ph::math::radical_inverse_detail Namespace Reference

Functions
template<std::integral Value, std::integral Base>
constexpr Value	reverse_limit (const Value nextDigit, const Base base)
	The max value x such that x * base + nextDigit will not overflow its type.
template<std::floating_point Result, std::integral Base>
constexpr auto	num_meaningful_digits (const Base base)
	Number of reversed digits that will have effect on the type Result. Due to the limited precision of floating-point types, only a limited number of digits may have an effect on the final radical inversed value.
template<std::floating_point Result, std::unsigned_integral Value>
constexpr Result	base_2_scaler ()

Function Documentation

base_2_scaler()

template<std::floating_point Result, std::unsigned_integral Value>

Result ph::math::radical_inverse_detail::base_2_scaler ( )

inlineconstexpr

num_meaningful_digits()

template<std::floating_point Result, std::integral Base>

auto ph::math::radical_inverse_detail::num_meaningful_digits ( const Base base )

inlineconstexpr

Number of reversed digits that will have effect on the type Result. Due to the limited precision of floating-point types, only a limited number of digits may have an effect on the final radical inversed value.

reverse_limit()

template<std::integral Value, std::integral Base>

Value ph::math::radical_inverse_detail::reverse_limit ( const Value nextDigit, const Base base )

inlineconstexpr

The max value x such that x * base + nextDigit will not overflow its type.