All Packages  Class Hierarchy  This Package  Previous  Next  Index

Class phaser.view.SimpleGraphB 

java.lang.Object
   |
   +----phaser.view.SimpleGraphB
public class SimpleGraphB
extends Object
implements Graph3dController

Variable Index

o A
o B
o C
o D
o DEFAULT_AXIS_COLOR
o DEFAULT_AXIS_ENABLED
o DEFAULT_AXIS_POINTSIZE
o DEFAULT_AXIS_STRETCH
o DEFAULT_BG_COLOR
o DEFAULT_BORDER_COLOR
o DEFAULT_BORDER_ENABLED
o DEFAULT_CUTPLANE_ENABLED
o DEFAULT_CUTPLANE_PARAMETER_A
o DEFAULT_CUTPLANE_PARAMETER_B
o DEFAULT_CUTPLANE_PARAMETER_C
o DEFAULT_CUTPLANE_PARAMETER_D
o DEFAULT_FLASHER_COLOR
o DEFAULT_FLASHER_ENABLED
o DEFAULT_FLASHER_SIZE
o DEFAULT_FLASHER_TYPE
o DEFAULT_GRID_COLOR
o DEFAULT_GRID_ENABLED
o DEFAULT_GRID_ENABLED_X
o DEFAULT_GRID_ENABLED_Y
o DEFAULT_GRID_GAP
o DEFAULT_GRID_GAP_X
o DEFAULT_GRID_GAP_Y
o DEFAULT_GRID_POINTSIZE
o DEFAULT_GRID_TYPE
o DEFAULT_MOD_X
o DEFAULT_MOD_Y
o DEFAULT_PERSPECTIVE_DISTANCE
o DEFAULT_PERSPECTIVE_ENABLED
o DEFAULT_POINCAREMAP_ENABLED
o DEFAULT_POINCAREMAP_NEGATIVE_PLOT_COLOR
o DEFAULT_POINCAREMAP_PLOT_NEGATIVE_DIRECTION
o DEFAULT_POINCAREMAP_PLOT_POSITIVE_DIRECTION
o DEFAULT_POINCAREMAP_POINT_SIZE
o DEFAULT_POINCAREMAP_POSITIVE_PLOT_COLOR
o DEFAULT_POINT_COLOR
o DEFAULT_POINT_SIZE
o DEFAULT_POINTS_CONNECTED
o DEFAULT_ROTATION_ABOUT_ORIGIN
o DIM_2D
o DIM_3D
o FLASHER_CROSSHAIR
o FLASHER_SOLIDCIRCLE
o FLASHER_TYPE_NAMES
o GRID_LINE
o GRID_POINT
o GRID_TYPE_NAMES
o L1P1
o L1P2
o L2P1
o L2P2
o NEGATIVE_CROSSING
o POINCAREMAP_NEGATIVE_INDEX
o POINCAREMAP_POSITIVE_INDEX
o POSITIVE_CROSSING
o X
o X_MAX
o X_MIN
o Y
o Y_MAX
o Y_MIN
o Z
o Z_MAX
o Z_MIN

Constructor Index

o SimpleGraphB(IfNotifiable)

