[About]
Version=1.0
Author=Nic
Mail=support@hiasm.com

[Type]
Class=Element
Interfaces=Point
Info=Represents an ordered pair of integer x- and y-coordinates that defines a point in a two-dimensional plane.

[Property]
Name=Sets the name of the component. ARG(string)|2|
Constructor=Sets the Constructor of the Point class. ARG(enum)|14|2|Constructor,Constructor2,Constructor3
@X=Sets the x-coordinate of this Point. ARG(int)|1|0
@Y=Sets the y-coordinate of this Point. ARG(int)|1|0

[Methods]
doPoint=Sets the point structure. ARG(Point pt)|1|0
*doAdd=Adds the specified Size to the specified Point. ARG(Point pt, Size sz)|1|0
*doCeiling=Converts the specified PointF to a Point by rounding the values of the PointF to the next higher integer values. ARG(PointF value)|1|0
*doConstructor=Initializes a new instance of the Point class using coordinates specified by an integer value. ARG(int dw)|1|0
*doConstructor2=Initializes a new instance of the Point class from a Size. ARG(Size sz)|1|0
*doConstructor3=Initializes a new instance of the Point class with the specified coordinates. ARG(int x, int y)|1|0
*doEquals=Specifies whether this Point contains the same coordinates as the specified Object. ARG(Object obj)|1|0
*doOffset=Translates this Point by the specified Point. ARG(Point pt)|1|0
*doOffset2=Translates this Point by the specified amount. ARG(int dx, int dy)|1|0
*doRound=Converts the specified PointF to a Point object by rounding the Point values to the nearest integer. ARG(PointF value)|1|0
*doSubtract=Returns the result of subtracting specified Size from the specified Point. ARG(Point pt, Size sz)|1|0
*doTruncate=Converts the specified PointF to a Point by truncating the values of the Point. ARG(PointF value)|1|0
*onAdd=Occurs after invoke the method doAdd and returns the result. ARG(Point)|2|0
*onCeiling=Occurs after invoke the method doCeiling and returns the result. ARG(Point)|2|0
*onEquals=Occurs after invoke the method doEquals and returns the result. ARG(bool)|2|104
*onRound=Occurs after invoke the method doRound and returns the result. ARG(Point)|2|0
*onSubtract=Occurs after invoke the method doSubtract and returns the result. ARG(Point)|2|0
*onTruncate=Occurs after invoke the method doTruncate and returns the result. ARG(Point)|2|0
*.X=Returns the x-coordinate of this Point. ARG(int)|3|1
*.Y=Returns the y-coordinate of this Point. ARG(int)|3|1
*Empty=Represents a Point that has X and Y values set to zero. ARG(Point)|3|0
*GetHashCode=Returns a hash code for this Point. ARG(int)|3|1
*IsEmpty=Returns a value indicating whether this Point is empty. ARG(bool)|3|104
*ToString=Converts this Point to a human-readable string. ARG(string)|3|2
Point=Returns the Point object. ARG(Point)|3|0
*dw=Defines a 32-bit integer that specifies the coordinates for the new Point. ARG(int)|4|1
*dx=Defines the amount to offset the x-coordinate. ARG(int)|4|1
*dy=Defines the amount to offset the y-coordinate. ARG(int)|4|1
*obj=Defines the Object to test. ARG(Object)|4|0
*pt=Defines the Point to operate. ARG(Point)|4|0
*sz=Defines a Size that specifies the coordinates for the new Point. ARG(Size)|4|0
*value=Defines the PointF to convert. ARG(PointF)|4|0
*x=Defines the horizontal position of the point. ARG(int)|4|1
*y=Defines the vertical position of the point. ARG(int)|4|1