def getWIND(config, starttime, simduration, steeringinterval):
tmpdir=tempfile.gettempdir()
north=config['north']
south=config['south']
east=config['east']
west=config['west']
wintype=config['wintype']
# PARSE DATE PARAMATERS
steeringtimes = CMSman.maketimes(starttime,simduration,steeringinterval)
# ADD RECORD TO TBLSOURCETYPE
srctypeid = add_sourcetype(wintype)
# DOWNLOAD AND PUSH TO DATABASE
if wintype=='NAM12':
# RETRIEVE NAM12 DATA FROM WEB
windata = getNAM12(steeringtimes,north,south,east,west,tmpdir)
# CHECK IF DATA MATCHES STEERINGTIMES
wintimes = array(windata.keys())
for mytime in steeringtimes:
if (not any(wintimes == mytime)):
quit('\nERROR: no nam12 data available for time:'+str(mytime))
# ADD NEW SOURCE TO DATABASE
srcid = add_source(srctypeid,steeringtimes[0])
# ADD WIND-DATA TO DATABASE
push_windata(windata,srcid)
else: quit('oops, i can only support wintype=NAM12')
return
def getWAVE(config, starttime, simduration, steeringinterval):
tmpdir=tempfile.gettempdir()
wavtype=config['wavtype']
wavregion=config['wavregion']
# PARSE DATE PARAMATERS
steeringtimes = CMSman.maketimes(starttime,simduration,steeringinterval)
# ADD RECORD TO TBLSOURCETYPE
srctypeid = add_sourcetype(wavtype)
# DOWNLOAD AND PUSH TO DATABASE
if (wavtype == 'WW3'):
# RETREIVE WW3 DATA FROM WEB
wavdata = getWW3(wavregion,tmpdir,steeringtimes)
# CHECK IF DATA MATCHES STEERINGTIMES
wavtimes = array(wavdata.values()[0].keys())
for mytime in steeringtimes:
if (not any(wavtimes == mytime)):
quit('\nERROR: no ww3 data available for time:'+str(mytime))
# ADD NEW SOURCE TO DATABASE
srcid = add_source(srctypeid,steeringtimes[0])
# ADD SPECTRAL-BINS TO DATABASE
loc = sort(wavdata.keys())[0]
date = sort(wavdata[loc].keys())[0]
freqs = wavdata[loc][date]['freqs']
dirs = wavdata[loc][date]['dirs']
specbinid = add_spectrabin(freqs,dirs)
# ADD SPECTRAL-DATA TO DATABASE
push_wavdata(wavdata,srcid,specbinid)
else: quit('oops, i can only support wavtype=WW3')
return
