This module 'flux_regrid' is auto-generated with f2py (version:1).
Functions:
  pos = get_closest_point(x0,x1,nx0=len(x0),nx1=len(x1))
  pos = get_closest_point_cycle(x0,x1,period,nx0=len(x0),nx1=len(x1))
  pos,wgt = get_segment_wgt(x,y,nx=len(x),ny=len(y))
  flux2 = regrid_flux_bs(lon1,lat1,lon2,lat2,flux1,nlon=len(lon1),nlat=len(lat1),nlon2=len(lon2),nlat2=len(lat2))
  flux2 = regrid_flux_bs_out(flux1,plon,wlon,plat,wlat,nlon=(shape(flux1,0)+1),nlat=(shape(flux1,1)+1),nlon2=len(plon),nlat2=len(plat))
  outflux = regrid_flux_smp(lon1,lat1,lon2,lat2,influx,nlon=len(lon1),nlat=len(lat1),nlon2=len(lon2),nlat2=len(lat2))
  outmap = extract_map_to_multi_layer(rlon1,rlat1,rlon2,rlat2,inmap,ml,nlon=len(rlon1),nlat=len(rlat1),nlon2=len(rlon2),nlat2=len(rlat2))
  outmap,outflux = extract_flux_to_multi_layer(rlon1,rlat1,rlon2,rlat2,inmap,ml,influx,nlon=len(rlon1),nlat=len(rlat1),nlon2=len(rlon2),nlat2=len(rlat2))
  pos = get_upper_index(x0,x1,nx0=len(x0),nx1=len(x1))
  outmap = refine_map(lon1,lat1,lon2,lat2,inmap,nlon=len(lon1),nlat=len(lat1),nlon2=len(lon2),nlat2=len(lat2))
  lon,lat,type_map = read_std_map(nx,ny)
  flux_out = do_flux_by_coef(flux,coef,nx=shape(flux,0),ny=shape(flux,1),nz=shape(flux,2),nm=shape(coef,1))
  flux_out = do_flux_by_coef_wgt(flux,wgt,coef,nx=shape(flux,0),ny=shape(flux,1),nz=shape(flux,2),nm=shape(coef,1))
  outmap = add_val_to_map(inmap,val,idx,idy,nx=shape(inmap,0),ny=shape(inmap,1),npt=len(val))
  wgt = get_obs_wgt_map(grd_lon,grd_lat,olon,olat,dist_table,wlen,lon_period,nlon=len(grd_lon),nlat=len(grd_lat),nobs=len(olon))
.

Data
		__version__ = '$Revision: $' add_val_to_map = <fortran object> do_flux_by_coef = <fortran object> do_flux_by_coef_wgt = <fortran object> extract_flux_to_multi_layer = <fortran object> extract_map_to_multi_layer = <fortran object> get_closest_point = <fortran object> get_closest_point_cycle = <fortran object> get_obs_wgt_map = <fortran object> get_segment_wgt = <fortran object> get_upper_index = <fortran object> read_std_map = <fortran object> refine_map = <fortran object> regrid_flux_bs = <fortran object> regrid_flux_bs_out = <fortran object> regrid_flux_smp = <fortran object>