GeometryFunc

Inheritance: java.lang.Object

public class GeometryFunc

2D geometrical functions implementation

Constructors

Constructor	Description
GeometryFunc()

Methods

Method	Description
absAngleBetweenTwoVectors(System.Drawing.Point aVertexPt, System.Drawing.Point aFirstSidePt, System.Drawing.Point aSecondSidePt)	Calculates absolute angle value where aVertexPt is vertex point and aFirstSidePt, aSecondSidePt are other sides of the angle http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))
absAngleBetweenTwoVectors(System.Drawing.PointF aVertexPt, System.Drawing.PointF aFirstSidePt, System.Drawing.PointF aSecondSidePt)	Calculates absolute angle value where aVertexPt is vertex point and aFirstSidePt, aSecondSidePt are other sides of the angle http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))
absPointFsToLineDistance(List<System.Drawing.PointF> aPoints, LineCoefs aLine)
absPointToLineDistance(System.Drawing.Point aPoint, LineCoefs aLine)	Calculate unsigned distance from current point to line
absPointToLineDistance(System.Drawing.PointF aPoint, LineCoefs aLine)	Calculate unsigned distance from current point to line
absPointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)
angleBetweenTwoVectors(System.Drawing.Point aVertexPt, System.Drawing.Point aFirstSidePt, System.Drawing.Point aSecondSidePt)	Calculates angle value where aVertexPt is vertex point and aFirstSidePt, aSecondSidePt are other sides of the angle http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))
angleBetweenTwoVectors(System.Drawing.Point aFirstStartPt, System.Drawing.Point aFirstEndPt, System.Drawing.Point aSecondStartPt, System.Drawing.Point aSecondEndPt)	Calculates absolute angle value between two vectors http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))
angleBetweenTwoVectors(System.Drawing.PointF aVertexPt, System.Drawing.PointF aFirstSidePt, System.Drawing.PointF aSecondSidePt)	Calculates angle value where aVertexPt is vertex point and aFirstSidePt, aSecondSidePt are other sides of the angle http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))
angleBetweenTwoVectors(System.Drawing.PointF aFirstStartPt, System.Drawing.PointF aFirstEndPt, System.Drawing.PointF aSecondStartPt, System.Drawing.PointF aSecondEndPt)	Calculates absolute angle value between two vectors http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))
avgAbsPointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)
calculateDistance(System.Drawing.Point p1, System.Drawing.Point p2)	Calculates a distance between 2 points
calculateDistance(System.Drawing.PointF p1, System.Drawing.PointF p2)	Calculates a distance between 2 points
checkSegmentWithQuadIntersection(DoublePoints aSegment, QuadPoints aQuad, double aMaxShift)	Checks is segment(line) intersect quad
checkSegmentsIntersection(DoublePoints SegmentF, DoublePoints SegmentS)	Checks inersection distance between two segments(0) or max distance between parallel segments
clockWiseInPCCoordAngleDir(System.Drawing.Point aVertexPt, System.Drawing.Point aFirstSidePt, System.Drawing.Point aSecondSidePt)	Function calculate direction of angle rotation in PC coordinates where Y coord grows down
clockWiseInPCCoordAngleDir(System.Drawing.PointF aVertexPt, System.Drawing.PointF aFirstSidePt, System.Drawing.PointF aSecondSidePt)	Function calculate direction of angle rotation in PC coordinates where Y coord grows down
equals(Object arg0)
findMostDistantPointsFromList(List<System.Drawing.Point> aPointList)	Calculates most distant points from the list of points on the same line O(N) complexity
getAbsAngleBetweenLinesWithAngles(double FirstAngle, double SecondAngle)	Calculate Abs intersect angle between lines with angles http://pipec8.narod.ru/mat/vec/11.htm L1: y=k1x+b1 L2: y=k2x+b2 tga=tg(a2-a1)=(k2-k1)/(1+k2*k1)
getAngleBetweenLinesWithAngles(double FirstAngle, double SecondAngle)	Calculate intersect angle between lines with angles http://pipec8.narod.ru/mat/vec/11.htm L1: y=k1x+b1 L2: y=k2x+b2 tga=tg(a2-a1)=(k2-k1)/(1+k2*k1)
getAugmentedPoint(LineCoefs aLine, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF TestingOppositePoint, boolean isCloserToTesting)
getAugmentedPoint(double aAngle, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF TestingOppositePoint, boolean isCloserToTesting)
getAugmentedPointClockWise(LineCoefs aLine, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF IntersectLinePoint, boolean isClockWise)	Function calculates augmented point from the line
getAugmentedPointClockWise(double aAngle, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF IntersectLinePoint, boolean isClockWise)	Function calculates augmented point from the line
getBalancedQuad(DoublePointFs StartPoints, DoublePointFs EndPoints)	Creates balanced Quad form the start and stop points list with correct or incorrect order
getBalancedQuad(DoublePoints StartPoints, DoublePoints EndPoints)	Creates balanced Quad form the start and stop points list with correct or incorrect order
getBiggestQuad(QuadPoints aFirst, QuadPoints aSecond)	Get biggest quad by the area
getCentralPointByCentroid(List aList)
getClass()
getHeightPointToLine(System.Drawing.Point aFrom, LineCoefs aLine)
getHeightPointToLine(System.Drawing.PointF aFrom, LineCoefs aLine)	Function calculates point where height(shortest distance) from the aFrom point intersects Line
getNextPointOnPiece(double aRad, LineCoefs aLine, System.Drawing.Point aFrom, System.Drawing.Point aSecond, boolean aOutline)
getNextPointOnPiece(double aRad, LineCoefs aLine, System.Drawing.PointF aFrom, System.Drawing.PointF aSecond, boolean aOutline)	dy = -+sqrt(R^2 / (1 + tg(min angle fromY)^2)) dx = dy * tg(min angle fromY);
getNextPointOnPiece(double aRad, System.Drawing.PointF aFrom, System.Drawing.PointF aSecond, boolean aOutline)	dy = -+sqrt(R^2 / (1 + tg(min angle fromY)^2)) dx = dy * tg(min angle fromY);
getNextPointsFromCurrent(double aRad, LineCoefs aLine, System.Drawing.PointF aFrom)	dy = -+sqrt(R^2 / (1 + tg(min angle fromY)^2)) dx = dy * tg(min angle fromY);
getNextPointsFromCurrent(double aRad, double aAngle, System.Drawing.PointF aFrom)	dy = -+sqrt(R^2 / (1 + tg(min angle fromY)^2)) dx = dy * tg(min angle fromY);
getOppositeTriangleSide(double FirstSide, double SecondSide, double Angle)
getProjectedLine(System.Drawing.Point FirstLinePoint, System.Drawing.Point SecondLinePoint, System.Drawing.Point[] ProjPts)	Project points on line.
hashCode()
isAnyPointOfQuadInsideOther(QuadPoints CheckedQuad, QuadPoints aQuad)	Checks is any point of the quad inside this
isPointInsideQuadPoints(QuadPointFs aQuad, System.Drawing.PointF CheckedPoint)	Function checks if point is inside convex quad.
isPointInsideQuadPoints(QuadPoints aQuad, System.Drawing.Point CheckedPoint)	Function checks if point is inside convex quad.
isPointInsideTriangle(System.Drawing.Point Vertex1, System.Drawing.Point Vertex2, System.Drawing.Point Vertex3, System.Drawing.Point CheckedPoint)	Function checks if point is inside triangle
isPointInsideTriangle(System.Drawing.PointF Vertex1, System.Drawing.PointF Vertex2, System.Drawing.PointF Vertex3, System.Drawing.PointF CheckedPoint)	Function checks if point is inside triangle
isQuadIntersectOrConsistOtherQuad(QuadPoints First, QuadPoints Second, double aMaxShift)	Checks is two quads intersected or touched one to other
lineAnglesDifference(double aFAngle, double aSAngle)
lineEquationData(System.Drawing.Point aFrom, System.Drawing.Point aTo, double[] aK, double[] aB)	Calculate line equation in slope form http://en.wikipedia.org/wiki/Linear_equation y = k*x + b;
lineEquationData(System.Drawing.PointF aFrom, System.Drawing.PointF aTo, double[] aK, double[] aB)	Calculate line equation in slope form http://en.wikipedia.org/wiki/Linear_equation y = k*x + b;
lineFromAngleAndPoint(double aAngle, System.Drawing.Point aPoint)
lineFromAngleAndPoint(double aAngle, System.Drawing.PointF aPoint)
lineLength(System.Drawing.Point aFrom, System.Drawing.Point aTo)	Calculate line length between two point
lineLength(System.Drawing.PointF aFrom, System.Drawing.PointF aTo)	Calculate line length between two point
linePerpendicularFromPoint(double aAngle, System.Drawing.Point aPoint)
linePerpendicularFromPoint(double aAngle, System.Drawing.PointF aPoint)
linesIntersection(LineCoefs aFirstLine, LineCoefs aSecondLine)	From G.Korn, T.Korn http://sci-lib.com/book000575.html Px = (b1-b2)/(k2 - k1); Py = (k2*b1 - k1*b2)/(k2 - k1);
linesIntersection(LineCoefs aFirstLine, LineCoefs aSecondLine, System.Drawing.Point aDef)	Return point of the intersection
linesIntersection(LineCoefs aFirstLine, LineCoefs aSecondLine, System.Drawing.PointF aDef)	Return point of the intersection
linesIntersection(System.Drawing.Point a1, System.Drawing.Point a2, System.Drawing.Point b1, System.Drawing.Point b2)	Calculate a point of lines intersection.
linesIntersection(System.Drawing.Point a1, System.Drawing.Point a2, System.Drawing.Point b1, System.Drawing.Point b2, System.Drawing.Point aDef)	Calculate a point of lines intersection.
linesIntersection(System.Drawing.PointF a1, System.Drawing.PointF a2, System.Drawing.PointF b1, System.Drawing.PointF b2, System.Drawing.PointF aDef)	Calculate a point of lines intersection.
manhattanDistanceBetweenPoints(System.Drawing.PointF a, System.Drawing.PointF b)	Calucalte distance between two point in Manhattan metrics (taxicab distance).
maxAbsPointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)
mergeRectangles(System.Drawing.Rectangle first, System.Drawing.Rectangle second)
minDistanceBetweenTwoPieces(System.Drawing.Point A1, System.Drawing.Point A2, System.Drawing.Point B1, System.Drawing.Point B2)
minDistanceBetweenTwoPieces(System.Drawing.PointF A1, System.Drawing.PointF A2, System.Drawing.PointF B1, System.Drawing.PointF B2)
notify()
notifyAll()
perpendicularAngle(double aAngle)
pointDistanceToPiece(System.Drawing.Point aAPoint, System.Drawing.Point A1, System.Drawing.Point A2)
pointDistanceToPiece(System.Drawing.PointF aAPoint, System.Drawing.PointF A1, System.Drawing.PointF A2)
pointFsToLineDistance(List<System.Drawing.PointF> aPointFs, LineCoefs aLine)
pointToLineDistance(System.Drawing.Point aPoint, LineCoefs aLine)	Calculate distance from current point to line
pointToLineDistance(System.Drawing.PointF aPoint, LineCoefs aLine)	Calculate distance from current point to line
pointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)
ptFToPt(System.Drawing.PointF aPoint)
ptToPtF(System.Drawing.Point aPoint)
quadArea(QuadPointFs aQuad)
quadArea(QuadPoints aQuad)
rotatePoint(System.Drawing.PointF aPoint, System.Drawing.PointF aCentralPoint, double aAngle, boolean aClockwise)
rotatePointList(List<System.Drawing.PointF> aList, System.Drawing.PointF aCentralPoint, double aAngle, boolean aClockwise)
rotateQuad(System.Drawing.PointF centralPoint, QuadPointFs quadPointFs, double angle, boolean clockwise)
toString()
triangleArea(System.Drawing.Point aA, System.Drawing.Point aB, System.Drawing.Point aC)
triangleArea(System.Drawing.PointF aA, System.Drawing.PointF aB, System.Drawing.PointF aC)	http://en.wikipedia.org/wiki/Triangle
triangleHeight(System.Drawing.Point aA, System.Drawing.Point aB, System.Drawing.Point aC)	h_base = (2A)/base where A - is a area of a triangle base - a length of AC B is a point from where the height is outing.
triangleHeight(System.Drawing.PointF aA, System.Drawing.PointF aB, System.Drawing.PointF aC)	h_base = (2A)/base where A - is a area of a triangle base - a length of AC B is a point from where the height is outing.
twoLineMinIntersectAngle(LineCoefs aFirstLine, LineCoefs aSecondLine)	Intersection between two lines have two angles.
twoPiecesSameDirrectionMatching(System.Drawing.Point A1, System.Drawing.Point A2, System.Drawing.Point B1, System.Drawing.Point B2, double aVertShift)
twoPiecesSameDirrectionMatching(System.Drawing.PointF A1, System.Drawing.PointF A2, System.Drawing.PointF B1, System.Drawing.PointF B2, double aVertShift)
wait()
wait(long arg0)
wait(long arg0, int arg1)

