Skip to content

Latest commit

 

History

History
363 lines (346 loc) · 27.1 KB

README.md

File metadata and controls

363 lines (346 loc) · 27.1 KB

Data Structure

This folder contains the data for my Bachelor Thesis which were simulated with gkw with adiabtic electrons approximation of the type S6 nearby the finite heatflux threshold.

Data

Markdown version of data.csv

case rlt boxsize time timestep Ns Nvpar Nmu dtim krhomax Nmod Nx ikx finit stepsize_all evo_start evo_end sel_start sel_end error_index converge mode backup path
S6 6.0 1x1 6000.0 10000.0 12 16 6 0.02 1.4 21 83 5 cosine2 1000 "[500, 3000, 5000]" "[2000, 4000, 5500]" False 0 True /data/S6_rlt6.0/boxsize1x1/Ns12/Nvpar16/Nmu6
S6 6.0 1x1 12000.0 20000.0 12 32 6 0.02 1.4 21 83 5 cosine2 1000 "[500, 3000, 5000, 6000, 8000, 11000]" "[2000, 4000, 5500, 7000, 10000, 12000]" False 0 True /data/S6_rlt6.0/boxsize1x1/Ns12/Nvpar32/Nmu6
S6 6.0 1x1 6000.0 10000.0 12 48 9 0.02 1.4 21 83 5 cosine2 1000 "[500, 3000, 5000]" "[2000, 4000, 5500]" False 0 True /data/S6_rlt6.0/boxsize1x1/Ns12/Nvpar48/Nmu9
S6 6.0 1x1 6000.0 10000.0 12 64 9 0.02 1.4 21 83 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" False 0 True /data/S6_rlt6.0/boxsize1x1/Ns12/Nvpar64/Nmu9
S6 6.0 1x1 12000.0 20000.0 16 16 9 0.02 1.4 21 83 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" False 0 True /data/S6_rlt6.0/boxsize1x1/Ns16/Nvpar16/Nmu9
S6 6.0 1x1 12000.0 20000.0 16 32 9 0.02 1.4 21 83 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" False 0 True /data/S6_rlt6.0/boxsize1x1/Ns16/Nvpar32/Nmu9
S6 6.0 1x1 6000.0 10000.0 16 48 6 0.02 1.4 21 83 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" False 0 True /data/S6_rlt6.0/boxsize1x1/Ns16/Nvpar48/Nmu6
S6 6.0 1x1 6000.0 10000.0 16 48 9 0.02 1.4 21 83 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" True 1 True /data/S6_rlt6.0/boxsize1x1/Ns16/Nvpar48/Nmu9
S6 6.0 1x1 7125.0 10000.0 16 48 9 0.025 1.4 21 83 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" True 1 True /data/S6_rlt6.0/boxsize1x1/Ns16/Nvpar48/Nmu9/dtim0.025
S6 6.0 1x1 6000.0 10000.0 16 48 9 0.02 0.7 11 83 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" True 1 True /data/S6_rlt6.0/boxsize1x1/Ns16/Nvpar48/Nmu9/krhomax0.70/Nmod11
S6 6.0 1x1 6000.0 10000.0 16 48 9 0.02 1.4 21 43 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" False 0 True /data/S6_rlt6.0/boxsize1x1/Ns16/Nvpar48/Nmu9/Nx43
S6 6.0 1x1 6000.0 10000.0 16 48 9 0.02 1.4 21 63 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" False 0 True /data/S6_rlt6.0/boxsize1x1/Ns16/Nvpar48/Nmu9/Nx63
S6 6.0 1x1 12000.0 20000.0 16 64 6 0.02 1.4 21 83 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" True 1 True /data/S6_rlt6.0/boxsize1x1/Ns16/Nvpar64/Nmu6
S6 6.0 1x1 12000.0 20000.0 16 64 9 0.02 1.4 21 83 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" True 1 True /data/S6_rlt6.0/boxsize1x1/Ns16/Nvpar64/Nmu9
