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Copy pathMoveController.cpp
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789 lines (739 loc) · 36.2 KB
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//
// Created by jannik on 02.01.22.
//
#include "MoveController.hpp"
#include <algorithm>
#include <iostream>
MoveController::MoveController(Player* whitePlayer, Player* blackPlayer) {
this->whitePlayer = whitePlayer;
this->blackPlayer = blackPlayer;
}
MoveController::~MoveController() {
for (Move* m : *moveHistory) {
delete(m);
}
moveHistory->clear();
moveHistory->shrink_to_fit();
}
void MoveController::addMoveToHistory(Move* move) {
this->moveHistory->push_back(move);
}
Move* MoveController::getMoveAtIndex(int index) {
if (index >= 0 && index < this->moveHistory->size()) {
if (Move* m = this->moveHistory->at(index)) {
return m;
} else {
return nullptr;
}
} else {
return nullptr;
}
}
Move* MoveController::getLastMove() {
if (this->moveHistory->size() > 0) {
return this->moveHistory->at(this->moveHistory->size()-1);
} else {
return nullptr;
}
}
int MoveController::getMoveCount() {
return this->moveHistory->size();
}
std::vector<Move*>* MoveController::getPseudoLegalMoves(Figure* figure) {
//figure is object of Bishop
if (Bishop* bishop = dynamic_cast<Bishop*>(figure)) {
return getBishopMoves(bishop);
}
//figure is object of King
else if (King* king = dynamic_cast<King*>(figure)) {
return getKingMoves(king);
}
//figure is object of Knight
else if (Knight* knight = dynamic_cast<Knight*>(figure)) {
return getKnightMoves(knight);
}
//figure is object of Pawn
else if (Pawn* pawn = dynamic_cast<Pawn*>(figure)) {
return getPawnMoves(pawn);
}
//figure is object of Queen
else if (Queen* queen = dynamic_cast<Queen*>(figure)) {
return getQueenMoves(queen);
}
//figure is object of Knight
else if (Rook* rook = dynamic_cast<Rook*>(figure)) {
return getRookMoves(rook);
}
//figure is something weird
else {
return nullptr;
}
}
std::vector<Move*>* MoveController::getPseudoLegalMovesForAll(std::vector<Figure*>* figures) {
std::vector<Move*>* allPseudoLegalMoves = new std::vector<Move*>();
for (Figure* figure : *figures) {
std::vector<Move*>* figurePseudoLegalMoves = this->getPseudoLegalMoves(figure);
for (Move* move : *figurePseudoLegalMoves) {
allPseudoLegalMoves->push_back(move);
}
}
std::sort(allPseudoLegalMoves->begin(), allPseudoLegalMoves->end(), [](Move* a, Move* b) -> bool
{
if (a->getEndHorizontalPosition() < b->getEndHorizontalPosition()) return true;
if (a->getEndHorizontalPosition() > b->getEndHorizontalPosition()) return false;
if (a->getEndVerticalPosition() < b->getEndVerticalPosition()) return true;
if (b->getEndVerticalPosition() > b->getEndVerticalPosition()) return false;
return false;
});
return allPseudoLegalMoves;
}
std::vector<Move*>* MoveController::getBishopMoves(Bishop* bishop) {
int figHorizontalPosition = bishop->getHorizontalPosition();
int figVerticalPosition = bishop->getVerticalPosition();
std::vector<Move*>* pseudoLegalMoves = new std::vector<Move*>;
Player* owner;
Player* opponent;
if (bishop->getIsWhite()) {
owner = whitePlayer;
opponent = blackPlayer;
} else {
owner = blackPlayer;
opponent = whitePlayer;
}
//Züge nach rechts oben
int calcHorizontalPosition = figHorizontalPosition;
int calcVerticalPosition = figVerticalPosition;
bool breakPoint = false;
while ((calcHorizontalPosition+1 <= 8) && (calcVerticalPosition+1 <=8) && !breakPoint) {
calcHorizontalPosition++;
calcVerticalPosition++;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(bishop, opponent->getPieceAtPosition(calcHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(bishop, calcHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach links oben
calcHorizontalPosition = figHorizontalPosition;
calcVerticalPosition = figVerticalPosition;
breakPoint = false;
while ((calcHorizontalPosition-1 >= 1) && (calcVerticalPosition+1 <=8) && !breakPoint) {
calcHorizontalPosition--;
