def __init__(self,
name,
heat_transfer_coefficient = 1,
pressure_drop_Pa = 500,
a_volume_m3 = 10,
b_volume_m3 = 10,
contact_area_m2 = physics.medium_heat_exchanger_area_m2,
a_pipe_size_m2 = physics.medium_pipe_size_m2,
b_pipe_size_m2 = physics.medium_pipe_size_m2,
connector_lengths_m = 0.5,
height_m=5.0,
base_height_m=0):
component.__init__(self, name)
self.a_volume_m3 = a_volume_m3
self.b_volume_m3 = b_volume_m3
self.a_fluid = self._add_fluid(fluid(name+".a", self.a_volume_m3 / (height_m/2), height_m, base_height_m))
self.b_fluid = self._add_fluid(fluid(name+".b", self.b_volume_m3 / (height_m/2), height_m, base_height_m))
self.a_in = self.a_fluid.add_port(port("a_in", self.a_fluid, a_pipe_size_m2, connector_lengths_m, height_m))
self.a_out = self.a_fluid.add_port(port("a_out", self.a_fluid, a_pipe_size_m2, connector_lengths_m, height_m))
self.b_in = self.b_fluid.add_port(port("b_in", self.b_fluid, b_pipe_size_m2, connector_lengths_m, height_m))
self.b_out = self.b_fluid.add_port(port("b_out", self.b_fluid, b_pipe_size_m2, connector_lengths_m, height_m))
self.contact_area_m2 = contact_area_m2
self.heat_transfer_coefficient = heat_transfer_coefficient
self.pressure_drop_Pa = pressure_drop_Pa
def __init__(self, name, length_m = 1, area_m2 = physics.medium_pipe_size_m2, height_m=0):
component.__init__(self, name)
self.length_m = length_m
self.area_m2 = area_m2
self.volume_m3 = area_m2 * length_m
self.fluid = self._add_fluid(fluid(name, self.area_m2, length_m, height_m - length_m / 2.0))
self.in_port = self.fluid.add_port(port("in", self.fluid, area_m2, length_m/2.0, height_m))
self.out_port = self.fluid.add_port(port("out", self.fluid, area_m2, length_m/2.0, height_m))
def __init__(self, int_select): self.dev = Device(mode='b', interface_select = int_select, auto_detach=False, device_id = 'Dual RS232-HS' ) self.write_port_l = 0x80 self.read_port_l = 0x81 self.write_port_h = 0x82 self.read_port_h = 0x83 self.port_l = port(self.dev,self.write_port_l, self.read_port_l) self.port_h = port(self.dev,self.write_port_h, self.read_port_h)
def __init__(self, name, length_m = 20.0, start_height_m = 0.0, end_height_m = 0.0, area_m2 = physics.medium_pipe_size_m2):
component.__init__(self, name)
self.length_m = length_m
self.area_m2 = area_m2
self.volume_m3 = area_m2 * length_m
base_h = min(start_height_m, end_height_m)
h = max(start_height_m, end_height_m) - base_h
# TODO: Better area for pipe, base on slope
self.fluid = self._add_fluid(fluid(name, self.area_m2, h, base_h))
self.in_port = self.fluid.add_port(port("in_port", self.fluid, area_m2, length_m/2.0, start_height_m))
self.out_port = self.fluid.add_port(port("out_port", self.fluid, area_m2, length_m/2.0, end_height_m))
def __init__(self, name, max_pressure_Pa = physics.medium_pump_pressure_Pa, height_m = 1, base_height_m = 0, area_m2 = physics.medium_pipe_size_m2, pump_length_m = 2):
component.__init__(self, name)
self.length_m = pump_length_m
self.area_m2 = area_m2
self.volume_m3 = self.area_m2 * self.length_m
self.fluid = self._add_fluid(fluid(name, self.volume_m3, height_m, base_height_m))
self.in_port = self.fluid.add_port(port("in", self.fluid, area_m2, pump_length_m/2.0, height_m))
self.out_port = self.fluid.add_port(port("out", self.fluid, area_m2, pump_length_m/2.0, height_m))
self.max_pressure_Pa = max_pressure_Pa
self.adjust_power(0.5)
def __init__(self,
name,
length_m=1,
area_m2=physics.medium_pipe_size_m2,
height_m=0):
component.__init__(self, name)
self.length_m = length_m
self.area_m2 = area_m2
self.volume_m3 = area_m2 * length_m
self.fluid = self._add_fluid(
fluid(name, self.area_m2, length_m, height_m - length_m / 2.0))
self.in_port = self.fluid.add_port(
port("in", self.fluid, area_m2, length_m / 2.0, height_m))
self.out_port = self.fluid.add_port(
port("out", self.fluid, area_m2, length_m / 2.0, height_m))
def main():
print('start')
do_connect()
sleep_ms(10000)
sensor1 = Ultrasonic(14, 13)
p = port(2)
led = machine.Pin(0, machine.Pin.OUT)
led.value(0)
while True:
# (tem,hum) = medirTemHum()
# displaytem(tem,hum)
tem = 'TEST1'
