Function MakeHexMesh

python/meshes.py:493–530

Generate a structured hexahedra 3D mesh Parameters ---------- nx : int Number of cells in x-direction. ny : int Number of cells in y-direction. nz : int Number of cells in z-direction. periodic_x: bool If True, the left and right boundaries ar

(nx=10, ny=10, nz=10, secondorder=False, periodic_x=False, periodic_y=False, periodic_z=False, mapping = None, cuboid_mapping=False)

    return ngsmesh

def MakeHexMesh(nx=10, ny=10, nz=10, secondorder=False, periodic_x=False, periodic_y=False, periodic_z=False, mapping = None, cuboid_mapping=False):
    """
    Generate a structured hexahedra 3D mesh

    Parameters
    ----------
    nx : int
      Number of cells in x-direction.

    ny : int
      Number of cells in y-direction.

    nz : int
      Number of cells in z-direction.

    periodic_x: bool
      If True, the left and right boundaries are identified to generate a periodic mesh in x-direction.

    periodic_y: bool
      If True, the top and bottom boundaries are identified to generate a periodic mesh in y-direction.

    periodic_z: bool
      If True, the top and bottom boundaries are identified to generate a periodic mesh in z-direction.

    mapping: lambda
      Mapping to transform the generated points. If None, the identity mapping is used.
    
    cuboid_mapping: bool
      If True, a straight geometry is assumed.


    Returns
    -------
    (ngsolve.mesh)
      Returns generated 3D NGSolve mesh consisting of only hexahedra

    """
    return MakeStructured3DMesh(hexes=True, nx=nx, ny=ny, nz=nz, secondorder=secondorder, periodic_x=periodic_x, periodic_y=periodic_y, periodic_z=periodic_z, mapping=mapping, cuboid_mapping=cuboid_mapping)

def MakePrismMesh(nx=10, ny=None, nz=None, secondorder=False, periodic_x=False, periodic_y=False, periodic_z=False, mapping = None, cuboid_mapping=False):
    """