l1 = Flat((18, 13, 7))
gates = []
rows = csv.split("\n")
i = 0
for row in rows:
# board1 gates: 3 - 29 // board2 gates: 3 - 54
if i > 3 and i < 29:
columns = row.split(",")
gates.append(np.array(columns))
i += 1
for gate in np.array(gates):
l1.is_gate((int(gate[1]), int(gate[2]), 0), gate[0])
routes = []
j = 0
for row in rows:
# board 1 : 1{31 - 62} // 2{64 - 105} // 3{107 - 158}
# board 2 : 1{56 - 107} // 2{109 - 170} // 3{172 - 243}
if j > 31 and j < 62:
columns = row.split(",")
routes.append(np.array(columns))
j += 1
gate_1 = l1.find_gate(24)
gate_2 = l1.find_gate(5)
l1.find_route(gate_1, gate_2, '01')
print(l1)
for row in rows:
if j > 31 and j < 62:
columns = row.split(",")
routes.append(np.array(columns))
j += 1
lengths = []
sorted_routes = []
for route in routes:
gate1 = l1.find_gate(int(route[0]))
gate2 = l1.find_gate(int(route[1]))
lengths.append([gate1, gate2, gate1.man_distance(gate2)])
# i = 0
# while (i < len(sorted_routes)):
length = 0
# lengths.sort(key=lambda x: x[2])
failed_routes = 0
route_num = 1
for route in lengths:
if route_num < 31:
made_route = l1.find_route(route[0], route[1], route_num)
if made_route is None:
failed_routes += 1
else:
length += len(made_route)
route_num += 1
print(l1)
print(failed_routes)
print(length)
j = 0
for row in rows:
if j > 31 and j < 62:
columns = row.split(",")
routes.append(np.array(columns))
j += 1
route_number = 1
failed_routes = 0
length = 0
for route in routes:
if route_number < 31:
route_num = ''
if route_number < 10:
route_num = '0'
route_num += str(route_number)
gate1 = l1.find_gate(int(route[0]))
gate2 = l1.find_gate(int(route[1]))
made_route = l1.find_route(gate1, gate2, route_num)
if made_route is None:
failed_routes += 1
else:
length += len(made_route)
route_number += 1
print(l1)
print(failed_routes)
print(length)
f = open('output.txt', 'w')
print(l1, file=f)
gates.append(np.array(columns))
i += 1
for gate in np.array(gates):
l1.is_gate((int(gate[1]), int(gate[2]), 0), gate[0])
failed_routes = 0
failed_route_list1 = []
for route in routes:
route_num = ''
if route_number < 10:
route_num = '0'
route_num += str(route_number)
gate1 = l1.find_gate(int(route[0]))
gate2 = l1.find_gate(int(route[1]))
if l1.find_route_sub_goal(gate1, gate2, route_num) is None:
if l1.find_route(gate1, gate2, route_num) is None:
failed_route_list1.append(route_num)
failed_routes += 1
route_number += 1
# set divisor to number of routes
average_fail = failed_routes / 50
if run_time == 99:
print('retry on lesser route')
del all_routes[-1]
if len(all_routes) == 0:
print('reset to random route')
random.shuffle(routes)
failed_route_list = []