import statistics

def displayScores(scoreArray):
    """Displays the current test scores"""
    print("The current test scores are:")
    for i in range(len(scoreArray)-1):
        print(float(scoreArray[i]), end= "%, ")
    print(float(scoreArray[len(scoreArray)-1]), end = "%\n")
    print()

def displayScores2(scoreArray):
    """Displays the current test scores"""
    print("The current test scores are:")
    for i in range(len(scoreArray)-1):
        print(float(scoreArray[i]), end= "%, ")
    print(float(scoreArray[len(scoreArray)-1]), end = "%\n")

def findMin(scoreArray):
    """Finds minimum value"""
    minimum = min(scoreArray)
    return minimum


def findMax(scoreArray):
    """Finds maximum value"""
    maximum = max(scoreArray)
    return maximum

def sdrop(scoreArray):
    """drops lowest"""
    minimum = findMin(scoreArray)
    scoreArray.remove(minimum)
    return scoreArray

def average(scoreArray: object) -> object:
    """find average"""
    b = sum(scoreArray)
    c = b/len(scoreArray)
    return c

def median(scoreArray):
    """finds the median"""
    tim = statistics.median(scoreArray)
    return(tim)

testScores = [90, 85, 52, 74, 95, 100, 78]


def main():
    displayScores(testScores)
    minimum = findMin(testScores)
    print("Lowest Score: ", minimum)
    maximum = findMax(testScores)
    print("Highest Score: ", maximum)
    newave = average(testScores)
    print("Average: ",newave)
    newmedian = median(testScores)
    print("Median: ",newmedian)
    print("\n")

    newScores = sdrop(testScores)
    displayScores2(newScores)
    newave2 = average(testScores)
    print("Average: ",newave2)


main()

input("\nPress enter to quit")