xtd 1.0.0
Loading...
Searching...
No Matches
math.hpp
Go to the documentation of this file.
1
3#pragma once
4
6// Workaround : Like Windows.h (with NOMINMAX defined), some includes define max as a macro and this causes compilation errors.
7#if defined(_MSC_VER) && defined(max)
8# if __cplusplus < 202302L
9# pragma message("The macro `max` is defined. If you include the `Windows.h` file, please define the 'NOMINMAX' constant before including `Windows.h`. xtd will undef the `max` macro.")
10# else
11# warning "The macro `max` is defined. If you include the `Windows.h` file, please define the 'NOMINMAX' constant before including `Windows.h`. xtd will undef the `max` macro."
12# endif
13# undef max
14#endif
15#if defined(_MSC_VER) && defined(min)
16# if __cplusplus < 202302L
17# pragma message("The macro `min` is defined. If you include the `Windows.h` file, please define the 'NOMINMAX' constant before including `Windows.h`. xtd will undef the `min` macro.")
18# else
19# warning "The macro `min` is defined. If you include the `Windows.h` file, please define the 'NOMINMAX' constant before including `Windows.h`. xtd will undef the `min` macro."
20# endif
21# undef min
22#endif
24
25#include "byte.hpp"
26#include "double.hpp"
27#include "double_object.hpp"
28#include "int16.hpp"
29#include "int32.hpp"
30#include "int64.hpp"
31#include "sbyte.hpp"
32#include "single.hpp"
33#include "single_object.hpp"
34#include "slong.hpp"
35#include "static.hpp"
36#include "uint16.hpp"
37#include "uint32.hpp"
38#include "uint64.hpp"
39#include "ulong.hpp"
40#include <limits>
41
43namespace xtd {
54 class math static_ {
55 public:
57
61 static constexpr double e = 2.7182818284590452354;
64 static constexpr double pi = 3.14159265358979323846;
67 static constexpr double tau = 2.7182818284590451;
69
71
76 [[nodiscard]] static auto abs(xtd::decimal value) -> xtd::decimal;
80 [[nodiscard]] static auto abs(double value) -> double;
84 [[nodiscard]] static auto abs(xtd::single value) -> xtd::single;
89 [[nodiscard]] static auto abs(xtd::int16 value) -> xtd::int16;
94 [[nodiscard]] static auto abs(xtd::int32 value) -> xtd::int32;
99 [[nodiscard]] static auto abs(xtd::int64 value) -> xtd::int64;
104 [[nodiscard]] static auto abs(xtd::sbyte value) -> xtd::sbyte;
109 [[nodiscard]] static auto abs(xtd::slong value) -> xtd::slong;
110
114 [[nodiscard]] static auto acos(double value) -> double;
115
119 [[nodiscard]] static auto asin(double value) -> double;
120
124 [[nodiscard]] static auto atan(double value) -> double;
125
142 [[nodiscard]] static auto atan2(double y, double x) -> double;
143
148 [[nodiscard]] static auto big_mul(xtd::int32 a, xtd::int32 b) -> xtd::int64;
149
153 [[nodiscard]] static auto ceiling(xtd::decimal value) -> xtd::decimal;
157 [[nodiscard]] static double ceiling(double value);
158
164 [[nodiscard]] static auto clamp(xtd::byte value, xtd::byte min, xtd::byte max) noexcept -> xtd::byte;
170 [[nodiscard]] static auto clamp(xtd::decimal value, xtd::decimal min, xtd::decimal max) noexcept -> xtd::decimal;
176 [[nodiscard]] static auto clamp(double value, double min, double max) noexcept -> double;
182 [[nodiscard]] static auto clamp(xtd::int16 value, xtd::int16 min, xtd::int16 max) noexcept -> xtd::int16;
