scientific/com.splendo.kaluga.scientific.converter.electricCurrent

Package-level declarations

Functions

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@JvmName(name = "currentFromChargeAndTimeDefault")
fun <CurrentUnit : ElectricCurrent, TimeUnit : Time, ChargeUnit : ElectricCharge> CurrentUnit.current(charge: ScientificValue<PhysicalQuantity.ElectricCharge, ChargeUnit>, per: ScientificValue<PhysicalQuantity.Time, TimeUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>
@JvmName(name = "currentFromVoltageAndConductanceDefault")
fun <CurrentUnit : ElectricCurrent, VoltageUnit : Voltage, ConductanceUnit : ElectricConductance> CurrentUnit.current(conductance: ScientificValue<PhysicalQuantity.ElectricConductance, ConductanceUnit>, voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>
@JvmName(name = "currentFromEnergyAndFluxDefault")
fun <EnergyUnit : Energy, CurrentUnit : ElectricCurrent, FluxUnit : MagneticFlux> CurrentUnit.current(energy: ScientificValue<PhysicalQuantity.Energy, EnergyUnit>, flux: ScientificValue<PhysicalQuantity.MagneticFlux, FluxUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>
@JvmName(name = "currentFromFluxAndInductanceDefault")
fun <FluxUnit : MagneticFlux, CurrentUnit : ElectricCurrent, InductanceUnit : ElectricInductance> CurrentUnit.current(flux: ScientificValue<PhysicalQuantity.MagneticFlux, FluxUnit>, inductance: ScientificValue<PhysicalQuantity.ElectricInductance, InductanceUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>
@JvmName(name = "currentFromPowerAndVoltageDefault")
fun <VoltageUnit : Voltage, ElectricCurrentUnit : ElectricCurrent, PowerUnit : Power> ElectricCurrentUnit.current(power: ScientificValue<PhysicalQuantity.Power, PowerUnit>, voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCurrent, ElectricCurrentUnit>
@JvmName(name = "currentFromVoltageAndResistanceDefault")
fun <CurrentUnit : ElectricCurrent, VoltageUnit : Voltage, ResistanceUnit : ElectricResistance> CurrentUnit.current(voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>, resistance: ScientificValue<PhysicalQuantity.ElectricResistance, ResistanceUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>
@JvmName(name = "currentFromChargeAndTime")
fun <CurrentUnit : ElectricCurrent, TimeUnit : Time, ChargeUnit : ElectricCharge, Value : ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>> CurrentUnit.current(charge: ScientificValue<PhysicalQuantity.ElectricCharge, ChargeUnit>, per: ScientificValue<PhysicalQuantity.Time, TimeUnit>, factory: (Decimal, CurrentUnit) -> Value): Value
@JvmName(name = "currentFromVoltageAndConductance")
fun <CurrentUnit : ElectricCurrent, VoltageUnit : Voltage, ConductanceUnit : ElectricConductance, Value : ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>> CurrentUnit.current(conductance: ScientificValue<PhysicalQuantity.ElectricConductance, ConductanceUnit>, voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>, factory: (Decimal, CurrentUnit) -> Value): Value
@JvmName(name = "currentFromEnergyAndFlux")
fun <EnergyUnit : Energy, CurrentUnit : ElectricCurrent, FluxUnit : MagneticFlux, Value : ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>> CurrentUnit.current(energy: ScientificValue<PhysicalQuantity.Energy, EnergyUnit>, flux: ScientificValue<PhysicalQuantity.MagneticFlux, FluxUnit>, factory: (Decimal, CurrentUnit) -> Value): Value
@JvmName(name = "currentFromFluxAndInductance")
fun <FluxUnit : MagneticFlux, CurrentUnit : ElectricCurrent, InductanceUnit : ElectricInductance, Value : ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>> CurrentUnit.current(flux: ScientificValue<PhysicalQuantity.MagneticFlux, FluxUnit>, inductance: ScientificValue<PhysicalQuantity.ElectricInductance, InductanceUnit>, factory: (Decimal, CurrentUnit) -> Value): Value
@JvmName(name = "currentFromPowerAndVoltage")
fun <VoltageUnit : Voltage, ElectricCurrentUnit : ElectricCurrent, PowerUnit : Power, Value : ScientificValue<PhysicalQuantity.ElectricCurrent, ElectricCurrentUnit>> ElectricCurrentUnit.current(power: ScientificValue<PhysicalQuantity.Power, PowerUnit>, voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>, factory: (Decimal, ElectricCurrentUnit) -> Value): Value
@JvmName(name = "currentFromVoltageAndResistance")
fun <CurrentUnit : ElectricCurrent, VoltageUnit : Voltage, ResistanceUnit : ElectricResistance, Value : ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>> CurrentUnit.current(voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>, resistance: ScientificValue<PhysicalQuantity.ElectricResistance, ResistanceUnit>, factory: (Decimal, CurrentUnit) -> Value): Value
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@JvmName(name = "currentDivConductance")
infix operator fun <CurrentUnit : ElectricCurrent, ConductanceUnit : ElectricConductance> ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>.div(conductance: ScientificValue<PhysicalQuantity.ElectricConductance, ConductanceUnit>): DefaultScientificValue<PhysicalQuantity.Voltage, Volt>
@JvmName(name = "currentDivVoltage")
