def init_surfaces(self):
ap = oa.CircularAperture(self.size)
s1 = os.Surface(x=np.array([0, 0, 0, 1]),
xn=-self.xn,
xt=self.xt,
n=self.n,
material=self.material,
aperture=ap)
s2 = os.Surface(x=np.array([0, 0, self.thickness, 1]),
xn=self.xn,
xt=self.xt,
n=self.n,
material=air,
aperture=ap)
self.surfaces = [s1, s2]
def init_surfaces(self):
ap = oa.CircularAperture(self.size)
# s1 = os.SphericalSurface(x=self.x, xn=-self.xn, xt=self.xt, n=self.n, r=self.r1,
# material=self.material, aperture=ap)
s1 = os.SphericalSurface(x=np.array([0, 0, 0, 1]),
xn=-self.xn,
xt=self.xt,
n=self.n,
r=self.r1,
material=self.material,
aperture=ap)
# s2 = os.Surface(x=self.x, xn=self.xn, xt=self.xt, n=1.0, material=air, aperture=ap)
s2 = os.Surface(x=np.array([0, 0, self.thickness, 1]),
xn=self.xn,
xt=self.xt,
n=1.0,
material=air,
aperture=ap)
# s2.setPosition(self.x+np.array([0,0,self.thickness,0]))
self.surfaces = [s1, s2]
def init_surfaces(self):
ap = oa.CircularAperture(size=self.size)
s1 = os.Surface(x=np.array([0, 0, 0, 1]),
xn=-self.xn,
xt=self.xt,
n=self.n,
material=self.material,
aperture=ap)
s1.set_rotation_internal(0, 0)
# s2 = os.Surface(x=self.x, xn=self.xn, xt=self.xt, n=1.0, material=air, aperture=ap)
s2 = os.Surface(
x=np.array([0, 0, self.thickness, 1]),
xn=self.xn,
xt=self.xt,
n=1.0,
material=air,
aperture=ap,
)
s2.set_rotation_internal(0, 0)
self.surfaces = [s1]