; /home/nureki/nakane/crystfel-0.6.0pre/src/.libs/lt-geoptimiser -i 404369-404427-dirax.stream -g sacla-16mar-505-predrefine-predrefine.geom -o sacla-16mar-505-opt.geom -e -c connected -q independent ; Optimized panel offsets can be found at the end of the file ; CrystFEL geometry file produced by prepare-cheetah-sacla-api2 ; by Takanori Nakane ; for tiled but NOT reassembled images (512x8192 pixels) ; NOTE: ; This file is for multi-event HDF5 files. To use in single-event ; files, you have to edit 'data' record and prepare .beam file clen = 0.0495; You SHOULD optimize this! res = 20000 ; 50 micron 1m /50 micron ;badrow_direction = x ;adu_per_eV = /LCLS/adu_per_eV ;max_adu = 250000 ; should NOT be used. see best practice on Web data = /%/data ; change this to /LCLS/data for single-event files photon_energy = /%/photon_energy_ev ; roughly 7056.856078. change this to /LCLS/photon_energy_eV for single-event files rigid_group_q1 = q1 rigid_group_q2 = q2 rigid_group_q3 = q3 rigid_group_q4 = q4 rigid_group_q5 = q5 rigid_group_q6 = q6 rigid_group_q7 = q7 rigid_group_q8 = q8 rigid_group_collection_connected = q1,q2,q3,q4,q5,q6,q7,q8 rigid_group_collection_independent = q1,q2,q3,q4,q5,q6,q7,q8 q1/adu_per_eV = 0.001417 q1/min_fs = 0 q1/min_ss = 0 q1/max_fs = 511 q1/max_ss = 1023 q1/fs = -0.004149x -0.999992y q1/ss = +0.999992x -0.004149y q1/corner_x = 37.3809 q1/corner_y = 1035.76 q2/adu_per_eV = 0.001417 q2/min_fs = 0 q2/min_ss = 1024 q2/max_fs = 511 q2/max_ss = 2047 q2/fs = -0.000895x -1.000000y q2/ss = +1.000000x -0.000895y q2/corner_x = 36.1316 q2/corner_y = 500.663 q3/adu_per_eV = 0.001417 q3/min_fs = 0 q3/min_ss = 2048 q3/max_fs = 511 q3/max_ss = 3071 q3/fs = -0.000665x -1.000000y q3/ss = +1.000000x -0.000665y q3/corner_x = -14.4682 q3/corner_y = -35.3683 q4/adu_per_eV = 0.001417 q4/min_fs = 0 q4/min_ss = 3072 q4/max_fs = 511 q4/max_ss = 4095 q4/fs = -0.000477x -1.000000y q4/ss = +1.000000x -0.000477y q4/corner_x = -14.9786 q4/corner_y = -567.417 q5/adu_per_eV = 0.001417 q5/min_fs = 0 q5/min_ss = 4096 q5/max_fs = 511 q5/max_ss = 5119 q5/fs = +0.000921x +1.000000y q5/ss = -1.000000x +0.000921y q5/corner_x = 20.0208 q5/corner_y = 571.022 q6/adu_per_eV = 0.001417 q6/min_fs = 0 q6/min_ss = 5120 q6/max_fs = 511 q6/max_ss = 6143 q6/fs = +0.000678x +1.000000y q6/ss = -1.000000x +0.000678y q6/corner_x = 17.7506 q6/corner_y = 37.2666 q7/adu_per_eV = 0.001417 q7/min_fs = 0 q7/min_ss = 6144 q7/max_fs = 511 q7/max_ss = 7167 q7/fs = +0.003425x +0.999994y q7/ss = -0.999994x +0.003425y q7/corner_x = -32.4638 q7/corner_y = -498.227 q8/adu_per_eV = 0.001417 q8/min_fs = 0 q8/min_ss = 7168 q8/max_fs = 511 q8/max_ss = 8191 q8/fs = -0.001902x +0.999998y q8/ss = -0.999998x -0.001902y q8/corner_x = -30.3721 q8/corner_y = -1031.65 q1/coffset = -0.000037 q2/coffset = -0.000037 q3/coffset = -0.000037 q4/coffset = -0.000037 q5/coffset = -0.000037 q6/coffset = -0.000037 q7/coffset = -0.000037 q8/coffset = -0.000037