The ‘LiC Detector Toy’ program

The DØ Detector Upgrade and Physics Program ∗

The DØ detector at Fermilab is in the final stages of an extensive upgrade. It is designed to meet the demands imposed by high luminosity Tevatron running planned to begin March 2001. The design and performance of the detector subsystems are described and a brief outline of the physics potential is presented.

LIC on Surfaces

In this lecture we will discuss how line integral convolution can be generalized to depict vector fields defined on surfaces in 3D. The surfaces are assumed to be topologically equivalent to a 2D plane – at least in a local neighbourhood. In principle, any 2D imaging technique can be applied to such a surface as well. In particular, it is possible to map standard 2D LIC images onto the surface ...

Comparing LIC and spot noise

Spot noise and line integral convolution (LIC) are two texture synthesis techniques for vector field visualization. In this paper the two techniques are compared. Continuous directional convolution is used as a common basis for comparing the techniques. It is shown that the techniques are based on the same mathematical concept. Comparisons of the visual appearance of the output and performance ...

Uncertain Flow Visualization using LIC

In this paper we look at the Line Integral Convolution method for flow visualization and ways in which this can be applied to the visualization of two dimensional, steady flow fields in the presence of uncertainty. To achieve this, we start by studying the method and reviewing the history of modifications other authors have made to it in order to improve its efficiency or capabilities, and usin...

Lic: Acceleration, Animation, and Zoom