egrasp_test.cdl

netcdf test {
  dimensions:
    NP = 2 ;
    time = UNLIMITED ; // (0 currently)

  variables:
   double position_X(time, NP) ;
     position_X:units = "parsec" ;
     position_X:_FillValue = 1E20 ;
   double position_Y(time, NP) ;
     position_Y:units = "parsec" ;
     position_Y:_FillValue = 1E20 ;
   double position_Z(time, NP) ;
     position_Z:units = "parsec" ;
     position_Z:_FillValue = 1E20 ;
   double velocity_U(time, NP) ;
     velocity_U:units = "m/s" ;
     velocity_U:_FillValue = 1E20 ;
   double velocity_V(time, NP) ;
     velocity_V:units = "m/s" ;
     velocity_V:_FillValue = 1E20 ;
   double velocity_W(time, NP) ;
     velocity_W:units = "m/s" ;
     velocity_W:_FillValue = 1E20 ;
   double mass(time, NP) ;
     mass:units = "solar mass" ;
     mass:_FillValue = 1E20 ;
   double density(time, NP) ;
     density:units = "g/cm^3" ;
     density:_FillValue = 1E20 ;
   double distance(time, NP) ;
     distance:units = "parsec" ;
     distance:_FillValue = 1E20 ;

    // global attributes:
    :title = "Interstellar cloud model output" ;
    :history = "Created on Wed Feb 29 15:54:03 2012" ;
    :institution = "CINESPA" ;
    :source = "Model simulation with Version XXX of model YYY" ;
    :references = "http://github.com/jeudyx/EGraSP" ;
    :comment = "Experiment Name" ;
    :model_dt = 10 ;
    :model_totalmass = 10.0 ;
    :model_initial_density = 1E-18 ;
    :model_beta = 0.1 ;
    :model_temperature = 10.0 ;
    :model_BH_theta = 0.7 ;
    :model_N_neighbour = 50 ;

  data:

}