!=================================================================================================================================== ! Copyright (c) 2025 GVEC Contributors, Max Planck Institute for Plasma Physics ! License: MIT !=================================================================================================================================== !=================================================================================================================================== !> !!# Module ** Analyze Variables ** !! !! !! !=================================================================================================================================== MODULE MODgvec_Analyze_Vars ! MODULES USE MODgvec_Globals,ONLY:wp IMPLICIT NONE PUBLIC !----------------------------------------------------------------------------------------------------------------------------------- ! GLOBAL VARIABLES INTEGER :: iAnalyze !! counter for calls to analyze (used for output file names) INTEGER :: visu1D !! visualize 1D data (each mode). 0: off, !! 1: R,Z,lambda pointwise from VMEC input, (default) !! 2: R,Z,lambda interpolation !! 3: R,Z pointwise radial derivative from VMEC input, !! 4: R,Z radial derivative of interpolation !! 12 : case 1 & 2, 13,23,123: with radial derivatives, combine 1,2,3,4 ascending INTEGER :: visu2D !! visualize 2D data ... INTEGER :: visu3D !! visualize 3D data ... INTEGER :: SFLout !! input parameter: convert final state to straight-field line coordinates. =-1: off, =1: PEST, =2: Boozer INTEGER :: SFLout_mn_max(2) !! maximum mode number in theta and zeta. Defaults to 4*mn_max of X1_base, if set to (-1,-1) INTEGER :: SFLout_nrp,SFLout_mn_pts(2 ) !! number of points for SFLOut file in theta,zeta LOGICAL :: SFLout_endpoint !! =True: include end points of periodic angles (theta=[0,2pi],zeta=[0,2pi/nfp]) in SFLOut file, default=Flase LOGICAL :: SFLout_relambda !! =True: recompute lambda for any SFLout, default=True. REAL(wp),ALLOCATABLE :: SFLout_radialpos(:) !! radial positions for output INTEGER :: outfileType=0 !! =1: default, vtk paraview file. =2: structured netcdf array., 12: both INTEGER :: np_1d !! number of points for visualization in s INTEGER :: np_visu_bc(2) !! number of points for visualization in theta,zeta INTEGER :: np_visu_planes(3) !! number of points for visualization in s,theta,zeta INTEGER :: np_visu_3D(3) !! number of points for visualization in s,theta,zeta REAL(wp) :: visu_BC_minmax(2:3,0:1) !! minimum and maximum in s,theta,zeta [0,1] REAL(wp) :: visu_planes_minmax(1:3,0:1)!! minimum and maximum in s,theta,zeta [0,1] REAL(wp) :: visu_3D_minmax(1:3,0:1) !! minimum and maximum in s,theta,zeta [0,1] !=================================================================================================================================== END MODULE MODgvec_Analyze_Vars