def _handlePPSCNTR(this, msgWords):
# Calculate & verify number of arguments provided.
nArgs = len(msgWords) - 1 # -1 because message type isn't an argument.
if nArgs != 2:
logger.error(
("CTU_Host._handlePPSCNTR(): I expected the PPSCNTR " +
"message to have 2 arguments but it had %d. " +
"Ignoring message...") % nArgs)
# Parse out all the arguments into appropriately named
# attributes of a _PPSCNTR_Record instance.
ppscntr_rec = this._PPSCNTR_Record(
) # Create new empty PPSCNTR record object.
ppscntr_rec.pps_num = msgWords[
1] # Sequence number of a PPS rising edge from the GPS.
ppscntr_rec.fast_cnt = msgWords[
2] # Sequence number of our fast time counter
# (currently a 750 Mcps dual-edge triggered counter clocked by a 350 MHz PLL
# clock derived from the 10 MHz OCXO clock)
logger.normal(("CTU received PPS rising edge #%d from " +
"GPS at time-counter value %d.") %
(int(ppscntr_rec.pps_num), int(ppscntr_rec.fast_cnt)))
this.pps_inbox.contents = ppscntr_rec # Remember this record.
this.publisher.publish(publisher.Issue('PPSCNTR', ppscntr_rec))
def _handle_CON_PULSE(
this, msgWords
): # e.g., CON_PULSE,3186,3462552667,3,1,3462608072,2,(0,(2,2),5)
# Calculate & verify number of arguments provided.
nArgs = len(msgWords) - 1 # -1 because message type isn't an argument.
if nArgs != 7:
logger.error(
("ShowerDetectorHost._handle_CON_PULSE(): " +
"I expected the CON_PULSE message to have 7 " +
"arguments, but it had %d. Ignoring message...") % nArgs)
conpuls_rec = this._CON_PULSE_Record()
# Parse out the individual arguments into named fields of a data structure.
conpuls_rec.time_ref = this._TimeSync_Ref(
) # Create time-reference sub-object of the data record.
conpuls_rec.time_ref.sync_num = msgWords[
1] # Sequence number of last synchronization pulse received.
conpuls_rec.time_ref.pll_cyc = msgWords[
2] # Sequence number of clock cycle for the fast PLL on the FEDM.
conpuls_rec.chan_id = msgWords[
3] # Channel # (1-3) of the channel this pulse was received on.
conpuls_rec.pulse_num = msgWords[
4] # Sequence number of candidate coincidence pulses sent for this channel.
conpuls_rec.start_pllcyc = msgWords[
5] # PLL cycle # for 1st leading edge in this pulse.
conpuls_rec.deltas_list = msgWords[
6] # Nested parenthesized list of PLL cycle-count deltas, e.g., "(0,(2,2),5)".
this.conpuls_inbox.contents = conpuls_rec # Remember this record.
this.publisher.publish(publisher.Issue('CON_PULSE', conpuls_rec))
def _handle_FIFO_FULL(this,
msgWords): # e.g., FIFO_FULL,2392,3407048110,3,1
# Calculate & verify number of arguments provided.
nArgs = len(msgWords) - 1 # -1 because message type isn't an argument.
if nArgs != 4:
logger.error(
("ShowerDetectorHost._handle_FIFO_FULL(): " +
"I expected the FIFO_FULL message to have 4 " +
"arguments, but it had %d. Ignoring message...") % nArgs)
# Parse out the individual arguments into named fields of a data structure.
fifull_rec = this._FIFO_FULL_Record()
fifull_rec.time_ref = this._TimeSync_Ref(
) # Create time-reference sub-object of the data record.
fifull_rec.time_ref.sync_num = msgWords[
1] # Sequence number of last synchronization pulse received.
fifull_rec.time_ref.pll_cyc = msgWords[
2] # Sequence number of clock cycle for the fast PLL on the FEDM.
fifull_rec.chan_id = msgWords[
3] # Channel # (1-3) of the channel that generated this event.
fifull_rec.n_events = msgWords[
4] # The number of distinct FIFO_FULL events on this channel that occurred since the last report.
this.fifull_inbox.contents = fifull_rec # Remember this record.
