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Ambiguous Object
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Ambiguous Object
Heegyung Kim
October 12, 2021
George Mason University MATH 401: Mathematics Through 3D Printing
This object represents an ambiguous object, a mathematical optical illusion discovered by Kokichi Sugihara. He is a professor at Meiji University in Tokyo, Japan, and has won many awards in 3D optical illusions. When the object is reflected in a mirror, its appearance in the mirror is changed from the object that is being reflected. For my object, it forms a pentagon on one side and a circle on the other side when it is seen at a 45° angle downward. It is created by taking addition and difference between the functions for a pentagon and a circle.
From coding this object in Mathematica, there was a problem. I used the Piecewise function to build the diamond-shaped pentagon. However, it created a gap or space between the corners of the shape. This would make the object fall apart, not one piece object. So, I needed to create functions that would have the same interval
Heegyung Kim
October 12, 2021
George Mason University MATH 401: Mathematics Through 3D Printing
This object represents an ambiguous object, a mathematical optical illusion discovered by Kokichi Sugihara. He is a professor at Meiji University in Tokyo, Japan, and has won many awards in 3D optical illusions. When the object is reflected in a mirror, its appearance in the mirror is changed from the object that is being reflected. For my object, it forms a pentagon on one side and a circle on the other side when it is seen at a 45° angle downward. It is created by taking addition and difference between the functions for a pentagon and a circle.
From coding this object in Mathematica, there was a problem. I used the Piecewise function to build the diamond-shaped pentagon. However, it created a gap or space between the corners of the shape. This would make the object fall apart, not one piece object. So, I needed to create functions that would have the same interval
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