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| 1 | def openAroundZero(self, c): | |
| 2 | - | cell = self[c.x][c.y] |
| 2 | + | xleft= -1 if c.x>0 else 0 |
| 3 | - | k = cell.x |
| 3 | + | xright=1 if c.x<self.size - 1 else 0 |
| 4 | - | n = cell.y |
| 4 | + | yleft=-1 if c.y>0 else 0 |
| 5 | - | if k > 0: |
| 5 | + | yright=1 if c.y<self.size - 1 else 0 |
| 6 | - | if n > 0: |
| 6 | + | c.isOpened = True |
| 7 | - | if self[k-1][n-1].value == 0 and self[k-1][n-1].isOpened == False: |
| 7 | + | if c.value ==0: |
| 8 | - | self[k-1][n-1].isOpened = True |
| 8 | + | цикл по xshift от xleft до xright |
| 9 | - | self.openAroundZero(self[k-1][n-1]) |
| 9 | + | цикл по yshift от yleft до yright |
| 10 | - | else: |
| 10 | + | target=self[c.x+xshift][c.y+yshift] |
| 11 | - | self[k-1][n-1].isOpened = True |
| 11 | + | target.isOpened=True |
| 12 | - | if self[k-1][n].value == 0 and self[k-1][n].isOpened == False: |
| 12 | + | if target.value==0: |
| 13 | - | self[k-1][n].isOpened = True |
| 13 | + | openAroundZero(target) |
