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quantity! {
quantity: HeatTransfer; "heat transfer";
dimension: ISQ<
Z0,
P1,
N3,
Z0,
N1,
Z0,
Z0>;
units {
@yottagram_per_second_cubed_kelvin: prefix!(yotta) / prefix!(kilo); "Yg/(s³ · K)",
"yottagram per second cubed kelvin", "yottagrams per second cubed kelvin";
@zettagram_per_second_cubed_kelvin: prefix!(zetta) / prefix!(kilo); "Zg/(s³ · K)",
"zettagram per second cubed kelvin", "zettagrams per second cubed kelvin";
@exagram_per_second_cubed_kelvin: prefix!(exa) / prefix!(kilo); "Eg/(s³ · K)",
"exagram per second cubed kelvin", "exagrams per second cubed kelvin";
@petagram_per_second_cubed_kelvin: prefix!(peta) / prefix!(kilo); "Pg/(s³ · K)",
"petagram per second cubed kelvin", "petagrams per second cubed kelvin";
@teragram_per_second_cubed_kelvin: prefix!(tera) / prefix!(kilo); "Tg/(s³ · K)",
"teragram per second cubed kelvin", "teragrams per second cubed kelvin";
@gigagram_per_second_cubed_kelvin: prefix!(giga) / prefix!(kilo); "Gg/(s³ · K)",
"gigagram per second cubed kelvin", "gigagrams per second cubed kelvin";
@megagram_per_second_cubed_kelvin: prefix!(mega) / prefix!(kilo); "Mg/(s³ · K)",
"megagram per second cubed kelvin", "megagrams per second cubed kelvin";
@kilogram_per_second_cubed_kelvin: prefix!(kilo) / prefix!(kilo); "kg/(s³ · K)",
"kilogram per second cubed kelvin", "kilograms per second cubed kelvin";
@hectogram_per_second_cubed_kelvin: prefix!(hecto) / prefix!(kilo); "hg/(s³ · K)",
"hectogram per second cubed kelvin", "hectograms per second cubed kelvin";
@decagram_per_second_cubed_kelvin: prefix!(deca) / prefix!(kilo); "dag/(s³ · K)",
"decagram per second cubed kelvin", "decagrams per second cubed kelvin";
@gram_per_second_cubed_kelvin: prefix!(none) / prefix!(kilo); "g/(s³ · K)",
"gram per second cubed kelvin", "grams per second cubed kelvin";
@decigram_per_second_cubed_kelvin: prefix!(deci) / prefix!(kilo); "dg/(s³ · K)",
"decigram per second cubed kelvin", "decigrams per second cubed kelvin";
@centigram_per_second_cubed_kelvin: prefix!(centi) / prefix!(kilo); "cg/(s³ · K)",
"centigram per second cubed kelvin", "centigrams per second cubed kelvin";
@milligram_per_second_cubed_kelvin: prefix!(milli) / prefix!(kilo); "mg/(s³ · K)",
"milligram per second cubed kelvin", "milligrams per second cubed kelvin";
@microgram_per_second_cubed_kelvin: prefix!(micro) / prefix!(kilo); "µg/(s³ · K)",
"microgram per second cubed kelvin", "micrograms per second cubed kelvin";
@nanogram_per_second_cubed_kelvin: prefix!(nano) / prefix!(kilo); "ng/(s³ · K)",
"nanogram per second cubed kelvin", "nanograms per second cubed kelvin";
@picogram_per_second_cubed_kelvin: prefix!(pico) / prefix!(kilo); "pg/(s³ · K)",
"picogram per second cubed kelvin", "picograms per second cubed kelvin";
@femtogram_per_second_cubed_kelvin: prefix!(femto) / prefix!(kilo); "fg/(s³ · K)",
"femtogram per second cubed kelvin", "femtograms per second cubed kelvin";
@attogram_per_second_cubed_kelvin: prefix!(atto) / prefix!(kilo); "ag/(s³ · K)",
"attogram per second cubed kelvin", "attograms per second cubed kelvin";
@zeptogram_per_second_cubed_kelvin: prefix!(zepto) / prefix!(kilo); "zg/(s³ · K)",
"zeptogram per second cubed kelvin", "zeptograms per second cubed kelvin";
@yoctogram_per_second_cubed_kelvin: prefix!(yocto) / prefix!(kilo); "yg/(s³ · K)",
"yoctogram per second cubed kelvin", "yoctograms per second cubed kelvin";
@kilogram_per_second_cubed_degree_celsius: prefix!(kilo) / prefix!(kilo); "kg/(s³ · °C)",
"kilogram per second cubed degree celsius", "kilograms per second cubed degree celsius";
