Rose, D. AND Frisch, N. AND Ruehr, T. AND Ertl, T.: Interaktive Visualisierung neuer Elemente im virtuellen Automobil-Crashversuch[0]
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| Line and Edge Links. These are two of the possibilities to weld car components. | Correct (yellow) and Erroneous (red/magenta) Sensor Points. Sensor points are used to measure e.g. forces and to compare real and virtual crash simulations. |
Diepstraten, J. and Weiskopf, D. and Ertl, T.: Transparency in interactive Technical Illustrations[6]
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Kraus, M. and Ertl, T.: Adaptive Texture Maps[11]
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| Reconstruction of a compressed volume data set (CT scan of the Stanford terra-cotta bunny.) |
Kraus, U. and Ruder, H. and Weiskopf, D. and Zahn, C.: Was Einstein noch nicht sehen konnte. Schnelle Computer visualisieren relativistische Effekte[16]
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| Einstein on a bicycle at non-relativitic velocity. | Einstein riding a bicyle with 0.93c. |
Kraus, M.: Parametrized Graphics in Mathematica[20]
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| Screen shot of a manipulation of one end point of a great circle. The great circle is updated in real time as the user drags the end point on the sphere. |
Kraus, M.: Truly Volumetric Effects[25]
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| Volume rendering of a sphere distorted by some noise. |
Simon Stegmaier and Marcelo Magallón and Thomas Ertl: A Generic Solution for Hardware-Accelerated Remote Visualization[28]
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| Interaction with a volume dataset on a pocket PC connected to the render server via 11 Mbps wireless LAN. As can be seen in the background, the render server displays only the GLX drawable and not any of the application's widgets. |
M. Kraus and T. Ertl: Simplification of Nonconvex Tetrahedral Meshes[33]
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| (Intermediate) results of the convexification of a tetrahedral mesh. From left to right: the convex hull of the mesh; the nonconvex polyhedron between the convex hull and the boundary of the mesh, which has to be tetrahedralized; and the mesh together with imaginary tetrahedra generated by the tetrahedralization (only edges of imaginary cells are shown). |
Stegmaier, S. and Rose, D. and Ertl, Th.: A Case Study On The Applications Of A Generic Library For Low-Cost Polychromatic Passive Stereo[38]
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| Red/Cyan Stereo Image of a BMW Crash Model |
Weiskopf, D. and Engel, K. and Ertl, T.: Volume Clipping via Per-Fragment Operations in Texture-Based Volume Visualization[43]
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| Volume clipping in an MR data set. |
Frisch, N. and Rose, D. and Sommer, O. and Ertl, T.: Visualization and Pre-processing of Independent Finite Element Meshes for Car Crash Simulations[48]
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| Correct and Erroneous Adhesive Bonding Elements. The Mid Plane of Erroneous Elements is Highlighted in Yellow. |
Kobras, D. and Weiskopf, D. and Ruder, H.: General relativistic image-based rendering[53]
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| Backward view at warp speed 0.8c. | Backward view at warp speed 1.0c. | Backward view at warp speed 1.2c. |
Weiskopf, D. and Erlebacher, G. and Hopf, M. and Ertl, T.: Hardware-Accelerated Lagrangian-Eulerian Texture Advection for 2D Flow Visualization[58]
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| Visualizations of an unsteady flow field produced by the interaction of a planar shock with a longitudinal vortex. |
Ruder, H. and Weiskopf, D.: Simulation und Visualisierung in der Astrophysik oder die wundersame Reise des Christoph Zenger mit der U.S.S. Enterprise[63]
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| Special relativistic flight through Berlin with 0.99c. | Special relativistic flight through Berlin with 0.99c. |