188 [[nodiscard]] static auto clamp(xtd::int32 value, xtd::int32 min, xtd::int32 max) noexcept -> xtd::int32;
194 [[nodiscard]] static auto clamp(xtd::int64 value, xtd::int64 min, xtd::int64 max) noexcept -> xtd::int64;
200 [[nodiscard]] static auto clamp(xtd::slong value, xtd::slong min, xtd::slong max) noexcept -> xtd::slong;
206 [[nodiscard]] static auto clamp(xtd::sbyte value, xtd::sbyte min, xtd::sbyte max) noexcept -> xtd::sbyte;
212 [[nodiscard]] static auto clamp(xtd::single value, xtd::single min, xtd::single max) noexcept -> xtd::single;
218 [[nodiscard]] static auto clamp(xtd::uint16 value, xtd::uint16 min, xtd::uint16 max) noexcept -> xtd::uint16;
224 [[nodiscard]] static auto clamp(xtd::uint32 value, xtd::uint32 min, xtd::uint32 max) noexcept -> xtd::uint32;
230 [[nodiscard]] static auto clamp(xtd::uint64 value, xtd::uint64 min, xtd::uint64 max) noexcept -> xtd::uint64;
236 [[nodiscard]] static auto clamp(xtd::ulong value, xtd::ulong min, xtd::ulong max) noexcept -> xtd::ulong;
237
241 [[nodiscard]] static auto cos(double value) -> double;
242
246 [[nodiscard]] static auto cosh(double value) -> double;
247
251 [[nodiscard]] static auto degrees_to_radians(double degrees) noexcept -> double;
252
258 [[nodiscard]] static auto div_rem(xtd::int32 dividend, xtd::int32 divisor, xtd::int32& remainder) -> xtd::int32;
264 [[nodiscard]] static auto div_rem(xtd::int64 dividend, xtd::int64 divisor, xtd::int64& remainder) -> xtd::int64;
265
269 [[nodiscard]] static auto exp(double value) -> double;
270
274 [[nodiscard]] static auto floor(xtd::decimal value) -> xtd::decimal;
278 [[nodiscard]] static auto floor(double value) -> double;
279
286 [[nodiscard]] static auto ieee_remainder(double dividend, double divisor) -> double;
287
300 [[nodiscard]] static auto log(double value) -> double;
322 [[nodiscard]] static auto log(double a, double new_base) -> double;
323
336 [[nodiscard]] static auto log10(double value) -> double;
337
342 [[nodiscard]] static auto max(xtd::byte a, xtd::byte b) noexcept -> xtd::byte;
347 [[nodiscard]] static auto max(xtd::decimal a, xtd::decimal b) noexcept -> xtd::decimal;
352 [[nodiscard]] static auto max(double a, double b) noexcept -> double;
357 [[nodiscard]] static auto max(xtd::int16 a, xtd::int16 b) noexcept -> xtd::int16;
362 [[nodiscard]] static auto max(xtd::int32 a, xtd::int32 b) noexcept -> xtd::int32;
367 [[nodiscard]] static auto max(xtd::int64 a, xtd::int64 b) noexcept -> xtd::int64;
372 [[nodiscard]] static auto max(xtd::slong a, xtd::slong b) noexcept -> xtd::slong;
377 [[nodiscard]] static auto max(xtd::sbyte a, xtd::sbyte b) noexcept -> xtd::sbyte;
382 [[nodiscard]] static auto max(xtd::single a, xtd::single b) noexcept -> xtd::single;
387 [[nodiscard]] static auto max(xtd::uint16 a, xtd::uint16 b) noexcept -> xtd::uint16;
392 [[nodiscard]] static auto max(xtd::uint32 a, xtd::uint32 b) noexcept -> xtd::uint32;
397 [[nodiscard]] static auto max(xtd::uint64 a, xtd::uint64 b) noexcept -> xtd::uint64;
402 [[nodiscard]] static auto max(xtd::ulong a, xtd::ulong b) noexcept -> xtd::ulong;
403
408 [[nodiscard]] static auto min(xtd::byte a, xtd::byte b) noexcept -> xtd::byte;
413 [[nodiscard]] static auto min(xtd::decimal a, xtd::decimal b) noexcept -> xtd::decimal;