this.publisher.publish(publisher.Issue('FIFO_FULL', fifull_rec))
def _handle_NC_PULSES(
this, msgWords
): # e.g., NC_PULSES,1618,3352941653,3352948689,115,68,203
# Calculate & verify number of arguments provided.
nArgs = len(msgWords) - 1 # -1 because message type isn't an argument.
if nArgs != 6:
logger.error(
("ShowerDetectorHost._handle_NS_PULSES(): " +
"I expected the NC_PULSES message to have 6 " +
"arguments, but it had %d. Ignoring message...") % nArgs)
ncpuls_rec = this._NC_PULSES_Record()
# Create new empty NC_PULSES record object.
ncpuls_rec.time_ref = this._TimeSync_Ref(
) # Create time-reference sub-object of the data record.
ncpuls_rec.time_ref.sync_num = msgWords[
1] # Sequence number of last synchronization pulse received.
ncpuls_rec.time_ref.pll_cyc = msgWords[
2] # Sequence number of clock cycle for the fast PLL on the FEDM.
ncpuls_rec.last_pllcyc = msgWords[
3] # PLL counter value of last pulse skipped.
ncpuls_rec.chan1_npuls = msgWords[
4] # Number of non-coincidence pulses skipped from PMT input channel #1.
ncpuls_rec.chan2_npuls = msgWords[
5] # Number of non-coincidence pulses skipped from PMT input channel #2.
ncpuls_rec.chan3_npuls = msgWords[
6] # Number of non-coincidence pulses skipped from PMT input channel #3.
this.ncpuls_inbox.contents = ncpuls_rec # Remember this record.
this.publisher.publish(publisher.Issue('NC_PULSES', ncpuls_rec))
def _handle_DAC_LEVELS(
this, msgWords
): # e.g., DAC_LEVELS,-0.200,-2.500,-0.299,-0.447,-0.669,-1.000
# Calculate & verify number of arguments provided.
nArgs = len(msgWords) - 1 # -1 because message type isn't an argument.
if nArgs != 6:
logger.error(
("ShowerDetectorHost._handle_DAC_LEVELS(): " +
"I expected the DAC_LEVELS message to have 6 " +
"arguments, but it had %d. Ignoring message...") % nArgs)
daclevs_rec = this._DAC_LEVELS_Record()
# Create new empty DAC_LEVELS record object.
daclevs_rec.level1 = msgWords[1] # Voltage level of 1st threshold DAC.
daclevs_rec.level2 = msgWords[2] # Voltage level of 2nd threshold DAC.
daclevs_rec.level3 = msgWords[3] # Voltage level of 3rd threshold DAC.
daclevs_rec.level4 = msgWords[4] # Voltage level of 4th threshold DAC.
daclevs_rec.level5 = msgWords[5] # Voltage level of 5th threshold DAC.
daclevs_rec.level6 = msgWords[6] # Voltage level of 6th threshold DAC.
logger.normal("Threshold levels are: [%f,%f,%f,%f,%f] (Volts)" % (
float(daclevs_rec.level1),
float(daclevs_rec.level3), # skip DAC#2 'cuz it broke
float(daclevs_rec.level4),
float(daclevs_rec.level5),
float(daclevs_rec.level6)))
this.daclevs_inbox.contents = daclevs_rec # Remember this record.
this.publisher.publish(publisher.Issue('DAC_LEVELS', daclevs_rec))
def _handle_LOST_PULSES(this, msgWords): # e.g., LOST_PULSES,2,1
# Calculate & verify number of arguments provided.
nArgs = len(msgWords) - 1 # -1 because message type isn't an argument.
if nArgs != 2:
logger.error(
("ShowerDetectorHost._handle_LOST_PULSES(): " +
"I expected the LOST_PULSE message to have 2 " +
"arguments, but it had %d. Ignoring message...") % nArgs)
lostpuls_rec = this._LOST_PULSES_Record()
# Parse out the individual arguments into named fields of a data structure.
lostpuls_rec.chan_id = msgWords[
1] # Channel # (1-3) of the channel whose software pulse buffer overflowed.
lostpuls_rec.n_lost = msgWords[
2] # Number of pulses on this channel that had to be discarded since the last report.
this.lostpuls_inbox.contents = lostpuls_rec # Remember this record.
this.publisher.publish(publisher.Issue('LOST_PULSES', lostpuls_rec))