def __init__(self):
# generate cube
self.cube = RubiksCube(self.__cube_size)
# cube list
self.copy_cubes = []
self.pattern_finder = PatternFinder(self.__cube_size)
file = File("C:\Users\Willem\PycharmProjects\Artificial_Intelligence_Cube\database\cube_database.db")
self.database_handler = Handler(file)
self.solved = False
class GenerateDatabaseDisplay():
__default_button_width = 88
__default_button_height = 26
__cube_size = 2
def __init__(self):
# generate cube
self.cube = RubiksCube(self.__cube_size)
# cube list
self.copy_cubes = []
self.pattern_finder = PatternFinder(self.__cube_size)
file = File("C:\Users\Willem\PycharmProjects\Artificial_Intelligence_Cube\database\cube_database.db")
self.database_handler = Handler(file)
self.solved = False
def turn_x(self):
return
def copy_cube(self):
copy_cube = copy.deepcopy(self.cube)
return copy_cube
def turn_cube(self, cube, axis, row, direction):
local_cube = copy.deepcopy(cube)
local_cube.turn(axis,row,direction)
return local_cube
def generate_database(self):
self.copy_cubes.append([self.copy_cube()])
row_counter = 0
start_time = time.time()
while (row_counter + 1) < 4:
if row_counter >= 0:
for counter in range(len(self.copy_cubes) - 1):
for previous_cube in range(len(self.copy_cubes[counter])):
self.pattern_finder.set_base_cube(self.copy_cubes[counter][previous_cube])
self.pattern_finder._generate_cubes()
self.pattern_finder.create_next_set()
result = []
if self.copy_cubes[row_counter]:
for current_cube in range(len(self.copy_cubes[row_counter])):
self.pattern_finder.set_matching_cube(self.copy_cubes[row_counter][current_cube])
if not self.pattern_finder._match():
result.append(self.copy_cubes[row_counter][current_cube])
self.copy_cubes[row_counter] = result
else:
break
#self.insert_in_database(('''insert into steps(parent_id, cube, code, step) values(:parent_id,:cube,:code,:step)''', \
# ({'parent_id':1, 'cube':self.copy_cubes[counter][previous_cube].convert_to_string(), 'code':3, 'step':4})))
#
self.insert_in_database(("insert into steps(parent_id, cube, code, step) values(?,?,?,?);", \
('1', self.copy_cubes[counter][previous_cube].convert_to_string(), '2', '3')))
#self.insert_in_database('''insert into steps(parent_id, cube, code, step) values(1, ''' + self.copy_cubes[counter][previous_cube].convert_to_string() + ''', 3,4)''')
# # search same cube
# for current_cube in range(len(self.copy_cubes[row_counter])):
# self.pattern_finder.set_base_cube(self.copy_cubes[row_counter][current_cube])
# self.pattern_finder._generate_cubes()
# self.pattern_finder.create_next_set()
# for previous_cube in range(len(self.copy_cubes[row_counter-1])):
# self.pattern_finder.set_matching_cube(self.copy_cubes[row_counter-1][previous_cube])
# counter+=1
#
# print counter
# print self.pattern_finder._match()
# # print "True"
# # remove same cube
self.copy_cubes.append([])
for cube in range(len(self.copy_cubes[row_counter])):
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'x', 0, 1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'x', 0, -1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'x', 1, 1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'x', 1, -1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'y', 0, 1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'y', 0, -1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'y', 1, 1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'y', 1, -1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'z', 0, 1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'z', 0, 1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'z', 0, -1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'z', 1, 1))
self.copy_cubes[row_counter+1].append(self.turn_cube(self.copy_cubes[row_counter][cube], 'z', 1, -1))
row_counter = row_counter + 1
print "done"
print len(self.copy_cubes)
print len(self.copy_cubes[row_counter])
print time.time() - start_time
def insert_in_database(self, cube_string):
self.database_handler.write(cube_string)
pass