Uses of Class algoanim.util.Node

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Uses of Class
algoanim.util.Node

Packages that use Node
algoanim.animalscript	This package contains the generator back-end for AnimalScript.
algoanim.primitives
algoanim.primitives.generators
algoanim.primitives.vhdl
algoanim.util	Using the classes in the animalscriptapi.util package

Uses of Node in algoanim.animalscript

Methods in algoanim.animalscript with parameters of type Node

static java.lang.String AnimalGenerator.makeNodeDef(Node n)
Creates the definition of a Node in AnimalScript.

void AnimalGenerator.moveTo(Primitive p, java.lang.String direction, java.lang.String moveType, Node target, Timing delay, Timing duration)

AndGate AnimalScript.newAndGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

Arc AnimalScript.newArc(Node center, Node radius, java.lang.String name, DisplayOptions display, ArcProperties ep)





<T> ArrayBasedQueue<T>

AnimalScript.newArrayBasedQueue(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display,
                   QueueProperties qp,
                   int capacity)





<T> ArrayBasedStack<T>

AnimalScript.newArrayBasedStack(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display,
                   StackProperties sp,
                   int capacity)

Circle AnimalScript.newCircle(Node center, int radius, java.lang.String name, DisplayOptions display, CircleProperties cp)

CircleSeg AnimalScript.newCircleSeg(Node center, int radius, java.lang.String name, DisplayOptions display, CircleSegProperties cp)





<T> ConceptualQueue<T>

AnimalScript.newConceptualQueue(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display,
                   QueueProperties qp)





<T> ConceptualStack<T>

AnimalScript.newConceptualStack(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display,
                   StackProperties sp)

Demultiplexer AnimalScript.newDemultiplexer(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

DFlipflop AnimalScript.newDFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

DoubleArray AnimalScript.newDoubleArray(Node upperLeft, double[] data, java.lang.String name, ArrayDisplayOptions display, ArrayProperties iap)

DoubleMatrix AnimalScript.newDoubleMatrix(Node upperLeft, double[][] data, java.lang.String name, DisplayOptions display, MatrixProperties iap)

Ellipse AnimalScript.newEllipse(Node center, Node radius, java.lang.String name, DisplayOptions display, EllipseProperties ep)

EllipseSeg AnimalScript.newEllipseSeg(Node center, Node radius, java.lang.String name, DisplayOptions display, EllipseSegProperties cp)

Graph AnimalScript.newGraph(java.lang.String name, int[][] graphAdjacencyMatrix, Node[] graphNodes, java.lang.String[] labels, DisplayOptions display, GraphProperties graphProps)

IntArray AnimalScript.newIntArray(Node upperLeft, int[] data, java.lang.String name, ArrayDisplayOptions display, ArrayProperties iap)

IntMatrix AnimalScript.newIntMatrix(Node upperLeft, int[][] data, java.lang.String name, DisplayOptions display, MatrixProperties iap)

JKFlipflop AnimalScript.newJKFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)





<T> ListBasedQueue<T>

AnimalScript.newListBasedQueue(Node upperLeft,
                  java.util.List<T> content,
                  java.lang.String name,
                  DisplayOptions display,
                  QueueProperties qp)





<T> ListBasedStack<T>

AnimalScript.newListBasedStack(Node upperLeft,
                  java.util.List<T> content,
                  java.lang.String name,
                  DisplayOptions display,
                  StackProperties sp)

ListElement AnimalScript.newListElement(Node upperLeft, int pointers, java.util.LinkedList<java.lang.Object> pointerLocations, ListElement prev, ListElement next, java.lang.String name, DisplayOptions display, ListElementProperties lp)

Multiplexer AnimalScript.newMultiplexer(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

NAndGate AnimalScript.newNAndGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

NorGate AnimalScript.newNorGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

NotGate AnimalScript.newNotGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

OrGate AnimalScript.newOrGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

Point AnimalScript.newPoint(Node coords, java.lang.String name, DisplayOptions display, PointProperties pp)

Polygon AnimalScript.newPolygon(Node[] vertices, java.lang.String name, DisplayOptions display, PolygonProperties pp)

Polyline AnimalScript.newPolyline(Node[] vertices, java.lang.String name, DisplayOptions display, PolylineProperties pp)

Rect AnimalScript.newRect(Node upperLeft, Node lowerRight, java.lang.String name, DisplayOptions display, RectProperties rp)

RSFlipflop AnimalScript.newRSFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

SourceCode AnimalScript.newSourceCode(Node upperLeft, java.lang.String name, DisplayOptions display, SourceCodeProperties sp)

Square AnimalScript.newSquare(Node upperLeft, int width, java.lang.String name, DisplayOptions display, SquareProperties sp)

StringArray AnimalScript.newStringArray(Node upperLeft, java.lang.String[] data, java.lang.String name, ArrayDisplayOptions display, ArrayProperties sap)

StringMatrix AnimalScript.newStringMatrix(Node upperLeft, java.lang.String[][] data, java.lang.String name, DisplayOptions display, MatrixProperties iap)

Text AnimalScript.newText(Node upperLeft, java.lang.String text, java.lang.String name, DisplayOptions display, TextProperties tp)

TFlipflop AnimalScript.newTFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

Triangle AnimalScript.newTriangle(Node x, Node y, Node z, java.lang.String name, DisplayOptions display, TriangleProperties tp)

XNorGate AnimalScript.newXNorGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

XOrGate AnimalScript.newXOrGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)

void AnimalGenerator.rotate(Primitive p, Node center, int degrees, Timing t, Timing d)

void AnimalGraphGenerator.translateNode(Graph graph, int nodeIndex, Node location, Timing offset, Timing duration)

void AnimalGraphGenerator.translateNodes(Graph graph, int[] nodeIndices, Node location, Timing offset, Timing duration)

void AnimalGraphGenerator.translateWithFixedNodes(Graph graph, int[] nodeIndices, Node location, Timing offset, Timing duration)

Method parameters in algoanim.animalscript with type arguments of type Node
`VHDLWire`	`AnimalScript.newWire(java.util.List<Node> nodes, int speed, java.lang.String name, DisplayOptions display, VHDLWireProperties properties)`

Uses of Node in algoanim.primitives

Fields in algoanim.primitives declared as Node
`protected Node[]`	`Graph.nodes`
`protected Node`	`SourceCode.upperLeft`

Methods in algoanim.primitives that return Node
`Node`	`EllipseSeg.getCenter()` Returns the center of this `EllipseSeg`.
`Node`	`Ellipse.getCenter()` Returns the center of this `Ellipse`.
`Node`	`CircleSeg.getCenter()` Returns the center of this `CircleSeg`.
`Node`	`Circle.getCenter()` Returns the center of this `Circle`.
`Node`	`Arc.getCenter()` Returns the center of this `Arc`.
`Node`	`Point.getCoords()` Returns the coordinates of this `Point`.
`Node`	`Rect.getLowerRight()` Returns the lower right corner of this `Rect`.
`Node`	`Graph.getNode(int nodeNr)`
`Node[]`	`Triangle.getNodes()` Returns the `Node`s of this `Triangle`.
`Node[]`	`Polyline.getNodes()` Returns the `Node`s of this `Polyline`.
`Node[]`	`Polygon.getNodes()` Returns the nodes of this `Polygon`.
`Node`	`EllipseSeg.getRadius()` Returns the radius of this `EllipseSeg`.
`Node`	`Ellipse.getRadius()` Returns the radius of this `Ellipse`.
`Node`	`Arc.getRadius()` Returns the radius of this `Arc`.
`Node`	`Graph.getStartKnoten()`
`Node`	`VisualStack.getUpperLeft()` Returns the upper left corner of the stack.
`Node`	`VisualQueue.getUpperLeft()` Returns the upper left corner of the queue.
`Node`	`Text.getUpperLeft()` Returns the upper left corner of this `Text` element.
`Node`	`StringMatrix.getUpperLeft()` Returns the upper left corner of this matrix.
`Node`	`StringArray.getUpperLeft()` Returns the upper left corner of this `StringArray`.
`Node`	`Square.getUpperLeft()` Returns the upper left corner of this `Square`.
`Node`	`SourceCode.getUpperLeft()` Returns the upper left corner of this `SourceCode` element.
`Node`	`Rect.getUpperLeft()` Returns the upper left corner of this `Rect`.
`Node`	`ListElement.getUpperLeft()` Returns the upper left corner of this `ListElement`.
`Node`	`IntMatrix.getUpperLeft()` Returns the upper left corner of this matrix.
`Node`	`IntArray.getUpperLeft()` Returns the upper left corner of this array.
`Node`	`DoubleMatrix.getUpperLeft()` Returns the upper left corner of this matrix.
`Node`	`DoubleArray.getUpperLeft()` Returns the upper left corner of this array.
`Node`	`Graph.getZielKnoten()`

