quantity! {
quantity: Pressure; "pressure";
dimension: ISQ<
N1, P1, N2, Z0, Z0, Z0, Z0>; units {
@yottapascal: prefix!(yotta); "YPa", "yottapascal", "yottapascals";
@zettapascal: prefix!(zetta); "ZPa", "zettapascal", "zettapascals";
@exapascal: prefix!(exa); "EPa", "exapascal", "exapascals";
@petapascal: prefix!(peta); "PPa", "petapascal", "petapascals";
@terapascal: prefix!(tera); "TPa", "terapascal", "terapascals";
@gigapascal: prefix!(giga); "GPa", "gigapascal", "gigapascals";
@megapascal: prefix!(mega); "MPa", "megapascal", "megapascals";
@kilopascal: prefix!(kilo); "kPa", "kilopascal", "kilopascals";
@hectopascal: prefix!(hecto); "hPa", "hectopascal", "hectopascals";
@decapascal: prefix!(deca); "daPa", "decapascal", "decapascals";
@pascal: prefix!(none); "Pa", "pascal", "pascals";
@decipascal: prefix!(deci); "dPa", "decipascal", "decipascals";
@centipascal: prefix!(centi); "cPa", "centipascal", "centipascals";
@millipascal: prefix!(milli); "mPa", "millipascal", "millipascals";
@micropascal: prefix!(micro); "µPa", "micropascal", "micropascals";
@nanopascal: prefix!(nano); "nPa", "nanopascal", "nanopascals";
@picopascal: prefix!(pico); "pPa", "picopascal", "picopascals";
@femtopascal: prefix!(femto); "fPa", "femtopascal", "femtopascals";
@attopascal: prefix!(atto); "aPa", "attopascal", "attopascals";
@zeptopascal: prefix!(zepto); "zPa", "zeptopascal", "zeptopascals";
@yoctopascal: prefix!(yocto); "yPa", "yoctopascal", "yoctopascals";
@atmosphere: 1.013_25_E5; "atm", "atmosphere", "atmospheres";
@atmosphere_technical: 9.806_65_E4; "at", "atmosphere (technical)",
"atmospheres (technical)";
@bar: 1.0_E5; "bar", "bar", "bar";
@centimeter_of_mercury_0: 1.333_22_E3; "cm Hg (0 °C)", "centimeter of mercury (0 °C)",
"centimeters of mercury (0 °C)";
@centimeter_of_mercury: 1.333_224_E3; "cm Hg", "centimeter of mercury",
"centimeters of mercury";
@centimeter_of_water_4: 9.806_38_E1; "cm H₂O (4 °C)", "centimeter of water (4 °C)",
"centimeters of water (4 °C)";
@centimeter_of_water: 9.806_65_E1; "cm H₂O", "centimeter of water", "centimeters of water";
@dyne_per_square_centimeter: 1.0_E-1; "dyn/cm²", "dyne per square centimeter",
"dynes per square centimeter";
@foot_of_mercury: 4.063_666_E4; "ft Hg", "foot of mercury", "feet of mercury";
@foot_of_water_39_2: 2.988_98_E3; "ft H₂O (39.2 °F)", "foot of water (39.2 °F)",
"feet of water (39.2 °F)";
@foot_of_water: 2.989_067_E3; "ft H₂O", "foot of water", "feet of water";
@gram_force_per_square_centimeter: 9.806_65_E1; "gf/cm²",
"gram-force per square centimeter", "grams-force per square centimeter";
@inch_of_mercury_32: 3.386_38_E3; "in Hg (32 °F)", "inch of mercury (32 °F)",
"inches of mercury (32 °F)";
@inch_of_mercury_60: 3.376_85_E3; "in Hg (60 °F)", "inch of mercury (60 °F)",
"inches of mercury (60 °F)";
@inch_of_mercury: 3.386_389_E3; "in Hg", "inch of mercury", "inches of mercury";
@inch_of_water_39_2: 2.490_82_E2; "in H₂O (39.2 °F)", "inch of water (39.2 °F)",
"inches of water (39.2 °F)";
@inch_of_water_60: 2.488_4_E2; "in H₂O (60 °F)", "inch of water (60 °F)",
"inches of water (60 °F)";
@inch_of_water: 2.490_889_E2; "in H₂O", "inch of water", "inches of water";
@newton_per_square_millimeter: 1.0_E6; "N/mm²", "newton per square millimeter",
"newtons per square millimeter";
@kilogram_force_per_square_centimeter: 9.806_65_E4; "kgf/cm²",
"kilogram-force per square centimeter", "kilograms-force per square centimeter";
@kilogram_force_per_square_meter: 9.806_65_E0; "kgf/m²",
"kilogram-force per square meter", "kilograms-force per square meter";
