Brett Reinhard BaReinhard

## quick_n_dirty_pod.install
PLEASE REFER TO https://github.com/BaReinhard/pod-installer-utils

## install_new_client.sh
PLEASE REFER TO https://github.com/BaReinhard/pod-installer-utils

## download_files.sh
PLEASE REFER TO https://github.com/BaReinhard/pod-installer-utils

## pumpkin.ino
//Program: RGB Color Change
//Programmer: Brett Reinhard
//Date: 10/20/2016
//Description: Changes color of LED's within the Pumpkin, with smooth transitions.
int const Red = 9, /* Pin 3 */ Blue = 11, /* Pin 5 */ Green = 10; /* Pin 6 */
class Pumpkin
{
  private:
    int *_r;
    int *_g;

## rgb.v1.ino
//Program: RGB Color Change
//Programmer: Brett Reinhard
//Date: 03/12/2016
//Description: Changes color of rgb led by use of a potentiator knob.


int prevR = 0, prevG = 0, prevB = 0; // all of the previous RGB values
int const Red = 3; //pin 3
int const Blue = 5; // pin 4

## rgb_humaneye.ino
/*
 * LedBrightness sketch
 * controls the brightness of LEDs on "analog" (PWM) output ports.
 */
#include <LiquidCrystal.h>
LiquidCrystal lcd(12,11,9,4,8,7);
class rgb_color {

  private:
    int my_r;

## My_Atoi.go
// pseudo code
// strip string of white space
// check first character for sign
// loop through remaining string until the end or a non integer value
// check ascii value of each character and ensure it falls in proper range
// then offset the ascii value from the ascii of 0
// return new integer with sign 1 or -1
func myAtoi(str string) int {
    finalString:= ""
    sign:= 1

## Reverse_Integer.go
func reverse(x int) int {
    // calc minimum and maximum values
    max:= int(math.Pow(2,31))
    min:= int(math.Pow(-2,31)) -1
    tmp := x
    reverse:= 0
    for{
        digit := tmp % 10
        reverse = reverse * 10 + digit
        tmp = tmp / 10

## Add_Two_Numbers.go
/**
 * Definition for singly-linked list.
 * type ListNode struct {
 *     Val int
 *     Next *ListNode
 * }
 */
func addTwoNumbers(l1 *ListNode, l2 *ListNode) *ListNode {

    // Check that l1 and l2 are not empty

## 3sum.go
func threeSum(nums []int) [][]int {
    sort.Ints(nums[:])
    used:= map[string]bool{}
    if !(len(nums)>2){
        fmt.Printf("Not enough integers in array")
        return [][]int{}
    }
    firstNum:= nums[0]
    lastNum:= nums[len(nums)-1]
    // Check that the sorted list to see if its a long array of 0's
	//Program: RGB Color Change
	//Programmer: Brett Reinhard
	//Date: 10/20/2016
	//Description: Changes color of LED's within the Pumpkin, with smooth transitions.
	int const Red = 9, /* Pin 3 / Blue = 11, / Pin 5 / Green = 10; / Pin 6 */
	class Pumpkin
	{
	private:
	int *_r;
	int *_g;
	//Program: RGB Color Change
	//Programmer: Brett Reinhard
	//Date: 03/12/2016
	//Description: Changes color of rgb led by use of a potentiator knob.



	int prevR = 0, prevG = 0, prevB = 0; // all of the previous RGB values
	int const Red = 3; //pin 3
	int const Blue = 5; // pin 4
	/*
	* LedBrightness sketch
	* controls the brightness of LEDs on "analog" (PWM) output ports.
	*/
	#include <LiquidCrystal.h>
	LiquidCrystal lcd(12,11,9,4,8,7);
	class rgb_color {

	private:
	int my_r;
	// pseudo code
	// strip string of white space
	// check first character for sign
	// loop through remaining string until the end or a non integer value
	// check ascii value of each character and ensure it falls in proper range
	// then offset the ascii value from the ascii of 0
	// return new integer with sign 1 or -1
	func myAtoi(str string) int {
	finalString:= ""
	sign:= 1
	func reverse(x int) int {
	// calc minimum and maximum values
	max:= int(math.Pow(2,31))
	min:= int(math.Pow(-2,31)) -1
	tmp := x
	reverse:= 0
	for{
	digit := tmp % 10
	reverse = reverse * 10 + digit
	tmp = tmp / 10
	/**
	* Definition for singly-linked list.
	* type ListNode struct {
	* Val int
	* Next *ListNode
	* }
	*/
	func addTwoNumbers(l1 ListNode, l2 ListNode) *ListNode {

	// Check that l1 and l2 are not empty
	func threeSum(nums []int) [][]int {
	sort.Ints(nums[:])
	used:= map[string]bool{}
	if !(len(nums)>2){
	fmt.Printf("Not enough integers in array")
	return [][]int{}
	}
	firstNum:= nums[0]
	lastNum:= nums[len(nums)-1]
	// Check that the sorted list to see if its a long array of 0's