#samples = g.draw_samples(results, 1000); ''' __author__ = 'johannes castner' #because the above does nt yet work, for now, I'm using the below code to generate data: # make treatments; (data generation and budget constraints) # Now we leave out the "prize_door" value for the last member in the sequence. This is the one players bet on. This value comes in, when the timer runs out. connection_string = "mongodb://localhost" connection = pymongo.MongoClient(connection_string) database = connection.blog mClass = mClassDAO.mClassDAO(database) pictures=pictureDAO.PictureDAO(database) posts = blogPostDAO.BlogPostDAO(database) puts = putsDAO.PutsDAO(database) users = userDAO.UserDAO(database) models=modelDAO.ModelDAO(database) sessions = sessionDAO.SessionDAO(database) data = dataDAO.DataDAO(database) points=pointsDAO.PointsDAO(database) cvd = computerValueDAO.ComputerValueDAO(database) # General Discussion on structure. This program implements a blog. This file is the best place to start to get # to know the code. In this file, which is the controller, we define a bunch of HTTP routes that are handled # by functions. The basic way that this magic occurs is through the decorator design pattern. Decorators # allow you to modify a function, adding code to be executed before and after the function. As a side effect # the bottle.py decorators also put each callback into a route table.
import pymongo import mClassDAO db = pymongo.MongoClient().blog dao = mClassDAO.mClassDAO(db)