This paper presents methods for photo-realistic rendering using strongly spatially variant illumination captured from real scenes. The illumination is captured along arbitrary paths in space using a high dynamic range, HDR, video camera system with position tracking. Light samples are rearranged into 4-D incident light fields (ILF) suitable for direct use as illumination in renderings. Analysis of the captured data allows for estimation of the shape, position and spatial and angular properties of light sources in the scene. The estimated light sources can be extracted from the large 4D data set and handled separately to render scenes more efficiently and with higher quality. The ILF lighting can also be edited for detailed artistic control
Visual media, such as film and computer games, often require the need for the realistic rendering of...
. Complex luminaries and lamp geometries can greatly increase the realism of synthetic images. Unfor...
We present a novel technique for capturing spatially or temporally resolved light probe sequences, a...
This paper presents methods for photo-realistic rendering using strongly spatially variant illuminat...
We present a practical and inexpensive approach for the acquisition and rendering of static incident...
This paper presents a method for resampling a sequence of high dynamic range light probe images into...
International audienceThe possibility to use real world light sources (aka luminaires) for synthesiz...
Illumination is one of the key components in the creation of realistic renderings of scenes containi...
We present a method that uses measured scene radiance and global illumination in order to add new ob...
The light field describes the radiance at a given point provided by a ray coming from a particular d...
It has been widely recognized that lighting plays a key role in the realism and visual interest of c...
Realistic image synthesis requires both complex and realistic models of real-world light sources and...
This paper studies the problem of integrating high-quality light field rendering into state-of-the-a...
Surface light fields can be used to render the complex re-flectance properties of a physical object....
Abstract: A new image-based rendering method, based on the light field and Lumigraph system, allows ...
Visual media, such as film and computer games, often require the need for the realistic rendering of...
. Complex luminaries and lamp geometries can greatly increase the realism of synthetic images. Unfor...
We present a novel technique for capturing spatially or temporally resolved light probe sequences, a...
This paper presents methods for photo-realistic rendering using strongly spatially variant illuminat...
We present a practical and inexpensive approach for the acquisition and rendering of static incident...
This paper presents a method for resampling a sequence of high dynamic range light probe images into...
International audienceThe possibility to use real world light sources (aka luminaires) for synthesiz...
Illumination is one of the key components in the creation of realistic renderings of scenes containi...
We present a method that uses measured scene radiance and global illumination in order to add new ob...
The light field describes the radiance at a given point provided by a ray coming from a particular d...
It has been widely recognized that lighting plays a key role in the realism and visual interest of c...
Realistic image synthesis requires both complex and realistic models of real-world light sources and...
This paper studies the problem of integrating high-quality light field rendering into state-of-the-a...
Surface light fields can be used to render the complex re-flectance properties of a physical object....
Abstract: A new image-based rendering method, based on the light field and Lumigraph system, allows ...
Visual media, such as film and computer games, often require the need for the realistic rendering of...
. Complex luminaries and lamp geometries can greatly increase the realism of synthetic images. Unfor...
We present a novel technique for capturing spatially or temporally resolved light probe sequences, a...