// ----------------------------------------------------------------------------
int main(int argc, char** argv) {
DBG("[Lesson 5]: C Style 5");
Square square;
SquareCtor(&square, 10, 10);
square.print();
WRN("Square area: %.2f", square.area(&square));
/**
* What we want to happen is that the print() activation of the Shape pointer
* will activate the print() function of the Square object which its pointing to.
*/
Shape* ptr = reinterpret_cast<Shape*>(&square);
ptr->print(); // expected polymorphism
DBG("[Lesson 5]: C Style 5 [END]");
return 0;
}
//Referenced brinkmwj's update method to create mine, modified it to work with mouse input
void HW_02App::update()
{
Square* cur = mSquare_;
Vec2f center = kUnitX*width/2.0 + kUnitY*height/2.0;
if(mIsPressed){
cur->update(mMouseLoc, width/4.0);
}
if(cur != NULL && mIsPressed){
do {
cur->update(mMouseLoc, width/4.0);
cur = cur->next_;
} while (cur != mSquare_);
}
frame_number_++;
}
int main() {
Square square;
square.draw();
square.virtual_draw();
std::cout << std::endl;
Shape* triangle = new Triangle();
triangle->draw();
triangle->virtual_draw();
std::cout << std::endl;
WeirdShape weird;
weird.virtual_draw();
system("PAUSE");
return EXIT_SUCCESS;
}
int main()
{
Rectangle r (5,3);
cout << "Width is " ;
cout << r.get_width() << endl;
cout << "Length is ";
cout << r.get_length() << endl;
cout << "Area is ";
cout << r.get_area() << endl;
return 1;
Square s (5);
cout << "Square Length is ";
cout << s.get_length() << endl;
cout << "Square Area is ";
cout << s.get_area() << endl;
return 1;
}
void Grid::printGrid()
{
for(int yPos = 0; yPos < height ; yPos++)
{
for(int xPos = 0; xPos < width ; xPos++)
{
Square* testSquare = grid[xPos + (yPos * width)];
if(testSquare->getCurrentState())
{
std::cout << "█" ;
}
else
{
std::cout << "•";
}
}
std::cout << std::endl;
}
}
/// Calls rollDice() and calculates the destination square
/// Passes these too executeMove().
bool SnakesAndLadders::getMove() {
// Setup a pointer to the current player and the square they are on.
SLPlayer* player = dynamic_cast<SLPlayer*>(players[currentPlayer]);
Coord current = dynamic_cast<SrcPiece&>(player->getPiece(0)).getSource();
Square* srcSquare = &grid[current.y][current.x];
// Prompt the user to roll.
cout << "Press enter to roll a dice and make your move\n";
cin.get();
int roll = rollDice();
int total=roll;
// Unsuspend the player if they roll a 6.
if(roll == 6) {
player->suspended = false;
}
// Roll again if a 6 is rolled.
while((roll % 6 == 0) && (total != 6*3)) {
cout << "You rolled a " << roll << " go again\n";
cin.get();
roll = rollDice();
total += roll;
}
if(roll != 6) cout << "You rolled a " << roll << "\n";
if(total == 6*3) {
player->suspended = true;
executeMove(srcSquare, squareRefs[0]);
cout << "You rolled 3 sucessive 6s.\n";
} else if(!player->suspended) {
total = total + srcSquare->getIdentifier()-1;
total = total > 100 ? 100 - (total % 100) : total;
this->executeMove(srcSquare, squareRefs[total-1]);
} else {
cout << "You are suspended until you roll a 6\n";
}
// Switch Player.
