def first():
values = [
109, 1, 204, -1, 1001, 100, 1, 100, 1008, 100, 16, 101, 1006, 101, 0,
99
]
computer = Computer.IntCode(values, extend=True, auto=True)
print(f"(test) {computer.output()}")
values = [1102, 34915192, 34915192, 7, 4, 7, 99, 0]
computer = Computer.IntCode(values, extend=True, auto=True)
print(f"(test) {computer.output()[0]}")
values = DataAnalyzer.int_csv("2019day9.txt")[0]
computer = Computer.IntCode(values, [1], extend=True, auto=True)
print(f"(9.1) {computer.output()[0]}")
def amplifier(values, phase, thrusters, signal, amplify):
complete = 1
active = None
inputs = [signal]
output = [0 for _ in range(len(phase))]
computers = [Computer.IntCode(values.copy(), phase[i], interrupt=amplify) for i in range(len(phase))]
while complete <= len(phase):
active = 0 if active is None else thrusters[active]
cpu = computers[active]
# cpu.debug(True)
if not cpu.done:
if len(inputs) > 0:
computers[active].inputs(inputs.pop(0))
cpu.start()
data = cpu.output()
if len(data) > 0:
output[active] = data[0]
inputs.append(data[0])
if cpu.done:
complete += 1
return output
def second():
def detection(x, y):
if x > n and y > n:
return True if radar[x - n][y - n:y].count(1) == n and [
m[y - n] for m in radar[x - n:x]
].count(1) == n else False
else:
return False
values = DataAnalyzer.int_csv("2019day19.txt")[0]
cpu = Computer.IntCode(values,
extend=True,
interrupt=False,
auto=False,
x=25000)
done, i, j, size, n = False, 0, 0, 1700, 100
radar = [[0 for i in range(size)] for j in range(size)]
for i in range(size):
for j in range(size):
cpu.reset([i, j])
cpu.start()
radar[i][j] = cpu.output()[0]
done = detection(i + 1, j + 1)
if done:
break
if done:
break
print(
f"(19.2) LOCATED: {done}, {n}x{n} block at {i-n+1},{j-n+1} :: ship math = {(i-n+1)*10000 + j-n+1}"
)
def first():
values = DataAnalyzer.int_csv("2019day13.txt")[0]
computer = Computer.IntCode(values, extend=True, auto=True)
count = 0
output = computer.output()
for i in range(0, len(output), 3):
count += 1 if output[i+2] == 2 else 0
print(f"(13.1) Block tile count: {count}")
def first():
values = DataAnalyzer.int_csv("2019day19.txt")[0]
count = 0
cpu = Computer.IntCode(values, extend=True, interrupt=False, auto=False)
for i in range(50):
for j in range(50):
cpu.reset([i, j])
cpu.start()
count += 1 if cpu.output()[0] == 1 else 0
print(f"(19.1) affected points: {count}")
def play(values, debug=False):
ball = paddle = None
point = 0
def inputter():
return (ball > paddle) - (ball < paddle)
values[0] = 2
computer = Computer.IntCode(values, input_func=inputter, extend=True, interrupt=True)
computer.debug(debug)
while not computer.done:
computer.start()
computer.start()
computer.start()
blocks = computer.output(3)
if not computer.done:
paddle = blocks[0] if blocks[2] == 3 else paddle
ball = blocks[0] if blocks[2] == 4 else ball
point = blocks[2] if (blocks[0], blocks[1]) == (-1, 0) else point
return point
def second():
values = DataAnalyzer.int_csv("2019day9.txt")[0]
computer = Computer.IntCode(values, [2], extend=True, auto=True)
print(f"(9.2) {computer.output()[0]}")
def second():
values = DataAnalyzer.int_csv("2019day5.txt")[0]
computer = Computer.IntCode(values, [5], auto=True)
print(f"(5.2) {computer.output()[0]}")
def first():
values = DataAnalyzer.int_csv("2019day5.txt")[0]
computer = Computer.IntCode(values, [1], auto=True)
print(f"(5.1) {computer.output()}")