Uses of Class com.agisoft.metashape.Vector3d (Metashape-java 1.6.5 API)

Packages that use Vector3d
Package	Description
com.agisoft.metashape
com.agisoft.metashape.tasks

Uses of Vector3d in com.agisoft.metashape

Methods in com.agisoft.metashape that return Vector3d
Modifier and Type	Method	Description
`Vector3d`	Vector3d.`add(Vector3d other)`	Vector sum.
`Vector3d`	Matrix3x3d.`col(int n)`
`Vector3d`	Vector3d.`cross(Vector3d other)`	Cross product.
`Vector3d`	Chunk.`getCameraLocationAccuracy()`	Expected accuracy of camera coordinates in meters.
`Vector3d`	Chunk.`getCameraOrientationAccuracy()`	Expected accuracy of camera orientation angles in degrees.
`Vector3d`	Camera.`getCenter()`
`Vector3d`	Region.`getCenter()`	Region center coordinates.
`Vector3d`	Model.Vertex.`getCoord()`	Vertex coordinates.
`Vector3d`	Antenna.`getLocation()`	Antenna coordinates or null.
`Vector3d`	Camera.Reference.`getLocation()`	Camera coordinates or null.
`Vector3d`	Marker.Reference.`getLocation()`	Marker coordinates or null.
`Vector3d`	Sensor.Reference.`getLocation()`	Sensor coordinates or null.
`Vector3d`	Antenna.`getLocationAccuracy()`	Antenna location accuracy.
`Vector3d`	Camera.Reference.`getLocationAccuracy()`	Camera location accuracy or null.
`Vector3d`	Marker.Reference.`getLocationAccuracy()`	Marker location accuracy or null.
`Vector3d`	Sensor.Reference.`getLocationAccuracy()`	Sensor location accuracy or null.
`Vector3d`	Antenna.`getLocationReference()`	Antenna location reference.
`Vector3d`	Chunk.`getMarkerLocationAccuracy()`	Expected accuracy of marker coordinates in meters.
`Vector3d`	Viewpoint.`getO()`	Center of orbit.
`Vector3d`	RPCModel.`getObjectOffset()`
`Vector3d`	RPCModel.`getObjectScale()`
`Vector3d`	PointCloud.Point.`getPoint()`
`Vector3d`	Marker.`getPosition()`	Marker position in the current frame or null.
`Vector3d`	Antenna.`getRotation()`	Antenna rotation angles or null.
`Vector3d`	Camera.Reference.`getRotation()`	Camera rotation angles or null.
`Vector3d`	Sensor.Reference.`getRotation()`	Sensor rotation angles or null.
`Vector3d`	Antenna.`getRotationAccuracy()`	Antenna rotation accuracy.
`Vector3d`	Camera.Reference.`getRotationAccuracy()`	Camera rotation accuracy or null.
`Vector3d`	Sensor.Reference.`getRotationAccuracy()`	Sensor rotation accuracy or null.
`Vector3d`	Antenna.`getRotationReference()`	Antenna rotation reference.
`Vector3d`	Region.`getSize()`	Region size.
`Vector3d`	Shutter.`getTranslation()`
`Vector3d`	Transform.`getTranslation()`	Translation component or null.
`Vector3d`	Shape.`getVertex(long index)`
`Vector3d`	Matrix3x3d.`mul(Vector3d other)`
`Vector3d`	Vector3d.`mul(double c)`	Multiplication by scalar.
`Vector3d`	Matrix4x4d.`mulp(Vector3d other)`
`Vector3d`	Matrix4x4d.`mulv(Vector3d other)`
`Vector3d`	Vector3d.`normalized()`	Normalized vector.
`Vector3d`	DenseCloud.`pickPoint(Vector3d origin, Vector3d target)`	Returns ray intersection with the dense point cloud.
`Vector3d`	Model.`pickPoint(Vector3d origin, Vector3d target)`	Returns ray intersection with the model surface.
`Vector3d`	PointCloud.`pickPoint(Vector3d origin, Vector3d target)`	Returns ray intersection with the sparse point cloud.
`Vector3d`	TiledModel.`pickPoint(Vector3d origin, Vector3d target)`	Returns ray intersection with the tiled model.
`Vector3d`	CoordinateSystem.`project(Vector3d point)`	Projects point from geocentric coordinates to projected geographic coordinate system.
`Vector3d`	OrthoProjection.`project(Vector3d pt)`
`Vector3d`	Matrix2x3d.`row(int n)`
`Vector3d`	Matrix3x3d.`row(int n)`
`Vector3d`	Vector3d.`sub(Vector3d other)`	Vector difference.
`static Vector3d`	CoordinateSystem.`transform(Vector3d point, CoordinateSystem source, CoordinateSystem target)`	Transform point coordinates between coordinate systems.
`static Vector3d`	OrthoProjection.`transform(Vector3d point, OrthoProjection source, OrthoProjection target)`	Transform point coordinates between coordinate systems.
`Vector3d`	Transform.`transformPoint(Vector3d point)`
`Vector3d`	Transform.`transformVector(Vector3d vector)`
`Vector3d`	Matrix4x4d.`translation()`
`Vector3d`	Calibration.`unproject(Vector2d point)`	Return direction corresponding to the image point.
`Vector3d`	Camera.`unproject(Vector2d proj)`
`Vector3d`	Camera.`unproject(Vector3d proj)`
`Vector3d`	CoordinateSystem.`unproject(Vector3d point)`	Unprojects point from projected coordinates to geocentric coordinates.
`Vector3d`	OrthoProjection.`unproject(Vector3d pt)`

