def __init__(self):
super(IcWatcherAutomatic, self).__init__()
try:
self.conn = psycopg2.connect(dbname='icdata',
user='******',
host='pg10-srv',
password='')
print("Connected to DB")
except:
print("No access to DB")
self.wait_time = 3000
self.RUN_STATE = 1
self.atimer_run = False
self.sys_info_d = {
'logs':
cda.StrChan('cxhw:1.ic_watcher.logs', max_nelems=1024,
on_update=1),
'ofr':
cda.StrChan('cxhw:1.ic_watcher.ofr', max_nelems=1024, on_update=1)
}
self.ofr_list = []
self.devnames_dict = {'vch1000': [], 'ist': []}
self.state_chans = []
self.fail_chans = []
self.rst_list = ['rst_ilks']
self.rst_dict = {}
self.cur = self.conn.cursor()
# self.cur.execute("select devtype.name, chan.name from chan,devtype_chans,devtype "
# "where chan.id=devtype_chans.chan_id and devtype.id=devtype_chans.devtype_id and "
# "devtype.name in ('magnet') group by grouping sets((devtype.name, chan.name))")
# for elem in self.cur.fetchall():
# self.state_chans.append(elem[1])
# print('state_chans_list', self.state_chans)
self.cur.execute(
"select devtype.name, namesys.name || '.' || dev.name as full_name from dev,dev_devtype,devtype, namesys "
"where dev.id=dev_devtype.dev_id and devtype.id=dev_devtype.devtype_id and namesys.id=dev.namesys_id and "
"devtype.name in ('vch1000', 'ist') group by grouping sets((devtype.name, full_name))"
)
# for elem in self.cur.fetchall():
# self.devnames_dict[elem[0]].append(elem[1])
self.devnames_dict['ist'].append('canhw:11.vit_sim_ist')
print('devname_dict', self.devnames_dict)
for elem in self.devnames_dict:
for devname in self.devnames_dict[elem]:
chan = cda.DChan('canhw:11' + '.' + devname.split('.')[-1] +
'.' + 'is_on')
self.fail_chans.append(chan)
tmp_list = []
for rst_chan in self.rst_list:
tmp_list.append(cda.DChan(devname + '.' + rst_chan))
self.rst_dict.update({chan.name: tmp_list})
for chan in self.fail_chans:
chan.valueChanged.connect(self.auto_run)
def __init__(self, xname, zname, **kwargs):
pg.GraphicsObject.__init__(self)
self.picture = pg.QtGui.QPicture()
self.x = kwargs.get('x', 0)
self.y = kwargs.get('y', 0)
self.color = kwargs.get('color', QtCore.Qt.darkCyan)
self.chan_x = cda.DChan(name=xname)
self.chan_x.valueMeasured.connect(self.new_x)
self.chan_z = cda.DChan(name=zname)
self.chan_z.valueMeasured.connect(self.new_z)
self.point_obj()
def datareadNcalc(self,mode):
self.Magnets=[]
self.listMagnets()
self.vals={}
self.chans={}
self.chans["canhw:12.drm.Iset"]=cda.DChan("canhw:12.drm.Iset")
print("Read channels...")
print(self.Magnets)
for magname in self.Magnets:
Mcurrents = MagnetType[magname][1]
for current in Mcurrents:
if "canhw:{0}.Iset".format(current) not in self.chans.keys():
self.chans["canhw:{0}.Iset".format(current)] = cda.DChan("canhw:{0}.Iset".format(current))
connects = {k:v.valueMeasured.connect(self.callback) for (k,v) in self.chans.items()}
def __init__(self):
super(LinBeamCtl, self).__init__()
self.stateRequested = cda.InstSignal(str)
self.stateChanged = cda.InstSignal(str)
self.stateMeas = cda.InstSignal(str)
self.cav_h_iset_chan = cda.DChan('canhw:11.rst1.CAV_H.Iset',
on_update=True)
self.cav_h_imeas_chan = cda.DChan('canhw:11.rst1.CAV_H.Imes',
on_update=True)
self.cav_h_iset_chan.valueChanged.connect(self.iset_cb)
self.cav_h_imeas_chan.valueChanged.connect(self.imeas_cb)
self.iset_saved = None
self.state = None
self.state_meas = None
def create_chan(self, chan):
print(chan.val)
channel = cda.DChan(self.chans[self.i] + '.Iset', private=1)
self.dict_chans[self.i] = channel
self.dict_chans[self.i].valueMeasured.connect(self.connection_check)
self.i += 1
print('connection added')
print(self.dict_chans)
def __init__(self):
self.runmodeChanged = cda.InstSignal(str)
self.nshotsChanged = cda.InstSignal(int)
self.runDone = cda.InstSignal()
# state variables.
self.runmode = None
self.runmode_req = False
self.running = False
self.run_req = False
self.nshots = 0 # number of requested shots
self.nshots_req = False
self.eshots = 5
self.pshots = 10
self.particles = 'e'
self.c_runmode = cda.DChan(prefix + 'syn_ie4.mode', on_update=True)
self.c_start = cda.DChan(prefix + 'syn_ie4.bum_start', on_update=True)
self.c_stop = cda.DChan(prefix + 'syn_ie4.bum_stop', on_update=True)
self.c_lamsig = cda.DChan(prefix + 'syn_ie4.lam_sig', on_update=True)
self.c_nshots = cda.DChan(prefix + 'syn_ie4.re_bum', on_update=True)
self.c_runmode.valueMeasured.connect(self.runmode_update)
self.c_nshots.valueChanged.connect(self.nshots_update)
self.c_lamsig.valueMeasured.connect(self.done_proc)
self.c_eshots = cda.DChan('cxhw:0.ddm.eshots')
self.c_pshots = cda.DChan('cxhw:0.ddm.pshots')
self.c_eshots.valueChanged.connect(self.shots_update)
self.c_pshots.valueChanged.connect(self.shots_update)
def __init__(self, dname, dtype, dcnd, dstate_chans, sys_info_d, ofr_list):
super(Dev, self).__init__()
self.fail_count = {
'curr_state': 0,
'range_state': 0,
'is_on': 0,
'ilk': 0
}
self.chans = []
self.values = {}
self.cnd_callback = {}
self.sys_chans = {}
self.ps_error = {'time': 0, 'val': 0, 'prev': 0}
for dchan in dstate_chans:
if dname == 'canhw:11.vit_sim_ist':
chan = cda.DChan('canhw:11' + '.' + dname.split('.')[-1] +
'.' + dchan)
self.sys_chans[dchan] = chan
else:
chan = cda.DChan('cxhw:1' + '.' + dname.split('.')[-1] + '.' +
dchan)
self.sys_chans[dchan] = chan
for dchan in dtype:
chan = cda.DChan(dname + '.' + dchan)
chan.valueChanged.connect(self.ps_change_state)
self.chans.append(chan)
self.values[chan.name] = None
for elem in dcnd:
try:
for cnd_name in elem['chans']:
if chan.name.split('.')[-1] == cnd_name:
# print(chan.name, cnd_name)
self.cnd_callback[chan.name] = getattr(
Cond(dname, dchan, self.values, elem,
self.sys_chans, sys_info_d, ofr_list,
self.fail_count, self.ps_error),
elem['func'])
except Exception as err:
print('callbacks creating', err)
def add_row(self, name, descr, cors_list):
handle_params = {}
self.handles_renum()
self.handle_descr[0] = {'name': name, 'descr': descr, 'cor_list': []}
for cor in cors_list:
if cor['name'].split('.')[-1][0] == 'G':
handle_params[cor['name'].split('.')[-1]] = [
cda.DChan(cor['name'] + '.Uset'), cor['step']
]
# handle_params[cor['name'].split('.')[-1]][0].valueMeasured.connect(self.CLB)
else:
handle_params[cor['name'].split('.')[-1]] = [
cda.DChan(cor['name'] + '.Iset'), cor['step']
]
# handle_params[cor['name'].split('.')[-1]][0].valueMeasured.connect(self.CLB)
self.handle_descr[0]['cor_list'].append(cor)
self.table.insertRow(0)
self.table.setItem(0, 0, QTableWidgetItem(name))
self.table.setItem(0, 1, QTableWidgetItem(descr))
self.handles[0] = handle_params
def __init__(self,
call_upon_completion,
name,
it_id,
step,
n_mesh,
prg,
resp_type='coords'):
super(CorMeasure, self).__init__()
self.chans = {'Iset': None, 'Imes': None}
self.val = {'Iset': None, 'Imes': None, 'time': None}
self.name = name
self.id = it_id
