C# Class Spontaneous.DataModel.Fraction

Inheritance: IComparable, IFormattable

Afficher le fichier Open project: pashkov/Spontaneous Class Usage Examples

Méthodes publiques

Свойство	Type	Description
Epsilon	Fraction
MaxValue	Fraction
MinValue	Fraction
NaN	Fraction
NegativeInfinity	Fraction
PositiveInfinity	Fraction
Zero	Fraction

Private Properties

Свойство	Type	Description
Add	Fraction
CompareEquality	bool
ConvertPositiveDouble	Fraction
Fraction	System
GCD	long
IndeterminantCompare	int
IndeterminateTypeName	string
Modulus	Fraction
Multiply	Fraction
Negate	Fraction
NormalizeIndeterminate	Indeterminates
System	string

Méthodes publiques

Méthode	Description
CompareTo ( Fraction right ) : int	Compares this Fraction to another Fraction
CompareTo ( object obj ) : int	Compares an object to this Fraction Will convert an object from longs, doubles, and strings as this is a value-type.
CrossReducePair ( Fraction frac1, Fraction frac2 ) : void	Cross-reduces a pair of Fractions so that we have the best GCD-reduced values for multiplication Modifies the input arguments in-place!
Equals ( object obj ) : bool	Compares for equality the current Fraction to the value passed.
Fraction ( ) : System	Default constructor; default value is NaN.
Fraction ( Fraction f ) : System	Construct a Fraction from another fraction
Fraction ( double floatingPointNumber ) : System	Construct a Fraction from a floating-point value
Fraction ( long wholeNumber ) : System	Construct a Fraction from an integral value The denominator will be 1
Fraction ( long numerator, long denominator ) : System	Construct a Fraction from a numerator, denominator pair Will reduce the fraction to smallest possible denominator
Fraction ( string inValue ) : System	Construct a Fraction from a string in any legal format Will reduce the fraction to smallest possible denominator
GetHashCode ( ) : int	Returns a hash code generated from the current Fraction Reduces (in-place) the Fraction first.
Inverse ( ) : Fraction	Inverts a Fraction Does NOT throw for zero Numerators as later use of the fraction will catch the error.
Inverted ( double value ) : Fraction	Creates an inverted Fraction Does NOT throw for zero Numerators as later use of the fraction will catch the error.
Inverted ( long value ) : Fraction	Creates an inverted Fraction Does NOT throw for zero Numerators as later use of the fraction will catch the error.
IsInfinity ( ) : bool	Determines if a Fraction represents Any Infinity
IsNaN ( ) : bool	Determines if a Fraction represents a Not-a-Number
IsNegativeInfinity ( ) : bool	Determines if a Fraction represents Negative Infinity
IsPositiveInfinity ( ) : bool	Determines if a Fraction represents Positive Infinity
ReduceFraction ( Fraction frac ) : void	Reduces (simplifies) a Fraction by dividing down to lowest possible denominator (via GCD) Modifies the input arguments in-place! Will normalize the NaN and infinites representation. Will set Denominator to 1 for any zero numerator. Moves sign to the Numerator.
ToDouble ( ) : double	Get the value of the Fraction object as double with full support for NaNs and infinities
ToFraction ( double inValue ) : Fraction	Converts a double value to the approximate Fraction Supports double.NaN, double.PositiveInfinity and double.NegativeInfinity
ToFraction ( long inValue ) : Fraction	Converts a long value to the exact Fraction
ToFraction ( string inValue ) : Fraction	Converts a string to the corresponding reduced fraction Four forms are supported, as a plain integer, as a double, or as Numerator/Denominator and the representations for NaN and the infinites
ToInt32 ( ) : Int32	Get the integral value of the Fraction object as int/Int32 If the value is not a true integer, the fractional part is discarded (truncated toward zero). If the valid exceeds the range of an Int32 and exception is thrown.
ToInt64 ( ) : System.Int64	Get the integral value of the Fraction object as long/Int64 If the value is not a true integer, the fractional part is discarded (truncated toward zero). If the valid exceeds the range of an Int32, no special handling is guaranteed.
ToString ( ) : string	Get the value of the Fraction as a string, with proper representation for NaNs and infinites The current culture determines the textual representation the Indeterminates
operator ( ) : Fraction
operator ( ) : bool