infix operator fun <CurrentUnit : ElectricCurrent, VoltageUnit : Voltage> ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>.div(voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>): DefaultScientificValue<PhysicalQuantity.ElectricConductance, Siemens>
@JvmName(name = "abampereDivAbsiemens")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Abampere>.div(conductance: ScientificValue<PhysicalQuantity.ElectricConductance, Absiemens>): DefaultScientificValue<PhysicalQuantity.Voltage, Abvolt>
@JvmName(name = "abampereDivAbvolt")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Abampere>.div(voltage: ScientificValue<PhysicalQuantity.Voltage, Abvolt>): DefaultScientificValue<PhysicalQuantity.ElectricConductance, Absiemens>
@JvmName(name = "biotDivAbsiemens")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Biot>.div(conductance: ScientificValue<PhysicalQuantity.ElectricConductance, Absiemens>): DefaultScientificValue<PhysicalQuantity.Voltage, Abvolt>
@JvmName(name = "biotDivAbvolt")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Biot>.div(voltage: ScientificValue<PhysicalQuantity.Voltage, Abvolt>): DefaultScientificValue<PhysicalQuantity.ElectricConductance, Absiemens>
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@JvmName(name = "currentTimesInductance")
infix operator fun <InductanceUnit : ElectricInductance, CurrentUnit : ElectricCurrent> ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>.times(inductance: ScientificValue<PhysicalQuantity.ElectricInductance, InductanceUnit>): DefaultScientificValue<PhysicalQuantity.MagneticFlux, Weber>
@JvmName(name = "currentTimesResistance")
infix operator fun <CurrentUnit : ElectricCurrent, ResistanceUnit : ElectricResistance> ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>.times(resistance: ScientificValue<PhysicalQuantity.ElectricResistance, ResistanceUnit>): DefaultScientificValue<PhysicalQuantity.Voltage, Volt>
@JvmName(name = "currentTimesFlux")
infix operator fun <FluxUnit : MagneticFlux, CurrentUnit : ElectricCurrent> ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>.times(flux: ScientificValue<PhysicalQuantity.MagneticFlux, FluxUnit>): DefaultScientificValue<PhysicalQuantity.Energy, Joule>
@JvmName(name = "currentTimesTime")
infix operator fun <CurrentUnit : ElectricCurrent, TimeUnit : Time> ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>.times(time: ScientificValue<PhysicalQuantity.Time, TimeUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCharge, Coulomb>
@JvmName(name = "currentTimesVoltage")
infix operator fun <VoltageUnit : Voltage, ElectricCurrentUnit : ElectricCurrent> ScientificValue<PhysicalQuantity.ElectricCurrent, ElectricCurrentUnit>.times(voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>): DefaultScientificValue<PhysicalQuantity.Power, Watt>
@JvmName(name = "abampereTimesAbhenry")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Abampere>.times(inductance: ScientificValue<PhysicalQuantity.ElectricInductance, Abhenry>): DefaultScientificValue<PhysicalQuantity.MagneticFlux, Maxwell>
@JvmName(name = "abampereTimesAbohm")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Abampere>.times(resistance: ScientificValue<PhysicalQuantity.ElectricResistance, Abohm>): DefaultScientificValue<PhysicalQuantity.Voltage, Abvolt>
@JvmName(name = "abampereTimesMaxwell")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Abampere>.times(flux: ScientificValue<PhysicalQuantity.MagneticFlux, Maxwell>): DefaultScientificValue<PhysicalQuantity.Energy, Erg>
@JvmName(name = "abampereTimesTime")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.ElectricCurrent, Abampere>.times(time: ScientificValue<PhysicalQuantity.Time, TimeUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCharge, Abcoulomb>
@JvmName(name = "abampereTimesAbvolt")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Abampere>.times(voltage: ScientificValue<PhysicalQuantity.Voltage, Abvolt>): DefaultScientificValue<PhysicalQuantity.Power, ErgPerSecond>
@JvmName(name = "biotTimesAbhenry")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Biot>.times(inductance: ScientificValue<PhysicalQuantity.ElectricInductance, Abhenry>): DefaultScientificValue<PhysicalQuantity.MagneticFlux, Maxwell>
@JvmName(name = "biotTimesAbohm")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Biot>.times(resistance: ScientificValue<PhysicalQuantity.ElectricResistance, Abohm>): DefaultScientificValue<PhysicalQuantity.Voltage, Abvolt>
@JvmName(name = "biotTimesMaxwell")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Biot>.times(flux: ScientificValue<PhysicalQuantity.MagneticFlux, Maxwell>): DefaultScientificValue<PhysicalQuantity.Energy, Erg>
@JvmName(name = "biotTimesTime")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.ElectricCurrent, Biot>.times(time: ScientificValue<PhysicalQuantity.Time, TimeUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCharge, Abcoulomb>
@JvmName(name = "biotTimesAbvolt")
infix operator fun ScientificValue<PhysicalQuantity.ElectricCurrent, Biot>.times(voltage: ScientificValue<PhysicalQuantity.Voltage, Abvolt>): DefaultScientificValue<PhysicalQuantity.Power, ErgPerSecond>