class Mot:
ID = 1
def __init__(self, lettres, coord, dir):
self.id = Mot.ID
Mot.ID += 1
self.dir = dir
self.value = 0
self.lettres = lettres
self.taille = len(lettres)
self.xStart = coord[0]
self.yStart = coord[1]
self.domaineListe = []
self.domaineValueListe = []
self.domaine2 = None
self.contrainteListe = []
def str(self):
return ""
def setDomaine(self, copie):
self.domaine2 = copie.copyDico()
self.domaineListe = list(self.domaine2.get_Domaine(self.taille))
self.domaineValueListe = list(
self.domaine2.get_Domaine(self.taille, getValue=True))
def getDomaine(self):
return self.domaineListe
def getValueDomaine(self):
return self.domaineValueListe
def ajoute_contrainte(self, obj, i):
self.contrainteListe += [(obj, i)]
def set_lettre(self, i, c, master):
s = list(self.lettres)
s[i] = c
self.lettres = "".join(s)
for c1, c2 in self.contrainteListe:
if c2 is i and not self is master:
c1.set_lettre(c2, c, master)
def __repr__(self):
dom = self.getDomaine()
return self.dir + " id:" + str(
self.id) + " " + self.lettres + " val:" + str(
self.value) + " tailleDomaine:" + str(len(dom))
def get_Contrainte(self, mot):
c1 = None
c2 = None
for c in self.contrainteListe:
if c[0] is mot and not c[1] is -1:
c1 = c
if not c1:
return c1, c2
for c in mot.contrainteListe:
if c[0] is self and not c[1] is -1:
c2 = c
return c1, c2
def initDomaine(self, liste):
self.domaine2 = Dico(liste=liste)
self.domaineListe = list(self.domaine2.get_Domaine(self.taille))
self.domaineValueListe = list(
self.domaine2.get_Domaine(self.taille, getValue=True))
def printDomaineSize(self):
print str(self) + " -> " + str(
len(self.domaine2.get_Domaine(self.taille)))
def getContraintsX(self, x):
return [cont[1] for cont in self.contrainteListe if cont[0] is x]
def getContraintsXE(self, x):
c = [cont[1] for cont in self.contrainteListe if cont[0] is x]
c = [item for item in c if item != -1]
return c[0]
def getAllLettre(self, indiceY):
if self.lettres[indiceY] is ' ':
return self.domaine2.getAllLettre(indiceY)
return self.lettres[indiceY]
def updateFromContraintes(self, contrainte, yLettre):
bool = self.domaine2.updateFromContraintes(contrainte, yLettre)
self.domaineListe = list(self.domaine2.get_Domaine(self.taille))
self.domaineValueListe = list(
self.domaine2.get_Domaine(self.taille, getValue=True))
do = self.getValueDomaine()
if len(do) == 1:
for d in do:
self.lettres = d[0]
self.value = d[1]
return bool
def removeMotFromDomaine(self, mot):
self.domaine2.removeMot(mot)
self.domaineListe = list(self.domaine2.get_Domaine(self.taille))
self.domaineValueListe = list(
self.domaine2.get_Domaine(self.taille, getValue=True))
do = self.getValueDomaine()
if len(do) == 1:
for d in do:
self.lettres = d[0]
self.value = d[1]
return
def updateResultat(self):
do = self.getValueDomaine()
if len(do) == 1:
for d in do:
self.lettres = d[0]
self.value = d[1]
class Mot:
ID = 1
def __init__(self, lettres, coord, dir):
self.id = Mot.ID
Mot.ID += 1
self.dir = dir
self.value = 0
self.lettres = lettres
self.taille = len(lettres)
self.xStart = coord[0]
self.yStart = coord[1]
self.domaineListe = []
self.domaineValueListe = []
self.domaine2 = None
self.contrainteListe = []
def str(self):
return ""
def setDomaine(self, copie):
self.domaine2 = copie.copyDico()
self.domaineListe = list(self.domaine2.get_Domaine(self.taille))
self.domaineValueListe = list(self.domaine2.get_Domaine(self.taille, getValue=True))
def getDomaine(self):
return self.domaineListe
def getValueDomaine(self):
return self.domaineValueListe
def ajoute_contrainte(self, obj, i):
self.contrainteListe += [(obj, i)]
def set_lettre(self, i, c, master):
s = list(self.lettres)
s[i] = c
self.lettres = "".join(s)
for c1, c2 in self.contrainteListe:
if c2 is i and not self is master:
c1.set_lettre(c2, c, master)
def __repr__(self):
dom = self.getDomaine()
return self.dir + " id:" + str(self.id) + " " + self.lettres + " val:" + str(self.value) + " tailleDomaine:" + str(len(dom))
def get_Contrainte(self, mot):
c1 = None
c2 = None
for c in self.contrainteListe:
if c[0] is mot and not c[1] is -1:
c1 = c
if not c1:
return c1, c2
for c in mot.contrainteListe:
if c[0] is self and not c[1] is -1:
c2 = c
return c1, c2
def initDomaine(self, liste):
self.domaine2 = Dico(liste=liste)
self.domaineListe = list(self.domaine2.get_Domaine(self.taille))
self.domaineValueListe = list(self.domaine2.get_Domaine(self.taille, getValue=True))
def printDomaineSize(self):
print str(self) + " -> " + str(len(self.domaine2.get_Domaine(self.taille)))
def getContraintsX(self, x):
return [cont[1] for cont in self.contrainteListe if cont[0] is x]
def getContraintsXE(self, x):
c = [cont[1] for cont in self.contrainteListe if cont[0] is x]
c = [item for item in c if item != -1]
return c[0]
def getAllLettre(self, indiceY):
if self.lettres[indiceY] is ' ':
return self.domaine2.getAllLettre(indiceY)
return self.lettres[indiceY]
def updateFromContraintes(self, contrainte, yLettre):
bool = self.domaine2.updateFromContraintes(contrainte, yLettre)
self.domaineListe = list(self.domaine2.get_Domaine(self.taille))
self.domaineValueListe = list(self.domaine2.get_Domaine(self.taille, getValue=True))
do= self.getValueDomaine()
if len(do) == 1:
for d in do:
self.lettres = d[0]
self.value = d[1]
return bool
def removeMotFromDomaine(self, mot):
self.domaine2.removeMot(mot)
self.domaineListe = list(self.domaine2.get_Domaine(self.taille))
self.domaineValueListe = list(self.domaine2.get_Domaine(self.taille, getValue=True))
do= self.getValueDomaine()
if len(do) == 1:
for d in do:
self.lettres = d[0]
self.value = d[1]
return
def updateResultat(self):
do= self.getValueDomaine()
if len(do) == 1:
for d in do:
self.lettres = d[0]
self.value = d[1]
def initDomaine(self, liste):
self.domaine2 = Dico(liste=liste)
self.domaineListe = list(self.domaine2.get_Domaine(self.taille))
self.domaineValueListe = list(
self.domaine2.get_Domaine(self.taille, getValue=True))
def initDomaine(self, liste):
self.domaine2 = Dico(liste=liste)
self.domaineListe = list(self.domaine2.get_Domaine(self.taille))
self.domaineValueListe = list(self.domaine2.get_Domaine(self.taille, getValue=True))
