Flow visualization is a well established branch of scientific visualization and it currently
represents an invaluable resource to many fields, like automotive design, meteorology and …

This paper presents a new evenly-spaced streamlines placement algorithm to visualize 2D
steady flows. The main technical contribution of this work is to propose a single method to …

Accurate control of streamline density is key to producing several effective forms of
visualization of two-dimensional vector fields. We introduce a technique that uses an energy …

A new technique for interactive vector field visualization using large numbers of properly
illuminated stream lines is presented. Taking into account ambient, diffuse, and specular …

The paper presents a seed placement strategy for streamlines based on flow features in the
dataset. The primary goal of our seeding strategy is to capture flow patterns in the vicinity of …

This paper discusses strategies for effectively portraying 3D flow using volume line integral
convolution. Issues include defining an appropriate input texture, clarifying the distinct …

Line integral convolution (LIC), introduced by Cabral and Leedom (1993) is a powerful
technique for imaging and animating vector fields. We extend the LIC technique in three …

We present a particle system for interactive visualization of steady 3D flow fields on uniform
grids. For the amount of particles we target, particle integration needs to be accelerated and …

This paper introduces a new streamline placement and selection algorithm for 3D vector
fields. Instead of considering the problem as a simple feature search in data space, we base …

Seeding streamlines in 3D flow fields without considering their projections in screen space
can produce visually cluttered rendering results. Streamlines will overlap or intersect with …