def move_DMM_dmm_m2y(energy_change_PVs, params):
log.info(' ')
log.info(' *** moving dmm m2y')
if TESTING:
log.warning(' *** testing mode: set dmm m2y %s mm' % params.dmm_m2y)
else:
log.info(' *** moving dmm m2y %s mm' % params.dmm_m2y)
energy_change_PVs['dmm_m2y'].put(params.dmm_m2y, wait=True, timeout=1000.0)
def yes_or_no(question):
answer = str(input(question + " (Y/N): ")).lower().strip()
while not (answer == "y" or answer == "yes" or answer == "n"
or answer == "no"):
log.warning("Input yes or no")
answer = str(input(question + "(Y/N): ")).lower().strip()
if answer[0] == "y":
return True
else:
return False
def move_xia_slits(energy_change_PVs, params):
log.info(' ')
log.info(' *** moving xia slits')
if TESTING:
log.warning(' *** testing mode: set A slits h center %s mm' % params.a_slits_h_center)
log.warning(' *** testing mode: set xia slits y %s mm' % params.xia_slits_y)
else:
log.info(' *** moving A slits h center %s mm' % params.a_slits_h_center)
energy_change_PVs['a_slits_h_center'].put(params.a_slits_h_center, wait=True)
log.info(' *** moving xia slits y %s mm' % params.xia_slits_y)
energy_change_PVs['xia_slits_y'].put(params.xia_slits_y, wait=True)
def move_DMM_X(energy_change_PVs, params):
log.info(' ')
log.info(' *** moving dmm x')
if TESTING:
log.warning(' *** testing mode: set dmm usx %s mm' % params.dmm_usx)
log.warning(' *** testing mode: set dmm dsx %s mm' % params.dmm_dsx)
else:
log.info(' *** moving dmm usx %s mm' % params.dmm_usx)
energy_change_PVs['dmm_usx'].put(params.dmm_usx, wait=False)
log.info(' *** moving dmm dsx %s mm' % params.dmm_dsx)
energy_change_PVs['dmm_dsx'].put(params.dmm_dsx, wait=True)
time.sleep(3)
def move_DMM_arms(energy_change_PVs, params):
log.info(' ')
log.info(' *** moving dmm arms')
if TESTING:
log.warning(' *** testing mode: set DMM dmm_us_arm %s mm' % params.dmm_us_arm)
log.warning(' *** testing mode: set DMM dmm_ds_arm %s mm' % params.dmm_ds_arm)
else:
log.info(' *** moving dmm us arm %s mm' % params.dmm_us_arm)
energy_change_PVs['dmm_us_arm'].put(params.dmm_us_arm, wait=False, timeout=1000.0)
log.info(' *** moving dmm ds arm %s mm' % params.dmm_ds_arm)
energy_change_PVs['dmm_ds_arm'].put(params.dmm_ds_arm, wait=True, timeout=1000.0)
time.sleep(3)
def init_energy_change_PVs(params):
energy_change_PVs = {}
log.info(' *** testing mode: set PVs')
log.warning(' *** energy PVs: %s' %
(params.tomoscan_prefix + 'Energy.VAL'))
log.warning(' *** energy PVs: %s' %
(params.tomoscan_prefix + 'EnergyMode.VAL'))
# shutter pv's
energy_change_PVs['ShutterA_Open'] = PV('2bma:A_shutter:open.VAL')
energy_change_PVs['ShutterA_Close'] = PV('2bma:A_shutter:close.VAL')
energy_change_PVs['ShutterA_Move_Status'] = PV('PA:02BM:STA_A_FES_OPEN_PL')
energy_change_PVs['ShutterB_Open'] = PV('2bma:B_shutter:open.VAL')
energy_change_PVs['ShutterB_Close'] = PV('2bma:B_shutter:close.VAL')
energy_change_PVs['ShutterB_Move_Status'] = PV('PA:02BM:STA_B_SBS_OPEN_PL')
energy_change_PVs['filter'] = PV('2bma:fltr1:select.VAL')
energy_change_PVs['mirror_angle'] = PV('2bma:M1angl.VAL')
energy_change_PVs['mirror_vertical_position'] = PV('2bma:M1avg.VAL')
energy_change_PVs['dmm_usx'] = PV('2bma:m25.VAL')
energy_change_PVs['dmm_dsx'] = PV('2bma:m28.VAL')
energy_change_PVs['dmm_usy_ob'] = PV('2bma:m26.VAL')
energy_change_PVs['dmm_usy_ib'] = PV('2bma:m27.VAL')
energy_change_PVs['dmm_dsy'] = PV('2bma:m29.VAL')
energy_change_PVs['dmm_us_arm'] = PV('2bma:m30.VAL')
energy_change_PVs['dmm_ds_arm'] = PV('2bma:m31.VAL')
energy_change_PVs['dmm_m2y'] = PV('2bma:m32.VAL')
energy_change_PVs['xia_slits_y'] = PV('2bma:m7.VAL')
energy_change_PVs['a_slits_h_center'] = PV('2bma:Slit1Hcenter.VAL')
energy_change_PVs['camera_y'] = PV('2bma:m21.VAL')
energy_change_PVs['table_y'] = PV('2bma:m33.VAL')
energy_change_PVs['Energy'] = PV(params.tomoscan_prefix + 'Energy.VAL')
energy_change_PVs['Energy_Mode'] = PV(params.tomoscan_prefix +
'EnergyMode.VAL')
return energy_change_PVs
