You can also enhance your visualization by showing X/Y components and angles. Algodoo also allows you to explore and play around with different parameters like gravity, friction, restitution, refraction, attraction, etc.įor deeper analysis you can also show graphs or visualize forces, velocities and momentum. You can also add more physics in your simulation like fluids, springs, hinges, motors, thrusters, light rays, tracers, optics and lenses. Edit and make changes by rotating, scaling, moving, cutting or cloning your objects. Easily interact with your objects by click and drag, tilt and shake. With Algodoo you can create simulation scenes using simple drawing tools like boxes, circles, polygons, gears, brushes, planes, ropes and chains. Gregorcic, Bor Bodin, Madelen: Algodoo: A tool for encouraging creativity in physics teaching and learning. You can do this anonymously.If you use Algodoo in scientific research, please cite the following paper: So please help us achieve this: if you have any ideas that youīelieve could help us improve then please comment below. Naturally we want to keep getting better and better. It is very well-suitedīecause the leaderboards support elimination and setting of colors per participant. One option is to use Google Slides ( see this tutorial).Īnother option is to use the online leaderboard builder from. If you want to create your own algicosathlon, then you'll need a leaderboard. The community has also used the format for educational purposes, employing it as a unique tool for teaching principles of physics, mathematics, and even teamwork. Since the original video, a plethora of series, spin-offs, and fan-created content has flooded YouTube and other social media platforms. The simplicity of the Algodoo platform allows enthusiasts to create their own events and variations, further fueling the popularity and diversification of the Algicosathlon world. It's also a great blend of education and entertainment, as it makes complex physics principles accessible and engaging to viewers of all ages. Why is it so successful?įor one, the unpredictable nature of the Algodoo physics engine ensures that no two competitions are exactly alike. Although the core principles remain the same, the reduced number of events and athletes offers a different pace and strategy, adding to the diversity and richness of the genre. While Algicosathlon involves 16 athletes and 20 events, the format has given birth to variations like the "Algodecathlon." In this iteration, 12 athletes of distinct colors take part in a decathlon, which comprises 10 unique events. To add an extra layer of excitement and unpredictability, points were then multiplied by 1.5 (e.g., 100 points became 150), and rounded if necessary, before moving on to the next event. Following the conclusion of each event, the athlete with the lowest cumulative point total would be eliminated from the competition. Athletes earned points based on their performance in each event. The scoring system was simple yet effective. These athletes competed in a series of 20 different events, ranging from racing and obstacle courses to complex physical challenges that truly tested the boundaries of Algodoo's physics engine. The original Algicosathlon video presented a sports competition involving 16 athletes, each represented by a unique color. Put together, Algicosathlon is a competition featuring 20 events, all of which are simulated using the Algodoo software. The term "Algicosathlon" blends three key components: 'Algi' referring to Algodoo, a physics sandbox software 'ico,' the numerical prefix for twenty and 'sathlon,' which is derived from the Greek word 'athlon,' meaning contest or event. Little did viewers know that this video would spark a cultural phenomenon in the digital sphere known as "Algicosathlon." The original video has since garnered over 4 million views, drawing attention from curious fans, aspiring creators, and educators alike. In March 2016, a seemingly innocuous video was uploaded to YouTube.
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