ElectricPotential

Value Members

final def !=(arg0: Any): Boolean

Definition Classes
AnyRef → Any
final def ##(): Int

Definition Classes
AnyRef → Any
def %(that: ElectricPotential): Double

Definition Classes
Quantity
def %(that: Double): ElectricPotential

Definition Classes
Quantity
def *(that: ElectricCharge): Energy
def *(that: Capacitance): ElectricCharge
def *(that: ElectricCurrent): Power
def *(that: time.Time): MagneticFlux

Returns the amount of change in the integral that will happen over the given Time
Returns the amount of change in the integral that will happen over the given Time
that
Time

Definition Classes
TimeDerivative
def *(that: Double): ElectricPotential

Definition Classes
Quantity
def +(that: ElectricPotential): ElectricPotential

Definition Classes
Quantity
def +-(that: ElectricPotential): QuantityRange[ElectricPotential]

Definition Classes
Quantity
def -(that: ElectricPotential): ElectricPotential

Definition Classes
Quantity
def /(that: Length): ElectricFieldStrength
def /(that: ElectricalResistance): ElectricCurrent
def /(that: ElectricCurrent): ElectricalResistance
def /(that: ElectricPotential): Double

Definition Classes
Quantity
def /(that: Double): ElectricPotential

Definition Classes
Quantity
def /%(that: ElectricPotential): (Double, ElectricPotential)

Definition Classes
Quantity
def /%(that: Double): (ElectricPotential, ElectricPotential)

Definition Classes
Quantity
def <(that: ElectricPotential): Boolean

Definition Classes
Ordered
def <=(that: ElectricPotential): Boolean

Definition Classes
Ordered
final def ==(arg0: Any): Boolean

Definition Classes
AnyRef → Any
def =~(that: ElectricPotential)(implicit tolerance: ElectricPotential): Boolean

approx
approx

Definition Classes
Quantity
def >(that: ElectricPotential): Boolean

Definition Classes
Ordered
def >=(that: ElectricPotential): Boolean

Definition Classes
Ordered
def abs: ElectricPotential

Returns the absolute value of this Quantity
Returns the absolute value of this Quantity
returns
Quantity

Definition Classes
Quantity
def approx(that: ElectricPotential)(implicit tolerance: ElectricPotential): Boolean

Returns boolean result of approximate equality comparison
Returns boolean result of approximate equality comparison
that
Quantity
tolerance
Quantity

Definition Classes
Quantity
final def asInstanceOf[T0]: T0

Definition Classes
Any
def ceil: ElectricPotential

Returns the smallest (closest to negative infinity) Quantity value that is greater than or equal to the argument and is equal to a mathematical integer.
Returns the smallest (closest to negative infinity) Quantity value that is greater than or equal to the argument and is equal to a mathematical integer.
returns
Quantity

Definition Classes
Quantity
See also
java.lang.Math#ceil(double)
def clone(): AnyRef

Attributes
protected[java.lang]
Definition Classes
AnyRef
Annotations
@throws( ... )
def compare(that: ElectricPotential): Int

Implements Ordered.compare
Implements Ordered.compare
that
Quantity
returns
Int

Definition Classes
Quantity → Ordered
def compareTo(that: ElectricPotential): Int

Definition Classes
Ordered → Comparable
def dimension: ElectricPotential.type

The Dimension this quantity represents
The Dimension this quantity represents

Definition Classes
ElectricPotential → Quantity
def divide(that: ElectricPotential): Double

Divide this quantity by a like quantity
Divide this quantity by a like quantity
that
Quantity
returns
Double

Definition Classes
Quantity
def divide(that: Double): ElectricPotential

Divide this quantity by some number
Divide this quantity by some number
that
Double
returns
Quantity

Definition Classes
Quantity
def divideAndRemainder(that: ElectricPotential): (Double, ElectricPotential)

Returns a Pair that includes the result of divideToInteger and remainder
Returns a Pair that includes the result of divideToInteger and remainder
that
Quantity
returns
(Double, Quantity)

Definition Classes
Quantity
def divideAndRemainder(that: Double): (ElectricPotential, ElectricPotential)

Returns a Pair that includes the result of divideToInteger and remainder
Returns a Pair that includes the result of divideToInteger and remainder
that
Double
returns
(Quantity, Quantity)

Definition Classes
Quantity
final def eq(arg0: AnyRef): Boolean

Definition Classes
AnyRef
def equals(that: Any): Boolean

Override of equals method
Override of equals method
that
must be of matching value and unit

Definition Classes
Quantity → AnyRef → Any
def finalize(): Unit

Attributes
protected[java.lang]
Definition Classes
AnyRef
Annotations
@throws( classOf[java.lang.Throwable] )
def floor: ElectricPotential

Returns the largest (closest to positive infinity) Quantity value that is less than or equal to the argument and is equal to a mathematical integer
Returns the largest (closest to positive infinity) Quantity value that is less than or equal to the argument and is equal to a mathematical integer
returns
Quantity

Definition Classes
Quantity
See also
java.lang.Math#floor(double)
final def getClass(): Class[_]

