def _faces_default(self):
facelist = FaceList(owner=self)
facelist.faces = [
OffAxisParabolicFace(owner=self,
EFL=self.EFL,
diameter=self.diameter)
]
return facelist
def _faces_default(self):
m = self.material
fl = FaceList(owner=self)
fl.faces = [
RectangularFace(owner=self, z_plane=0, material=m),
RectangularFace(owner=self,
z_plane=-self.thickness,
invert_normal=True,
material=m)
]
return fl
def _faces_default(self):
self.apply_materials()
m = self.material
fl = FaceList(owner=self)
fl.faces = [
CircularFace(owner=self, z_plane=0, material=m),
CircularFace(owner=self,
z_plane=self.thickness,
invert_normal=True,
material=m)
]
return fl
def _faces_default(self):
fl = FaceList(owner=self)
sqrt2 = numpy.sqrt(2)
x = sqrt2 * numpy.cos(numpy.pi * 2. / 3)
y = sqrt2 * numpy.sin(numpy.pi * 2. / 3)
m = self.material
fl.faces = [
ElipticalPlaneFace(owner=self, g_x=sqrt2, g_y=0, material=m),
ElipticalPlaneFace(owner=self, g_x=x, g_y=y, material=m),
ElipticalPlaneFace(owner=self, g_x=x, g_y=-y, material=m),
]
return fl
def _faces_default(self):
fl = FaceList(owner=self)
fl.faces = [
CircularFace(owner=self,
diameter=self.diameter,
material=self.material),
SphericalFace(owner=self,
diameter=self.diameter,
material=self.material,
z_height=self.CT,
curvature=self.curvature)
]
return fl
def _faces_default(self):
facelist = FaceList(owner=self)
facelist.faces = [
EllipsoidalFace(owner=self,
x1=self.X_bounds[0],
x2=self.X_bounds[1],
y1=self.Y_bounds[0],
y2=self.Y_bounds[1],
z1=self.Z_bounds[0],
z2=self.Z_bounds[1],
major=self.axes[0],
minor=self.axes[1])
]
return facelist
def _faces_default(self):
self.apply_materials()
fl = FaceList(owner=self)
fl.faces = [
SphericalFace(owner=self,
diameter=self.diameter,
material=self._material1,
z_height=self.CT / 2,
curvature=self.curvature1),
SphericalFace(owner=self,
diameter=self.diameter,
material=self._material2,
z_height=-self.CT / 2,
curvature=self.curvature2),
]
return fl
def _faces_default(self):
m = self.material
fl = FaceList(owner=self)
fl.faces = [CircularFace(owner=self, material=m)]
return fl
def _faces_default(self):
fl = FaceList(owner=self)
fl.faces = [RectangularFace(owner=self, material=self.material)]
return fl
def _faces_default(self):
fl = FaceList(owner=self)
fl.faces = self.make_faces()
return fl
def __init__(self, *args, **kwargs):
super(Extruded_bezier, self).__init__(*args, **kwargs)
fl = FaceList(owner=self)
fl.faces = self.make_faces()
self.faces = fl