def ret_regionmask(region,year,mon):
if region == "ASAS":
xydatadir = "/media/disk2/out/chart/ASAS/const"
paradate = datetime.date(year,mon,1)
if (paradate < datetime.date(2006,1,1)):
name_domain_mask = xydatadir + "/domainmask_saone.%s.2000.01.bn"%(region)
if ( datetime.date(2006,1,1)<=paradate<datetime.date(2006,3,1)):
name_domain_mask = xydatadir + "/domainmask_saone.%s.2006.01.bn"%(region)
if ( datetime.date(2006,3,1)<=paradate):
name_domain_mask = xydatadir + "/domainmask_saone.%s.2006.03.bn"%(region)
#
a2regionmask = fromfile(name_domain_mask, float32).reshape(ny,nx)
a2regionmask = ma.masked_equal(a2regionmask, 0.0).filled(miss)
else:
lllon, lllat, urlon, urlat = chart_para.ret_domain_corner_rect_forfig(region)
a2regionmask = ctrack_func.mk_region_mask(lllat,urlat,lllon,urlon, nx,ny, lat_first, lon_first, dlat, dlon)
a2regionmask = ma.masked_equal(a2regionmask, 0.0).filled(miss)
#--
return a2regionmask
odir = "/media/disk2/out/obj.valid/exc.pgrad"
#------------------
def positive_lon(lon):
if lon <0.0:
positive_lon = 360 + lon
else:
positive_lon = lon
#
return positive_lon
#------------------
for model in lmodel:
for region in lregion:
#-- region mask ---
lllat, lllon, urlat, urlon = ctrack_para.ret_tcregionlatlon(region)
a2domain = ctrack_func.mk_region_mask(lllat, urlat, lllon, urlon, nx, ny, lat_first, lon_first, dlat, dlon)
#-- init ----------
lvort_rad = []
lvort = []
ldt = []
#------------------
for year_loop in range(iyear, eyear+1):
bestname = bestdir + "/Year.%04d.ibtracs_all.v03r04.csv"%(year_loop)
#-- open -------
f = open(bestname, "r")
lines = f.readlines()
f.close()
#-- init dictionary --
ddat = {}
# read num
#-------------
da3num = {}
for crad in lcrad:
da3num[crad, iclass] = fromfile(dnumname[crad, iclass], float32).reshape(nwbin, ny, nx)
#----------------------------------------------
#*****************************************************
# start reg loop
#-----------------------------------------------------
for reg in lreg:
#*****************************************************
# make region mask
#*****************************************************
[lat_min, lat_max, lon_min, lon_max] = dbound[reg]
#--
a2regionmask = func.mk_region_mask(lat_min, lat_max, lon_min, lon_max, nx, ny, lat_first, lon_first, dlat, dlon)
a2regionmask = ma.masked_where(a2orog > thorog, a2regionmask).filled(0.0)
#
a3regionmask = zeros(nwbin* ny* nx).reshape(nwbin, ny, nx)
for iw in liw:
a3regionmask[iw] = a2regionmask
#**********************************************
# extract regional domain
#----------------------------------------------
# sp
#-------------
da3sp_reg = {}
for crad in lcrad:
da3sp_reg[crad, iclass] = ma.masked_where(a3regionmask ==0.0, da3sp[crad, iclass])
lat_first = -89.5
lon_first = 0.5
dlat = 1.0
dlon = 1.0
#------------------------
countrad = 1.0 # [km]
stepday = 0.25
miss = -9999.
#--- region -----
#lregion = ["PNW", "PNE","INN","INS", "PSW","ATN"]
lregion = ["GLB","SH","NH","NPA","NAT","EUR","SIP","SAT"]
da2regmask = {}
for region in lregion:
lllat, lllon, urlat, urlon = ctrack_para.ret_excregionlatlon(region)
da2regmask[region] = ctrack_func.mk_region_mask(lllat, urlat, lllon, urlon, nx, ny, lat_first, lon_first, dlat, dlon)
#----------------
dmfreq_jra = {}
dmfreq_obj = {}
#----------------
for mon in lmon:
#***************************
# JRA25
#---------------------------
idir_jra = "/media/disk2/out/JRA25/sa.one.%s/6hr/exc/c%02dh.bsttc/%04d-%04d.%s"%("anl_p",thdura,iyear,eyear,mon)
iname_jra = idir_jra + "/freq.exc.rad%04dkm.%stc.%04d-%04d.%s.sa.one"%(countrad, bstflag_tc,iyear,eyear,mon)
a2freq_jra_mon = fromfile(iname_jra, float32).reshape(ny,nx)
for region in lregion:
a2freq_jra_temp = ma.masked_where(da2regmask[region] !=1.0, a2freq_jra_mon)
thgrids = 6 #---- nx,ny = 360,180 lat_first = -89.5 lon_first = 0.5 dlat,dlon = 1.0, 1.0 lbaiumon = [5,6,7] ##** baiu region ********** lllat = 25. lllon = 125 urlat = 45. urlon = 145. #-- a2baiu_region = ctrack_func.mk_region_mask(lllat,urlat,lllon,urlon,nx,ny,lat_first,lon_first,dlat,dlon) #** region mask ********** lllat = 25. lllon = 125. urlat = 50. urlon = 155. #-- a2regionmask = ctrack_func.mk_region_mask(lllat,urlat,lllon,urlon,nx,ny,lat_first,lon_first,dlat,dlon) #************************* sidir_root = "/media/disk2/out/JRA25/sa.one.%s/6hr/front/valid"%(sresol) #************************* for season in lseason: lmon = ctrack_para.ret_lmon(season)
