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{"config":{"lang":["en"],"separator":"[\\s\\-]+","pipeline":["stopWordFilter"]},"docs":[{"location":"","title":"Welcome to mp-units!","text":"<p>mp-units is a compile-time enabled feature-rich Modern C++ modular/header-only library that provides compile-time dimensional analysis and unit/quantity manipulation. Its key strengths include safety, performance, and developer experience.</p> <p>The library source code is hosted on GitHub with a permissive MIT license.</p> Supported compilers <p>This library tries to provide the best user experience possible with the C++ language. To achieve that, it extensively uses the latest C++ language features.</p> <p>Even though the library benefits from the latest C++ versions (if available), C++20 is enough to compile and use all of the library's functionality.</p> <p>Please refer to C++ compiler support chapter for more details.</p> C++ modulesHeader files <pre><code>#include <iostream>\n#include <print>\nimport mp_units;\n\nusing namespace mp_units;\n\ninline constexpr struct smoot final : named_unit<\"smoot\", mag<67> * usc::inch> {} smoot;\n\nint main()\n{\n constexpr quantity dist = 364.4 * smoot;\n std::println(\"Harvard Bridge length = {::N[.1f]} ({::N[.1f]}, {::N[.2f]}) \u00b1 1 \u03b5ar\",\n dist, dist.in(usc::foot), dist.in(si::metre));\n}\n</code></pre> <pre><code>#include <mp-units/format.h>\n#include <mp-units/systems/si.h>\n#include <mp-units/systems/usc.h>\n#include <print>\n\nusing namespace mp_units;\n\ninline constexpr struct smoot final : named_unit<\"smoot\", mag<67> * usc::inch> {} smoot;\n\nint main()\n{\n constexpr quantity dist = 364.4 * smoot;\n std::println(\"Harvard Bridge length = {::N[.1f]} ({::N[.1f]}, {::N[.2f]}) \u00b1 1 \u03b5ar\",\n dist, dist.in(usc::foot), dist.in(si::metre));\n}\n</code></pre> <p>Output:</p> <pre><code>Harvard Bridge length = 364.4 smoot (2034.6 ft, 620.14 m) \u00b1 1 \u03b5ar\n</code></pre> <p>Try it on Compiler Explorer</p> What is <code>smoot</code>? <p>The smoot (/\u02c8smu\u02d0t/) is a nonstandard unit of length created as part of an MIT fraternity prank. It is named after Oliver R. Smoot, a fraternity pledge to Lambda Chi Alpha, who, in October 1958, lay on the Harvard Bridge (between Boston and Cambridge, Massachusetts) and was used by his fraternity brothers to measure the length of the bridge.</p> <p>One smoot equals Oliver Smoot's height at the time of the prank (five feet and seven inches). The bridge's length was measured to be 364.4 smoots plus or minus one ear, with the \"plus or minus\" intended to express the measurement uncertainty.</p> <p>Oliver Smoot graduated from MIT with the class of 1962, became a lawyer, and later became chairman of the American National Standards Institute (ANSI) and president of the International Organization for Standardization (ISO).</p> <p>More on the smoot unit of length can be found at https://en.wikipedia.org/wiki/Smoot.</p> <p>Important: Help needed!</p> <p>The mp-units library might be the subject of ISO standardization for C++29. More on this can be found in the following ISO C++ proposals:</p> <ul> <li>P1935: A C++ Approach to Physical Units,</li> <li>P2980: A motivation, scope, and plan for a physical quantities and units library,</li> <li>P3045: Quantities and units library.</li> </ul> <p>We are actively looking for parties interested in field-trialing the library.</p>"},{"location":"api_reference/","title":"API Reference - mp-units","text":""},{"location":"release_notes/","title":"Release Notes","text":""},{"location":"release_notes/#mp-units","title":"mp-units","text":""},{"location":"release_notes/#2.5.0","title":"2.5.0 WIP","text":""},{"location":"release_notes/#2.4.0","title":"2.4.0 November 5, 2024","text":"<ul> <li>(!) feat: <code>phase_velocity</code> and <code>group_velocity</code> aliases removed from ISQ by ISO</li> <li>feat: <code>iec::bit</code> using-declared in <code>iec::unit_symbols</code></li> <li>feat: common unit symbols now use <code>EQUIV{u1, u2, ...}</code> syntax</li> <li>feat: <code>scaled_unit</code> symbol printing improved (<code>[]</code> around the entire unit, small magnitude values do not use a power of <code>10</code> anymore)</li> <li>feat: <code>scaled_unit</code> does not have a priority over <code>derived_unit</code> anymore</li> <li>feat: fractional exponents support added to <code>mag_power</code></li> <li>feat: tag types are now required to be empty</li> <li>feat: magnitude text now obeys formatting parameters and knows how to print constants</li> <li>feat: added support for printing powers of magnitude constants</li> <li>feat: <code>SymbolicConstant</code> concept added</li> <li>feat: <code>common_unit</code> selection algorithm improved to make <code>rev + rad</code> return <code>rad</code></li> <li>feat: litre text symbol changed from <code>l</code> to <code>L</code> to avoid ambiguity with <code>1</code></li> <li>feat: alternativLine truncated