Definition Classes
AnyRef → Any
def hashCode(): Int

Override of hashCode
Override of hashCode

Definition Classes
Quantity → AnyRef → Any
def in(uom: UnitOfMeasure[ElectricPotential]): ElectricPotential

Returns an equivalent Quantity boxed with the supplied Unit
Returns an equivalent Quantity boxed with the supplied Unit
uom
UnitOfMeasure[A]
returns
Quantity

Definition Classes
Quantity
final def isInstanceOf[T0]: Boolean

Definition Classes
Any
def map(f: (Double) ⇒ Double): ElectricPotential

Applies a function to the underlying value of the Quantity, returning a new Quantity in the same unit
Applies a function to the underlying value of the Quantity, returning a new Quantity in the same unit
f
Double => Double function

Definition Classes
Quantity
def max(that: ElectricPotential): ElectricPotential

Returns the max of this and that Quantity
Returns the max of this and that Quantity
that
Quantity
returns
Quantity

Definition Classes
Quantity
def min(that: ElectricPotential): ElectricPotential

Returns the min of this and that Quantity
Returns the min of this and that Quantity
that
Quantity
returns
Quantity

Definition Classes
Quantity
def minus(that: ElectricPotential): ElectricPotential

Subtract two like quantities
Subtract two like quantities
that
Quantity
returns
Quantity

Definition Classes
Quantity
final def ne(arg0: AnyRef): Boolean

Definition Classes
AnyRef
def negate: ElectricPotential

Returns the negative value of this Quantity
Returns the negative value of this Quantity
returns
Quantity

Definition Classes
Quantity
def notWithin(range: QuantityRange[ElectricPotential]): Boolean

Returns true if this value is not within (contains) the range
Returns true if this value is not within (contains) the range
range
QuantityRange
returns
Boolean

Definition Classes
Quantity
final def notify(): Unit

Definition Classes
AnyRef
final def notifyAll(): Unit

Definition Classes
AnyRef
def plus(that: ElectricPotential): ElectricPotential

Add two like quantities
Add two like quantities
that
Quantity
returns
Quantity

Definition Classes
Quantity
def plusOrMinus(that: ElectricPotential): QuantityRange[ElectricPotential]

Returns a QuantityRange representing the range for this value +- that
Returns a QuantityRange representing the range for this value +- that
that
Quantity
returns
QuantityRange

Definition Classes
Quantity
def remainder(that: ElectricPotential): Double

Returns the remainder of a division by a like quantity
Returns the remainder of a division by a like quantity
that
Quantity
returns
Double

Definition Classes
Quantity
def remainder(that: Double): ElectricPotential

Returns the remainder of a division by a number
Returns the remainder of a division by a number
that
Quantity
returns
Quantity

Definition Classes
Quantity
def rint: ElectricPotential

Returns the Quantity value that is closest in value to the argument and is equal to a mathematical integer.
Returns the Quantity value that is closest in value to the argument and is equal to a mathematical integer.
returns
Quantity

Definition Classes
Quantity
See also
java.lang.Math#rint(double)
def rounded(scale: Int, mode: RoundingMode = RoundingMode.HALF_EVEN): ElectricPotential

Returns the Quantity with its coefficient value rounded using scale and mode.
Returns the Quantity with its coefficient value rounded using scale and mode. The unit is maintained.
scale
Int - scale of the value to be returned
mode
RoundingMode - defaults to HALF_EVEN
returns
Quantity

Definition Classes
Quantity
final def synchronized[T0](arg0: ⇒ T0): T0

Definition Classes
AnyRef
def time: time.Time

Attributes
protected[squants]
Definition Classes
ElectricPotential → TimeDerivative
def timeIntegrated: MagneticFlux

Attributes
protected[squants]
Definition Classes
ElectricPotential → TimeDerivative
def times(that: Double): ElectricPotential

Multiply this quantity by some number
Multiply this quantity by some number
that
Double
returns
Quantity

Definition Classes
Quantity
def to(uom: UnitOfMeasure[ElectricPotential]): Double

Returns a Double representing the quantity in terms of the supplied unit
Returns a Double representing the quantity in terms of the supplied unit
```
val d = Feet(3)
(d to Inches) should be(36)
```
uom
UnitOfMeasure[A]
returns
Double

Definition Classes
Quantity
def to(that: ElectricPotential): QuantityRange[ElectricPotential]

Returns a QuantityRange that goes from this to that
Returns a QuantityRange that goes from this to that
that
Quantity
returns
QuantityRange

Definition Classes
Quantity
def toKilovolts: Double
def toMegavolts: Double
def toMicrovolts: Double
def toMillivolts: Double
def toString(uom: UnitOfMeasure[ElectricPotential], format: String): String

Returns a string representing the quantity's value in the given unit in the given format
Returns a string representing the quantity's value in the given unit in the given format
uom
UnitOfMeasure[A] with UnitConverter
format
String containing the format for the value (ie "%.3f")
returns
String

Definition Classes
Quantity
def toString(uom: UnitOfMeasure[ElectricPotential]): String

