pytigre
latest
  • Demo 01: Describing your geometry
  • Demo 02: Sample data in TIGRE
  • Demo 03: Simple Image reconstruction
  • Demo 04: How to use plotting functions
  • Demo 05: Algorithms01
  • Demo 06: Algorithms02
  • Demo 07: Algorithms 03. Krylov subspace
  • Demo 08: Algorithms 04. Total variation minimization algorithms.
  • Demo 10: FISTA
  • License
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pytigre
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  • Pytigre: Documentation
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Pytigre: Documentation¶

This is a collection of the demos for pytigre, showcasing how to use the different algorithms and utilities in the software. To get the source files for the demos, run:

$ wget https://github.com/CERN/TIGRE/tree/master/Python/tigre/demos .

Demos¶

  • Demo 01: Describing your geometry
  • Demo 02: Sample data in TIGRE
  • Demo 03: Simple Image reconstruction
    • Define geometry
    • Load data and generate projections
    • Reconstruct image using OS-SART and FDK
  • Demo 04: How to use plotting functions
    • Define Geometry
    • Load data and generate projections
    • Reconstruct image using OS-SART and FDK
    • Let’s use plotproj
    • what about plotImg?
  • Demo 05: Algorithms01
    • Define Geometry
    • Load data and generate projections
    • Usage of FDK
  • Demo 06: Algorithms02
    • Define Geometry
    • Load data and generate projections
    • SART family of algorithms
  • Demo 07: Algorithms 03. Krylov subspace
    • Define geometry
    • Load data and generate projections
    • Usage of CGLS
  • Demo 08: Algorithms 04. Total variation minimization algorithms.
    • Load data and generate projections
    • Lets create a OS-SART test for comparison
    • Total Variation algorithms
    • plot results
  • Demo 10: FISTA
    • Define geometry
    • Set up data
    • Lets set up CGLS and OSSART for comparison
    • FISTA
    • Plot results

Other¶

  • License
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© Copyright 2019, Reuben Lindroos, Ander Biguri Revision 23a345ef.

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