@yottawatt_per_square_meter_kelvin: prefix!(yotta); "YW/(m² · K)",
"yottawatt per square meter kelvin", "yottawatts per square meter kelvin";
@zettawatt_per_square_meter_kelvin: prefix!(zetta); "ZW/(m² · K)",
"zettawatt per square meter kelvin", "zettawatts per square meter kelvin";
@exawatt_per_square_meter_kelvin: prefix!(exa); "EW/(m² · K)",
"exawatt per square meter kelvin", "exawatts per square meter kelvin";
@petawatt_per_square_meter_kelvin: prefix!(peta); "PW/(m² · K)",
"petawatt per square meter kelvin", "petawatts per square meter kelvin";
@terawatt_per_square_meter_kelvin: prefix!(tera); "TW/(m² · K)",
"terawatt per square meter kelvin", "terawatts per square meter kelvin";
@gigawatt_per_square_meter_kelvin: prefix!(giga); "GW/(m² · K)",
"gigawatt per square meter kelvin", "gigawatts per square meter kelvin";
@megawatt_per_square_meter_kelvin: prefix!(mega); "MW/(m² · K)",
"megawatt per square meter kelvin", "megawatts per square meter kelvin";
@kilowatt_per_square_meter_kelvin: prefix!(kilo); "kW/(m² · K)",
"kilowatt per square meter kelvin", "kilowatts per square meter kelvin";
@hectowatt_per_square_meter_kelvin: prefix!(hecto); "hW/(m² · K)",
"hectowatt per square meter kelvin", "hectowatts per square meter kelvin";
@decawatt_per_square_meter_kelvin: prefix!(deca); "daW/(m² · K)",
"decawatt per square meter kelvin", "decawatts per square meter kelvin";
@watt_per_square_meter_kelvin: prefix!(none); "W/(m² · K)",
"watt per square meter kelvin", "watts per square meter kelvin";
@deciwatt_per_square_meter_kelvin: prefix!(deci); "dW/(m² · K)",
"deciwatt per square meter kelvin", "deciwatts per square meter kelvin";
@centiwatt_per_square_meter_kelvin: prefix!(centi); "cW/(m² · K)",
"centiwatt per square meter kelvin", "centiwatts per square meter kelvin";
@milliwatt_per_square_meter_kelvin: prefix!(milli); "mW/(m² · K)",
"milliwatt per square meter kelvin", "milliwatts per square meter kelvin";
@microwatt_per_square_meter_kelvin: prefix!(micro); "µW/(m² · K)",
"microwatt per square meter kelvin", "microwatts per square meter kelvin";
@nanowatt_per_square_meter_kelvin: prefix!(nano); "nW/(m² · K)",
"nanowatt per square meter kelvin", "nanowatts per square meter kelvin";
@picowatt_per_square_meter_kelvin: prefix!(pico); "pW/(m² · K)",
"picowatt per square meter kelvin", "picowatts per square meter kelvin";
@femtowatt_per_square_meter_kelvin: prefix!(femto); "fW/(m² · K)",
"femtowatt per square meter kelvin", "femtowatts per square meter kelvin";
@attowatt_per_square_meter_kelvin: prefix!(atto); "aW/(m² · K)",
"attowatt per square meter kelvin", "attowatts per square meter kelvin";
@zeptowatt_per_square_meter_kelvin: prefix!(zepto); "zW/(m² · K)",
"zeptowatt per square meter kelvin", "zeptowatts per square meter kelvin";
@yoctowatt_per_square_meter_kelvin: prefix!(yocto); "yW/(m² · K)",
"yoctowatt per square meter kelvin", "yoctowatts per square meter kelvin";
@watt_per_square_kilometer_degree_celsius: prefix!(none) / (prefix!(kilo) * prefix!(kilo));
"W/(km² · °C)", "watt per square kilometer degree celsius",
"watts per square kilometer degree celsius";
@watt_per_square_meter_degree_celsius: prefix!(none); "W/(m² · °C)",
"watt per square meter degree celsius", "watts per square meter degree celsius";
@watt_per_square_centimeter_degree_celsius:
prefix!(none) / (prefix!(centi) * prefix!(centi)); "W/(cm² · °C)",
"watt per square centimeter degree celsius",
"watts per square centimeter degree celsius";
@watt_per_square_millimeter_degree_celsius:
prefix!(none) / (prefix!(milli) * prefix!(milli)); "W/(mm² · °C)",
