def init(verbose=verbose, reset_shift_bytes=True):
sys = nuphase.Nuphase()
sys.boardInit(verbose=verbose)
current_atten_values = sys.getCurrentAttenValues(verbose=True)
sys.setAttenValues(numpy.zeros(NUM_CHANNELS, dtype=int), readback=verbose)
sys.calPulser(True, readback=verbose) #turn on cal pulse feature
SHIFT_BYTES = numpy.zeros(NUM_CHANNELS, dtype=int)
if reset_shift_bytes:
#set to 0 and read in current values for delay:
##master board
for i in range(4):
sys.write(sys.BUS_MASTER, [56 + i, 0, 0, 0])
readback = sys.readRegister(sys.BUS_MASTER, 56 + i)
SHIFT_BYTES[2 * i] = readback[3]
SHIFT_BYTES[2 * i + 1] = readback[2]
return sys, SHIFT_BYTES, current_atten_values
epcq_address, int(_min), _sec))
setMode(dev, bus, 0)
###-----------------------------------------------------------------
### load new application firmware image
#
###-----------------------------------------------------------------
if __name__ == '__main__':
import sys
from optparse import OptionParser
parser = OptionParser()
(options, args) = parser.parse_args()
dev = nuphase.Nuphase()
bus = dev.BUS_MASTER
#bus = dev.BUS_SLAVE
print '\n RUNNING REMOTE FIRMWARE IMAGE UPDATE '
reconfig.enableRemoteFirmwareBlock(dev, bus, False)
reconfig.enableRemoteFirmwareBlock(dev, bus, True)
print '\n***************************\n'
clearApplicationImage(dev, bus, TARGET_START_ADDR, FILEMAP_END_ADDR)
#dat = readEPCQBlock(dev, bus, TARGET_START_ADDR)
#for i in range(len(dat)):
# if dat[i] != 0xFF:
# print 'clear error', i, dat[i]
print '\n***************************\n'
time.sleep(1)
writeFirmwareToEPCQ(dev, bus, filename, FILEMAP_START_ADDR,
FILEMAP_END_ADDR)
import nuphase
import time
import numpy
NUM_TRIES = 100
sys = nuphase.Nuphase()
sys.boardInit(verbose=False)
sys.calPulser(True, readback=True) #turn on cal pulse feature
num_tests=0
num_success=0
num_almost_success=0
for i in range(NUM_TRIES):
sys.boardInit() #only deal with buffer 0
sys.calPulser(True)
time.sleep(0.2)
sys.softwareTrigger()
time.sleep(0.001)
data = sys.readSysEvent(save=False)
print sys.getMetaData()
location_of_peaks=[]
for chan in range(len(data)):
location_of_peaks.append(numpy.argmax(data[chan]))
earliest_peak = min(location_of_peaks)
latest_peak = max(location_of_peaks)
#condition if peaks caught from multiple pulses
import nuphase
import time
import json
d = nuphase.Nuphase()
d.enablePhasedTrigger(verification_mode=True)
d.externalTriggerInputConfig(enable=False)
print d.readRegister(1, 75)
for beam in range(15):
d.setBeamThresholds(22000, beam)
time.sleep(20)
current_scalers = d.readScalers()
print 'current scaler values:', current_scalers