&input_parameters ! control parameters gfilename=0 ! 0 for D3D; 1 for Aditya solvertest=0 ! 1 for testing 2D-FEM Poisson solver FEM_Order=1 ! 1 for First order and 2 for Second Order FEM eqprofile=1 ! 0 for uniform; 1 for cyclone irun=0 ! 0 for initial run, non-zero for restart mstep=3000 ! # of ions and field time steps msnap=10 ! # of snapshots ndiag=10 ! do diagnosis when mod(istep,ndiag)=0 tstep=0.02 ! time step size nbound=5 ! # of radial cells subjeted to BC ! thermal (main) ion micell=250000 ! # of ions per grid per particle domain aion=1.0 ! ion mass, unit=proton mass qion=1.0 ! ion charge, unit=proton charge ngyroi=1 ! N-poit gyro-averaging: N = 1, 4 or 8 qelectron=-1.0 ! electron charge ! simulation_grid_input psi0_sim=0.3 ! psi at inner flux surface normalized with psi_sep psi1_sim=0.9 ! psi at outer flux surface normalized with psi_sep mpsicore=50 ! # of simulation grids allong psi in the core region mpsisol=200 ! # of simulation grids allong psi in SOL region mthetaRZ=0.2 ! resolution of poloidal grids deltas_sim=0.005 ! poloidal grid size deltas_factor=10 ! factor to build finer grid ! toroidal grid number mtoroidal=32 ! # of toroidal grids ! physical unit for equilibrium etemp0=1689.46 ! on-axis electron temperature in eV ! Additional simulation parameters track_particles=0 ! 0 for no tracking; 1 for tracking magnetic=0 ! 0 for electrostatic; 1 for electromagnetic ifullk=0 ! 0 for guiding center; 1 for fully kinetic ifullf=0 ! 0 for delta-f; 1 for full-f nonlinear=0 ! 0 for linear; 1 for nonlinear simulation ipert=0 ! 0 for uniform loading; 1 for perturbed loading ! Neural Network parameters NNdsIterations=20000 /