Index (Core 2.1.9 API)

A B C D E F G H I K L M N O P Q R S T U V W X Y
All Classes All Packages

A

abs() - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns the absolute value of this value.
add(double) - Method in class org.tinfour.utils.KahanSummation: Add the value to the summation
add(double) - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns a new DoubleDouble whose value is (this + y).
add(double, double) - Method in class org.tinfour.contour.Contour: Add an coordinate point to the contour.
add(List<Vertex>, IMonitorWithCancellation) - Method in interface org.tinfour.common.IIncrementalTin: Inserts a list of vertices into the collection of vertices managed by the TIN.
add(List<Vertex>, IMonitorWithCancellation) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Inserts a list of vertices into the collection of vertices managed by the TIN.
add(List<Vertex>, IMonitorWithCancellation) - Method in class org.tinfour.standard.IncrementalTin: Inserts a list of vertices into the collection of vertices managed by the TIN.
add(Vertex) - Method in interface org.tinfour.common.IIncrementalTin: Insert a vertex into the collection of vertices managed by the TIN.
add(Vertex) - Method in interface org.tinfour.common.IPolyline: Adds a vertex to the polyline feature.
add(Vertex) - Method in class org.tinfour.common.PolyLineConstraintAdapter
add(Vertex) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Insert a vertex into the collection of vertices managed by the TIN.
add(Vertex) - Method in class org.tinfour.standard.IncrementalTin: Insert a vertex into the collection of vertices managed by the TIN.
add(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns a new DoubleDouble whose value is (this + y).
addChild(ContourRegion) - Method in class org.tinfour.contour.ContourRegion: Adds a child (nested) region to the internal list and sets the child-region's parent link.
addConstraints(List<IConstraint>, boolean) - Method in interface org.tinfour.common.IIncrementalTin: Adds constraints to the TIN.
addConstraints(List<IConstraint>, boolean) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
addConstraints(List<IConstraint>, boolean) - Method in class org.tinfour.standard.IncrementalTin
addLinearConstraintToMap(IQuadEdge, IConstraint) - Method in class org.tinfour.edge.EdgePool: Adds the specified constraint to the linear constraint map, thus recording which constraint lies to the left side of the edge.
addOverlay(Shape, Color, BasicStroke, boolean) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Adds a shape to be rendered after the Delaunay triangulation (TIN) content is drawn.
addUnderlay(Shape, Color, BasicStroke, boolean) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Adds a shape to be rendered before the Delaunay triangulation (TIN) content is drawn.
addVertex(Vertex) - Method in class org.tinfour.common.VertexMergerGroup: Add a new vertex to the coincident collection.
allocateEdge(Vertex, Vertex) - Method in class org.tinfour.edge.EdgePool: Allocates an edge with the specified vertices.
AlphaCircle - Class in org.tinfour.utils.alphashape: Provides definitions to be used for alpha-shape construction or other applications for a pair of circles of radius r that intersects the endpoints of a line segment.
AlphaCircle(double, double, double, double, double) - Constructor for class org.tinfour.utils.alphashape.AlphaCircle: Construct an object giving elements for two circles of radius r that intersect the specified line-segment endpoints.
AlphaPart - Class in org.tinfour.utils.alphashape: Provides a set of edges that define the path of an alpha shape.
AlphaPartType - Enum in org.tinfour.utils.alphashape: Specifies the geometry of an AlphaPart instance.
AlphaShape - Class in org.tinfour.utils.alphashape: Provides methods and elements to support the creation of an alpha shape from a Delaunay triangulation.
AlphaShape(IIncrementalTin, double) - Constructor for class org.tinfour.utils.alphashape.AlphaShape: Constructs an alpha shape based on the specified Delaunay triangulation.
applicationData - Variable in class org.tinfour.common.PolyLineConstraintAdapter: Indicates an object registered to the constraint for use by application code.
applyStylingForAreaFill(Graphics2D, ThiessenPolygon) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerAdapter
applyStylingForAreaFill(Graphics2D, ThiessenPolygon) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault
applyStylingForAreaFill(Graphics2D, ThiessenPolygon) - Method in interface org.tinfour.voronoi.IBoundedVoronoiStyler: Applies styling for area fill operations.
applyStylingForLineDrawing(Graphics2D, ThiessenPolygon) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerAdapter
applyStylingForLineDrawing(Graphics2D, ThiessenPolygon) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault
applyStylingForLineDrawing(Graphics2D, ThiessenPolygon) - Method in interface org.tinfour.voronoi.IBoundedVoronoiStyler: Applies styling for line drawing operations.
area(double, double, double, double, double, double) - Method in class org.tinfour.common.GeometricOperations: Determines the signed area of triangle ABC.
area(Vertex, Vertex, Vertex) - Method in class org.tinfour.common.GeometricOperations: Determines the signed area of triangle ABC.
Area - org.tinfour.voronoi.BoundedVoronoiRenderingType: Feature type for area-fill operations
assignAutomaticColors() - Method in class org.tinfour.voronoi.BoundedVoronoiDrawingUtility: Assigns automatic color selections to the vertices and associated polygons in the bounded Voronoi diagram stored when this instance was constructed.
assignColorsToVertices(IIncrementalTin) - Method in class org.tinfour.utils.VertexColorizerKempe6: Assign color index values to vertices.
auxiliary - Variable in class org.tinfour.common.Vertex: The auxiliary index used for graph coloring algorithms and other applications.
AxisIntervals - Class in org.tinfour.utils: Provides a utility for computing the intervals for labeling a coordinate axis in a legend or other graph.

B

BarycentricCoordinates - Class in org.tinfour.utils: Implements utilities for computing Barycentric Coordinates.
BarycentricCoordinates() - Constructor for class org.tinfour.utils.BarycentricCoordinates: Standard constructor
BasicTabulator - Class in org.tinfour.utils: Provides methods and elements for tabulating simple statistics for a set of values.
BasicTabulator() - Constructor for class org.tinfour.utils.BasicTabulator: Standard constructor
BIT_CONSTRAINT - Static variable in class org.tinfour.common.Vertex: A bit flag indicating that the vertex is a member of a constraint edge.
BIT_REFINEMENT - Static variable in class org.tinfour.common.Vertex: A bit flag indication that the vertex was created by a Delaunay refinement algorithm or other technique used to improve the quality of the triangular mesh.
BIT_SYNTHETIC - Static variable in class org.tinfour.common.Vertex: A bit flag indicating that the vertex is synthetic and was created through some form of mesh processing rather than being supplied as a data sample.
BIT_WITHHELD - Static variable in class org.tinfour.common.Vertex: A bit flag indicating that the vertex is to be treated as "withheld" and should not be processed as part of a Delaunay triangulation (TIN).
bootstrap(List<Vertex>) - Method in class org.tinfour.common.BootstrapUtility: Obtain the initial three vertices for building the mesh by selecting from the input list.
BootstrapUtility - Class in org.tinfour.common: A utility for performing the part of the bootstrap operation that is common to both the standard and virtual incremental TIN implementations.
BootstrapUtility() - Constructor for class org.tinfour.common.BootstrapUtility: Default constructor assuming nominal point spacing of 1.0 units.
BootstrapUtility(Thresholds) - Constructor for class org.tinfour.common.BootstrapUtility: Recommended constructor
BootstrapUtility.BootstrapTestResult - Enum in org.tinfour.common: Indicates the results of the evaluation for a set of input points.
Boundary - org.tinfour.contour.Contour.ContourType: Contour is lies entirely on the boundary of the TIN.
Boundary - org.tinfour.voronoi.BoundedVoronoiRenderingType: Featuure type for the outer boundary of a Voronoi structure.
BoundedVoronoiBuildOptions - Class in org.tinfour.voronoi: Specifies options for building a bounded Voronoi Diagram
BoundedVoronoiBuildOptions() - Constructor for class org.tinfour.voronoi.BoundedVoronoiBuildOptions: Standard constructor.
BoundedVoronoiDiagram - Class in org.tinfour.voronoi: Constructs a Voronoi Diagram structure from a set of sample points.
BoundedVoronoiDiagram(List<Vertex>, BoundedVoronoiBuildOptions) - Constructor for class org.tinfour.voronoi.BoundedVoronoiDiagram: Construct a Voronoi Diagram structure based on the input vertex set.
BoundedVoronoiDiagram(IIncrementalTin) - Constructor for class org.tinfour.voronoi.BoundedVoronoiDiagram: Constructs an instance of a Voronoi Diagram that corresponds to the input Delaunay Triangulation.
BoundedVoronoiDrawingUtility - Class in org.tinfour.voronoi: Provides utilities for drawing graphical representations of a BoundedVoronoiDiagram instance.
BoundedVoronoiDrawingUtility(BoundedVoronoiDiagram, int, int, int, Rectangle2D) - Constructor for class org.tinfour.voronoi.BoundedVoronoiDrawingUtility: Constructs drawing utility instance for the specified Bounded Voronoi Diagram.
BoundedVoronoiDrawingUtility(BoundedVoronoiDiagram, Rectangle2D, AffineTransform) - Constructor for class org.tinfour.voronoi.BoundedVoronoiDrawingUtility: Constructs an instance for the specified Voronoi diagram
BoundedVoronoiIntegrityCheck - Class in org.tinfour.voronoi: Provides tools for checking the correctness of the construction of a Voronoi Diagram.
BoundedVoronoiIntegrityCheck(BoundedVoronoiDiagram) - Constructor for class org.tinfour.voronoi.BoundedVoronoiIntegrityCheck: Constructs an instance of the integrity checker tied to the specified instance.
BoundedVoronoiRenderingType - Enum in org.tinfour.voronoi: Defines methods that supply style information for rendering.
BoundedVoronoiStylerAdapter - Class in org.tinfour.voronoi: A base implementation of the styler interface provided as a convenience.
BoundedVoronoiStylerAdapter() - Constructor for class org.tinfour.voronoi.BoundedVoronoiStylerAdapter: Constructs an instance that implements default behavior.
BoundedVoronoiStylerDefault - Class in org.tinfour.voronoi: A default implementation of the styler interface.
BoundedVoronoiStylerDefault() - Constructor for class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Standard constructor.
BoundedVoronoiVertexSymbol - Class in org.tinfour.voronoi: The default renderer for vertices in a drawing of a BoundedVoronoiDiagram instance.
BoundedVoronoiVertexSymbol() - Constructor for class org.tinfour.voronoi.BoundedVoronoiVertexSymbol: Standard constructor
BoundedVoronoiVertexSymbol(double) - Constructor for class org.tinfour.voronoi.BoundedVoronoiVertexSymbol: Constructs an instance with specified vertex symbol size.
BufferedRandomAccessFile - Class in org.tinfour.io: Provides a wrapper around a Java Random Access File which supports buffered I/O, dramatically improving the performance for many kinds of random-access file read and write operations.
BufferedRandomAccessFile(File, String) - Constructor for class org.tinfour.io.BufferedRandomAccessFile: Opens the specified file for read or write access using the specified access mode following the conventions of the Java RandomnAccessFile class.
BufferedRandomAccessFile(String, String) - Constructor for class org.tinfour.io.BufferedRandomAccessFile: Opens the specified file for read or write access using the specified access mode following the conventions of the Java RandomnAccessFile class.
BufferedRandomAccessReader - Class in org.tinfour.io: Accesses a random access file using a ByteBuffer with little-endian byte order in support of the LAS file format.
BufferedRandomAccessReader(File) - Constructor for class org.tinfour.io.BufferedRandomAccessReader: Opens the specified file for read-only, random-access.

C

ceil() - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns the smallest (closest to negative infinity) value that is not less than the argument and is equal to a mathematical integer.
CenterOfCell - org.tinfour.utils.GridSpecification.CellPosition: The coordinates give the center of the cell.
centerX0 - Variable in class org.tinfour.utils.alphashape.AlphaCircle: X coordinate for a circle center that lies to the left of the defining segment
centerX1 - Variable in class org.tinfour.utils.alphashape.AlphaCircle: X coordinate for a circle center that lies to the right of the defining segment
centerY0 - Variable in class org.tinfour.utils.alphashape.AlphaCircle: Y coordinate for a circle center that lies to the left of the defining segment
centerY1 - Variable in class org.tinfour.utils.alphashape.AlphaCircle: Y coordinate for a circle center that lies to the right of the defining segment
checkConstraintIndex(int, int) - Method in class org.tinfour.edge.QuadEdge: Checks to see if the constraint index is within the range supported by this instance.
circumcircle(double, double, double, double, double, double, Circumcircle) - Method in class org.tinfour.common.GeometricOperations: Computes the circumcircle for the coordinates of three vertices.
circumcircle(Vertex, Vertex, Vertex, Circumcircle) - Method in class org.tinfour.common.GeometricOperations: Computes the circumcircle for the coordinates of three vertices.
Circumcircle - Class in org.tinfour.common: Provides center coordinates and radius for a circumcircle.
Circumcircle() - Constructor for class org.tinfour.common.Circumcircle: Standard constructor.
clear() - Method in interface org.tinfour.common.IIncrementalTin: Clears all internal state data of the TIN, preparing any allocated resources for re-use.
clear() - Method in class org.tinfour.edge.EdgePool: Deallocates all Edges, returning them to the free list.
clear() - Method in class org.tinfour.edge.QuadEdge: Sets all vertices and link references to null (the link to a dual is not affected).
clear() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Clear all reference in the virtual edge.
clear() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
clear() - Method in class org.tinfour.standard.IncrementalTin
clearDiagnostics() - Method in class org.tinfour.common.GeometricOperations: Clear the diagnostic operation counts maintained by this class.
clearDiagnostics() - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator: Clears any diagnostic information accumulated during processing.
clone() - Method in class org.tinfour.vividsolutions.jts.math.DD: Creates and returns a copy of this value.
close() - Method in class org.tinfour.io.BufferedRandomAccessFile
close() - Method in class org.tinfour.io.BufferedRandomAccessReader: Closes the file resources used by the referenced instance.
close() - Method in class org.tinfour.io.DelimitedReader: CLoses all open IO channels.
close() - Method in class org.tinfour.utils.GridFileReader
close() - Method in class org.tinfour.utils.loaders.VertexReaderText
collectNeighboringVertices(double, double, int, int) - Method in interface org.tinfour.common.INeighborhoodPointsCollector: Gets the points in the neighborhood of a pair of query coordinates.
CollinearPointSet - org.tinfour.common.BootstrapUtility.BootstrapTestResult: Indicates that all input vertices are collinear or nearly collinear within the specified thresholds.
COLOCATION - org.tinfour.interpolation.NaturalNeighborElements.ResultType: Indicates that the query point was co-located with one of the defining vertices in the data set.
compareTo(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Compares two DoubleDouble objects numerically.
complete() - Method in interface org.tinfour.common.IPolyline: Called to indicate that the feature is complete and that no further vertices will be added to it.
complete() - Method in class org.tinfour.common.LinearConstraint
complete() - Method in class org.tinfour.common.PolygonConstraint
complete() - Method in class org.tinfour.contour.Contour: Called when the construction of a contour is complete to trim the memory for the internal point collection.
compute(double, double, double, double, double, double) - Method in class org.tinfour.common.Circumcircle: Computes the circumcircle for the specified vertices and stores results in elements of this instance.
compute(Vertex, Vertex, Vertex) - Method in class org.tinfour.common.Circumcircle: Computes the circumcircle for the specified vertices and stores results in elements of this instance.
computeAverageSampleSpacing(IIncrementalTin) - Static method in class org.tinfour.interpolation.InverseDistanceWeightingInterpolator: Computes the average sample spacing.
computeCircumcircle(Vertex, Vertex, Vertex) - Static method in class org.tinfour.common.Circumcircle: Computes the circumcircle for the specified vertices.
computeContourValues(double, double, double) - Static method in class org.tinfour.contour.ContourUtilities: Compute contour values as even multiples of zInterval within the range of zMin and zMax.
computeIntervals(double, double, int, int, int) - Static method in class org.tinfour.utils.AxisIntervals: Compute the intervals over a range of values.
computeIntervals(double, double, int, int, int, boolean) - Static method in class org.tinfour.utils.AxisIntervals: Compute the intervals over a range of values.
CONSTRAINT_EDGE_FLAG - Static variable in class org.tinfour.edge.QuadEdgeConstants: A bit indicating that an edge is constrained.
CONSTRAINT_FLAG_MASK - Static variable in class org.tinfour.edge.QuadEdgeConstants: A mask for preserving the bits allocated for edge-related flags At this time, there are definitions for 5 flags with one bit reserved for future use.
CONSTRAINT_INDEX_BIT_SIZE - Static variable in class org.tinfour.edge.QuadEdgeConstants: The number of bits committed to the storage of a constraint index.
CONSTRAINT_INDEX_VALUE_MAX - Static variable in class org.tinfour.edge.QuadEdgeConstants: The maximum value of a constraint index based on the 13 bits allocated for its storage.
CONSTRAINT_LINE_MEMBER_FLAG - Static variable in class org.tinfour.edge.QuadEdgeConstants: A bit indicating that an edge is part of a non-region constraint line.
CONSTRAINT_LOWER_INDEX_MASK - Static variable in class org.tinfour.edge.QuadEdgeConstants: A specification for using an AND operation to extract the lower field of bits that contain a constraint index.
CONSTRAINT_LOWER_INDEX_ZERO - Static variable in class org.tinfour.edge.QuadEdgeConstants: A specification for using an AND operation to zero out the lower field of bits that contain a constraint index.
CONSTRAINT_REGION_BORDER_FLAG - Static variable in class org.tinfour.edge.QuadEdgeConstants: A bit indicating that the edge is the border of a constrained region
CONSTRAINT_REGION_INTERIOR_FLAG - Static variable in class org.tinfour.edge.QuadEdgeConstants: A bit indicating that an edge is in the interior of a constrained region.
CONSTRAINT_REGION_MEMBER_FLAGS - Static variable in class org.tinfour.edge.QuadEdgeConstants: A set of bits combining the constraint region interior and border flags.
CONSTRAINT_UPPER_INDEX_MASK - Static variable in class org.tinfour.edge.QuadEdgeConstants: A specification for using an AND operation to extract the upper field of bits that contain a constraint index.
CONSTRAINT_UPPER_INDEX_ZERO - Static variable in class org.tinfour.edge.QuadEdgeConstants: A specification for using an AND operation to zero out the upper-field of bits that contain a constraint index.
constraintIndex - Variable in class org.tinfour.common.PolyLineConstraintAdapter: An integer index for the constraint
constraintLinkingEdge - Variable in class org.tinfour.common.PolyLineConstraintAdapter: Defines an edge that links the constraint to the Delaunay triangulation (may be null).
constructInstance(double) - Method in class org.tinfour.utils.TinInstantiationUtility: Uses the information about available memory use that was passed into the constructor to select a TIN class and construct and instance.
constructInstance(Class<?>, double) - Method in class org.tinfour.utils.TinInstantiationUtility: Constructs an instance of the specified TIN class.
contains(Vertex) - Method in class org.tinfour.common.VertexMergerGroup: Indicates whether the group contains the specified vertex
Contour - Class in org.tinfour.contour: Provides methods and elements for constructing a contour.
Contour(int, int, double, boolean) - Constructor for class org.tinfour.contour.Contour: Constructs an instance of a contour
Contour.ContourType - Enum in org.tinfour.contour: An enumeration that indicates the type of a contour
ContourBuilderForTin - Class in org.tinfour.contour: Provides data elements and methods for constructing contours from a Delaunay Triangulation.
ContourBuilderForTin(IIncrementalTin, IVertexValuator, double[], boolean) - Constructor for class org.tinfour.contour.ContourBuilderForTin: Creates a set of contours at the specified vertical coordinates from the Delaunay Triangulation.
ContourIntegrityCheck - Class in org.tinfour.contour: Provides methods for checking the correctness of implementation for Tinfour contour building operations.
ContourIntegrityCheck(ContourBuilderForTin) - Constructor for class org.tinfour.contour.ContourIntegrityCheck: Constructs an instance of the integrity checker for the specified builder instance.
ContourRegion - Class in org.tinfour.contour: Provides a elements and access methods for a region created through a contour-building process.
ContourRegion(Contour) - Constructor for class org.tinfour.contour.ContourRegion: Construct a region based on a single, closed-loop contour.
ContourRegion.ContourRegionType - Enum in org.tinfour.contour: An enumeration that indicates the type of a contour region.
ContourUtilities - Class in org.tinfour.contour: Provides utility methods for application that perform contouring.
CoordinatePair - Class in org.tinfour.utils.loaders: A simple container for holding the results of a coordinate transform.
CoordinatePair() - Constructor for class org.tinfour.utils.loaders.CoordinatePair: Standard constructor.
copy(Circumcircle) - Method in class org.tinfour.common.Circumcircle: Copies the content of the specified circumcircle instance.
copy(DD) - Static method in class org.tinfour.vividsolutions.jts.math.DD: Creates a new DoubleDouble with the value of the argument.
CornerOfCell - org.tinfour.utils.GridSpecification.CellPosition: The coordinates given the lower-left corner of the cell
countTriangles() - Method in interface org.tinfour.common.IIncrementalTin: Performs a survey of the TIN to gather statistics about the triangles formed during its construction.
countTriangles() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Performs a survey of the TIN to gather statistics about the triangle formed during its construction.
countTriangles() - Method in class org.tinfour.standard.IncrementalTin: Performs a survey of the TIN to gather statistics about the triangle formed during its construction.