"watt per square millimeter degree celsius",
"watts per square millimeter degree celsius";
@joule_per_second_square_meter_kelvin: prefix!(none); "J/(s · m² · K)",
"joule per second square meter kelvin", "joules per second square meter kelvin";
@joule_per_second_square_meter_degree_celsius: prefix!(none); "J/(s · m² · °C)",
"joule per second square meter degree celsius",
"joules per second square meter degree celsius";
@btu_it_per_hour_square_foot_degree_fahrenheit: 5.678_264_134_306_046;
"Btu (IT)/(hr · ft² · °F)",
"British thermal unit (IT) per hour square foot degree Fahrenheit",
"British thermal units (IT) per hour square foot degree Fahrenheit";
@btu_it_per_hour_square_inch_degree_fahrenheit: 8.176_700_353_400_707_E2;
"Btu (IT)/(hr · in² · °F)",
"British thermal unit (IT) per hour square inch degree Fahrenheit",
"British thermal units (IT) per hour square inch degree Fahrenheit";
@btu_it_per_minute_square_foot_degree_fahrenheit: 3.406_958_480_583_627_4_E2;
"Btu (IT)/(min · ft² · °F)",
"British thermal unit (IT) per minute square foot degree Fahrenheit",
"British thermal units (IT) per minute square foot degree Fahrenheit";
@btu_it_per_minute_square_inch_degree_fahrenheit: 4.906_020_212_040_425_E4;
"Btu (IT)/(min · in² · °F)",
"British thermal unit (IT) per minute square inch degree Fahrenheit",
"British thermal units (IT) per minute square inch degree Fahrenheit";
@btu_it_per_second_square_foot_degree_fahrenheit: 2.044_175_088_350_176_5_E4;
"Btu (IT)/(s · ft² · °F)",
"British thermal unit (IT) per second square foot degree Fahrenheit",
"British thermal units (IT) per second square foot degree Fahrenheit";
@btu_it_per_second_square_inch_degree_fahrenheit: 2.943_612_127_224_254_4_E6;
"Btu (IT)/(s · in² · °F)",
"British thermal unit (IT) per second square inch degree Fahrenheit",
"British thermal units (IT) per second square inch degree Fahrenheit";
@btu_per_hour_square_foot_degree_fahrenheit: 5.674_464_473_928_946; "Btu/(hr · ft² · °F)",
"British thermal unit per hour square foot degree Fahrenheit",
"British thermal units per hour square foot degree Fahrenheit";
@btu_per_hour_square_inch_degree_fahrenheit: 8.171_228_842_457_684_E2;
"Btu/(hr · in² · °F)", "British thermal unit per hour square inch degree Fahrenheit",
"British thermal units per hour square inch degree Fahrenheit";
@btu_per_minute_square_foot_degree_fahrenheit: 3.404_678_684_357_368_E2;
"Btu/(min · ft² · °F)", "British thermal unit per minute square foot degree Fahrenheit",
"British thermal units per minute square foot degree Fahrenheit";
@btu_per_minute_square_inch_degree_fahrenheit: 4.902_737_305_474_611_E4;
"Btu/(min · in² · °F)", "British thermal unit per minute square inch degree Fahrenheit",
"British thermal units per minute square inch degree Fahrenheit";
@btu_per_second_square_foot_degree_fahrenheit: 2.042_807_210_614_421_E4;
"Btu/(s · ft² · °F)", "British thermal unit per second square foot degree Fahrenheit",
"British thermal units per second square foot degree Fahrenheit";
@btu_per_second_square_inch_degree_fahrenheit: 2.941_642_383_284_766_E6;
"Btu/(s · in² · °F)", "British thermal unit per second square inch degree Fahrenheit",
"British thermal units per second square inch degree Fahrenheit";
}
}
#[cfg(test)]
mod tests {
storage_types! {
use crate::num::One;
use crate::si::area as a;
use crate::si::energy as e;
use crate::si::heat_transfer as ht;
use crate::si::mass as m;
use crate::si::power as p;
use crate::si::quantities::*;
use crate::si::temperature_interval as ti;
use crate::si::time as t;
