Transcript Insitute of Computer Graphics and Algorithms, Vienna

Interactive Volume Visualization
of General Polyhedral Grids
Philipp Muigg1,3, Markus Hadwiger2,
Helmut Doleisch3, M. Eduard Gröller1
1, Vienna University of Technology, Austria
2, King Abdullah University of Science and Technology, Saudi Arabia
3, SimVis GmbH, Vienna, Austria
Interactive Volume Visualization of
General Polyhedral Grids
Primary motivation:
Philipp Muigg et al.
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Interactive Volume Visualization of
General Polyhedral Grids
Primary motivation:
CFD simulations computed on volumetric
meshes composed of different kinds of
Philipp Muigg et al.
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Interactive Volume Visualization of
General Polyhedral Grids
Primary motivation:
CFD simulations computed on volumetric
meshes composed of different kinds of
possibly non-convex
Philipp Muigg et al.
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Interactive Volume Visualization of
General Polyhedral Grids
Primary motivation:
CFD simulations computed on volumetric
meshes composed of different kinds of
possibly non-convex, general
Philipp Muigg et al.
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Interactive Volume Visualization of
General Polyhedral Grids
Primary motivation:
CFD simulations computed on volumetric
meshes composed of different kinds of
possibly non-convex, general Ponyhedral
cells
Philipp Muigg et al.
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Interactive Volume Visualization of
General Polyhedral Grids
Primary motivation:
CFD simulations computed on volumetric
meshes composed of different kinds of
possibly non-convex, general Ponyhedral
l
cells
Philipp Muigg et al.
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Our Approach
Ray casting based volume rendering
Memory saving data structure
Session: Enhanced Rendering and
Visualization (04:15 pm - 05:55 pm)
in Room #557
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