Exploring unsteady flows by parallel extraction of property-enhanced pathlines and interactive post-filtering

One of the main challenges specific to geometric flow visualization is the seeding strategy used to place the objects within the data domain.. Geometric vector visualization

In accordance with this brief overview of the building blocks available on the way towards topology-based visual- ization of unsteady flow, the rest of the paper is structured

In vector field visualization, integral lines like stream, path, or streak lines are often used to examine the behavior of steady and unsteady flows.. In 3D, however,

On the other hand, volume rendering is an active research field on its own, and techniques developed for volumetric data are often used in flow visualization to show scalar

Vector Field Entropy field: higher value means more information in the corresponding region Entropy-based seeding: Places streamlines on the region with

Feature based techniques reduce the amount of visualization elements to the important areas of a flow field [PVH ∗ 03, EGL ∗ 06].. This selection process can be im- posed to all

Certain topics, like medical visualization, flow visualization, tabular data visualization, and network visualization have attracted continued interest over many years and every

Vector Field Topology is the standard approach for the analysis of asymptotic particle behavior in a vector field flow: A topological skeleton is separating the flow into regions by