Method Index

o adjust3dRotationAngles(double[])
o clear()
o compute3dRotationXYMatrix(double[][], double[])
o compute3dRotationXYZMatrix(double[][], double[])
o computePoincareMapPoint(double[], double[], double[])
o doneDrawing()
o draw3dFlasher(Graphics, double[])
o draw3dLine(double, double, double, double, double, double, Color)
o draw3dLine(double, double, double, double, double, double, Color, boolean)
o draw3dLine(Graphics, double, double, double, double, double, double, Color)
o draw3dLine(Graphics, double, double, double, double, double, double, Color, boolean, boolean, boolean)
o draw3dRotationCube(boolean, boolean)
o draw3dRotationCube(boolean, boolean, boolean)
o draw3dRotationCube(Graphics, boolean, boolean)
o draw3dSystem(double[][], int, Color, boolean)
o draw3dSystem(double[][], int, Color, boolean, boolean, boolean)
o drawArrowHead(double, double, double, int, Color)
o drawAxes(Graphics)
o drawBackground(Graphics)
o drawBorder(Graphics)
o drawFlasher(Graphics, double[])
o drawGrid(Graphics)
o drawLine(double, double, double, double, Color)
o drawLine(double, double, double, double, Color, Graphics)
o drawOriginSymmetryLine(Color)
o drawRotationBoxCutPlane()
o drawRotationBoxCutPlane(Graphics)
o get3dRotationAngles()
o getCutPlaneSideValueOfPoint(double[])
o getFlasherTypeIndexOf(String)
o getGapTranslationXtoY(double)
o getGapTranslationYtoX(double)
o getGridPoints()
o getGridTypeIndexOf(String)
o getInverseLinearMapX(double)
o getInverseLinearMapX(int)
o getInverseLinearMapY(double)
o getInverseLinearMapY(int)
o getOrigin()
o getParameterNames()
o getParameterValues()
o getPerspectiveDistance()
o init()
o isCutPlaneIntersectedByLine(double[], double[])
o isCutPlanePiercedByLine(double[], double[], double[], boolean[], Color[])
o isInPerspective()
o plot(int, int, Color)
o point(double, double)
o point(double, double, Color)
o point(double, double, Color, Graphics)
o point(double, double, int, Color)
o point(double, double, int, Color, Graphics)
o point3d(double, double, double, Color)
o point3d(Graphics, double, double, double, int, Color, boolean)
o reCharge3dGraphics(boolean)
o rotate3dVector(double[], double[][])
o set3dRotationAngles(double[])
o setAxisColor(Color)
o setAxisEnabled(boolean)
o setAxisPointSize(int)
o setBackgroundColor(Color)
o setBorderColor(Color)
o setBorderEnabled(boolean)
o setCutPlaneEnabled(boolean)
o setCutPlaneParameters(double[])
o setFlasherColor(Color)
o setFlasherSize(int)
o setFlasherType(int)
o setGridColor(Color)
o setGridEnabled(boolean)
o setGridGap(double)
o setGridGapX(double)
o setGridGapY(double)
o setGridPointSize(int)
o setGridType(int)
o setGridType(int, boolean, boolean)
o setImage(Image, Dimension)
o setInPerspective(boolean)
o setModXY(boolean, boolean)
o setParameterValues(double[])
o setPerspectiveDistance(double)
o setPoincareMapDirectionColors(Color[])
o setPoincareMapDirections(boolean[])
o setPoincareMapEnabled(boolean)
o setPoincareMapPointSize(int)
o setPointSize(int)
o setRotationAboutOrigin(boolean)

