def set_fix_range_all(
ts,
crate,
slot,
enable=False,
rangeSet=0
): # Turn fixed range mode on or off for all QIEs on a given board.
assert isinstance(rangeSet, int)
if rangeSet < 0 or rangeSet > 3:
print ">> ERROR: the range you select with \"RangeSet\" must be an element of {0, 1, 2, 3}."
else:
commands = []
if enable:
for i_qie in range(1, 25):
commands.append("put HF{0}-{1}-QIE{2}_FixRange 1".format(
crate, slot, i_qie))
commands.append("put HF{0}-{1}-QIE{2}_RangeSet {3}".format(
crate, slot, i_qie, rangeSet))
else:
for i_qie in range(1, 25):
commands.append("put HF{0}-{1}-QIE{2}_FixRange 0".format(
crate, slot, i_qie))
commands.append("put HF{0}-{1}-QIE{2}_RangeSet 0".format(
crate, slot, i_qie))
# This should work, but I've had trouble with these "mass settings" before:
# if enable:
# commands.append("put HF{0}-{1}-QIE[1-24]_FixRange 24*1".format(crate, slot))
# commands.append("put HF{0}-{1}-QIE[1-24]_RangeSet 24*{2}".format(crate, slot, rangeSet))
# else:
# commands.append("put HF{0}-{1}-QIE[1-24]_FixRange 24*0".format(crate, slot))
# commands.append("put HF{0}-{1}-QIE[1-24]_RangeSet 24*0".format(crate, slot)) # Not necessary, but I think it's probably good form.
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
# raw_output = ngccm.send_commands_parsed(ts, commands)["output"]
return raw_output
def set_fix_range_all(ts, crate, slot, enable=False, rangeSet=0): # Turn fixed range mode on or off for all QIEs on a given board.
assert isinstance(rangeSet, int)
if rangeSet < 0 or rangeSet > 3:
print ">> ERROR: the range you select with \"RangeSet\" must be an element of {0, 1, 2, 3}."
else:
commands = []
if enable:
for i_qie in range(1, 25):
commands.append("put HF{0}-{1}-QIE{2}_FixRange 1".format(crate, slot, i_qie))
commands.append("put HF{0}-{1}-QIE{2}_RangeSet {3}".format(crate, slot, i_qie, rangeSet))
else:
for i_qie in range(1, 25):
commands.append("put HF{0}-{1}-QIE{2}_FixRange 0".format(crate, slot, i_qie))
commands.append("put HF{0}-{1}-QIE{2}_RangeSet 0".format(crate, slot, i_qie))
# This should work, but I've had trouble with these "mass settings" before:
# if enable:
# commands.append("put HF{0}-{1}-QIE[1-24]_FixRange 24*1".format(crate, slot))
# commands.append("put HF{0}-{1}-QIE[1-24]_RangeSet 24*{2}".format(crate, slot, rangeSet))
# else:
# commands.append("put HF{0}-{1}-QIE[1-24]_FixRange 24*0".format(crate, slot))
# commands.append("put HF{0}-{1}-QIE[1-24]_RangeSet 24*0".format(crate, slot)) # Not necessary, but I think it's probably good form.
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
# raw_output = ngccm.send_commands_parsed(ts, commands)["output"]
return raw_output
def set_fix_range(
ts,
crate,
slot,
qie,
enable=False,
rangeSet=0): # Turn fixed range mode on or off for a given QIE.
assert isinstance(rangeSet, int)
if rangeSet < 0 or rangeSet > 3:
print ">> ERROR: the range you select with \"RangeSet\" must be an element of {0, 1, 2, 3}."
else:
if enable:
commands = [
"put HF{0}-{1}-QIE{2}_FixRange 1".format(crate, slot, qie),
"put HF{0}-{1}-QIE{2}_RangeSet {3}".format(
crate, slot, qie, rangeSet)
]
else:
commands = [
"put HF{0}-{1}-QIE{2}_FixRange 0".format(crate, slot, qie)
]
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
# raw_output = ngccm.send_commands_parsed(ts, commands)["output"]
return raw_output
def set_cal_mode(ts, crate, slot, qie, enable=False):
value = 1 if enable else 0
commands = [
"put HF{0}-{1}-QIE{2}_CalMode {3}".format(crate, slot, qie, value)
]
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
# raw_output = ngccm.send_commands_parsed(ts, commands)["output"]
return raw_output
def set_cal_mode_all(ts, crate, slot, enable=False):
commands = []
value = 1 if enable else 0
for qie in range(1, 25):
commands.append("put HF{0}-{1}-QIE{2}_CalMode {3}".format(crate, slot, qie, value))
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
# raw_output = ngccm.send_commands_parsed(ts, commands)["output"]
return raw_output
def set_cal_mode_all(ts, crate, slot, enable=False):
commands = []
value = 1 if enable else 0
for qie in range(1, 25):
commands.append("put HF{0}-{1}-QIE{2}_CalMode {3}".format(
crate, slot, qie, value))
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
# raw_output = ngccm.send_commands_parsed(ts, commands)["output"]
return raw_output
def set_ped(ts, crate, slot, i, n): # Set the pedestal of QIE i to DAC value n.
