AdventOfCode_Day

AdventOfCode.py

import re
import math
import sys
## Part 1
FileIn = 'D1_INPUT.txt'
CurFreq =0
with open(FileIn) as FreqIn:
	for line in FreqIn:
		FreqAdju = int(line.strip())
		CurFreq += FreqAdju
print CurFreq

## Part 2
FileIn = 'D1_INPUT_P2.txt'
CurFreq =0
FreqDic ={}
ReadFile = True
while ReadFile is True:
	with open(FileIn) as FreqIn:
		for line in FreqIn:
			FreqAdju = int(line.strip())
			if CurFreq not in FreqDic:
				FreqDic[CurFreq] =0
				CurFreq += FreqAdju
			else:
				print CurFreq
				ReadFile =False
				break
				#print line.strip(), CurFreq
			
			
		#print CurFreq
## Day 2


def RetreiveChksum(g):
	chksum_3, chksum_2 = 0,0
	gdic ={}
	for i in g:
		if i in gdic:
			get_count = gdic.get(i)
			gdic[i] = get_count+1
		else:
			gdic[i] = 1
	print gdic
	if 2 in gdic.values() and 3 in gdic.values():
		chksum_3 = 1
		chksum_2 = 1
		print 'yeay', g
	elif 2 in gdic.values() and 3 not in gdic.values():
		chksum_2 = 1
	elif 3 in gdic.values() and 2 not in gdic.values():
		chksum_3 = 1
	return[chksum_3, chksum_2]

FileIn = 'AD_DAY2.txt'
chksum_2 = 0
chksum_3 = 0
with open(FileIn) as Finput:
	for line in Finput:
		LineParse = line.strip()
		out_temp=RetreiveChksum(g=LineParse)
		print out_temp
		chksum_3 += out_temp[0]
		chksum_2 += out_temp[1]
#Day 2 part 2

def RetreiveMatch(a, b):
	match = 0
	MisStr =''
	StrLength = len(a)
	assert len(a) == len(b)
	n =0
	StrMisIndex= 0
	for i, j in zip(a, b):
		n +=1
		if i == j:
			match += 1
		else:
			MisStr = i+'<>'+j
			StrMisIndex = n
	if match == StrLength-1:
		print ' STRING 1 {} \n STRING 2 {} \n MISMATCH AT {} {} \n THE INPUT TO PUZZLE IS {} '.format(a, b, MisStr, StrMisIndex, a[:StrMisIndex-1]+a[StrMisIndex:])
	

FileIn = 'DAY2_P2_INPUT.txt'
BoxID =[]
with open(FileIn) as InPut:
	for n, line in enumerate(InPut):
		LineParse= line.strip()
		BoxID.append(LineParse)
		for Id in BoxID:
			RetreiveMatch(Id, LineParse)
			
			
			
			
def ProcessClaim(Claim):
	ClaimParse=Claim.split(' ')
	ClaimID = ClaimParse[0]
	ColID = int(ClaimParse[2].split(',')[0])
	RowID = int(ClaimParse[2].split(',')[1].replace(':',''))
	ColCov = int(ClaimParse[-1].split('x')[0])
	RowCov = int(ClaimParse[-1].split('x')[0])
	print ' The Claim ID is {} \n Starting from {} th Column and {} th row \n until {} columns and until {} rows '.format(ClaimID, ColID, RowID, ColID+ColCov, RowID+RowCov)
	RowCoords=[i for i in range(RowID, RowID+RowCov)]
	ColCoords=[i for i in range(ColID, ColID+ColCov)]
	assert len(RowCoords) == len(ColCoords)
	OutCoords=[str(X)+','+str(Y) for X, Y in zip(ColCoords, RowCoords)]
	return OutCoords

TrackDic ={}
#TrackDic = SquareMatrix
overlap =0
FileIn = 'DAY3_P1_INPUT.txt'
with open(FileIn) as InPut:
	for line in InPut:
		if line:
			Claim = line.strip()
			MarkCoords = ProcessClaim(Claim = Claim)
			for key in MarkCoords:
				if key in TrackDic:
					overlap += 1
					get_claim = TrackDic.get(key)
					TrackDic[key] = get_claim + '$' +Claim#.split(' ')[0]
				else:
					TrackDic[key] = Claim#.split(' ')[0]
overlap = 0
for k, v in TrackDic.items():
	if len(v.split('$')) > 1:
		print k, v
		overlap += 1


#SI= Max(0, Min(XA2, XB2) - Max(XA1, XB1)) * Max(0, Min(YA2, YB2) - Max(YA1, YB1))

Claim='#13 @ 18,241: 10x13'
ClaimParse=Claim.split(' ')
ClaimID = ClaimParse[0]
ColID = int(ClaimParse[2].split(',')[0])
RowID = int(ClaimParse[2].split(',')[1].replace(':',''))
ColCov = int(ClaimParse[-1].split('x')[0])
RowCov = int(ClaimParse[-1].split('x')[0])
print ' The Claim ID is {} \n Starting from {} th Column and {} th row \n until {} columns and until {} rows '.format(ClaimID, ColID, RowID, ColID+ColCov, RowID+RowCov)

### generate 1000*1000 coordinates to fill with claimIDS
SquareMatrix ={}
for i in xrange(1, 1000):
	for j in xrange(1, 1000):
		MakeKey = str(i)+','+str(j)
		if MakeKey in SquareMatrix:
			print 'Fuck'
		else:
			SquareMatrix[MakeKey] = ''

## generate keys from claimID text file
RowCoords=[i for i in range(RowID, RowID+RowCov)]
ColCoords=[i for i in range(ColID, ColID+ColCov)]

CleanDic={}
assert len(RowCoords) == len(ColCoords)
for X, Y in zip(ColCoords, RowCoords):
	MakeKey = str(X)+','+str(Y)
	if MakeKey in CleanDic:
		overlap += 1
	else:
		CleanDic[MakeKey] = ClaimID