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# Define screen size | |
DISPLAY_WIDTH = 32 * 1 #32 pixels x 1 displays | |
DISPLAY_HEIGHT = 16 | |
# Define a screen that has (width X height) numbers of 'pixels'. Each pixel is an RGB triplet | |
# with max value of 255. Even though our actual screen is 2-D it is stored as a 1-D array. Pixels | |
# 0 - 31 are the first row, 32 - 63 are the second row, etc. | |
screen = [[0,0,0] for x in xrange(self.DISPLAY_WIDTH*self.DISPLAY_HEIGHT)] |
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from flask import Flask, render_template, Blueprint | |
from flask.ext import breadcrumbs | |
from flask.views import MethodView | |
app = Flask(__name__) | |
breadcrumbs.Breadcrumbs(app=app) | |
bp = Blueprint('bp', __name__,) | |
class LevelOneView(MethodView): |
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var loki = require('lokijs'); | |
var BTree = require('sorted-btree').default | |
var baseRecordCount = 10000000; | |
var newRecordCount = 10000; | |
function generateRandomId() { | |
var max = 10000000; | |
return Math.floor(Math.random() * max) + 1; | |
} |
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import numpy as np | |
import pymc as pm | |
# Race times for 6 racers doing 3 races | |
race_times = np.array([ | |
[30,20,22], # Lane 1 | |
[27,27,28], # Lane 2 | |
[25,29,28], # Lane 3 | |
[25,23,23], # Lane 4 | |
[24,24,25], # Lane 5 |