INPUT

Some features of INPUT to note:

• Parameters not specified in INPUT are filled in by default. Default values are shown in the parameter definitions.

• The ordering of parameters is arbitrary.

• Lines beginning with # are comments.

• No spaces on the left or right of the equal = symbol are allowed.

• Parameters with a _MODEL specifier should normally take non-negative integer values.

Parameters

Grid Parameters:

1. N_ORDER
2. N_RADIAL
3. N_THETA
4. N_XI
5. N_ENERGY
6. ENERGY_TOL
7. ENERGY_MAX
8. ENERGY_MIN_CONNOR
9. RMIN_OVER_A
10. RMIN_OVER_A_2

Equilibrium/Geometry Parameters:

1. EQUILIBRIUM_MODEL
2. RMAJ_OVER_A
3. KAPPA
4. S_KAPPA
5. DELTA
6. S_DELTA
7. SHIFT
8. Q
9. SHEAR
10. BETA_STAR
11. RHO_STAR
12. ERAD0

Models:

1. WRITE_OUT_MODE
2. SIM_MODEL
3. COLLISION_MODEL
4. PROFILE_MODEL
5. PROFILE_ERAD0_MODEL
6. PROFILE_TEMPRESCALE_MODEL
7. PROFILE_EQUILIBRIUM_MODEL
8. SGN_BUNIT_MODEL

Adiabatic Electron Parameters:

1. TE_ADE
2. NE_ADE

Toroidal Rotation Paramters:

1. ROTATION_MODEL
2. OMEGA_ROT
3. OMEGA_ROT_DERIV

Zonal Flow Damping Problem Parameters:

1. ZF_MODEL
2. ZF_TIME

Species-Dependent Parameters:

1. N_SPECIES
2. Z_1
3. MASS_1
4. DENS_1
5. TEMP_1
6. DLNNDR_1
7. DLNTDR_1
8. NU_1
9. Z_2
10. MASS_2
11. DENS_2
12. TEMP_2
13. DLNNDR_2
14. DLNTDR_2
15. NU_2
16. Z_3
17. MASS_3
18. DENS_3
19. TEMP_3
20. DLNNDR_3
21. DLNTDR_3
22. NU_3
23. Z_4
24. MASS_4
25. DENS_4
26. TEMP_4
27. DLNNDR_4
28. DLNTDR_4
29. NU_4