parameters: (self, H=None, L=None, boundary=None)
docstring: Set parameters for the slit pore geometry.
  
          Args:
              H (float): channel half-width.
              L (float): pore half-length.
              boundary : 'slip' or 'no_slip' boundary condition at wall (default: 'no_slip')
  
          Examples::
  
              slit_pore.set_params(H=8.)
              slit_pore.set_params(L=2.0)
              slit_pore.set_params(boundary='slip')
              slit_pore.set_params(H=5, L=4., boundary='no_slip')
docstring_summary: Set parameters for the slit pore geometry.
docstring_tokens: Set parameters for the slit pore geometry .
function: def set_params(self, H=None, L=None, boundary=None):
          """ Set parameters for the slit pore geometry.
  
          Args:
              H (float): channel half-width.
              L (float): pore half-length.
              boundary : 'slip' or 'no_slip' boundary condition at wall (default: 'no_slip')
  
          Examples::
  
              slit_pore.set_params(H=8.)
              slit_pore.set_params(L=2.0)
              slit_pore.set_params(boundary='slip')
              slit_pore.set_params(H=5, L=4., boundary='no_slip')
  
          """
          if H is not None:
              self.H = H
  
          if L is not None:
              self.L = L
  
          if boundary is not None:
              self.boundary = boundary
  
          bc = self._process_boundary(self.boundary)
          self.cpp_method.geometry = _mpcd.SlitPoreGeometry(self.H, self.L, bc)
function_tokens: def set_params ( self , H = None , L = None , boundary = None ) : if H is not None : self . H = H if L is not None : self . L = L if boundary is not None : self . boundary = boundary bc = self . _process_boundary ( self . boundary ) self . cpp_method . geometry = _mpcd . SlitPoreGeometry ( self . H , self . L , bc )