def cond_state():
try:
if not scriptSys.GENERAL['mode'] == 'CONDITIONING': #es llamado por 1
scriptSys.GENERAL['mode'] = 'CONDITIONING'
scriptSys.TIME_INIT = scriptSys.TIME
print "PAUSE"
return
if ((scriptSys.TIME) -
(scriptSys.TIME_INIT)) >= (maxTimeCond - tMargin):
stress_state()
return
#condiciones de Fallas:
if scriptSys.CURRENT > (-iMargin) and scriptSys.VOLTAGE < vMargin:
scriptSys.final_report("F18", 0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeInit:
slope = scriptSys.get_slope(
range(scriptSys.TIME_INIT + 3, scriptSys.TIME))
if slope['VOLTAGE'] < 80:
scriptSys.final_report("F19", 0)
return
if scriptSys.CURRENT > iMargin or scriptSys.CURRENT < (-iMargin):
scriptSys.final_report("F20", 0)
return
print "RUN"
return
except Exception as e:
scriptSys.error_report(e, "cond_state()")
def stress_test():
try:
if scriptSys.VOLTAGE < vMargin: #si actula la proteccion cargo la Batery
scriptSys.GENERAL['mode'] = 'CHARGE'
scriptSys.TIME_INIT = scriptSys.TIME
print "CHARGE," + vCharge1 + "," + iCharge1
return
if scriptSys.GENERAL['mode'] != 'STRESS': #si es llamado por 1
scriptSys.GENERAL['mode'] = 'STRESS'
scriptSys.TIME_INIT = scriptSys.TIME
print "DISCHARGE," + iDischargeTest1
return
#condiciones de Fallas:
if scriptSys.CURRENT > (-iMargin) and scriptSys.VOLTAGE < vMargin:
scriptSys.final_report("F12", 0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeInit:
slope = scriptSys.get_slope(
range(scriptSys.TIME_INIT + 3, scriptSys.TIME))
if slope['VOLTAGE'] > 80 and slope['CURRENT'] > 180:
scriptSys.final_report("F13", 0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= tMaxStress:
scriptSys.final_report("F15", 0)
return
if scriptSys.VOLTAGE <= lowVoltageLimit: #si actula la proteccion cargo la Batery
evaluate()
return
print "RUN"
return
except Exception as e:
scriptSys.error_report(e, "stress_test()")
def discharge_state(number):
try:
if not scriptSys.GENERAL['mode'] == 'DISCHARGE': #si es llamado por 1
scriptSys.GENERAL['mode'] = 'DISCHARGE'
scriptSys.TIME_INIT = scriptSys.TIME
if number == 1: print "DISCHARGE," + iDischarge1
if number == 2: print "DISCHARGE," + iDischarge2
if number == 3: print "DISCHARGE," + iDischarge3
return
if scriptSys.VOLTAGE < (umbralVoltTarget - umbralVolt) \
and (scriptSys.TIME - scriptSys.TIME_INIT) >= minTimeDischarge:
cond_state()
return
#condiciones de Fallas:
if scriptSys.CURRENT > (-iMargin) and scriptSys.VOLTAGE < vMargin:
scriptSys.final_report("F12", 0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeInit:
slope = scriptSys.get_slope(
range(scriptSys.TIME_INIT + 3, scriptSys.TIME))
if slope['VOLTAGE'] > 80 and slope['CURRENT'] > 180:
scriptSys.final_report("F13", 0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeDischarge:
scriptSys.final_report("F15", 0)
return
print "RUN"
return
except Exception as e:
scriptSys.error_report(e, "discharge_state()")
def charge_state(number) :
try:
if not scriptSys.GENERAL['mode'] == 'CHARGE' : #si es llamado por 1 vez
scriptSys.GENERAL['mode'] = 'CHARGE'
scriptSys.TIME_INIT = scriptSys.TIME
print "CHARGE,"+ vCharge1 +","+ iCharge1
return
if scriptSys.CURRENT < iMargin and \
scriptSys.VOLTAGE > (int(1000*float(vCharge2))-100) :
scriptSys.final_report("F03",0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) <= maxTimeInit:
print "CHARGE,"+ vCharge2 +","+ iCharge2
return
if scriptSys.CURRENT < (umbralCurrentTarget) and \
(scriptSys.TIME - scriptSys.TIME_INIT) >= minTimeCharge:
