import read_parameters as rp
print rp.readDacs("settings/chamber1.bpc.dacs")
def setdet(id1, hw):
if len(hw) != 4:
#sys.exit('wrong HW parameters')
return 0
# fo = open(('det_'+repr(id1)+'_ini.txt'), 'w')
mpx = MpxModule(id1)
numofchips = mpx.chipCount()
# fo.write('number of chips = '+repr(numofchips)+'\n')
# fo.flush()
if numofchips <= 0:
# fo.close()
logger.error('chips can not be found')
return None
## if not mpx.ping():
## print "Your module does not seem to be functioning, please restart it and try again"
if mpx.init():
# fo.close()
logger.error('mpx.init() failed')
return None
mpx.setLogVerbose(True)
rv, ver, ver2 = mpx.getFirmwareVersion()
# print("Relaxd firmware version %d.%d.%d" % (ver / 100, (ver / 10) % 10, ver % 10))
# list the chips and there types (should all be the same)
name_map = {MPX_MXR: 'Medipix2', MPX_TPX: 'Timepix'}
# fo.write('Found the following chips:'+'\n')
# for i in range(numofchips):
# fo.write("-" + repr(i) + ":"+ mpx.chipName(i)+ "of type"+ repr(name_map[mpx.chipType(i)])+'\n')
# fo.flush()
chipType = mpx.chipType(0) # assume they're all the same
if int(hw[0]) == 0:
if mpx.resetMatrix():
logger.error('mpx.resetMatrix() failed')
return None
return mpx
pixelcfg1 = hw[1]
realdacs1 = hw[2]
hwinfofile1 = hw[3]
# fo.write("pixelcfg= " +pixelcfg1 + " realdacs= "+realdacs1+ " hwinfo= "+ hwinfofile1+'\n')
# fo.flush()
# fo.close()
if mpx.setPixelsCfgFromFile(pixelcfg1, 3):
logger.error('setPixelsCfgFromFile(pixelcfg) failed')
return None
if mpx.resetMatrix():
logger.error('mpx.resetMatrix() failed')
return None
time.sleep(3)
dac = rp.readDacs(realdacs1)
for j in range(numofchips):
logger.info("dacs " + str(j) + ": " + repr(dac[j]))
if mpx.setFsr(j, dac[j]):
logger.error('mpx.setFsr(j, dac[j]) failed')
return None
hwinfo = rp.readHw(hwinfofile1)
logger.info("hwinfo " + repr(hwinfo))
for j in hwinfo:
if mpx.setHwInfo(j[0], j[1]):
logger.error('mpx.setHwInfo(j[0], j[1])')
return None
for j in range(28):
logger.info(str(j) + " " + repr(mpx.getHwInfo(j)))
if mpx.resetMatrix():
logger.error('mpx.resetMatrix() failed')
return None
return mpx
def setdet(id1,hw):
if len(hw)!=4:
#sys.exit('wrong HW parameters')
return 0
# fo = open(('det_'+repr(id1)+'_ini.txt'), 'w')
mpx = MpxModule(id1)
numofchips=mpx.chipCount()
# fo.write('number of chips = '+repr(numofchips)+'\n')
# fo.flush()
if numofchips <= 0:
# fo.close()
logger.error('chips can not be found')
return None
## if not mpx.ping():
## print "Your module does not seem to be functioning, please restart it and try again"
if mpx.init():
# fo.close()
logger.error('mpx.init() failed')
return None
mpx.setLogVerbose(True)
rv, ver, ver2 = mpx.getFirmwareVersion()
# print("Relaxd firmware version %d.%d.%d" % (ver / 100, (ver / 10) % 10, ver % 10))
# list the chips and there types (should all be the same)
name_map = {
MPX_MXR : 'Medipix2',
MPX_TPX : 'Timepix'
}
# fo.write('Found the following chips:'+'\n')
# for i in range(numofchips):
# fo.write("-" + repr(i) + ":"+ mpx.chipName(i)+ "of type"+ repr(name_map[mpx.chipType(i)])+'\n')
# fo.flush()
chipType = mpx.chipType(0) # assume they're all the same
if int(hw[0])==0:
if mpx.resetMatrix():
logger.error('mpx.resetMatrix() failed')
return None
return mpx
pixelcfg1=hw[1]
realdacs1=hw[2]
hwinfofile1=hw[3]
# fo.write("pixelcfg= " +pixelcfg1 + " realdacs= "+realdacs1+ " hwinfo= "+ hwinfofile1+'\n')
# fo.flush()
# fo.close()
if mpx.setPixelsCfgFromFile(pixelcfg1,3):
logger.error('setPixelsCfgFromFile(pixelcfg) failed')
return None
if mpx.resetMatrix():
logger.error('mpx.resetMatrix() failed')
return None
time.sleep(3)
dac=rp.readDacs(realdacs1)
for j in range(numofchips):
logger.info("dacs " + str(j) + ": " + repr(dac[j]))
if mpx.setFsr(j, dac[j]):
logger.error('mpx.setFsr(j, dac[j]) failed')
return None
hwinfo=rp.readHw(hwinfofile1)
logger.info("hwinfo " + repr(hwinfo))
for j in hwinfo:
if mpx.setHwInfo(j[0], j[1]):
logger.error('mpx.setHwInfo(j[0], j[1])')
return None
for j in range(28):
logger.info (str(j) + " " + repr(mpx.getHwInfo(j)))
if mpx.resetMatrix():
logger.error('mpx.resetMatrix() failed')
return None
return mpx
