Scaling with SCALA (or better: aimless): Difference between revisions

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  MINIMUM_I/SIGMA=50  
  MINIMUM_I/SIGMA=50  
  CORRECTIONS=
  CORRECTIONS=
in [[XDS.INP]]. MINIMUM_I/SIGMA=50 prevents the sigmas from being adjusted. This also prevents outlier rejection and geometry refinement. Since the latter may be desired it would be most appropriate to use MINIMUM_I/SIGMA=50 only after [[Optimization]] (re-cycling of GXPARM.XDS to XPARM.XDS). Prevention of outlier rejection would be also obtained by using (e.g.) WFAC1=2.
NBATCH=1
in [[XDS.INP]]. MINIMUM_I/SIGMA=50 prevents the sigmas from being adjusted. This also prevents outlier rejection and geometry refinement. Since the latter may be desired it would be most appropriate to use MINIMUM_I/SIGMA=50 only after [[Optimization]] (re-cycling of GXPARM.XDS to XPARM.XDS). Prevention of outlier rejection would be also obtained by using (e.g.) WFAC1=2. NBATCH=1 removes any basic scaling done by CORRECT (as referred to by [http://journals.iucr.org/d/issues/2012/05/00/tz5002/index.html Krojer and van Delft]).


A good option might be to make CORRECT only do MODULATION correction since this is not easily available in SCALA:
A good option might be to make CORRECT only do MODULATION correction since this is not easily available in SCALA:
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