Use case "Data collection and processing taking into account radiation damage"

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Summary

This use case implements what's already in DNA 1.X:

  • Post refinement of the cell
  • Check of space group using pointless
  • Integration of data as being collected
  • Quick scaling

It also adds some new features:

  • Possibility of multi-subwedge data collections

Importance

Very important.

Priority

High.

Use Frequency

Frequently used.

Direct actors

The user or the kernel.

Pre-requirements

Input

Required

  • Either a set of already collected post refinement images and data collection images,
  • or a started data collection which will provide these images.

Optional

Output

Required

  • Integrated intensities and quick scaling statistics

Optional

Main Success Scenario

If MOSFLM is used:

  1. Use case "Control of symmetry using pointless"
  2. Use case "Post refinement of the cell using MOSFLM"
  3. Use case "Integration of images during data collection using MOSFLM"
  4. Use case "Quick scaling of data using SCALA" (Could be complicated, e.g. scale just start/middle/end, compare with BEST prediction)


If XDS is used:

  1. Use case "Control of symmetry using pointless"?
  2. Use case "Post refinement of the cell using XDS"?
  3. Use case "Integration of images during data collection using XDS"
  4. Use case "Quick scaling of data using XDS"

Variations

Notes and Questions