bool TrainExample::isEqual(const ParseTree & pt) const
{
assert(pts().size() >= 2);
const ParseInfo * p = pts()[0].rootNode()->parseInfo(&pts()[0]);
const ParseInfo * p1 = pt.rootNode()->parseInfo(&pt);
assert(p);
assert(p1);
return (pts()[0].dataId() == pt.dataId()) &&
(p->c_ == p1->c_) && (p->l_ == p1->l_) &&
(p->x_ == p1->x_) && (p->y_ == p1->y_ );
}
ParseTree::ParseTree(const ParseTree & pt) :
g_(NULL), idxRootNode_(-1), states_(NULL), dataId_(pt.dataId()),
appearanceX_(NULL), imgWd_(pt.imgWd()), imgHt_(pt.imgHt())
{
nodeSet_.resize(pt.nodeSet().size(), NULL);
for ( int i = 0; i < nodeSet_.size(); ++i ) {
nodeSet_[i] = new PtNode(*pt.nodeSet()[i]);
}
edgeSet_.resize(pt.edgeSet().size(), NULL);
for ( int i = 0; i < edgeSet_.size(); ++i ) {
edgeSet_[i] = new PtEdge(*pt.edgeSet()[i]);
}
idxRootNode_ = pt.idxRootNode();
g_ = pt.grammar();
appearanceSet_.resize(pt.appearanceSet().size(), NULL);
for ( int i = 0; i < appearanceSet_.size(); ++i ) {
appearanceSet_[i] = new Appearance::Param(*pt.appearanceSet()[i]);
}
biasSet_ = pt.biasSet();
deformationSet_.resize(pt.deformationSet().size(), NULL);
for ( int i = 0; i < deformationSet_.size(); ++i ) {
deformationSet_[i] = new Deformation::Param(*pt.deformationSet()[i]);
}
scalepriorSet_.resize(pt.scalepriorSet().size(), NULL);
for ( int i = 0; i < scalepriorSet_.size(); ++i ) {
scalepriorSet_[i] = new Scaleprior::Param(*pt.scalepriorSet()[i]);
}
parseInfoSet_.resize(pt.parseInfoSet().size(), NULL);
for ( int i = 0; i < parseInfoSet_.size(); ++i ) {
parseInfoSet_[i] = new ParseInfo(*pt.parseInfoSet()[i]);
}
if (pt.states() != NULL ) {
states_ = new States(*pt.states());
}
appUsage_ = pt.appUsage();
if ( pt.appearaceX() != NULL ) {
appearanceX_ = new Appearance::Param( *(pt.appearaceX()) );
}
}
void ParseTree::swap(ParseTree & pt)
{
if ( this == &pt ) {
return;
}
clear();
nodeSet_.swap(pt.getNodeSet());
edgeSet_.swap(pt.getEdgeSet());
/*nodeSet_.resize(pt.nodeSet().size(), NULL);
for ( int i = 0; i < nodeSet_.size(); ++i ) {
nodeSet_[i] = new PtNode(*pt.nodeSet()[i]);
}
edgeSet_.resize(pt.edgeSet().size(), NULL);
for ( int i = 0; i < edgeSet_.size(); ++i ) {
edgeSet_[i] = new PtEdge(*pt.edgeSet()[i]);
}*/
idxRootNode_ = pt.idxRootNode();
g_ = pt.grammar();
appearanceSet_.swap(pt.getAppearanceSet());
biasSet_.swap(pt.getBiasSet());
deformationSet_.swap(pt.getDeformationSet());
scalepriorSet_.swap(pt.getScalepriorSet());
parseInfoSet_.swap(pt.getParseInfoSet());
appUsage_.swap(pt.getAppUsage());
/*appearanceSet_.resize(pt.appearanceSet().size(), NULL);
for ( int i = 0; i < appearanceSet_.size(); ++i ) {
appearanceSet_[i] = new Appearance::Param(*pt.appearanceSet()[i]);
}
biasSet_ = pt.biasSet();
deformationSet_.resize(pt.deformationSet().size(), NULL);
for ( int i = 0; i < deformationSet_.size(); ++i ) {
deformationSet_[i] = new Deformation::Param(*pt.deformationSet()[i]);
}
scalepriorSet_.resize(pt.scalepriorSet().size(), NULL);
for ( int i = 0; i < scalepriorSet_.size(); ++i ) {
scalepriorSet_[i] = new Scaleprior::Param(*pt.scalepriorSet()[i]);
}
parseInfoSet_.resize(pt.parseInfoSet().size(), NULL);
for ( int i = 0; i < parseInfoSet_.size(); ++i ) {
parseInfoSet_[i] = new ParseInfo(*pt.parseInfoSet()[i]);
}
appUsage_ = pt.appUsage();*/
if (pt.states() != NULL ) {
//states_ = new States(*pt.states());
std::swap(states_, pt.getStates());
}
dataId_ = pt.dataId();
if ( pt.appearaceX() != NULL ) {
std::swap(appearanceX_, pt.getAppearaceX());
}
imgWd_ = pt.imgWd();
imgHt_ = pt.imgHt();
}
