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mp-units

mp_units::utility

`mp_units::utility`¶

Types¶

Name	Description
`binomial_distribution`
`binomial_distribution`
`cartesian_tensor`
`cartesian_vector`
`cauchy_distribution`
`cauchy_distribution`
`chi_squared_distribution`
`chi_squared_distribution`
`constrained`	A transparent wrapper that carries an error policy for domain constraint enforcement.
`discrete_distribution`
`discrete_distribution`
`exponential_distribution`
`exponential_distribution`
`extreme_value_distribution`
`extreme_value_distribution`
`fill_align_width_format_specs`
`fill_t`
`fisher_f_distribution`
`fisher_f_distribution`
`fmt_arg_ref`
`gamma_distribution`
`gamma_distribution`
`geometric_distribution`
`geometric_distribution`
`lognormal_distribution`
`lognormal_distribution`
`negative_binomial_distribution`
`negative_binomial_distribution`
`normal_distribution`
`normal_distribution`
`piecewise_constant_distribution`
`piecewise_constant_distribution`
`piecewise_linear_distribution`
`piecewise_linear_distribution`
`poisson_distribution`
`poisson_distribution`
`polar_vector`	A 2-D polar coordinate facade: a scalar-`quantity` radius `r` and an angle `theta` from the +x axis (counter-clockwise).
`safe_int`	Wraps an integral type with overflow detection.
`safe_int_terminate_policy`	Error policy that terminates the program on overflow (always available, freestanding-safe).
`safe_int_throw_policy`	Error policy that throws std::overflow_error on overflow (hosted only).
`spherical_vector`	A 3-D spherical coordinate facade (ISO physics convention): a scalar-`quantity` radius `r`, inclination `theta` from +z in `[0, pi]`, and azimuth `phi` from +x in `[-pi, pi]`.
`student_t_distribution`
`student_t_distribution`
`terminate_policy`	Error policy that terminates the program on constraint violation (freestanding-safe).
`throw_policy`	Error policy that throws std::domain_error on constraint violation (hosted only).
`uncertain`
`uncertain`	A representation type for values with uncertainties
`uniform_int_distribution`
`uniform_int_distribution`
`uniform_real_distribution`
`uniform_real_distribution`
`unspecified_t`	Sentinel default for a specializable variable-template customization point with no usable default.
`weibull_distribution`
`weibull_distribution`
`width_checker`

Type Aliases¶

Name
`safe_i16`
`safe_i32`
`safe_i64`
`safe_i8`
`safe_u16`
`safe_u32`
`safe_u64`
`safe_u8`

Enums¶

Name
`fmt_align`
`fmt_arg_id_kind`

Functions¶

Name	Description
`abs`	Absolute value of an uncertain value
`acos`	Arc cosine of an uncertain value (result in radians)
`asin`	Arc sine of an uncertain value (result in radians)
`at_most_one_of`
`atan`	Arc tangent of an uncertain value (result in radians)
`atan2`	Two-argument arc tangent (result in radians)
`cbrt`	Cube root of an uncertain value
`cos`	Cosine of an uncertain value (argument in radians)
`exp`	Exponential function of an uncertain value
`fold_conversion_uncertainty`	Adds the uncertainty of a unit conversion factor to the value
`get`
`handle_dynamic_spec`
`log`	Natural logarithm of an uncertain value
`log10`	Common (base-10) logarithm of an uncertain value
`log2`	Binary (base-2) logarithm of an uncertain value
`magnitude`
`measurement_of`	Returns a measured constant as a quantity with an `uncertain` representation
`norm`
`operator%`	Modulus operators
`operator*`	Multiplication operators
`operator+`	Addition of two uncertain values
`operator-`	Subtraction of two uncertain values
`operator/`	Division operators
`parse_align`
`parse_dynamic_spec`
`parse_fill_align_width`
`parse_nonnegative_int`
`pow`	Power function with runtime exponent
`sin`	Sine of an uncertain value (argument in radians)
`sqrt`	Square root of an uncertain value
`tan`	Tangent of an uncertain value (argument in radians)
`tensor_product`
`unit_vector`
`write_padded`	Writes a string to an output iterator with fill/align/width padding.
`operator<<`	Stream insertion operators
`operator==`	Equality operators
`operator<=>`	Three-way comparison operators

Variables¶

Name	Description
`radian_of`	Maps an angle quantity kind to the unit that measures one radian in that kind's system.
`unspecified`

Concepts¶

Name	Description
`Complex`	A complex-field representation type.
`ComplexScalar`	A complex scalar: complex field with `real()`/`imag()`/`modulus()`.
`ConstraintPolicy`
`OverflowPolicy`
`Real`	A real-field representation type.
`RealScalar`	A real scalar (tensor order 0): real field, totally ordered, self-scalable.
`Scalar`	A scalar (real or complex, tensor order 0) - the element type a vector/tensor is built from.
`Tensor`	A second-order tensor (or a lower-order type filling its slot).
`Vector`	A vector (a scalar, or a magnitude-bearing tensor-order-1 type).
`specified`	Satisfied when a customization point has been given a value (i.e. is not `unspecified`).