CptKirklnd

#I want to write a module that can make writing these less of an eyesore.
#But until then here's hell

#Megalovania (Toby Fox)
#Messily transcribed from this: https://www.noteflight.com/scores/view/855ad019ee2b37e2926b204d194c882426da49ad
#I'm gonna be honest I got bored near the end and kind of did my own thing.

import pyautogui
from time import sleep
from keybind import * #the devil

CptKirklnd

# I had 300 lockboxes to open and didn't want to wear out a keyswitch.
import pyautogui, time

while True:
	pyautogui.press('num0')
	time.sleep(0.5)

CptKirklnd

#include <stdio.h>
#include <stdlib.h>

//very simple linked list struct
struct ll {
    int x;
    //Add pointer info
	struct ll *next;
	struct ll *prev;
};

CptKirklnd

#testing an address search in the Google Maps Geocode API before using it in our BitCamp 2015 project
#http://maps.googleapis.com/maps/api/geocode/output?parameters
#using keyword paramters (street name, parsed in the superior script), rankby (distance)

import requests
import json

outputFormat = "json"
queryRoot = "https://maps.googleapis.com/maps/api/geocode/"

CptKirklnd

import datetime
def tesTime(startYear, realStartYear, era):
        #converts the current date to Tamrielic date and time
        #originally written in JS for a blog so the year updates based on the in-universse
        #year you want to use and it's real world "equivalent"
        #these, and the era you want are fed in as arguments
        t = datetime.datetime.now()
        #dict for each of the Tamerielic months
        months = ["Morning Star", "Sun's Dawn", "First Seed", "Midyear", "Sun's Height",
                  "Last Seed", "Hearthfire", "Frostfall", "Sun's Dusk", "Evening Star"]

CptKirklnd

from random import randint

statList = [] #the stored list of computed ability scores
statConpList = [] #the stored list of the conponents that went into the score
for y in range (0,6):
    stat = []
    for x in range(0,4):
        stat.append(randint(1,6))
    #print stat TESTING PURPOSES
    statConpList.append(stat)