def SetupGameAndRun(self):
computer = Computer()
program = DataFixture.mainDay13.copy()
program[0] = 2 #put in two quarters
computer.LoadProgram(program)
outputData = []
#We do one run-through with computer to answer Day13-1 and also to get dimensions of "screen"
continueRun = True
inputEvent = False
while (continueRun and inputEvent == False):
result, continueRun, inputEvent = computer.RunToNextIO()
if (inputEvent == False and result is not None):
outputData.append(result)
val = iter(outputData)
blockCount = 0
triplets = []
for x, y, char in zip(val, val, val):
if (char == 2):
blockCount = blockCount + 1
triplets.append(((x, y), char))
#Day 13-1 answer
print(f"Block count {blockCount}")
#Get screen dimensions
minX = min(triplets, key=lambda x: x[0][0])[0][0]
minY = min(triplets, key=lambda x: x[0][1])[0][1]
maxX = max(triplets, key=lambda x: x[0][0])[0][0]
maxY = max(triplets, key=lambda x: x[0][1])[0][1]
# Create the game with the dimensions and run it
# Note: when the game is being played, there are two spurious bytes of input for an empty score at this point, hence the :-2: array slice
game = Game(computer, (minX, minY), (maxX, maxY), outputData[:-2:])
game.MainLoop()
def Run(self, data=None):
computer = Computer()
program = DataFixture.mainDay15.copy()
computer.LoadProgram(program)
game = Game(computer)
if (data is not None):
game.LoadScreenData(data)
game.MainLoop()
def RestartComputer(self):
computer = Computer()
computer.LoadProgram(self._computer.GetOriginalProgram())
self._computer = computer
