SPEC scans from: /share1/USAXS_data/2023-03/03_18_HuC/03_18_HuC.dat

spec file: /share1/USAXS_data/2023-03/03_18_HuC/03_18_HuC.dat
#2: tune_mr(detectors=('I0_USAXS',), num=31, args='['m_stage_r', 8.841291013077706, 8.846291013077705]', per_step='None') #3: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84312609927502, 8.84492609927502]', per_step='None') #4: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.759892162386514, 53.759892162386514]', per_step='None') #5: tune_mr(detectors=('I0_USAXS',), num=31, args='['m_stage_r', 8.841377679744374, 8.846377679744373]', per_step='None') #6: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84312443265465, 8.844924432654649]', per_step='None') #7: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.49399216238651, 53.49399216238651]', per_step='None') #8: documentation_run() #9: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.741092162386515, 53.741092162386515]', per_step='None') #10: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843212207994222, 8.845012207994221]', per_step='None') #11: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.752892162386516, 53.752892162386516]', per_step='None') #12: uascan(start=8.845202028904618, reference=8.844125263187134, finish=7.228923203491994, 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=8.845202028904618, reference=8.844125263187134, finish=7.228923203491994, 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=8.845202028904618, reference=8.844125263187134, finish=7.228923203491994, 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=8.845202028904618, reference=8.844125263187134, finish=7.228923203491994, 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', 41.69619216238652, 53.69619216238652]', per_step='None') #17: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843224152106886, 8.845024152106886]', per_step='None') #18: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.72189216238652, 53.72189216238652]', per_step='None') #19: uascan(start=8.845197029043502, reference=8.844120263326019, finish=7.228918203630879, 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=8.845197029043502, reference=8.844120263326019, finish=7.228918203630879, 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=8.845197029043502, reference=8.844120263326019, finish=7.228918203630879, 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=8.845197029043502, reference=8.844120263326019, finish=7.228918203630879, 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', 41.686692162386514, 53.686692162386514]', per_step='None') #24: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843221096636205, 8.845021096636204]', per_step='None') #25: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.58169216238652, 53.58169216238652]', per_step='None') #26: uascan(start=8.845207028765733, reference=8.84413026304825, finish=7.228928203353109, 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=8.845207028765733, reference=8.84413026304825, finish=7.228928203353109, 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=8.845207028765733, reference=8.84413026304825, finish=7.228928203353109, 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=8.845207028765733, reference=8.84413026304825, finish=7.228928203353109, 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', 41.56229216238651, 53.56229216238651]', per_step='None') #31: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84323165189856, 8.845031651898559]', per_step='None') #32: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.687392162386516, 53.687392162386516]', per_step='None') #33: uascan(start=8.845207862075918, reference=8.844131096358435, finish=7.228929036663295, 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=8.845207862075918, reference=8.844131096358435, finish=7.228929036663295, 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=8.845207862075918, reference=8.844131096358435, finish=7.228929036663295, 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=8.845207862075918, reference=8.844131096358435, finish=7.228929036663295, 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', 41.648592162386514, 53.648592162386514]', per_step='None') #38: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843232762978806, 8.845032762978805]', per_step='None') #39: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.664492162386516, 53.664492162386516]', per_step='None') #40: uascan(start=8.845208417616043, reference=8.844131651898559, finish=7.228929592203419, 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=8.845208417616043, reference=8.844131651898559, finish=7.228929592203419, 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=8.845208417616043, reference=8.844131651898559, finish=7.228929592203419, 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=8.845208417616043, reference=8.844131651898559, finish=7.228929592203419, 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', 41.68089216238651, 53.68089216238651]', per_step='None') #45: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843229985278187, 8.845029985278186]', per_step='None') #46: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.725692162386515, 53.725692162386515]', per_step='None') #47: uascan(start=8.845217861798147, reference=8.844141096080664, finish=7.2289390363855235, 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=8.845217861798147, reference=8.844141096080664, finish=7.2289390363855235, 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=8.845217861798147, reference=8.844141096080664, finish=7.2289390363855235, 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=8.845217861798147, reference=8.844141096080664, finish=7.2289390363855235, 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', 41.72819216238651, 53.72819216238651]', per_step='None') #52: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843242762701037, 8.845042762701036]', per_step='None') #53: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.74329216238652, 53.74329216238652]', per_step='None') #54: uascan(start=8.845202306674679, reference=8.844125540957195, finish=7.228923481262055, 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=8.845202306674679, reference=8.844125540957195, finish=7.228923481262055, 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=8.845202306674679, reference=8.844125540957195, finish=7.228923481262055, 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=8.845202306674679, reference=8.844125540957195, finish=7.228923481262055, 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', 41.71889216238652, 53.71889216238652]', per_step='None') #59: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843223874336825, 