GeometryFunc()

public GeometryFunc()

absAngleBetweenTwoVectors(System.Drawing.Point aVertexPt, System.Drawing.Point aFirstSidePt, System.Drawing.Point aSecondSidePt)

public static double absAngleBetweenTwoVectors(System.Drawing.Point aVertexPt, System.Drawing.Point aFirstSidePt, System.Drawing.Point aSecondSidePt)

Calculates absolute angle value where aVertexPt is vertex point and aFirstSidePt, aSecondSidePt are other sides of the angle http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))

Parameters:

Parameter	Type	Description
aVertexPt	com.aspose.ms.System.Drawing.Point	Vertex point
aFirstSidePt	com.aspose.ms.System.Drawing.Point	First side of the angle
aSecondSidePt	com.aspose.ms.System.Drawing.Point	Second side of the angle

Returns: double - Value of the angle in rads

absAngleBetweenTwoVectors(System.Drawing.PointF aVertexPt, System.Drawing.PointF aFirstSidePt, System.Drawing.PointF aSecondSidePt)

public static double absAngleBetweenTwoVectors(System.Drawing.PointF aVertexPt, System.Drawing.PointF aFirstSidePt, System.Drawing.PointF aSecondSidePt)

Calculates absolute angle value where aVertexPt is vertex point and aFirstSidePt, aSecondSidePt are other sides of the angle http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))

Parameters:

