npoint: Constructor for network points

nsegment: Constructor for network segments

route: Get the route identifier

getPosition: Get the position fraction

startPosition: Get the start position

endPosition: Get the end position

SRID: Get the spatial reference identifier

setPrecision: Set the precision of the position(s) of the network point or the network segment to the number of decimal places

::: Cast a network point to a geometry

::: Cast a geometry to a network point

equals: Spatial equality for network points

=: Are the values equal?

<>: Are the values different?

<: Is the first value less than the second one?

>: Is the first value greater than the second one?

<=: Is the first value less than or equal to the second one?

>=: Is the first value greater than or equal to the second one?

tnpoint_inst: Constructor for temporal network points of instant subtype

tnpoint_instset: Constructors for temporal network points of instant set subtype

tnpoint_seq: Constructor for temporal network points of sequence subtype

tnpoint_seqset: Constructor for temporal network points of sequence set subtype

tnpoint::tgeompoint: Cast a temporal network point to a temporal geometry point

tgeompoint::tnpoint: Cast a temporal geometry point to a temporal network point

tnpoint_inst, tnpoint_instset, tnpoint_seq, tnpoint_seqset: Transform a temporal network to another subtype

setPrecision: Set the precision of the fraction of the temporal network point to the number of decimal places

getValues: Get the values

valueAtTimestamp: Get the value at a timestamp

length: Get the length traversed by the temporal network point

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

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

stbox: Construct the bounding box from a npoint and, optionally, a timestamp or a period

twCentroid: Get the time-weighted centroid

azimuth: Get the temporal azimuth

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

nearestApproachDistance: Smallest distance ever between the two arguments

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

atValue: Restrict to a value

atGeometry: Restrict to a geometry

minusValue: Difference with a value

minusGeometry: Difference with a geometry

=, <>, <, >, <=, >=: Traditional comparison operators

#=, #<>: Temporal comparison operators

?=, &=: Ever and always equal operators

<<, &<, >>, &>, <<|, &<|, |>>, |&>, <<#, &<#, #>>, |&>: Relative position operators

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

|=|: Get the smallest distance ever between the two arguments

<->: Get the temporal distance

contains, disjoint, intersects, touches, dwithin: Possible spatial relationships

tcontains, tdisjoint, tintersects, ttouches, tdwithin: Temporal spatial relationships

tcount: Temporal count

tcount: Window count

tcentroid: Temporal centroid