calcVerticalPosition++;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(bishop, opponent->getPieceAtPosition(calcHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(bishop, calcHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach rechts unten
calcHorizontalPosition = figHorizontalPosition;
calcVerticalPosition = figVerticalPosition;
breakPoint = false;
while ((calcHorizontalPosition+1 <= 8) && (calcVerticalPosition-1 >= 1) && !breakPoint) {
calcHorizontalPosition++;
calcVerticalPosition--;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(bishop, opponent->getPieceAtPosition(calcHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(bishop, calcHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach links unten
calcHorizontalPosition = figHorizontalPosition;
calcVerticalPosition = figVerticalPosition;
breakPoint = false;
while ((calcHorizontalPosition-1 >= 1) && (calcVerticalPosition-1 >= 1) && !breakPoint) {
calcHorizontalPosition--;
calcVerticalPosition--;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(bishop, opponent->getPieceAtPosition(calcHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(bishop, calcHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
std::sort(pseudoLegalMoves->begin(), pseudoLegalMoves->end(), [](Move* a, Move* b) -> bool
{
if (a->getEndHorizontalPosition() < b->getEndHorizontalPosition()) return true;
if (a->getEndHorizontalPosition() > b->getEndHorizontalPosition()) return false;
if (a->getEndVerticalPosition() < b->getEndVerticalPosition()) return true;
if (b->getEndVerticalPosition() > b->getEndVerticalPosition()) return false;
return false;
});
return pseudoLegalMoves;
}
std::vector<Move*>* MoveController::getKingMoves(King* king) {
int figHorizontalPosition = king->getHorizontalPosition();
int figVerticalPosition = king->getVerticalPosition();
std::vector<Move*>* pseudoLegalMoves = new std::vector<Move*>;
Player* owner;
Player* opponent;
if (king->getIsWhite()) {
owner = whitePlayer;
opponent = blackPlayer;
} else {
owner = blackPlayer;
opponent = whitePlayer;
}
//rechts
if (figHorizontalPosition+1 <= 8) {
//rechts oben
if (figVerticalPosition+1 <= 8 && !owner->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition+1)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition+1)) {
pseudoLegalMoves->push_back(new Capture(king, opponent->getPieceAtPosition(figHorizontalPosition+1, figVerticalPosition+1)));
} else {
pseudoLegalMoves->push_back(new Move(king, figHorizontalPosition+1, figVerticalPosition+1));
}
}
//rechts mittig
if (!owner->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(king, opponent->getPieceAtPosition(figHorizontalPosition+1, figVerticalPosition)));
} else {
pseudoLegalMoves->push_back(new Move(king, figHorizontalPosition+1, figVerticalPosition));
}
}
//rechts unten
if (figVerticalPosition-1 >= 1 && !owner->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition-1)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition-1)) {
pseudoLegalMoves->push_back(new Capture(king, opponent->getPieceAtPosition(figHorizontalPosition+1, figVerticalPosition-1)));
} else {
pseudoLegalMoves->push_back(new Move(king, figHorizontalPosition+1, figVerticalPosition-1));
}
}
}
//links
if (figHorizontalPosition-1 >= 1) {
//links oben
if (figVerticalPosition+1 <= 8 && !owner->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition+1)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition+1)) {
pseudoLegalMoves->push_back(new Capture(king, opponent->getPieceAtPosition(figHorizontalPosition-1, figVerticalPosition+1)));
} else {
pseudoLegalMoves->push_back(new Move(king, figHorizontalPosition-1, figVerticalPosition+1));
}
}
//links mittig
if (!owner->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(king, opponent->getPieceAtPosition(figHorizontalPosition-1, figVerticalPosition)));
} else {
pseudoLegalMoves->push_back(new Move(king, figHorizontalPosition-1, figVerticalPosition));
}
}
//links unten