currentPlayer=(currentPlayer+1)%(amountOfPlayers);
return true;
}
void ChessBoard::initializeBoard() {
for( int i = 0; i < BOARD_WIDTH_HEIGHT; ++i ) {
for( int j = 0; j < BOARD_WIDTH_HEIGHT; ++j ) {
PieceColor squareColor;
if( (i+j) % 2 == 0 ) squareColor = WHITE;
else squareColor = BLACK;
Square* sq = &board[i][j];
sq->color = squareColor;
if( i < 2 || i > 5 ) {
PieceColor color;
if( i < 2 ) color = BLACK;
else color = WHITE;
PieceType type;
if( i == 0 || i == 7 ) type = getPieceType( j );
else type = PAWN;
Piece* piece = new Piece( type, color, true );
piece->x = j;
piece->y = i;
sq->setPiece( piece );
if( i < 2 ) blackPieces.push_back( piece );
else whitePieces.push_back( piece );
} else {
sq->setPiece(NULL);
}
sq->x = j;
sq->y = i;
}
}
}
int main(int argc, char* argv[])
{
double l,l2;
cout << "Length=";
cin >> l;
Square p1(l);
Cube p2(l);
Square *pp;
pp = &p1;
pp->print();
pp->Space(l);
pp = &p2;
pp->print();
pp->Space(l);
Cube p3(1);
p2 = p3;
p2.print();
system("pause");
return 0;
}
void Board::print_board()
{
printf("\nPlayer to move: %s\n", current_player == Square::BLACK ? "BLACK" : "WHITE");
const char* hyphens = std::string(SQUARE_DIMENSION * 6 - 1, '-').c_str();
printf(" %s\n", hyphens);
for (int y = SQUARE_DIMENSION - 1; y >= 0; --y)
{
for (int x = 0; x < SQUARE_DIMENSION; ++x)
{
Square* sq = (*board)[x][y];
printf("| %s%-2d ", sq->get_occupant() == Square::BLACK ? "B" : (sq->get_occupant() == Square::WHITE ? "W" : "E"), sq->get_num_stones());
}
printf("|\n");
}
printf(" %s\n", hyphens);
}
void HW_02App::draw()
{
gl::clear( Color( 0, 0, 0 ), true );
if((frame_number_ <=1) || mDrawImage){
mDrawImage = true;
gl::clear( Color( 0, 0, 0 ), true );
gl::drawString("Welcome to The Royal Society for Putting Things on Top of Other Things", Vec2f (20,200), Color(0.0f,1.0f,0.0f), *f);
gl::drawString("Press '?' to continue...", Vec2f (20,230), Color(0.0f,1.0f,0.0f), *f);
}
else{
Square* cur = mSquare_;
if(cur != NULL){
do {
cur->draw();
cur = cur->next_;
} while (cur != mSquare_);
}
}
}
void Grid::updateLoop()
{
for(int yPos = 0; yPos < height ; yPos++)
{
for(int xPos = 0; xPos < width ; xPos++)
{
Square* testSquare = getSquareByXY(xPos, yPos);
int indexNum = testSquare->getIndexNum();
int neighbours = findNeighbours(indexNum);
bool alive = testSquare->getCurrentState();
if (alive && (neighbours < 2 || neighbours > 3))
{
testSquare->setShouldFlip();
}
else if (!alive && neighbours == 3)
{
testSquare->setShouldFlip();
}
}
}
}
bool Shot::willCollid(Square square, int x, int y) {
if ((box.x + x == square.getx()) or ((box.x + x > square.getx()) and (box.x + x < (square.getx() + square.getw())))
or ((square.getx() > box.x + x) and (square.getx() < (box.x + x + box.w))))
if ((box.y + y <= square.gety()) and (box.y + y + box.h >= square.gety()))
return true;
return false;
};
bool AttackCommand::undo(Chessboard &board)
{
Square *to = board.squareAt(fromSquare());
Square *from = board.squareAt(toSquare());
if (!to->isEmpty())
{
qCritical() << "Runtime error: square is not empty";
return false;
}
if (from->isEmpty())
{
qCritical() << "Runtime error: square is empty";
return false;
}
Piece* movedePiece = from->piece();
undoMarkingAsMoved(*movedePiece);
board.removePiece(movedePiece);
board.putPiece(to, movedePiece);
board.putPiece(from, m_killedPiece);
m_killedPiece = nullptr;
qDebug() << "Attack (Undo): " << Chess::toString(movedePiece->type()) << " " << from->toStr() << ":" << to->toStr();
return true;
}
int main(){
Rectangle R;
R.set_Length(5);
R.set_Width(6);
cout<<"Rectangle :";
R.get_Length();
cout<<"Rectangle :";
R.get_Width();
R.cal_Area();
Square S;
S.set_Length(8);
cout<<"Square :";
S.get_Length();
S.cal_Area();
Parellelogram P;
P.set_Length(4);
cout<<"Parellolgram :";
P.get_Length();
P.set_Height(3);
cout<<"Parellolgram :";
P.get_Height();
P.cal_Area();
Trapezoid T;
T.set_Base1(3);
cout<<"Trapezoid :";
T.get_Base1();
T.set_Base2(4);
cout<<"Trapezoid :";
T.get_Base2();
T.set_Height(2);
cout<<"Trapezoid :";
T.get_Height();
T.cal_Area();
return 0;
}
bool Square::intersects(Square square, vector<Coordinate> & pos){
vector<double> boundingRectanglePoints;
