quantity! {
quantity: MolarConcentration; "molar concentration";
dimension: ISQ<
N3, Z0, Z0, Z0, Z0, P1, Z0>; kind: dyn crate::si::marker::ConstituentConcentrationKind;
units {
@yottamole_per_cubic_meter: prefix!(yotta); "Ymol/m³",
"yottamole per cubic meter", "yottamoles per cubic meter";
@zettamole_per_cubic_meter: prefix!(zetta); "Zmol/m³",
"zettamole per cubic meter", "zettamoles per cubic meter";
@examole_per_cubic_meter: prefix!(exa); "Emol/m³",
"examole per cubic meter", "examoles per cubic meter";
@petamole_per_cubic_meter: prefix!(peta); "Pmol/m³",
"petamole per cubic meter", "petamoles per cubic meter";
@teramole_per_cubic_meter: prefix!(tera); "Tmol/m³",
"teramole per cubic meter", "teramoles per cubic meter";
@gigamole_per_cubic_meter: prefix!(giga); "Gmol/m³",
"gigamole per cubic meter", "gigamoles per cubic meter";
@megamole_per_cubic_meter: prefix!(mega); "Mmol/m³",
"megamole per cubic meter", "megamoles per cubic meter";
@kilomole_per_cubic_meter: prefix!(kilo); "kmol/m³",
"kilomole per cubic meter", "kilomoles per cubic meter";
@hectomole_per_cubic_meter: prefix!(hecto); "hmol/m³",
"hectomole per cubic meter", "hectomoles per cubic meter";
@decamole_per_cubic_meter: prefix!(deca); "damol/m³",
"decamole per cubic meter", "decamoles per cubic meter";
@mole_per_cubic_meter: prefix!(none); "mol/m³",
"mole per cubic meter", "moles per cubic meter";
@decimole_per_cubic_meter: prefix!(deci); "dmol/m³",
"decimole per cubic meter", "decimoles per cubic meter";
@centimole_per_cubic_meter: prefix!(centi); "cmol/m³",
"centimole per cubic meter", "centimoles per cubic meter";
@millimole_per_cubic_meter: prefix!(milli); "mmol/m³",
"millimole per cubic meter", "millimoles per cubic meter";
@micromole_per_cubic_meter: prefix!(micro); "µmol/m³",
"micromole per cubic meter", "micromoles per cubic meter";
@nanomole_per_cubic_meter: prefix!(nano); "nmol/m³",
"nanomole per cubic meter", "nanomoles per cubic meter";
@picomole_per_cubic_meter: prefix!(pico); "pmol/m³",
"picomole per cubic meter", "picomoles per cubic meter";
@femtomole_per_cubic_meter: prefix!(femto); "fmol/m³",
"femtomole per cubic meter", "femtomoles per cubic meter";
@attomole_per_cubic_meter: prefix!(atto); "amol/m³",
"attomole per cubic meter", "attomoles per cubic meter";
@zeptomole_per_cubic_meter: prefix!(zepto); "zmol/m³",
"zeptomole per cubic meter", "zeptomoles per cubic meter";
@yoctomole_per_cubic_meter: prefix!(yocto); "ymol/m³",
"yoctomole per cubic meter", "yoctomoles per cubic meter";
@kilomole_per_cubic_decimeter:
prefix!(kilo) / prefix!(deci) / prefix!(deci) / prefix!(deci);
"kmol/dm³", "kilomole per cubic decimeter", "kilomoles per cubic decimeter";
@kilomole_per_liter:
prefix!(kilo) / prefix!(milli);
"kmol/L", "kilomole per liter", "kilomoles per liter";
@mole_per_cubic_decimeter:
prefix!(none) / prefix!(deci) / prefix!(deci) / prefix!(deci);
"mol/dm³", "mole per cubic decimeter", "moles per cubic decimeter";
@mole_per_liter:
prefix!(none) / prefix!(milli);
"mol/L", "mole per liter", "moles per liter";
@millimole_per_cubic_decimeter:
prefix!(milli) / prefix!(deci) / prefix!(deci) / prefix!(deci);
"mmol/dm³", "millimole per cubic decimeter", "millimoles per cubic decimeter";
@millimole_per_liter:
prefix!(milli) / prefix!(milli);
"mmol/L", "millimole per liter", "millimoles per liter";
@micromole_per_cubic_decimeter:
prefix!(micro) / prefix!(deci) / prefix!(deci) / prefix!(deci);
"μmol/dm³", "micromole per cubic decimeter", "micromoles per cubic decimeter";
@micromole_per_liter:
prefix!(micro) / prefix!(milli);
"μmol/L", "micromole per liter", "micromoles per liter";
@nanomole_per_cubic_decimeter:
prefix!(nano) / prefix!(deci) / prefix!(deci) / prefix!(deci);
"nmol/dm³", "nanomole per cubic decimeter", "nanomoles per cubic decimeter";
@nanomole_per_liter:
prefix!(nano) / prefix!(milli);
