with a quantities and units library The future is here 2CppCon 2024: Improving our safety with a quantities and units library The future is here 3CppCon 2024: Improving our safety with a quantities and ago 4CppCon 2024: Improving our safety with a quantities and units library Tactical Flight Computer 5CppCon 2024: Improving our safety with a quantities and units library Tactical Flight Computer 6• providing safer high-level abstractions in the library CppCon 2024: Improving our safety with a quantities and units library C++ safety 7• Many C++ engineers are expected to write life-critical so�ware

Next C++ User De�ned Literals (UDLs) Ongoing research to provide an alternative way to create quantities... (mpusz/units#48) 6CppCon 2020 | A Physical Units Library For the Next C++ mp-units Documentation coherent units: Boost.Units (godbolt.org/z/G3qqn8) (Continued...) No implicit conversions between quantities of the same dimension and compatible units. 17auto toy_example_1(bu::quantity coherent units: Boost.Units (godbolt.org/z/G3qqn8) (Continued...) No implicit conversions between quantities of the same dimension and compatible units. 17#include using namespace units; constexpr

unit libraries for us? ● “Physical units don’t cover our use cases” ○ Not just about “physical” quantities/units ● “Don’t handle non-linear units” ○ nholthaus units has a technique ○ being explored in transportTime = (transportBeats / tempo).in(s); // 8.99773 sDigital sampling… …new time and value quantities and unitsDigital sampling By Д.Ильин: vectorization - File:Signal Sampling.png by Email4mobile ○ P2980 A motivation, scope, and plan for a physical quantities and units library ○ P2981 Improving our safety with a physical quantities and units library ○ P2982 std::quantity as a numeric typeWant

34.1Explicit systems of quantities By And1mu - Own work, CC BY-SA 4.0, https://commons.wikimedia.org/wiki/File:Plane_electromagnetic_wave.svg 35Explicit systems of quantities By And1mu - Own work, CC wikimedia.org/wiki/File:Plane_electromagnetic_wave.svg SI Units: E = cB 35.1Explicit systems of quantities By And1mu - Own work, CC BY-SA 4.0, https://commons.wikimedia.org/wiki/File:Plane_electromagnetic_wave

Most quantities in the real world appear to be analogue, and digital quantities are often perceived as an arbitrary approximation. However, quantum mechanics has taught us that many quantities in our our world do have a granularity. In physical terms, quantities such as energy or momentum are multiples of the tiny Planck constant. Or consider electric charge, which is always a multiple of the elementary many quantities for which the set of meaningful mathematical operations is restricted, and these should not be mixed with quantities of other types. For example, we may have physical quantities such

Most quantities in the real world appear to be analogue, and digital quantities are often perceived as an arbitrary approximation. However, quantum mechanics has taught us that many quantities in our our world do have a granularity. In physical terms, quantities such as energy or momentum are multiples of the tiny Planck constant. Or consider electric charge, which is always a multiple of the elementary many quantities for which the set of meaningful mathematical operations is restricted, and these should not be mixed with quantities of other types. For example, we may have physical quantities such

presence or absence. vector vector is like is like int int: we get to combine quantities. : we get to combine quantities. (It's been suggested that (It's been suggested that optional optional is just

Most quantities in the real world appear to be analogue, and digital quantities are often perceived as an arbitrary approximation. However, quantum mechanics has taught us that many quantities in our our world do have a granularity. In physical terms, quantities such as energy or momentum are multiples of the tiny Planck constant. Or consider electric charge, which is always a multiple of the elementary many quantities for which the set of meaningful mathematical operations is restricted, and these should not be mixed with quantities of other types. For example, we may have physical quantities such

Most quantities in the real world appear to be analogue, and digital quantities are often perceived as an arbitrary approximation. However, quantum mechanics has taught us that many quantities in our our world do have a granularity. In physical terms, quantities such as energy or momentum are multiples of the tiny Planck constant. Or consider electric charge, which is always a multiple of the elementary many quantities for which the set of meaningful mathematical operations is restricted, and these should not be mixed with quantities of other types. For example, we may have physical quantities such

Most quantities in the real world appear to be analogue, and digital quantities are often perceived as an arbitrary approximation. However, quantum mechanics has taught us that many quantities in our our world do have a granularity. In physical terms, quantities such as energy or momentum are multiples of the tiny Planck constant. Or consider electric charge, which is always a multiple of the elementary many quantities for which the set of meaningful mathematical operations is restricted, and these should not be mixed with quantities of other types. For example, we may have physical quantities such