418 [[nodiscard]] static auto min(double a, double b) noexcept -> double;
423 [[nodiscard]] static auto min(xtd::int16 a, xtd::int16 b) noexcept -> xtd::int16;
428 [[nodiscard]] static auto min(xtd::int32 a, xtd::int32 b) noexcept -> xtd::int32;
433 [[nodiscard]] static auto min(xtd::int64 a, xtd::int64 b) noexcept -> xtd::int64;
438 [[nodiscard]] static auto min(xtd::slong a, xtd::slong b) noexcept -> xtd::slong;
443 [[nodiscard]] static auto min(xtd::sbyte a, xtd::sbyte b) noexcept -> xtd::sbyte;
448 [[nodiscard]] static auto min(xtd::single a, xtd::single b) noexcept -> xtd::single;
453 [[nodiscard]] static auto min(xtd::uint16 a, xtd::uint16 b) noexcept -> xtd::uint16;
458 [[nodiscard]] static auto min(xtd::uint32 a, xtd::uint32 b) noexcept -> xtd::uint32;
463 [[nodiscard]] static auto min(xtd::uint64 a, xtd::uint64 b) noexcept -> xtd::uint64;
468 [[nodiscard]] static auto min(xtd::ulong a, xtd::ulong b) noexcept -> xtd::ulong;
469
494 [[nodiscard]] static auto pow(double x, double y) -> double;
495
499 [[nodiscard]] static auto radians_to_degrees(double radians) noexcept -> double;
500
504 [[nodiscard]] static auto round(xtd::decimal value) -> xtd::decimal;
509 [[nodiscard]] static auto round(xtd::decimal value, xtd::int32 decimals) -> xtd::decimal;
513 [[nodiscard]] static auto round(double value) -> double;
518 [[nodiscard]] static auto round(double value, xtd::int32 decimals) -> double;
519
530 [[nodiscard]] static auto sign(xtd::decimal value) -> xtd::int32;
541 [[nodiscard]] static auto sign(double value) -> xtd::int32;
551 [[nodiscard]] static auto sign(xtd::int16 value) -> xtd::int32;
561 [[nodiscard]] static auto sign(xtd::int32 value) -> xtd::int32;
571 [[nodiscard]] static auto sign(xtd::int64 value) -> xtd::int32;
581 [[nodiscard]] static auto sign(xtd::slong value) -> xtd::int32;
591 [[nodiscard]] static auto sign(xtd::sbyte value) -> xtd::int32;
602 [[nodiscard]] static auto sign(xtd::single value) -> xtd::int32;
603
607 [[nodiscard]] static auto sin(double value) -> double;
608
612 [[nodiscard]] static auto sinh(double value) -> double;
613
624 [[nodiscard]] static auto sqrt(double value) -> double;
625
629 [[nodiscard]] static auto tan(double value) -> double;
630
634 [[nodiscard]] static auto tanh(double value) -> double;
635
645 [[nodiscard]] static auto truncate(xtd::decimal value) -> xtd::decimal;
655 [[nodiscard]] static auto truncate(double value) -> double;
657
659
664 [[deprecated("Replaced by xtd::double_object::epsilon - Will be removed in version 1.2.0.")]]
665 static constexpr auto epsilon = xtd::double_object::epsilon;
669 [[deprecated("Replaced by xtd::double_object::positive_infinity - Will be removed in version 1.2.0.")]]
670 static constexpr auto infinity = xtd::double_object::positive_infinity;
674 [[deprecated("Replaced by xtd::double_object::max_value - Will be removed in version 1.2.0.")]]
675 static constexpr auto max_value = xtd::double_object::max_value;
679 [[deprecated("Replaced by xtd::double_object::min_value - Will be removed in version 1.2.0.")]]
680 static constexpr auto min_value = xtd::double_object::min_value;
684 [[deprecated("Replaced by xtd::double_object::NaN - Will be removed in version 1.2.0.")]]