cond_state()
return
#condiciones de Fallas:
if scriptSys.CURRENT < iMargin :
scriptSys.final_report("F02",0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeInit:
slope = scriptSys.get_slope(range(scriptSys.TIME_INIT + 3,scriptSys.TIME))
if scriptSys.GENERAL['vstate'] == "vBAJA" and not slope['VOLTAGE'] > -80 \
and scriptSys.CURRENT > (int(1000*float(iCharge2))-200):
scriptSys.final_report("F04",0)
return
if scriptSys.GENERAL['vstate'] == "vMEDIA" and not slope['VOLTAGE'] > -80\
and scriptSys.CURRENT > (int(1000*float(iCharge2))-200):
scriptSys.final_report("F05",0)
return
if scriptSys.GENERAL['vstate'] == "vALTA" and not slope['CURRENT'] < 80\
and scriptSys.VOLTAGE > (int(1000*float(vCharge2))-200):
scriptSys.final_report("F06",0)
return
if slope['VOLTAGE'] > 0 and slope['CURRENT'] < 80 :
scriptSys.final_report("F07",0)
return
if slope['VOLTAGE'] < 100 :
scriptSys.final_report("F08",0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeChargeLow and \
scriptSys.GENERAL['vstate'] == "vBAJA" :
scriptSys.final_report("F09",0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeChargeMed and \
scriptSys.GENERAL['vstate'] == "vMEDIA" :
scriptSys.final_report("F10",0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeChargeHig and \
scriptSys.GENERAL['vstate'] == "vALTA" :
scriptSys.final_report("F11",0)
return
print "RUN"
return
except Exception as e:
scriptSys.error_report(e,"charge_state()")
def stress_test():
try:
if scriptSys.GENERAL['mode'] != 'STRESS': #si es llamado por 1
scriptSys.GENERAL['mode'] = 'STRESS'
scriptSys.TIME_INIT = scriptSys.TIME
scriptSys.AUX['testnr'] = str(int(scriptSys.AUX['testnr']) + 1)
scriptSys.AUX['strike'] = 0
scriptSys.AUX['strikeh'] = 0
print "PAUSE"
return
#condiciones de Fallas:
if scriptSys.VOLTAGE < lowVoltageLimit: #si actula la proteccion cargo la Batery
scriptSys.AUX['Dropdown voltage T=' +
str(scriptSys.TIME)] = scriptSys.VOLTAGE
# scriptSys.send_msg('Dropdown voltage T='+ str(scriptSys.TIME))
scriptSys.final_report("SoHfail", 0)
return
# if scriptSys.VOLTAGE < vMargin : #si actula la proteccion cargo la Batery
# scriptSys.GENERAL['mode'] = 'CHARGE'
# scriptSys.TIME_INIT = scriptSys.TIME
# print "CHARGE,"+ vCharge1 +","+ iCharge1
# return
if scriptSys.CURRENT > (-iMargin) and scriptSys.VOLTAGE < vMargin:
scriptSys.AUX['F12'] = scriptSys.CURRENT
scriptSys.final_report("F12", 0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeInit:
slope1 = scriptSys.get_slope(
range(scriptSys.TIME_INIT + 3, scriptSys.TIME))
if slope1['VOLTAGE'] > 80 and slope1['CURRENT'] > 180:
scriptSys.AUX['F13 T=' + str(scriptSys.TIME)] = slope1
# scriptSys.send_msg('F13 T='+ str(scriptSys.TIME))
scriptSys.final_report("F13", 0)
return
if (scriptSys.TIME - scriptSys.TIME_INIT) >= tMaxStress:
scriptSys.AUX['F12'] = (scriptSys.TIME - scriptSys.TIME_INIT)
scriptSys.final_report("F15", 0)
return
######################################
actual_time = (scriptSys.TIME - scriptSys.TIME_INIT)
scriptSys.AUX['actual_time'] = actual_time
if actual_time >= (tTestC3 - tMargin) and actual_time < (tTestC3 +
tMargin):
msj = evaluate()
return
if actual_time >= (tTestB3 - tMargin) and actual_time < (tTestB3 +
tMargin):
print "PAUSE"
return
if actual_time >= (tTestA3 - tMargin) and actual_time < (tTestA3 +
tMargin):
print "DISCHARGE," + iDischargeTest2
return
print "RUN"
return
except Exception as e:
scriptSys.error_report(e, "stress_test()")
