def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.timeline = presets.TimeLine(**configs.timeline_config)
self.timeline.next_to(REFERENCE_POINT, DOWN, buff=0)
self.timeline.preload_for_scene(
target_time="Imperio Romano",
scene=self # pass the scene as parameter
)
current_time = self.timeline.get_current_time()
self.wait() # this fix bug of miss position text due to updaters
title_config = {
"stroke_width": 1,
"background_stroke_width": 3,
"background_stroke_color": BLACK,
"color": PURPLE,
}
paragraph_config = {
"stroke_width": 1,
"background_stroke_width": 3,
"background_stroke_color": BLACK,
"line_length": 35,
"interline_scape": 0.3,
"color": BEIGE,
}
self.previous = {
"image":
ImageMobject(filename_or_array=presets.image_path(
".\\history\\13_romans_2.jpg")),
"title":
Tex("Imperio romano", **title_config),
"list":
BulletedList(
"Realizaban censos cada 5 años",
"sus funcionarios recopilaban los datos \\\\sobre nacimiento, defunciones y \\\\matrimonios",
"Recuentos de ganado, terreno y \\\\riquezas obtenidas en las tierras \\\\conquistadas",
dot_scale_factor=2,
**paragraph_config),
}
for line in self.previous["list"]:
line[0].set_color(SKY_BLUE).scale(1.05)
self.previous["list"].scale(0.6).next_to(
current_time, RIGHT).align_on_border(RIGHT, 1).shift(DOWN * 0.5)
self.previous["image"].scale(0.9).next_to(self.previous["list"],
LEFT,
buff=0.4)
self.previous["title"].scale(0.5).next_to(self.previous["image"],
UP,
buff=0.3)
self.add(*self.previous.values())
def construct(self):
frame_height = self.camera.frame_height
frame_width = self.camera.frame_width
line_alignment = "left"
line_length = 40
paragraph_width = frame_width / 2.2
timeline = presets.TimeLine(**configs.timeline_config)
timeline.next_to(REFERENCE_POINT, DOWN, buff=0)
timeline.preload_for_scene(
target_time="2000",
scene=self # pass the scene as parameter
)
self.play(timeline.next_time_scroll())
text = "Se desarrollaron indicadores de bienestar subjetivo y sentimientos socioeconómicos sobre las percepciones de hogares y empresas con el fin de medir el impacto del COVID-19"
paragraph = presets.PTex(text=text,
alignment=line_alignment,
line_length=line_length,
interline_space=0.1,
**configs.text_config)
paragraph.width = paragraph_width
paragraph.align_on_border(LEFT, buff=2.5)
remaining_space = (Point().align_on_border(
RIGHT, buff=0).get_center()) - (paragraph.get_corner(RIGHT))
# Imagen
stats_image = ImageMobject(
filename_or_array=presets.image_path("danecovid.jpg"))
stats_image.scale(0.5)
# stats_image.scale_to_fit_width(remaining_space - 1)
# stats_image.heigh = frame
stats_image.next_to(paragraph, RIGHT, buff=0.7)
self.play(Write(paragraph), FadeIn(stats_image), run_time=3)
# self.play(Write(paragraph), DrawBorderThenFill(coins_svg))
# self.play(DrawBorderThenFill(pickaxe_svg), run_time=2)
# # self.play(Write(paragraph), Create(graph))
self.wait(2)
self.play(
FadeOutAndShift(paragraph, UP_SCREEN),
FadeOutAndShift(stats_image, UP_SCREEN),
)
self.wait(2)
def construct(self):
frame_height = self.camera.frame_height
frame_width = self.camera.frame_width
timeline = presets.TimeLine(**configs.timeline_config)
timeline.next_to(REFERENCE_POINT, DOWN, buff=0)
timeline.preload_for_scene(
target_time="1066",
scene=self # pass the scene as parameter
)
self.play(timeline.next_time_scroll())
text = "En este siglo se realizó el primer censo estadístico moderno, gracias al trabajo de John Graunt en la inferencia y teoría estadística, se pudo predecir la cantidad de personas que morirían por diversas enfermedades, se realizó la primera tabla de probabilidades por género y edades."
