The "hills" and the "tubes" that follows the smooth "grooves" in it are made with 2 isosurfaces. The basis function for the "terrain" in this image is a "sombrero" function that has been displaced vertically by a noise function. The grooves are made by subtracting the function for the "tubes" from the function for the "hills" with the help of a "blobbing" function; the hyperbolic tangent function. The tanh() function has a S-shape that is similar to the shape of the Sigmoid function.
Wednesday, March 4, 2009
Lonely Sphere
The "hills" and the "tubes" that follows the smooth "grooves" in it are made with 2 isosurfaces. The basis function for the "terrain" in this image is a "sombrero" function that has been displaced vertically by a noise function. The grooves are made by subtracting the function for the "tubes" from the function for the "hills" with the help of a "blobbing" function; the hyperbolic tangent function. The tanh() function has a S-shape that is similar to the shape of the Sigmoid function.
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