scores[i, j] = (row | col)
elif x in available:
available.remove(x)
# ! ----------------------------------------
for i, x in scores:
scores[i, x] = available.difference(scores[i, x])
return scores
@staticmethod
def recursive_fill_fields(scores, sudoku):
pass
@staticmethod
def fill_cell(row, col, n, scores, sudoku: list):
sudoku[row][col] = n
return scores[row, col].remove(n)
parser_obj = InputParser('test1')
ret = parser_obj.get_input()
matrix = parser_obj.get_square(3, 0) # return generator
# for i in matrix:
# print(i)
scores = SudokuAnalyzer.analyze(matrix, parser_obj, 3, 0)
pprint(scores)
# SudokuAnalyzer.recursive_fill_fields(scores, ret)
available.remove(x)
# ! ----------------------------------------
for i, x in scores:
scores[i, x] = available.difference(scores[i, x])
return scores
@staticmethod
def recursive_fill_fields(scores):
pass
@staticmethod
def fill_cell(cell_row, cell_col, field_row, field_col, n, sudoku: list):
sudoku[cell_row][cell_col][field_row][field_col] = n
parser_obj = InputParser('../test1')
parser_obj.cell_length = 3
parser_obj.side_length = 3
# analyzer = SudokuAnalyzer()
ret = parser_obj.get_input()
# print(*ret, sep='\n')
matrix = parser_obj.get_square(0, 0)
ret2 = SudokuAnalyzer.analyze(matrix, parser_obj)
# SudokuAnalyzer.fill_cell(0, 0, 0, 0, 4, ret)
# print(sud)
print(ret2)