Square boundingRectangle = getBoundingRectangle(square, boundingRectanglePoints);
if ((boundingRectangle.getWidth() < getWidth() + square.getWidth())
&& (boundingRectangle.getHeight() < getHeight() + square.getHeight())){
pos.push_back(Coordinate(max(LB.getX(), square.getLB().getX()), max(LB.getY(), square.getLB().getY())));
pos.push_back(Coordinate(min(RA.getX(), square.getRA().getX()), min(RA.getY(), square.getRA().getY())));
//cout << "height bounding rectangle: " << abs(pos[1].getY() - pos[0].getY()) << endl;
//cout << "height first rectangle: " << getHeight() << endl;
if (abs(pos[1].getY() - pos[0].getY()) >= getHeight() || abs(pos[1].getY() - pos[0].getY()) >= square.getHeight()){
pos.push_back(Coordinate(pos[0].getX(), pos[0].getY() + boundingRectangle.getHeight()));
pos.push_back(Coordinate(pos[1].getX(), pos[1].getY() - boundingRectangle.getHeight()));
}
return true;
}
else {
return false;
}
}
void MainWindowController::slotClickDefSquare(SquareScene* square) {
Square* selectedSq = grid.getSquare(square->getX(),square->getY());
switch(selectedSq->getWordCount()) {
case 0:
if(selected != QPoint(-1,-1))
nextSquare();
break;
case 1:
case 2:
if(selected == QPoint(-1,-1)) {
select(square->getX(),square->getY(), selectedSq, square->getLower());
}
else {
int x1 = selected.x();
int x2 = selected.y();
bool lower2 = selectedLower;
unselect();
if( x1 != square->getX() || x2 != square->getY() || square->getLower() != lower2)
select(square->getX(),square->getY(), selectedSq, square->getLower());
}
break;
}
}
int Grid::findNeighbours(int indexNum)
{
int x,y;
getXYofSquare(&x, &y, indexNum);
int totalNeighbours = 0;
Square* neighbour;
for(int yPos=std::max(0, y - 1); yPos <= y + 1 && yPos < height; yPos++)
{
for(int xPos=std::max(0, x - 1); xPos <= x + 1 && xPos < width; xPos++)
{
if (xPos == x && yPos == y)
{
continue;
}
neighbour = getSquareByXY(xPos, yPos);
if (neighbour->getCurrentState())
{
totalNeighbours++;
}
}
}
return totalNeighbours;
}
int main()
{
Square box; // box is defined as an object of the Square class
float size; // size contains the length of a side of the square
// FILL IN THE CLIENT CODE THAT WILL ASK THE USER FOR THE LENGTH OF THE SIDE
// OF THE SQUARE. (This is stored in size)
cout << "Please input the length of the side of the square\n";
cin >> size;
// FILL IN THE CODE THAT CALLS SetSide.
box.setSide(size);
// FILL IN THE CODE THAT WILL RETURN THE AREA FROM A CALL TO A FUNCTION
// AND PRINT OUT THE AREA TO THE SCREEN
cout << "The area of the square is " << box.findArea() << '\n';
// FILL IN THE CODE THAT WILL RETURN THE PERIMETER FROM A CALL TO A
// FUNCTION AND PRINT OUT THAT VALUE TO THE SCREEN
cout << "The perimeter of the square is " << box.findPerimeter() << '\n';
return 0;
}
//Move squares that falls after deletion of an other squares.
//These squares are added into a list of lists (squares) by a GameBoard object after deleting a square.
//If the first square of each list hits something, the complete list is added to the gameboard and deleted from squares
void Game::moveOtherSquares(GameBoard *board)
{
int pos = 0;
std::vector<int> delvec;
if (!this->squares->empty())
{
//Move the square one position down
for (auto list = this->squares->begin(); list != this->squares->end(); list++)
{
Square *fall = (*list)->at(0);
//If collision then add to the gameboard and delete it from the vector
if (DetectCollision(fall, board).Down)
{
delvec.push_back(pos);
for (auto i = (*list)->begin(); i != (*list)->end(); i++)
{
board->addToBoard(*i);
}
}
else
{
for (auto i = (*list)->begin(); i != (*list)->end(); i++)
{
Square *s = *i;
s->SetY(s->GetY() + s->GetSize());
}
}
pos++;
}
//Delete the once added to the board
for (auto i = delvec.rbegin(); i != delvec.rend(); i++)
{
this->squares->erase(this->squares->begin() + *i);
}
}
}
//------------------------------------------------------------------------------
// RUSR (user rebus grid)
//------------------------------------------------------------------------------
bool LoadRUSR(Puzzle * puz, const std::string & data)
{
// RUSR is a series of strings (each nul-terminated) that represent any
// user grid rebus entries. If the rebus is a symbol, it is enclosed
// in '[' ']'.