self.init_val = None
self.step = step
self.n_mesh = -1 * n_mesh
self.prg = prg
self.stop = n_mesh + 1
self.response = None
self.std_err = None
self.status = None
self.flag = False
self.time_flag = False
self.err_flag = False
self.data_flag = True
self.time_stamp = 0
self.resp_type = resp_type
self.callback = call_upon_completion
self.chan_resps = {
'coords':
cda.VChan('cxhw:4.bpm_preproc.orbit', max_nelems=64),
'tunes':
cda.VChan('cxhw:4.bpm_preproc.tunes', max_nelems=2, on_update=1)
}
self.cor_data_resps = {
'coords': np.zeros([
32,
]),
'tunes': np.zeros([
2,
])
}
self.cor_std = np.zeros([
32,
])
for chan in ['Iset', 'Imes']:
cor_chan = cda.DChan(name + '.' + chan)
cor_chan.valueMeasured.connect(self.val_change)
self.chans[chan] = cor_chan
self.cor_data = self.cor_data_resps[resp_type]
self.chan_data = self.chan_resps[resp_type]
self.chan_data.valueMeasured.connect(self.data_proc)
def make_orbit_cor(d, rev_rm, cor_names):
chans_list = []
log = {}
d_i = np.dot(rev_rm, d)
for cor_name in cor_names:
cor_chan = cda.DChan('canhw:12.' + cor_name + '.Iset')
chans_list.append(cor_chan)
for i in range(len(d_i) - 1):
chans_list[i].setValue(d_i[i] / 100)
log[chans_list[i].name] = d_i[i] / 100
f = open('last_log', 'w')
f.write(json.dumps(log))
f.close()
def chans_connect(self, chans, values, names, devtype='UM4'):
try:
conn = psycopg2.connect(dbname='icdata',
user='******',
host='pg10-srv',
password='')
print("Connected to DB")
except Exception as err:
print("No access to DB", err)
devnames_list = []
chan_list = []
cur = conn.cursor()
cur.execute(
"select devtype.name, namesys.name || '.' || dev.name as full_name from dev,dev_devtype,devtype, namesys "
"where dev.id=dev_devtype.dev_id and devtype.id=dev_devtype.devtype_id and namesys.id=dev.namesys_id and "
"devtype.name in (%(DEVTYPE)s) group by grouping sets((devtype.name, full_name))",
{'DEVTYPE': devtype})
for elem in cur.fetchall():
devnames_list.append(elem[1])
print('devname_list', devnames_list)
for key in chans:
chan_list.append(key)
for dname in devnames_list:
name = dname.split('.')[-1]
print(name, names)
if name in names:
for chan_type in chan_list:
print(dname + '.' + chan_type)
if devtype == 'UM4':
chan = cda.DChan(dname + '.' + chan_type)
elif devtype == 'ring_bpm_preproc':
chan = cda.VChan(dname + '.' + chan_type,
max_nelems=16)
else:
print('unknown devtype: ', devtype)
break
chans[chan_type][name] = chan
values[chan_type][name] = None
chan.valueMeasured.connect(
functools.partial(self.chan_val_change, chan, values))
print(chans)
return values, chans
def __init__(self, call_upon_completion, name, step, stop, odz, elem_prg):
super(Magnetization, self).__init__()
self.chans = {'Iset': None, 'Imes': None}
self.val = {'Iset': None, 'Imes': None}
self.name = name
self.init_val = None
self.step = step
self.stop = stop
self.counter = 0
self.status = None
self.flag = False
self.time_flag = False
self.err_flag = False
self.time_stamp = 0
self.odz = odz
self.elem_prg = elem_prg
self.callback = call_upon_completion
for chan in ['Iset', 'Imes']:
cor_chan = cda.DChan(name + '.' + chan)
cor_chan.valueMeasured.connect(self.val_change)
self.chans[chan] = cor_chan
def __init__(self, devname, name=None):
super(MagWalker, self).__init__()
self.done = cda.InstSignal(str)
self.progressing = cda.InstSignal(str, int)
self.started = cda.InstSignal(str)
self.devname = devname
self.name = name
if name is None:
self.name = devname
# channels:
# walker.list - requested list of points to go through
# walker.start - run process
# walker.stop - stop running
# walker.cur_step - current step, -1 when stopped (or finished)
self.list_chan = cda.VChan(devname + '.walker.list',
dtype=cda.DTYPE_DOUBLE,
max_nelems=20,
on_update=True)
self.start_chan = cda.DChan(devname + '.walker.start', on_update=True)
self.stop_chan = cda.DChan(devname + '.walker.stop', on_update=True)
self.cur_step_chan = cda.DChan(devname + '.walker.cur_step',
on_update=True)
self.iset_cur_chan = cda.DChan(devname + '.iset_cur', on_update=True)
self.iset_chan = cda.DChan(devname + '.iset', on_update=True)
# just for some control
self.imeas_chan = cda.DChan(devname + '.imes', on_update=True)
self.initialized = False
self.cur_list = None
self.requested_list = None
self.run_requested = False
self.running = False
self.progress = 0
self.step = -1
self.step_pos = 0
self.path_length = 0
self.start_iset = 0
self.ext_cur_list = None
self.list_chan.valueMeasured.connect(self.list_update)
self.cur_step_chan.valueChanged.connect(self.step_update)
self.iset_cur_chan.valueChanged.connect(self.iset_cur_update)
def __init__(self):
super().__init__()
self.particles = "e"
self.req_particles = None
self.pu_mode = None
self.req_pu_mode = None
self.req_kickers_mode = False
self.state = 'idle'
self.ic_runmode = 'idle'
self.linStarter = LinStarter()
self.extractor = Extractor()
self.modeCtl = ModesClient()
self.pu_ctl = PUSwitcher()
self.mode_subsys = [37, 38, 39]
self.modeCtl.markedReady.connect(self.kickers_loaded)
self.linStarter.runDone.connect(self.next_state)
self.extractor.extractionDone.connect(self.next_state)
self.pu_ctl.switching_done.connect(self.next_state)
self.timer = cda.Timer()
self.calibr_timer = cda.Timer()
self.states = [
self.__idle, self.__preinject, self.__inject2, self.__injected,
self.__preextract, self.__extract2, self.__extracted,
self.__pu_switching, self.__pu_switched
]
# output channels
self.c_state = cda.StrChan('cxhw:0.ddm.state',
on_update=True,
max_nelems=20)
self.c_stateMsg = cda.StrChan('cxhw:0.ddm.stateMsg',
on_update=True,
max_nelems=100)
self.c_icrunmode = cda.StrChan('cxhw:0.ddm.ICRunMode',
on_update=True,
max_nelems=20)
# command channels
self.cmds = [
'stop', 'inject', 'extract', 'nround', 'autorun', 'e2v4', 'p2v4',
'e2v2', 'p2v2'
]
self.c_cmds = [
cda.IChan('cxhw:0.ddm.' + x, on_update=True) for x in self.cmds
]
for c in self.c_cmds:
c.valueMeasured.connect(self.cmd_proc)
# option-command channels
self.c_particles = cda.StrChan('cxhw:0.ddm.particles',
on_update=True,
max_nelems=20)
self.c_particles.valueMeasured.connect(self.particles_update)
self.c_particles.setValue(self.particles)
self.c_extr_train = cda.IChan('cxhw:0.ddm.extr_train', on_update=True)
self.c_extr_train.valueMeasured.connect(self.train_proc)
self.c_extr_train_interval = cda.DChan(
'cxhw:0.ddm.extr_train_interval', on_update=True)
self.c_extr_train_interval.valueMeasured.connect(
self.train_interval_update)
# event channels
self.c_injected = cda.IChan('cxhw:0.ddm.injected', on_update=True)
self.c_extracted = cda.IChan('cxhw:0.ddm.extracted', on_update=True)
# beam current channels
self.c_beamcur = cda.DChan('cxhw:0.dcct.beamcurrent', on_update=True)
self.c_extr_beamCur = cda.DChan('cxhw:0.dcct.ExtractionCurrent',
on_update=True)
self.c_v2k_auto = cda.IChan('cxhw:0.ddm.v2k_auto', on_update=True)