S6 6.0 1.5x1.5 6000.0 10000.0 16 48 9 0.02 1.4 31 125 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" [7000] [8000] True 2 False /data/S6_rlt6.0/boxsize1.5x1.5/Ns16/Nvpar48/Nmu9
S6 6.0 2x1 18000.0 30000.0 16 48 9 0.02 1.4 21 165 10 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" True 2 True /data/S6_rlt6.0/boxsize2x1/Ns16/Nvpar48/Nmu9
S6 6.0 2x2 18000.0 30000.0 16 48 9 0.02 1.4 41 165 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" True 2 True /data/S6_rlt6.0/boxsize2x2/Ns16/Nvpar48/Nmu9
S6 6.0 2.5x2.5 3402.1 5672 16 48 9 0.02 1.4 51 207 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" [2000] [3000] True 3 False /data/S6_rlt6.0/boxsize2.5x2.5/Ns16/Nvpar48/Nmu9
S6 6.0 3x1 48000.0 80000.0 16 48 9 0.02 1.4 21 247 15 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" "[10000, 28000]" "[12000, 31000]" True 3 True /data/S6_rlt6.0/boxsize3x1/Ns16/Nvpar48/Nmu9
S6 6.0 3x1.5 16840.3 28068 16 48 9 0.02 1.4 31 247 10 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" [11000] [12000] True 4 True /data/S6_rlt6.0/boxsize3x1.5/Ns16/Nvpar48/Nmu9
S6 6.0 3x1.5 14170.0 23618 16 48 9 0.02 1.4 31 247 10 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" [11000] [12000] 23618 True 3 True /data/S6_rlt6.0/boxsize3x1.5/Ns16/Nvpar48/Nmu9/Broken
S6 6.0 3x2.5 6000.0 10000.0 16 48 9 0.02 1.4 51 247 6 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" "[10000, 28000]" "[12000, 31000]" True 3 & 4 True /data/S6_rlt6.0/boxsize3x2.5/Ns16/Nvpar48/Nmu9
S6 6.0 3x3 7847.0 13083.0 16 48 9 0.02 1.4 61 247 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" [4000] [7000] True 4 True /data/S6_rlt6.0/boxsize3x3/Ns16/Nvpar48/Nmu9
S6 6.0 3x3 3454.8 5758.0 16 48 9 0.02 1.4 61 247 5 cosine5 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" [2000] [3000] "[1840, 1845]" True 4 False /data/S6_rlt6.0/boxsize3x3/Ns16/Nvpar48/Nmu9/cosine5
S6 6.0 3x3 5808.0 9680.0 16 48 9 0.02 1.4 61 247 5 noise 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" [4000] [5000] "[1840, 1842]" True 3 False /data/S6_rlt6.0/boxsize3x3/Ns16/Nvpar48/Nmu9/noise
S6 6.0 3x5 4769.0 7958.0 16 48 9 0.02 1.4 101 247 3 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" True 4 True /data/S6_rlt6.0/boxsize3x5/Ns16/Nvpar48/Nmu9
S6 6.0 4x1 30000.0 50000.0 16 48 9 0.02 1.4 21 329 20 cosine2 1000 "[24000, 26000]" "[25500, 28000]" 47084 True 4 True /data/S6_rlt6.0/boxsize4x1/Ns16/Nvpar48/Nmu9
S6 6.2 2x2 6000.0 10000.0 16 64 9 0.02 1.4 41 165 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" True 2 True /data/S6_rlt6.2/boxsize2x2/Ns16/Nvpar64/Nmu9
S6 6.2 3x3 14682.7 24475.0 16 48 9 0.02 1.4 61 247 5 cosine2 2000 "[500, 1500, 4000]" "[1000, 2000, 5500]" "[14473,16132]" True 3 True /data/S6_rlt6.2/boxsize3x3/Ns16/Nvpar48/Nmu9
S6 6.3 1x1 6000.0 10000.0 16 64 9 0.02 1.4 21 83 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" False 0 True /data/S6_rlt6.3/boxsize1x1/Ns16/Nvpar64/Nmu9
S6 6.4 3x3 12000.0 20000.0 16 48 9 0.02 1.4 61 247 5 cosine2 1000 "[500, 1500, 4000]" "[1000, 2000, 5500]" False 0 True /data/S6_rlt6.4/boxsize3x3/Ns16/Nvpar48/Nmu9

