mkharper wrote:
> Hi Saad,
>
> I've had a play and the following "does something".
> (I'm running Python 2.7 so replaced input with raw_input.)
> (User can use upper or lower case, just lower it before test.)
> (I simplified the questions/answers so I could answer them.)
>
> I'm out of time but hope the following helps.
>
> Kind regards,
>
>
> Michael
>
>
> #!/usr/bin/env python
> """
> This is a game where you have to escape a dragon.
> By Saad Imran
>
> """
>
> import random
> import pygame
>
> # Define questions and answers.
>
> QUE = {1: "4 x 2",
> 2: "3 x 6",
> 3: "2 x 5",
> 4: "6 / 2",
> 5: "7 + 7",
> 6: "8 - 3",
> 7: "5 x 5",
> 8: "4 / 1",
> 9: "0 x 6", }
>
> ANS = {1: "8;75;75",
> 2: "18;75;75",
> 3: "10;75;75",
> 4: "3;75;75",
> 5: "14;75;75",
> 6: "5;75;75",
> 7: "25;75;75",
> 8: "4;75;75",
> 9: "0;75;75", }
>
> # Code to generate random number
> QUESEL = random.randrange(1, 10)
You can simplify that some more by putting question/answer pairs into a list
qa_pairs = [
("What is 4 x 2? ", "8"),
("What is 3 x 6? ", "18"),
#...
]
and then use random.choice() and tuple unpacking
question, answer = random.choice(qa_pairs)
if input(question) == answer: # python 2: replace input with raw_input
print("correct")
else:
print("UH-OH!")
You can nest the tuples if you really need other data
qa_pairs = [
("What is 4 x 2? ", ("8", 75, 75)),
("What is 3 x 6? ", ("18", 75, 75)),
#...
]
question, answer_and_offset = random.choice(qa_pairs)
answer, userx, dragonx = answer_and_offset
#...
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