"nmol/L", "nanomole per liter", "nanomoles per liter";
@picomole_per_cubic_decimeter:
prefix!(pico) / prefix!(deci) / prefix!(deci) / prefix!(deci);
"pmol/dm³", "picomole per cubic decimeter", "picomoles per cubic decimeter";
@picomole_per_liter:
prefix!(pico) / prefix!(milli);
"pmol/L", "picomole per liter", "picomoles per liter";
@femtomole_per_cubic_decimeter:
prefix!(femto) / prefix!(deci) / prefix!(deci) / prefix!(deci);
"fmol/dm³", "femtomole per cubic decimeter", "femtomoles per cubic decimeter";
@femtomole_per_liter:
prefix!(femto) / prefix!(milli);
"fmol/L", "femtomole per liter", "femtomoles per liter";
@kilomole_per_deciliter:
prefix!(kilo) / prefix!(deci) / prefix!(milli);
"kmol/dL", "kilomole per deciliter", "kilomoles per deciliter";
@mole_per_deciliter:
prefix!(none) / prefix!(deci) / prefix!(milli);
"mol/dL", "mole per deciliter", "moles per deciliter";
@millimole_per_deciliter:
prefix!(milli) / prefix!(deci) / prefix!(milli);
"mmol/dL", "millimole per deciliter", "millimoles per deciliter";
@micromole_per_deciliter:
prefix!(micro) / prefix!(deci) / prefix!(milli);
"μmol/dL", "micromole per deciliter", "micromoles per deciliter";
@nanomole_per_deciliter:
prefix!(nano) / prefix!(deci) / prefix!(milli);
"nmol/dL", "nanomole per deciliter", "nanomoles per deciliter";
@picomole_per_deciliter:
prefix!(pico) / prefix!(deci) / prefix!(milli);
"pmol/dL", "picomole per deciliter", "picomoles per deciliter";
@femtomole_per_deciliter:
prefix!(femto) / prefix!(deci) / prefix!(milli);
"fmol/dL", "femtomole per deciliter", "femtomoles per deciliter";
@kilomole_per_milliliter:
prefix!(kilo) / prefix!(milli) / prefix!(milli);
"kmol/mL", "kilomole per milliliter", "kilomoles per milliliter";
@mole_per_milliliter:
prefix!(none) / prefix!(milli) / prefix!(milli);
"mol/mL", "mole per milliliter", "moles per milliliter";
@millimole_per_milliliter:
prefix!(milli) / prefix!(milli) / prefix!(milli);
"mmol/mL", "millimole per milliliter", "millimoles per milliliter";
@micromole_per_milliliter:
prefix!(micro) / prefix!(milli) / prefix!(milli);
"μmol/mL", "micromole per milliliter", "micromoles per milliliter";
@nanomole_per_milliliter:
prefix!(nano) / prefix!(milli) / prefix!(milli);
"nmol/mL", "nanomole per milliliter", "nanomoles per milliliter";
@picomole_per_milliliter:
prefix!(pico) / prefix!(milli) / prefix!(milli);
"pmol/mL", "picomole per milliliter", "picomoles per milliliter";
@femtomole_per_milliliter:
prefix!(femto) / prefix!(milli) / prefix!(milli);
"fmol/mL", "femtomole per milliliter", "femtomoles per milliliter";
@particle_per_cubic_meter: 1.0_E0 / 6.022_140_76_E23; "particle/m³",
"particle per cubic meter", "particles per cubic meter";
@particle_per_cubic_decimeter:
1.0_E0 / 6.022_140_76_E23 / prefix!(deci) / prefix!(deci) / prefix!(deci);
"particle/dm³", "particle per cubic decimeter", "particles per cubic decimeter";
@particle_per_liter: 1.0_E0 / 6.022_140_76_E23 / prefix!(milli); "particle/L",
"particle per liter", "particles per liter";
@particle_per_deciliter: 1.0_E0 / 6.022_140_76_E23 / prefix!(deci) / prefix!(milli);
"particle/dL", "particle per deciliter", "particles per deciliter";
@particle_per_milliliter: 1.0_E0 / 6.022_140_76_E23 / prefix!(milli) / prefix!(milli);
"particle/mL", "particle per milliliter", "particles per milliliter";
}
}
#[cfg(test)]
mod tests {
storage_types! {
use crate::num::One;
use crate::si::amount_of_substance as aos;
use crate::si::molar_concentration as c;
use crate::si::quantities::*;
use crate::si::volume as v;
use crate::tests::Test;
#[test]
fn check_dimension() {
let _: MolarConcentration<V> = (AmountOfSubstance::new::<aos::mole>(V::one())
/ Volume::new::<v::cubic_meter>(V::one())).into();
}
#[test]
fn check_units() {
test::<aos::yottamole, v::cubic_meter, c::yottamole_per_cubic_meter>();
