Uses of Class mil.nga.sf.Point (Simple Features 2.2.2 API)

Packages that use Point
Package Description

mil.nga.sf

mil.nga.sf.util

mil.nga.sf.util.centroid

mil.nga.sf.util.sweep

Packages that use Point
Package	Description
mil.nga.sf
mil.nga.sf.util
mil.nga.sf.util.centroid
mil.nga.sf.util.sweep

Uses of Point in mil.nga.sf

Methods in mil.nga.sf that return Point
Modifier and Type	Method	Description
`Point`	CompoundCurve.`endPoint()`	Get the end Point of this Curve
`abstract Point`	Curve.`endPoint()`	Get the end Point of this Curve
`Point`	LineString.`endPoint()`	Get the end Point of this Curve
`Point`	GeometryEnvelope.`getBottomLeft()`	Get the bottom left point
`Point`	GeometryEnvelope.`getBottomMid()`	Get the bottom mid point
`Point`	GeometryEnvelope.`getBottomRight()`	Get the bottom right point
`Point`	Geometry.`getCentroid()`	Get the mathematical centroid point of a 2 dimensional representation of the Geometry (balancing point of a 2d cutout of the geometry).
`Point`	GeometryEnvelope.`getCentroid()`	Get the envelope centroid point
`Point`	Geometry.`getDegreesCentroid()`	Get the geographic centroid point of a 2 dimensional representation of the degree unit Geometry.
`Point`	GeometryEnvelope.`getLeftMid()`	Get the left mid point
`Point`	LineString.`getPoint(int n)`	Returns the Nth point
`Point`	MultiPoint.`getPoint(int n)`	Returns the Nth point
`Point`	GeometryEnvelope.`getRightMid()`	Get the right mid point
`Point`	GeometryEnvelope.`getTopLeft()`	Get the top left point
`Point`	GeometryEnvelope.`getTopMid()`	Get the top mid point
`Point`	GeometryEnvelope.`getTopRight()`	Get the top right point
`Point`	CompoundCurve.`startPoint()`	Get the start Point of this Curve
`abstract Point`	Curve.`startPoint()`	Get the start Point of this Curve
`Point`	LineString.`startPoint()`	Get the start Point of this Curve

Methods in mil.nga.sf that return types with arguments of type Point
Modifier and Type	Method	Description
`List<Point>`	LineString.`getPoints()`	Get the points
`List<Point>`	MultiPoint.`getPoints()`	Get the points

Methods in mil.nga.sf with parameters of type Point
Modifier and Type	Method	Description
`void`	LineString.`addPoint(Point point)`	Add a point
`void`	MultiPoint.`addPoint(Point point)`	Add a point
`boolean`	GeometryEnvelope.`contains(Point point)`	Determine if contains the point
`boolean`	GeometryEnvelope.`contains(Point point, double epsilon)`	Determine if contains the point
`boolean`	Point.`equalsX(Point point)`	Indicates if x values are equal
`boolean`	Point.`equalsXY(Point point)`	Indicates if x and y values are equal
`boolean`	Point.`equalsY(Point point)`	Indicates if y values are equal

Method parameters in mil.nga.sf with type arguments of type Point
Modifier and Type	Method	Description
`void`	LineString.`addPoints(List<Point> points)`	Add points
`void`	MultiPoint.`addPoints(List<Point> points)`	Add points
`void`	Line.`setPoints(List<Point> points)`	Set the points
`void`	LinearRing.`setPoints(List<Point> points)`	Set the points
`void`	LineString.`setPoints(List<Point> points)`	Set the points
`void`	MultiPoint.`setPoints(List<Point> points)`	Set the points

Constructors in mil.nga.sf with parameters of type Point
Constructor	Description
`Line(Point point1, Point point2)`	Constructor
`MultiPoint(Point point)`	Constructor
`Point(Point point)`	Copy Constructor