Important

  • (*) marks files that are not included on GitHub and are only included on the NAS of TPV in Bayreuth
  • (#) marks files that can be deleted to free space
  • (+) marks files with additional diagnostics

Folder Structure

The data is sorted by changed parameters in specific Folders.

data
│
├── S6_rlt6.0
│  │
│  ├── boxsize1x1
│  │  │ 
│  │  ├── Ns12 (#)
│  │  │  │
│  │  │  ├── Nvpar16
│  │  │  │  └── Nmu6
│  │  │  │
│  │  │  ├── Nvpar32
│  │  │  │  └── Nmu6
│  │  │  │
│  │  │  ├── Nvpar48
│  │  │  │  └── Nmu9
│  │  │  │
│  │  │  └── Nvpar64
│  │  │     └── Nmu9
│  │  │
│  │  └── Ns16
│  │     │
│  │     ├── Nvpar16 (#)
│  │     │  └── Nmu9
│  │     │
│  │     ├── Nvpar32 (#)
│  │     │  └── Nmu9
│  │     │
│  │     ├── Nvpar48
│  │     │  ├── Nmu6 (#)
│  │     │  │
│  │     │  └── Nmu9
│  │     │     ├── dtim0.025
│  │     │     │
│  │     │     ├── krhomax0.70 (#)
│  │     │     │  └── Nmod11
│  │     │     │
│  │     │     ├── Nx43 (#)
│  │     │     └── Nx63 (#)
│  │     │
│  │     └── Nvpar64
│  │        ├── Nmu6 
│  │        └── Nmu9
│  │
│  ├── boxsize1.5x1.5
│  │  └── Ns16
│  │     └── Nvpar48
│  │        └── Nmu9
│  │
│  ├── boxsize2x1
│  │  └── Ns16
│  │     └── Nvpar48
│  │        └── Nmu9
│  │
│  ├── boxsize2x2
│  │  └── Ns16
│  │     └── Nvpar48
│  │        └── Nmu9
│  │
│  ├── boxsize2.5x2.5
│  │  └── Ns16
│  │     └── Nvpar48
│  │        └── Nmu9
│  │
│  ├── boxsize3x1
│  │  └── Ns16
│  │     └── Nvpar48
│  │        └── Nmu9
│  │
│  ├── boxsize3x1.5
│  │  └── Ns16
│  │     └── Nvpar48
│  │        └── Nmu9
│  │           └── Broken (#)
│  │
│  ├── boxsize3x2.5
│  │  └── Ns16
│  │     └── Nvpar48
│  │        └── Nmu9
│  │
│  ├── boxsize3x3
│  │  └── Ns16
│  │     └── Nvpar48
│  │        └── Nmu9
│  │           ├── cosine5 (+)
│  │           └── noise   (+)
│  │
│  ├── boxsize3x5
│  │  └── Ns16
│  │     └── Nvpar48
│  │        └── Nmu9
│  │
│  └── boxsize4x1
│     └── Ns16
│        └── Nvpar48
│           └── Nmu9
│
├── S6_rlt6.2
│  │
│  ├── boxsize2x2
│  │  └── Ns16
│  │     └── Nvpar64
│  │        └── Nmu9
│  │
│  └── boxsize3x3
│     └── Ns16
│        └── Nvpar48
│           └── Nmu9
│ 
├── S6_rlt6.3
│  └── boxsize1x1
│     └── Ns16
│        └── Nvpar64
│           └── Nmu9
│
└── S6_rlt6.4
   └── boxsize3x3
      └── Ns16
         └── Nvpar48
            └── Nmu9

