\begin{table}%t4
\caption{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.}\label{tab:z004}
%\centering
\small
\begin{tabular}{cccccccccccccccccccc}
\hline \hline
No. & $M_{\rm init}$ & $ Z_{\rm init}$ & ${v}_{\rm init}$ & ${v}_{\rm init}/{v}_{\rm K}$ &  $J_{\rm init}$ & End & $t_{\rm MS}$ & $t_{\rm f}$ & $t_{\rm WR}$ & $M_{\rm f}$ & $M_{\rm CO}$ & $\Delta M_{\rm He}$ & $Y_{\rm s}$ &  $X_{\rm C}$ & $X_{\rm N}$ & $X_{\rm O}$ & $J_{\rm f}$ & $\langle j \rangle _{3~M_\odot}$ & $\langle j \rangle _{\rm CO}$  \\
    &           &                 &              &                          &  $10^{51}$ &     & $10^6$ & $10^6$ & $10^{6}$ & &   &   &      &           &                  &    & $10^{51}$ & $10^{15}$ &$10^{15}$  \\
    & [${M_\odot}$]  &         &     [${\rm km~s^{-1}}$]       &       & [${\rm erg~s^{-1}}$]  &  & [yr] & [yr] &[yr] & [${M_\odot}$]&[${M_\odot}$] &[${M_\odot}$] & & 
      &           &                      & [${\rm erg/s}$] & [${\rm cm^2/s}$] & [${\rm cm^2/s}$]  \\
\hline
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\\
\hline
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\\
\hline
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\\
\hline
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\\
\hline
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\\
\hline
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&   --  &   --  \\
\hline
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&   --  &   --  \\
\hline 
\end{tabular}
\end{table}