def cond_state():
if not scriptSys.GENERAL['mode'] == 'CONDITIONING': #es llamado por 1 vez
scriptSys.GENERAL['mode'] = 'CONDITIONING'
scriptSys.TIME_INIT = scriptSys.TIME
print "PAUSE"
scriptSys.ini_Update()
sys.exit()
if ((scriptSys.TIME) - (scriptSys.TIME_INIT)) >= (maxTimeCond - tMargin):
scriptInc.already_charged()
# if scriptSys.VOLTAGE < umbralVoltLow:
# charge_state(2)
# scriptSys.ini_Update()
# sys.exit()
# return
# if scriptSys.VOLTAGE > umbralVoltHigh:
# discharge_state(2)
# scriptSys.ini_Update()
# sys.exit()
# if scriptSys.VOLTAGE < umbralVoltHigh and \
# scriptSys.VOLTAGE > umbralVoltLow:
# scriptInc.measure_z1()
# scriptSys.ini_Update()
# sys.exit()
print "RUN"
scriptSys.ini_Update()
sys.exit() #continua esperando
return
def end_state():
scriptSys.GENERAL['mode'] = "STOP"
scriptSys.TIME_INIT = scriptSys.TIME
print "STOP"
scriptSys.ini_Update()
sys.exit()
return
def final_report() :
if scriptSys.GENERAL['mode'] != 'END' : #si es llamado por primera vez
scriptSys.GENERAL['mode'] = 'END'
scriptSys.TIME_INIT = scriptSys.TIME
print "STOP,NTF,75,"+ scriptSys.EVAL['int_z']
scriptSys.GUI['line1'] = "Analysis Finished"
scriptSys.GUI['line2'] = "Health: --- Internal Z: " + str(scriptSys.EVAL['int_z']) + "mOhm"
scriptSys.GUI['bgcolor'] = '"120,244,183"'
scriptSys.GUI['extra_info'] = " Z1="+scriptSys.EVAL['int_z1']+" Z2="+scriptSys.EVAL['int_z2']
scriptSys.ini_Update()
scriptSys.copy_report()
sys.exit()
return
def already_charged():
if scriptSys.GENERAL['mode'] != 'END': #si es llamado por primera vez
scriptSys.GENERAL['mode'] = 'END'
scriptSys.TIME_INIT = scriptSys.TIME
print "STOP,NTF,100,0"
scriptSys.GUI['line1'] = "Analysis Finished"
scriptSys.GUI['line2'] = "Batery already CHARGED :" + str(
scriptSys.VOLTAGE) + 'V'
scriptSys.GUI['bgcolor'] = '"120,244,183"'
scriptSys.GUI['extra_info'] = " Z1=" + scriptSys.EVAL[
'int_z1'] + " Z2=" + scriptSys.EVAL['int_z2']
scriptSys.ini_Update()
scriptSys.copy_report()
sys.exit()
return
def init_state():
if int(scriptSys.TIME) >= maxTimeInit:
if scriptSys.VOLTAGE <= umbralVoltLow:
charge_state(1)
sys.exit()
if scriptSys.VOLTAGE >= umbralVoltHigh:
discharge_state(1)
sys.exit()
if scriptSys.VOLTAGE < umbralVoltHigh and \
scriptSys.VOLTAGE > umbralVoltLow:
zmeasure_state()
sys.exit()
print "RUN"
scriptSys.ini_Update()
sys.exit()
return
def init_state() :
if int(scriptSys.TIME) >= maxTimeInit :
zmeasure_state()
# if scriptSys.VOLTAGE <= umbralVoltLow:
# charge_state(1)
# sys.exit()
# if scriptSys.VOLTAGE > umbralVoltLow:
# # discharge_state()
# scriptInc.already_charged()
# sys.exit()
# if scriptSys.VOLTAGE < umbralVoltHigh and \
# scriptSys.VOLTAGE > umbralVoltLow:
# zmeasure_state()
# sys.exit()
print "RUN"
scriptSys.ini_Update()
sys.exit()
return
def init_state() :
if int(scriptSys.TIME) >= maxTimeInit :
