Xodarap

from bitstring import BitArray

'''
   Returns m * r using Booth's algorithm.
   x = len(m) and y = len(r). Note that this is the length in base 2.
   See http://en.wikipedia.org/wiki/Booth%27s_algorithm
'''
def booth(m, r, x, y):
	# Initialize
	totalLength = x + y + 1

Xodarap

class Rope {
  constructor(text) {
    this.text = text;
    this.size = text.length
  }

  insert(text, location) {
    let { left, right } = this.splitAt(location)
    // Avoid creating empty children
    if (right.toStringPretty() == '') right = undefined;

Xodarap

--Diagnoses 

select "CPTItemDetail"."value", "BillingItems"."itemName", "BillingData"."icdcode1", "BillingData"."icdcode2", "BillingData"."icdcode3", "BillingData"."icdcode4", "PATIENT"."hl7Id", "PATIENT_USERS"."ssn", "PATIENT_USERS"."ptDob", case  when "PATIENT_USERS"."sex" = '' then 'Unknown' else "PATIENT_USERS"."sex" end , case  when "PATIENT"."deceased" = 1 then 'Yes' when "PATIENT"."deceased" = 0 then 'No' else 'UnKnown' end , "CHARGE_ETHNICITY"."Name", "PATIENT"."language", "encBillingData"."date", "ChargeUser___Patient"."ptDob", "PATIENT_USERS"."ufname", "PATIENT_USERS"."uminitial", "PATIENT_USERS"."ulname", "PATIENT_USERS"."uemail", "PATIENT_USERS"."upPhone", "PATIENT_USERS"."upaddress", "PATIENT_USERS"."upcity", "PATIENT_USERS"."upstate", "PATIENT_USERS"."zipcode", "EDI_FACILITIES"."code", "EDI_FACILITIES"."Id", "EDI_FACILITIES"."Name", "EDI_FACILITIES"."startedOn", "APPOINTMENT_DOCTOR"."NPI", "APPOINTMENT_PROVIDER"."uid", "APPOINTMENT_DOCTOR"."TaxID", "APPOINTMENT_DOCTOR"."SpecialityCode", "APPOIN

Xodarap

import psycopg2
import itertools
import pandas
import numpy as np
import matplotlib.pyplot as plt

def lorenz_curve(X):
    X = np.array(X, dtype='int64')
    X.sort()
    X_lorenz = X.cumsum() / X.sum()

Xodarap

# send libnotify updates only for certain users. Edit the variable okAccounts to select which accounts.
#
# depends on notify-send
# To install, add this to your ~/.purple/plugins directory (you may have to create it)
# Then enable the plugin
use Purple;

# edit the keys in this hash to enable alerts for only these users
# the value is irrelevant	
%okAccounts = ('User 1' => '1', 

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{
  repository(owner: "sdiehl", name: "write-you-a-haskell") {
    pullRequests(first: 100) {
      nodes {
        participants(first: 5) {
          nodes {
            login
            isHireable
            bio
            email

Xodarap

# Simple script to synchronize Todoist and habitRPG
# only marks complete items in Todoist as complete in habitRPG,
# doesn't synchronize non-complete to do items
#
# Note: this script uses a temporary file to store the most recent sequence number from
# Todoist. Therefore, it must be stored in a spot where it has write access to a new file,
# and if you move it you'll either need to comment out the body of the loop below or else
# move the file.
#
# If this is the first time you're running the script, you might want to comment out the

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SELECT DISTINCT

  doctors.NPI AS "Provider NPI",
  users.ufname  AS "Provider First Name",
  users.ulname AS "Provider Last Name"
FROM
  enc INNER JOIN doctors
    ON enc.doctorID = doctors.doctorID
  LEFT JOIN users
    ON doctors.doctorID = users.uid

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library(R.oo)
library(plyr)

# Main function. Given the number of new vegetarians (in millions),
# returns the number of people brought into or out of poverty.
changeInPoor = function(milVeg) {
  # Demand in the F&P paper was 61 million bushels
  # We find the % change in feed demand, and use that with the elasticity
  # from F&P to find % change in price
  relDemandChange = vegChange(milVeg) / 61

Xodarap

function q = heat(mph)
% Given a walking speed in miles per hour, returns the energy given off as heat
% in 30 degree celsius temperature with no wind.

% No simple formula for energy taken by exercise, unfortunately
if mph == 3
	exCalPerH = 230;
elseif mph == 4
	exCalPerH = 350;
elseif mph == 5