original_docstring: 
          Compute the Equivalent Duration of a fake flare.
          This is the area under the flare, in relative flux units.
  
          Parameters:
          -------------
          time : numpy array
              units of DAYS
          flux : numpy array
              relative flux units
          Return:
          ------------
          p : float
              equivalent duration of a single event in units of seconds
          
docstring: Compute the Equivalent Duration of a fake flare.
  This is the area under the flare, in relative flux units.
  
  
  
  time : numpy array
  units of DAYS
  flux : numpy array
  relative flux units
  Return.
  
  p : float
  equivalent duration of a single event in units of seconds
docstring_tokens: Compute the Equivalent Duration of a fake flare . This is the area under the flare in relative flux units . time : numpy array units of DAYS flux : numpy array relative flux units Return . p : float equivalent duration of a single event in units of seconds
code: def EquivDur(time, flux):
          '''
          Compute the Equivalent Duration of a fake flare.
          This is the area under the flare, in relative flux units.
  
          Parameters:
          -------------
          time : numpy array
              units of DAYS
          flux : numpy array
              relative flux units
          Return:
          ------------
          p : float
              equivalent duration of a single event in units of seconds
          '''
  
          p = np.trapz(flux, x=(time * 60.0 * 60.0 * 24.0))
          return p
code_tokens: def EquivDur ( time , flux ) : p = np . trapz ( flux , x = ( time * 60.0 * 60.0 * 24.0 ) ) return p
short_docstring: Compute the Equivalent Duration of a fake flare.
short_docstring_tokens: Compute the Equivalent Duration of a fake flare .
comment: '''
          Compute the Equivalent Duration of a fake flare.
          This is the area under the flare, in relative flux units.
  
          Parameters:
          -------------
          time : numpy array
              units of DAYS
          flux : numpy array
              relative flux units
          Return:
          ------------
          p : float
              equivalent duration of a single event in units of seconds
          '''