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limaeiger.mac
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limaeiger.mac
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#%NAME%
# Specific macros for Lima Eiger detector
#%CATEGORY% Detection, Ccd
#%LOG%
#
def limaeigersetup(ccdname) '{
# --- common control init
_limapar_controlinit(ccdname, 0)
# --- callback macro on parameter set
_limapar_addconfig_cb(ccdname, "_limaeiger_setpar")
# --- parameter definition
_limapar_addconfig(ccdname, "temperature", LP_RW, 1)
_limapar_addconfig(ccdname, "humidity", LP_RW, 1)
_limapar_addconfig(ccdname, "plugin_status", LP_RD|LP_LIST, 1)
_limapar_addconfig(ccdname, "high_voltage_state", LP_RD|LP_LIST, 1)
_limapar_addconfig(ccdname, "cam_status", LP_RD|LP_LIST, 1)
_limapar_addconfig(ccdname, "stream_stats", LP_RD, 4, "double")
_limapar_addconfig(ccdname, "countrate_correction", LP_RW|LP_LIST, 1)
_limapar_addconfig(ccdname, "flatfield_correction", LP_RW|LP_LIST, 1)
_limapar_addconfig(ccdname, "auto_summation", LP_RW|LP_LIST, 1)
_limapar_addconfig(ccdname, "efficiency_correction", LP_RW|LP_LIST, 1)
_limapar_addconfig(ccdname, "virtual_pixel_correction", LP_RW|LP_LIST, 1)
_limapar_addconfig(ccdname, "pixel_mask", LP_RW|LP_LIST, 1)
_limapar_addconfig(ccdname, "retrigger", LP_RW|LP_LIST, 1)
_limapar_addconfig(ccdname, "compression_type", LP_RW|LP_LIST, 1)
_limapar_addconfig(ccdname, "threshold_energy", LP_RW|LP_MOT, 1)
_limapar_addconfig(ccdname, "threshold_energy2", LP_RW|LP_MOT, 1)
_limapar_addconfig(ccdname, "threshold_diff_mode", LP_RW|LP_LIST, 1)
_limapar_addconfig(ccdname, "photon_energy", LP_RW|LP_MOT, 1,"long")
_limapar_addconfig(ccdname, "serie_id", LP_RD, 1,"long")
# --- parameter description
_limapar_addtext(ccdname, "temperature", "Detector temperature")
_limapar_addtext(ccdname, "humidity", "Detector humidity")
_limapar_addtext(ccdname, "plugin_status", "Lima plugin status")
_limapar_addtext(ccdname, "high_voltage_state", "High voltage status")
_limapar_addtext(ccdname, "cam_status", "Camera API status")
_limapar_addtext(ccdname, "stream_stats", "Stream statistics")
_limapar_addtext(ccdname, "countrate_correction", "Countrate correction")
_limapar_addtext(ccdname, "flatfield_correction", "Flatfield correction")
_limapar_addtext(ccdname, "auto_summation", "Auto summation")
_limapar_addtext(ccdname, "efficiency_correction", "Efficiency correction")
_limapar_addtext(ccdname, "virtual_pixel_correction", "Virtual pixel correction")
_limapar_addtext(ccdname, "pixel_mask", "Pixel mask")
_limapar_addtext(ccdname, "retrigger", "Retrigger mode")
_limapar_addtext(ccdname, "compression_type", "Compression type")
_limapar_addtext(ccdname, "threshold_energy", "Threshold Energy (Ev)")
_limapar_addtext(ccdname, "threshold_energy2", "2nd Threshold Energy (Ev)")
_limapar_addtext(ccdname, "threshold_diff_mode", "Threshold differential mode")
_limapar_addtext(ccdname, "photon_energy", "Photon energy (Working energy in Ev)")
_limapar_addtext(ccdname, "serie_id", "Filewriter file name serie ID")
# --- commands
_limapar_addconfig(ccdname, "initialize", LP_RD, 1,"long")
_limapar_addtext(ccdname, "initialize", "Initialize detector")
_limapar_addconfig(ccdname, "delete_memory_files", LP_RD, 1,"long")
_limapar_addtext(ccdname, "delete_memory_files", "Delete files in DCU memory")
