Uses of Interface com.solibri.geometry.linearalgebra.Vector2d (Solibri API 9.12.1.11 API)

Packages that use Vector2d
Package Description

com.solibri.geometry.algorithms

com.solibri.geometry.linearalgebra

com.solibri.geometry.primitive2d

Packages that use Vector2d
Package	Description
com.solibri.geometry.algorithms
com.solibri.geometry.linearalgebra
com.solibri.geometry.primitive2d

Uses of Vector2d in com.solibri.geometry.algorithms

Method parameters in com.solibri.geometry.algorithms with type arguments of type Vector2d
Modifier and Type	Method	Description
`static MPolygon2d`	ConvexHull.`of(Collection<? extends Vector2d> points)`	Returns the convex hull of the given collection of points.
`static MRectangle2d`	MinimumAreaRectangle.`of(Collection<? extends Vector2d> points)`	Returns the minimum area oriented rectangle that surrounds the given collection of points.

Uses of Vector2d in com.solibri.geometry.linearalgebra

Subinterfaces of Vector2d in com.solibri.geometry.linearalgebra
Modifier and Type	Interface	Description
`interface`	`MVector2d`	Interface for handling vectors in the XY-plane.

Fields in com.solibri.geometry.linearalgebra declared as Vector2d
Modifier and Type	Field	Description
`static Vector2d`	Vector2d.`NEG_UNIT_X`	The vector (-1, 0).
`static Vector2d`	Vector2d.`NEG_UNIT_Y`	The vector (0, -1).
`static Vector2d`	Vector2d.`UNIT_X`	The vector (1, 0).
`static Vector2d`	Vector2d.`UNIT_Y`	The vector (0, 1).
`static Vector2d`	Vector2d.`ZERO`	The vector (0, 0).

Methods in com.solibri.geometry.linearalgebra that return Vector2d
Modifier and Type	Method	Description
`static Vector2d`	Vector2d.`create(double x, double y)`	Returns a 2-dimensional vector with the given component values.
`static Vector2d`	Vector2d.`create(Vector2d vec)`	Returns a 2-dimensional vector with the X and Y values set to those of the given vector.

Methods in com.solibri.geometry.linearalgebra that return types with arguments of type Vector2d
Modifier and Type	Method	Description
`static List<Vector2d>`	Vector2d.`to2dVectors(List<? extends Vector3d> vectors)`	Returns the vectors in the given list projected to the XY-plane.

Methods in com.solibri.geometry.linearalgebra with parameters of type Vector2d
Modifier and Type	Method	Description
`MVector2d`	Vector2d.`add(Vector2d vector)`	Returns the sum of this vector and the given vector.
`void`	MVector2d.`addInPlace(Vector2d vec)`	Adds the given vector to this vector in place.
`double`	Vector2d.`angle(Vector2d vector)`	Returns the minimum angle between this vector and the given vector.
`static MVector2d`	MVector2d.`create(Vector2d vec)`	Returns a 2-dimensional vector with the X and Y values set to those of the given vector.
`static Vector2d`	Vector2d.`create(Vector2d vec)`	Returns a 2-dimensional vector with the X and Y values set to those of the given vector.
`double`	Vector2d.`distance(Vector2d other)`	Returns the distance between this vector and the other vector in the XY-plane.
`double`	Vector2d.`distanceSquared(Vector2d other)`	Returns the square of the distance between this vector and the other vector in the XY-plane.
`double`	Vector2d.`dotProduct(Vector2d vector)`	Returns the dot product between this vector and the given vector.
`boolean`	Vector2d.`equalsWithTolerance(Vector2d other, double tolerance)`	Returns true if this vector is within distance of tolerance to other.
`MVector2d`	Vector2d.`interpolate(Vector2d vector, double alpha)`	Returns a vector that is the interpolation between this vector and the given vector so that the weight of the given vector is alpha (result is (1 - alpha) * this + alpha * vector).
`void`	MVector2d.`interpolateInPlace(Vector2d vector, double alpha)`	Sets this vector to be the interpolation between this vector and the given vector so that the weight of the given vector is alpha (this = (1 - alpha) * this + alpha * vector).
`void`	MVector2d.`set(Vector2d vec)`	Sets the X and Y components of this vector to the values of the given vector.
`MVector2d`	Vector2d.`subtract(Vector2d vector)`	Returns the difference of this vector and the given vector.
`void`	MVector2d.`subtractInPlace(Vector2d other)`	Subtracts in place the given vector from this vector.

Method parameters in com.solibri.geometry.linearalgebra with type arguments of type Vector2d
Modifier and Type	Method	Description
`static List<MVector3d>`	MVector3d.`to3dVectors(List<? extends Vector2d> vectors)`	Returns a list of 3-dimensional vectors with the X and Y components from the given vectors and the Z component set to 0.