if (figVerticalPosition-1 >= 1 && !owner->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition-1)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition-1)) {
pseudoLegalMoves->push_back(new Capture(king, opponent->getPieceAtPosition(figHorizontalPosition-1, figVerticalPosition-1)));
} else {
pseudoLegalMoves->push_back(new Move(king, figHorizontalPosition-1, figVerticalPosition-1));
}
}
}
//oben
if (figVerticalPosition+1 <= 8 && !owner->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition+1)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition+1)) {
pseudoLegalMoves->push_back(new Capture(king, opponent->getPieceAtPosition(figHorizontalPosition, figVerticalPosition+1)));
} else {
pseudoLegalMoves->push_back(new Move(king, figHorizontalPosition, figVerticalPosition+1));
}
}
//unten
if (figVerticalPosition-1 >= 1 && !owner->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition-1)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition-1)) {
pseudoLegalMoves->push_back(new Capture(king, opponent->getPieceAtPosition(figHorizontalPosition, figVerticalPosition-1)));
} else {
pseudoLegalMoves->push_back(new Move(king, figHorizontalPosition, figVerticalPosition-1));
}
}
//Castle
if (king ->getMoveCounter() == 0) {
Player* owner;
if (king->getIsWhite()) {
owner = this->whitePlayer;
} else {
owner = this->blackPlayer;
}
if (std::vector<Rook*>* rooks = owner->getRooks()) {
for (Rook* rook : *rooks) {
if (rook->getMoveCounter() == 0) {
int vertPos = king->getVerticalPosition();
if (rook->getHorizontalPosition() == 1) {
if (!whitePlayer->hasFigureOnSquare(2, vertPos) && !whitePlayer->hasFigureOnSquare(3, vertPos) && !whitePlayer->hasFigureOnSquare(4, vertPos) && !blackPlayer->hasFigureOnSquare(2, vertPos) && !blackPlayer->hasFigureOnSquare(3, vertPos) && !blackPlayer->hasFigureOnSquare(4, vertPos)) {
pseudoLegalMoves->push_back(new Castle(king, rook, false));
}
} else { //getHorizontalPosition() == 8
if (!whitePlayer->hasFigureOnSquare(6, vertPos) && !whitePlayer->hasFigureOnSquare(7, vertPos) && !blackPlayer->hasFigureOnSquare(6, vertPos) && !blackPlayer->hasFigureOnSquare(7, vertPos)) {
pseudoLegalMoves->push_back(new Castle(king, rook, true));
}
}
}
}
}
}
std::sort(pseudoLegalMoves->begin(), pseudoLegalMoves->end(), [](Move* a, Move* b) -> bool
{
if (a->getEndHorizontalPosition() < b->getEndHorizontalPosition()) return true;
if (a->getEndHorizontalPosition() > b->getEndHorizontalPosition()) return false;
if (a->getEndVerticalPosition() < b->getEndVerticalPosition()) return true;
if (b->getEndVerticalPosition() > b->getEndVerticalPosition()) return false;
return false;
});
return pseudoLegalMoves;
}
std::vector<Move*>* MoveController::getKnightMoves(Knight* knight) {
int figHorizontalPosition = knight->getHorizontalPosition();
int figVerticalPosition = knight->getVerticalPosition();
std::vector<Move*>* pseudoLegalMoves = new std::vector<Move*>;
Player* owner;
Player* opponent;
if (knight->getIsWhite()) {
owner = whitePlayer;
opponent = blackPlayer;
} else {
owner = blackPlayer;
opponent = whitePlayer;
}
//Züge nach rechts
if (figHorizontalPosition+2 <= 8) {
if (figVerticalPosition+1 <= 8) {
if (!owner->hasFigureOnSquare(figHorizontalPosition+2, figVerticalPosition+1)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition+2, figVerticalPosition+1)) {
pseudoLegalMoves->push_back(new Capture(knight, opponent->getPieceAtPosition(figHorizontalPosition+2, figVerticalPosition+1)));
} else {
pseudoLegalMoves->push_back(new Move(knight, figHorizontalPosition+2, figVerticalPosition+1));
}
}
}
if (figVerticalPosition-1 >= 1) {
if (!owner->hasFigureOnSquare(figHorizontalPosition+2, figVerticalPosition-1)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition+2, figVerticalPosition-1)) {
pseudoLegalMoves->push_back(new Capture(knight, opponent->getPieceAtPosition(figHorizontalPosition+2, figVerticalPosition-1)));
} else {
