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xo-unit: streamline: rename namespacesu -> u

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This commit is contained in:
Roland Conybeare 2024-05-07 15:21:17 -04:00
commit 22dbb5e529
10 changed files with 131 additions and 126 deletions
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4
example/ex1/ex1.cpp
View file

@ -7,7 +7,7 @@
int
main () {
namespace q = xo::qty::qty;
namespace su = xo::qty::su;
namespace u = xo::qty::u;
using xo::qty::quantity;
using xo::flatstring;
using namespace std;
@ -43,7 +43,7 @@ main () {
static_assert(a.scale() == 0.625);
static_assert(a.abbrev() == flatstring("km.min^-2"));
constexpr auto a2 = a.rescale_ext<(su::meter / (su::second * su::second))>();
constexpr auto a2 = a.rescale_ext<(u::meter / (u::second * u::second))>();
cerr << "d.t^-2: " << a2 << endl;

6
example/ex2/ex2.cpp
View file

@ -7,7 +7,7 @@
int
main () {
namespace q = xo::qty::qty;
namespace su = xo::qty::su;
namespace u = xo::qty::u;
using xo::qty::with_units_from;
using xo::qty::with_units;
using xo::qty::quantity;
@ -25,13 +25,13 @@ main () {
<< ", d.t^-2: " << a
<< endl;
constexpr auto a2 = a.rescale_ext<su::meter / (su::second * su::second)>();
constexpr auto a2 = a.rescale_ext<u::meter / (u::second * u::second)>();
static_assert(a2.abbrev() == flatstring("m.s^-2"));
cerr << "a2: " << a2 << endl;
constexpr auto a3 = with_units<su::meter / (su::second * su::second)>(a);
constexpr auto a3 = with_units<u::meter / (u::second * u::second)>(a);
static_assert(a3.abbrev() == flatstring("m.s^-2"));

6
example/ex3/ex3.cpp
View file

@ -7,14 +7,14 @@
int
main () {
namespace q = xo::qty::qty;
namespace su = xo::qty::su;
namespace u = xo::qty::u;
//namespace nu = xo::qty::nu;
using xo::qty::quantity;
using xo::flatstring;
using namespace std;
constexpr quantity<su::second> t = q::minutes(2);
constexpr quantity<su::meter> d = q::kilometers(2.5);
constexpr quantity<u::second> t = q::minutes(2);
constexpr quantity<u::meter> d = q::kilometers(2.5);
constexpr auto t2 = t*t;
constexpr auto a = d / (t*t);

5
example/ex7/ex7.cpp
View file

@ -6,9 +6,8 @@
int
main () {
//namespace u = xo::unit::units;
using namespace xo::qty;
//namespace su = xo::qty::su;
namespace u = xo::qty::u;
namespace q = xo::qty::qty;
using namespace std;
@ -23,7 +22,7 @@ main () {
/* rescale to not-so-absurd units */
/* kg.m.s^-2 */
quantity res = qty3.rescale_ext<su::kilogram * su::meter / (su::second * su::second)>();
quantity res = qty3.rescale_ext<u::kilogram * u::meter / (u::second * u::second)>();
/* 2.57958e-10kg.m.s^-2 */
cerr << "res: " << res << endl;

