print 'geo_height2 = ', geo_height2
if geo_height2 < 0:
# don't understand either
geo_height2 = 0
except Exception,e:
mark_as_complete(running_id)
print "geo height grab error"
print geo_height
return 1
try:
#hei1_mean = getHeight_mean(lat1,lng1,lat2,lng2)
if getHTT(geo_height2) < 0:
HTT = height
else:
HTT = getHTT(geo_height2) + height
if getHRR(geo_height2) < 0:
HRR = height_r
else:
HRR = getHRR(geo_height2) + height_r
#HTT = getHTT(geo_height2) + height
#HRR = getHRR(geo_height2) + height_r
print "HTT,HRR:",HTT,HRR
except Exception,e:
print "error calculate HTT HRR"
mark_as_complete(running_id)
return 1
try:
res =\
cal_milliton(geo_height2,int(freq),int(pol),dis,HTT,HRR,height,height_r)
if res is not None:
save_Et(res,running_id)
raise Exception,e
except Exception,e:
print "cannot grab geo_info"
mark_as_complete(job[0])
try:
geo_height2 = formatPathInfo(geo_height)
#print geo_height2
except Exception,e:
mark_as_complete(job[0])
print "geo height grab error"
print geo_height
return 1
try:
#hei1_mean = getHeight_mean(lat1,lng1,lat2,lng2)
HTT = getHTT(geo_height2) + height
HRR = getHRR(geo_height2) + height_r
print "HTT:",HTT,HRR
except Exception,e:
print "error cal HTT HRR"
mark_as_complete(job[0])
return 1
try:
res =\
cal_milliton(geo_height2,int(freq),int(pol),dis,HTT,HRR,height,height_r)
if res is not None:
save_Et(res,job[0])
except Exception,e:
print e
mark_as_complete(job[0])
return 1
try: