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  1. Tesseract Explorer - GitHub Pages

    The controls on the right will manipulate the tesseract in 4D space, and you can explore its 3D projection by clicking and dragging with your mouse. To get you started, a favorite view of …

  2. Interactive 4D Handbook - 4D Cubes - Bailey Snyder

    The slice has 2 square faces and 4 rectangular faces. According to what we learned when slicing a 3D cube, this means 2 of the tesseract’s cubes are moving through the 3D universe face first …

  3. Tesseract Explorer - GitHub

    The Tesseract Explorer provides a variety of tools for visualizing the projections of a 4D tesseract into 3D space. The tesseract can be manipulated in 4D space, and its projection into 3D space …

  4. Interactive 4D Tesseract Visualization - CodePen

    A dynamic 4D tesseract projection using SVG and JavaScript. Rotate the shape by moving the mouse to explore its fourth-dimensional perspective in real ...

  5. How a Tesseract REALLY Moves in 4D (Visual Explanation)

    In this video, we break down the three types of 4D rotation — simple rotation, double rotation, and isoclinic rotation — and visualize how they appear when a tesseract intersects our 3D...

  6. Tesseract Animation Tutorial - Thomas Saint-Gérand

    Here I explain what a tesseract is, what does it mean to do a rotation in four dimensions and how to project the tesseract in three dimensions in a stylish way.

  7. Tesseract: Beyond the Visible Dimension - Medium

    Apr 11, 2025 · The animation in this article shows a tesseract rotating through multiple 4D planes. Colors represent depth (Z-coordinate), a Q3 subcube is highlighted in cyan, and a white path …

  8. TesseractWhispers: A 4D Projection of Thought - OpenProcessing

    Description: This sketch visualizes a rotating 4D hypercube (tesseract) projected into 2D space. Each of the 16 vertices is calculated in four dimensions, rotated along multiple axes, and …

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  9. GitHub - EliasofIX/r1pythontesseract: Tesseract with bouncing ball ...

    Next, the ball's movement. The ball is moving in 4D space, bouncing off the walls of the tesseract. The tesseract's boundaries in each dimension are from -1 to 1, so the ball's position in each of …

  10. Vector Tesseract – GeoGebra

    In this workbook, the four vectors are shown by themselves so that you can experiment with the shape. This allows you to "rotate" the Tesseract in all four dimensions, looking at the same …