module_io Module Reference

Module for input/output reading/writing. More...

Public Member Functions
subroutine	init_coef_file ()
	Initialise reading of coef file finding correspondance between atmopheric species and species given by the user. More...
subroutine	read_coef_file ()
	Read coef file keeping in memory the position in the file. More...
subroutine	decode_buffer (i_tube, buffer, sim_data, pos_tube, ntr, ion, eml, ew)
	Master routine to call decode_buffer_v* corresponding version. More...
subroutine	decode_buffer_v1 (i_tube, buffer, sim_data, pos_tube, ntr, ion, eml, ew)
	Decode format IPIM output V1-format. More...
subroutine	construct_buffer_v1 (i_tube, simu, sim_data, pos_tube, ntr, ion, eml, ew, buffer)
	Follow IPIM V1-format. More...
subroutine	decode_buffer_v2 (i_tube, buffer, sim_data, pos_tube, ntr, ion, eml, ew)
	Decode format IPIM output V2-format. More...
subroutine	construct_buffer_v2 (i_tube, simu, sim_data, pos_tube, ntr, ion, eml, ew, buffer)
	Follow IPIM V2-format. More...
subroutine	decode_buffer_v3 (i_tube, buffer, sim_data, pos_tube, ntr, ion, eml, ew)
	Decode format IPIM output V3-format. More...
subroutine	construct_buffer_v3 (i_tube, simu, sim_data, pos_tube, ntr, ion, eml, ew, buffer)
	Follow IPIM V3-format. More...
subroutine	decode_buffer_v4 (i_tube, buffer, sim_data, pos_tube, ntr, ion, eml, ew)
	Decode format IPIM output V4-format. More...
subroutine	construct_buffer_v4 (i_tube, simu, sim_data, pos_tube, ntr, ion, eml, ew, buffer)
	Follow IPIM V4-format. More...
subroutine	decode_buffer_v5 (i_tube, buffer, sim_data, pos_tube, ntr, ion, eml, ew)
	Decode format IPIM output V5-format. More...
subroutine	construct_buffer_v5 (i_tube, simu, sim_data, pos_tube, ntr, ion, eml, ew, buffer)
	Follow IPIM V5-format. More...
subroutine	decode_buffer_v6 (i_tube, buffer, sim_data, pos_tube, ntr, ion, eml, ew)
	Decode format IPIM output V6-format. More...
subroutine	construct_buffer_v6 (i_tube, simu, sim_data, pos_tube, ntr, ion, eml, ew, buffer)
	Follow IPIM V6-format. More...
subroutine	close_module_io ()
	Close some global allocatable module variables. More...

Public Attributes
real, dimension(:,:), allocatable, save	profils
integer, save	coef_file_offset
logical, save	is_coef_file

Detailed Description

Module for input/output reading/writing.

Member Function/Subroutine Documentation

subroutine module_io::close_module_io

(

)

Close some global allocatable module variables.

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subroutine module_io::construct_buffer_v1	(	integer, intent(in)	i_tube,
		type(mode_simu), intent(in)	simu,
		type(simulation_data), intent(in)	sim_data,
		type(coordonnees), dimension(:,:), intent(in)	pos_tube,
		type(neutral), dimension(:), intent(in)	ntr,
		type(espece), dimension(:), intent(in)	ion,
		type(emissions), intent(in)	eml,
		type(wave_energy), intent(in)	ew,
		real, dimension(:), intent(out)	buffer
	)

Follow IPIM V1-format.

Author

Fill buffer variable with:

• pos_tube
• ntr
• ion
• sim_data: contains some simulation parameters

Use other variables:

• simu: contains nb_alt, nb_ntr, nb_ion, nb_eml

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subroutine module_io::construct_buffer_v2	(	integer, intent(in)	i_tube,
		type(mode_simu), intent(in)	simu,
		type(simulation_data), intent(in)	sim_data,
		type(coordonnees), dimension(:,:), intent(in)	pos_tube,
		type(neutral), dimension(:), intent(in)	ntr,
		type(espece), dimension(:), intent(in)	ion,
		type(emissions)	eml,
		type(wave_energy), intent(in)	ew,
		real, dimension(:), intent(out)	buffer
	)

Follow IPIM V2-format.

Author

Fill buffer variable with:

• pos_tube
• ntr
• ion
• sim_data: contains some simulation parameters

Use other variables:

• simu: contains nb_alt, nb_ntr, nb_ion, nb_eml

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subroutine module_io::construct_buffer_v3	(	integer, intent(in)	i_tube,
		type(mode_simu), intent(in)	simu,
		type(simulation_data), intent(in)	sim_data,
		type(coordonnees), dimension(:,:), intent(in)	pos_tube,
		type(neutral), dimension(:), intent(in)	ntr,
		type(espece), dimension(:), intent(in)	ion,
		type(emissions)	eml,
		type(wave_energy), intent(in)	ew,
		real, dimension(:), intent(out)	buffer
	)

Follow IPIM V3-format.

Author

Fill buffer variable with:

• pos_tube
• ntr
• ion
• sim_data: contains some simulation parameters

Use other variables:

• simu: contains nb_alt, nb_ntr, nb_ion, nb_eml

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subroutine module_io::construct_buffer_v4	(	integer, intent(in)	i_tube,
		type(mode_simu), intent(in)	simu,
		type(simulation_data), intent(in)	sim_data,
		type(coordonnees), dimension(:,:), intent(in)	pos_tube,
		type(neutral), dimension(:), intent(in)	ntr,
		type(espece), dimension(:), intent(in)	ion,
		type(emissions)	eml,
		type(wave_energy), intent(in)	ew,
		real, dimension(:), intent(out)	buffer
	)

Follow IPIM V4-format.