685 static constexpr auto NaN = xtd::double_object::NaN;
689 [[deprecated("Replaced by xtd::double_object::negative_infinity - Will be removed in version 1.2.0.")]]
690 static constexpr auto negative_infinity = xtd::double_object::negative_infinity;
694 [[deprecated("Replaced by xtd::double_object::positive_infinity - Will be removed in version 1.2.0.")]]
695 static constexpr auto positive_infinity = xtd::double_object::positive_infinity;
697
699
705 [[deprecated("Replaced by xtd::double_object::is_infinity - Will be removed in version 1.2.0.")]]
706 [[nodiscard]] static auto is_infinity(double value) noexcept -> bool;
707
712 [[deprecated("Replaced by xtd::double_object::is_negative_infinity - Will be removed in version 1.2.0.")]]
713 [[nodiscard]] static auto is_negative_infinity(double value) noexcept -> bool;
714
719 [[deprecated("Replaced by xtd::double_object::is_positive_infinity - Will be removed in version 1.2.0.")]]
720 [[nodiscard]] static auto is_positive_infinity(double value) noexcept -> bool;
721
726 [[deprecated("Replaced by xtd::double_object::is_NaN - Will be removed in version 1.2.0.")]]
727 [[nodiscard]] static auto is_NaN(double value) noexcept -> bool;
729 };
730}
byte.hpp
Contains xtd::byte type.
xtd::box_floating_point< double >::epsilon
static constexpr double epsilon
Definition box_floating_point.hpp:57
xtd::box_floating_point< double >::min_value
static constexpr double min_value
Definition box_floating_point.hpp:63
xtd::box_floating_point< double >::NaN
static constexpr double NaN
Definition box_floating_point.hpp:66
xtd::box_floating_point< double >::max_value
static constexpr double max_value
Definition box_floating_point.hpp:60
xtd::box_floating_point< double >::positive_infinity
static constexpr double positive_infinity
Definition box_floating_point.hpp:72
xtd::box_floating_point< double >::negative_infinity
static constexpr double negative_infinity
Definition box_floating_point.hpp:69
xtd::math
Provides constants and static methods for trigonometric, logarithmic, and other common mathematical f...
Definition math.hpp:54
xtd::math::truncate
static auto truncate(double value) -> double
Calculates the integral part of a specified double-precision floating-point number.
xtd::math::abs
static auto abs(xtd::decimal value) -> xtd::decimal
Returns the absolute value of a decimal number.
xtd::math::min
static auto min(xtd::int64 a, xtd::int64 b) noexcept -> xtd::int64
Returns the smaller of two 64-bit signed integers.
xtd::math::max
static auto max(xtd::byte a, xtd::byte b) noexcept -> xtd::byte
Returns the larger of two 8-bit unsigned integers.
xtd::math::min_value
static constexpr auto min_value
Represents the smallest possible value of double. This field is constant.
Definition math.hpp:680
xtd::math::abs
static auto abs(xtd::slong value) -> xtd::slong
Returns the absolute value of a 64-bit signed integer.
xtd::math::atan
static auto atan(double value) -> double
Returns the angle whose tangent is the specified number.
xtd::math::sign
static auto sign(xtd::slong value) -> xtd::int32
Returns a value indicating the sign of a 64-bit signed integer.
xtd::math::sign
static auto sign(xtd::int64 value) -> xtd::int32
Returns a value indicating the sign of a 64-bit signed integer.
xtd::math::sqrt
static auto sqrt(double value) -> double
Returns the square root of a specified number.
xtd::math::abs
static auto abs(xtd::sbyte value) -> xtd::sbyte
Returns the absolute value of a 8-bit signed integer.
xtd::math::round
static auto round(double value) -> double
Rounds a double-precision floating-point value to the nearest integral value.
xtd::math::clamp
static auto clamp(xtd::int64 value, xtd::int64 min, xtd::int64 max) noexcept -> xtd::int64
Returns value clamped to the inclusive range of min and max.
