Struct SizeD

Namespace: Alternet.Drawing

Assembly: Alternet.UI.Common.dll

Represents the size of a rectangular region with an ordered pair of width and height.

[Serializable]
public struct SizeD : IEquatable<SizeD>

Implements: IEquatable<SizeD>

Constructors

SizeD(PointD): Initializes a new instance of the SizeD class from the specified PointD.

SizeD(SizeD): Initializes a new instance of the SizeD class from the specified existing SizeD.

SizeD(double): Initializes a new instance of the SizeD struct.

SizeD(double, double): Initializes a new instance of the SizeD class from the specified dimensions.

SizeD(Vector2): Initializes a new instance of the SizeD struct from the specified Vector2.

Fields

CoerceCoordFunc: Gets or sets coerce function used in Coerce() method. Default is Null. You can assign here for example Ceiling(double).

Default: Gets SizeD with width and height equal to -1.

Empty: Gets SizeD with zero width and height.

MinusOne: Gets SizeD with width and height equal to -1.

NaN: Gets SizeD with width and height equal to (NaN, NaN).

One: Gets SizeD with width and height equal to 1.

PositiveInfinity: Gets SizeD with width and height equal to PositiveInfinity.

Properties

Abs: Gets SizeD with absolute values of (Width, Height).

AnyIsEmpty: Tests whether this SizeD has zero width or height.

AnyIsEmptyOrNegative: Tests whether this SizeD has zero (or negative) width or height.

Diagonal: Gets diagonal of the rectangle with height and width specified in this object.

Height: Represents the vertical component of this SizeD.

InfinityIfEmpty: Gets PositiveInfinity instead of width or height if their value is 0.

IsEmpty: Tests whether this SizeD has zero width and height.

IsNanHeight: Tests whether Height is not a number (equals NaN).

IsNanWidth: Tests whether Width is not a number (equals NaN).

IsNanWidthAndHeight: Tests whether both Width and Height are not numbers (equal to NaN).

IsNanWidthOrHeight: Tests whether Width or Height is not a number (equals NaN).

MaxWidthHeight: Gets maximal of width and height.

MinWidthHeight: Gets minimal of width and height.

Width: Represents the horizontal component of this SizeD.

Methods

Add(SizeD, SizeD): Performs vector addition of two SizeD objects.

AnyIsNaN(SizeD): Determines whether the specified value has width or height equal to NaN.

ApplyMax(SizeD): Gets size with applied maximal limitations.

ApplyMin(SizeD): Gets size with applied minimal limitations.

ApplyMinMax(SizeD, SizeD): Gets size with applied minimal and maximal limitations.

Ceiling(): Returns new SizeD value with ceiling of the Width and Height. Uses Ceiling(double) on values.

Coerce(): Calls CoerceCoordFunc for the width and height.

Coerce(Func<double, double>): Calls coerceFunc for the width and height.

CoerceHeight(): Calls CoerceCoordFunc for the height.

CoerceHeight(Func<double, double>): Calls coerceFunc for the height.

ConvertToString(string, IFormatProvider): Creates a string representation of this object based on the format string and IFormatProvider passed in. If the provider is null, the CurrentCulture is used. See the documentation for IFormattable for more information.

Equals(SizeD): Indicates whether the current object is equal to another object of the same type.

Equals(object?): Tests to see whether the specified object is a SizeD with the same dimensions as this SizeD.

GetHashCode(): Serves as the default hash function.

GetHeights(SizeD[]): Returns an array filled with heights of the specified SizeD values.

GetSize(bool): Gets Width or Height depending on vert parameter value.

GetWidths(SizeD[]): Returns an array filled with widths of the specified SizeD values.

InchesToDips(): Returns this size (in inches) converted to device-independent units.

IsNaN(SizeD): Determines whether the specified value is (NaN, NaN).

Max(SizeD, SizeD): Gets maximal width and height from the two specified SizeD values.

MaxWidthHeights(SizeD[]): Returns the larger of the specified SizeD values.

MillimetersToDips(): Returns this size (in millimeters) converted to device-independent units.

Multiply(SizeD, double): Multiplies SizeD by a value producing SizeD.

Parse(string): Parse - returns an instance converted from the provided string using the culture "en-US"
string with Size data

PixelToDip(double?): Returns this size (in pixels) converted to device-independent units.

SetSize(bool, double): Sets Width or Height depending on vert parameter value.

Shrink(bool, double): Shrinks the specified size coordinate.

Shrink(double?, double?): Get this object with applied min and max constraints.

Subtract(SizeD, SizeD): Contracts a SizeD by another SizeD.

Sum(SizeD[]): Gets sum of the each element of the specified SizeD array.

ToPointF(): Converts a SizeD structure to a PointD structure.

ToSize(): Converts a SizeD structure to a SizeI structure.

ToString(): Creates a human-readable string that represents this SizeD.

ToVector2(): Creates a new Vector2 from this object.

Operators

operator +(SizeD, SizeD): Performs vector addition of two SizeD objects.

operator /(SizeD, double): Divides SizeD by a value producing SizeD.

operator ==(SizeD, SizeD): Tests whether two SizeD objects are identical.

explicit operator PointD(SizeD): Converts the specified SizeD to a PointD.

explicit operator Vector2(SizeD): Converts the specified SizeD to a Vector2.

explicit operator SizeD(Vector2): Converts the specified Vector2 to a SizeD.

implicit operator Size(SizeD): Creates a Size with the properties of the specified SizeD

implicit operator SizeD(double): Initializes SizeD with equal width and hegiht.

implicit operator SizeD(Size): Creates a SizeD with the properties of the specified Size

implicit operator SizeD(int): Initializes SizeD with equal width and hegiht.

implicit operator SizeD((double, double)): Implicit operator convertion from tuple with two double values to SizeD.

operator !=(SizeD, SizeD): Tests whether two SizeD objects are different.

operator *(SizeD, double): Multiplies SizeD by a value producing SizeD.

operator *(double, SizeD): Multiplies SizeD by a value producing SizeD.

operator -(SizeD, SizeD): Subtracts a SizeD by another SizeD