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Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): trapezoid = Polygon((-2.5, -2), (2.5, -2), (3.5, 2), (-3.5, 2)) self.add(trapezoid) | Create a trapezoid with base lengths 2 and 5, and height 4. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): point = Dot((2, -2), color=MAGENTA) self.add(point) | Create a point at coordinates (2, -2) and color it magenta. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): octagon = RegularPolygon(n=8, radius=3, color=BROWN) self.add(octagon) | Create a regular octagon with side length 3 and color it brown. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): octagon = RegularPolygon(n=8, radius=3, color=BROWN) self.add(octagon) self.play(octagon.animate.rotate(-90 * DEGREES), run_time=2) | Rotate the octagon by 90 degrees counterclockwise over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=4, height=2) rectangle.move_to((-1, 1)) self.add(rectangle) | Create a rectangle with width 4 and height 2, centered at (-1, 1). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=4, height=2) label = Text('F').move_to((0, -1)) self.add(rectangle, label) | Add a text label 'F' at the coordinates (0, -1) of the rectangle. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): square = Square() circle = Circle(radius=1) vgroup = VGroup(square, circle) self.add(vgroup) | Create a VGroup and add a square and a circle to it. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): square = Square() circle = Circle(radius=1) vgroup = VGroup(square, circle) vgroup.rotate(-30 * DEGREES) self.add(vgroup) | Rotate the VGroup by 30 degrees clockwise over 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): nonagon = RegularPolygon(n=9, radius=2, color=OLIVE) self.add(nonagon) | Create a regular nonagon with side length 2 and color it olive. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): nonagon = RegularPolygon(n=9, radius=2, color=OLIVE) self.add(nonagon) self.play(nonagon.animate.shift(RIGHT * 2.5), run_time=1.5) | Move the nonagon to the right by 2.5 units over 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): sector = Sector(radius=3, start_angle=0, angle=90 * DEGREES) sector.move_to((0, 0)) self.add(sector) | Create a sector with radius 3, angle of 90 degrees, and centered at (0, 0). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): trapezium = Polygon((-3, -2.25), (3, -2.25), (4, 2.25), (-4, 2.25)) self.add(trapezium) | Create a trapezium with base lengths 2 and 6, and height 4.5. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): point = Dot((-2, -2), color=GRAY) self.add(point) | Create a point at coordinates (-2, -2) and color it gray. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): hexagon = RegularPolygon(n=6, radius=3, color=MAROON) self.add(hexagon) | Create a regular hexagon with side length 3 and color it maroon. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): hexagon = RegularPolygon(n=6, radius=3, color=MAROON) self.add(hexagon) self.play(hexagon.animate.rotate(-45 * DEGREES), run_time=2) | Rotate the hexagon by 45 degrees counterclockwise over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=5, height=2) rectangle.move_to((1, -2)) self.add(rectangle) | Create a rectangle with width 5 and height 2, centered at (1, -2). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=5, height=2) label = Text('G').move_to((2, 0)) self.add(rectangle, label) | Add a text label 'G' at the coordinates (2, 0) of the rectangle. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-1, -1), (1, 1)) square = Square(side_length=2) vgroup = VGroup(line, square) self.add(vgroup) | Create a VGroup and add a line segment and a square to it. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-1, -1), (1, 1)) square = Square(side_length=2) vgroup = VGroup(line, square) vgroup.rotate(-60 * DEGREES) self.add(vgroup) | Rotate the VGroup by 60 degrees clockwise over 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): heptagon = RegularPolygon(n=7, radius=2.5, color=NAVY) self.add(heptagon) | Create a regular heptagon with side length 2.5 and color it navy. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): heptagon = RegularPolygon(n=7, radius=2.5, color=NAVY) self.add(heptagon) self.play(heptagon.animate.shift(RIGHT * 3), run_time=1) | Move the heptagon to the right by 3 units over 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): sector = Sector(radius=2.5, start_angle=0, angle=120 * DEGREES) sector.move_to((-1, -1)) self.add(sector) | Create a sector with radius 2.5, angle of 120 degrees, and centered at (-1, -1). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): trapezoid = Polygon((-4, -2.5), (4, -2.5), (5, 2.5), (-5, 2.5)) self.add(trapezoid) | Create a trapezoid with base lengths 3 and 7, and height 5. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): point = Dot((3, -3), color=INDIGO) self.add(point) | Create a point at coordinates (3, -3) and color it indigo. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): octagon = RegularPolygon(n=8, radius=4, color=AQUA) self.add(octagon) | Create a regular octagon with side length 4 and color it aqua. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): octagon = RegularPolygon(n=8, radius=4, color=AQUA) self.add(octagon) self.play(octagon.animate.rotate(-120 * DEGREES), run_time=2) | Rotate the octagon by 120 degrees counterclockwise over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=6, height=3) rectangle.move_to((2, 2)) self.add(rectangle) | Create a rectangle with width 6 and height 3, centered at (2, 2). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=6, height=3) label = Text('H').move_to((3, 3)) self.add(rectangle, label) | Add a text label 'H' at the coordinates (3, 3) of the rectangle. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-1, -1), (1, 1)) circle = Circle(radius=1) vgroup = VGroup(line, circle) self.add(vgroup) | Create a VGroup and add a line segment and a circle to it. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-1, -1), (1, 1)) circle = Circle(radius=1) vgroup = VGroup(line, circle) vgroup.rotate(-45 * DEGREES) self.add(vgroup) | Rotate the VGroup by 45 degrees clockwise over 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): nonagon = RegularPolygon(n=9, radius=3, color=OLIVE) self.add(nonagon) | Create a regular nonagon with side length 3 and color it olive. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): nonagon = RegularPolygon(n=9, radius=3, color=OLIVE) self.add(nonagon) self.play(nonagon.animate.shift(RIGHT * 4), run_time=2) | Move the nonagon to the right by 4 units over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): sector = Sector(radius=3, start_angle=0, angle=90 * DEGREES) sector.move_to((1, 1)) self.add(sector) | Create a sector with radius 3, angle of 90 degrees, and centered at (1, 1). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): trapezoid = Polygon((-3, -2.25), (3, -2.25), (4, 2.25), (-4, 2.25)) self.add(trapezoid) | Create a trapezoid with base lengths 2 and 6, and height 4.5. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): point = Dot((-2, -2), color=GRAY) self.add(point) | Create a point at coordinates (-2, -2) and color it gray. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): hexagon = RegularPolygon(n=6, radius=3, color=MAROON) self.add(hexagon) | Create a regular hexagon with side length 3 and color it maroon. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): hexagon = RegularPolygon(n=6, radius=3, color=MAROON) self.add(hexagon) self.play(hexagon.animate.rotate(-45 * DEGREES), run_time=2) | Rotate the hexagon by 45 degrees counterclockwise over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=5, height=2) rectangle.move_to((1, -2)) self.add(rectangle) | Create a rectangle with width 5 and height 2, centered at (1, -2). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=5, height=2) label = Text('I').move_to((2, 0)) self.add(rectangle, label) | Add a text label 'I' at the coordinates (2, 0) of the rectangle. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): square = Square() circle = Circle(radius=1) vgroup = VGroup(square, circle) self.add(vgroup) | Create a VGroup and add a square and a circle to it. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): square = Square() circle = Circle(radius=1) vgroup = VGroup(square, circle) vgroup.rotate(-30 * DEGREES) self.add(vgroup) | Rotate the VGroup by 30 degrees clockwise over 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): circle = Circle(radius=2) self.add(circle) | Create a circle with radius 2 and center at the origin. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): circle = Circle(radius=2) self.add(circle) self.play(circle.animate.shift(RIGHT * 3), run_time=1) | Move the circle to the right by 3 units over 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): square = Square(side_length=4, color=RED) self.add(square) | Create a square with side length 4 and color it red. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): square = Square(side_length=4, color=RED) self.add(square) self.play(square.animate.scale(2), run_time=1.5) | Scale the square by a factor of 2 in 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): triangle = Polygon((-1.5, -2), (1.5, -2), (0, 2), color=YELLOW) self.add(triangle) | Create a triangle with side lengths 3, 4, and 5. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): triangle = Polygon((-1.5, -2), (1.5, -2), (0, 2), color=YELLOW) self.add(triangle) self.play(triangle.animate.rotate(-90 * DEGREES), run_time=2) | Rotate the triangle by 90 degrees counterclockwise over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-2, -1), (2, 1), color=GREEN) self.add(line) | Create a line segment from (-2, -1) to (2, 1). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-2, -1), (2, 1), color=GREEN) self.add(line) self.play(line.animate.shift(UP * 2), run_time=1.5) | Move the line segment upward by 2 units over 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): pentagon = RegularPolygon(n=5, radius=3, color=BLUE) self.add(pentagon) | Create a regular pentagon with side length 3. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): pentagon = RegularPolygon(n=5, radius=3, color=BLUE) self.add(pentagon) self.play(pentagon.animate.shift(LEFT * 4), run_time=2) | Move the pentagon to the left by 4 units over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): ellipse = Ellipse(width=4, height=2, color=ORANGE) self.add(ellipse) | Create an ellipse with major axis 4 and minor axis 2. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): ellipse = Ellipse(width=4, height=2, color=ORANGE) self.add(ellipse) self.play(ellipse.animate.scale(1.5), run_time=1) | Scale the ellipse by a factor of 1.5 in 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): point = Dot((1, 1), color=PURPLE) self.add(point) | Create a point at coordinates (1, 1) and color it purple. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): heptagon = RegularPolygon(n=7, radius=2, color=CYAN) self.add(heptagon) | Create a regular heptagon with side length 2 and color it cyan. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): heptagon = RegularPolygon(n=7, radius=2, color=CYAN) self.add(heptagon) self.play(heptagon.animate.rotate(-60 * DEGREES), run_time=1.5) | Rotate the heptagon by 60 degrees clockwise over 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=3, height=6) rectangle.move_to((-1, 1)) self.add(rectangle) | Create a rectangle with width 3 and height 6, centered at (-1, 1). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=3, height=6) label = Text('M').move_to((0, 2)) self.add(rectangle, label) | Add a text label 'M' at the coordinates (0, 2) of the rectangle. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-1, -1), (1, 1)) square = Square() vgroup = VGroup(line, square) self.add(vgroup) | Create a VGroup and add a line segment and a square to it. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-1, -1), (1, 1)) square = Square() vgroup = VGroup(line, square) vgroup.rotate(-45 * DEGREES) self.add(vgroup) | Rotate the VGroup by 45 degrees counterclockwise over 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): octagon = RegularPolygon(n=8, radius=2, color=TEAL) self.add(octagon) | Create a regular octagon with side length 2 and color it teal. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): octagon = RegularPolygon(n=8, radius=2, color=TEAL) self.add(octagon) self.play(octagon.animate.shift(UP * 3), run_time=1.5) | Move the octagon upward by 3 units over 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): nonagon = RegularPolygon(n=9, radius=3, color=PINK) self.add(nonagon) | Create a regular nonagon with side length 3 and color it pink. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): nonagon = RegularPolygon(n=9, radius=3, color=PINK) self.add(nonagon) self.play(nonagon.animate.rotate(-90 * DEGREES), run_time=2) | Rotate the nonagon by 90 degrees clockwise over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((0, 0), (3, 4), color=GREEN) self.add(line) | Create a line from (0, 0) to (3, 4). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((0, 0), (3, 4), color=GREEN) self.add(line) self.play(line.animate.shift(DOWN * 2), run_time=1) | Move the line downward by 2 units over 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): triangle = RegularPolygon(n=3, radius=3, color=YELLOW) self.add(triangle) | Create an equilateral triangle with side length 3 and color it yellow. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): triangle = RegularPolygon(n=3, radius=3, color=YELLOW) self.add(triangle) self.play(triangle.animate.scale(1.5), run_time=1.5) | Scale the triangle by a factor of 1.5 in 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): point = Dot((-1, -1), color=ORANGE) self.add(point) | Create a point at coordinates (-1, -1) and color it orange. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): decagon = RegularPolygon(n=10, radius=2, color=GREEN) self.add(decagon) | Create a regular decagon with side length 2 and color it green. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): decagon = RegularPolygon(n=10, radius=2, color=GREEN) self.add(decagon) self.play(decagon.animate.rotate(-45 * DEGREES), run_time=1) | Rotate the decagon by 45 degrees counterclockwise over 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=2, height=4) rectangle.move_to((2, -1)) self.add(rectangle) | Create a rectangle with width 2 and height 4, centered at (2, -1). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=2, height=4) label = Text('N').move_to((2, 3)) self.add(rectangle, label) | Add a text label 'N' at the coordinates (2, 3) of the rectangle. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): circle = Circle() triangle = Polygon((-1, -1), (1, -1), (0, 1)) vgroup = VGroup(circle, triangle) self.add(vgroup) | Create a VGroup and add a circle and a triangle to it. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): circle = Circle() triangle = Polygon((-1, -1), (1, -1), (0, 1)) vgroup = VGroup(circle, triangle) vgroup.rotate(-90 * DEGREES) self.add(vgroup) | Rotate the VGroup by 90 degrees clockwise over 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): hexagon = RegularPolygon(n=6, radius=2, color=VIOLET) self.add(hexagon) | Create a regular hexagon with side length 2 and color it violet. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): hexagon = RegularPolygon(n=6, radius=2, color=VIOLET) self.add(hexagon) self.play(hexagon.animate.shift(RIGHT * 3), run_time=2) | Move the hexagon to the right by 3 units over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): enneagon = RegularPolygon(n=9, radius=3, color=BROWN) self.add(enneagon) | Create a regular enneagon with side length 3 and color it brown. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): enneagon = RegularPolygon(n=9, radius=3, color=BROWN) self.add(enneagon) self.play(enneagon.animate.rotate(-60 * DEGREES), run_time=1.5) | Rotate the enneagon by 60 degrees counterclockwise over 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-3, -2), (3, 2), color=GREEN) self.add(line) | Create a line segment from (-3, -2) to (3, 2). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-3, -2), (3, 2), color=GREEN) self.add(line) self.play(line.animate.shift(UP * 4), run_time=2) | Move the line segment upward by 4 units over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): triangle = RegularPolygon(n=3, radius=2, color=PINK) self.add(triangle) | Create an equilateral triangle with side length 2 and color it pink. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): triangle = RegularPolygon(n=3, radius=2, color=PINK) self.add(triangle) self.play(triangle.animate.scale(2), run_time=1) | Scale the triangle by a factor of 2 in 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): point = Dot((2, 2), color=TEAL) self.add(point) | Create a point at coordinates (2, 2) and color it teal. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): dodecagon = RegularPolygon(n=12, radius=2, color=GRAY) self.add(dodecagon) | Create a regular dodecagon with side length 2 and color it gray. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): dodecagon = RegularPolygon(n=12, radius=2, color=GRAY) self.add(dodecagon) self.play(dodecagon.animate.rotate(-30 * DEGREES), run_time=1.5) | Rotate the dodecagon by 30 degrees counterclockwise over 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=3, height=5) rectangle.move_to((-2, 2)) self.add(rectangle) | Create a rectangle with width 3 and height 5, centered at (-2, 2). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): rectangle = Rectangle(width=3, height=5) label = Text('O').move_to((-1, -2)) self.add(rectangle, label) | Add a text label 'O' at the coordinates (-1, -2) of the rectangle. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): circle = Circle() square = Square() triangle = Polygon((-1, -1), (1, -1), (0, 1)) vgroup = VGroup(circle, square, triangle) self.add(vgroup) | Create a VGroup and add a circle, a square, and a triangle to it. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): circle = Circle() square = Square() triangle = Polygon((-1, -1), (1, -1), (0, 1)) vgroup = VGroup(circle, square, triangle) vgroup.rotate(-120 * DEGREES) self.add(vgroup) | Rotate the VGroup by 120 degrees clockwise over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): pentadecagon = RegularPolygon(n=15, radius=2, color=CYAN) self.add(pentadecagon) | Create a regular pentadecagon with side length 2 and color it cyan. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): pentadecagon = RegularPolygon(n=15, radius=2, color=CYAN) self.add(pentadecagon) self.play(pentadecagon.animate.shift(LEFT * 4), run_time=2) | Move the pentadecagon to the left by 4 units over 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): polygon = RegularPolygon(n=20, radius=2, color=ORANGE) self.add(polygon) | Create a regular polygon with 20 sides, side length 2, and color it orange. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): polygon = RegularPolygon(n=20, radius=2, color=ORANGE) self.add(polygon) self.play(polygon.animate.rotate(-75 * DEGREES), run_time=1.5) | Rotate the polygon by 75 degrees counterclockwise over 1.5 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-2, -2), (2, 2), color=GREEN) self.add(line) | Create a line segment from (-2, -2) to (2, 2). |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): line = Line((-2, -2), (2, 2), color=GREEN) self.add(line) self.play(line.animate.shift(RIGHT * 3), run_time=1) | Move the line segment to the right by 3 units over 1 second. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): triangle = RegularPolygon(n=3, radius=2, color=YELLOW) self.add(triangle) | Create an equilateral triangle with side length 2 and color it yellow. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): triangle = RegularPolygon(n=3, radius=2, color=YELLOW) self.add(triangle) self.play(triangle.animate.scale(2), run_time=2) | Scale the triangle by a factor of 2 in 2 seconds. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): square = Square(side_length=2, color=BLUE) self.add(square) | Create a square with side length 2 and color it blue. |
Manim is an animation engine for creating precise programmatic animations, primarily designed for explanatory math videos. It allows users to generate animations using Python code, enabling the creation of visually appealing and educational mathematical visualizations. | from manim import * class MyScene(Scene): def construct(self): square = Square(side_length=2, color=BLUE) self.add(square) self.play(square.animate.shift(RIGHT * 3), run_time=2) | Move the square to the right by 3 units over 2 seconds. |