Variables

o DEFAULT_BG_COLOR 
 public static final Color DEFAULT_BG_COLOR
o DEFAULT_POINT_SIZE 
 public static final int DEFAULT_POINT_SIZE
o DEFAULT_POINTS_CONNECTED 
 public static final boolean DEFAULT_POINTS_CONNECTED
o DEFAULT_POINT_COLOR 
 public static final Color DEFAULT_POINT_COLOR
o GRID_LINE 
 public static final int GRID_LINE
o GRID_POINT 
 public static final int GRID_POINT
o GRID_TYPE_NAMES 
 public static final String GRID_TYPE_NAMES[]
o DEFAULT_AXIS_POINTSIZE 
 public static int DEFAULT_AXIS_POINTSIZE
o DEFAULT_AXIS_STRETCH 
 public static final int DEFAULT_AXIS_STRETCH
o DEFAULT_AXIS_COLOR 
 public static final Color DEFAULT_AXIS_COLOR
o DEFAULT_AXIS_ENABLED 
 public static boolean DEFAULT_AXIS_ENABLED
o DEFAULT_GRID_GAP 
 public static final double DEFAULT_GRID_GAP
o DEFAULT_GRID_GAP_X 
 public static final double DEFAULT_GRID_GAP_X
o DEFAULT_GRID_GAP_Y 
 public static final double DEFAULT_GRID_GAP_Y
o DEFAULT_GRID_ENABLED 
 public static final boolean DEFAULT_GRID_ENABLED
o DEFAULT_GRID_ENABLED_X 
 public static final boolean DEFAULT_GRID_ENABLED_X
o DEFAULT_GRID_ENABLED_Y 
 public static final boolean DEFAULT_GRID_ENABLED_Y
o DEFAULT_GRID_TYPE 
 public static final int DEFAULT_GRID_TYPE
o DEFAULT_GRID_POINTSIZE 
 public static final int DEFAULT_GRID_POINTSIZE
o DEFAULT_GRID_COLOR 
 public static final Color DEFAULT_GRID_COLOR
o DEFAULT_BORDER_COLOR 
 public static final Color DEFAULT_BORDER_COLOR
o DEFAULT_BORDER_ENABLED 
 public static final boolean DEFAULT_BORDER_ENABLED
o FLASHER_CROSSHAIR 
 public static final int FLASHER_CROSSHAIR
o FLASHER_SOLIDCIRCLE 
 public static final int FLASHER_SOLIDCIRCLE
o DEFAULT_FLASHER_SIZE 
 public static final int DEFAULT_FLASHER_SIZE
o DEFAULT_FLASHER_TYPE 
 public static final int DEFAULT_FLASHER_TYPE
o DEFAULT_FLASHER_COLOR 
 public static final Color DEFAULT_FLASHER_COLOR
o DEFAULT_FLASHER_ENABLED 
 public static final boolean DEFAULT_FLASHER_ENABLED
o FLASHER_TYPE_NAMES 
 public static final String FLASHER_TYPE_NAMES[]
o DEFAULT_MOD_X 
 public static final boolean DEFAULT_MOD_X
o DEFAULT_MOD_Y 
 public static final boolean DEFAULT_MOD_Y
o X_MIN 
 public static final int X_MIN
o X_MAX 
 public static final int X_MAX
o Y_MIN 
 public static final int Y_MIN
o Y_MAX 
 public static final int Y_MAX
o Z_MIN 
 public static final int Z_MIN
o Z_MAX 
 public static final int Z_MAX
o X 
 public static final int X
o Y 
 public static final int Y
o Z 
 public static final int Z
o DIM_2D 
 public static final int DIM_2D
o DIM_3D 
 public static final int DIM_3D
o A 
 public static final int A
o B 
 public static final int B
o C 
 public static final int C
o D 
 public static final int D
o L1P1 
 public static final int L1P1
o L1P2 
 public static final int L1P2
o L2P1 
 public static final int L2P1
o L2P2 
 public static final int L2P2
o DEFAULT_CUTPLANE_PARAMETER_A 
 public static final double DEFAULT_CUTPLANE_PARAMETER_A
o DEFAULT_CUTPLANE_PARAMETER_B 
 public static final double DEFAULT_CUTPLANE_PARAMETER_B
o DEFAULT_CUTPLANE_PARAMETER_C 
 public static final double DEFAULT_CUTPLANE_PARAMETER_C
o DEFAULT_CUTPLANE_PARAMETER_D 
 public static final double DEFAULT_CUTPLANE_PARAMETER_D
o DEFAULT_CUTPLANE_ENABLED 
 public static final boolean DEFAULT_CUTPLANE_ENABLED
o DEFAULT_ROTATION_ABOUT_ORIGIN 
 public static final boolean DEFAULT_ROTATION_ABOUT_ORIGIN
o POSITIVE_CROSSING 
 public static final boolean POSITIVE_CROSSING
o NEGATIVE_CROSSING 
 public static final boolean NEGATIVE_CROSSING
o POINCAREMAP_POSITIVE_INDEX 
 public static final int POINCAREMAP_POSITIVE_INDEX
o POINCAREMAP_NEGATIVE_INDEX 
 public static final int POINCAREMAP_NEGATIVE_INDEX
o DEFAULT_POINCAREMAP_POINT_SIZE 
 public static final int DEFAULT_POINCAREMAP_POINT_SIZE
o DEFAULT_POINCAREMAP_ENABLED 
 public static final boolean DEFAULT_POINCAREMAP_ENABLED
o DEFAULT_POINCAREMAP_PLOT_POSITIVE_DIRECTION 
 public static final boolean DEFAULT_POINCAREMAP_PLOT_POSITIVE_DIRECTION
o DEFAULT_POINCAREMAP_PLOT_NEGATIVE_DIRECTION 
 public static final boolean DEFAULT_POINCAREMAP_PLOT_NEGATIVE_DIRECTION
o DEFAULT_POINCAREMAP_POSITIVE_PLOT_COLOR 
 public static final Color DEFAULT_POINCAREMAP_POSITIVE_PLOT_COLOR
o DEFAULT_POINCAREMAP_NEGATIVE_PLOT_COLOR 
 public static final Color DEFAULT_POINCAREMAP_NEGATIVE_PLOT_COLOR
o DEFAULT_PERSPECTIVE_DISTANCE 
 public static final double DEFAULT_PERSPECTIVE_DISTANCE
o DEFAULT_PERSPECTIVE_ENABLED 
 public static final boolean DEFAULT_PERSPECTIVE_ENABLED