Methods in com.agisoft.metashape with parameters of type Vector3d
Modifier and Type	Method	Description
`Vector3d`	Vector3d.`add(Vector3d other)`	Vector sum.
`Marker`	Chunk.`addMarker(Vector3d point, boolean visibility)`	Add new marker to the chunk.
`static void`	MetashapeJNI.`Antenna_setLocation(long jarg1, Antenna jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Antenna_setLocationAccuracy(long jarg1, Antenna jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Antenna_setLocationReference(long jarg1, Antenna jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Antenna_setRotation(long jarg1, Antenna jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Antenna_setRotationAccuracy(long jarg1, Antenna jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Antenna_setRotationReference(long jarg1, Antenna jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Calibration_getError(long jarg1, Calibration jarg1_, long jarg2, Vector3d jarg2_, long jarg3, Vector2d jarg3_)`
`static long`	MetashapeJNI.`Calibration_project(long jarg1, Calibration jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Camera_getError(long jarg1, Camera jarg1_, long jarg2, Vector3d jarg2_, long jarg3, Vector2d jarg3_)`
`static long`	MetashapeJNI.`Camera_project(long jarg1, Camera jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Camera_Reference_setLocation(long jarg1, Camera.Reference jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Camera_Reference_setLocationAccuracy(long jarg1, Camera.Reference jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Camera_Reference_setRotation(long jarg1, Camera.Reference jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Camera_Reference_setRotationAccuracy(long jarg1, Camera.Reference jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Camera_unproject__SWIG_1(long jarg1, Camera jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Chunk_addMarker__SWIG_1(long jarg1, Chunk jarg1_, long jarg2, Vector3d jarg2_, boolean jarg3)`
`static void`	MetashapeJNI.`Chunk_setCameraLocationAccuracy(long jarg1, Chunk jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Chunk_setCameraOrientationAccuracy(long jarg1, Chunk jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Chunk_setMarkerLocationAccuracy(long jarg1, Chunk jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`CoordinateSystem_localframe(long jarg1, CoordinateSystem jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`CoordinateSystem_project(long jarg1, CoordinateSystem jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`CoordinateSystem_transform(long jarg1, Vector3d jarg1_, long jarg2, CoordinateSystem jarg2_, long jarg3, CoordinateSystem jarg3_)`
`static long`	MetashapeJNI.`CoordinateSystem_unproject(long jarg1, CoordinateSystem jarg1_, long jarg2, Vector3d jarg2_)`
`Vector3d`	Vector3d.`cross(Vector3d other)`	Cross product.
`static long`	MetashapeJNI.`DenseCloud_pickPoint(long jarg1, DenseCloud jarg1_, long jarg2, Vector3d jarg2_, long jarg3, Vector3d jarg3_)`
`double`	Vector3d.`dot(Vector3d other)`	Dot product.
`static long`	Vector3d.`getCPtr(Vector3d obj)`
`Vector2d`	Calibration.`getError(Vector3d point, Vector2d proj)`	Return projection error.
`Vector2d`	Camera.`getError(Vector3d pt, Vector2d proj)`
`Matrix4x4d`	CoordinateSystem.`localframe(Vector3d point)`	Returns 4x4 transformation matrix to LSE coordinates at the given point.
`Matrix4x4d`	OrthoProjection.`localframe(Vector3d pt)`
`static void`	MetashapeJNI.`Marker_Reference_setLocation(long jarg1, Marker.Reference jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Marker_Reference_setLocationAccuracy(long jarg1, Marker.Reference jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Matrix3x3d_mul__SWIG_1(long jarg1, Matrix3x3d jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Matrix4x4d_mulp(long jarg1, Matrix4x4d jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Matrix4x4d_mulv(long jarg1, Matrix4x4d jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Model_pickPoint(long jarg1, Model jarg1_, long jarg2, Vector3d jarg2_, long jarg3, Vector3d jarg3_)`
