This paper introduces novel methods to add new material properties to a light field display, using computationally designed and fabricated pinholes. Most of the surface materials commonly used for LCDs are limited to smooth, transparent materials, such as glass or plastic. In conventional studies, a pinhole-based parallax barrier is employed in the design light field displays. We redefine these method to transform a non-transparent and non-smooth material, such as wood or stone, into a light field display.
1. 4mm Drilled (a) (b)
2. t dp Back lighit Pin hole Eye position d D Observer
3. (a) ( 300mm Optical sensor Mirror pinhole-display
4. (a) (b) 300mm Optical sensor Mirror pinhole-display 300mm
5. Laptop PC Target object Mirror pinhole display Depth camera Measurement (a) (b) (c) (d)
digitalnaturegroup
s_uryu
jjzhu
tsantalis
nttcom
gpeyre
kingqwert
tomoyayama
javiergs
toremolo72
koide3
ufuk
geoffreycrofte
jeffersonlam
tammielis
cherdarchuk
paigeccino
holman
hursman
robhawkes
aarron
mojombo
chriscoyier
