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| MAD.MAC | ||||||
| [ source code | installed at | configured at ] | ||||||
| See other macros in category: MX | ||||||
Description:
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Documentation:
fldet.mac - insert/extract the fluorescent detector id.mac - undulators matt.mac - attenuators mxautochooch.mac - chooch functions and calls mxcollect.mac - auxilary data collection functions mxutils.mac - Utility macros and functions MAD_id**.mac - local MAD functions multimca.mac - mca wagoct.mac - electrometer gains attfactor.mac - transmission factor | ||||||
Macros:
Usage: ae_init () First initialisation. ae_setup Usage: ae_setup [file tune mcaroi attenuators undulator(s)] setup the input parameters. ae_att_param Usage: ae_att_param [cnt_time ll_dt hl_dt] Setup the attenuator scan counting time [s] and low and high dead time [percent]. ae_scan_param Usage: ae_scan_param [scan_dir time plot_counter E_step1 E_step2 E_step3] Setup the energy scan time/point, plot counter and steps [eV]. ae_choochparam Usage: ae_choochparam [use_chooch] Choose to use or not chooch (Yes = 1). Set the chooch data file. ae_getedge Usage: ae_getedge [element edge] Recommended values in function of element and edge as foillows: EDGE: K or L1, L2 and L3 energy MAD: number of wavelengths and remote energy MCA: low and high level discriminator settings SCANINTERVALS: Pre-edge, Edge and Post-Edge UNDULATORSETTINGS: gap and max power. ae_attscan Usage: ae_attscan () Choose appropriate attenuation. Return 0 if OK, -1 if no attenuation found (set in AE_ATTSCAN variable). ae_cleanup Usage: ae_cleanup To be be called in case of errors in the energy scan. eprodc_do_energy_scan Usage: eprodc_do_energy_scan (edge,prefix) Do an energy scan. The edge is a string comprising the chemical element and which edege (K or L). Save the scan date in a file with %B%prefix%BR name. | ||||||
| Internal Macros: | ||||||
Usage: _ae_getedge(elem, edge) Calculate the roi, gap and scan parameters, using the datafile, as function of the elem and edge parameters . _ae_wwave Usage: _ae_wwave(umne,le,rem) Calculate the undulator ume gap as function of the energy (le < 3.5) or the wavelength (le > 1000). ae_printEdgeInfo Usage: ae_printEdgeInfo(elem,edge) Verbose print of information after the getedge calculations. _deadct Usage: _deadct(t,flag) Get the deadtime from the mca for count time t. If no flag, retun the dead time [s], else return the count rate for the ROI. _deadscan Usage: _deadscan(scan_energy) Do energy scan +- 0.1 KeV around scan_energy. _ae_shutters_open Usage: _ae_shutters_open() Open all shutters. _ae_shutters_close Usage: _ae_shutters_close() Close all shutters. ae_setattenuator Usage: ae_setattenuator() Set the apropriate attenuator set before a scan. _ae_checkundulator Usage: _ae_checkundulator(ind) Check if the undulator ind can move. Return 0 if OK, -1 if not. _ae_moveundulator Usage: _ae_moveundulator(ind,val) Move the undulator ind to the calculated gap val. _ae_moveundulators Usage: _ae_moveundulators() Move the undulator(s) to the calculated gaps. ae_prepare_mono Usage: ae_prepare_mono() Prepare the mono for the escan. Return 0 if OK, -1 if error. (set in the AE_MONO_READY variable). ae_restore_mono Usage: ae_restore_mono() Restore the mono after the escan. Return 0 if OK, -1 if error (set in the AE_MONO_READY variable). _ae_moveE Usage: _ae_moveE(offset) Move the mono to the edge+offset energy. _ae_prepscan Usage: _ae_prepscan() Prepare the edge scan. _ae_attscan Usage: _ae_attscan() Choose appropriate attenuation. Return 0 if OK, -1 if no attenuation found (set in AE_ATTSCAN variable). ae_plotselect Usage: ae_plotselect() Select which counter to plot during the scan. ae_scan Usage: ae_scan() Do Escan or XEscan. _ae_postscan Usage: _ae_postscan() To do after the scan. _poskeep Usage: _poskeep() Keep the initial motor positions. _posrestore Usage: _posrestore() Restore the initial motor positions. _ae_write_choochfile Usage: _ae_write_choochfile (fname) Write a file to be used by autochooch. ae_newfile Usage: ae_newfile [filename] Get a filename for the energy scans. test_mad Usage: test_mad ismacro Usage: ismacro (keyword) Return 1 if the macro named keyword exist, 0 otherwise. | ||||||
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