Uses of Class
woSource.math.LIDCnodule

Packages that use LIDCnodule

Package	Description
woSource.math

Uses of LIDCnodule in woSource.math

Methods in woSource.math that return LIDCnodule

Modifier and Type	Method and Description
static LIDCnodule[]	ArraysI.append(LIDCnodule[] A, LIDCnodule[] B) public static int[] sortLow2HighInsert(int[] A, int newval) { int i=0; // using '>=' to reduce amount of shifting to be done on insert while (i=A[i] && A[i]< Integer.MAX_VALUE) i++; if (i
static LIDCnodule[]	ArraysI.append(LIDCnodule[] A, LIDCnodule[] B, LIDCnodule[] C) merge such that result may be longer than either inputs
static LIDCnodule[][]	ArraysI.read(LIDCnodule[][] A, java.lang.String path)
static LIDCnodule[]	ArraysI.read(LIDCnodule[] A, java.lang.String path)
static LIDCnodule[]	ArraysI.subArray(LIDCnodule[] A, int offset, int newwidth)

Methods in woSource.math with parameters of type LIDCnodule

Modifier and Type	Method and Description
static LIDCnodule[]	ArraysI.append(LIDCnodule[] A, LIDCnodule[] B) public static int[] sortLow2HighInsert(int[] A, int newval) { int i=0; // using '>=' to reduce amount of shifting to be done on insert while (i=A[i] && A[i]< Integer.MAX_VALUE) i++; if (i
static LIDCnodule[]	ArraysI.append(LIDCnodule[] A, LIDCnodule[] B) public static int[] sortLow2HighInsert(int[] A, int newval) { int i=0; // using '>=' to reduce amount of shifting to be done on insert while (i=A[i] && A[i]< Integer.MAX_VALUE) i++; if (i
static LIDCnodule[]	ArraysI.append(LIDCnodule[] A, LIDCnodule[] B, LIDCnodule[] C) merge such that result may be longer than either inputs
static LIDCnodule[]	ArraysI.append(LIDCnodule[] A, LIDCnodule[] B, LIDCnodule[] C) merge such that result may be longer than either inputs
static LIDCnodule[]	ArraysI.append(LIDCnodule[] A, LIDCnodule[] B, LIDCnodule[] C) merge such that result may be longer than either inputs
void	LIDCnodule.Copy(LIDCnodule A)
void	ArrayDisplay.overlayBox(LIDCnodule[] points, int boxsize)
void	ArrayDisplay.overlayBox(LIDCnodule[] points, int boxsize, java.lang.String color)
void	ArrayDisplay.overlayBox(LIDCnodule point, int boxsize)
void	ArrayDisplay.overlayBox(LIDCnodule point, int boxsize, java.lang.String color)
void	ArrayDisplay.overlayDiamond(LIDCnodule[] points, int boxsize)
void	ArrayDisplay.overlayDiamond(LIDCnodule[] points, int boxsize, java.lang.String color)
void	ArrayDisplay.overlayDiamond(LIDCnodule point, int boxsize)
void	ArrayDisplay.overlayDiamond(LIDCnodule point, int boxsize, java.lang.String color)
static void	ArraysI.print(LIDCnodule[][] A, java.lang.String label) 2/21/11 this version permits different size of 2nd dimension for each 1st dim
static void	ArraysI.print(LIDCnodule[] A, int n, java.lang.String label)
static void	ArraysI.print(LIDCnodule[] A, java.lang.String label)
static LIDCnodule[][]	ArraysI.read(LIDCnodule[][] A, java.lang.String path)
static LIDCnodule[]	ArraysI.read(LIDCnodule[] A, java.lang.String path)
float	LIDCnodule.sep(LIDCnodule A)
static void	ArraysI.sort(LIDCnodule[] A) WO 2/8/11 sort by patientID.
static LIDCnodule[]	ArraysI.subArray(LIDCnodule[] A, int offset, int newwidth)
static void	ArraysI.write(LIDCnodule[][] A, java.lang.String path)
static void	ArraysI.write(LIDCnodule[] A, int npts, java.lang.String path)
static void	ArraysI.write(LIDCnodule[] A, java.lang.String path)

Constructors in woSource.math with parameters of type LIDCnodule

Constructor and Description
LIDCnodule(LIDCnodule A)