musica_io_netcdf Module Reference

The io_netcdf_t type and related functions. More...

Data Types
interface	io_netcdf_t
	NetCDF file reader. More...

Functions/Subroutines
type(io_netcdf_t) function, pointer	constructor (file_name, read_only)
	Constructor for NetCDF file readers.
subroutine	read_0d_double (this, variable_name, container, requestor_name)
	Reads 0D double-precision floating-pointer data.
subroutine	read_1d_double (this, variable_name, container, requestor_name)
	Reads 1D double-precision floating-pointer data.
subroutine	read_2d_double (this, variable_name, container, requestor_name)
	Reads 2D double-precision floating-pointer data.
subroutine	read_3d_double (this, variable_name, container, requestor_name)
	Reads 3D double-precision floating-pointer data.
subroutine	read_4d_double (this, variable_name, container, requestor_name)
	Reads 4D double-precision floating-pointer data.
subroutine	read_0d_int (this, variable_name, container, requestor_name)
	Reads 0D integer data.
subroutine	read_1d_int (this, variable_name, container, requestor_name)
	Reads 1D integer data.
subroutine	write_0d_double (this, variable_name, variable_data, requestor_name)
	Writes 0D double data.
subroutine	write_1d_double (this, variable_name, dimensions, variable_data, requestor_name)
	Writes 1D double data.
subroutine	write_2d_double (this, variable_name, dimensions, variable_data, requestor_name)
	Writes 2D double data.
subroutine	write_3d_double (this, variable_name, dimensions, variable_data, requestor_name)
	Writes 3D double data.
subroutine	write_4d_double (this, variable_name, dimensions, variable_data, requestor_name)
	Writes 4D double data.
subroutine	write_0d_int (this, variable_name, variable_data, requestor_name)
	Writes 0D int data.
subroutine	write_1d_int (this, variable_name, dimensions, variable_data, requestor_name)
	Writes 1D int data.
subroutine	append_0d_double (this, variable_name, variable_units, append_dimension, append_index, variable_data, requestor_name)
	Writes 0D double data to append 1D double data.
subroutine	append_1d_double (this, variable_name, variable_units, append_dimension, append_index, dimensions, variable_data, requestor_name)
	Writes 1D double data to append 2D double data.
subroutine	append_2d_double (this, variable_name, variable_units, append_dimension, append_index, dimensions, variable_data, requestor_name)
	Writes 2D double data to append 3D double data.
subroutine	append_3d_double (this, variable_name, variable_units, append_dimension, append_index, dimensions, variable_data, requestor_name)
	Writes 3D double data to append 4D double data.
subroutine	append_0d_int (this, variable_name, variable_units, append_dimension, append_index, variable_data, requestor_name)
	Writes 0D int data to append 1D int data.
logical function	exists_char (this, variable_name, requestor_name)
	Returns whether a variable exists in the file.
logical function	exists_string (this, variable_name, requestor_name)
	Returns whether a variable exists in the file.
type(string_t) function, dimension(:), allocatable	variable_dimensions (this, variable_name, requestor_name)
	Returns the dimension names for a given variable.
type(string_t) function	variable_units (this, variable_name, requestor_name)
	Returns the units for a given variable.
subroutine	set_variable_units (this, variable_name, units, requestor_name)
	Sets the units for a given variable.
logical function	is_open (this)
	Returns whether a file is open or not.
integer function	variable_id (this, variable_name)
	Returns a variable's id in the NetCDF file.
integer function, dimension(:), allocatable	dimension_sizes (this, variable_name)
	Returns the dimensions for variable in the NetCDF file.
integer function	check_add_dimension (this, dim_name, dim_size)
	Checks if a dimension exists and verifies its size.
subroutine	check_add_variable (this, variable_name, variable_units, variable_type, append_dimension, dimensions, dimension_sizes, varid, dimids, start_ids)
	Checks for an appendable variable in the file and adds it if it does not exist yet.
subroutine	finalize (this)
	Finalizes a NetCDF file reader.
subroutine	check_status (code, status, error_message)
	Checks a NetCDF status code and fail with a message if an error occurred.

Variables
integer, parameter	kunknownfileid = -9999

Detailed Description

The io_netcdf_t type and related functions.

Function/Subroutine Documentation

append_0d_double()

subroutine musica_io_netcdf::append_0d_double ( class(io_netcdf_t), intent(inout) this, type(string_t), intent(in) variable_name, type(string_t), intent(in) variable_units, type(string_t), intent(in) append_dimension, integer, intent(in) append_index, real(kind=musica_dk), intent(in) variable_data, character(len=*), intent(in) requestor_name )

private

Writes 0D double data to append 1D double data.

If the provided dimensions do not exist, they will be created based on the shape of the given data. If they do exist, they must be compatible with the shape of the given data.

append_0d_int()

subroutine musica_io_netcdf::append_0d_int ( class(io_netcdf_t), intent(inout) this, type(string_t), intent(in) variable_name, type(string_t), intent(in) variable_units, type(string_t), intent(in) append_dimension, integer, intent(in) append_index, integer, intent(in) variable_data, character(len=*), intent(in) requestor_name )

private

Writes 0D int data to append 1D int data.

