Uses of Class woSource.math.Point2D (WOImageJ API)

Packages that use Point2D
Package Description

woSource

woSource.math

Packages that use Point2D
Package	Description
woSource
woSource.math

Uses of Point2D in woSource

Fields in woSource declared as Point2D
Modifier and Type	Field and Description
`protected Point2D[]`	lungSnake.`cursnpts`
`Point2D`	InteractiveSnake.Snake.`endPt`
`protected Point2D[][]`	lungSnake.`endpts`
`protected Point2D[]`	InteractiveSnake.Snake.`lastEdgePts`
`Point2D[]`	InteractiveSnake.Snake.`normal`
`Point2D[]`	InteractiveSnake.Snake.`points`
`Point2D[]`	InteractiveSnake.Candidates.`pt`
`Point2D`	InteractiveSnake.Snake.`startPt`

Methods in woSource that return Point2D
Modifier and Type	Method and Description
`Point2D`	InteractiveSnake.Candidates.`getMaxPt()`
`Point2D[][]`	InteractiveSnake.SnakeStack.`getPoints()`

Methods in woSource with parameters of type Point2D
Modifier and Type	Method and Description
`void`	InteractiveSnake.SnakeStack.`addPt(Point2D imgloc)`
`boolean`	InteractiveSnake.Snake.`addPt(Point2D imgLoc)` returns true if point added.
`void`	InteractiveSnake.Snake.`adjustPt(int pt_at, Point2D img_pt, boolean wasDragged)`
`void`	InteractiveSnake.SnakeStack.`adjustPt(int pt_at, Point2D img_pt, boolean wasDragged, boolean doManually)`
`void`	InteractiveSnake.Snake.`adjustPt(int pt_at, Point2D img_pt, boolean wasDragged, boolean doManual)`
`float`	InteractiveSnake.SmoothSnake.`distanceToSnake(Point2D img_pt)` find closest smooth-snake point distance.
`int`	InteractiveSnake.SnakeStack.`findClosestProjection(Point2D img_pt, int prevPtIndex)`
`int`	InteractiveSnake.Snake.`findClosestProjection(Point2D img_pt, int prevPtIndex)` find closest snake point along Normal lines.
`void`	InteractiveSnake.Snake.`FixEndPoints(Point2D startpoint, Point2D endpoint)`
`void`	InteractiveSnake.Candidates.`insert(Point2D newPt)`
`void`	InteractiveSnake.Candidates.`insert(Point2D newPt, int insertion_pt)`
`void`	InteractiveSnake.Candidates.`insertExtraPt(Point2D newPt)`
`double`	InteractiveSnake.Snake.`pt_internal_energy(int cur_pt, Point2D pressRefPt)`
`double`	InteractiveSnake.Snake.`total_energy(Point2D[] pressRefPts)`

