namelist input_ntor1

! namelist input

! namelist in_sawtooth_ntor1.dat

si-units

set surfaces 200

! 0 1 2 3 4 5 6 7 8 9 10 11

!expressions rho_p ne T pres FFprime_loc VXBt VXBt_all Jtor etaJt etaSJt etaJminusSJt VXBt00

! 0 1 2 3 4

!expressions rho_p pres enflux_dyna enflux_inst enflux_equi

! 0 1 2 3

!expressions Psi_N pres Jtor FFprime_loc

! 0 1 2 3 4 5 6 7

!expressions rho_p pres minus_v_graP minus_P_divV perp_P_trans para_P_trans heat_source dPdt

! 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47

expressions rho_p ne T_i T_e pres FFprime_loc VXBt VXBt_all Jtor etaJt etaSJt etaJminusSJt VXBt00 VXBt_R2 VXBt_all_R2 VXBt00_R2 etaJt_R2 etaSJt_R2 etaJminSJ_R2 gradPsi2 lapPsi rho_comprs rho_convect rho_diffus rho_source myVnablaV_r myDiv_BB_r myNablaB2_r myGradP_r myViscTerm_r myJxB_r JxB_radial V_radial JpolxBtor_r JtorxBpol_r VXB_para VXB_para_all etaJSJ_para Psi minus_v_graP minus_P_divV perp_P_trans para_P_trans heat_source dPdt Btheta eta_T Fprofile

for step 49000 do

average

qprofile

! fluxsurfaces

done

set linepoints 400

! 0 1 2 3 4 5 6 7 8 9 10 11

!expressions R ne T pres FFprime_loc VXBt VXBt_all Jtor etaJt etaSJt etaJminusSJt VXBt00

! 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39

expressions R ne T_i T_e pres FFprime_loc VXBt VXBt_all Jtor etaJt etaSJt etaJminusSJt VXBt00 VXBt_R2 VXBt_all_R2 VXBt00_R2 etaJt_R2 etaSJt_R2 etaJminSJ_R2 gradPsi2 lapPsi rho_comprs rho_convect rho_diffus rho_source myVnablaV_r myDiv_BB_r myNablaB2_r myGradP_r myViscTerm_r myJxB_r JxB_radial V_radial JpolxBtor_r JtorxBpol_r VXB_para VXB_para_all etaJSJ_para eta_T Fprofile

mark_coords 1

for step 49000 do

midplane

done

!for step 49000 do

! int2d

!done

for step 49000 do

find_q_surface -1.0

find_q_surface -1.1

! find_q_surface -1.5

! find_q_surface -2.0

! find_q_surface -3.0

! find_q_surface -4.0

! find_q_surface -5.0

! find_q_surface -1.009989030708960

! find_q_surface -1.068700182437862

! find_q_surface -1.199657552771730

! find_q_surface -1.425876174337616

! find_q_surface -1.721632483593031

! find_q_surface -2.143848085704047

! find_q_surface -2.737888838171731

! find_q_surface -3.488829465250061

! find_q_surface -4.340120016263127

! find_q_surface -7.033335088784463

! find_q_surface -1.7075

! find_q_surface -3.5366

done

! psi_n q_000300 q_090000

! 1.005025125628141E-01, -1.026065640528196E+00, -1.009989030708960E+00,

! 2.010050251256282E-01, -1.068303009933490E+00, -1.068700182437862E+00,

! 3.015075376884422E-01, -1.189020649092972E+00, -1.199657552771730E+00,

! 4.020100502512563E-01, -1.406867805108305E+00, -1.425876174337616E+00,

! 4.974874371859297E-01, -1.699059254213150E+00, -1.721632483593031E+00,

! 5.979899497487436E-01, -2.118441230950786E+00, -2.143848085704047E+00,

! 6.984924623115578E-01, -2.700298699012887E+00, -2.737888838171731E+00,

! 7.989949748743720E-01, -3.523405034536250E+00, -3.488829465250061E+00,

! 8.994974874371859E-01, -4.665270925583930E+00, -4.340120016263127E+00,

! 9.949748743718594E-01, -6.309133434135009E+00, -7.033335088784463E+00,

! set surfaces 200

! expressions volume area Ip_in Heat_srcin_e Heat_srcin_i beta_t beta_p beta_n

! for step 49000 do

! int3Dprofile

! RZ_flux_surface

! done

! expressions Psi_N grad_psi_R grad_psi_Z grad_Ti_R grad_Ti_Z

! expressions Psi_N grad_psi_R grad_psi_Z grad_Te_R grad_Te_Z

! for step 49000 do

! int2D_fluxsurface

! done