THIS::THIS(XmlElement* h):Element(h){
/* attributes */
createAttribute(attrib_id,"id");
createAttribute(attrib_name,"name");
/** children**/
buildChildren(Types());
/** other **/
Bool_array* bool_array =0;
Float_array* float_array =0;
IDREF_array* idref_array =0;
Int_array* int_array =0;
Name_array* name_array =0;
SIDREF_array* sidref_array =0;
Token_array* token_array =0;
if(queryElement(bool_array)){type = BOOL_ARRAY;}
if(queryElement(float_array)){type = FLOAT_ARRAY;}
if(queryElement(idref_array)){type = IDREF_ARRAY;}
if(queryElement(int_array)){type = INT_ARRAY;}
if(queryElement(name_array)){type = NAME_ARRAY;}
if(queryElement(sidref_array)){type = SIDREF_ARRAY;}
if(queryElement(token_array)){type = TOKEN_ARRAY;}
}
THIS::THIS(XmlElement* h):Element(h) {
/* children */
buildChildren(Types());
/* attributes */
}
void VDirectoryTree::handleItemExpanded(QTreeWidgetItem *p_item)
{
if (p_item) {
buildChildren(p_item);
VDirectory *dir = getVDirectory(p_item);
dir->setExpanded(true);
}
}
THIS::THIS(XmlElement* h):Element(h) {
/* attributes */
createAttribute(attrib_id,"id");
createAttribute(attrib_name,"name");
/** children**/
buildChildren(Types());
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
createAttribute(attrib_count,"count");
/** children**/
buildChildren(Types());
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
createAttribute(attrib_enable,"enable");
createAttribute(attrib_sid,"sid");
createAttribute(attrib_name,"name");
/* children */
buildChildren(Types());
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
createAttribute(attrib_name ,"name");
createAttribute(attrib_count,"count");
createAttribute(attrib_material,"material");
/* children */
buildChildren(Types());
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
createAttribute(attrib_link,"link");
/* children */
buildChildren(Types());
/* data */
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
createAttribute(attrib_ref,"ref");
createAttribute(attrib_pass,"pass");
/* children */
buildChildren(Types());
/* data */
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
createAttribute(attrib_texture,"texture");
createAttribute(attrib_texcoord,"texcoord");
/* children */
buildChildren(Types());
/* data */
}
THIS::THIS(XmlElement* h):Element(h) {
/* attributes */
createAttribute(attrib_id,"id");
createAttribute(attrib_platform,"platform");
/* children */
buildChildren(Types());
/* data */
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
createAttribute(attrib_source,"source");
createAttribute(attrib_operand,"operand",Enum::SRC_ALPHA);
createAttribute(attrib_sampler,"sampler");
/* children */
buildChildren(Types());
/* data */
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
/* children */
buildChildren(Types());
/* data */
if(handle){
data = handle->getText();
}
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
/* children */
buildChildren(Types());
/* data */
XmlElement* element = handle;
if(element){
Utils::fromString(data,element->getText());
}
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
createAttribute(attrib_sid,"sid");
createAttribute(attrib_name,"name");
createAttribute(attrib_constraint,"constraint");
/* children */
buildChildren(Types());
/* data */
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
createAttribute(attrib_index,"index");
createAttribute(attrib_slice,"slice");
createAttribute(attrib_mip,"mip");
createAttribute(attrib_face,"face");
/* children */
buildChildren(Types());
/* data */
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
if(handle){
std::string str;
str = handle->getText();
if(str == "true"){
attrib_closed = true;
}
else{
attrib_closed = false;
}
}
/* children */
buildChildren(Types());
}
void OmokAI::normalSearch()
{
Position w = _game->getPreviousWhite();
auto iter = _root->children.find(w);
if (iter == _root->children.cend()) {
_root->state->set(Piece::createWhite(w));
_root->children.clear();
} else {
_root = iter->second;
}
double alpha = -std::numeric_limits<double>::infinity();
double beta = std::numeric_limits<double>::infinity();
std::shared_ptr<OmokNode> maxOmokNode;
Position maxMove(-1, -1);
if (!_root->state->isWin()) {
if (_root->children.size() == 0) {
buildChildren(_root, 0);
}
for (auto &node : _root->children) {
double a = alphabeta(node.second, alpha, beta, 1);
if (a > alpha) {
alpha = a;
maxOmokNode = node.second;
maxMove = node.first;
}
if (beta <= alpha) { // beta cut-off
break;
}
}
assert(_game->isBlackTurn());
_game->put(maxMove);
assert(maxOmokNode);
_root = maxOmokNode;
}
}
double OmokAI::alphabeta(std::shared_ptr<OmokNode> node, double alpha, double beta, size_t depth)
{
size_t size = _game->getBoardSize();
if (depth == _depth || node->state->isWin()) {
return node->state->getScore();
/*if (depth % 2 == 1) {
return node->state->getBlackScore();
}
else {
return -node->state->getWhiteScore();
}*/
} else {
if (node->children.size() == 0) {
buildChildren(node, depth);
}
if (depth % 2 == 0) { //maximizing
for (auto &node : node->children) {
double a = alphabeta(node.second, alpha, beta, depth + 1);
alpha = a > alpha? a : alpha;
if (beta <= alpha) { // beta cut-off
break;
}
}
return alpha;
} else { // minimizing
for (auto &node : node->children) {
double b = alphabeta(node.second, alpha, beta, depth + 1);
beta = b < beta ? b : beta;
if (beta <= alpha) { // beta cut-off
break;
}
}
return beta;
}
}
}
THIS::THIS(XmlElement* h):Element(h){
/* attributes */
/* children */
buildChildren(Types());
/* data */
XmlElement* element = handle;
if(element){
std::string str = element->getText();
/*remove spaces*/
while(str.find(" ") != std::string::npos)
{
str.replace(str.find(" "), 1, "");
}
/*default*/
data = Enum::LINEAR;
if(str == "NEAREST"){
data = Enum::NEAREST;
}
}
}
void ZDLInterface::sendSignals(){
rebuild();
emit buildParent(this);
emit buildChildren(this);
}
void ZDLInterface::writeConfig(){
rebuild();
emit buildChildren(this);
}