@kilogram_force_per_square_millimeter: 9.806_65_E6; "kgf/mm²",
"kilogram-force per square millimeter", "kilograms-force per square millimeter";
@kip_per_square_inch: 6.894_757_889_515_779_E6; "kip/in²", "kip per square inch",
"kips per square inch";
@millibar: 1.0_E2; "mbar", "millibar", "millibar";
@millimeter_of_mercury: 1.333_224_E2; "mm Hg", "millimeter of mercury",
"millimeters of mercury";
@millimeter_of_water: 9.806_65_E0; "mm H₂O", "millimeter of water",
"millimeters of water";
@millitorr: 1.333_224_E-1; "mTorr", "millitorr", "millitorr";
@poundal_per_square_foot: 1.488_164_434_662_202_5_E0; "pdl/ft²", "poundal per square foot",
"poundals per square foot";
@pound_force_per_square_foot: 4.788_026_312_163_735_6_E1; "lbf/ft²", "pound-force per square foot",
"pounds-force per square foot";
@pound_force_per_square_inch: 6.894_757_889_515_779_E3; "lbf/in²", "pound-force per square inch",
"pounds-force per square inch";
@psi: 6.894_757_E3; "psi", "pound-force per square inch",
"pounds-force per square inch";
@torr: 1.333_224_E2; "Torr", "torr", "torr";
}
}
#[cfg(test)]
mod tests {
storage_types! {
use crate::num::One;
use crate::si::area as a;
use crate::si::force as f;
use crate::si::pressure as p;
use crate::si::quantities::*;
use crate::tests::Test;
#[test]
fn check_dimension() {
let _: Pressure<V> = Force::new::<f::newton>(V::one())
/ Area::new::<a::square_meter>(V::one());
}
#[test]
fn check_units() {
test::<f::yottanewton, a::square_meter, p::yottapascal>();
test::<f::zettanewton, a::square_meter, p::zettapascal>();
test::<f::exanewton, a::square_meter, p::exapascal>();
test::<f::petanewton, a::square_meter, p::petapascal>();
test::<f::teranewton, a::square_meter, p::terapascal>();
test::<f::giganewton, a::square_meter, p::gigapascal>();
test::<f::meganewton, a::square_meter, p::megapascal>();
test::<f::kilonewton, a::square_meter, p::kilopascal>();
test::<f::hectonewton, a::square_meter, p::hectopascal>();
test::<f::decanewton, a::square_meter, p::decapascal>();
test::<f::newton, a::square_meter, p::pascal>();
test::<f::decinewton, a::square_meter, p::decipascal>();
test::<f::centinewton, a::square_meter, p::centipascal>();
test::<f::millinewton, a::square_meter, p::millipascal>();
test::<f::micronewton, a::square_meter, p::micropascal>();
test::<f::nanonewton, a::square_meter, p::nanopascal>();
test::<f::piconewton, a::square_meter, p::picopascal>();
test::<f::femtonewton, a::square_meter, p::femtopascal>();
test::<f::attonewton, a::square_meter, p::attopascal>();
test::<f::zeptonewton, a::square_meter, p::zeptopascal>();
test::<f::yoctonewton, a::square_meter, p::yoctopascal>();
test::<f::dyne, a::square_centimeter, p::dyne_per_square_centimeter>();
test::<f::newton, a::square_millimeter, p::newton_per_square_millimeter>();
test::<f::kilogram_force, a::square_millimeter, p::kilogram_force_per_square_millimeter>();
test::<f::kilogram_force, a::square_centimeter, p::kilogram_force_per_square_centimeter>();
test::<f::kilogram_force, a::square_meter, p::kilogram_force_per_square_meter>();
test::<f::kip, a::square_inch, p::kip_per_square_inch>();
test::<f::poundal, a::square_foot, p::poundal_per_square_foot>();
test::<f::pound_force, a::square_inch, p::pound_force_per_square_inch>();
test::<f::pound_force, a::square_foot, p::pound_force_per_square_foot>();
fn test<F: f::Conversion<V>, A: a::Conversion<V>, P: p::Conversion<V>>() {
Test::assert_approx_eq(&Pressure::new::<P>(V::one()),
&(Force::new::<F>(V::one()) / Area::new::<A>(V::one())));
}
}
}
}