class FluidSystem(DynamicalModel):
source = F.SubModel(FlowSource)
waterTower = F.SubModel(WaterTower)
valveOut = F.SubModel(Valve)
flowController = F.SubModel(FlowController)
sink = F.SubModel(PressureSource)
def __init__(self):
self.source.meta.port.connect(self.waterTower.meta.portIn)
self.waterTower.meta.portOut.connect(self.valveOut.meta.port1)
self.valveOut.meta.port2.connect(self.sink.meta.port)
self.waterTower.meta.hWater.connect(
self.flowController.meta.waterLevel)
self.flowController.meta.valveOpen.connect(
self.valveOut.meta.controlSignal)
class Tank(DynamicalModel):
qSource = F.SubModel(HeatSource)
m1 = F.SubModel(ThermalMass)
m2 = F.SubModel(ThermalMass)
c = F.SubModel(ThermalConduction)
conv = F.SubModel(Convection)
ch = F.SubModel(FluidChamber)
def __init__(self):
self.m1.meta.p1.connect(self.qSource.meta.p)
self.m1.meta.p2.connect(self.c.meta.p1)
self.c.meta.p2.connect(self.m2.meta.p1)
self.m2.meta.p2.connect(self.conv.meta.portWall)
self.ch.meta.portWall.connect(self.conv.meta.portFluid)
class MechSystem(DynamicalModel):
fs = F.SubModel(ForceSource)
mass = F.SubModel(BoundMass)
def __init__(self):
self.fs.meta.p.connect(self.mass.meta.p)