Methods in algoanim.primitives with parameters of type Node
`void`	`Primitive.moveTo(java.lang.String direction, java.lang.String moveType, Node target, Timing delay, Timing duration)` TODO �ber die Exceptions nachdenken...
`void`	`Primitive.rotate(Node center, int degrees, Timing t, Timing d)` Rotates this `Primitive` around a given center.
`void`	`Graph.setStartKnoten(Node node)`
`void`	`Graph.setZielKnoten(Node node)`
`void`	`Graph.translateNode(int nodeIndex, Node location, Timing offset, Timing duration)`
`void`	`Graph.translateNodes(int[] nodeIndices, Node location, Timing offset, Timing duration)`
`void`	`Graph.translateWithFixedNodes(int[] nodeIndices, Node location, Timing offset, Timing duration)`

Constructors in algoanim.primitives with parameters of type Node
`Arc(ArcGenerator ag, Node aCenter, Node aRadius, java.lang.String name, DisplayOptions display, ArcProperties ep)` Instantiates the `Arc` and calls the create() method of the associated `ArcGenerator`.
`ArrayBasedQueue(ArrayBasedQueueGenerator<T> abqg, Node upperLeftCorner, java.util.List<T> content, java.lang.String name, DisplayOptions display, QueueProperties qp, int capacity)` Instantiates the `ArrayBasedQueue` and calls the create() method of the associated `ArrayBasedQueueGenerator`.
`ArrayBasedStack(ArrayBasedStackGenerator<T> absg, Node upperLeftCorner, java.util.List<T> content, java.lang.String name, DisplayOptions display, StackProperties sp, int capacity)` Instantiates the `ArrayBasedStack` and calls the create() method of the associated `ArrayBasedStackGenerator`.
`Circle(CircleGenerator cg, Node aCenter, int aRadius, java.lang.String name, DisplayOptions display, CircleProperties cp)` Instantiates the `Circle` and calls the create() method of the associated `CircleGenerator`.
`CircleSeg(CircleSegGenerator csg, Node aCenter, int aRadius, java.lang.String name, DisplayOptions display, CircleSegProperties cp)` Instantiates the `CircleSeg` and calls the create() method of the associated `CircleSegGenerator`.
`ConceptualQueue(ConceptualQueueGenerator<T> cqg, Node upperLeftCorner, java.util.List<T> content, java.lang.String name, DisplayOptions display, QueueProperties qp)` Instantiates the `ConceptualQueue` and calls the create() method of the associated `ConceptualQueueGenerator`.
`ConceptualStack(ConceptualStackGenerator<T> csg, Node upperLeftCorner, java.util.List<T> content, java.lang.String name, DisplayOptions display, StackProperties sp)` Instantiates the `ConceptualStack` and calls the create() method of the associated `ConceptualStackGenerator`.
`DoubleArray(DoubleArrayGenerator dag, Node upperLeftCorner, double[] arrayData, java.lang.String name, ArrayDisplayOptions display, ArrayProperties iap)` Instantiates the `IntArray` and calls the create() method of the associated `IntArrayGenerator`.
`DoubleMatrix(DoubleMatrixGenerator iag, Node upperLeftCorner, double[][] matrixData, java.lang.String name, DisplayOptions display, MatrixProperties iap)` Instantiates the `DoubleMatrix` and calls the create() method of the associated `DoubleMatrixGenerator`.
`Ellipse(EllipseGenerator eg, Node aCenter, Node aRadius, java.lang.String name, DisplayOptions display, EllipseProperties ep)` Instantiates the `Ellipse` and calls the create() method of the associated `EllipseGenerator`.
`EllipseSeg(EllipseSegGenerator esg, Node aCenter, Node aRadius, java.lang.String name, DisplayOptions display, EllipseSegProperties ep)` Instantiates the `CircleSeg` and calls the create() method of the associated `CircleSegGenerator`.
`Graph(GraphGenerator graphGen, java.lang.String name, int[][] graphAdjacencyMatrix, Node[] graphNodes, java.lang.String[] labels, DisplayOptions display, GraphProperties props)` Instantiates the `Graph` and calls the create() method of the associated `GraphGenerator`.
`IntArray(IntArrayGenerator iag, Node upperLeftCorner, int[] arrayData, java.lang.String name, ArrayDisplayOptions display, ArrayProperties iap)` Instantiates the `IntArray` and calls the create() method of the associated `IntArrayGenerator`.