std::istringstream stream(data);
istream_wrapper f(stream);
for (Square * square = puz->GetGrid().First();
square != NULL;
square = square->Next())
{
std::string str = f.ReadString();
if (str.empty())
continue;
square->SetText(decode_puz(str));
}
if (! f.CheckEof())
return false;
return true;
}
Bitboard SEE::extractShadowAttacker(const Position& position,
Bitboard bb,
Square from,
Square to) {
Direction dir = from.dir(to);
if (dir >= Direction::EndS) {
return bb;
}
Bitboard occ = nosseOr(position.getBOccupiedBitboard(),
position.getWOccupiedBitboard());
RotatedBitboard occ90 = position.get90RotatedBitboard();
RotatedBitboard occR45 = position.getRight45RotatedBitboard();
RotatedBitboard occL45 = position.getLeft45RotatedBitboard();
Bitboard masked;
switch (dir) {
case Direction::Up:
case Direction::Down:
masked = MoveTables::ver(occ, from);
break;
case Direction::Left:
case Direction::Right:
masked = MoveTables::hor(occ90, from);
break;
case Direction::RightUp:
case Direction::LeftDown:
masked = MoveTables::diagR45(occR45, to);
break;
case Direction::LeftUp:
case Direction::RightDown:
masked = MoveTables::diagL45(occL45, to);
break;
default:
ASSERT(false);
}
BB_EACH(square, masked) {
Piece piece = position.getPieceOnBoard(square);
if (square.dir(from) == dir && MoveTables::isMovableInLongStep(piece, dir)) {
bb.set(square);
break;
}
}
void Table::push(Square A){
int key = (A.getMainColor().R) % 100;
if (head[key].chain == NULL){
ChainElem *newel = new ChainElem;
newel->next = NULL;
newel->sqaure = A;
head[key].chain = newel;
}
else {
ChainElem *newel = new ChainElem;
newel = head[key].chain;
while (newel->next != NULL){
newel = newel->next;
}
ChainElem *newell = new ChainElem;
newell->next = NULL;
newell->sqaure = A;
newel->next = newell;
}
}
bool LevelManager::quakeSquare(int hit, int wid){
Square *victim = game->getSquare(wid,hit);
Structure *killStruct = game->getStructure("Ru");
if(victim->getImage() != "Ca"){
victim->setStruct(killStruct);
victim->setAddition("No");
victim->setType("Ca");
victim->setImage("Ca");
//SquareLabel *vicLbl = victim->getLabel();
//int size = GuiManager::instance().getUi()->gridLayoutWidget->width()/game->getSize()/2;
//QSize size1(size,size);
//vicLbl->setPixmap(GuiManager::instance().setmap(victim,size1));
return true;
}
else{
return false;
}
}
void Square::getIntersection(Square other, vector<Coordinate> & pos){
vector<double> boundingRectanglePoints;
Square boundingRectangle = getBoundingRectangle(other, boundingRectanglePoints);
pos.push_back(Coordinate(max(LB.getX(), other.getLB().getX()), max(LB.getY(), other.getLB().getY())));
pos.push_back(Coordinate(min(RA.getX(), other.getRA().getX()), min(RA.getY(), other.getRA().getY())));
//cout << "height bounding rectangle: " << abs(pos[1].getY() - pos[0].getY()) << endl;
//cout << "height first rectangle: " << getHeight() << endl;
if (abs(pos[1].getY() - pos[0].getY()) >= getHeight()){
pos.push_back(Coordinate(pos[0].getX(), pos[0].getY() + getHeight()));
pos.push_back(Coordinate(pos[1].getX(), pos[1].getY() - getHeight()));
}
else if (abs(pos[1].getY() - pos[0].getY()) >= other.getHeight()){
pos.push_back(Coordinate(pos[0].getX(), pos[0].getY() + other.getHeight()));
pos.push_back(Coordinate(pos[1].getX(), pos[1].getY() - other.getHeight()));
}
}
bool SfenParser::parseMove(const char* data, Move& move) {
if (strlen(data) < 4) {
LOG(warning) << "invalid format: '" << data << '\'';
return false;
}
if (strcmp(data, "none") == 0) {
move = Move::none();
return true;
}
if (isdigit(data[0])) {
Square from = Square::parseSFEN(&data[0]);
Square to = Square::parseSFEN(&data[2]);
bool prom = data[4] == '+';
if (!from.isValid() || !to.isValid()) {
LOG(warning) << "invalid format: '" << data << '\'';
return false;
}
