#!/bin/sh cat > partialator_merge_check_1.stream << EOF CrystFEL stream format 2.1 Command line: indexamajig -i dummy.lst -o dummy.stream --kraken=prawn ----- Begin chunk ----- Image filename: dummy.h5 photon_energy_eV = 6000.0 beam_bandwidth = 0.05 % beam_divergence = 1 mrad --- Begin crystal Cell parameters 27.74398 27.84377 16.90346 nm, 88.53688 91.11774 118.75944 deg astar = -0.0283891 +0.0149254 -0.0257273 nm^-1 bstar = -0.0068281 +0.0403989 -0.0005196 nm^-1 cstar = +0.0406926 +0.0052233 -0.0426520 nm^-1 profile_radius = 0.005 nm^-1 Reflections measured after indexing h k l I phase sigma(I) counts fs/px ss/px 1 0 0 100.00 - 1.00 1 938.0 629.0 End of reflections --- End crystal --- Begin crystal Cell parameters 27.74398 27.84377 16.90346 nm, 88.53688 91.11774 118.75944 deg astar = -0.0283891 +0.0149254 -0.0257273 nm^-1 bstar = -0.0068281 +0.0403989 -0.0005196 nm^-1 cstar = +0.0406926 +0.0052233 -0.0426520 nm^-1 profile_radius = 0.005 nm^-1 Reflections measured after indexing h k l I phase sigma(I) counts fs/px ss/px 1 0 0 200.00 - 1.00 1 938.0 629.0 End of reflections --- End crystal ----- End chunk ----- EOF # We merge two patterns, without scaling or partiality, the result should just # be an average. cat > partialator_merge_check_1_ans.hkl << EOF CrystFEL reflection list version 2.0 Symmetry: 1 h k l I phase sigma(I) nmeas 1 0 0 150.00 - 35.36 2 EOF partialator -i partialator_merge_check_1.stream \ -o partialator_merge_check_1.hkl \ --model=unity --iterations=0 --no-scale --no-polarisation if [ $? -ne 0 ]; then exit 1 fi ex -c '/End of reflections/ .,$d x' partialator_merge_check_1.hkl diff partialator_merge_check_1.hkl partialator_merge_check_1_ans.hkl if [ $? -ne 0 ]; then exit 1 fi rm -f partialator_merge_check_1.stream partialator_merge_check_1.hkl \ partialator_merge_check_1_ans.hkl partialator.params \ partialator_merge_check_1.hkl1 partialator_merge_check_1.hkl2 \ pgraph-iter0.dat pgraph-iter1.dat exit 0