Parameter	Type	Description
aVertexPt	com.aspose.ms.System.Drawing.PointF	Vertex point
aFirstSidePt	com.aspose.ms.System.Drawing.PointF	First side of the angle
aSecondSidePt	com.aspose.ms.System.Drawing.PointF	Second side of the angle

Returns: double - Value of the angle in rads

absPointFsToLineDistance(List<System.Drawing.PointF> aPoints, LineCoefs aLine)

public static List<Double> absPointFsToLineDistance(List<System.Drawing.PointF> aPoints, LineCoefs aLine)

Parameters:

Parameter	Type	Description
aPoints	java.util.List<com.aspose.ms.System.Drawing.PointF>
aLine	LineCoefs

Returns: List

absPointToLineDistance(System.Drawing.Point aPoint, LineCoefs aLine)

public static double absPointToLineDistance(System.Drawing.Point aPoint, LineCoefs aLine)

Calculate unsigned distance from current point to line

Parameters:

Parameter	Type	Description
aPoint	com.aspose.ms.System.Drawing.Point	point
aLine	LineCoefs	Line variable

Returns: double - distance to line

absPointToLineDistance(System.Drawing.PointF aPoint, LineCoefs aLine)

public static double absPointToLineDistance(System.Drawing.PointF aPoint, LineCoefs aLine)

Calculate unsigned distance from current point to line

Parameters:

Parameter	Type	Description
aPoint	com.aspose.ms.System.Drawing.PointF	point
aLine	LineCoefs	Line variable

Returns: double - distance to line

absPointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)

public static List<Double> absPointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)

Parameters:

Parameter	Type	Description
aPoints	java.util.List<com.aspose.ms.System.Drawing.Point>
aLine	LineCoefs

Returns: List

angleBetweenTwoVectors(System.Drawing.Point aVertexPt, System.Drawing.Point aFirstSidePt, System.Drawing.Point aSecondSidePt)

public static double angleBetweenTwoVectors(System.Drawing.Point aVertexPt, System.Drawing.Point aFirstSidePt, System.Drawing.Point aSecondSidePt)

Calculates angle value where aVertexPt is vertex point and aFirstSidePt, aSecondSidePt are other sides of the angle http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))

Parameters:

Parameter	Type	Description
aVertexPt	com.aspose.ms.System.Drawing.Point	Vertex point
aFirstSidePt	com.aspose.ms.System.Drawing.Point	First side of the angle
aSecondSidePt	com.aspose.ms.System.Drawing.Point	Second side of the angle

Returns: double - Value of the angle in rads

angleBetweenTwoVectors(System.Drawing.Point aFirstStartPt, System.Drawing.Point aFirstEndPt, System.Drawing.Point aSecondStartPt, System.Drawing.Point aSecondEndPt)

public static double angleBetweenTwoVectors(System.Drawing.Point aFirstStartPt, System.Drawing.Point aFirstEndPt, System.Drawing.Point aSecondStartPt, System.Drawing.Point aSecondEndPt)

Calculates absolute angle value between two vectors http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))

Parameters:

Parameter	Type	Description
aFirstStartPt	com.aspose.ms.System.Drawing.Point	Start point of the first vector
aFirstEndPt	com.aspose.ms.System.Drawing.Point	End point of the first vector
aSecondStartPt	com.aspose.ms.System.Drawing.Point	Start point of the second vector
aSecondEndPt	com.aspose.ms.System.Drawing.Point	End point of the second vector

Returns: double - Value of the angle in rads

angleBetweenTwoVectors(System.Drawing.PointF aVertexPt, System.Drawing.PointF aFirstSidePt, System.Drawing.PointF aSecondSidePt)

public static double angleBetweenTwoVectors(System.Drawing.PointF aVertexPt, System.Drawing.PointF aFirstSidePt, System.Drawing.PointF aSecondSidePt)

Calculates angle value where aVertexPt is vertex point and aFirstSidePt, aSecondSidePt are other sides of the angle http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))

Parameters:

Parameter	Type	Description
aVertexPt	com.aspose.ms.System.Drawing.PointF	Vertex point
aFirstSidePt	com.aspose.ms.System.Drawing.PointF	First side of the angle
aSecondSidePt	com.aspose.ms.System.Drawing.PointF	Second side of the angle

Returns: double - Value of the angle in rads

angleBetweenTwoVectors(System.Drawing.PointF aFirstStartPt, System.Drawing.PointF aFirstEndPt, System.Drawing.PointF aSecondStartPt, System.Drawing.PointF aSecondEndPt)

public static double angleBetweenTwoVectors(System.Drawing.PointF aFirstStartPt, System.Drawing.PointF aFirstEndPt, System.Drawing.PointF aSecondStartPt, System.Drawing.PointF aSecondEndPt)

Calculates absolute angle value between two vectors http://en.wikipedia.org/wiki/Angle angle = arcos((x1*x2+y1*y2)/(sqrt(x1^2+y1^2)*sqrt(x2^2+y2^2)))

Parameters:

Parameter	Type	Description
aFirstStartPt	com.aspose.ms.System.Drawing.PointF	Start point of the first vector
aFirstEndPt	com.aspose.ms.System.Drawing.PointF	End point of the first vector
aSecondStartPt	com.aspose.ms.System.Drawing.PointF	Start point of the second vector
aSecondEndPt	com.aspose.ms.System.Drawing.PointF	End point of the second vector

Returns: double - Value of the angle in rads

avgAbsPointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)

public static double avgAbsPointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)

Parameters:

Parameter	Type	Description
aPoints	java.util.List<com.aspose.ms.System.Drawing.Point>
aLine	LineCoefs

Returns: double

calculateDistance(System.Drawing.Point p1, System.Drawing.Point p2)

public static float calculateDistance(System.Drawing.Point p1, System.Drawing.Point p2)

Calculates a distance between 2 points

Parameters:

Parameter	Type	Description
p1	com.aspose.ms.System.Drawing.Point
p2	com.aspose.ms.System.Drawing.Point

Returns: float -

calculateDistance(System.Drawing.PointF p1, System.Drawing.PointF p2)

public static float calculateDistance(System.Drawing.PointF p1, System.Drawing.PointF p2)

Calculates a distance between 2 points

Parameters:

Parameter	Type	Description
p1	com.aspose.ms.System.Drawing.PointF
p2	com.aspose.ms.System.Drawing.PointF

Returns: float -

checkSegmentWithQuadIntersection(DoublePoints aSegment, QuadPoints aQuad, double aMaxShift)

public static boolean checkSegmentWithQuadIntersection(DoublePoints aSegment, QuadPoints aQuad, double aMaxShift)

Checks is segment(line) intersect quad

Parameters:

Parameter	Type	Description
aSegment	DoublePoints
aQuad	QuadPoints
aMaxShift	double	max distance between two quads

Returns: boolean - return state is segment(line) intersect quad

checkSegmentsIntersection(DoublePoints SegmentF, DoublePoints SegmentS)

public static double checkSegmentsIntersection(DoublePoints SegmentF, DoublePoints SegmentS)

Checks inersection distance between two segments(0) or max distance between parallel segments

Parameters:

