jcchurch

"""

This code computes pi. It's not the first python
pi computation tool that I've written.  This program
is a good test of the mpi4py library, which is
essentially a python wrapper to the C MPI library.

To execute this code:

mpiexec -np NUMBER_OF_PROCESSES -f NODES_FILE python mpipypi.py

jcchurch

import turtle
import random
import math

def drawPolygon(myTurtle, sides, length):
    angle = 360 / sides
    for side in range(sides):
        myTurtle.forward(length)
        myTurtle.left(angle)

jcchurch

#!/usr/bin/env python3

import datetime
import argparse
import re

def createDate(stringDate):
    if re.match("\d\d\d\d-\d\d-\d\d$", stringDate) is None:
        raise ValueError("This is not in the correct date format. Use YYYY-MM-DD")

jcchurch

print()
print()
print()
print("D&D")

totals = [0] * 19
for a in range(1, 7):
    for b in range(1, 7):
        for c in range(1, 7):

jcchurch

function D = dijkstra(G, pairs)
    % This function takes an adjacency matrix called G
    % and a p-by-2 matrix called pairs.
    % The pairs matrix will contain pairs of indices.
    % This function will determine the shortest distance from
    % the first index in the pair to the second index for
    % every pair in matrix pairs.
    %
    % The function will only return a p-by-1 matrix of shortest
    % distances. I could use it to also return the shortest path,

jcchurch

#include <unistd.h>
  
int main(v,c)
int v;
char **c;
{
    for(v[(*&c)++]="Hello, world!\n)";
       (!!!!c)[*c] && (v-- || --(*&c) && execlp(*c, *c, c[!!c] + !!c, !c));
       **c = !c)
           write(!!*c, **&c, !!**c);

jcchurch

class MyClass {
  myVar: string = "Hello ";
  greet(name: string) {
    return this.myVar + name;
  }
}

let x = new MyClass();
console.log(x.greet("James"));
let y = x.greet;

jcchurch

#!/usr/bin/env python3
import subprocess
import glob
import os
import os.path
import sys

def getProcessOutput(myCommand):
    call = subprocess.Popen(myCommand, stdin=subprocess.PIPE, stdout=subprocess.PIPE)
    call.wait()

jcchurch

int needles = 0;
int crossings = 0;
int needleLength = 50;
int linegap = 64;
int min = 0 + needleLength;
int max = width - needleLength;

void setup() {
    size(640, 640);
    //frameRate(5);

jcchurch

" .vimrc
" James's vim configuration file.
" This configuration makes James happy to program.

let mapleader=" "

set autoindent
set backspace=indent,start
set nocompatible
set expandtab