D

DD - Class in org.tinfour.vividsolutions.jts.math: Implements extended-precision floating-point numbers which maintain 106 bits (approximately 30 decimal digits) of precision.
DD() - Constructor for class org.tinfour.vividsolutions.jts.math.DD: Creates a new DoubleDouble with value 0.0.
DD(double) - Constructor for class org.tinfour.vividsolutions.jts.math.DD: Creates a new DoubleDouble with value x.
DD(double, double) - Constructor for class org.tinfour.vividsolutions.jts.math.DD: Creates a new DoubleDouble with value (hi, lo).
DD(String) - Constructor for class org.tinfour.vividsolutions.jts.math.DD: Creates a new DoubleDouble with value equal to the argument.
DD(DD) - Constructor for class org.tinfour.vividsolutions.jts.math.DD: Creates a new DoubleDouble with value equal to the argument.
deallocateEdge(QuadEdge) - Method in class org.tinfour.edge.EdgePool: Deallocates the QuadEdge returning it to the QuadEdge pool.
DEFAULT_MEMORY_FRACTION - Static variable in class org.tinfour.utils.TinInstantiationUtility: An arbitrary setting telling how much of the maximum memory to commit for processing the TIN.
definesConstrainedRegion() - Method in interface org.tinfour.common.IConstraint: Indicates whether the constraint applies a constrained region behavior when added to a TIN.
definesConstrainedRegion() - Method in class org.tinfour.common.LinearConstraint: Indicates whether the constraint defines a data area.
definesConstrainedRegion() - Method in class org.tinfour.common.PolygonConstraint: Indicates whether the constraint applies a constrained region behavior when added to a TIN.
DELAUNAY_THRESHOLD_FACTOR - Static variable in class org.tinfour.common.Thresholds: Factor for computing the Delaunay threshold.
DelimitedReader - Class in org.tinfour.io: A utility for reading a file consisting of strings separated by a delimiter character, such as the classic comma-separated-value (CSV) or tab-delimited file formats.
DelimitedReader(File, char) - Constructor for class org.tinfour.io.DelimitedReader: Open a file and prepare to read it using the specified delimiter character.
DelimitedReader(InputStream, char) - Constructor for class org.tinfour.io.DelimitedReader: Prepares to read an input stream using the specified delimiter character.
densify(double) - Method in interface org.tinfour.common.IConstraint: Insert synthetic vertices into the constraint so that the spacing between vertices does not exceed the specified threshold.
densify(double) - Method in class org.tinfour.common.PolyLineConstraintAdapter
direction(double, double, double, double, double, double) - Method in class org.tinfour.common.GeometricOperations: Uses extended arithmetic to find the direction of a point with coordinates (cx, cy) compared to a directed edge from vertex A to B.
dispose() - Method in interface org.tinfour.common.IIncrementalTin: Nullifies all internal data and references, preparing the instance for garbage collection.
dispose() - Method in class org.tinfour.edge.EdgePool: Puts all references used in the collection out-of-scope as a way of simplifying and expediting garbage collection.
dispose() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
dispose() - Method in class org.tinfour.standard.IncrementalTin
divide(double) - Method in class org.tinfour.vividsolutions.jts.math.DD: Computes a new DoubleDouble whose value is (this / y).
divide(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Computes a new DoubleDouble whose value is (this / y).
doubleValue() - Method in class org.tinfour.vividsolutions.jts.math.DD: Converts this value to the nearest double-precision number.
draw(Graphics, double, double) - Method in class org.tinfour.voronoi.BoundedVoronoiVertexSymbol: Draw the icon for a vertex positioned at the indicated coordinates
draw(Graphics, double, double) - Method in interface org.tinfour.voronoi.IBoundedVoronoiVertexSymbol: Draw the icon for a vertex positioned at the indicated coordinates
draw(Graphics, IBoundedVoronoiStyler) - Method in class org.tinfour.voronoi.BoundedVoronoiDrawingUtility: Draws the Bounded Voronoi Diagram using the specified styler
drawEdges(Graphics, Color, double, List<IQuadEdge>) - Method in class org.tinfour.voronoi.BoundedVoronoiDrawingUtility: Draws a the edges from the specified list.
drawFrame(Color) - Method in class org.tinfour.utils.rendering.RenderingSurfaceAid: Draws a 1-pixel rectangular frame around the outer boundaries of the rendering surface in the specified color.
drawPolygons(Graphics, Paint[], boolean) - Method in class org.tinfour.voronoi.BoundedVoronoiDrawingUtility: Performs area-fill operations on the polygons that are defined by the Voronoi Diagram.
drawVertices(Graphics, Color, Font, List<Vertex>) - Method in class org.tinfour.voronoi.BoundedVoronoiDrawingUtility: Draws a the vertices of the specified list.
drawWireframe(Graphics, Color, double, Font) - Method in class org.tinfour.voronoi.BoundedVoronoiDrawingUtility: Draws a the edges and vertices of the Voronoi Diagram.
dump() - Method in class org.tinfour.vividsolutions.jts.math.DD: Dumps the components of this number to a string.

E

E - Static variable in class org.tinfour.vividsolutions.jts.math.DD: The value nearest to the constant e (the natural logarithm base).
earthFlattening - Static variable in class org.tinfour.utils.loaders.SimpleGeographicTransform: The flattening ratio for the Earth, as specified by World Geodetic Survey 1984.
earthSemiMajorAxis - Static variable in class org.tinfour.utils.loaders.SimpleGeographicTransform: Radius of the Earth at the equator, as specified by World Geodetic Survey 1984 (WGS84).
earthSemiMinorAxis - Static variable in class org.tinfour.utils.loaders.SimpleGeographicTransform: Radius of the Earth at the poles, as specified by World Geodetic Survey 1984 (WGS84).
Edge - org.tinfour.utils.Polyside.Result: The point is on the edge of the polygon
EDGE_FLAG_RESERVED_BIT - Static variable in class org.tinfour.edge.QuadEdgeConstants: Defines the bit that is not yet committed for representing edge status.
EdgePool - Class in org.tinfour.edge: Provides an object-pool implementation that the manages the allocation, deletion, and reuse of Edges.
EdgePool() - Constructor for class org.tinfour.edge.EdgePool: Construct a QuadEdge manager allocating a small number of initial edges.
edges() - Method in interface org.tinfour.common.IIncrementalTin: Provides a convenience implementation that can be used with a Java enhanced-loop statement to access the set of edges that form the structure of the incremental TIN.
edges() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
edges() - Method in class org.tinfour.standard.IncrementalTin
edgesAndDuals() - Method in interface org.tinfour.common.IIncrementalTin: Provides a convenience implementation that can be used with a Java enhanced-loop statement to access both sides of each edge in the incremental TIN.
edgesAndDuals() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
edgesAndDuals() - Method in class org.tinfour.standard.IncrementalTin
enableAutomaticColorAssignment(boolean) - Method in class org.tinfour.voronoi.BoundedVoronoiBuildOptions: Enable the automatic assignment of color values to input vertices.
EPS - Static variable in class org.tinfour.vividsolutions.jts.math.DD: The smallest representable relative difference between two {link @ DoubleDouble} values
equals(Object) - Method in class org.tinfour.edge.QuadEdge: An implementation of the equals method which check for a matching reference.
equals(Object) - Method in class org.tinfour.semivirtual.SemiVirtualEdge
equals(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Tests whether this value is equal to another DoubleDouble value.
estimateNominalBandwidth(double) - Static method in class org.tinfour.interpolation.InverseDistanceWeightingInterpolator: Estimates a nominal bandwidth for the Gaussian kernal method of interpolation using the mean length of the distances between samples
EXTERIOR - org.tinfour.interpolation.NaturalNeighborElements.ResultType: Indicates that the query point was located on or outside the boundary of the underlying Delaunay triangulation.

F

FATHOMS - org.tinfour.utils.LinearUnits: Specifies units in fathoms.
FEET - org.tinfour.utils.LinearUnits: Specifies units in feet.
fillBackground(Color) - Method in class org.tinfour.utils.rendering.RenderingSurfaceAid: Fills the overall image with the specified color
findAnEdgeFromEnclosingTriangle(QuadEdge, double, double) - Method in class org.tinfour.standard.StochasticLawsonsWalk: Search the mesh beginning at the specified edge position to find the triangle that contains the specified coordinates.
findAnEdgeFromEnclosingTriangle(SemiVirtualEdge, double, double) - Method in class org.tinfour.semivirtual.SemiVirtualStochasticLawsonsWalk: Find an edge from the triangle enclosing the specified coordinates
findAnEdgeFromEnclosingTriangleInternal(SemiVirtualEdge, double, double) - Method in class org.tinfour.semivirtual.SemiVirtualStochasticLawsonsWalk: Search the mesh beginning at the specified edge position to find the triangle that contains the specified coordinates.
floor() - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns the largest (closest to positive infinity) value that is not greater than the argument and is equal to a mathematical integer.
flush() - Method in class org.tinfour.io.BufferedRandomAccessFile: Ensures that any pending output stored in the buffer is written to the underlying random access file.
forward(double, double, CoordinatePair) - Method in interface org.tinfour.utils.loaders.ICoordinateTransform: Transforms a point in a source coordinate system to the equivalent output.
forward(double, double, CoordinatePair) - Method in class org.tinfour.utils.loaders.SimpleGeographicTransform
fromEdgeRatio(IIncrementalTin, double) - Static method in class org.tinfour.refinement.RuppertRefiner: Creates a RuppertRefiner configured by a target circumradius-to-shortest-edge ratio ratio.
fromMeters(double) - Method in enum org.tinfour.utils.LinearUnits: Convert a value specified in meters to the unit system indicated by this enumeration instance.

