In [ ]:
from pyoptools.all import *
In [ ]:
BS=BeamSplitingCube(size=25,reflectivity=.5,material=schott["BK7"])
L=Edmund.get("32494")
M1=Component(surflist=[(Plane(shape=Rectangular((25,25)) ,reflectivity=0.5),(0,0,0),(0,0,0))])
M2=Component(surflist=[(Plane(shape=Rectangular((25,25)) ,reflectivity=1),(0,0,0),(0,0,0))])
C=CCD()
#Nota, hay problemas si existe una cavidad resonante
S=System(complist=[(C,(20,0,20),(0,pi/2,0)),(BS,(0,0,20),(0,0,0)),(L,(0,0,156.),(0,-pi,0)),(M1,(0,0,170),(0,0,0)),(M2,(0,0,570),(.005,0,0))],n=1.)
R=point_source_c(span=(0.06,0.06),wavelength=.65)
S.ray_add(R)
S.propagate()
In [ ]:
plot3D(S,center=(0,0,300), size=(600,100),scale=2,rot=[(0,0,-3*pi/8),(0,3*pi/8,0)])
In [ ]:
spot_diagram(C)
In [ ]:
BS=BeamSplitingCube(size=25,reflectivity=.5,material=schott["BK7"])
L=Edmund.get("32494")
M2=Component(surflist=[(Spherical(shape=Circular(radius=20),curvature=1./1000,reflectivity=1),(0,0,0),(0,0,0))])
C=CCD()
#Nota, hay problemas si existe una cavidad resonante
S=System(complist=[(C,(20,0,20),(0,pi/2,0)),(BS,(0,0,20),(0,0,0)),(L,(0,0,176.5),(0,-pi,0)),(M2,(0,0,570),(.0,0,0))],n=1.)
R=point_source_c(span=(0.06,0.06),wavelength=.65)
S.ray_add(R)
S.propagate()
In [ ]:
plot3D(S,center=(0,0,300), size=(600,100),scale=2,rot=[(0,0,-3*pi/8),(0,3*pi/8,0)])
In [ ]:
spot_diagram(C)
In [ ]:
Spherical?
In [ ]: