Vector fields are one of the fundamental parts of mathematics which are key for modelling many physics phenomena such as electromagnetic fields or fluid and gas flows. Fields found in nature often exhibit complex structures which can be difficult to analyze in full detail without a graphical representation. In this paper we introduce FieldView -- an application targeted at academics and industry professionals wanting to visualize vector fields using various rendering techniques. FieldView uses a novel way of evaluation of the field and construction of the displayed elements directly on the GPU which is based on the recently introduced mesh shader graphics pipeline by NVIDIA. Research done for FieldView development has found practical application in the form of magnetic field visualisation integrated in the data processing framework developed by ALICE experiment at CERN.

翻译：矢量字段是数学的基本组成部分之一,是模拟电磁场或流体和气流等许多物理现象的关键。自然界发现的字段往往呈现出复杂的结构,在没有图形说明的情况下很难进行详细分析。本文介绍FieldView -- -- 一种针对学术界和行业专业人员的应用,他们希望利用各种传译技术将矢量字段可视化。FieldView采用一种新的方法,对现场进行评价,并直接在GPU上建造显示的元素,该方法以NVIDIA最近推出的网状遮光器图形管道为基础。为FieldView开发进行的研究发现,以磁场可视化形式实际应用,将磁场可视化纳入欧洲环境研究所实验开发的数据处理框架。