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Numeric number1/30/2024 The System.Decimal structure has its own methods, Decimal.GetBits and Decimal(Int32), for working with a decimal value's individual bits, as well as its own set of methods for performing some additional mathematical operations. You can also work with the individual bits in Double, Single, and Half values by using the System.BitConverter class. The System.Math class provides methods for a broader set of mathematical functions.NET Core 2.0 and later includes the System.MathF class, which provides methods that accept arguments of the Single type. You use the Double.IsNaN, Double.IsInfinity, Double.IsPositiveInfinity, and Double.IsNegativeInfinity methods to test for these special values.Įach floating-point type supports a set of standard arithmetic operators. For example, the Double type provides the following values: Double.NaN, Double.NegativeInfinity, and Double.PositiveInfinity. The Half, Single, and Double types support special values that represent not-a-number and infinity. NET includes the following floating-point types: Type The methods of the BigInteger type closely parallel those of the other integral types. The structure is an immutable type that represents an arbitrarily large integer whose value in theory has no upper or lower bounds. For more information, see Language independence and language-independent components. The unsigned integer types are not CLS-compliant. You can also work with the individual bits in an integer value by using the System.BitConverter class. The System.Math class provides methods for a broader set of mathematical functions. NET supports both signed and unsigned 8-bit, 16-bit, 32-bit, and 64-bit integer types, which are listed in the following tables.Įach integer type supports a set of standard arithmetic operators. A set of SIMD-enabled types in the System.Numerics namespace.
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