Uses of Class com.metsci.glimpse.util.vector.Vector2d (glimpse-full-assembly 4.0.0 API)

Packages that use Vector2d
Package	Description
com.metsci.glimpse.charts.slippy
com.metsci.glimpse.util.geo.projection
com.metsci.glimpse.util.vector	Vector classes for representing 2 and 3 dimensional vectors.

Uses of Vector2d in com.metsci.glimpse.charts.slippy

Methods in com.metsci.glimpse.charts.slippy that return Vector2d
Modifier and Type	Method	Description
`Vector2d`	SlippyProjection.`project(LatLonGeo llg)`
`Vector2d`	SlippyProjection.`reprojectFrom(double x, double y, GeoProjection fromProjection)`

Uses of Vector2d in com.metsci.glimpse.util.geo.projection

Methods in com.metsci.glimpse.util.geo.projection that return Vector2d
Modifier and Type	Method	Description
`Vector2d`	KinematicVector2d.`getPosition()`
`Vector2d`	TangentPlane.`getTangentPointOnPlane()`	Tangent plane coordinates (x,y) of point on the plane tangent to reference LatLon.
`Vector2d`	KinematicVector2d.`getVelocity()`
`Vector2d`	AzimuthalEquidistant.`project(LatLonGeo latLon)`
`Vector2d`	GeoProjection.`project(LatLonGeo latLon)`	Convert LatLon to (nearly) equivalent projected x,y position.
`Vector2d`	MercatorProjection.`project(LatLonGeo latLon)`
`Vector2d`	TangentPlane.`project(LatLonGeo latLon)`
`Vector2d`	AzimuthalEquidistant.`reprojectFrom(double x, double y, GeoProjection fromProjection)`
`Vector2d`	GeoProjection.`reprojectFrom(double x, double y, GeoProjection fromProjection)`	Reproject an x,y position from a previous projection to this projection.
`Vector2d`	MercatorProjection.`reprojectFrom(double x, double y, GeoProjection fromProjection)`
`Vector2d`	TangentPlane.`reprojectFrom(double x, double y, GeoProjection fromProjection)`
`Vector2d`	TangentPlane.`unitSphereToPlaneXY(Vector3d pointOnUnitSphere)`	Convert point on the unit sphere (ECEF-r) to (nearly) equivalent x, y position on tangent plane.

Constructors in com.metsci.glimpse.util.geo.projection with parameters of type Vector2d
Constructor	Description
`KinematicVector2d(Vector2d pos, Vector2d vel)`

Uses of Vector2d in com.metsci.glimpse.util.vector

Methods in com.metsci.glimpse.util.vector that return Vector2d
Modifier and Type	Method	Description
`static Vector2d`	Vector2d.`createPolar(double radius, double theta)`	Create Vector2d from polar coordinates.
`static Vector2d`	Vector2d.`createPolarTranslated(double radius, double theta, double translateX, double translateY)`	Create Vector2d from polar coordinates with given translation of origin.
`static Vector2d`	Vector2d.`fromArray(double[] coords)`
`Vector2d`	Vector3d.`getXY()`
`static Vector2d`	Vector2d.`linearCombination(double[] a, Vector2d[] w)`
`static Vector2d`	Vector2d.`linearCombination(double a1, Vector2d v1, double a2, Vector2d v2)`
`Vector2d`	Vector2d.`minus(Vector2d v)`
`Vector2d`	Vector2d.`normalized()`	Returns normalized (rescaled to norm = 1) version of this vector.
`Vector2d`	Vector2d.`normalizedLenient()`	Returns normalized (rescaled to norm = 1) version of this vector.
`Vector2d`	Vector2d.`perpendicularVector()`	Returns a vector perpendicular to this one, with same norm.
`Vector2d`	Vector2d.`plus(Vector2d v)`
`Vector2d`	Vector2d.`projectionOnto(Vector2d v, boolean isLenient)`	Returns the projection of this vector onto the vector v.
`Vector2d`	Vector2d.`projectOnto(Vector2d v)`	Returns the projection of this vector onto the vector v.
`Vector2d`	Vector2d.`rotatedAboutOriginBy(double theta)`
`Vector2d`	Vector2d.`scalarProduct(double alpha)`	Deprecated. use `scaledBy(double)`
`Vector2d`	Vector2d.`scaledBy(double scaleFactor)`

Methods in com.metsci.glimpse.util.vector with parameters of type Vector2d
Modifier and Type	Method	Description
`double`	Vector2d.`angleWith(Vector2d v)`	Returns the conical (unsigned) angle between this vector and vector v.
`double`	Vector2d.`cosAngleWith(Vector2d v)`	Returns cosine of the angle between this vector and vector v.
`double`	Vector2d.`crossProduct(Vector2d v)`
`double`	Vector2d.`distance(Vector2d v)`
`double`	Vector3d.`distanceOnXYPlane(Vector2d v)`
`double`	Vector3d.`distanceOnXYPlaneSquared(Vector2d v)`
`double`	Vector2d.`distanceSquared(Vector2d v)`
`double`	Vector2d.`dotProduct(Vector2d v)`
`boolean`	Vector2d.`isToRightOf(Vector2d v)`
`static Vector2d`	Vector2d.`linearCombination(double[] a, Vector2d[] w)`
`static Vector2d`	Vector2d.`linearCombination(double a1, Vector2d v1, double a2, Vector2d v2)`
`Vector2d`	Vector2d.`minus(Vector2d v)`
`Vector2d`	Vector2d.`plus(Vector2d v)`
`Vector2d`	Vector2d.`projectionOnto(Vector2d v, boolean isLenient)`	Returns the projection of this vector onto the vector v.
`Vector2d`	Vector2d.`projectOnto(Vector2d v)`	Returns the projection of this vector onto the vector v.