if(tfl > 1.5):
isHighValueFlow = True
if(tfl < 1.5) and (isHighValueFlow == True):
realFlVal += tfl
else:
#attende d'au moins 2 secondes avant reset
if((timestamp - flLastTs) > 2):
isHighValueFlow = False
#affichage valeur reele debitmetre
buf = "Flow %.1f ml" % fl
mygauge.drawGauge(buf," ml", 700,400, realFlVal ,0,60,False,False,WHITE)
#ajoute les valeurs au graphique
# myplot.addGraphVal(t1,(t2+t3)/2,t6,tfl)
myplot.addGraphVal(t1,t1,t6,tfl)
#genere et affiche les courbes sur le graphique a l'ecran
myplot.drawGraph(50,25,400,300,85,100)
# --- Go ahead and update the screen with what we've drawn.
pygame.display.flip()
# --- Limit to 60 frames per second (unused)
#clock.tick(60)
rot = rot + 3
if(rot > 100):
rot = 0
#log to file
if(tfl > 0):
if(tfl > 1.5):
isHighValueFlow = True
if(tfl < 1.5) and (isHighValueFlow == True):
realFlVal += tfl
else:
#attende d'au moins 2 secondes avant reset
if((timestamp - flLastTs) > 2):
isHighValueFlow = False
#affichage valeur reele debitmetre
buf = "Flow %.1f ml" % fl
mygauge.drawGauge(buf," ml", 700,400, realFlVal ,0,60,False,False,WHITE)
#ajoute les valeurs au graphique
myplot.addGraphVal(t1,(t2+t3)/2,t6,tfl)
#genere et affiche les courbes sur le graphique a l'ecran
myplot.drawGraph(50,25,400,300,85,100)
# --- Go ahead and update the screen with what we've drawn.
pygame.display.flip()
# --- Limit to 60 frames per second (unused)
#clock.tick(60)
rot = rot + 3
if(rot > 100):
rot = 0
#log to file
