Ticket #9340 (closed: fixed)
Apply scattering cross sections in DensityOfStates
Reported by: | Samuel Jackson | Owned by: | Dan Nixon |
---|---|---|---|
Priority: | major | Milestone: | Release 3.3 |
Component: | Indirect Inelastic | Keywords: | |
Cc: | Blocked By: | ||
Blocking: | Tester: |
Description (last modified by Dan Nixon) (diff)
This ticket will deal with adding an option to calculate the scattering cross section of ion and multiply the partial contribution by it.
Change History
comment:7 Changed 6 years ago by Dan Nixon
Set sample material for partial DoS workspaces
Refs #9340
Changeset: 61a1751ad529a4e99839dfda6ba1d6d26ba78759
comment:9 Changed 6 years ago by Dan Nixon
Add options for cross section scaling and summing to DoS
Refs #9340
Changeset: dc9c40165cc025e1fb50312839103c01f9114041
comment:10 Changed 6 years ago by Dan Nixon
comment:12 Changed 6 years ago by Dan Nixon
Updated DensityOfStates doc tests
The addition of CheckSpectraMap should be temporary
Refs #9340
Changeset: c8251108b5681a816fc08ee83f866d8e1e2c2260
comment:14 Changed 6 years ago by Dan Nixon
Fixed doc test, added more unit tests
Fixed fault where eigenvectors were not parsed when they were needed
Refs #9340
Changeset: 68c743ee7a09e013f922b228e94138dba9fd58f0
comment:15 Changed 6 years ago by Dan Nixon
Keep conventional summed WS name
More logical and will fix system tests
Refs #9340
Changeset: e65f6cd442dab285d4c0ef621c5395bbe66ef4a3
comment:17 Changed 6 years ago by Dan Nixon
- Status changed from inprogress to verify
- Resolution set to fixed
Note there are system tests changes with this ticket: https://github.com/mantidproject/systemtests/tree/feature/9340_dos_scattering_cross_sections
To test:
- Run the DOSTest system test
- Open the DensityOfStates algorithm
- Select file AutoTestData/UsageData/squaricn.phonon
- Enter ions H, C, O
- Run, plot the result workspace group
- Select ScaleByCrossSection = Incoherent
- Run, notice the difference in the plots
- Try the other options for ScaleByCrossSections, you should notice a difference in the plots.
(optional) Have a look at the sample material UI for each of the H, C and O workspaces, the scattering cross section explains why the carbon and oxygen contributions are negligible compared to hydrogen.
comment:19 Changed 6 years ago by Dan Nixon
- Status changed from verify to reopened
- Resolution fixed deleted
comment:20 Changed 6 years ago by Dan Nixon
- Status changed from reopened to inprogress
comment:21 Changed 6 years ago by Dan Nixon
- Status changed from inprogress to verify
- Resolution set to fixed
comment:22 Changed 6 years ago by Dan Nixon
- Status changed from verify to reopened
- Resolution fixed deleted
comment:23 Changed 6 years ago by Dan Nixon
- Status changed from reopened to inprogress
Modify system tests for algorithm updates
Refs #9340
Changeset: 1159b44c86e5a94711daef918d338e053dfaab87
comment:24 Changed 6 years ago by Dan Nixon
Allow selection of any scattering cross section
Refs #9340
Changeset: 024e0ed3fed1256fa87e742b87e1fc328397e0d4
comment:25 Changed 6 years ago by Dan Nixon
comment:26 Changed 6 years ago by Dan Nixon
- Status changed from inprogress to verify
- Resolution set to fixed
comment:27 Changed 6 years ago by Harry Jeffery
- Status changed from verify to closed
Merge remote-tracking branch 'origin/feature/9340_dos_scattering_cross_sections'
Full changeset: 3e0c009627638ef072e4a5494357f9794a12ce7f
comment:28 Changed 6 years ago by Harry Jeffery
Merge remote-tracking branch 'origin/feature/9340_dos_scattering_cross_sections'
Full changeset: fbcff021d112754842da760fbcd69a51870e542e
comment:29 Changed 5 years ago by Stuart Campbell
This ticket has been transferred to github issue 10183