8.845023874336825]', per_step='None') #60: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.64129216238651, 53.64129216238651]', per_step='None') #61: uascan(start=8.845204806605237, reference=8.844128040887753, finish=7.228925981192613, 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=8.845204806605237, reference=8.844128040887753, finish=7.228925981192613, 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=8.845204806605237, reference=8.844128040887753, finish=7.228925981192613, 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=8.845204806605237, reference=8.844128040887753, finish=7.228925981192613, 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', 41.65369216238651, 53.65369216238651]', per_step='None') #66: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843227207577568, 8.845027207577568]', per_step='None') #67: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.611392162386515, 53.611392162386515]', per_step='None') #68: uascan(start=8.8452050843753, reference=8.844128318657816, finish=7.228926258962676, 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=8.8452050843753, reference=8.844128318657816, finish=7.228926258962676, 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=8.8452050843753, reference=8.844128318657816, finish=7.228926258962676, 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=8.8452050843753, reference=8.844128318657816, finish=7.228926258962676, 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', 41.61939216238651, 53.61939216238651]', per_step='None') #73: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843228318657816, 8.845028318657816]', per_step='None') #74: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.63499216238652, 53.63499216238652]', per_step='None') #75: uascan(start=8.84519952897406, reference=8.844122763256577, finish=7.228920703561436, 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=8.84519952897406, reference=8.844122763256577, finish=7.228920703561436, 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=8.84519952897406, reference=8.844122763256577, finish=7.228920703561436, 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=8.84519952897406, reference=8.844122763256577, finish=7.228920703561436, 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', 41.62519216238651, 53.62519216238651]', per_step='None') #80: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843222485486514, 8.845022485486513]', per_step='None') #81: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.595292162386514, 53.595292162386514]', per_step='None') #82: uascan(start=8.845202028904618, reference=8.844125263187134, finish=7.228923203491994, 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=8.845202028904618, reference=8.844125263187134, finish=7.228923203491994, 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=8.845202028904618, reference=8.844125263187134, finish=7.228923203491994, 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=8.845202028904618, reference=8.844125263187134, finish=7.228923203491994, 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', 41.62219216238651, 53.62219216238651]', per_step='None') #87: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843227763117692, 8.845027763117692]', per_step='None') #88: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.59499216238651, 53.59499216238651]', per_step='None') #89: uascan(start=8.845202862214803, reference=8.84412609649732, finish=7.228924036802179, 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=8.845202862214803, reference=8.84412609649732, finish=7.228924036802179, 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=8.845202862214803, reference=8.84412609649732, finish=7.228924036802179, 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=8.845202862214803, reference=8.84412609649732, finish=7.228924036802179, 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', 41.60679216238651, 53.60679216238651]', per_step='None') #94: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84322609649732, 8.84502609649732]', per_step='None') #95: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.651192162386515, 53.651192162386515]', per_step='None') #96: uascan(start=8.845196195733317, reference=8.844119430015834, finish=7.228917370320693, 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=8.845196195733317, reference=8.844119430015834, finish=7.228917370320693, 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=8.845196195733317, reference=8.844119430015834, finish=7.228917370320693, 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=8.845196195733317, reference=8.844119430015834, finish=7.228917370320693, 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', 41.632792162386515, 53.632792162386515]', per_step='None') #101: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843221374406268, 8.845021374406267]', per_step='None') #102: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.51219216238651, 53.51219216238651]', per_step='None') #103: uascan(start=8.845196473503378, reference=8.844119707785895, finish=7.228917648090754, 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=8.845196473503378, reference=8.844119707785895, finish=7.228917648090754, 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=8.845196473503378, reference=8.844119707785895, finish=7.228917648090754, 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=8.845196473503378, reference=8.844119707785895, finish=7.228917648090754, 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', 41.50809216238651, 53.50809216238651]', per_step='None') #108: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843219430015834, 8.845019430015833]', per_step='None') #109: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.44689216238651, 53.44689216238651]', per_step='None') #110: uascan(start=8.845189251481768, reference=8.844112485764285, finish=7.228910426069144, 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=8.845189251481768, reference=8.844112485764285, finish=7.228910426069144, 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=8.845189251481768, reference=8.844112485764285, finish=7.228910426069144, 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=8.845189251481768, reference=8.844112485764285, finish=7.228910426069144, 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', 41.486992162386514, 53.486992162386514]', per_step='None') #115: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843215263464904, 8.845015263464903]', per_step='None') #116: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.417492162386516, 53.417492162386516]', per_step='None') #117: uascan(start=8.84519536242313, reference=8.844118596705647, finish=7.228916537010506, 