SolarSystem::SolarSystem(vector<SpaceObject> spaceObjects) {
this->spaceObjects.swap(spaceObjects);
assignObjects(planets, "planet");
assignMoons();
}
/**
* Constructor that will add the space objects to the system
* and will also assign them to their respective groups
*/
SolarSystem::SolarSystem(vector<SpaceObject> &spaceObjects) {
this->spaceObjects = spaceObjects;
assignObjects();
assignMoons();
}
/**
* @brief Parser::parse Parses the sentence and creates the trees
* @return the trees
*/
STvector Parser::parse(){
SyntaxTree S(new TNpair(GtSpair(SENTENCE,SyntaxWord()))); //At the beginning, CURRENT is at the true root
std::size_t cutoff = 0;
while(recDescent(S,cutoff)){ //RecDescends based on the CURRENT pointer in the tree
_valid.insert(_valid.end(),S);
if(!findFirstIncomplete(S)) //Sets the CURRENT to the first slowest subtree that has more defs to explore
break; //If it cannot find any more subtrees with more defs to explore, then stop
cutoff = S.leavesBefore();
removePartial(S);
} //As long as recdescent is able to continue making trees
for(std::size_t i = 0; i < _valid.size(); ++i){
_valid[i].shiftToRoot();
assignType(_valid[i]);
attachWords(_valid[i]);
assignHeadWords(_valid[i]);
assignObjects(_valid[i]);
}
removeTrees();
return _valid;
}
