'Rendering equation' presentation slideshows

Graphics & Visualization

Graphics & Visualization. Chapter 16 GLOBAL ILLUMINATION ALGORITHMS. Introduction. Global Illumination Algorithms: Deal with the realistic computation of light transport in a scene Estimate indirect illumination, i.e. light reaching a point through multiple surface inter-reflections

1.65k views • 99 slides

Modern Game Development

625 views • 54 slides

K. H. Ko School of Mechatronics Gwangju Institute of Science and Technology

Photo-realistic Rendering and Global Illumination in Computer Graphics Spring 2012 Ultimate Realism and Speed. K. H. Ko School of Mechatronics Gwangju Institute of Science and Technology. Introduction. The quest for realism and speed has not yet come to an end.

564 views • 46 slides

K. H. Ko School of Mechatronics Gwangju Institute of Science and Technology

Photo-realistic Rendering and Global Illumination in Computer Graphics Spring 2012 Ultimate Realism and Speed. K. H. Ko School of Mechatronics Gwangju Institute of Science and Technology. Beyond the Rendering Equation: Subsurface Scattering.

569 views • 45 slides

Ray Tracing II: Radiosity

Ray Tracing II: Radiosity. Mohan Sridharan Based on slides created by Edward Angel. Introduction. Ray tracing is best with many highly specular surfaces: Not characteristic of real scenes. Rendering equation describes general shading problem.

553 views • 31 slides

Foundations of Computer Graphics (Spring 2012)

Foundations of Computer Graphics (Spring 2012). http:// inst.eecs.berkeley.edu /~cs184. CS 184, Lecture 22: Global Illumination. Illumination Models. So far considered mainly local illumination Light directly from light sources to surface Global Illumination: multiple bounces

450 views • 25 slides

Foundations of Computer Graphics (Spring 2012)

Foundations of Computer Graphics (Spring 2012). http:// inst.eecs.berkeley.edu /~cs184. CS 184, Lecture 22: Global Illumination. Illumination Models. So far considered mainly local illumination Light directly from light sources to surface Global Illumination: multiple bounces

253 views • 25 slides

Foundations of Computer Graphics (Spring 2012)

Foundations of Computer Graphics (Spring 2012). http:// inst.eecs.berkeley.edu /~cs184. CS 184, Lecture 22: Global Illumination. Illumination Models. So far considered mainly local illumination Light directly from light sources to surface Global Illumination: multiple bounces

261 views • 25 slides

How to Present a Rendering Paper

235 views • 23 slides

History of computer graphics

222 views • 21 slides

History of computer graphics

312 views • 18 slides

Radiosity

184 views • 18 slides

History of computer graphics

169 views • 15 slides

Finite element methods

261 views • 12 slides

Spherical Harmonic Lighting of Wavelength-dependent Phenomena

Spherical Harmonic Lighting of Wavelength-dependent Phenomena. Clifford Lindsay, Emmanuel Agu Worcester Polytechnic Institute (USA). Introduction. Modeling of Light Interference As A BRDF.

272 views • 11 slides

Radiosity

Radiosity. CS 319 Advanced Topics in Computer Graphics John C. Hart. Radiosity Concept. Radiosity of each surface depends on radiosity of all other surfaces Treat global illumination as a linear system Need constant BRDF (diffuse) Solve rendering equation as a matrix problem Process

256 views • 8 slides