-alfa- -beta-        : alfac, betac poloidal and toroidal launching angles 
170                  : f (GHz)
1                    : P0 (MW)   injected power
11 16 1              : nray ktx,rhomx
-x0- 0. -z0-         : x00  y00 z00 (cm)  mirror position (y00=0 !)
2.1 2.1 162 162  0   : w0xt w0yt pw0xt pw0yt awr  (cm)  [pw0>0 towards plasma]
2                    : ibeam=0 uses data above, >0 read from file beam data (1,2,3)
-beam-               : filename.txt for beam data max(character*16)
2     0              : iequil= 0 vacuum, 1 analytical equilibrium, 2 EQDSK;indXpoint
1                    : iprof= 0/1 analytical/numerical dens & temp profiles
2  5                 : iwarm= 0-3 ECRH&CD computation,  ilarm  order of larmor expans
11                   : ieccd 0/1 NO/YES  ECCD calculation
1  2001              : ipec=0/1 profiles in dpsi/drhop; nnd=no. intervals +1 (=< 501)
.2  8000 100  5   0  : dst (cm), nsteps < = 8000, istprj,istpl,ist (0,1,2 integration in s,ct,Sr)
1   1 4.04           : igrad (0  rtr - 1 gauss beam), ipass=1/2 passes in plasma, R_wall(m)
1   0 0              : IOX = 1  :  O-MODE  IOX = 2  :  X-MODE, psi_pol_ant chi_pol_ant
-equil-         : filename EQDSK : filename.eqdsk max(character 16)
0 0.001         : ipsinorm =0/1 [psi normalized (1) or not (0) in EQDSK],  sspl spline coeff psi
1 1 1 1         : factb,  iscal=0/1/2 nustar=const/ngreenw=const/no_scal, factT factn scal.
-prf-           : filename profiles : filename.prf  max(character*16)
1.015           : psi plasma boundary
-1 -1 11        : signum B_phi I_phi +1=counterclockwise , -1=clockwise from above, icocos (0 old case, 11 iter)
8 4 4           : dens190 aln1,aln2   (10^19 m-3)
15 0 2    4     : te0,dte0,alt1,alt2  (keV)
2               : Zeff
620 0 180       : rr0 zr0 a (cm)
5.3             : b0 (T)
1 3  2          : q0,qa alq