clarle

import os
from time import sleep
from optparse import OptionParser

# Remember to add the trailing slash!

SERVER_FOLDER = "/home/2010/cleung24/comp512/a3/servercode/"
CLIENT_FOLDER = "/home/2010/cleung24/comp512/a3/clientsrc/"
MIDDLEWARE_PORT = 5678

clarle

var Promise = require('bluebird'),
    data = ['a', 'b', 'c', 'd', null, 'e'];
 
/**
 * A long running task to run for each element of the array.
 * It must return a promise
 */
function doThing(arg) {
  return new Promise(
    function (resolve, reject) {

clarle

import random
import csv

DAYS = 7
HOURS = 24

data = []

for day in range(DAYS):
    for hour in range(HOURS):

clarle

// We need this to build our post string
var querystring = require('querystring');
var http = require('http');
var fs = require('fs');

function PostCode(codestring) {
  // Build the post string from an object
  var post_data = querystring.stringify({
      'compilation_level' : 'ADVANCED_OPTIMIZATIONS',
      'output_format': 'json',

clarle

from random import random, shuffle

def monte_carlo(draws, reds, blues):
    cases = []
    for i in xrange(draws):
        red_draws = [1] * reds
        blue_draws = [0] * blues
        total = red_draws + blue_draws
        shuffle(total)
        utility = total.pop() + total.pop() # pop two off

clarle

oparray = [ \
    lambda x, y: False, # FALSE
    lambda x, y: x and y, # AND
    lambda x, y: x and (not y), # X AND NOT Y
    lambda x, y: x, # X
    lambda x, y: (not x) and y, # NOT X AND Y
    lambda x, y: y, # Y,
    lambda x, y: x != y, # XOR
    lambda x, y: x or y, # OR
    lambda x, y: not (x or y), # NOR

clarle

from math import exp

class Edge:
    def __init__(self, edgetup, weight):
        self.vertex_out = edgetup[0]
        self.vertex_in = edgetup[1]
        self.weight = weight

class Unit:
    def __init__(self, number, input_edges, output_edges):

clarle

clear all; close all;
A = imread('BrownDischer079.tiff');
A = single(A);
scale = max(max(A))/256;
A = A/scale;
figure(1);
co=[0:255]/256; colormap([co;co;co]');
image(A); axis off tight; title('original image');

[x,y] = meshgrid(-25:25);

clarle

"""
genet - Python screen scraper for the Cystic Fibrosis Mutation Database

Installation
-------------

$ pip install requests pyquery
$ python
> import genet

clarle

import genet

aa_values = genet.extract_aa_values("Cyto loop1 (56 aa) 139/140-194/195")

raw_html = genet.search_by_consequence(aa_values)

print genet.parse_result_data(raw_html)