def getRule(rule, rules, missing):
if rule in rules.keys():
return rules[rule]
match = re.fullmatch('(([ ]?[0-9]+)+)', missing[rule])
if match:
subrules = convertToInt(match.groups()[0].split(' '))
result = getResult(subrules, rules, missing)
rules[rule] = result
else:
match = re.fullmatch('(([ ]?[0-9]+)+) \| (([ ]?[0-9]+)+)',
missing[rule])
if match:
alternatives = []
alternatives.append(match.groups()[0])
alternatives.append(match.groups()[2])
completeResult = []
for alternative in alternatives:
subrules = convertToInt(alternative.split(' '))
result = getResult(subrules, rules, missing)
completeResult += result
rules[rule] = completeResult
del missing[rule]
return rules[rule]
def do1(xRange, yRange):
xMin,xMax = convertToInt(xRange.split(','))
yMin,yMax = convertToInt(yRange.split(','))
maxY = -100000
for xVel in range(1, xMax + 1):
for yVel in range(0, 200):
currentMaxY = fly((0,0), (xVel,yVel), (xMin,xMax), (yMin, yMax))
maxY = max(maxY, currentMaxY)
return maxY
def getLine(line):
match = re.findall('(on|off) x=(-?[0-9]+)\.\.(-?[0-9]+)',line)
onOrOff,xmin,xmax = match[0]
xmin,xmax = convertToInt((xmin,xmax))
match = re.findall('y=(-?[0-9]+)\.\.(-?[0-9]+)',line)
ymin,ymax = convertToInt(match[0])
match = re.findall('z=(-?[0-9]+)\.\.(-?[0-9]+)',line)
zmin,zmax = convertToInt(match[0])
return onOrOff,xmin,xmax,ymin,ymax,zmin,zmax
def do2(xRange, yRange):
xMin,xMax = convertToInt(xRange.split(','))
yMin,yMax = convertToInt(yRange.split(','))
landingVels = []
for xVel in range(1, xMax + 1):
for yVel in range(-100, 200):
currentMaxY = fly((0,0), (xVel,yVel), (xMin,xMax), (yMin, yMax))
if currentMaxY != -1000000:
landingVels.append((xVel,yVel))
return len(landingVels)
def do():
strInput = readInputFile(1)
splitInput = strInput.split('\n')
intInput = convertToInt(splitInput)
print(do1(intInput))
print(do2(intInput))
def do():
with open('Input/day1.txt') as f:
strInput = f.read()
splitInput = inputsplit(strInput, '\n')
intInput = convertToInt(splitInput)
print(do1(intInput))
print(do2(intInput))
def do():
strInput = readInputFile(21)
player1,player2 = convertToInt(strInput.split('\n'))
print(do1(player1,player2))
print(do2(player1,player2))
print('done')
def do():
strInput = readInputFile(6)
splitInput = strInput.split(',')
intInput = convertToInt(splitInput)
print(do1(intInput))
print(do2(intInput))
print('done')
def prepareInput(puzzleInput):
intNumbers = convertToInt(puzzleInput)
numbers = {}
for i, number in enumerate(intNumbers):
numbers[number] = [1, [i + 1]]
lastNumber = number
return [numbers, lastNumber]
def do():
with open('Input/day9.txt') as f:
strInput = f.read()
splitInput = inputsplit(strInput, '\n')
intInput = convertToInt(splitInput)
preambelLength = 25
result1 = do1(intInput, preambelLength)
print(result1)
print(do2(intInput, result1))
def checkNearbyTickets(tickets, validFields):
invalidValues = []
for ticket in tickets:
strfields = ticket.split(',')
fields = convertToInt(strfields)
for field in fields:
valid = False
for value in validFields.values():
if field in value:
valid = True
if not valid:
invalidValues.append(field)
return invalidValues
def generateBiggerMap(splitInput): newLines = [] for line in splitInput: line = convertToInt(line) newPart = deepcopy(line) for i in range(4): newPart = [x + 1 if x < 9 else 1 for x in newPart] line += newPart newLines.append(line) newMap = deepcopy(newLines) for i in range(1, 5): for line in newLines: newMap.append([x + i if x + i < 10 else (x + i) - 9 for x in line]) return newMap
def getPointsAndInstructions(dots, foldInstructions):
points = set()
instructions = []
for dot in dots:
x,y = convertToInt(dot.split(','))
points.add((x,y))
#foldInstructions
for line in foldInstructions:
match = re.fullmatch('fold along ([x,y])=([0-9]+)', line)
if match:
coordinate = match.groups()[0]
value = int(match.groups()[1])
instructions.append((coordinate,value))
return points,instructions
def getValidTickets(tickets, validFields):
validIntTickets = []
for ticket in tickets:
ticketValid = True
strfields = ticket.split(',')
fields = convertToInt(strfields)
for field in fields:
valid = False
for value in validFields.values():
if field in value:
valid = True
if not valid:
ticketValid = False
break
if ticketValid:
validIntTickets.append(fields)
return validIntTickets
