try:
if len(_Ib.split(',')) != 1:
# 1,2,3,4
__Ib = _Ib.split(',')
for ___Ib in __Ib:
Ib_RANGES += [ float(___Ib) ]
elif len(_Ib.split(';')) != 1:
# 1;2;0.1
__Ib = _Ib.split(';')
__Ib_start = float(__Ib[0])
__Ib_end = float(__Ib[1])
__Ib_step = float(__Ib[2])
Ib_RANGES = ag.drange(__Ib_start,__Ib_end,__Ib_step)
else:
# const
Ib_RANGES = [ float(_Ib) ]
except ValueError:
print "ValueError Ib"
sys.exit(1)
except:
print "Fatal error Ib"
sys.exit(1)
# Set Uc_RANGES
try:
if len(_Ud.split(',')) != 1:
# 1,2,3,4
__Ud = _Ud.split(',')
for ___Ud in __Ud:
Ud_RANGES += [ float(___Ud) ]
elif len(_Ud.split(';')) != 1:
# 1;2;0.1
__Ud = _Ud.split(';')
__Ud_start = float(__Ud[0])
__Ud_end = float(__Ud[1])
__Ud_step = float(__Ud[2])
Ud_RANGES = ag.drange(__Ud_start,__Ud_end,__Ud_step)
else:
# const
Ud_RANGES = [ float(_Ud) ]
except ValueError:
print "ValueError"
sys.exit(1)
except:
print "Fatal error in Ud"
sys.exit(1)
# Section: Device
devname = config.get('Device','name')
from graphics import * # CHANNEL 1 - Ube, Ib # CHANNEL 2 - Uce, Ic INCLUDE_GRAPHICS = True SAVE_DEBUG = True MAX_FAILED = 5 # Настройки DELAY_MEASURE = 1 # Задержка перед каждым измерением (сек) Ue_START = 0.00 Ue_END = 1.20 Ue_STEP = 0.01 Ue_RANGES = ag.drange(Ue_START, Ue_END, Ue_STEP) Uc_RANGES = [1, 2, 4, 6, 8] force_rewrite = False stop_measure = False # Для графиков IV_I = [] IV_V = [] # Measurement value
try:
if len(_Ue.split(',')) != 1:
# 1,2,3,4
__Ue = _Ue.split(',')
for ___Ue in __Ue:
Ue_RANGES += [ float(___Ue) ]
elif len(_Ue.split(';')) != 1:
# 1;2;0.1
__Ue = _Ue.split(';')
__Ue_start = float(__Ue[0])
__Ue_end = float(__Ue[1])
__Ue_step = float(__Ue[2])
Ue_RANGES = ag.drange(__Ue_start,__Ue_end,__Ue_step)
else:
# const
Ue_RANGES = [ float(_Ue) ]
except ValueError:
print "ValueError"
sys.exit(1)
except:
print "Fatal error"
sys.exit(1)
# Set Uc_RANGES
from graphics import * # CHANNEL 1 - Ube, Ib # CHANNEL 2 - Uce, Ic INCLUDE_GRAPHICS = True SAVE_DEBUG = True MAX_FAILED = 5 COUNT_REMEASURE = 3 # Настройки DELAY_MEASURE = 1 # Задержка перед каждым измерением (сек) Uc_START = 0.00 Uc_END = -5.00 Uc_STEP = 0.10 Uc_RANGES = ag.drange(Uc_START,Uc_END,Uc_STEP) print "Uc range" print Uc_RANGES #Ib_START = 1e-5 #Ib_END = 2e-5 #Ib_STEP = 2e-6 #Ib_RANGES = ag.drange(Ib_START,Ib_END,Ib_STEP,-1) Ib_RANGES = [1e-5,5e-5,1e-4,2e-4,5e-4,1e-3] print "Ib_range" print Ib_RANGES