SPEC scans from: /share1/USAXS_data/2023-03/03_18_HuAB/03_18_HuAB.dat

spec file: /share1/USAXS_data/2023-03/03_18_HuAB/03_18_HuAB.dat
#2: tune_mr(detectors=('I0_USAXS',), num=31, args='['m_stage_r', 8.841383513077707, 8.846383513077706]', per_step='None') #3: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843223596566762, 8.845023596566762]', per_step='None') #4: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.364592162386515, 53.364592162386515]', per_step='None') #5: tune_mr(detectors=('I0_USAXS',), num=31, args='['m_stage_r', 8.841358513077706, 8.846358513077705]', per_step='None') #6: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843115266242604, 8.844915266242603]', per_step='None') #7: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.466292162386516, 53.466292162386516]', per_step='None') #8: documentation_run() #9: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.466092162386516, 53.466092162386516]', per_step='None') #10: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843115266242604, 8.844915266242603]', per_step='None') #11: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.367392162386516, 53.367392162386516]', per_step='None') #12: uascan(start=8.845112586944671, reference=8.844035821227187, finish=7.228833761532047, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #13: uascan(start=8.845112586944671, reference=8.844035821227187, finish=7.228833761532047, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #14: uascan(start=8.845112586944671, reference=8.844035821227187, finish=7.228833761532047, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #15: uascan(start=8.845112586944671, reference=8.844035821227187, finish=7.228833761532047, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #16: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.377192162386514, 53.377192162386514]', per_step='None') #17: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843136932307436, 8.844936932307435]', per_step='None') #18: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.33109216238651, 53.33109216238651]', per_step='None') #19: uascan(start=8.845128419838202, reference=8.844051654120719, finish=7.228849594425578, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #20: uascan(start=8.845128419838202, reference=8.844051654120719, finish=7.228849594425578, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #21: uascan(start=8.845128419838202, reference=8.844051654120719, finish=7.228849594425578, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #22: uascan(start=8.845128419838202, reference=8.844051654120719, finish=7.228849594425578, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #23: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.328592162386514, 53.328592162386514]', per_step='None') #24: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84315165412072, 8.844951654120718]', per_step='None') #25: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.60889216238652, 53.60889216238652]', per_step='None') #26: uascan(start=8.84512536436752, reference=8.844048598650037, finish=7.228846538954897, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #27: uascan(start=8.84512536436752, reference=8.844048598650037, finish=7.228846538954897, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #28: uascan(start=8.84512536436752, reference=8.844048598650037, finish=7.228846538954897, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #29: uascan(start=8.84512536436752, reference=8.844048598650037, finish=7.228846538954897, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #30: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.62649216238651, 53.62649216238651]', per_step='None') #31: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843151376350658, 8.844951376350657]', per_step='None') #32: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.31419216238651, 53.31419216238651]', per_step='None') #33: uascan(start=8.84513647517, reference=8.844059709452516, finish=7.2288576497573755, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #34: uascan(start=8.84513647517, reference=8.844059709452516, finish=7.2288576497573755, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #35: uascan(start=8.84513647517, reference=8.844059709452516, finish=7.2288576497573755, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #36: uascan(start=8.84513647517, reference=8.844059709452516, finish=7.2288576497573755, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #37: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.29659216238652, 53.29659216238652]', per_step='None') #38: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843156931751896, 8.844956931751895]', per_step='None') #39: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.47189216238652, 53.47189216238652]', per_step='None') #40: uascan(start=8.845127308757954, reference=8.84405054304047, finish=7.22884848334533, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #41: uascan(start=8.845127308757954, reference=8.84405054304047, finish=7.22884848334533, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #42: uascan(start=8.845127308757954, reference=8.84405054304047, finish=7.22884848334533, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #43: uascan(start=8.845127308757954, reference=8.84405054304047, finish=7.22884848334533, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #44: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.558492162386514, 53.558492162386514]', per_step='None') #45: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843148320879976, 8.844948320879976]', per_step='None') #46: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.309392162386516, 53.309392162386516]', per_step='None') #47: uascan(start=8.845126197677708, reference=8.844049431960224, finish=7.228847372265084, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #48: uascan(start=8.845126197677708, reference=8.844049431960224, finish=7.228847372265084, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #49: uascan(start=8.845126197677708, reference=8.844049431960224, finish=7.228847372265084, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #50: uascan(start=8.845126197677708, reference=8.844049431960224, finish=7.228847372265084, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #51: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.31269216238651, 53.31269216238651]', per_step='None') #52: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843149154190161, 8.84494915419016]', per_step='None') #53: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.63099216238651, 53.63099216238651]', per_step='None') #54: uascan(start=8.845121753356716, reference=8.844044987639233, finish=7.2288429279440924, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #55: