sys.path.append('..')
import optivis.scene as scene
import optivis.bench.components as components
import optivis.view.canvas as canvas
scene = scene.Scene(title="Example 3")
l = components.Laser(name="L1")
bs = components.BeamSplitter(name="BS", aoi=45)
mTopRight = components.SteeringMirror(name="Top Right", aoi=45)
mBottomRight = components.SteeringMirror(name="Bottom Right", aoi=45)
mBottomLeft = components.SteeringMirror(name="Bottom Left", aoi=45)
scene.link(outputNode=l.getOutputNode('out'),
inputNode=bs.getInputNode('bkB'),
length=100)
scene.link(outputNode=bs.getOutputNode('frB'),
inputNode=mTopRight.getInputNode('fr'),
length=50)
scene.link(outputNode=mTopRight.getOutputNode('fr'),
inputNode=mBottomRight.getInputNode('fr'),
length=50)
scene.link(outputNode=mBottomRight.getOutputNode('fr'),
inputNode=mBottomLeft.getInputNode('fr'),
length=50)
scene.link(outputNode=mBottomLeft.getOutputNode('fr'),
inputNode=bs.getInputNode('frB'),
length=42.5)
scene.reference = l
"""
Demonstration of funky angles of incidence.
"""
import sys
sys.path.append('..')
import optivis.scene as scene
import optivis.bench.links as links
import optivis.bench.components as components
import optivis.view.canvas as canvas
scene = scene.Scene(title="Example 4")
l1 = components.Laser(name="L1")
m1 = components.CavityMirror(name="M1")
bs1 = components.BeamSplitter(name="BS", aoi=22.5)
m2 = components.CavityMirror(name="M2", aoi=-23)
m3 = components.CavityMirror(name="M3", aoi=-45)
m4 = components.CavityMirror(name="M4")
scene.link(outputNode=l1.getOutputNode('out'), inputNode=m1.getInputNode('bk'), length=50)
scene.link(outputNode=m1.getOutputNode('fr'), inputNode=bs1.getInputNode('bkA'), length=50)
scene.link(outputNode=bs1.getOutputNode('frB'), inputNode=m2.getInputNode('fr'), length=50)
scene.link(outputNode=bs1.getOutputNode('frA'), inputNode=m3.getInputNode('fr'), length=50)
scene.link(outputNode=bs1.getOutputNode('bkA'), inputNode=m4.getInputNode('fr'), length=50, pattern=[1, 2])
scene.link(outputNode=m2.getOutputNode('fr'), inputNode=m3.getInputNode('fr'), length=35)
gui = canvas.Simple(scene=scene)
gui.show()
"""
import sys
sys.path.append('..')
import optivis.scene as scene
import optivis.bench.components as components
import optivis.view.canvas as canvas
scene = scene.Scene(title="Example 6")
l = components.Laser(name="L1")
bs = components.BeamSplitter(name="BS", aoi=45)
mTopRight = components.SteeringMirror(name="Top Right", aoi=45)
mBottomRight = components.SteeringMirror(name="Bottom Right", aoi=45)
mBottomLeft = components.SteeringMirror(name="Bottom Left", aoi=45)
scene.link(outputNode=l.getOutputNode('out'), inputNode=bs.getInputNode('bkB'), length=100, startMarker=True, endMarker=True)
scene.link(outputNode=bs.getOutputNode('frB'), inputNode=mTopRight.getInputNode('fr'), length=50, startMarker=True, endMarker=True)
scene.link(outputNode=mTopRight.getOutputNode('fr'), inputNode=mBottomRight.getInputNode('fr'), length=50, startMarker=True, endMarker=True)
scene.link(outputNode=mBottomRight.getOutputNode('fr'), inputNode=mBottomLeft.getInputNode('fr'), length=50, startMarker=True, endMarker=True)
scene.link(outputNode=mBottomLeft.getOutputNode('fr'), inputNode=bs.getInputNode('bkA'), startMarker=True, endMarker=True)
scene.reference = l
print bs.getAoiForConstrainedNodeAngle(bs.getInputNode('bkB'), bs.getInputNode('bkA'), 45)
gui = canvas.Full(scene=scene, startMarkers=True, endMarkers=True)
gui.show()
import optivis.view.canvas as canvas
