Lonr, Latr = np.meshgrid(lonr, latr)
Lonu, Lonv, Lonp = rho2uvp(Lonr)
Latu, Latv, Latp = rho2uvp(Latr)
M, L = Latp.shape
#########################################################################
## COMPUTING METRICS
#########################################################################
print ' \n' + '==> ' + ' COMPUTING METRICS ...\n' + ' '
print ' \n==> LLm = %s ...\n ' %(L-1)
print ' \n==> MMm = %s ...\n ' %(M-1)
pm, pn, dndx, dmde = get_metrics(Latu, Lonu, Latv, Lonv)
xr = 0*pm
yr = xr
for i in np.arange(0, L):
xr[:, i+1] = xr[:, i] + 2 / ( pm[:, i+1] + pm[:, i] )
for j in np.arange(0, M):
yr[j+1, :] = yr[j, :] + 2 / ( pn[j+1, :] + pn[j, :] )
xu, xv, xp = rho2uvp(xr)
yu, yv, yp = rho2uvp(yr)
dx = 1 / pm
dy = 1 / pn
out['lat_rho']=lat[:]
lonp,latp = UTM2geo(out['x_psi'][:],out['y_psi'][:],myProj)
out['lon_psi']=lonp[:]
out['lat_psi']=latp[:]
lonu,latu = UTM2geo(out['x_u'][:],out['y_u'][:],myProj)
out['lon_u']=lonu[:]
out['lat_u']=latu[:]
lonv,latv = UTM2geo(out['x_v'][:],out['y_v'][:],myProj)
out['lon_v']=lonv[:]
out['lat_v']=latv[:]
###### Angle and Coriolis #######
out['pm'],out['pn'],out['dndx'],out['dmde']=rl.get_metrics(out['lat_u'],out['lon_u'],out['lat_v'],out['lon_v'])
out['f']= CalculateCoriolis(out['lat_rho'])
###### Creating Mask #######
temp = CreateMask(out)
out['mask_rho']=temp['mask_rho']
out['mask_psi']=temp['mask_psi']
out['mask_u']=temp['mask_u']
out['mask_v']=temp['mask_v']
out['h'][out['h']<3]=3
###### Inserting data on NC #######
grd = nc.Dataset('/home/leportella/projects/runs/Run00/scregional_grdv10.nc','r+')
InsertGridDimensions(grd,out)