Abstract
A theory for making a disk-type multiplex hologram is
derived. This theory relates the final image point, as seen by the
observer, to a point on the original three-dimensional object through a
set of equations. From these equations the distortion of the image
and the wavelength as seen by each individual eye can be
evaluated. Computer simulation shows the characteristics of this
hologram. Some experimental results also confirm these
characteristics. By reversing the process and specifying a desired
image, we generated a set of distorted two-dimensional
originals. The hologram fabricated with these distorted images can
generate nearly distortion-free images.
© 1999 Optical Society of America
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Equations (55)
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