webinar-input-patters-2022-08-06

# Webinar Input Patterns

# input() ALWAYS returns a string
# myInput = input()
#
# # but we might want to change it to something else
#
# # input string: "5"... numeric string
# myInput = int(input()) # float(input())
#
# # SPLIT str into a list
# # Lab 10.6 input: "Pat Silly Doe"
# # Lab 10.8 input: "apples 5"
# myList = input().split() # no arg to split means split on any whitespace

# SPLIT numeric str into a list of ints/floats
myInput = "31 567 2 93 6" # input()
strList = myInput.split()
print(strList) # a list of strings!
numList = []
for num in strList:
    numList.append(int(num))
print(numList)

# you could do this with a LIST COMPREHENSION
# [expression for item in other container]
myInput = "2 34 87 234 99" # input()
strList = myInput.split()
numList = [int(num) for num in strList] # "fill the basket" pattern in 1 line!
print(numList)

# First (or last) input() call tells you many times to loop
# Lab 6.17
# 5
# 30.0
# 50.0
# 10.0
# 100.0
# 65.0

numValues = int(input()) # or even safer... int(input().strip())
floatValues = []
for n in range(numValues):
    nextInput = float(input()) # float(input().strip())
    floatValues.append(float(nextInput))

theMax = max(floatValues)
for num in floatValues:
    print("{:.2f}".format(num/theMax))


# LOOPING until we see a SENTINEL VALUE, like "-1"
# Lab 33.15
# March 1, 1990
# April 2 1995
# 7/15/20
# December 13, 2003
# -1

# # ask for first input
# myInput = input()
# # then we can loop...
# while myInput != "-1":
#     # do our stuff
#
#     # myInput = input() # last thing... get next input