pseudoLegalMoves->push_back(new Move(knight, figHorizontalPosition+2, figVerticalPosition-1));
}
}
}
}
//Züge nach links
if (figHorizontalPosition-2 >= 1) {
if (figVerticalPosition+1 <= 8) {
if (!owner->hasFigureOnSquare(figHorizontalPosition-2, figVerticalPosition+1)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition-2, figVerticalPosition+1)) {
pseudoLegalMoves->push_back(new Capture(knight, opponent->getPieceAtPosition(figHorizontalPosition-2, figVerticalPosition+1)));
} else {
pseudoLegalMoves->push_back(new Move(knight, figHorizontalPosition-2, figVerticalPosition+1));
}
}
}
if (figVerticalPosition-1 >= 1) {
if (!owner->hasFigureOnSquare(figHorizontalPosition-2, figVerticalPosition-1)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition-2, figVerticalPosition-1)) {
pseudoLegalMoves->push_back(new Capture(knight, opponent->getPieceAtPosition(figHorizontalPosition-2, figVerticalPosition-1)));
} else {
pseudoLegalMoves->push_back(new Move(knight, figHorizontalPosition-2, figVerticalPosition-1));
}
}
}
}
//Züge nach oben
if (figVerticalPosition+2 <= 8) {
if (figHorizontalPosition+1 <= 8) {
if (!owner->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition+2)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition+2)) {
pseudoLegalMoves->push_back(new Capture(knight, opponent->getPieceAtPosition(figHorizontalPosition+1, figVerticalPosition+2)));
} else {
pseudoLegalMoves->push_back(new Move(knight, figHorizontalPosition+1, figVerticalPosition+2));
}
}
}
if (figHorizontalPosition-1 >= 1) {
if (!owner->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition+2)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition+2)) {
pseudoLegalMoves->push_back(new Capture(knight, opponent->getPieceAtPosition(figHorizontalPosition-1, figVerticalPosition+2)));
} else {
pseudoLegalMoves->push_back(new Move(knight, figHorizontalPosition-1, figVerticalPosition+2));
}
}
}
}
//Züge nach unten
if (figVerticalPosition-2 >= 1) {
if (figHorizontalPosition+1 <= 8) {
if (!owner->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition-2)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition-2)) {
pseudoLegalMoves->push_back(new Capture(knight, opponent->getPieceAtPosition(figHorizontalPosition+1, figVerticalPosition-2)));
} else {
pseudoLegalMoves->push_back(new Move(knight, figHorizontalPosition+1, figVerticalPosition-2));
}
}
}
if (figHorizontalPosition-1 >= 1) {
if (!owner->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition-2)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition-2)) {
pseudoLegalMoves->push_back(new Capture(knight, opponent->getPieceAtPosition(figHorizontalPosition-1, figVerticalPosition-2)));
} else {
pseudoLegalMoves->push_back(new Move(knight, figHorizontalPosition-1, figVerticalPosition-2));
}
}
}
}
std::sort(pseudoLegalMoves->begin(), pseudoLegalMoves->end(), [](Move* a, Move* b) -> bool
{
if (a->getEndHorizontalPosition() < b->getEndHorizontalPosition()) return true;
if (a->getEndHorizontalPosition() > b->getEndHorizontalPosition()) return false;
if (a->getEndVerticalPosition() < b->getEndVerticalPosition()) return true;
if (b->getEndVerticalPosition() > b->getEndVerticalPosition()) return false;
return false;
});
return pseudoLegalMoves;
}
std::vector<Move*>* MoveController::getPawnMoves(Pawn* pawn) {
int figHorizontalPosition = pawn->getHorizontalPosition();
int figVerticalPosition = pawn->getVerticalPosition();
std::vector<Move*>* pseudoLegalMoves = new std::vector<Move*>;
Player* owner;
Player* opponent;
if (pawn->getIsWhite()) {
owner = whitePlayer;
opponent = blackPlayer;
} else {
owner = blackPlayer;
opponent = whitePlayer;
}
if (pawn->getIsWhite()) {
//normaler Zug: eins vorwärts
if (!owner->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition+1) && !opponent->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition+1)) {
pseudoLegalMoves->push_back(new Move(pawn, figHorizontalPosition, figVerticalPosition+1));
}
//noch nicht gezogen: zwei vorwärts
