Table 4: Model properties with Z=0.004. Each column has the following meaning. $M_{\rm init}$: initial mass, $Z_{\rm init}$: initial absolute metallicity, ${v}_{\rm init}$: initial equatorial rotational velocity, ${v}_{\rm init}/{v}_{\rm K}$: initial fraction of the Keplerian value of the equatorial rotational velocity. $J_{\rm init}$: initial total angular momentum., End: the end point of the model sequence (YB: core helium burning, YE: central helium exhaustion, CB: core carbon burning, CE: central carbon exhaustion, NB: core neon burning, NE: central neon exhaustion, OB: core oxygen burning, OE: central oxygen exhaustion), $t_{\rm MS}$: evolutionary time from ZAMS to the end of main sequence, $t_{\rm f}$: evolutionary time from ZAMS to the end of the calculation, $t_{\rm WR}$: duration of WR stage, $M_{\rm f}$: final mass, $M_{\rm CO}$: CO core mass at the end of the calculation, $\Delta M_{\rm He}$: total helium mass in the envelope when the star ends as a WR star, $Y_{\rm s}$: surface helium mass fraction at the end of the calculation, $X_{\rm C}$, $X_{\rm N}$, $X_{\rm O}$: surface carbon, nitrogen and oxygen mass fraction in log scale at the end of the calculation, $J_{\rm f}$: final angular momentum, $\langle j \rangle _{3~M_\odot}$: mean specific angular momentum of the innermost $3~{M_\odot}$, $\langle j \rangle _{3~M_\odot}$: mean specific angular momentum of the CO core.
No. $M_{\rm init}$ $Z_{\rm init}$ ${v}_{\rm init}$ ${v}_{\rm init}/{v}_{\rm K}$ $J_{\rm init}$ End $t_{\rm MS}$ $t_{\rm f}$ $t_{\rm WR}$ $M_{\rm f}$ $M_{\rm CO}$ $\Delta M_{\rm He}$ $Y_{\rm s}$ $X_{\rm C}$ $X_{\rm N}$ $X_{\rm O}$ $J_{\rm f}$ $\langle j \rangle _{3~M_\odot}$ $\langle j \rangle _{\rm CO}$
          1051   106 106 106               1051 1015 1015
  [${M_\odot}$]   [ ${\rm km~s^{-1}}$]   [ ${\rm erg~s^{-1}}$]   [yr] [yr] [yr] [${M_\odot}$] [${M_\odot}$] [${M_\odot}$]         [ ${\rm erg/s}$] [ ${\rm cm^2/s}$] [ ${\rm cm^2/s}$]
S12f0.5n 12.0 0.004 354.14 0.50 19.34 NB 17.4 19.3 0.00 11.546 1.892 - 0.312 -4.359 -2.757 -2.974 13.795 1.052 0.554
S12f0.6n 12.0 0.004 418.22 0.60 22.16 YB 23.8 24.4 0.00 11.446 - - 0.455 -4.736 -2.590 -3.732 11.075 - -
S12f0.7h 12.0 0.004 480.82 0.70 24.79 NB 30.1 30.7 3.77 8.879 6.509 2.019 0.996 -4.349 -2.573 -4.388 0.455 1.620 6.138
S16f0.0n 16.0 0.004 0.00 0.00 0.00 NB 9.8 11.1 0.00 15.727 2.677 - 0.289 -3.398 -3.105 -2.769 0.000 0.000 0.000
S16f0.1n 16.0 0.004 77.60 0.10 7.43 CB 9.8 11.2 0.00 15.656 2.746 - 0.287 -3.524 -3.051 -2.768 3.860 1.249 1.037
S16f0.4n 16.0 0.004 304.60 0.40 28.14 NB 10.9 12.2 0.00 15.000 2.959 - 0.297 -4.261 -2.804 -2.900 6.648 1.099 1.066
S16f0.5n 16.0 0.004 375.95 0.50 33.90 CE 14.0 15.1 0.00 14.964 3.839 - 0.423 -4.679 -2.619 -3.436 1.449 0.946 1.524
S16f0.6h 16.0 0.004 443.94 0.60 38.83 CE 18.8 19.3 2.85 11.110 8.499 2.031 0.996 -4.157 -2.579 -4.438 0.469 2.604 8.565
S20f0.0n 20.0 0.004 0.00 0.00 0.00 CB 7.8 8.7 0.00 19.446 3.964 - 0.310 -3.400 -3.068 -2.788 0.000 0.000 0.000
