigned int src, unsigned int length) const |
| template<class U > | |
| bool | operator== (const GAArray< U > &rhs) const |
| template<class U > | |
| bool | operator!= (const GAArray< U > &rhs) const |
| Public Member Functions inherited from GAGenome | |
| GADefineIdentity ("GAGenome", GAID::Genome) | |
| GAGenome (Initializer i=nullptr, Mutator m=nullptr, Comparator c=nullptr) | |
| GAGenome (const GAGenome &orig) | |
| GAGenome & | operator= (const GAGenome &arg) |
| virtual bool | notequal (const GAGenome &g) const |
| int | nevals () const |
| float | score () const |
| float | score (float s) |
| float | fitness () |
| float | fitness (float f) |
| GAGeneticAlgorithm * | geneticAlgorithm () const |
| GAGeneticAlgorithm * | geneticAlgorithm (GAGeneticAlgorithm &g) |
| void * | userData () const |
| void * | userData (void *u) |
| GAEvalData * | evalData () const |
| GAEvalData * | evalData (const GAEvalData &o) |
| float | evaluate (bool flag=false) const |
| Evaluator | evaluator () const |
| Evaluator | evaluator (Evaluator f) |
| void | initialize () |
| Initializer | initializer () const |
| Initializer | initializer (Initializer op) |
| int | mutate (float p) |
| Mutator | mutator () const |
| Mutator | mutator (Mutator op) |
| float | compare (const GAGenome &g) const |
| Comparator | comparator () const |
| Comparator | comparator (Comparator c) |
| SexualCrossover | crossover (SexualCrossover f) |
| SexualCrossover | sexual () const |
| AsexualCrossover | crossover (AsexualCrossover f) |
| AsexualCrossover | asexual () const |
| Public Member Functions inherited from GAID | |
| bool | sameClass (const GAID &b) const |
| virtual const char * | className () const |
| virtual int | classID () const |
Static Public Member Functions | |
| static void | UniformInitializer (GAGenome &c) |
| static void | OrderedInitializer (GAGenome &c) |
| static int | FlipMutator (GAGenome &c, float pmut) |
| Static Public Member Functions inherited from GA1DArrayGenome< T > | |
| static int | SwapMutator (GAGenome &c, float pmut) |
| Randomly swap elements in the array. More... | |
| static float | ElementComparator (const GAGenome &a, const GAGenome &b) |
| How similar are two genomes. More... | |
| static int | UniformCrossover (const GAGenome &p1, const GAGenome &p2, GAGenome *c1, GAGenome *c2) |
| Randomly take bits from each parent. More... | |
| static int | OnePointCrossover (const GAGenome &p1, const GAGenome &p2, GAGenome *c1, GAGenome *c2) |
| static int | TwoPointCrossover (const GAGenome &p1, const GAGenome &p2, GAGenome *c1, GAGenome *c2) |
| static int | EvenOddCrossover (const GAGenome &p1, const GAGenome &p2, GAGenome *c1, GAGenome *c2) |
| static int | PartialMatchCrossover (const GAGenome &p1, const GAGenome &p2, GAGenome *c1, GAGenome *c2) |
| static int | OrderCrossover (const GAGenome &p1, const GAGenome &p2, GAGenome *c1, GAGenome *c2) |
| static int | CycleCrossover (const GAGenome &p1, const GAGenome &p2, GAGenome *c1, GAGenome *c2) |
| Static Public Member Functions inherited from GAGenome | |
| static void | NoInitializer (GAGenome &) |
| static int | NoMutator (GAGenome &, float) |
| static float | NoComparator (const GAGenome &, const GAGenome &) |
Protected Attributes | |
| std::vector< GAAlleleSet< T > > | aset |
| the allele set(s) for this genome | |
| Protected Attributes inherited from GA1DArrayGenome< T > | |
| unsigned int | nx |
| unsigned int | minX |
| unsigned int | maxX |
| Protected Attributes inherited from GAArray< T > | |
| std::vector< T > | a |
| the contents of the array | |
| Protected Attributes inherited from GAGenome | |
| float | _score |
| float | _fitness |
| bool | _evaluated |
| unsigned int | _neval |
| GAGeneticAlgorithm * | ga |
| void * | ud |
| Evaluator | eval |
| GAEvalData * | evd |
| Mutator | mutr |
| Initializer | init |
| Comparator | cmp |
| SexualCrossover | sexcross |
| AsexualCrossover | asexcross |
Additional Inherited Members | |
| Public Types inherited from GAGenome | |
| enum class | Dimension { LENGTH = 0 , WIDTH = 0 , HEIGHT = 1 , DEPTH = 2 } |
| enum class | CloneMethod { CONTENTS = 0 , ATTRIBUTES = 1 } |
| enum | { FIXED_SIZE = -1 , ANY_SIZE = -10 } |
| using | Evaluator = float(*)(GAGenome &) |
| using | Initializer = void(*)(GAGenome &) |
| using | Mutator = int(*)(GAGenome &, float) |
| using | Comparator = float(*)(const GAGenome &, const GAGenome &) |
| using | SexualCrossover = int(*)(const GAGenome &, const GAGenome &, GAGenome *, GAGenome *) |
| using | AsexualCrossover = int(*)(const GAGenome &, GAGenome *) |
| Public Types inherited from GAID | |
| enum | { BaseGA = 0 , SimpleGA , SteadyStateGA , IncrementalGA , DemeGA , Population = 10 , Scaling = 15 , NoScaling , LinearScaling , SigmaTruncationScaling , PowerLawScaling , Sharing , Selection = 40 , RankSelection , RouletteWheelSelection , TournamentSelection , UniformSelection , SRSSelection , DSSelection , Genome = 50 , BinaryStringGenome , BinaryStringGenome2D , BinaryStringGenome3D , Bin2DecGenome , ListGenome , TreeGenome , ArrayGenome , ArrayGenome2D , ArrayGenome3D , ArrayAlleleGenome , ArrayAlleleGenome2D , ArrayAlleleGenome3D , StringGenome , FloatGenome , IntGenome , DoubleGenome } |
Member Function Documentation
◆ resize()
template<class T >
|
inlineoverridevirtual |
If we resize to a larger length then we need to set the contents to a valid value (ie one of our alleles)
- Parameters
-
len
- Returns
- int
Reimplemented from GA1DArrayGenome< T >.
The documentation for this class was generated from the following file:
- /home/runner/work/galib/galib/ga/GA1DArrayGenome.hpp