Files

  • FDS: restart file needed to restart run with gkw from current timestep (*)

  • FDS.dat: database file of FDS with current status of the simulation after run with gkw

  • input.dat: input database for simultaion with all parameters

  • input.out: input output file (#)

  • kx_connect.dat: parallel boundary connections database

  • output.dat: output database of gkw

  • par.dat: curvature and Coriolis functions database

  • perfloop.dat: (no description found)

  • perform.dat: performance database

  • status.txt: status file of specific run generated with python script \python\monitor_job.py (not in every folder included)(#)

  • data.h5: trimmed down version of gkwdata.h5 for lower space consumption generated with shell script \hdf5\hdf5_extract.sh with added evaluated data (*), additional diagnostics marked with (+)

    Containing 

    data.h5
│
├── diagnostic
│  │
│  ├── diagnos_fields 
│  │  └── phi
│  │
│  ├── diagnos_fluxes 
│  │  └── eflux_species01
│  │
│  ├── diagnos_grid
│  │  └── lxn
│  │
│  ├── diagnos_moments
│  │  └── xs_kyzero_dens (+), xs_kyzero_ene_par (+), xs_kyzero_ene_perp, (+)
│  │
│  └── diagnos_growth_freq 
│     └── time
│
├── grid
│  └── xphi
│
└── evaluation
   └── derivative_stepsize, second_derivative_phi, zonalflow_potential, shearing_rate, shearing_rate_maximum,
       'derivative_dens' (+), 'second_derivative_dens' (+), 
       'derivative_energy_perp' (+), 'second_derivative_energy_perp' (+), 'derivative_energy_par' (+), 'second_derivative_energy_par' (+),
       'derivative_zonalflow_potential' (+), 'derivative_zonalflow_potential' (+)

  • gkwdata.h5: raw data of the simulation (*) (#), additional diagnostics marked with (+)

