Difference between revisions of "Project Week 25/Next Generation GPU Volume Rendering"

Revision as of 22:00, 7 June 2017

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Objective	Approach and Plan	Progress and Next Steps
Develop a specification for the next generation of GPU volume processing and rendering in VTK and Slicer The specification should support Multiple input volumes for ray-casting and slice-based volume rendering GPU-based volume slicing and compositing Programmable volume rendering shader Smart management of volumes in GPU memory Possibility to run simple processing operations on the volume (e.g. Non-linear transforms)	Compare the architectures of different existing projects where parts of the required functionality has been implemented: Ibis Neuronav/PRISM (Multi-volume ray-casting with progammable shaders in VTK) Steve Piepers volume processing on the GPU with GLSL (Steve, please write something smarter here) CustusX (GPU volume slicing and compositing with multi-window context sharing) Determine a sensible way to integrate all those contribution in VTK.	TODO

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 <!-- Approach and Plan bullet points -->
-Please start each sentence in a new line.
+Compare the architectures of different existing projects where parts of the required functionality has been implemented:
+* [http://ibisneuronav.org Ibis Neuronav]/PRISM (Multi-volume ray-casting with progammable shaders in VTK)
+* Steve Piepers volume processing on the GPU with GLSL (Steve, please write something smarter here)
+* [https://www.custusx.org/ CustusX ] (GPU volume slicing and compositing with multi-window context sharing)
+Determine a sensible way to integrate all those contribution in VTK.
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 <!-- Progress and Next steps (fill out at the end of project week) -->
-Please start each sentence in a new line.
+TODO
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