if (pawn->getMoveCounter() == 0 && !owner->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition+2) && !opponent->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition+2) && !owner->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition+1) && !opponent->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition+1)) {
pseudoLegalMoves->push_back(new Move(pawn, figHorizontalPosition, figVerticalPosition+2));
}
//gegnerische Figur (diagonal links) schlagen
if (opponent->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition+1)) {
pseudoLegalMoves->push_back(new Capture(pawn, opponent->getPieceAtPosition(figHorizontalPosition-1, figVerticalPosition+1)));
}
//gegnerische Figur (diagonal rechts) schlagen
if (opponent->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition+1)) {
pseudoLegalMoves->push_back(new Capture(pawn, opponent->getPieceAtPosition(figHorizontalPosition+1, figVerticalPosition+1)));
}
//en Passant
if (Move* lastMove = this->getLastMove()) {
Figure* lastFigure = lastMove->getFigure();
if (Pawn* lastPawn = dynamic_cast<Pawn*>(lastFigure)) {
if ((lastMove->getStartHorizontalPosition() == pawn->getHorizontalPosition()+1) || (lastMove->getStartHorizontalPosition() == pawn->getHorizontalPosition()-1)) {
if ((lastMove->getEndHorizontalPosition() == pawn->getHorizontalPosition()+1) || (lastMove->getEndHorizontalPosition() == pawn->getHorizontalPosition()-1)) {
if ((lastMove->getStartVerticalPosition() == pawn->getVerticalPosition()+2) && (lastMove->getEndVerticalPosition() == pawn->getVerticalPosition())) {
pseudoLegalMoves->push_back(new EnPassant(pawn, lastPawn, pawn->getVerticalPosition()+1));
}
}
}
}
}
} else { //this->getIsWhite() == false
//normaler Zug: eins vorwärts
if (!owner->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition-1) && !opponent->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition-1)) {
pseudoLegalMoves->push_back(new Move(pawn, figHorizontalPosition, figVerticalPosition-1));
}
//noch nicht gezogen: zwei vorwärts
if (pawn->getMoveCounter() == 0 && !owner->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition-2) && !opponent->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition-2) && !owner->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition-1) && !opponent->hasFigureOnSquare(figHorizontalPosition, figVerticalPosition-1)) {
pseudoLegalMoves->push_back(new Move(pawn, figHorizontalPosition, figVerticalPosition-2));
}
//gegnerische Figur (diagonal links) schlagen
if (opponent->hasFigureOnSquare(figHorizontalPosition-1, figVerticalPosition-1)) {
pseudoLegalMoves->push_back(new Capture(pawn, opponent->getPieceAtPosition(figHorizontalPosition-1, figVerticalPosition-1)));
}
//gegnerische Figur (diagonal rechts) schlagen
if (opponent->hasFigureOnSquare(figHorizontalPosition+1, figVerticalPosition-1)) {
pseudoLegalMoves->push_back(new Capture(pawn, opponent->getPieceAtPosition(figHorizontalPosition+1, figVerticalPosition-1)));
}
//en Passant
if (Move* lastMove = this->getLastMove()) {
Figure* lastFigure = lastMove->getFigure();
if (Pawn* lastPawn = dynamic_cast<Pawn*>(lastFigure)) {
if ((lastMove->getStartHorizontalPosition() == pawn->getHorizontalPosition()+1) || (lastMove->getStartHorizontalPosition() == pawn->getHorizontalPosition()-1)) {
if ((lastMove->getEndHorizontalPosition() == pawn->getHorizontalPosition()+1) || (lastMove->getEndHorizontalPosition() == pawn->getHorizontalPosition()-1)) {
if ((lastMove->getStartVerticalPosition() == pawn->getVerticalPosition()-2) && (lastMove->getEndVerticalPosition() == pawn->getVerticalPosition())) {
pseudoLegalMoves->push_back(new EnPassant(pawn, lastPawn, pawn->getVerticalPosition()-1));
}
}
}
}
}
}
std::sort(pseudoLegalMoves->begin(), pseudoLegalMoves->end(), [](Move* a, Move* b) -> bool
{
if (a->getEndHorizontalPosition() < b->getEndHorizontalPosition()) return true;
if (a->getEndHorizontalPosition() > b->getEndHorizontalPosition()) return false;