Constructor parameters in mil.nga.sf with type arguments of type Point
Constructor	Description
`CircularString(List<Point> points)`	Constructor
`Line(List<Point> points)`	Constructor
`LinearRing(List<Point> points)`	Constructor
`LineString(List<Point> points)`	Constructor
`MultiPoint(List<Point> points)`	Constructor

Uses of Point in mil.nga.sf.util

Methods in mil.nga.sf.util that return Point
Modifier and Type	Method	Description
`static Point`	GeometryUtils.`crop(Point point, GeometryEnvelope envelope)`	Crop the point by the envelope bounds.
`static Point`	GeometryUtils.`degreesToMeters(double x, double y)`	Convert a coordinate in degrees to a point in meters
`static Point`	GeometryUtils.`degreesToMeters(Point point)`	Convert a point in degrees to a point in meters
`static Point`	GeometryUtils.`degreesToRadians(Point point)`	Convert point in degrees to radians
`static Point`	GeometryUtils.`geodesicMidpoint(Point point1, Point point2)`	Get the geodesic midpoint in degrees between two points in degrees
`static Point`	GeometryUtils.`geodesicMidpointRadians(Point point1, Point point2)`	Get the geodesic midpoint in radians between two points in radians
`static Point`	GeometryUtils.`getCentroid(Geometry geometry)`	Get the centroid point of a 2 dimensional representation of the Geometry (balancing point of a 2d cutout of the geometry).
`static Point`	GeometryUtils.`getDegreesCentroid(Geometry geometry)`	Get the geographic centroid point of a 2 dimensional representation of the degree unit Geometry.
`static Point`	GeometryUtils.`intersection(Line line1, Line line2)`	Get the point intersection between two lines
`static Point`	GeometryUtils.`intersection(Point line1Point1, Point line1Point2, Point line2Point1, Point line2Point2)`	Get the point intersection between end points of two lines
`static Point`	GeometryUtils.`metersToDegrees(double x, double y)`	Convert a coordinate in meters to a point in degrees
`static Point`	GeometryUtils.`metersToDegrees(Point point)`	Convert a point in meters to a point in degrees
`static Point`	GeometryUtils.`radiansToDegrees(Point point)`	Convert point in radians to degrees

Methods in mil.nga.sf.util that return types with arguments of type Point
Modifier and Type	Method	Description
`static List<Point>`	GeometryUtils.`crop(List<Point> points, GeometryEnvelope envelope)`	Crop the list of consecutive points in meters by the envelope bounds in meters.
`static List<Point>`	GeometryUtils.`geodesicPath(List<Point> points, double maxDistance)`	Create a geodesic path of points in degrees with a max distance between any two path points
`static List<Point>`	GeometryUtils.`geodesicPath(LineString lineString, double maxDistance)`	Create a geodesic path of a line string in degrees with a max distance between any two path points
`static List<Point>`	GeometryUtils.`geodesicPath(Point point1, Point point2, double maxDistance)`	Create a geodesic path between the two points in degrees with a max distance between any two path points
`static List<Point>`	GeometryUtils.`simplifyPoints(List<Point> points, double tolerance)`	Simplify the ordered points (representing a line, polygon, etc) using the Douglas Peucker algorithm to create a similar curve with fewer points.