Uses of Point2D in woSource.math

Methods in woSource.math that return Point2D
Modifier and Type	Method and Description
`Point2D`	Polygon2D.`centroid()`
`static Point2D[][]`	ArraysI.`extend(Point2D[][] A, int nextend1)`
`static Point2D[][]`	ArraysI.`extend(Point2D[][] A, int nextend1, int nextend2)`
`static Point2D[]`	ArraysI.`extend(Point2D[] A, int nextend)`
`static Point2D`	ArraysI.`farthestMaxpt(float[][] A, Point2D prevpt)` WO 6/30/11 find max point.
`static Point2D`	ArraysI.`farthestMaxpt(float[][] A, Point2D prevpt, int x, int y, int width, int height)`
`static Point2D[]`	ArraysI.`findLocalExtrema(int[][] image, int search_size)`
`static Point2D[]`	ArraysI.`findLocalExtrema(int[][] image, int search_size, float Threshold)`
`static Point2D[]`	ArraysI.`findLocalExtrema(int[][] image, int search_size, float Threshold, float DivotThresh, int NMax)`
`static Point2D[]`	ArraysI.`findLocalExtrema(int[][] image, int search_size, int NMax)`
`static Point2D[]`	ArraysI.`findLocalExtrema(short[][] image, int search_size)` returns Point2D array of length of number of good candidates, up to NMax
`static Point2D[]`	ArraysI.`findLocalExtrema(short[][] image, int search_size, float Threshold)`
`static Point2D[]`	ArraysI.`findLocalExtrema(short[][] image, int search_size, float Threshold, float DivotThresh, int NMax)`
`static Point2D[]`	ArraysI.`findLocalExtrema(short[][] image, int search_size, int NMax)`
`static Point2D[]`	ArraysI.`insert(Point2D[] A, Point2D newval, int loc)`
`static Point2D`	ArraysI.`maxpt(float[][] A)`
`static Point2D`	ArraysI.`maxpt(float[][] A, int x, int y, int width, int height)`
`static Point2D`	ArraysI.`maxpt(int[][] A)`
`static Point2D`	ArraysI.`maxpt(int[][] A, int x, int y, int width, int height)`
`static Point2D`	ArraysI.`maxpt(Point2D[] A)`
`static Point2D`	ArraysI.`maxpt(Point2D[][] A)`
`static Point2D`	ArraysI.`maxpt(Point2D[][] A, int x, int y, int width, int height)`
`static Point2D`	ArraysI.`maxpt(Point2D[] A, int x, int width)`
`static Point2D`	ArraysI.`maxpt(short[][] A)`
`static Point2D`	ArraysI.`maxpt(short[][] A, int x, int y, int width, int height)`
`static Point2D`	ArraysI.`minpt(float[][] A)`
`static Point2D`	ArraysI.`minpt(float[][] A, int x, int y, int width, int height)`
`static Point2D`	ArraysI.`minpt(int[][] A)`
`static Point2D`	ArraysI.`minpt(int[][] A, int x, int y, int width, int height)`
`static Point2D`	ArraysI.`minpt(Point2D[] A)`
`static Point2D`	ArraysI.`minpt(Point2D[][] A)`
`static Point2D`	ArraysI.`minpt(Point2D[][] A, int x, int y, int width, int height)`
`static Point2D`	ArraysI.`minpt(Point2D[] A, int x, int width)`
`static Point2D`	MathII.`parabolic_minMaxSoln2D(Point2D[] XYs, int npts)` WO 11/8/00 2D prabolic interpolation.
`static Point2D[]`	ArraysI.`remove(Point2D[] A, int loc)`
`static Point2D[]`	ArraysI.`sortInsert(Point2D[] A, Point2D newval)`
`static Point2D[]`	ImgProc.`statsCorrelation(int[][] pixels, float[][] kernel, Point2D[] cands)` WO 5/14/02 version to compute corr only at candidates
`static Point2D[]`	ImgProc.`statsCorrelation(short[][] pixels, float[][] kernel, Point2D[] cands)` WO 8/2/02 short version to compute corr only at candidates

