Uses of Class
com.agisoft.metashape.Vector

Packages that use Vector

Package	Description
com.agisoft.metashape
com.agisoft.metashape.tasks

Uses of Vector in com.agisoft.metashape

Methods in com.agisoft.metashape that return Vector

Modifier and Type	Method	Description
Vector	Vector.add(Vector other)	Vector sum.
Vector	Vector.cross(Vector other)	Cross product.
Vector	Elevation.getBottomRight()	Coordinates of the bottom right corner.
Vector	Orthomosaic.getBottomRight()	Coordinates of the bottom right orthomosaic corner.
Vector	Chunk.getCameraLocationAccuracy()	Expected accuracy of camera coordinates in meters.
Vector	Chunk.getCameraOrientationAccuracy()	Expected accuracy of camera orientation angles in degrees.
Vector	Camera.getCenter()
Vector	Region.getCenter()	Region center coordinates.
Vector	Matrix.getColumn(int n)
Vector	Model.TexVertex.getCoord()	Vertex texture coordinates.
Vector	Model.Vertex.getCoord()	Vertex coordinates.
Vector	PointCloud.Point.getCoord()
Vector	PointCloud.Projection.getCoord()
Vector	Calibration.getError(Vector point, Vector proj)	Return projection error.
Vector	Camera.getError(Vector pt, Vector proj)
Vector	RPCModel.getImageOffset()
Vector	RPCModel.getImageScale()
Vector	Antenna.getLocationAccuracy()	Antenna location accuracy.
Vector	Chunk.getMarkerLocationAccuracy()	Expected accuracy of marker coordinates in meters.
Vector	BBox.getMax()	Maximum bounding box corner.
Vector	BBox.getMin()	Minimum bounding box corner.
Vector	Viewpoint.getO()	Center of orbit.
Vector	RPCModel.getObjectOffset()
Vector	RPCModel.getObjectScale()
Vector	Antenna.getRotationAccuracy()	Antenna rotation accuracy.
Vector	Matrix.getRow(int n)
Vector	Region.getSize()	Region size.
Vector	Elevation.getTopLeft()	Coordinates of the top left corner.
Vector	Orthomosaic.getTopLeft()	Coordinates of the top left orthomosaic corner.
Vector	Shutter.getTranslation()
Vector[]	Geometry.getVertices()
Vector[]	Geometry.getVertices2D()
Vector	Matrix.mul(Vector other)
Vector	Vector.mul(double c)	Multiplication by scalar.
Vector	Matrix.mulp(Vector other)
Vector	Matrix.mulv(Vector other)
Vector	Vector.normalized()	Normalized vector.
Vector	Calibration.project(Vector point)	Return projected pixel coordinates of the point.
Vector	Camera.project(Vector pt)
Vector	CoordinateSystem.project(Vector point)	Projects point from geocentric coordinates to projected geographic coordinate system.
Vector	OrthoProjection.project(Vector pt)
Vector	Matrix.scale3()
Vector	Vector.sub(Vector other)	Vector difference.
static Vector	CoordinateSystem.transform(Vector point, CoordinateSystem source, CoordinateSystem target)	Transform point coordinates between coordinate systems.
static Vector	OrthoProjection.transform(Vector point, OrthoProjection source, OrthoProjection target)	Transform point coordinates between coordinate systems.
Vector	Transform.transformPoint(Vector point)
Vector	Transform.transformVector(Vector vector)
Vector	Matrix.translation()
Vector	Calibration.unproject(Vector point)	Return direction corresponding to the image point.
Vector	Camera.unproject(Vector proj)
Vector	CoordinateSystem.unproject(Vector point)	Unprojects point from projected coordinates to geocentric coordinates.
Vector	OrthoProjection.unproject(Vector pt)
Vector	Camera.unproject3D(Vector proj)