`IntMatrix(IntMatrixGenerator iag, Node upperLeftCorner, int[][] matrixData, java.lang.String name, DisplayOptions display, MatrixProperties iap)` Instantiates the `IntMatrix` and calls the create() method of the associated `IntMatrixGenerator`.
`ListBasedQueue(ListBasedQueueGenerator<T> lbqg, Node upperLeftCorner, java.util.List<T> content, java.lang.String name, DisplayOptions display, QueueProperties qp)` Instantiates the `ListBasedQueue` and calls the create() method of the associated `ListBasedQueueGenerator`.
`ListBasedStack(ListBasedStackGenerator<T> lbsg, Node upperLeftCorner, java.util.List<T> content, java.lang.String name, DisplayOptions display, StackProperties sp)` Instantiates the `ListBasedStack` and calls the create() method of the associated `ListBasedStackGenerator`.
`ListElement(ListElementGenerator leg, Node upperLeftCorner, int nrPointers, java.util.LinkedList<java.lang.Object> pointerLocations, ListElement prevElement, ListElement nextElement, java.lang.String name, DisplayOptions display, ListElementProperties lp)` Instantiates the `ListElement` and calls the create() method of the associated `ListElementGenerator`.
`ListElement(ListElementGenerator leg, Node upperLeftCorner, int nrPointers, java.util.LinkedList<java.lang.Object> pointerLocations, ListElement prevElement, java.lang.String name, DisplayOptions display, ListElementProperties lp)` Instantiates the `ListElement` and calls the create() method of the associated `ListElementGenerator`.
`Point(PointGenerator pg, Node theCoords, java.lang.String name, DisplayOptions display, PointProperties pp)` Instantiates the `Point` and calls the create() method of the associated `PointGenerator`.
`Polygon(PolygonGenerator pg, Node[] theNodes, java.lang.String name, DisplayOptions display, PolygonProperties pp)` Instantiates the `Polygon` and calls the create() method of the associated `PolygonGenerator`.
`Polyline(PolylineGenerator pg, Node[] theNodes, java.lang.String name, DisplayOptions display, PolylineProperties pp)` Instantiates the `Polyline` and calls the create() method of the associated `PolylineGenerator`.
`Rect(RectGenerator rg, Node upperLeftCorner, Node lowerRightCorner, java.lang.String name, DisplayOptions display, RectProperties rp)` Instantiates the `Rect` and calls the create() method of the associated `RectGenerator`.
`SourceCode(SourceCodeGenerator generator, Node upperLeft, java.lang.String name, DisplayOptions display, SourceCodeProperties properties)` Instantiates the `SourceCode` and calls the create() method of the associated `SourceCodeGenerator`.
`Square(SquareGenerator sg, Node upperLeftCorner, int theWidth, java.lang.String name, DisplayOptions display, SquareProperties sp)` Instantiates the `Square` and calls the create() method of the associated `SquareGenerator`.
`StringArray(StringArrayGenerator sag, Node upperLeftCorner, java.lang.String[] arrayData, java.lang.String name, ArrayDisplayOptions display, ArrayProperties iap)` Instantiates the `StringArray` and calls the create() method of the associated `StringArrayGenerator`.
`StringMatrix(StringMatrixGenerator iag, Node upperLeftCorner, java.lang.String[][] matrixData, java.lang.String name, DisplayOptions display, MatrixProperties iap)` Instantiates the `StringMatrix` and calls the create() method of the associated `StringMatrixGenerator`.
`Text(TextGenerator tg, Node upperLeftCorner, java.lang.String theText, java.lang.String name, DisplayOptions display, TextProperties tp)` Instantiates the `Text` and calls the create() method of the associated `TextGenerator`.
`Triangle(TriangleGenerator tg, Node pointA, Node pointB, Node pointC, java.lang.String name, DisplayOptions display, TriangleProperties tp)` Instantiates the `Triangle` and calls the create() method of the associated `TriangleGenerator`.
`VisualQueue(GeneratorInterface g, Node upperLeftCorner, java.util.List<T> content, java.lang.String name, DisplayOptions display, QueueProperties qp)` Constructor of the `VisualQueue`.
`VisualStack(GeneratorInterface g, Node upperLeftCorner, java.util.List<T> content, java.lang.String name, DisplayOptions display, StackProperties sp)` Constructor of the `VisualStack`.

