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Calibration and Normalization:

  • Detector and Goniometer Calibration
  • Generating Vanadium Normalization Files

During the Experiment:

  • Live Autoreduction

Performance:

  • Speed and Memory: Grouping, Binning, and Symmetry
  • garnet guides

garnet guides#

Calibration and Normalization:

  • Detector and Goniometer Calibration
    • The physical idea
    • Step 1: Find strong peaks (Peak/Shape/Refinement tab)
    • Step 2: Refine the detector geometry (Calibration tab)
    • Step 3: Refine the goniometer (optional)
    • Reading the output
  • Generating Vanadium Normalization Files
    • The physical idea
    • Step 1: Runs and sample geometry
    • Step 2: Wavelength range and pixel grouping
    • Step 3: Run and inspect the correction
    • Reading the output

During the Experiment:

  • Live Autoreduction
    • The physical idea
    • Stage 1: Compress to “lite” data
    • Stage 2: Instrument coverage plot
    • Stage 3: Cross-correlation (CORELLI only)
    • Stage 4: Live slice preview (opt-in)
    • Publishing
    • Data confirmation
    • Reading the output

Performance:

  • Speed and Memory: Grouping, Binning, and Symmetry
    • Pixel grouping
    • Output binning
    • Symmetry operations
    • Putting it together

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Detector and Goniometer Calibration

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