def allPossibleGrids():
allPossiblestxt = open(
"/Users/markhauenstein/PycharmProjects/SudokuSolver/allPossibles.txt",
mode='w')
validGrids = []
i = 0
for TL in range(1, 10):
for TM in range(1, 10):
for TR in range(1, 10):
for ML in range(1, 10):
for MM in range(1, 10):
for MR in range(1, 10):
for BL in range(1, 10):
for BM in range(1, 10):
for BR in range(1, 10):
i += 1
if Grids.Grid(TL, TM, TR, ML, MM, MR,
BL, BM, BR).isValid:
print(i, "|||", TL, TM, TR, ML, MM,
MR, BL, BM, BR)
validGrids.append(
Grids.Grid(
TL, TM, TR, ML, MM, MR, BL,
BM, BR))
allPossiblestxt.write(
str(TL) + str(TM) + str(TR) +
str(ML) + str(MM) + str(MR) +
str(BL) + str(BM) + str(BR) +
"\n")
allPossiblestxt.close()
return validGrids
import Grids as Grids
with open("/Users/markhauenstein/PycharmProjects/SudokuSolver/input.txt",
mode='rt') as inputTxt:
inputArr = inputTxt.readlines()
TL = Grids.Grid(inputArr[0], "Top Left")
TM = Grids.Grid(inputArr[1], "Top Middle")
TR = Grids.Grid(inputArr[2], "Top Right")
ML = Grids.Grid(inputArr[3], "Middle Left")
MM = Grids.Grid(inputArr[4], "Middle Middle")
MR = Grids.Grid(inputArr[5], "Middle Right")
BL = Grids.Grid(inputArr[6], "Bottom Left")
BM = Grids.Grid(inputArr[7], "Bottom Middle")
BR = Grids.Grid(inputArr[8], "Bottom Right")
bigGrid = Grids.BigGrid(TL, TM, TR, ML, MM, MR, BL, BM, BR)
for TL in TL.validGrids:
for TM in TM.validGrids:
for TR in TR.validGrids:
for ML in ML.validGrids:
for MM in MM.validGrids:
for MR in MR.validGrids:
for BL in BL.validGrids:
for BM in BM.validGrids:
for BR in BR.validGrids:
if Grids.BigGrid(TL, TM, TR, ML, MM, MR,
BL, BM, BR).allGridsValid:
print((TL.contents, TM.contents,
TR.contents, ML.contents,