Mar-28-2018, 01:04 AM
Hi all,
I am doing a year 8 digital media assignment. We are allowed to get help from anywhere and are allowed to get the code as complex as we like. My teacher has taught her self some basic python, as she transferred from art, but has not been able to help me. I am creating a simple 10 question maths game, that you can choose what operation to use, and what the minimum and maximum numbers will be.
My teacher suggested that I post on a community forum to try to get some help. I have been trying to time how long it takes the player to answer 10 questions.
Sorry about this mass of code but...
Here is my code:
I was thinking about setting the current time at the start of the code to a variable, and then setting it to another variable at the end; Then working out the difference.
I am doing a year 8 digital media assignment. We are allowed to get help from anywhere and are allowed to get the code as complex as we like. My teacher has taught her self some basic python, as she transferred from art, but has not been able to help me. I am creating a simple 10 question maths game, that you can choose what operation to use, and what the minimum and maximum numbers will be.
My teacher suggested that I post on a community forum to try to get some help. I have been trying to time how long it takes the player to answer 10 questions.
Sorry about this mass of code but...
Here is my code:
def main():
from random import randint
#Defines what the title will look like. Prints all visuals. (When called)
def dis_intro():
title = "**A Simple, 10 question Maths Quiz**"
author = "_____________ By Elijah ____________"
print("*" * len(title))
print(title)
print("*" * len(title))
print(author)
#Defines the user options. Prints all visuals. (When called)
def dis_menu():
title = "**A Simple, 10 question Maths Quiz**"
men_list = ["1. Addition", "2. Subtraction", "3. Multiplication", "4. Division", "5. Random 1-10"]
#Loops for the length of the list
for i in range(0, len(men_list)):
print(men_list[i]) #Prints
print("-" * len(title))
#Calls on the menu display (display_intro, and display_menu)
dis_intro()
dis_menu()
#Asks what operation the user wants to use.
choose = int(input("Enter your choice: "))
print("")
#Assigns a piece of either positive or critical feedback to a list, with a number to call apon.
p_feedback = ["Correct, great job!", "Amazing, keep it up!", "Perfect!", "Good job!", "Keep it up!"]
c_feedback = ["Wrong, nice try...", "Nearly...", "Not quite...", "Try again!", "Don't give up!"]
#Runs code for addition questions.
def addition():
print("Great, addition!")
import time
question = int(0) #Sets the question number to 0.
score = int(0) #Sets the player score to 0.
min_num = input("What will the minimum number be? ") #Asks for minimum number, and assigns it to a variable.
max_num = input("What will the maximum number be? ") #Asks for the maximum number, and assigns it to a variable.
#loops until the player has answered 10 questions.
while question != int(10):
num_1 = randint(int(min_num), int(max_num)) #Imports a random interger between the player specified range, and assigns it to a variable to use for the question generation.
num_2 = randint(int(min_num), int(max_num)) #Imports a random interger between the player specified range, and assigns it to a variable to use for the question generation.
answer = num_1 + num_2 #Sets a question to ask the player.
guess = input("Answer: " + str(num_1) + " + " + str(num_2) + " = ") #Displays the generated question to the player, and allows an input.
#Determines if the answer the players inputed answer matches the computer generated answer.
if int(answer) == int(guess):
rand_f = randint(0, 4) #Generates a random interger to use to call up a peice of feedback from the list.
print(p_feedback[rand_f]) #Uses the randomly generated Interger to print the feedback from the list.
question = question + 1 #Adds one to the question number.
score = score + 1 #Adds on to the score of the player.
print("You are on question: " + str(question) + "/10") #Prints question number.
#Determines it the player answer is not equal to the computer generated answer.
else:
rand_f = randint(0, 4) #Generates a random interger to use to call up a peice of feedback from the list.
print(c_feedback[rand_f]) #Uses the randomly generated Interger to print the feedback from the list.
question = question + 1 #Adds one to the question number.
#Determines if the player has answered 10 questions yet.
if question == int(10):
print("")
print("Well done, you completed the quiz!") #Affirms player.
time.sleep(1)
print("You got " + str(score) + "/10 corect!") #Prints score.
print("")
time.sleep(1)
#Defines what the title for playing agian will look like.
title_2 = "**Do you want to play again?**" #Defines the title.
print("*" * len(title_2)) #Prints * the length of the title.
print(title_2) #Prints the title.
print("*" * len(title_2)) #Prints * the length of the title.
#Defines what the menu for playing again looks like.
title_2 = "**Do you want to play again?**" #Defines the title.
men_list_2 = ["1. Play again", "2. Exit"] #Defines the options the user has.
#Loops for the length of the list.
for i in range(0, len(men_list_2)):
print(men_list_2[i]) #Prints.
print("-" * len(title_2)) #Prints _ the length of the title.
print("")
choose_2 = int(input("What is your choice? ")) #Asks for player input.
#Defines what will happen if the player chooses option 1.
if choose_2 == 1:
import time
print("")
print("Restarting Game")
print("Redirecting to menu.")
time.sleep(1)
print("...")
print("Loading Code.")
time.sleep(1)
print("...")
print("Reseting Variables.")
time.sleep(1)
print("...")
print("Wasting some time.")
time.sleep(1)
print("...")
print("Running Functions.")
time.sleep(2)
print("...")
print("")
time.sleep(1)
main() #Starts the main program again.
#Defines what will happen if the player chooses option 2.
if choose_2 == 2:
print("")
print("Ok!")
print("Thanks for playing!")
print("")
print("Please come back soon!")
#Calls on the code for each operation, depending on user input.
if choose == 1:
addition()
main()That is the code that runs addition...I was thinking about setting the current time at the start of the code to a variable, and then setting it to another variable at the end; Then working out the difference.