gray/tests/04-JT60SA/inputs/gray_params.data
Michele Guerini Rocco 6fad08ed7c
add tests
2024-02-09 11:16:17 +01:00

29 lines
1.6 KiB
Plaintext

1 18 1.2 : nray ktx,rhomx
1 2 0 : igrad (0 rtr - 1 gauss beam) ipass [=1,2 passes in the plasma] ipol
0.1 15000 1 : dst (cm), nsteps < = 8000, , ist (0,1,2 integration in s,ct,Sr)
2 4 -20 : iwarm= 0-3 ECRH&CD computation, ilarm order of larmor expans, imx
11 : ieccd 0/1 NO/YES ECCD calculation
-3.0 0 : alfac, betac poloidal and toroidal launching angles
1 : P0 (MW) injected power
1 0. 0. : IOX = 1 : O-MODE IOX = 2 : X-MODE, psipol, chipol
2 : ibeam=0/1/2 beam file with single beam shape (0) or with 1D/2D (1/2) table
WG2_new_138_OM.txt : filename for beam data
2 : iequil= 0 vacuum, 1 analytical equilibrium, 2 EQDSK
JT-60SA_scenario2_lowden_eqdsk_chease_cocos13.geq_newlim.txt x filename for equilibrium
13 0 1 0 : icocos [=0..8,10..18], ipsinorm =0/1 [psi normalized (1) or not (0) in EQDSK], idesc =0/1, ifreefmt= 0/1
0 0.005 0.01 : indXpoint, sspl spline coeff psi, ssplf spline coeff fpol
-1 -1 1 : signum B_phi I_phi +1=counterclockwise , -1=clockwise from above, factb
1.6 : rwall [inner wall radius, m]
1 0 : iprof= 0/1 analytical/numerical profiles, irho=0/1/2 radial coordinate rhot/rhop/psi
profscenario2_lowden_cut.txt : filename for profiles
1.03 0.005 : psi plasma boundary, sspld spline coeff density
.00251188643150958011 1 2 : factT, factn, iscal=0/1/2 nustar=const/ngreenw=const/no_scal.
1 2001 : ipec=±1/2 profiles rhop/rhot; nnd=no. radial points (no. of radial intervals +1)
5 5 : istprj,istpl