self.c_v2k_particles = cda.StrChan('cxhw:0.bep.particles',
on_update=True,
max_nelems=20)
self.c_v2k_particles.valueMeasured.connect(self.v2k_auto_mode)
self.c_v2k_offline = cda.IChan('cxhw:0.bep.offline', on_update=True)
self.c_v2k_offline.valueMeasured.connect(self.v2k_offline_proc)
self.linbeam_cor = LinBeamCtl()
def __init__(self):
super(InjTune, self).__init__()
path = os.getcwd()
direc = re.sub('knobs', 'uis', path)
conf = re.sub('knobs', 'config', path)
self.p_win = uic.loadUi(direc + "/inj_vs_tune.ui")
self.setWindowTitle('InjResp')
self.p_win.show()
soft_conf = load_config_knob(conf + '/knobd_conf.txt')
chan_conf = soft_conf['chans_conf']
for chan in [
'res', 'cmd', 'tunes', 'extractioncurrent', 'eshots', 'pshots',
'modet', 'extracted'
]:
if chan not in chan_conf:
print(chan + ' is absent in knobd_conf')
sys.exit(app.exec_())
self.chan_cmd = cda.StrChan(**chan_conf['cmd'])
self.chan_res = cda.StrChan(**chan_conf['res'])
self.chan_res.valueMeasured.connect(self.res)
self.chan_tunes = cda.VChan(**chan_conf['tunes'])
self.chan_tunes.valueMeasured.connect(self.tunes_changed)
self.chan_extracted = cda.DChan(**chan_conf['extractioncurrent'])
self.chan_extracted.valueMeasured.connect(self.extracted_current)
self.chan_eshots = cda.DChan(**chan_conf['eshots'])
self.chan_eshots.valueMeasured.connect(self.shots_num)
self.chan_pshots = cda.DChan(**chan_conf['pshots'])
self.chan_pshots.valueMeasured.connect(self.shots_num)
self.chan_modet = cda.StrChan(**chan_conf['modet'])
self.chan_modet.valueMeasured.connect(self.modet)
self.chan_modet = cda.DChan(**chan_conf['extracted'])
self.chan_modet.valueMeasured.connect(self.extraction)
self.p_win.handles_table.cellPressed.connect(self.index)
self.handle_1: object = BtnHandle(self.p_win.btn_handle_1, 'Handle #1',
'Handle #2')
self.p_win.btn_handle_1.clicked.connect(
partial(self.hand_choosed, self.handle_1))
self.handle_2: object = BtnHandle(self.p_win.btn_handle_2, 'Handle #2',
'Handle #1')
self.p_win.btn_handle_2.clicked.connect(
partial(self.hand_choosed, self.handle_2))
self.p_win.btn_start.clicked.connect(self.start)
#########################
self.shift: function = None # tune shift func
self.handle: object = None
##########################
self.extraction_flag: bool = False
self.cur_flag: bool = False
self.tunes_flag: bool = False
self.shots_skip: dict = {'p': 10, 'e': 2}
##########################
self.marked_row: int = None
self.cross_booked: dict = {'Handle #1': None, 'Handle #2': None}
##########################
self.mode: str = 'e'
self.cur_tunes: list = [0.0, 0.0]
self.ring_cur_arr: list = []
self.ring_cur_data: dict = {}
##########################
self.skip_counter: int = 0
self.counter: int = 0
self.n_amount: int = 36
self.shots_counter: int = 1
self.n_mesh: int = 1
self.n_shots: int = 3
self.cur_1_it: int = 0
self.cur_2_it: int = 0
##########################
self.load_handles()
def init_chans(self):
self.chan_adc200_ptsofs_1 = cda.DChan("cxhw:18.adc200_kkr1.ptsofs")
self.chan_adc200_ptsofs_2 = cda.DChan("cxhw:18.adc200_kkr2.ptsofs")
self.chan_adc200_numpts_1 = cda.DChan("cxhw:18.adc200_kkr1.numpts")
self.chan_adc200_numpts_2 = cda.DChan("cxhw:18.adc200_kkr2.numpts")
self.chan_adc200_timing_1 = cda.DChan("cxhw:18.adc200_kkr1.timing")
self.chan_adc200_timing_2 = cda.DChan("cxhw:18.adc200_kkr2.timing")
self.chan_adc200_frq_div_1 = cda.DChan("cxhw:18.adc200_kkr1.frqdiv")
self.chan_adc200_frq_div_2 = cda.DChan("cxhw:18.adc200_kkr2.frqdiv")
self.chan_adc200_range_1_1 = cda.DChan("cxhw:18.adc200_kkr1.range1")
self.chan_adc200_range_1_2 = cda.DChan("cxhw:18.adc200_kkr1.range2")
self.chan_adc200_range_2_1 = cda.DChan("cxhw:18.adc200_kkr2.range1")
self.chan_adc200_range_2_2 = cda.DChan("cxhw:18.adc200_kkr2.range2")
self.chan_pp = cda.VChan("cxhw:18.adc200_kkr1.line1", max_nelems=424)
self.chan_pn = cda.VChan("cxhw:18.adc200_kkr1.line2", max_nelems=424)
self.chan_kp = cda.VChan("cxhw:18.adc200_kkr2.line1", max_nelems=424)
self.chan_kn = cda.VChan("cxhw:18.adc200_kkr2.line2", max_nelems=424)
self.chan_sel_all = cda.DChan("cxhw:18.kkr_sel_all.0")
self.cmd_chan = cda.StrChan("cxhw:2.kickADCproc.inj.cmd",
on_update=1,
max_nelems=1024)
self.res_chan = cda.StrChan("cxhw:2.kickADCproc.inj.res",
on_update=1,
max_nelems=1024)
self.chan_ic_mode = cda.StrChan("cxhw:0.k500.modet", max_nelems=4)
self.chan_Tgood_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.Tgood",
max_nelems=1024) # positrons "-" prekick
self.chan_Ugood_ppn = cda.VChan("cxhw:2.inj.prekick.p.neg.Ugood",
max_nelems=1024)
self.chan_Ttemp_ppn = cda.VChan("cxhw:2.inj.prekick.p.neg.Ttemp",
max_nelems=1024)
self.chan_Utemp_ppn = cda.VChan("cxhw:2.inj.prekick.p.neg.Utemp",
max_nelems=1024)
self.chan_delta_a_ppn = cda.DChan("cxhw:2.inj.prekick.p.neg.delta_a")
self.chan_delta_t_ppn = cda.DChan("cxhw:2.inj.prekick.p.neg.delta_t")
self.chan_n_interp_ppn = cda.DChan("cxhw:2.inj.prekick.p.neg.n_interp")
self.chan_sigma_t_ppn = cda.DChan("cxhw:2.inj.prekick.p.neg.sigma_cur")
self.chan_delta_arr_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.delta_t_array", max_nelems=100)
self.chan_t_peak_ppn = cda.DChan("cxhw:2.inj.prekick.p.neg.t_peak")
self.chan_histo_range_ppn = cda.DChan(
"cxhw:2.inj.prekick.p.neg.histo_range")
self.chan_histo_x_all_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_x_all", max_nelems=100)
self.chan_histo_y_all_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_y_all", max_nelems=100)
self.chan_histo_x_1_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_x_1", max_nelems=101)
self.chan_histo_y_1_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_y_1", max_nelems=101)
self.chan_histo_x_2_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_x_2", max_nelems=101)
self.chan_histo_y_2_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_y_2", max_nelems=101)
self.chan_histo_x_3_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_x_3", max_nelems=101)
self.chan_histo_y_3_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_y_3", max_nelems=101)
self.chan_abs_a_good_ppn = cda.DChan(
"cxhw:2.inj.prekick.p.neg.abs_a_good")
self.chan_Tgood_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.Tgood",
max_nelems=1024) # positrons "-" kick
self.chan_Ugood_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.Ugood",
max_nelems=1024)
self.chan_Ttemp_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.Ttemp",
max_nelems=1024)
self.chan_Utemp_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.Utemp",
max_nelems=1024)
self.chan_delta_a_kpn = cda.DChan("cxhw:2.inj.kick.p.neg.delta_a")
self.chan_delta_t_kpn = cda.DChan("cxhw:2.inj.kick.p.neg.delta_t")
self.chan_n_interp_kpn = cda.DChan("cxhw:2.inj.kick.p.neg.n_interp")
self.chan_sigma_t_kpn = cda.DChan("cxhw:2.inj.kick.p.neg.sigma_cur")
self.chan_delta_arr_kpn = cda.VChan(