xtd::math::min
static auto min(xtd::sbyte a, xtd::sbyte b) noexcept -> xtd::sbyte
Returns the smaller of two 8-bit signed integers.
xtd::math::clamp
static auto clamp(xtd::byte value, xtd::byte min, xtd::byte max) noexcept -> xtd::byte
Returns value clamped to the inclusive range of min and max.
xtd::math::big_mul
static auto big_mul(xtd::int32 a, xtd::int32 b) -> xtd::int64
Produces the full product of two 32-bit numbers.
xtd::math::clamp
static auto clamp(xtd::single value, xtd::single min, xtd::single max) noexcept -> xtd::single
Returns value clamped to the inclusive range of min and max.
xtd::math::clamp
static auto clamp(xtd::uint64 value, xtd::uint64 min, xtd::uint64 max) noexcept -> xtd::uint64
Returns value clamped to the inclusive range of min and max.
xtd::math::clamp
static auto clamp(xtd::int32 value, xtd::int32 min, xtd::int32 max) noexcept -> xtd::int32
Returns value clamped to the inclusive range of min and max.
xtd::math::sign
static auto sign(xtd::single value) -> xtd::int32
Returns a value indicating the sign of a single-precision floating-point number.
xtd::math::max
static auto max(xtd::uint64 a, xtd::uint64 b) noexcept -> xtd::uint64
Returns the larger of two 64-bit unsigned integers.
xtd::math::negative_infinity
static constexpr auto negative_infinity
Represents negative infinity. This field is constant.
Definition math.hpp:690
xtd::math::tan
static auto tan(double value) -> double
Returns the tangent of the specified angle.
xtd::math::min
static auto min(xtd::decimal a, xtd::decimal b) noexcept -> xtd::decimal
Returns the smaller of two double single.
xtd::math::infinity
static constexpr auto infinity
Represents infinity. This field is constant.
Definition math.hpp:670
xtd::math::round
static auto round(xtd::decimal value) -> xtd::decimal
Rounds a double-precision floating-point value to the nearest integral value.
xtd::math::sin
static auto sin(double value) -> double
Returns the sine of the specified angle.
xtd::math::sign
static auto sign(xtd::decimal value) -> xtd::int32
Returns a value indicating the sign of a double-precision floating-point number.
xtd::math::clamp
static auto clamp(xtd::int16 value, xtd::int16 min, xtd::int16 max) noexcept -> xtd::int16
Returns value clamped to the inclusive range of min and max.
xtd::math::ieee_remainder
static auto ieee_remainder(double dividend, double divisor) -> double
Returns the remainder resulting from the division of a specified number by another specified number.
xtd::math::round
static auto round(xtd::decimal value, xtd::int32 decimals) -> xtd::decimal
Rounds a xtd::decimal value to a specified number of fractional digits.
xtd::math::round
static auto round(double value, xtd::int32 decimals) -> double
Rounds a xtd::decimal value to a specified number of fractional digits.
xtd::math::min
static auto min(xtd::int32 a, xtd::int32 b) noexcept -> xtd::int32
Returns the smaller of two 32-bit signed integers.
xtd::math::tau
static constexpr double tau
Represents the number of radians in one turn, specified by the constant, τ.
Definition math.hpp:67
xtd::math::tanh
static auto tanh(double value) -> double
Returns the hyperbolic tangent of the specified angle.
xtd::math::exp
static auto exp(double value) -> double
Returns e raised to the specified power.
xtd::math::log10
static auto log10(double value) -> double
Returns the base 10 logarithm of a specified number.
xtd::math::abs
static auto abs(xtd::single value) -> xtd::single
Returns the absolute value of a single-precision floating-point number.
xtd::math::max
static auto max(double a, double b) noexcept -> double
Returns the larger of two double single.
xtd::math::max
static auto max(xtd::ulong a, xtd::ulong b) noexcept -> xtd::ulong
Returns the larger of two 64-bit unsigned integers.
xtd::math::e
static constexpr double e
Represents the natural logarithmic base, specified by the constant, e. This field is constant.
