Cosmos3d creates a visual of a fractal pattern that rendered a cosmological model. It is software that enables the user to experience and explore the complex beauty of this model.
Cosmos3d is an impressive software designed for visualizing a fractal pattern frequently used to render a cosmological model studied by Hoyle as described in The Fractal Geometry of Nature by Mandelbrot. The program was developed to help users better understand the 3-d case, which can be challenging to visualize using the pictures in the book. Additionally, Cosmos3d was created as a project to help users practice their coding skills using OpenGL, Objective-C, and Cocoa.
It's worth noting that the program does not show a true fractal, as no fractal program does. However, it displays several iterations of a pattern that would be a true fractal geometric figure if fully fleshed out. Users can control the iteration depth, which is limited by the video processing power of most computers.
To form the pattern, a cube is sub-divided into several cells, and the ones selected are determined randomly, although the user has some control over this. The program displays only the cubes selected last in the iteration process, which would continue the fractal pattern if allowed to do so. Notably, the pattern becomes increasingly harder to see the deeper the iteration depth, and it's usually unviewable at some point due to its infinite complexity.
Users can get insight into the construction technique of Cosmos3d by selecting the "subcells" option, which may speed up drawing to the screen. Also, users can select the automatic rotation of the cube, zoom in and out, move it by hand to enhance their understanding of the pattern. However, it is worth mentioning that the "spheres" option is solely for aesthetic purposes with no correlation to the fractal being studied.
In conclusion, Cosmos3d offers an excellent platform for visualizing fractal patterns and understanding the 3-d case of fractals. Given its user-friendliness and intuitive design, it's worth trying out for anyone seeking to gain a better appreciation of fractals.
It's worth noting that the program does not show a true fractal, as no fractal program does. However, it displays several iterations of a pattern that would be a true fractal geometric figure if fully fleshed out. Users can control the iteration depth, which is limited by the video processing power of most computers.
To form the pattern, a cube is sub-divided into several cells, and the ones selected are determined randomly, although the user has some control over this. The program displays only the cubes selected last in the iteration process, which would continue the fractal pattern if allowed to do so. Notably, the pattern becomes increasingly harder to see the deeper the iteration depth, and it's usually unviewable at some point due to its infinite complexity.
Users can get insight into the construction technique of Cosmos3d by selecting the "subcells" option, which may speed up drawing to the screen. Also, users can select the automatic rotation of the cube, zoom in and out, move it by hand to enhance their understanding of the pattern. However, it is worth mentioning that the "spheres" option is solely for aesthetic purposes with no correlation to the fractal being studied.
In conclusion, Cosmos3d offers an excellent platform for visualizing fractal patterns and understanding the 3-d case of fractals. Given its user-friendliness and intuitive design, it's worth trying out for anyone seeking to gain a better appreciation of fractals.
What's New
Version 1.0: N/A