![]() "Flying Bumblebee Song and Animation" by Nathan Leeįrom the judges: The judges decided to make a special category for this incredible graph. Incorporating my mathematical knowledge and Desmos' tools was quite difficult, but I learnt a lot of new tricks and equations along the way. “I was reading several fantasy books at that time, and that's when I got the idea to present something magical and enchanting. Subtle, animated hyperbolas seal the deal as one of the most original and beautiful graphs we encountered. She then brings it to life with a wide variety of equations and line styles. I used bubbles and sliders to create an illusion of motion in the water.”įrom the judges: Chloe's hand drawing on which this graph is based would have been impressive enough. “For my graph, I wanted to play with the graphing calculator's limited color palette, and I was able to create several different shades by layering with just two colors. Notice how the tentacles are created with pieces of many different arcsin functions, which is no small feat! The bubbles are particularly breathtaking, with their subtle animation and reflective glints. In the end, I created something that I am proud of and had fun learning in the process.”įrom the judges: Multiple judges noted how lovely the colors and textures are, with so much richness captured by just two colors. This graph was created with a lot of trial, error, and tons of patience. “Through this process, I learned how mathematics can be turned into a work of art. “Even though what initially captures your eye are all the brightly colored and strangely satisfying polygons making up the spots, the whimsy and expressions of the giraffes themselves come across in just a handful of key functions.” The judges were struck by the vivid coloring, originality, and personality that Kari was able to capture with just our 6-color palette. Here are some results from my experiment."Giraffe Spectrum" by Kari Yatsushiro Ages 13-14 įrom the judges: This graph is a stunning intersection of art and mathematics. Plotting the equations: plt.figure(figsize=(10, 10) ![]() """Yield successive n-sized chunks from lst.""" R = cv.drawContours(img, res, -1, (0,255,0), 3)įunction for breaking a list into chunks: def chunks(lst, n) detecting contours in the image and selecting which ones to keep based on a criterion (rejected the contours which had too few points(3:.The whole project is based on simple image processing operations: I want to plot an image just using straight lines and produce those equations which can be imported into Desmos. You can see the equations on the left and the plots as wellįor this project, I am aiming for something simple though. The video: How I animate stuff on Desmos Graphing Calculator. I came across this inspirational video on YouTube that is a full fledged Desmos graph generator which uses Bezier curves to produce amazing Graphics. So, I was thinking of automating it for a long time. I had created some graphs before :) Roger Federer, Pikachu, Deoxysįor creating these graphs, I had used simple tools mostly like ellipses, parabolas, circles, and straight lines. Desmos is a graphing calculator that people sometimes misuse for creating amazing graphics.
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