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Filling the 3D 'scattering volume' by appropriately-oriented 2D scattering patterns. An analytical model suggests a numerical procedure (using Diffusion Map and the fisrt 9 non-trivial eigenvectors). The Matlab code here 1) synthesizes 2D scattering patterns; 2) Forms the Distance Matrix of mimages; and 3) retrieves the (relative) orientations u…

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nurlicht/Volumetric-3D-Stitching

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Volumetric-3D-Stitching

Goal

Retrieving the 3D orientations of an object from its X-ray scattering patterns

Approach

An analytical model (of the forward problem) suggests a numerical procedure (for the inverse problem) using Diffusion Map and the fisrt 9 non-trivial eigenvectors

Open-Source Code

  1. Simulation of the forward problem and synthesis of 2D scattering patterns
  2. Forming the Distance Matrix of scattering patterns
  3. Retrieving the (relative) orientations using the Distance Matrix
  4. Plotting the results
  5. Implementations

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Filling the 3D 'scattering volume' by appropriately-oriented 2D scattering patterns. An analytical model suggests a numerical procedure (using Diffusion Map and the fisrt 9 non-trivial eigenvectors). The Matlab code here 1) synthesizes 2D scattering patterns; 2) Forms the Distance Matrix of mimages; and 3) retrieves the (relative) orientations u…

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