    Containing 

    gkwdata.h5
│
├── diagnostic
│  │
│  ├── diagnos_fields
│  │  └── kxspec, kxvort, kyspec, kyvort, phi, spc
│  │
│  ├── diagnos_fluxes 
│  │  └── EFlesr0001, eflux_species01, eflux_spectra, eflux_sup, eflux_xspec, flmgr01, pflux_species01, 
│  │     pflux_spectra, pflux_sup, pflux_xspec, vflux_species01, vflux_spectra, vflux_xspec
│  │
│  ├── diagnos_grid
│  │  └── intmu, intvp, lxn, lyn, mode_label, mphi, mphiw3, mrad_G, mrad_l, sgrid
│  │
│  ├── diagnos_growth_freq
│  │  └── frequencies, frequencies_all_modes, growth, growth_rates_all_modes, time
│  │
│  ├── diagnos_mode_struct
│  │  └── parallel
│  │
│  ├── diagnos_moments
│  │  └── den01, den_spectra, ene01, ene_spectra, xs_kyzero_dens (+), xs_kyzero_ene_par (+), xs_kyzero_ene_perp, (+)
│  │
│  └── diagnos_rad
│     └── prof_back
│  
├── geom
│  └── Bref, Bt_frac, D_eps, D_s, D_zeta, E_eps_s, E_eps_zeta, E_zeta_s, F, G, H_eps, H_s, H_zeta, I_eps, I_s, 
│     I_zeta, J, Jacobian, K, NS, R, R0, Rref, Z, beta_eq, betaprime_eq, bmax, bmin, bn, eps, g_eps_eps,
│     g_eps_s, g_eps_zeta, g_s_s, g_zeta_s, g_zeta_zeta, jfunh, jfunl, krnorm, kthnorm, lfun, poloidal_angle,
│     q, s_grid, shat
│
├── grid
│  └── file_count, krho, krho_extended, krloc, kxrh, kzeta, time_fine, vperp, vpgr, xgr, xphi, yphi
│
├── input
│  │
│  ├── collisions
│  │  └── coll_freq, cons_type, en_scatter, ene_conservation, freq_override, friction_coll, lorentz, mass_conserve, 
│  │     mom_conservation, nref, pitch_angle, rref, selfcollcon, tref, zeff
│  │
│  ├── control
│  │  └── auto_restart, collisions, disp_par, disp_vp, disp_x, disp_y, dt_min, dtim, fac_dtim_est, flux_tube, 
│  │     fluxtol, gamatol, ifluxtol, io_format, io_legacy, io_testdata, iperform_set, irun, laverage_dist_over_time,
│  │     lflapv, lpar_vel_nl, lrestart_new_grid, ltrapping_arakawa, lverbose, matrix_format, max_gr, max_sec, 
│  │     max_seconds, meth, method, min_gr, naverage, ncqtol, ndump_ts, neoclassics, nl_dtim_est, nlapar, nlbpar, 
│  │     nlphi, non_linear, normalize_per_toroidal_mode, normalized, ntime, order_of_the_radial_scheme, 
│  │     order_of_the_scheme, order_of_the_zf_scheme, parallel_boundary_conditions, radial_boundary_conditions, 
│  │     read_file, restart_file_version, shift_metric, silent, spectral_radius, testing, uniform_mu_grid, vp_trap,
│  │     zonal_adiabatic
│  │
│  ├── diagnostic
│  │  └── apa3d, apc3d, bpa3d, bpc3d, cross_phase_timetrace, den3d, ene3d, field_fsa_kyzero, flux3d, imod_corr, 
│  │     imod_field, kykxs_apar, kykxs_bpar, kykxs_j0_moments, kykxs_j1_moments, kykxs_moments, kykxs_phi, 
│  │     lamplitudes, lcalc_corr, lcalc_energetics, lcalc_fluxes, lcalc_jdote, lcalc_jdote_fs, 
│  │     lcalc_kinenergy_trappas, lcalc_stresses, lcalc_tot_energy, lcalc_zfshear, lcalc_zonal_evo, 
│  │     lfinal_output, lfinvel, lfluxes_detail, lfluxes_em_spectra, lfluxes_spectra, lfluxes_vspace, 
│  │     lfluxes_vspace_bpar, lfluxes_vspace_em, lfluxes_vspace_phi, lfrequencies, lgrowth_rates, lisl_follow,
│  │     lmode_energy, lmpi_broken_io, lnonlin_transfer,lnonlin_transfer_fsa, lparallel_output, 
│  │     lphi_diagnostics, lrad_entropy, lrad_field, lrad_kpar, lrad_moment, lrad_tint, lradial_entropy, 
│  │     lradial_profile, lrotate_parallel, lvelspace_output, lwrite_output1, nflush_ts, 
│  │     nmodepoints, nonlin_transfer_interval, npointsvel, out3d_interval, parallel_output_timestamps, phi3d, 
