Participating Media

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Participating Media

Participating Media

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Isotropic Phase function<br />

scattering completely random<br />

p(θ) = 1<br />

4π

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Paper - IDAV: Institute for Data Analysis and Visualization

Tensor Field Visualization Using a Metric Interpretation

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BERND HAMANN Curriculum Vitae August 2013 1 - IDAV: Institute ...

ReadMe

bicubic uniform b-spline surface refinement - IDAV: Institute for Data ...

Alpha Blending for Visualization Applications

ECS 193B: Project Proposal

Simple Nested Dielectrics in Ray Traced Images

a divide and conquer method for cubic curves - University of ...

a matrix representation for uniform b-spline curves - IDAV: Institute ...

Tree Growth Visualization - CiteSeerX

A Practical System for Laser Pointer Interaction on - IDAV: Institute ...

Texture Animation for Tensor Field Visualization - CiteSeerX

eigenvalues and eigenvectors of the refinement matrix

Isotropic Phase function scattering completely random p(θ) = 1 4π

Raleigh Scattering p(θ) = 3 16π (1 + cos2 θ) shorter wavelengths scattered more for particles smaller than a wavelength of light why the sky is blue

Page 1 and 2: Participating Media Valerie Szudzie
Page 3 and 4: Light scattering Photon can continu
Page 5 and 6: Light scattering Increased radiance
Page 7 and 8: Volume rendering equation L(x, ⃗
Page 9: Phase Functions anisotropic scatter
Page 13 and 14: Henyey-Greenstein ellipsoid-shaped
Page 15 and 16: Ray marching Solves volume renderin
Page 17 and 18: Photon Tracing Requires photon map
Page 20: Rendering Smoke Uses fluid flow equ
Page 23 and 24: glass sphere, fog medium
Page 26 and 27: Rendering Translucent Material Can
Page 28: References Jensen: Realistic Image