G

ge(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Tests whether this value is greater than or equals to another DoubleDouble value.
GeometricOperations - Class in org.tinfour.common: Provides elements and methods to support geometric operations using "double double" precision where necessary.
GeometricOperations() - Constructor for class org.tinfour.common.GeometricOperations: Construct an instance based on a nominal point spacing of 1 unit.
GeometricOperations(Thresholds) - Constructor for class org.tinfour.common.GeometricOperations: Construct an instance based on the specified threshold values.
getA() - Method in interface org.tinfour.common.IQuadEdge: Gets the initial vertex for this edge.
getA() - Method in class org.tinfour.edge.QuadEdge: Gets the initial vertex for this edge.
getA() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getAbbreviation() - Method in enum org.tinfour.utils.LinearUnits: Get the abbreviation for the unit of measure.
getAbsArea() - Method in class org.tinfour.contour.ContourRegion: Gets the absolute value of the area for this region.
getAbsoluteArea() - Method in class org.tinfour.contour.ContourRegion: Gets the absolute value of the overall area of the region.
getAdjustedArea() - Method in class org.tinfour.contour.ContourRegion: Get the area for the region excluding that of any enclosed regions.
getAlphaParts() - Method in class org.tinfour.utils.alphashape.AlphaShape: Gets a list of the components of the alpha-shape.
getApplicationData() - Method in interface org.tinfour.common.IConstraint: Gets the application data (if any) stored in the constraint.
getApplicationData() - Method in class org.tinfour.common.PolyLineConstraintAdapter
getApplicationIndex() - Method in class org.tinfour.contour.ContourRegion: Gets an application-defined index value to be used by the calling implementation to associate supplemental data with the region.
getArea() - Method in class org.tinfour.common.PolygonConstraint: Get the computed square area for the constraint polygon.
getArea() - Method in class org.tinfour.common.SimpleTriangle: Gets the area of the triangle.
getArea() - Method in class org.tinfour.contour.ContourRegion: Gets the signed area of the region.
getArea() - Method in class org.tinfour.utils.alphashape.AlphaPart: Gets the computed area of a polygon feature.
getArea() - Method in class org.tinfour.voronoi.ThiessenPolygon: Gets the area of the Voronoi polygon.
getAreaMax() - Method in class org.tinfour.common.TriangleCount: Gets the maximum area of the triangles in the TIN.
getAreaMean() - Method in class org.tinfour.common.TriangleCount: Get the mean area of the triangles in the TIN.
getAreaMin() - Method in class org.tinfour.common.TriangleCount: Gets the minimum area of the triangles in the TIN.
getAreaOfEmbeddedPolygon() - Method in class org.tinfour.interpolation.NaturalNeighborElements: Gets the area of the embedded polygon that was calculated when the natural neighbor elements were constructed.
getAreaOfEnvelope() - Method in class org.tinfour.interpolation.NaturalNeighborElements: Gets the area of the containing envelope from which natural neighbor coordinates were derived.
getAreaStandardDeviation() - Method in class org.tinfour.common.TriangleCount: Gets the standard deviation of the triangles in the TIN.
getAreaSum() - Method in class org.tinfour.common.TriangleCount: Gets the sum of the area of all triangles in the TIN.
getAuxiliaryIndex() - Method in class org.tinfour.common.Vertex: Gets the auxiliary index for the vertex.
getB() - Method in interface org.tinfour.common.IQuadEdge: Gets the second vertex for this edge.
getB() - Method in class org.tinfour.edge.QuadEdge: Gets the second vertex for this edge.
getB() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getBarycentricCoordinateDeviation() - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator: Gets the deviation of the computed equivalent of the input query (x,y) coordinates based on barycentric coordinates.
getBarycentricCoordinateDeviation() - Method in class org.tinfour.utils.BarycentricCoordinates: Gets the deviation of the computed equivalent of the input query (x,y) coordinates based on barycentric coordinates.
getBarycentricCoordinates(List<Vertex>, double, double) - Method in class org.tinfour.utils.BarycentricCoordinates: Given a reference point inside a simple, but potentially non-convex polygon, creates an array of barycentric coordinates for the point.
getBaseIndex() - Method in interface org.tinfour.common.IQuadEdge: Gets the index of the "base" side of a bi-directional edge.
getBaseIndex() - Method in class org.tinfour.edge.QuadEdge
getBaseIndex() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getBaseReference() - Method in interface org.tinfour.common.IQuadEdge: Gets the reference to the side-zero edge of the pair.
getBaseReference() - Method in class org.tinfour.edge.QuadEdge: Gets the reference to the side-zero edge of the pair.
getBaseReference() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Constructs a new instance of the virtual edge class referencing the base of the current edge (may be a copy of the current edge if it is a base).
getBounds() - Method in class org.tinfour.common.Circumcircle: Gets the bounds of the circumcircle.
getBounds() - Method in interface org.tinfour.common.IIncrementalTin: Gets the bounds of the TIN.
getBounds() - Method in interface org.tinfour.common.IPolyline: Gets the bounds of the feature.
getBounds() - Method in class org.tinfour.common.PolyLineConstraintAdapter
getBounds() - Method in class org.tinfour.contour.Contour: Get the bounds of the contour.
getBounds() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Gets the bounds of the TIN.
getBounds() - Method in class org.tinfour.standard.IncrementalTin: Gets the bounds of the TIN.
getBounds() - Method in class org.tinfour.voronoi.BoundedVoronoiDiagram: Gets the bounds of the bounded Voronoi Diagram.
getBounds() - Method in class org.tinfour.voronoi.ThiessenPolygon: Gets the bounds of the polygon
getBowyerWatsonEnvelope(double, double) - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator: Gets a list of edges for the polygonal cavity that would be created as part of the Bowyer-Watson insertion algorithm.
getBufferedImage() - Method in class org.tinfour.utils.rendering.RenderingSurfaceAid: Gets the buffered image associated with this drawing surface
getCartesianToPixelTransform() - Method in class org.tinfour.utils.rendering.RenderingSurfaceAid: Gets the affine transform for mapping Cartesian coordinates to pixel coordinates.
getCartesianToPixelTransform() - Method in class org.tinfour.utils.rendering.RenderingTransformAid: Gets the affine transform for mapping Cartesian coordinates to pixel coordinates.
getCellCount() - Method in class org.tinfour.utils.GridSpecification: Gets the number of cells in the grid/
getCellPosition() - Method in class org.tinfour.utils.GridSpecification: Get an enumerated value indicating the cellPosition
getCellSize() - Method in class org.tinfour.utils.GridSpecification: Gets the cellSize
getCenterLatitude() - Method in class org.tinfour.utils.loaders.SimpleGeographicTransform: Gets the center latitude used for this projection
getCenterLongitude() - Method in class org.tinfour.utils.loaders.SimpleGeographicTransform: Gets the center longitude used for this projection
getCentroid() - Method in class org.tinfour.common.SimpleTriangle: Gets the centroid for the triangle.
getChildren() - Method in class org.tinfour.utils.alphashape.AlphaPart: Gets a list of any child (embedded) alpha part components.
getCircumcenter() - Method in class org.tinfour.common.Circumcircle: Gets a vertex representing the center of this circumcircle.
getCircumcircle() - Method in class org.tinfour.common.SimpleTriangle: Obtains the circumcircle for a simple triangle.
getCircumcircleCount() - Method in class org.tinfour.common.GeometricOperations: Get a diagnostic count of the number of circumcircle calculations
getCircumcircleDeterminantThreshold() - Method in class org.tinfour.common.Thresholds: Gets a threshold value giving guidelines for the smallest absolute value result that can be trusted in geometric calculations for for computing a determinant to be used in determining a set of circumcircle center coordinates and radius.
getColumnCount() - Method in class org.tinfour.utils.GridSpecification: Gets the number of Columns in the grid.
getConnectedPolygon(IQuadEdge) - Method in class org.tinfour.utils.SmoothingFilterInitializer: Gets a polygon consisting of edges connected to the specified edge (in effect providing the set of vertices connected to the starting vertex of the specified edge).
getConstrainedViolationCount() - Method in interface org.tinfour.common.IIntegrityCheck: Gets the number of constrained edges that would violate the Delaunay criterion
getConstrainedViolationCount() - Method in class org.tinfour.standard.IntegrityCheck
getConstrainedViolationMaximum() - Method in interface org.tinfour.common.IIntegrityCheck: Get the maximum calculated in-circle score for constrained edges that violate the Delaunay criterion
getConstrainedViolationMaximum() - Method in class org.tinfour.standard.IntegrityCheck
getConstraint(int) - Method in interface org.tinfour.common.IIncrementalTin: Gets the constraint associated with the index, or a null if no such constraint exists.
getConstraint(int) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getConstraint(int) - Method in class org.tinfour.standard.IncrementalTin
getConstraintBorderIndex() - Method in interface org.tinfour.common.IQuadEdge: Gets the index of the region-based constraint associated with an edge that serves as part of the polygon bounding that region.
getConstraintBorderIndex() - Method in class org.tinfour.edge.QuadEdge
getConstraintBorderIndex() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getConstraintIndex() - Method in interface org.tinfour.common.IConstraint: Gets an index value used for internal bookkeeping by Tinfour code.
getConstraintIndex() - Method in interface org.tinfour.common.IQuadEdge: Gets the index of the constraint associated with this edge.
getConstraintIndex() - Method in class org.tinfour.common.PolyLineConstraintAdapter
getConstraintIndex() - Method in class org.tinfour.edge.QuadEdge: Gets the index of the constraint associated with this edge.
getConstraintIndex() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getConstraintLineIndex() - Method in interface org.tinfour.common.IQuadEdge: Gets the index of a line-based constraint associated with an edge.
getConstraintLineIndex() - Method in class org.tinfour.edge.QuadEdge
getConstraintLineIndex() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getConstraintLinkingEdge() - Method in interface org.tinfour.common.IConstraint: Gets a reference to an arbitrarily selected edge that was produced when the constraint was added to a TIN.
getConstraintLinkingEdge() - Method in class org.tinfour.common.PolyLineConstraintAdapter
getConstraintRegionInteriorIndex() - Method in interface org.tinfour.common.IQuadEdge: Gets the index of the region-based constraint associated with an edge contained in the interior of a constraint polygon.
getConstraintRegionInteriorIndex() - Method in class org.tinfour.edge.QuadEdge
getConstraintRegionInteriorIndex() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getConstraints() - Method in interface org.tinfour.common.IIncrementalTin: Gets a shallow copy of the list of constraints currently stored in the TIN.
getConstraints() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getConstraints() - Method in class org.tinfour.standard.IncrementalTin
getConstraints() - Method in class org.tinfour.utils.alphashape.AlphaShape: Constructs a set of constraint objects based on the geometry of the alpha shape.
getConstraintWithNewGeometry(List<Vertex>) - Method in interface org.tinfour.common.IConstraint: Gets a new constraint that has the attributes of this constraint and the specified geometry.
getConstraintWithNewGeometry(List<Vertex>) - Method in class org.tinfour.common.LinearConstraint
getConstraintWithNewGeometry(List<Vertex>) - Method in class org.tinfour.common.PolygonConstraint
getContainingPolygon(double, double) - Method in class org.tinfour.voronoi.BoundedVoronoiDiagram: Gets the polygon that contains the specified coordinate point (x,y).
getContainingRegion() - Method in class org.tinfour.common.SimpleTriangle: Gets the polygon-based constraint that contains this triangle, if any.
getContainingTriangle(double, double) - Method in interface org.tinfour.common.IIncrementalTinNavigator: Gets a triangle from the TIN that contains the specified coordinate point (if any).
getContourId() - Method in class org.tinfour.contour.Contour: Gets the serialized identification code for the contour.
getContourIndex() - Method in class org.tinfour.contour.Contour: Gets the index for the value of the input contour array that was used to build this contour, or a notional value if this instance is a boundary contour.
getContourRegionType() - Method in class org.tinfour.contour.ContourRegion: Gets an enumerated value indicating what kind of contour region this instance represents.
getContours() - Method in class org.tinfour.contour.ContourBuilderForTin: Gets a list of the contours that were constructed by this class.
getContourType() - Method in class org.tinfour.contour.Contour: Indicates whether the contour is an interior or perimeter contour.
getContrainedViolationAverage() - Method in interface org.tinfour.common.IIntegrityCheck: Get the average calculated in-circle score for constrained edges that violate the Delaunay criterion
getContrainedViolationAverage() - Method in class org.tinfour.standard.IntegrityCheck
getCoordinates() - Method in class org.tinfour.contour.Contour: Gets a safe copy of the coordinates for the contour.
getCoordinateScale() - Method in class org.tinfour.utils.AxisIntervals: Get a multiplicative factor for scaling coordinates to pixels.
getCoordinateTransform() - Method in interface org.tinfour.utils.loaders.IVertexReader: Gets the coordinate transform associated with this instance.
getCoordinateTransform() - Method in class org.tinfour.utils.loaders.VertexReaderText: Gets the coordinate transform associated with this instance.
getCount() - Method in class org.tinfour.common.TriangleCount: Get the number of triangles in the TIN.
getDelaunayThreshold() - Method in class org.tinfour.common.Thresholds: Gets the computed value for evaluating whether a triangle pair is within sufficient tolerance when testing to see if they approximately meet the Delaunay criterion using the in-circle calculation.
getDelaunayTriangulation() - Method in class org.tinfour.utils.alphashape.AlphaShape: Gets the Delaunay triangulation from which this instance was derived.
getDelimiter() - Method in class org.tinfour.utils.loaders.VertexReaderText: Gets the delimiter character for a file.
getDistance() - Method in class org.tinfour.common.NeighborEdgeVertex: Gets the distance from the query point to the nearest vertex.
getDistance(double, double) - Method in class org.tinfour.common.Vertex: Gets the distance from the vertex to an arbitrary point.
getDistance(double, double) - Method in class org.tinfour.utils.alphashape.AlphaCircle: Computes the distance from the specified coordinates to the nearest circle center.
getDistance(Vertex) - Method in class org.tinfour.common.Vertex: Get the distance to the vertex.
getDistanceSq(double, double) - Method in interface org.tinfour.common.ISamplePoint: Get the square of the distance to the specified coordinates
getDistanceSq(double, double) - Method in class org.tinfour.common.Vertex: Gets the square of the distance from the vertex to an arbitrary point.
getDistanceSq(Vertex) - Method in class org.tinfour.common.Vertex: Get the square of the distance to the vertex.
getDistanceToEdge() - Method in class org.tinfour.common.NearestEdgeResult: Gets the distance from the query point to the nearest edge.
getDistanceToNearestVertex() - Method in class org.tinfour.common.NearestEdgeResult: Gets the distance from the query point to the nearest vertex.
getDomainRectangle() - Method in class org.tinfour.utils.rendering.RenderingSurfaceAid: Gets the rectangle for the drawing area corresponding to the coordinate domain that was specified for the constructor.
getDomainRectangle() - Method in class org.tinfour.utils.rendering.RenderingTransformAid: Gets the rectangle for the drawing area corresponding to the coordinate domain that was specified for the constructor.
getDual() - Method in interface org.tinfour.common.IQuadEdge: Gets the dual edge to this instance.
getDual() - Method in class org.tinfour.edge.QuadEdge: Gets the dual edge to this instance.
getDual() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Constructs a new instance of the virtual edge class referencing the dual of the current edge.
getDualFromForward() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Constructs a new instance of the virtual edge class referencing the dual of the forward of the current edge
getDualFromReverse() - Method in interface org.tinfour.common.IQuadEdge: Gets the dual of the reverse reference of the edge.
getDualFromReverse() - Method in class org.tinfour.edge.QuadEdge: Gets the dual of the reverse link.
getDualFromReverse() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Constructs a new instance of the virtual edge class referencing the dual of the current edge's reverse.
getEdge() - Method in class org.tinfour.common.NearestEdgeResult: Gets the edge that is nearest to the query point.
getEdge() - Method in class org.tinfour.common.NeighborEdgeVertex: Gets the edge that begins with the vertex closest to the query coordinates.
getEdgeA() - Method in class org.tinfour.common.SimpleTriangle: Get edge a from the triangle
getEdgeB() - Method in class org.tinfour.common.SimpleTriangle: Get edge b from the triangle
getEdgeC() - Method in class org.tinfour.common.SimpleTriangle: Get edge c from the triangle
getEdgeCount() - Method in class org.tinfour.edge.EdgePool: Gets the number of edges currently allocated by the edge pool.
getEdgeForIndex(int) - Method in class org.tinfour.edge.EdgePool: Gets the edge associated with the specified index, if any.
getEdgeIterator() - Method in interface org.tinfour.common.IIncrementalTin: Gets an iterator for stepping through the collection of edges currently stored in the TIN.
getEdgeIterator() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getEdgeIterator() - Method in class org.tinfour.standard.IncrementalTin
getEdges() - Method in interface org.tinfour.common.IIncrementalTin: Gets a list of edges currently allocated by an instance.
getEdges() - Method in class org.tinfour.edge.EdgePool: Get a list of the Edges currently stored in the collection
getEdges() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Gets a list of edges currently allocated by an instance.
getEdges() - Method in class org.tinfour.standard.IncrementalTin: Gets a list of edges currently allocated by an instance.
getEdges() - Method in class org.tinfour.utils.alphashape.AlphaPart: Gets a list of the edges that define the alpha part.
getEdges() - Method in class org.tinfour.voronoi.BoundedVoronoiDiagram: Gets a list of the edges in the Voronoi Diagram.
getEdges() - Method in class org.tinfour.voronoi.ThiessenPolygon: Gets the edges that comprise the polygon
getEdgeWithNearestVertex(double, double) - Method in interface org.tinfour.common.INeighborEdgeLocator: Locates the edge which begins with the vertex closest to the query coordinates (x,y).
getElementCount() - Method in class org.tinfour.interpolation.NaturalNeighborElements: Gets a count for the number of elements (neighbors, Sibson coordinates).
getEnclosedRegions() - Method in class org.tinfour.contour.ContourRegion: Gets a list of regions that are enclosed by this region.
getEnvelope() - Method in class org.tinfour.contour.ContourBuilderForTin: Gets the Cartesian coordinates of the convex hull of the triangulation that was used to construct the contours for this instance.
getExtendedCircumcircleCount() - Method in class org.tinfour.common.GeometricOperations: Get a diagnostic count of the number of circumcircle calculations that required extended precision arithmetic
getExtendedConflictCount() - Method in class org.tinfour.common.GeometricOperations: Get a diagnostic count of the number of incidents where an extended precision calculation was in conflict with the ordinary precision calculation.
getExtendedPrecisionInCircleCount() - Method in class org.tinfour.common.GeometricOperations: Get a diagnostic count of the number of incidents where an extended precision calculation was required for an in-circle calculation due to the small-magnitude value of the computed value.
getFile() - Method in class org.tinfour.io.BufferedRandomAccessFile: Gets a reference to the file associated with this class.
getFilePosition() - Method in class org.tinfour.io.BufferedRandomAccessFile: Gets the position within the file at which the next write or read operation will be performed.
getFilePosition() - Method in class org.tinfour.io.BufferedRandomAccessReader: Provides the current position within the random-access file.
getFileReference() - Method in class org.tinfour.io.BufferedRandomAccessReader: Gets a File object referring to the currently open file (if any).
getFileSize() - Method in class org.tinfour.io.BufferedRandomAccessFile: Gets the size of the file in bytes.
getFileSize() - Method in class org.tinfour.io.BufferedRandomAccessReader: Gets the current size of the file in bytes.
getForward() - Method in interface org.tinfour.common.IQuadEdge: Gets the forward reference of the edge.
getForward() - Method in class org.tinfour.edge.QuadEdge: Gets the forward reference of the edge.
getForward() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getForwardFromDual() - Method in interface org.tinfour.common.IQuadEdge: Gets the forward reference of the dual.
getForwardFromDual() - Method in class org.tinfour.edge.QuadEdge: Gets the forward reference of the dual.
getForwardFromDual() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Constructs a new instance of the virtual edge class referencing the forward of the dual of the current edge
getGraphics2D() - Method in class org.tinfour.utils.rendering.RenderingSurfaceAid: Get the Graphics2D object associated with this drawing surface.
getGridSpecification() - Method in class org.tinfour.utils.GridFileReader: Gets the specification read from the file header.
getHalfPlaneCount() - Method in class org.tinfour.common.GeometricOperations: Get a diagnostic count of the number of half-plane calculations
getHalfPlaneThreshold() - Method in class org.tinfour.common.Thresholds: Gets a threshold value giving guidelines for the smallest absolute value result that can be trusted in geometric calculations for determining on which side of a point a plane lies (the "half-plane calculation").
getInCircleCount() - Method in class org.tinfour.common.GeometricOperations: Get a diagnostic count of the number of times an in-circle calculation was performed.
getInCircleThreshold() - Method in class org.tinfour.common.Thresholds: Gets the threshold value indicating when an extended-precision calculation must be used for the in-circle determination.
getIndex() - Method in interface org.tinfour.common.IQuadEdge: Gets the index value for this edge.
getIndex() - Method in class org.tinfour.common.SimpleTriangle: Gets a unique index value associated with the triangle.
getIndex() - Method in class org.tinfour.common.Vertex: Gets the arbitrary index associated with the vertex.
getIndex() - Method in class org.tinfour.edge.QuadEdge: Gets the index value for this edge.
getIndex() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getIndex() - Method in class org.tinfour.voronoi.ThiessenPolygon: Gets the index element of the defining vertex for this polygon.
getIntegrityCheck() - Method in interface org.tinfour.common.IIncrementalTin: Gets an implementation of the integrity check interface suitable for the referenced TIN implementation.
getIntegrityCheck() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getIntegrityCheck() - Method in class org.tinfour.standard.IncrementalTin
getIntervalMagnitude() - Method in class org.tinfour.utils.AxisIntervals: Gets the integer power of ten corresponding to the magnitude of the primary interval.
getInverseTransform() - Method in class org.tinfour.voronoi.BoundedVoronoiDrawingUtility: Gets an affine transform mapping the pixel coordinates of the graphics surface to the Cartesian coordinates of the Voronoi Diagram.
getIterator(boolean, boolean) - Method in class org.tinfour.edge.EdgePool: Constructs an iterator that will optionally skip ghost edges.
getLabel() - Method in class org.tinfour.common.Vertex: Gets a string intended for labeling the vertex in images or reports.
getLabelCoordinates() - Method in class org.tinfour.utils.AxisIntervals: Gets the coordinates for labels.
getLabelFormat() - Method in class org.tinfour.utils.AxisIntervals: Get a label format that is intended to be appropriate to the magnitude of the primary interval
getLabels() - Method in class org.tinfour.utils.AxisIntervals: Gets formatted labels for the tic coordinates.
getLeftIndex() - Method in class org.tinfour.contour.Contour: Get the index for the region lying to the left of the contour.
getLength() - Method in interface org.tinfour.common.IPolyline: Gets the total length of the feature.
getLength() - Method in interface org.tinfour.common.IQuadEdge: Gets the length of the edge.
getLength() - Method in class org.tinfour.common.PolyLineConstraintAdapter
getLength() - Method in class org.tinfour.edge.QuadEdge: Gets the length of the edge.
getLength() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getLengthSq() - Method in interface org.tinfour.common.IQuadEdge: Gets the squared length of the edge.
getLengthSq() - Method in class org.tinfour.edge.QuadEdge: Gets the squared length of the edge.
getLengthSq() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
getLinearConstraint(IQuadEdge) - Method in interface org.tinfour.common.IIncrementalTin: Gets the linear constraint associated with the edge, if any.
getLinearConstraint(IQuadEdge) - Method in class org.tinfour.edge.EdgePool: Gets the linear constraint associated with the edge, if any.
getLinearConstraint(IQuadEdge) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getLinearConstraint(IQuadEdge) - Method in class org.tinfour.standard.IncrementalTin
getLinearUnits() - Method in class org.tinfour.utils.loaders.SimpleGeographicTransform: Gets the linear units specified for this object
getLinearUnits() - Method in class org.tinfour.utils.loaders.VertexReaderText: Gets the linear units for the coordinate system used by the data.
getLineNumber() - Method in class org.tinfour.io.DelimitedReader: Gets the current position in the file as a line number.
getLowerLeftX() - Method in class org.tinfour.utils.GridSpecification: Gets the x coordinate of the lower-left bounds of the grid