test::<aos::zettamole, v::cubic_meter, c::zettamole_per_cubic_meter>();
test::<aos::examole, v::cubic_meter, c::examole_per_cubic_meter>();
test::<aos::petamole, v::cubic_meter, c::petamole_per_cubic_meter>();
test::<aos::teramole, v::cubic_meter, c::teramole_per_cubic_meter>();
test::<aos::gigamole, v::cubic_meter, c::gigamole_per_cubic_meter>();
test::<aos::megamole, v::cubic_meter, c::megamole_per_cubic_meter>();
test::<aos::kilomole, v::cubic_meter, c::kilomole_per_cubic_meter>();
test::<aos::hectomole, v::cubic_meter, c::hectomole_per_cubic_meter>();
test::<aos::decamole, v::cubic_meter, c::decamole_per_cubic_meter>();
test::<aos::mole, v::cubic_meter, c::mole_per_cubic_meter>();
test::<aos::decimole, v::cubic_meter, c::decimole_per_cubic_meter>();
test::<aos::centimole, v::cubic_meter, c::centimole_per_cubic_meter>();
test::<aos::millimole, v::cubic_meter, c::millimole_per_cubic_meter>();
test::<aos::micromole, v::cubic_meter, c::micromole_per_cubic_meter>();
test::<aos::nanomole, v::cubic_meter, c::nanomole_per_cubic_meter>();
test::<aos::picomole, v::cubic_meter, c::picomole_per_cubic_meter>();
test::<aos::femtomole, v::cubic_meter, c::femtomole_per_cubic_meter>();
test::<aos::attomole, v::cubic_meter, c::attomole_per_cubic_meter>();
test::<aos::zeptomole, v::cubic_meter, c::zeptomole_per_cubic_meter>();
test::<aos::yoctomole, v::cubic_meter, c::yoctomole_per_cubic_meter>();
test::<aos::kilomole, v::cubic_decimeter, c::kilomole_per_cubic_decimeter>();
test::<aos::kilomole, v::liter, c::kilomole_per_liter>();
test::<aos::mole, v::cubic_decimeter, c::mole_per_cubic_decimeter>();
test::<aos::mole, v::liter, c::mole_per_liter>();
test::<aos::millimole, v::cubic_decimeter, c::millimole_per_cubic_decimeter>();
test::<aos::millimole, v::liter, c::millimole_per_liter>();
test::<aos::micromole, v::cubic_decimeter, c::micromole_per_cubic_decimeter>();
test::<aos::micromole, v::liter, c::micromole_per_liter>();
test::<aos::nanomole, v::cubic_decimeter, c::nanomole_per_cubic_decimeter>();
test::<aos::nanomole, v::liter, c::nanomole_per_liter>();
test::<aos::picomole, v::cubic_decimeter, c::picomole_per_cubic_decimeter>();
test::<aos::picomole, v::liter, c::picomole_per_liter>();
test::<aos::femtomole, v::cubic_decimeter, c::femtomole_per_cubic_decimeter>();
test::<aos::femtomole, v::liter, c::femtomole_per_liter>();
test::<aos::kilomole, v::deciliter, c::kilomole_per_deciliter>();
test::<aos::mole, v::deciliter, c::mole_per_deciliter>();
test::<aos::millimole, v::deciliter, c::millimole_per_deciliter>();
test::<aos::micromole, v::deciliter, c::micromole_per_deciliter>();
test::<aos::nanomole, v::deciliter, c::nanomole_per_deciliter>();
test::<aos::picomole, v::deciliter, c::picomole_per_deciliter>();
test::<aos::femtomole, v::deciliter, c::femtomole_per_deciliter>();
test::<aos::kilomole, v::milliliter, c::kilomole_per_milliliter>();
test::<aos::mole, v::milliliter, c::mole_per_milliliter>();
test::<aos::millimole, v::milliliter, c::millimole_per_milliliter>();
test::<aos::micromole, v::milliliter, c::micromole_per_milliliter>();
test::<aos::nanomole, v::milliliter, c::nanomole_per_milliliter>();
test::<aos::picomole, v::milliliter, c::picomole_per_milliliter>();
test::<aos::femtomole, v::milliliter, c::femtomole_per_milliliter>();
test::<aos::particle, v::cubic_meter, c::particle_per_cubic_meter>();
test::<aos::particle, v::cubic_decimeter, c::particle_per_cubic_decimeter>();
test::<aos::particle, v::liter, c::particle_per_liter>();
test::<aos::particle, v::deciliter, c::particle_per_deciliter>();
test::<aos::particle, v::milliliter, c::particle_per_milliliter>();
fn test<AOS: aos::Conversion<V>, U: v::Conversion<V>, C: c::Conversion<V>>() {
Test::assert_approx_eq(&MolarConcentration::new::<C>(V::one()),
&(AmountOfSubstance::new::<AOS>(V::one()) / Volume::new::<U>(V::one())).into());
}
}
}
}