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X-ray Mosaic Studio

X-ray Mosaic Studio by Yosof Omrani: a walkthrough of the problem, source structure, technology and public edition scope.

Python · PyQt · Scientific imaging · Geometric registration

Problem and context

Scientific image mosaics require geometric handling, registration and manual review. This example combines a Python processing core with Qt inspection tools.

Implementation represented in the source

  • Reference-plane geometry and detector sampling calibration
  • Batch inspection, registration refinement and TIFF export
  • PyQt tools for review and manual correspondences
  • Pipeline orchestration separated from geometry and registration modules
Source architecture diagram; not an application screenshot

Source architecture diagram; not an application screenshot

Scope and evidence

This is imaging research source. Visual alignment does not establish geometric or medical accuracy, and no clinical use or accuracy guarantee is claimed. Real acquisition imagery and model weights are excluded.

Applying the structure to a related project

Use this example to discuss image-review tools, batch-processing workflows and engineering inspection interfaces.

Explore source and documentation on GitHub

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