def test_OR_function(self):
# The output is implicitly set to true
cond = solver.Conditions(a=False, b=True)
cond.add(a=True, b=False)
cond.add(a=True, b=True)
solver.execute(self, start_sample.or_function, cond)
def do(myTime, start, stop):
for x in range(start, stop):
myFile = open("problems.txt", "r")
string = myFile.readlines()[x]
string = string[:-1]
print(string)
string = list(string)
puzzle = convertor.ToList(string)
puzzle, oldPuzzle, solved, timeTaken, d1, d2, steps = solver.execute(
puzzle)
print("")
[print(i) for i in oldPuzzle]
print("")
[print(i) for i in puzzle]
print("")
print("SOLVED:", solved)
print("problem", x + 1, "took", timeTaken, "seconds to solve")
print("problem took", steps, "steps to solve")
print("Sudoku's difficulty level for a human:", d1)
print("Sudoku's difficulty level for a computer:", d2)
print("")
try:
time.sleep(myTime)
except:
print("WARNING: THE INPUTED TIME INTERVAL DOESN'T WORK")
time.sleep(3)
def execute():
rows1 = generate(1)
new = []
for row in range(0, 9):
new += rows1[row]
print(new)
import solver
rows, oldRows, solved, timeTaken, d1, d2, steps = solver.execute(
rows1, False)
print("problem", "took", timeTaken, "seconds to solve")
print("problem", "took", steps, "steps to solve")
print("")
print("Sudoku's difficulty level for a human:", d1)
print("Sudoku's difficulty level for a computer:", d2)
print("")
if d1 == "insane":
rows, pencil = pn.refresh(rows)
for row in range(0, 9):
for col in range(0, 9):
if not pencil[row][col] == []:
oldRows[row][col] = rows1[row][col]
rows, oldRows, solved, timeTaken, d1, d2, steps = solver.execute(
oldRows, False)
print("problem", "took", timeTaken, "seconds to solve")
print("problem", "took", steps, "steps to solve")
print("")
print("Sudoku's difficulty level for a human:", d1)
print("Sudoku's difficulty level for a computer:", d2)
print("")
for row in rows:
print(row)
if not d1 == "insane":
return rows, oldRows
else:
rows, oldRows = execute()
return rows, oldRows
for col in range(0, 9): if not pencil[row][col] == "": renderText(pencil[row][col], "aharoni", 25, GREY, (537.5+(select.get_width()-8)*row, 91+(select.get_height()-8)*col), False) for event in pygame.event.get(): if event.type == pygame.MOUSEBUTTONDOWN: #exit button if rect0.collidepoint(pygame.mouse.get_pos()): done = True #solve cell button if rect1.collidepoint(pygame.mouse.get_pos()): screen.blit(loading, (200,200)) pygame.display.update() if puzzle == []: puzzle = copy.deepcopy(sPuzzle) puzzle, oldPuzzle, solved, timeTaken, d1, d2, steps = solver.execute(puzzle) sPuzzle[selectPos[0]][selectPos[1]] = puzzle[selectPos[0]][selectPos[1]] opened = True else: sPuzzle[selectPos[0]][selectPos[1]] = puzzle[selectPos[0]][selectPos[1]] #solve puzzle button if rect2.collidepoint(pygame.mouse.get_pos()): screen.blit(loading, (200,200)) pygame.display.update() if puzzle == []: sPuzzle, oldPuzzle, solved, timeTaken, d1, d2, steps = solver.execute(sPuzzle) opened = True else: sPuzzle = copy.deepcopy(puzzle) sPuzzle, rawPencil = pn.refresh(sPuzzle) pencil = []
def test_AND_3_VARIABLES_function(self):
cond = solver.Conditions(a=True, b=True, c=True)
solver.execute(self, start_sample.and_function_3_variables, cond)
def test_XOR_function(self):
cond = solver.Conditions(a=False, b=True)
cond.add(a=True, b=False)
solver.execute(self, start_sample.xor_function, cond)
def test_AND_function(self):
# The output is explicitly set to true
cond = solver.Conditions(a=True, b=True, output=True)
solver.execute(self, start_sample.and_function, cond)