88
include/xo/unit/quantity.hpp
View file

@ -253,7 +253,7 @@ namespace xo {
* static_cast<r_repr_type>(x.scale())
* static_cast<r_repr_type>(y.scale()));
return quantity<detail::make_unit_rescale_result<r_int_type>(rr.natural_unit_),
return quantity<detail::su_promote<r_int_type>(rr.natural_unit_),
r_repr_type>(r_scale);
}
@ -280,7 +280,7 @@ namespace xo {
* static_cast<r_repr_type>(x.scale())
/ static_cast<r_repr_type>(y.scale()));
return quantity<detail::make_unit_rescale_result<r_int_type>(rr.natural_unit_),
return quantity<detail::su_promote<r_int_type>(rr.natural_unit_),
r_repr_type>(r_scale);
}
@ -427,28 +427,28 @@ namespace xo {
// ----- mass -----
template <typename Repr>
inline constexpr auto picograms(Repr x) { return quantity<su::picogram, Repr>(x); }
inline constexpr auto picograms(Repr x) { return quantity<u::picogram, Repr>(x); }
template <typename Repr>
inline constexpr auto nanograms(Repr x) { return quantity<su::nanogram, Repr>(x); }
inline constexpr auto nanograms(Repr x) { return quantity<u::nanogram, Repr>(x); }
template <typename Repr>
inline constexpr auto micrograms(Repr x) { return quantity<su::microgram, Repr>(x); }
inline constexpr auto micrograms(Repr x) { return quantity<u::microgram, Repr>(x); }
template <typename Repr>
inline constexpr auto milligrams(Repr x) { return quantity<su::milligram, Repr>(x); }
inline constexpr auto milligrams(Repr x) { return quantity<u::milligram, Repr>(x); }
template <typename Repr>
inline constexpr auto grams(Repr x) { return quantity<su::gram, Repr>(x); }
inline constexpr auto grams(Repr x) { return quantity<u::gram, Repr>(x); }
/** @brief create a quantity representing @p x kilograms of mass, with compile-time unit representation **/
template <typename Repr>
inline constexpr auto kilograms(Repr x) { return quantity<su::kilogram, Repr>(x); }
inline constexpr auto kilograms(Repr x) { return quantity<u::kilogram, Repr>(x); }
template <typename Repr>
inline constexpr auto tonnes(Repr x) { return quantity<su::tonne, Repr>(x); }
inline constexpr auto tonnes(Repr x) { return quantity<u::tonne, Repr>(x); }
template <typename Repr>
inline constexpr auto kilotonnes(Repr x) { return quantity<su::kilotonne, Repr>(x); }
inline constexpr auto kilotonnes(Repr x) { return quantity<u::kilotonne, Repr>(x); }
template <typename Repr>
inline constexpr auto megatonnes(Repr x) { return quantity<su::megatonne, Repr>(x); }
inline constexpr auto megatonnes(Repr x) { return quantity<u::megatonne, Repr>(x); }
template <typename Repr>
inline constexpr auto gigatonnes(Repr x) { return quantity<su::gigatonne, Repr>(x); }
inline constexpr auto gigatonnes(Repr x) { return quantity<u::gigatonne, Repr>(x); }
/** @brief a quantity representing 1 picogram of mass, with compile-time unit representation **/
static constexpr auto picogram = picograms(1);
@ -472,39 +472,39 @@ namespace xo {
// ----- distance -----
template <typename Repr>
inline constexpr auto picometers(Repr x) { return quantity<su::picometer, Repr>(x); }
inline constexpr auto picometers(Repr x) { return quantity<u::picometer, Repr>(x); }
template <typename Repr>
inline constexpr auto nanometers(Repr x) { return quantity<su::nanometer, Repr>(x); }
inline constexpr auto nanometers(Repr x) { return quantity<u::nanometer, Repr>(x); }
template <typename Repr>
inline constexpr auto micrometers(Repr x) { return quantity<su::micrometer, Repr>(x); }
inline constexpr auto micrometers(Repr x) { return quantity<u::micrometer, Repr>(x); }