scene = scene.Scene()
# beam splitter
bs = components.BeamSplitter(name="BS", azimuth=180+45, aoi=45)
# mirrors
mPR = components.SteeringMirror(name="PR")
mSR = components.SteeringMirror(name="SR")
mIX = components.SteeringMirror(name="IX")
mIY = components.SteeringMirror(name="IY")
# link OUTPUTS of beam splitter to mirrors
scene.link(outputNode=bs.getOutputNode("frB"), inputNode=mPR.getInputNode("fr"), length=150, labels=[
labels.Label(text="BS->frB --> fr<-PR", position=geometry.Coordinates(-0.3, 0))
])
scene.link(outputNode=bs.getOutputNode("bkB"), inputNode=mSR.getInputNode("fr"), length=150, labels=[
labels.Label(text="BS->bkB --> fr<-SR", position=geometry.Coordinates(-0.3, 0))
])
scene.link(outputNode=bs.getOutputNode("bkA"), inputNode=mIX.getInputNode("fr"), length=300, labels=[
labels.Label(text="BS->bkA --> fr<-IX", position=geometry.Coordinates(-0.3, 0))
])
scene.link(outputNode=bs.getOutputNode("frA"), inputNode=mIY.getInputNode("fr"), length=300, labels=[
labels.Label(text="BS->frA --> fr<-IY", position=geometry.Coordinates(-0.3, 0))
])
scene.reference = bs
gui = canvas.Simple(scene=scene, size=geometry.Coordinates(700, 700))
gui.show()
from __future__ import unicode_literals, division
import sys
sys.path.append('../..')
import optivis.scene as scene
import optivis.bench.components as components
import optivis.view.canvas as canvas
scene = scene.Scene()
# lasers
l1 = components.Laser()
l2 = components.Laser()
# mirror
m1 = components.CavityMirror(azimuth=0, aoi=45)
# link lasers to INPUTS of mirror
scene.link(outputNode=l1.getOutputNode("out"),
inputNode=m1.getInputNode("fr"),
length=50)
scene.link(outputNode=l2.getOutputNode("out"),
inputNode=m1.getInputNode("bk"),
length=100)
scene.reference = m1
gui = canvas.Simple(scene=scene)
gui.show()
import optivis.view.canvas as canvas
scene = scene.Scene()
# beam splitter
bs = components.BeamSplitter(name="BS", azimuth=180+45, aoi=45)
# mirrors
mPR = components.SteeringMirror(name="PR")
mSR = components.SteeringMirror(name="SR")
mIX = components.SteeringMirror(name="IX")
mIY = components.SteeringMirror(name="IY")
# link mirrors to INPUTS of beam splitter
scene.link(outputNode=mPR.getOutputNode("fr"), inputNode=bs.getInputNode("frA"), length=150, labels=[
labels.Label(text="PR->fr --> frA<-BS", position=geometry.Coordinates(-0.3, 0))
])
scene.link(outputNode=mSR.getOutputNode("fr"), inputNode=bs.getInputNode("bkA"), length=150, labels=[
labels.Label(text="SR->fr --> bkA<-BS", position=geometry.Coordinates(-0.3, 0))
])
scene.link(outputNode=mIX.getOutputNode("fr"), inputNode=bs.getInputNode("bkB"), length=300, labels=[
labels.Label(text="IX->fr --> bkB<-BS", position=geometry.Coordinates(-0.2, 0))
])
scene.link(outputNode=mIY.getOutputNode("fr"), inputNode=bs.getInputNode("frB"), length=300, labels=[
labels.Label(text="IY->fr --> frB<-BS", position=geometry.Coordinates(-0.2, 0))
])
scene.reference = bs
gui = canvas.Simple(scene=scene, size=geometry.Coordinates(700, 700))
gui.show()
from __future__ import unicode_literals, division
import sys
sys.path.append('../..')
import optivis.scene as scene
import optivis.bench.components as components
import optivis.view.canvas as canvas
scene = scene.Scene()
# laser
l1 = components.Laser(name="L1", azimuth=45)
# mirror
m1 = components.SteeringMirror(name="M1")
scene.link(outputNode=l1.getOutputNode("out"), inputNode=m1.getInputNode("fr"), length=50)
gui = canvas.Simple(scene=scene)
gui.show()
"""
Demonstration of beam splitter's inputs and outputs.
