|Author||Oliver, Sung Park|
|Subject Domain (in DDC)||Computer science, information & general works ♦ Data processing & computer science|
|Subject Keyword||Dense Geometric Flow Visualization ♦ Unsteady Flow ♦ Scientific Data Visualization ♦ Contemporary Graphic Hardware ♦ Many Application ♦ Trajectory-based Particleadvection Method ♦ Vector Field ♦ Dense Geometric Flow Visualization Technique ♦ Texture-based Technique ♦ Introduction Flow Visualization ♦ Volumetric Flow Visualization ♦ Fourth-order Integration Method ♦ Long Tradition ♦ High Numerical Accuracy ♦ Large Texture Memory ♦ Many Discipline ♦ Programmable Graphic Hardware ♦ Short Particle Lifetime|
|Abstract||Introduction Flow visualization has a long tradition in scientific data visualization. Approaches for 3D vector fields however have only recently experienced a boost due to the introduction of programmable graphics hardware with large texture memory. Consequently, volumetric flow visualization has entered many disciplines of science and engineering including mechanics, physics, chemistry, meteorology, geology, and medicine. Many applications are concerned with steady or unsteady flow over 2D or 3D domains. By adopting ideas from texture-based techniques and taking advantage of parallelism and programmability of contemporary graphics hardware, we introduce a dense geometric flow visualization technique based on streamlines and pathlines addressing both steady and unsteady flow. The lines are computed using a trajectory-based particleadvection method. We achieve high numerical accuracy by enforcing short particle lifetimes and employing a fourth-order integration method. Along with line|
|Educational Role||Student ♦ Teacher|
|Age Range||above 22 year|
|Education Level||UG and PG ♦ Career/Technical Study|
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