def plotGene(self):
# GRAPHIQUES :
timeLength=24
if self.echelle==1:
timeLength=24*365
elif self.echelle==2:
timeLength=24*30
elif self.echelle==3:
timeLength=24*7
elif self.echelle==4:
timeLenght=24
a=0
b=self.cptConf
if(timeLength<self.cptConf):
a=self.cptConf-timeLength
self.Egraph[0].mplwidget.axes.clear()
self.Egraph[0].mplwidget.axes.set_title(u"Facteur de gêne total")
self.Egraph[0].mplwidget.axes.set_xlabel(u"Temps (h)")
self.Egraph[0].mplwidget.axes.set_ylabel(u"Gêne")
self.Egraph[0].mplwidget.axes.set_xlim(self.tps[a],self.tps[b])
self.Egraph[0].mplwidget.axes.plot(self.tps[a:b],self.Gg1y[a:b])
hmax=1*len(self.mat[0][0])
self.Egraph[0].mplwidget.axes.set_ylim(0,hmax)
self.Egraph[0].mplwidget.axes.figure.canvas.draw()
# INFOS TEXTES
for i in range(len(self.EGene)):
nom=self.mat[0][0][i][0]
self.EGene[i].setText("\t"+nom+" : "+str(fdr.recupGeneFinale(self.mat[0],nom)))
def ajGeneTot(self):
self.Gg1y=[]
for k in range(len(self.tps)):
c=0
if(self.tpsEff[k]==1):
for i in self.mat[0][0]:
c+=fdr.recupGeneFinale(self.mat[k],i[0])
self.Gg1y.append(c)