Photorealistic rendering strives to generate images fromcomputer modeled scenes with an image quality as close toreal life as possible. A major issue in rendering issimulation of local and global light reflection in a scene.Both ray tracing and radiosity algorithms capture only someof the possible light reflection phenomena. Recentlydeveloped two-pass algorithms combine the ray tracing andradiosity approaches and are able to capture the whole rangeof light reflection.This book is a collection of papers discussing the latestdevelopments, including a new range of improvements, instochastic sampling strategies, radiosity form factorcalculation, and parallel processing for ray tracing andradiosity. A number of papers on rendering applications ininterior design, lighting design, and remote sensingconclude the volume.The contributions are revised versions of papers originallypresented at the Second Eurographics Workshop on Rendering,held in Barcelona, Spain, in May 1991. The book fullyreflects the state of the art in rendering and presentsawide variety of novel techniques. It will interestresearchers and students in computer graphics, as well asdesigners who want to apply rendering techniques forrealistic simulation in lighting design, interior design,and architecture.|Photorealistic rendering strives to generate images fromcomputer modeled scenes with an image quality as close toreal life as possible. A major issue in rendering issimulation of local and global light reflection in a scene.Both ray tracing and radiosity algorithms capture only someof the possible light reflection phenomena. Recentlydeveloped two-pass algorithms combine the ray tracing andradiosity approaches and are able to capture the whole rangeof light reflection.This book is a collection of papers discussing the latestdevelopments, including a new range of improvements, instochastic sampling strategies, radiosity form factorcalculation, and parallel processing for ray tracing andradiosity. A number of papers on rendering applications ininterior design, lighting design, and remote sensingconclude the volume.The contributions are revised versions of papers originallypresented at the Second Eurographics Workshop on Rendering,held in Barcelona, Spain, in May 1991. The book fullyreflects the state of the art in rendering and presentsawide variety of novel techniques. It will interestresearchers and students in computer graphics, as well asdesigners who want to apply rendering techniques forrealistic simulation in lighting design, interior design,and architecture.|This book contains a selection of papers presenting the state of the art in photorealistic rendering and covering the following topics: radiosity algorithms, ray tracing algorithms, hybrid algorithms, reflection models and reflection properties, light source characteristics, and parallel processing.
The State of the Art in Physically-based Rendering and its Impact on Future Applications.- Adaptive Shadow Testing for Ray Tracing.- An Adaptive Sampling Technique for Multidimensional Integration by Ray-Tracing.- The Simulation of Radiant Light Transfer with Stochastic Ray-Tracing.- Unbiased Variance Reduction for Global Illumination.- Direct Lighting Calculation by Monte Carlo Integration.- Structure-Directed Sampling, Reconstruction and Data Representation for Global Illumination.- Source Selection for the Direct Lighting Computation in Global Illumination.- The Constant Radiosity Assumption Syndrome.- Some Experiments on Adaptive Subdivision in Progressive Radiosity.- Radiosity in Computer Graphics: A Proposed Alternative to the Hemi-cube Algorithm.- Physics-Based Lighting Models: Implementation Issues.- Shaft Culling for Efficient Ray-Cast Radiosity.- Progressive Refinement Radiosity on a Transputer Network.- Parallel Processing of Progressive Refinement Radiosity Methods.- Two Parallel Approaches for a Progressive Radiosity.- An Extended Radiosity Using Parallel Ray-Traced Specular Transfers.- Subdivision of 3D Space Based on the Graph Partitioning for Parallel Ray Tracing.- Divide and Conquer Radiosity.- On the Division of Environments by Virtual Walls for Radiosity Computation.- Texture Shaping: A Method for Modeling Arbitrarily Shaped Volume Objects in Texture Space.- Color Spaces and Human Color Perception.- Visulux: A Radiosity Based Lighting Design Tool.- Synthesis of Multispectral Images of Natural Landscape.- A Rendering Pipeline for Street Lighting Simulation.- Color Plates.- List of Contributors.- Authors´ Index.