Parameter	Type	Description
SegmentF	DoublePoints
SegmentS	DoublePoints

Returns: double - return distance

clockWiseInPCCoordAngleDir(System.Drawing.Point aVertexPt, System.Drawing.Point aFirstSidePt, System.Drawing.Point aSecondSidePt)

public static boolean clockWiseInPCCoordAngleDir(System.Drawing.Point aVertexPt, System.Drawing.Point aFirstSidePt, System.Drawing.Point aSecondSidePt)

Function calculate direction of angle rotation in PC coordinates where Y coord grows down

Parameters:

Parameter	Type	Description
aVertexPt	com.aspose.ms.System.Drawing.Point	Vertex point
aFirstSidePt	com.aspose.ms.System.Drawing.Point	Point from which we rotate
aSecondSidePt	com.aspose.ms.System.Drawing.Point	Point To which we rotate

Returns: boolean - clockwise rotation in PC coordinates where Y coord grows down

clockWiseInPCCoordAngleDir(System.Drawing.PointF aVertexPt, System.Drawing.PointF aFirstSidePt, System.Drawing.PointF aSecondSidePt)

public static boolean clockWiseInPCCoordAngleDir(System.Drawing.PointF aVertexPt, System.Drawing.PointF aFirstSidePt, System.Drawing.PointF aSecondSidePt)

Function calculate direction of angle rotation in PC coordinates where Y coord grows down

Parameters:

Parameter	Type	Description
aVertexPt	com.aspose.ms.System.Drawing.PointF	Vertex point
aFirstSidePt	com.aspose.ms.System.Drawing.PointF	Point from which we rotate
aSecondSidePt	com.aspose.ms.System.Drawing.PointF	Point To which we rotate

Returns: boolean - clockwise rotation in PC coordinates where Y coord grows down

equals(Object arg0)

public boolean equals(Object arg0)

Parameters:

Parameter	Type	Description
arg0	java.lang.Object

Returns: boolean

findMostDistantPointsFromList(List<System.Drawing.Point> aPointList)

public static DoublePoints findMostDistantPointsFromList(List<System.Drawing.Point> aPointList)

Calculates most distant points from the list of points on the same line O(N) complexity

Parameters:

Parameter	Type	Description
aPointList	java.util.List<com.aspose.ms.System.Drawing.Point>

Returns: DoublePoints - Most distant points

getAbsAngleBetweenLinesWithAngles(double FirstAngle, double SecondAngle)

public static double getAbsAngleBetweenLinesWithAngles(double FirstAngle, double SecondAngle)

Calculate Abs intersect angle between lines with angles http://pipec8.narod.ru/mat/vec/11.htm L1: y=k1x+b1 L2: y=k2x+b2 tga=tg(a2-a1)=(k2-k1)/(1+k2*k1)

Parameters:

Parameter	Type	Description
FirstAngle	double	First angle
SecondAngle	double	SecondAngle

Returns: double - the length of line

getAngleBetweenLinesWithAngles(double FirstAngle, double SecondAngle)

public static double getAngleBetweenLinesWithAngles(double FirstAngle, double SecondAngle)

Calculate intersect angle between lines with angles http://pipec8.narod.ru/mat/vec/11.htm L1: y=k1x+b1 L2: y=k2x+b2 tga=tg(a2-a1)=(k2-k1)/(1+k2*k1)

Parameters:

Parameter	Type	Description
FirstAngle	double	First angle
SecondAngle	double	SecondAngle

Returns: double - the length of line

getAugmentedPoint(LineCoefs aLine, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF TestingOppositePoint, boolean isCloserToTesting)

public static System.Drawing.PointF getAugmentedPoint(LineCoefs aLine, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF TestingOppositePoint, boolean isCloserToTesting)

Parameters:

Parameter	Type	Description
aLine	LineCoefs
aRad	double
ProlongedPoint	com.aspose.ms.System.Drawing.PointF
TestingOppositePoint	com.aspose.ms.System.Drawing.PointF
isCloserToTesting	boolean

Returns: com.aspose.ms.System.Drawing.PointF

getAugmentedPoint(double aAngle, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF TestingOppositePoint, boolean isCloserToTesting)

public static System.Drawing.PointF getAugmentedPoint(double aAngle, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF TestingOppositePoint, boolean isCloserToTesting)

Parameters:

Parameter	Type	Description
aAngle	double
aRad	double
ProlongedPoint	com.aspose.ms.System.Drawing.PointF
TestingOppositePoint	com.aspose.ms.System.Drawing.PointF
isCloserToTesting	boolean

Returns: com.aspose.ms.System.Drawing.PointF

getAugmentedPointClockWise(LineCoefs aLine, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF IntersectLinePoint, boolean isClockWise)

public static System.Drawing.PointF getAugmentedPointClockWise(LineCoefs aLine, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF IntersectLinePoint, boolean isClockWise)

Function calculates augmented point from the line

Parameters:

Parameter	Type	Description
aLine	LineCoefs	The line coeficients
aRad	double	prolonged distance
ProlongedPoint	com.aspose.ms.System.Drawing.PointF	point on line
IntersectLinePoint	com.aspose.ms.System.Drawing.PointF
isClockWise	boolean

Returns: com.aspose.ms.System.Drawing.PointF - augmented point

getAugmentedPointClockWise(double aAngle, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF IntersectLinePoint, boolean isClockWise)

public static System.Drawing.PointF getAugmentedPointClockWise(double aAngle, double aRad, System.Drawing.PointF ProlongedPoint, System.Drawing.PointF IntersectLinePoint, boolean isClockWise)

Function calculates augmented point from the line

Parameters:

Parameter	Type	Description
aAngle	double	prolonged line
aRad	double	prolonged distance
ProlongedPoint	com.aspose.ms.System.Drawing.PointF	point on line
IntersectLinePoint	com.aspose.ms.System.Drawing.PointF
isClockWise	boolean

Returns: com.aspose.ms.System.Drawing.PointF - augmented point

getBalancedQuad(DoublePointFs StartPoints, DoublePointFs EndPoints)

public static QuadPointFs getBalancedQuad(DoublePointFs StartPoints, DoublePointFs EndPoints)

Creates balanced Quad form the start and stop points list with correct or incorrect order

Parameters:

Parameter	Type	Description
StartPoints	DoublePointFs	start points of the quad
EndPoints	DoublePointFs	end points of the quad

Returns: QuadPointFs - Quad of barcode area

getBalancedQuad(DoublePoints StartPoints, DoublePoints EndPoints)

public static QuadPoints getBalancedQuad(DoublePoints StartPoints, DoublePoints EndPoints)

Creates balanced Quad form the start and stop points list with correct or incorrect order

Parameters:

Parameter	Type	Description
StartPoints	DoublePoints	start points of the quad
EndPoints	DoublePoints	end points of the quad

Returns: QuadPoints - Quad of barcode area

getBiggestQuad(QuadPoints aFirst, QuadPoints aSecond)

public static QuadPoints getBiggestQuad(QuadPoints aFirst, QuadPoints aSecond)

Get biggest quad by the area

Parameters:

Parameter	Type	Description
aFirst	QuadPoints
aSecond	QuadPoints

Returns: QuadPoints - return biggest quad by the area

getCentralPointByCentroid(List aList)

public static PointResult getCentralPointByCentroid(List aList)

Parameters:

Parameter	Type	Description
aList	java.util.List

Returns: PointResult

getClass()

public final native Class<?> getClass()

