numeric Namespace Reference

fixed_point and supporting types More...

Classes
struct	scaled_integer
	Helper struct for constructing fixed_point when value is already shifted. More...
class	fixed_point
	A type for representing a number with a fixed amount of precision. More...

Typedefs
using	decimal32 = fixed_point< int32_t, Radix::BASE_10 >
	32-bit decimal fixed point
using	decimal64 = fixed_point< int64_t, Radix::BASE_10 >
	64-bit decimal fixed point
using	decimal128 = fixed_point< __int128_t, Radix::BASE_10 >
	128-bit decimal fixed point

Enumerations
enum	scale_type : int32_t
	The scale type for fixed_point.
enum class	Radix : int32_t { BASE_2 = 2 , BASE_10 = 10 }
	Scoped enumerator to use when constructing fixed_point More...

Functions
template<typename T >
constexpr auto	is_supported_representation_type ()
	Returns true if the representation type is supported by fixed_point More...
template<typename T >
constexpr auto	is_supported_construction_value_type ()
	Returns true if the value type is supported for constructing a fixed_point More...
template<typename Rep , typename T >
CUDF_HOST_DEVICE auto	addition_overflow (T lhs, T rhs)
	Function for identifying integer overflow when adding. More...
template<typename Rep , typename T >
CUDF_HOST_DEVICE auto	subtraction_overflow (T lhs, T rhs)
	Function for identifying integer overflow when subtracting. More...
template<typename Rep , typename T >
CUDF_HOST_DEVICE auto	division_overflow (T lhs, T rhs)
	Function for identifying integer overflow when dividing. More...
template<typename Rep , typename T >
CUDF_HOST_DEVICE auto	multiplication_overflow (T lhs, T rhs)
	Function for identifying integer overflow when multiplying. More...
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE fixed_point< Rep1, Rad1 >	operator+ (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE fixed_point< Rep1, Rad1 >	operator- (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE fixed_point< Rep1, Rad1 >	operator* (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE fixed_point< Rep1, Rad1 >	operator/ (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE bool	operator== (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE bool	operator!= (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE bool	operator<= (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE bool	operator>= (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE bool	operator< (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE bool	operator> (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)
template<typename Rep1 , Radix Rad1>
CUDF_HOST_DEVICE fixed_point< Rep1, Rad1 >	operator% (fixed_point< Rep1, Rad1 > const &lhs, fixed_point< Rep1, Rad1 > const &rhs)

Detailed Description

fixed_point and supporting types

Enumeration Type Documentation

Radix

enum numeric::Radix : int32_t

strong

Scoped enumerator to use when constructing fixed_point

Examples:

using decimal32 = fixed_point<int32_t, Radix::BASE_10>;
using binary64  = fixed_point<int64_t, Radix::BASE_2>;

Definition at line 46 of file fixed_point.hpp.

Function Documentation

is_supported_construction_value_type()

template<typename T >

constexpr auto numeric::is_supported_construction_value_type ( )

inlineconstexpr

Returns true if the value type is supported for constructing a fixed_point

Template Parameters

T	The construction value type

Returns

true if the value type is supported to construct a fixed_point type

Definition at line 69 of file fixed_point.hpp.

is_supported_representation_type()

template<typename T >

constexpr auto numeric::is_supported_representation_type ( )

inlineconstexpr

Returns true if the representation type is supported by fixed_point

Template Parameters

T	The representation type

Returns

true if the type is supported by fixed_point implementation

Definition at line 55 of file fixed_point.hpp.