"cxhw:2.inj.kick.p.neg.delta_t_array", max_nelems=200)
self.chan_t_peak_kpn = cda.DChan("cxhw:2.inj.kick.p.neg.t_peak")
self.chan_histo_x_all_kpn = cda.VChan(
"cxhw:2.inj.kick.p.neg.histo_x_all", max_nelems=100)
self.chan_histo_y_all_kpn = cda.VChan(
"cxhw:2.inj.kick.p.neg.histo_y_all", max_nelems=100)
self.chan_histo_x_1_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_x_1",
max_nelems=101)
self.chan_histo_y_1_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_y_1",
max_nelems=101)
self.chan_histo_x_2_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_x_2",
max_nelems=101)
self.chan_histo_y_2_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_y_2",
max_nelems=101)
self.chan_histo_x_3_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_x_3",
max_nelems=101)
self.chan_histo_y_3_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_y_3",
max_nelems=101)
self.chan_abs_a_good_kpn = cda.DChan(
"cxhw:2.inj.kick.p.neg.abs_a_good")
self.chan_Tgood_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.Tgood",
max_nelems=1024) # positrons "+" prekick
self.chan_Ugood_ppp = cda.VChan("cxhw:2.inj.prekick.p.pos.Ugood",
max_nelems=1024)
self.chan_Ttemp_ppp = cda.VChan("cxhw:2.inj.prekick.p.pos.Ttemp",
max_nelems=1024)
self.chan_Utemp_ppp = cda.VChan("cxhw:2.inj.prekick.p.pos.Utemp",
max_nelems=1024)
self.chan_delta_a_ppp = cda.DChan("cxhw:2.inj.prekick.p.pos.delta_a")
self.chan_delta_t_ppp = cda.DChan("cxhw:2.inj.prekick.p.pos.delta_t")
self.chan_n_interp_ppp = cda.DChan("cxhw:2.inj.prekick.p.pos.n_interp")
self.chan_sigma_t_ppp = cda.DChan("cxhw:2.inj.prekick.p.pos.sigma_cur")
self.chan_delta_arr_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.delta_t_array", max_nelems=200)
self.chan_t_peak_ppp = cda.DChan("cxhw:2.inj.prekick.p.pos.t_peak")
self.chan_histo_x_all_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_x_all", max_nelems=100)
self.chan_histo_y_all_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_y_all", max_nelems=100)
self.chan_histo_x_1_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_x_1", max_nelems=101)
self.chan_histo_y_1_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_y_1", max_nelems=101)
self.chan_histo_x_2_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_x_2", max_nelems=101)
self.chan_histo_y_2_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_y_2", max_nelems=101)
self.chan_histo_x_3_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_x_3", max_nelems=101)
self.chan_histo_y_3_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_y_3", max_nelems=101)
self.chan_abs_a_good_ppp = cda.DChan(
"cxhw:2.inj.prekick.p.pos.abs_a_good")
self.chan_Tgood_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.Tgood",
max_nelems=1024) # positrons "+" kick
self.chan_Ugood_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.Ugood",
max_nelems=1024)
self.chan_Ttemp_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.Ttemp",
max_nelems=1024)
self.chan_Utemp_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.Utemp",
max_nelems=1024)
self.chan_delta_a_kpp = cda.DChan("cxhw:2.inj.kick.p.pos.delta_a")
self.chan_delta_t_kpp = cda.DChan("cxhw:2.inj.kick.p.pos.delta_t")
self.chan_n_interp_kpp = cda.DChan("cxhw:2.inj.kick.p.pos.n_interp")
self.chan_sigma_t_kpp = cda.DChan("cxhw:2.inj.kick.p.pos.sigma_cur")
self.chan_delta_arr_kpp = cda.VChan(
"cxhw:2.inj.kick.p.pos.delta_t_array", max_nelems=200)
self.chan_t_peak_kpp = cda.DChan("cxhw:2.inj.kick.p.pos.t_peak")
self.chan_histo_x_all_kpp = cda.VChan(
"cxhw:2.inj.kick.p.pos.histo_x_all", max_nelems=100)
self.chan_histo_y_all_kpp = cda.VChan(
"cxhw:2.inj.kick.p.pos.histo_y_all", max_nelems=100)
self.chan_histo_x_1_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_x_1",
max_nelems=101)
self.chan_histo_y_1_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_y_1",
max_nelems=101)
self.chan_histo_x_2_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_x_2",
max_nelems=101)
self.chan_histo_y_2_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_y_2",
max_nelems=101)
self.chan_histo_x_3_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_x_3",
max_nelems=101)
self.chan_histo_y_3_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_y_3",
max_nelems=101)
self.chan_abs_a_good_kpp = cda.DChan(
"cxhw:2.inj.kick.p.pos.abs_a_good")
self.chan_Tgood_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.Tgood",
max_nelems=1024) # electrons "-" prekick
self.chan_Ugood_pen = cda.VChan("cxhw:2.inj.prekick.e.neg.Ugood",
max_nelems=1024)
self.chan_Ttemp_pen = cda.VChan("cxhw:2.inj.prekick.e.neg.Ttemp",
max_nelems=1024)
self.chan_Utemp_pen = cda.VChan("cxhw:2.inj.prekick.e.neg.Utemp",
max_nelems=1024)
self.chan_delta_a_pen = cda.DChan("cxhw:2.inj.prekick.e.neg.delta_a")
self.chan_delta_t_pen = cda.DChan("cxhw:2.inj.prekick.e.neg.delta_t")
self.chan_n_interp_pen = cda.DChan("cxhw:2.inj.prekick.e.neg.n_interp")
self.chan_sigma_t_pen = cda.DChan("cxhw:2.inj.prekick.e.neg.sigma_cur")
self.chan_delta_arr_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.delta_t_array", max_nelems=200)
self.chan_t_peak_pen = cda.DChan("cxhw:2.inj.prekick.e.neg.t_peak")
self.chan_histo_x_all_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_x_all", max_nelems=100)
self.chan_histo_y_all_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_y_all", max_nelems=100)
self.chan_histo_x_1_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_x_1", max_nelems=101)
self.chan_histo_y_1_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_y_1", max_nelems=101)
self.chan_histo_x_2_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_x_2", max_nelems=101)
self.chan_histo_y_2_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_y_2", max_nelems=101)
self.chan_histo_x_3_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_x_3", max_nelems=101)
self.chan_histo_y_3_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_y_3", max_nelems=101)
self.chan_abs_a_good_pen = cda.DChan(
"cxhw:2.inj.prekick.e.neg.abs_a_good")
self.chan_Tgood_ken = cda.VChan("cxhw:2.inj.kick.e.neg.Tgood",
max_nelems=1024) # electrons "-" kick
self.chan_Ugood_ken = cda.VChan("cxhw:2.inj.kick.e.neg.Ugood",
max_nelems=1024)
self.chan_Ttemp_ken = cda.VChan("cxhw:2.inj.kick.e.neg.Ttemp",
max_nelems=1024)
self.chan_Utemp_ken = cda.VChan("cxhw:2.inj.kick.e.neg.Utemp",
max_nelems=1024)
self.chan_delta_a_ken = cda.DChan("cxhw:2.inj.kick.e.neg.delta_a")
self.chan_delta_t_ken = cda.DChan("cxhw:2.inj.kick.e.neg.delta_t")
self.chan_n_interp_ken = cda.DChan("cxhw:2.inj.kick.e.neg.n_interp")
self.chan_sigma_t_ken = cda.DChan("cxhw:2.inj.kick.e.neg.sigma_cur")
self.chan_delta_arr_ken = cda.VChan(
"cxhw:2.inj.kick.e.neg.delta_t_array", max_nelems=200)
self.chan_t_peak_ken = cda.DChan("cxhw:2.inj.kick.e.neg.t_peak")
self.chan_histo_x_all_ken = cda.VChan(
