Geometry (qiskit_qec.geometry)

Geometry module classes and functions

GeometryBounds([center, size, dim])	A simple Bounding Box class for an AABB in R^n
Lattice([u_vec, v_vec, size, points])	Lattice on which tiles are tiled
Manifold(dim)	Init Manifold
Plane()	Represents a R2 plane two manifold
Shape(points[, lines, indices])	This class is used to store a boundary shape on a given manifold that is used to select sublattices.
TwoManifold()	Like Manifold but better
Edge(vertices[, next_edge, previous_edge])	Inits Edge
Face(wireframes)	Face inherits from ShapeObject
QubitCount()	Each geometry will have a QubitCount class to maintain pointers to all qubits currently in use
QubitData()	Class for containing qubit information
ShapeObject()	ShapeObject is the base class for all geometry objects
Shell(faces)	Shell inherits from ShapeObject
Vertex(pos)	"Vertex" inherits from "ShapeObject"
WireFrame(edges)	WireFrame inherits from ShapeObject
Tile()	Base class for Tiles
CheckerBoardTile(origin[, qubit_count, ...])	Checker Board Tile
DiagonalBarTile(origin[, qubit_count, ...])	Diagonal Bar Tile The diagram is as follows.
DiagonalHourGlassTile(origin[, qubit_count, ...])	Diagonal Hour Glass Tile
HexagonTile(origin[, qubit_count, ...])	Hexagon Tile
OctaSquareTile(origin[, qubit_count, ...])	Octa-Square Tile
SquareDiamondTile(origin[, qubit_count, ...])	Square Diamond Tile (Square or non-Rotated orientation)
Tiling(*, tile_type, tile_optype, lattice[, ...])	Create a tiling[Shell] from a tile and lattice
TileFactory(*, origin, wf_coordinates, ...)	Base class for all geometric tiles