asText, asEWKT: Return the Well-Known Text (WKT) or the Extended Well-Known Text (EWKT) representation

asBinary, asEWKB, asHexWKB, asHexEWKB: Return the Well-Known Binary (WKB), the Extended Well-Known Binary (EWKB), the Hexadecimal Well-Known Binary (HexWKB), or the Hexadecimal Extended Well-Known Binary (HexEWKB) representation

npointFromText, npointFromEWKT: Input from the Well-Known Text (WKT) or from the Extended Well-Known Text (EWKT) representation

npointFromBinary, npointFromEWKB, npointFromHexEWKB: Input from the Well-Known Binary (WKB), from the Extended Well-Known Binary (EWKB), or from the Hexadecimal Extended Well-Known Binary (HexEWKB) representation

npoint, nsegment: Constructors for network points and network segments

::: Convert between a network point or segment and a geometry

stbox: Construct a spatiotemporal box from a network point and, optionally, a timestamp or a period

route: Return the route identifier

getPosition: Return the position

startPosition, endPosition: Return the start/end position

round: Round the position(s) of the network point or the network segment to the number of decimal places

SRID: Return the spatial reference identifier

same, ~=: Are the two values approximately equal with respect to an epsilon value?

=, <>, <, >, <=, >=: Traditional comparisons

tnpoint, tnpointSeq, tnpointSeqSet: Constructor for temporal network points having a constant value

tnpointSeq: Constructor for temporal network points of sequence subtype

tnpointSeqSet, tnpointSeqSetGaps: Constructor for temporal network points of sequence set subtype

::: Convert between a temporal network point and a temporal geometry point

asMFJSON, tnpointFromMFJSON: Output a temporal network point as MF-JSON and read it back; the round trip is lossless

getValues: Return the values

routes: Return the road identifiers

valueAtTimestamp: Return the value at a timestamp

length: Return the length traversed by the temporal network point

cumulativeLength: Return the cumulative length traversed by the temporal network point

speed: Return the speed of the temporal network point in units per second

tnpointInst, tnpointSeq, tnpointSeqSet: Transform a temporal network point to another subtype

setInterp: Transform a temporal network point to another interpolation

round: Round the fraction of the temporal network point to the number of decimal places

appendInstant, appendSequence: Append a temporal instant or a temporal sequence

merge, mergeAgg: Merge the temporal network points

atValue, minusValue, atValues, minusValues: Restrict to (the complement of) a value or a set of values

atGeometry, minusGeometry: Restrict to (the complement of) a geometry

twCentroid: Return the time-weighted centroid

?@, @?, @@, @=: Route operators, which compare the route identifiers a temporal network point visits: contained in, contains, overlaps, and equal

&&, <@, @>, ~=, -|-: Topological operators

::: Position operators

|=|: Return the smallest distance ever

nearestApproachInstant: Return the instant of the first temporal network point at which the two arguments are at the nearest distance

shortestLine: Return the line connecting the nearest approach point between the two arguments

<->: Return the temporal distance

eContains, aContains, eCovers, aCovers, eDisjoint, aDisjoint, eDwithin, aDwithin, eIntersects, aIntersects, eTouches, aTouches: Ever and always relationships

tContains, tCovers, tDisjoint, tDwithin, tIntersects, tTouches: Spatiotemporal relationships

=, <>, <, >, <=, >=: Traditional comparisons

?=, ?<>, %=, %<>: Ever and always comparisons

#=, #<>: Temporal comparisons

tCount: Temporal count

wCount: Window count

tCentroid: Temporal centroid

extent: Return the spatiotemporal bounding box covering every materialised position in a set of network points