getLowerLeftY() - Method in class org.tinfour.utils.GridSpecification: Gets the y coordinate of the lower-left bounds of the grid
getManagingTin() - Method in interface org.tinfour.common.IConstraint: Gets the instance of the incremental TIN interface that is managing this constraint, if any.
getManagingTin() - Method in class org.tinfour.common.PolyLineConstraintAdapter
getMaxAbsValue() - Method in class org.tinfour.utils.BasicTabulator: Get the maximum value of the signed input samples
getMaxDepthSearched() - Method in interface org.tinfour.common.INeighborhoodPointsCollector: Gets the max depth searched.
getMaximumAllocationIndex() - Method in class org.tinfour.edge.EdgePool: Gets the maximum value of an edge index that is currently allocated within the edge pool.
getMaximumEdgeAllocationIndex() - Method in interface org.tinfour.common.IIncrementalTin: Gets the maximum index of the currently allocated edges.
getMaximumEdgeAllocationIndex() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getMaximumEdgeAllocationIndex() - Method in class org.tinfour.standard.IncrementalTin
getMaximumEdgeAllocationIndex() - Method in class org.tinfour.voronoi.BoundedVoronoiDiagram: Gets the maximum index of the currently allocated edges.
getMaxValue() - Method in class org.tinfour.utils.BasicTabulator: Get the maximum value of the signed input samples
getMaxZ() - Method in class org.tinfour.utils.SmoothingFilter: Gets the maximum value from the set of possible values.
getMean() - Method in class org.tinfour.utils.BasicTabulator: Get the mean of the signed values of the input sample values.
getMean() - Method in class org.tinfour.utils.KahanSummation: Gets the mean value of the summands.
getMeanAbsValue() - Method in class org.tinfour.utils.BasicTabulator: Get the mean of the absolute values of the input sample values.
getMessage() - Method in interface org.tinfour.common.IIntegrityCheck: Gets descriptive information about the cause of a test failure.
getMessage() - Method in class org.tinfour.contour.ContourIntegrityCheck: Gets a status message indicating the results of the most recent inspection.
getMessage() - Method in class org.tinfour.standard.IntegrityCheck: Gets descriptive information about the cause of a test failure.
getMessage() - Method in class org.tinfour.voronoi.BoundedVoronoiIntegrityCheck: Gets descriptive information about the cause of a test failure.
getMethod() - Method in interface org.tinfour.interpolation.IInterpolatorOverTin: Gets a string describing the interpolation method that can be used for labeling graphs and printouts.
getMethod() - Method in class org.tinfour.interpolation.InverseDistanceWeightingInterpolator
getMethod() - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator
getMethod() - Method in class org.tinfour.interpolation.TriangularFacetInterpolator
getMethod() - Method in class org.tinfour.interpolation.TriangularFacetSpecialInterpolator
getMinAbsValue() - Method in class org.tinfour.utils.BasicTabulator: Get the minimum of the signed input values
getMinValue() - Method in class org.tinfour.utils.BasicTabulator: Get the minimum of the signed input values
getMinZ() - Method in class org.tinfour.utils.SmoothingFilter: Gets the minimum value from the set of possible values.
getName() - Method in enum org.tinfour.utils.LinearUnits: Gets the name of the units in a form suitable for user interface display.
getNaturalNeighborElements(double, double) - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator: Gets an instance containing the natural neighbors and associated Sibson coordinates for a specified query location.
getNaturalNeighbors() - Method in class org.tinfour.interpolation.NaturalNeighborElements: Gets the set of natural neighbors that were identified for the interpolation that produced these results.
getNavigator() - Method in interface org.tinfour.common.IIncrementalTin: Gets a new instance of the IIncrementalTinNavigator interface.
getNavigator() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getNavigator() - Method in class org.tinfour.standard.IncrementalTin
getNearestEdge(double, double) - Method in interface org.tinfour.common.IIncrementalTinNavigator: Gets nearest edge to the specified coordinate point.
getNearestNeighbors(double, double, int, double[], Vertex[]) - Method in class org.tinfour.utils.NearestNeighborPointCollector: Get the K nearest neighbors from the collection.
getNearestVertex() - Method in class org.tinfour.common.NearestEdgeResult: Gets the vertex nearest the query point.
getNearestVertex() - Method in class org.tinfour.common.NeighborEdgeVertex: Gets the vertex nearest the query point.
getNearestVertex(double, double) - Method in interface org.tinfour.common.IIncrementalTinNavigator: Gets the nearest vertex to the specified coordinates
getNeigborEdge(double, double) - Method in interface org.tinfour.common.INeighborEdgeLocator: Gets a neighboring edge for the coordinates.
getNeighborEdge(double, double) - Method in interface org.tinfour.common.IIncrementalTinNavigator: Gets a neighboring edge for the coordinates.
getNeighborEdgeLocator() - Method in interface org.tinfour.common.IIncrementalTin: Gets a new instance of the INeighborEdgeLocator interface.
getNeighborEdgeLocator() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getNeighborEdgeLocator() - Method in class org.tinfour.standard.IncrementalTin: Gets a new instance of a neighbor edge locator implementation.
getNeighborhoodPointsCollector() - Method in interface org.tinfour.common.IIncrementalTin: Gets a new instance of a neighborhood points collector.
getNeighborhoodPointsCollector() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getNeighborhoodPointsCollector() - Method in class org.tinfour.standard.IncrementalTin: Gets a new instance of a neighborhood points collector.
getNominalPointSpacing() - Method in interface org.tinfour.common.IIncrementalTin: Gets the nominal point spacing used to determine numerical thresholds for various proximity and inclusion tests.
getNominalPointSpacing() - Method in interface org.tinfour.common.IPolyline: Get the average distance between points for the feature.
getNominalPointSpacing() - Method in class org.tinfour.common.LinearConstraint
getNominalPointSpacing() - Method in class org.tinfour.common.PolygonConstraint
getNominalPointSpacing() - Method in class org.tinfour.common.Thresholds: Gets the nominal point spacing value specified in the constructor.
getNominalPointSpacing() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Gets the nominal point spacing used to determine numerical thresholds for various proximity and inclusion tests.
getNominalPointSpacing() - Method in class org.tinfour.standard.IncrementalTin: Gets the nominal point spacing used to determine numerical thresholds for various proximity and inclusion tests.
getNumberNonFiniteSamples() - Method in class org.tinfour.utils.BasicTabulator: Gets the number of non-finite sample values passed into this instance of the tabulator.
getNumberSamples() - Method in class org.tinfour.utils.BasicTabulator: Gets the number of sample values passed into this instance of the tabulator.
getOuterPolygonsPath2D() - Method in class org.tinfour.utils.alphashape.AlphaShape: Gets a path containing only those parts that are not enclosed by other polygons.
getParent() - Method in class org.tinfour.contour.ContourRegion: Gets the parent region for this region, if any.
getParent() - Method in class org.tinfour.utils.alphashape.AlphaPart: Gets the alpha part that contains this instance (if any).
getPartType() - Method in class org.tinfour.utils.alphashape.AlphaPart: Gets the type of part (polygon, unconnected lines, or unassociated vertices) for this alpha part.
getPath2D() - Method in class org.tinfour.utils.alphashape.AlphaPart: Get an instance of Path2D populated with coordinates taken from the edges that define this alpha part.
getPath2D() - Method in class org.tinfour.utils.alphashape.AlphaShape: Gets a instance of a Path2D based on the polygon geometry of the alpha shape, including any enclosed (hole) features.
getPath2D(boolean) - Method in class org.tinfour.utils.alphashape.AlphaShape: Gets a instance of a Path2D based on the geometry of the alpha shape, including any enclosed (hole) features.
getPath2D(AffineTransform) - Method in interface org.tinfour.common.IConstraint: Gets a Java Path2D based on the geometry of the constraint mapped through an optional affine transform.
getPath2D(AffineTransform) - Method in class org.tinfour.common.LinearConstraint: Gets a Java Path2D based on the geometry of the constraint mapped through an optional affine transform.
getPath2D(AffineTransform) - Method in class org.tinfour.common.PolygonConstraint: Gets a Java Path2D based on the geometry of the constraint mapped through an optional affine transform.
getPath2D(AffineTransform) - Method in class org.tinfour.common.SimpleTriangle: Gets a Java Path2D based on the geometry of the triangle mapped through an optional affine transform.
getPath2D(AffineTransform) - Method in class org.tinfour.contour.Contour: Gets a Path2D suitable for rendering purposes.
getPath2D(AffineTransform) - Method in class org.tinfour.contour.ContourRegion: Gets a Path2D suitable for rendering purposes including both the outer polygon and any internal (nested child) polygons.
getPath2DWithoutNesting(AffineTransform) - Method in class org.tinfour.contour.ContourRegion: Gets a Path2D suitable for rendering purposes.
getPerimeter() - Method in interface org.tinfour.common.IIncrementalTin: Gets a list of edges currently defining the perimeter of the TIN.
getPerimeter() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Gets a list of edges currently defining the perimeter of the TIN.
getPerimeter() - Method in class org.tinfour.standard.IncrementalTin: Gets a list of edges currently defining the perimeter of the TIN.
getPixelsPerUnit() - Method in class org.tinfour.utils.rendering.RenderingSurfaceAid: Gets the distance in pixels across one unit of distance in the Cartesian coordinate system.
getPixelsPerUnit() - Method in class org.tinfour.utils.rendering.RenderingTransformAid: Gets the distance in pixels across one unit of distance in the Cartesian coordinate system.
getPixelToCartesianTransform() - Method in class org.tinfour.utils.rendering.RenderingSurfaceAid: Gets the affine transform for mapping pixel coordinates to Cartesian coordinates.
getPixelToCartesianTransform() - Method in class org.tinfour.utils.rendering.RenderingTransformAid: Gets the affine transform for mapping pixel coordinates to Cartesian coordinates.
getPolygons() - Method in class org.tinfour.voronoi.BoundedVoronoiDiagram: Gets a list of the polygons that comprise the Voronoi Diagram
getPrecisionThreshold() - Method in class org.tinfour.common.Thresholds: Get a threshold value giving guidelines for the smallest absolute value result from a geometric calculations that can be accepted without concern for an excessive loss of precision.
getRadius() - Method in class org.tinfour.common.Circumcircle: Gets the radius of the circumcircle
getRadius() - Method in class org.tinfour.utils.alphashape.AlphaShape: Gets the alpha-radius parameter that was used to construct the shape.
getRadiusSq() - Method in class org.tinfour.common.Circumcircle: Gets the square of the radius of the circumcircle.
getRegionConstraint(IQuadEdge) - Method in interface org.tinfour.common.IIncrementalTin: Gets the region constraint associated with the edge, if any.
getRegionConstraint(IQuadEdge) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getRegionConstraint(IQuadEdge) - Method in class org.tinfour.standard.IncrementalTin
getRegionIndex() - Method in class org.tinfour.contour.ContourRegion: Gets the index of the region.
getRegions() - Method in class org.tinfour.contour.ContourBuilderForTin: Gets a list of the contour regions (polygon features) that were built by the constructor, if any.
getRegionType() - Method in class org.tinfour.contour.ContourRegion: Gets an enumeration value indicating the region type.
getReportingIntervalInPercent() - Method in interface org.tinfour.common.IMonitorWithCancellation: Gets the minimum interval for reporting progress, thus indicating the frequency with which the reportProgress method should be called.
getResultType() - Method in class org.tinfour.interpolation.NaturalNeighborElements: Gets the type of result that produced this instance.
getReverse() - Method in interface org.tinfour.common.IQuadEdge: Gets the reverse reference of the edge.
getReverse() - Method in class org.tinfour.edge.QuadEdge: Gets the reverse reference of the edge.
getReverse() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Constructs a new instance of the virtual edge class referencing the forward of the current edge.
getReverseFromDual() - Method in interface org.tinfour.common.IQuadEdge: Gets the reverse link of the dual.
getReverseFromDual() - Method in class org.tinfour.edge.QuadEdge: Gets the reverse link of the dual.
getReverseFromDual() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Constructs a new instance of the virtual edge class referencing the reverse of the dual of the current edge
getRightIndex() - Method in class org.tinfour.contour.Contour: Get the index for the region lying to the right of the contour.
getRowCount() - Method in class org.tinfour.utils.GridSpecification: Gets the number of rows in the grid
getSampleBounds() - Method in class org.tinfour.voronoi.BoundedVoronoiDiagram: Gets the bounds of the sample data set.
getShortestEdge() - Method in class org.tinfour.common.SimpleTriangle: Get the shortest edge of the triangle.
getSibsonCoordinates() - Method in class org.tinfour.interpolation.NaturalNeighborElements: Gets the weights that were computed for the neighboring vertices during the interpolation operation that produced these results.
getSibsonCoordinates(List<IQuadEdge>, double, double) - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator: Given a reference point enclosed by a polygon defining its natural neighbors, computes an array of Sibson's local coordinates giving the computed weighting factors for the vertices that comprise the polygon.
getSide() - Method in interface org.tinfour.common.IQuadEdge: Indicates which side of an edge a particular IQuadEdge instance is attached to.
getSide() - Method in class org.tinfour.edge.QuadEdge: Indicates which side of an edge a particular QuadEdge instance is attached to.
getSide() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Gets the low-order bit of the index of the current edge
getSize() - Method in class org.tinfour.common.VertexMergerGroup: Gets the number of vertices grouped together in the collection
getStartingEdge() - Method in class org.tinfour.edge.EdgePool: Get first valid, non-ghost QuadEdge in collection
getStartingEdge() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Obtains an arbitrary edge to serve as the start of a search or traversal operation.
getStartingEdge() - Method in class org.tinfour.standard.IncrementalTin: Obtains an arbitrary edge to serve as the start of a search or traversal operation.
getStartingGhostEdge() - Method in class org.tinfour.edge.EdgePool: Gets a ghost edge to be used as a starting edge in a search operation
getStatus() - Method in class org.tinfour.common.Vertex: Gets the current value of the status flags for this vertex.
getStdDev() - Method in class org.tinfour.utils.BasicTabulator: Get an unbiased estimate of the standard deviation of the population based on the tabulated values (signed values).
getStdDevAbsValue() - Method in class org.tinfour.utils.BasicTabulator: Get an unbiased estimate of the standard deviation of the population based on the tabulated samples.
getSum() - Method in class org.tinfour.utils.KahanSummation: The current value of the summation.
getSummandCount() - Method in class org.tinfour.utils.KahanSummation: Gets the number of summands that were added to the summation.
getSurfaceNormal() - Method in interface org.tinfour.interpolation.IInterpolatorOverTin: Computes the surface normal at the most recent interpolation point, returning an array of three values giving the unit surface normal as x, y, and z coordinates.
getSurfaceNormal() - Method in class org.tinfour.interpolation.InverseDistanceWeightingInterpolator: Not supported at this time.
getSurfaceNormal() - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator: Not implemented at this time.
getSurfaceNormal() - Method in class org.tinfour.interpolation.TriangularFacetInterpolator: Gets the unit normal to the surface at the position of the most recent interpolation.
getSurfaceNormal() - Method in class org.tinfour.interpolation.TriangularFacetSpecialInterpolator: Gets the unit normal to the surface at the position of the most recent interpolation.
getSyntheticVertexCount() - Method in interface org.tinfour.common.IIncrementalTin: Gets the number of synthetic vertices added to the TIN.
getSyntheticVertexCount() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getSyntheticVertexCount() - Method in class org.tinfour.standard.IncrementalTin
getTestPoint() - Method in class org.tinfour.contour.ContourRegion: Gets a point lying on one of the segments in the region to support testing for polygon enclosures.
getThresholds() - Method in class org.tinfour.common.GeometricOperations: Gets the threshold values associated with this instance.
getThresholds() - Method in interface org.tinfour.common.IIncrementalTin: Gets the Thresholds object that is associated with this instance.
getThresholds() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
getThresholds() - Method in class org.tinfour.standard.IncrementalTin
getTicCoordinates() - Method in class org.tinfour.utils.AxisIntervals: Gets the coordinates for the tic marks to be added to the axis.
getTimeToConstructFilter() - Method in class org.tinfour.utils.SmoothingFilter: Gets the time required to construct the filter, in milliseconds.
getTimeToConstructFilter() - Method in class org.tinfour.utils.SmoothingFilterInitializer: Gets the time required to construct the filter, in milliseconds.
getTinClass() - Method in class org.tinfour.utils.TinInstantiationUtility: Get the class that was selected as most appropriate for the available memory and number of vertices.
getTransform() - Method in class org.tinfour.voronoi.BoundedVoronoiDrawingUtility: Gets an affine transform mapping the Cartesian coordinates of the Voronoi Diagram to the pixel coordinates of the graphics surface.
getTriangleApex() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: When the edge exists within a TIN, this method gets the apex of a triangle formed with the edge as the base.
getUnitsPerPixel() - Method in class org.tinfour.utils.AxisIntervals: Gets the scale factor for units in the value coordinate system compare to pixels.
getUnitsPerPixel() - Method in class org.tinfour.utils.rendering.RenderingSurfaceAid: Gets the distance across a pixel in the corresponding Cartesian coordinate system.
getUnitsPerPixel() - Method in class org.tinfour.utils.rendering.RenderingTransformAid: Gets the distance across a pixel in the corresponding Cartesian coordinate system.
getUpperRightX() - Method in class org.tinfour.utils.GridSpecification: Gets the x coordinate of the upper-right bounds of the grid.
getUpperRightY() - Method in class org.tinfour.utils.GridSpecification: Gets the y coordinate of the upper-right bounds of the grid
getValue0() - Method in class org.tinfour.utils.AxisIntervals: Gets the minimum value of the range used to specify the axis.
getValue1() - Method in class org.tinfour.utils.AxisIntervals: Gets the maximum value of the range used to specify the axis.
getVertex() - Method in class org.tinfour.common.VertexAdjustment: Gets the original vertex that was used to produce this instance
getVertex() - Method in class org.tinfour.voronoi.ThiessenPolygon: Gets the defining vertex of the polygon.
getVertexA() - Method in class org.tinfour.common.SimpleTriangle: Gets vertex A of the triangle.
getVertexAdjustments() - Method in class org.tinfour.utils.SmoothingFilter: Gets the array of adjustment for vertices.
getVertexB() - Method in class org.tinfour.common.SimpleTriangle: Gets vertex B of the triangle.
getVertexC() - Method in class org.tinfour.common.SimpleTriangle: Gets vertex A of the triangle.
getVertexSymbol(ThiessenPolygon) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerAdapter
getVertexSymbol(ThiessenPolygon) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Tests to see if the polygon is enabled for rendering a symbol at the vertex position and, if it is, returns a vertex symbol that can be used for rendering.
getVertexSymbol(ThiessenPolygon) - Method in interface org.tinfour.voronoi.IBoundedVoronoiStyler: Tests to see if the polygon is enabled for rendering a symbol at the vertex position and, if it is, returns a vertex symbol that can be used for rendering
getVertexTolerance() - Method in class org.tinfour.common.Thresholds: Gets a threshold value indicating the distance at which a pair of (x,y) coordinates will be treated as effectively a match for a vertex.
getVertexTolerance2() - Method in class org.tinfour.common.Thresholds: Gets a threshold value indicating the square of the distance at which a pair of (x,y) coordinates will be treated as effectively a match for a vertex.
getVertices() - Method in interface org.tinfour.common.IIncrementalTin: Gets a list of vertices currently stored in the TIN.
getVertices() - Method in interface org.tinfour.common.IPolyline: Gets the vertices for this feature.
getVertices() - Method in class org.tinfour.common.PolygonConstraint
getVertices() - Method in class org.tinfour.common.PolyLineConstraintAdapter
getVertices() - Method in class org.tinfour.common.VertexMergerGroup: Gets an array of the coincident vertices.
getVertices() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Gets a list of vertices currently stored in the TIN.
getVertices() - Method in class org.tinfour.standard.IncrementalTin: Gets a list of vertices currently stored in the TIN.
getVertices() - Method in class org.tinfour.utils.alphashape.AlphaPart: Gets a list of the Vertices that define the alpha part.
getVertices() - Method in class org.tinfour.utils.NearestNeighborPointCollector: Gets a list of the vertices currently stored in the collection.
getVertices() - Method in class org.tinfour.voronoi.BoundedVoronoiDiagram: Gets a list of the vertices that define the Voronoi Diagram.
getVoronoiVertices() - Method in class org.tinfour.voronoi.BoundedVoronoiDiagram: Gets the vertices that were created to produce the Voronoi Diagram.
getX() - Method in class org.tinfour.common.Circumcircle: Gets the x coordinate of the center of the circumcircle.
getX() - Method in interface org.tinfour.common.ISamplePoint: Get the X coordinate of the sample point
getX() - Method in class org.tinfour.common.NearestEdgeResult: Get the X coordinate of the query point
getX() - Method in class org.tinfour.common.NeighborEdgeVertex: Get the X coordinate of the query point
getX() - Method in class org.tinfour.common.Vertex: Get the x coordinate associated with the vertex.
getX() - Method in class org.tinfour.interpolation.NaturalNeighborElements: Gets the Cartesian x coordinate that was specified for the interpolation
getXMax() - Method in interface org.tinfour.utils.loaders.IVertexReader: Gets the maximum x coordinate in the sample
getXMax() - Method in class org.tinfour.utils.loaders.VertexReaderText: Gets the maximum x coordinate in the sample
getXMin() - Method in interface org.tinfour.utils.loaders.IVertexReader: Gets the minimum x coordinate in the sample
getXMin() - Method in class org.tinfour.utils.loaders.VertexReaderText: Gets the minimum x coordinate in the sample
getXY() - Method in class org.tinfour.contour.Contour: Gets a safe copy of the coordinates for the contour.
getXY() - Method in class org.tinfour.contour.ContourRegion: Get the XY coordinates for the contour region.
getY() - Method in class org.tinfour.common.Circumcircle: Gets the y coordinate of the center of the circumcircle.
getY() - Method in interface org.tinfour.common.ISamplePoint: Get the Y coordinate of the sample point
getY() - Method in class org.tinfour.common.NearestEdgeResult: Get the Y coordinate of the query point
getY() - Method in class org.tinfour.common.NeighborEdgeVertex: Get the Y coordinate of the query point
getY() - Method in class org.tinfour.common.Vertex: Get the y coordinate associated with the vertex.
getY() - Method in class org.tinfour.interpolation.NaturalNeighborElements: Gets the Cartesian y coordinate that was specified for the interpolation
getYMax() - Method in interface org.tinfour.utils.loaders.IVertexReader: Gets the maximum y coordinate in the sample
getYMax() - Method in class org.tinfour.utils.loaders.VertexReaderText: Gets the maximum y coordinate in the sample
getYMin() - Method in interface org.tinfour.utils.loaders.IVertexReader: Gets the minimum y coordinate in the sample
getYMin() - Method in class org.tinfour.utils.loaders.VertexReaderText: Gets the minimum y coordinate in the sample
getZ() - Method in interface org.tinfour.common.ISamplePoint: Get the Z coordinate of the sample point
getZ() - Method in class org.tinfour.common.Vertex: Get the z value associated with the vertex.
getZ() - Method in class org.tinfour.common.VertexMergerGroup: Get the z value associated with the vertex and the merging rules.
getZ() - Method in class org.tinfour.contour.Contour: Gets the z value associated with the contour
getZMax() - Method in interface org.tinfour.utils.loaders.IVertexReader: Gets the maximum z coordinate in the sample
getZMax() - Method in class org.tinfour.utils.loaders.VertexReaderText: Gets the maximum z coordinate in the sample
getZMin() - Method in interface org.tinfour.utils.loaders.IVertexReader: Gets the minimum z coordinate in the sample
getZMin() - Method in class org.tinfour.utils.loaders.VertexReaderText: Gets the minimum z coordinate in the sample
GridFileReader - Class in org.tinfour.utils: Provides a utility for reading a file specified in the Esri ASCII file format.
GridFileReader(File) - Constructor for class org.tinfour.utils.GridFileReader: Opens the specified file, reads the grid specification header, and prepares to read the grid.
GridFileReader(InputStream) - Constructor for class org.tinfour.utils.GridFileReader: Reads the grid specification header, from the specified input stream and prepares to read the grid.
GridSpecification - Class in org.tinfour.utils: Provides metadata for describing a grid and mapping Cartesian coordinates to and from grid coordinates.
GridSpecification(GridSpecification.CellPosition, double, double, double, double, double) - Constructor for class org.tinfour.utils.GridSpecification: Constructs an instance based on a specified set of bounds with the requirement that the grid coordinates are integral multiples of the cellSize.
GridSpecification.CellPosition - Enum in org.tinfour.utils: Specifies how the cells are oriented relative to the coordinates of the of the grid.
gt(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Tests whether this value is greater than another DoubleDouble value.

