void AtariFTNeatExperiment::convertIndividual(shared_ptr<GeneticIndividual> FTNEAT_individual,
NEAT::LayeredSubstrate<float>* HyperNEAT_substrate)
{
NEAT::FastLayeredNetwork<float>* HyperNEAT_network = HyperNEAT_substrate->getNetwork();
// [Links] Input --> Processing
for (int i=0; i<=numObjClasses; ++i) {
for (int x=0; x<substrate_width; x++) {
for (int y=0; y<substrate_height; y++) {
Node fromNode(x, y, i);
int xmod = substrate_width*i+x;
string sourceString(toString(xmod) + string("/") + toString(y) + string("/") + toString("0"));
GeneticNodeGene* sourceNode = FTNEAT_individual->getNode(sourceString);
// Processing Layer
for (int toY=0; toY<substrate_height; toY++) {
for (int toX=0; toX<substrate_width; toX++) {
Node toNode(toX, toY, numObjClasses+1);
string targetString(toString(toX) + string("/") + toString(toY) +
string("/") + toString("1"));
GeneticNodeGene* targetNode = FTNEAT_individual->getNode(targetString);
float linkWeight = HyperNEAT_network->getLink(fromNode,toNode);
GeneticLinkGene* FTNEAT_link;
FTNEAT_link = FTNEAT_individual->getLink(sourceNode->getID(), targetNode->getID());
FTNEAT_link->setWeight(double(linkWeight));
}
}
}
}
}
// [Links] Processing --> Output
for (int y=0; y<substrate_height; y++) {
for (int x=0; x<substrate_width; x++) {
Node fromNode(x, y, numObjClasses+1);
string sourceString(toString(x) + string("/") + toString(y) + string("/") + toString("1"));
GeneticNodeGene* sourceNode = FTNEAT_individual->getNode(sourceString);
// Output Layer
for (int i=0; i<numActions; i++) {
Node toNode(i, 0, numObjClasses+2);
string targetString(toString(i) + string("/") + toString("0") + string("/") + toString("2"));
GeneticNodeGene* targetNode = FTNEAT_individual->getNode(targetString);
float linkWeight = HyperNEAT_network->getLink(fromNode,toNode);
GeneticLinkGene* FTNEAT_link;
FTNEAT_link = FTNEAT_individual->getLink(sourceNode->getID(), targetNode->getID());
FTNEAT_link->setWeight(double(linkWeight));
}
}
}
}
bool SoftUpdatePrefsXMLSerializer::unserialize( TiXmlNode* node )
{
bool result = true;
if (node)
{
_prefs.setVersionToIgnore ( fromNode( node, "versionToIgnore" ) );
_prefs.setDateLastIgnored( toDate( fromNode( node, "dateLastIgnored" ) ) );
_prefs.setAutoCheck ( toBool( fromNode( node, "autoCheck" ) ) );
}
return result;
}
bool QueryResultXMLSerializer::unserializeQuery( TiXmlNode* queryNode )
{
bool result = true;
if (queryNode)
{
_queryResult.setQuestion ( fromNode( queryNode, "question" ) );
_queryResult.setFilter ( fromNode( queryNode, "filterField" ) );
_queryResult.setFilterValue( fromNode( queryNode, "filterValue" ) );
// _queryResult.setQueryTime ( toDouble( fromNode( queryNode, "queryTook" ) ) );
_queryResult.setQueryTime ( toDouble( fromNode( queryNode, "T" ) ) );
}
return result;
}
bool QueryResultXMLSerializer::unserializeResponse( TiXmlNode* responseNode )
{
bool result = true;
if ( responseNode )
{
_queryResult.setResponse( toInt( fromNode( responseNode ) ) );
}
return result;
}
bool QueryResultXMLSerializer::unserializeStatus( TiXmlNode* statusNode )
{
bool result = true;
if ( statusNode )
{
std::string value = fromNode( statusNode );
_queryResult.setSucceeded( value == "success" );
}
return result;
}
QString AnchorHandleItem::toolTipString() const
{
QString templateString("<p>Anchor Handle</p><p>%1</p><p>%2</p>");
QmlItemNode fromNode(anchorController().formEditorItem()->qmlItemNode());
QString fromString(QString("%3: %1(%2)").arg(fromNode.simplifiedTypeName(), fromNode.id(), anchorLineToString(sourceAnchorLine())));
AnchorLine toAnchorLine(targetAnchorLine());
QmlItemNode toNode(toAnchorLine.qmlItemNode());
QString toString;
if (toNode.isValid())
toString = QString("%3: %1(%2)").arg(toNode.simplifiedTypeName(), toNode.id(), anchorLineToString(toAnchorLine.type()));
return templateString.arg(fromString).arg(toString);
}
BitmapGraphics::HStroke StrokeStreamer::fromXml(std::stringstream& xml)
{
Node node = Streamer::fromXml(xml);
return fromNode(node);
}
void Link::trackNodes()
{
setLine(QLineF(fromNode()->pos(), toNode()->pos()));
update();
}
Link::~Link()
{
fromNode()->removeLink(this);
toNode()->removeLink(this);
}
