import sys
sys.path.append('../packages')
from intcode.intcode import Intcode
computer = Intcode()
f = open('input')
programme = f.read()
# even though it hasn;t changed, add the input here so we can time the computer on the console :)
computer.loadProgramme(programme)
computer.setInputMode("internal")
computer.addInput(2)
computer.run()
computer = Intcode()
f = open('input')
programme = f.read();
computer.loadProgramme(programme)
computer.setOutputMode("saved")
computer.setInputMode("internal")
computer.run()
while computer.hasHalted() == False:
currentColour = getCurrentPanelColour(currentCoord)
computer.addInput(currentColour)
paintPanel(currentCoord, computer.getOutput())
direction = turn(computer.getOutput())
currentCoord = move()
minX = min(panels)[0]
maxX = max(panels)[0]
minY = min(panels, key = lambda t: t[1])[1]
maxY = max(panels, key = lambda t: t[1])[1]
# should have flipped the Y, but it is readable!
for y in range(minY, maxY+1):
for x in range(minX, maxX+1):
f = open('input')
programme = f.read();
possibleSettings = permutations([0, 1, 2, 3, 4])
maxSignal = 0
maxSettings = ()
for phaseSettings in list(possibleSettings):
signal = 0
for phase in phaseSettings:
computer.loadProgramme(programme)
computer.addInput(phase)
computer.addInput(signal)
computer.setOutputMode("saved")
computer.run()
signal = computer.getOutput()
if signal > maxSignal:
maxSignal = signal
maxSettings = phaseSettings
print(maxSignal)
print(maxSettings)