hum = 'TEST2'
temp = oneWire()
dist = sensor1.distance_in_cm()
print("Sensor1 (Metric System)", dist, "cm")
envioMQTT(SERVER, TOPIC1, str(temp))
envioMQTT(SERVER, TOPIC2, str(dist))
#envioMQTT(SERVER,TOPIC2,())
# recepcionMQTT()
sleep_ms(5000)
led.value(1)
sleep_ms(5000)
led.value(0)
def __init__(self,
name,
length_m=20.0,
start_height_m=0.0,
end_height_m=0.0,
area_m2=physics.medium_pipe_size_m2):
component.__init__(self, name)
self.length_m = length_m
self.area_m2 = area_m2
self.volume_m3 = area_m2 * length_m
base_h = min(start_height_m, end_height_m)
h = max(start_height_m, end_height_m) - base_h
# TODO: Better area for pipe, base on slope
self.fluid = self._add_fluid(fluid(name, self.area_m2, h, base_h))
self.in_port = self.fluid.add_port(
port("in_port", self.fluid, area_m2, length_m / 2.0,
start_height_m))
self.out_port = self.fluid.add_port(
port("out_port", self.fluid, area_m2, length_m / 2.0,
end_height_m))
def __init__(self,
name,
heat_transfer_coefficient=1,
pressure_drop_Pa=500,
a_volume_m3=10,
b_volume_m3=10,
contact_area_m2=physics.medium_heat_exchanger_area_m2,
a_pipe_size_m2=physics.medium_pipe_size_m2,
b_pipe_size_m2=physics.medium_pipe_size_m2,
connector_lengths_m=0.5,
height_m=5.0,
base_height_m=0):
component.__init__(self, name)
self.a_volume_m3 = a_volume_m3
self.b_volume_m3 = b_volume_m3
self.a_fluid = self._add_fluid(
fluid(name + ".a", self.a_volume_m3 / (height_m / 2), height_m,
base_height_m))
self.b_fluid = self._add_fluid(
fluid(name + ".b", self.b_volume_m3 / (height_m / 2), height_m,
base_height_m))
self.a_in = self.a_fluid.add_port(
port("a_in", self.a_fluid, a_pipe_size_m2, connector_lengths_m,
height_m))
self.a_out = self.a_fluid.add_port(
port("a_out", self.a_fluid, a_pipe_size_m2, connector_lengths_m,
height_m))
self.b_in = self.b_fluid.add_port(
port("b_in", self.b_fluid, b_pipe_size_m2, connector_lengths_m,
height_m))
self.b_out = self.b_fluid.add_port(
port("b_out", self.b_fluid, b_pipe_size_m2, connector_lengths_m,
height_m))
self.contact_area_m2 = contact_area_m2
self.heat_transfer_coefficient = heat_transfer_coefficient
self.pressure_drop_Pa = pressure_drop_Pa
def __init__(self,
name,
max_pressure_Pa=physics.medium_pump_pressure_Pa,
height_m=1,
base_height_m=0,
area_m2=physics.medium_pipe_size_m2,
pump_length_m=2):
component.__init__(self, name)
self.length_m = pump_length_m
self.area_m2 = area_m2
self.volume_m3 = self.area_m2 * self.length_m
self.fluid = self._add_fluid(
fluid(name, self.volume_m3, height_m, base_height_m))
self.in_port = self.fluid.add_port(
port("in", self.fluid, area_m2, pump_length_m / 2.0, height_m))
self.out_port = self.fluid.add_port(
port("out", self.fluid, area_m2, pump_length_m / 2.0, height_m))
self.max_pressure_Pa = max_pressure_Pa
self.adjust_power(0.5)
def __init__(self,
name,
height_m=-2.0,
pipe_size_m2=physics.large_pipe_size_m2,
pipe_length_m=20.0,
river_temperature_C=18.0):
component.__init__(self, name)
self.height_m = height_m
self.river_water = self._add_fluid(
fluid(name, 100, 10, -5, 0.5, True, True, river_temperature_C))
self.port = self.river_water.add_port(
port("river", self.river_water, pipe_size_m2, pipe_length_m,
height_m))
def add_port(self, name, area_m2 = 0.25, length_m = 0.5, relative_height_m = 0):
return self.fluid.add_port(port(name, self.fluid, area_m2, length_m, relative_height_m))
def scanport(url):
port.port(url)
def __init__(self, name, height_m=-2.0, pipe_size_m2=physics.large_pipe_size_m2, pipe_length_m=20.0, river_temperature_C=18.0):
component.__init__(self, name)
self.height_m = height_m
self.river_water = self._add_fluid(fluid(name, 100, 10, -5, 0.5, True, True, river_temperature_C))
self.port = self.river_water.add_port(port("river", self.river_water, pipe_size_m2, pipe_length_m, height_m))
def add_port(self, name, area_m2=0.25, length_m=0.5, relative_height_m=0):
return self.fluid.add_port(
port(name, self.fluid, area_m2, length_m, relative_height_m))
def port(self):
print "Port Activity opened @ %.19s"%(datetime.now())
self.por = tk.Toplevel(self.parent)
self.app=port(self.por)