def handle(self, *args, **options):
settings = Settings()
active_well = settings.get_active_well()
d = 100
h = d
for cnt in range(100):
m = 1
if int(random.uniform(1, 10)) == 1:
m = -1
d += int(random.uniform(1, 10)) * m
if d - ((d / 100) * 100) <= 20 and d > 120:
g = int(random.uniform(90, 110))
else:
g = int(random.uniform(30, 35))
if d > h:
h = d
bd = WITS0(well=active_well, time_stamp=datetime.utcnow(), recid=1, itemid=8, value=d)
bd.save()
hd = WITS0(well=active_well, time_stamp=datetime.utcnow(), recid=1, itemid=10, value=h)
hd.save()
time.sleep(10)
mdwrt = ToolMWDRealTime(well=active_well, time_stamp=datetime.utcnow(), type="gammaray", value=g)
mdwrt.save()
time.sleep(10)
def handle(self, *args, **options):
settings = Settings()
active_well = settings.get_active_well()
g = 30
m = 1
for cnt in range(100) :
g += (int(random.uniform(1,15)) * m)
print g
mdwrt = ToolMWDRealTime(well=active_well, time_stamp=datetime.utcnow(), type='gammaray', value=g )
mdwrt.save()
if g>75 :
m=-1
if g<30 :
m=1
time.sleep(20)