use crate::tests::Test;
#[test]
fn check_dimension() {
let _: HeatTransfer<V> = Mass::new::<m::kilogram>(V::one())
/ (Time::new::<t::second>(V::one())
* Time::new::<t::second>(V::one())
* Time::new::<t::second>(V::one())
* TemperatureInterval::new::<ti::kelvin>(V::one()));
}
#[test]
fn check_base_units() {
test::<m::yottagram, t::second, ti::kelvin, ht::yottagram_per_second_cubed_kelvin>();
test::<m::zettagram, t::second, ti::kelvin, ht::zettagram_per_second_cubed_kelvin>();
test::<m::exagram, t::second, ti::kelvin, ht::exagram_per_second_cubed_kelvin>();
test::<m::petagram, t::second, ti::kelvin, ht::petagram_per_second_cubed_kelvin>();
test::<m::teragram, t::second, ti::kelvin, ht::teragram_per_second_cubed_kelvin>();
test::<m::gigagram, t::second, ti::kelvin, ht::gigagram_per_second_cubed_kelvin>();
test::<m::megagram, t::second, ti::kelvin, ht::megagram_per_second_cubed_kelvin>();
test::<m::kilogram, t::second, ti::kelvin, ht::kilogram_per_second_cubed_kelvin>();
test::<m::hectogram, t::second, ti::kelvin, ht::hectogram_per_second_cubed_kelvin>();
test::<m::decagram, t::second, ti::kelvin, ht::decagram_per_second_cubed_kelvin>();
test::<m::gram, t::second, ti::kelvin, ht::gram_per_second_cubed_kelvin>();
test::<m::decigram, t::second, ti::kelvin, ht::decigram_per_second_cubed_kelvin>();
test::<m::centigram, t::second, ti::kelvin, ht::centigram_per_second_cubed_kelvin>();
test::<m::milligram, t::second, ti::kelvin, ht::milligram_per_second_cubed_kelvin>();
test::<m::microgram, t::second, ti::kelvin, ht::microgram_per_second_cubed_kelvin>();
test::<m::nanogram, t::second, ti::kelvin, ht::nanogram_per_second_cubed_kelvin>();
test::<m::picogram, t::second, ti::kelvin, ht::picogram_per_second_cubed_kelvin>();
test::<m::femtogram, t::second, ti::kelvin, ht::femtogram_per_second_cubed_kelvin>();
test::<m::attogram, t::second, ti::kelvin, ht::attogram_per_second_cubed_kelvin>();
test::<m::zeptogram, t::second, ti::kelvin, ht::zeptogram_per_second_cubed_kelvin>();
test::<m::yoctogram, t::second, ti::kelvin, ht::yoctogram_per_second_cubed_kelvin>();
test::<m::kilogram, t::second, ti::degree_celsius,
ht::kilogram_per_second_cubed_degree_celsius>();
fn test<
M: m::Conversion<V>,
T: t::Conversion<V>,
TI: ti::Conversion<V>,
HT: ht::Conversion<V>>()
{
Test::assert_approx_eq(&HeatTransfer::new::<HT>(V::one()),
&(Mass::new::<M>(V::one())
/ (Time::new::<T>(V::one())
* Time::new::<T>(V::one())
* Time::new::<T>(V::one())
* TemperatureInterval::new::<TI>(V::one()))));
}
}
#[test]
fn check_power_per_area_ti_units() {
test::<p::yottawatt, a::square_meter, ti::kelvin,
ht::yottawatt_per_square_meter_kelvin>();
test::<p::zettawatt, a::square_meter, ti::kelvin,
ht::zettawatt_per_square_meter_kelvin>();
test::<p::exawatt, a::square_meter, ti::kelvin, ht::exawatt_per_square_meter_kelvin>();
test::<p::petawatt, a::square_meter, ti::kelvin,
ht::petawatt_per_square_meter_kelvin>();
test::<p::terawatt, a::square_meter, ti::kelvin,
ht::terawatt_per_square_meter_kelvin>();
test::<p::gigawatt, a::square_meter, ti::kelvin,
ht::gigawatt_per_square_meter_kelvin>();
test::<p::megawatt, a::square_meter, ti::kelvin,
ht::megawatt_per_square_meter_kelvin>();
test::<p::kilowatt, a::square_meter, ti::kelvin,
ht::kilowatt_per_square_meter_kelvin>();
test::<p::hectowatt, a::square_meter, ti::kelvin,
ht::hectowatt_per_square_meter_kelvin>();
test::<p::decawatt, a::square_meter, ti::kelvin,
ht::decawatt_per_square_meter_kelvin>();
test::<p::watt, a::square_meter, ti::kelvin, ht::watt_per_square_meter_kelvin>();
test::<p::deciwatt, a::square_meter, ti::kelvin,