H

HALF_PLANE_THRESHOLD_FACTOR - Static variable in class org.tinfour.common.Thresholds: Factor for computing the half-plane threshold.
halfPlane(double, double, double, double, double, double) - Method in class org.tinfour.common.GeometricOperations: Uses extended arithmetic to find the side on which a point lies with respect to a directed edge.
hasChildren() - Method in class org.tinfour.contour.ContourRegion: Indicates that the contour region encloses internal, child regions.
hashCode() - Method in class org.tinfour.edge.QuadEdge
hashCode() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
hasNext() - Method in class org.tinfour.common.SimpleTriangleIterator
hasNext() - Method in class org.tinfour.common.VertexIterator
hasNext() - Method in class org.tinfour.edge.QuadEdgePinwheel
HilbertSort - Class in org.tinfour.utils: A utility that sorts points according to the Hilbert space-filling curve and ensures a high-degree of spatial locality in the sequence of points.
HilbertSort() - Constructor for class org.tinfour.utils.HilbertSort: Standard constructor

I

IBoundedVoronoiStyler - Interface in org.tinfour.voronoi: Defines methods that supply style information for rendering.
IBoundedVoronoiVertexSymbol - Interface in org.tinfour.voronoi: Defines methods for rendering vertex symbols when drawing a bounded Voronoi diagram.
IConstraint - Interface in org.tinfour.common: Defines the interface for constraints that can be added to instances of the Incremental TIN classes.
ICoordinateTransform - Interface in org.tinfour.utils.loaders: Defines an interface for performing coordinate transforms.
IDelaunayRefiner - Interface in org.tinfour.refinement: A DelaunayRefiner refines a given triangulation to improve its quality, for example by increasing minimum angles or enforcing other geometric properties.
IIncrementalTin - Interface in org.tinfour.common: Defines the primary methods used by an incremental TIN implementation.
IIncrementalTinNavigator - Interface in org.tinfour.common: Provides utilities for performing geometry-based query operations on an incremental tin.
IIntegrityCheck - Interface in org.tinfour.common: Defines methods to be used for checking the correctness of code for Incremental TIN implementations.
IInterpolatorOverTin - Interface in org.tinfour.interpolation: Defines an interface for interpolating data over a Triangulated Irregular Network implementation.
IMonitorWithCancellation - Interface in org.tinfour.common: Provides an interface that allows an process to report its progress to a monitoring application and also permits the implementation of a "voluntary cancellation" action.
IN_CIRCLE_THRESHOLD_FACTOR - Static variable in class org.tinfour.common.Thresholds: Factor for computing the in-circle threshold.
inCircle(double, double, double, double, double, double, double, double) - Method in class org.tinfour.common.GeometricOperations: Determines if vertex d lies within the circumcircle of triangle a,b,c, using extended-precision arithmetic when required by small magnitude results.
inCircle(Vertex, Vertex, Vertex, Vertex) - Method in class org.tinfour.common.GeometricOperations: Determines if vertex d lies within the circumcircle of triangle a,b,c, using extended-precision arithmetic when required by small magnitude results.
inCircleQuadPrecision(double, double, double, double, double, double, double, double) - Method in class org.tinfour.common.GeometricOperations: Uses quad-precision methods to determines if vertex d lies within the circumcircle of triangle a,b,c.
IncrementalTin - Class in org.tinfour.standard: Provides methods and data elements for building and maintaining a Triangulated Irregular Network (TIN) that is optimal with regard to the Delaunay criterion.
IncrementalTin() - Constructor for class org.tinfour.standard.IncrementalTin: Constructs an incremental TIN using numerical thresholds appropriate for the default nominal point spacing of 1 unit.
IncrementalTin(double) - Constructor for class org.tinfour.standard.IncrementalTin: Constructs an incremental TIN using numerical thresholds appropriate for the specified nominal point spacing.
INeighborEdgeLocator - Interface in org.tinfour.common: Defines methods for a reusable instance of a class for searching a TIN and locating the neighboring edge.
INeighborhoodPointsCollector - Interface in org.tinfour.common: Defines an interface for collecting the points in the proximity of a specified pair of coordinates.
initializeRendering(Graphics2D) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerAdapter
initializeRendering(Graphics2D) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault
initializeRendering(Graphics2D) - Method in interface org.tinfour.voronoi.IBoundedVoronoiStyler: Called once at the beginning of rendering to set up the Graphics2D surface for rendering.
Inside - org.tinfour.utils.Polyside.Result: The point is unambiguously inside the polygon
inspect() - Method in interface org.tinfour.common.IIntegrityCheck: Performs an inspection of the TIN checking for conditions that violate the construction rules.
inspect() - Method in class org.tinfour.contour.ContourIntegrityCheck: Inspects the content of the builder to verify that it was correctly constructed.
inspect() - Method in class org.tinfour.standard.IntegrityCheck: Performs an inspection of the TIN checking for conditions that violate the construction rules.
inspect() - Method in class org.tinfour.voronoi.BoundedVoronoiIntegrityCheck: Tests the Voronoi Diagram to see if it passes a number of sanity checks for correctness of implementaiton.
inspectLinks() - Method in class org.tinfour.standard.IntegrityCheck: Inspects the references that connect various edges in the TIN.
inspectPerimeterLinks() - Method in class org.tinfour.standard.IntegrityCheck: Inspects the edges related to the perimeter (convex hull) of the TIN.
inspectTriangleGeometry() - Method in class org.tinfour.standard.IntegrityCheck: Inspects the triangles forming the TIN.
InsufficientConstraintGeometryException - Exception in org.tinfour.common: Defines an exception to be thrown in cases where the set of constraints is insufficient to bootstrap a non-bootstrapped) instance of an Incremental TIN.
InsufficientConstraintGeometryException() - Constructor for exception org.tinfour.common.InsufficientConstraintGeometryException: Creates an exception with the default message string
InsufficientPointSet - org.tinfour.common.BootstrapUtility.BootstrapTestResult: Indicates that the point set is insufficiently large for analysis
IntegrityCheck - Class in org.tinfour.standard: A tool for checking the correctness of a tin, in particular the relationship between adjacent triangles.
Interior - org.tinfour.contour.Contour.ContourType: Contour lies entirely in the interior of the TIN with the possible exception of the two end points which may lie on perimeter edges.
Interior - org.tinfour.contour.ContourRegion.ContourRegionType: All contours lie entirely within the interior of the TIN and do not intersect its perimeter.
interpolate(double, double, IVertexValuator) - Method in interface org.tinfour.interpolation.IInterpolatorOverTin: Perform interpolation using the specified valuator.
interpolate(double, double, IVertexValuator) - Method in class org.tinfour.interpolation.InverseDistanceWeightingInterpolator: Perform inverse distance weighting interpolation.
interpolate(double, double, IVertexValuator) - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator: Perform interpolation using Sibson's C0 method.
interpolate(double, double, IVertexValuator) - Method in class org.tinfour.interpolation.TriangularFacetInterpolator: Perform linear interpolation treating the triangle that contains the query point as a flat plane.
interpolate(double, double, IVertexValuator) - Method in class org.tinfour.interpolation.TriangularFacetSpecialInterpolator: Performs an interpolation with special handling to provide values for regions to the exterior of the Delaunay Triangulation.
interpolateWithExteriorSupport(double, double, IVertexValuator) - Method in class org.tinfour.interpolation.TriangularFacetInterpolator: Performs an interpolation with special handling to provide values for regions to the exterior of the Delaunay Triangulation.
intValue() - Method in class org.tinfour.vividsolutions.jts.math.DD: Converts this value to the nearest integer.
inverse(double, double, CoordinatePair) - Method in interface org.tinfour.utils.loaders.ICoordinateTransform: Transforms a point in an output coordinate system to the equivalent point in the source coordinate system.
inverse(double, double, CoordinatePair) - Method in class org.tinfour.utils.loaders.SimpleGeographicTransform
InverseDistanceWeightingInterpolator - Class in org.tinfour.interpolation: Provides interpolation based on the classic method of inverse distance weighting (IDW).
InverseDistanceWeightingInterpolator(IIncrementalTin) - Constructor for class org.tinfour.interpolation.InverseDistanceWeightingInterpolator: Construct an interpolator that operates on the specified TIN.
InverseDistanceWeightingInterpolator(IIncrementalTin, double, boolean) - Constructor for class org.tinfour.interpolation.InverseDistanceWeightingInterpolator: Constructs an interpolator using the specified method.
IPolyline - Interface in org.tinfour.common: An interface for defining a polyline feature (a polygon or chain of connected line segments).
IProcessUsingTin - Interface in org.tinfour.common: An interface for classes that perform processing on a TIN.
IQuadEdge - Interface in org.tinfour.common: Defines methods for accessing the data in a quad-edge implementation.
ISamplePoint - Interface in org.tinfour.common: Defines a sample point interface to be used for spatial data analysis.
isAnEnclosure() - Method in class org.tinfour.utils.alphashape.AlphaPart: Indicates that the path encloses a region.
isAreaFillEnabled() - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Indicates whether area-fill operations are enabled
isBootstrapped() - Method in interface org.tinfour.common.IIncrementalTin: Indicates whether the instance contains sufficient information to represent a TIN.
isBootstrapped() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Indicates whether the instance contains sufficient information to represent a TIN.
isBootstrapped() - Method in class org.tinfour.standard.IncrementalTin: Indicates whether the instance contains sufficient information to represent a TIN.
isBoundary() - Method in class org.tinfour.contour.Contour: Indicates whether the contour is a boundary contour.
isCanceled() - Method in interface org.tinfour.common.IMonitorWithCancellation: Indicates whether the calling application would like this process to terminate voluntarily.
isCheckOkay() - Method in class org.tinfour.standard.IntegrityCheck: Determines whether the most recent integrity check completed okay.
isClosed() - Method in class org.tinfour.contour.Contour: Indicates that the contour forms a closed loop
isClosed() - Method in class org.tinfour.io.BufferedRandomAccessFile: Indicates whether the file is closed.
isComplete - Variable in class org.tinfour.common.PolyLineConstraintAdapter: Indicates that the constraint is complete (application-dependent, for example, if the constraint defines a closed polygon, this value would indicate that the area has been computed).
isConformant() - Method in interface org.tinfour.common.IIncrementalTin: Indicates whether the triangulated mesh conforms to the Delaunay criterion.
isConformant() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Indicates whether the triangulated mesh conforms to the Delaunay criterion.
isConformant() - Method in class org.tinfour.standard.IncrementalTin: Indicates whether the triangulated mesh conforms to the Delaunay criterion.
isConstrained() - Method in interface org.tinfour.common.IQuadEdge: Indicates whether an edge is constrained.
isConstrained() - Method in class org.tinfour.edge.QuadEdge: Indicates whether the edge is constrained.
isConstrained() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
isConstraintLineMember() - Method in interface org.tinfour.common.IQuadEdge: Indicates whether the edge is a member of a constraint line, In some cases, a constraint line member edge may lie within a constrained region but will not lie on one of its borders.
isConstraintLineMember() - Method in class org.tinfour.edge.QuadEdge
isConstraintLineMember() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
isConstraintMember() - Method in class org.tinfour.common.Vertex: Indicates whether a vertex is part of a constraint definition or lies on the border of an area constraint.
isConstraintRegionBorder() - Method in interface org.tinfour.common.IQuadEdge: Indicates whether an edge represents the border of a constrained region.
isConstraintRegionBorder() - Method in class org.tinfour.edge.QuadEdge
isConstraintRegionBorder() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
isConstraintRegionInterior() - Method in interface org.tinfour.common.IQuadEdge: Indicates whether the edge is in the interior of a constrained region.
isConstraintRegionInterior() - Method in class org.tinfour.edge.QuadEdge
isConstraintRegionInterior() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
isConstraintRegionMember() - Method in interface org.tinfour.common.IQuadEdge: Indicates whether the edge is a member of a constrained region (is in the interior or serves as the border of a polygon-based constraint).
isConstraintRegionMember() - Method in class org.tinfour.edge.QuadEdge
isConstraintRegionMember() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
isCovered() - Method in enum org.tinfour.utils.Polyside.Result: Indicates whether the polygon covers the specified coordinates
isCovered(IQuadEdge, double, boolean) - Static method in class org.tinfour.utils.alphashape.AlphaCircle: Determines whether the associated edge is exposed or covered (unexposed).
isEmpty() - Method in class org.tinfour.contour.Contour: Indicates whether the contour is empty.
isEnclosed() - Method in class org.tinfour.utils.alphashape.AlphaPart: Indicates that the path represents a region that is in the interior of an alpha shape..
isExterior() - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Indicates if the edge is exterior to a TIN.
isFeatureTypeEnabled(BoundedVoronoiRenderingType) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerAdapter
isFeatureTypeEnabled(BoundedVoronoiRenderingType) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault
isFeatureTypeEnabled(BoundedVoronoiRenderingType) - Method in interface org.tinfour.voronoi.IBoundedVoronoiStyler: Indicates whether features of the specified type are enabled for rendering.
isGhost() - Method in class org.tinfour.common.SimpleTriangle: Indicates whether the triangle is a ghost triangle.
isInterior() - Method in class org.tinfour.common.NearestEdgeResult: Indicates whether the query point was inside the convex polygon boundary of the TIN.
isInterior() - Method in class org.tinfour.common.NeighborEdgeVertex: Indicates whether the query point was inside the convex polygon boundary of the TIN.
isNaN() - Method in class org.tinfour.vividsolutions.jts.math.DD: Tests whether this value is NaN.
isNegative() - Method in class org.tinfour.vividsolutions.jts.math.DD: Tests whether this value is less than 0.
isNull() - Method in class org.tinfour.common.Vertex: Indicates whether the vertex has been marked as having a null data value.
isOpen() - Method in class org.tinfour.voronoi.ThiessenPolygon: Indicates that in a true Voronoi Diagram the polygon would not form a closed polygon and would have an infinite domain.
isPointInCircleLeft(double, double) - Method in class org.tinfour.utils.alphashape.AlphaCircle: Indicates whether the specified coordinate are within an alpha circle with a center located to the left of the specified line segment.
isPointInCircleRight(double, double) - Method in class org.tinfour.utils.alphashape.AlphaCircle: Indicates whether the specified coordinate are within an alpha circle with a center located to the right of the specified line segment.
isPointInCircles(double, double) - Method in class org.tinfour.utils.alphashape.AlphaCircle: Indicates whether the specified coordinates are inside one of the two open circles represented by this object.
isPointInPolygon(double, double) - Method in class org.tinfour.voronoi.ThiessenPolygon: Indicates whether the specified coordinate point lies inside or on an edge of the polygon associated with this instance.
isPointInPolygon(List<IQuadEdge>, double, double) - Static method in class org.tinfour.utils.Polyside: Determines if a point is inside a polygon.
isPointInsideConstraint(double, double) - Method in interface org.tinfour.common.IConstraint: Indicates if a point at the specified coordinates is unambiguously inside the constraint.
isPointInsideConstraint(double, double) - Method in class org.tinfour.common.PolyLineConstraintAdapter
isPointInsideRegion(double[], double, double) - Method in class org.tinfour.contour.ContourRegion: Indicates whether the specified point is inside a closed polygon.
isPointInsideRegion(double, double) - Method in class org.tinfour.contour.ContourRegion: Indicates whether the specified point is inside the region
isPointInsideTin(double, double) - Method in interface org.tinfour.common.IIncrementalTinNavigator: Determines whether the point is inside the convex polygon boundary of the TIN.
isPolygon() - Method in interface org.tinfour.common.IPolyline: Indicates whether the instance represents a polygon.
isPolygon() - Method in class org.tinfour.common.LinearConstraint
isPolygon() - Method in class org.tinfour.common.PolygonConstraint
isPolygon() - Method in class org.tinfour.utils.alphashape.AlphaPart: Indicates whether the part is a polygon feature.
isPositive() - Method in class org.tinfour.vividsolutions.jts.math.DD: Tests whether this value is greater than 0.
isRefinementProduct() - Method in class org.tinfour.common.Vertex: Indicates whether a vertex is a refinement product (was created through a Delaunay refinement procedure rather than supplied by an application).
isRenderingEnabled(ThiessenPolygon, BoundedVoronoiRenderingType) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerAdapter
isRenderingEnabled(ThiessenPolygon, BoundedVoronoiRenderingType) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault
isRenderingEnabled(ThiessenPolygon, BoundedVoronoiRenderingType) - Method in interface org.tinfour.voronoi.IBoundedVoronoiStyler: Indicates whether the specified type of rendering is enabled for the specified polygon object.
isSourceInGeographicCoordinates() - Method in interface org.tinfour.utils.loaders.IVertexReader: Indicates whether the source data was in geographic coordinates
isSourceInGeographicCoordinates() - Method in class org.tinfour.utils.loaders.VertexReaderText: Indicates whether the source data was in geographic coordinates
isSurfaceNormalSupported() - Method in interface org.tinfour.interpolation.IInterpolatorOverTin: Indicates whether the interpolation class supports the computation of surface normals through the getUnitNormal() method.
isSurfaceNormalSupported() - Method in class org.tinfour.interpolation.InverseDistanceWeightingInterpolator
isSurfaceNormalSupported() - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator
isSurfaceNormalSupported() - Method in class org.tinfour.interpolation.TriangularFacetInterpolator
isSurfaceNormalSupported() - Method in class org.tinfour.interpolation.TriangularFacetSpecialInterpolator
isSynthetic() - Method in interface org.tinfour.common.IQuadEdge: Indicates whether the synthetic flag is set for the edge.
isSynthetic() - Method in class org.tinfour.common.Vertex: Indicates whether a vertex is synthetic (was created through a Tinfour procedure rather than supplied by an application).
isSynthetic() - Method in class org.tinfour.edge.QuadEdge
isSynthetic() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
isValid() - Method in interface org.tinfour.common.IPolyline: Indicates that sufficient information has been stored in the polyline to establish a valid geometry.
isValid() - Method in class org.tinfour.common.LinearConstraint
isValid() - Method in class org.tinfour.common.PolygonConstraint
isValue0Labeled() - Method in class org.tinfour.utils.AxisIntervals: Indicates if value0 was included in the primary tic coordinates.
isValue1Labeled() - Method in class org.tinfour.utils.AxisIntervals: Indicates if value1 was included in the primary tic coordinates.
isWithheld() - Method in class org.tinfour.common.Vertex: Indicates whether a vertex is marked as withheld.
isZero() - Method in class org.tinfour.vividsolutions.jts.math.DD: Tests whether this value is equal to 0.
iterator() - Method in class org.tinfour.common.PolyLineConstraintAdapter
iterator() - Method in class org.tinfour.edge.EdgePool
iterator() - Method in class org.tinfour.edge.QuadEdgePinwheel
IVertexReader - Interface in org.tinfour.utils.loaders: Defines methods to be used for reading a set of vertices from various input sources.
IVertexValuator - Interface in org.tinfour.interpolation: An interface for specifying methods of accessing a value from a Vertex.
IVerticalCoordinateTransform - Interface in org.tinfour.utils.loaders: Defines an interface for transforming the vertical coordinate value of a feature when loading it.

K

KahanSummation - Class in org.tinfour.utils: Provides methods and elements for Kahan's algorithm for summing a set of numerical values with extended precision arithmetic.
KahanSummation() - Constructor for class org.tinfour.utils.KahanSummation: Standard constructor

L

le(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Tests whether this value is less than or equal to another DoubleDouble value.
length - Variable in class org.tinfour.common.PolyLineConstraintAdapter: Indicates the overall length of the polyline.
leReadDouble() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads an 8-byte IEEE-754 floating-point value given in little-endian order.
leReadFloat() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a 4-byte IEEE-754 floating-point value given in little-endian order.
leReadFloatArray(float[], int, int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Read an array of floats accessing them in little-endian order.
leReadInt() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a 4-byte integer given in little-endian order.
leReadIntArray(int[], int, int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads an array of integers accessing them in little-endian order.
leReadLong() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads an 8-byte integer given in little-endian order.
leReadShort() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads an 2-byte integer given in little-endian order.
leReadUnsignedShort() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads an 2-byte integer given in little-endian order, treating it as an unsigned value.
leWriteDouble(double) - Method in class org.tinfour.io.BufferedRandomAccessFile: Writes an 8-byte IEEE-754 floating-point value output in little-endian order.
leWriteFloat(float) - Method in class org.tinfour.io.BufferedRandomAccessFile: Writes an 4-byte IEEE-754 floating-point value output in little-endian order.
leWriteInt(int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Writes an 4-byte integer given in little-endian order.
leWriteLong(long) - Method in class org.tinfour.io.BufferedRandomAccessFile: Writes an 8-byte integer output in little-endian order.
leWriteShort(int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Writes an 2-byte integer given in little-endian order.
Line - org.tinfour.voronoi.BoundedVoronoiRenderingType: Feature type for line-drawing features
LinearConstraint - Class in org.tinfour.common: An implementation of the IConstraint interface intended to store constraints comprised of a chain of connected line segments.
LinearConstraint() - Constructor for class org.tinfour.common.LinearConstraint: The standard constructor
LinearConstraint(List<Vertex>) - Constructor for class org.tinfour.common.LinearConstraint: Constructs a constraint with the specified vertices.
LinearConstraint(Vertex, Vertex) - Constructor for class org.tinfour.common.LinearConstraint: A convience constructor intended for the frequently occurring case in which an application wishes to define a constraint as a single line segment.
LinearUnits - Enum in org.tinfour.utils: An enumeration for specifying linear units of measure.
list - Variable in class org.tinfour.common.PolyLineConstraintAdapter: The list of vertices that define the constraint geometry
loadForwardFromEdge(SemiVirtualEdge) - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Load the content of the forward of the specified edge
loadReverseFromEdge(SemiVirtualEdge) - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Load the content of the reverse of the specified edge
lt(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Tests whether this value is less than another DoubleDouble value.

