def create_next_stage(reactor, last_stage, next_power, next_time):
next_stage = Stage(
myreactor = reactor,
reactor_id = reactor.id,
sn = last_stage.sn + 1,
t = next_time,
power = next_power,
phy = 250,
dens_I = -1,
dens_Xe = -1,
dens_Pm = -1,
dens_Sm = -1)
next_stage.save()
thepoints = wtf(reactor, last_stage, next_stage)
next_stage.dens_I = thepoints['I'][-1]
next_stage.dens_Xe = thepoints['Xe'][-1]
next_stage.dens_Pm = thepoints['Pm'][-1]
next_stage.dens_Sm = thepoints['Sm'][-1]
next_stage.phy = thepoints['phy']
next_stage.save()
drawimage(thepoints, reactor.id, next_stage.sn)
return next_stage
def initiate_reactor(reactor):
first_stage = Stage(
myreactor = reactor,
reactor_id = reactor.id,
sn = 1,
t = 1.0,
power = 0,
phy = 0,
dens_I = 0,
dens_Xe = 0,
dens_Sm = 0,
dens_Pm = 0)
first_stage.save()
#画一个平的图
thex = np.arange(0, float(first_stage.t) * 3600 + 1, 60)
density1 = np.exp(thex / 360)
density2 = np.exp(10-thex / 360)
density3 = np.sin(thex / 360)
density4 = np.cos(thex / 360)
reactivity1 = np.sin(thex / 360)
reactivity2 = np.sin(thex / 360+1)
reactivity3 = reactivity1 + reactivity2
thepoints = {
'x': thex,
'I': density1,
'Xe': density2,
'Pm': density3,
'Sm': density4,
'I_Xe': reactivity1,
'Pm_Sm': reactivity2,
'ALL': reactivity3}
drawimage(thepoints, reactor.id, 1)
return first_stage