Author

Fill buffer variable with:

• pos_tube
• ntr
• ion
• sim_data: contains some simulation parameters

Use other variables:

• simu: contains nb_alt, nb_ntr, nb_ion, nb_eml

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subroutine module_io::construct_buffer_v5	(	integer, intent(in)	i_tube,
		type(mode_simu), intent(in)	simu,
		type(simulation_data), intent(in)	sim_data,
		type(coordonnees), dimension(:,:), intent(in)	pos_tube,
		type(neutral), dimension(:), intent(in)	ntr,
		type(espece), dimension(:), intent(in)	ion,
		type(emissions)	eml,
		type(wave_energy), intent(in)	ew,
		real, dimension(:), intent(out)	buffer
	)

Follow IPIM V5-format.

Author

Fill buffer variable with:

• pos_tube
• ntr
• ion
• sim_data: contains some simulation parameters

Use other variables:

• simu: contains nb_alt, nb_ntr, nb_ion, nb_eml

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subroutine module_io::construct_buffer_v6	(	integer, intent(in)	i_tube,
		type(mode_simu), intent(in)	simu,
		type(simulation_data), intent(in)	sim_data,
		type(coordonnees), dimension(:,:), intent(in)	pos_tube,
		type(neutral), dimension(:), intent(in)	ntr,
		type(espece), dimension(:), intent(in)	ion,
		type(emissions)	eml,
		type(wave_energy), intent(in)	ew,
		real, dimension(:), intent(out)	buffer
	)

Follow IPIM V6-format.

Author

Fill buffer variable with:

• pos_tube
• ntr
• ion
• sim_data: contains some simulation parameters

Use other variables:

• simu: contains nb_alt, nb_ntr, nb_ion, nb_eml

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subroutine module_io::decode_buffer	(	integer, intent(in)	i_tube,
		real, dimension(:), intent(in)	buffer,
		type(simulation_data)	sim_data,
		type(coordonnees), dimension(:,:)	pos_tube,
		type(neutral), dimension(:)	ntr,
		type(espece), dimension(:)	ion,
		type(emissions)	eml,
		type(wave_energy)	ew
	)

Master routine to call decode_buffer_v* corresponding version.

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subroutine module_io::decode_buffer_v1	(	integer, intent(in)	i_tube,
		real, dimension(:), intent(in)	buffer,
		type(simulation_data)	sim_data,
		type(coordonnees), dimension(:,:)	pos_tube,
		type(neutral), dimension(:)	ntr,
		type(espece), dimension(:)	ion,
		type(emissions)	eml,
		type(wave_energy)	ew
	)

Decode format IPIM output V1-format.

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subroutine module_io::decode_buffer_v2	(	integer, intent(in)	i_tube,
		real, dimension(:), intent(in)	buffer,
		type(simulation_data)	sim_data,
		type(coordonnees), dimension(:,:)	pos_tube,
		type(neutral), dimension(:)	ntr,
		type(espece), dimension(:)	ion,
		type(emissions)	eml,
		type(wave_energy)	ew
	)

Decode format IPIM output V2-format.

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subroutine module_io::decode_buffer_v3	(	integer, intent(in)	i_tube,
		real, dimension(:), intent(in)	buffer,
		type(simulation_data)	sim_data,
		type(coordonnees), dimension(:,:)	pos_tube,
		type(neutral), dimension(:)	ntr,
		type(espece), dimension(:)	ion,
		type(emissions)	eml,
		type(wave_energy)	ew
	)

Decode format IPIM output V3-format.

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subroutine module_io::decode_buffer_v4	(	integer, intent(in)	i_tube,
		real, dimension(:), intent(in)	buffer,
		type(simulation_data)	sim_data,
		type(coordonnees), dimension(:,:)	pos_tube,
		type(neutral), dimension(:)	ntr,
		type(espece), dimension(:)	ion,
		type(emissions)	eml,
		type(wave_energy)	ew
	)

Decode format IPIM output V4-format.

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subroutine module_io::decode_buffer_v5	(	integer, intent(in)	i_tube,
		real, dimension(:), intent(in)	buffer,
		type(simulation_data)	sim_data,
		type(coordonnees), dimension(:,:)	pos_tube,
		type(neutral), dimension(:)	ntr,
		type(espece), dimension(:)	ion,
		type(emissions)	eml,
		type(wave_energy)	ew
	)

Decode format IPIM output V5-format.

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subroutine module_io::decode_buffer_v6	(	integer, intent(in)	i_tube,
		real, dimension(:), intent(in)	buffer,
		type(simulation_data)	sim_data,
		type(coordonnees), dimension(:,:)	pos_tube,
		type(neutral), dimension(:)	ntr,
		type(espece), dimension(:)	ion,
		type(emissions)	eml,
		type(wave_energy)	ew
	)

Decode format IPIM output V6-format.

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subroutine module_io::init_coef_file

(

)

Initialise reading of coef file finding correspondance between atmopheric species and species given by the user.

Author

Mikel Indurain

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subroutine module_io::read_coef_file

(

)

Read coef file keeping in memory the position in the file.

Author

Mikel Indurain

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The documentation for this module was generated from the following file:

• dir.system/module_io.f90