Ian Doarn IanDoarn

## game_of_life.py
import random
import copy
import os

# Game Settings
ALIVE = '*'
DEAD = ' '

class Point:

## 4QAM_simulation.m
clear all variables;
clc;

N = 1e5;
A = randi(4, N, 1) - 1;
delta = 1;

psi = [0.1 0.5 1 1.5 2 2.5 5];

for p = 1:length(psi)

## debit_policy_2019_compliance.sql
create or replace procedure debit_policy_2019_compliance()
    language plpgsql
as
$$
declare
    r        RECORD;
    rslt     doarni.ci_stock_history%rowtype;
    vitem    varchar;
    vlot     varchar;

## PERSONA_CASES_AND_PARKED_BY_POLY.sql
WITH persona AS (
    SELECT DISTINCT
      (regexp_matches(p.product_number, '^42-\d{4}-\d{3}-\d{2}$')) [1] AS product_number,
      p.id,
      p.description,
      CASE
      WHEN p.description ~ '^.*(\sCR\s|\sCR)(.*)(?=(\sVE\s)).*$'
        THEN 'Cruciate Retaining Vivacit-E (CR VE)'
      WHEN p.description ~ '^.*(\sCR\s|\sCR)(.*)(?!(\sVE\s)).*$'
        THEN 'Cruciate Retaining (CR)'

## kit_research.sql
/*
  finds last few transfers of kit, very broad detail
  INPUTS:
    DAY_RANGE  : number of days to search back
    KIT_NUMBER : kit product number
    KIT_SERIAL : kit serial number
 */

WITH ITEM_TO_KIT AS (
    SELECT

## lr_rotater.sv
`timescale 1ns/1ps

module left_rotator(
	input  x, y,
	input  logic  [3:0] I,
	output logic  [3:0] b
	);

	always_comb
		begin

## geomapper.py
import pprint
import requests
import psycopg2
import json
from Objects import *

BING_API_KEY = 'Aly75a6j5FS44wxXKh1qCUqIoVwGEV8dKYWBPtOTHRK6AGNHKsj8pBVv4eyEY1VX'

CONNECTION_INFO = {
    'USER': '',

## Cannibalizer.cs
using ItemLookUp.LookUp.Inventory;
using System;
using System.Collections.Generic;
using System.Text;

/// <summary>
/// Cannibalizer
/// This class takes information about objects that contain components and
/// builds a process to maximize the amount of valid kits that can be made
/// with the supplied kits.

## PriorityQueue.cs
using System;
using System.Collections.Generic;
using System.Linq;

namespace ItemLookUp.Tools
{
    private interface IQueue<T>
    {
        bool isEmpty();
	import random
	import copy
	import os

	# Game Settings
	ALIVE = '*'
	DEAD = ' '

	class Point:
	clear all variables;
	clc;

	N = 1e5;
	A = randi(4, N, 1) - 1;
	delta = 1;

	psi = [0.1 0.5 1 1.5 2 2.5 5];

	for p = 1:length(psi)
	create or replace procedure debit_policy_2019_compliance()
	language plpgsql
	as
	$$
	declare
	r RECORD;
	rslt doarni.ci_stock_history%rowtype;
	vitem varchar;
	vlot varchar;
	WITH persona AS (
	SELECT DISTINCT
	(regexp_matches(p.product_number, '^42-\d{4}-\d{3}-\d{2}$')) [1] AS product_number,
	p.id,
	p.description,
	CASE
	WHEN p.description ~ '^.(\sCR\s\|\sCR)(.)(?=(\sVE\s)).*$'
	THEN 'Cruciate Retaining Vivacit-E (CR VE)'
	WHEN p.description ~ '^.(\sCR\s\|\sCR)(.)(?!(\sVE\s)).*$'
	THEN 'Cruciate Retaining (CR)'
	/*
	finds last few transfers of kit, very broad detail
	INPUTS:
	DAY_RANGE : number of days to search back
	KIT_NUMBER : kit product number
	KIT_SERIAL : kit serial number
	*/

	WITH ITEM_TO_KIT AS (
	SELECT
	`timescale 1ns/1ps

	module left_rotator(
	input x, y,
	input logic [3:0] I,
	output logic [3:0] b
	);

	always_comb
	begin
	import pprint
	import requests
	import psycopg2
	import json
	from Objects import *

	BING_API_KEY = 'Aly75a6j5FS44wxXKh1qCUqIoVwGEV8dKYWBPtOTHRK6AGNHKsj8pBVv4eyEY1VX'

	CONNECTION_INFO = {
	'USER': '',
	using ItemLookUp.LookUp.Inventory;
	using System;
	using System.Collections.Generic;
	using System.Text;

	/// <summary>
	/// Cannibalizer
	/// This class takes information about objects that contain components and
	/// builds a process to maximize the amount of valid kits that can be made
	/// with the supplied kits.
	using System;
	using System.Collections.Generic;
	using System.Linq;

	namespace ItemLookUp.Tools
	{
	private interface IQueue<T>
	{
	bool isEmpty();