`static void`	MetashapeJNI.`Model_Vertex_setCoord(long jarg1, Model.Vertex jarg1_, long jarg2, Vector3d jarg2_)`
`Vector3d`	Matrix3x3d.`mul(Vector3d other)`
`Vector3d`	Matrix4x4d.`mulp(Vector3d other)`
`Vector3d`	Matrix4x4d.`mulv(Vector3d other)`
`static long`	MetashapeJNI.`OrthoProjection_localframe(long jarg1, OrthoProjection jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`OrthoProjection_project(long jarg1, OrthoProjection jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`OrthoProjection_transform(long jarg1, Vector3d jarg1_, long jarg2, OrthoProjection jarg2_, long jarg3, OrthoProjection jarg3_)`
`static long`	MetashapeJNI.`OrthoProjection_unproject(long jarg1, OrthoProjection jarg1_, long jarg2, Vector3d jarg2_)`
`Vector3d`	DenseCloud.`pickPoint(Vector3d origin, Vector3d target)`	Returns ray intersection with the dense point cloud.
`Vector3d`	Model.`pickPoint(Vector3d origin, Vector3d target)`	Returns ray intersection with the model surface.
`Vector3d`	PointCloud.`pickPoint(Vector3d origin, Vector3d target)`	Returns ray intersection with the sparse point cloud.
`Vector3d`	TiledModel.`pickPoint(Vector3d origin, Vector3d target)`	Returns ray intersection with the tiled model.
`static long`	MetashapeJNI.`PointCloud_pickPoint(long jarg1, PointCloud jarg1_, long jarg2, Vector3d jarg2_, long jarg3, Vector3d jarg3_)`
`static void`	MetashapeJNI.`PointCloud_Point_point_set(long jarg1, PointCloud.Point jarg1_, long jarg2, Vector3d jarg2_)`
`Vector2d`	Calibration.`project(Vector3d point)`	Return projected pixel coordinates of the point.
`Vector2d`	Camera.`project(Vector3d pt)`
`Vector3d`	CoordinateSystem.`project(Vector3d point)`	Projects point from geocentric coordinates to projected geographic coordinate system.
`Vector3d`	OrthoProjection.`project(Vector3d pt)`
`static void`	MetashapeJNI.`Region_setCenter(long jarg1, Region jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Region_setSize(long jarg1, Region jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`RPCModel_setObjectOffset(long jarg1, RPCModel jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`RPCModel_setObjectScale(long jarg1, RPCModel jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Sensor_Reference_setLocation(long jarg1, Sensor.Reference jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Sensor_Reference_setLocationAccuracy(long jarg1, Sensor.Reference jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Sensor_Reference_setRotation(long jarg1, Sensor.Reference jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Sensor_Reference_setRotationAccuracy(long jarg1, Sensor.Reference jarg1_, long jarg2, Vector3d jarg2_)`
`void`	Chunk.`setCameraLocationAccuracy(Vector3d accuracy)`	Expected accuracy of camera coordinates in meters.
`void`	Chunk.`setCameraOrientationAccuracy(Vector3d accuracy)`	Expected accuracy of camera orientation angles in degrees.
`void`	Region.`setCenter(Vector3d center)`	Region center coordinates.
`void`	Model.Vertex.`setCoord(Vector3d coord)`	Vertex coordinates.
`void`	Antenna.`setLocation(Vector3d location)`	Antenna coordinates or null.
`void`	Camera.Reference.`setLocation(Vector3d location)`	Camera coordinates or null.
`void`	Marker.Reference.`setLocation(Vector3d location)`	Marker coordinates or null.
`void`	Sensor.Reference.`setLocation(Vector3d location)`	Sensor coordinates or null.
`void`	Antenna.`setLocationAccuracy(Vector3d accuracy)`	Antenna location accuracy.
`void`	Camera.Reference.`setLocationAccuracy(Vector3d accuracy)`	Camera location accuracy or null.
`void`	Marker.Reference.`setLocationAccuracy(Vector3d accuracy)`	Marker location accuracy or null.
`void`	Sensor.Reference.`setLocationAccuracy(Vector3d accuracy)`	Sensor location accuracy or null.
`void`	Antenna.`setLocationReference(Vector3d reference)`	Antenna location reference.