_limapar_addconfig(ccdname, "reset_high_voltage", LP_RD, 1,"long")
_limapar_addtext(ccdname, "reset_high_voltage", "switch off/on the high-voltage (CdTe sensors only")
# --- timeout
tango_io(LIMA_DEV[ccdname]["control"],"timeout",120)
}'
lima_addlimatype("Eiger", "limaeigersetup", "limaeigermenu")
def _limaeiger_setpar(ccdname, parname, value) '{
if (parname == "auto_summation") {
_limaeiger_update_image_size(ccdname)
}
}'
def _limaeiger_update_image_size(ccdname) '{
#need to inform SPEC about possible image type change
local unit
unit = LIMA_DEV[ccdname]["unit"]
sleep(1)
# need to call twice "resize" otherwise spec does update
# the image_par() parameters (row_end,row_beg,col_end,col_beg)
image_par(unit, "resize")
image_par(unit, "resize")
ccd_createarray unit
}'
def limaeigermenu(ccdname) '{
local items[] aux_arr[] parname stream_stats
local nl option
items["temperature"] = ""
items["humidity"] = ""
items["plugin_status"] = ""
items["high_voltage_state"] = ""
items["cam_status"] = ""
items["countrate_correction"] = ""
items["flatfield_correction"] = ""
items["auto_summation"] = ""
items["efficiency_correction"] = ""
items["virtual_pixel_correction"] = ""
items["pixel_mask"] = ""
items["retrigger"] = ""
items["compression_type"] = ""
items["threshold_energy"] = ""
items["threshold_energy2"] = ""
items["threshold_diff_mode"] = ""
items["photon_energy"] = ""
items["serie_id"] = ""
option= 1
while (option) {
local one_mega one_giga
one_mega = 1024 * 1024
one_giga = one_mega * 1024
for (parname in items) {
items[parname]= _limapar_get(ccdname, parname)
}
_limapar_get(ccdname, "stream_stats", -1)
stream_stats = sprintf("%d frames, %.3f MB, %.3f ms, %.3f GB/s ", \
LIMA_VALS[0], LIMA_VALS[1] / one_mega, \
LIMA_VALS[2] / 1e-3, LIMA_VALS[3] / one_giga)
nl = _limamenu_printtitle(ccdname,"Configuration","config")
tty_move(0,nl++,"(1) Configuration :")
_limamenu_printitem(ccdname, "countrate_correction", items["countrate_correction"], nl++, 11)
_limamenu_printitem(ccdname, "flatfield_correction", items["flatfield_correction"], nl++, 12)
_limamenu_printitem(ccdname, "auto_summation", items["auto_summation"], nl++, 13)
_limamenu_printitem(ccdname, "efficiency_correction", items["efficiency_correction"], nl++, 14)
_limamenu_printitem(ccdname, "virtual_pixel_correction", items["virtual_pixel_correction"], nl++, 15)
_limamenu_printitem(ccdname, "pixel_mask", items["pixel_mask"], nl++, 16)
_limamenu_printitem(ccdname, "retrigger", items["retrigger"], nl++, 17)
_limamenu_printitem(ccdname, "compression_type", items["compression_type"], nl++, 18)
tty_move(0,++nl,"(2) Calibration :")
++nl
_limamenu_printitem(ccdname, "photon_energy", items["photon_energy"], nl++, 21)
_limamenu_printitem(ccdname, "threshold_energy", items["threshold_energy"], nl++, 22)
_limamenu_printitem(ccdname, "threshold_energy2", items["threshold_energy2"], nl++, 23)
_limamenu_printitem(ccdname, "threshold_diff_mode", items["threshold_diff_mode"], nl++, 24)
tty_move(0,++nl,"(3) Detector status :")
++nl
_limamenu_printitem(ccdname, "temperature", items["temperature"], nl++, -1)
_limamenu_printitem(ccdname, "humidity", items["humidity"], nl++, -1)
_limamenu_printitem(ccdname, "serie_id", items["serie_id"], nl++, -1)
_limamenu_printitem(ccdname, "plugin_status", items["plugin_status"], nl++, -1)
_limamenu_printitem(ccdname, "cam_status", items["cam_status"], nl++, -1)
