This module 'bpch2_rw_py' is auto-generated with f2py (version:1).
Functions:
  out_array,unit_out,stat = read_bpch2(filename,category_in,tracer_in,tau0_in,ix,jx,lx)
  category_out,tracer_out,unit_out,tau0_out,ix,jx,lx,out_array,stat = read_bpch2_firstmatch(filename,category_in,tracer_in,tau0_in)
  stat,title,tracer_id,lonres_out,latres_out,ix,jx,lx,ifirst,jfirst,lfirst,halfpolar,center180,tau0_out,tau1_out,ntracers = read_bpch2_head(filename,tmpflnm,maxtracer)
  stat = write_bpch2_hdr(iunit,title)
  stat = open_bpch2_for_write(iunit,filename,title='')
  fti_out,title_out,stat = open_bpch2_for_read(funit,filename)
  ntracer_out,halfpolar_out,center180_out,ni_out,nj_out,nl_out,ifirst_out,jfirst_out,lfirst_out,lonres_out,latres_out,tau0_out,tau1_out,modelname_out,category_out,unit_out,reserved_out,out_array,stat = read_bpch2_record(funit)
  ntracer_out,halfpolar_out,center180_out,ni_out,nj_out,nl_out,ifirst_out,jfirst_out,lfirst_out,lonres_out,latres_out,tau0_out,tau1_out,modelname_out,category_out,unit_out,reserved_out,out_array,stat = sel_bpch2_record(funit,category_in,tracer_in,tau_in)
  stat = write_bpch2_data(iunit,modelname_in,category_in,reserved_in,lonres,latres,halfpolar,center180,ntracer,unit_in,tau0_in,tau1_in,ifirst,jfirst,lfirst,array_in,ni=shape(array_in,0),nj=shape(array_in,1),nl=shape(array_in,2))
  stat = close_bpch2_file(iunit)
  modelname = get_modelname()
  name_ext = get_name_ext()
  name_ext_2d = get_name_ext_2d()
  res_ext = get_res_ext()
  halfpolar = get_halfpolar()
  stat,flux_st,tracer_st,tracer_end,ix,jx,lx,array = read_bpch2_co2_flux(filename)
  stat,flux_st,tracer_st,tracer_end,ix,jx,lx,array = read_bpch2_co2_stv(filename)
.

Data
		__version__ = '$Revision: $' close_bpch2_file = <fortran object> get_halfpolar = <fortran get_halfpolar> get_modelname = <fortran get_modelname> get_name_ext = <fortran get_name_ext> get_name_ext_2d = <fortran get_name_ext_2d> get_res_ext = <fortran get_res_ext> open_bpch2_for_read = <fortran object> open_bpch2_for_write = <fortran object> read_bpch2 = <fortran object> read_bpch2_co2_flux = <fortran object> read_bpch2_co2_stv = <fortran object> read_bpch2_firstmatch = <fortran object> read_bpch2_head = <fortran object> read_bpch2_record = <fortran object> sel_bpch2_record = <fortran object> write_bpch2_data = <fortran object> write_bpch2_hdr = <fortran object>