Returns: java.lang.Class

getHeightPointToLine(System.Drawing.Point aFrom, LineCoefs aLine)

public static System.Drawing.Point getHeightPointToLine(System.Drawing.Point aFrom, LineCoefs aLine)

Parameters:

Parameter	Type	Description
aFrom	com.aspose.ms.System.Drawing.Point
aLine	LineCoefs

Returns: com.aspose.ms.System.Drawing.Point

getHeightPointToLine(System.Drawing.PointF aFrom, LineCoefs aLine)

public static System.Drawing.PointF getHeightPointToLine(System.Drawing.PointF aFrom, LineCoefs aLine)

Function calculates point where height(shortest distance) from the aFrom point intersects Line

Parameters:

Parameter	Type	Description
aFrom	com.aspose.ms.System.Drawing.PointF	Point from which we create height
aLine	LineCoefs	Line to which we create height

Returns: com.aspose.ms.System.Drawing.PointF - Point where height from aFrom intersect line aLine

getNextPointOnPiece(double aRad, LineCoefs aLine, System.Drawing.Point aFrom, System.Drawing.Point aSecond, boolean aOutline)

public static System.Drawing.Point getNextPointOnPiece(double aRad, LineCoefs aLine, System.Drawing.Point aFrom, System.Drawing.Point aSecond, boolean aOutline)

Parameters:

Parameter	Type	Description
aRad	double
aLine	LineCoefs
aFrom	com.aspose.ms.System.Drawing.Point
aSecond	com.aspose.ms.System.Drawing.Point
aOutline	boolean

Returns: com.aspose.ms.System.Drawing.Point

getNextPointOnPiece(double aRad, LineCoefs aLine, System.Drawing.PointF aFrom, System.Drawing.PointF aSecond, boolean aOutline)

public static System.Drawing.PointF getNextPointOnPiece(double aRad, LineCoefs aLine, System.Drawing.PointF aFrom, System.Drawing.PointF aSecond, boolean aOutline)

dy = -+sqrt(R^2 / (1 + tg(min angle fromY)^2)) dx = dy * tg(min angle fromY);

Parameters:

Parameter	Type	Description
aRad	double	distance from the aFrom point, must be positive
aLine	LineCoefs	The line coeficients
aFrom	com.aspose.ms.System.Drawing.PointF	The point from which we prologn new point
aSecond	com.aspose.ms.System.Drawing.PointF	the second point on the piece
aOutline	boolean	true the result outside the piece, false the result inside

Returns: com.aspose.ms.System.Drawing.PointF - the resulted point

getNextPointOnPiece(double aRad, System.Drawing.PointF aFrom, System.Drawing.PointF aSecond, boolean aOutline)

public static System.Drawing.PointF getNextPointOnPiece(double aRad, System.Drawing.PointF aFrom, System.Drawing.PointF aSecond, boolean aOutline)

dy = -+sqrt(R^2 / (1 + tg(min angle fromY)^2)) dx = dy * tg(min angle fromY);

Parameters:

Parameter	Type	Description
aRad	double	distance from the aFrom point, must be positive
aFrom	com.aspose.ms.System.Drawing.PointF	The point from which we prologn new point
aSecond	com.aspose.ms.System.Drawing.PointF	the second point on the piece
aOutline	boolean	true the result outside the piece, false the result inside

Returns: com.aspose.ms.System.Drawing.PointF - the resulted point

getNextPointsFromCurrent(double aRad, LineCoefs aLine, System.Drawing.PointF aFrom)

public static DoublePointFs getNextPointsFromCurrent(double aRad, LineCoefs aLine, System.Drawing.PointF aFrom)

dy = -+sqrt(R^2 / (1 + tg(min angle fromY)^2)) dx = dy * tg(min angle fromY);

Parameters:

Parameter	Type	Description
aRad	double	distance from the aFrom point, must be positive
aLine	LineCoefs	The line coeficients
aFrom	com.aspose.ms.System.Drawing.PointF	The point from which we prologn new point

Returns: DoublePointFs - DoublePoints

getNextPointsFromCurrent(double aRad, double aAngle, System.Drawing.PointF aFrom)

public static DoublePointFs getNextPointsFromCurrent(double aRad, double aAngle, System.Drawing.PointF aFrom)

dy = -+sqrt(R^2 / (1 + tg(min angle fromY)^2)) dx = dy * tg(min angle fromY);

Parameters:

Parameter	Type	Description
aRad	double	distance from the aFrom point, must be positive
aAngle	double	the line angle
aFrom	com.aspose.ms.System.Drawing.PointF	The point from which we prologn new point

Returns: DoublePointFs - DoublePoints

getOppositeTriangleSide(double FirstSide, double SecondSide, double Angle)

public static double getOppositeTriangleSide(double FirstSide, double SecondSide, double Angle)

Parameters:

Parameter	Type	Description
FirstSide	double
SecondSide	double
Angle	double

Returns: double

getProjectedLine(System.Drawing.Point FirstLinePoint, System.Drawing.Point SecondLinePoint, System.Drawing.Point[] ProjPts)

public static DoublePoints getProjectedLine(System.Drawing.Point FirstLinePoint, System.Drawing.Point SecondLinePoint, System.Drawing.Point[] ProjPts)

Project points on line. If new points extend the nine, extended line is returned.

Parameters:

Parameter	Type	Description
FirstLinePoint	com.aspose.ms.System.Drawing.Point	First Point of line
SecondLinePoint	com.aspose.ms.System.Drawing.Point	Second Point of line
ProjPts	com.aspose.ms.System.Drawing.Point[]	List of point which must be projected

Returns: DoublePoints - two point of new line

hashCode()

public native int hashCode()

Returns: int

isAnyPointOfQuadInsideOther(QuadPoints CheckedQuad, QuadPoints aQuad)

public static boolean isAnyPointOfQuadInsideOther(QuadPoints CheckedQuad, QuadPoints aQuad)

Checks is any point of the quad inside this

Parameters:

Parameter	Type	Description
CheckedQuad	QuadPoints
aQuad	QuadPoints

Returns: boolean - return state is any point of the quad inside this

isPointInsideQuadPoints(QuadPointFs aQuad, System.Drawing.PointF CheckedPoint)

public static boolean isPointInsideQuadPoints(QuadPointFs aQuad, System.Drawing.PointF CheckedPoint)

Function checks if point is inside convex quad. Will not work if quad isn’t convex

Parameters:

Parameter	Type	Description
aQuad	QuadPointFs	Quad which we check
CheckedPoint	com.aspose.ms.System.Drawing.PointF	Checked point

Returns: boolean - if true, point inside convex quad

isPointInsideQuadPoints(QuadPoints aQuad, System.Drawing.Point CheckedPoint)

public static boolean isPointInsideQuadPoints(QuadPoints aQuad, System.Drawing.Point CheckedPoint)

Function checks if point is inside convex quad. Will not work if quad isn’t convex

Parameters:

Parameter	Type	Description
aQuad	QuadPoints	Quad which we check
CheckedPoint	com.aspose.ms.System.Drawing.Point	Checked point

Returns: boolean - if true, point inside convex quad

isPointInsideTriangle(System.Drawing.Point Vertex1, System.Drawing.Point Vertex2, System.Drawing.Point Vertex3, System.Drawing.Point CheckedPoint)

public static boolean isPointInsideTriangle(System.Drawing.Point Vertex1, System.Drawing.Point Vertex2, System.Drawing.Point Vertex3, System.Drawing.Point CheckedPoint)