template <typename Repr>
inline constexpr auto millimeters(Repr x) { return quantity<su::millimeter, Repr>(x); }
inline constexpr auto millimeters(Repr x) { return quantity<u::millimeter, Repr>(x); }
template <typename Repr>
inline constexpr auto meters(Repr x) { return quantity<su::meter, Repr>(x); }
inline constexpr auto meters(Repr x) { return quantity<u::meter, Repr>(x); }
template <typename Repr>
inline constexpr auto kilometers(Repr x) { return quantity<su::kilometer, Repr>(x); }
inline constexpr auto kilometers(Repr x) { return quantity<u::kilometer, Repr>(x); }
template <typename Repr>
inline constexpr auto megameters(Repr x) { return quantity<su::megameter, Repr>(x); }
inline constexpr auto megameters(Repr x) { return quantity<u::megameter, Repr>(x); }
template <typename Repr>
inline constexpr auto gigameters(Repr x) { return quantity<su::gigameter, Repr>(x); }
inline constexpr auto gigameters(Repr x) { return quantity<u::gigameter, Repr>(x); }
template <typename Repr>
inline constexpr auto lightseconds(Repr x) { return quantity<su::lightsecond, Repr>(x); }
inline constexpr auto lightseconds(Repr x) { return quantity<u::lightsecond, Repr>(x); }
template <typename Repr>
inline constexpr auto astronomicalunits(Repr x) { return quantity<su::astronomicalunit, Repr>(x); }
inline constexpr auto astronomicalunits(Repr x) { return quantity<u::astronomicalunit, Repr>(x); }
/** @brief create quantity representing @p x inches of distance, with compile-time unit representation **/
template <typename Repr>
inline constexpr auto inches(Repr x) { return quantity<su::inch, Repr>(x); }
inline constexpr auto inches(Repr x) { return quantity<u::inch, Repr>(x); }
/** @brief create quantity representing @p x feet of distance, with compile-time unit representation **/
template <typename Repr>
inline constexpr auto feet(Repr x) { return quantity<su::foot, Repr>(x); }
inline constexpr auto feet(Repr x) { return quantity<u::foot, Repr>(x); }
/** @brief create quantity representing @p x yards of distance, with compile-time unit representation **/
template <typename Repr>
inline constexpr auto yards(Repr x) { return quantity<su::yard, Repr>(x); }
inline constexpr auto yards(Repr x) { return quantity<u::yard, Repr>(x); }
/** @brief create quantity representing @p x statute miles of distance, with compile-time unit representation **/
template <typename Repr>
inline constexpr auto miles(Repr x) { return quantity<su::mile, Repr>(x); }
inline constexpr auto miles(Repr x) { return quantity<u::mile, Repr>(x); }
/** @brief a quantity representing 1 picometer of distance, with compile-time unit representation **/
static constexpr auto picometer = picometers(1);
@ -534,44 +534,44 @@ namespace xo {
// ----- time -----
template <typename Repr>
inline constexpr auto picoseconds(Repr x) { return quantity<su::picosecond, Repr>(x); }
inline constexpr auto picoseconds(Repr x) { return quantity<u::picosecond, Repr>(x); }
template <typename Repr>
inline constexpr auto nanoseconds(Repr x) { return quantity<su::nanosecond, Repr>(x); }
inline constexpr auto nanoseconds(Repr x) { return quantity<u::nanosecond, Repr>(x); }
template <typename Repr>
inline constexpr auto microseconds(Repr x) { return quantity<su::microsecond, Repr>(x); }
inline constexpr auto microseconds(Repr x) { return quantity<u::microsecond, Repr>(x); }
template <typename Repr>
inline constexpr auto milliseconds(Repr x) { return quantity<su::millisecond, Repr>(x); }
