tokamaker_recon_settings Class Reference

Detailed Description

TokaMaker reconstruction settings class.

Public Member Functions
	__init__ (self)
	__setattr__ (self, name, value)
	get_c_struct (self, oft_env)
	Get C struct representation of settings for passing to TokaMaker Fortran API.

Public Attributes
int	dx = 1.E-2
	Relative step size for finite difference Jacobian calculation.
int	dx_min = 1.E-8
	Minimum absolute step size for finite difference Jacobian calculation.
bool	fit_FFPscale = False
	Adjust \( F*F' \) scale factor?
bool	fit_Pscale = False
	Adjust \( P' \) scale factor?
bool	fitCoils = False
	Allow adjustment of PF coil currents?
bool	fitF = False
	Adjust \( F*F' \) parameterization coefficients?
bool	fitF0 = False
	Allow adjustment of TF coil current?
bool	fitP = False
	Adjust \( P' \) parameterization coefficients?
bool	fitR0 = False
	Utilize and adjust \( R_0 \) constraint?
	fitV0 = None
bool	fitZ0 = False
	Utilize and adjust \( Z_0 \) constraint?
bool	fixedCentering = False
	Do not update centering (initial guess for NL solve) as solve progresses.
str	infile = 'fit.in'
	File containing constraint definitions.
str	outfile = 'fit.out'
	File to write output information to.
bool	pm = False
	Show detailed progress output?

Protected Member Functions
	_zz_doxygen_dummy (self)

Protected Attributes
bool	_initialized = True

Private Attributes
	__dict__

Constructor & Destructor Documentation

__init__()

__init__

(

self

)

Member Function Documentation

__setattr__()

__setattr__	(		self,
			name,
			value )

_zz_doxygen_dummy()

_zz_doxygen_dummy ( self )

protected

get_c_struct()

get_c_struct	(		self,
			oft_env )

Get C struct representation of settings for passing to TokaMaker Fortran API.

Member Data Documentation

__dict__

__dict__

private

_initialized

bool _initialized = True

protected

dx

int dx = 1.E-2

Relative step size for finite difference Jacobian calculation.

dx_min

int dx_min = 1.E-8

Minimum absolute step size for finite difference Jacobian calculation.

fit_FFPscale

bool fit_FFPscale = False

Adjust \( F*F' \) scale factor?

fit_Pscale

bool fit_Pscale = False

Adjust \( P' \) scale factor?

fitCoils

bool fitCoils = False

Allow adjustment of PF coil currents?

fitF

bool fitF = False

Adjust \( F*F' \) parameterization coefficients?

fitF0

bool fitF0 = False

Allow adjustment of TF coil current?

fitP

bool fitP = False

Adjust \( P' \) parameterization coefficients?

fitR0

bool fitR0 = False

Utilize and adjust \( R_0 \) constraint?

fitV0

fitV0 = None

fitZ0

bool fitZ0 = False

Utilize and adjust \( Z_0 \) constraint?

fixedCentering

bool fixedCentering = False

Do not update centering (initial guess for NL solve) as solve progresses.

infile

str infile = 'fit.in'

File containing constraint definitions.

outfile

str outfile = 'fit.out'

File to write output information to.

pm

bool pm = False

Show detailed progress output?

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

• python/OpenFUSIONToolkit/TokaMaker/reconstruction.py