void ICircuit::setGACallbacks(GAGenome * g) {
g->initializer(getInitializer());
g->evaluator(getEvaluator());
g->mutator(getMutator());
g->comparator(getComparator());
if (getSexualCrossover() != NULL) {
g->crossover(getSexualCrossover());
} else {
g->crossover(getAsexualCrossover());
}
}
pair<uint, uint> match_polish_rot(Image& pattern, Image& scene, double (*f)(Image&, uint, uint, Image&, uint)){
polish(pattern, 0, 0, pattern.getWidth(), pattern);
map<uint, vector< pix > > comps;
for(uint i=0;i<360;i+=90){
vector< pix > vec = getComparator( pattern.getHeight(), i );
sort( vec.begin(), vec.end(), comp );
comps.insert(make_pair(i,vec));
}
const uint dimension = pattern.getHeight();
const uint G = (uint)getGradient( pattern, 0, 0, pattern.getHeight() );
vector< pix > patorder = comps[G];
pair<uint, uint> minPoint(-1,-1);
double min = INF;
double ang = 0;
vector< pix > sceorder;
for(uint i = 0; i < scene.getHeight(); i++){
for(uint j = 0; j < scene.getWidth(); j++){
if( scene.valid( i + dimension - 1, j + dimension - 1 ) ){
uint sceg = (uint)getGradient( scene, i, j, dimension );
sceorder = comps[sceg];
double m = f(scene, i, j, pattern, dimension);
if( m <= min ){
min = m;
minPoint = make_pair( i, j );
ang = sceg;
}
}
}
}
cout<<"G = "<<G<<endl;
cout<<"distance = "<<min<<endl;
cout<<"angle = "<<ang<<endl;
return minPoint;
}
bool IndexDefinition::isCompatibleIndexDefinition(EnIndexKind enIxKind,
TyFSType tyType,
vector<uima::lowlevel::TyFSFeature> const & crKeyFeatures,
vector<uima::lowlevel::IndexComparator::EnKeyFeatureComp> const & crComparators,
IndexDefinition::TyIndexID const & crID,
bool ) const {
assert(isValidIndexId(crID));
if (getIndexKind(crID) != enIxKind) {
UIMA_TPRINT("Wrong index kind!");
return false;
}
if (getTypeForIndex(crID) != tyType) {
UIMA_TPRINT("Wrong index type!");
return false;
}
uima::lowlevel::IndexComparator const * cpComp = getComparator(crID);
if (cpComp != NULL) {
assert( (enIxKind == enOrdered) || (enIxKind == enSet) );
assert( cpComp->getType() == tyType );
if (crKeyFeatures.size() != cpComp->getKeyFeatures().size()) {
UIMA_TPRINT("key feature length different, number of key features: " << crKeyFeatures.size()
<< ", existing key feature length: " << cpComp->getKeyFeatures().size());
return false;
}
if (crKeyFeatures != cpComp->getKeyFeatures()) {
UIMA_TPRINT("Wrong key features!");
return false;
}
if (crComparators != cpComp->getComparisonOps() ) {
UIMA_TPRINT("Wrong comparison ops!");
return false;
}
} else {
assert( enIxKind == enFIFO );
}
return true;
}
