parameters: (mesh, **kwargs)
return_statement: return solveFiniteElements(mesh, **kwargs)
docstring: r"""Solve partial differential equation.
  
      This is a syntactic sugar convenience function for solving partial
      differential equation on a given mesh.
      Using the best guess method for the given parameter.
      Currently only Finite Element calculation using
      :py:mod:`pygimli.solver.solveFiniteElements`
  
      TODO
      :py:mod:`pygimli.solver.solveFiniteVolume`
docstring_summary: r"""Solve partial differential equation.
docstring_tokens: r Solve partial differential equation .
function: def solve(mesh, **kwargs):
      r"""Solve partial differential equation.
  
      This is a syntactic sugar convenience function for solving partial
      differential equation on a given mesh.
      Using the best guess method for the given parameter.
      Currently only Finite Element calculation using
      :py:mod:`pygimli.solver.solveFiniteElements`
  
      TODO
      :py:mod:`pygimli.solver.solveFiniteVolume`
  
      """
      return solveFiniteElements(mesh, **kwargs)
function_tokens: def solve ( mesh , * * kwargs ) : return solveFiniteElements ( mesh , * * kwargs )