th3index::tbigint, tbigint::th3index: Convert between a temporal H3 cell and a temporal bigint (explicit, zero-cost)

th3index::tgeogpoint, th3index::tgeompoint: Cast a temporal H3 cell to a temporal point of cell centroids

geoToH3Cell: Return the H3 cell containing a point geometry at the given resolution

geoToH3IndexSet: Return the set of H3 cells covering a geometry at the given resolution

startValue, endValue: Return the first or last H3 cell identifier of a temporal value

valueN: Return the nth distinct H3 cell identifier

getValues: Return the set of distinct H3 cell identifiers the trajectory takes

valueAtTimestamp: Return the H3 cell identifier at a given timestamp

th3GetResolution: Return the temporal resolution level (0-15) of each cell

th3GetBaseCellNumber: Return the temporal base-cell number (0-121) of each cell

isValidCell: Return a temporal boolean of whether each value is a valid cell

th3IsResClassIii: Return a temporal boolean of whether each cell has Class-III orientation

th3IsPentagon: Return a temporal boolean of whether each cell is a pentagon

th3CellToParent: Return the temporal parent cell at the given resolution

th3CellToCenterChild: Return the temporal center-child cell at the given resolution

th3CellToChildPos: Return each cell's ordinal position among its parent's children

th3ChildPosToCell: Return the temporal child cell at a given ordinal position

tgeompoint_to_th3, tgeogpoint_to_th3: Return the temporal H3 cell containing each point at the given resolution

th3CellToLatlng: Return the temporal geodetic centroid of each cell

th3CellToBoundary: Return the temporal polygon boundary of each cell as a geography

th3AreNeighborCells: Return a temporal boolean of whether two cells are grid neighbours

th3CellsToDirectedEdge: Return a temporal directed-edge identifier from an origin/destination cell pair

isValidDirectedEdge: Return a temporal boolean of whether each value is a valid directed edge

th3GetDirectedEdgeOrigin, th3GetDirectedEdgeDestination: Return the temporal origin or destination cell of a directed edge

th3DirectedEdgeToBoundary: Return the temporal polygon boundary of each directed edge as a geography

th3CellToVertex: Return the temporal H3 vertex at the given vertex number

th3VertexToLatlng: Return the temporal geodetic coordinates of each vertex

isValidVertex: Return a temporal boolean of whether each value is a valid vertex

th3GridDistance, <->: Return the temporal grid-hop distance between two temporal cells

th3CellToLocalIj, th3LocalIjToCell: Convert between a temporal cell and a temporal local (I, J) coordinate

th3CellArea: Return the temporal area of each cell in the requested unit

th3EdgeLength: Return the temporal length of each directed edge in the requested unit

greatCircleDistance: Return the temporal great-circle distance between two temporal geodetic points

ever_eq, ?=: Return whether a temporal H3 cell is ever equal to the probe

always_eq, %=: Return whether a temporal H3 cell is always equal to the probe

ever_ne, ?<>: Return whether a temporal H3 cell is ever different from the probe

always_ne, %<>: Return whether a temporal H3 cell is always different from the probe

#=, #<>: Return the per-instant equality or inequality between a temporal H3 cell and a probe

&&, @>, <@, ~=, -|-: Bounding-box overlap, contains, contained-by, same, and adjacent

<<, &<, &>, >>, <<|, &<|, |&>, |>>: Relative position along the spatial axes

<<#, &<#, #>>, #&>: Relative position along the time axis

h3GridDisk: All cells within k grid steps of the origin

h3GridRing: The cells at exactly k grid steps from the origin

h3GridPathCells: The inclusive path of cells between two cells

h3CellToChildren: All children of a cell at the given target resolution

h3CompactCells: Compacted mixed-resolution representation of a cell set

h3UncompactCells: Uncompacted representation at the given resolution

h3OriginToDirectedEdges: All outgoing directed edges of a cell

h3CellToVertexes: All vertexes of a cell

h3GetIcosahedronFaces: The icosahedron face indexes intersected by a cell

eContains, aContains, tContains: Whether one footprint contains the other (interiors only)

eCovers, aCovers, tCovers: Whether one footprint covers the other (boundary included)

eDisjoint, aDisjoint, tDisjoint: Whether the footprints share no point

eIntersects, aIntersects, tIntersects: Whether the footprints share at least one point

eTouches, aTouches, tTouches: Whether the footprints share a boundary point but no interior point

eDwithin, aDwithin, tDwithin: Whether the footprints lie within a given distance

th3index_rtree_ops: GiST operator class indexing the spatiotemporal bounding box

th3index_quadtree_ops, th3index_kdtree_ops: SP-GiST operator classes keyed on the spatiotemporal bounding box