if scriptSys.VOLTAGE <= umbralVoltLow:
scriptInc.stress_state1()
# charge_state(1)
sys.exit()
if scriptSys.VOLTAGE >= umbralVoltHigh:
scriptInc.stress_state2()
# discharge_state(1)
sys.exit()
if scriptSys.VOLTAGE < umbralVoltHigh and \
scriptSys.VOLTAGE > umbralVoltLow:
# scriptInc.stress_state2()
zmeasure_state()
sys.exit()
print "RUN"
scriptSys.ini_Update()
sys.exit()
return
def discharge_state(number):
if not scriptSys.GENERAL['mode'] == 'DISCHARGE': #si es llamado por 1 vez
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
scriptSys.ini_Update()
sys.exit()
if scriptSys.VOLTAGE < (umbralVoltTarget - umbralVolt) \
and (scriptSys.TIME - scriptSys.TIME_INIT) >= minTimeDischarge:
cond_state()
sys.exit()
if (int(scriptSys.TIME) - int(scriptSys.TIME_INIT)) >= maxTimeDischarge:
scriptSys.TIME_INIT = scriptSys.TIME
scriptSys.GENERAL['mode'] = "STOP"
print "STOP"
scriptSys.GUI['line1'] = "Analysis Stopped"
scriptSys.GUI['line2'] = "Max time of DISCHARGE reached"
scriptSys.GUI['bgcolor'] = '"244,0,0"'
scriptSys.GUI['extra_info'] = "This is scriptTest.py"
scriptSys.ini_Update()
sys.exit()
print "RUN"
scriptSys.ini_Update()
sys.exit() #continua esperando
return
def cond_state():
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeCond:
if scriptSys.VOLTAGE < umbralVoltLow:
scriptSys.GENERAL['mode'] = "CHARGE"
scriptSys.TIME_INIT = scriptSys.TIME
print "CHARGE,4.5,1.0"
scriptSys.ini_Update()
sys.exit()
if scriptSys.VOLTAGE > umbralVoltHigh:
scriptSys.GENERAL['mode'] = "DISCHARGE"
scriptSys.TIME_INIT = scriptSys.TIME
print "DISCHARGE,1.5"
scriptSys.ini_Update()
sys.exit()
if scriptSys.VOLTAGE < umbralVoltHigh & scriptSys.VOLTAGE > umbralVoltLow:
scriptInc.measure_z1()
scriptSys.ini_Update()
sys.exit()
print "RUN"
scriptSys.ini_Update()
sys.exit() #continua esperando
return
def charge_state():
if scriptSys.VOLTAGE < umbralVoltHigh & scriptSys.VOLTAGE > umbralVoltLow:
scriptSys.TIME_INIT = scriptSys.TIME
scriptSys.GENERAL['mode'] = "CONDITIONING"
print "PAUSE"
scriptSys.ini_Update()
sys.exit()
if (scriptSys.TIME - scriptSys.TIME_INIT) >= maxTimeCharge:
scriptSys.GENERAL['mode'] = "STOP"
print "STOP"
scriptSys.EVAL['line1'] = "Analysis Stopped"
scriptSys.EVAL['line2'] = "Max time of CHARGE reached"
scriptSys.EVAL['bgcolor'] = "244,0,0"
scriptSys.EVAL['extra_info'] = "This is scriptTest.py"
scriptSys.ini_Update()
sys.exit()
print "RUN"
scriptSys.ini_Update()
sys.exit() #continua esperando
return
def charge_state(number):
if not scriptSys.GENERAL['mode'] == 'CHARGE': #si es llamado por 1 vez
scriptSys.GENERAL['mode'] = 'CHARGE'
scriptSys.TIME_INIT = scriptSys.TIME
