

In [1]:

    
import twothirds 
import random
%matplotlib inline



In [2]:

    
activity = twothirds.Activity('main.csv')

First game

Winning guess:



In [3]:

    
activity.games[0].find_winner()[-1]









    Out[3]:





22

Winner:



In [4]:

    
activity.games[0].find_winner()[:-1]









    Out[4]:





('Ben S',)

Second game

Winning guess:



In [5]:

    
activity.games[1].find_winner()[-1]









    Out[5]:





4

Winner:



In [6]:

    
activity.games[1].find_winner()[:-1]









    Out[6]:





('Keira',)

Plots



In [7]:

    
%matplotlib inline
activity.analyse();
activity.distplot();
activity.pairplot();









    












    





<matplotlib.figure.Figure at 0x7ff47caea150>

Summary



In [8]:

    
activity









    Out[8]:





=====================
Game 0
---------------------
2/3rds of the average: 22.12
Winning guess: 22
Winner(s): ('Ben S',)
=====================
Game 1
---------------------
2/3rds of the average: 4.26
Winning guess: 4
Winner(s): ('Keira',)

All results



In [9]:

    
activity = twothirds.Activity('data.csv')
activity.analyse();
activity.distplot();
activity.pairplot();
activity









    Out[9]:





=====================
Game 0
---------------------
2/3rds of the average: 23.67
Winning guess: 24
Winner(s): ('Anonymous',)
=====================
Game 1
---------------------
2/3rds of the average: 11.95
Winning guess: 12
Winner(s): ('Anonymous',)






    












    





<matplotlib.figure.Figure at 0x7ff47a3eae50>

Namibia 2016



In [10]:

    
activity = twothirds.Activity('data/namibia_2016.csv')
activity.analyse();
activity.distplot();
activity.pairplot();
activity









    Out[10]:





=====================
Game 0
---------------------
2/3rds of the average: 27.85
Winning guess: 26
Winner(s): ('Anonymous',)
=====================
Game 1
---------------------
2/3rds of the average: 20.16
Winning guess: 20
Winner(s): ('Anonymous',)






    












    





<matplotlib.figure.Figure at 0x7ff47a227290>



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