│  │     psi_velspace, screen_output, spc3d, xs_kyzero_current, xs_kyzero_current2, xs_kyzero_dens, xs_kyzero_ene,
│  │     xs_kyzero_ene_par, xs_kyzero_ene_perp, xs_kyzero_phi_ga_deltaf, xs_kyzero_phi_ga_fm, xs_phi, xy_apar, 
│  │     xy_bpar, xy_current, xy_current2, xy_dens, xy_estep, xy_fluxes, xy_fluxes_bi, xy_fluxes_bpar, 
│  │     xy_fluxes_em, xy_fluxes_fsa, xy_fluxes_k, xy_fluxes_p, xy_fluxes_v, xy_phi, xy_slice_ipar, xy_spec, 
│  │     xy_temp, xy_vort, zeta_velspace, zevo_detail, zevo_xy_spec, zonal_scale_3d
│  │
│  ├── eiv_integration
│  │  └── freq, growthrate, mat_vec_routine, max_iterations, nr_column_vec, number_eigenvalues, tolerance, 
│  │     type_extraction, type_solver, which_eigenvalues
│  │
│  ├── finite_rho_parallel
│  │  └── lflux_rhostar, lnonlinear_rhostar, ltrapdf_rhostar, lvdgrad_phi_fm_rhostar, lvdgradf_rhostar, 
│  │     lve_grad_fm_rhostar, s_average
│  │
│  ├── geom
│  │  └── N_shape, R0_loc, Zmil, beta_rota_miller, beta_rota_miller_type, c, c_prime, curv_effect, dRmil, dZmil, 
│  │     delta, eps, eps_type, eqfile, geom_type, gradp, gradp_type, kappa, prof_type, q, qprof_coef, s, s_prime, 
│  │     sdelta, shat, signB, signJ, skappa, square, ssquare
│  │
│  ├── grid
│  │  └── lx, mumax, n_mu_grid, n_procs_mu, n_procs_s, n_procs_sp, n_procs_vpar, n_procs_x, n_s_grid, n_trapped, 
│  │     n_vpar_grid, n_x_grid, nmod, non_blocking_vpar, nperiod, number_of_species, nx, psih, psil, vpmax
│  │
│  ├── gyroaverage
│  │  └── blending_order, consistent_long_wave, gyro_average_electrons, gyro_average_ions, mk_gyro_av_hermitian, 
│  │     n_gav_bound_ex, n_points_ga, orb_polarize, parallel_mod, use_conj
│  │
│  ├── header
│  │  └── compiler, gkw_executable_name, gkw_version, number_of_processors, timestamp
│  │
│  ├── krook
│  │  └── bwidth, gamkpre, gammab, gammak, krook_option, nlbound, nlkrook
│  │
│  ├── linear_term_switches
│  │  └── apply_on_imod, idisp, lampere, lbpar, lg2f_correction, lneo_equil, lneo_rad, lneo_trap, lneoclassical,
│  │     lneorotsource, lpoisson, lpoisson_zf, ltrapdf, lvd_grad_phi_fm, lvdgradf, lve_grad_fm, lvpar_grad_df, 
│  │     lvpgrphi, neo_equil_parse_sp_seq
│  │
│  ├── mode
│  │  └── chin, ikxspace, kr_type, krhomax, krrho, kthrho, mode_box, n_spacing, no_drive_of, no_transfer_from, 
│  │     no_transfer_to, rkxspace
│  │
│  ├── rotation
│  │  └── cf_drift, cf_qncheck, cf_trap, cf_upphi, cf_upsrc, coriolis, shear_profile, shear_rate, t_shear_begin, 
│  │     toroidal_shear, vcor
│  │
│  ├── source_time
│  │  └── dsfr, gauss_source_median, gauss_source_stdev, mod_freq, source_profile, source_time_ampl, 
│  │     source_wave_number
│  │
│  ├── spcgeneral
│  │  └── Ls, adiabatic_electrons, amp_imod, amp_imod_imag, amp_init, amp_zon, amp_zon_imag, beta, beta_ref, 
│  │     beta_type, betaprime_ref, betaprime_type, energetic_particles, finit, finit_imod, icrh_params, 
│  │     imod_init, init_coef, isl_mode, isl_rot_freq, isl_shear, lfinit_radial_dirichlet, mode_persist, 
│  │     n_quench, psi_0, quench_modes, quench_switch, rhostar, tear_zero_epar, tearingmode, tm_start, 
│  │     vpar_mean, wstar
│  │
│  ├── species01
│  │  └── background, dens, dens_prof_coef, dens_prof_type, mass, param, rln, rlt, rlt_gauss, temp, temp_prof_coef,
│  │     temp_prof_type, uprim, z
│  │
│  └── species02
│     └── background, dens, dens_prof_coef, dens_prof_type, mass, param, rln, rlt, rlt_gauss, temp, temp_prof_coef,
│        temp_prof_type, uprim, z
│
└── restart
   └── dtim, nt_complete, nt_remain, time_complete