assert isinstance(n, int)
if abs(n) > 31:
print n
print ">> ERROR: You must enter a decimal integer between -31 and 31. The pedestals have not been changed."
else:
if n <= 0:
n = abs(n)
else:
n = n + 32
n_str = "{0:#04x}".format(n) # The "#" prints the "0x". The number of digits to pad with 0s must include these "0x", hence "4" instead of "2".
commands = ["put HF{0}-{1}-QIE{2}_PedestalDAC {3}".format(crate, slot, i, n_str)]
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
def set_fix_range(ts, crate, slot, qie, enable=False, rangeSet=0): # Turn fixed range mode on or off for a given QIE.
assert isinstance(rangeSet, int)
if rangeSet < 0 or rangeSet > 3 :
print ">> ERROR: the range you select with \"RangeSet\" must be an element of {0, 1, 2, 3}."
else:
if enable:
commands = [
"put HF{0}-{1}-QIE{2}_FixRange 1".format(crate, slot, qie),
"put HF{0}-{1}-QIE{2}_RangeSet {3}".format(crate, slot, qie, rangeSet)
]
else :
commands = ["put HF{0}-{1}-QIE{2}_FixRange 0".format(crate, slot, qie)]
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
# raw_output = ngccm.send_commands_parsed(ts, commands)["output"]
return raw_output
def set_ped_all(ts, crate, slot, n): # n is the decimal representation of the pedestal register.
# This function is faster than running "set_ped" 24 times.
assert isinstance(n, int)
# for i in range(1, 25):
# set_ped(ts, crate, slot, i, n)
if abs(n) > 31:
print ">> ERROR: You must enter a decimal integer between -31 and 31. The pedestals have not been changed."
else:
if n <= 0:
n = abs(n)
else:
n = n + 32
n_str = "{0:#04x}".format(n) # The "#" prints the "0x". The number of digits to pad with 0s must include these "0x", hence "4" instead of "2".
commands = ["put HF{0}-{1}-QIE{2}_PedestalDAC {3}".format(crate, slot, i, n_str) for i in range(1, 25)]
# print commands
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
def set_ped(ts, crate, slot, i,
n): # Set the pedestal of QIE i to DAC value n.
assert isinstance(n, int)
if abs(n) > 31:
print n
print ">> ERROR: You must enter a decimal integer between -31 and 31. The pedestals have not been changed."
else:
if n <= 0:
n = abs(n)
else:
n = n + 32
n_str = "{0:#04x}".format(
n
) # The "#" prints the "0x". The number of digits to pad with 0s must include these "0x", hence "4" instead of "2".
commands = [
"put HF{0}-{1}-QIE{2}_PedestalDAC {3}".format(
crate, slot, i, n_str)
]
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
def set_ped_all(
ts, crate, slot,
n): # n is the decimal representation of the pedestal register.
# This function is faster than running "set_ped" 24 times.
assert isinstance(n, int)
# for i in range(1, 25):
# set_ped(ts, crate, slot, i, n)
if abs(n) > 31:
print ">> ERROR: You must enter a decimal integer between -31 and 31. The pedestals have not been changed."
else:
if n <= 0:
n = abs(n)
else:
n = n + 32
n_str = "{0:#04x}".format(
n
) # The "#" prints the "0x". The number of digits to pad with 0s must include these "0x", hence "4" instead of "2".
commands = [
"put HF{0}-{1}-QIE{2}_PedestalDAC {3}".format(
crate, slot, i, n_str) for i in range(1, 25)
]
# print commands
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
def set_cal_mode(ts, crate, slot, qie, enable=False):
value = 1 if enable else 0
commands = ["put HF{0}-{1}-QIE{2}_CalMode {3}".format(crate, slot, qie, value)]
raw_output = ngccm.send_commands_fast(ts, commands)["output"]
# raw_output = ngccm.send_commands_parsed(ts, commands)["output"]
return raw_output