Making a Rock-Paper-Scissors game

What made me do this?

I remember being moderately confused when we entered the random module session in class. First of all there were a few types of random modules I needed to be wary of and they also had different functions and rules. Secondly, I didn't put that much time into understanding it fully..

random.randint

random.randrange

random.shuffle

random.choice

.

.

+differentiating from range()

Naturally, I wanted to get to know it better and decided to put the time in to understand it better.

What better way to explore random modules than making a rock-paper-scissors game?

file:///Users/gaeunlee/PycharmProjects/100%20Days%20of%20Code%20-%20The%20Complete%20Python%20Pro%20Bootcamp/exportToHTML/task.py.html

This is the code I wrote for the 'game', more like an interaction.

It's not very complex but making myself commit to a project proved to be more useful than cramming facts into my head and memorizing the characteristics of the modules.

Other things I learned

Random modules were provided by Python because of the complexity of having to devise a code in its entirety by yourself. As it is an existing thing already made by somebody, this supplies that I too can make a module. This is exactly what I tested out.

Making my_module

Although I have little knowledge still about modules as a whole, it was interesting to know that modules could be made and implemented later on to make the whole code shorter or more efficient.

Overview of what I learned

• I can make my own modules to make code more succinct and efficient

• random modules

  • random.randint(a,b)

    • picks an integer that is between a and b(including both)

  • random.choice(list)

    • chooses element from list

  • random.random()

    • picks floats from 0.0(including) to 1.0(excluding)

  • random.unifom(a,b)

    • picks floats from a(including) to b(excluding)

    *random.random and random.uniform diffferent because of range of numbers.

    to use random.random like random.uniform, multiply required number.