Methods in com.agisoft.metashape that return types with arguments of type Vector

Modifier and Type	Method	Description
Optional<Vector>	Antenna.getLocation()	Antenna coordinates, may be null.
Optional<Vector>	Camera.Reference.getLocation()	Camera coordinates, may be null.
Optional<Vector>	Marker.Reference.getLocation()	Marker coordinates, may be null
Optional<Vector>	Sensor.Reference.getLocation()	Sensor coordinates, may be null.
Optional<Vector>	Camera.Reference.getLocationAccuracy()	Camera location accuracy, may be null.
Optional<Vector>	Marker.Reference.getLocationAccuracy()	Marker location accuracy, may be null.
Optional<Vector>	Sensor.Reference.getLocationAccuracy()	Sensor location accuracy, may be null.
Optional<Vector>	Antenna.getLocationReference()	Antenna location reference.
Optional<Vector>	Marker.Projection.getPoint()
Optional<Vector>	Marker.getPosition()	Marker position in the current frame, may be null.
Optional<Vector>	Antenna.getRotation()	Antenna rotation angles, may be null.
Optional<Vector>	Camera.Reference.getRotation()	Camera rotation angles, may be null.
Optional<Vector>	Sensor.Reference.getRotation()	Sensor rotation angles, may be null.
Optional<Vector>	Camera.Reference.getRotationAccuracy()	Camera rotation accuracy, may be null.
Optional<Vector>	Sensor.Reference.getRotationAccuracy()	Sensor rotation accuracy, may be null.
Optional<Vector>	Antenna.getRotationReference()	Antenna rotation reference.
Optional<Vector>	Transform.getTranslation()	Translation component, may be null.
Optional<Vector>	DenseCloud.pickPoint(Vector origin, Vector target)	Returns ray intersection with the dense point cloud.
Optional<Vector>	Model.pickPoint(Vector origin, Vector target)	Returns ray intersection with the model surface.
Optional<Vector>	PointCloud.pickPoint(Vector origin, Vector target)	Returns ray intersection with the tie point cloud.
Optional<Vector>	TiledModel.pickPoint(Vector origin, Vector target)	Returns ray intersection with the tiled model.

Methods in com.agisoft.metashape with parameters of type Vector

Modifier and Type	Method	Description
Vector	Vector.add(Vector other)	Vector sum.
Marker	Chunk.addMarker(Vector point, boolean visibility)	Add new marker to the chunk.
Vector	Vector.cross(Vector other)	Cross product.
double	Vector.dot(Vector other)	Dot product.
Vector	Calibration.getError(Vector point, Vector proj)	Return projection error.
Vector	Camera.getError(Vector pt, Vector proj)
Matrix	CoordinateSystem.localframe(Vector point)	Returns 4x4 transformation matrix to LSE coordinates at the given point.
Matrix	OrthoProjection.localframe(Vector pt)
static Matrix	Matrix.makeDiag(Vector v)
static Geometry	Geometry.makeLineString(Vector[] vertices)
static Geometry	Geometry.makeLineString(Vector[] vertices, boolean is_3d)
static Geometry	Geometry.makeLineString2D(Vector[] vertices)
static Geometry	Geometry.makePoint(Vector point)
static Geometry	Geometry.makePoint(Vector point, boolean is_3d)
static Geometry	Geometry.makePoint2D(Vector point)
static Geometry	Geometry.makePolygon(Vector[] exterior_ring)
static Geometry	Geometry.makePolygon(Vector[] exterior_ring, boolean is_3d)
static Geometry	Geometry.makePolygon2D(Vector[] exterior_ring)
static Matrix	Matrix.makeScale(Vector scale)
static Matrix	Matrix.makeTranslation(Vector translation)
Vector	Matrix.mul(Vector other)
Vector	Matrix.mulp(Vector other)
Vector	Matrix.mulv(Vector other)
Optional<Vector>	DenseCloud.pickPoint(Vector origin, Vector target)	Returns ray intersection with the dense point cloud.
Optional<Vector>	Model.pickPoint(Vector origin, Vector target)	Returns ray intersection with the model surface.
Optional<Vector>	PointCloud.pickPoint(Vector origin, Vector target)	Returns ray intersection with the tie point cloud.
Optional<Vector>	TiledModel.pickPoint(Vector origin, Vector target)	Returns ray intersection with the tiled model.
Vector	Calibration.project(Vector point)	Return projected pixel coordinates of the point.
Vector	Camera.project(Vector pt)
Vector	CoordinateSystem.project(Vector point)	Projects point from geocentric coordinates to projected geographic coordinate system.
Vector	OrthoProjection.project(Vector pt)
void	Calibration.save(String path, CalibrationFormat format, String label, Vector pixel_size, double focal_length, double cx, double cy)	Save calibration to file.
void	Chunk.setCameraLocationAccuracy(Vector accuracy)	Expected accuracy of camera coordinates in meters.
void	Chunk.setCameraOrientationAccuracy(Vector accuracy)	Expected accuracy of camera orientation angles in degrees.
void	Region.setCenter(Vector center)	Region center coordinates.
void	Model.TexVertex.setCoord(Vector coord)	Vertex texture coordinates.
void	Model.Vertex.setCoord(Vector coord)	Vertex coordinates.
void	PointCloud.Point.setCoord(Vector coord)
void	PointCloud.Projection.setCoord(Vector coord)
void	RPCModel.setImageOffset(Vector image_offset)
void	RPCModel.setImageScale(Vector image_scale)
void	Antenna.setLocationAccuracy(Vector accuracy)	Antenna location accuracy.
void	Chunk.setMarkerLocationAccuracy(Vector accuracy)	Expected accuracy of marker coordinates in meters.
void	BBox.setMax(Vector value)	Maximum bounding box corner.
void	BBox.setMin(Vector value)	Minimum bounding box corner.
void	Viewpoint.setO(Vector value)	Center of orbit.
void	RPCModel.setObjectOffset(Vector object_offset)
void	RPCModel.setObjectScale(Vector object_scale)
void	Antenna.setRotationAccuracy(Vector accuracy)	Antenna rotation accuracy.
void	Region.setSize(Vector size)	Region size.
void	Shutter.setTranslation(Vector translation)
void	Geometry.setVertices(Vector[] vertices)
void	Geometry.setVertices2D(Vector[] vertices)
Vector	Vector.sub(Vector other)	Vector difference.
static Vector	CoordinateSystem.transform(Vector point, CoordinateSystem source, CoordinateSystem target)	Transform point coordinates between coordinate systems.
static Vector	OrthoProjection.transform(Vector point, OrthoProjection source, OrthoProjection target)	Transform point coordinates between coordinate systems.
static Matrix	CoordinateSystem.transformationMatrix(Vector point, CoordinateSystem source, CoordinateSystem target)	Local approximation of coordinate transformation from source to target coordinate system at the given point.
Vector	Transform.transformPoint(Vector point)
Vector	Transform.transformVector(Vector vector)
Vector	Calibration.unproject(Vector point)	Return direction corresponding to the image point.
Vector	Camera.unproject(Vector proj)
Vector	CoordinateSystem.unproject(Vector point)	Unprojects point from projected coordinates to geocentric coordinates.
Vector	OrthoProjection.unproject(Vector pt)
Vector	Camera.unproject3D(Vector proj)