`void`	Chunk.`setMarkerLocationAccuracy(Vector3d accuracy)`	Expected accuracy of marker coordinates in meters.
`void`	Viewpoint.`setO(Vector3d value)`	Center of orbit.
`void`	RPCModel.`setObjectOffset(Vector3d object_offset)`
`void`	RPCModel.`setObjectScale(Vector3d object_scale)`
`void`	PointCloud.Point.`setPoint(Vector3d value)`
`void`	Antenna.`setRotation(Vector3d rotation)`	Antenna rotation angles or null.
`void`	Camera.Reference.`setRotation(Vector3d rotation)`	Camera rotation angles or null.
`void`	Sensor.Reference.`setRotation(Vector3d rotation)`	Sensor rotation angles or null.
`void`	Antenna.`setRotationAccuracy(Vector3d accuracy)`	Antenna rotation accuracy.
`void`	Camera.Reference.`setRotationAccuracy(Vector3d accuracy)`	Camera rotation accuracy or null.
`void`	Sensor.Reference.`setRotationAccuracy(Vector3d accuracy)`	Sensor rotation accuracy or null.
`void`	Antenna.`setRotationReference(Vector3d reference)`	Antenna rotation reference.
`void`	Region.`setSize(Vector3d size)`	Region size.
`void`	Shutter.`setTranslation(Vector3d translation)`
`void`	Transform.`setTranslation(Vector3d translation)`	Translation component or null.
`void`	Shape.`setVertex(long index, Vector3d vertex)`
`static void`	MetashapeJNI.`Shape_setVertex(long jarg1, Shape jarg1_, long jarg2, long jarg3, Vector3d jarg3_)`
`static void`	MetashapeJNI.`Shutter_setTranslation(long jarg1, Shutter jarg1_, long jarg2, Vector3d jarg2_)`
`Vector3d`	Vector3d.`sub(Vector3d other)`	Vector difference.
`static long`	MetashapeJNI.`TiledModel_pickPoint(long jarg1, TiledModel jarg1_, long jarg2, Vector3d jarg2_, long jarg3, Vector3d jarg3_)`
`static Vector3d`	CoordinateSystem.`transform(Vector3d point, CoordinateSystem source, CoordinateSystem target)`	Transform point coordinates between coordinate systems.
`static Vector3d`	OrthoProjection.`transform(Vector3d point, OrthoProjection source, OrthoProjection target)`	Transform point coordinates between coordinate systems.
`static void`	MetashapeJNI.`Transform_setTranslation(long jarg1, Transform jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Transform_transformPoint(long jarg1, Transform jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Transform_transformVector(long jarg1, Transform jarg1_, long jarg2, Vector3d jarg2_)`
`Vector3d`	Transform.`transformPoint(Vector3d point)`
`Vector3d`	Transform.`transformVector(Vector3d vector)`
`Vector3d`	Camera.`unproject(Vector3d proj)`
`Vector3d`	CoordinateSystem.`unproject(Vector3d point)`	Unprojects point from projected coordinates to geocentric coordinates.
`Vector3d`	OrthoProjection.`unproject(Vector3d pt)`
`static long`	MetashapeJNI.`Vector3d_add(long jarg1, Vector3d jarg1_, long jarg2, Vector3d jarg2_)`
`static long`	MetashapeJNI.`Vector3d_cross(long jarg1, Vector3d jarg1_, long jarg2, Vector3d jarg2_)`
`static double`	MetashapeJNI.`Vector3d_dot(long jarg1, Vector3d jarg1_, long jarg2, Vector3d jarg2_)`
`static double[]`	MetashapeJNI.`Vector3d_getData(long jarg1, Vector3d jarg1_)`
`static double`	MetashapeJNI.`Vector3d_getX(long jarg1, Vector3d jarg1_)`
`static double`	MetashapeJNI.`Vector3d_getY(long jarg1, Vector3d jarg1_)`
`static double`	MetashapeJNI.`Vector3d_getZ(long jarg1, Vector3d jarg1_)`
`static long`	MetashapeJNI.`Vector3d_mul(long jarg1, Vector3d jarg1_, double jarg2)`
`static double`	MetashapeJNI.`Vector3d_norm(long jarg1, Vector3d jarg1_)`
`static long`	MetashapeJNI.`Vector3d_normalized(long jarg1, Vector3d jarg1_)`
`static void`	MetashapeJNI.`Vector3d_setX(long jarg1, Vector3d jarg1_, double jarg2)`
`static void`	MetashapeJNI.`Vector3d_setY(long jarg1, Vector3d jarg1_, double jarg2)`
`static void`	MetashapeJNI.`Vector3d_setZ(long jarg1, Vector3d jarg1_, double jarg2)`
`static long`	MetashapeJNI.`Vector3d_sub(long jarg1, Vector3d jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	MetashapeJNI.`Viewpoint_O_set(long jarg1, Viewpoint jarg1_, long jarg2, Vector3d jarg2_)`