uascan(start=8.845121753356716, reference=8.844044987639233, finish=7.2288429279440924, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #56: uascan(start=8.845121753356716, reference=8.844044987639233, finish=7.2288429279440924, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #57: uascan(start=8.845121753356716, reference=8.844044987639233, finish=7.2288429279440924, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #58: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.556992162386514, 53.556992162386514]', per_step='None') #59: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843145265409294, 8.844945265409294]', per_step='None') #60: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.304192162386514, 53.304192162386514]', per_step='None') #61: uascan(start=8.845124531057335, reference=8.844047765339852, finish=7.228845705644711, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #62: uascan(start=8.845124531057335, reference=8.844047765339852, finish=7.228845705644711, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #63: uascan(start=8.845124531057335, reference=8.844047765339852, finish=7.228845705644711, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #64: uascan(start=8.845124531057335, reference=8.844047765339852, finish=7.228845705644711, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #65: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.273392162386514, 53.273392162386514]', per_step='None') #66: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843146376489543, 8.844946376489542]', per_step='None') #67: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.66779216238651, 53.66779216238651]', per_step='None') #68: uascan(start=8.845109809244052, reference=8.844033043526569, finish=7.228830983831428, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #69: uascan(start=8.845109809244052, reference=8.844033043526569, finish=7.228830983831428, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #70: uascan(start=8.845109809244052, reference=8.844033043526569, finish=7.228830983831428, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #71: uascan(start=8.845109809244052, reference=8.844033043526569, finish=7.228830983831428, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #72: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.66929216238651, 53.66929216238651]', per_step='None') #73: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843133876836754, 8.844933876836754]', per_step='None') #74: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.391792162386515, 53.391792162386515]', per_step='None') #75: uascan(start=8.845111753634486, reference=8.844034987917002, finish=7.228832928221862, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #76: uascan(start=8.845111753634486, reference=8.844034987917002, finish=7.228832928221862, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #77: uascan(start=8.845111753634486, reference=8.844034987917002, finish=7.228832928221862, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #78: uascan(start=8.845111753634486, reference=8.844034987917002, finish=7.228832928221862, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #79: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.361592162386515, 53.361592162386515]', per_step='None') #80: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843134432376878, 8.844934432376878]', per_step='None') #81: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.67629216238652, 53.67629216238652]', per_step='None') #82: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #83: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #84: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #85: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #86: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.63029216238652, 53.63029216238652]', per_step='None') #87: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843129432515765, 8.844929432515764]', per_step='None') #88: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.35379216238651, 53.35379216238651]', per_step='None') #89: uascan(start=8.84511230917461, reference=8.844035543457126, finish=7.228833483761986, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #90: uascan(start=8.84511230917461, reference=8.844035543457126, finish=7.228833483761986, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #91: uascan(start=8.84511230917461, reference=8.844035543457126, finish=7.228833483761986, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #92: uascan(start=8.84511230917461, reference=8.844035543457126, finish=7.228833483761986, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #93: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.37689216238651, 53.37689216238651]', per_step='None') #94: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84313609899725, 8.84493609899725]', per_step='None') #95: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.54789216238652, 53.54789216238652]', per_step='None') #96: uascan(start=8.845112864714734, reference=8.84403609899725, finish=7.22883403930211, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #97: uascan(start=8.845112864714734, reference=8.84403609899725, finish=7.22883403930211, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #98: uascan(start=8.845112864714734, reference=8.84403609899725, finish=7.22883403930211, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #99: uascan(start=8.845112864714734, reference=8.84403609899725, finish=7.22883403930211, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #100: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.535592162386514, 53.535592162386514]', per_step='None') #101: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843135265687065, 8.844935265687065]', per_step='None') #102: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.267392162386514, 53.267392162386514]', per_step='None') #103: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #104: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #105: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #106: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #107: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.420692162386516, 53.420692162386516]', per_step='None') #108: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843129710285826, 8.844929710285825]', per_step='None') #109: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.47639216238652, 53.47639216238652]', per_step='None') #110: uascan(start=8.84510675377337, reference=8.844029988055887, finish=7.228827928360746, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #111: uascan(start=8.84510675377337, reference=8.844029988055887, finish=7.228827928360746, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #112: uascan(start=8.84510675377337, reference=8.844029988055887, finish=7.228827928360746, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #113: uascan(start=8.84510675377337, reference=8.844029988055887, finish=7.228827928360746, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #114: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.47209216238652, 53.47209216238652]', per_step='None') #115: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843128321435517, 8.844928321435516]', per_step='None') #116: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.629992162386515, 53.629992162386515]', per_step='None') #117: uascan(start=8.845116197955477, reference=8.844039432237993, finish=7.228837372542853, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #118: uascan(start=8.845116197955477, reference=8.844039432237993, finish=7.228837372542853, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #119: uascan(start=8.845116197955477, reference=8.844039432237993, finish=7.228837372542853, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #120: uascan(start=8.845116197955477, reference=8.844039432237993, finish=7.228837372542853, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #121: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.45649216238652, 53.45649216238652]', per_step='None') #122: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843137210077499, 8.844937210077498]', per_step='None') #123: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.80329216238651, 53.80329216238651]', per_step='None') #124: uascan(start=8.845098420671512, reference=8.844021654954028, finish=7.228819595258888, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #125: uascan(start=8.845098420671512, reference=8.844021654954028, finish=7.228819595258888, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #126: uascan(start=8.845098420671512, reference=8.844021654954028, finish=7.228819595258888, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #127: uascan(start=8.845098420671512, reference=8.844021654954028, finish=7.228819595258888, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #128: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.84859216238652, 53.84859216238652]', per_step='None') #129: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843121099413906, 8.844921099413906]', per_step='None') #130: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.67889216238652, 53.67889216238652]', per_step='None') #131: uascan(start=8.845102587222442, reference=8.844025821504959, finish=7.228823761809818, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #132: uascan(start=8.845102587222442, reference=8.844025821504959, finish=7.228823761809818, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #133: uascan(start=8.845102587222442, reference=8.844025821504959, finish=7.228823761809818, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #134: uascan(start=8.845102587222442, reference=8.844025821504959, finish=7.228823761809818, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #135: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.58219216238651, 53.58219216238651]', per_step='None') #136: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843123877114525, 8.844923877114525]', per_step='None') #137: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.58539216238651, 53.58539216238651]', per_step='None') #138: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #139: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #140: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #141: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #142: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.56659216238651, 53.56659216238651]', per_step='None') #143: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843128321435517, 8.844928321435516]', per_step='None') #144: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.685892162386516, 53.685892162386516]', per_step='None') #145: uascan(start=8.845101753912257, reference=8.844024988194773, finish=7.228822928499633, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #146: uascan(start=8.845101753912257, reference=8.844024988194773, finish=7.228822928499633, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #147: uascan(start=8.845101753912257, reference=8.844024988194773, finish=7.228822928499633, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #148: uascan(start=8.845101753912257, reference=8.844024988194773, finish=7.228822928499633, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #149: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.682892162386516, 53.682892162386516]', per_step='None') #150: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843124154884586, 8.844924154884586]', per_step='None') #151: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.977792162386514, 53.977792162386514]', per_step='None') #152: uascan(start=8.845097587361327, reference=8.844020821643843, finish=7.228818761948703, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #153: uascan(start=8.845097587361327, reference=8.844020821643843, finish=7.228818761948703, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #154: uascan(start=8.845097587361327, reference=8.844020821643843, finish=7.228818761948703, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #155: uascan(start=8.845097587361327, reference=8.844020821643843, finish=7.228818761948703, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #156: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.973992162386516, 53.973992162386516]', per_step='None') #157: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843121099413906, 8.844921099413906]', per_step='None') #158: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.01349216238651, 54.01349216238651]', per_step='None') #159: uascan(start=8.845094809660708, reference=8.844018043943224, finish=7.228815984248084, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #160: uascan(start=8.845094809660708, reference=8.844018043943224, finish=7.228815984248084, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #161: uascan(start=8.845094809660708, reference=8.844018043943224, finish=7.228815984248084, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #162: uascan(start=8.845094809660708, reference=8.844018043943224, finish=7.228815984248084, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #163: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.02309216238651, 54.02309216238651]', per_step='None') #164: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843116655092915, 8.844916655092915]', per_step='None') #165: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.045492162386516, 