| Technical Specification | ||||
| Filesystem library(filesystem TS) | ||||
| Library fundamentals(library fundamentals TS) | ||||
| Library fundamentals 2(library fundamentals TS v2) | ||||
| Library fundamentals 3(library fundamentals TS v3) | ||||
| Extensions for parallelism(parallelism TS) | ||||
| Extensions for parallelism 2(parallelism TS v2) | ||||
| Extensions for concurrency(concurrency TS) | ||||
| Extensions for concurrency 2(concurrency TS v2) | ||||
| Concepts(concepts TS) | ||||
| Ranges(ranges TS) | ||||
| Reflection(reflection TS) | ||||
| Mathematical special functions(special functions TR) | ||||
| Experimental Non-TS | ||||
| Pattern Matching | ||||
| Linear Algebra | ||||
| std::execution | ||||
| Contracts | ||||
| 2D Graphics |
| Parallel exceptions | ||||
| Additional execution policies | ||||
| Algorithms | ||||
| Task blocks | ||||
| Data-parallel vectors | ||||
Defined in header <experimental/simd> | ||
template<class T> using native=/*implementation-defined*/; | (parallelism TS v2) | |
native<T> is an implementation-defined alias for an ABI tag. This is the primary ABI tag to use for efficient explicit vectorization.
The intent is to use the ABI tag producing the most efficient data-parallel execution for the element type T that is supported on the currently targeted system. For target architectures without ISA extensions, thenative<T> andcompatible<T> aliases will likely be the same. For target architectures with ISA extensions, compiler flags may influence thenative<T> alias whilecompatible<T> will be the same independent of such flags.
(parallelism TS v2) | tag type for storing a single element (typedef)[edit] |
(parallelism TS v2) | tag type for storing specified number of elements (alias template)[edit] |
(parallelism TS v2) | tag type that ensures ABI compatibility (alias template)[edit] |
(parallelism TS v2) | obtains an ABI type for given element type and number of elements (class template)[edit] |