# if (umbralVoltTarget - scriptSys.VOLTAGE) < (0.05 * umbralVoltTarget):
# number = 4
# elif (umbralVoltTarget - scriptSys.VOLTAGE) < (0.1 * umbralVoltTarget):
# number = 3
# elif (umbralVoltTarget - scriptSys.VOLTAGE) < (0.2 * umbralVoltTarget):
# number = 2
# else:
# number = 1
# if number == 4 : print "CHARGE,"+ vCharge4 +","+ iCharge4
# if number == 3 : print "CHARGE,"+ vCharge3 +","+ iCharge3
# if number == 2 : print "CHARGE,"+ vCharge2 +","+ iCharge2
if number == 1: print "CHARGE," + vCharge1 + "," + iCharge1
scriptSys.ini_Update()
return
sys.exit()
if scriptSys.VOLTAGE > (4150):
# (scriptSys.TIME - scriptSys.TIME_INIT) >= minTimeCharge:
discharge_state(1)
# cond_state()
sys.exit()
if (int(scriptSys.TIME) - int(scriptSys.TIME_INIT)) >= maxTimeCharge:
scriptSys.GENERAL['mode'] = "STOP"
print "STOP"
scriptSys.GUI['line1'] = "Analysis Stopped"
scriptSys.GUI['line2'] = "Max time of CHARGE reached"
scriptSys.GUI['bgcolor'] = '"244,0,0"'
scriptSys.GUI['extra_info'] = "This is scriptTest.py"
scriptSys.ini_Update()
sys.exit()
print "RUN"
scriptSys.ini_Update()
sys.exit() #continua esperando
return
def init_state():
if int(scriptSys.TIME) > maxTimeInit:
if scriptSys.VOLTAGE < umbralVoltLow:
scriptSys.TIME_INIT = scriptSys.TIME
scriptSys.GENERAL['mode'] = "CHARGE"
print "CHARGE,4.5,1.0"
scriptSys.ini_Update()
sys.exit()
if scriptSys.VOLTAGE > umbralVoltHigh:
scriptSys.TIME_INIT = scriptSys.TIME
scriptSys.GENERAL['mode'] = "DISCHARGE"
print "DISCHARGE,1.5"
scriptSys.ini_Update()
sys.exit()
if scriptSys.VOLTAGE < umbralVoltHigh & scriptSys.VOLTAGE > umbralVoltLow:
scriptSys.TIME_INIT = scriptSys.TIME
scriptSys.GENERAL['mode'] = "CONDITIONING"
print "PAUSE"
print "RUN"
scriptSys.ini_Update()
sys.exit()
return
def pause_state():
print "RUN"
scriptSys.ini_Update()
sys.exit() #continua esperando
return
def stress_state():
scriptInc.stress_test()
scriptSys.ini_Update()
sys.exit()
return
def zmeasure2_state():
scriptInc.measure_z2()
scriptSys.ini_Update()
sys.exit()
return
################################################################
########## MAIN ##########
################################################################
################################################################
if scriptSys.Msg == 81:
scriptSys.final_report("F22", 0)
sys.exit()
if scriptSys.GENERAL['mode'] == "INIT":
testA()
# init_state()
elif scriptSys.GENERAL['mode'] == "CHARGE":
charge_state(1)
elif scriptSys.GENERAL['mode'] == "DISCHARGE":
discharge_state(1)
elif scriptSys.GENERAL['mode'] == "CONDITIONING":
cond_state()
elif scriptSys.GENERAL['mode'] == "Z_MEASURE":
zmeasure_state()
elif scriptSys.GENERAL['mode'] == "Z_MEASURE2":
zmeasure2_state()
elif scriptSys.GENERAL['mode'] == "STRESS":
stress_state()
elif scriptSys.GENERAL['mode'] == "PAUSE":
pause_state()
elif scriptSys.GENERAL['mode'] == "END":
end_state()
scriptSys.ini_Update()
if (scriptSys.TIME - scriptSys.TIME_INIT) > maxTimeTest:
scriptSys.final_report("F21", 0)
sys.exit()
