Base class representing a limiter_iso function. More...

Inheritance diagram for limiter_iso_t::limiter_iso_class:

Public Member Functions
PROCEDURE	get_max_fval => limiter_iso_get_max_fval

PROCEDURE	get_type => limiter_iso_get_type

PROCEDURE	get_value => limiter_iso_get_value

FINAL	limiter_iso_destruct

class(limiter_iso_class) function, pointer	limiter_iso_construct (arz, rc, zc, numin, vgrid, on_edge)
	Construct a limiter iso function. More...

Public Member Functions inherited from limiter::limiter_class
PROCEDURE	get_modeled_signal_last => limiter_get_modeled_signal

PROCEDURE	get_header => limiter_get_header

PROCEDURE	get_type => limiter_get_type

PROCEDURE	get_max_fval => limiter_get_max_fval

Public Member Functions inherited from signal::signal_class
PROCEDURE	get_modeled_signal_cache => signal_get_modeled_signal_cache

PROCEDURE	get_modeled_signal_last => signal_get_modeled_signal_last

GENERIC	get_modeled_signal => get_modeled_signal_cache, get_modeled_signal_last

PROCEDURE	get_observed_signal => signal_get_observed_signal

PROCEDURE	get_g2 => signal_get_g2

PROCEDURE	get_e => signal_get_e

PROCEDURE	get_sigma2 => signal_get_sigma2

PROCEDURE	get_type => signal_get_type

PROCEDURE	get_header => signal_get_header

PROCEDURE	get_gp_i => signal_get_gp_i

PROCEDURE	get_gp_s => signal_get_gp_s

PROCEDURE	get_gp_x => signal_get_gp_x

GENERIC	get_gp => get_gp_i, get_gp_s, get_gp_x

PROCEDURE	scale_and_offset => signal_scale_and_offset

PROCEDURE	sync_child => signal_sync_child

PROCEDURE	write_header => signal_write_header

PROCEDURE	write => signal_write

PROCEDURE	write_auxiliary => signals_write_auxiliary

PROCEDURE	write_step_data => signal_write_step_data

FINAL	signal_destruct

Public Attributes
real(rprec), dimension(0:4, 0:4)	arz
	Coefficients for the iso function.

real(rprec)	rc
	R offset for function.

real(rprec)	zc
	Z offset for function.

integer	numin
	Minimum number of poloidal angles for s=1 surface.

Public Attributes inherited from limiter::limiter_class
logical	on_edge = .false.
	If true, the reconstruction tries to place the edge on the limiter. Otherwise, the plasma edge is kept inside the limiter.

real(rprec), dimension(:), pointer	phi => null()
	Limiter phi planes the limiters are defined at.

Public Attributes inherited from signal::signal_class
character(len=data_short_name_length)	s_name
	Short name of the signal.

character(len=data_name_length)	l_name
	Long name of the signal.

character(len=data_short_name_length)	units
	Physical units the signal measures.

real(rprec)	observed
	Eperimentally measured signal value.

real(rprec)	observed_sigma
	Eperimentally measured signal uncertainty.

real(rprec)	weight
	Weighting parameter of the signal.

real(rprec), dimension(4)	modeled
	Cached value of the modeled signal.

real(rprec), dimension(4)	modeled_sigma
	Cached value of the modeled sigma.

integer	scale_index
	Scale factor index.

integer	offset_index
	Offset factor index.

Detailed Description

Base class representing a limiter_iso function.

Interface for iso contour limiter constructor.

1) Limiter iso: limiter_iso Contains the data to define a scalar function of position, so that the iso-contour f=0 of the function corresponds to a geometric limit to the plasma. Also contains data to specify the minimum number poloidal points on the s=1 surface to use, and the toroidal planes on which to s=1 surface will be evaluated

Second attempt:

e = SUM_over_i(0,4)_j(0,4) [arz(i,j) (r - rc)^i (z - zc)^j] f = e / |grad(e)|

Note

For now, axisymmetric
Easy to put in circles, ellipses, and planes
Function f is approximately distance.

Definition at line 43 of file limiter_iso_T.f.

Member Function/Subroutine Documentation

◆ limiter_iso_construct()

class (limiter_iso_class) function, pointer limiter_iso_t::limiter_iso_class::limiter_iso_construct	(	real (rprec), dimension(0:4,0:4), intent(in)	arz,
		real (rprec), intent(in)	rc,
		real (rprec), intent(in)	zc,
		integer, intent(in)	numin,
		real (rprec), dimension(:), intent(in)	vgrid,
		logical, intent(in)	on_edge
	)

Construct a limiter iso function.

Allocates memory and initializes a limiter_iso object.

Parameters

[in]	arz	Coefficients for the iso function.
[in]	rc	R offset for function.
[in]	zc	Z offset for function.
[in]	numin	Minimum number of poloidal angles for s=1 surface.
[in]	vgrid	Values of toroidal angle at which to compute s=1 surface.
[in]	on_edge	Specifies if the edge should touch the limiter or not. If true, the reconstruction tries to have the limiter touch the limiter. If false, the edge will only just fall inside the limiter.

Returns: A pointer to a constructed limiter_iso object.

Definition at line 93 of file limiter_iso_T.f.

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

/Users/m4c/repo/trunk/V3FITA/Sources/limiter_iso_T.f

Public Member Functions

Public Attributes

Detailed Description

Member Function/Subroutine Documentation

◆ limiter_iso_construct()