Difference between revisions of "cpp/numeric/valarray/sinh"
From cppreference.com
m (Shorten template names. Use {{lc}} where appropriate.) |
m (Update links.) |
||
| Line 41: | Line 41: | ||
===See also=== | ===See also=== | ||
{{dsc begin}} | {{dsc begin}} | ||
| − | {{dsc inc | cpp/numeric/math/ | + | {{dsc inc | cpp/numeric/math/dsc sinh}} |
{{dsc end}} | {{dsc end}} | ||
Revision as of 22:21, 31 May 2013
| Defined in header <valarray>
|
||
| template< class T > valarray<T> sinh( const valarray<T>& va ); |
||
For each element in va computes hyperbolic sine of the value of the element.
Contents |
Parameters
| va | - | value array to apply the operation to |
Return value
Value array containing hyperbolic sine of the values in va.
Notes
Unqualified function (sinh) is used to perform the computation. If such function is not available, std::sinh is used due to argument-dependent lookup.
The function can be implemented with the return type different from std::valarray. In this case, the replacement type has the following properties:
- All const member functions of std::valarray are provided.
- std::valarray, std::slice_array, std::gslice_array, std::mask_array and std::indirect_array can be constructed from the replacement type.
- For every function taking a const std::valarray<T>& except begin() and end()(since C++11), identical functions taking the replacement types shall be added;
- For every function taking two const std::valarray<T>& arguments, identical functions taking every combination of const std::valarray<T>& and replacement types shall be added.
- The return type does not add more than two levels of template nesting over the most deeply-nested argument type.
Possible implementation
template<class T> valarray<T> sinh(const valarray<T>& va) { valarray<T> other = va; for (T &i : other) { i = sinh(i); } } |
Example
| This section is incomplete Reason: no example |
See also
| (C++11)(C++11) |
computes hyperbolic sine (sinh(x)) (function) |