"cxhw:2.inj.kick.e.neg.histo_x_all", max_nelems=100)
self.chan_histo_y_all_ken = cda.VChan(
"cxhw:2.inj.kick.e.neg.histo_y_all", max_nelems=100)
self.chan_histo_x_1_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_x_1",
max_nelems=101)
self.chan_histo_y_1_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_y_1",
max_nelems=101)
self.chan_histo_x_2_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_x_2",
max_nelems=101)
self.chan_histo_y_2_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_y_2",
max_nelems=101)
self.chan_histo_x_3_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_x_3",
max_nelems=101)
self.chan_histo_y_3_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_y_3",
max_nelems=101)
self.chan_abs_a_good_ken = cda.DChan(
"cxhw:2.inj.kick.e.neg.abs_a_good")
self.chan_Tgood_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.Tgood",
max_nelems=1024) # electrons "+" prekick
self.chan_Ugood_pep = cda.VChan("cxhw:2.inj.prekick.e.pos.Ugood",
max_nelems=1024)
self.chan_Ttemp_pep = cda.VChan("cxhw:2.inj.prekick.e.pos.Ttemp",
max_nelems=1024)
self.chan_Utemp_pep = cda.VChan("cxhw:2.inj.prekick.e.pos.Utemp",
max_nelems=1024)
self.chan_delta_a_pep = cda.DChan("cxhw:2.inj.prekick.e.pos.delta_a")
self.chan_delta_t_pep = cda.DChan("cxhw:2.inj.prekick.e.pos.delta_t")
self.chan_n_interp_pep = cda.DChan("cxhw:2.inj.prekick.e.pos.n_interp")
self.chan_sigma_t_pep = cda.DChan("cxhw:2.inj.prekick.e.pos.sigma_cur")
self.chan_delta_arr_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.delta_t_array", max_nelems=200)
self.chan_t_peak_pep = cda.DChan("cxhw:2.inj.prekick.e.pos.t_peak")
self.chan_histo_x_all_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_x_all", max_nelems=100)
self.chan_histo_y_all_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_y_all", max_nelems=100)
self.chan_histo_x_1_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_x_1", max_nelems=101)
self.chan_histo_y_1_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_y_1", max_nelems=101)
self.chan_histo_x_2_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_x_2", max_nelems=101)
self.chan_histo_y_2_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_y_2", max_nelems=101)
self.chan_histo_x_3_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_x_3", max_nelems=101)
self.chan_histo_y_3_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_y_3", max_nelems=101)
self.chan_abs_a_good_pep = cda.DChan(
"cxhw:2.inj.prekick.e.pos.abs_a_good")
self.chan_Tgood_kep = cda.VChan("cxhw:2.inj.kick.e.pos.Tgood",
max_nelems=1024) # electrons "+" kick
self.chan_Ugood_kep = cda.VChan("cxhw:2.inj.kick.e.pos.Ugood",
max_nelems=1024)
self.chan_Ttemp_kep = cda.VChan("cxhw:2.inj.kick.e.pos.Ttemp",
max_nelems=1024)
self.chan_Utemp_kep = cda.VChan("cxhw:2.inj.kick.e.pos.Utemp",
max_nelems=1024)
self.chan_delta_a_kep = cda.DChan("cxhw:2.inj.kick.e.pos.delta_a")
self.chan_delta_t_kep = cda.DChan("cxhw:2.inj.kick.e.pos.delta_t")
self.chan_n_interp_kep = cda.DChan("cxhw:2.inj.kick.e.pos.n_interp")
self.chan_sigma_t_kep = cda.DChan("cxhw:2.inj.kick.e.pos.sigma_cur")
self.chan_delta_arr_kep = cda.VChan(
"cxhw:2.inj.kick.e.pos.delta_t_array", max_nelems=200)
self.chan_t_peak_kep = cda.DChan("cxhw:2.inj.kick.e.pos.t_peak")
self.chan_histo_x_all_kep = cda.VChan(
"cxhw:2.inj.kick.e.pos.histo_x_all", max_nelems=100)
self.chan_histo_y_all_kep = cda.VChan(
"cxhw:2.inj.kick.e.pos.histo_y_all", max_nelems=100)
self.chan_histo_x_1_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_x_1",
max_nelems=101)
self.chan_histo_y_1_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_y_1",
max_nelems=101)
self.chan_histo_x_2_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_x_2",
max_nelems=101)
self.chan_histo_y_2_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_y_2",
max_nelems=101)
self.chan_histo_x_3_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_x_3",
max_nelems=101)
self.chan_histo_y_3_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_y_3",
max_nelems=101)
self.chan_abs_a_good_kep = cda.DChan(
"cxhw:2.inj.kick.e.pos.abs_a_good")
self.list_hist_ppp = [
self.chan_histo_x_all_ppp, self.chan_histo_y_all_ppp,
self.chan_histo_x_1_ppp, self.chan_histo_y_1_ppp,
self.chan_histo_x_2_ppp, self.chan_histo_y_2_ppp,
self.chan_histo_x_3_ppp, self.chan_histo_y_3_ppp
]
self.list_hist_ppn = [
self.chan_histo_x_all_ppn, self.chan_histo_y_all_ppn,
self.chan_histo_x_1_ppn, self.chan_histo_y_1_ppn,
self.chan_histo_x_2_ppn, self.chan_histo_y_2_ppn,
self.chan_histo_x_3_ppn, self.chan_histo_y_3_ppn
]
self.list_hist_kpp = [
self.chan_histo_x_all_kpp, self.chan_histo_y_all_kpp,
self.chan_histo_x_1_kpp, self.chan_histo_y_1_kpp,
self.chan_histo_x_2_kpp, self.chan_histo_y_2_kpp,
self.chan_histo_x_3_kpp, self.chan_histo_y_3_kpp
]
self.list_hist_kpn = [
self.chan_histo_x_all_kpn, self.chan_histo_y_all_kpn,
self.chan_histo_x_1_kpn, self.chan_histo_y_1_kpn,
self.chan_histo_x_2_kpn, self.chan_histo_y_2_kpn,
self.chan_histo_x_3_kpn, self.chan_histo_y_3_kpn
]
self.list_hist_pep = [
self.chan_histo_x_all_pep, self.chan_histo_y_all_pep,
self.chan_histo_x_1_pep, self.chan_histo_y_1_pep,
self.chan_histo_x_2_pep, self.chan_histo_y_2_pep,
self.chan_histo_x_3_ppp, self.chan_histo_y_3_ppp
]
self.list_hist_pen = [
self.chan_histo_x_all_pen, self.chan_histo_y_all_pen,
self.chan_histo_x_1_pen, self.chan_histo_y_1_pen,
self.chan_histo_x_2_pen, self.chan_histo_y_2_pen,
self.chan_histo_x_3_pen, self.chan_histo_y_3_pen
]
self.list_hist_kep = [
self.chan_histo_x_all_kep, self.chan_histo_y_all_kep,
self.chan_histo_x_1_kep, self.chan_histo_y_1_kep,
self.chan_histo_x_2_kep, self.chan_histo_y_2_kep,
self.chan_histo_x_3_kep, self.chan_histo_y_3_kep
]
self.list_hist_ken = [
self.chan_histo_x_all_ken, self.chan_histo_y_all_ken,
self.chan_histo_x_1_ken, self.chan_histo_y_1_ken,
self.chan_histo_x_2_ken, self.chan_histo_y_2_ken,
self.chan_histo_x_3_ken, self.chan_histo_y_3_ken
]
self.dict_hist = {
'cxhw:18.adc200_kkr1.line1p': self.list_hist_ppp,
'cxhw:18.adc200_kkr1.line2p': self.list_hist_ppn,
'cxhw:18.adc200_kkr2.line1p': self.list_hist_kpp,
'cxhw:18.adc200_kkr2.line2p': self.list_hist_kpn,
'cxhw:18.adc200_kkr1.line1e': self.list_hist_pep,
'cxhw:18.adc200_kkr1.line2e': self.list_hist_pen,
'cxhw:18.adc200_kkr2.line1e': self.list_hist_kep,
'cxhw:18.adc200_kkr2.line2e': self.list_hist_ken
}
self.dict_good_chans = {
'cxhw:18.adc200_kkr1.line1p': self.chan_Ugood_ppp,
'cxhw:18.adc200_kkr1.line2p': self.chan_Ugood_ppn,
'cxhw:18.adc200_kkr2.line1p': self.chan_Ugood_kpp,
'cxhw:18.adc200_kkr2.line2p': self.chan_Ugood_kpn,
'cxhw:18.adc200_kkr1.line1e': self.chan_Ugood_pep,
'cxhw:18.adc200_kkr1.line2e': self.chan_Ugood_pen,
'cxhw:18.adc200_kkr2.line1e': self.chan_Ugood_kep,
'cxhw:18.adc200_kkr2.line2e': self.chan_Ugood_ken
}
self.dict_temp_chans = {
