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VTK-QT is a C++ library that embeds Vtk in QT interface widgets. This is a compiled version of the library for vtk4.2 and qt3.x. You need to compile the project with CMake to get vtk42_qt32.lib in the bin/debug folder. I prepared a generic CMakeLists.txt for that. |
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| Vtk4.2 Qt3.x Example |
Compile this example that is provided by Carsten Kübler with CMake to test the new library. You need to make two changes to the supplied CMakeLists.txt to specify the path of the library and its source files. |
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| Generic Template |
This is a generic template for embedding vtk 4.2 in qt3.x widget. It is completely platform-independent. Here is a snapshot of the template. |
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| Another VtkQt Library | Another Vtk-Qt library by Matthias Koenig. Compile this example by CMake. Although the library is very simple and easy to use, the window freezes whenever you close the application. | ||
| VTK-VisualC++ Template | This dialog-based visual C++ 6.0 template embeds vtk4.2 inside the dialog. Here is a snapshot of the template. | ||
| A Vtk program that visualizes n anatomical structures in a stack of PGM files. Each structure is labeled by an integer number. For example, the labels of 3 structures will be 1, 2, and 3. Here is a snapshot of the program. | |||
| Basic C++/Qt/Vtk |
The aim of this project is to provide the basic infra-structure program that combines c++/Qt/Vtk/newmat and can run on any platform. |
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The aim of this project is to provide a quick and accurate c++ implementation of the simplex method (unconstrained nonlinear optimization) using vtk 4.2 |
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| Presentation 1 | Introduction to Medical Image Modalities and Scanners | ||
| Presentation 2 | Robust Centerline Extraction Framework Using Level Sets | ||
| Presentation 3 | Real Time Vision-Based Image Guided Neurosurgery | ||
| Presentation 4 |
Stochastic
Segmentation of Blood Vessels From Time-of-Flight |
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| Presentation 5 | Robust Robotic Path Planning Using Level Sets | ||
| Silhouette Dataset | A set of silhouette images that can be used during testing a new centerline extraction technique. Some of the images are drawn by hand, while others are collected from several classic papers. | ||
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