paragraph = presets.text_to_paragraph(text,
line_length=30,
color=BEIGE)
paragraph.height = frame_height / 3
paragraph.align_on_border(LEFT, buff=3)
modelo_image = ImageMobject(
filename_or_array=presets.image_path("modelo.jpg"))
modelo_image.width = frame_width / 3.5
modelo_image.next_to(paragraph, RIGHT, buff=0.5)
self.graph_origin = (paragraph.get_corner(RIGHT) +
RIGHT * frame_width * 0.5) / 2
self.x_axis_width = 5
self.x_min = -2.5
self.x_max = 2.5
self.y_axis_height = 3
self.y_max = 3
self.setup_axes()
def normal_dist(x):
return math.exp(-(x**2) / 2) / math.sqrt(2 * math.pi)
graph = self.get_graph(normal_dist, x_min=-2, x_max=2)
# self.play(Write(paragraph), FadeIn(modelo_image))
self.play(Write(paragraph), Create(graph))
self.wait(2)
self.play(
FadeOutAndShift(paragraph, UP_SCREEN),
FadeOutAndShift(graph, UP_SCREEN),
FadeOutAndShift(self.axes, UP_SCREEN),
)
def construct(self):
frame_height = self.camera.frame_height
frame_width = self.camera.frame_width
self.play(
self.timeline.next_time_scroll(),
# fade out previous mobs
FadeOutAndShift(self.previous["image"], UP_SCREEN),
FadeOutAndShift(
VGroup(self.previous["title"], self.previous["list"]),
UP_SCREEN),
run_time=3,
)
# self.add(timeline)
text = "Rey Guillermo I encarga censo en el Domesday Book, documento acerca de la propiedad, extensión y valor de las tierras."
paragraph = presets.text_to_paragraph(text,
line_length=20,
color=BEIGE)
paragraph.height = frame_height / 3
paragraph.align_on_border(LEFT, buff=3)
guillermo_image = ImageMobject(
filename_or_array=presets.image_path("guillermo.jpg"))
guillermo_image.width = frame_width / 3.5
guillermo_image.next_to(paragraph, RIGHT, buff=0.5)
self.play(Write(paragraph), FadeIn(guillermo_image))
self.wait(3)
PREVIOUS_MOBJECTS = self.mobjects
self.play(
FadeOutAndShift(paragraph, UP_SCREEN),
FadeOutAndShift(guillermo_image, UP_SCREEN),
run_time=2,
)
def construct(self):
frame_height = self.camera.frame_height
frame_width = self.camera.frame_width
line_alignment = "left"
line_length = 40
paragraph_width = frame_width / 2.2
timeline = presets.TimeLine(**configs.timeline_config)
timeline.next_to(REFERENCE_POINT, DOWN, buff=0)
timeline.preload_for_scene(
target_time="Siglo XX",
scene=self # pass the scene as parameter
)
self.play(timeline.next_time_scroll())
text_points = [
"Se realiza un censo general de población",
"El DANE registra los damnificados de la ola invernal 2010-2011 y esto ayudó a orientar proyectos para soportar a dicha población",
"Se aplicó la encuesta de convivencia y seguridad ciudadana",
"El DANE oficialmente mide la pobreza monetaria y multidimensional (2011)",
]
bullet_points = VGroup()
for line in text_points:
paragraph = presets.PTex(text=line,
alignment=line_alignment,
line_length=line_length,
interline_space=0.1,
**configs.text_config)
bullet_dot = MathTex(r"\cdot").scale(2)
bullet_dot.next_to(paragraph.submobjects[0], LEFT, buff=0.3)
bullet_points.add(VGroup(bullet_dot, paragraph))
bullet_points.width = paragraph_width
bullet_points.arrange(DOWN, buff=0.5)
for prev_index, current in enumerate(bullet_points[1:]):
current.align_to(bullet_points[prev_index], LEFT, LEFT)
bullet_points.align_on_border(LEFT, buff=3)
# bullet_points.shift(DOWN)
remaining_space = (Point().align_on_border(
RIGHT, buff=0).get_center()) - (bullet_points.get_corner(RIGHT))
# remaining_midpoint = (Point().align_on_border(RIGHT, buff=0).get_center()) + (bullet_points.get_corner(RIGHT))/2
# Imagen
stats_image = ImageMobject(
filename_or_array=presets.image_path("censo.jpg"))