Uses of Vector2d in com.solibri.geometry.primitive2d

Methods in com.solibri.geometry.primitive2d that return Vector2d
Modifier and Type	Method	Description
`Vector2d`	Line2d.`getDirection()`	Returns the normalized direction vector of this line.
`Vector2d`	Ray2d.`getDirection()`	Returns the direction of this ray.
`Vector2d`	Segment2d.`getEndPoint()`	Returns the end of the segment in the XY-plane.
`Vector2d`	Line2d.`getFirstPoint()`	Returns the first bootstrapping point of this line.
`Vector2d`	Triangle2d.`getFirstPoint()`	Returns the first point of the triangle.
`Vector2d`	AABB2d.`getLowerBound()`	Returns the lower bound of this bounding box.
`Vector2d`	Ray2d.`getOrigin()`	Returns the origin of this ray.
`Vector2d`	Line2d.`getSecondPoint()`	Returns the second bootstrapping point of this line.
`Vector2d`	Triangle2d.`getSecondPoint()`	Returns the second point of the triangle.
`Vector2d`	Segment2d.`getStartPoint()`	Returns the beginning of the segment in the XY-plane.
`Vector2d`	Triangle2d.`getThirdPoint()`	Returns the third point of the triangle.
`Vector2d`	AABB2d.`getUpperBound()`	Returns the upper bound of this bounding box.

Methods in com.solibri.geometry.primitive2d that return types with arguments of type Vector2d
Modifier and Type	Method	Description
`List<Vector2d>`	AABB2d.`getVertices()`	Returns the vertices of this bounding box in counter clockwise order.
`List<Vector2d>`	Polygon2d.`getVertices()`	Returns the vertices of this polygon.

Methods in com.solibri.geometry.primitive2d with parameters of type Vector2d
Modifier and Type	Method	Description
`MVector2d`	Segment2d.`closestPointTo(Vector2d point)`	Returns the point on this segment that is closest to the given point in the XY-plane.
`boolean`	AABB2d.`contains(Vector2d point)`	Returns true if the given point is inside this bounding box.
`boolean`	Area.`contains(Vector2d point)`	Checks if the area contains the given point.
`boolean`	Polygon2d.`contains(Vector2d point)`	Returns true if the given point is inside this polygon.
`boolean`	Segment2d.`contains(Vector2d point)`	Returns true if the given point lies on this segment in the XY-plane, otherwise returns false.
`static AABB2d`	AABB2d.`create(Vector2d lowerBound, Vector2d upperBound)`	Returns a bounding box with the given bounds.
`static Line2d`	Line2d.`create(Vector2d firstPoint, Vector2d secondPoint)`	Creates a new instance.
`static MAABB2d`	MAABB2d.`create(Vector2d lowerBound, Vector2d upperBound)`	Returns a bounding box with the given bounds.
`static MLine2d`	MLine2d.`create(Vector2d firstPoint, Vector2d secondPoint)`	Creates a new instance.
`static MRay2d`	MRay2d.`create(Vector2d origin, Vector2d direction)`	Returns a ray with the given origin and direction.
`static MSegment2d`	MSegment2d.`create(Vector2d startPoint, Vector2d endPoint)`	Creates an new instance.
`static MTriangle2d`	MTriangle2d.`create(Vector2d firstPoint, Vector2d secondPoint, Vector2d thirdPoint)`	Creates a new instance.
`static Ray2d`	Ray2d.`create(Vector2d origin, Vector2d direction)`	Returns a ray with the given origin and direction.
`static Segment2d`	Segment2d.`create(Vector2d startPoint, Vector2d endPoint)`	Creates an new instance.
`static Triangle2d`	Triangle2d.`create(Vector2d firstPoint, Vector2d secondPoint, Vector2d thirdPoint)`	Creates a new instance.
`double`	Line2d.`distance(Vector2d point)`	Returns the distance of a point from this line.
`default double`	Polygon2d.`distance(Vector2d point)`	Returns the distance between this polygon and the given point.
`double`	Segment2d.`distance(Vector2d point)`	Returns the minimum distance between this segment and the point in the XY-plane.
`double`	Line2d.`distanceSquared(Vector2d point)`	Returns the squared distance of a point from this line.
`double`	Polygon2d.`distanceSquared(Vector2d point)`	Returns the square of the distance between this polygon and the given point.
`double`	Segment2d.`distanceSquared(Vector2d point)`	Returns the square of the minimum distance between this segment and the point in the XY-plane.
`void`	MAABB2d.`extend(Vector2d point)`	Extends this axis-aligned bounding box to contain the given point.
`boolean`	Line2d.`isPointOnLeftSide(Vector2d point)`	Returns true if the given point is on the left side of this line when looking in the direction of the vector returned by the `Line2d.getDirection()` method.
`boolean`	Line2d.`isPointOnRightSide(Vector2d point)`	Returns true if the given point is on the right side of this line when looking in the direction of the vector returned by the `Line2d.getDirection()` method.
`MVector2d`	Line2d.`project(Vector2d point)`	Returns the projection of the given point onto this line.
`void`	MAABB2d.`set(Vector2d lowerBound, Vector2d upperBound)`	Sets the given bounds to this bounding box.
`void`	MLine2d.`set(Vector2d startPoint, Vector2d endPoint)`	Sets the start and end points of this line.
`void`	MSegment2d.`set(Vector2d startPoint, Vector2d endPoint)`	Sets the start and end points of this Segment.
`void`	MRay2d.`setDirection(Vector2d direction)`	Sets the direction of this ray.
`void`	MLine2d.`setEndPoint(Vector2d endPoint)`	Sets the end point of this line to the value of the given point.
`void`	MSegment2d.`setEndPoint(Vector2d endPoint)`	Sets the end point of this Segment to the value of the given point.
`void`	MTriangle2d.`setFirstPoint(Vector2d firstPoint)`	Sets the first point of this triangle to the value of the given point.
`void`	MAABB2d.`setLowerBound(Vector2d lowerBound)`	Sets the lower bound of this bounding box to the given value.
`void`	MRay2d.`setOrigin(Vector2d origin)`	Sets the origin of this ray.
`void`	MTriangle2d.`setPoints(Vector2d firstPoint, Vector2d secondPoint, Vector2d thirdPoint)`	Sets the given points to the triangle.
`void`	MTriangle2d.`setSecondPoint(Vector2d secondPoint)`	Sets the second point of this triangle to the value of the given point.
`void`	MLine2d.`setStartPoint(Vector2d startPoint)`	Sets the starting point of this line to the value of the given point.
`void`	MSegment2d.`setStartPoint(Vector2d startPoint)`	Sets the starting point of this Segment to the value of the given point.
`void`	MTriangle2d.`setThirdPoint(Vector2d thirdPoint)`	Sets the third point of this triangle to the value of the given point.
`void`	MAABB2d.`setUpperBound(Vector2d upperBound)`	Sets the upper bound of this bounding box to the given value.
`void`	MAABB2d.`translate(Vector2d translator)`	Translates this bounding box by the given vector.
`void`	MPolygon2d.`translate(Vector2d translator)`	Translates the polygon by the given vector in the XY-plane.

