def HyosPy(starttime, endtime, period, mode=1):
"""
input:
starttime='2014-02-21'
endtime='2014-02-22'
period=24 oil spill simulation duration;
mode = 1
Mode 1:
download ROMS output from the server and run GNOME, have a quicker look (takes a few seconds)
Mode 2:
download river, wind, tidal, ROMS initial data, run SUNTANS and GNOME, have an accurate look
(takes a few minutes)
Mode 3:
a combination of mode 1 and 2, use the output of both ROMS and SUNTANS, duplicate the particles
that enters the overlap region
Some suggestions:
1) if the initial location is out of SUNTANS domain, run both mode 1 and mode 3
2) if the initial location is in SUNTANS domain, simply run mode 2
"""
#starttime='2014-02-21'
#endtime='2014-02-22'
dire=os.getcwd()
if mode==1:
downloadROMS(starttime,endtime,ROMSsrc='hindcast')
ROMS_file=dire+'/DATA/'+'txla_subset_HIS.nc'
ROMS_out=dire+'/GNOME/'+'hiroms_ss_rho.nc'
oilspill_wrapper.init_model(opt='ROMS')
oilspill_wrapper.HIROMS(ROMS_file,ROMS_out)
oilspill_wrapper.run_mul_GNOME(311584.1,3113650.2,starttime,endtime,period,900, opt='ROMS')
oilspill_wrapper.GNOME_GM_visualization(opt='ROMS')
oilspill_wrapper.GNOME_GE_animation(13,starttime,opt='ROMS')
elif mode==2:
infile=dire+'/CoarseTri/rundata/'+'GalvCoarse_0000.nc'
outfile=dire+'/GNOME/'+'txsuntans.nc'
hydro_wrapper.runSUNTANS(starttime, endtime)
oilspill_wrapper.init_model()
oilspill_wrapper.Tx_SUNTANS(infile,outfile) ##input: SUNTANS input; output: GNOME input
oilspill_wrapper.run_mul_GNOME(321947.94,3256260.05,starttime,endtime,period,900)
oilspill_wrapper.GNOME_GM_visualization()
oilspill_wrapper.GNOME_GE_animation(13,starttime)
print 'end'
elif mode==3:
print "under developing!!\n"
####use the ROMS current data to run GNOME####
downloadROMS(starttime,endtime, ROMSsrc='hindcast')
ROMS_file=dire+'/DATA/'+'txla_subset_HIS.nc'
ROMS_out=dire+'/GNOME/'+'hiroms_ss_rho.nc'
oilspill_wrapper.init_model(opt='ROMS') #The option is 'ROMS', since will run GNOME using ROMS output first
oilspill_wrapper.HIROMS(ROMS_file,ROMS_out)
#oilspill_wrapper.run_mul_GNOME(311584.1,3113650.2,starttime,endtime,period,900, opt='ROMS')
#(utm_x,utm_y)=utm.from_latlon(28.600572, -94.728385)[0:2]
(utm_x,utm_y)=utm.from_latlon(28.353786, -95.315109)[0:2]
oilspill_wrapper.run_mul_GNOME(utm_x,utm_y,starttime,endtime,period,900, opt='ROMS')
oilspill_wrapper.GNOME_GM_visualization(opt='ROMS')
####duplicate the particles####
oilspill_wrapper.duplicate(starttime,endtime,900)
oilspill_wrapper.visualization2()
else:
print "There is no such mode, check HyosPy input mode!!!\n"
def duplicate(starttime,endtime,dt):
"""
Traverse the SUNTANS boundary grid to locate the points that ROMS result enters
and run GNOME
"""
print "Trying to duplicate the oil spill particles at the SUNTANS boundary!!\n"
base_dir = os.path.dirname(__file__)
try:
ncfile=Dataset(base_dir+'/CoarseTri/rundata/'+'GalvCoarse_0000.nc','r')
except IOError:
print 'No SUNTANS output available'
mark=ncfile.variables['mark'][:]
xe=ncfile.variables['xe'][:]
ye=ncfile.variables['ye'][:]
tide=[] #tide boundary mark
river=[] #river boundary mark
for ii in mark:
if ii==3:
tide.append(ii)
if ii==2:
river.append(ii)
tide_index=[]
for ind,mk in enumerate(mark):
if mk==3:
tide_index.append(ind)
###########Output the cooridinate of SUNTANS open boundary points#########
open_boundary=[]
for kk in tide_index:
open_boundary.append([xe[kk],ye[kk]])
boundary=[]
for i in range(len(open_boundary)):
boundary.append(nctools.utmToLatLng(15,open_boundary[i][0],open_boundary[i][1]))
###########ROMS output############
roms_spill=spill_locations('GNOME_ROMS.nc')
##################################
cbp=[] ###cbp is cross SUNTANS boundary point
SUN13=[]
for nn in range(len(roms_spill)):
particle=roms_spill[nn]
for i in range(len(particle)):
find=False
for j in range(len(boundary)):
if abs(boundary[j][0]-particle[i][0])<0.0035 \
and abs(boundary[j][1]-particle[i][1])<0.0035:
SUN13.append([boundary[j][0],boundary[j][1]])
find=True
break
if find==True:
cbp.append(i) ###cbp is cross SUNTANS boundary point
break
if SUN13==[]:
print '#########\n ROMS output particles will not cross SUNTANS boundary!! \n#########'
print '#########\n check the Google map for details!! \n#########'
raise RuntimeError('adjust initial locations and time period for GNOME run \
or you can change to mode 1 and rerun')
else:
print '#########\n %s particles generating at SUNTANS boundary!! \n#########'%str(len(SUN13))
timeformat='%Y-%m-%d'
SUN_starttime=datetime.strptime(starttime,timeformat)+timedelta(math.floor(min(cbp)/(24*3600./dt))+1)
SUN_starttime=SUN_starttime.strftime(timeformat) ##SUNTANS starttime before particle cross ROMS boundary
diff=datetime.strptime(endtime,timeformat)-datetime.strptime(SUN_starttime,timeformat)
period=diff.days*24
####running SUNTANS from the SUN_starttime to endtime
hydro_wrapper.runSUNTANS(SUN_starttime, endtime)
####generating input of GNOME from SUNTANS output
infile=base_dir+'/CoarseTri/rundata/'+'GalvCoarse_0000.nc'
outfile=base_dir+'/GNOME/'+'txsuntans.nc'
Tx_SUNTANS(infile,outfile)
coor=[]
for i in range(len(SUN13)):
coor.append(utm.from_latlon(SUN13[i][0],SUN13[i][1])[0:2])
yr=int(SUN_starttime[0:4]);
#month=int(SUN_starttime[5:7].lstrip("0").replace("0", " "))
month=int(SUN_starttime[5:7].lstrip('0'))
#day=int(SUN_starttime[8:].lstrip("0").replace("0", " "))
day=int(SUN_starttime[8:].lstrip('0'))
row1='NetCDF Files'
row2='[File] ./txsuntans.nc'
f=open(os.getcwd()+'/GNOME/'+'current_SUNTANS.txt','w')
f.write(row1+'\n')
f.write(row2+'\n')
f.close()
work_dir=os.getcwd()
os.chdir(work_dir+'/GNOME/')
scripting.make_images_dir()
pdb.set_trace()
model = make_model(coor,yr,month,day,period,dt,images_dir=os.getcwd()+"/images")
wdd=[0.01,0.04]
model.full_run(wdd,logger=True)
os.chdir(work_dir)
