def addConsoTotale(self):
for k in range (len(self.tps)):
c=0
cNat=0
if self.tpsEff[k]==0:
pass
elif self.tpsEff[k]==1:
for i in self.mat[0][0]:
c+=fdr.recupPuissanceFinale(self.mat[k],i[0])
cNat+=fdr.recupPuissanceFinale(self.matNat[k],i[0])
self.lTot.append(c)
self.lTotNat.append(cNat)
def addConsoMachines(self):
for i in self.mat[0][0]:
self.lM.append([])
self.diffM.append([])
self.lMNat.append([])
for k in range (len(self.tps)):
if(self.tpsEff[k]==1):
for i in range(len(self.mat[0][0])):
self.lM[i].append(fdr.recupPuissanceFinale(self.mat[self.compteur],self.mat[0][0][i][0]))
self.compteur+=1
else:
for i in range(len(self.mat[0][0])):
self.lM[i].append(fdr.recupPuissanceFinale(self.mat[k],self.matNat[0][0][i][0]))
for i in range(len(self.mat[0][0])):
self.lMNat[i].append(fdr.recupPuissanceFinale(self.matNat[k],self.matNat[0][0][i][0]))
