#Partie 1A

from tkinter import*
from random import*


#Question 1
def creeGrille(n,val):
    g=[val]*n
    for i in range(n):
        g[i]=[val]*n
    return g

#Question 2
def affiche(grille):
    for i in range(len(grille)):
        for j in range(len(grille[i])):
            print(grille[i][j],end=" ")
        print('')
        
#Question 3.a   
def liste(m):
    return[(i,j) for i in range (len(m)) for j in range (len(m))]


#Question 3.b
def aleagrille(n,p):
     grille=creeGrille(n,'_')
     l=liste(grille)
     choix=sample(l,p)
     for x in choix:
         grille[x[0]][x[1]]=randint(0,1)
     grille[0][0]="*"
     return grille
    
##Question 4
##
def deplacement(grille,dep,i,j):
    (I,J) = (i,j)
    grand=len(grille)
    grille[i][j]='_'
    if dep=='D'and j<grand-1:
        J=j+1
    elif dep=='G'and j>0:
        J=j-1
    elif dep=='B'and i<grand-1:
        I=i+1
    elif dep=='H'and i>0:
        I=i-1
    print((I,J))
    grille[I][J]='*'
    global I
    global J
    return I,J



#Question 5

def suitedeplacement(grille,i,j,ch):
    liste=list(ch)
    h=grille
    for x in liste:
        deplacement(grille,x,i,j)
        i=I
        j=J
        affiche(grille)
        print(x)
    affiche(h)


#Question 6
def partie():
     n=randint(4,8)
     p=randint(5,15)
     grille=aleagrille(n,p)
     affiche(grille)
     dep=input("quelle est votre suite de déplacements ?")
     dep=str(dep)
     suitedeplacement(grille,0,0,dep)



       
#Question 7


def deplacement2(grille,dep,i,j):
    p=0
    (I,J)=(i,j)
    grand=len(grille)
    grille[i][j]='_'
    grille[I][J]='*'
    if dep=='D'and j<grand-1:
        J=j+1
    elif dep=='G'and j>0:
        J=j-1
    elif dep=='B'and i<grand-1:
        I=i+1
    elif dep=='H'and i>0:
        I=i-1
    if grille[I][J]==0:
        p+=5
    elif grille[I][J]==1:
        p-=10
    elif grille[I][j]=='_':
        p+=0
    else:
        p-=2
    global I
    global J
    return I,J,p
    


def suitedeplacement2(grille,i,j,ch):
    total=0
    liste=list(ch)
    h=grille
    for x in liste:
        deplacement2(grille,x,i,j)
        i=I
        j=J
   affiche(grille)
        print(x)
          print("Vous avez %s points." %total)
    return total
    affiche(h)  

    
###Partie 1B
##
###Question 1 --> COMMANDE POUR LE DEPART
##def monquitter():
##    fen1.quit( )
##    fen1.destroy( ) 
##
##fen1=Tk( )
##fen1.title('jeu')
##cadre=Frame(fen1)
##
##can=Canvas(fen1,height=500,width=500,bg="#FFFFF0")
##can.pack(side=LEFT)
##boutDepart=Button(fen1,text='Départ',command=dessineGrille)
##boutDepart.pack()
##boutonG=Button(cadre, text='G')
##
##boutonD=Button(cadre, text='D')
##
##boutonH=Button(fen1, text='H')
##
##boutonB=Button(fen1, text='B')
##
##boutonG.pack(side=LEFT)
##boutonD.pack(side=LEFT)
##boutonH.pack()
##
##cadre.pack()
##
##boutonB.pack()
##lab=Label(fen1,text='votre score :')
##lab.pack(side=LEFT)
##entr=Entry(fen1,width=4)
##entr.pack(side=RIGHT)
##boutQuitter=Button(fen1,text='Quitter',command=monquitter)
##boutQuitter.pack(side=BOTTOM)
##fen1.mainloop()
##
##
###Question 2
##
##def dessineGrille():
##    n=randint(4,18)
##    p=randint(5,15)
##    g=['_']*n
##    for i in range(n):
##        g[i]=['_']*n
##    a=aleagrille(n,p)
##    affiche(a)