Method parameters in com.agisoft.metashape with type arguments of type Vector

Modifier and Type	Method	Description
void	Antenna.setLocation(Optional<Vector> location)	Antenna coordinates, may be null.
void	Camera.Reference.setLocation(Optional<Vector> location)	Camera coordinates, may be null.
void	Marker.Reference.setLocation(Optional<Vector> location)	Marker coordinates, may be null.
void	Sensor.Reference.setLocation(Optional<Vector> location)	Sensor coordinates, may be null.
void	Camera.Reference.setLocationAccuracy(Optional<Vector> accuracy)	Camera location accuracy, may be null.
void	Marker.Reference.setLocationAccuracy(Optional<Vector> accuracy)	Marker location accuracy, may be null.
void	Sensor.Reference.setLocationAccuracy(Optional<Vector> accuracy)	Sensor location accuracy, may be null.
void	Antenna.setLocationReference(Optional<Vector> reference)	Antenna location reference.
void	Marker.Projection.setPoint(Optional<Vector> point)
void	Antenna.setRotation(Optional<Vector> rotation)	Antenna rotation angles, may be null.
void	Camera.Reference.setRotation(Optional<Vector> rotation)	Camera rotation angles, may be null.
void	Sensor.Reference.setRotation(Optional<Vector> rotation)	Sensor rotation angles, may be null.
void	Camera.Reference.setRotationAccuracy(Optional<Vector> accuracy)	Camera rotation accuracy, may be null.
void	Sensor.Reference.setRotationAccuracy(Optional<Vector> accuracy)	Sensor rotation accuracy, may be null.
void	Antenna.setRotationReference(Optional<Vector> reference)	Antenna rotation reference.
void	Transform.setTranslation(Optional<Vector> translation)	Translation component, may be null.

Constructors in com.agisoft.metashape with parameters of type Vector

Modifier	Constructor	Description
	BBox(Vector min, Vector max)

Uses of Vector in com.agisoft.metashape.tasks

Methods in com.agisoft.metashape.tasks that return Vector

Modifier and Type	Method	Description
Vector	ExportModel.getShift()	Optional shift to be applied to vertex coordinates.
Vector	ExportPoints.getShift()	Optional shift to be applied to point coordinates.
Vector	ExportShapes.getShift()	Optional shift to be applied to vertex coordinates.
Vector	ImportModel.getShift()	Optional shift to be applied to vertex coordinates.
Vector	ImportPoints.getShift()	Optional shift to be applied to point coordinates.

Methods in com.agisoft.metashape.tasks with parameters of type Vector

Modifier and Type	Method	Description
void	ExportModel.setShift(Vector value)	Optional shift to be applied to vertex coordinates.
void	ExportPoints.setShift(Vector value)	Optional shift to be applied to point coordinates.
void	ExportShapes.setShift(Vector value)	Optional shift to be applied to vertex coordinates.
void	ImportModel.setShift(Vector value)	Optional shift to be applied to vertex coordinates.
void	ImportPoints.setShift(Vector value)	Optional shift to be applied to point coordinates.