C# 클래스 Nvelope.NumberExtensions

공개 메소드들

메소드	설명
AsPercentage ( this rate ) : string	Formats a rate as a percentage.
DivDown ( this a, int b ) : int	Integer division that always rounds down Equivilant to a/b in many languages. It complements the modulo operation.
GreaterOf ( int first, int second ) : int	Returns the passed-in value that is greatest. If both values are the same returns the first
Inc ( this start, int increment = 1 ) : IEnumerable	Starting at start, generate an infinite sequence of numbers, incrementing by increment. WARNING: Generates an infinite (or nearly infinite) sequence, so call Take() on this or something, or your program will be here forever.
IsAbout ( this number, decimal other, decimal precision ) : bool	Is number the same as other, to within precision ie, 1.01m.IsAbout(1.0m, .1m) means "is 1.01 equal 1.0 to within .1?"
IsEven ( this num ) : bool
IsOdd ( this num ) : bool
LesserOf ( int first, int second ) : int	Returns the passed-in value that is smallest. If both values are the same returns the first
Mod ( this a, int b ) : int	The integer modulo where the divisor's sign is maintained, not the the dividends. If the dividend's sign is maintained, it is typically called the remainder. For example, (-3).Mod(5) == 2, this is different from the `%` in C#.
PrintDecimal ( this o ) : string
RoundTo ( this number, int decimalPlaces, MidpointRounding roundingRule = MidpointRounding.AwayFromZero ) : decimal	A wrapper around Decimal.Round
Times ( this num, System.Action action ) : void	Perform some action num times
To ( this start, int end, int increment = null ) : IEnumerable	Get a list of numbers from start to end (inclusive), incrementing by increment
ToOrdinal ( this i ) : string	Converts 1 to 1st, 2 to 2nd, etc

메소드 상세

AsPercentage() 공개 정적인 메소드

Formats a rate as a percentage.

public static AsPercentage ( this rate ) : string
rate	this	The rate specified as decimal.
리턴	string

DivDown() 공개 정적인 메소드

Integer division that always rounds down Equivilant to a/b in many languages. It complements the modulo operation.

public static DivDown ( this a, int b ) : int
a	this
b	int
리턴	int

GreaterOf() 공개 정적인 메소드

Returns the passed-in value that is greatest. If both values are the same returns the first

public static GreaterOf ( int first, int second ) : int
first	int
second	int
리턴	int

Inc() 공개 정적인 메소드

Starting at start, generate an infinite sequence of numbers, incrementing by increment. WARNING: Generates an infinite (or nearly infinite) sequence, so call Take() on this or something, or your program will be here forever.

public static Inc ( this start, int increment = 1 ) : IEnumerable
start	this
increment	int
리턴	IEnumerable

IsAbout() 공개 정적인 메소드

Is number the same as other, to within precision ie, 1.01m.IsAbout(1.0m, .1m) means "is 1.01 equal 1.0 to within .1?"

public static IsAbout ( this number, decimal other, decimal precision ) : bool
number	this
other	decimal
precision	decimal
리턴	bool

IsEven() 공개 정적인 메소드

public static IsEven ( this num ) : bool
num	this
리턴	bool

IsOdd() 공개 정적인 메소드

public static IsOdd ( this num ) : bool
num	this
리턴	bool

LesserOf() 공개 정적인 메소드

Returns the passed-in value that is smallest. If both values are the same returns the first

public static LesserOf ( int first, int second ) : int
first	int
second	int
리턴	int

Mod() 공개 정적인 메소드

The integer modulo where the divisor's sign is maintained, not the the dividends. If the dividend's sign is maintained, it is typically called the remainder. For example, (-3).Mod(5) == 2, this is different from the `%` in C#.

public static Mod ( this a, int b ) : int
a	this
b	int
리턴	int

PrintDecimal() 공개 정적인 메소드

public static PrintDecimal ( this o ) : string
o	this
리턴	string

RoundTo() 공개 정적인 메소드

A wrapper around Decimal.Round

public static RoundTo ( this number, int decimalPlaces, MidpointRounding roundingRule = MidpointRounding.AwayFromZero ) : decimal
number	this
decimalPlaces	int
roundingRule	MidpointRounding
리턴	decimal

Times() 공개 정적인 메소드

Perform some action num times

public static Times ( this num, System.Action action ) : void
num	this
action	System.Action
리턴	void

To() 공개 정적인 메소드

Get a list of numbers from start to end (inclusive), incrementing by increment

public static To ( this start, int end, int increment = null ) : IEnumerable
start	this
end	int
increment	int	defaults to 1 or -1
리턴	IEnumerable

ToOrdinal() 공개 정적인 메소드

Converts 1 to 1st, 2 to 2nd, etc

public static ToOrdinal ( this i ) : string
i	this
리턴	string