parameters: (self)
return_statement: return np.abs(np.prod(np.linalg.svd(self.axes,compute_uv=False)))
docstring: (`Internal API`) Compute the volume enclosed by the axes.
  
          The volume enclosed by the axes is not in general the volume 
          enclosed by the grid boundaries, but it is used to compute the full 
          grid volume once any additional coordinate transformations are 
          accounted for.
  
          This function uses singular value decomposition to compute the 
          volume.  This is important for grids embedded in higher dimensional 
          spaces.
  
          Returns
          -------
          ax_vol : `float`
              Volume enclosed by the axes.
docstring_summary: (`Internal API`) Compute the volume enclosed by the axes.
docstring_tokens: ( Internal API ) Compute the volume enclosed by the axes .
function: def axes_volume(self):
          """
          (`Internal API`) Compute the volume enclosed by the axes.
  
          The volume enclosed by the axes is not in general the volume 
          enclosed by the grid boundaries, but it is used to compute the full 
          grid volume once any additional coordinate transformations are 
          accounted for.
  
          This function uses singular value decomposition to compute the 
          volume.  This is important for grids embedded in higher dimensional 
          spaces.
  
          Returns
          -------
          ax_vol : `float`
              Volume enclosed by the axes.  
          """
          return np.abs(np.prod(np.linalg.svd(self.axes,compute_uv=False)))
function_tokens: def axes_volume ( self ) : return np . abs ( np . prod ( np . linalg . svd ( self . axes , compute_uv = False ) ) )