TypeHierarchy::TypeHierarchy(const analysis * a) : leafNodes()
{
if(!a || !a->the_domain)
{
ParseFailure pf;
throw(pf);
};
if(!a->the_domain->types) return;
for(pddl_type_list::const_iterator i = a->the_domain->types->begin();
i != a->the_domain->types->end();++i)
{
if((*i)->type)
{
add(PTypeRef(*i),PTypeRef((*i)->type));
addDown(PTypeRef((*i)->type),PTypeRef(*i));
}
else
{
if((*i)->either_types)
{
for(pddl_type_list::const_iterator j = (*i)->either_types->begin();
j != (*i)->either_types->end();++j)
{
add(PTypeRef(*i),PTypeRef(*j));
addDown(PTypeRef(*j),PTypeRef(*i));
};
}
else
{
PTypeRef pt(*i);
Graph::iterator j = graph.find(&pt);
if(j == graph.end())
{
TypeRef * c = pt.clone();
graph[c] = set<const TypeRef*>();
downGraph[c] = set<const TypeRef*>();
};
};
};
};
};
void Model::deserialize( XMLloader& loader, istream& file )
{
ModelDef::deserialize( loader, ModelDef( Vector2f(), 0, Vector2f(1,1), 0, 255, 255, 255, 255 ) );
if (childDown != nullptr)
{
delete childDown;
childDown = nullptr;
}
if (childUp != nullptr)
{
delete childUp;
childUp = nullptr;
}
if (sibling != nullptr)
{
delete sibling;
sibling = nullptr;
}
setTexture( loader.load( "ts", (size_t)0 ) );
setColor( sf::Color( clR, clG, clB, clA ) );
loader.nextLine(file);
while( loader.str() != "\\" )
{
bool b = loader.load( "ud", 0 );
Model *m = new Model();
if( b == 0 )
addUp( m );
else
addDown( m );
m->deserialize( loader, file );
loader.nextLine(file);
}
}