_limamenu_printitem(ccdname, "high_voltage_state", items["high_voltage_state"], nl++, -1)
_limamenu_printitem(ccdname, "stream_stats", stream_stats, nl++, -1)
tty_move(0,++nl,"(4) Detector commands :")
++nl
tty_move(0,nl++," (41) initialize")
tty_move(0,nl++," (42) delete_memory_files")
tty_move(0,nl++," (43) reset_high_voltage")
option= getval("\n\n\tOption ---> ", 0)
printf("\n\n")
if ((option==1)||(option==11))
_limapar_ask(ccdname, "countrate_correction", items["countrate_correction"])
if ((option==1)||(option==12))
_limapar_ask(ccdname, "flatfield_correction", items["flatfield_correction"])
if ((option==1)||(option==13))
_limapar_ask(ccdname, "auto_summation", items["auto_summation"])
if ((option==1)||(option==14))
_limapar_ask(ccdname, "efficiency_correction", items["efficiency_correction"])
if ((option==1)||(option==15))
_limapar_ask(ccdname, "virtual_pixel_correction", items["virtual_pixel_correction"])
if ((option==1)||(option==16))
_limapar_ask(ccdname, "pixel_mask", items["pixel_mask"])
if ((option==1)||(option==17))
_limapar_ask(ccdname, "retrigger", items["retrigger"])
if ((option==1)||(option==18))
_limapar_ask(ccdname, "compression_type", items["compression_type"])
if ((option==2)||(option==21))
_limapar_ask(ccdname, "photon_energy", items["photon_energy"])
if ((option==2)||(option==22))
_limapar_ask(ccdname, "threshold_energy (eV)", items["threshold_energy"])
if ((option==2)||(option==23))
_limapar_ask(ccdname, "threshold_energy2 (eV)", items["threshold_energy2"])
if ((option==2)||(option==24))
_limapar_ask(ccdname, "threshold_diff_mode", items["threshold_diff_mode"])
if (option==41) {
if (yesno("Do you want to initialize the detector", 0)) {
_limaeiger_initialize_worker(ccdname)
getval("Press Enter to continue", "")
}
} else if (option==42) {
if (yesno("Do you want to delete files on DCU", 0))
_limaeiger_delete_memory_files_worker(ccdname)
} else if (option==43) {
if (yesno("Do you want to reset high-voltage", 0))
_limaeiger_reset_high_voltage_worker(ccdname)
}
}
}'
def limaeigerdeletememoryfiles '{
if ($# < 1) {
print "Usage: $0 <ccdname>"
exit
}
local ccdname
ccdname = "$1"
_limaeiger_delete_memory_files_worker(ccdname)
}'
def _limaeiger_delete_memory_files_worker(ccdname) '{
tango_io(LIMA_DEV[ccdname]["config"],"deleteMemoryFiles")
}'
def limaeigerinitialize '{
if ($# < 1) {
print "Usage: $0 <ccdname>"
exit
}
local ccdname
ccdname = "$1"
_limaeiger_initialize_worker(ccdname)
}'
def _limaeiger_initialize_worker(ccdname) '{
local status
tango_io(LIMA_DEV[ccdname]["config"],"initialize")
printf("\n\n")
while (1) {
status = _limapar_get(ccdname, "plugin_status")
printf("Detector status: %s \r", status)
if (status == "READY")
break
sleep(0.5)
}
printf("\n\n")
_limaeiger_update_image_size(ccdname)
}'
def limaeigerresethighvoltage '{
if ($# < 1) {
print "Usage: $0 <ccdname>"
exit
}
local ccdname
ccdname = "$1"
_limaeiger_reset_high_voltage_worker(ccdname)
}'
def _limaeiger_reset_high_voltage_worker(ccdname) '{
local status
tango_io(LIMA_DEV[ccdname]["config"],"resetHighVoltage")
printf("\n\n")
while (1) {
sleep(0.5)
status = _limapar_get(ccdname, "high_voltage_state")
printf("High voltage status: %s \r", status)
if (status == "READY")
break
sleep(0.5)
}
printf("\n\n")
}'
#%MACROS%
#%IMACROS%
#%TOC%
#%AUTHOR% S.Petitdemange