Abstract
In this paper, a frequency analysis is introduced to distinguish geometric features included in three-dimensional objects such as pottery. The surface topography is then analyzed by the first Fourier transformation to plot a correlation between its power spectra and the spatial frequency that is defined by the number of waves per unit distance. The frequency characteristics are then utilized to design surface texture of an artificial 3D object. The artifact with such kansei texture is made substantial by using stereolithography, which is followed by the SD evaluation to see how it works form a kansei point of view.
