Uses of Class
edu.mit.sketch.geom.Vertex

Packages that use Vertex

edu.mit.sketch.geom
edu.mit.sketch.toolkit
edu.mit.sketch.ui
edu.mit.sketch.util

Uses of Vertex in edu.mit.sketch.geom

Fields in edu.mit.sketch.geom declared as Vertex

Vertex[]

Segment.vertices vertices

Methods in edu.mit.sketch.geom that return Vertex

Vertex[]	GeneralPath.flatten(double flatness, int limit) Return an array of vertices corresponding to the flattened version of this GeneralPath
static Vertex[]	Vertex.removeDuplicateVertices(Vertex[] vertices) Remove repeating vertices
static Vertex[]	Vertex.cloneVertices(Vertex[] vertices) For obtaining a complete copy of an array of Vertex objects.
static Vertex[]	Vertex.appendVertices(Vertex[] vertices, Vertex vertex) Appends the input vertices with the argument vertex
static Vertex[]	Vertex.arrayListToArray(ArrayList vertices) Returns an array containing the elements of the Vector.
static Vertex[]	Vertex.vectorToArray(Vector vertices) Returns an array containing the elements of the Vector.

Methods in edu.mit.sketch.geom with parameters of type Vertex

static Vertex[]	Vertex.removeDuplicateVertices(Vertex[] vertices) Remove repeating vertices
static Vertex[]	Vertex.cloneVertices(Vertex[] vertices) For obtaining a complete copy of an array of Vertex objects.
static Vertex[]	Vertex.appendVertices(Vertex[] vertices, Vertex vertex) Appends the input vertices with the argument vertex
static double[]	GeometryUtil.getIntermediateAngles(Vertex[] input_vertices) Find the angles that the intermediate line segments make WRT the x axis using the input_vertices

Constructors in edu.mit.sketch.geom with parameters of type Vertex

Vertex(Vertex vertex)
The constructor.

Segment(Vertex[] vertices, int min, int max)
The constructor.

Uses of Vertex in edu.mit.sketch.toolkit

Fields in edu.mit.sketch.toolkit declared as Vertex

Vertex[]	Fit.vertices The fit
Vertex[]	StrokeData.vertices The vertices in this data set.
Vertex[]	SimpleClassifier.final_fit Best hybrid fit
Vertex[]	SimpleClassifier.speed_fit Speed fit
Vertex[]	SimpleClassifier.direction_fit Fit based on curvature
Vertex[]	SimpleClassifier.points Speed original points in the stroke.

Methods in edu.mit.sketch.toolkit that return Vertex

Vertex[]	StrokeData.getVertices() Return the vertices array.
Vertex[]	StrokeData.getSpeedFit(double average_scale) See if the input is a polygon.
Vertex[]	StrokeData.getDirectionFit(double dd_dt_scale) Find the corners of the polygon using the change in the direction.
Vertex[]	StrokeData.removeRedundantEndPoints(Vertex[] input_points) Remove the redundant at the beginning and the end.
static Vertex[]	Blackboard.decide(Vertex[] speed_fit, Vertex[] direction_fit, Point[] points, StrokeData data) a and b are two possible polygon matches for points.
static Vertex[]	Blackboard.getCurvatureFitOld(Point[] points, Vertex[] vertices, double scale) Returns a curvature fit.
static Vertex[]	Blackboard.getCurvatureFit(Point[] points, Vertex[] vertices, double scale) Returns a curvature fit.
static Vertex[]	Blackboard.getContiguosExcludedPointSequence(int start_pointer, Vertex[] subset, Vertex[] superset) Return the sequence of contiguos point sequence that is included in superset, but is excluded in subset.
static Vertex[]	Blackboard.getSymmetricDifference(Vertex[] a, Vertex[] b, Vertex[] intersection, int bias) Get the symmetric difference of a and b.
static Vertex[]	Blackboard.overlay(Vertex[] subset, Vertex[] superset, int index_tolerance, double distance_tolerance) Overlay subset and superset so the vertices very close to one another are collapsed into one.
static Vertex[]	Blackboard.removeCloseVertices(Vertex[] vertices, int index_tolerance, double distance_tolerance) Remove vertices closer than index_tolerance in indices or, distance_tolerance spatially.
static Vertex[]	Blackboard.getIntersection(Vertex[] a, Vertex[] b, int bias) Get the common points in a and b.
static Vertex[]	Blackboard.getUnion(Vertex[] a, Vertex[] b) Get all the points in a and b.
static Vertex[]	Blackboard.insertVertex(Vertex[] vertices, Vertex vertex) Return the vertices obtained by inserting the input vertex to the appropriate slot in the input vertices.