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=8.84519536242313, reference=8.844118596705647, finish=7.228916537010506, 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=8.84519536242313, reference=8.844118596705647, finish=7.228916537010506, 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=8.84519536242313, reference=8.844118596705647, finish=7.228916537010506, 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', 41.350692162386515, 53.350692162386515]', per_step='None') #122: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843218318935586, 8.845018318935585]', per_step='None') #123: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.44159216238651, 53.44159216238651]', per_step='None') #124: uascan(start=8.845193418032697, reference=8.844116652315213, finish=7.228914592620073, 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=8.845193418032697, reference=8.844116652315213, finish=7.228914592620073, 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=8.845193418032697, reference=8.844116652315213, finish=7.228914592620073, 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=8.845193418032697, reference=8.844116652315213, finish=7.228914592620073, 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', 41.41389216238652, 53.41389216238652]', per_step='None') #129: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843215819005028, 8.845015819005027]', per_step='None') #130: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.39149216238651, 53.39149216238651]', per_step='None') #131: uascan(start=8.845192862492572, reference=8.844116096775089, finish=7.2289140370799485, 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=8.845192862492572, reference=8.844116096775089, finish=7.2289140370799485, 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=8.845192862492572, reference=8.844116096775089, finish=7.2289140370799485, 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=8.845192862492572, reference=8.844116096775089, finish=7.2289140370799485, 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', 41.36639216238651, 53.36639216238651]', per_step='None') #136: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84321609677509, 8.845016096775089]', per_step='None') #137: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.29839216238651, 53.29839216238651]', per_step='None') #138: uascan(start=8.845217584028086, reference=8.844140818310603, finish=7.228938758615462, 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=8.845217584028086, reference=8.844140818310603, finish=7.228938758615462, 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=8.845217584028086, reference=8.844140818310603, finish=7.228938758615462, 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=8.845217584028086, reference=8.844140818310603, finish=7.228938758615462, 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', 41.27869216238651, 53.27869216238651]', per_step='None') #143: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843239985000418, 8.845039985000417]', per_step='None') #144: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.39279216238651, 53.39279216238651]', per_step='None') #145: uascan(start=8.84521258416697, reference=8.844135818449487, finish=7.228933758754347, 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=8.84521258416697, reference=8.844135818449487, finish=7.228933758754347, 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=8.84521258416697, reference=8.844135818449487, finish=7.228933758754347, 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=8.84521258416697, reference=8.844135818449487, finish=7.228933758754347, 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', 41.38419216238651, 53.38419216238651]', per_step='None') #150: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.84323470736924, 8.845034707369239]', per_step='None') #151: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.424492162386514, 53.424492162386514]', per_step='None') #152: uascan(start=8.84520091782437, reference=8.844124152106886, finish=7.228922092411746, 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=8.84520091782437, reference=8.844124152106886, finish=7.228922092411746, 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=8.84520091782437, reference=8.844124152106886, finish=7.228922092411746, 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=8.84520091782437, reference=8.844124152106886, finish=7.228922092411746, 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', 41.40189216238652, 53.40189216238652]', per_step='None') #157: tune_ar(detectors=('PD_USAXS',), num=35, args='['a_stage_r', 8.843223874336825, 8.845023874336825]', per_step='None') #158: tune_a2rp(detectors=('PD_USAXS',), num=31, args='['a_stage_r2p', 41.37839216238651, 53.37839216238651]', per_step='None') #159: SAXS(detectors=['saxs_det'], num=1) #160: SAXS(detectors=['saxs_det'], num=1) #161: SAXS(detectors=['saxs_det'], num=1) #162: SAXS(detectors=['saxs_det'], num=1) #163: SAXS(detectors=['saxs_det'], num=1) #164: SAXS(detectors=['saxs_det'], num=1) #165: SAXS(detectors=['saxs_det'], num=1) #166: SAXS(detectors=['saxs_det'], num=1) #167: SAXS(detectors=['saxs_det'], num=1) #168: SAXS(detectors=['saxs_det'], num=1) #169: SAXS(detectors=['saxs_det'], num=1) #170: SAXS(detectors=['saxs_det'], num=1) #171: SAXS(detectors=['saxs_det'], num=1) #172: 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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'], num=1) #209: SAXS(detectors=['saxs_det'], num=1) #210: SAXS(detectors=['saxs_det'], num=1) #211: SAXS(detectors=['saxs_det'], num=1) #212: SAXS(detectors=['saxs_det'], num=1) #213: SAXS(detectors=['saxs_det'], num=1) #214: SAXS(detectors=['saxs_det'], num=1) #215: SAXS(detectors=['saxs_det'], num=1) #216: SAXS(detectors=['saxs_det'], num=1) #217: SAXS(detectors=['saxs_det'], num=1) #218: SAXS(detectors=['saxs_det'], num=1) #219: 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num=1) #243: WAXS(detectors=['waxs_det'], num=1) #244: WAXS(detectors=['waxs_det'], num=1) #245: WAXS(detectors=['waxs_det'], num=1) #246: WAXS(detectors=['waxs_det'], num=1) #247: WAXS(detectors=['waxs_det'], num=1) #248: WAXS(detectors=['waxs_det'], num=1) #249: WAXS(detectors=['waxs_det'], num=1) #250: WAXS(detectors=['waxs_det'], num=1) #251: WAXS(detectors=['waxs_det'], num=1) #252: WAXS(detectors=['waxs_det'], num=1) #253: WAXS(detectors=['waxs_det'], num=1) #254: WAXS(detectors=['waxs_det'], num=1) #255: WAXS(detectors=['waxs_det'], num=1) #256: WAXS(detectors=['waxs_det'], num=1) #257: WAXS(detectors=['waxs_det'], num=1) #258: WAXS(detectors=['waxs_det'], num=1) #259: WAXS(detectors=['waxs_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: 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