Contents
Python API
This is the documentation of unreleased changes. The latest release is v0.11.0.
Classes
Amazons
class Amazons(position: str)property canonical_form: CanonicalFormproperty grid: Gridproperty left_options: list[Amazons]property right_options: list[Amazons]property sensible_left_options: list[Amazons]property sensible_right_options: list[Amazons]__repr__() -> str_repr_svg_() -> strBipartiteSnort
class BipartiteSnort(
blue: int,
red: int,
edges: Sequence[tuple[int, int]],
)property blue: intproperty canonical_form: CanonicalFormproperty edges: list[tuple[int, int]]property graph: Graphproperty left_options: list[BipartiteSnort]property red: intproperty right_options: list[BipartiteSnort]property sensible_left_options: list[BipartiteSnort]property sensible_right_options: list[BipartiteSnort]__repr__() -> str_repr_svg_() -> strCanonicalForm
class CanonicalForm(value: Any)property birthday: intproperty left_options: list[CanonicalForm]property left_stop: DyadicRationalNumberproperty reduced: CanonicalFormproperty right_options: list[CanonicalForm]property right_stop: DyadicRationalNumberproperty temperature: DyadicRationalNumberproperty thermograph: Thermograph__add__(other: CanonicalForm) -> CanonicalForm__neg__() -> CanonicalForm__repr__() -> str__richcmp__(other: CanonicalForm, op: int) -> bool__sub__(other: CanonicalForm) -> CanonicalFormcool(temperature: Any) -> CanonicalFormCool the position by temperature, given as an integer, a string, or a
DyadicRationalNumber
Col
class Col(
graph: Any,
edges: Optional[Sequence[tuple[int, int]]] = None,
white: Optional[Sequence[int]] = None,
blue: Optional[Sequence[int]] = None,
red: Optional[Sequence[int]] = None,
green: Optional[Sequence[int]] = None,
)property canonical_form: CanonicalFormproperty graph: Graphproperty left_options: list[Col]property right_options: list[Col]property sensible_left_options: list[Col]property sensible_right_options: list[Col]__repr__() -> str_repr_svg_() -> strDigraphPlacement
class DigraphPlacement(
graph: Any,
edges: Optional[Sequence[tuple[int, int]]] = None,
blue: Optional[Sequence[int]] = None,
red: Optional[Sequence[int]] = None,
)property canonical_form: CanonicalFormproperty graph: Graphproperty left_options: list[DigraphPlacement]property right_options: list[DigraphPlacement]property sensible_left_options: list[DigraphPlacement]property sensible_right_options: list[DigraphPlacement]__repr__() -> str_repr_svg_() -> strDomineering
class Domineering(position: str)property canonical_form: CanonicalFormproperty grid: Gridproperty left_options: list[Domineering]property right_options: list[Domineering]property sensible_left_options: list[Domineering]property sensible_right_options: list[Domineering]__repr__() -> str_repr_svg_() -> strDyadicRationalNumber
class DyadicRationalNumber(
numerator: Any,
denominator_exponent: Optional[int] = None,
)__add__(other: DyadicRationalNumber) -> DyadicRationalNumber__float__() -> float__neg__() -> DyadicRationalNumber__repr__() -> str__richcmp__(other: DyadicRationalNumber, op: int) -> bool__sub__(other: DyadicRationalNumber) -> DyadicRationalNumberFission
class Fission(position: str)property canonical_form: CanonicalFormproperty grid: Gridproperty left_options: list[Fission]property right_options: list[Fission]property sensible_left_options: list[Fission]property sensible_right_options: list[Fission]__repr__() -> str_repr_svg_() -> strGraph
class Graph(
vertices: int,
edges: Sequence[tuple[int, int]],
directed: bool = ...,
white: Optional[Sequence[int]] = None,
blue: Optional[Sequence[int]] = None,
red: Optional[Sequence[int]] = None,
green: Optional[Sequence[int]] = None,
)property bipartite_snort: BipartiteSnortproperty col: Colproperty colors: VertexColorsproperty digraph_placement: DigraphPlacementproperty directed: boolWhether the edges of the graph point one way. Undirected edges are stored as a pair of opposite arcs, so this only decides how edges are added and reported back
property edges: list[tuple[int, int]]property game: Anyproperty snort: Snortproperty vertices: int__eq__(other: object) -> bool__repr__() -> str_repr_svg_() -> strdecode_from_traitlet(preset_bits: int, raw_graph: str) -> Graphencode_to_traitlet() -> strGrid
class Gridproperty amazons: Amazonsproperty domineering: Domineeringproperty fission: Fissionproperty game: Anyproperty konane: Konane__eq__(other: object) -> booldecode_from_traitlet(preset_bits: int, raw_grid: str) -> Gridencode_to_traitlet() -> strKonane
class Konane(position: str)property canonical_form: CanonicalFormproperty grid: Gridproperty left_options: list[Konane]property right_options: list[Konane]property sensible_left_options: list[Konane]property sensible_right_options: list[Konane]__repr__() -> str_repr_svg_() -> strSnort
class Snort(
graph: Any,
edges: Optional[Sequence[tuple[int, int]]] = None,
white: Optional[Sequence[int]] = None,
blue: Optional[Sequence[int]] = None,
red: Optional[Sequence[int]] = None,
green: Optional[Sequence[int]] = None,
)property canonical_form: CanonicalFormproperty graph: Graphproperty left_options: list[Snort]property right_options: list[Snort]property sensible_left_options: list[Snort]property sensible_right_options: list[Snort]__repr__() -> str_repr_svg_() -> strThermograph
class Thermograph__repr__() -> str_repr_svg_() -> strVertexColors
class VertexColorsproperty blue: list[int]property green: list[int]property red: list[int]property white: list[int]__repr__() -> strFunctions
AmazonsWidget
AmazonsWidget(position: Optional[Any] = None) -> AnyBipartiteSnortWidget
BipartiteSnortWidget(position: Optional[Any] = None) -> AnyColWidget
ColWidget(position: Optional[Any] = None) -> AnyDigraphPlacementWidget
DigraphPlacementWidget(position: Optional[Any] = None) -> AnyDomineeringWidget
DomineeringWidget(position: Optional[Any] = None) -> AnyFissionWidget
FissionWidget(position: Optional[Any] = None) -> AnyKonaneWidget
KonaneWidget(position: Optional[Any] = None) -> AnySnortWidget
SnortWidget(position: Optional[Any] = None) -> Any