54.045492162386516]', per_step='None') #166: uascan(start=8.845094531890645, reference=8.844017766173161, finish=7.228815706478021, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #167: uascan(start=8.845094531890645, reference=8.844017766173161, finish=7.228815706478021, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #168: uascan(start=8.845094531890645, reference=8.844017766173161, finish=7.228815706478021, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #169: SAXS(detectors=['saxs_det'], num=1) #170: SAXS(detectors=['saxs_det'], num=1) #171: SAXS(detectors=['saxs_det'], num=1) #172: SAXS(detectors=['saxs_det'], num=1) #173: SAXS(detectors=['saxs_det'], num=1) #174: SAXS(detectors=['saxs_det'], num=1) #175: SAXS(detectors=['saxs_det'], num=1) #176: SAXS(detectors=['saxs_det'], num=1) #177: SAXS(detectors=['saxs_det'], num=1) #178: SAXS(detectors=['saxs_det'], num=1) #179: SAXS(detectors=['saxs_det'], num=1) #180: SAXS(detectors=['saxs_det'], num=1) #181: SAXS(detectors=['saxs_det'], num=1) #182: SAXS(detectors=['saxs_det'], num=1) #183: SAXS(detectors=['saxs_det'], num=1) #184: SAXS(detectors=['saxs_det'], num=1) #185: SAXS(detectors=['saxs_det'], num=1) #186: SAXS(detectors=['saxs_det'], num=1) #187: SAXS(detectors=['saxs_det'], num=1) #188: SAXS(detectors=['saxs_det'], num=1) #189: SAXS(detectors=['saxs_det'], num=1) #190: SAXS(detectors=['saxs_det'], num=1) #191: SAXS(detectors=['saxs_det'], num=1) #192: SAXS(detectors=['saxs_det'], num=1) #193: SAXS(detectors=['saxs_det'], num=1) #194: SAXS(detectors=['saxs_det'], num=1) #195: SAXS(detectors=['saxs_det'], num=1) #196: SAXS(detectors=['saxs_det'], num=1) #197: SAXS(detectors=['saxs_det'], num=1) #198: SAXS(detectors=['saxs_det'], num=1) #199: SAXS(detectors=['saxs_det'], num=1) #200: SAXS(detectors=['saxs_det'], num=1) #201: SAXS(detectors=['saxs_det'], num=1) #202: SAXS(detectors=['saxs_det'], num=1) #203: SAXS(detectors=['saxs_det'], num=1) #204: SAXS(detectors=['saxs_det'], num=1) #205: SAXS(detectors=['saxs_det'], num=1) #206: SAXS(detectors=['saxs_det'], num=1) #207: SAXS(detectors=['saxs_det'], num=1) #208: SAXS(detectors=['saxs_det'], 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num=1) #256: SAXS(detectors=['saxs_det'], num=1) #257: SAXS(detectors=['saxs_det'], num=1) #258: SAXS(detectors=['saxs_det'], num=1) #259: SAXS(detectors=['saxs_det'], num=1) #260: WAXS(detectors=['waxs_det'], num=1) #261: WAXS(detectors=['waxs_det'], num=1) #262: WAXS(detectors=['waxs_det'], num=1) #263: WAXS(detectors=['waxs_det'], num=1) #264: WAXS(detectors=['waxs_det'], num=1) #265: WAXS(detectors=['waxs_det'], num=1) #266: WAXS(detectors=['waxs_det'], num=1) #267: WAXS(detectors=['waxs_det'], num=1) #268: WAXS(detectors=['waxs_det'], num=1) #269: WAXS(detectors=['waxs_det'], num=1) #270: WAXS(detectors=['waxs_det'], num=1) #271: WAXS(detectors=['waxs_det'], num=1) no plot: #272 WAXS(detectors=['waxs_det'], num=1) #273: WAXS(detectors=['waxs_det'], num=1) #274: WAXS(detectors=['waxs_det'], num=1) #275: WAXS(detectors=['waxs_det'], num=1) #276: WAXS(detectors=['waxs_det'], num=1) #277: WAXS(detectors=['waxs_det'], num=1) #278: WAXS(detectors=['waxs_det'], num=1) #279: 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num=1) #303: WAXS(detectors=['waxs_det'], num=1) #304: WAXS(detectors=['waxs_det'], num=1) #305: WAXS(detectors=['waxs_det'], num=1) #306: WAXS(detectors=['waxs_det'], num=1) #307: WAXS(detectors=['waxs_det'], num=1) #308: WAXS(detectors=['waxs_det'], num=1) #309: WAXS(detectors=['waxs_det'], num=1) #310: WAXS(detectors=['waxs_det'], num=1) #311: WAXS(detectors=['waxs_det'], num=1) #312: WAXS(detectors=['waxs_det'], num=1) #313: WAXS(detectors=['waxs_det'], num=1) #314: WAXS(detectors=['waxs_det'], num=1) #315: WAXS(detectors=['waxs_det'], num=1) #316: WAXS(detectors=['waxs_det'], num=1) #317: WAXS(detectors=['waxs_det'], num=1) #318: WAXS(detectors=['waxs_det'], num=1) #319: WAXS(detectors=['waxs_det'], num=1) #320: WAXS(detectors=['waxs_det'], num=1) #321: WAXS(detectors=['waxs_det'], num=1) #322: WAXS(detectors=['waxs_det'], num=1) #323: WAXS(detectors=['waxs_det'], num=1) #324: WAXS(detectors=['waxs_det'], num=1) #325: WAXS(detectors=['waxs_det'], num=1) #326: WAXS(detectors=['waxs_det'], num=1) #327: WAXS(detectors=['waxs_det'], num=1) #328: WAXS(detectors=['waxs_det'], num=1) #329: WAXS(detectors=['waxs_det'], num=1) #330: WAXS(detectors=['waxs_det'], num=1) #331: WAXS(detectors=['waxs_det'], num=1) #332: WAXS(detectors=['waxs_det'], num=1) #333: WAXS(detectors=['waxs_det'], num=1) #334: WAXS(detectors=['waxs_det'], num=1) #335: WAXS(detectors=['waxs_det'], num=1) #336: WAXS(detectors=['waxs_det'], num=1) #337: WAXS(detectors=['waxs_det'], num=1) #338: WAXS(detectors=['waxs_det'], num=1) #339: WAXS(detectors=['waxs_det'], num=1) #340: WAXS(detectors=['waxs_det'], num=1) #341: WAXS(detectors=['waxs_det'], num=1) #342: WAXS(detectors=['waxs_det'], num=1) #343: WAXS(detectors=['waxs_det'], num=1) #344: WAXS(detectors=['waxs_det'], num=1) #345: WAXS(detectors=['waxs_det'], num=1) #346: WAXS(detectors=['waxs_det'], num=1) #347: WAXS(detectors=['waxs_det'], num=1) #348: WAXS(detectors=['waxs_det'], num=1) #349: WAXS(detectors=['waxs_det'], num=1) #350: WAXS(detectors=['waxs_det'], num=1) #351: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.95909216238651, 53.95909216238651]', per_step='None') #352: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843117210633038, 8.844917210633037]', per_step='None') #353: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.03019216238651, 54.03019216238651]', per_step='None') #354: uascan(start=8.845093420810398, reference=8.844016655092915, finish=7.2288145953977745, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #355: uascan(start=8.845093420810398, reference=8.844016655092915, finish=7.2288145953977745, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #356: uascan(start=8.845093420810398, reference=8.844016655092915, finish=7.2288145953977745, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #357: uascan(start=8.845093420810398, reference=8.844016655092915, finish=7.2288145953977745, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #358: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.94429216238652, 53.94429216238652]', per_step='None') #359: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843115821782728, 8.844915821782728]', per_step='None') #360: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.324792162386515, 53.324792162386515]', per_step='None') #361: uascan(start=8.845108142623682, reference=8.844031376906198, finish=7.228829317211058, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #362: