def generate_points(self):
complex_power = 0.9
radius = self.initial_width/2
circle = Circle(radius = radius)
circle.scale(1.0/radius)
circle.apply_complex_function(lambda z : z**complex_power)
circle.scale(radius)
boundary_point_as_complex = radius*complex(-1)**complex_power
boundary_points = [
[
boundary_point_as_complex.real,
unit*boundary_point_as_complex.imag,
0
]
for unit in -1, 1
]
tip = radius*(1.5*LEFT+UP)
self.little_line = Line(boundary_points[0], tip)
self.circle = circle
self.add(
circle,
self.little_line,
Line(boundary_points[1], tip)
)
self.highlight("white")
self.rotate(np.pi/2)
self.stretch_to_fit_height(self.initial_height)
def generate_points(self):
complex_power = 0.9
radius = self.initial_width / 2
circle = Circle(radius=radius)
circle.scale(1.0 / radius)
circle.apply_complex_function(lambda z: z**complex_power)
circle.scale(radius)
boundary_point_as_complex = radius * complex(-1)**complex_power
boundary_points = [[
boundary_point_as_complex.real,
unit * boundary_point_as_complex.imag, 0
] for unit in -1, 1]
tip = radius * (1.5 * LEFT + UP)
self.little_line = Line(boundary_points[0], tip)
self.circle = circle
self.add(circle, self.little_line, Line(boundary_points[1], tip))
self.highlight("white")
self.rotate(np.pi / 2)
self.stretch_to_fit_height(self.initial_height)
