InfoGroupC: Difference between revisions
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Long Ye Leading | Long Ye Leading | ||
=== General Discussion === | |||
* There is a need for a 101 level of information on what you can and cannot obtain from SAS measurements. Also a crib sheet of dangers and common pitfalls and does and donts. | |||
* There is also a need for training on experimental planning | |||
* Conversely there is also a need for more in depth information. Most existing materials seem particularly good at getting one into scattering, often simplifying things, but not so good at really helping take a user to the next level. | |||
* BIG QUESTION: How to get the information (new and existing) into the hands of new users? Where do they look? | |||
** Students learn from group and/or papers, but don’t usually have the background to judge if a paper is doing something dubious with the data. | |||
*** education of reviewers might help? perhaps a crib sheet of major pitfalls to watch out for could be useful? | |||
** At the same time there is a large amount of information available., particularly from various scattering schools, facility sites, as well as Brian Pauw’s blog and videos etc. but over half the table didn’t know about it. | |||
** Possible approaches to dissemination: | |||
*** Use Wikipedia | |||
**** Pros: First thing that comes up on search, citable | |||
**** Cons: May run into problem being too in depth, citation may not reflect state of text when it was cited | |||
*** Use Github | |||
**** Pros: Citable at the level of the version tag, can be as in depth as one likes | |||
**** Cons: Not as simple for collaborative document editing as Wikipedia, not as obvious for software searches | |||
*** Provide links in a Wikipedia article to the more in depth material on github or sasportal or wiki | |||
**** See Kevin Yager's effort and his gisaxs.com wiki which users say is very helpful | |||
* Can the limitations on what is acceptable analysis be built into the software itself? Can we put guarde fou | |||
* At a minimum we should provide links to all existing tutorials materials | |||
* A database or list of papers that provide good guidance would be nice | |||
** Brian Pauw has a curation of papers on SAS | |||
*A Note about training materials: Different communities need to come at the information from different directions so that it is hard to have a one size fits all introductory manual. | |||
* Would it be useful/possible to add a section on scattering fundamentals to the safety training required of all users coming to the beamline Alternatively how about a welcome package containing things like a 101 training, does and donts list and poster of resources? | |||
=== Key thoughts going forward === | |||
* Make existing resources, in particular from scattering schools, more visible/accessble | |||
* Poster of resources printed and posted - for example at beamlines | |||
* Checklist for reduction and analysis |
Latest revision as of 03:42, 6 June 2017
NOTES FOR GROUP C
Long Ye Leading
General Discussion
- There is a need for a 101 level of information on what you can and cannot obtain from SAS measurements. Also a crib sheet of dangers and common pitfalls and does and donts.
- There is also a need for training on experimental planning
- Conversely there is also a need for more in depth information. Most existing materials seem particularly good at getting one into scattering, often simplifying things, but not so good at really helping take a user to the next level.
- BIG QUESTION: How to get the information (new and existing) into the hands of new users? Where do they look?
- Students learn from group and/or papers, but don’t usually have the background to judge if a paper is doing something dubious with the data.
- education of reviewers might help? perhaps a crib sheet of major pitfalls to watch out for could be useful?
- At the same time there is a large amount of information available., particularly from various scattering schools, facility sites, as well as Brian Pauw’s blog and videos etc. but over half the table didn’t know about it.
- Possible approaches to dissemination:
- Use Wikipedia
- Pros: First thing that comes up on search, citable
- Cons: May run into problem being too in depth, citation may not reflect state of text when it was cited
- Use Github
- Pros: Citable at the level of the version tag, can be as in depth as one likes
- Cons: Not as simple for collaborative document editing as Wikipedia, not as obvious for software searches
- Provide links in a Wikipedia article to the more in depth material on github or sasportal or wiki
- See Kevin Yager's effort and his gisaxs.com wiki which users say is very helpful
- Use Wikipedia
- Students learn from group and/or papers, but don’t usually have the background to judge if a paper is doing something dubious with the data.
- Can the limitations on what is acceptable analysis be built into the software itself? Can we put guarde fou
- At a minimum we should provide links to all existing tutorials materials
- A database or list of papers that provide good guidance would be nice
- Brian Pauw has a curation of papers on SAS
- A Note about training materials: Different communities need to come at the information from different directions so that it is hard to have a one size fits all introductory manual.
- Would it be useful/possible to add a section on scattering fundamentals to the safety training required of all users coming to the beamline Alternatively how about a welcome package containing things like a 101 training, does and donts list and poster of resources?
Key thoughts going forward
- Make existing resources, in particular from scattering schools, more visible/accessble
- Poster of resources printed and posted - for example at beamlines
- Checklist for reduction and analysis