Private Methods

Méthode	Description
Add ( Fraction left, Fraction right ) : Fraction	Adds two Fractions
CompareEquality ( Fraction right, bool notEqualCheck ) : bool	Compares for equality the current Fraction to the value passed.
ConvertPositiveDouble ( int sign, double inValue ) : Fraction
Fraction ( Indeterminates type ) : System	Private constructor to synthesize a Fraction for indeterminates (NaN and infinites)
GCD ( long left, long right ) : long	Computes the greatest common divisor for two values
IndeterminantCompare ( Indeterminates leftType, Fraction right ) : int	Determines how this Fraction, of an indeterminate type, compares to another Fraction NaN is less than anything except NaN and Negative Infinity. Negative Infinity is less than anything except Negative Infinity. Positive Infinity is greater than anything except Positive Infinity.
IndeterminateTypeName ( long numerator ) : string	Gives the culture-related representation of the indeterminate types NaN, PositiveInfinity and NegativeInfinity Only the sign and zero/non-zero information is relevant.
Modulus ( Fraction left, Fraction right ) : Fraction	Returns the modulus (remainder after dividing) two Fractions
Multiply ( Fraction left, Fraction right ) : Fraction	Multiplies two Fractions
Negate ( Fraction frac ) : Fraction	Negates the Fraction
NormalizeIndeterminate ( long numerator ) : Indeterminates	Gives the normalize representation of the indeterminate types NaN, PositiveInfinity and NegativeInfinity Only the sign and zero/non-zero information is relevant.
System ( string format, IFormatProvider formatProvider ) : string

Method Details

CompareTo() public méthode

Compares this Fraction to another Fraction

public CompareTo ( Fraction right ) : int
right	Fraction	The Fraction to compare against
Résultat	int

CompareTo() public méthode

Compares an object to this Fraction

Will convert an object from longs, doubles, and strings as this is a value-type.

public CompareTo ( object obj ) : int
obj	object	The object to compare against (null is less than everything)
Résultat	int

CrossReducePair() public static méthode

Cross-reduces a pair of Fractions so that we have the best GCD-reduced values for multiplication

Modifies the input arguments in-place!

public static CrossReducePair ( Fraction frac1, Fraction frac2 ) : void
frac1	Fraction	The first Fraction [WILL BE MODIFIED IN PLACE]
frac2	Fraction	The second Fraction [WILL BE MODIFIED IN PLACE]
Résultat	void

Equals() public méthode

Compares for equality the current Fraction to the value passed.

public Equals ( object obj ) : bool
obj	object	A Fraction,
Résultat	bool

Fraction() public méthode

Default constructor; default value is NaN.

public Fraction ( ) : System
Résultat	System

Fraction() public méthode

Construct a Fraction from another fraction

public Fraction ( Fraction f ) : System
f	Fraction
Résultat	System

Fraction() public méthode

Construct a Fraction from a floating-point value

public Fraction ( double floatingPointNumber ) : System
floatingPointNumber	double	The value
Résultat	System

Fraction() public méthode

Construct a Fraction from an integral value

The denominator will be 1

public Fraction ( long wholeNumber ) : System
wholeNumber	long	The value (eventual numerator)
Résultat	System

Fraction() public méthode

Construct a Fraction from a numerator, denominator pair

Will reduce the fraction to smallest possible denominator

public Fraction ( long numerator, long denominator ) : System
numerator	long	The numerator (top number)
denominator	long	The denominator (bottom number)
Résultat	System

Fraction() public méthode

Construct a Fraction from a string in any legal format

Will reduce the fraction to smallest possible denominator

public Fraction ( string inValue ) : System
inValue	string	A string with a legal fraction input format
Résultat	System

GetHashCode() public méthode

Returns a hash code generated from the current Fraction

Reduces (in-place) the Fraction first.

public GetHashCode ( ) : int
Résultat	int

Inverse() public méthode

Inverts a Fraction

Does NOT throw for zero Numerators as later use of the fraction will catch the error.

public Inverse ( ) : Fraction
Résultat	Fraction

Inverted() public static méthode

Creates an inverted Fraction

Does NOT throw for zero Numerators as later use of the fraction will catch the error.

