// This is the class-specific copy method. It will get called by the super
// class since the superclass operator= is set up to call ccopy (and that is
// what we define here - a virtual function). We should check to be sure that
// both genomes are the same class.
void
BitStringGenome::copy(const GAGenome & orig) {
if(&orig == this) return;
if(!sameClass(orig)){
GAErr(GA_LOC, className(), "copy", gaErrObjectTypeMismatch);
return;
}
GAGenome::copy(orig);
BitStringGenome &bsg = (BitStringGenome &)orig;
BitString::operator=(bsg._substr(0,bsg.length()));
}
template <class T> void
GA3DArrayGenome<T>::copy(const GAGenome & orig){
if(&orig == this) return;
if(!sameClass(orig)){
GAErr(GA_LOC, className(), "copy", gaErrObjectTypeMismatch);
return;
}
GA3DArrayGenome<T> & c = (GA3DArrayGenome<T> &)orig;
GAGenome::copy(c);
GAArray<T>::copy(c);
nx = c.nx; ny = c.ny; nz = c.nz;
minX = c.minX; minY = c.minY; minZ = c.minZ;
maxX = c.maxX; maxY = c.maxY; maxZ = c.maxZ;
}
void
GA3DBinaryStringGenome::copy(const GAGenome & orig)
{
if(&orig == this) return;
if(!sameClass(orig)){
GAErr(GA_LOC, className(), "copy", gaErrObjectTypeMismatch);
return;
}
GA3DBinaryStringGenome & c = (GA3DBinaryStringGenome &)orig;
GAGenome::copy(orig);
GABinaryString::copy(c);
nx = c.nx; ny = c.ny; nz = c.nz;
minX = c.minX; minY = c.minY; minZ = c.minZ;
maxX = c.maxX; maxY = c.maxY; maxZ = c.maxZ;
}
void
GASteadyStateGA::copy(const GAGeneticAlgorithm & g){
if(sameClass(g)) {
GAGeneticAlgorithm::copy(g);
GASteadyStateGA& ga = (GASteadyStateGA&)g;
pRepl = ga.pRepl;
nRepl = ga.nRepl;
if(tmpPop) tmpPop->copy(*(ga.tmpPop));
else tmpPop = ga.tmpPop->clone();
tmpPop->geneticAlgorithm(*this);
which = ga.which;
}
}
void CCombineGenome::copy( const GAGenome & g )
{
if(&g != this && sameClass(g)){
GAGenome::copy(g);
CCombineGenome& genome = (CCombineGenome &)g;
if(paths == genome.paths){
for(int i=0; i<paths; i++)
path(i).copy(*genome.list[i]);
}
else{
int i;
for(i=0; i<paths; i++)
delete list[i];
delete [] list;
paths = genome.paths;
list = new GAListGenome<YK_LLONG> * [paths];
for(i=0; i<paths; i++)
list[i] = (GAListGenome<YK_LLONG> *)genome.list[i]->clone();
}
}
}
