public class IntermediateCrossover<G extends NumericGene<?,G>,C extends Comparable<? super C>> extends Crossover<G,C>
Points outside of the allowed numeric range are rejected and a new points are
generated, until they lie in the valid range. The strategy on how
outofrange points are handled, is the difference to the very similar
LineCrossover
.
LineCrossover
_probability
DEFAULT_ALTER_PROBABILITY
Constructor and Description 

IntermediateCrossover()
Creates a new intermediatecrossover with default recombination
probability (
Alterer.DEFAULT_ALTER_PROBABILITY ) and a p value
of zero, which restricts the recombined chromosomes within the hypercube
of the selected chromosomes (vectors). 
IntermediateCrossover(double probability)
Creates a new intermediatecrossover with the given recombination
probability.

IntermediateCrossover(double probability,
double p)
Creates a new intermediatecrossover with the given recombination
probability and the linescaling factor p.

Modifier and Type  Method and Description 

protected int 
crossover(MSeq<G> v,
MSeq<G> w)
Template method which performs the crossover.

String 
toString() 
alter, getOrder
getProbability
public IntermediateCrossover(double probability, double p)
When the value for p is greater then 0, the crossover point generation must be repeated until the points lie within the allowed range. Values greater then 10 are usually not recommended, since this leads to unnecessary crossover point generation.
probability
 the recombination probability.p
 defines the possible location of the recombined chromosomes. If
p = 0 then the children will be located along the line
within the hypercube between the two points. If p > 0
then the children may be located anywhere on the line, even
somewhat outside of the hypercube.IllegalArgumentException
 if the probability
is not in the
valid range of [0, 1]
or if p
is smaller then zeropublic IntermediateCrossover(double probability)
probability
 the recombination probability.IllegalArgumentException
 if the probability
is not in the
valid range of [0, 1]
public IntermediateCrossover()
Alterer.DEFAULT_ALTER_PROBABILITY
) and a p value
of zero, which restricts the recombined chromosomes within the hypercube
of the selected chromosomes (vectors).protected int crossover(MSeq<G> v, MSeq<G> w)
Crossover
crossover
in class Crossover<G extends NumericGene<?,G>,C extends Comparable<? super C>>
v
 the genes of the first chromosomew
 the genes of the other chromosome© 20072019 Franz Wilhelmstötter (20191118 20:30)