uascan(start=8.845108142623682, reference=8.844031376906198, finish=7.228829317211058, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #363: uascan(start=8.845108142623682, reference=8.844031376906198, finish=7.228829317211058, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #364: uascan(start=8.845108142623682, reference=8.844031376906198, finish=7.228829317211058, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #365: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.348992162386516, 53.348992162386516]', per_step='None') #366: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843129988055887, 8.844929988055886]', per_step='None') #367: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.400592162386516, 53.400592162386516]', per_step='None') #368: uascan(start=8.845114809105167, reference=8.844038043387684, finish=7.2288359836925435, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #369: uascan(start=8.845114809105167, reference=8.844038043387684, finish=7.2288359836925435, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #370: uascan(start=8.845114809105167, reference=8.844038043387684, finish=7.2288359836925435, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #371: uascan(start=8.845114809105167, reference=8.844038043387684, finish=7.2288359836925435, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #372: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.41389216238652, 53.41389216238652]', per_step='None') #373: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843136376767312, 8.844936376767311]', per_step='None') #374: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.48869216238651, 53.48869216238651]', per_step='None') #375: uascan(start=8.845119808966283, reference=8.8440430432488, finish=7.228840983553659, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #376: uascan(start=8.845119808966283, reference=8.8440430432488, finish=7.228840983553659, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #377: uascan(start=8.845119808966283, reference=8.8440430432488, finish=7.228840983553659, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #378: uascan(start=8.845119808966283, reference=8.8440430432488, finish=7.228840983553659, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #379: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.47509216238652, 53.47509216238652]', per_step='None') #380: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84314165439849, 8.84494165439849]', per_step='None') #381: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.56929216238652, 53.56929216238652]', per_step='None') #382: uascan(start=8.845112031404549, reference=8.844035265687065, finish=7.228833205991925, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #383: uascan(start=8.845112031404549, reference=8.844035265687065, finish=7.228833205991925, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #384: uascan(start=8.845112031404549, reference=8.844035265687065, finish=7.228833205991925, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #385: uascan(start=8.845112031404549, reference=8.844035265687065, finish=7.228833205991925, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #386: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.57209216238651, 53.57209216238651]', per_step='None') #387: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843134710146941, 8.84493471014694]', per_step='None') #388: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.61689216238651, 53.61689216238651]', per_step='None') #389: uascan(start=8.845109809244052, reference=8.844033043526569, finish=7.228830983831428, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #390: uascan(start=8.845109809244052, reference=8.844033043526569, finish=7.228830983831428, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #391: uascan(start=8.845109809244052, reference=8.844033043526569, finish=7.228830983831428, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #392: uascan(start=8.845109809244052, reference=8.844033043526569, finish=7.228830983831428, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #393: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.59069216238652, 53.59069216238652]', per_step='None') #394: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843131376906198, 8.844931376906198]', per_step='None') #395: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.629792162386515, 53.629792162386515]', per_step='None') #396: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #397: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #398: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #399: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #400: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.687192162386516, 53.687192162386516]', per_step='None') #401: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843128599205578, 8.844928599205577]', per_step='None') #402: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.67679216238651, 53.67679216238651]', per_step='None') #403: uascan(start=8.845109531473991, reference=8.844032765756507, finish=7.228830706061367, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #404: uascan(start=8.845109531473991, reference=8.844032765756507, finish=7.228830706061367, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #405: uascan(start=8.845109531473991, reference=8.844032765756507, finish=7.228830706061367, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #406: uascan(start=8.845109531473991, reference=8.844032765756507, finish=7.228830706061367, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #407: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.656992162386516, 53.656992162386516]', per_step='None') #408: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843134432376878, 8.844934432376878]', per_step='None') #409: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.73649216238651, 53.73649216238651]', per_step='None') #410: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #411: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #412: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #413: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #414: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.722892162386515, 53.722892162386515]', per_step='None') #415: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843127765895392, 8.844927765895392]', per_step='None') #416: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.733992162386514, 53.733992162386514]', per_step='None') #417: uascan(start=8.845105087153, reference=8.844028321435516, finish=7.228826261740376, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #418: uascan(start=8.845105087153, reference=8.844028321435516, finish=7.228826261740376, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #419: uascan(start=8.845105087153, reference=8.844028321435516, finish=7.228826261740376, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #420: uascan(start=8.845105087153, reference=8.844028321435516, finish=7.228826261740376, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #421: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.709592162386514, 53.709592162386514]', per_step='None') #422: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843128599205578, 8.844928599205577]', per_step='None') #423: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.843792162386514, 53.843792162386514]', per_step='None') #424: uascan(start=8.84510675377337, reference=8.844029988055887, finish=7.228827928360746, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #425: uascan(start=8.84510675377337, reference=8.844029988055887, finish=7.228827928360746, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #426: uascan(start=8.84510675377337, reference=8.844029988055887, finish=7.228827928360746, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #427: uascan(start=8.84510675377337, reference=8.844029988055887, finish=7.228827928360746, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #428: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.809592162386515, 53.809592162386515]', per_step='None') #429: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84313165467626, 8.844931654676259]', per_step='None') #430: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.896892162386514, 53.896892162386514]', per_step='None') #431: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #432: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #433: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #434: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #435: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.87129216238652, 53.87129216238652]', per_step='None') #436: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843129988055887, 8.844929988055886]', per_step='None') #437: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.93619216238651, 53.93619216238651]', per_step='None') #438: uascan(start=8.845103976072751, reference=8.844027210355268, finish=7.2288251506601275, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #439: uascan(start=8.845103976072751, reference=8.844027210355268, finish=7.2288251506601275, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #440: uascan(start=8.845103976072751, reference=8.844027210355268, finish=7.2288251506601275, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #441: uascan(start=8.845103976072751, reference=8.844027210355268, finish=7.2288251506601275, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #442: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.90729216238651, 53.90729216238651]', per_step='None') #443: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843126377045083, 8.844926377045082]', per_step='None') #444: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.942292162386515, 53.942292162386515]', per_step='None') #445: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #446: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #447: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #448: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #449: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.881092162386516, 53.881092162386516]', per_step='None') #450: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843132210216384, 8.844932210216383]', per_step='None') #451: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.997692162386514, 53.997692162386514]', per_step='None') #452: uascan(start=8.845103142762566, reference=8.844026377045083, finish=7.228824317349942, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #453: uascan(start=8.845103142762566, reference=8.844026377045083, finish=7.228824317349942, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #454: uascan(start=8.845103142762566, reference=8.844026377045083, finish=7.228824317349942, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #455: uascan(start=8.845103142762566, reference=8.844026377045083, finish=7.228824317349942, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #456: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.978292162386516, 53.978292162386516]', per_step='None') #457: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843125543734896, 8.844925543734895]', per_step='None') #458: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.05739216238651, 54.05739216238651]', per_step='None') #459: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #460: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #461: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #462: uascan(start=8.84510369830269, reference=8.844026932585207, finish=7.228824872890066, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #463: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.979492162386514, 53.979492162386514]', per_step='None') #464: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843127210355268, 8.844927210355268]', per_step='None') #465: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.93189216238651, 53.93189216238651]', per_step='None') #466: uascan(start=8.845101476142194, reference=8.84402471042471, finish=7.22882265072957, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #467: uascan(start=8.845101476142194, reference=8.84402471042471, finish=7.22882265072957, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #468: uascan(start=8.845101476142194, reference=8.84402471042471, finish=7.22882265072957, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #469: uascan(start=8.845101476142194, reference=8.84402471042471, finish=7.22882265072957, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #470: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.91099216238651, 53.91099216238651]', per_step='None') #471: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843124154884586, 8.844924154884586]', per_step='None') #472: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.97749216238651, 53.97749216238651]', per_step='None') #473: uascan(start=8.845111198094362, reference=8.844034432376878, finish=7.228832372681738, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #474: uascan(start=8.845111198094362, reference=8.844034432376878, finish=7.228832372681738, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #475: uascan(start=8.845111198094362, reference=8.844034432376878, finish=7.228832372681738, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #476: uascan(start=8.845111198094362, reference=8.844034432376878, finish=7.228832372681738, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #477: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.97499216238651, 