Krewn

using System;
using System.Collections;
using System.Collections.Generic;  

public class KmathMeshMaker : MonoBehaviour {
	 void OnNetworkInstantiate(NetworkMessageInfo info) {
        if (!networkView.isMine)
            Debug.Log("Kmath.Meshmaker" + networkView.owner);
        
    }

Krewn

using UnityEngine;
using System.Collections;
using Leap;

public class GetFrame : MonoBehaviour {
	private LeapManager manager;													 //This provides access to leap data
	public Leap.Frame frame;														   //this is a home for leap frame
	private Leap.Controller controller;										 //This interprites the data stream
	private Leap.Listener listener;												 //This is the data stream
										// Use this for initialization

Krewn

import sys
import os
#import and init pygame
import pygame
import numpy
def colPong(n,c):
	n = int(int(n)/c)
	n = n % 510
	n = 510 - n if(n > 255) else n
	return(int(n))

Krewn

package prefixNotation;

public class prefix {

	/**
	 * @param args
	 */
	public static String reverse(String input){
		if(input.length()==1){
			return(input);

Krewn

package Trees;
import Trees.treeNode;
public class tree{
	public treeNode root;
	public treeNode current;
	int size;
	boolean first;
	public tree(){
		super();
		root = new treeNode(0);

Krewn

###########################################################    ____                   ______ _      _     _     
##   Author : Kevin Nelson                             ####  / ____|                 |  ____(_)    | |   | |    
#					                ### | |  __  ___ _ __   ___  | |__   _  ___| | __| |___ 
##Projecting gene Fields into principal Component space#### | | |_ |/ _ \ '_ \ / _ \ |  __| | |/ _ \ |/ _` / __|
########################################################### | |__| |  __/ | | |  __/ | |    | |  __/ | (_| \__ \
###########################################################  \_____|\___|_| |_|\___| |_|    |_|\___|_|\__,_|___/    

import os
import numpy as np
import sys

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(1)01000010    66   B  
(2)01110010    114  r
(3)01100001    97   a
(4)01101001    105  i
(5)01101110    110  n
(6)01000110    70   F
(7)01110101    117  u
(8)01100011    99   c
(9)01101011    107  k
>++++++++++[

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#########################################################
##   Author : Kevin Nelson                             ## 
#					                #
##	Mapping MicroArrayData back to AS              ##
#########################################################
import sys
import csv
import pylab as pl
import matplotlib.pyplot as plt
import numpy

Krewn

#                                                                                                                                                          
#                                                                                                                                                          
#                       ___      ,---,                                      ___                     ___                                            ,--,    
#,-.----.             ,--.'|_  ,--.' |                                    ,--.'|_                 ,--.'|_                      ,--,              ,--.'|    
#\    /  \            |  | :,' |  |  :       ,---.        ,---,           |  | :,'          ,--,  |  | :,'   ,---.    __  ,-.,--.'|              |  | :    
#|   :    |           :  : ' : :  :  :      '   ,'\   ,-+-. /  |          :  : ' :        ,'_ /|  :  : ' :  '   ,'\ ,' ,'/ /||  |,               :  : '    
#|   | .\ :     .--,.;__,'  /  :  |  |,--. /   /   | ,--.'|'   |        .;__,'  /    .--

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#  ___  ____  _  _  ____  ____  ____  ___      __    __    ___ 
# / __)( ___)( \( )( ___)(_  _)(_  _)/ __)    /__\  (  )  / __)
#( (_-. )__)  )  (  )__)   )(   _)(_( (__    /(__)\  )(__( (_-.
# \___/(____)(_)\_)(____) (__) (____)\___)  (__)(__)(____)\___/
#
from pylab import *
def QuickerPlot(x):
	close()
	y=[]
	for k in range(1,len(x)+1):