def get_user_value_changes(self, detnum):
"""Goes through individual settings and asks the user if things are
correct
Parameters
----------
detnum : int
The detector number this detector is stored as
"""
self.print_self(detnum)
if inp.get_yes_no("Change Digitizer Setup", default_value=False):
brd = inp.get_int("New Board Number")
chan = inp.get_int("New Channel Number")
self.digi_pair = (brd, chan)
if inp.get_yes_no("Change MPOD Setup", default_value=False):
brd = inp.get_int("New Board Number")
chan = inp.get_int("New Channel Number")
self.mpod_pair = (brd, chan)
if inp.get_yes_no("Change Det. Position Offsets", default_value=False):
xoff = inp.get_float("New X Offset")
yoff = inp.get_float("New Y Offset")
zoff = inp.get_float("New Z Offset")
self.pos_offset = (xoff, yoff, zoff)
if inp.get_yes_no("Change Detector Type", default_value=False):
print "Known Types are: NaI, LS, CeBr3, HeMod, HeUnmod"
new_type = inp.get_str("New Detector Type")
self.det_type = new_type
if inp.get_yes_no("Change Projection Thresholds", default_value=False):
en_thresh = inp.get_float("New Energy Threshold for PSD Proj")
psd_thresh = inp.get_float("New PSD Threshold for Energy Proj")
self.thresh_pair = (int(en_thresh), psd_thresh)
def get_removed_dets(self):
"""Asks the user which detectors to remove"""
ans = True
while ans:
self.print_array_setup()
val = inp.get_int("Detector Number to Remove")
if val in self.det_dict:
del self.det_dict[val]
else:
print "Detector number not in array setup!"
ans = inp.get_yes_no("Remove Another Detector",
default_value=False)
def get_added_dets(self):
"""Asks the user to define new detectors"""
ans = True
while ans:
self.print_array_setup()
val = inp.get_int("New Detector Number")
if val in self.det_dict:
print "Detector number already exists!"
else:
new_det = DetectorSetup.build_new_det(val)
self.det_dict[val] = new_det
ans = inp.get_yes_no("Add Another Detector", default_value=False)
def get_modded_dets(self):
"""Asks the user to modify existing detectors"""
ans = True
while ans:
self.print_array_setup()
val = inp.get_int("Detector to modify")
if val in self.det_dict:
self.det_dict[val].get_user_value_changes(val)
else:
print "Detector does not exist"
ans = inp.get_yes_no("Modify Another Detector",
default_value=False)
def build_new_det(detnum):
"""Static method to make a new detector from user input
Parameters
----------
detnum : int
The detector number this detector is stored as
Returns
-------
det_setup : DetectorSetup
A newly initialized detector setup
"""
is_good = 'n'
while is_good in ['n', 'N']:
brd = inp.get_int("New Digitizer Board Number")
chan = inp.get_int("New Digitizer Channel Number")
temp = [(brd, chan)]
brd = inp.get_int("New MPOD Board Number")
chan = inp.get_int("New MPOD Channel Number")
temp.append((brd, chan))
xoff = inp.get_float("New X Offset")
yoff = inp.get_float("New Y Offset")
zoff = inp.get_float("New Z Offset")
temp.append((xoff, yoff, zoff))
print "Known Detector Types are: NaI, LS, CeBr3, HeMod, HeUnmod"
new_type = inp.get_str("New Detector Type")
temp.append(new_type)
out_str = "New Energy Threshold for PSD Proj"
en_thresh = inp.get_float(out_str)
out_str = "New PSD Threshold for Energy Proj"
psd_thresh = inp.get_float(out_str)
temp.append((int(en_thresh), psd_thresh))
det_setup = DetectorSetup((temp[0], temp[1]), temp[2], temp[3],
temp[4])
det_setup.print_self(detnum)
if inp.get_yes_no("Is this correct", default_value=True):
return det_setup