53.97499216238651]', per_step='None') #478: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843132765756508, 8.844932765756507]', per_step='None') #479: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.036692162386515, 54.036692162386515]', per_step='None') #480: uascan(start=8.845102864992503, reference=8.84402609927502, finish=7.228824039579879, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #481: uascan(start=8.845102864992503, reference=8.84402609927502, finish=7.228824039579879, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #482: uascan(start=8.845102864992503, reference=8.84402609927502, finish=7.228824039579879, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #483: uascan(start=8.845102864992503, reference=8.84402609927502, finish=7.228824039579879, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #484: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.03469216238651, 54.03469216238651]', per_step='None') #485: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84312609927502, 8.84492609927502]', per_step='None') #486: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.97349216238651, 53.97349216238651]', per_step='None') #487: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #488: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #489: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #490: uascan(start=8.845107031543433, reference=8.84403026582595, finish=7.228828206130809, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #491: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.92139216238652, 53.92139216238652]', per_step='None') #492: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843128321435517, 8.844928321435516]', per_step='None') #493: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.939492162386514, 53.939492162386514]', per_step='None') #494: uascan(start=8.845108975933867, reference=8.844032210216383, finish=7.228830150521243, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #495: uascan(start=8.845108975933867, reference=8.844032210216383, finish=7.228830150521243, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #496: uascan(start=8.845108975933867, reference=8.844032210216383, finish=7.228830150521243, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #497: uascan(start=8.845108975933867, reference=8.844032210216383, finish=7.228830150521243, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #498: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.932192162386514, 53.932192162386514]', per_step='None') #499: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843131376906198, 8.844931376906198]', per_step='None') #500: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.93769216238651, 53.93769216238651]', per_step='None') #501: uascan(start=8.845108420393743, reference=8.84403165467626, finish=7.228829594981119, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #502: uascan(start=8.845108420393743, reference=8.84403165467626, finish=7.228829594981119, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #503: uascan(start=8.845108420393743, reference=8.84403165467626, finish=7.228829594981119, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #504: uascan(start=8.845108420393743, reference=8.84403165467626, finish=7.228829594981119, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #505: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.96419216238652, 53.96419216238652]', per_step='None') #506: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84313165467626, 8.844931654676259]', per_step='None') #507: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.966892162386515, 53.966892162386515]', per_step='None') #508: uascan(start=8.845108420393743, reference=8.84403165467626, finish=7.228829594981119, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #509: uascan(start=8.845108420393743, reference=8.84403165467626, finish=7.228829594981119, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #510: uascan(start=8.845108420393743, reference=8.84403165467626, finish=7.228829594981119, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #511: uascan(start=8.845108420393743, reference=8.84403165467626, finish=7.228829594981119, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #512: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.972692162386515, 53.972692162386515]', per_step='None') #513: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84313165467626, 8.844931654676259]', per_step='None') #514: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.05179216238651, 54.05179216238651]', per_step='None') #515: uascan(start=8.845100365061946, reference=8.844023599344462, finish=7.228821539649322, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #516: uascan(start=8.845100365061946, reference=8.844023599344462, finish=7.228821539649322, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #517: uascan(start=8.845100365061946, reference=8.844023599344462, finish=7.228821539649322, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #518: uascan(start=8.845100365061946, reference=8.844023599344462, finish=7.228821539649322, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #519: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.06189216238651, 54.06189216238651]', per_step='None') #520: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843121377183968, 8.844921377183967]', per_step='None') #521: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.99059216238651, 53.99059216238651]', per_step='None') #522: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #523: uascan(start=8.845105920463185, reference=8.844029154745702, finish=7.228827095050561, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #524: SAXS(detectors=['saxs_det'], num=1) #525: SAXS(detectors=['saxs_det'], num=1) #526: SAXS(detectors=['saxs_det'], num=1) #527: SAXS(detectors=['saxs_det'], num=1) #528: SAXS(detectors=['saxs_det'], num=1) #529: SAXS(detectors=['saxs_det'], num=1) #530: SAXS(detectors=['saxs_det'], num=1) #531: SAXS(detectors=['saxs_det'], num=1) #532: SAXS(detectors=['saxs_det'], num=1) #533: SAXS(detectors=['saxs_det'], num=1) #534: SAXS(detectors=['saxs_det'], num=1) #535: SAXS(detectors=['saxs_det'], num=1) #536: SAXS(detectors=['saxs_det'], num=1) #537: SAXS(detectors=['saxs_det'], num=1) #538: SAXS(detectors=['saxs_det'], num=1) #539: SAXS(detectors=['saxs_det'], num=1) #540: SAXS(detectors=['saxs_det'], num=1) #541: SAXS(detectors=['saxs_det'], num=1) #542: SAXS(detectors=['saxs_det'], num=1) #543: SAXS(detectors=['saxs_det'], num=1) #544: SAXS(detectors=['saxs_det'], num=1) #545: SAXS(detectors=['saxs_det'], num=1) #546: SAXS(detectors=['saxs_det'], num=1) #547: SAXS(detectors=['saxs_det'], num=1) #548: