Usually the data domain is two-dimensional to visually convey the underlying, density coded, data. In this paper we investigate kinds
of map-based discontinuities, especially for the practical cases n = m = 2 and n = 3 j m = 2, and we depict relations between them
and attributes of the resulting CSP itself. Additionally, we show that discontinuities build critical line structures, and we introduce
algorithms to detect them.
Further, we introduce a discontinuity-based visualization approach ? called contribution map (CM) ? which
establishes a relationship between the CSP?s data domain and the number of connected components in the spatial domain. We show
that CMs enhance the CSP-based linking & brushing interaction. Finally, we apply our approaches to a number of synthetic as well
as real data sets.
Research Seminar Announcement
In the course of the Visual Computing research seminar Prof. Dr. Nils Thuerey from the Technical University of Munich will give a talk with subsequent discussion about the topic Fluid Simulations and Neural Networks.
We would like to invite everyone interested to join us. The research seminar will take place in on Friday 30.06.2017, 13:15 in G29-R335.