def __check_dets(self,dets):
try:
if (type(dets[0]) is tuple): dets=dets[0]
except:
pass
dd = []
for i in range(len(dets)):
if (self.__monitor != dets[i]): dd.append(dets[i])
if (self.__dets is not None):
for i in range(len(self.__dets)):
if (self.__monitor != self.__dets[i]): dd.append(self.__dets[i])
if (self.__monitor is not None):
try :
dd.index(self.__monitor)
except:
dd.append(self.__monitor)
if (self.__filter_det is not None):
filter_aminame = self.__filter_det.aminame
filter_str = "%f<%s<%f" % (self.__filter_min,filter_aminame,self.__filter_max)
for i in range(len(dd)):
dd[i].pyamiE = pyami.Entry(dd[i].aminame,"Scalar",filter_str)
else:
for i in range(len(dd)):
dd[i].pyamiE = pyami.Entry(dd[i].aminame,"Scalar")
return dd
def connect(self):
if (self.pyamiE is not None): return
try:
self.pyamiE = pyami.Entry(self.aminame)
except RuntimeError:
s = "detector %s cannot be found" % self.name
logprint(s, print_screen=True)
self.pyamiE = None
def create_ami(self, type):
try:
if type == "Scalar":
if self.__filter_string is None:
self.pyamiE = pyami.Entry(self.aminame, "Scalar")
else:
self.pyamiE = pyami.Entry(self.aminame, "Scalar",
self.__filter_string)
elif type == "SingleImage":
self.pyamiE = pyami.Entry(det_id=self.aminame,
channel=self.channel,
op='single')
else:
self.pyamiE = pyami.Entry(self.aminame, self.channel)
except RuntimeError:
s = "detector %s cannot be found" % self.name
logprint(s, print_screen=True)
self.pyamiE = None
def create_ami(self):
try:
if self.__filter_string is None:
#print "MATT: about to create ami entry"
self.pyamiE = pyami.Entry(self.aminame, "Scalar")
#print "MATT: created ami entry"
pass
else:
#print "MATT: about to create ami entry"
self.pyamiE = pyami.Entry(self.aminame, "Scalar",
self.__filter_string)
#print "MATT: created ami entry"
pass
except RuntimeError:
s = "detector %s cannot be found" % self.name
logprint(s, print_screen=True)
self.pyamiE = None
pass
pass
#
# Wait for the user to declare 'ready'
# Setting up monitoring displays for example
#
if options.wait:
ready = raw_input('--Hit Enter when Ready-->')
else:
time.sleep(options.tsleep)
# x = pyami.Entry('XppEnds_Ipm0:FEX:CH1','Scan','EventId',options.events)
# x = pyami.Entry('XcsEndstation-0|Ipimb-1:CH1','Scan','EventId',options.events)
# x = pyami.Entry('XppSb2_Ipm:FEX:SUM','Scalar')
# x = pyami.Entry('ProcTime','Scalar')
x = pyami.Entry('EventId', 'Scalar')
for cycle in range(options.cycles):
x.clear()
daq.begin(controls=[('EXAMPLEPV1', cycle),
('EXAMPLEPV2', 100 - cycle)],
labels=[('EXAMPLELABEL1', 'CYCLE%d' % cycle),
('EXAMPLELABEL2', 'LCYCLE%d' % options.cycles)])
# enable the EVR sequence, if necessary
# wait for disabled, then disable the EVR sequence
daq.end()
v = x.get()
class AmiScalar(pyami.Entry):
def __init__(self, name):
pyami.Entry.__init__(self, name)
class AmiAcqiris(pyami.Entry):
def __init__(self, detid, channel):
pyami.Entry.__init__(self, detid, channel)
eth_lo = 0x7f000001
eth_mc = 0xefff63e5
CxiAcq = 0x18000200
AmoETof = 0x03000200
pyami.connect(eth_mc, eth_lo, eth_lo)
x = pyami.Entry("ProcTime", "Scan", "EventId", 20)
print x.get()
name_list = [("ProcLatency", ), ("ProcTime", ),
("ProcTimeAcc", "Scan", "EventId", 20)]
x = pyami.EntryList(name_list)
print x.get()
print 'Again'
print x.get()
x = AmiAcqiris(AmoETof, 1)
x.get()
