Collection of all parameters use in RFOF. More...

Collaboration diagram for RFOF_parameters:

Data Types
type	rz_boundingbox
	Bounding box for the plasma and vacuume regions. More...
Public Member Functions
subroutine	initialise_RFOF_parameters (Rmin_bound, Rmax_bound, Zmin_bound, Zmax_bound)
	subroutine initialise_parameters
logical function	is_inside_plasma (R, Z)
	function is_inside_plasma(R,Z) result(is_inside)
Public Attributes
character(128), parameter	RFOF_version = "version 0"
	System parameters.
real(8), parameter	very_large_time_in_seconds = 1d10
	Large time to used as starting point when searching the closest of all resonance positions.
integer, parameter	io_channel_3871 = 3871
integer, parameter	io_channel_3872 = 3872
integer, parameter	io_channel_3873 = 3873
integer, parameter	io_channel_3874 = 3874
integer, parameter	io_channel_3875 = 3875
integer, parameter	io_channel_3876 = 3876
integer, parameter	io_channel_3877 = 3877
integer, parameter	io_channel_3878 = 3878
integer, parameter	io_channel_3879 = 3879
real(8), save	width_of_rf_resonance_layer = 1.0d-2
	Width normalised to R at resonance. Particles that are within this distance from a resonance is concidered in resonance with the wave.
logical, save	simplify__static_resonance_position_during_RF_kick = .TRUE.
	Assume the RF acceleration doesn't move the particles in real space.
logical, save	simplify__drift_velocity_does_not_affect_resonance_condition = .TRUE.
	Neglect the drift velocity in the gyro averaged Doppler shift $\mathbf{k}\cdot\mathbf{v} = \mathbf{k}\cdot\mathbf{v}_D + \dots$ .
logical, save	simplify__parallel_velocity_does_not_affect_resonance_condition = .TRUE.
	Neglect the parallel velocity in the gyro averaged Doppler shift $\mathbf{k}\cdot\mathbf{v} = k_\\| \cdot v_\\| + \dots$ .
logical, save	simplify__assume_zero_larmor_radius_in_KPERPxRHO = .FALSE.
	Neglect finite Larmor radius effects in the wave particle interaction.
logical, save	simplify__kpar_is_nphi_over_R = .TRUE.
	Neglect the upshift of the parallel wave number due to the poloidal mode structure.
real(8), save	start_time_event_output = 0e-4
logical, save	output__2D_RZ_out = .FALSE.
logical, save	output__Orbit = .FALSE.
integer, save	number_of_points_stored_in_the_Orbit = 0
integer, save	MAX_number_of_points_stored_in_the_Orbit = 10000
logical, save	output__rf_kicks = .TRUE.
integer, save	number_of_points_stored_in_the_rf_kick = 0
integer, save	MAX_number_of_points_stored_in_the_rf_kick = 10000
logical, save	output__resonace_predictions = .FALSE.
integer, save	number_of_points_stored_in_the_resonance_memory = 0
integer, save	MAX_number_of_points_stored_in_the_resonance_memory = 10000
logical, save	output__efield_normalization = .TRUE.
integer, save	number_of_points_stored_in_the_efield_normalization = 0
integer, save	MAX_number_of_points_stored_in_the_efield_normalization = 100000
type(rz_boundingbox), save	plasma_boundingbox
integer, save	NRedges_2DgridRZ = 60
integer, save	NZedges_2DgridRZ = 100
logical, save	ignore_non_serious_error_messages = .TRUE.

Detailed Description

Collection of all parameters use in RFOF.

Author:: T. Johnson

Date:: 2010.08.28

Version:: "$Id: RFOF_parameters.F90 188 2011-09-12 11:50:22Z tjohnson $"

Definition at line 10 of file RFOF_parameters.F90.

Member Function/Subroutine Documentation

subroutine RFOF_parameters::initialise_RFOF_parameters	(	real(8), intent(in), optional	Rmin_bound,
		real(8), intent(in), optional	Rmax_bound,
		real(8), intent(in), optional	Zmin_bound,
		real(8), intent(in), optional	Zmax_bound
	)