def get_counts(ctime,count_list):
global CNT
oldcount = beamline_support.get_count_time()
CNT = beamline_support.get_counts(ctime)
for i in xrange(len(count_list)):
count_list[i] = CNT[i]
countdwell(oldcount)
def get_counts(ctime, count_list):
global CNT
oldcount = beamline_support.get_count_time()
CNT = beamline_support.get_counts(ctime)
for i in range(len(count_list)):
count_list[i] = CNT[i]
countdwell(oldcount)
def read_intensity(time_to_count):
global CNT
local_count = []
# CNT = beamline_support.get_counts(time_to_count)
local_count = beamline_support.get_counts(time_to_count) #index0=timer,1=chan2,...
for i in xrange(1,number_of_counter_readouts+1):
CNT[i] = local_count[i-1]
update_s = "channel %d: %d" % (i,CNT[i])
daq_utils.broadcast_output(update_s)
if (daq_lib.ringfile == "wire"):
current = daq_utils.ring_current_from_wire(CNT[6],beamline_support.get_count_time())
else:
current = daq_utils.ring_current()
if (beamline_support.get_count_time() > 0 and current > 0):
daq_lib.set_field("beamline_merit",int((CNT[2]/beamline_support.get_count_time())/current))
else:
daq_lib.set_field("beamline_merit",0)
def ri_actual(time_to_count):
global CNT
local_count = []
local_count = beamline_support.get_counts(
beamline_support.get_count_time()) #index0=timer,1=chan2,...
for i in range(1, number_of_counter_readouts + 1):
CNT[i] = local_count[i - 1]
update_s = "channel %d: %d" % (i, CNT[i])
daq_utils.broadcast_output(update_s)
if (daq_lib.ringfile == "wire"):
current = daq_utils.ring_current_from_wire(
CNT[6], beamline_support.get_count_time())
else:
current = daq_utils.ring_current()
if (beamline_support.get_count_time() > 0 and current > 0):
daq_lib.set_field(
"beamline_merit",
int((CNT[2] / beamline_support.get_count_time()) / current))
else:
daq_lib.set_field("beamline_merit", 0)
def ri():
ri_actual(beamline_support.get_count_time())