def get_dac_dac(self, n_triggers, dac1, dac2):
self.mask()
for roc in self.dut.rocs():
self.select_roc(roc)
#TODO TB function has too long vector by one unit
dac_range1 = roc.dac(dac1).range - 1
dac_range2 = roc.dac(dac2).range - 1
for pixel in roc.active_pixels():
self.unmask(roc.number, pixel.col, pixel.row)
n_hits = []
ph_sum = []
self.logger.debug(
'DacDac pix(%s,%s), nTrig: %s, dac1: %s, 0, %s, dac2: %s, 0, %s'
% (pixel.col, pixel.row, n_triggers, dac1, dac_range1,
dac2, dac_range2))
self.dac_dac(n_triggers, pixel.col, pixel.row,
roc.dac(dac1).number, dac_range1,
roc.dac(dac2).number, dac_range2, n_hits, ph_sum)
#self.roc_clr_cal()
self.set_dac_roc(roc, dac1, roc.dac(dac1).value)
self.set_dac_roc(roc, dac2, roc.dac(dac2).value)
pixel.data = numpy.transpose(
list_to_matrix(dac_range1, dac_range2, n_hits))
self.mask(roc.number, pixel.col, pixel.row)
self.unmask()
def get_dac_dac(self, n_triggers, dac1, dac2):
for roc in self.dut.rocs():
self.select_roc(roc)
#TODO TB function has too long vector by one unit
dac_range1 = roc.dac(dac1).range-1
dac_range2 = roc.dac(dac2).range-1
n_results = dac_range1*dac_range2
for pixel in roc.active_pixels():
n_hits = []
ph_sum = []
self.logger.debug('DacDac pix(%s,%s), nTrig: %s, dac1: %s, 0, %s, dac2: %s, 0, %s' %(pixel.col,pixel.row, n_triggers, dac1, dac_range1, dac2, dac_range2) )
self.dac_dac(n_triggers, pixel.col, pixel.row, roc.dac(dac1).number, dac_range1, roc.dac(dac2).number, dac_range2, n_hits, ph_sum)
self.set_dac_roc(roc,dac1,roc.dac(dac1).value)
self.set_dac_roc(roc,dac2,roc.dac(dac2).value)
pixel.data = numpy.transpose(list_to_matrix(dac_range1, dac_range2, n_hits))
def get_threshold(self, n_triggers, dac, xtalk, cals, reverse):
#TODO Don't hardcode pars, they will go away with new CTestboard
start = 0
step = 1
if reverse:
step = -1
thr_level = int(n_triggers/2.)
for roc in self.dut.rocs():
self.select_roc(roc)
self.logger.info('Start: %s, step: %s, thr_level: %s, n_triggers: %s, dac: %s, num: %s, xtalk: %s, cals: %s' %(start, step, thr_level, n_triggers, dac, roc.dac(dac).number, xtalk, cals))
result = [0] * roc.n_pixels
#TODO remove trimming, they will go away with new CTestboard
self.chip_threshold(start, step, thr_level, n_triggers, roc.dac(dac).number , xtalk, cals, result)
self.set_dac_roc(roc,dac,roc.dac(dac).value)
roc.data = list_to_matrix(roc.n_cols, roc.n_rows, result)
return self.dut.data
def get_threshold(self, n_triggers, dac, xtalk, cals, reverse):
#TODO Don't hardcode pars, they will go away with new CTestboard
start = 0
step = 1
if reverse:
step = -1
thr_level = int(n_triggers / 2.)
for roc in self.dut.rocs():
self.select_roc(roc)
self.logger.info(
'Start: %s, step: %s, thr_level: %s, n_triggers: %s, dac: %s, num: %s, xtalk: %s, cals: %s'
% (start, step, thr_level, n_triggers, dac,
roc.dac(dac).number, xtalk, cals))
result = [0] * roc.n_pixels
#TODO remove trimming, they will go away with new CTestboard
self.chip_threshold(start, step, thr_level, n_triggers,
roc.dac(dac).number, xtalk, cals, result)
self.set_dac_roc(roc, dac, roc.dac(dac).value)
roc.data = list_to_matrix(roc.n_cols, roc.n_rows, result)
return self.dut.data
