Fraction

Represents an integral fraction.

Constructor	Description
`new(value)` Signature: value:int64 -> unit
`new(numerator, denominator)` Signature: (numerator:int64 * denominator:int64) -> unit

Instance member	Description
`Equals(obj)` Signature: obj:obj -> bool Modifiers: abstract
`GetHashCode()` Signature: unit -> int Modifiers: abstract
`Reduced` Signature: Fraction
`ToString()` Signature: unit -> string Modifiers: abstract
`Value` Signature: float

Static member	Description
`IsInfinity(f)` Signature: f:Fraction -> bool	Returns whether the specified evaluates to negative or positive infinity.
`IsNaN(f)` Signature: f:Fraction -> bool	Returns whether the specified evaluates to a value that is not a number (Fraction.NaN).
`IsNegativeInfinity(f)` Signature: f:Fraction -> bool	Returns whether the specified evaluates to negative infinity.
`IsPositiveInfinity(f)` Signature: f:Fraction -> bool	Returns whether the specified evaluates to positive infinity.
`op_Addition(a, b)` Signature: (a:Fraction * b:Fraction) -> Fraction
`op_Division(a, b)` Signature: (a:Fraction * b:Fraction) -> Fraction
`op_Equality(a, b)` Signature: (a:Fraction * b:Fraction) -> bool
`op_GreaterThan(a, b)` Signature: (a:Fraction * b:Fraction) -> bool
`op_GreaterThanOrEqual(a, b)` Signature: (a:Fraction * b:Fraction) -> bool
`op_Inequality(a, b)` Signature: (a:Fraction * b:Fraction) -> bool
`op_LessThan(a, b)` Signature: (a:Fraction * b:Fraction) -> bool
`op_LessThanOrEqual(a, b)` Signature: (a:Fraction * b:Fraction) -> bool
`op_Multiply(a, b)` Signature: (a:Fraction * b:Fraction) -> Fraction
`op_Subtraction(a, b)` Signature: (a:Fraction * b:Fraction) -> Fraction
`op_UnaryNegation(a)` Signature: a:Fraction -> Fraction
`op_UnaryPlus(a)` Signature: a:Fraction -> Fraction
`Parse(s)` Signature: s:string -> Fraction