Uses of Class
AccordionDrawer.GridCell

Packages that use GridCell

AccordionDrawer
AccordionTreeDrawer
TreeJuxtaposer

Uses of GridCell in AccordionDrawer

Subclasses of GridCell in AccordionDrawer

class	BinaryGridCell
class	LeafGridCell
class	QuadGridCell

Fields in AccordionDrawer declared as GridCell

GridCell	SplitTransition.a
GridCell	SplitTransition.b
GridCell	SplitTransition.minBoundCell
GridCell	SplitTransition.maxBoundCell
GridCell[]	Lens.minc
GridCell[]	Lens.maxc
GridCell[]	InteractionBox.minc
GridCell[]	InteractionBox.maxc
GridCell	AccordionDrawer.focusCell
GridCell	AccordionDrawer.defaultFocusCell
GridCell	AccordionDrawer.rootCell The root GridCell that contains all others.

Methods in AccordionDrawer that return GridCell

GridCell	QuadTree.getGridCell(int level, int row, int col) Returns the GridCell at the specified row, column and level.
GridCell	QuadTree.getChildAt(QuadGridCell cell, int ddepth, int x, int y) Gets a child at a specified x, y, depth location.
GridCell	QuadTree.makeChildAt(QuadGridCell cell, int ddepth, int x, int y) Like getChildAt, but makes new cells whenever necessary.
GridCell	QuadTree.putChildAt(QuadGridCell cell, int ddepth, int x, int y, QuadGridCell insertCell) Like makeChildAt, but the instead of creating a new cell at the specified location, puts the specified cell there.
GridCell	QuadGridCell.pickDescend(int x, int y) Computes the kid cell that contains the click at (x,y)
GridCell	QuadGridCell.getParent()
GridCell	LeafGridCell.pickDescend(int x, int y)
GridCell	LeafGridCell.getParent()
abstract GridCell	GridCell.createCell(int level, int row, int col, boolean isQuad)
abstract GridCell	GridCell.getParent()
GridCell	GridCell.getMinLine(int xy)
GridCell	GridCell.getMaxLine(int xy)
GridCell	GridCell.pickCell(int x, int y) Computes the lowest level visible GridCell picked (selected) by a click at (x,y)
abstract GridCell	GridCell.pickDescend(int x, int y)
GridCell	CellGeom.getCell()
GridCell	BinaryTree.getGridCell(int level, int row, int col) Returns the GridCell at the specified row, column and level.
GridCell	BinaryTree.getChildAt(BinaryGridCell cell, int ddepth, int x, int y) Gets a child at a specified x, y, depth location.
GridCell	BinaryTree.makeChildAt(BinaryGridCell cell, int ddepth, int x, int y) Like getChildAt, but makes new cells whenever necessary.
GridCell	BinaryTree.putChildAt(BinaryGridCell cell, int ddepth, int x, int y, GridCell insertCell) Like makeChildAt, but the instead of creating a new cell at the specified location, puts the specified cell there.
GridCell	BinaryGridCell.pickDescend(int x, int y)
GridCell	BinaryGridCell.getParent()
GridCell	AccordionDrawer.findEnclosingCell(int arow, int acol, int brow, int bcol)
GridCell	AccordionDrawer.pickCell(int x, int y)
GridCell	AccordionDrawer.pickCellClosestTo(int spot, int xy, boolean wantMax) Pick closest cell in either horizontal *or* vertical direction.

Methods in AccordionDrawer with parameters of type GridCell

void	QuadGridCell.setChild(GridCell newChild, int therow, int thecol)
void	QuadGridCell.setParent(GridCell p)
void	LeafGridCell.setChild(GridCell newChild, int therow, int thecol)
void	LeafGridCell.setParent(GridCell p)
abstract void	GridCell.setChild(GridCell newChild, int row, int col)
abstract void	GridCell.setParent(GridCell p)
void	CellGeom.setCell(GridCell c)
GridCell	BinaryTree.putChildAt(BinaryGridCell cell, int ddepth, int x, int y, GridCell insertCell) Like makeChildAt, but the instead of creating a new cell at the specified location, puts the specified cell there.
void	BinaryGridCell.setChild(GridCell newChild, int therow, int thecol)
void	BinaryGridCell.setParent(GridCell p)
void	AccordionDrawer.setFocusCell(GridCell fc)
void	AccordionDrawer.addCellToQueue(GridCell cell)
void	AccordionDrawer.resizeRectangle(int numSteps, GridCell[] minCell, GridCell[] maxCell, float[] minBoundaryW, float[] maxBoundaryW) Creates smooth transitions for resizing an area determined by the splitPos's of minCell[] and maxCell[] to a rectanble determined by minBoundaryW[] and maxBoundaryW[].
void	AccordionDrawer.resizeRectangle(int numSteps, GridCell[] minCell, GridCell[] maxCell, float[] minBoundaryW, float[] maxBoundaryW) Creates smooth transitions for resizing an area determined by the splitPos's of minCell[] and maxCell[] to a rectanble determined by minBoundaryW[] and maxBoundaryW[].
void	AccordionDrawer.twoLinesMoveInsideFixedStrip(int xy, GridCell aCell, float aValue, GridCell bCell, float bValue, GridCell aBoundary, GridCell bBoundary) Moves the splitPos of GridCells a and b to absolute position aValue and bValue, respectively.
void	AccordionDrawer.twoLinesMoveInsideFixedStrip(int xy, GridCell aCell, float aValue, GridCell bCell, float bValue, GridCell aBoundary, GridCell bBoundary) Moves the splitPos of GridCells a and b to absolute position aValue and bValue, respectively.
void	AccordionDrawer.twoLinesMoveInsideFixedStrip(int xy, GridCell aCell, float aValue, GridCell bCell, float bValue, GridCell aBoundary, GridCell bBoundary) Moves the splitPos of GridCells a and b to absolute position aValue and bValue, respectively.
void	AccordionDrawer.twoLinesMoveInsideFixedStrip(int xy, GridCell aCell, float aValue, GridCell bCell, float bValue, GridCell aBoundary, GridCell bBoundary) Moves the splitPos of GridCells a and b to absolute position aValue and bValue, respectively.
void	AccordionDrawer.twoLinesMove(int xy, GridCell a, float aValue, GridCell b, float bValue) Moves the splitPos of GridCells a and b to absolute position aValue and bValue, respectively.
void	AccordionDrawer.twoLinesMove(int xy, GridCell a, float aValue, GridCell b, float bValue) Moves the splitPos of GridCells a and b to absolute position aValue and bValue, respectively.
void	AccordionDrawer.lineMove(int xy, GridCell a, float value, boolean maintainStuck) Moves the splitPos of GridCell a to absolute position value in window coordinates.
void	AccordionDrawer.resizeFromCellToCell(GridCell a, GridCell b, boolean grow, int numSteps, int xy) Resizes the area delineated by GridCells a and b by the relative increment inflateIncr.
void	AccordionDrawer.resizeFromCellToCell(GridCell a, GridCell b, boolean grow, int numSteps, int xy) Resizes the area delineated by GridCells a and b by the relative increment inflateIncr.
void	AccordionDrawer.setSplit(GridCell a, float val, int xy)
void	AccordionDrawer.setCellHighlight(GridCell c, boolean on)
abstract java.util.ArrayList	AccordionDrawer.getColorsForGridCell(GridCell c, int objkey)
abstract void	AccordionDrawer.subpixelDraw(GridCell c)

