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examples_aswns_kepler [2022/08/16 21:55]
theoastro [A first Test]
examples_aswns_kepler [2022/08/16 22:02] (current)
theoastro [Plotting your results]
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 The final results will be written in the file that you provided, by default this would be kepler.dat. The individual columns refer to:   The final results will be written in the file that you provided, by default this would be kepler.dat. The individual columns refer to:  
-   * the central density +     * the central density 
-  * axial Omega  +    * axial Omega  
-  * the corresponding error flag (0 means no error) +    * the corresponding error flag (0 means no error) 
-  * the gravitational mass in Msun  +    * the gravitational mass in Msun  
-  * the baryonic mass in Msun +    * the baryonic mass in Msun 
-  * total stellar entropy, +    * the proper mass 
-  * the angular momentum +    * total stellar entropy, 
-   * the rotational energy +    * the angular momentum 
-   * the equatorial omega, +    * the rotational energy 
-   * the Keplerian Omega +    * the equatorial omega, 
-   *  the equatorial radius in Msun,+    * the Keplerian Omega 
 +    *  the equatorial radius in Msun,
     * the equatorial radius in km     * the equatorial radius in km
     *  radius at the pole in Msun     *  radius at the pole in Msun
-     *  the disk mass+    *  the disk mass
     * the derivative dm/drho     * the derivative dm/drho
 ==== Plotting your results ==== ==== Plotting your results ====
  
 +Based on the result in kepler.dat, you could check your results. One straight forward way would be to look at m(rho) and plot this with gnuplot, e.g., 
 +  
 +gnuplot 
 +gnuplot> plot 'kepler.dat' u 1:4 w l
 +
 +which gives you the following plot of the gravitational mass as a function of the central density. 
 +
 +{{aswns_kepler_simple.png}}
Last modified: le 2022/08/16 21:55