def __init__(self, radius = 25.,curvature_s1= 0.01,curvature_s2= 0.01,
curvature_s3= 0.01, thickness_l1= 5, thickness_l2= 5,
material_l1=1., material_l2=1.,*args,**kwarks):
System.__init__(self,*args,**kwarks)
self.radius=radius
self.curvature_as= curvature_s1
self.curvature_ms=curvature_s2
self.curvature_ps=curvature_s3
self.thickness_al=thickness_l1
self.thickness_pl=thickness_l2
self.material_al=material_l1
self.material_pl=material_l2
__a_lens= SphericalLens(curvature_s1=self.curvature_as,
curvature_s2=self.curvature_ms,
thickness=self.thickness_al,
radius =self.radius,
material=self.material_al)
__p_lens= SphericalLens(curvature_s1=self.curvature_ms,
curvature_s2=self.curvature_ps,
thickness=self.thickness_pl,
radius =self.radius,
material=self.material_pl)
self.complist["C1"]=(__a_lens,(0,0,-self.thickness_pl/2.),(0,0,0))
self.complist["C2"]=(__p_lens,(0,0, self.thickness_al/2.),(0,0,0))
def __init__(self, radius = 25.,curvature_s1= 0.01,curvature_s2= 0.01,
curvature_s3= 0.01, thickness_l1= 5, thickness_l2= 5,
material_l1=1., material_l2=1.,*args,**kwarks):
System.__init__(self,*args,**kwarks)
self.radius=radius
self.curvature_as= curvature_s1
self.curvature_ms=curvature_s2
self.curvature_ps=curvature_s3
self.thickness_al=thickness_l1
self.thickness_pl=thickness_l2
self.material_al=material_l1
self.material_pl=material_l2
__a_lens= SphericalLens(curvature_s1=self.curvature_as,
curvature_s2=self.curvature_ms,
thickness=self.thickness_al,
radius =self.radius,
material=self.material_al)
__p_lens= SphericalLens(curvature_s1=self.curvature_ms,
curvature_s2=self.curvature_ps,
thickness=self.thickness_pl,
radius =self.radius,
material=self.material_pl)
self.complist["C1"]=(__a_lens,(0,0,-self.thickness_pl/2.),(0,0,0))
self.complist["C2"]=(__p_lens,(0,0, self.thickness_al/2.),(0,0,0))
def __init__(self, radius = 25.,curvature_s1= 0.01,curvature_s2= 0.01,
curvature_s3= 0.01,curvature_s4= 0.01, thickness_l1= 5,air_gap=5 , thickness_l2= 5,
material_l1=1., material_l2=1.,*args,**kwarks):
System.__init__(self,*args,**kwarks)
self.radius=radius
self.curvature_as1= curvature_s1
self.curvature_ps1=curvature_s2
self.curvature_as2=curvature_s3
self.curvature_ps2=curvature_s4
self.thickness_l1=thickness_l1
self.thickness_l2=thickness_l2
self.air_gap=air_gap
self.material_l1=material_l1
self.material_l2=material_l2
__a_lens= SphericalLens(curvature_s1=self.curvature_as1,
curvature_s2=self.curvature_ps1,
thickness=self.thickness_l1,
radius =self.radius,
material=self.material_l1)
__p_lens= SphericalLens(curvature_s1=self.curvature_as2,
curvature_s2=self.curvature_ps2,
thickness=self.thickness_l2,
radius =self.radius,
material=self.material_l2)
self.complist["C1"]=(__a_lens,(0,0,-(self.thickness_l2+self.air_gap)/2.),(0,0,0))
self.complist["C2"]=(__p_lens,(0,0, (self.thickness_l1+self.air_gap)/2.),(0,0,0))
def __init__(self, radius = 25.,curvature_s1= 0.01,curvature_s2= 0.01,
curvature_s3= 0.01,curvature_s4= 0.01, thickness_l1= 5,air_gap=5 , thickness_l2= 5,
material_l1=1., material_l2=1.,*args,**kwarks):
System.__init__(self,*args,**kwarks)
self.radius=radius
self.curvature_as1= curvature_s1
self.curvature_ps1=curvature_s2
self.curvature_as2=curvature_s3
self.curvature_ps2=curvature_s4
self.thickness_l1=thickness_l1
self.thickness_l2=thickness_l2
self.air_gap=air_gap
self.material_l1=material_l1
self.material_l2=material_l2
__a_lens= SphericalLens(curvature_s1=self.curvature_as1,
curvature_s2=self.curvature_ps1,
thickness=self.thickness_l1,
radius =self.radius,
material=self.material_l1)
__p_lens= SphericalLens(curvature_s1=self.curvature_as2,
curvature_s2=self.curvature_ps2,
thickness=self.thickness_l2,
radius =self.radius,
material=self.material_l2)
self.complist["C1"]=(__a_lens,(0,0,-(self.thickness_l2+self.air_gap)/2.),(0,0,0))
self.complist["C2"]=(__p_lens,(0,0, (self.thickness_l1+self.air_gap)/2.),(0,0,0))
def __init__(self, size=50.,reflectivity=0.5,material=1., **traits):
System.__init__(self,**traits)
self.size=size
self.reflectivity=reflectivity
self.material=material
__prism1= RightAnglePrism(width=self.size,height=self.size,
material=self.material,
reflectivity=self.reflectivity)
__prism2= RightAnglePrism(width=self.size,height=self.size,
material=self.material,reflectivity=0)
self.complist["C1"]=(__prism1,(0,0,0),(0,-pi/2,0))
self.complist["C2"]=(__prism2,(0,0,0),(0,-3*pi/2,0))
def __init__(self, size=50.,reflectivity=0.5,material=1., **traits):
System.__init__(self,**traits)
self.size=size
self.reflectivity=reflectivity
self.material=material
__prism1= RightAnglePrism(width=self.size,height=self.size,
material=self.material,
reflectivity=self.reflectivity)
__prism2= RightAnglePrism(width=self.size,height=self.size,
material=self.material,reflectivity=0)
self.complist["C1"]=(__prism1,(0,0,0),(0,-pi/2,0))
self.complist["C2"]=(__prism2,(0,0,0),(0,-3*pi/2,0))
def __init__(self, sd, *args, **kwarks):
System.__init__(self, *args, **kwarks)
# Calculate the lens total thickness
TT = 0
for s in sd[:-1]:
TT = TT + s[2]
p = -TT / 2
nn = 1
for n in range(1, len(sd)):
t0, r0, th0, s0, mc0, mt0 = sd[n - 1]
t1, r1, th1, s1, mc1, mt1 = sd[n]
if isnan(r0) or r0 == 0:
c0 = 0
else:
c0 = 1 / r0
if isnan(r1) or r1 == 0:
c1 = 0
else:
c1 = 1 / r1
if mt0 != "":
if mc0 == "Value":
mat = float(mt0.replace(",", "."))
else:
mat = getattr(material, mc0)[mt0]
lens = SphericalLens(
curvature_s1=c0,
curvature_s2=c1,
thickness=th0,
radius=s0,
material=mat,
)
0, 0, p + th0 / 2
self.complist["C{}".format(nn)] = (lens, (0, 0, p + th0 / 2), (0, 0, 0))
nn = nn + 1
p = p + th0