Methods in edu.mit.sketch.toolkit with parameters of type Vertex

Vertex[]	StrokeData.removeRedundantEndPoints(Vertex[] input_points) Remove the redundant at the beginning and the end.
static Vertex[]	Blackboard.decide(Vertex[] speed_fit, Vertex[] direction_fit, Point[] points, StrokeData data) a and b are two possible polygon matches for points.
static Vertex[]	Blackboard.getCurvatureFitOld(Point[] points, Vertex[] vertices, double scale) Returns a curvature fit.
static Vertex[]	Blackboard.getCurvatureFit(Point[] points, Vertex[] vertices, double scale) Returns a curvature fit.
static Fit[]	Blackboard.getHybridFits(Vertex[] speed_fit, Vertex[] direction_fit, Point[] points) Computes the hybrid fits from speed_fit and direction_fit
static GeneralPath	Blackboard.computeGeneralPath(Vertex[] intersection, Vertex[] superset, Fit[] fits, StrokeData data) Compute a GeneralPath given the information in the arguments.
static Vertex[]	Blackboard.getContiguosExcludedPointSequence(int start_pointer, Vertex[] subset, Vertex[] superset) Return the sequence of contiguos point sequence that is included in superset, but is excluded in subset.
static double	Blackboard.leastSquaresForPolygon(Vertex[] vertices, Point[] points) calculate the lsq error.
static boolean	Blackboard.containsWithTolerance(Vertex[] vertices, Vertex vertex, int index_difference_tolerance, double distance_tolerance) Return true if the array contains a Vertex that is sufficiently close to the argument vertex given the tolerances.
static Vertex[]	Blackboard.getSymmetricDifference(Vertex[] a, Vertex[] b, Vertex[] intersection, int bias) Get the symmetric difference of a and b.
static Vertex[]	Blackboard.overlay(Vertex[] subset, Vertex[] superset, int index_tolerance, double distance_tolerance) Overlay subset and superset so the vertices very close to one another are collapsed into one.
static int	Blackboard.getIndexInVertices(Vertex[] vertices, Vertex vertex, int index_difference_tolerance, double distance_tolerance) Return the index in subset if the array contains a Vertex that is sufficiently close to the argument vertex given the tolerances.
static Vertex[]	Blackboard.removeCloseVertices(Vertex[] vertices, int index_tolerance, double distance_tolerance) Remove vertices closer than index_tolerance in indices or, distance_tolerance spatially.
static Vertex[]	Blackboard.getIntersection(Vertex[] a, Vertex[] b, int bias) Get the common points in a and b.
static Vertex[]	Blackboard.getUnion(Vertex[] a, Vertex[] b) Get all the points in a and b.
static void	Blackboard.checkCertaintyBounds(Vertex[] vertices) See if all the certainty values are between 0 and 1.
static Vertex[]	Blackboard.insertVertex(Vertex[] vertices, Vertex vertex) Return the vertices obtained by inserting the input vertex to the appropriate slot in the input vertices.
static Point[]	Blackboard.getControlPoints(Vertex v1, Vertex v2, StrokeData data) Return the control points to be used for drawing a curve from v1 to v2.
static Point[]	Blackboard.getControlPoints(Vertex v1, Vertex v2, StrokeData data, int left_offset, int right_offset) Return the control points to be used for drawing a curve from v1 to v2.
void	ObjectManager.addVertices(Vertex[] vertices) Adds an object to the objects vector after filtering.

Constructors in edu.mit.sketch.toolkit with parameters of type Vertex

Fit(Point[] original_points, Vertex[] vertices, double lsq_error)
The constructor.

StrokeData(Vertex[] vertices)
The constructor.

Uses of Vertex in edu.mit.sketch.ui

Fields in edu.mit.sketch.ui declared as Vertex

Vertex[]	TabletDataProcessor.final_fit
Vertex[]	TabletDataProcessor.speed_fit
Vertex[]	TabletDataProcessor.direction_fit

Methods in edu.mit.sketch.ui that return Vertex

Vertex[]	TabletDataProcessor.combineEndPoints(Vertex[] polygon) Combines the ends of the polygon if they are sufficiently close.
Vertex[]	TabletDataProcessor.simplifyPolygon(Vertex[] input_vertices) Simplify the polygon to get rid of consecutive lines which are sufficiently parallel.

Methods in edu.mit.sketch.ui with parameters of type Vertex

Vertex[]	TabletDataProcessor.combineEndPoints(Vertex[] polygon) Combines the ends of the polygon if they are sufficiently close.
Vertex[]	TabletDataProcessor.simplifyPolygon(Vertex[] input_vertices) Simplify the polygon to get rid of consecutive lines which are sufficiently parallel.
void	TabletGUIBehavior.displayVertices(Vertex[] vertices) Paint the vertices along with the path combining them
void	TabletGUIBehavior.displayVerticesAsDots(Vertex[] vertices) Paint the vertices along without the path combining them

Uses of Vertex in edu.mit.sketch.util

Methods in edu.mit.sketch.util that return Vertex

static Vertex[]	AWTUtil.flatten(Shape shape, double flatness, int limit) Return an array of vertices corresponding to the flattened version of the input.
static Vertex[]	AWTUtil.simplifyPolygon(Vertex[] input_vertices, double turn_angle_treshold) Simplify the polygon to get rid of consecutive lines which are sufficiently parallel.

Methods in edu.mit.sketch.util with parameters of type Vertex

static double	AWTUtil.leastSquaresForPolygon(Vertex[] vertices, Point[] points) Calculate the lsq error.
static Vertex[]	AWTUtil.simplifyPolygon(Vertex[] input_vertices, double turn_angle_treshold) Simplify the polygon to get rid of consecutive lines which are sufficiently parallel.