# Write a function that accepts six project scores.
# All scores are out of 100 points,
# except the first (which is out of 30),
# and the fifth (which is out of 50).
#
# If any project score is not given,
# the function assumes that project's score is zero (0).
# (hint: think about "default value")
#
# The function provides the highest average grade (as integer)
# for all the projects by dropping the one with
# the lowest percentage. For example, if a student got
# a 65% on the first project (out of 30) and
# a 55% on the fifth project (out of 50),
# that fifth project would be dropped from the average calculation.


def template(n1=0, n2=0, n3=0, n4=0, n5=0, n6=0):
    result = 0

    n1 = (n1 * 100) / 30  # percentage
    n5 = (n5 * 100) / 50  # percentage

    temp = n1  # running number, so we can decide which one is the lowest
    if temp > n2:
        temp = n2  # the current lowest we have been checking
    if temp > n3:
        temp = n3  # the current lowest we have been checking
    if temp > n4:
        temp = n4  # the current lowest we have been checking
    if temp > n5:
        temp = n5  # the current lowest we have been checking
    if temp > n6:
        temp = n6  # the current lowest we have been checking

    # Question: why do we use sequential if statements?
    # Can we use if-else or if-elif-else? How should we modify the code?

    total = n1 + n2 + n3 + n4 + n5 + n6 - temp
    result = total / 5  # average, compute from (total - dropped prpoject) / 5 projects remaining

    return int(result)

# END OF YOUR CODE


test1 = template(n2=100, n3=100, n4=100, n5=50, n6=100)   # why don't we pass in n1=0 ?
test2 = template(n1=30, n3=100, n4=100, n5=50, n6=100)
test3 = template(n1=30, n2=100, n4=100, n5=50, n6=100)
test4 = template(n1=30, n2=100, n3=100, n5=50, n6=100)
test5 = template(n6=100, n1=30, n2=100, n4=100, n3=100)
test6 = template(n2=100, n3=100, n4=100, n5=50, n1=30)
test7 = template(n2=55, n3=55, n4=55, n6=55, n1=15, n5=25)
test8 = template(n5=25, n4=100, n6=100)

# pass in 4 arguments (without name, i.e., positioning)
# use defaults for the remaining parameters (i.e., n5 and n6)
test9 = template(25, 90, 90, 100)

# Notice that, from the above function call,
# we cannot use defaults of n1 and n2.
# This is because calling function without using named arguments
# requires arguments to be passed in order.
# Therefore, if a function definition has 6 parameters,
# (from this function call) the first 4 parameters
# will get the values being passed in
# and the defaults will be used for the remaining parameters.

# Good practice: when there are default values, make use of them
#  --> use the maximum number of defaults

if test1 == 100:
    print("test1", test1, "You got it RIGHT!")
else:
    print("test1", test1, "Please check your code")

if test2 == 100:
    print("test2", test2, "You got it RIGHT!")
else:
    print("test2", test2, "Please check your code")

if test3 == 100:
    print("test3", test3, "You got it RIGHT!")
else:
    print("test3", test3, "Please check your code")

if test4 == 100:
    print("test4", test4, "You got it RIGHT!")
else:
    print("test4", test4, "Please check your code")

if test5 == 100:
    print("test5", test5, "You got it RIGHT!")
else:
    print("test5", test5, "Please check your code")

if test6 == 100:
    print("test6", test6, "You got it RIGHT!")
else:
    print("test6", test6, "Please check your code")

if test7 == 54:
    print("test7", test7, "You got it RIGHT!")
else:
    print("test7", test7, "Please check your code")

if test8 == 50:
    print("test8", test8, "You got it RIGHT!")
else:
    print("test8", test8, "Please check your code")

if test9 == 72:
    print("test9", test9, "You got it RIGHT!")
else:
    print("test9", test9, "Please check your code")