Constructors

o SimpleGraphB 
 public SimpleGraphB(IfNotifiable view)

Methods

o getParameterNames 
 public String[] getParameterNames()
o getParameterValues 
 public double[] getParameterValues()
o setParameterValues 
 public void setParameterValues(double d[])
o setPointSize 
 public void setPointSize(int size)
o setBackgroundColor 
 public void setBackgroundColor(Color color)
o setAxisColor 
 public void setAxisColor(Color color)
o setAxisEnabled 
 public void setAxisEnabled(boolean state)
o setAxisPointSize 
 public void setAxisPointSize(int size)
o setGridEnabled 
 public void setGridEnabled(boolean state)
o setGridPointSize 
 public void setGridPointSize(int size)
o setGridGap 
 public void setGridGap(double gap)
o setGridGapX 
 public void setGridGapX(double gap)
o setGridGapY 
 public void setGridGapY(double gap)
o setGridColor 
 public void setGridColor(Color color)
o setGridType 
 public void setGridType(int gridType)
o setGridType 
 public void setGridType(int gridType,
                         boolean xGridEnabled,
                         boolean yGridEnabled)
o getGridTypeIndexOf 
 public static int getGridTypeIndexOf(String name)
o getFlasherTypeIndexOf 
 public static int getFlasherTypeIndexOf(String name)
o setBorderColor 
 public void setBorderColor(Color color)
o setBorderEnabled 
 public void setBorderEnabled(boolean state)
o setFlasherSize 
 public void setFlasherSize(int size)
o setFlasherType 
 public void setFlasherType(int type)
o setFlasherColor 
 public void setFlasherColor(Color color)
o setModXY 
 public void setModXY(boolean modx,
                      boolean mody)
o setImage 
 public void setImage(Image ima,
                      Dimension dim)
o init 
 public void init()
o clear 
 public void clear()
o doneDrawing 
 public void doneDrawing()
o getInverseLinearMapX 
 public double getInverseLinearMapX(int x)
o getInverseLinearMapX 
 public double getInverseLinearMapX(double x)
o getInverseLinearMapY 
 public double getInverseLinearMapY(int y)
o getInverseLinearMapY 
 public double getInverseLinearMapY(double y)
o getGapTranslationXtoY 
 public double getGapTranslationXtoY(double gapX)
o getGapTranslationYtoX 
 public double getGapTranslationYtoX(double gapY)
o point 
 public boolean point(double x,
                      double y)
o point 
 public boolean point(double x,
                      double y,
                      Color c)
o point 
 public boolean point(double x,
                      double y,
                      int psize,
                      Color c)
o point 
 public boolean point(double x,
                      double y,
                      Color c,
                      Graphics g)
o point 
 public boolean point(double x,
                      double y,
                      int pointSize,
                      Color c,
                      Graphics offGraphics)
o plot 
 public void plot(int x,
                  int y,
                  Color color)
o drawLine 
 public void drawLine(double x1,
                      double y1,
                      double x2,
                      double y2,
                      Color color)
o drawLine 
 public void drawLine(double x1,
                      double y1,
                      double x2,
                      double y2,
                      Color color,
                      Graphics offGraphics)
o reCharge3dGraphics 
 public void reCharge3dGraphics(boolean refreshRotationAngles)
o get3dRotationAngles 
 public double[] get3dRotationAngles()
o set3dRotationAngles 
 public synchronized void set3dRotationAngles(double angles[])
o adjust3dRotationAngles 
 public synchronized void adjust3dRotationAngles(double deltas[])
o compute3dRotationXYMatrix 
 public void compute3dRotationXYMatrix(double matrix[][],
                                       double theta[])
o compute3dRotationXYZMatrix 
 public void compute3dRotationXYZMatrix(double matrix[][],
                                        double theta[])
o setRotationAboutOrigin 
 protected void setRotationAboutOrigin(boolean rotationAboutOrigin)
o rotate3dVector 
 public void rotate3dVector(double vector[],
                            double rotationMatrix[][])
o setPerspectiveDistance 
 public void setPerspectiveDistance(double d)
o getPerspectiveDistance 
 public double getPerspectiveDistance()
o setInPerspective 
 public void setInPerspective(boolean inPerspective)
o isInPerspective 
 public boolean isInPerspective()
o point3d 
 public void point3d(double x,
                     double y,
                     double z,
                     Color c)
o point3d 
 public void point3d(Graphics g,
