def define_ports(self, ports):
angle = angle_deg(self.end_position, self.start_position)
if isinstance(self.start_port, InOpticalPort):
ports += [OutOpticalPort(position = self.start_position, wg_definition = self.start_wg_def, angle = (angle + 180.0)%360.0),
InOpticalPort(position = self.end_position, wg_definition = self.end_wg_def, angle = angle)]
else:
ports += [InOpticalPort(position = self.start_position, wg_definition = self.start_wg_def, angle = (angle + 180.0)%360.0),
OutOpticalPort(position = self.end_position, wg_definition = self.end_wg_def, angle = angle)]
return ports
def define_ports(self, prts):
prts += [
InOpticalPort(position=(-2.0, 0.0),
wg_definition=self.wg_definition,
angle=180.0),
OutOpticalPort(position=(self.bend_radius, self.bend_radius +
0.5 * self.wg_definition.wg_width),
wg_definition=self.wg_definition,
angle=90.0),
OutOpticalPort(position=(self.bend_radius, -self.bend_radius -
0.5 * self.wg_definition.wg_width),
wg_definition=self.wg_definition,
angle=-90.0)
]
return prts
def define_ports(self, ports):
for port in self.end_coords.get_ports_within_angles(270.0, 90.0):
port = OutOpticalPort(wg_definition=port.wg_definition,
position=port.position,
angle=port.angle)
ports += port
return ports
def define_ports(self, ports):
ports += [
InOpticalPort(position=self.input.position,
angle=(self.input.angle + 180) % 360.0,
wg_definition=self.input.wg_definition),
OutOpticalPort(position=self.output.position,
angle=(self.output.angle + 180) % 360.0,
wg_definition=self.output.wg_definition),
]
return ports
def define_ports(self, ports):
for wd, y in zip(self.input_wg_definitions, self.input_y_positions):
ports += InOpticalPort(wg_definition=wd,
position=(0.0, y),
angle=180.0)
for wd, y in zip(self.output_wg_definitions, self.output_y_positions):
ports += OutOpticalPort(wg_definition=wd,
position=(self.length, y),
angle=0.0)
return ports
def define_ports(self, ports):
ports += [
InOpticalPort(position=self.start_point,
wg_definition=self.wg_definition,
angle=self.start_angle + 180.0),
OutOpticalPort(position=self.end_point,
wg_definition=self.wg_definition,
angle=self.end_angle)
]
return ports
def define_ports(self, ports):
a = self.angles_deg()
ports += [
InOpticalPort(position=self[0],
angle=a[0] + 180.0,
wg_definition=self.input_port.wg_definition),
OutOpticalPort(position=self[-1],
angle=a[-2],
wg_definition=self.input_port.wg_definition)
]
return ports
def define_ports(self, P):
if not self.aperture_in is None:
for p in self.aperture_in.ports.transform_copy(
self.transformation_in):
P += InOpticalPort(position=p.position,
angle=p.angle_deg,
wg_definition=p.wg_definition)
if not self.aperture_out is None:
for p in self.aperture_out.ports.transform_copy(
self.transformation_out):
P += OutOpticalPort(position=p.position,
angle=p.angle_deg,
wg_definition=p.wg_definition)
return P
def define_ports(self, ports):
from ipkiss.plugins.photonics.port.port import InOpticalPort, OutOpticalPort
if len(self.shape) == 0:
self.ports = []
return
ports += [
InOpticalPort(position=self.shape[0],
angle=angle_deg(self.shape[0], self.shape[1]),
wg_definition=self.definition()),
OutOpticalPort(position=self.shape[-1],
angle=angle_deg(self.shape[-1], self.shape[-2]),
wg_definition=self.definition())
]
return ports
def define_ports(self, ports):
angle = angle_deg(self.end_position, self.start_position)
ports += [InOpticalPort(wg_definition = self.start_wg_def, position = self.start_position, angle=(angle + 180.0)%360.0),
OutOpticalPort(wg_definition = self.end_wg_def, position = self.end_position, angle = angle)]
return ports