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RSM3D by Fachhochschule Wiesbaden
RSM3D is a modular software framework for 3d reconstruction from very few X-ray images, which may be virtually freely distributed in 3D space with respect to one another.
RSM3D uses Coin3D, SimVoleon and SoQt for visualisation and analysis of reconstructed 3d datasets.
The fundamental idea of the project, the reference sphere method (RSM, Patent DE 10145861), allows registering radiographs from virtually arbitrary geometries into a single coordinate system. Basing on this information, 3d structure is subsequently reconstructed from very few (≥ 3) 2d radiographs.
The RSM3D software framework was developed at the University of Applied Sciences Wiesbaden, in close collaboration with the Johannes Gutenberg-University Mainz.
Screenshots and information provided by Eric Thomas.
Screenshots
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Synchronised cutting planes through the volumetric dataset using a customized Coin3D clip plane manipulator. |
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Coin3D, SimVoleon and SoQt are used to navigate through the object space (zoom, rotate, translate), to view arbitrary slices and to manually create transfer functions, which are displayed in real-time. |
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A screenshot of the RSM3D framework, a module based application for reconstructing 3d datasets from very few X-ray images. The right view window in the middle shows the raw 3d dataset of a reconstructed dry human skull within the SoQtExaminerViewer. The lower right view window displays a custom transfer function on the same dataset using SIM Voleon rendering with 3D textures. |