Keywords: 3D flow visualization, illuminated streamlines, interactive exploration, focus+context visualizationSCCG 2003, paper.pdf (722 kb) here
Maintained by Thomas Theussl.
Last update on 10. Apr 03.
Comments to theussl (at) cg.tuwien.ac.at.
Keywords: 3D flow visualization, illuminated streamlines, interactive exploration, focus+context visualizationSCCG 2003, paper.pdf (722 kb)
Flow around a block with high and low pressure coded as different colors and transparencies.
Lorenz system with focus region without end tapering (top) and with end tapering (bottom). Note the un-pleasing streamline endings at the focus region borders and streamline endings in general in the upper image.
Color coded velocity with a continuous transfer function in the vicinity of the block.
Catalytic converter with z-orientation as three scalar regions. Note the turbulence where the flow enters the converter.
Smog over Europe, orientation in y-axis coded with 3 scalar interval regions.
Flow around block with opacity function showing direction. Position in y direction is coded as scalar regions.
The Lorenz system with color coded depth.
The Lorenz system without halos (top) and with halos (bottom).
Flow around block with rectangular prism as magic volume (volume shown as geometry) and color coded pressure.
Flow around block with sharp border magic volume (top) and smooth border magic volume (bottom).
Magic volume used as seeding region (drawn green) in streamline calculation for the flow around block.
Flow around a block with three interval regions and pressure mapped to streamline density.
Spotlight shining on the t-junction data set.