Uses of Class
com.google.common.geometry.R1Interval

Uses of R1Interval in com.google.common.geometry

Fields in com.google.common.geometry declared as R1Interval

Modifier and Type	Field	Description
protected final R1Interval	S2LatLngRectBase.lat
private final R1Interval	S2EdgeUtil.RectBounder.latAB	Temporary storage for the latitude range spanned by AB.
private final R1Interval	R2Rect.x
private final R1Interval	R2Rect.y

Methods in com.google.common.geometry that return R1Interval

Modifier and Type	Method	Description
R1Interval	R1Interval.addPoint(double p)	Returns the smallest interval that contains this interval and the point p.
static R1Interval	R1Interval.empty()	Returns an empty interval.
R1Interval	R1Interval.expanded(double radius)	Return an interval that contains all points with a distance "radius" of a point in this interval.
static R1Interval	R1Interval.fromPoint(double p)	Convenience method to construct an interval containing a single point.
static R1Interval	R1Interval.fromPointPair(double p1, double p2)	Convenience method to construct the minimal interval containing the two given points.
static R1Interval	S2LatLngRect.fullLat()	The full allowable range of latitudes.
abstract R1Interval	R2Rect.Axis.getInterval(R2Rect rect)
R1Interval	R2Rect.getInterval(R2Rect.Axis axis)	Returns the interval for the given axis, which must not be null.
R1Interval	R1Interval.intersection(R1Interval y)	Returns the intersection of this interval with y.
final R1Interval	S2LatLngRect.Builder.lat()
final R1Interval	S2LatLngRect.lat()
abstract R1Interval	S2LatLngRectBase.lat()	Returns the latitude range of this rectangle.
R1Interval	R1Interval.union(R1Interval y)	Returns the smallest interval that contains this interval and y.
R1Interval	R2Rect.x()	Returns the interval along the x-axis.
R1Interval	R2Rect.y()	Returns the interval along the y-axis.

Methods in com.google.common.geometry with parameters of type R1Interval

Modifier and Type	Method	Description
boolean	R1Interval.approxEquals(R1Interval y)	As approxEquals(R1Interval, double), with a default value for maxError just larger than typical rounding errors in computing intervals.
boolean	R1Interval.approxEquals(R1Interval y, double maxError)	Returns true if this interval can be transformed into y by moving each endpoint by at most maxError.
(package private) static boolean	S2EdgeUtil.clipBoundAxis(double a0, double b0, R1Interval bound0, double a1, double b1, R1Interval bound1, boolean slopeNegative, R1Interval clip0)	Given a line segment from (a0,a1) to (b0,b1) and a bounding interval for each axis, clip the segment further if necessary so that "bound0" does not extend outside the given interval "clip".
private static void	S2ShapeIndex.clipVAxis(S2ShapeIndex.ClippedEdge edge, R1Interval middle, List<S2ShapeIndex.ClippedEdge> edges0, List<S2ShapeIndex.ClippedEdge> edges1, S2ShapeIndex.EdgeAllocator alloc)
boolean	R1Interval.contains(R1Interval y)	Returns true if this interval contains the interval y.
private static S2Point	S2LatLngRectBase.getBisectorIntersection(R1Interval lat, double lng)	Return the intersection of longitude 0 with the bisector of an edge on longitude 'lng' and spanning latitude range 'lat'.
double	R1Interval.getDirectedHausdorffDistance(R1Interval y)	Return the Hausdorff distance to the given interval y.
private static S1Angle	S2LatLngRectBase.getDirectedHausdorffDistance(double lngDiff, R1Interval a, R1Interval b)	Return the directed Hausdorff distance from one longitudinal edge spanning latitude range a_lat to the other longitudinal edge spanning latitude range b_lat, with their longitudinal difference given by lngDiff.
private static S1Angle	S2LatLngRectBase.getInteriorMaxDistance(R1Interval aLat, S2Point b)	Return max distance from a point b to the segment spanning latitude range aLat on longitude 0, if the max occurs in the interior of aLat.
abstract double	R1Interval.Endpoint.getValue(R1Interval interval)
boolean	R1Interval.interiorContains(R1Interval y)	Returns true if the interior of this interval contains the entire interval y (including its boundary).
boolean	R1Interval.interiorIntersects(R1Interval y)	Returns true if the interior of this interval intersects any point of y (including its boundary).
R1Interval	R1Interval.intersection(R1Interval y)	Returns the intersection of this interval with y.
(package private) void	R1Interval.intersectionInternal(R1Interval y)	Sets this interval to the intersection of the current interval and y.
boolean	R1Interval.intersects(R1Interval y)	Returns true if this interval intersects y, i.e.
static final boolean	S2LatLngRectBase.intersectsLngEdge(S2Point a, S2Point b, R1Interval lat, double lng)	Returns true if the edge AB intersects the given edge of constant longitude.
private static void	S2CellId.setAxisRange(int ij, int cellSize, R1Interval interval)
abstract void	R1Interval.Endpoint.setValue(R1Interval interval, double value)
R1Interval	R1Interval.union(R1Interval y)	Returns the smallest interval that contains this interval and y.
(package private) void	R1Interval.unionInternal(R1Interval y)	Sets this interval to the union of this interval and y.
(package private) static boolean	S2EdgeUtil.updateEndpoint(R1Interval bound, boolean slopeNegative, double value)	Moves an endpoint of the given bound to the given value.

Constructors in com.google.common.geometry with parameters of type R1Interval

Modifier	Constructor	Description
	Builder(R1Interval lat, S1Interval lng)
	R1Interval(R1Interval interval)	Copy constructor.
	R2Rect(R1Interval x, R1Interval y)	Constructs a rectangle from the given intervals in x and y.
	S2LatLngRect(R1Interval lat, S1Interval lng)	Constructs a rectangle from latitude and longitude intervals.
(package private)	S2LatLngRectBase(R1Interval lat, S1Interval lng)	Constructs a rectangle from latitude and longitude intervals.