Uses of Node in algoanim.primitives.generators

Methods in algoanim.primitives.generators with parameters of type Node

void GeneratorInterface.moveTo(Primitive p, java.lang.String direction, java.lang.String moveType, Node target, Timing delay, Timing duration)
Moves a Primitive to a point

AndGate VHDLLanguage.newAndGate(Node upperLeft, int width, int height, java.lang.String name, char inA, char inB, char outC, DisplayOptions display, VHDLElementProperties properties)
Creates a new AndGate object.

AndGate VHDLLanguage.newAndGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new AndGate object.

AndGate Language.newAndGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new AndGate object.

abstract AndGate VHDLLanguage.newAndGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new AndGate object.

abstract AndGate Language.newAndGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new AndGate object.

Arc Language.newArc(Node center, Node radius, java.lang.String name, DisplayOptions display)

abstract Arc Language.newArc(Node center, Node radius, java.lang.String name, DisplayOptions display, ArcProperties ap)





<T> ArrayBasedQueue<T>

Language.newArrayBasedQueue(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display,
                   int capacity)

Creates a new ArrayBasedQueue object.

abstract 



<T> ArrayBasedQueue<T>

Language.newArrayBasedQueue(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display,
                   QueueProperties qp,
                   int capacity)

Creates a new ArrayBasedQueue object.





<T> ArrayBasedStack<T>

Language.newArrayBasedStack(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display,
                   int capacity)

Creates a new ArrayBasedStack object.

abstract 



<T> ArrayBasedStack<T>

Language.newArrayBasedStack(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display,
                   StackProperties sp,
                   int capacity)

Creates a new ArrayBasedStack object.

Circle Language.newCircle(Node center, int radius, java.lang.String name, DisplayOptions display)
Creates a new Circle object.

abstract Circle Language.newCircle(Node center, int radius, java.lang.String name, DisplayOptions display, CircleProperties cp)
Creates a new Circle object.

CircleSeg Language.newCircleSeg(Node center, int radius, java.lang.String name, DisplayOptions display)
Creates a new CircleSeg object.

abstract CircleSeg Language.newCircleSeg(Node center, int radius, java.lang.String name, DisplayOptions display, CircleSegProperties cp)
Creates a new CircleSeg object.





<T> ConceptualQueue<T>

Language.newConceptualQueue(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display)

Creates a new ConceptualQueue object.

abstract 



<T> ConceptualQueue<T>

Language.newConceptualQueue(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display,
                   QueueProperties qp)

Creates a new ConceptualQueue object.





<T> ConceptualStack<T>

Language.newConceptualStack(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display)

Creates a new ConceptualStack object.

abstract 



<T> ConceptualStack<T>

Language.newConceptualStack(Node upperLeft,
                   java.util.List<T> content,
                   java.lang.String name,
                   DisplayOptions display,
                   StackProperties sp)

Creates a new ConceptualStack object.

Demultiplexer VHDLLanguage.newDemultiplexer(Node upperLeft, int width, int height, java.lang.String name, char inA, char outB, char outC, DisplayOptions display, VHDLElementProperties properties)
Creates a new Demultiplexer object.

Demultiplexer VHDLLanguage.newDemultiplexer(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new Demultiplexer object.

abstract Demultiplexer VHDLLanguage.newDemultiplexer(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new Demultiplexer object.

DFlipflop VHDLLanguage.newDFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new DFlipflop object.

abstract DFlipflop VHDLLanguage.newDFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new DFlipflop object.

DoubleArray Language.newDoubleArray(Node upperLeft, double[] data, java.lang.String name, ArrayDisplayOptions display)
Creates a new DoubleArray object.

abstract DoubleArray Language.newDoubleArray(Node upperLeft, double[] data, java.lang.String name, ArrayDisplayOptions display, ArrayProperties iap)
Creates a new DoubleArray object.

DoubleMatrix Language.newDoubleMatrix(Node upperLeft, double[][] data, java.lang.String name, DisplayOptions display)
Creates a new DoubleMatrix object.

abstract DoubleMatrix Language.newDoubleMatrix(Node upperLeft, double[][] data, java.lang.String name, DisplayOptions display, MatrixProperties imp)
Creates a new DoubleMatrix object.

Ellipse Language.newEllipse(Node center, Node radius, java.lang.String name, DisplayOptions display)
Creates a new Ellipse object.

abstract Ellipse Language.newEllipse(Node center, Node radius, java.lang.String name, DisplayOptions display, EllipseProperties ep)
Creates a new Ellipse object.