inline constexpr auto milliseconds(Repr x) { return quantity<u::millisecond, Repr>(x); }
/** @brief create quantity representing @p x seconds of time, with compile-time unit representation **/
template <typename Repr>
inline constexpr auto seconds(Repr x) { return quantity<su::second, Repr>(x); }
inline constexpr auto seconds(Repr x) { return quantity<u::second, Repr>(x); }
/** @brief create quantity representing @p x minutes of time, with compile-time unit representation **/
template <typename Repr>
inline constexpr auto minutes(Repr x) { return quantity<su::minute, Repr>(x); }
inline constexpr auto minutes(Repr x) { return quantity<u::minute, Repr>(x); }
/** @brief create quantity representing @p x hours of time, with compile-time unit representation **/
template <typename Repr>
inline constexpr auto hours(Repr x) { return quantity<su::hour, Repr>(x); }
inline constexpr auto hours(Repr x) { return quantity<u::hour, Repr>(x); }
/** @brief create quantity representing @p x days of time, with compile-time unit representation **/
template <typename Repr>
inline constexpr auto days(Repr x) { return quantity<su::day, Repr>(x); }
inline constexpr auto days(Repr x) { return quantity<u::day, Repr>(x); }
template <typename Repr>
inline constexpr auto weeks(Repr x) { return quantity<su::week, Repr>(x); }
inline constexpr auto weeks(Repr x) { return quantity<u::week, Repr>(x); }
template <typename Repr>
inline constexpr auto months(Repr x) { return quantity<su::month, Repr>(x); }
inline constexpr auto months(Repr x) { return quantity<u::month, Repr>(x); }
template <typename Repr>
inline constexpr auto years(Repr x) { return quantity<su::year, Repr>(x); }
inline constexpr auto years(Repr x) { return quantity<u::year, Repr>(x); }
template <typename Repr>
inline constexpr auto year250s(Repr x) { return quantity<su::year250, Repr>(x); }
inline constexpr auto year250s(Repr x) { return quantity<u::year250, Repr>(x); }
template <typename Repr>
inline constexpr auto year360s(Repr x) { return quantity<su::year360, Repr>(x); }
inline constexpr auto year360s(Repr x) { return quantity<u::year360, Repr>(x); }
template <typename Repr>
inline constexpr auto year365s(Repr x) { return quantity<su::year365, Repr>(x); }
inline constexpr auto year365s(Repr x) { return quantity<u::year365, Repr>(x); }
/** @brief a quantity representing 1 second of time, with compile-time unit representation **/
static constexpr auto second = seconds(1);
@ -591,13 +591,13 @@ namespace xo {
*/
template <typename Repr>
inline constexpr auto volatility_30d(Repr x) { return quantity<su::volatility_30d, Repr>(x); }
inline constexpr auto volatility_30d(Repr x) { return quantity<u::volatility_30d, Repr>(x); }
template <typename Repr>
inline constexpr auto volatility_250d(Repr x) { return quantity<su::volatility_250d, Repr>(x); }
inline constexpr auto volatility_250d(Repr x) { return quantity<u::volatility_250d, Repr>(x); }
template <typename Repr>
inline constexpr auto volatility_360d(Repr x) { return quantity<su::volatility_360d, Repr>(x); }
inline constexpr auto volatility_360d(Repr x) { return quantity<u::volatility_360d, Repr>(x); }
template <typename Repr>
inline constexpr auto volatility_365d(Repr x) { return quantity<su::volatility_365d, Repr>(x); }
inline constexpr auto volatility_365d(Repr x) { return quantity<u::volatility_365d, Repr>(x); }
} /*namespace qty*/
/* reminder: see [quantity_ops.hpp] for operator* etc */