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{"config":{"lang":["en"],"separator":"[\\s\\-]+","pipeline":["stopWordFilter"]},"docs":[{"location":"","title":"Welcome to mp-units!","text":"<p>mp-units is a compile-time enabled feature-rich Modern C++ modular/header-only library that provides compile-time dimensional analysis and unit/quantity manipulation. Its key strengths include safety, performance, and developer experience.</p> <p>The library source code is hosted on GitHub with a permissive MIT license.</p> Supported compilers <p>This library tries to provide the best user experience possible with the C++ language. To achieve that, it extensively uses the latest C++ language features.</p> <p>Even though the library benefits from the latest C++ versions (if available), C++20 is enough to compile and use all of the library's functionality.</p> <p>Please refer to C++ compiler support chapter for more details.</p> C++ modulesHeader files <pre><code>#include <iostream>\n#include <print>\nimport mp_units;\n\nusing namespace mp_units;\n\ninline constexpr struct smoot final : named_unit<\"smoot\", mag<67> * usc::inch> {} smoot;\n\nint main()\n{\n constexpr quantity dist = 364.4 * smoot;\n std::println(\"Harvard Bridge length = {::N[.1f]} ({::N[.1f]}, {::N[.2f]}) \u00b1 1 \u03b5ar\",\n dist, dist.in(usc::foot), dist.in(si::metre));\n}\n</code></pre> <pre><code>#include <mp-units/format.h>\n#include <mp-units/systems/si.h>\n#include <mp-units/systems/usc.h>\n#include <print>\n\nusing namespace mp_units;\n\ninline constexpr struct smoot final : named_unit<\"smoot\", mag<67> * usc::inch> {} smoot;\n\nint main()\n{\n constexpr quantity dist = 364.4 * smoot;\n std::println(\"Harvard Bridge length = {::N[.1f]} ({::N[.1f]}, {::N[.2f]}) \u00b1 1 \u03b5ar\",\n dist, dist.in(usc::foot), dist.in(si::metre));\n}\n</code></pre> <p>Output:</p> <pre><code>Harvard Bridge length = 364.4 smoot (2034.6 ft, 620.14 m) \u00b1 1 \u03b5ar\n</code></pre> <p>Try it on Compiler Explorer</p> What is <code>smoot</code>? <p>The smoot (/\u02c8smu\u02d0t/) is a nonstandard unit of length created as part of an MIT fraternity prank. It is named after Oliver R. Smoot, a fraternity pledge to Lambda Chi Alpha, who, in October 1958, lay on the Harvard Bridge (between Boston and Cambridge, Massachusetts) and was used by his fraternity brothers to measure the length of the bridge.</p> <p>One smoot equals Oliver Smoot's height at the time of the prank (five feet and seven inches). The bridge's length was measured to be 364.4 smoots plus or minus one ear, with the \"plus or minus\" intended to express the measurement uncertainty.</p> <p>Oliver Smoot graduated from MIT with the class of 1962, became a lawyer, and later became chairman of the American National Standards Institute (ANSI) and president of the International Organization for Standardization (ISO).</p> <p>More on the smoot unit of length can be found at https://en.wikipedia.org/wiki/Smoot.</p> <p>Important: Help needed!</p> <p>The mp-units library might be the subject of ISO standardization for C++29. More on this can be found in the following ISO C++ proposals:</p> <ul> <li>P1935: A C++ Approach to Physical Units,</li> <li>P2980: A motivation, scope, and plan for a physical quantities and units library,</li> <li>P3045: Quantities and units library.</li> </ul> <p>We are actively looking for parties interested in field-trialing the library.</p>"},{"location":"api_reference/","title":"API Reference - mp-units","text":""},{"location":"release_notes/","title":"Release Notes","text":""},{"location":"release_notes/#mp-units","title":"mp-units","text":""},{"location":"release_notes/#2.5.0","title":"2.5.0 WIP","text":""},{"location":"release_notes/#2.4.0","title":"2.4.0 November 5, 2024","text":"<ul> <li>(!) feat: <code>phase_velocity</code> and <code>group_velocity</code> aliases removed from ISQ by ISO</li> <li>feat: <code>iec::bit</code> using-declared in <code>iec::unit_symbols</code></li> <li>feat: common unit symbols now use <code>EQUIV{u1, u2, ...}</code> syntax</li> <li>feat: <code>scaled_unit</code> symbol printing improved (<code>[]</code> around the entire unit, small magnitude values do not use a power of <code>10</code> anymore)</li> <li>feat: <code>scaled_unit</code> does not have a priority over <code>derived_unit</code> anymore</li> <li>feat: fractional exponents support added to <code>mag_power</code></li> <li>feat: tag types are now required to be empty</li> <li>feat: magnitude text now obeys formatting parameters and knows how to print constants</li> <li>feat: added support for printing powers of magnitude constants</li> <li>feat: <code>SymbolicConstant</code> concept added</li> <li>feat: <code>common_unit</code> selection algorithm improved to make <code>rev + rad</code> return <code>rad</code></li> <li>feat: litre text symbol changed from <code>l</code> to <code>L</code> to avoid ambiguity with <code>1</code></li> <li>feat: alternativLine truncated
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