if (a->getEndVerticalPosition() < b->getEndVerticalPosition()) return true;
if (b->getEndVerticalPosition() > b->getEndVerticalPosition()) return false;
return false;
});
return pseudoLegalMoves;
}
std::vector<Move*>* MoveController::getQueenMoves(Queen* queen) {
int figHorizontalPosition = queen->getHorizontalPosition();
int figVerticalPosition = queen->getVerticalPosition();
std::vector<Move*>* pseudoLegalMoves = new std::vector<Move*>;
Player* owner;
Player* opponent;
if (queen->getIsWhite()) {
owner = whitePlayer;
opponent = blackPlayer;
} else {
owner = blackPlayer;
opponent = whitePlayer;
}
//Züge nach rechts oben
int calcHorizontalPosition = figHorizontalPosition;
int calcVerticalPosition = figVerticalPosition;
bool breakPoint = false;
while ((calcHorizontalPosition+1 <= 8) && (calcVerticalPosition+1 <=8) && !breakPoint) {
calcHorizontalPosition++;
calcVerticalPosition++;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(queen, opponent->getPieceAtPosition(calcHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(queen, calcHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach links oben
calcHorizontalPosition = figHorizontalPosition;
calcVerticalPosition = figVerticalPosition;
breakPoint = false;
while ((calcHorizontalPosition-1 >= 1) && (calcVerticalPosition+1 <=8) && !breakPoint) {
calcHorizontalPosition--;
calcVerticalPosition++;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(queen, opponent->getPieceAtPosition(calcHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(queen, calcHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach rechts unten
calcHorizontalPosition = figHorizontalPosition;
calcVerticalPosition = figVerticalPosition;
breakPoint = false;
while ((calcHorizontalPosition+1 <= 8) && (calcVerticalPosition-1 >= 1) && !breakPoint) {
calcHorizontalPosition++;
calcVerticalPosition--;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(queen, opponent->getPieceAtPosition(calcHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(queen, calcHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach links unten
calcHorizontalPosition = figHorizontalPosition;
calcVerticalPosition = figVerticalPosition;
breakPoint = false;
while ((calcHorizontalPosition-1 >= 1) && (calcVerticalPosition-1 >= 1) && !breakPoint) {
calcHorizontalPosition--;
calcVerticalPosition--;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(queen, opponent->getPieceAtPosition(calcHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(queen, calcHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach rechts
calcHorizontalPosition = figHorizontalPosition;
breakPoint = false;
while ((calcHorizontalPosition+1) <= 8 && !breakPoint) {
calcHorizontalPosition++;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, figVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, figVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(queen, opponent->getPieceAtPosition(calcHorizontalPosition, figVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(queen, calcHorizontalPosition, figVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach links
calcHorizontalPosition = figHorizontalPosition;
breakPoint = false;
while ((calcHorizontalPosition-1) >= 1 && !breakPoint) {
calcHorizontalPosition--;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, figVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, figVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(queen, opponent->getPieceAtPosition(calcHorizontalPosition, figVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(queen, calcHorizontalPosition, figVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach oben
calcVerticalPosition = figVerticalPosition;
breakPoint = false;
while ((calcVerticalPosition+1) <= 8 && !breakPoint) {
calcVerticalPosition++;
if (!owner->hasFigureOnSquare(figHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(queen, opponent->getPieceAtPosition(figHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(queen, figHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach unten
