2017-03-01 12:13:39 +01:00
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import matplotlib.pyplot as plt; plt.rcdefaults()
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import numpy as np
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import matplotlib.pyplot as plt
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TailleGrilleX = 15
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TailleGrilleY = 15
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GrilleInitiale = 0
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HistoriqueGrille = list()
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StratsResultats = list()
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def recup_mat(matrice, param):
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""" array*str-> array
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Récupère la matrice avec seulement le paramètre (état,strat,années de prison) voulu afin de pouvoir avoir les stats plus facilement"""
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matR = np.random.randint(0,1,TailleGrilleX,TailleGrilleY)
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for ligne in range (0,TailleGrilleX): #int ligne
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for colonne in range (0, TailleGrilleY): #int colonne
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for p in matrice[ligne,colonne]:
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if p==param:
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matR[ligne,colonne]=dict[param]
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return matR
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def bar_chart():
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"""array->graph
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2017-03-01 12:15:08 +01:00
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Retourne le diagramme en baton qui met en évidence le nombre d'années de prison en fonction de la stratégie.
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Il est mis à jour à chaque fos que tous les éléments de la grille ont fait leur 8 parties locales"""
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2017-03-01 12:13:39 +01:00
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matStrat=recup_mat(matrice,'strategie')
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matGain=recup_mat(matrice,'annees_de_prison')
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#initialisation des paramètres
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strat0=0
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strat1=0
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strat2=0
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strat3=0
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strat4=0
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strat5=0
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gain0=0
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gain1=0
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gain2=0
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gain3=0
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gain4=0
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gain5=0
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for ligne in range (0,TailleGrilleX):
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for colonne in range(0, TailleGrilleY):
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if matStrat[ligne,colonne]==0:
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strat0=strat0+1
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gain0=gain0+matGain[ligne,colonne]
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elif matStrat[ligne,colonne]==1:
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strat1=strat1+1
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gain1=gain1+matGain[ligne,colonne]
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elif matStrat[ligne,colonne]==2:
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strat2=strat2+1
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gain2=gain2+matGain[ligne,colonne]
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elif matStrat[ligne,colonne]==3:
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strat3=strat3+1
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gain3=gain3+matGain[ligne,colonne]
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elif matStrat[ligne,colonne]==4:
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strat4=strat4+1
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gain4=gain4+matGain[ligne,colonne]
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else :
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strat5=strat5+1
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gain5=gain5+matGain[ligne,colonne]
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Strat=('1','2', '3','4' ,'5','6')
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x_pos = np.arange(len(Strat))
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gain=[gain0,gain1,gain2,gain3,gain4,gain5]
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plt.bar(x_pos, gain, align='center', color='b' )
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plt.xlabel("Stratégies")
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plt.ylabel("Nombre d'années de prison")
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plt.xticks(x_pos,Strat)
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plt.show()
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2017-03-01 12:15:08 +01:00
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