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Merge branch 'master' into feature/more-value-casts

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Yves Delley
2024-06-02 08:03:30 +02:00
parent 2459409caa 2adc9344ea
commit 4b809ec96c
97 changed files with 2063 additions and 941 deletions
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docs/users_guide/framework_basics/concepts.md
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@@ -95,7 +95,7 @@ and when `T` is implicitly convertible to `V`.
and is satisfied by:
- All units derived from a `named_unit` class template instantiated with a unique symbol identifier
and a [`QuantitySpec`](#quantityspec) of a [quantity kind](../../appendix/glossary.md#kind).
and a [`QuantitySpec`](#QuantitySpec) of a [quantity kind](../../appendix/glossary.md#kind).
- All units being a result of [unit equations](../../appendix/glossary.md#unit-equation) on other
associated units.
docs/users_guide/framework_basics/design_overview.md
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@@ -231,8 +231,8 @@ For example:
A unit can be defined by the user in one of the following ways:
```cpp
template<PrefixableUnit auto U> struct kilo_ : prefixed_unit<"k", mag_power<10, 3>, U> {};
template<PrefixableUnit auto U> inline constexpr kilo_<U> kilo;
template<PrefixableUnit U> struct kilo_ : prefixed_unit<"k", mag_power<10, 3>, U{}> {};
template<PrefixableUnit auto U> inline constexpr kilo_<decltype(U)> kilo;
inline constexpr struct second : named_unit<"s", kind_of<isq::time>> {} second;
inline constexpr struct minute : named_unit<"min", mag<60> * second> {} minute;
docs/users_guide/framework_basics/systems_of_units.md
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@@ -137,8 +137,8 @@ unit magnitude in a more flexible way.
Each prefix is implemented similarly to the following:
```cpp
template<PrefixableUnit auto U> struct quecto_ : prefixed_unit<"q", mag_power<10, -30>, U> {};
template<PrefixableUnit auto U> inline constexpr quecto_<U> quecto;
template<PrefixableUnit U> struct quecto_ : prefixed_unit<"q", mag_power<10, -30>, U{}> {};
template<PrefixableUnit auto U> inline constexpr quecto_<decltype(U)> quecto;
```
and then a [PrefixableUnit](concepts.md#PrefixableUnit) can be prefixed in the following
@@ -153,8 +153,8 @@ efficiently represent any rational magnitude. For example, IEC 80000 prefixes us
IT industry can be implemented as:
```cpp
template<PrefixableUnit auto U> struct yobi_ : prefixed_unit<"Yi", mag_power<2, 80>, U> {};
template<PrefixableUnit auto U> inline constexpr yobi_<U> yobi;
template<PrefixableUnit U> struct yobi_ : prefixed_unit<"Yi", mag_power<2, 80>, U{}> {};
template<PrefixableUnit auto U> inline constexpr yobi_<decltype(U)> yobi;
```
## Scaled units
docs/users_guide/framework_basics/text_output.md
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@@ -62,14 +62,14 @@ and units of derived quantities.
=== "Prefixes"
```cpp
template<PrefixableUnit auto U> struct micro_ : prefixed_unit<{u8"µ", "u"}, mag_power<10, -6>, U> {};
template<PrefixableUnit auto U> struct milli_ : prefixed_unit<"m", mag_power<10, -3>, U> {};
template<PrefixableUnit auto U> struct centi_ : prefixed_unit<"c", mag_power<10, -2>, U> {};
template<PrefixableUnit auto U> struct deci_ : prefixed_unit<"d", mag_power<10, -1>, U> {};
template<PrefixableUnit auto U> struct deca_ : prefixed_unit<"da", mag_power<10, 1>, U> {};
template<PrefixableUnit auto U> struct hecto_ : prefixed_unit<"h", mag_power<10, 2>, U> {};
template<PrefixableUnit auto U> struct kilo_ : prefixed_unit<"k", mag_power<10, 3>, U> {};
template<PrefixableUnit auto U> struct mega_ : prefixed_unit<"M", mag_power<10, 6>, U> {};
template<PrefixableUnit U> struct micro_ : prefixed_unit<{u8"µ", "u"}, mag_power<10, -6>, U{}> {};
template<PrefixableUnit U> struct milli_ : prefixed_unit<"m", mag_power<10, -3>, U{}> {};
template<PrefixableUnit U> struct centi_ : prefixed_unit<"c", mag_power<10, -2>, U{}> {};
template<PrefixableUnit U> struct deci_ : prefixed_unit<"d", mag_power<10, -1>, U{}> {};
template<PrefixableUnit U> struct deca_ : prefixed_unit<"da", mag_power<10, 1>, U{}> {};
template<PrefixableUnit U> struct hecto_ : prefixed_unit<"h", mag_power<10, 2>, U{}> {};
template<PrefixableUnit U> struct kilo_ : prefixed_unit<"k", mag_power<10, 3>, U{}> {};
template<PrefixableUnit U> struct mega_ : prefixed_unit<"M", mag_power<10, 6>, U{}> {};
```
=== "Constants"
@@ -241,7 +241,7 @@ static_assert(unit_symbol<{.solidus = unit_symbol_solidus::never,
`std::string_view` is returned only when C++23 is available. Otherwise, an instance of a
`basic_fixed_string` is being returned. See more in the
[C++ compiler support](../../getting_started/installation_and_usage.md#static-constexpr-variables-in-constexpr-functions)
[C++ compiler support](../../getting_started/cpp_compiler_support.md#static-constexpr-variables-in-constexpr-functions)
chapter.
#### `unit_symbol_to()`
docs/users_guide/framework_basics/the_affine_space.md
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@@ -219,7 +219,7 @@ the origin and the _displacement vector_ measured from it to the point we create
[Why can't I create a quantity by passing a number to a constructor?](../../getting_started/faq.md#why-cant-i-create-a-quantity-by-passing-a-number-to-a-constructor)
chapter.
Similarly to [creation of a quantity](../../getting_started/quick_start.md#creating-a-quantity),
Similarly to [creation of a quantity](../../getting_started/quick_start.md#quantities),
if someone does not like the operator-based syntax to create a `quantity_point`, the same results
can be achieved with a two-parameter constructor:
@@ -403,7 +403,7 @@ inline constexpr struct zeroth_degree_Celsius : decltype(ice_point) {} zeroth_de
namespace usc {
inline constexpr struct zeroth_degree_Fahrenheit :
relative_point_origin<si::zeroth_degree_Celsius - 32 * (mag_ratio<5, 9> * si::degree_Celsius)> {} zeroth_degree_Fahrenheit;
relative_point_origin<quantity_point{-32 * (mag_ratio<5, 9> * si::degree_Celsius)}> {} zeroth_degree_Fahrenheit;
}
```