std::string SudokuPuzzle::toString() const {
std::ostringstream ss;
for (auto&& row : getPuzzle()) {
for (auto&& element : row) {
ss << element << " ";
}
ss << std::endl;
}
return ss.str();
}
int MapGenerator::findPuzzle(int count, int *x, int *y){
for(int max_puzzle_y = 0; max_puzzle_y < 10; max_puzzle_y++){
for(int max_puzzle_x = 0; max_puzzle_x < 10; max_puzzle_x++){
if(getPuzzle(max_puzzle_x, max_puzzle_y) == count) {
*x = max_puzzle_x;
*y = max_puzzle_y;
return 0;
}
}
}
return 0;
}
int MapGenerator::makeSureLastPuzzleIsNotTooCloseToCenter(int placed_puzzles) {
// Message("make_sure_last_puzzle_is_not_too_close_to_center(%d)\n", placed_puzzles);
int max_puzzle_x = 0, max_puzzle_y = 0;
findPuzzle(placed_puzzles-1, &max_puzzle_x, &max_puzzle_y);
if(MapGenerator::GetDistanceToCenter(max_puzzle_x, max_puzzle_y) < 3) {
for(int y=0; y < 10; y++) {
for(int x=0; x < 10; x++) {
if(getPuzzle(x, y) >= 0
&& MapGenerator::GetDistanceToCenter(x, y) >= 3
&& (x != max_puzzle_x || y != max_puzzle_y)) {
int replacement_puzzle = getPuzzle(x, y);
setPuzzle(max_puzzle_x, max_puzzle_y, replacement_puzzle);
setPuzzle(x, y, placed_puzzles-1);
return 0;
}
}
}
}
return 0;
}
void GamePlayScene::doErase() {
if (!isOnPause() && getPuzzle()->isCellEditable(m_row, m_col)) {
AbstractCommand *cmd;
if (isOnNote()) {
cmd = new CmdEditCellNote(this, m_time, m_row, m_col, 0,
m_sudoku->getCellNotes(m_row, m_col));
} else {
cmd = new CmdEditCellValue(this, m_time, m_row, m_col, 0,
m_sudoku->getCellValue(m_row, m_col));
// doSetCellValue(m_row, m_col, 0);
}
excute(cmd);
}
// m_puzzleLayer->resetValues();
// m_puzzleLayer->resetColors();
// m_inputLayer->setUndoRedoButton();
}