Function checks if point is inside triangle

Parameters:

Parameter	Type	Description
Vertex1	com.aspose.ms.System.Drawing.Point	First triangle vertex
Vertex2	com.aspose.ms.System.Drawing.Point	Second triangle vertex
Vertex3	com.aspose.ms.System.Drawing.Point	Third triangle vertex
CheckedPoint	com.aspose.ms.System.Drawing.Point	Checked point

Returns: boolean - if true, point inside triangle

isPointInsideTriangle(System.Drawing.PointF Vertex1, System.Drawing.PointF Vertex2, System.Drawing.PointF Vertex3, System.Drawing.PointF CheckedPoint)

public static boolean isPointInsideTriangle(System.Drawing.PointF Vertex1, System.Drawing.PointF Vertex2, System.Drawing.PointF Vertex3, System.Drawing.PointF CheckedPoint)

Function checks if point is inside triangle

Parameters:

Parameter	Type	Description
Vertex1	com.aspose.ms.System.Drawing.PointF	First triangle vertex
Vertex2	com.aspose.ms.System.Drawing.PointF	Second triangle vertex
Vertex3	com.aspose.ms.System.Drawing.PointF	Third triangle vertex
CheckedPoint	com.aspose.ms.System.Drawing.PointF	Checked point

Returns: boolean - if true, point inside triangle

isQuadIntersectOrConsistOtherQuad(QuadPoints First, QuadPoints Second, double aMaxShift)

public static boolean isQuadIntersectOrConsistOtherQuad(QuadPoints First, QuadPoints Second, double aMaxShift)

Checks is two quads intersected or touched one to other

Parameters:

Parameter	Type	Description
First	QuadPoints
Second	QuadPoints
aMaxShift	double	max distance between two quads

Returns: boolean - return state is two quads intersected or touched one to other

lineAnglesDifference(double aFAngle, double aSAngle)

public static double lineAnglesDifference(double aFAngle, double aSAngle)

Parameters:

Parameter	Type	Description
aFAngle	double
aSAngle	double

Returns: double

lineEquationData(System.Drawing.Point aFrom, System.Drawing.Point aTo, double[] aK, double[] aB)

public static void lineEquationData(System.Drawing.Point aFrom, System.Drawing.Point aTo, double[] aK, double[] aB)

Calculate line equation in slope form http://en.wikipedia.org/wiki/Linear_equation y = k*x + b;

Parameters:

Parameter	Type	Description
aFrom	com.aspose.ms.System.Drawing.Point	Start point
aTo	com.aspose.ms.System.Drawing.Point	End point
aK	double[]	k - variable
aB	double[]	b - variable

lineEquationData(System.Drawing.PointF aFrom, System.Drawing.PointF aTo, double[] aK, double[] aB)

public static void lineEquationData(System.Drawing.PointF aFrom, System.Drawing.PointF aTo, double[] aK, double[] aB)

Calculate line equation in slope form http://en.wikipedia.org/wiki/Linear_equation y = k*x + b;

Parameters:

Parameter	Type	Description
aFrom	com.aspose.ms.System.Drawing.PointF	Start point
aTo	com.aspose.ms.System.Drawing.PointF	End point
aK	double[]	k - variable
aB	double[]	b - variable

lineFromAngleAndPoint(double aAngle, System.Drawing.Point aPoint)

public static LineCoefs lineFromAngleAndPoint(double aAngle, System.Drawing.Point aPoint)

Parameters:

Parameter	Type	Description
aAngle	double
aPoint	com.aspose.ms.System.Drawing.Point

Returns: LineCoefs

lineFromAngleAndPoint(double aAngle, System.Drawing.PointF aPoint)

public static LineCoefs lineFromAngleAndPoint(double aAngle, System.Drawing.PointF aPoint)

Parameters:

Parameter	Type	Description
aAngle	double
aPoint	com.aspose.ms.System.Drawing.PointF

Returns: LineCoefs

lineLength(System.Drawing.Point aFrom, System.Drawing.Point aTo)

public static double lineLength(System.Drawing.Point aFrom, System.Drawing.Point aTo)

Calculate line length between two point

Parameters:

Parameter	Type	Description
aFrom	com.aspose.ms.System.Drawing.Point	Start point
aTo	com.aspose.ms.System.Drawing.Point	End point

Returns: double - the length of line

lineLength(System.Drawing.PointF aFrom, System.Drawing.PointF aTo)

public static double lineLength(System.Drawing.PointF aFrom, System.Drawing.PointF aTo)

Calculate line length between two point

Parameters:

Parameter	Type	Description
aFrom	com.aspose.ms.System.Drawing.PointF	Start point
aTo	com.aspose.ms.System.Drawing.PointF	End point

Returns: double - the length of line

linePerpendicularFromPoint(double aAngle, System.Drawing.Point aPoint)

public static LineCoefs linePerpendicularFromPoint(double aAngle, System.Drawing.Point aPoint)

Parameters:

Parameter	Type	Description
aAngle	double
aPoint	com.aspose.ms.System.Drawing.Point

Returns: LineCoefs

linePerpendicularFromPoint(double aAngle, System.Drawing.PointF aPoint)

public static LineCoefs linePerpendicularFromPoint(double aAngle, System.Drawing.PointF aPoint)

Parameters:

Parameter	Type	Description
aAngle	double
aPoint	com.aspose.ms.System.Drawing.PointF

Returns: LineCoefs

linesIntersection(LineCoefs aFirstLine, LineCoefs aSecondLine)

public static PointResult linesIntersection(LineCoefs aFirstLine, LineCoefs aSecondLine)

From G.Korn, T.Korn http://sci-lib.com/book000575.html Px = (b1-b2)/(k2 - k1); Py = (k2*b1 - k1*b2)/(k2 - k1);

Parameters:

Parameter	Type	Description
aFirstLine	LineCoefs	First checked line
aSecondLine	LineCoefs	Second checked line

Returns: PointResult - intersect point in PointResult or null

linesIntersection(LineCoefs aFirstLine, LineCoefs aSecondLine, System.Drawing.Point aDef)

public static System.Drawing.Point linesIntersection(LineCoefs aFirstLine, LineCoefs aSecondLine, System.Drawing.Point aDef)

Return point of the intersection

Parameters:

Parameter	Type	Description
aFirstLine	LineCoefs	First checked line
aSecondLine	LineCoefs	Second checked line
aDef	com.aspose.ms.System.Drawing.Point	Default point

Returns: com.aspose.ms.System.Drawing.Point - intersect point or default point

linesIntersection(LineCoefs aFirstLine, LineCoefs aSecondLine, System.Drawing.PointF aDef)

public static System.Drawing.PointF linesIntersection(LineCoefs aFirstLine, LineCoefs aSecondLine, System.Drawing.PointF aDef)

Return point of the intersection

Parameters:

Parameter	Type	Description
aFirstLine	LineCoefs	First checked line
aSecondLine	LineCoefs	Second checked line
aDef	com.aspose.ms.System.Drawing.PointF	Default point

Returns: com.aspose.ms.System.Drawing.PointF - intersect point or default point

linesIntersection(System.Drawing.Point a1, System.Drawing.Point a2, System.Drawing.Point b1, System.Drawing.Point b2)

public static PointResult linesIntersection(System.Drawing.Point a1, System.Drawing.Point a2, System.Drawing.Point b1, System.Drawing.Point b2)

Calculate a point of lines intersection.

