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Day18puzzle1.py
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Day18puzzle1.py
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data = open("E:\CodingStuff\AdventOfCode\Day18imput.txt")
data = data.readlines()
data = [x.strip("\n") for x in data]
#[[3,9],[[4,[5,5]],[9,4]]]
def createline(line):
print(line)
output = []
pos=1
while(pos<len(line)-1):
try:
output.append(int(line[pos]))
except:
if(line[pos]=="["):
start=pos
stack=0
for x in range(pos+1, len(line)):
if(line[x]=="["):
stack+=1
elif(line[x]=="]" and stack>0):
stack-=1
elif(line[x]=="]" and stack==0):
iter = line[pos:x+1]
pos=x+1
output.append(createline(iter))
break
pos+=1
return(output)
print(createline(data[1]))
print("\n\n\n\n")
def addnums(num1, num2):
return [num1, num2]
def addcode(code):
for x in range(len(code)):
if(code[-(x+1)]=="0"):
code[-(x+1)]="1"
return code
if(code[-(x+1)]=="1"):
code[-(x+1)]="0"
return(False)
def subcode(code):
for x in range(len(code)):
if(code[-(x+1)]=="1"):
code[-(x+1)]="0"
return code
if(code[-(x+1)]=="0"):
code[-(x+1)]="1"
return(False)
def explode(num, explcode):
#pop up
loc = explcode.copy()
loc.append("1")
toadd = num[int(explcode[0])][int(explcode[1])][int(explcode[2])][int(explcode[3])][1]
loc = addcode(loc)
if(loc):
try:
num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])][int(loc[4])] += toadd
except:
try:
num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])] += toadd
except:
try:
num[int(loc[0])][int(loc[1])][int(loc[2])] += toadd
except:
try:
num[int(loc[0])][int(loc[1])] += toadd
except:
try:
num[int(loc[0])] += toadd
except:
print("did a boo boo explode")
#pop down
loc = explcode.copy()
loc.append("0")
toadd = num[int(explcode[0])][int(explcode[1])][int(explcode[2])][int(explcode[3])][0]
loc = subcode(loc)
if(loc):
try:
num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])][int(loc[4])] += toadd
except:
try:
num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])] += toadd
except:
try:
num[int(loc[0])][int(loc[1])][int(loc[2])] += toadd
except:
try:
num[int(loc[0])][int(loc[1])] += toadd
except:
try:
num[int(loc[0])] += toadd
except:
print("did a boo boo explode")
num[int(explcode[0])][int(explcode[1])][int(explcode[2])][int(explcode[3])] = 0
return(num)
def split(num):
loc=["0","0","0","0"]
x=True
while(x==True):
if(loc):
try:
if(num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])]>9):
if(num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])]%2==0):
num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])] = [num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])]//2, num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])]//2]
else:
num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])] = [num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])]//2, num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])]//2+1]
return num
except:
try:
if(num[int(loc[0])][int(loc[1])][int(loc[2])]>9):
if(num[int(loc[0])][int(loc[1])][int(loc[2])]%2==0):
num[int(loc[0])][int(loc[1])][int(loc[2])] = [num[int(loc[0])][int(loc[1])][int(loc[2])]//2, num[int(loc[0])][int(loc[1])][int(loc[2])]//2]
else:
num[int(loc[0])][int(loc[1])][int(loc[2])] = [num[int(loc[0])][int(loc[1])][int(loc[2])]//2, num[int(loc[0])][int(loc[1])][int(loc[2])]//2+1]
return num
except:
try:
if(num[int(loc[0])][int(loc[1])]>9):
if(num[int(loc[0])][int(loc[1])]%2==0):
num[int(loc[0])][int(loc[1])] = [num[int(loc[0])][int(loc[1])]//2, num[int(loc[0])][int(loc[1])]//2]
else:
num[int(loc[0])][int(loc[1])] = [num[int(loc[0])][int(loc[1])]//2, num[int(loc[0])][int(loc[1])]//2+1]
return num
except:
try:
if(num[int(loc[0])]>9):
if(num[int(loc[0])]%2==0):
num[int(loc[0])] = [num[int(loc[0])]//2, num[int(loc[0])]//2]
else:
num[int(loc[0])] = [num[int(loc[0])]//2, num[int(loc[0])]//2+1]
return num
except:
print("did a boo boo split")
loc = addcode(loc)
else:
x=False
return False
def findexplode(num):
loc = ["0", "0", "0", "0"]
x=True
while(loc!=False):
try:
y=num[int(loc[0])][int(loc[1])][int(loc[2])][int(loc[3])][0]
return loc
except:
loc = addcode(loc)
return False
def reducenums(line):
while(True):
explodeloc = findexplode(line)
print(explodeloc)
if(explodeloc!=False):
line = explode(line, explodeloc)
continue
splitresult = split(line)
if(splitresult!=False):
line = splitresult
continue
break
return line
def findmagnitude(line):
print("hi")
try:
print(line[0]+2)
print(line[1]+2)
print("passed first try")
return 3*line[0]+2*line[1]
except:
try:
print(line[0]+2)
print("passed second try")
except:
line[0]=findmagnitude(line[0])
try:
print(line[1]+2)
print("passed third try")
except:
line[1]=findmagnitude(line[1])
return(3*line[0]+2*line[1])
numlist = []
for line in data:
numlist.append(createline(line))
for line in numlist:
print(line)
sum = numlist[0]
for line in range(len(numlist)-1):
sum = addnums(sum, numlist[line+1])
print(sum)
sum=reducenums(sum)
print(sum)
print(findmagnitude(sum))