94
include/xo/unit/scaled_unit.hpp
View file

@ -56,61 +56,67 @@ namespace xo {
namespace detail {
template <typename Int>
constexpr auto make_unit_rescale_result(const natural_unit<Int> & bpuv) {
constexpr auto su_promote(const natural_unit<Int> & bpuv) {
return scaled_unit<Int>(bpuv,
ratio::ratio<Int>(1, 1),
1.0);
}
}
namespace su {
constexpr auto picogram = detail::make_unit_rescale_result<std::int64_t>(nu::picogram);
constexpr auto nanogram = detail::make_unit_rescale_result<std::int64_t>(nu::nanogram);
constexpr auto microgram = detail::make_unit_rescale_result<std::int64_t>(nu::microgram);
constexpr auto milligram = detail::make_unit_rescale_result<std::int64_t>(nu::milligram);
constexpr auto gram = detail::make_unit_rescale_result<std::int64_t>(nu::gram);
constexpr auto kilogram = detail::make_unit_rescale_result<std::int64_t>(nu::kilogram);
constexpr auto tonne = detail::make_unit_rescale_result<std::int64_t>(nu::tonne);
constexpr auto kilotonne = detail::make_unit_rescale_result<std::int64_t>(nu::kilotonne);
constexpr auto megatonne = detail::make_unit_rescale_result<std::int64_t>(nu::megatonne);
constexpr auto gigatonne = detail::make_unit_rescale_result<std::int64_t>(nu::gigatonne);
namespace u {
/* values here can be used as template arguments to quantity:
* e.g.
* quantity<u:picogram> qty1;
* quantity<u:meter/u:second> velocity;
*/
constexpr auto picometer = detail::make_unit_rescale_result<std::int64_t>(nu::picometer);
constexpr auto nanometer = detail::make_unit_rescale_result<std::int64_t>(nu::nanometer);
constexpr auto micrometer = detail::make_unit_rescale_result<std::int64_t>(nu::micrometer);
constexpr auto millimeter = detail::make_unit_rescale_result<std::int64_t>(nu::millimeter);
constexpr auto meter = detail::make_unit_rescale_result<std::int64_t>(nu::meter);
constexpr auto kilometer = detail::make_unit_rescale_result<std::int64_t>(nu::kilometer);
constexpr auto megameter = detail::make_unit_rescale_result<std::int64_t>(nu::megameter);
constexpr auto gigameter = detail::make_unit_rescale_result<std::int64_t>(nu::gigameter);
constexpr auto picogram = detail::su_promote<std::int64_t>(nu::picogram);
constexpr auto nanogram = detail::su_promote<std::int64_t>(nu::nanogram);
constexpr auto microgram = detail::su_promote<std::int64_t>(nu::microgram);
constexpr auto milligram = detail::su_promote<std::int64_t>(nu::milligram);
constexpr auto gram = detail::su_promote<std::int64_t>(nu::gram);
constexpr auto kilogram = detail::su_promote<std::int64_t>(nu::kilogram);
constexpr auto tonne = detail::su_promote<std::int64_t>(nu::tonne);
constexpr auto kilotonne = detail::su_promote<std::int64_t>(nu::kilotonne);
constexpr auto megatonne = detail::su_promote<std::int64_t>(nu::megatonne);
constexpr auto gigatonne = detail::su_promote<std::int64_t>(nu::gigatonne);
constexpr auto lightsecond = detail::make_unit_rescale_result<std::int64_t>(nu::lightsecond);
constexpr auto astronomicalunit = detail::make_unit_rescale_result<std::int64_t>(nu::astronomicalunit);
constexpr auto picometer = detail::su_promote<std::int64_t>(nu::picometer);
constexpr auto nanometer = detail::su_promote<std::int64_t>(nu::nanometer);
constexpr auto micrometer = detail::su_promote<std::int64_t>(nu::micrometer);
constexpr auto millimeter = detail::su_promote<std::int64_t>(nu::millimeter);
constexpr auto meter = detail::su_promote<std::int64_t>(nu::meter);
constexpr auto kilometer = detail::su_promote<std::int64_t>(nu::kilometer);
constexpr auto megameter = detail::su_promote<std::int64_t>(nu::megameter);
constexpr auto gigameter = detail::su_promote<std::int64_t>(nu::gigameter);
constexpr auto inch = detail::make_unit_rescale_result<std::int64_t>(nu::inch);