calcVerticalPosition = figVerticalPosition;
breakPoint = false;
while ((calcVerticalPosition-1) >= 1 && !breakPoint) {
calcVerticalPosition--;
if (!owner->hasFigureOnSquare(figHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(queen, opponent->getPieceAtPosition(figHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(queen, figHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
std::sort(pseudoLegalMoves->begin(), pseudoLegalMoves->end(), [](Move* a, Move* b) -> bool
{
if (a->getEndHorizontalPosition() < b->getEndHorizontalPosition()) return true;
if (a->getEndHorizontalPosition() > b->getEndHorizontalPosition()) return false;
if (a->getEndVerticalPosition() < b->getEndVerticalPosition()) return true;
if (b->getEndVerticalPosition() > b->getEndVerticalPosition()) return false;
return false;
});
return pseudoLegalMoves;
}
std::vector<Move*>* MoveController::getRookMoves(Rook* rook) {
int figHorizontalPosition = rook->getHorizontalPosition();
int figVerticalPosition = rook->getVerticalPosition();
std::vector<Move*>* pseudoLegalMoves = new std::vector<Move*>;
Player* owner;
Player* opponent;
if (rook->getIsWhite()) {
owner = whitePlayer;
opponent = blackPlayer;
} else {
owner = blackPlayer;
opponent = whitePlayer;
}
//Züge nach rechts
int calcHorizontalPosition = figHorizontalPosition;
bool breakPoint = false;
while ((calcHorizontalPosition+1) <= 8 && !breakPoint) {
calcHorizontalPosition++;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, figVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, figVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(rook, opponent->getPieceAtPosition(calcHorizontalPosition, figVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(rook, calcHorizontalPosition, figVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach links
calcHorizontalPosition = figHorizontalPosition;
breakPoint = false;
while ((calcHorizontalPosition-1) >= 1 && !breakPoint) {
calcHorizontalPosition--;
if (!owner->hasFigureOnSquare(calcHorizontalPosition, figVerticalPosition)) {
if (opponent->hasFigureOnSquare(calcHorizontalPosition, figVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(rook, opponent->getPieceAtPosition(calcHorizontalPosition, figVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(rook, calcHorizontalPosition, figVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach oben
int calcVerticalPosition = figVerticalPosition;
breakPoint = false;
while ((calcVerticalPosition+1) <= 8 && !breakPoint) {
calcVerticalPosition++;
if (!owner->hasFigureOnSquare(figHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(rook, opponent->getPieceAtPosition(figHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(rook, figHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
//Züge nach unten
calcVerticalPosition = figVerticalPosition;
breakPoint = false;
while ((calcVerticalPosition-1) >= 1 && !breakPoint) {
calcVerticalPosition--;
if (!owner->hasFigureOnSquare(figHorizontalPosition, calcVerticalPosition)) {
if (opponent->hasFigureOnSquare(figHorizontalPosition, calcVerticalPosition)) {
pseudoLegalMoves->push_back(new Capture(rook, opponent->getPieceAtPosition(figHorizontalPosition, calcVerticalPosition)));
breakPoint = true;
} else {
pseudoLegalMoves->push_back(new Move(rook, figHorizontalPosition, calcVerticalPosition));
}
} else {
breakPoint = true;
}
}
std::sort(pseudoLegalMoves->begin(), pseudoLegalMoves->end(), [](Move* a, Move* b) -> bool
{
if (a->getEndHorizontalPosition() < b->getEndHorizontalPosition()) return true;
if (a->getEndHorizontalPosition() > b->getEndHorizontalPosition()) return false;
if (a->getEndVerticalPosition() < b->getEndVerticalPosition()) return true;
if (b->getEndVerticalPosition() > b->getEndVerticalPosition()) return false;
return false;
});
return pseudoLegalMoves;
}
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