S20f0.1n 20.0 0.004 81.37 0.10 11.40 CB 7.8 8.7 0.00 19.352 4.018 - 0.311 -3.528 -3.013 -2.791 3.513 0.950 1.626
S20f0.2n 20.0 0.004 162.15 0.20 22.56 CB 7.9 8.8 0.00 19.257 4.080 - 0.313 -3.710 -2.940 -2.812 5.167 0.950 1.653
S20f0.3n 20.0 0.004 241.72 0.30 33.23 NB 8.6 9.5 0.00 19.027 4.329 - 0.347 -4.024 -2.804 -2.919 3.729 0.939 1.739
S20f0.4n 20.0 0.004 319.34 0.40 43.15 NB 9.7 10.5 0.00 18.622 4.940 - 0.396 -4.342 -2.656 -3.258 1.686 0.965 2.047
S20f0.5h 20.0 0.004 394.09 0.50 51.98 CE 13.5 13.9 2.32 13.385 10.638 1.951 0.996 -4.133 -2.580 -4.456 0.492 2.298 10.117
S20f0.6h 20.0 0.004 465.28 0.60 59.52 NB 13.8 14.3 2.44 13.025 10.226 1.921 0.996 -4.117 -2.580 -4.457 0.592 2.137 11.422
S25f0.0n 25.0 0.004 0.00 0.00 0.00 CB 6.3 7.0 0.00 23.834 5.904 - 0.344 -3.426 -2.991 -2.833 0.000 0.000 0.000
S25f0.2n 25.0 0.004 170.17 0.20 34.39 CB 6.5 7.2 0.00 23.411 6.002 - 0.354 -3.695 -2.885 -2.870 2.171 1.006 2.538
S25f0.3n 25.0 0.004 253.66 0.30 50.67 CE 7.5 8.2 0.00 22.063 7.048 - 0.417 -4.071 -2.732 -3.048 1.339 1.057 3.029
S25f0.4h 25.0 0.004 335.05 0.40 65.77 OE 10.0 10.4 1.75 16.109 12.602 1.603 0.996 -4.125 -2.580 -4.463 0.388 1.826 7.660
S25f0.5h 25.0 0.004 413.40 0.50 79.20 OB 10.3 10.7 1.97 15.436 12.254 1.503 0.996 -4.004 -2.581 -4.443 0.663 2.441 12.458
S25f0.6h 25.0 0.004 487.95 0.60 90.63 OE 10.4 10.9 2.06 15.238 11.379 1.446 0.996 -3.889 -2.581 -4.424 0.767 2.948 12.953
S30f0.0n 30.0 0.004 0.00 0.00 0.00 CE 5.5 6.0 0.00 27.430 8.013 - 0.356 -3.426 -2.972 -2.849 0.000 0.000 0.000
S30f0.2n 30.0 0.004 177.11 0.20 48.34 CE 5.8 6.4 0.00 26.154 8.363 - 0.391 -3.700 -2.833 -2.934 1.866 1.108 3.593
S30f0.3n 30.0 0.004 263.97 0.30 71.20 CE 7.0 7.5 0.00 21.254 11.107 - 0.600 -4.279 -2.618 -3.500 0.718 1.166 4.606
S30f0.4h 30.0 0.004 348.61 0.40 92.38 NB 8.2 8.6 1.70 18.055 14.561 1.233 0.996 -3.676 -2.581 -4.269 0.582 2.209 10.441
S30f0.6h 30.0 0.004 507.43 0.60 127.14 OE 8.5 8.9 1.87 17.332 13.819 1.132 0.992 -2.374 -2.588 -3.391 0.902 3.283 15.464
S40f0.0n 40.0 0.004 0.00 0.00 0.00 CE 4.4 4.9 0.00 31.146 12.157 - 0.409 -3.509 -2.864 -2.937 0.000 0.000 0.000
S40f0.1n 40.0 0.004 94.72 0.10 41.46 CE 4.5 4.9 0.00 30.139 12.182 - 0.427 -3.588 -2.823 -2.974 1.936 1.202 5.080
S40f0.2n 40.0 0.004 188.72 0.20 82.04 YB 5.1 5.3 0.00 33.054 - - 0.406 -3.692 -2.777 -3.029 3.163 - -
S40f0.3h 40.0 0.004 281.20 0.30 120.76 YB 6.1 6.1 - 32.093 - - 0.885 -4.323 -2.575 -4.344 22.964 - -
S40f0.4h 40.0 0.004 371.22 0.40 156.55 YB 6.2 6.2 - 29.240 - - 0.928 -4.285 -2.575 -4.364 9.311 - -
S60f0.1n 60.0 0.004 103.53 0.10 85.91 YB 3.6 3.6 - 53.059 - - 0.300 -3.334 -3.048 -2.827 14.370 - -
S60f0.2n 60.0 0.004 206.21 0.20 169.85 YB 4.4 4.4 - 53.245 - - 0.694 -4.198 -2.592 -3.849 21.949 - -
S60f0.3h 60.0 0.004 307.10 0.30 249.69 YB 4.4 4.4 - 43.724 - - 0.900 -4.297 -2.575 -4.368 26.856 - -

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