"""
import sys
sys.path.append('..')
import optivis.scene as scene
import optivis.bench.components as components
import optivis.view.canvas as canvas
scene = scene.Scene(title="Example 3")
l = components.Laser(name="L1")
bs = components.BeamSplitter(name="BS", aoi=45)
mTopRight = components.SteeringMirror(name="Top Right", aoi=45)
mBottomRight = components.SteeringMirror(name="Bottom Right", aoi=45)
mBottomLeft = components.SteeringMirror(name="Bottom Left", aoi=45)
scene.link(outputNode=l.getOutputNode('out'), inputNode=bs.getInputNode('bkB'), length=100)
scene.link(outputNode=bs.getOutputNode('frB'), inputNode=mTopRight.getInputNode('fr'), length=50)
scene.link(outputNode=mTopRight.getOutputNode('fr'), inputNode=mBottomRight.getInputNode('fr'), length=50)
scene.link(outputNode=mBottomRight.getOutputNode('fr'), inputNode=mBottomLeft.getInputNode('fr'), length=50)
scene.link(outputNode=mBottomLeft.getOutputNode('fr'), inputNode=bs.getInputNode('frB'), length=42.5)
scene.reference = l
gui = canvas.Simple(scene=scene, startMarkers=True, endMarkers=True)
gui.show()
lens2 = components.ConcaveLens(name="Lens 2")
mirror1 = components.CavityMirror(name="Mirror 1", aoi=30)
mirror2 = components.CavityMirror(name="Mirror 2", aoi=15)
mirror3 = components.CavityMirror(name="Mirror 3", aoi=-45)
pd = components.Photodiode(name="Photodiode")
# dashed pattern to indicate sidebands
pat = [5, 5]
scene.link(
outputNode=laser.getOutputNode('out'),
inputNode=wp1.getInputNode('bk'),
length=40,
specs=[
links.LinkSpec(width=3, color="red", pattern=None, offset=0)
],
labels=[
labels.Label(text="laser->wp1", position=geometry.Coordinates(0, 0), azimuth=90),
labels.Label(text="p=1W", position=geometry.Coordinates(-0.5, 0), azimuth=90),
labels.Label(text="g=23+3i", position=geometry.Coordinates(0.5, 0), azimuth=90)
]
)
scene.link(
outputNode=wp1.getOutputNode('fr'),
inputNode=wp2.getInputNode('bk'),
length=10,
specs=[
links.LinkSpec(width=3, color="red", pattern=None, offset=0)
]
)
scene = scene.Scene()
# beam splitter
bs = components.BeamSplitter(name="BS", azimuth=180 + 45, aoi=45)
# mirrors
mPR = components.SteeringMirror(name="PR")
mSR = components.SteeringMirror(name="SR")
mIX = components.SteeringMirror(name="IX")
mIY = components.SteeringMirror(name="IY")
# link OUTPUTS of beam splitter to mirrors
scene.link(outputNode=bs.getOutputNode("frB"),
inputNode=mPR.getInputNode("fr"),
length=150,
labels=[
labels.Label(text="BS->frB --> fr<-PR",
position=geometry.Coordinates(-0.3, 0))
])
scene.link(outputNode=bs.getOutputNode("bkB"),
inputNode=mSR.getInputNode("fr"),
length=150,
labels=[
labels.Label(text="BS->bkB --> fr<-SR",
position=geometry.Coordinates(-0.3, 0))
])
scene.link(outputNode=bs.getOutputNode("bkA"),
inputNode=mIX.getInputNode("fr"),
length=300,
labels=[
labels.Label(text="BS->bkA --> fr<-IX",
mirror1 = components.CavityMirror(name="Mirror 1", aoi=30)
mirror2 = components.CavityMirror(name="Mirror 2", aoi=15)
mirror3 = components.CavityMirror(name="Mirror 3", aoi=-45)
pd = components.Photodiode(name="Photodiode")
# dashed pattern to indicate sidebands
pat = [5, 5]
scene.link(
outputNode=laser.getOutputNode('out'),
inputNode=wp1.getInputNode('bk'),
length=40,
specs=[links.LinkSpec(width=3, color="red", pattern=None, offset=0)],
labels=[
labels.Label(text="laser->wp1",
position=geometry.Coordinates(0, 0),
azimuth=90),
labels.Label(text="p=1W",
position=geometry.Coordinates(-0.5, 0),
azimuth=90),
labels.Label(text="g=23+3i",
position=geometry.Coordinates(0.5, 0),
azimuth=90)
])
scene.link(
outputNode=wp1.getOutputNode('fr'),