'cxhw:18.adc200_kkr1.line1p': self.chan_Utemp_ppp,
'cxhw:18.adc200_kkr1.line2p': self.chan_Utemp_ppn,
'cxhw:18.adc200_kkr2.line1p': self.chan_Utemp_kpp,
'cxhw:18.adc200_kkr2.line2p': self.chan_Utemp_kpn,
'cxhw:18.adc200_kkr1.line1e': self.chan_Utemp_pep,
'cxhw:18.adc200_kkr1.line2e': self.chan_Utemp_pen,
'cxhw:18.adc200_kkr2.line1e': self.chan_Utemp_kep,
'cxhw:18.adc200_kkr2.line2e': self.chan_Utemp_ken
}
self.dict_delta_t = {
'cxhw:18.adc200_kkr1.line1p': self.chan_delta_t_ppp,
'cxhw:18.adc200_kkr1.line2p': self.chan_delta_t_ppn,
'cxhw:18.adc200_kkr2.line1p': self.chan_delta_t_kpp,
'cxhw:18.adc200_kkr2.line2p': self.chan_delta_t_kpn,
'cxhw:18.adc200_kkr1.line1e': self.chan_delta_t_pep,
'cxhw:18.adc200_kkr1.line2e': self.chan_delta_t_pen,
'cxhw:18.adc200_kkr2.line1e': self.chan_delta_t_kep,
'cxhw:18.adc200_kkr2.line2e': self.chan_delta_t_ken
}
self.dict_delta_arr = {
'cxhw:18.adc200_kkr1.line1p': self.chan_delta_arr_ppp,
'cxhw:18.adc200_kkr1.line2p': self.chan_delta_arr_ppn,
'cxhw:18.adc200_kkr2.line1p': self.chan_delta_arr_kpp,
'cxhw:18.adc200_kkr2.line2p': self.chan_delta_arr_kpn,
'cxhw:18.adc200_kkr1.line1e': self.chan_delta_arr_pep,
'cxhw:18.adc200_kkr1.line2e': self.chan_delta_arr_pen,
'cxhw:18.adc200_kkr2.line1e': self.chan_delta_arr_kep,
'cxhw:18.adc200_kkr2.line2e': self.chan_delta_arr_ken
}
self.dict_sigma_t = {
'cxhw:18.adc200_kkr1.line1p': self.chan_sigma_t_ppp,
'cxhw:18.adc200_kkr1.line2p': self.chan_sigma_t_ppn,
'cxhw:18.adc200_kkr2.line1p': self.chan_sigma_t_kpp,
'cxhw:18.adc200_kkr2.line2p': self.chan_sigma_t_kpn,
'cxhw:18.adc200_kkr1.line1e': self.chan_sigma_t_pep,
'cxhw:18.adc200_kkr1.line2e': self.chan_sigma_t_pen,
'cxhw:18.adc200_kkr2.line1e': self.chan_sigma_t_kep,
'cxhw:18.adc200_kkr2.line2e': self.chan_sigma_t_ken
}
self.dict_t_peak = {
'cxhw:18.adc200_kkr1.line1p': self.chan_t_peak_ppp,
'cxhw:18.adc200_kkr1.line2p': self.chan_t_peak_ppn,
'cxhw:18.adc200_kkr2.line1p': self.chan_t_peak_kpp,
'cxhw:18.adc200_kkr2.line2p': self.chan_t_peak_kpn,
'cxhw:18.adc200_kkr1.line1e': self.chan_t_peak_pep,
'cxhw:18.adc200_kkr1.line2e': self.chan_t_peak_pen,
'cxhw:18.adc200_kkr2.line1e': self.chan_t_peak_kep,
'cxhw:18.adc200_kkr2.line2e': self.chan_t_peak_ken
}
def init_chans(self):
self.chan_sel_all = cda.DChan("cxhw:18.kkr_sel_all.0")
self.cmd_chan = cda.StrChan("cxhw:2.kickADCproc.inj.cmd@u")
self.res_chan = cda.StrChan("cxhw:2.kickADCproc.inj.res@u")
self.chan_ic_mode = cda.StrChan("cxhw:0.k500.modet", max_nelems=4)
self.chan_Tgood_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.Tgood",
max_nelems=1024) # positrons "-" prekick
self.chan_Ugood_ppn = cda.VChan("cxhw:2.inj.prekick.p.neg.Ugood",
max_nelems=1024)
self.chan_Ttemp_ppn = cda.VChan("cxhw:2.inj.prekick.p.neg.Ttemp",
max_nelems=1024)
self.chan_Utemp_ppn = cda.VChan("cxhw:2.inj.prekick.p.neg.Utemp",
max_nelems=1024)
self.chan_delta_a_ppn = cda.DChan("cxhw:2.inj.prekick.p.neg.delta_a")
self.chan_delta_t_ppn = cda.DChan("cxhw:2.inj.prekick.p.neg.delta_t")
self.chan_n_interp_ppn = cda.DChan("cxhw:2.inj.prekick.p.neg.n_interp")
self.chan_sigma_t_ppn = cda.DChan("cxhw:2.inj.prekick.p.neg.sigma_cur")
self.chan_delta_arr_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.delta_t_array", max_nelems=100)
self.chan_t_peak_ppn = cda.DChan("cxhw:2.inj.prekick.p.neg.t_peak")
self.chan_histo_range_ppn = cda.DChan(
"cxhw:2.inj.prekick.p.neg.histo_range")
self.chan_histo_x_all_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_x_all", max_nelems=100)
self.chan_histo_y_all_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_y_all", max_nelems=100)
self.chan_histo_x_1_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_x_1", max_nelems=101)
self.chan_histo_y_1_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_y_1", max_nelems=101)
self.chan_histo_x_2_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_x_2", max_nelems=101)
self.chan_histo_y_2_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_y_2", max_nelems=101)
self.chan_histo_x_3_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_x_3", max_nelems=101)
self.chan_histo_y_3_ppn = cda.VChan(
"cxhw:2.inj.prekick.p.neg.histo_y_3", max_nelems=101)
self.chan_Tgood_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.Tgood",
max_nelems=1024) # positrons "-" kick
self.chan_Ugood_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.Ugood",
max_nelems=1024)
self.chan_Ttemp_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.Ttemp",
max_nelems=1024)
self.chan_Utemp_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.Utemp",
max_nelems=1024)
self.chan_delta_a_kpn = cda.DChan("cxhw:2.inj.kick.p.neg.delta_a")
self.chan_delta_t_kpn = cda.DChan("cxhw:2.inj.kick.p.neg.delta_t")
self.chan_n_interp_kpn = cda.DChan("cxhw:2.inj.kick.p.neg.n_interp")
self.chan_sigma_t_kpn = cda.DChan("cxhw:2.inj.kick.p.neg.sigma_cur")
self.chan_delta_arr_kpn = cda.VChan(
"cxhw:2.inj.kick.p.neg.delta_t_array", max_nelems=200)
self.chan_t_peak_kpn = cda.DChan("cxhw:2.inj.kick.p.neg.t_peak")
self.chan_histo_x_all_kpn = cda.VChan(
"cxhw:2.inj.kick.p.neg.histo_x_all", max_nelems=100)
self.chan_histo_y_all_kpn = cda.VChan(
"cxhw:2.inj.kick.p.neg.histo_y_all", max_nelems=100)
self.chan_histo_x_1_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_x_1",
max_nelems=101)
self.chan_histo_y_1_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_y_1",
max_nelems=101)
self.chan_histo_x_2_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_x_2",
max_nelems=101)
self.chan_histo_y_2_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_y_2",
max_nelems=101)
self.chan_histo_x_3_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_x_3",
max_nelems=101)
self.chan_histo_y_3_kpn = cda.VChan("cxhw:2.inj.kick.p.neg.histo_y_3",
max_nelems=101)
self.chan_Tgood_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.Tgood",
max_nelems=1024) # positrons "+" prekick
self.chan_Ugood_ppp = cda.VChan("cxhw:2.inj.prekick.p.pos.Ugood",
max_nelems=1024)
self.chan_Ttemp_ppp = cda.VChan("cxhw:2.inj.prekick.p.pos.Ttemp",
max_nelems=1024)
self.chan_Utemp_ppp = cda.VChan("cxhw:2.inj.prekick.p.pos.Utemp",
max_nelems=1024)
self.chan_delta_a_ppp = cda.DChan("cxhw:2.inj.prekick.p.pos.delta_a")
self.chan_delta_t_ppp = cda.DChan("cxhw:2.inj.prekick.p.pos.delta_t")
self.chan_n_interp_ppp = cda.DChan("cxhw:2.inj.prekick.p.pos.n_interp")
self.chan_sigma_t_ppp = cda.DChan("cxhw:2.inj.prekick.p.pos.sigma_cur")
self.chan_delta_arr_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.delta_t_array", max_nelems=200)
self.chan_t_peak_ppp = cda.DChan("cxhw:2.inj.prekick.p.pos.t_peak")
self.chan_histo_x_all_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_x_all", max_nelems=100)
self.chan_histo_y_all_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_y_all", max_nelems=100)