Definition math.hpp:61
xtd::math::asin
static auto asin(double value) -> double
Returns the angle whose sine is the specified number.
xtd::math::max
static auto max(xtd::int64 a, xtd::int64 b) noexcept -> xtd::int64
Returns the larger of two 64-bit signed integers.
xtd::math::is_negative_infinity
static auto is_negative_infinity(double value) noexcept -> bool
Returns a value indicating whether the specified number evaluates to negative infinity.
xtd::math::radians_to_degrees
static auto radians_to_degrees(double radians) noexcept -> double
Convert radians to degrees.
xtd::math::clamp
static auto clamp(double value, double min, double max) noexcept -> double
Returns value clamped to the inclusive range of min and max.
xtd::math::cosh
static auto cosh(double value) -> double
Returns the hyperbolic cosine of the specified angle.
xtd::math::div_rem
static auto div_rem(xtd::int32 dividend, xtd::int32 divisor, xtd::int32 &remainder) -> xtd::int32
Calculates the quotient of two 32-bit signed integers and also returns the remainder in an output par...
xtd::math::div_rem
static auto div_rem(xtd::int64 dividend, xtd::int64 divisor, xtd::int64 &remainder) -> xtd::int64
Calculates the quotient of two 64-bit signed integers and also returns the remainder in an output par...
xtd::math::floor
static auto floor(xtd::decimal value) -> xtd::decimal
Returns the largest integer less than or equal to the specified decimal number.
xtd::math::sign
static auto sign(double value) -> xtd::int32
Returns a value indicating the sign of a double-precision floating-point number.
xtd::math::epsilon
static constexpr auto epsilon
Represents the smallest positive Double value greater than zero. This field is constant.
Definition math.hpp:665
xtd::math::sign
static auto sign(xtd::int32 value) -> xtd::int32
Returns a value indicating the sign of a 32-bit signed integer.
xtd::math::ceiling
static double ceiling(double value)
Returns the smallest integer greater than or equal to the specified double-precision floating-point n...
xtd::math::floor
static auto floor(double value) -> double
Returns the largest integer less than or equal to the specified decimal number.
xtd::math::clamp
static auto clamp(xtd::sbyte value, xtd::sbyte min, xtd::sbyte max) noexcept -> xtd::sbyte
Returns value clamped to the inclusive range of min and max.
xtd::math::min
static auto min(xtd::byte a, xtd::byte b) noexcept -> xtd::byte
Returns the smaller of two 8-bit unsigned integers.
xtd::math::abs
static auto abs(double value) -> double
Returns the absolute value of a double-precision floating-point number.
xtd::math::abs
static auto abs(xtd::int64 value) -> xtd::int64
Returns the absolute value of a 64-bit signed integer.
xtd::math::max
static auto max(xtd::int16 a, xtd::int16 b) noexcept -> xtd::int16
Returns the larger of two 16-bit signed integers.
xtd::math::cos
static auto cos(double value) -> double
Returns the cosine of the specified angle.
xtd::math::clamp
static auto clamp(xtd::slong value, xtd::slong min, xtd::slong max) noexcept -> xtd::slong
Returns value clamped to the inclusive range of min and max.
xtd::math::min
static auto min(xtd::slong a, xtd::slong b) noexcept -> xtd::slong
Returns the smaller of two 64-bit signed integers.
xtd::math::is_infinity
static auto is_infinity(double value) noexcept -> bool
Returns a value indicating whether the specified number evaluates to negative or positive infinity.
xtd::math::min
static auto min(xtd::uint64 a, xtd::uint64 b) noexcept -> xtd::uint64
Returns the smaller of two 64-bit unsigned integers.
xtd::math::log
static auto log(double a, double new_base) -> double
Returns the logarithm of a specified number in a specified base.
xtd::math::log
static auto log(double value) -> double
Returns the natural (base e) logarithm of a specified number.
xtd::math::clamp
static auto clamp(xtd::ulong value, xtd::ulong min, xtd::ulong max) noexcept -> xtd::ulong
Returns value clamped to the inclusive range of min and max.
xtd::math::pow
static auto pow(double x, double y) -> double
Returns a specified number raised to the specified power.
xtd::math::positive_infinity
static constexpr auto positive_infinity
Represents positive infinity. This field is constant.