If the provided dimensions do not exist, they will be created based on the shape of the given data. If they do exist, they must be compatible with the shape of the given data.

append_1d_double()

subroutine musica_io_netcdf::append_1d_double ( class(io_netcdf_t), intent(inout) this, type(string_t), intent(in) variable_name, type(string_t), intent(in) variable_units, type(string_t), intent(in) append_dimension, integer, intent(in) append_index, type(string_t), intent(in) dimensions, real(kind=musica_dk), dimension(:), intent(in) variable_data, character(len=*), intent(in) requestor_name )

private

Writes 1D double data to append 2D double data.

If the provided dimensions do not exist, they will be created based on the shape of the given data. If they do exist, they must be compatible with the shape of the given data.

append_2d_double()

subroutine musica_io_netcdf::append_2d_double ( class(io_netcdf_t), intent(inout) this, type(string_t), intent(in) variable_name, type(string_t), intent(in) variable_units, type(string_t), intent(in) append_dimension, integer, intent(in) append_index, type(string_t), dimension(2), intent(in) dimensions, real(kind=musica_dk), dimension(:,:), intent(in) variable_data, character(len=*), intent(in) requestor_name )

private

Writes 2D double data to append 3D double data.

If the provided dimensions do not exist, they will be created based on the shape of the given data. If they do exist, they must be compatible with the shape of the given data.

append_3d_double()

subroutine musica_io_netcdf::append_3d_double ( class(io_netcdf_t), intent(inout) this, type(string_t), intent(in) variable_name, type(string_t), intent(in) variable_units, type(string_t), intent(in) append_dimension, integer, intent(in) append_index, type(string_t), dimension(3), intent(in) dimensions, real(kind=musica_dk), dimension(:,:,:), intent(in) variable_data, character(len=*), intent(in) requestor_name )

private

Writes 3D double data to append 4D double data.

If the provided dimensions do not exist, they will be created based on the shape of the given data. If they do exist, they must be compatible with the shape of the given data.

check_add_dimension()

integer function musica_io_netcdf::check_add_dimension ( class(io_netcdf_t), intent(inout) this, character(len=*), intent(in) dim_name, integer, intent(in) dim_size )

private

Checks if a dimension exists and verifies its size.

If the dimension does not exist, it is created. The dimension id is returned.

check_status()

subroutine musica_io_netcdf::check_status ( integer, intent(in) code, integer, intent(in) status, character(len=*), intent(in) error_message )

private

Checks a NetCDF status code and fail with a message if an error occurred.

Parameters

[in]	code	Unique code to associate with any failure
[in]	status	NetCDF status code
[in]	error_message	Error message to display on failure

write_1d_double()

subroutine musica_io_netcdf::write_1d_double ( class(io_netcdf_t), intent(inout) this, type(string_t), intent(in) variable_name, type(string_t), intent(in) dimensions, real(kind=musica_dk), dimension(:), intent(in) variable_data, character(len=*), intent(in) requestor_name )

private

Writes 1D double data.

If the provided dimensions do not exist, they will be created based on the shape of the given data. If they do exist, they must be compatible with the shape of the given data.

write_1d_int()

subroutine musica_io_netcdf::write_1d_int ( class(io_netcdf_t), intent(inout) this, type(string_t), intent(in) variable_name, type(string_t), intent(in) dimensions, integer, dimension(:), intent(in) variable_data, character(len=*), intent(in) requestor_name )

private

Writes 1D int data.

If the provided dimensions do not exist, they will be created based on the shape of the given data. If they do exist, they must be compatible with the shape of the given data.

write_2d_double()

subroutine musica_io_netcdf::write_2d_double ( class(io_netcdf_t), intent(inout) this, type(string_t), intent(in) variable_name, type(string_t), dimension(2), intent(in) dimensions, real(kind=musica_dk), dimension(:,:), intent(in) variable_data, character(len=*), intent(in) requestor_name )

private

Writes 2D double data.

If the provided dimensions do not exist, they will be created based on the shape of the given data. If they do exist, they must be compatible with the shape of the given data.

write_3d_double()

subroutine musica_io_netcdf::write_3d_double ( class(io_netcdf_t), intent(inout) this, type(string_t), intent(in) variable_name, type(string_t), dimension(3), intent(in) dimensions, real(kind=musica_dk), dimension(:,:,:), intent(in) variable_data, character(len=*), intent(in) requestor_name )

private

Writes 3D double data.

If the provided dimensions do not exist, they will be created based on the shape of the given data. If they do exist, they must be compatible with the shape of the given data.

write_4d_double()

subroutine musica_io_netcdf::write_4d_double ( class(io_netcdf_t), intent(inout) this, type(string_t), intent(in) variable_name, type(string_t), dimension(4), intent(in) dimensions, real(kind=musica_dk), dimension(:,:,:,:), intent(in) variable_data, character(len=*), intent(in) requestor_name )

private

Writes 4D double data.

If the provided dimensions do not exist, they will be created based on the shape of the given data. If they do exist, they must be compatible with the shape of the given data.