CodeDrome

import random
from enum import Enum

class NaC(object):

    class Levels(Enum):

        IDIOT = 0
        AVERAGE = 1
        GENIUS = 2

CodeDrome

import curses

import nac


class NaCConsole(object):

    def __init__(self):

        self.screen = curses.initscr()

CodeDrome

import numpy


def main():

    print("------------------")
    print("| codedrome.com  |")
    print("| NumPy Matrices |")
    print("------------------\n")

CodeDrome

class Matrix:

    def __init__(self, entries=None, rowcount=0, columncount=0):

        """
        Create a Matrix object either with the supplied values
        or with the specified number of rows and columns of 0 values.
        """

        if entries is not None:

CodeDrome

import matrix


def main():

    print("----------------------")
    print("| codedrome.com      |")
    print("| Exploring Matrices |")
    print("----------------------\n")

CodeDrome

import curses


def main():

    """
    The curses.wrapper function is an optional function that
    encapsulates a number of lower-level setup and teardown
    functions, and takes a single function to run when
    the initializations have taken place.

CodeDrome

import turtle
import math


def main():

    print("--------------------")
    print("| codedrome.com    |")
    print("| Polar Plots with |")
    print("| Turtle Graphics  |")

CodeDrome

import turtle
import math


def main():

    print("--------------------")
    print("| codedrome.com    |")
    print("| Polar Plots with |")
    print("| Turtle Graphics  |")

CodeDrome

def plot(title, radius, start_degrees, end_degrees, function):

    """
    Draw a polar plot with the given radius
    from/to the given angles.

    The plot positions are calculated by
    the supplied function.

    Any function can be used but it must

CodeDrome

def cardioid_function(radians, radius):

    """
    Calculate the distance from the origin
    for the given angle, then calculate
    its coordinates.
    """

    distance = (1 + math.cos(radians)) * radius