#!/bin/csh -f scalepack << eof-scale resolution 200.0 2.50 [Resolution limits for all data to be scaled] [optional] number of zones 10 [Number of resolution shells ] estimated error 0.02 0.03 0.04 [Estimated error for each resolution shell ] 0.05 0.06 0.08 0.11 0.14 0.17 0.22 error scale factor 1.3 [Multiplicative factor applied to input ] [sigmas ] [scale restrain 0.02] [this command restrains scale factors ] [between consecutive batches by appling ] [expectation that the scale factors deviate ] [by 2% or so between consecutive batches. ] [B restrain 0.5] [this command restrains B factors ] [between consecutive batches by appling ] [expectation that the B factors deviate ] [by 0.5 A**2 (angstrom square) or so between] [consecutive batches. ] space group p4 output file gf5.sca [output file containing h,k,l,I,sigmaI in ] [the case when anomalous flag is absent, or ] [h,k,l,I+,sigmaI+,I-,sigmaI-, with anomalous] [flag on ] [scale anomalous] anomalous [anomalous flag on ] reference batch 1 [reference batch in scaling procedure. In ] [older versions use 'reference film' command] [instead ] add partials 1 to 60 [only partials between 1-60 will be used ] ignore overloads [all reflection with saturated, (overloaded)] [ pixels, will be ignored ] postrefine 10 [Number of cycles for postrefinement, if ] [you set 'postrefine 0', program will skip ] [postrefinement procedure ] fit crystal a* 1 to 60 [cell will be refined on the basis of the ] [data present in the batches 1-60 only. ] [The common value of a* will be fitted for ] [all batches in the range 1-60 ] [fit crystal b* 1 to 60] fit crystal c* 1 to 60 [fit crystal alpha 1 to 60] [fit crystal beta 1 to 60] [fit crystal gamma 1 to 60] fit batch rotx 1 to 60 [crystal orientation of a spindle axis angle] [will be refined for each batch separately. ] [rotz can not be fitted in postrefinement ] [for each batch separately ] fit batch roty 1 to 60 fit crystal mosaicity 1 to 60 [one mosaicity value will be fitted for all ] [batches ] rejection probability 1.e-4 [expected fraction of outliers in the data ] write rejection file [outliers will be written into 'reject' file] @reject format denzo_ip [format of the input intensity data, default] [output format from denzo. In general, you ] [can have many different formats in one ] [scale job, useful when data were collected ] [on different detectors ] sector 1 to 60 FILE 1 './gf5###.x' [batch numbers will start at 1 for file ] [lyso001.x and will increase to 60 for file ] [lyso060.x. All *.x files are in current ] [directory ] eof-scale