Method parameters in com.solibri.geometry.primitive2d with type arguments of type Vector2d
Modifier and Type	Method	Description
`static AABB2d`	AABB2d.`create(Collection<Vector2d> points)`	Returns the minimum area axis-aligned bounding box for the given collection of points.
`static Area`	Area.`create(List<? extends Vector2d> polygonPoints)`	Creates an area with the given polygon points.
`static MAABB2d`	MAABB2d.`create(Collection<Vector2d> points)`	Returns the minimum area axis-aligned bounding box for the given collection of points.
`static MArea`	MArea.`create(List<? extends Vector2d> polygonPoints)`	Creates an area with the given polygon points.
`static MPolygon2d`	MPolygon2d.`create(List<? extends Vector2d> vertices)`	Creates a 2-dimensional polygon with the given vertices.
`static MRectangle2d`	MRectangle2d.`create(List<? extends Vector2d> vertices)`	Creates a new instance from the given points.
`static MTriangle2d`	MTriangle2d.`create(List<? extends Vector2d> points)`	Creates a new instance.
`static Polygon2d`	Polygon2d.`create(List<? extends Vector2d> vertices)`	Creates a 2-dimensional polygon with the given vertices.
`static Rectangle2d`	Rectangle2d.`create(List<? extends Vector2d> vertices)`	Creates a new instance from the given points.
`static Triangle2d`	Triangle2d.`create(List<? extends Vector2d> points)`	Creates a new instance.
`void`	MAABB2d.`extend(Collection<Vector2d> points)`	Extends this axis-aligned bounding box to contain the given points.
`boolean`	MRectangle2d.`setPoints(List<? extends Vector2d> points)`	Sets the given points to the rectangle.

Uses of Interfacecom.solibri.geometry.linearalgebra.Vector2d

Uses of Vector2d in com.solibri.geometry.algorithms

Uses of Vector2d in com.solibri.geometry.linearalgebra

Uses of Vector2d in com.solibri.geometry.primitive2d

Uses of Interface
com.solibri.geometry.linearalgebra.Vector2d