Parameters:

Parameter	Type	Description
a1	com.aspose.ms.System.Drawing.Point	first point of line A
a2	com.aspose.ms.System.Drawing.Point	second point of line A
b1	com.aspose.ms.System.Drawing.Point	first point of line B
b2	com.aspose.ms.System.Drawing.Point	second point of line B

Returns: PointResult - intersect point in PointResult or null

linesIntersection(System.Drawing.Point a1, System.Drawing.Point a2, System.Drawing.Point b1, System.Drawing.Point b2, System.Drawing.Point aDef)

public static System.Drawing.Point linesIntersection(System.Drawing.Point a1, System.Drawing.Point a2, System.Drawing.Point b1, System.Drawing.Point b2, System.Drawing.Point aDef)

Calculate a point of lines intersection.

Parameters:

Parameter	Type	Description
a1	com.aspose.ms.System.Drawing.Point	first point of line A
a2	com.aspose.ms.System.Drawing.Point	second point of line A
b1	com.aspose.ms.System.Drawing.Point	first point of line B
b2	com.aspose.ms.System.Drawing.Point	second point of line B
aDef	com.aspose.ms.System.Drawing.Point	Default point

Returns: com.aspose.ms.System.Drawing.Point - intersect point or default point

linesIntersection(System.Drawing.PointF a1, System.Drawing.PointF a2, System.Drawing.PointF b1, System.Drawing.PointF b2, System.Drawing.PointF aDef)

public static System.Drawing.PointF linesIntersection(System.Drawing.PointF a1, System.Drawing.PointF a2, System.Drawing.PointF b1, System.Drawing.PointF b2, System.Drawing.PointF aDef)

Calculate a point of lines intersection.

Parameters:

Parameter	Type	Description
a1	com.aspose.ms.System.Drawing.PointF	first point of line A
a2	com.aspose.ms.System.Drawing.PointF	second point of line A
b1	com.aspose.ms.System.Drawing.PointF	first point of line B
b2	com.aspose.ms.System.Drawing.PointF	second point of line B
aDef	com.aspose.ms.System.Drawing.PointF	Default point

Returns: com.aspose.ms.System.Drawing.PointF - intersect point or default point

manhattanDistanceBetweenPoints(System.Drawing.PointF a, System.Drawing.PointF b)

public static double manhattanDistanceBetweenPoints(System.Drawing.PointF a, System.Drawing.PointF b)

Calucalte distance between two point in Manhattan metrics (taxicab distance).

Parameters:

Parameter	Type	Description
a	com.aspose.ms.System.Drawing.PointF	First point.
b	com.aspose.ms.System.Drawing.PointF	Second point.

Returns: double - The distance between point in Mangattan metrics.

maxAbsPointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)

public static double maxAbsPointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)

Parameters:

Parameter	Type	Description
aPoints	java.util.List<com.aspose.ms.System.Drawing.Point>
aLine	LineCoefs

Returns: double

mergeRectangles(System.Drawing.Rectangle first, System.Drawing.Rectangle second)

public static System.Drawing.Rectangle mergeRectangles(System.Drawing.Rectangle first, System.Drawing.Rectangle second)

Parameters:

Parameter	Type	Description
first	com.aspose.ms.System.Drawing.Rectangle
second	com.aspose.ms.System.Drawing.Rectangle

Returns: com.aspose.ms.System.Drawing.Rectangle

minDistanceBetweenTwoPieces(System.Drawing.Point A1, System.Drawing.Point A2, System.Drawing.Point B1, System.Drawing.Point B2)

public static double minDistanceBetweenTwoPieces(System.Drawing.Point A1, System.Drawing.Point A2, System.Drawing.Point B1, System.Drawing.Point B2)

Parameters:

Parameter	Type	Description
A1	com.aspose.ms.System.Drawing.Point
A2	com.aspose.ms.System.Drawing.Point
B1	com.aspose.ms.System.Drawing.Point
B2	com.aspose.ms.System.Drawing.Point

Returns: double

minDistanceBetweenTwoPieces(System.Drawing.PointF A1, System.Drawing.PointF A2, System.Drawing.PointF B1, System.Drawing.PointF B2)

public static double minDistanceBetweenTwoPieces(System.Drawing.PointF A1, System.Drawing.PointF A2, System.Drawing.PointF B1, System.Drawing.PointF B2)

Parameters:

Parameter	Type	Description
A1	com.aspose.ms.System.Drawing.PointF
A2	com.aspose.ms.System.Drawing.PointF
B1	com.aspose.ms.System.Drawing.PointF
B2	com.aspose.ms.System.Drawing.PointF

Returns: double

notify()

public final native void notify()

notifyAll()

public final native void notifyAll()

perpendicularAngle(double aAngle)

public static double perpendicularAngle(double aAngle)

Parameters:

Parameter	Type	Description
aAngle	double

Returns: double

pointDistanceToPiece(System.Drawing.Point aAPoint, System.Drawing.Point A1, System.Drawing.Point A2)

public static double pointDistanceToPiece(System.Drawing.Point aAPoint, System.Drawing.Point A1, System.Drawing.Point A2)

Parameters:

Parameter	Type	Description
aAPoint	com.aspose.ms.System.Drawing.Point
A1	com.aspose.ms.System.Drawing.Point
A2	com.aspose.ms.System.Drawing.Point

Returns: double

pointDistanceToPiece(System.Drawing.PointF aAPoint, System.Drawing.PointF A1, System.Drawing.PointF A2)

public static double pointDistanceToPiece(System.Drawing.PointF aAPoint, System.Drawing.PointF A1, System.Drawing.PointF A2)

Parameters:

Parameter	Type	Description
aAPoint	com.aspose.ms.System.Drawing.PointF
A1	com.aspose.ms.System.Drawing.PointF
A2	com.aspose.ms.System.Drawing.PointF

Returns: double

pointFsToLineDistance(List<System.Drawing.PointF> aPointFs, LineCoefs aLine)

public static List<Double> pointFsToLineDistance(List<System.Drawing.PointF> aPointFs, LineCoefs aLine)

Parameters:

Parameter	Type	Description
aPointFs	java.util.List<com.aspose.ms.System.Drawing.PointF>
aLine	LineCoefs

Returns: List

pointToLineDistance(System.Drawing.Point aPoint, LineCoefs aLine)

public static double pointToLineDistance(System.Drawing.Point aPoint, LineCoefs aLine)

Calculate distance from current point to line

Parameters:

Parameter	Type	Description
aPoint	com.aspose.ms.System.Drawing.Point	point
aLine	LineCoefs	Line variable

Returns: double - distance, - or + means other sides of line

pointToLineDistance(System.Drawing.PointF aPoint, LineCoefs aLine)

public static double pointToLineDistance(System.Drawing.PointF aPoint, LineCoefs aLine)

Calculate distance from current point to line

Parameters:

Parameter	Type	Description
aPoint	com.aspose.ms.System.Drawing.PointF	point
aLine	LineCoefs	Line variable

