def get_number_mobject(self, x,
direction=None,
buff=None,
scale_val=None,
# number_config=None,
**number_config):
number_config = merge_dicts_recursively(
self.decimal_number_config,
number_config or {},
)
if scale_val is None:
scale_val = self.number_scale_val
if direction is None:
direction = self.line_to_number_direction
#direction = self.label_direction
if buff is None:
buff = self.line_to_number_buff
#buff = buff or self.line_to_number_buff
num_mob = DecimalNumber(x, **number_config)
num_mob.scale(scale_val)
num_mob.next_to(
self.number_to_point(x),
direction=direction,
buff=buff
)
if x < 0 and self.line_to_number_direction[0] == 0:
# Align without the minus sign
num_mob.shift(num_mob[0].get_width() * LEFT / 2)
return num_mob
def __init__(self, mobject_or_chars):
TextMobject.__init__(self)
if mobject_or_chars == None or (isinstance(mobject_or_chars, Mobject)
and mobject_or_chars.name
== "Mobject"):
mobject = Mobject()
elif isinstance(mobject_or_chars, (list)):
mobject = ImageMobject(mobject_or_chars[0])
self.add(mobject)
self = mobject.copy()
elif isinstance(mobject_or_chars,
Mobject) and mobject_or_chars.name == "ImageMobject":
mobject = mobject_or_chars
self.add(mobject)
self = mobject_or_chars[0].copy()
else:
if isinstance(mobject_or_chars, str):
#mobject =MTex(mobject_or_chars)
mobject = TextMobject(mobject_or_chars)
elif isinstance(mobject_or_chars, int):
mobject = Integer(mobject_or_chars)
elif isinstance(mobject_or_chars, float):
mobject = DecimalNumber(mobject_or_chars)
elif isinstance(mobject_or_chars, (tuple)):
mobject = TextMobject(*mobject_or_chars)
else:
mobject = mobject_or_chars
self.become(mobject)
self.name = mobject.name
self.__class__ = mobject.__class__
def get_number_mobject(
self,
number, # input number should be a origin_x
number_config=None,
scale_val=None,
direction=None,
buff=None,
number_is_origin_x=True):
number_config = merge_dicts_recursively(
self.decimal_number_config,
number_config or {},
)
if scale_val is None:
scale_val = self.number_scale_val
if direction is None:
direction = self.label_direction
buff = buff or self.line_to_number_buff
num_mob = DecimalNumber(self.log_factor * (self.log_base**(number)),
**number_config)
num_mob.scale(scale_val)
num_mob.next_to(self.number_to_point(number, number_is_origin_x),
direction=direction,
buff=buff)
return num_mob
def get_number_mobject(
self,
x: float,
direction: np.ndarray | None = None,
buff: float | None = None,
**number_config
) -> DecimalNumber:
number_config = merge_dicts_recursively(
self.decimal_number_config, number_config
)
if direction is None:
direction = self.line_to_number_direction
if buff is None:
buff = self.line_to_number_buff
num_mob = DecimalNumber(x, **number_config)
num_mob.next_to(
self.number_to_point(x),
direction=direction,
buff=buff
)
if x < 0 and direction[0] == 0:
# Align without the minus sign
num_mob.shift(num_mob[0].get_width() * LEFT / 2)
return num_mob
def construct(self):
number_line = NumberLine(x_min=-1, x_max=1)
triangle = RegularPolygon(3, start_angle=-PI / 2) \
.scale(0.2) \
.next_to(number_line.get_left(), UP, buff=SMALL_BUFF)
decimal = DecimalNumber(
0,
num_decimal_places=3,
include_sign=True,
unit="\\rm cm", # Change this with None
)
decimal.add_updater(lambda d: d.next_to(triangle, UP * 0.1))
decimal.add_updater(lambda d: d.set_value(triangle.get_center()[0]))
# You can get the value of decimal with: .get_value()
self.add(number_line, triangle, decimal)
self.play(
triangle.shift,
RIGHT * 2,
rate_func=there_and_back, # Change this with: linear,smooth
run_time=5)
self.wait()
def get_number_mobject(self, number,
number_config=None,
scale_val=None,
direction=None,
buff=None):
number_config = merge_dicts_recursively(
self.decimal_number_config,
number_config or {},
)
if scale_val is None:
scale_val = self.number_scale_val
if direction is None:
direction = self.label_direction
buff = buff or self.line_to_number_buff
num_mob = DecimalNumber(number, **number_config)
num_mob.scale(scale_val)
num_mob.next_to(
self.number_to_point(number),
direction=direction,
buff=buff
)
return num_mob
def get_cursor_location_label(self):
decimals = VGroup(*(DecimalNumber(**self.cursor_location_config)
for n in range(3)))
def update_coords(decimals):
for mob, coord in zip(decimals, self.mouse_point.get_location()):
mob.set_value(coord)
decimals.arrange(RIGHT, buff=decimals.get_height())
decimals.to_corner(DR, buff=SMALL_BUFF)
decimals.fix_in_frame()
return decimals
decimals.add_updater(update_coords)
return decimals
def get_information_label(self):
loc_label = VGroup(*(DecimalNumber(**self.cursor_location_config)
for n in range(3)))
def update_coords(loc_label):
for mob, coord in zip(loc_label, self.mouse_point.get_location()):
mob.set_value(coord)
loc_label.arrange(RIGHT, buff=loc_label.get_height())
loc_label.to_corner(DR, buff=SMALL_BUFF)
loc_label.fix_in_frame()
return loc_label
loc_label.add_updater(update_coords)
time_label = DecimalNumber(0, **self.time_label_config)
time_label.to_corner(DL, buff=SMALL_BUFF)
time_label.fix_in_frame()
time_label.add_updater(lambda m, dt: m.increment_value(dt))
return VGroup(loc_label, time_label)
def get_number_mobjects(self, *numbers, **kwargs):
# TODO, handle decimals
if len(numbers) == 0:
numbers = self.default_numbers_to_display()
result = VGroup()
for number in numbers:
mob = DecimalNumber(number, **self.decimal_number_config)
mob.scale(self.number_scale_val)
mob.next_to(
self.number_to_point(number),
self.label_direction,
self.line_to_number_buff,
)
result.add(mob)
return result
def get_number_mobject(self,
number,
number_config=None,
scale_val=None,
direction=None,
buff=None):
number_config = merge_dicts_recursively(
self.decimal_number_config,
number_config or {},
)
scale_val = scale_val or self.number_scale_val
direction = direction or self.label_direction
buff = buff or self.line_to_number_buff
num_mob = DecimalNumber(number, **number_config)
num_mob.scale(scale_val)
num_mob.next_to(self.number_to_point(number),
direction=direction,
buff=buff)
return num_mob
