This module provides some subroutines to manage the physical fields data of velocity or height, etc at each time level. More...

Functions/Subroutines
subroutine, public	init_output_field_data (nc_filename, icgrid, integration_time, time_step, output_tick)
	Initializes the output_field_data module.
subroutine, public	output_field (tstep, v_n, h_n, hs)
	Outputs the physical fields data of velocity(v) and height(h, hs) at time level n into a NetCDF file.
subroutine, public	finalize_output_field_data ()
	Finalize the output_field_data module.
Variables
character(Token)	ncFileName
	The name of the NetCDF file to write the simulation result to.
type(IcGrid_ncWriter), save	writer
	The variable of derived type IcGrid_ncWriter to output the data of the simulation result into a NetCDF file.
type(IcGrid_ncWriter), save	hs_writer
	The variable of derived type IcGrid_ncWriter to output the height data of underlying mountain into a NetCDF file.
type(Field_IcGrid2D), save	UWind
	The variable of derived type Field_IcGrid2D to manage the field data of zonal velocity.
type(Field_IcGrid2D), save	VWind
	The variable of derived type Field_IcGrid2D to manage the field data of meridional velocity.
type(Field_IcGrid2D), save	WWind
	The variable of derived type Field_IcGrid2D to manage the field data of vertical velocity.
type(Field_IcGrid2D), save	Height
	The variable of derived type Field_IcGrid2D to manage the field data of surface height.
type(Field_IcGrid2D), save	HeightS
	The variable of derived type Field_IcGrid2D to manage the field data of the height of underlying mountain.
integer	u_ncVarID
	The ID of the NetCDF variable coresponding to the variable name UWind.
integer	v_ncVarID
	The ID of the NetCDF variable coresponding to the variable name VWind.
integer	w_ncVarID
	The ID of the NetCDF variable coresponding to the variable name WWind.
integer	h_ncVarID
	The ID of the NetCDF variable coresponding to the variable name Height.
integer	hs_ncVarID
	The ID of the NetCDF variable coresponding to the variable name HeightS.

Detailed Description

This module provides some subroutines to manage the physical fields data of velocity or height, etc at each time level.

Copyright (C) GFD Dennou Club, 2011-2012. All rights reserved.
license ??

Author:: Yuta Kawai

Function/Subroutine Documentation

subroutine,public output_field_data::finalize_output_field_data ( )

Finalize the output_field_data module.

Definition at line 307 of file output_field_data.f90.

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subroutine,public output_field_data::init_output_field_data	(	character(*),intent(in)	nc_filename,
		type(IcGrid2D_FVM),intent(in)	icgrid,
		real(DP),intent(in)	integration_time,
		real(DP),intent(in)	time_step,
		real(DP),intent(in)	output_tick
	)

Initializes the output_field_data module.

Parameters:

[in]	nc_filename	The name of a NetCDF file to output the physical field data into.
[in]	icgrid	The variable of derived type IcGrid2D_FVM.
[in]	integration_time	Integration time [s].
[in]	time_step	Time step [s].
[in]	output_tick	Time interval for outputing data.

Definition at line 147 of file output_field_data.f90.

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subroutine,public output_field_data::output_field	(	integer,intent(in)	tstep,
		type(Field_IcGrid2D),intent(in)	v_n,
		type(Field_IcGrid2D),intent(in)	h_n,
		type(Field_IcGrid2D),intent(in),optional	hs
	)

Outputs the physical fields data of velocity(v) and height(h, hs) at time level n into a NetCDF file.

Parameters:

[in]	tstep	The number of current time step.
[in]	v_n	The variable of derived type Field_IcGrid2D to manage the velocity field data at time level n.
[in]	h_n	The variable of derived type Field_IcGrid2D to manage the surface height field data at time level n.
[in]	hs	The variable of derived type Field_IcGrid2D to manage the height field of underlying mountain.