Methods in mil.nga.sf.util with parameters of type Point
Modifier and Type	Method	Description
`static double`	GeometryUtils.`bearing(Point point1, Point point2)`	Get the bearing heading in degrees between two points in degrees
`static boolean`	GeometryUtils.`contains(GeometryEnvelope envelope, Point point)`	Determine if the envelope contains the point within the default tolerance of `GeometryConstants.DEFAULT_EQUAL_EPSILON`.
`static Point`	GeometryUtils.`crop(Point point, GeometryEnvelope envelope)`	Crop the point by the envelope bounds.
`static Point`	GeometryUtils.`degreesToMeters(Point point)`	Convert a point in degrees to a point in meters
`static Point`	GeometryUtils.`degreesToRadians(Point point)`	Convert point in degrees to radians
`static double`	GeometryUtils.`distance(Point point1, Point point2)`	Get the Pythagorean theorem distance between two points
`static double`	GeometryUtils.`distanceHaversine(Point point1, Point point2)`	Get the distance in meters between two points in degrees using the Haversine formula
`static Point`	GeometryUtils.`geodesicMidpoint(Point point1, Point point2)`	Get the geodesic midpoint in degrees between two points in degrees
`static Point`	GeometryUtils.`geodesicMidpointRadians(Point point1, Point point2)`	Get the geodesic midpoint in radians between two points in radians
`static List<Point>`	GeometryUtils.`geodesicPath(Point point1, Point point2, double maxDistance)`	Create a geodesic path between the two points in degrees with a max distance between any two path points
`static Point`	GeometryUtils.`intersection(Point line1Point1, Point line1Point2, Point line2Point1, Point line2Point2)`	Get the point intersection between end points of two lines
`static boolean`	GeometryUtils.`isEqual(Point point1, Point point2)`	Determine if the points are equal within the default tolerance of `GeometryConstants.DEFAULT_EQUAL_EPSILON`.
`static boolean`	GeometryUtils.`isEqual(Point point1, Point point2, double epsilon)`	Determine if the points are equal within the tolerance.
`static Point`	GeometryUtils.`metersToDegrees(Point point)`	Convert a point in meters to a point in degrees
`static double`	GeometryUtils.`perpendicularDistance(Point point, Point lineStart, Point lineEnd)`	Calculate the perpendicular distance between the point and the line represented by the start and end points.
`static boolean`	GeometryUtils.`pointInPolygon(Point point, List<Point> points)`	Check if the point is in the polygon points
`static boolean`	GeometryUtils.`pointInPolygon(Point point, List<Point> points, double epsilon)`	Check if the point is in the polygon points
`static boolean`	GeometryUtils.`pointInPolygon(Point point, LineString ring)`	Check if the point is in the polygon ring
`static boolean`	GeometryUtils.`pointInPolygon(Point point, LineString ring, double epsilon)`	Check if the point is in the polygon ring
`static boolean`	GeometryUtils.`pointInPolygon(Point point, Polygon polygon)`	Check if the point is in the polygon
`static boolean`	GeometryUtils.`pointInPolygon(Point point, Polygon polygon, double epsilon)`	Check if the point is in the polygon
`static boolean`	GeometryUtils.`pointOnLine(Point point, List<Point> points)`	Check if the point is on the line represented by the points
`static boolean`	GeometryUtils.`pointOnLine(Point point, List<Point> points, double epsilon)`	Check if the point is on the line represented by the points
`static boolean`	GeometryUtils.`pointOnLine(Point point, LineString line)`	Check if the point is on the line
`static boolean`	GeometryUtils.`pointOnLine(Point point, LineString line, double epsilon)`	Check if the point is on the line
`static boolean`	GeometryUtils.`pointOnPath(Point point, Point point1, Point point2)`	Check if the point is on the path between point 1 and point 2
`static boolean`	GeometryUtils.`pointOnPath(Point point, Point point1, Point point2, double epsilon)`	Check if the point is on the path between point 1 and point 2
`static boolean`	GeometryUtils.`pointOnPolygonEdge(Point point, List<Point> points)`	Check if the point is on the polygon ring edge points
`static boolean`	GeometryUtils.`pointOnPolygonEdge(Point point, List<Point> points, double epsilon)`	Check if the point is on the polygon ring edge points
`static boolean`	GeometryUtils.`pointOnPolygonEdge(Point point, LineString ring)`	Check if the point is on the polygon ring edge
`static boolean`	GeometryUtils.`pointOnPolygonEdge(Point point, LineString ring, double epsilon)`	Check if the point is on the polygon ring edge
`static boolean`	GeometryUtils.`pointOnPolygonEdge(Point point, Polygon polygon)`	Check if the point is on the polygon edge
`static boolean`	GeometryUtils.`pointOnPolygonEdge(Point point, Polygon polygon, double epsilon)`	Check if the point is on the polygon edge
`static Point`	GeometryUtils.`radiansToDegrees(Point point)`	Convert point in radians to degrees