stats_image.scale(0.6)
# stats_image.scale_to_fit_width(remaining_space - 1)
# stats_image.heigh = frame
stats_image.next_to(bullet_points, RIGHT, buff=0.7)
self.play(Write(bullet_points), FadeIn(stats_image), run_time=3)
# self.play(Write(paragraph), DrawBorderThenFill(coins_svg))
# self.play(DrawBorderThenFill(pickaxe_svg), run_time=2)
# # self.play(Write(paragraph), Create(graph))
self.wait(2)
self.play(
FadeOutAndShift(bullet_points, UP_SCREEN),
FadeOutAndShift(stats_image, UP_SCREEN),
# FadeOutAndShift(pickaxe_svg, UP_SCREEN),
)
def construct(self):
frame_height = self.camera.frame_height
frame_width = self.camera.frame_width
timeline = presets.TimeLine(**configs.timeline_config)
timeline.next_to(REFERENCE_POINT, DOWN, buff=0)
timeline.preload_for_scene(
target_time="Siglo XX",
scene=self # pass the scene as parameter
)
# self.play(timeline.next_time_scroll())
line_alignment = "left"
line_length = 40
paragraph_width = frame_width / 2.2
text_points = [
"El BR genera promedios de precios de productos alimenticios",
"Se mide el costo de vida en las ciudades a través de encuestas",
"Se crea el departamento nacional de estadística (DANE) y se ofrece la información al público",
"Se realizó el primer censo nacional agropecuario",
"Se realizó el censo de industria, comercio y servicios",
"Se implementa la encuesta nacional de hogares, la de ingresos y gastos, y la de calidad de vida",
]
bullet_points = VGroup()
for line in text_points:
paragraph = presets.PTex(text=line,
alignment=line_alignment,
line_length=line_length,
interline_space=0.1,
**configs.text_config)
bullet_dot = MathTex(r"\cdot").scale(2)
bullet_dot.next_to(paragraph.submobjects[0], LEFT, buff=0.3)
bullet_points.add(VGroup(bullet_dot, paragraph))
bullet_points.width = paragraph_width
bullet_points.arrange(DOWN, buff=0.5)
for prev_index, current in enumerate(bullet_points[1:]):
current.align_to(bullet_points[prev_index], LEFT, LEFT)
bullet_points.align_on_border(LEFT, buff=3)
# bullet_points.shift(DOWN)
remaining_space = (Point().align_on_border(
RIGHT, buff=0).get_center()) - (bullet_points.get_corner(RIGHT))
# remaining_midpoint = (Point().align_on_border(RIGHT, buff=0).get_center()) + (bullet_points.get_corner(RIGHT))/2
# Imagen
stats_image = ImageMobject(
filename_or_array=presets.image_path("danelogo.png"))
stats_image.scale(0.6)
# stats_image.scale_to_fit_width(remaining_space - 1)
# stats_image.heigh = frame
stats_image.next_to(bullet_points, RIGHT, buff=0.7)
self.play(Write(bullet_points), FadeIn(stats_image), run_time=3)
# self.play(Write(paragraph), DrawBorderThenFill(coins_svg))
# self.play(DrawBorderThenFill(pickaxe_svg), run_time=2)
# # self.play(Write(paragraph), Create(graph))
self.wait(2)
self.play(
FadeOutAndShift(bullet_points, UP_SCREEN),
FadeOutAndShift(stats_image, UP_SCREEN),
# FadeOutAndShift(pickaxe_svg, UP_SCREEN),
)
def construct(self):
frame_height = self.camera.frame_height
frame_width = self.camera.frame_width
line_alignment = "left"
line_length = 40
paragraph_width = frame_width / 2.2
timeline = presets.TimeLine(**configs.timeline_config)
timeline.next_to(REFERENCE_POINT, DOWN, buff=0)
timeline.preload_for_scene(
target_time="1800",
scene=self # pass the scene as parameter
)
self.play(timeline.next_time_scroll())
texts = [
"Estadística y probabilidad van de la mano, Bernoulli, Maseres, Lagrange y Laplace desarrollaron la teoría de probabilidades",
"Fisher y Pearson contribuyen a la estadística como disciplina científica, elaboran herramientas para la planeación y análisis de experimentos (varianza y análisis multivariante)",
