Enum esp32_nimble::cpfd::ChrUnit
source · #[repr(u16)]pub enum ChrUnit {
Show 126 variants
Unitless = 9_984,
Metre = 9_985,
Kilogram = 9_986,
Second = 9_987,
Ampere = 9_988,
Kelvin = 9_989,
Mole = 9_990,
Candela = 9_991,
SquareMetres = 10_000,
CubicMetres = 10_001,
MetresPerSecond = 10_002,
MetresPerSecondSquared = 10_003,
ReciprocalMetre = 10_004,
KilogramPerCubicMetreDensity = 10_005,
KilogramPerSquareMetre = 10_006,
CubicMetrePerKilogram = 10_007,
AmperePerSquareMetre = 10_008,
AmperePerMetre = 10_009,
MolePerCubicMetre = 10_010,
KilogramPerCubicMetreMassConc = 10_011,
CandelaPerSquareMetre = 10_012,
RefractiveIndex = 10_013,
RelativePermeability = 10_014,
Radian = 10_016,
Steradian = 10_017,
Hertz = 10_018,
Newton = 10_019,
Pascal = 10_020,
Joule = 10_021,
Watt = 10_022,
Coulomb = 10_023,
Volt = 10_024,
Farad = 10_025,
Ohm = 10_026,
Siemens = 10_027,
Weber = 10_028,
Tesla = 10_029,
Henry = 10_030,
DegreeCelsius = 10_031,
Lumen = 10_032,
Lux = 10_033,
Becquerel = 10_034,
Gray = 10_035,
Sievert = 10_036,
Katal = 10_037,
PascalSecond = 10_048,
NewtonMetre = 10_049,
NewtonPerMetre = 10_050,
RadianPerSecond = 10_051,
RadianPerSecondSquared = 10_052,
WattPerSquareMetreHeat = 10_053,
JoulePerKelvin = 10_054,
JoulePerKilogramKelvin = 10_055,
JoulePerKilogram = 10_056,
WattPerMetreKelvin = 10_057,
JoulePerCubicMetre = 10_058,
VoltPerMetre = 10_059,
CoulombPerCubicMetre = 10_060,
CoulombPerSquareMetreCharge = 10_061,
CoulombPerSquareMetreFlux = 10_062,
FaradPerMetre = 10_063,
HenryPerMetre = 10_064,
JoulePerMole = 10_065,
JoulePerMoleKelvin = 10_066,
CoulombPerKilogram = 10_067,
GrayPerSecond = 10_068,
WattPerSteradian = 10_069,
WattPerSquareMetreSteradian = 10_070,
KatalPerCubicMetre = 10_071,
Minute = 10_080,
Hour = 10_081,
Day = 10_082,
Degree = 10_083,
MinuteAngle = 10_084,
SecondAngle = 10_085,
Hectare = 10_086,
Litre = 10_087,
Tonne = 10_088,
Bar = 10_112,
MillimetreOfMercury = 10_113,
Angstrom = 10_114,
NauticalMile = 10_115,
Barn = 10_116,
Knot = 10_117,
Neper = 10_118,
Bel = 10_119,
Yard = 10_144,
Parsec = 10_145,
Inch = 10_146,
Foot = 10_147,
Mile = 10_148,
PoundForcePerSquareInch = 10_149,
KilometrePerHour = 10_150,
MilePerHour = 10_151,
RevolutionPerMinute = 10_152,
GramCalorie = 10_153,
KilogramCalorie = 10_154,
KilowattHour = 10_155,
DegreeFahrenheit = 10_156,
Percentage = 10_157,
PerMille = 10_158,
BeatsPerMinute = 10_159,
AmpereHours = 10_160,
MilligramPerDecilitre = 10_161,
MillimolePerLitre = 10_162,
Year = 10_163,
Month = 10_164,
CountPerCubicMetre = 10_165,
WattPerSquareMetreIrradiance = 10_166,
PerKilogramPerMinute = 10_167,
Pound = 10_168,
MetabolicEquivalent = 10_169,
PerMinuteStep = 10_170,
PerMinuteStroke = 10_172,
KilometrePerMinute = 10_173,
LumenPerWatt = 10_174,
LumenHour = 10_175,
LuxHour = 10_176,
GramPerSecond = 10_177,
LitrePerSecond = 10_178,
Decibel = 10_179,
PartsPerMillion = 10_180,
PartsPerBillion = 10_181,
MilligramPerDecilitrePerMinute = 10_182,
KilovoltAmpereHour = 10_183,
VoltAmpere = 10_184,
}
Variants§
Unitless = 9_984
Unitless
Metre = 9_985
Kilogram = 9_986
Second = 9_987
Ampere = 9_988
Kelvin = 9_989
Mole = 9_990
Candela = 9_991
SquareMetres = 10_000
CubicMetres = 10_001
MetresPerSecond = 10_002
MetresPerSecondSquared = 10_003
ReciprocalMetre = 10_004
KilogramPerCubicMetreDensity = 10_005
KilogramPerSquareMetre = 10_006
CubicMetrePerKilogram = 10_007
AmperePerSquareMetre = 10_008
AmperePerMetre = 10_009
MolePerCubicMetre = 10_010
KilogramPerCubicMetreMassConc = 10_011