M

maintainingTin - Variable in class org.tinfour.common.PolyLineConstraintAdapter: The Delaunay triangulation associated with the constraint (if any)
mapRowColumnToXy(double, double, Point2D) - Method in class org.tinfour.utils.GridSpecification: Maps the specified row and column values to the Cartesian coordinates in the system defined by the grid.
mapValueToPixel(double) - Method in class org.tinfour.utils.AxisIntervals: Maps a value to a corresponding pixel coordinate.
mapXyToRowColumn(double, double, double[], int) - Method in class org.tinfour.utils.GridSpecification: Maps the specified x and y coordinates to non-integral row and column values.
max(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Computes the maximum of this and another DD number.
MaxValue - org.tinfour.common.VertexMergerGroup.ResolutionRule: use the maximum z value
MeanValue - org.tinfour.common.VertexMergerGroup.ResolutionRule: use the mean z value
MEMORY_FOR_STANDARD - Static variable in class org.tinfour.utils.TinInstantiationUtility: Measured memory use by Hotspot JVM with a maximum memory setting smaller than 32 gigabytes, using object reference compression.
MEMORY_FOR_VIRTUAL - Static variable in class org.tinfour.utils.TinInstantiationUtility: Measured memory use by Hotspot JVM with a maximum memory setting smaller than 32 gigabytes, using object reference compression.
METERS - org.tinfour.utils.LinearUnits: Specifies units in meters.
min(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Computes the minimum of this and another DD number.
MinValue - org.tinfour.common.VertexMergerGroup.ResolutionRule: use the minimum z value
multiply(double) - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns a new DoubleDouble whose value is (this * y).
multiply(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns a new DoubleDouble whose value is (this * y).

N

NaN - Static variable in class org.tinfour.vividsolutions.jts.math.DD: A value representing the result of an operation which does not return a valid number.
NaturalNeighborElements - Class in org.tinfour.interpolation: Provides a simple container for the component elements computed during a natural neighbor interpolation.
NaturalNeighborElements(double, double, double[], Vertex[], double) - Constructor for class org.tinfour.interpolation.NaturalNeighborElements: Constructs a result indicating a successful query.
NaturalNeighborElements.ResultType - Enum in org.tinfour.interpolation: Indicate the kind of results that are stored in this instance.
NaturalNeighborInterpolator - Class in org.tinfour.interpolation: Provides interpolations based on Sibson's Natural Neighbor Interpolation method.
NaturalNeighborInterpolator(IIncrementalTin) - Constructor for class org.tinfour.interpolation.NaturalNeighborInterpolator: Construct an interpolator that operates on the specified TIN.
NearestEdgeResult - Class in org.tinfour.common: Provides a minimal set of data elements for the result of a nearest-edge location operation.
NearestEdgeResult(IQuadEdge, double, double, double, boolean) - Constructor for class org.tinfour.common.NearestEdgeResult: Standard constructor.
NearestNeighborPointCollector - Class in org.tinfour.utils: Provides a utility for the efficient identification of the K-nearest points to a specified set of query coordinates.
NearestNeighborPointCollector(List<Vertex>, boolean) - Constructor for class org.tinfour.utils.NearestNeighborPointCollector: Construct a collector based on the specified list of vertices and bounds.
negate() - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns a new DoubleDouble whose value is -this.
NeighborEdgeVertex - Class in org.tinfour.common: Provides a minimal set of data elements for the result of a neighbor-edge location operation.
NeighborEdgeVertex(IQuadEdge, double, double, double, boolean) - Constructor for class org.tinfour.common.NeighborEdgeVertex: Standard constructor.
next() - Method in class org.tinfour.common.SimpleTriangleIterator
next() - Method in class org.tinfour.common.VertexIterator
next() - Method in class org.tinfour.edge.QuadEdgePinwheel

O

OpenLine - org.tinfour.utils.alphashape.AlphaPartType: Indicates that a part is a chain of one or more potentially disjoint line segments that do not form a proper closed polygon.
org.tinfour.common - package org.tinfour.common: Provides classes and interfaces that are common to multiple packages within the TinFour project.
org.tinfour.contour - package org.tinfour.contour: Provides classes in support of contouring from Delaunay Triangulations
org.tinfour.edge - package org.tinfour.edge: Provides implementations of the IQuadEdge interface with supporting data-management classes.
org.tinfour.interpolation - package org.tinfour.interpolation: Provides interfaces and supporting classes for performing interpolation over TINs
org.tinfour.io - package org.tinfour.io: Utilities related to I/O operations
org.tinfour.refinement - package org.tinfour.refinement: Classes and interfaces to support Delaunay refinement.
org.tinfour.semivirtual - package org.tinfour.semivirtual: Provides classes and interfaces for creating a Triangulated Irregular Network (TIN) based on the Delaunay Triangulation specification and using a semi-virtual representation of edges to reduce memory requirements.
org.tinfour.standard - package org.tinfour.standard: Provides classes and interfaces for creating a Triangulated Irregular Network (TIN) based on the Delaunay Triangulation specification.
org.tinfour.utils - package org.tinfour.utils: Provides both high-level and general utilities for using the Tinfour packages.
org.tinfour.utils.alphashape - package org.tinfour.utils.alphashape: Supports of the creation of alpha shapes from the Delaunay triangulation.
org.tinfour.utils.loaders - package org.tinfour.utils.loaders: Defines interfaces and provides utilities for loading data
org.tinfour.utils.rendering - package org.tinfour.utils.rendering: Provides utilities to assist in rendering graphics for Tinfour and related applications.
org.tinfour.vividsolutions.jts.math - package org.tinfour.vividsolutions.jts.math: A temporary package providing tools from the JTS Topology Suite.
org.tinfour.voronoi - package org.tinfour.voronoi: An experimental package implementing Voronoi Diagram functionality
orientation(double, double, double, double, double, double) - Method in class org.tinfour.common.GeometricOperations: Use extended arithmetic to compute the signed orientation of the triangle defined by three points
Outside - org.tinfour.utils.Polyside.Result: The point is unambiguously outside the polygon

P

parse(String) - Static method in class org.tinfour.vividsolutions.jts.math.DD: Converts a string representation of a real number into a DoubleDouble value.
partial - Variable in class org.tinfour.utils.alphashape.AlphaCircle: Indicates that the input segment was of length greater than the radius
Perimeter - org.tinfour.contour.ContourRegion.ContourRegionType: At least one contour lies on the perimeter of the TIN.
PI - Static variable in class org.tinfour.vividsolutions.jts.math.DD: The value nearest to the constant Pi.
PI_2 - Static variable in class org.tinfour.vividsolutions.jts.math.DD: The value nearest to the constant Pi / 2.
pinwheel() - Method in interface org.tinfour.common.IQuadEdge: Gets an instance of an iterable that performs a pinwheel operation.
pinwheel() - Method in class org.tinfour.edge.QuadEdge
pinwheel() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
Polygon - org.tinfour.utils.alphashape.AlphaPartType: Indicates that a part is a closed polygon.
PolygonConstraint - Class in org.tinfour.common: An implementation of the IConstraint interface intended to store constraints comprised of a polygon.
PolygonConstraint() - Constructor for class org.tinfour.common.PolygonConstraint: Standard constructor
PolygonConstraint(List<Vertex>) - Constructor for class org.tinfour.common.PolygonConstraint: Constructs a constraint with the specified vertices.
PolygonConstraint(Vertex, Vertex, Vertex, Vertex) - Constructor for class org.tinfour.common.PolygonConstraint: A convenience constructor intended for the frequently occurring case in which an application wishes to define a constraint as a rectangle or four-vertex polygon
PolyLineConstraintAdapter - Class in org.tinfour.common: An implementation of the IConstraint interface intended to store constraints comprised of a chain of connected line segments.
PolylineThinner - Class in org.tinfour.utils: Provides utilities for reducing the number of points in a polygon or line feature by using Visvalingam's algorithm.
PolylineThinner() - Constructor for class org.tinfour.utils.PolylineThinner: Standard constructor.
Polyside - Class in org.tinfour.utils: A utility for determining whether a specified coordinate is inside a polygon defined by IQuadEdge instances.
Polyside.Result - Enum in org.tinfour.utils: An enumeration indicating the result of a point-in-poygon test
postMessage(String) - Method in interface org.tinfour.common.IMonitorWithCancellation: Permits the monitor to post a message for use by the calling application.
pow(int) - Method in class org.tinfour.vividsolutions.jts.math.DD: Computes the value of this number raised to an integral power.
preAllocateEdges(int) - Method in interface org.tinfour.common.IIncrementalTin: Allocates a number of vertices roughly sufficient to represent a TIN containing the specified number of vertices.
preAllocateEdges(int) - Method in class org.tinfour.edge.EdgePool: Pre-allocates the specified number of edges.
preAllocateEdges(int) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Allocates a number of vertices roughly sufficient to represent a TIN containing the specified number of vertices.
preAllocateEdges(int) - Method in class org.tinfour.standard.IncrementalTin: Allocates a number of vertices roughly sufficient to represent a TIN containing the specified number of vertices.
PRECISION_THRESHOLD_FACTOR - Static variable in class org.tinfour.common.Thresholds: Factor for computing precision threshold.
printCaption(PrintStream) - Static method in class org.tinfour.utils.BasicTabulator: Print a header for the summary of tabulator output.
printDiagnostics(PrintStream) - Method in interface org.tinfour.common.IIncrementalTin: Print statistics and diagnostic information collected during the TIN construction process.
printDiagnostics(PrintStream) - Method in class org.tinfour.edge.EdgePool: Prints diagnostic information about the manager to the specified print stream.
printDiagnostics(PrintStream) - Method in class org.tinfour.interpolation.InverseDistanceWeightingInterpolator: Prints diagnostic information about sample sizes and spacing used for interpolation
printDiagnostics(PrintStream) - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator: Prints a set of diagnostic information describing the operations used to interpolate points.
printDiagnostics(PrintStream) - Method in class org.tinfour.io.BufferedRandomAccessFile: Prints current state data for file.
printDiagnostics(PrintStream) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Print statistics and diagnostic information collected during the TIN construction process.
printDiagnostics(PrintStream) - Method in class org.tinfour.semivirtual.SemiVirtualStochasticLawsonsWalk: Print diagnostic information about the walk behavior to output stream.
printDiagnostics(PrintStream) - Method in class org.tinfour.standard.IncrementalTin: Print statistics and diagnostic information collected during the TIN construction process.
printDiagnostics(PrintStream) - Method in class org.tinfour.standard.StochasticLawsonsWalk: Print diagnostic information about the walk behavior to output stream.
printDiagnostics(PrintStream) - Method in class org.tinfour.voronoi.BoundedVoronoiDiagram: Prints diagnostic statistics for the Voronoi Diagram object.
printEdges(PrintStream) - Method in interface org.tinfour.common.IIncrementalTin: Provides a diagnostic print out of the edges comprising the TIN.
printEdges(PrintStream) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Provides a diagnostic print out of the edges comprising the TIN.
printEdges(PrintStream) - Method in class org.tinfour.standard.IncrementalTin: Provides a diagnostic print out of the edges comprising the TIN.
printSummary(PrintStream) - Method in interface org.tinfour.common.IIntegrityCheck: Prints a summary of data collected during inspection of a TIN.
printSummary(PrintStream) - Method in class org.tinfour.standard.IntegrityCheck
printSummary(PrintStream) - Method in class org.tinfour.utils.TinInstantiationUtility: Prints a summary of the size computations and resulting IIncrementalTin class decision based on information supplied to the constructor.

Q

QuadEdge - Class in org.tinfour.edge: A representation of an edge with forward and reverse links on one side and counterpart links attached to its dual (other side).
QuadEdge(int) - Constructor for class org.tinfour.edge.QuadEdge: Construct the edge and its dual assigning the pair the specified index.
QuadEdgeConstants - Class in org.tinfour.edge: Defines constants for use in QuadEdge related operations.
QuadEdgePinwheel - Class in org.tinfour.edge: Provides an implementation of the pinwheel operation via the Iterator and Iterable interfaces.
QuadEdgePinwheel(IQuadEdge) - Constructor for class org.tinfour.edge.QuadEdgePinwheel: Constructs a pinwheel iterator based on the specified edge.

R

r - Variable in class org.tinfour.utils.alphashape.AlphaCircle: Radius used to construct the circles
read(IMonitorWithCancellation) - Method in interface org.tinfour.utils.loaders.IVertexReader: Read a collection of vertices from the data source associated with the current implementation and instance.
read(IMonitorWithCancellation) - Method in class org.tinfour.utils.loaders.VertexReaderText
readAscii(int) - Method in class org.tinfour.io.BufferedRandomAccessReader: Reads a C/C++ style null-terminated string of a specified maximum length from the from data file.
readAscii(StringBuilder, int) - Method in class org.tinfour.io.BufferedRandomAccessReader: Reads a C/C++ style null-terminated string of a specified maximum length from the from data file.
readASCII(int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads the specified number of bytes from the source file treating them as ASCII characters and returning a valid, potentially zero-length string.
readASCII(StringBuilder, int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads the specified number of bytes from the source file treating them as ASCII characters and appending them to a string builder.
readBoolean() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads one input byte and returns true if that byte is nonzero, false if that byte is zero.
readBoolean() - Method in class org.tinfour.io.BufferedRandomAccessReader: Reads one input byte and returns true if that byte is nonzero, false if that byte is zero.
readByte() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a single byte from the file, interpreting it as a signed value in the range -128 through 127, inclusive.
readByte() - Method in class org.tinfour.io.BufferedRandomAccessReader: Reads and returns one input byte.
readChar() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads two input bytes and returns a char value following the general specification of the Java DataInput interface.
readCharASCII() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a single byte from the file, interpreting it as an ASCII character.
readDouble() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a 8-byte floating-point value in the big-endian order compatible with the Java DataInput interface.
readDouble() - Method in class org.tinfour.io.BufferedRandomAccessReader: Read 8 bytes from the file and returns a Java double.
readDoubleBigEndian() - Method in class org.tinfour.io.BufferedRandomAccessReader: Read 8 bytes from the file and returns a Java double.
readFloat() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a 4-byte floating-point value in the big-endian order compatible with the Java DataInput interface.
readFloat() - Method in class org.tinfour.io.BufferedRandomAccessReader: Reads 4 bytes from the file and returns a Java float.
readFully(byte[]) - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads enough bytes from the input file to fill the specified byte array.
readFully(byte[], int, int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads the specified number of bytes from the input file into the provided array starting at the specified offset position.Bytes are signed values in the range -128 to 127.
readGrid() - Method in class org.tinfour.utils.GridFileReader: Reads the grid portion of the file.
readInt() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a 4-byte integer value in the big-endian order compatible with the Java DataInput interface.
readInt() - Method in class org.tinfour.io.BufferedRandomAccessReader: Read 4 bytes and return Java integer.
readIntBigEndian() - Method in class org.tinfour.io.BufferedRandomAccessReader: Read 4 bytes and return Java integer.
readLine() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads the next linhe of text from the input following the general specifications of the DataInput interface.
readLong() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a 8-byte integer value in the big-endian order compatible with the Java DataInput interface.
readLong() - Method in class org.tinfour.io.BufferedRandomAccessReader: Read 8 bytes from the file and returns a java long
readShort() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a 2-byte (short) integer value in the big-endian order compatible with the Java DataInput interface.
readShort() - Method in class org.tinfour.io.BufferedRandomAccessReader: Reads two bytes from the file treating them as being in little-endian order and returns a short.
readStrings() - Method in class org.tinfour.io.DelimitedReader: Read a row of strings from the file
readStrings(List<String>) - Method in class org.tinfour.io.DelimitedReader: Read a row of strings from the file, storing the results in a reusable list.
readUnsignedByte() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a single unsigned byte from the file, interpreting it as a signed value in the range 0 through 255, inclusive.
readUnsignedByte() - Method in class org.tinfour.io.BufferedRandomAccessReader: Reads one input byte and returns an integer value in the range 0 through 255.
readUnsignedInt() - Method in class org.tinfour.io.BufferedRandomAccessReader: Reads 4 bytes given in little-endian order and and returns a Java long primitive given values in the range 0 through 4294967295.
readUnsignedShort() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads 2-bytes as an unsignd integer value in the big-endian order compatible with the Java DataInput interface.
readUnsignedShort() - Method in class org.tinfour.io.BufferedRandomAccessReader: Read two bytes and returns a Java int primitive.
readUTF() - Method in class org.tinfour.io.BufferedRandomAccessFile: Reads a series of UTF-8 characters following the specifications of the DataOutput interface.
reciprocal() - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns a DoubleDouble whose value is 1 / this.
refactor(Iterable<Vertex>) - Method in interface org.tinfour.common.IPolyline: Creates a new polyline feature with the specified geometry and transfers any data elements defined by the implementing class from the current object to the newly created one.
refactor(Iterable<Vertex>) - Method in class org.tinfour.common.LinearConstraint
refactor(Iterable<Vertex>) - Method in class org.tinfour.common.PolygonConstraint
refine() - Method in interface org.tinfour.refinement.IDelaunayRefiner: Refines the associated triangulation to improve its quality according to the implementation's criteria (e.g., increasing minimum angles, removing skinny triangles, etc).
refine() - Method in class org.tinfour.refinement.RuppertRefiner: Perform refinement on the supplied IIncrementalTin.
refineOnce() - Method in interface org.tinfour.refinement.IDelaunayRefiner: Performs a single refinement operation on the associated triangulation.
refineOnce() - Method in class org.tinfour.refinement.RuppertRefiner
remove() - Method in class org.tinfour.edge.QuadEdgePinwheel
remove(Vertex) - Method in interface org.tinfour.common.IIncrementalTin: Removes the specified vertex from the TIN.
remove(Vertex) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Removes the specified vertex from the TIN.
remove(Vertex) - Method in class org.tinfour.standard.IncrementalTin: Removes the specified vertex from the TIN.
removeChildren() - Method in class org.tinfour.contour.ContourRegion: Removes all child (nested) regions from the internal list and nullifies any of the child-region parent links.
removeVertex(Vertex) - Method in class org.tinfour.common.VertexMergerGroup: Removes the specified vertex from the group.
render(int, int, int) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Depicts the content of the Delaunay triangulation (TIN) associated with this instance.
render(RenderingSurfaceAid) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Uses the application-provided RenderingSurfaceAir to depicts the content of the Delaunay triangulation (TIN) associated with this instance.
RendererForTinInspection - Class in org.tinfour.utils.rendering: Provides a utility for rendering instances of the incremental TIN classes (the Delaunay triangulation classes) to an image.
RendererForTinInspection(IIncrementalTin) - Constructor for class org.tinfour.utils.rendering.RendererForTinInspection: Construct an instance of a renderer configured for the default presentation of a Delaunay triangulation (e.g, a TIN).
renderImage(int, int, int) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Depicts the content of the Delaunay triangulation (TIN) associated with this instance.
RenderingSurfaceAid - Class in org.tinfour.utils.rendering: Creates data elements suitable for rendering 2D graphics based on a Cartesian coordinate system.
RenderingSurfaceAid(int, int, int, double, double, double, double) - Constructor for class org.tinfour.utils.rendering.RenderingSurfaceAid: Constructs a graphics surface (BufferedImage) and resources for a coordinate system appropriate for the presentation of a rectangular region defined by the specified coordinates.
RenderingSurfaceAid(int, int, int, double, double, double, double, boolean) - Constructor for class org.tinfour.utils.rendering.RenderingSurfaceAid: Constructs a graphics surface (BufferedImage) and resources for a coordinate system appropriate for the presentation of a rectangular region defined by the specified coordinates.
RenderingTransformAid - Class in org.tinfour.utils.rendering: Provides an aid for establishing a Cartesian coordinate system for rendering 2D drawings as well as utilities for initializing a graphics surface.
RenderingTransformAid(int, int, int, double, double, double, double) - Constructor for class org.tinfour.utils.rendering.RenderingTransformAid: Constructs resources for a coordinate system appropriate for the presentation of a rectangular region defined by the specified coordinates.
report(PrintStream) - Method in class org.tinfour.utils.VisvalingamLineSimplification: Print summary information about the line simplification.
reportDone() - Method in interface org.tinfour.common.IMonitorWithCancellation: Called when the progress is done.
reportProgress(int) - Method in interface org.tinfour.common.IMonitorWithCancellation: Report progress to monitoring implementation.
reserved0 - Variable in class org.tinfour.common.Vertex: An unused field reserved for use by applications and derived classes
reserved1 - Variable in class org.tinfour.common.Vertex: An unused field reserved for use by applications and derived classes
reset() - Method in class org.tinfour.semivirtual.SemiVirtualStochasticLawsonsWalk: Reset the random seed for the stochastic functions to zero.
reset() - Method in class org.tinfour.standard.StochasticLawsonsWalk: Reset the random seed for the stochastic functions to zero.
resetForChangeToTin() - Method in interface org.tinfour.common.IIncrementalTinNavigator: Reset the navigator due to a change in the TIN.
resetForChangeToTin() - Method in interface org.tinfour.common.IProcessUsingTin: Reset the processor due to a change in the TIN.
resetForChangeToTin() - Method in class org.tinfour.interpolation.InverseDistanceWeightingInterpolator: Used by an application to reset the state data within the interpolator when the content of the TIN may have changed.
resetForChangeToTin() - Method in class org.tinfour.interpolation.NaturalNeighborInterpolator: Used by an application to reset the state data within the interpolator when the content of the TIN may have changed.
resetForChangeToTin() - Method in class org.tinfour.interpolation.TriangularFacetInterpolator: Used by an application to reset the state data within the interpolator when the content of the TIN may have changed.
resetForChangeToTin() - Method in class org.tinfour.interpolation.TriangularFacetSpecialInterpolator: Used by an application to reset the state data within the interpolator when the content of the TIN may have changed.
rint() - Method in class org.tinfour.vividsolutions.jts.math.DD: Rounds this value to the nearest integer.
RuppertRefiner - Class in org.tinfour.refinement: RuppertRefiner implements Ruppert’s Delaunay refinement for improving mesh quality of an IIncrementalTin.
RuppertRefiner(IIncrementalTin, double) - Constructor for class org.tinfour.refinement.RuppertRefiner: Constructs a RuppertRefiner with the requested minimum internal triangle angle.
RuppertRefiner(IIncrementalTin, double, double) - Constructor for class org.tinfour.refinement.RuppertRefiner: Constructs a RuppertRefiner with the requested minimum internal triangle angle and a user-specified minimum triangle area threshold.
RuppertRefiner(IIncrementalTin, double, double, boolean, boolean, boolean) - Constructor for class org.tinfour.refinement.RuppertRefiner: Constructs a RuppertRefiner with explicit runtime policy options.