EllipseSeg Language.newEllipseSeg(Node center, Node radius, java.lang.String name, DisplayOptions display)
Creates a new EllipseSeg object.

abstract EllipseSeg Language.newEllipseSeg(Node center, Node radius, java.lang.String name, DisplayOptions display, EllipseSegProperties cp)
Creates a new EllipseSeg object.

Graph Language.newGraph(java.lang.String name, int[][] graphAdjacencyMatrix, Node[] graphNodes, java.lang.String[] labels, DisplayOptions display)
Creates a new Ellipse object.

abstract Graph Language.newGraph(java.lang.String name, int[][] graphAdjacencyMatrix, Node[] graphNodes, java.lang.String[] labels, DisplayOptions display, GraphProperties props)
Creates a new Ellipse object.

IntArray Language.newIntArray(Node upperLeft, int[] data, java.lang.String name, ArrayDisplayOptions display)
Creates a new IntArray object.

abstract IntArray Language.newIntArray(Node upperLeft, int[] data, java.lang.String name, ArrayDisplayOptions display, ArrayProperties iap)
Creates a new IntArray object.

IntMatrix Language.newIntMatrix(Node upperLeft, int[][] data, java.lang.String name, DisplayOptions display)
Creates a new IntMatrix object.

abstract IntMatrix Language.newIntMatrix(Node upperLeft, int[][] data, java.lang.String name, DisplayOptions display, MatrixProperties imp)
Creates a new IntMatrix object.

JKFlipflop VHDLLanguage.newJKFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new JKFlipflop object.

abstract JKFlipflop VHDLLanguage.newJKFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new JKFlipflop object.





<T> ListBasedQueue<T>

Language.newListBasedQueue(Node upperLeft,
                  java.util.List<T> content,
                  java.lang.String name,
                  DisplayOptions display)

Creates a new ListBasedQueue object.

abstract 



<T> ListBasedQueue<T>

Language.newListBasedQueue(Node upperLeft,
                  java.util.List<T> content,
                  java.lang.String name,
                  DisplayOptions display,
                  QueueProperties qp)

Creates a new ListBasedQueue object.





<T> ListBasedStack<T>

Language.newListBasedStack(Node upperLeft,
                  java.util.List<T> content,
                  java.lang.String name,
                  DisplayOptions display)

Creates a new ListBasedStack object.

abstract 



<T> ListBasedStack<T>

Language.newListBasedStack(Node upperLeft,
                  java.util.List<T> content,
                  java.lang.String name,
                  DisplayOptions display,
                  StackProperties sp)

Creates a new ListBasedStack object.

abstract ListElement Language.newListElement(Node upperLeft, int pointers, java.util.LinkedList<java.lang.Object> ptrLocations, ListElement prev, ListElement next, java.lang.String name, DisplayOptions display, ListElementProperties lp)
Creates a new ListElement object.

ListElement Language.newListElement(Node upperLeft, int pointers, java.util.LinkedList<java.lang.Object> ptrLocations, ListElement prev, java.lang.String name, DisplayOptions display)
Creates a new ListElement object.

Multiplexer VHDLLanguage.newMultiplexer(Node upperLeft, int width, int height, java.lang.String name, char inA, char inB, char outC, DisplayOptions display, VHDLElementProperties properties)
Creates a new Demultiplexer object.

Multiplexer VHDLLanguage.newMultiplexer(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new Multiplexer object.

abstract Multiplexer VHDLLanguage.newMultiplexer(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new Multiplexer object.

NAndGate VHDLLanguage.newNAndGate(Node upperLeft, int width, int height, java.lang.String name, char inA, char inB, char outC, DisplayOptions display, VHDLElementProperties properties)
Creates a new NAndGate object.

NAndGate VHDLLanguage.newNAndGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new NAndGate object.

abstract NAndGate VHDLLanguage.newNAndGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new NAndGate object.

NorGate VHDLLanguage.newNorGate(Node upperLeft, int width, int height, java.lang.String name, char inA, char inB, char outC, DisplayOptions display, VHDLElementProperties properties)
Creates a new NorGate object.

NorGate VHDLLanguage.newNorGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new NorGate object.

abstract NorGate VHDLLanguage.newNorGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new NorGate object.

NotGate VHDLLanguage.newNotGate(Node upperLeft, int width, int height, java.lang.String name, char inA, char outB, DisplayOptions display, VHDLElementProperties properties)
Creates a new NotGate object.