constexpr auto foot = detail::make_unit_rescale_result<std::int64_t>(nu::foot);
constexpr auto yard = detail::make_unit_rescale_result<std::int64_t>(nu::yard);
constexpr auto mile = detail::make_unit_rescale_result<std::int64_t>(nu::mile);
constexpr auto lightsecond = detail::su_promote<std::int64_t>(nu::lightsecond);
constexpr auto astronomicalunit = detail::su_promote<std::int64_t>(nu::astronomicalunit);
constexpr auto picosecond = detail::make_unit_rescale_result<std::int64_t>(nu::picosecond);
constexpr auto nanosecond = detail::make_unit_rescale_result<std::int64_t>(nu::nanosecond);
constexpr auto microsecond = detail::make_unit_rescale_result<std::int64_t>(nu::microsecond);
constexpr auto millisecond = detail::make_unit_rescale_result<std::int64_t>(nu::millisecond);
constexpr auto second = detail::make_unit_rescale_result<std::int64_t>(nu::second);
constexpr auto minute = detail::make_unit_rescale_result<std::int64_t>(nu::minute);
constexpr auto hour = detail::make_unit_rescale_result<std::int64_t>(nu::hour);
constexpr auto day = detail::make_unit_rescale_result<std::int64_t>(nu::day);
constexpr auto week = detail::make_unit_rescale_result<std::int64_t>(nu::week);
constexpr auto month = detail::make_unit_rescale_result<std::int64_t>(nu::month);
constexpr auto year = detail::make_unit_rescale_result<std::int64_t>(nu::year);
constexpr auto year250 = detail::make_unit_rescale_result<std::int64_t>(nu::year250);
constexpr auto year360 = detail::make_unit_rescale_result<std::int64_t>(nu::year360);
constexpr auto year365 = detail::make_unit_rescale_result<std::int64_t>(nu::year365);
constexpr auto inch = detail::su_promote<std::int64_t>(nu::inch);
constexpr auto foot = detail::su_promote<std::int64_t>(nu::foot);
constexpr auto yard = detail::su_promote<std::int64_t>(nu::yard);
constexpr auto mile = detail::su_promote<std::int64_t>(nu::mile);
constexpr auto volatility_30d = detail::make_unit_rescale_result<std::int64_t>(nu::volatility_30d);
constexpr auto volatility_250d = detail::make_unit_rescale_result<std::int64_t>(nu::volatility_250d);
constexpr auto volatility_360d = detail::make_unit_rescale_result<std::int64_t>(nu::volatility_360d);
constexpr auto volatility_365d = detail::make_unit_rescale_result<std::int64_t>(nu::volatility_365d);
constexpr auto picosecond = detail::su_promote<std::int64_t>(nu::picosecond);
constexpr auto nanosecond = detail::su_promote<std::int64_t>(nu::nanosecond);
constexpr auto microsecond = detail::su_promote<std::int64_t>(nu::microsecond);
constexpr auto millisecond = detail::su_promote<std::int64_t>(nu::millisecond);
constexpr auto second = detail::su_promote<std::int64_t>(nu::second);
constexpr auto minute = detail::su_promote<std::int64_t>(nu::minute);
constexpr auto hour = detail::su_promote<std::int64_t>(nu::hour);
constexpr auto day = detail::su_promote<std::int64_t>(nu::day);
constexpr auto week = detail::su_promote<std::int64_t>(nu::week);
constexpr auto month = detail::su_promote<std::int64_t>(nu::month);
constexpr auto year = detail::su_promote<std::int64_t>(nu::year);
constexpr auto year250 = detail::su_promote<std::int64_t>(nu::year250);
constexpr auto year360 = detail::su_promote<std::int64_t>(nu::year360);
constexpr auto year365 = detail::su_promote<std::int64_t>(nu::year365);
constexpr auto volatility_30d = detail::su_promote<std::int64_t>(nu::volatility_30d);
constexpr auto volatility_250d = detail::su_promote<std::int64_t>(nu::volatility_250d);
constexpr auto volatility_360d = detail::su_promote<std::int64_t>(nu::volatility_360d);
constexpr auto volatility_365d = detail::su_promote<std::int64_t>(nu::volatility_365d);
}
namespace detail {

