def PartOne(info):
info = strToArr(info)
info = newlineParse(info)
arr = []
tempArr = []
for a in info:
if(a == ""):
arr.append(tempArr)
tempArr = []
else:
tempArr.append(a)
arr.append(tempArr)
info = arr
t1 = 0
for i in info:
t2 = []
for a in i:
for l in a:
t2.append(l)
t1 += len(list(dict.fromkeys(t2)))
t2 = []
return t1
def PartTwo(info):
info = strToArr(info)
info = newlineParse(info)
t1 = 0
t2 = []
for i in info:
t2.append(i)
for l in t2:
d = list(dict.fromkeys(l))
if(len(l) == 1):
t1 += len(l[0])
elif(len(d) == 1):
t1 += len(d[0])
else:
e = []
for q in l:
for x in q:
e.append(x)
de = list(dict.fromkeys(e))
for f in range(len(list(de))):
if(e.count(de[f]) == len(l)):
t1 += 1
return t1
def PartTwo(info):
noParseInfo = info
info = strToArr(info)
info = newlineParse(info)
print(PartOne(noParseInfo)[0])
ids = PartOne(noParseInfo)[1]
print(ids)
corners = PartOne(noParseInfo)[2]
leftUpCorner = ""
for i in corners:
presentCorners = []
print(i)
for j in ids[i]:
print(j)
presentCorners.append(j[1])
if("top" in presentCorners and "right" in presentCorners):
leftUpCorner = i
sortedInfo = []
height = getLengthInDir(info, 1, ids, leftUpCorner, "top")
width = getLengthInDir(info, 1, ids, leftUpCorner, "right")
print(width)
for s in range(height):
sortedInfo.append([])
print(sortedInfo)
stripped = []
for i in info:
r = i[1::]
ts = []
for j in r[1::][:: -1][1::][:: -1]:
s = j[1::][:: -1][1::][:: -1]
ts.append(s)
stripped.append(ts)
info = stripped
# for i in info:
# for j in i:
# print(j)
return 0
def PartOne(info):
# noParseInfo = info
info = strToArr(info)
info = newlineParse(info)
validRange = {}
for i in info[0]:
ranges = re.findall(r"\d*\-\d*", i)
if (ranges):
for r in ranges:
o = r.split("-")
for i in range(int(o[0]), int(o[1]) + 1):
validRange[str(i)] = ""
errorRate = 0
for i in info[2][1::]:
n = int(i)
if (validRange.get(i) is None):
errorRate += n
return errorRate
def PartOne(info):
# noParseInfo = info
info = strToArr(info)
info = newlineParse(info)
edges = []
listedIds = []
for i in info:
tileId = re.split(r":| ", i[0])[1]
listedIds.append(tileId)
top = (i[1], i[1][::-1])
bottom = (i[-1], i[-1][::-1])
l = []
r = []
for j in i[1::]:
l.append(j[0])
r.append(j[-1])
left = ("".join(l), "".join(l[::-1]))
right = ("".join(r), "".join(r[::-1]))
print(tileId)
print(right)
edges.append({"tid": tileId, "top": top, "bottom": bottom,
"left": left, "right": right})
ids = {}
objids = ["top", "left", "bottom", "right"]
rotdeg = {"top": 0, "left": 90, "bottom": 180, "right": 270}
reversedeg = {"0": "top", "1": "left", "2": "bottom", "3": "right"}
present = []
present2 = []
for i in edges:
ids[i["tid"]] = []
toAppend = []
for j in edges:
if(j == i):
continue
for o in objids:
for p in objids:
if(i[o][0] == j[p][0]):
if(j["tid"] not in toAppend):
e = 0
if(o == p and o not in present2):
present2.append(o)
e = 180
rotdeggeg = rotdeg[p]-rotdeg[o]+e
if(rotdeggeg < 0):
rotdeggeg = 360 - rotdeggeg
d = (int((rotdeggeg/90))+4) % 4
d = int(((d+(rotdeg[p]/90)))+4) % 4
toAppend.append(
(j["tid"], reversedeg[str(d)], rotdeg[p]-rotdeg[o]))
elif(i[o][0] == j[p][1]):
if(j["tid"] not in toAppend):
e = 0
if(o == p and o not in present):
present.append(o)
e = 180
rotdeggeg = rotdeg[o]-rotdeg[p]+e
if(rotdeggeg < 0):
rotdeggeg = 360 - rotdeggeg
d = (int((rotdeggeg/90))+4) % 4
d = int(((d+(rotdeg[p]/90)))+4) % 4
toAppend.append(
(j["tid"], reversedeg[str(d)], rotdeg[p]-rotdeg[o]+e))
for t in toAppend:
ids[i["tid"]].append(t)
corners = []
total = 1
for i in listedIds:
if(len(ids[i]) == 2):
corners.append(i)
total *= int(i)
return total, ids, corners
def PartTwo(info):
info = strToArr(info)
info = newlineParse(info)
validRange = {}
for i in info[0]:
ranges = re.findall(r"\d*\-\d*", i)
if (ranges):
for r in ranges:
o = r.split("-")
for i in range(int(o[0]), int(o[1]) + 1):
validRange[str(i)] = ""
nearbyTickets = []
tempNearbyTickets = []
ticketLength = len(info[1][1::])
for i in enumerate(info[2][1::]):
tempNearbyTickets.append(i[1])
if ((i[0] + 1) % ticketLength == 0):
nearbyTickets.append(tempNearbyTickets)
tempNearbyTickets = []
for i in enumerate(nearbyTickets):
for j in i[1]:
if (validRange.get(j) is None):
nearbyTickets[i[0]] = None
continue
validTickets = []
for i in nearbyTickets:
if (i != None):
validTickets.append(i)
departureRanges = []
for i in info[0]:
ranges = re.findall(r"\d*\-\d*", i)
tempValidRange = {}
for r in ranges:
o = r.split("-")
for i in range(int(o[0]), int(o[1]) + 1):
tempValidRange[str(i)] = ""
departureRanges.append(tempValidRange)
validFields = []
for d in departureRanges:
valid = [True for m in range(len(departureRanges))]
for i in validTickets:
for j in enumerate(i):
if (d.get(j[1]) is None):
valid[j[0]] = False
validFields.append(valid)
for _ in range(len(info) * 10):
for i in enumerate(validFields):
if (i[1].count(True) == 1):
index = i[1].index(True)
for j in enumerate(validFields):
if (i[0] == j[0]):
continue
j[1][index] = False
total = 1
for i in validFields[0:6]:
t = info[1][1::]
total *= int(t[i.index(True)])
return total