The State of the Art in Physically-based Rendering and its Impact on Future Applications.- Adaptive Shadow Testing for Ray Tracing.- An Adaptive Sampling Technique for Multidimensional Integration by Ray-Tracing.- The Simulation of Radiant Light Transfer with Stochastic Ray-Tracing.- Unbiased Variance Reduction for Global Illumination.- Direct Lighting Calculation by Monte Carlo Integration.- Structure-Directed Sampling, Reconstruction and Data Representation for Global Illumination.- Source Selection for the Direct Lighting Computation in Global Illumination.- The Constant Radiosity Assumption Syndrome.- Some Experiments on Adaptive Subdivision in Progressive Radiosity.- Radiosity in Computer Graphics: A Proposed Alternative to the Hemi-cube Algorithm.- Physics-Based Lighting Models: Implementation Issues.- Shaft Culling for Efficient Ray-Cast Radiosity.- Progressive Refinement Radiosity on a Transputer Network.- Parallel Processing of Progressive Refinement Radiosity Methods.- Two Parallel Approaches for a Progressive Radiosity.- An Extended Radiosity Using Parallel Ray-Traced Specular Transfers.- Subdivision of 3D Space Based on the Graph Partitioning for Parallel Ray Tracing.- Divide and Conquer Radiosity.- On the Division of Environments by Virtual Walls for Radiosity Computation.- Texture Shaping: A Method for Modeling Arbitrarily Shaped Volume Objects in Texture Space.- Color Spaces and Human Color Perception.- Visulux: A Radiosity Based Lighting Design Tool.- Synthesis of Multispectral Images of Natural Landscape.- A Rendering Pipeline for Street Lighting Simulation.- Color Plates.- List of Contributors.- Authors' Index.
Inhaltsverzeichnis
The State of the Art in Physically-based Rendering and its Impact on Future Applications.- Adaptive Shadow Testing for Ray Tracing.- An Adaptive Sampling Technique for Multidimensional Integration by Ray-Tracing.- The Simulation of Radiant Light Transfer with Stochastic Ray-Tracing.- Unbiased Variance Reduction for Global Illumination.- Direct Lighting Calculation by Monte Carlo Integration.- Structure-Directed Sampling, Reconstruction and Data Representation for Global Illumination.- Source Selection for the Direct Lighting Computation in Global Illumination.- The Constant Radiosity Assumption Syndrome.- Some Experiments on Adaptive Subdivision in Progressive Radiosity.- Radiosity in Computer Graphics: A Proposed Alternative to the Hemi-cube Algorithm.- Physics-Based Lighting Models: Implementation Issues.- Shaft Culling for Efficient Ray-Cast Radiosity.- Progressive Refinement Radiosity on a Transputer Network.- Parallel Processing of Progressive Refinement Radiosity Methods.- Two Parallel Approaches for a Progressive Radiosity.- An Extended Radiosity Using Parallel Ray-Traced Specular Transfers.- Subdivision of 3D Space Based on the Graph Partitioning for Parallel Ray Tracing.- Divide and Conquer Radiosity.- On the Division of Environments by Virtual Walls for Radiosity Computation.- Texture Shaping: A Method for Modeling Arbitrarily Shaped Volume Objects in Texture Space.- Color Spaces and Human Color Perception.- Visulux: A Radiosity Based Lighting Design Tool.- Synthesis of Multispectral Images of Natural Landscape.- A Rendering Pipeline for Street Lighting Simulation.- Color Plates.- List of Contributors.- Authors¿ Index.
Klappentext
Photorealistic rendering strives to generate images from
computer modeled scenes with an image quality as close to
real life as possible. A major issue in rendering is
simulation of local and global light reflection in a scene.
Both ray tracing and radiosity algorithms capture only some
of the possible light reflection phenomena. Recently
developed two-pass algorithms combine the ray tracing and
radiosity approaches and are able to capture the whole range
of light reflection.
This book is a collection of papers discussing the latest
developments, including a new range of improvements, in
stochastic sampling strategies, radiosity form factor
calculation, and parallel processing for ray tracing and
radiosity. A number of papers on rendering applications in
interior design, lighting design, and remote sensing
conclude the volume.
The contributions are revised versions of papers originally
presented at the Second Eurographics Workshop on Rendering,
held in Barcelona, Spain, in May 1991. The book fully
reflects the state of the art in rendering and presentsa
wide variety of novel techniques. It will interest
researchers and students in computer graphics, as well as
designers who want to apply rendering techniques for
realistic simulation in lighting design, interior design,
and architecture.
This book contains a selection of papers presenting the state of the art in photorealistic rendering and covering the following topics: radiosity algorithms, ray tracing algorithms, hybrid algorithms, reflection models and reflection properties, light source characteristics, and parallel processing.