4
utest/quantity.test.cpp
View file

@ -389,7 +389,7 @@ namespace xo {
static_assert(rr.outer_scale_factor_.template convert_to<decltype(ms)::repr_type>() == 1.0);
static_assert(rr.natural_unit_.n_bpu() == 1);
constexpr auto q1 = quantity<detail::make_unit_rescale_result<decltype(ms)::ratio_int_type>(rr.natural_unit_),
constexpr auto q1 = quantity<detail::su_promote<decltype(ms)::ratio_int_type>(rr.natural_unit_),
decltype(ms)::repr_type>(ms.scale() * ms.scale());
/* proof that q is constexpr */
@ -461,7 +461,7 @@ namespace xo {
static_assert(rr.outer_scale_factor_.template convert_to<decltype(ms)::repr_type>() == 1.0);
static_assert(rr.natural_unit_.n_bpu() == 0);
constexpr auto q1 = quantity<detail::make_unit_rescale_result<decltype(ms)::ratio_int_type>(rr.natural_unit_),
constexpr auto q1 = quantity<detail::su_promote<decltype(ms)::ratio_int_type>(rr.natural_unit_),
decltype(ms)::repr_type>(ms.scale() * ms.scale());
/* proof that q is constexpr */

6
utest/scaled_unit.test.cpp
View file

@ -75,7 +75,7 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.scaled_unit0"));
constexpr auto ng = su::nanogram;
constexpr auto ng = u::nanogram;
constexpr auto ng2 = ng * ng;
log && log(xtag("ng", ng));
@ -90,7 +90,7 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.scaled_unit1"));
constexpr auto ng = su::nanogram;
constexpr auto ng = u::nanogram;
constexpr auto ng2 = ng / ng;
log && log(xtag("ng", ng));
@ -105,7 +105,7 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.scaled_unit2"));
constexpr auto ms = su::millisecond;
constexpr auto ms = u::millisecond;
constexpr auto ms2 = ms * ms;
log && log(xtag("ms", ms));

2
utest/unit.test.cpp
View file

@ -12,7 +12,7 @@ namespace xo {
namespace ut {
/* compile-time tests */
namespace su = xo::qty::su;
namespace u = xo::qty::u;
using xo::qty::dim;
using xo::qty::basis_unit2_abbrev_type;

32
utest/xquantity.test.cpp
View file

@ -12,7 +12,7 @@
#include <string>
namespace xo {
namespace su = xo::qty::su;
namespace u = xo::qty::u;
namespace nu = xo::qty::nu;
using xo::qty::xquantity;
@ -388,7 +388,7 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.xquantity"));
/* not constexpr until c++26 */
auto ng = unit_qty(su::nanogram);
auto ng = unit_qty(u::nanogram);
log && log(xtag("ng", ng));
@ -401,7 +401,7 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.xquantity2"));
/* not constexpr until c++26 */
xquantity ng = unit_qty(su::nanogram);
xquantity ng = unit_qty(u::nanogram);
auto ng2 = ng * ng;
log && log(xtag("ng*ng", ng2));
@ -415,7 +415,7 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.xquantity3"));
/* not constexpr until c++26 */
xquantity ng = unit_qty(su::nanogram);
xquantity ng = unit_qty(u::nanogram);
auto ng0 = ng / ng;
log && log(xtag("ng/ng", ng0));
@ -429,8 +429,8 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.xquantity4"));
/* not constexpr until c++26 */
xquantity ng = unit_qty(su::nanogram);
xquantity ug = unit_qty(su::microgram);
xquantity ng = unit_qty(u::nanogram);
xquantity ug = unit_qty(u::microgram);
{
auto prod1 = ng * ug;
@ -465,8 +465,8 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.xquantity5"));
/* not constexpr until c++26 */
xquantity ng = unit_qty(su::nanogram);
xquantity ug = unit_qty(su::microgram);
xquantity ng = unit_qty(u::nanogram);
xquantity ug = unit_qty(u::microgram);
{
auto ratio1 = ng / ug;
@ -494,8 +494,8 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.xquantity6"));
/* not constexpr until c++26 */
xquantity ng = unit_qty(su::nanogram);
xquantity ug = unit_qty(su::microgram);
xquantity ng = unit_qty(u::nanogram);
xquantity ug = unit_qty(u::microgram);
{
auto sum1 = ng + ug;
@ -526,8 +526,8 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.xquantity7"));
/* not constexpr until c++26 */
xquantity ng = unit_qty(su::nanogram);
xquantity ug = unit_qty(su::microgram);
xquantity ng = unit_qty(u::nanogram);
xquantity ug = unit_qty(u::microgram);
{
auto sum1 = ng - ug;
@ -558,8 +558,8 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.xquantity.compare"));
/* not constexpr until c++26 */
xquantity ng = 1000 * unit_qty(su::nanogram);
xquantity ug = unit_qty(su::microgram);
xquantity ng = 1000 * unit_qty(u::nanogram);
xquantity ug = unit_qty(u::microgram);
{
auto cmp = (ng == ug);
@ -617,8 +617,8 @@ namespace xo {
scope log(XO_DEBUG2(c_debug_flag, "TEST_CASE.xquantity.compare2"));
/* not constexpr until c++26 */
xquantity ng = unit_qty(su::nanogram);
xquantity ug = unit_qty(su::microgram);
xquantity ng = unit_qty(u::nanogram);
xquantity ug = unit_qty(u::microgram);
{
auto cmp = (ng == ug);