ht::deciwatt_per_square_meter_kelvin>();
test::<p::centiwatt, a::square_meter, ti::kelvin,
ht::centiwatt_per_square_meter_kelvin>();
test::<p::milliwatt, a::square_meter, ti::kelvin,
ht::milliwatt_per_square_meter_kelvin>();
test::<p::microwatt, a::square_meter, ti::kelvin,
ht::microwatt_per_square_meter_kelvin>();
test::<p::nanowatt, a::square_meter, ti::kelvin,
ht::nanowatt_per_square_meter_kelvin>();
test::<p::picowatt, a::square_meter, ti::kelvin,
ht::picowatt_per_square_meter_kelvin>();
test::<p::femtowatt, a::square_meter, ti::kelvin,
ht::femtowatt_per_square_meter_kelvin>();
test::<p::attowatt, a::square_meter, ti::kelvin,
ht::attowatt_per_square_meter_kelvin>();
test::<p::zeptowatt, a::square_meter, ti::kelvin,
ht::zeptowatt_per_square_meter_kelvin>();
test::<p::yoctowatt, a::square_meter, ti::kelvin,
ht::yoctowatt_per_square_meter_kelvin>();
test::<p::watt, a::square_kilometer, ti::degree_celsius,
ht::watt_per_square_kilometer_degree_celsius>();
test::<p::watt, a::square_meter, ti::degree_celsius,
ht::watt_per_square_meter_degree_celsius>();
test::<p::watt, a::square_centimeter, ti::degree_celsius,
ht::watt_per_square_centimeter_degree_celsius>();
test::<p::watt, a::square_millimeter, ti::degree_celsius,
ht::watt_per_square_millimeter_degree_celsius>();
fn test<
P: p::Conversion<V>,
A: a::Conversion<V>,
TI: ti::Conversion<V>,
HT: ht::Conversion<V>>()
{
Test::assert_approx_eq(&HeatTransfer::new::<HT>(V::one()),
&(Power::new::<P>(V::one())
/ (Area::new::<A>(V::one()) * TemperatureInterval::new::<TI>(V::one()))));
}
}
#[test]
fn check_energy_per_time_area_ti_units() {
test::<e::joule, t::second, a::square_meter, ti::kelvin,
ht::joule_per_second_square_meter_kelvin>();
test::<e::joule, t::second, a::square_meter, ti::degree_celsius,
ht::joule_per_second_square_meter_degree_celsius>();
test::<e::btu_it, t::hour, a::square_foot, ti::degree_fahrenheit,
ht::btu_it_per_hour_square_foot_degree_fahrenheit>();
test::<e::btu_it, t::hour, a::square_inch, ti::degree_fahrenheit,
ht::btu_it_per_hour_square_inch_degree_fahrenheit>();
test::<e::btu_it, t::minute, a::square_foot, ti::degree_fahrenheit,
ht::btu_it_per_minute_square_foot_degree_fahrenheit>();
test::<e::btu_it, t::minute, a::square_inch, ti::degree_fahrenheit,
ht::btu_it_per_minute_square_inch_degree_fahrenheit>();
test::<e::btu_it, t::second, a::square_foot, ti::degree_fahrenheit,
ht::btu_it_per_second_square_foot_degree_fahrenheit>();
test::<e::btu_it, t::second, a::square_inch, ti::degree_fahrenheit,
ht::btu_it_per_second_square_inch_degree_fahrenheit>();
test::<e::btu, t::hour, a::square_foot, ti::degree_fahrenheit,
ht::btu_per_hour_square_foot_degree_fahrenheit>();
test::<e::btu, t::hour, a::square_inch, ti::degree_fahrenheit,
ht::btu_per_hour_square_inch_degree_fahrenheit>();
test::<e::btu, t::minute, a::square_foot, ti::degree_fahrenheit,
ht::btu_per_minute_square_foot_degree_fahrenheit>();
test::<e::btu, t::minute, a::square_inch, ti::degree_fahrenheit,
ht::btu_per_minute_square_inch_degree_fahrenheit>();
test::<e::btu, t::second, a::square_foot, ti::degree_fahrenheit,
ht::btu_per_second_square_foot_degree_fahrenheit>();
test::<e::btu, t::second, a::square_inch, ti::degree_fahrenheit,
ht::btu_per_second_square_inch_degree_fahrenheit>();
fn test<
E: e::Conversion<V>,
T: t::Conversion<V>,
A: a::Conversion<V>,
TI: ti::Conversion<V>,
HT: ht::Conversion<V>>()
{
Test::assert_approx_eq(&HeatTransfer::new::<HT>(V::one()),
&(Energy::new::<E>(V::one())
/ (Time::new::<T>(V::one())
* Area::new::<A>(V::one())
* TemperatureInterval::new::<TI>(V::one()))));
}
}
}
}