NotGate VHDLLanguage.newNotGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new NotGate object.

abstract NotGate VHDLLanguage.newNotGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new NotGate object.

OrGate VHDLLanguage.newOrGate(Node upperLeft, int width, int height, java.lang.String name, char inA, char inB, char outC, DisplayOptions display, VHDLElementProperties properties)
Creates a new OrGate object.

OrGate VHDLLanguage.newOrGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new OrGate object.

abstract OrGate VHDLLanguage.newOrGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new OrGate object.

abstract Point Language.newPoint(Node coords, java.lang.String name, DisplayOptions display, PointProperties pp)
Creates a new Point object.

Polygon Language.newPolygon(Node[] vertices, java.lang.String name, DisplayOptions display)
Creates a new Polygon object.

abstract Polygon Language.newPolygon(Node[] vertices, java.lang.String name, DisplayOptions display, PolygonProperties pp)
Creates a new Polygon object.

Polyline Language.newPolyline(Node[] vertices, java.lang.String name, DisplayOptions display)
Creates a new Polyline object.

abstract Polyline Language.newPolyline(Node[] vertices, java.lang.String name, DisplayOptions display, PolylineProperties pp)
Creates a new Polyline object.

Rect Language.newRect(Node upperLeft, Node lowerRight, java.lang.String name, DisplayOptions display)
Creates a new Rect object.

abstract Rect Language.newRect(Node upperLeft, Node lowerRight, java.lang.String name, DisplayOptions display, RectProperties rp)
Creates a new Rect object.

RSFlipflop VHDLLanguage.newRSFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new RSFlipflop object.

abstract RSFlipflop VHDLLanguage.newRSFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new RSFlipflop object.

SourceCode Language.newSourceCode(Node upperLeft, java.lang.String name, DisplayOptions display)
Creates a new SourceCode object.

abstract SourceCode Language.newSourceCode(Node upperLeft, java.lang.String name, DisplayOptions display, SourceCodeProperties sp)
Creates a new SourceCode object.

Square Language.newSquare(Node upperLeft, int width, java.lang.String name, DisplayOptions display)
Creates a new Square.

abstract Square Language.newSquare(Node upperLeft, int width, java.lang.String name, DisplayOptions display, SquareProperties sp)
Creates a new Square.

StringArray Language.newStringArray(Node upperLeft, java.lang.String[] data, java.lang.String name, ArrayDisplayOptions display)
Creates a new StringArray object.

abstract StringArray Language.newStringArray(Node upperLeft, java.lang.String[] data, java.lang.String name, ArrayDisplayOptions display, ArrayProperties sap)
Creates a new StringArray object.

StringMatrix Language.newStringMatrix(Node upperLeft, java.lang.String[][] data, java.lang.String name, DisplayOptions display)
Creates a new StringMatrix object.

abstract StringMatrix Language.newStringMatrix(Node upperLeft, java.lang.String[][] data, java.lang.String name, DisplayOptions display, MatrixProperties smp)
Creates a new StringMatrix object.

Text Language.newText(Node upperLeft, java.lang.String text, java.lang.String name, DisplayOptions display)
Creates a new Text object.

abstract Text Language.newText(Node upperLeft, java.lang.String text, java.lang.String name, DisplayOptions display, TextProperties tp)
Creates a new Text object.

TFlipflop VHDLLanguage.newTFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new TFlipflop object.

abstract TFlipflop VHDLLanguage.newTFlipflop(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new TFlipflop object.

Triangle Language.newTriangle(Node x, Node y, Node z, java.lang.String name, DisplayOptions display)
Creates a new Triangle object.

abstract Triangle Language.newTriangle(Node x, Node y, Node z, java.lang.String name, DisplayOptions display, TriangleProperties tp)
Creates a new Triangle object.

XNorGate VHDLLanguage.newXNorGate(Node upperLeft, int width, int height, java.lang.String name, char inA, char inB, char outC, DisplayOptions display, VHDLElementProperties properties)
Creates a new XNorGate object.

XNorGate VHDLLanguage.newXNorGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new XNorGate object.

abstract XNorGate VHDLLanguage.newXNorGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new XNorGate object.

XOrGate VHDLLanguage.newXOrGate(Node upperLeft, int width, int height, java.lang.String name, char inA, char inB, char outC, DisplayOptions display, VHDLElementProperties properties)
Creates a new XOrGate object.

