Types

Mesh[element] = object nodes*: seq[array[element.dim, float]] connectivity*: seq[array[element.num_nodes, int]] boundary_nodes*: seq[int]: Source Edit

Procs

proc num_nodes(e: Element): int {...}{.raises: [], tags: [].}: Source Edit
proc dim(e: Element): int {...}{.raises: [], tags: [].}: Source Edit
proc LagrangeLine(order: int): Element {...}{.raises: [], tags: [].}: Source Edit
proc LagrangeTriangle(order: int): Element {...}{.raises: [], tags: [].}: Source Edit
proc LagrangeTetrahedron(order: int): Element {...}{.raises: [], tags: [].}: Source Edit
proc UnitSquareMesh(n: int): Mesh[LagrangeTriangle(1)] {...}{.raises: [], tags: [].}: Create a triangle mesh of a unit square. n is the number of elements per edge. Source Edit
proc UnitIntervalMesh(n: int): Mesh[LagrangeLine(1)] {...}{.raises: [], tags: [].}: Create a mesh of a unit interval. n is the number of elements. Source Edit
proc transform(mesh: Mesh; f: proc (x: float): float): Mesh: Transform a 1D mesh using a function f. Source Edit
proc readDolfinXml(element: static[Element]; filename: string): Mesh[element]: Read in Dolfin XML meshes from filename. For compile-time optimizations, the elementtype of the resulting mesh is required as element. Source Edit