inputNode=wp2.getInputNode('bk'),
length=10,
specs=[links.LinkSpec(width=3, color="red", pattern=None, offset=0)])
scene.link(
import optivis.scene as scene
import optivis.bench.components as components
import optivis.view.canvas as canvas
scene = scene.Scene(title="Example 6")
l = components.Laser(name="L1")
bs = components.BeamSplitter(name="BS", aoi=45)
mTopRight = components.SteeringMirror(name="Top Right", aoi=45)
mBottomRight = components.SteeringMirror(name="Bottom Right", aoi=45)
mBottomLeft = components.SteeringMirror(name="Bottom Left", aoi=45)
scene.link(outputNode=l.getOutputNode('out'),
inputNode=bs.getInputNode('bkB'),
length=100,
startMarker=True,
endMarker=True)
scene.link(outputNode=bs.getOutputNode('frB'),
inputNode=mTopRight.getInputNode('fr'),
length=50,
startMarker=True,
endMarker=True)
scene.link(outputNode=mTopRight.getOutputNode('fr'),
inputNode=mBottomRight.getInputNode('fr'),
length=50,
startMarker=True,
endMarker=True)
scene.link(outputNode=mBottomRight.getOutputNode('fr'),
inputNode=mBottomLeft.getInputNode('fr'),
length=50,
scene = scene.Scene()
# beam splitter
bs = components.BeamSplitter(name="BS", azimuth=180 + 45, aoi=45)
# mirrors
mPR = components.SteeringMirror(name="PR")
mSR = components.SteeringMirror(name="SR")
mIX = components.SteeringMirror(name="IX")
mIY = components.SteeringMirror(name="IY")
# link mirrors to INPUTS of beam splitter
scene.link(outputNode=mPR.getOutputNode("fr"),
inputNode=bs.getInputNode("frA"),
length=150,
labels=[
labels.Label(text="PR->fr --> frA<-BS",
position=geometry.Coordinates(-0.3, 0))
])
scene.link(outputNode=mSR.getOutputNode("fr"),
inputNode=bs.getInputNode("bkA"),
length=150,
labels=[
labels.Label(text="SR->fr --> bkA<-BS",
position=geometry.Coordinates(-0.3, 0))
])
scene.link(outputNode=mIX.getOutputNode("fr"),
inputNode=bs.getInputNode("bkB"),
length=300,
labels=[
labels.Label(text="IX->fr --> bkB<-BS",
from __future__ import unicode_literals, division
import sys
sys.path.append('../..')
import optivis.scene as scene
import optivis.bench.components as components
import optivis.view.canvas as canvas
scene = scene.Scene()
# mirror
m1 = components.CavityMirror(azimuth=0, aoi=45)
# dumps
d1 = components.Dump()
d2 = components.Dump()
# link OUTPUTS of mirror to dumps
scene.link(outputNode=m1.getOutputNode("fr"),
inputNode=d1.getInputNode("in"),
length=50)
scene.link(outputNode=m1.getOutputNode("bk"),
inputNode=d2.getInputNode("in"),
length=100)
scene.reference = m1
gui = canvas.Simple(scene=scene)
gui.show()
"""
Demonstration of laser and mirror.
"""
import sys
sys.path.append('..')
import optivis.scene as scene
import optivis.bench.links as links
import optivis.bench.components as components
import optivis.view.canvas as canvas
scene = scene.Scene(title="Example 1")
l1 = components.Laser(name="L1", tooltip="This is a laser")
m1 = components.SteeringMirror(name="M1", tooltip="This is a mirror")
scene.link(outputNode=l1.getOutputNode('out'),
inputNode=m1.getInputNode('fr'),
length=50)
scene.reference = l1
gui = canvas.Simple(scene=scene)
gui.show()
from __future__ import unicode_literals, division
import sys
sys.path.append('../..')
import optivis.scene as scene
import optivis.bench.components as components
import optivis.view.canvas as canvas
scene = scene.Scene()
# mirror
m1 = components.SteeringMirror(azimuth=0, aoi=45)
# dump
d1 = components.Dump()
# link OUTPUT of mirror to dump
scene.link(outputNode=m1.getOutputNode("fr"), inputNode=d1.getInputNode("in"), length=50)
scene.reference = m1
gui = canvas.Simple(scene=scene)
gui.show()