S

sampleSpacing(double, int) - Static method in class org.tinfour.utils.Tincalc: Estimates the average distance between point samples distributed randomly within a specified area with approximately uniform density, specified in arbitrary units.
seek(long) - Method in class org.tinfour.io.BufferedRandomAccessFile: Sets the file position given as an offset the beginning of the file.
seek(long) - Method in class org.tinfour.io.BufferedRandomAccessReader: Sets the virtual file-pointer position measured from the beginning of the file.
selfAdd(double) - Method in class org.tinfour.vividsolutions.jts.math.DD: Adds the argument to the value of this.
selfAdd(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Adds the argument to the value of this.
selfDivide(double) - Method in class org.tinfour.vividsolutions.jts.math.DD: Divides this object by the argument, returning this.
selfDivide(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Divides this object by the argument, returning this.
selfMultiply(double) - Method in class org.tinfour.vividsolutions.jts.math.DD: Multiplies this object by the argument, returning this.
selfMultiply(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Multiplies this object by the argument, returning this.
selfSqr() - Method in class org.tinfour.vividsolutions.jts.math.DD: Squares this object.
selfSubtract(double) - Method in class org.tinfour.vividsolutions.jts.math.DD: Subtracts the argument from the value of this.
selfSubtract(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Subtracts the argument from the value of this.
SemiVirtualEdge - Class in org.tinfour.semivirtual: Provides methods and elements implementing the QuadEdge data structure using a virtual representation of the links based on integer arrays rather than direct class instances.
SemiVirtualIncrementalTin - Class in org.tinfour.semivirtual: Provides a memory-conserving variation on the IncrementalTin class for building and maintaining a Triangulated Irregular Network (TIN) that is optimal with regard to the Delaunay criterion.
SemiVirtualIncrementalTin() - Constructor for class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Constructs an incremental TIN using numerical thresholds appropriate for the default nominal point spacing of 1 unit.
SemiVirtualIncrementalTin(double) - Constructor for class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Constructs an incremental TIN using numerical thresholds appropriate for the specified nominal point spacing.
SemiVirtualStochasticLawsonsWalk - Class in org.tinfour.semivirtual: Methods and definitions to perform a stochastic Lawson's walk.
SemiVirtualStochasticLawsonsWalk() - Constructor for class org.tinfour.semivirtual.SemiVirtualStochasticLawsonsWalk: Constructs an instance with a nominal point spacing of 1.
SemiVirtualStochasticLawsonsWalk(double) - Constructor for class org.tinfour.semivirtual.SemiVirtualStochasticLawsonsWalk: Construct an instance based on the specified nominal point spacing.
setA(Vertex) - Method in class org.tinfour.edge.QuadEdge: Sets the initial vertex for this edge.
setA(Vertex) - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Sets the initial vertex of the current edge (and final vertex of its dual)
setApplicationData(Object) - Method in interface org.tinfour.common.IConstraint: Permits an application to add data elements to the constraint for its own uses.
setApplicationData(Object) - Method in class org.tinfour.common.PolyLineConstraintAdapter
setApplicationIndex(int) - Method in class org.tinfour.contour.ContourRegion: Allows a calling implementation to set an application-defined index value to be used to associate supplemental data with the region
setAreaFillColor(Color) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Set the area fill rendering to use a single, uniform color or paint for all polygons.
setAreaFillEnabled(boolean) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerAdapter
setAreaFillEnabled(boolean) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Sets the option for enabling area fill operations
setAreaFillEnabled(boolean) - Method in interface org.tinfour.voronoi.IBoundedVoronoiStyler: Sets the option for enabling area fill operations
setAreaFillPalette(Color[]) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Set the area fill rendering to use a single, uniform color or paint for all polygons.
setAuxiliaryIndex(int) - Method in class org.tinfour.common.Vertex: Sets the auxiliary index for the vertex.
setAuxiliaryIndex(int) - Method in class org.tinfour.common.VertexMergerGroup: Sets the color index for the vertex.
setB(Vertex) - Method in class org.tinfour.edge.QuadEdge: Sets the second (B) vertex for this edge (also the A reference of the dual edge).
setB(Vertex) - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Sets the final vertex of the current edge (and initial vertex of its dual)
setBackgroundColor(Color) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the background color for the image.
setBounds(Rectangle2D) - Method in class org.tinfour.voronoi.BoundedVoronoiBuildOptions: Sets the bounds for the Bounded Voronoi Diagram.
setCircumcenter(double, double, double) - Method in class org.tinfour.common.Circumcircle: Sets the coordinate for the circumcenter and radius for this instance.
setColor(Color) - Method in class org.tinfour.voronoi.BoundedVoronoiVertexSymbol: Set the color for this symbol.
setConstraintBorderIndex(int) - Method in interface org.tinfour.common.IQuadEdge: Sets a flag identifying the edge as the border of a region-based constraint and stores the index for that constraint.
setConstraintBorderIndex(int) - Method in class org.tinfour.edge.QuadEdge
setConstraintBorderIndex(int) - Method in class org.tinfour.semivirtual.SemiVirtualEdge
setConstraintIndex(int) - Method in interface org.tinfour.common.IQuadEdge: Sets the constraint index for this edge.
setConstraintIndex(int) - Method in class org.tinfour.edge.QuadEdge
setConstraintIndex(int) - Method in class org.tinfour.semivirtual.SemiVirtualEdge
setConstraintIndex(IIncrementalTin, int) - Method in interface org.tinfour.common.IConstraint: Sets an index value used for internal bookkeeping by Tinfour code; not intended for use by application code.
setConstraintIndex(IIncrementalTin, int) - Method in class org.tinfour.common.PolyLineConstraintAdapter
setConstraintLineIndex(int) - Method in interface org.tinfour.common.IQuadEdge: Sets a flag identifying the edge as the border of a line-based constraint and stores the index for that constraint.
setConstraintLineIndex(int) - Method in class org.tinfour.edge.QuadEdge
setConstraintLineIndex(int) - Method in class org.tinfour.semivirtual.SemiVirtualEdge
setConstraintLineMemberFlag() - Method in interface org.tinfour.common.IQuadEdge: Sets the constraint-line member flag for the edge to true.
setConstraintLineMemberFlag() - Method in class org.tinfour.edge.QuadEdge
setConstraintLineMemberFlag() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
setConstraintLinkingEdge(IQuadEdge) - Method in interface org.tinfour.common.IConstraint: Sets a reference to an arbitrarily selected edge that was produced when the constraint was added to a TIN.
setConstraintLinkingEdge(IQuadEdge) - Method in class org.tinfour.common.PolyLineConstraintAdapter
setConstraintMember(boolean) - Method in class org.tinfour.common.Vertex: Sets or clears the is-constraint-member status of a vertex.
setConstraintRegionBorderFlag() - Method in interface org.tinfour.common.IQuadEdge: Sets a flag indicating that the edge is an edge of a constrained region.
setConstraintRegionBorderFlag() - Method in class org.tinfour.edge.QuadEdge
setConstraintRegionBorderFlag() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
setConstraintRegionInteriorIndex(int) - Method in interface org.tinfour.common.IQuadEdge: Sets a flag identifying the edge as an interior member of a region-based constraint and stores the index for that constraint.
setConstraintRegionInteriorIndex(int) - Method in class org.tinfour.edge.QuadEdge
setConstraintRegionInteriorIndex(int) - Method in class org.tinfour.semivirtual.SemiVirtualEdge
setCoordinateSystemIsPixels(boolean) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Indicates that the coordinate system associated with the Delaunay triangulation should be rendered as if the coordinates were based on pixels rather than a Cartesian coordinate system.
setCoordinateTransform(ICoordinateTransform) - Method in interface org.tinfour.utils.loaders.IVertexReader: Sets a coordinate transform to be used for mapping values from the source file to vertex coordinates.
setCoordinateTransform(ICoordinateTransform) - Method in class org.tinfour.utils.loaders.VertexReaderText: Sets a coordinate transform to be used for mapping values from the source file to vertex coordinates.
setDelimiter(char) - Method in class org.tinfour.utils.loaders.VertexReaderText: Sets the delimiter character for a file.
setDrawFrameEnabled(boolean) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Enables the drawing of a rectangular frame around the image
setDualForward(QuadEdge) - Method in class org.tinfour.edge.QuadEdge: Sets the forward link to the dual of this edge.
setDualForward(SemiVirtualEdge) - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Sets the forward link for the dual of the current edge.
setDualReverse(QuadEdge) - Method in class org.tinfour.edge.QuadEdge: Sets the reverse link of the dual to this edge.
setDualReverse(SemiVirtualEdge) - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Sets the reverse link for the dual of the current edge.
setEdgeColor(Color) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the color for drawing edges.
setEdgeLabelDualSideConfiguration(boolean) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the edge-rendering operation to label both sides of an edge.
setEdgeLabelEnabled(boolean) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the render operation to label edges.
setEdgeRenderingEnabled(boolean) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the rendering operation to draw edges.
setFont(Font) - Method in class org.tinfour.voronoi.BoundedVoronoiVertexSymbol: Sets the font to be used for labeling.
setForegroundColor(Color) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the foreground color used to draw vertices, frames, and other features.
setForward(QuadEdge) - Method in class org.tinfour.edge.QuadEdge: Sets the forward reference for this edge.
setForward(SemiVirtualEdge) - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Sets the forward link for the current edge.
setIncrementalTin(IIncrementalTin) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the incremental TIN instance to be used for rendering
setIndex(int) - Method in class org.tinfour.common.Vertex: Sets the arbitrary index associated with the vertex.
setIndex(int) - Method in class org.tinfour.edge.QuadEdge: Sets the index value for this edge.
setLabel(String) - Method in class org.tinfour.voronoi.BoundedVoronoiVertexSymbol: Sets the label for this symbol
setLine2D(AffineTransform, Line2D) - Method in interface org.tinfour.common.IQuadEdge: Deprecated.
setLine2D(AffineTransform, Line2D) - Method in class org.tinfour.edge.QuadEdge
setLine2D(AffineTransform, Line2D) - Method in class org.tinfour.semivirtual.SemiVirtualEdge
setLinearUnits(LinearUnits) - Method in class org.tinfour.utils.loaders.VertexReaderText: Sets the linear units for the coordinate system used by the horizontal (x and y) coordinates of the data.
setLineColor(Color) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Set the color for rendering lines
setLineStroke(Stroke) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Set the stroke for rendering lines
setParent(ContourRegion) - Method in class org.tinfour.contour.ContourRegion: Sets the reference to the contour region that encloses the region represented by this class.
setRefinementProduct(boolean) - Method in class org.tinfour.common.Vertex: Sets or clears the is-refinement-product status of a vertex.
setResolutionRule(VertexMergerGroup.ResolutionRule) - Method in class org.tinfour.common.VertexMergerGroup: Sets the rule for resolving coincident vertices; recalculates value for vertex if necessary
setResolutionRule(VertexMergerGroup.ResolutionRule) - Method in class org.tinfour.utils.NearestNeighborPointCollector: Sets the rule for resolving coincident vertices; recalculates value for vertices in the collection, if necessary
setResolutionRuleForMergedVertices(VertexMergerGroup.ResolutionRule) - Method in interface org.tinfour.common.IIncrementalTin: Specifies a rule for interpreting the Z value of a group of vertices that were merged due to being coincident, or nearly coincident.
setResolutionRuleForMergedVertices(VertexMergerGroup.ResolutionRule) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Specifies a rule for interpreting the Z value of a group of vertices that were merged due to being coincident, or nearly coincident.
setResolutionRuleForMergedVertices(VertexMergerGroup.ResolutionRule) - Method in class org.tinfour.standard.IncrementalTin: Specifies a rule for interpreting the Z value of a group of vertices that were merged due to being coincident, or nearly coincident.
setReverse(QuadEdge) - Method in class org.tinfour.edge.QuadEdge: Sets the reverse reference for this edge.
setReverse(SemiVirtualEdge) - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Sets the reverse link for the current edge.
setStatus(int) - Method in class org.tinfour.common.Vertex: Sets the status value of the vertex.
setSynthetic(boolean) - Method in interface org.tinfour.common.IQuadEdge: Sets the synthetic flag for the edge.
setSynthetic(boolean) - Method in class org.tinfour.common.Vertex: Sets or clears the is-synthetic status of a vertex.
setSynthetic(boolean) - Method in class org.tinfour.edge.QuadEdge
setSynthetic(boolean) - Method in class org.tinfour.semivirtual.SemiVirtualEdge
setTargetHeaders(String[]) - Method in class org.tinfour.utils.loaders.VertexReaderText: Sets an array of strings to be used as the target headers for the x, y, and z columns.
setValue(double) - Method in class org.tinfour.vividsolutions.jts.math.DD: Set the value for the DD object.
setValue(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Set the value for the DD object.
setVertexAdjustmentEnabled(boolean) - Method in interface org.tinfour.common.IIncrementalTin: Sets an option allowing or disabling Tinfour's ability to make small adjustments in the position of a vertex when constructing a Delaunay triangulation.
setVertexAdjustmentEnabled(boolean) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
setVertexAdjustmentEnabled(boolean) - Method in class org.tinfour.standard.IncrementalTin
setVertexAdjustments(double[]) - Method in class org.tinfour.utils.SmoothingFilter: Sets the array of adjustments for vertices
setVertexColor(Color) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Set the color for rendering vertices
setVertexLabelEnabledToDisplayZ(boolean) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the render operation to label vertices based on their z value.
setVertexLabelEnabledToShowIndex(boolean) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the render operation to label vertices based on their integer index value.
setVertexLabelFormatZ(String) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the format used when creating a label based on the numerical value of the z coordinate for a vertex.
setVertexLabelingEnabled(boolean) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Specifies whether vertex labeling is enabled.
setVertexLabelingFont(Font) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Sets the font for labeling vertices
setVertexRenderingEnabled(boolean) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Sets the render operation to draw vertices.
setVertexRenderingSize(double) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Set the size in pixels for the vertex symbol.
setVertexSymbolEnabled(boolean) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Specifies whether vertex symbols are to be rendered.
setVertexSymbolSize(double) - Method in class org.tinfour.voronoi.BoundedVoronoiStylerDefault: Sets the size for rendering vertices.
setVerticalCoordinateTransform(IVerticalCoordinateTransform) - Method in class org.tinfour.utils.loaders.VertexReaderText: Sets a coordinate transform to be applied when reading vertical coordinates (z coordinates).
setVertices(Vertex, Vertex) - Method in class org.tinfour.edge.QuadEdge: Sets the vertices for this edge (and its dual).
setVertices(Vertex, Vertex) - Method in class org.tinfour.semivirtual.SemiVirtualEdge: Sets both vertices for the current edge (and the opposite vertices of its dual).
setWithheld(boolean) - Method in class org.tinfour.common.Vertex: Sets or clears the is-withheld status of a vertex.
signum() - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns an integer indicating the sign of this value.
SimpleGeographicTransform - Class in org.tinfour.utils.loaders: Provides a rudimentary implementation of a geographic transform.
SimpleGeographicTransform(double, double, LinearUnits) - Constructor for class org.tinfour.utils.loaders.SimpleGeographicTransform: Constructs a transform with the origin at the specified center latitude and longitude.
SimpleTriangle - Class in org.tinfour.common: Provides methods and elements for a simple representation of a triangle based on IQuadEdge edges.
SimpleTriangle(IIncrementalTin, IQuadEdge) - Constructor for class org.tinfour.common.SimpleTriangle: Construct a simple triangle from the specified edges.
SimpleTriangle(IIncrementalTin, IQuadEdge, IQuadEdge, IQuadEdge) - Constructor for class org.tinfour.common.SimpleTriangle: Construct a simple triangle from the specified edges.
SimpleTriangleIterator - Class in org.tinfour.common: An implementation of an iterator for looping through the triangles implicit in a Triangulated Irregular Network.
SimpleTriangleIterator(IIncrementalTin) - Constructor for class org.tinfour.common.SimpleTriangleIterator: Construct an instance of the iterator based on the specified Incremental TIN structure.
simplify(double) - Method in class org.tinfour.contour.ContourBuilderForTin: Simplifies line features using an implementation of Visvalingam's algorithm.
simplify(int, double[], double) - Method in class org.tinfour.utils.VisvalingamLineSimplification: Simplify the geometry of the input line or polygon by progressively removing points related to small-area features.
size() - Method in class org.tinfour.contour.Contour: Indicates the number of points stored in the contour
size() - Method in class org.tinfour.edge.EdgePool: Get the number of Edges currently stored in the collection
skipBytes(int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Attempts to skip over n bytes.
skipBytes(int) - Method in class org.tinfour.io.BufferedRandomAccessReader: Makes an attempt to advance the virtual file position by n bytes in order to match the functionality of the DataInput interface.
SmoothingFilter - Class in org.tinfour.utils: An implementation of the vertex valuator that processes the vertices in a Constrained Delaunay Triangulation and applies a low-pass filter over the data.
SmoothingFilter(IIncrementalTin) - Constructor for class org.tinfour.utils.SmoothingFilter: Construct a smoothing filter.
SmoothingFilter(IIncrementalTin, int) - Constructor for class org.tinfour.utils.SmoothingFilter: Construct a smoothing filter.
SmoothingFilterInitializer - Class in org.tinfour.utils: An implementation of the vertex valuator that processes the vertices in a Constrained Delaunay Triangulation and applies a low-pass filter over the data.
SmoothingFilterInitializer(IIncrementalTin, int) - Constructor for class org.tinfour.utils.SmoothingFilterInitializer: Construct a smoothing filter.
sort(List<Vertex>) - Method in class org.tinfour.utils.HilbertSort: Sort the vertices in the list by their Hilbert ranking.
splitEdge(IQuadEdge, double, boolean) - Method in interface org.tinfour.common.IIncrementalTin: Split an existing edge into two at the midpoint, using the specified zSplit value as the z coordinate for the new vertex.
splitEdge(IQuadEdge, double, double) - Method in interface org.tinfour.common.IIncrementalTin: Splits an existing edge into two at parametric position t measured from the edge’s origin (A) toward its destination (B).
splitEdge(IQuadEdge, double, double) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Splits the edge at parameter t measured from A toward B. t is clamped to (ε, 1-ε) to avoid zero-length subedges.
splitEdge(IQuadEdge, double, double) - Method in class org.tinfour.standard.IncrementalTin: Splits the edge at parameter t measured from A toward B. t is clamped to (ε, 1-ε) to avoid zero-length subedges.
splitEdge(IQuadEdge, double, double, boolean) - Method in interface org.tinfour.common.IIncrementalTin: Deprecated.
splitEdge(IQuadEdge, double, double, boolean) - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin: Splits the edge at parameter t measured from A toward B. t is clamped to (ε, 1-ε) to avoid zero-length subedges.
splitEdge(IQuadEdge, double, double, boolean) - Method in class org.tinfour.standard.IncrementalTin
splitEdge(QuadEdge, Vertex) - Method in class org.tinfour.edge.EdgePool: Split the edge e into two by inserting a new vertex m into the edge.
sqr() - Method in class org.tinfour.vividsolutions.jts.math.DD: Computes the square of this value.
sqr(double) - Static method in class org.tinfour.vividsolutions.jts.math.DD: Computes the square of the specified value.
sqrt() - Method in class org.tinfour.vividsolutions.jts.math.DD: Computes the positive square root of this value.
sqrt(double) - Static method in class org.tinfour.vividsolutions.jts.math.DD: Returns the square root of the specified value as a double-precision instance.
status - Variable in class org.tinfour.common.Vertex: The bit-mapped status flags for the vertex.
StochasticLawsonsWalk - Class in org.tinfour.standard: Methods and definitions to perform a stochastic Lawson's walk.
StochasticLawsonsWalk() - Constructor for class org.tinfour.standard.StochasticLawsonsWalk: Constructs an instance with a nominal point spacing of 1.
StochasticLawsonsWalk(double) - Constructor for class org.tinfour.standard.StochasticLawsonsWalk: Construct an instance based on the specified nominal point spacing.
subtract(double) - Method in class org.tinfour.vividsolutions.jts.math.DD: Computes a new DoubleDouble object whose value is (this - y).
subtract(DD) - Method in class org.tinfour.vividsolutions.jts.math.DD: Computes a new DoubleDouble object whose value is (this - y).
SUCCESS - org.tinfour.interpolation.NaturalNeighborElements.ResultType: Indicates that the interpolation was successful and all member elements are populated
summarize(PrintStream, boolean) - Method in class org.tinfour.utils.alphashape.AlphaShape: Prints a summary of the content of the alpha shape to the specified print-stream instance (such as System.out, etc.).
summarize(PrintStream, double) - Method in class org.tinfour.contour.ContourBuilderForTin: Provides a summary of statistics and measurements for the contour building process and resulting data.
summarize(PrintStream, String) - Method in class org.tinfour.utils.BasicTabulator: Prints a summary of the statistics computed from signed inputs.
summarizeAbsValues(PrintStream, String) - Method in class org.tinfour.utils.BasicTabulator: Prints a summary of the statistics computed from absolute values of the inputs.
SYNTHETIC_EDGE_FLAG - Static variable in class org.tinfour.edge.QuadEdgeConstants: A bit indicating that an edge has been marked as synthetic.