Methods in woSource.math with parameters of type Point2D
Modifier and Type	Method and Description
`void`	Point2D.`Copy(Point2D origpt)`
`static float`	MathII.`dot(Point2D a, Point2D b)`
`static Point2D[][]`	ArraysI.`extend(Point2D[][] A, int nextend1)`
`static Point2D[][]`	ArraysI.`extend(Point2D[][] A, int nextend1, int nextend2)`
`static Point2D[]`	ArraysI.`extend(Point2D[] A, int nextend)`
`static Point2D`	ArraysI.`farthestMaxpt(float[][] A, Point2D prevpt)` WO 6/30/11 find max point.
`static Point2D`	ArraysI.`farthestMaxpt(float[][] A, Point2D prevpt, int x, int y, int width, int height)`
`static Point2D[]`	ArraysI.`insert(Point2D[] A, Point2D newval, int loc)`
`static Point2D[]`	ArraysI.`insert(Point2D[] A, Point2D newval, int loc)`
`static float`	MathII.`inwardBendAngle(Point2D a, Point2D b, Point2D c)` 6/16/11 for my LIDC snake work
`static float`	ArraysI.`max(Point2D[] A)`
`static float`	ArraysI.`max(Point2D[][] A)`
`static float`	ArraysI.`max(Point2D[][][] A)`
`static Point2D`	ArraysI.`maxpt(Point2D[] A)`
`static Point2D`	ArraysI.`maxpt(Point2D[][] A)`
`static Point2D`	ArraysI.`maxpt(Point2D[][] A, int x, int y, int width, int height)`
`static Point2D`	ArraysI.`maxpt(Point2D[] A, int x, int width)`
`static float`	ArraysI.`min(Point2D[] A)`
`static float`	ArraysI.`min(Point2D[][] A)`
`static float`	ArraysI.`min(Point2D[][][] A)`
`static Point2D`	ArraysI.`minpt(Point2D[] A)`
`static Point2D`	ArraysI.`minpt(Point2D[][] A)`
`static Point2D`	ArraysI.`minpt(Point2D[][] A, int x, int y, int width, int height)`
`static Point2D`	ArraysI.`minpt(Point2D[] A, int x, int width)`
`void`	ArrayDisplay.`overlayLine(Point2D point1, Point2D point2, java.lang.String color)`
`void`	ArrayDisplay.`overlayLines(Point2D[] pts)`
`void`	ArrayDisplay.`overlayLines(Point2D[] pts, boolean wrap)`
`void`	ArrayDisplay.`overlayLines(Point2D[] pts, boolean wrap, java.lang.String color)`
`void`	ArrayDisplay.`overlayLines(Point2D[] pts, java.lang.String color)`
`void`	ArrayDisplay.`overlayPoint(Point2D point, int marksize)`
`void`	ArrayDisplay.`overlayPoint(Point2D point, int marksize, java.lang.String color)`
`void`	ArrayDisplay.`overlayPoints(Point2D[] points, int marksize)`
`void`	ArrayDisplay.`overlayPoints(Point2D[] points, int marksize, java.lang.String color)`
`static double`	MathII.`parabolic_interpol(Point2D p_at, Point2D p1, double v1, Point2D p2, double v2, Point2D p3, double v3)` ones that utilize Point2D values.
`static void`	MathII.`parabolic_interpol2D(Jama.Matrix coeffs, Point2D pt)`
`static void`	MathII.`parabolic_minMaxLoc(Point2D l_at, Point2D p1, double v1, Point2D p2, double v2, Point2D p3, double v3)`
`static Point2D`	MathII.`parabolic_minMaxSoln2D(Point2D[] XYs, int npts)` WO 11/8/00 2D prabolic interpolation.
`static double`	MathII.`parabolic_minMaxVal(Point2D p1, double v1, Point2D p2, double v2, Point2D p3, double v3)`
`static float`	MathII.`Point_sep(Point2D p1, Point2D p2)`
`static void`	ArraysI.`print(Point2D[] A, int n, java.lang.String label)`
`static void`	ArraysI.`print(Point2D[] A, java.lang.String label)`
`static Point2D[]`	ArraysI.`remove(Point2D[] A, int loc)`
`static float`	MathII.`sep(float[] p1, Point2D p2)`
`float`	Point2D.`sep(Point2D origpt)`
`static float`	MathII.`sep(Point2D p2, float[] p1)`
`static float`	MathII.`sep(Point2D p2, Point2D p1)`
`static Point2D[]`	ArraysI.`sortInsert(Point2D[] A, Point2D newval)`
`static Point2D[]`	ArraysI.`sortInsert(Point2D[] A, Point2D newval)`
`static Point2D[]`	ImgProc.`statsCorrelation(int[][] pixels, float[][] kernel, Point2D[] cands)` WO 5/14/02 version to compute corr only at candidates
`static Point2D[]`	ImgProc.`statsCorrelation(short[][] pixels, float[][] kernel, Point2D[] cands)` WO 8/2/02 short version to compute corr only at candidates
`static Point3D`	MathII.`Vcross(Point2D A, Point2D B)`
`static float`	MathII.`VcrossMag(Point2D A, Point2D B)`
`static void`	ArraysI.`write(Point2D[][] A, java.lang.String label)`
`static void`	ArraysI.`write(Point2D[] A, int n, java.lang.String label)`
`static void`	ArraysI.`write(Point2D[] A, java.lang.String label)`

Constructors in woSource.math with parameters of type Point2D
Constructor and Description
`Point2D(Point2D origpt)`
`Polygon2D(Point2D[] pts)`
`Polygon2D(Point2D[] pts, int offset)`
`Polygon2D(Point2D[] pts, int offset, int npts)`

Uses of ClasswoSource.math.Point2D

Uses of Point2D in woSource

Uses of Point2D in woSource.math

Uses of Class
woSource.math.Point2D