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首页> 外文期刊>Computer Graphics Forum: Journal of the European Association for Computer Graphics >An Approximate Parallel Vectors Operator for Multiple Vector Fields
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An Approximate Parallel Vectors Operator for Multiple Vector Fields

机译:多个矢量字段的近似平行矢量运算符

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摘要

The Parallel Vectors (PV) Operator extracts the locations of points where two vector fields are parallel. In general, these features are line structures. The PV operator has been used successfully for a variety of problems, which include finding vortex-core lines or extremum lines. We present a new generic feature extraction method for multiple 3D vector fields: The Approximate Parallel Vectors (APV) Operator extracts lines where all fields are approximately parallel. The definition of the APV operator is based on the application of PV for two vector fields that are derived from the given set of fields. The APV operator enables the direct visualization of features of vector field ensembles without processing fields individually and without causing visual clutter. We give a theoretical analysis of the APV operator and demonstrate its utility for a number of ensemble data.
机译:并行矢量(PV)操作员提取两个矢量字段并行的点的位置。 通常,这些特征是线结构。 PV运营商已成功用于各种问题,包括查找涡旋核线或极值线。 我们为多个3D传染媒介字段提供了一种新的通用特征提取方法:近似并行矢量(APV)操作员提取所有字段大致平行的线路。 APV运算符的定义基于PV的应用于来自给定的一组字段的两个矢量字段。 APV运算符可以直接可视化Vector Field Ensembles的功能,而无需单独处理字段,而不会导致视觉杂乱。 我们对APV运算符进行了理论分析,并展示了其许多集合数据的实用程序。

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