def main():
inputHandle = loadFile("01/input.txt")
massList = fileToList(inputHandle, "\n")
totalFuel = sum([calculateFuel(mass) for mass in massList])
print(totalFuel)
def main():
inputHandle = loadFile("08/input.txt")
content = inputHandle.read()
inputList = list(content)
inputIntList = list(map(int, inputList))
horizontalChunks = list(chunks(inputIntList, 25))
layerChunks = list(chunks(horizontalChunks, 6))
layerChunks.reverse()
# Flatten image
imageValues = None
for i, layer in enumerate(layerChunks):
if i == 0:
imageValues = layer
continue
for ii, row in enumerate(layer):
for iii, digit in enumerate(row):
if digit != 2:
imageValues[ii][iii] = digit
# Convert to RGBa
for ii, row in enumerate(imageValues):
for iii, digit in enumerate(row):
if digit == 0: # Black
imageValues[ii][iii] = (0, 0, 0, 255)
if digit == 1: # White
imageValues[ii][iii] = (255, 255, 255, 255)
if digit == 2: # Transparent
imageValues[ii][iii] = (0, 0, 0, 0)
flattened = [val for sublist in imageValues for val in sublist]
img = Image.new("RGBA", (25, 6))
img.putdata(flattened)
img.show()
def main():
inputHandle = loadFile("08/input.txt")
content = inputHandle.read()
inputList = list(content)
inputIntList = list(map(int, inputList))
horizontalChunks = list(chunks(inputIntList, 25))
layerChunks = list(chunks(horizontalChunks, 6))
leastZeros = None
leastZerosIndex = None
for lIndex, layer in enumerate(layerChunks):
zeroCount = 0
for line in layer:
zeroCount += line.count(0)
if leastZeros is None:
leastZeros = zeroCount
leastZerosIndex = lIndex
continue
if zeroCount < leastZeros:
leastZeros = zeroCount
leastZerosIndex = lIndex
ones = 0
twos = 0
for line in layerChunks[leastZerosIndex]:
ones += line.count(1)
twos += line.count(2)
print(ones * twos)
def main():
fh = loadFile("03/input.txt")
content = fh.read()
lines = content.split("\n")
path1 = lines[0].split(",")
path2 = lines[1].split(",")
cord1 = getCoordinates(path1)
cord2 = getCoordinates(path2)
intersections = findIntersections(cord1, cord2)
print(getClosestIntersection(intersections))
def main():
inputHandle = loadFile("06/input.txt")
inputList = fileToList(inputHandle, "\n")
orbits = [x.split(")") for x in inputList]
g = nx.Graph()
for a, b in orbits:
g.add_edge(b, a)
path = nx.shortest_path_length(g, source="H4S", target="NRN")
print(path)
def main():
inputHandle = loadFile("07/input.txt")
program = fileToIntList(inputHandle, ",")
phaseSettings = list(permutations([0, 1, 2, 3, 4], 5))
highestSignal = 0
for phaseSetting in phaseSettings:
currentSignal = runPermutation(program, phaseSetting)
if currentSignal > highestSignal:
highestSignal = currentSignal
print(highestSignal)
def main():
inputHandle = loadFile("06/input.txt")
inputList = fileToList(inputHandle, "\n")
orbits = [x.split(")") for x in inputList]
g = nx.DiGraph()
for a, b in orbits:
g.add_edge(b, a)
paths = nx.shortest_path(g)
l1 = list()
for item in paths.values():
for x in item.values():
if len(x) > 1:
l1.append(x)
print(len(l1))
def main():
inputVal = 5
inputHandle = loadFile("05/input.txt")
program = fileToList(inputHandle, ",")
intcode.run(inputVal, program)
def main():
inputVal = 2
inputHandle = loadFile("09/input.txt")
program = parseIntCode(inputHandle)
intcode.run(inputVal, program)
