Module maximum_net_infiltration__gridded_data provides support for adding miscellaneous source and sink terms. More...

Functions/Subroutines
subroutine, public	maximum_net_infiltration_initialize (is_cell_active, landuse_index)
	Initialize the routine to establish maximum potential recharge rates.
elemental subroutine, public	maximum_net_infiltration_calculate (net_infiltration, rejected_net_infiltration, indx)

Variables
type(data_catalog_entry_t), pointer	pmaximum_net_infiltration
real(c_float), dimension(:), allocatable	fmaximum_net_infiltration
real(c_float), dimension(:,:), allocatable	fmaximum_net_infiltration_array
real(c_float), dimension(:,:), allocatable	fmaximum_net_infiltration_table

Detailed Description

Module maximum_net_infiltration__gridded_data provides support for adding miscellaneous source and sink terms.

Function/Subroutine Documentation

elemental subroutine, public maximum_net_infiltration__gridded_data::maximum_net_infiltration_calculate	(	real ( c_float), intent(inout)	net_infiltration,
		real (c_float), intent(inout)	rejected_net_infiltration,
		integer (c_int), intent(in)	indx )

subroutine, public maximum_net_infiltration__gridded_data::maximum_net_infiltration_initialize	(	logical (c_bool), dimension(:,:), intent(in)	is_cell_active,
		integer (c_int), dimension(:), intent(in)	landuse_index )

Initialize the routine to establish maximum potential recharge rates.

Open gridded data file. Open a NetCDF output file to hold variable output.

Parameters

[in]	lActive	2D array of active cells within the model domain.
[in]	iLanduseIndex	1D vector of indices corresponding to rows of the landuse lookup table(s).

Determine how many landuse codes are present

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