siesta_namelist Module Reference

This file contains all the variables and maximum sizes of the inputs for a SIESTA namelist input file. The module contained within does not represent an object instance. Instead all variables are contained in a global context. This is required due to limitations of FORTRAN 95 and namelist inputs. More...

Functions/Subroutines
subroutine	siesta_namelist_read (namelist_file)
	Reads the namelist input file. More...
subroutine	siesta_namelist_write (namelist_file)
	Writes the namelist input file. More...

Variables
integer, parameter	siesta_namelist_name_length = 256
	Input string length.
logical	ladd_pert = .TRUE.
	Use helical perturbation.
logical	lresistive = .TRUE.
	Use resistive perturbaton.
logical	lrestart = .FALSE.
	Restart SIESTA from pervious run.
logical	l_tracing = .FALSE.
	Produce output file for fieldline tracing.
logical	l_silo_output = .FALSE.
	Produce silo output.
logical	l_silo3d = .FALSE.
	Produce silo 3D output.
logical	l_output_alliter = .FALSE.
	Write output files on all iterations.
logical	l_vmec_uniform
	FIXME: Unknown.
logical	l_vessel = .FALSE.
	If extended grid is to be used using an available vessel file.
integer	niter = 10
	Maximum number of iterations after diagonal prec.
real(dp)	ftol = 1.E-20_dp
	Force tolarance.
real(dp)	eta_factor = 1.E-2_dp
	Resistivity value.
integer	nprecon = 0
	Skip diagonal preconditioner if greater than zero.
integer, dimension(20)	mres = 0
	Sizes of the helical perturbation.
real(dp), dimension(20)	helpert = 0.0
	Sizes of the helical perturbation.
real(dp), dimension(20)	helperta = 0.0
	Sizes of the helical perturbation.
integer	nsin = 101
	Radial size of the plasma grid.
integer	nsin_ext = 0
	Radial size of the extended grid.
integer	mpolin = 12
	Number of poloidal modes.
integer	ntorin = 3
	Number of toroidal modes.
integer	nfpin = 0
	Number of field periods to use. -1 means set this to the value in the wout file.
integer	nphis = 2
	Number of cylindrical phi planes.
integer	nrs = 200
	Number of radial grid points.
integer	nzs = 200
	Number of vertical grid points.
integer	nvs = 150
	Number of flux space toroidal points.
integer	nus = 150
	Number of flux space poloidal points.
integer	nss = 100
	Number of flux space radial points.
character(len=siesta_namelist_name_length)	wout_file = ''
	Filename of the VMEC woutfile.
character(len=siesta_namelist_name_length)	restart_ext = ''
	Name of the restart file extension.
character(len=siesta_namelist_name_length)	mgrid_file = ''
	Filename of the VMEC woutfile.
character(len=siesta_namelist_name_length)	vessel_file = ''
	Name of the restart file extension.

Detailed Description

This file contains all the variables and maximum sizes of the inputs for a SIESTA namelist input file. The module contained within does not represent an object instance. Instead all variables are contained in a global context. This is required due to limitations of FORTRAN 95 and namelist inputs.

Namelist siesta_info definition

Note

Some of the references are missing here. This is due to a bug in Doxygen when variable decalarations span multiple lines.

Function/Subroutine Documentation

siesta_namelist_read()

subroutine siesta_namelist::siesta_namelist_read

(

character (len=*), intent(in)

namelist_file

)

Reads the namelist input file.

Reads the namelist input file.

Parameters

[in]

namelist_file

The file name of the namelist input file.

Definition at line 230 of file siesta_namelist.f90.

siesta_namelist_write()

subroutine siesta_namelist::siesta_namelist_write

(

character (len=*), intent(in)

namelist_file

)

Writes the namelist input file.

Writes the namelist input file.

Parameters

[in]

namelist_file

The file name of the namelist input file.

Definition at line 279 of file siesta_namelist.f90.