SAXS(detectors=['saxs_det'], num=1) #549: 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num=1) #620: SAXS(detectors=['saxs_det'], num=1) #621: SAXS(detectors=['saxs_det'], num=1) #622: WAXS(detectors=['waxs_det'], num=1) #623: WAXS(detectors=['waxs_det'], num=1) #624: WAXS(detectors=['waxs_det'], num=1) #625: WAXS(detectors=['waxs_det'], num=1) #626: WAXS(detectors=['waxs_det'], num=1) #627: WAXS(detectors=['waxs_det'], num=1) #628: WAXS(detectors=['waxs_det'], num=1) #629: WAXS(detectors=['waxs_det'], num=1) #630: WAXS(detectors=['waxs_det'], num=1) #631: WAXS(detectors=['waxs_det'], num=1) #632: WAXS(detectors=['waxs_det'], num=1) #633: WAXS(detectors=['waxs_det'], num=1) #634: WAXS(detectors=['waxs_det'], num=1) no plot: #635 WAXS(detectors=['waxs_det'], num=1) #636: WAXS(detectors=['waxs_det'], num=1) #637: WAXS(detectors=['waxs_det'], num=1) #638: WAXS(detectors=['waxs_det'], num=1) #639: WAXS(detectors=['waxs_det'], num=1) #640: WAXS(detectors=['waxs_det'], num=1) #641: WAXS(detectors=['waxs_det'], num=1) #642: WAXS(detectors=['waxs_det'], num=1) #643: WAXS(detectors=['waxs_det'], num=1) #644: WAXS(detectors=['waxs_det'], num=1) #645: WAXS(detectors=['waxs_det'], num=1) #646: WAXS(detectors=['waxs_det'], num=1) #647: WAXS(detectors=['waxs_det'], num=1) #648: WAXS(detectors=['waxs_det'], num=1) #649: WAXS(detectors=['waxs_det'], num=1) #650: WAXS(detectors=['waxs_det'], num=1) #651: WAXS(detectors=['waxs_det'], num=1) #652: WAXS(detectors=['waxs_det'], num=1) #653: WAXS(detectors=['waxs_det'], num=1) #654: WAXS(detectors=['waxs_det'], num=1) #655: WAXS(detectors=['waxs_det'], num=1) #656: WAXS(detectors=['waxs_det'], num=1) #657: WAXS(detectors=['waxs_det'], num=1) #658: WAXS(detectors=['waxs_det'], num=1) #659: WAXS(detectors=['waxs_det'], num=1) #660: WAXS(detectors=['waxs_det'], num=1) #661: WAXS(detectors=['waxs_det'], num=1) #662: WAXS(detectors=['waxs_det'], num=1) #663: WAXS(detectors=['waxs_det'], num=1) #664: WAXS(detectors=['waxs_det'], num=1) #665: WAXS(detectors=['waxs_det'], num=1) #666: WAXS(detectors=['waxs_det'], num=1) #667: WAXS(detectors=['waxs_det'], num=1) #668: WAXS(detectors=['waxs_det'], num=1) #669: WAXS(detectors=['waxs_det'], num=1) #670: WAXS(detectors=['waxs_det'], num=1) #671: WAXS(detectors=['waxs_det'], num=1) #672: WAXS(detectors=['waxs_det'], num=1) #673: WAXS(detectors=['waxs_det'], num=1) #674: WAXS(detectors=['waxs_det'], num=1) #675: WAXS(detectors=['waxs_det'], num=1) no plot: #676 WAXS(detectors=['waxs_det'], num=1) #677: WAXS(detectors=['waxs_det'], num=1) #678: WAXS(detectors=['waxs_det'], num=1) #679: WAXS(detectors=['waxs_det'], num=1) #680: WAXS(detectors=['waxs_det'], num=1) #681: WAXS(detectors=['waxs_det'], num=1) #682: WAXS(detectors=['waxs_det'], num=1) #683: WAXS(detectors=['waxs_det'], num=1) #684: WAXS(detectors=['waxs_det'], num=1) #685: WAXS(detectors=['waxs_det'], num=1) #686: WAXS(detectors=['waxs_det'], num=1) #687: WAXS(detectors=['waxs_det'], num=1) #688: WAXS(detectors=['waxs_det'], num=1) #689: WAXS(detectors=['waxs_det'], num=1) #690: WAXS(detectors=['waxs_det'], num=1) #691: WAXS(detectors=['waxs_det'], num=1) #692: WAXS(detectors=['waxs_det'], num=1) #693: WAXS(detectors=['waxs_det'], num=1) #694: WAXS(detectors=['waxs_det'], num=1) #695: WAXS(detectors=['waxs_det'], num=1) no plot: #696 WAXS(detectors=['waxs_det'], num=1) #697: WAXS(detectors=['waxs_det'], num=1) #698: WAXS(detectors=['waxs_det'], num=1) #699: WAXS(detectors=['waxs_det'], num=1) #700: WAXS(detectors=['waxs_det'], num=1) #701: WAXS(detectors=['waxs_det'], num=1) #702: WAXS(detectors=['waxs_det'], num=1) #703: WAXS(detectors=['waxs_det'], num=1) #704: WAXS(detectors=['waxs_det'], num=1) #705: WAXS(detectors=['waxs_det'], num=1) #706: WAXS(detectors=['waxs_det'], num=1) #707: WAXS(detectors=['waxs_det'], num=1) #708: WAXS(detectors=['waxs_det'], num=1) #709: WAXS(detectors=['waxs_det'], num=1) #710: WAXS(detectors=['waxs_det'], num=1) #711: WAXS(detectors=['waxs_det'], num=1) #712: WAXS(detectors=['waxs_det'], num=1) #713: WAXS(detectors=['waxs_det'], num=1) #714: WAXS(detectors=['waxs_det'], num=1) #715: WAXS(detectors=['waxs_det'], num=1) #716: WAXS(detectors=['waxs_det'], num=1) #717: WAXS(detectors=['waxs_det'], num=1) #718: WAXS(detectors=['waxs_det'], num=1) #719: WAXS(detectors=['waxs_det'], num=1) #720: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.954892162386514, 53.954892162386514]', per_step='None') #721: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843129154745702, 8.844929154745701]', per_step='None') #722: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.23719216238651, 54.23719216238651]', per_step='None') #723: uascan(start=8.845090087569654, reference=8.84401332185217, finish=7.22881126215703, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #724: uascan(start=8.845090087569654, reference=8.84401332185217, finish=7.22881126215703, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #725: uascan(start=8.845090087569654, reference=8.84401332185217, finish=7.22881126215703, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #726: uascan(start=8.845090087569654, reference=8.84401332185217, finish=7.22881126215703, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #727: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 42.19479216238651, 54.19479216238651]', per_step='None') #728: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843112210771924, 8.844912210771923]', per_step='None') #729: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.465592162386514, 53.465592162386514]', per_step='None') #730: uascan(start=8.845113142484795, reference=8.844036376767312, finish=7.228834317072171, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #731: uascan(start=8.845113142484795, reference=8.844036376767312, finish=7.228834317072171, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #732: uascan(start=8.845113142484795, reference=8.844036376767312, finish=7.228834317072171, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #733: uascan(start=8.845113142484795, reference=8.844036376767312, finish=7.228834317072171, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3) #734: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.43429216238651, 53.43429216238651]', per_step='None') #735: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843139154467933, 8.844939154467932]', per_step='None') #736: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.685892162386516, 53.685892162386516]', per_step='None') #737: uascan(start=8.84510536492306, reference=8.844028599205577, finish=7.228826539510437, minStep=2e-05, dx0=98.00668199999998, SDD_mm=1077.0, ax0=14.66, SAD_mm=248.0, exponent=1.1, intervals=300, count_time=0.3)