Definition math.hpp:695
xtd::math::atan2
static auto atan2(double y, double x) -> double
Returns the angle whose tangent is the specified number.
xtd::math::is_NaN
static auto is_NaN(double value) noexcept -> bool
Returns a value indicating whether the specified number evaluates to not a number.
xtd::math::clamp
static auto clamp(xtd::decimal value, xtd::decimal min, xtd::decimal max) noexcept -> xtd::decimal
Returns value clamped to the inclusive range of min and max.
xtd::math::max
static auto max(xtd::uint32 a, xtd::uint32 b) noexcept -> xtd::uint32
Returns the larger of two 32-bit unsigned integers.
xtd::math::max
static auto max(xtd::uint16 a, xtd::uint16 b) noexcept -> xtd::uint16
Returns the larger of two 16-bit unsigned integers.
xtd::math::max
static auto max(xtd::sbyte a, xtd::sbyte b) noexcept -> xtd::sbyte
Returns the larger of two 8-bit signed integers.
xtd::math::min
static auto min(xtd::uint16 a, xtd::uint16 b) noexcept -> xtd::uint16
Returns the smaller of two 16-bit unsigned integers.
xtd::math::sign
static auto sign(xtd::int16 value) -> xtd::int32
Returns a value indicating the sign of a 16-bit signed integer.
xtd::math::max
static auto max(xtd::decimal a, xtd::decimal b) noexcept -> xtd::decimal
Returns the larger of two double single.
xtd::math::max
static auto max(xtd::single a, xtd::single b) noexcept -> xtd::single
Returns the larger of two single single.
xtd::math::max
static auto max(xtd::int32 a, xtd::int32 b) noexcept -> xtd::int32
Returns the larger of two 32-bit signed integers.
xtd::math::abs
static auto abs(xtd::int32 value) -> xtd::int32
Returns the absolute value of a 32-bit signed integer.
xtd::math::max_value
static constexpr auto max_value
Represents the largest possible value of double. This field is constant.
Definition math.hpp:675
xtd::math::min
static auto min(double a, double b) noexcept -> double
Returns the smaller of two double single.
xtd::math::NaN
static constexpr auto NaN
Represents not a number (NaN). This field is constant.
Definition math.hpp:685
xtd::math::ceiling
static auto ceiling(xtd::decimal value) -> xtd::decimal
Returns the smallest integer greater than or equal to the specified double-precision floating-point n...
xtd::math::min
static auto min(xtd::single a, xtd::single b) noexcept -> xtd::single
Returns the smaller of two single single.
xtd::math::pi
static constexpr double pi
Represents the ratio of the circumference of a circle to its diameter, specified by the constant,...
Definition math.hpp:64
xtd::math::acos
static auto acos(double value) -> double
Returns the angle whose cosine is the specified number.
xtd::math::abs
static auto abs(xtd::int16 value) -> xtd::int16
Returns the absolute value of a 16-bit signed integer.
xtd::math::min
static auto min(xtd::int16 a, xtd::int16 b) noexcept -> xtd::int16
Returns the smaller of two 16-bit signed integers.
xtd::math::sign
static auto sign(xtd::sbyte value) -> xtd::int32
Returns a value indicating the sign of an 8-bit signed integer.
xtd::math::min
static auto min(xtd::uint32 a, xtd::uint32 b) noexcept -> xtd::uint32
Returns the smaller of two 32-bit unsigned integers.
