165,338
edits
Changes
Jump to navigation
Jump to search
no edit summary
Line 9:
Line 9:
A light field can be represented using a [[plenoptic function]], which is a 5 dimensional function. A light field can be represented in 4 dimensions using the two-plane method.<ref name="k782">{{cite conference | last=Gortler | first=Steven J. | last2=Grzeszczuk | first2=Radek | last3=Szeliski | first3=Richard | last4=Cohen | first4=Michael F. | title=The lumigraph | publisher=ACM | date=1996 | isbn=978-0-89791-746-9 | doi=10.1145/237170.237200 | page=43–54}}</ref>
A light field can be represented using a [[plenoptic function]], which is a 5 dimensional function. A light field can be represented in 4 dimensions using the two-plane method.<ref name="k782">{{cite conference | last=Gortler | first=Steven J. | last2=Grzeszczuk | first2=Radek | last3=Szeliski | first3=Richard | last4=Cohen | first4=Michael F. | title=The lumigraph | publisher=ACM | date=1996 | isbn=978-0-89791-746-9 | doi=10.1145/237170.237200 | page=43–54}}</ref>
−Light fields are useful for 3D because the largest or second largest factor that determines focus is the angle of rays coming into the eye.
+Light fields are useful for 3D because the largest or second largest factor that determines focus is the angle of rays coming into a human eye.
A light field is typically non-relativistic.
A light field is typically non-relativistic.