thenlpstudent

# Simulate and visualize entropy
# Entropy(X) = -1 * (sum p(X=x) log(P(X=x)))
# Author: Chirath Nissanka

import pygame
import random
import math

WINDOW_WIDTH = 1280
WINDOW_HEIGHT = 1000

thenlpstudent

def main():
    log = initLog(0)
    log = logRunner(log, addTwo)
    log = logRunner(log, square)
    log = logRunner(log, divideBy5)

    print(log)


def square(n):

thenlpstudent

{
  "cols": [
    "Location",
    "2020",
    "2010",
    "2000",
    "1990",
    "1980",
    "1970",
    "1960",

thenlpstudent

def printHelloWorld(args):
    return "Hello world, " + args[0] 
    
def printYoloWorld(args):
    return "Yolo " + args[0] 

def prettyPrint(state):
    if state == None:
        return; 
    for s in state:

thenlpstudent

def get_key(params, key):
    if key not in params:
        return "" 
    return params[key] 

def put_key(params, key, value):
    if key == "":
        return params 
    params[key] = value 
    return params 

thenlpstudent

#include <stdio.h> 
#include <string.h> 

#define RULE_SIZE 7

char toLower(char c)
{
 if (c >= 'A' && c <= 'Z')
   return (c + (('a' - 'A'))); 		 
 return c; 

thenlpstudent

width = 800 
height = 600 

const params = d3.select("body")
			.append("div")
			  .attr("style", "width:100%;display:flex;height:10%;align-items:center;"); 


params.append("label")
	.text("Size of Rectangles: ")