Public authoring vocabulary shared by the library's own customization points and by higher‐level tools.
Types
Name |
Description |
A transparent wrapper that carries an error policy for domain constraint enforcement. |
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The fill/align/width part of a |
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The fill character(s) of a |
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A reference to a format argument, by index or (when using fmtlib) by name. |
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Wraps an integral type with overflow detection. |
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Error policy that terminates the program on overflow (always available, freestanding‐safe). |
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Error policy that throws std::overflow_error on overflow (hosted only). |
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Error policy that terminates the program on constraint violation (freestanding‐safe). |
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Error policy that throws std::domain_error on constraint violation (hosted only). |
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Sentinel type for a specializable variable‐template customization point with no usable default. |
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Type Aliases
Name |
Description |
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Enums
Name |
Description |
The alignment option of a |
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Which alternative of |
Functions
Name |
Description |
Finds the single modifier from |
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Resolves a dynamic ( |
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Modulus operators |
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Multiplication operators |
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Unary plus operators |
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Unary minus operators |
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Division operators |
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Parses the fill and alignment part of a |
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Parses a spec value that may be a literal integer or a |
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Parses the fill/align/width part of a |
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Parses the range [begin, end) as an unsigned integer.] |
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Writes a string to an output iterator with fill/align/width padding. |
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Streams a safe_int's wrapped value to an output stream |
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Equality operators |
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Three‐way comparison operators |
Variables
Name |
Description |
The default value of a customization point that has not yet been specialized. |
Concepts
Name |
Description |
A complex‐field representation type. |
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A complex scalar: complex field with |
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Concept satisfied by error policy types usable with |
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Concept satisfied by overflow error policies usable with |
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A real‐field representation type. |
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A real scalar (tensor order 0): real field, totally ordered, self‐scalable. |
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A scalar (real or complex, tensor order 0) ‐ the element type a vector/tensor is built from. |
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A second‐order tensor (or a lower‐order type filling its slot). |
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A vector (a scalar, or a magnitude‐bearing tensor‐order‐1 type). |
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Satisfied when a customization point has been given a value (i.e. is not |
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