Parcourez des exemples Manim publiés, des exemples d’animations mathématiques et des idées réutilisables créées par la communauté AnimG.
A point moves counter‑clockwise around a unit circle while a vertical line projects its height onto a separate graph. As the point completes one full rotation, the projected height draws a sine wave in real time. The animation ends with the completed wave highlighted and a label indicating the sine relationship.
Ashish Vankudre
The animation shows two parallel columns with sunlight rays forming two congruent right triangles on a ground line. The columns slide together and apart while a short tick mark indicates equal heights. Brief flashes of the rays highlight their parallelism, and small arcs appear at the right‑angle corners to denote equal angles. All symbols appear without captions and fade out at the end.
Trang Hoàng
The animation introduces the Fundamental Theorem of Arithmetic, then builds a factor tree for the number 60, highlighting each prime factor in blue. A second split-screen tree shows an alternative factoring order, and arrows demonstrate that the resulting multisets of primes are identical. The final frame displays the prime multiset and emphasizes that the factorisation is unique up to order.
Brains R US Software Consultancy
A short animation follows lonely monkey Miko meeting elephant Appu in a jungle. Miko plays with a strawberry, then shares it with Appur, sparking musical notes and a joyful bounce. Captions explain the moral that happiness grows when shared, ending with a fade‑out of the moral text.
Jagdeesh dhakar
A short animation displays a coordinate grid and a blue slope field for the differential equation dy/dx plus 2y equals e to the minus x. The equation slides in, then the integrating factor e to the 2x appears and transforms the left side into a single derivative while the right side becomes e to the x. Finally a bright red solution curve, y equals C e to the minus 2x plus one third e to the minus x, is drawn smoothly through the field.
Ryan Kulibaba
A three‑dimensional wireframe cube of side a plus b is shown, then split into eight colored blocks that represent the four terms of the expansion. The compact formula appears at the bottom, then morphs into the full expanded form, allowing viewers to see the geometric meaning of each term.
A boy walks away from a tall lamppost while a light ray creates a shadow. The animation shows the lamppost and boy, moves the boy for four seconds, updates the shadow line, and then uses similar triangles to calculate the shadow length, highlighting the result of about 3.6 meters.
Arul Kumar
The animation shows a scatter plot of points from a bivariate normal distribution with covariance one. It highlights the mean point, draws arrows representing deviations, overlays rectangles whose area equals the product of deviations, and updates a running average that converges to one, ending with the covariance formula.
Tina TengA 3‑D view of a square bedroom floor covered with a carpet shows the total area of 121 square meters. The camera pans across the room and then zooms toward a wall marked with a red question mark, prompting the viewer to determine the length of each wall, which is the square root of the given area.
Rishikesh Chatorikar
The animation walks through a deterministic algorithm that selects seed nodes for influence spread in a dark‑background network. It shows degree computation, initial seed choice, assignment of influence probabilities, identification of underserved nodes, a degree‑based tiebreaker, iterative seed addition, and final performance metrics such as average influence, variance, and fairness index.
Kirtidev mohapatra
The animation starts with a large white square that splits into four equal squares, then each of those splits into four more, creating sixteen small squares. One of the smallest squares is highlighted and a thin line connects it to the original square to show the parent‑child relationship. The notation Q, Q1, Q2, Q3, Q4 appears, followed by the title Dyadic Cube at the bottom.
Muhammad Shayyan
The animation shows an exponential battery discharge curve and a rectangular motor load pulse on a top graph. The pulse is flipped and slid across the decay curve, highlighting the overlapping area in red. As the pulse moves, the bottom graph draws the integral of the overlap, illustrating the transient voltage drop produced by the convolution of the two signals.
Simon Tap