T

tabulate(double) - Method in class org.tinfour.utils.BasicTabulator: Adds the specified value to the running tallies.
tabulateTriangle(Vertex, Vertex, Vertex) - Method in class org.tinfour.common.TriangleCount: Compute area for the triangle specified by the vertex arguments and add it to the triangle count and area summations.
testGetVerticesAgainstInputList(List<Vertex>) - Method in interface org.tinfour.common.IIntegrityCheck: Compares the list of vertices from the getVertices() method to the original list of input vertices and determines whether they are consistent.
testGetVerticesAgainstInputList(List<Vertex>) - Method in class org.tinfour.standard.IntegrityCheck
testInput(List<Vertex>, List<Vertex>) - Method in class org.tinfour.common.BootstrapUtility: Given a set of input Vertices, test to see if their (x,y) coordinates are sufficient to create a bootstrap triangle for processing.
ThiessenPolygon - Class in org.tinfour.voronoi: Provides elements and methods for representing a Thiessen Polygon created by the BoundedVoronoi class.
ThiessenPolygon(Vertex, List<IQuadEdge>, boolean) - Constructor for class org.tinfour.voronoi.ThiessenPolygon: Constructs a Thiessen Polygon representation.
thinPoints(IPolyline, List<IPolyline>, double) - Method in class org.tinfour.utils.PolylineThinner: Given a feature, apply Visvalingam's algorithm to reduce the complexity of the feature geometry.
Thresholds - Class in org.tinfour.common: Provides a standard calculation of threshold values appropriate for use in an incremental TIN implementation based on nominal point spacing.
Thresholds() - Constructor for class org.tinfour.common.Thresholds: Constructs thresholds for a nominal point spacing of 1.
Thresholds(double) - Constructor for class org.tinfour.common.Thresholds: Constructs threshold values for the specified nominalPointSpacing.
Tincalc - Class in org.tinfour.utils: Provides simple calculations useful for various Tinfour operations.
TinInstantiationUtility - Class in org.tinfour.utils: Provides a utility for instantiating either the QuadEdge or virtual versions of the TIN class based on the amount of memory available
TinInstantiationUtility(double, int) - Constructor for class org.tinfour.utils.TinInstantiationUtility: Constructs an instance bases on a specification for how much memory is available for use and the anticipated number of vertices that will be added to the TIN.
toMeters(double) - Method in enum org.tinfour.utils.LinearUnits: Convert the specified value to meters.
toSciNotation() - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns the string representation of this value in scientific notation.
toStandardNotation() - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns the string representation of this value in standard notation.
toString() - Method in class org.tinfour.common.Circumcircle
toString() - Method in class org.tinfour.common.PolygonConstraint
toString() - Method in class org.tinfour.common.SimpleTriangle
toString() - Method in class org.tinfour.common.Vertex
toString() - Method in class org.tinfour.contour.Contour
toString() - Method in class org.tinfour.contour.ContourRegion
toString() - Method in class org.tinfour.edge.EdgePool
toString() - Method in class org.tinfour.edge.QuadEdge
toString() - Method in class org.tinfour.interpolation.InverseDistanceWeightingInterpolator
toString() - Method in class org.tinfour.semivirtual.SemiVirtualEdge
toString() - Method in class org.tinfour.utils.alphashape.AlphaPart
toString() - Method in class org.tinfour.utils.alphashape.AlphaShape
toString() - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns a string representation of this number, in either standard or scientific notation.
toString() - Method in class org.tinfour.voronoi.ThiessenPolygon
transcribeEdgesToPath2D(List<IQuadEdge>) - Method in class org.tinfour.utils.rendering.RendererForTinInspection: Creates a Path2D from a list of edges.
transcribeToLine2D(AffineTransform, Line2D) - Method in interface org.tinfour.common.IQuadEdge: Provides a convenience method for rendering edges by setting the Line2D argument with the transformed coordinates of the edge.
transcribeToLine2D(AffineTransform, Line2D) - Method in class org.tinfour.edge.QuadEdge
transcribeToLine2D(AffineTransform, Line2D) - Method in class org.tinfour.semivirtual.SemiVirtualEdge
transform(int, double) - Method in interface org.tinfour.utils.loaders.IVerticalCoordinateTransform: Transform the vertical coordinate of a feature.
TriangleCollector - Class in org.tinfour.utils: Provides a utility for collecting triangles from a TIN.
TriangleCount - Class in org.tinfour.common: Provides descriptive data for a Triangulated Irregular Network (TIN).
TriangleCount() - Constructor for class org.tinfour.common.TriangleCount: Create an instance for tabulating a survey of the triangles which may or may not be members of a TIN.
TriangleCount(IIncrementalTin) - Constructor for class org.tinfour.common.TriangleCount: A constructor that performs a survey of the TIN to gather statistics about the triangles that comprise it.
triangles() - Method in interface org.tinfour.common.IIncrementalTin: Provides a convenience implementation that can be used with a Java enhanced-loop statement to access the set of SimpleTriangles implicit in the structure of the incremental TIN.
triangles() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
triangles() - Method in class org.tinfour.standard.IncrementalTin
triangles() - Method in class org.tinfour.utils.alphashape.AlphaShape: Provides an instance of an iterable that can be used to access the set of triangles interior to the alpha shape.
TriangularFacetInterpolator - Class in org.tinfour.interpolation: Provides interpolation based on treating the surface as a collection of planar triangular facets.
TriangularFacetInterpolator(IIncrementalTin) - Constructor for class org.tinfour.interpolation.TriangularFacetInterpolator: Construct an interpolator that operates on the specified TIN.
TriangularFacetSpecialInterpolator - Class in org.tinfour.interpolation: Provides interpolation based on treating the surface as a collection of triangular facets with special handling for regions outside the domain of the Delaunay triangulation.
TriangularFacetSpecialInterpolator(IIncrementalTin) - Constructor for class org.tinfour.interpolation.TriangularFacetSpecialInterpolator: Construct an interpolator that operates on the specified TIN.
TrivialPointSet - org.tinfour.common.BootstrapUtility.BootstrapTestResult: Indicates that all input vertices are coincident or nearly coincident, so that no meaningful computations are possible within the specified thresholds.
trunc() - Method in class org.tinfour.vividsolutions.jts.math.DD: Returns the integer which is largest in absolute value and not further from zero than this value.
TWO_PI - Static variable in class org.tinfour.vividsolutions.jts.math.DD: The value nearest to the constant 2 * Pi.

U

Unknown - org.tinfour.common.BootstrapUtility.BootstrapTestResult: Indicates that the routine was unable to find a valid bootstrap triangle from the input vertex set.
UNKNOWN - org.tinfour.utils.LinearUnits: Indicates that no unit specification is applicable.
Unspecified - org.tinfour.utils.alphashape.AlphaPartType: Indicates that the part type is unknown; this state is only used for improperly constructed parts.

V

valid - Variable in class org.tinfour.utils.alphashape.AlphaCircle: Indicates that the alpha circles are properly defined
Valid - org.tinfour.common.BootstrapUtility.BootstrapTestResult: Indicates that the routine was able to find a valid bootstrap triangle from the input vertex set.
value(Vertex) - Method in interface org.tinfour.interpolation.IVertexValuator: Given a vertex v, obtain its value
value(Vertex) - Method in class org.tinfour.interpolation.VertexValuatorDefault
value(Vertex) - Method in class org.tinfour.utils.SmoothingFilter
valueOf(double) - Static method in class org.tinfour.vividsolutions.jts.math.DD: Converts the double argument to a DoubleDouble number.
valueOf(String) - Static method in enum org.tinfour.common.BootstrapUtility.BootstrapTestResult: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.tinfour.common.VertexMergerGroup.ResolutionRule: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.tinfour.contour.Contour.ContourType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.tinfour.contour.ContourRegion.ContourRegionType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.tinfour.interpolation.NaturalNeighborElements.ResultType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.tinfour.utils.alphashape.AlphaPartType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.tinfour.utils.GridSpecification.CellPosition: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.tinfour.utils.LinearUnits: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.tinfour.utils.Polyside.Result: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in class org.tinfour.vividsolutions.jts.math.DD: Converts the string argument to a DoubleDouble number.
valueOf(String) - Static method in enum org.tinfour.voronoi.BoundedVoronoiRenderingType: Returns the enum constant of this type with the specified name.
values() - Static method in enum org.tinfour.common.BootstrapUtility.BootstrapTestResult: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.tinfour.common.VertexMergerGroup.ResolutionRule: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.tinfour.contour.Contour.ContourType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.tinfour.contour.ContourRegion.ContourRegionType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.tinfour.interpolation.NaturalNeighborElements.ResultType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.tinfour.utils.alphashape.AlphaPartType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.tinfour.utils.GridSpecification.CellPosition: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.tinfour.utils.LinearUnits: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.tinfour.utils.Polyside.Result: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.tinfour.voronoi.BoundedVoronoiRenderingType: Returns an array containing the constants of this enum type, in the order they are declared.
verifyAssignments(IIncrementalTin, PrintStream) - Method in class org.tinfour.utils.VertexColorizerKempe6: A test utility for verifying the results from the assignColorsToVertices method.
Vertex - Class in org.tinfour.common: Represents a point in a connected network on a planar surface.
Vertex - org.tinfour.voronoi.BoundedVoronoiRenderingType: Feature type for vertex rendering features
Vertex(double, double, double) - Constructor for class org.tinfour.common.Vertex: Construct a vertex with the specified coordinates and z value.
Vertex(double, double, double, int) - Constructor for class org.tinfour.common.Vertex: Construct a vertex with the specified coordinates and ID value.
VERTEX_TOLERANCE_FACTOR_DEFAULT - Static variable in class org.tinfour.common.Thresholds: Factor for computing the vertex tolerance.
VertexAdjustment - Class in org.tinfour.common: Provides a wrapper class used to represent the adjusted position of a vertex.
VertexAdjustment(double, double, Vertex) - Constructor for class org.tinfour.common.VertexAdjustment: Construct an instance with the specified Cartesian coordinates while copying the attributes of the original vertex.
VertexColorizerKempe6 - Class in org.tinfour.utils: Assign vertices color index values so that no two connected vertices have the same color.
VertexColorizerKempe6() - Constructor for class org.tinfour.utils.VertexColorizerKempe6: Standard constructor.
VertexIterator - Class in org.tinfour.common: An implementation of an iterator for looping through the vertices that form a Triangulated Irregular Network.
VertexIterator(IIncrementalTin) - Constructor for class org.tinfour.common.VertexIterator: Construct an instance of the iterator based on the specified Incremental TIN structure.
VertexMergerGroup - Class in org.tinfour.common: A synthetic vertex used to handle cases when multiple vertices occupy coincident locations.
VertexMergerGroup(Vertex) - Constructor for class org.tinfour.common.VertexMergerGroup: Constructs a coincident vertex using the specified vertex for initialization.
VertexMergerGroup.ResolutionRule - Enum in org.tinfour.common: Specifies a rule for determining a z value based on the collection of coincident vertices.
VertexReaderText - Class in org.tinfour.utils.loaders: A utility for loading vertices from a file for testing.
VertexReaderText(File) - Constructor for class org.tinfour.utils.loaders.VertexReaderText: Constructs an instance of a text-based vertex reader for the specified file and determines the delimiter to be used for separating columns.
VertexValuatorDefault - Class in org.tinfour.interpolation: A valuator that returns the Z coordinate of a vertex.
VertexValuatorDefault() - Constructor for class org.tinfour.interpolation.VertexValuatorDefault: Standard constructor.
vertices() - Method in interface org.tinfour.common.IIncrementalTin: Provides a convenience implementation that can be used with a Java enhanced-loop statement to access the set of vertices stored in an incremental TIN.
vertices() - Method in class org.tinfour.semivirtual.SemiVirtualIncrementalTin
vertices() - Method in class org.tinfour.standard.IncrementalTin
Vertices - org.tinfour.utils.alphashape.AlphaPartType: Indicates that a part contains a set of unassociated vertices.
visitSimpleTriangles(IIncrementalTin, Consumer<SimpleTriangle>) - Static method in class org.tinfour.utils.TriangleCollector: Identify all valid triangles in the specified TIN and provide them to the application-supplied Consumer.
visitTriangles(IIncrementalTin, Consumer<Vertex[]>) - Static method in class org.tinfour.utils.TriangleCollector: Identify all valid triangles in the specified TIN and provide them to the application-supplied Consumer.
visitTrianglesConstrained(IIncrementalTin, Consumer<Vertex[]>) - Static method in class org.tinfour.utils.TriangleCollector: Traverses the TIN, visiting all triangles that are members of a constrained region.
visitTrianglesForConstrainedRegion(IConstraint, Consumer<Vertex[]>) - Static method in class org.tinfour.utils.TriangleCollector: Traverses the interior of a constrained region, visiting the triangles in its interior.
VisvalingamLineSimplification - Class in org.tinfour.utils: Provides an implementation of Visvalingam's algorithm for simplifying lines by repeated elimination of the smallest area features.
VisvalingamLineSimplification() - Constructor for class org.tinfour.utils.VisvalingamLineSimplification: Standard constructor.

W

wasTargetExteriorToTin() - Method in interface org.tinfour.common.INeighborhoodPointsCollector: Indicates that the most recent target coordinates were exterior to the TIN.
write(byte[]) - Method in class org.tinfour.io.BufferedRandomAccessFile: Writes an array of bytes to the output
write(byte[], int, int) - Method in class org.tinfour.io.BufferedRandomAccessFile
write(int) - Method in class org.tinfour.io.BufferedRandomAccessFile
writeASCII(String, int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Write the content of the string as a sequence of characters in the range of the ASCII character set.
writeAsciiFile(File, float[][], String, String) - Method in class org.tinfour.utils.GridSpecification: Writes a two dimensional array of values to a file in a form compatible with Esri's ASCII raster file format.
writeBoolean(boolean) - Method in class org.tinfour.io.BufferedRandomAccessFile
writeByte(int) - Method in class org.tinfour.io.BufferedRandomAccessFile
writeBytes(String) - Method in class org.tinfour.io.BufferedRandomAccessFile
writeChar(int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Writes a character using two output bytes following the general specification of the Java DataOutput interface.
writeChars(String) - Method in class org.tinfour.io.BufferedRandomAccessFile
writeDouble(double) - Method in class org.tinfour.io.BufferedRandomAccessFile
writeFloat(float) - Method in class org.tinfour.io.BufferedRandomAccessFile
writeFully(byte[]) - Method in class org.tinfour.io.BufferedRandomAccessFile: Write the content of the specified array
writeFully(byte[], int, int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Write the specified number of bytes from the byte array starting at the indicated offset (array index).
writeInt(int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Writes a 4 byte integer value to the output in a form consistent with the Java DataOutput interface.
writeLong(long) - Method in class org.tinfour.io.BufferedRandomAccessFile
writeShort(int) - Method in class org.tinfour.io.BufferedRandomAccessFile: Writes two bytes to the output following the specifications of the Java DataOutput interface.
writeUTF(String) - Method in class org.tinfour.io.BufferedRandomAccessFile: Writes a series of UTF-8 characters following the specifications of the DataOutput interface.

X

x - Variable in class org.tinfour.common.Vertex: The Cartesian coordinate of the vertex (immutable).
x - Variable in class org.tinfour.interpolation.NaturalNeighborElements: The Cartesian x coordinate for the query that produced this instance.
x - Variable in class org.tinfour.utils.loaders.CoordinatePair: The x horizontal coordinate for the pair

Y

y - Variable in class org.tinfour.common.Vertex: The Cartesian coordinate of the vertex (immutable).
y - Variable in class org.tinfour.interpolation.NaturalNeighborElements: The Cartesian y coordinate for the query that produced this instance.
y - Variable in class org.tinfour.utils.loaders.CoordinatePair: The y horizontal coordinate for the pair

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