def create_device(self, model, node1, node2, Devices):
device = Line(model)
device.name = node2.replace("node_", "")
device.from_element = node1
device.to_element = node2
device.is_fuse = True
device.is_switch = False
device.is_banked = False
device.is_breaker = False
device.is_recloser = False
device.is_substation = False
device.is_sectionalizer = False
device.length = 1 #
device.feeder_name = (
"" if not isinstance(self.nxGraph[node1][node2]["feeder"], str)
else self.nxGraph[node1][node2]["feeder"])
device.substation_name = (
"" if not isinstance(self.nxGraph[node1][node2]["substation"], str)
else self.nxGraph[node1][node2]["substation"])
phases = self.nxGraph[node1][node2]["phases"]
phase_list = self.phase_2_index[phases]
for phase, phase_index in zip(phases, phase_list):
device_type = self.nxGraph[node1][node2]["equipment"][phase_index]
device_data = Devices[Devices["Equipment Identifier"] ==
device_type]
phase_device = Wire(model)
phase_device.nameclass = device_type.replace(" ", "_")
phase_device.phase = phase
phase_device.is_open = bool(
self.nxGraph[node1][node2]["isClosed"][phase_index])
# TODO: Fix enabled property for device
phase_device.is_switch = True
phase_device.is_fuse = False
phase_device.is_recloser = False
phase_device.is_breaker = False
phase_device.ampacity = float(
device_data["Current Rating"].iloc[0])
phase_device.fuse_limit = float(
device_data["Max Asymmetrical Fault"].iloc[0])
device.wires.append(phase_device)
for node_name in [node1, node2]:
if "x" in self.nxGraph.node[node_name]:
node_pos = Position(model)
node_pos.long = float(self.nxGraph.node[node_name]["x"])
node_pos.lat = float(self.nxGraph.node[node_name]["y"])
device.positions.append(node_pos)
def create_device(self, model, node1, node2, Devices):
device = Line(model)
device.name = node2.replace('node_', '')
device.from_element = node1
device.to_element = node2
device.is_fuse = True
device.is_switch = False
device.is_banked = False
device.is_breaker = False
device.is_recloser = False
device.is_substation = False
device.is_sectionalizer = False
device.length = 1 #
device.feeder_name = '' if not isinstance(self.nxGraph[node1][node2]['feeder'], str) else \
self.nxGraph[node1][node2]['feeder']
device.substation_name = '' if not isinstance(self.nxGraph[node1][node2]['substation'], str) else \
self.nxGraph[node1][node2]['substation']
phases = self.nxGraph[node1][node2]['phases']
phase_list = self.phase_2_index[phases]
for phase, phase_index in zip(phases, phase_list):
device_type = self.nxGraph[node1][node2]['equipment'][phase_index]
device_data = Devices[Devices['Equipment Identifier'] ==
device_type]
phase_device = Wire(model)
phase_device.nameclass = device_type.replace(' ', '_')
phase_device.phase = phase
phase_device.is_open = bool(
self.nxGraph[node1][node2]['isClosed'][phase_index])
# TODO: Fix enabled property for device
phase_device.is_switch = True
phase_device.is_fuse = False
phase_device.is_recloser = False
phase_device.is_breaker = False
phase_device.ampacity = float(
device_data['Current Rating'].iloc[0])
phase_device.fuse_limit = float(
device_data['Max Asymmetrical Fault'].iloc[0])
device.wires.append(phase_device)
for node_name in [node1, node2]:
if 'x' in self.nxGraph.node[node_name]:
node_pos = Position(model)
node_pos.long = float(self.nxGraph.node[node_name]['x'])
node_pos.lat = float(self.nxGraph.node[node_name]['y'])
device.positions.append(node_pos)
def create_switch(self, model, node1, node2):
switch = Line(model)
switch.name = node2.replace("node_", "")
switch.from_element = node1
switch.to_element = node2
switch.is_fuse = False
switch.is_switch = True
switch.is_banked = False
switch.is_breaker = False
switch.is_recloser = False
switch.is_substation = False
switch.is_sectionalizer = False
switch.length = 1 #
switch.feeder_name = ("" if isinstance(
self.nxGraph[node1][node2]["feeder"], float) else
self.nxGraph[node1][node2]["feeder"])
switch.substation_name = ("" if isinstance(
self.nxGraph[node1][node2]["substation"], float) else
self.nxGraph[node1][node2]["substation"])
phases = self.nxGraph[node1][node2]["phases"]
phase_list = self.phase_2_index[phases]
for phase, phase_index in zip(phases, phase_list):
phase_sw = Wire(model)
phase_sw.phase = phase
phase_sw.is_open = (True if self.nxGraph[node1][node2]["state"]
== "O" else False)
# TODO: Fix enabled property for switch
phase_sw.is_switch = True
phase_sw.is_fuse = False
phase_sw.is_recloser = False
phase_sw.is_breaker = False
switch.wires.append(phase_sw)
for node_name in [node1, node2]:
if "x" in self.nxGraph.node[node_name]:
node_pos = Position(model)
node_pos.long = float(self.nxGraph.node[node_name]["x"])
node_pos.lat = float(self.nxGraph.node[node_name]["y"])
switch.positions.append(node_pos)
def create_switch(self, model, node1, node2):
switch = Line(model)
switch.name = node2.replace('node_', '')
switch.from_element = node1
switch.to_element = node2
switch.is_fuse = False
switch.is_switch = True
switch.is_banked = False
switch.is_breaker = False
switch.is_recloser = False
switch.is_substation = False
switch.is_sectionalizer = False
switch.length = 1 #
switch.feeder_name = '' if isinstance(self.nxGraph[node1][node2]['feeder'], float) else \
self.nxGraph[node1][node2]['feeder']
switch.substation_name = '' if isinstance(self.nxGraph[node1][node2]['substation'], float) else \
self.nxGraph[node1][node2]['substation']
phases = self.nxGraph[node1][node2]['phases']
phase_list = self.phase_2_index[phases]
for phase, phase_index in zip(phases, phase_list):
phase_sw = Wire(model)
phase_sw.phase = phase
phase_sw.is_open = True if self.nxGraph[node1][node2][
'state'] == 'O' else False
#TODO: Fix enabled property for switch
phase_sw.is_switch = True
phase_sw.is_fuse = False
phase_sw.is_recloser = False
phase_sw.is_breaker = False
switch.wires.append(phase_sw)
for node_name in [node1, node2]:
if 'x' in self.nxGraph.node[node_name]:
node_pos = Position(model)
node_pos.long = float(self.nxGraph.node[node_name]['x'])
node_pos.lat = float(self.nxGraph.node[node_name]['y'])
switch.positions.append(node_pos)