General relativistic image-based rendering
Daniel Kobras, Daniel Weiskopf, Hanns Ruder
In The Visual Computer, 18(4), 2002.
Abstract: Imaged-based rendering is a well-known method in computer graphics to achieve photo-realistic images. In this paper we show how conventional image-based rendering algorithms can be extended to visualize general relativistic effects in a restricted class of spacetimes. We propose a generalized aberration formula in order to treat the visualization of special and general relativistic effects on the same footing. In this way, image-based general relativistic rendering can be regarded as an extension of special relativistic rendering. As an example, we present snapshots from the viewpoint of an observer traveling at warp speed.
Keyword(s): General relativity, Image-based rendering, Scientific visualization, Warp metric
BibTeX format:
@article{Kobras:2002:GRI,
  author = {Daniel Kobras and Daniel Weiskopf and Hanns Ruder},
  title = {General relativistic image-based rendering},
  journal = {The Visual Computer},
  volume = {18},
  number = {4},
  pages = {250--258},
  year = {2002},
}
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