Method parameters in mil.nga.sf.util with type arguments of type Point
Modifier and Type	Method	Description
`static boolean`	GeometryUtils.`closedPolygon(List<Point> points)`	Check if the polygon ring points are explicitly closed, where the first and last point are the same
`static List<Point>`	GeometryUtils.`crop(List<Point> points, GeometryEnvelope envelope)`	Crop the list of consecutive points in meters by the envelope bounds in meters.
`static List<Point>`	GeometryUtils.`geodesicPath(List<Point> points, double maxDistance)`	Create a geodesic path of points in degrees with a max distance between any two path points
`static boolean`	GeometryUtils.`pointInPolygon(Point point, List<Point> points)`	Check if the point is in the polygon points
`static boolean`	GeometryUtils.`pointInPolygon(Point point, List<Point> points, double epsilon)`	Check if the point is in the polygon points
`static boolean`	GeometryUtils.`pointOnLine(Point point, List<Point> points)`	Check if the point is on the line represented by the points
`static boolean`	GeometryUtils.`pointOnLine(Point point, List<Point> points, double epsilon)`	Check if the point is on the line represented by the points
`static boolean`	GeometryUtils.`pointOnPolygonEdge(Point point, List<Point> points)`	Check if the point is on the polygon ring edge points
`static boolean`	GeometryUtils.`pointOnPolygonEdge(Point point, List<Point> points, double epsilon)`	Check if the point is on the polygon ring edge points
`static List<Point>`	GeometryUtils.`simplifyPoints(List<Point> points, double tolerance)`	Simplify the ordered points (representing a line, polygon, etc) using the Douglas Peucker algorithm to create a similar curve with fewer points.

Uses of Point in mil.nga.sf.util.centroid

Methods in mil.nga.sf.util.centroid that return Point
Modifier and Type	Method	Description
`Point`	CentroidCurve.`getCentroid()`	Get the centroid point
`Point`	CentroidPoint.`getCentroid()`	Get the centroid point
`Point`	CentroidSurface.`getCentroid()`	Get the centroid point
`Point`	DegreesCentroid.`getCentroid()`	Get the centroid point
`static Point`	DegreesCentroid.`getCentroid(Geometry geometry)`	Get the degree geometry centroid

Uses of Point in mil.nga.sf.util.sweep

Methods in mil.nga.sf.util.sweep that return Point
Modifier and Type	Method	Description
`Point`	Segment.`getLeftPoint()`	Get the left point
`Point`	Event.`getPoint()`	Get the polygon point
`Point`	Segment.`getRightPoint()`	Get the right point

Methods in mil.nga.sf.util.sweep with parameters of type Point
Modifier and Type	Method	Description
`static int`	SweepLine.`xyOrder(Point point1, Point point2)`	XY order of two points

Method parameters in mil.nga.sf.util.sweep with type arguments of type Point
Modifier and Type	Method	Description
`static boolean`	ShamosHoey.`simplePolygonPoints(List<Point> points)`	Determine if the polygon points are simple
`static boolean`	ShamosHoey.`simplePolygonRingPoints(List<List<Point>> pointRings)`	Determine if the polygon point rings are simple

Constructors in mil.nga.sf.util.sweep with parameters of type Point
Constructor	Description
`Event(int edge, int ring, Point point, EventType type)`	Constructor
`Segment(int edge, int ring, Point leftPoint, Point rightPoint)`	Constructor

Uses of Classmil.nga.sf.Point

Uses of Point in mil.nga.sf

Uses of Point in mil.nga.sf.util

Uses of Point in mil.nga.sf.util.centroid

Uses of Point in mil.nga.sf.util.sweep

Uses of Class
mil.nga.sf.Point