def __init__(self, aoi, *args, **kwargs):
inputNodes = [
# input node azimuth defined WRT input light direction
nodes.InputNode(name="fr",
component=self,
position=optivis.geometry.Coordinates(0.5, 0),
aoiMultiplier=-1,
aoiOffset=180),
nodes.InputNode(name="bk",
component=self,
position=optivis.geometry.Coordinates(-0.5, 0),
aoiMultiplier=-1)
]
outputNodes = [
# output node azimuth defined WRT output light direction
nodes.OutputNode(name="fr",
component=self,
position=optivis.geometry.Coordinates(0.5, 0)),
nodes.OutputNode(name="bk",
component=self,
position=optivis.geometry.Coordinates(-0.5, 0),
aoiOffset=180)
]
super(Modulator, self).__init__(inputNodes=inputNodes,
outputNodes=outputNodes,
aoi=aoi,
*args,
**kwargs)
def __init__(self, *args, **kwargs):
filename = "b-cav-mir.svg"
size = optivis.geometry.Coordinates(11, 29)
inputNodes = [
# input node azimuth defined WRT input light direction
nodes.InputNode(name="fr",
component=self,
position=optivis.geometry.Coordinates(0.5, 0),
aoiMultiplier=-1,
aoiOffset=180),
nodes.InputNode(name="bk",
component=self,
position=optivis.geometry.Coordinates(-0.5, 0),
aoiMultiplier=-1)
]
outputNodes = [
# output node azimuth defined WRT output light direction
nodes.OutputNode(name="fr",
component=self,
position=optivis.geometry.Coordinates(0.5, 0)),
nodes.OutputNode(name="bk",
component=self,
position=optivis.geometry.Coordinates(-0.5, 0),
aoiOffset=180)
]
super(CavityMirror, self).__init__(filename=filename,
size=size,
inputNodes=inputNodes,
outputNodes=outputNodes,
*args,
**kwargs)
def __init__(self, aoi=0, *args, **kwargs):
filename = "b-bspcube.svg"
size = optivis.geometry.Coordinates(23, 23)
inputNodes = [
nodes.InputNode(name="frA",
component=self,
position=optivis.geometry.Coordinates(0, -0.5),
aoiOffset=90),
nodes.InputNode(name="frB",
component=self,
position=optivis.geometry.Coordinates(0.5, 0),
aoiOffset=180),
nodes.InputNode(name="bkA",
component=self,
position=optivis.geometry.Coordinates(-0.5, 0)),
nodes.InputNode(name="bkB",
component=self,
position=optivis.geometry.Coordinates(0, 0.5),
aoiOffset=270)
]
outputNodes = [
nodes.OutputNode(name="frA",
component=self,
position=optivis.geometry.Coordinates(0.5, 0),
aoiMultiplier=-1),
nodes.OutputNode(name="frB",
component=self,
position=optivis.geometry.Coordinates(0, -0.5),
aoiMultiplier=-1,
aoiOffset=270),
nodes.OutputNode(name="bkA",
component=self,
position=optivis.geometry.Coordinates(0, 0.5),
aoiMultiplier=-1,
aoiOffset=90),
nodes.OutputNode(name="bkB",
component=self,
position=optivis.geometry.Coordinates(-0.5, 0),
aoiMultiplier=-1,
aoiOffset=180)
]
super(BeamSplitterCube, self).__init__(filename=filename,
size=size,
inputNodes=inputNodes,
outputNodes=outputNodes,
aoi=aoi,
*args,
**kwargs)
def __init__(self, *args, **kwargs):
filename = "b-dump.svg"
size = optivis.geometry.Coordinates(22, 33)
inputNode = nodes.InputNode(name="in",
component=self,
position=optivis.geometry.Coordinates(
-0.5, 0))
super(Dump, self).__init__(filename=filename,
size=size,
inputNode=inputNode,
*args,
**kwargs)
def __init__(self, *args, **kwargs):
filename = "e-pd1.svg"
size = optivis.geometry.Coordinates(16, 23)
inputNode = nodes.InputNode(name="in",
component=self,
position=optivis.geometry.Coordinates(
-0.5, 0))
super(Photodiode, self).__init__(filename=filename,
size=size,
inputNode=inputNode,
*args,
**kwargs)
def __init__(self, aoi=0, *args, **kwargs):
filename = "c-isolator.svg"
size = optivis.geometry.Coordinates(52, 23)
inputNodes = [
# input node azimuth defined WRT input light direction
nodes.InputNode(name="fr",
component=self,
position=optivis.geometry.Coordinates(-0.5, 0)),
nodes.InputNode(name="bk",
component=self,
position=optivis.geometry.Coordinates(0.5, 0),
aoiOffset=180),
nodes.InputNode(name="frPoA",
component=self,
position=optivis.geometry.Coordinates(-0.35, -0.1),
aoiOffset=90),
nodes.InputNode(name="frPoB",
component=self,
position=optivis.geometry.Coordinates(-0.35, 0.1),
aoiMultiplier=-1,
aoiOffset=90),
nodes.InputNode(name="bkPoA",
component=self,
position=optivis.geometry.Coordinates(0.35, -0.1),
aoiMultiplier=-1,
aoiOffset=-90),
nodes.InputNode(name="bkPoB",
component=self,
position=optivis.geometry.Coordinates(0.35, 0.1),
aoiOffset=-90)
]
outputNodes = [
# output node azimuth defined WRT output light direction
nodes.OutputNode(name="fr",
component=self,
position=optivis.geometry.Coordinates(-0.5, 0),
aoiMultiplier=-1,
aoiOffset=180),
nodes.OutputNode(name="bk",
component=self,
position=optivis.geometry.Coordinates(0.5, 0),
aoiMultiplier=-1),
nodes.OutputNode(name="frPoA",
component=self,
position=optivis.geometry.Coordinates(
-0.35, -0.1),
aoiMultiplier=-1,
aoiOffset=90),
nodes.OutputNode(name="frPoB",
component=self,
position=optivis.geometry.Coordinates(-0.35, 0.1),
aoiOffset=270),
nodes.OutputNode(name="bkPoA",
component=self,
position=optivis.geometry.Coordinates(0.35, -0.1),
aoiOffset=270),
nodes.OutputNode(name="bkPoB",
component=self,
position=optivis.geometry.Coordinates(0.35, 0.1),
aoiMultiplier=-1,
aoiOffset=90)
]
super(FaradayIsolator, self).__init__(filename=filename,
size=size,
inputNodes=inputNodes,
outputNodes=outputNodes,
aoi=aoi,
*args,
**kwargs)