// Generate proposals using 'parameter's on image im_id. The function returns a set of latent_variables and proposals
virtual VectorXf proposeAndEvaluate( const VectorXf & parameter, std::vector<VectorXf> & latent_variables ) const {
int pid = getParamId( parameter );
const int N = iou_[pid].size();
VectorXf r( N );
for( int i=0; i<N; i++ )
r[i] = iou_[pid][i];
return r;
}
const cfgPropertyStruct CFGManager::getOrCreateProperty(const string &_group,
const string &_name,
const string &val,
CFGClient *newClient) {
cfgPropertyStruct newProp;
newProp.propertyType = stringProperty;
newProp.propertyIndex = 0;
newProp.sValue = val;
if(getPropertyValue(_group, _name, "value", &newProp.sValue)) {
newProp.paramId = getParamId(_group, _name);
} else {
newProp.paramId = createParam(_group, _name, stringParam);
setProperty(newProp);
}
if(newClient) {
registerToParam(newProp.paramId, newClient);
}
return newProp;
}
cfgParamId CFGManager::createParam(const string &_group, const string &_name,
const cfgParamType &_paramType) {
if( (_group != "") && (_name != "") ) {
cfgParamId newId;
newId = getParamId(_group, _name);
if( newId != 0 ) {
return newId;
} else {
CFGParam *param = NULL;
switch (_paramType) {
case doubleParam :
newId = getNextId();
param = (CFGParam*) (new CFGParamDouble(newId, _group, _name));
insertParam(param);
break;
case intParam :
newId = getNextId();
param = (CFGParam*) (new CFGParamInt(newId, _group, _name));
insertParam(param);
break;
case boolParam :
newId = getNextId();
param = (CFGParam*) (new CFGParamBool(newId, _group, _name));
insertParam(param);
break;
case stringParam :
newId = getNextId();
param = (CFGParam*) (new CFGParamString(newId, _group, _name));
insertParam(param);
break;
default :
newId = 0;
} // switch
if(newId != 0) {
addedCFGParam(newId);
}
return newId;
}
}
return 0;
}
void WidgetsManager::sliderDragEnded(juce::Slider* slider) {
getEditor().ParamGestureEnded(getParamId(slider));
}
void WidgetsManager::sliderDragStarted(juce::Slider* slider) {
getEditor().ParamGestureBegan(getParamId(slider));
}
void WidgetsManager::sliderValueChanged(juce::Slider* slider) {
const float value(static_cast<float>(slider->getValue()));
getEditor().ParamValueChanged(getParamId(slider), value);
}
// Average number of proposals per parameter
virtual float averageProposalsPerParameter( const VectorXf & parameter ) const {
return prop_per_param_[ getParamId( parameter ) ];
}