xtd::math::min
static auto min(xtd::ulong a, xtd::ulong b) noexcept -> xtd::ulong
Returns the smaller of two 64-bit unsigned integers.
xtd::math::sinh
static auto sinh(double value) -> double
Returns the hyperbolic sine of the specified angle.
xtd::math::degrees_to_radians
static auto degrees_to_radians(double degrees) noexcept -> double
Convert degrees to radians.
xtd::math::max
static auto max(xtd::slong a, xtd::slong b) noexcept -> xtd::slong
Returns the larger of two 64-bit signed integers.
xtd::math::truncate
static auto truncate(xtd::decimal value) -> xtd::decimal
Calculates the integral part of a specified double-precision floating-point number.
xtd::math::is_positive_infinity
static auto is_positive_infinity(double value) noexcept -> bool
Returns a value indicating whether the specified number evaluates to positive infinity.
xtd::math::clamp
static auto clamp(xtd::uint32 value, xtd::uint32 min, xtd::uint32 max) noexcept -> xtd::uint32
Returns value clamped to the inclusive range of min and max.
xtd::math::clamp
static auto clamp(xtd::uint16 value, xtd::uint16 min, xtd::uint16 max) noexcept -> xtd::uint16
Returns value clamped to the inclusive range of min and max.
double.hpp
Contains xtd::double_ type.
double_object.hpp
Contains xtd::double_object alias.
static_
#define static_
This keyword is use to represent a static object. A static object can't be instantiated (constructors...
Definition static.hpp:38
xtd::int64
std::int64_t int64
Represents a 64-bit signed integer.
Definition int64.hpp:23
xtd::uint32
std::uint32_t uint32
Represents a 32-bit unsigned integer.
Definition uint32.hpp:23
xtd::slong
__slong__ slong
Represents a 32-bit or 64-bit signed integer.
Definition slong.hpp:27
xtd::sbyte
std::int8_t sbyte
Represents a 8-bit signed integer.
Definition sbyte.hpp:23
xtd::ulong
__ulong__ ulong
Represents a 32-bit or 64-bit unsigned integer.
Definition ulong.hpp:27
xtd::decimal
long double decimal
Represents a decimal-precision floating-point number.
Definition decimal.hpp:23
xtd::uint16
std::uint16_t uint16
Represents a 16-bit unsigned integer.
Definition uint16.hpp:23
xtd::int32
std::int32_t int32
Represents a 32-bit signed integer.
Definition int32.hpp:25
xtd::int16
std::int16_t int16
Represents a 16-bit signed integer.
Definition int16.hpp:23
xtd::uint64
std::uint64_t uint64
Represents a 64-bit unsigned integer.
Definition uint64.hpp:23
xtd::byte
std::uint8_t byte
Represents a 8-bit unsigned integer.
Definition byte.hpp:23
xtd::single
float single
Represents a single-precision floating-point number.
Definition single.hpp:23
xtd::console_key::a
@ a
The A key.
Definition console_key.hpp:88
xtd::console_key::y
@ y
The Y key.
Definition console_key.hpp:136
xtd::console_key::b
@ b
The B key.
Definition console_key.hpp:90
xtd::console_key::x
@ x
The X key.
Definition console_key.hpp:134
int16.hpp
Contains xtd::int16 type.
int32.hpp
Contains xtd::int32 type.
int64.hpp
Contains xtd::int64 type.
xtd
The xtd namespace contains all fundamental classes to access Hardware, Os, System,...
Definition abstract_object.hpp:8
sbyte.hpp
Contains xtd::sbyte type.
single.hpp
Contains xtd::single type.
single_object.hpp
Contains xtd::single_object alias.
slong.hpp
Contains xtd::slong type.
static.hpp
Contains xtd::static_object class.
uint16.hpp
Contains xtd::uint16 type.
uint32.hpp
Contains xtd::uint32 type.
uint64.hpp
Contains xtd::uint64 type.
ulong.hpp
Contains xtd::ulong type.
Generated on for xtd by Gammasoft. All rights reserved.