XOrGate VHDLLanguage.newXOrGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display)
Creates a new XOrGate object.

abstract XOrGate VHDLLanguage.newXOrGate(Node upperLeft, int width, int height, java.lang.String name, java.util.List<VHDLPin> pins, DisplayOptions display, VHDLElementProperties properties)
Creates a new XOrGate object.

void GeneratorInterface.rotate(Primitive p, Node center, int degrees, Timing delay, Timing duration)
Rotates a Primitive by a given angle around a finite point after a delay.

void GraphGenerator.translateNode(Graph graph, int nodeIndex, Node location, Timing offset, Timing duration)
sets the position of a given node

void GraphGenerator.translateNodes(Graph graph, int[] nodeIndices, Node location, Timing offset, Timing duration)
sets the position of a given set of nodes

void GraphGenerator.translateWithFixedNodes(Graph graph, int[] nodeIndices, Node location, Timing offset, Timing duration)
sets the position of a given set of nodes

Method parameters in algoanim.primitives.generators with type arguments of type Node
`abstract VHDLWire`	`VHDLLanguage.newWire(java.util.List<Node> nodes, int speed, java.lang.String name, DisplayOptions display, VHDLWireProperties properties)` Creates a new `wire` object.

Uses of Node in algoanim.primitives.vhdl

Fields in algoanim.primitives.vhdl declared as Node
`protected Node`	`VHDLElement.upperLeft`

Methods in algoanim.primitives.vhdl that return Node
`Node`	`VHDLElement.getUpperLeft()` Returns the upper left corner of this `AND gate`.

Methods in algoanim.primitives.vhdl that return types with arguments of type Node
`java.util.List<Node>`	`VHDLWire.getNodes()`

Constructors in algoanim.primitives.vhdl with parameters of type Node
`AndGate(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `AndGate` and calls the create() method of the associated `VHDLElementGenerator`.
`Demultiplexer(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `Demultiplexer` and calls the create() method of the associated `VHDLElementGenerator`.
`DFlipflop(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `DFlipflop` and calls the create() method of the associated `SquareGenerator`.
`JKFlipflop(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `JKFlipflop` and calls the create() method of the associated `VHDLElementGenerator`.
`Multiplexer(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `Multiplexer` and calls the create() method of the associated `VHDLElementGenerator`.
`NAndGate(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `NAndGate` and calls the create() method of the associated `VHDLElementGenerator`.
`NorGate(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `NorGate` and calls the create() method of the associated `VHDLElementGenerator`.
`NotGate(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `NotGate` and calls the create() method of the associated `VHDLElementGenerator`.
`OrGate(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `OrGate` and calls the create() method of the associated `SquareGenerator`.
`RSFlipflop(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `RSFlipflop` and calls the create() method of the associated `VHDLElementGenerator`.
`TFlipflop(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `TFlipflop` and calls the create() method of the associated `VHDLElementGenerator`.
`VHDLElement(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `Square` and calls the create() method of the associated `SquareGenerator`.
`XNorGate(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `XNorGate` and calls the create() method of the associated `VHDLElementGenerator`.
`XOrGate(VHDLElementGenerator sg, Node upperLeftCorner, int theWidth, int theHeight, java.lang.String name, java.util.List<VHDLPin> definedPins, DisplayOptions display, VHDLElementProperties sp)` Instantiates the `XOrGate` and calls the create() method of the associated `VHDLElementGenerator`.

Constructor parameters in algoanim.primitives.vhdl with type arguments of type Node
`VHDLWire(VHDLWireGenerator sg, java.util.List<Node> wireNodes, int displaySpeed, java.lang.String name, DisplayOptions display, VHDLWireProperties sp)` Instantiates the `VHDLWire` and calls the create() method of the associated `VHDLElementGenerator`.

Uses of Node in algoanim.util

Subclasses of Node in algoanim.util
`class`	`Coordinates` A concrete type of a `Node`.
`class`	`Offset` This is a concrete kind of a `Node`.
`class`	`OffsetFromLastPosition` This is a concrete kind of a `Node`.

Methods in algoanim.util that return Node
`Node`	`Offset.getNode()` Returns the reference.

Constructors in algoanim.util with parameters of type Node
`Offset(int xCoordinate, int yCoordinate, Node baseNode, java.lang.String targetDirection)` Creates a new Offset instance at a distance of (xCoordinate, yCoordinate) in direction "targetDirection" from the base Node "baseNode".