Hi AL, thank you for the quick and kind answer.
pddffit asks for two arguments, P(r) and experimental curve?
can I do something if I have only P(r) function, but not any curve. And I want to predict SAXS curve only from P(r).
Search found 5 matches
- 2019.08.19 13:26
- Forum: Primary Data Processing
- Topic: SAXS from P(r)
- Replies: 3
- Views: 6969
- 2019.08.16 13:55
- Forum: Primary Data Processing
- Topic: SAXS from P(r)
- Replies: 3
- Views: 6969
SAXS from P(r)
Hi all,
just a quick question - is there a tool in ATSAS package that allows calculating the SAXS curve from a given P(r) function, opposite direction that gnom does?
Thank you in advance!
just a quick question - is there a tool in ATSAS package that allows calculating the SAXS curve from a given P(r) function, opposite direction that gnom does?
Thank you in advance!
- 2018.12.03 18:51
- Forum: Primary Data Processing
- Topic: Different Rg
- Replies: 1
- Views: 3513
Different Rg
Hi all, Sorry for the stupid question - I am confused by the different Rg in output files, not sure which Rg represents what. Quick reading of the documentation did not help. What I want is: 1) Radius of gyration from the atomic structure WITHOUT hydration water (Rg in vacuum) - is this "Electron Rg...
- 2017.05.31 19:49
- Forum: Primary Data Processing
- Topic: Smoothing experimental SAXS/SANS curves
- Replies: 2
- Views: 20811
- 2017.05.04 10:27
- Forum: Primary Data Processing
- Topic: Smoothing experimental SAXS/SANS curves
- Replies: 2
- Views: 20811
Smoothing experimental SAXS/SANS curves
Dear all,
does ATSAS package provide a tool to smooth the noisy experimental SAXS/SANS curve, (taking into account Shannon theorem and calculating running averages, or so)? Does it also provide calculation of realistic error bars?
Thank you in advance!
does ATSAS package provide a tool to smooth the noisy experimental SAXS/SANS curve, (taking into account Shannon theorem and calculating running averages, or so)? Does it also provide calculation of realistic error bars?
Thank you in advance!