def __init__(self,
plot,
function,
vecs_per_unit=1,
color_style=preset_styles["default"],
z_start=-4,
z_stop=4):
Plottable.__init__(self, plot, function, color_style)
self.z_start, self.z_stop = z_start, z_stop
self.vecs_per_unit = vecs_per_unit
self.step = 1 / vecs_per_unit
def __init__(self,
plot,
function,
seed_value,
color_style=preset_styles["default"],
unit_scale=1,
line_weight=1):
Plottable.__init__(self, plot, function, color_style)
self.seed_value = seed_value
self.step = unit_scale
self.color = self.color_style.settings["color"]
self.line_weight = line_weight
def __init__(self,
plot,
function,
t_start=-5,
t_stop=5,
color_style=preset_styles["default"],
line_weight=1,
t_step=0.1):
Plottable.__init__(self, plot, function, color_style=color_style)
self.t_start, self.t_stop, self.t_step = t_start, t_stop, t_step
self.line_color, self.line_weight = self.color_style.settings[
"color"], line_weight
def __init__(self,
plot,
function,
color_style=preset_styles["default"],
theta_start=-pi,
theta_stop=pi,
step=0.1,
line_weight=1):
Plottable.__init__(self, plot, function, color_style)
self.color = color_style.settings["color"]
self.theta_start, self.theta_stop = theta_start, theta_stop
self.step = 0.1
self.line_weight = line_weight
def __init__(self,
plot,
function,
color_style=preset_styles["default"],
line_weight=1,
squares_x=100,
squares_y=100):
Plottable.__init__(self, plot, function, color_style)
self.color, self.line_weight, = color_style.settings[
"color"], line_weight
self.squares_x, self.squares_y = squares_x, squares_y
self.x_step, self.y_step = self.plot.units_x / squares_x, self.plot.units_y / squares_y
self.segments = []
self.march_squares()
def __init__(self,
plot,
function,
real_anchors=32,
imag_anchors=32,
surf_on=True,
mesh_on=True,
mesh_weight=1,
detection=False,
detection_level=0.7,
color_style=None):
Plottable.__init__(self, plot, function, preset_styles["rainbow"])
self.real_anchors, self.imag_anchors = real_anchors, imag_anchors
self.surf_on, self.mesh_on = surf_on, mesh_on
self.mesh_color = (0, 0, 0)
self.mesh_weight = mesh_weight
self.detection, self.detection_level = detection, detection_level
self.anchorize3D()
def __init__(self,
plot,
function,
color_style=preset_styles["default"],
u_start=-1,
u_stop=1,
v_start=-1,
v_stop=1,
u_anchors=32,
v_anchors=32,
mesh_on=True,
surf_on=True,
mesh_weight=1,
mesh_color=(0, 0, 0)):
Plottable.__init__(self, plot, function, color_style)
self.u_start, self.u_stop = u_start, u_stop
self.v_start, self.v_stop = v_start, v_stop
self.mesh_on, self.surf_on = mesh_on, surf_on
self.mesh_weight, self.mesh_color = mesh_weight, mesh_color
self.anchorize3D(u_anchors, v_anchors, u_start, u_stop, v_start,
v_stop)
def __init__(self, plot, function, color_style=preset_styles["default"]):
Plottable.__init__(self, plot, function, color_style)