original_docstring: 
          Plot the runaway corresponding to this growth rate (i.e.
          GammaAva*n_re).
          
docstring: Plot the runaway corresponding to this growth rate .
docstring_tokens: Plot the runaway corresponding to this growth rate .
code: def plotRunawayRate(self, r=None, t=None, ax=None, show=True):
          """
          Plot the runaway corresponding to this growth rate (i.e.
          GammaAva*n_re).
          """
          ut = self._renormalizeTimeIndexForUnknown(t)
  
          n_re = self.output.eqsys.n_re.get(r=r, t=ut)
          return self.plot(r=r, t=t, ax=ax, show=show, weight=n_re)
code_tokens: def plotRunawayRate ( self , r = None , t = None , ax = None , show = True ) : ut = self . _renormalizeTimeIndexForUnknown ( t ) n_re = self . output . eqsys . n_re . get ( r = r , t = ut ) return self . plot ( r = r , t = t , ax = ax , show = show , weight = n_re )
short_docstring: Plot the runaway corresponding to this growth rate (i.e.
short_docstring_tokens: Plot the runaway corresponding to this growth rate ( i . e .
comment: """
          Plot the runaway corresponding to this growth rate (i.e.
          GammaAva*n_re).
          """