def __init__(self, name, geometries, boundaryCondition=None, tolerance=-1,
maxGridLines=512):
"""Init Butterfly geometry in Dynamo."""
# convert input geometries to a butterfly DSMesh.
_mesh = MeshDS(geometries, tolerance, maxGridLines)
self.__geometry = _mesh.geometry
# put indices in groups of three
BFGeometry.__init__(self, name, _mesh.vertices, _mesh.faceIndices,
_mesh.normals, boundaryCondition)
def __init__(self, name, geometries, boundaryCondition=None,
meshingParameters=None):
"""Init Butterfly geometry in Grasshopper."""
# convert input geometries to a butterfly GHMesh.
_mesh = MeshGH(geometries, meshingParameters)
self.__geometry = _mesh.geometry
BFGeometry.__init__(self, name, _mesh.vertices, _mesh.faceIndices,
_mesh.normals, boundaryCondition)
def __init__(self, name, geometries, boundary_condition=None,
refinementLevels=None, nSurfaceLayers=None, tolerance=-1,
max_grid_lines=512):
"""Init Butterfly geometry in Dynamo."""
# convert input geometries to a butterfly DSMesh.
_mesh = MeshDS(geometries, (tolerance, max_grid_lines))
self.__geometry = _mesh.geometry
# put indices in groups of three
BFGeometry.__init__(self, name, _mesh.vertices, _mesh.face_indices,
_mesh.normals, boundary_condition, refinementLevels,
nSurfaceLayers)
def __init__(self,
name,
geometries,
boundaryCondition=None,
meshingParameters=None):
"""Init Butterfly geometry in Grasshopper."""
# convert input geometries to a butterfly GHMesh.
_mesh = MeshGH(geometries, meshingParameters)
self.__geometry = _mesh.geometry
BFGeometry.__init__(self, name, _mesh.vertices, _mesh.faceIndices,
_mesh.normals, boundaryCondition)
def __init__(self,
name,
geometries,
boundaryCondition=None,
tolerance=-1,
maxGridLines=512):
"""Init Butterfly geometry in Dynamo."""
# convert input geometries to a butterfly DSMesh.
_mesh = MeshDS(geometries, tolerance, maxGridLines)
self.__geometry = _mesh.geometry
# put indices in groups of three
BFGeometry.__init__(self, name, _mesh.vertices, _mesh.faceIndices,
_mesh.normals, boundaryCondition)
def __init__(self,
name,
geometries,
boundary_condition=None,
refinementLevels=None,
nSurfaceLayers=None,
meshing_parameters=None):
"""Init Butterfly geometry in Grasshopper."""
# convert input geometries to a butterfly GHMesh.
_mesh = MeshGH(geometries, meshing_parameters)
self.__geometry = _mesh.geometry
BFGeometry.__init__(self, name, _mesh.vertices, _mesh.face_indices,
_mesh.normals, boundary_condition,
refinementLevels, nSurfaceLayers)