This showcase is a classic visualization of an L-system fractal, created through a process of recursive branching that demonstrates the self-similarity found in natural structures like trees and ferns. It’s an excellent example of using simple rules to generate complex, organic-looking geometry.
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This is a distinctive, plant-like fractal constructed entirely from squares. The pattern is generated by having each branch split to form a right-angled triangle, with the new squares built upon the other two sides. The design is a clever visual homage to the famous Pythagorean theorem of geometry.
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This program explores a three-dimensional fractal pattern based on a pyramid or a tetrahedron shape. It typically generates a version of the Sierpinski pyramid, where the basic shape is repeatedly divided and hollowed out at the center, demonstrating increasing complexity and infinite detail.
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This simple yet fundamental project is a 2D physics simulation. It illustrates core concepts like gravity, velocity, and elastic collisions by calculating the path of a ball as it falls and bounces off surfaces, creating a realistic, continuous motion effect.
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This simulation is a powerful demonstration of calculating movement for a jointed chain or robotic arm. Instead of moving each joint individually, the system calculates the necessary angles for all joints to precisely move the end-effector (the "hand") to a specific target position.
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This is a generative program designed to create a snowflake-like pattern. It often achieves its delicate structure by implementing the mathematical principles of a recursive algorithm that enforces symmetry and recursive detail.
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This showcase is an example of generative art, which uses trigonometric functions and random number generation to produce unique, non-representational, and visually appealing compositions. It highlights the use of code as a creative artistic tool.
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This showcase is an interactive drawing app, which lets you choose different colors and draw on the canvas. It showcases the use of the Pen sprite - its limitless usage
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This showcase shows simple particle generation, which uses trigonometric functions velocity vectors to make, cool looking particles like fireworks. It shows how you can use TScratch on another level.
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This is a simple interactive simulation, where you can bounce a puck around the canvas, showing basic physics and collision detection, even though there are no built in helpers.
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