How to restore brightness and contrast in VTK?
如何恢复VTK的亮度和对比度？
Finally, surface rendering is used to show the whole three dimensional vessels by VTK.
最后是通过血管的表面绘制方法，利用VTK对血管进行三维显示。
You'll find software, documentation, and lots of helpful links for using VTK on this site.
在这个站点上还可以找到软件、文档以及关于使用VTK的很多有用链接。
This requirement is not listed above, which makes VTK unsuitable for Information Visualization.
这个需求没有在上面列出，这使得VTK不适合于应用于信息可视化。
Therefore it is proposed that VTK library is used for implementing the visualization of medical data.
为此，提出采用VT K库进行医学数据可视化。
VTK has encapsulated a lot of visualization algorithms of common use, and provides a great convenience for researchers.
VTK封装了许多常用的可视化算法，为研究人员提供了极大的便利。
The VTK is an open source system for data visualization and image processing that is widely used in the scientific community.
VTK是一个用来进行数据可视化和图像处理的开放源码系统，它在科学社区中被广泛地使用。
The visualization Toolkit (VTK) is a powerful open source software system for 3-d computer graphics, image processing, and visualization.
VisualizationToolkit (VTK)是一个功能强大的开放源码软件，可以用来进行3 - D计算机绘图、图像处理和可视化操作。
VTK is one of the most important software packages in visualization software, while ITK shows prominent performance in image progressing.
VTK是当前可视化软件开发的最重要软件包之一，而ITK具有强大的图像处理功能。
Practice proves, using VTK to develop medical images' reconstruction system has good reconstruction results, less development time and high code reuse rate.
实践证明，使用VTK开发医学图像三维重建系统，重建效果好，开发时间少，代码重用率高。
VTK software enables intuitive segmentation of three-dimensional image processing, which can give a great help at the latter part of research for the rational distribution.
VTK软件可以实现直观的对三维图像进行分割等处理，这对于后期研究激光探针的合理布局有很大的帮助。
In the present work, in order to improve the success rate of radiotherapy we used the visualization toolkit (VTK) to achieve the surface and volume reconstruction of the nasopharyngeal tissues.
为了提高放射治疗的成功率，本文采用可视化工具包(VTK)分别实现了鼻咽部组织的表面重建和体重建。
According to the procedure of data gaining, data processing and data rendering, the 3D detection range of radar on specific electronic jamming environment was rendered via Visualization Toolkit (VTK).
根据数据获取、数据处理和数据渲染的流程，利用可视化软件包（VTK）实现了对雷达探测范围的三维显示。
According to the procedure of data gaining, data processing and data rendering, the 3D detection range of radar on specific electronic jamming environment was rendered via Visualization Toolkit (VTK).
根据数据获取、数据处理和数据渲染的流程，利用可视化软件包（VTK）实现了对雷达探测范围的三维显示。
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