move = Move(from, to, prom);
} else {
if (data[1] != '*') {
LOG(warning) << "invalid format: '" << data << '\'';
return false;
}
PieceType pieceType = Piece::parseSFEN(&data[0]).type();
Square to = Square::parseSFEN(&data[2]);
if (pieceType.isEmpty() || !to.isValid()) {
LOG(warning) << "invalid format: '" << data << '\'';
return false;
}
move = Move(pieceType, to);
}
return true;
}
void BasicSampleApp::mouseDown( MouseEvent event )
{
if(Rand::randFloat() > 0.5){
Circle *c = new Circle();
c->setRegPoint(rph::DisplayObject2D::RegistrationPoint::CENTERCENTER);
c->setColor(Color(Rand::randFloat(),Rand::randFloat(),Rand::randFloat()));
c->setScale(Rand::randInt(50,100));
c->setPos( event.getPos() );
c->fadeOutAndDie();
mContainer.addChild(c);
}else{
Square *s = new Square();
s->setRegPoint(rph::DisplayObject2D::RegistrationPoint::CENTERCENTER);
s->setColor(Color(Rand::randFloat(),Rand::randFloat(),Rand::randFloat()));
s->setSize(Rand::randInt(50,100),Rand::randInt(50,100));
s->setPos( event.getPos() );
s->fadeOutAndDie();
mContainer.addChild(s);
}
}
QDebug operator<<(QDebug out, const Square & square )
{
QString dirs;
Square * other( NULL );
other = square.GetSquare( DIRECTION_UP );
dirs += ( other == NULL ? "NA" : QString::number(other->GetID()) );
dirs += " ";
other = square.GetSquare( DIRECTION_RIGHT );
dirs += ( other == NULL ? "NA" : QString::number(other->GetID()) );
dirs += " ";
other = square.GetSquare( DIRECTION_DOWN );
dirs += ( other == NULL ? "NA" : QString::number(other->GetID()) );
dirs += " ";
other = square.GetSquare( DIRECTION_LEFT );
dirs += ( other == NULL ? "NA" : QString::number(other->GetID()) );
out << quint32( square.GetID() )
<< quint32( square.GetRow() )
<< quint32( square.GetColumn() )
<< dirs;
return out;
}
void Table::Load(){
outputTable = fopen("Saved_Table.txt", "r");
while (!feof(outputTable)){
Square newS;
point LT, RB;
color MC, BC;
int b;
fscanf(outputTable, "%d %d\n", <.x, <.y);
fscanf(outputTable, "%d %d\n", &RB.x, &RB.y);
fscanf(outputTable, "%d\n", &b);
fscanf(outputTable, "%d %d %d\n", &MC.R, &MC.G, &MC.B);
fscanf(outputTable, "%d %d %d\n", &BC.R, &BC.G, &BC.B);
newS.setLeftTop(LT);
newS.setRightBottom(RB);
newS.setBorderWidth(b);
newS.setMainColor(MC);
newS.setBorderColor(BC);
push(newS);
}
fclose(outputTable);
}
void TardyMoveGenerator::generateEvasions(const Position& position, CheckState cs, Moves& moves) {
Turn turn = position.getTurn();
Square king = turn == Turn::Black ? position.getBlackKingSquare() : position.getWhiteKingSquare();
if (!isDoubleCheck(cs)) {
::generateMoves(position, moves, [king, cs](PieceType pieceType, Square to) {
if (pieceType == PieceType::king()) {
return false;
}
auto dir = king.dir(cs.from1);
for (auto s = king.move(dir); ; s = s.move(dir)) {
if (s == to) { return true; }
if (s == cs.from1) { break; }
}
return false;
});
}
auto& list = MovableMap.find(PieceNumber::King)->second;
for (auto& info : list) {
Square to = king.safetyMove(info.dir);
if (!to.isValid()) {
continue;
}
Piece pieceTo = position.getPieceOnBoard(to);
if ((turn == Turn::Black && pieceTo.isBlack()) ||
(turn == Turn::White && pieceTo.isWhite())) {
continue;
}
moves.add(Move(king, to, false));
}
}
bool MovementCommand::redo(Chessboard &board)
{
Square *to = board.squareAt(toSquare());
Square *from = board.squareAt(fromSquare());
if (!to->isEmpty())
{
qCritical() << "Runtime error: square is not empty. AttackCommand should be used";
return false;
}
if (from->isEmpty())
{
qCritical() << "Runtime error: square is empty";
return false;
}
Piece* movedePiece = from->piece();
markAsMoved(*movedePiece);
board.removePiece(movedePiece);
board.putPiece(to, movedePiece);
qDebug() << "Move: " << Chess::toString(movedePiece->type()) << " " << from->toStr() << ":" << to->toStr();
return true;
}
