def part1():
# template.printMatrix(input)
data = copy.copy(input)
done = False
while not done:
(done, data) = processRound(data, False)
# print(done)
# template.printMatrix(data)
# print(data)
template.printMatrix(data)
return len([v for row in data for v in row if v == '#'])
def part2():
data = copy.copy(input)
done = False
(done, data) = processRound(data, True)
getNewSeat2(3, 2, data)
while not done:
(done, data) = processRound(data, True)
print(done)
# template.printMatrix(data)
print(data)
template.printMatrix(data)
return len([v for row in data for v in row if v == '#'])
def part1():
state = [[0 if v == '.' else 1 for v in row] for row in input]
print("Initial Value: ")
template.printMatrix(state)
print()
state = [state]
# print(state)
cycles = 6
for i in range(cycles):
state = simulateCycle(state)
print("Cycle %d done"%(i+1))
# printState(state)
return sum([v for layer in state for row in layer for v in row])
def printMap(map, units):
cMap = copy.deepcopy(map)
print([(u.type, u.pos, u.hp) for u in units])
for u in units:
cMap[u.pos.y][u.pos.x] = u.type
template.printMatrix(cMap)
def printState(state):
for l, layer in enumerate(state):
print("Layer %d"%l)
template.printMatrix(layer)