encyption =  [
 'LpaGbbfctNiPvwdbjnPuqolhhtygWhEuafjlirfPxxl'
,'WdafvnbcDymxeeulWOtpoofnilwngLhblUfecvqAxs'
,'UijMltDjeumxUnbiKstvdrVhcoDasUlrvDypegublg'
,'LpaAlrhGmjikgjdmLlcsnnYmIsoPcglaGtKeQcemiu'
,'LpaDohqcOzVbglebjPdTnoTzbyRbuwGftflTliPiqp'
,'ATFW'
]

def charConverter(inChar):
	inInt = ord(inChar)
	if inInt >= ord('a') and  inInt <= ord('z'):
		return inInt - ord('a')
	elif inInt >= ord('A') and  inInt <= ord('Z'):
		return inInt - ord('A')
	else:
		raise Exception("Invalid Char: "+inChar)

def decoder(encyptChar,messageChar):
	encyptInt = charConverter(encyptChar)
	messageInt = charConverter(messageChar)
	keyInt = encyptInt - messageInt
	if keyInt < 0:
		keyInt = 26 + keyInt
	# print(decodedInt)
	return chr(keyInt + ord('A'))


while True:
	inputValue = input("Enter the Encyption Key:")
	count = 0
	for encypted in encyption:
		output = "Input: "+str(count)+" Encoded Value:"+str(encypted)+" Message:"+inputValue+" key Value: "
		index = 0
		for messageChar in inputValue:
			output = output + decoder(encypted[index],messageChar)
			index = index + 1
		print(output)
		count = count + 1