Uses of Vector3d in com.agisoft.metashape.tasks

Methods in com.agisoft.metashape.tasks that return Vector3d
Modifier and Type	Method	Description
`Vector3d`	ExportModel.`getShift()`	Optional shift to be applied to vertex coordinates.
`Vector3d`	ExportPoints.`getShift()`	Optional shift to be applied to point coordinates.
`Vector3d`	ExportShapes.`getShift()`	Optional shift to be applied to vertex coordinates.
`Vector3d`	ImportModel.`getShift()`	Optional shift to be applied to vertex coordinates.
`Vector3d`	ImportPoints.`getShift()`	Optional shift to be applied to point coordinates.

Methods in com.agisoft.metashape.tasks with parameters of type Vector3d
Modifier and Type	Method	Description
`static void`	TasksJNI.`ExportModel_setShift(long jarg1, ExportModel jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	TasksJNI.`ExportPoints_setShift(long jarg1, ExportPoints jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	TasksJNI.`ExportShapes_setShift(long jarg1, ExportShapes jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	TasksJNI.`ImportModel_setShift(long jarg1, ImportModel jarg1_, long jarg2, Vector3d jarg2_)`
`static void`	TasksJNI.`ImportPoints_setShift(long jarg1, ImportPoints jarg1_, long jarg2, Vector3d jarg2_)`
`void`	ExportModel.`setShift(Vector3d value)`	Optional shift to be applied to vertex coordinates.
`void`	ExportPoints.`setShift(Vector3d value)`	Optional shift to be applied to point coordinates.
`void`	ExportShapes.`setShift(Vector3d value)`	Optional shift to be applied to vertex coordinates.
`void`	ImportModel.`setShift(Vector3d value)`	Optional shift to be applied to vertex coordinates.
`void`	ImportPoints.`setShift(Vector3d value)`	Optional shift to be applied to point coordinates.

Uses of Classcom.agisoft.metashape.Vector3d

Uses of Vector3d in com.agisoft.metashape

Uses of Vector3d in com.agisoft.metashape.tasks

Uses of Class
com.agisoft.metashape.Vector3d