"Crece la estadística descriptiva en lo social y económico",
"Actualmente la estadística es un método interdisciplinar que permite describir con la mayor exactitud datos de diferentes campos: político, social, psicológico, biológico y físico. Es importante la interpretación de los datos tomados",
]
images = [
"laplace.jpg", "fisher.jpg", "pearson.jpg", "stats_modern.svg"
]
image_scales = [1, 0.35, 0.6, 1]
for i, text in enumerate(texts):
paragraph = presets.PTex(text=text,
alignment=line_alignment,
line_length=line_length,
interline_space=0.1,
**configs.text_config)
paragraph.width = paragraph_width
paragraph.align_on_border(LEFT, buff=3)
remaining_space = (Point().align_on_border(
RIGHT, buff=0).get_center()) - (paragraph.get_corner(RIGHT))
# Imagen
if i < 3:
stats_image = ImageMobject(
filename_or_array=presets.image_path(images[i]))
# stats_image.scale_to_fit_width(remaining_space - 1)
# stats_image.height = 5
else:
stats_image = SVGMobject(
file_name=os.path.join("assets", "svg", images[i]))
stats_image.set_color(WHITE)
# stats_image.scale_to_fit_width(remaining_space - 1)
stats_image.scale(image_scales[i])
stats_image.next_to(paragraph, RIGHT, buff=0.7)
if i < 3:
self.play(Write(paragraph), FadeIn(stats_image), run_time=3)
else:
self.play(Write(paragraph),
DrawBorderThenFill(stats_image),
run_time=3)
self.wait(2)
self.play(
Uncreate(paragraph),
FadeOut(stats_image),
# FadeOutAndShift(pickaxe_svg, UP_SCREEN),
)
self.wait()
def construct(self):
frame_height = self.camera.frame_height
frame_width = self.camera.frame_width
timeline = presets.TimeLine(**configs.timeline_config)
timeline.next_to(REFERENCE_POINT, DOWN, buff=0)
timeline.preload_for_scene(
target_time="Siglo XVI",
scene=self # pass the scene as parameter
)
self.play(timeline.next_time_scroll())
line_alignment = "left"
line_length = 35
paragraph_width = frame_width / 2.4
text_points = [
"Se hizo obligatorio dar un reporte a la hacienda pública y se estableció la metodología para realizar censos.",
"Se creó la primer oficina de estadística nacional y se publicó el primer anuario",
]
joined_text = "\n".join(text_points)
bullet_points = VGroup()
for line in text_points:
paragraph = presets.PTex(text=line,
alignment=line_alignment,
line_length=line_length,
interline_space=0.2,
**configs.text_config)
bullet_dot = MathTex(r"\cdot").scale(2)
bullet_dot.next_to(paragraph.submobjects[0], LEFT, buff=0.3)
bullet_points.add(VGroup(bullet_dot, paragraph))
bullet_points.width = paragraph_width
bullet_points.arrange(DOWN, buff=0.5)
for prev_index, current in enumerate(bullet_points[1:]):
current.align_to(bullet_points[prev_index], LEFT, LEFT)
bullet_points.align_on_border(LEFT, buff=3)
remaining_space = (Point().align_on_border(
RIGHT, buff=0).get_center()) - (bullet_points.get_corner(RIGHT))
# remaining_midpoint = (Point().align_on_border(RIGHT, buff=0).get_center()) + (bullet_points.get_corner(RIGHT))/2
# Imagen
stats_image = ImageMobject(
filename_or_array=presets.image_path("dane.png"))
stats_image.scale_to_fit_width(remaining_space - 1.5)
stats_image.stretch_to_fit_height(5)
stats_image.next_to(bullet_points, RIGHT, buff=1)
self.play(Write(bullet_points), FadeIn(stats_image), run_time=3)
# self.play(Write(paragraph), DrawBorderThenFill(coins_svg))
# self.play(DrawBorderThenFill(pickaxe_svg), run_time=2)
# # self.play(Write(paragraph), Create(graph))
self.wait(2)
self.play(
FadeOutAndShift(bullet_points, UP_SCREEN),
FadeOutAndShift(stats_image, UP_SCREEN),
# FadeOutAndShift(pickaxe_svg, UP_SCREEN),
)