self.chan_histo_x_1_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_x_1", max_nelems=101)
self.chan_histo_y_1_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_y_1", max_nelems=101)
self.chan_histo_x_2_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_x_2", max_nelems=101)
self.chan_histo_y_2_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_y_2", max_nelems=101)
self.chan_histo_x_3_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_x_3", max_nelems=101)
self.chan_histo_y_3_ppp = cda.VChan(
"cxhw:2.inj.prekick.p.pos.histo_y_3", max_nelems=101)
self.chan_Tgood_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.Tgood",
max_nelems=1024) # positrons "+" kick
self.chan_Ugood_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.Ugood",
max_nelems=1024)
self.chan_Ttemp_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.Ttemp",
max_nelems=1024)
self.chan_Utemp_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.Utemp",
max_nelems=1024)
self.chan_delta_a_kpp = cda.DChan("cxhw:2.inj.kick.p.pos.delta_a")
self.chan_delta_t_kpp = cda.DChan("cxhw:2.inj.kick.p.pos.delta_t")
self.chan_n_interp_kpp = cda.DChan("cxhw:2.inj.kick.p.pos.n_interp")
self.chan_sigma_t_kpp = cda.DChan("cxhw:2.inj.kick.p.pos.sigma_cur")
self.chan_delta_arr_kpp = cda.VChan(
"cxhw:2.inj.kick.p.pos.delta_t_array", max_nelems=200)
self.chan_t_peak_kpp = cda.DChan("cxhw:2.inj.kick.p.pos.t_peak")
self.chan_histo_x_all_kpp = cda.VChan(
"cxhw:2.inj.kick.p.pos.histo_x_all", max_nelems=100)
self.chan_histo_y_all_kpp = cda.VChan(
"cxhw:2.inj.kick.p.pos.histo_y_all", max_nelems=100)
self.chan_histo_x_1_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_x_1",
max_nelems=101)
self.chan_histo_y_1_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_y_1",
max_nelems=101)
self.chan_histo_x_2_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_x_2",
max_nelems=101)
self.chan_histo_y_2_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_y_2",
max_nelems=101)
self.chan_histo_x_3_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_x_3",
max_nelems=101)
self.chan_histo_y_3_kpp = cda.VChan("cxhw:2.inj.kick.p.pos.histo_y_3",
max_nelems=101)
self.chan_Tgood_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.Tgood",
max_nelems=1024) # electrons "-" prekick
self.chan_Ugood_pen = cda.VChan("cxhw:2.inj.prekick.e.neg.Ugood",
max_nelems=1024)
self.chan_Ttemp_pen = cda.VChan("cxhw:2.inj.prekick.e.neg.Ttemp",
max_nelems=1024)
self.chan_Utemp_pen = cda.VChan("cxhw:2.inj.prekick.e.neg.Utemp",
max_nelems=1024)
self.chan_delta_a_pen = cda.DChan("cxhw:2.inj.prekick.e.neg.delta_a")
self.chan_delta_t_pen = cda.DChan("cxhw:2.inj.prekick.e.neg.delta_t")
self.chan_n_interp_pen = cda.DChan("cxhw:2.inj.prekick.e.neg.n_interp")
self.chan_sigma_t_pen = cda.DChan("cxhw:2.inj.prekick.e.neg.sigma_cur")
self.chan_delta_arr_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.delta_t_array", max_nelems=200)
self.chan_t_peak_pen = cda.DChan("cxhw:2.inj.prekick.e.neg.t_peak")
self.chan_histo_x_all_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_x_all", max_nelems=100)
self.chan_histo_y_all_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_y_all", max_nelems=100)
self.chan_histo_x_1_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_x_1", max_nelems=101)
self.chan_histo_y_1_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_y_1", max_nelems=101)
self.chan_histo_x_2_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_x_2", max_nelems=101)
self.chan_histo_y_2_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_y_2", max_nelems=101)
self.chan_histo_x_3_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_x_3", max_nelems=101)
self.chan_histo_y_3_pen = cda.VChan(
"cxhw:2.inj.prekick.e.neg.histo_y_3", max_nelems=101)
self.chan_Tgood_ken = cda.VChan("cxhw:2.inj.kick.e.neg.Tgood",
max_nelems=1024) # electrons "-" kick
self.chan_Ugood_ken = cda.VChan("cxhw:2.inj.kick.e.neg.Ugood",
max_nelems=1024)
self.chan_Ttemp_ken = cda.VChan("cxhw:2.inj.kick.e.neg.Ttemp",
max_nelems=1024)
self.chan_Utemp_ken = cda.VChan("cxhw:2.inj.kick.e.neg.Utemp",
max_nelems=1024)
self.chan_delta_a_ken = cda.DChan("cxhw:2.inj.kick.e.neg.delta_a")
self.chan_delta_t_ken = cda.DChan("cxhw:2.inj.kick.e.neg.delta_t")
self.chan_n_interp_ken = cda.DChan("cxhw:2.inj.kick.e.neg.n_interp")
self.chan_sigma_t_ken = cda.DChan("cxhw:2.inj.kick.e.neg.sigma_cur")
self.chan_delta_arr_ken = cda.VChan(
"cxhw:2.inj.kick.e.neg.delta_t_array", max_nelems=200)
self.chan_t_peak_ken = cda.DChan("cxhw:2.inj.kick.e.neg.t_peak")
self.chan_histo_x_all_ken = cda.VChan(
"cxhw:2.inj.kick.e.neg.histo_x_all", max_nelems=100)
self.chan_histo_y_all_ken = cda.VChan(
"cxhw:2.inj.kick.e.neg.histo_y_all", max_nelems=100)
self.chan_histo_x_1_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_x_1",
max_nelems=101)
self.chan_histo_y_1_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_y_1",
max_nelems=101)
self.chan_histo_x_2_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_x_2",
max_nelems=101)
self.chan_histo_y_2_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_y_2",
max_nelems=101)
self.chan_histo_x_3_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_x_3",
max_nelems=101)
self.chan_histo_y_3_ken = cda.VChan("cxhw:2.inj.kick.e.neg.histo_y_3",
max_nelems=101)
self.chan_Tgood_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.Tgood",
max_nelems=1024) # electrons "+" prekick
self.chan_Ugood_pep = cda.VChan("cxhw:2.inj.prekick.e.pos.Ugood",
max_nelems=1024)
self.chan_Ttemp_pep = cda.VChan("cxhw:2.inj.prekick.e.pos.Ttemp",
max_nelems=1024)
self.chan_Utemp_pep = cda.VChan("cxhw:2.inj.prekick.e.pos.Utemp",
max_nelems=1024)
self.chan_delta_a_pep = cda.DChan("cxhw:2.inj.prekick.e.pos.delta_a")
self.chan_delta_t_pep = cda.DChan("cxhw:2.inj.prekick.e.pos.delta_t")
self.chan_n_interp_pep = cda.DChan("cxhw:2.inj.prekick.e.pos.n_interp")
self.chan_sigma_t_pep = cda.DChan("cxhw:2.inj.prekick.e.pos.sigma_cur")
self.chan_delta_arr_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.delta_t_array", max_nelems=200)
self.chan_t_peak_pep = cda.DChan("cxhw:2.inj.prekick.e.pos.t_peak")
self.chan_histo_x_all_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_x_all", max_nelems=100)
self.chan_histo_y_all_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_y_all", max_nelems=100)
self.chan_histo_x_1_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_x_1", max_nelems=101)
self.chan_histo_y_1_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_y_1", max_nelems=101)
self.chan_histo_x_2_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_x_2", max_nelems=101)
self.chan_histo_y_2_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_y_2", max_nelems=101)
self.chan_histo_x_3_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_x_3", max_nelems=101)
self.chan_histo_y_3_pep = cda.VChan(