public static Inverted ( double value ) : Fraction
value	double
Résultat	Fraction

Inverted() public static méthode

Creates an inverted Fraction

Does NOT throw for zero Numerators as later use of the fraction will catch the error.

public static Inverted ( long value ) : Fraction
value	long
Résultat	Fraction

IsInfinity() public méthode

Determines if a Fraction represents Any Infinity

public IsInfinity ( ) : bool
Résultat	bool

IsNaN() public méthode

Determines if a Fraction represents a Not-a-Number

public IsNaN ( ) : bool
Résultat	bool

IsNegativeInfinity() public méthode

Determines if a Fraction represents Negative Infinity

public IsNegativeInfinity ( ) : bool
Résultat	bool

IsPositiveInfinity() public méthode

Determines if a Fraction represents Positive Infinity

public IsPositiveInfinity ( ) : bool
Résultat	bool

ReduceFraction() public static méthode

Reduces (simplifies) a Fraction by dividing down to lowest possible denominator (via GCD)

Modifies the input arguments in-place! Will normalize the NaN and infinites representation. Will set Denominator to 1 for any zero numerator. Moves sign to the Numerator.

public static ReduceFraction ( Fraction frac ) : void
frac	Fraction	The Fraction to be reduced [WILL BE MODIFIED IN PLACE]
Résultat	void

ToDouble() public méthode

Get the value of the Fraction object as double with full support for NaNs and infinities

public ToDouble ( ) : double
Résultat	double

ToFraction() public static méthode

Converts a double value to the approximate Fraction

Supports double.NaN, double.PositiveInfinity and double.NegativeInfinity

public static ToFraction ( double inValue ) : Fraction
inValue	double	The double to convert
Résultat	Fraction

ToFraction() public static méthode

Converts a long value to the exact Fraction

public static ToFraction ( long inValue ) : Fraction
inValue	long	The long to convert
Résultat	Fraction

ToFraction() public static méthode

Converts a string to the corresponding reduced fraction

Four forms are supported, as a plain integer, as a double, or as Numerator/Denominator and the representations for NaN and the infinites

public static ToFraction ( string inValue ) : Fraction
inValue	string	The string representation of a fractional value
Résultat	Fraction

ToInt32() public méthode

Get the integral value of the Fraction object as int/Int32

If the value is not a true integer, the fractional part is discarded (truncated toward zero). If the valid exceeds the range of an Int32 and exception is thrown.

Will throw a FractionException for NaN, PositiveInfinity /// or NegativeInfinity with the InnerException set to a System.NotFiniteNumberException.

public ToInt32 ( ) : Int32
Résultat	System.Int32

ToInt64() public méthode

Get the integral value of the Fraction object as long/Int64

If the value is not a true integer, the fractional part is discarded (truncated toward zero). If the valid exceeds the range of an Int32, no special handling is guaranteed.

Will throw a FractionException for NaN, PositiveInfinity /// or NegativeInfinity with the InnerException set to a System.NotFiniteNumberException.

public ToInt64 ( ) : System.Int64
Résultat	System.Int64

ToString() public méthode

Get the value of the Fraction as a string, with proper representation for NaNs and infinites

The current culture determines the textual representation the Indeterminates

public ToString ( ) : string
Résultat	string

operator() public static méthode

public static operator ( ) : Fraction
Résultat	Fraction

operator() public static méthode

public static operator ( ) : bool
Résultat	bool

Property Details

Epsilon public_oe static_oe property

public static Fraction,Spontaneous.DataModel Epsilon
Résultat	Fraction

MaxValue public_oe static_oe property

public static Fraction,Spontaneous.DataModel MaxValue
Résultat	Fraction

MinValue public_oe static_oe property

public static Fraction,Spontaneous.DataModel MinValue
Résultat	Fraction

NaN public_oe static_oe property

public static Fraction,Spontaneous.DataModel NaN
Résultat	Fraction

NegativeInfinity public_oe static_oe property

public static Fraction,Spontaneous.DataModel NegativeInfinity
Résultat	Fraction

PositiveInfinity public_oe static_oe property

public static Fraction,Spontaneous.DataModel PositiveInfinity
Résultat	Fraction

Zero public_oe static_oe property

public static Fraction,Spontaneous.DataModel Zero
Résultat	Fraction