Speaker
Miroslav Morhac
(Institute of Physics, Slovak Academy of Sciences)
Description
Visualization is one of the most powerful and direct ways how the huge amount of information contained in multidimensional histograms can be conveyed in a form comprehensible to a human eye. With increasing dimensionality of histograms (nuclear spectra) the requirements in developing of multidimensional scalar visualization techniques become striking. In the contribution we present a hypervolume visualisation techniques that provide simple and fully explanatory images that give comprehensive insights into the global structure of scalar fields of any dimension. The presented method provides a dimension independent viewing system which scales nicely with the geometric dimension of the dataset. On the other hand the algorithm allows one to localize and scan interesting parts (peaks) in multidimensional histograms. It also permits to find correlations in the data, mainly among neighboring points in all dimensions, and thus to discover prevailing trends around multidimensional peaks using classical approaches like slicing and animation of slices of multidimensional data.
Primary author
Miroslav Morhac
(Institute of Physics, Slovak Academy of Sciences)
Co-authors
Dr
Ivan Turzo
(Institute of Physics, Slovak Academy of Sciences)
Dr
Vladislav Matousek
(Institute of Physics, Slovak Academy of Sciences)