"cxhw:2.inj.prekick.e.pos.histo_y_3", max_nelems=101)
self.chan_Tgood_kep = cda.VChan("cxhw:2.inj.kick.e.pos.Tgood",
max_nelems=1024) # electrons "+" kick
self.chan_Ugood_kep = cda.VChan("cxhw:2.inj.kick.e.pos.Ugood",
max_nelems=1024)
self.chan_Ttemp_kep = cda.VChan("cxhw:2.inj.kick.e.pos.Ttemp",
max_nelems=1024)
self.chan_Utemp_kep = cda.VChan("cxhw:2.inj.kick.e.pos.Utemp",
max_nelems=1024)
self.chan_delta_a_kep = cda.DChan("cxhw:2.inj.kick.e.pos.delta_a")
self.chan_delta_t_kep = cda.DChan("cxhw:2.inj.kick.e.pos.delta_t")
self.chan_n_interp_kep = cda.DChan("cxhw:2.inj.kick.e.pos.n_interp")
self.chan_sigma_t_kep = cda.DChan("cxhw:2.inj.kick.e.pos.sigma_cur")
self.chan_delta_arr_kep = cda.VChan(
"cxhw:2.inj.kick.e.pos.delta_t_array", max_nelems=200)
self.chan_t_peak_kep = cda.DChan("cxhw:2.inj.kick.e.pos.t_peak")
self.chan_histo_x_all_kep = cda.VChan(
"cxhw:2.inj.kick.e.pos.histo_x_all", max_nelems=100)
self.chan_histo_y_all_kep = cda.VChan(
"cxhw:2.inj.kick.e.pos.histo_y_all", max_nelems=100)
self.chan_histo_x_1_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_x_1",
max_nelems=101)
self.chan_histo_y_1_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_y_1",
max_nelems=101)
self.chan_histo_x_2_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_x_2",
max_nelems=101)
self.chan_histo_y_2_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_y_2",
max_nelems=101)
self.chan_histo_x_3_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_x_3",
max_nelems=101)
self.chan_histo_y_3_kep = cda.VChan("cxhw:2.inj.kick.e.pos.histo_y_3",
max_nelems=101)
self.dict_count = {
'cxhw:2.inj.prekick.p.neg.Utemp': 0,
'cxhw:2.inj.kick.p.neg.Utemp': 0,
'cxhw:2.inj.prekick.p.pos.Utemp': 0,
'cxhw:2.inj.kick.p.pos.Utemp': 0,
'cxhw:2.inj.prekick.e.neg.Utemp': 0,
'cxhw:2.inj.kick.e.neg.Utemp': 0,
'cxhw:2.inj.prekick.e.pos.Utemp': 0,
'cxhw:2.inj.kick.e.pos.Utemp': 0
}
self.dict_delta_t = {
'cxhw:2.inj.prekick.p.pos.Utemp': self.chan_delta_t_ppp,
'cxhw:2.inj.prekick.p.neg.Utemp': self.chan_delta_t_ppn,
'cxhw:2.inj.kick.p.pos.Utemp': self.chan_delta_t_kpp,
'cxhw:2.inj.kick.p.neg.Utemp': self.chan_delta_t_kpn,
'cxhw:2.inj.prekick.e.pos.Utemp': self.chan_delta_t_pep,
'cxhw:2.inj.prekick.e.neg.Utemp': self.chan_delta_t_pen,
'cxhw:2.inj.kick.e.pos.Utemp': self.chan_delta_t_kep,
'cxhw:2.inj.kick.e.neg.Utemp': self.chan_delta_t_ken
}
self.dict_sigma_t = {
'cxhw:2.inj.prekick.p.pos.Utemp': self.chan_sigma_t_ppp,
'cxhw:2.inj.prekick.p.neg.Utemp': self.chan_sigma_t_ppn,
'cxhw:2.inj.kick.p.pos.Utemp': self.chan_sigma_t_kpp,
'cxhw:2.inj.kick.p.neg.Utemp': self.chan_sigma_t_kpn,
'cxhw:2.inj.prekick.e.pos.Utemp': self.chan_sigma_t_pep,
'cxhw:2.inj.prekick.e.neg.Utemp': self.chan_sigma_t_pen,
'cxhw:2.inj.kick.e.pos.Utemp': self.chan_sigma_t_kep,
'cxhw:2.inj.kick.e.neg.Utemp': self.chan_sigma_t_ken
}
self.dict_good_chans = {
'cxhw:2.inj.prekick.p.pos.Utemp': self.chan_Ugood_ppp,
'cxhw:2.inj.prekick.p.neg.Utemp': self.chan_Ugood_ppn,
'cxhw:2.inj.kick.p.pos.Utemp': self.chan_Ugood_kpp,
'cxhw:2.inj.kick.p.neg.Utemp': self.chan_Ugood_kpn,
'cxhw:2.inj.prekick.e.pos.Utemp': self.chan_Ugood_pep,
'cxhw:2.inj.prekick.e.neg.Utemp': self.chan_Ugood_pen,
'cxhw:2.inj.kick.e.pos.Utemp': self.chan_Ugood_kep,
'cxhw:2.inj.kick.e.neg.Utemp': self.chan_Ugood_ken
}
self.dict_temp_chans = {
'cxhw:2.inj.prekick.p.pos.Utemp': self.chan_Utemp_ppp,
'cxhw:2.inj.prekick.p.neg.Utemp': self.chan_Utemp_ppn,
'cxhw:2.inj.kick.p.pos.Utemp': self.chan_Utemp_kpp,
'cxhw:2.inj.kick.p.neg.Utemp': self.chan_Utemp_kpn,
'cxhw:2.inj.prekick.e.pos.Utemp': self.chan_Utemp_pep,
'cxhw:2.inj.prekick.e.neg.Utemp': self.chan_Utemp_pen,
'cxhw:2.inj.kick.e.pos.Utemp': self.chan_Utemp_kep,
'cxhw:2.inj.kick.e.neg.Utemp': self.chan_Utemp_ken
}
self.list_hist_ppp = [
self.chan_histo_x_all_ppp, self.chan_histo_y_all_ppp,
self.chan_histo_x_1_ppp, self.chan_histo_y_1_ppp,
self.chan_histo_x_2_ppp, self.chan_histo_y_2_ppp,
self.chan_histo_x_3_ppp, self.chan_histo_y_3_ppp
]
self.list_hist_ppn = [
self.chan_histo_x_all_ppn, self.chan_histo_y_all_ppn,
self.chan_histo_x_1_ppn, self.chan_histo_y_1_ppn,
self.chan_histo_x_2_ppn, self.chan_histo_y_2_ppn,
self.chan_histo_x_3_ppn, self.chan_histo_y_3_ppn
]
self.list_hist_kpp = [
self.chan_histo_x_all_kpp, self.chan_histo_y_all_kpp,
self.chan_histo_x_1_kpp, self.chan_histo_y_1_kpp,
self.chan_histo_x_2_kpp, self.chan_histo_y_2_kpp,
self.chan_histo_x_3_kpp, self.chan_histo_y_3_kpp
]
self.list_hist_kpn = [
self.chan_histo_x_all_kpn, self.chan_histo_y_all_kpn,
self.chan_histo_x_1_kpn, self.chan_histo_y_1_kpn,
self.chan_histo_x_2_kpn, self.chan_histo_y_2_kpn,
self.chan_histo_x_3_kpn, self.chan_histo_y_3_kpn
]
self.list_hist_pep = [
self.chan_histo_x_all_pep, self.chan_histo_y_all_pep,
self.chan_histo_x_1_pep, self.chan_histo_y_1_pep,
self.chan_histo_x_2_pep, self.chan_histo_y_2_pep,
self.chan_histo_x_3_ppp, self.chan_histo_y_3_ppp
]
self.list_hist_pen = [
self.chan_histo_x_all_pen, self.chan_histo_y_all_pen,
self.chan_histo_x_1_pen, self.chan_histo_y_1_pen,
self.chan_histo_x_2_pen, self.chan_histo_y_2_pen,
self.chan_histo_x_3_pen, self.chan_histo_y_3_pen
]
self.list_hist_kep = [
self.chan_histo_x_all_kep, self.chan_histo_y_all_kep,
self.chan_histo_x_1_kep, self.chan_histo_y_1_kep,
self.chan_histo_x_2_kep, self.chan_histo_y_2_kep,
self.chan_histo_x_3_kep, self.chan_histo_y_3_kep
]
self.list_hist_ken = [
self.chan_histo_x_all_ken, self.chan_histo_y_all_ken,
self.chan_histo_x_1_ken, self.chan_histo_y_1_ken,
self.chan_histo_x_2_ken, self.chan_histo_y_2_ken,
self.chan_histo_x_3_ken, self.chan_histo_y_3_ken
]
self.dict_hist = {
'cxhw:2.inj.prekick.p.pos.Utemp': self.list_hist_ppp,
'cxhw:2.inj.prekick.p.neg.Utemp': self.list_hist_ppn,
'cxhw:2.inj.kick.p.pos.Utemp': self.list_hist_kpp,
'cxhw:2.inj.kick.p.neg.Utemp': self.list_hist_kpn,
'cxhw:2.inj.prekick.e.pos.Utemp': self.list_hist_pep,
'cxhw:2.inj.prekick.e.neg.Utemp': self.list_hist_pen,
'cxhw:2.inj.kick.e.pos.Utemp': self.list_hist_kep,
'cxhw:2.inj.kick.e.neg.Utemp': self.list_hist_ken
}
#!/usr/bin/env python3
import sys
import signal
from PyQt5 import QtCore
import pycx4.qcda as cda
signal.signal(signal.SIGINT, signal.SIG_DFL)
def printval(chan):
print(chan.val)
app = QtCore.QCoreApplication(sys.argv)
c = cda.DChan('canhw:13.S13_out.Imes')
c.valueMeasured.connect(printval)
app.exec_()
from PyQt5 import QtCore
# since protocol requires
flags = sys.getdlopenflags()
sys.setdlopenflags(flags | os.RTLD_GLOBAL)
import pycx4.qcda as cda
#sys.setdlopenflags(flags)
import signal
signal.signal(signal.SIGINT, signal.SIG_DFL)
def printval(chan):
print(chan.val)
app = QtCore.QCoreApplication(sys.argv)
cont = cda.Context("EPICS::")
chan = cda.DChan("V5:PA:Current1M", context=cont)
#chan = cda.Chan("canhw:13.S13_out.Imes")
chan.valueMeasured.connect(printval)
print(cont)
print(chan)
app.exec_()
#cda.main_loop()