Returns: double - distance, - or + means other sides of line

pointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)

public static List<Double> pointsToLineDistance(List<System.Drawing.Point> aPoints, LineCoefs aLine)

Parameters:

Parameter	Type	Description
aPoints	java.util.List<com.aspose.ms.System.Drawing.Point>
aLine	LineCoefs

Returns: List

ptFToPt(System.Drawing.PointF aPoint)

public static System.Drawing.Point ptFToPt(System.Drawing.PointF aPoint)

Parameters:

Parameter	Type	Description
aPoint	com.aspose.ms.System.Drawing.PointF

Returns: com.aspose.ms.System.Drawing.Point

ptToPtF(System.Drawing.Point aPoint)

public static System.Drawing.PointF ptToPtF(System.Drawing.Point aPoint)

Parameters:

Parameter	Type	Description
aPoint	com.aspose.ms.System.Drawing.Point

Returns: com.aspose.ms.System.Drawing.PointF

quadArea(QuadPointFs aQuad)

public static double quadArea(QuadPointFs aQuad)

Parameters:

Parameter	Type	Description
aQuad	QuadPointFs

Returns: double

quadArea(QuadPoints aQuad)

public static double quadArea(QuadPoints aQuad)

Parameters:

Parameter	Type	Description
aQuad	QuadPoints

Returns: double

rotatePoint(System.Drawing.PointF aPoint, System.Drawing.PointF aCentralPoint, double aAngle, boolean aClockwise)

public static System.Drawing.PointF rotatePoint(System.Drawing.PointF aPoint, System.Drawing.PointF aCentralPoint, double aAngle, boolean aClockwise)

Parameters:

Parameter	Type	Description
aPoint	com.aspose.ms.System.Drawing.PointF
aCentralPoint	com.aspose.ms.System.Drawing.PointF
aAngle	double
aClockwise	boolean

Returns: com.aspose.ms.System.Drawing.PointF

rotatePointList(List<System.Drawing.PointF> aList, System.Drawing.PointF aCentralPoint, double aAngle, boolean aClockwise)

public static List<System.Drawing.PointF> rotatePointList(List<System.Drawing.PointF> aList, System.Drawing.PointF aCentralPoint, double aAngle, boolean aClockwise)

Parameters:

Parameter	Type	Description
aList	java.util.List<com.aspose.ms.System.Drawing.PointF>
aCentralPoint	com.aspose.ms.System.Drawing.PointF
aAngle	double
aClockwise	boolean

Returns: List

rotateQuad(System.Drawing.PointF centralPoint, QuadPointFs quadPointFs, double angle, boolean clockwise)

public static QuadPointFs rotateQuad(System.Drawing.PointF centralPoint, QuadPointFs quadPointFs, double angle, boolean clockwise)

Parameters:

Parameter	Type	Description
centralPoint	com.aspose.ms.System.Drawing.PointF
quadPointFs	QuadPointFs
angle	double
clockwise	boolean

Returns: QuadPointFs

toString()

public String toString()

Returns: java.lang.String

triangleArea(System.Drawing.Point aA, System.Drawing.Point aB, System.Drawing.Point aC)

public static double triangleArea(System.Drawing.Point aA, System.Drawing.Point aB, System.Drawing.Point aC)

Parameters:

Parameter	Type	Description
aA	com.aspose.ms.System.Drawing.Point
aB	com.aspose.ms.System.Drawing.Point
aC	com.aspose.ms.System.Drawing.Point

Returns: double

triangleArea(System.Drawing.PointF aA, System.Drawing.PointF aB, System.Drawing.PointF aC)

public static double triangleArea(System.Drawing.PointF aA, System.Drawing.PointF aB, System.Drawing.PointF aC)

http://en.wikipedia.org/wiki/Triangle

Parameters:

Parameter	Type	Description
aA	com.aspose.ms.System.Drawing.PointF	A triangle point
aB	com.aspose.ms.System.Drawing.PointF	B triangle point
aC	com.aspose.ms.System.Drawing.PointF	C triangle point

Returns: double

triangleHeight(System.Drawing.Point aA, System.Drawing.Point aB, System.Drawing.Point aC)

public static double triangleHeight(System.Drawing.Point aA, System.Drawing.Point aB, System.Drawing.Point aC)

h_base = (2A)/base where A - is a area of a triangle base - a length of AC B is a point from where the height is outing.

Parameters:

Parameter	Type	Description
aA	com.aspose.ms.System.Drawing.Point	A triangle point
aB	com.aspose.ms.System.Drawing.Point	B triangle point from where the height is outing
aC	com.aspose.ms.System.Drawing.Point	C triangle point

Returns: double

triangleHeight(System.Drawing.PointF aA, System.Drawing.PointF aB, System.Drawing.PointF aC)

public static double triangleHeight(System.Drawing.PointF aA, System.Drawing.PointF aB, System.Drawing.PointF aC)

h_base = (2A)/base where A - is a area of a triangle base - a length of AC B is a point from where the height is outing.

Parameters:

Parameter	Type	Description
aA	com.aspose.ms.System.Drawing.PointF	A triangle point
aB	com.aspose.ms.System.Drawing.PointF	B triangle point from where the height is outing
aC	com.aspose.ms.System.Drawing.PointF	C triangle point

Returns: double

twoLineMinIntersectAngle(LineCoefs aFirstLine, LineCoefs aSecondLine)

public static double twoLineMinIntersectAngle(LineCoefs aFirstLine, LineCoefs aSecondLine)

Intersection between two lines have two angles. So we chose minimal angle

Parameters:

Parameter	Type	Description
aFirstLine	LineCoefs	First line variable
aSecondLine	LineCoefs	Second line variable

Returns: double - minimal intersection angle between lines

twoPiecesSameDirrectionMatching(System.Drawing.Point A1, System.Drawing.Point A2, System.Drawing.Point B1, System.Drawing.Point B2, double aVertShift)

public static boolean twoPiecesSameDirrectionMatching(System.Drawing.Point A1, System.Drawing.Point A2, System.Drawing.Point B1, System.Drawing.Point B2, double aVertShift)

Parameters:

Parameter	Type	Description
A1	com.aspose.ms.System.Drawing.Point
A2	com.aspose.ms.System.Drawing.Point
B1	com.aspose.ms.System.Drawing.Point
B2	com.aspose.ms.System.Drawing.Point
aVertShift	double

Returns: boolean

twoPiecesSameDirrectionMatching(System.Drawing.PointF A1, System.Drawing.PointF A2, System.Drawing.PointF B1, System.Drawing.PointF B2, double aVertShift)

public static boolean twoPiecesSameDirrectionMatching(System.Drawing.PointF A1, System.Drawing.PointF A2, System.Drawing.PointF B1, System.Drawing.PointF B2, double aVertShift)

Parameters:

Parameter	Type	Description
A1	com.aspose.ms.System.Drawing.PointF
A2	com.aspose.ms.System.Drawing.PointF
B1	com.aspose.ms.System.Drawing.PointF
B2	com.aspose.ms.System.Drawing.PointF
aVertShift	double

Returns: boolean

wait()

public final void wait()

wait(long arg0)

public final native void wait(long arg0)

Parameters:

Parameter	Type	Description
arg0	long

wait(long arg0, int arg1)

public final void wait(long arg0, int arg1)

Parameters:

Parameter	Type	Description
arg0	long
arg1	int