This Service illustrates 3D data visualisation using the Paraview Service. The example involves electromagnetic and neuronal dynamics simulation results fro a setup containing a stimulating electrode around a bundle of nerve fibers. Electromagnetic fields are displayed as field lines and cross section. Neuronal dynamics is visualized as evolving transmembrane potential.
The model includes the geometry of a pair of electrode contacts in gray, a bundle of nerve fibers in black and the log-scaled electric field lines induced by the two contacts of the electrodes and a 2D slice showing the electric field with a color gradient.
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Upon clicking the play button (triangle) on the upper right hand side of the window, a simulation of the transmembrane voltage induced in the nerve bundle by the stimulating electrodes will start.
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You will be able to see how that voltage propagates along the length of the nerve bundle as shown below.
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To end the simulation, click the stop button (square) on the upper right hand side of the window.
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You may rotate and scale the image, but due to the high complexity of this model, the 3D rendering may not execute completely and the image disappears. If this happens, a resizing of the window will bring the image back.