CandelaPerSquareMetre = 10_012
RefractiveIndex = 10_013
RelativePermeability = 10_014
Radian = 10_016
Steradian = 10_017
Hertz = 10_018
Newton = 10_019
Pascal = 10_020
Joule = 10_021
Watt = 10_022
Coulomb = 10_023
Volt = 10_024
Farad = 10_025
Ohm = 10_026
Siemens = 10_027
Weber = 10_028
Tesla = 10_029
Henry = 10_030
DegreeCelsius = 10_031
Lumen = 10_032
Lux = 10_033
Becquerel = 10_034
Gray = 10_035
Sievert = 10_036
Katal = 10_037
PascalSecond = 10_048
NewtonMetre = 10_049
NewtonPerMetre = 10_050
RadianPerSecond = 10_051
RadianPerSecondSquared = 10_052
WattPerSquareMetreHeat = 10_053
JoulePerKelvin = 10_054
JoulePerKilogramKelvin = 10_055
JoulePerKilogram = 10_056
WattPerMetreKelvin = 10_057
JoulePerCubicMetre = 10_058
VoltPerMetre = 10_059
CoulombPerCubicMetre = 10_060
CoulombPerSquareMetreCharge = 10_061
CoulombPerSquareMetreFlux = 10_062
FaradPerMetre = 10_063
HenryPerMetre = 10_064
JoulePerMole = 10_065
JoulePerMoleKelvin = 10_066
CoulombPerKilogram = 10_067
GrayPerSecond = 10_068
WattPerSteradian = 10_069
WattPerSquareMetreSteradian = 10_070
KatalPerCubicMetre = 10_071
Minute = 10_080
Hour = 10_081
Day = 10_082
Degree = 10_083
MinuteAngle = 10_084
SecondAngle = 10_085
Hectare = 10_086
Litre = 10_087
Tonne = 10_088
Bar = 10_112
MillimetreOfMercury = 10_113
Angstrom = 10_114
NauticalMile = 10_115
Barn = 10_116
Knot = 10_117
Neper = 10_118
Bel = 10_119
Yard = 10_144
Parsec = 10_145
Inch = 10_146
Foot = 10_147
Mile = 10_148
PoundForcePerSquareInch = 10_149
KilometrePerHour = 10_150
MilePerHour = 10_151
RevolutionPerMinute = 10_152
GramCalorie = 10_153
KilogramCalorie = 10_154
KilowattHour = 10_155
DegreeFahrenheit = 10_156
Percentage = 10_157
PerMille = 10_158
BeatsPerMinute = 10_159
AmpereHours = 10_160
MilligramPerDecilitre = 10_161
MillimolePerLitre = 10_162
Year = 10_163
Month = 10_164
CountPerCubicMetre = 10_165
WattPerSquareMetreIrradiance = 10_166
PerKilogramPerMinute = 10_167
Pound = 10_168
MetabolicEquivalent = 10_169
PerMinuteStep = 10_170
PerMinuteStroke = 10_172
KilometrePerMinute = 10_173
LumenPerWatt = 10_174
LumenHour = 10_175
LuxHour = 10_176
GramPerSecond = 10_177
LitrePerSecond = 10_178
Decibel = 10_179
PartsPerMillion = 10_180
PartsPerBillion = 10_181
MilligramPerDecilitrePerMinute = 10_182
KilovoltAmpereHour = 10_183
VoltAmpere = 10_184
Trait Implementations§
impl Copy for ChrUnit
impl Eq for ChrUnit
impl StructuralPartialEq for ChrUnit
Auto Trait Implementations§
impl Freeze for ChrUnit
impl RefUnwindSafe for ChrUnit
impl Send for ChrUnit
impl Sync for ChrUnit
impl Unpin for ChrUnit
impl UnwindSafe for ChrUnit
Blanket Implementations§
§impl<T> Any for Twhere
T: 'static + ?Sized,
impl<T> Any for Twhere
T: 'static + ?Sized,
§impl<T> Borrow<T> for Twhere
T: ?Sized,
impl<T> Borrow<T> for Twhere
T: ?Sized,
§impl<T> BorrowMut<T> for Twhere
T: ?Sized,
impl<T> BorrowMut<T> for Twhere
T: ?Sized,
§fn borrow_mut(&mut self) -> &mut T
fn borrow_mut(&mut self) -> &mut T
Mutably borrows from an owned value. Read more
§impl<T> CloneToUninit for Twhere
T: Copy,
impl<T> CloneToUninit for Twhere
T: Copy,
§unsafe fn clone_to_uninit(&self, dst: *mut T)
unsafe fn clone_to_uninit(&self, dst: *mut T)
🔬This is a nightly-only experimental API. (
clone_to_uninit
)§impl<T> CloneToUninit for Twhere
T: Clone,
impl<T> CloneToUninit for Twhere
T: Clone,
§default unsafe fn clone_to_uninit(&self, dst: *mut T)
default unsafe fn clone_to_uninit(&self, dst: *mut T)
🔬This is a nightly-only experimental API. (
clone_to_uninit
)