                     double x,
                     double y,
                     double z,
                     int psize,
                     Color c,
                     boolean clip)
o draw3dLine 
 public void draw3dLine(double x1,
                        double y1,
                        double z1,
                        double x2,
                        double y2,
                        double z2,
                        Color c)
o draw3dLine 
 public void draw3dLine(double x1,
                        double y1,
                        double z1,
                        double x2,
                        double y2,
                        double z2,
                        Color c,
                        boolean clip)
o draw3dLine 
 public void draw3dLine(Graphics g,
                        double x1,
                        double y1,
                        double z1,
                        double x2,
                        double y2,
                        double z2,
                        Color c)
o draw3dLine 
 public void draw3dLine(Graphics g,
                        double x1,
                        double y1,
                        double z1,
                        double x2,
                        double y2,
                        double z2,
                        Color c,
                        boolean clip,
                        boolean cutPlane,
                        boolean mapPoincare)
o setCutPlaneEnabled 
 public void setCutPlaneEnabled(boolean enabled)
o setCutPlaneParameters 
 public synchronized void setCutPlaneParameters(double parameters[])
o setPoincareMapEnabled 
 public void setPoincareMapEnabled(boolean enabled)
o setPoincareMapDirections 
 public synchronized void setPoincareMapDirections(boolean directions[])
o setPoincareMapDirectionColors 
 public void setPoincareMapDirectionColors(Color colors[])
o setPoincareMapPointSize 
 public void setPoincareMapPointSize(int size)
o computePoincareMapPoint 
 public void computePoincareMapPoint(double p1[],
                                     double p2[],
                                     double pmp[])
o getCutPlaneSideValueOfPoint 
 public double getCutPlaneSideValueOfPoint(double point[])
o isCutPlaneIntersectedByLine 
 public boolean isCutPlaneIntersectedByLine(double p1[],
                                            double p2[])
o isCutPlanePiercedByLine 
 public boolean isCutPlanePiercedByLine(double p1[],
                                        double p2[],
                                        double pmp[],
                                        boolean direction[],
                                        Color cutPlaneColors[])
o draw3dSystem 
 public void draw3dSystem(double system[][],
                          int index,
                          Color color,
                          boolean connected)
o draw3dSystem 
 public void draw3dSystem(double system[][],
                          int index,
                          Color color,
                          boolean connected,
                          boolean drawCube,
                          boolean drawAxes)
o drawRotationBoxCutPlane 
 public void drawRotationBoxCutPlane()
o drawRotationBoxCutPlane 
 public void drawRotationBoxCutPlane(Graphics g)
o draw3dRotationCube 
 public void draw3dRotationCube(boolean drawCube,
                                boolean drawAxes)
o draw3dRotationCube 
 public void draw3dRotationCube(boolean drawCube,
                                boolean drawAxes,
                                boolean clear)
o draw3dRotationCube 
 public void draw3dRotationCube(Graphics g,
                                boolean drawCube,
                                boolean drawAxes)
o drawArrowHead 
 public void drawArrowHead(double x,
                           double y,
                           double radians,
                           int quadrant,
                           Color color)
o drawOriginSymmetryLine 
 public void drawOriginSymmetryLine(Color color)
o drawAxes 
 public void drawAxes(Graphics offGraphics)
o drawGrid 
 public void drawGrid(Graphics offGraphics)
o getOrigin 
 public Point getOrigin()
o getGridPoints 
 public int[][] getGridPoints()
o drawBackground 
 public void drawBackground(Graphics offGraphics)
o drawBorder 
 public void drawBorder(Graphics offGraphics)
o drawFlasher 
 public void drawFlasher(Graphics g,
                         double point[])
o draw3dFlasher 
 public void draw3dFlasher(Graphics g,
                           double point[])

All Packages  Class Hierarchy  This Package  Previous  Next  Index