Constructors in AccordionDrawer with parameters of type GridCell

SplitTransition(int _xy, int _maxStep, GridCell _a, float _aOldValue, float _aNewValue, GridCell _b, float _bOldValue, float _bNewValue)

SplitTransition(int _xy, int _maxStep, GridCell _a, float _aOldValue, float _aNewValue, GridCell _b, float _bOldValue, float _bNewValue)

SplitTransition(int _xy, int _maxStep, GridCell _a, float _aOldValue, float _aNewValue, GridCell _b, float _bOldValue, float _bNewValue, boolean _insideFixedStrip, GridCell _minBoundCell, GridCell _maxBoundCell)

SplitTransition(int _xy, int _maxStep, GridCell _a, float _aOldValue, float _aNewValue, GridCell _b, float _bOldValue, float _bNewValue, boolean _insideFixedStrip, GridCell _minBoundCell, GridCell _maxBoundCell)

SplitTransition(int _xy, int _maxStep, GridCell _a, float _aOldValue, float _aNewValue, GridCell _b, float _bOldValue, float _bNewValue, boolean _insideFixedStrip, GridCell _minBoundCell, GridCell _maxBoundCell)

SplitTransition(int _xy, int _maxStep, GridCell _a, float _aOldValue, float _aNewValue, GridCell _b, float _bOldValue, float _bNewValue, boolean _insideFixedStrip, GridCell _minBoundCell, GridCell _maxBoundCell)

Lens(GridCell[] minc, GridCell[] maxc, int[] pos, int[] _size, CellGeom item, AccordionDrawer d)

Lens(GridCell[] minc, GridCell[] maxc, int[] pos, int[] _size, CellGeom item, AccordionDrawer d)

InteractionBox(GridCell[] minc, GridCell[] maxc, CellGeom item, AccordionDrawer d)

InteractionBox(GridCell[] minc, GridCell[] maxc, CellGeom item, AccordionDrawer d)

Uses of GridCell in AccordionTreeDrawer

Subclasses of GridCell in AccordionTreeDrawer

class	TreeLeafGridCell
class	TreeQuadGridCell

Fields in AccordionTreeDrawer declared as GridCell

GridCell	TreeNode.cell The GridCell that this node is attached to
GridCell	TreeEdge.start The GridCell that one endpoint (the "start" node) of the TreeEdge is attached to
GridCell	TreeEdge.end The GridCell the other endpoint (the "end" node) of the TreeEdge is attached to
GridCell	TreeEdge.encloses The GridCell that this TreeEdge is attached to

Methods in AccordionTreeDrawer that return GridCell

GridCell	TreeQuadGridCell.createCell(int level, int row, int col, boolean isQuad)
GridCell	TreeNode.getCell()
GridCell	TreeLeafGridCell.createCell(int level, int row, int col, boolean isQuad)
GridCell	TreeEdge.getCell()

Methods in AccordionTreeDrawer with parameters of type GridCell

void	TreeNode.setCell(GridCell c)
void	TreeEdge.setCell(GridCell gc)
void	AccordionTreeDrawer.subpixelDraw(GridCell c)

Constructors in AccordionTreeDrawer with parameters of type GridCell

TreeEdge(TreeNode n, GridCell startCell, GridCell endCell)

TreeEdge(TreeNode n, GridCell startCell, GridCell endCell)

Uses of GridCell in TreeJuxtaposer

Methods in TreeJuxtaposer with parameters of type GridCell

java.util.ArrayList

AccordionTreeDrawerFinal.getColorsForGridCell(GridCell c, int objkey)