Returns a string representing the quantity's value in the given unit
Returns a string representing the quantity's value in the given unit
uom
UnitOfMeasure[A] with UnitConverter
returns
String

Definition Classes
Quantity
def toString(): String

Returns a string representing the quantity's value in unit
Returns a string representing the quantity's value in unit
returns
String

Definition Classes
Quantity → AnyRef → Any
def toTuple(uom: UnitOfMeasure[ElectricPotential]): (Double, String)

Returns a pair representing the numeric value and the uom's symbol
Returns a pair representing the numeric value and the uom's symbol
uom
UnitOfMeasure[A]

Definition Classes
Quantity
def toTuple: (Double, String)

Returns a tuple representing the numeric value and the unit's symbol
Returns a tuple representing the numeric value and the unit's symbol

Definition Classes
Quantity
def toVolts: Double
def unary_-(): ElectricPotential

Definition Classes
Quantity
val unit: ElectricPotentialUnit

The Unit of Measure the value represents
The Unit of Measure the value represents
returns
UnitOfMeasure[A]

Definition Classes
ElectricPotential → Quantity
val value: Double

value in squants.electro.Volts
value in squants.electro.Volts

Definition Classes
ElectricPotential → Quantity
final def wait(): Unit

Definition Classes
AnyRef
Annotations
@throws( ... )
final def wait(arg0: Long, arg1: Int): Unit

Definition Classes
AnyRef
Annotations
@throws( ... )
final def wait(arg0: Long): Unit

Definition Classes
AnyRef
Annotations
@throws( ... )
def within(range: QuantityRange[ElectricPotential]): Boolean

Returns true if this value is within (contains) the range
Returns true if this value is within (contains) the range
range
QuantityRange
returns
Boolean

Definition Classes
Quantity
def ~=(that: ElectricPotential)(implicit tolerance: ElectricPotential): Boolean

approx
approx

Definition Classes
Quantity
def ≈(that: ElectricPotential)(implicit tolerance: ElectricPotential): Boolean

approx
approx

Definition Classes
Quantity

Related Docs: object ElectricPotential | package electro

final class ElectricPotential extends Quantity[ElectricPotential] with TimeDerivative[MagneticFlux]

Value Members

final def !=(arg0: Any): Boolean

final def ##(): Int

def %(that: ElectricPotential): Double

def %(that: Double): ElectricPotential

def *(that: ElectricCharge): Energy

def *(that: Capacitance): ElectricCharge

def *(that: ElectricCurrent): Power

def *(that: time.Time): MagneticFlux

def *(that: Double): ElectricPotential

def +(that: ElectricPotential): ElectricPotential

def +-(that: ElectricPotential): QuantityRange[ElectricPotential]

def -(that: ElectricPotential): ElectricPotential

def /(that: Length): ElectricFieldStrength

def /(that: ElectricalResistance): ElectricCurrent

def /(that: ElectricCurrent): ElectricalResistance

def /(that: ElectricPotential): Double

def /(that: Double): ElectricPotential

def /%(that: ElectricPotential): (Double, ElectricPotential)

def /%(that: Double): (ElectricPotential, ElectricPotential)

def <(that: ElectricPotential): Boolean

def <=(that: ElectricPotential): Boolean

final def ==(arg0: Any): Boolean

def =~(that: ElectricPotential)(implicit tolerance: ElectricPotential): Boolean

def >(that: ElectricPotential): Boolean

def >=(that: ElectricPotential): Boolean

def abs: ElectricPotential

def approx(that: ElectricPotential)(implicit tolerance: ElectricPotential): Boolean

final def asInstanceOf[T0]: T0

def ceil: ElectricPotential

def clone(): AnyRef

def compare(that: ElectricPotential): Int

def compareTo(that: ElectricPotential): Int

def dimension: ElectricPotential.type

def divide(that: ElectricPotential): Double

def divide(that: Double): ElectricPotential

def divideAndRemainder(that: ElectricPotential): (Double, ElectricPotential)

def divideAndRemainder(that: Double): (ElectricPotential, ElectricPotential)

final def eq(arg0: AnyRef): Boolean

def equals(that: Any): Boolean

def finalize(): Unit

def floor: ElectricPotential

final def getClass(): Class[_]

def hashCode(): Int

def in(uom: UnitOfMeasure[ElectricPotential]): ElectricPotential

final def isInstanceOf[T0]: Boolean

def map(f: (Double) ⇒ Double): ElectricPotential

def max(that: ElectricPotential): ElectricPotential

def min(that: ElectricPotential): ElectricPotential

def minus(that: ElectricPotential): ElectricPotential

final def ne(arg0: AnyRef): Boolean

def negate: ElectricPotential

def notWithin(range: QuantityRange[ElectricPotential]): Boolean

final def notify(): Unit

final def notifyAll(): Unit

def plus(that: ElectricPotential): ElectricPotential

def plusOrMinus(that: ElectricPotential): QuantityRange[ElectricPotential]

def remainder(that: ElectricPotential): Double

def remainder(that: Double): ElectricPotential

def rint: ElectricPotential

def rounded(scale: Int, mode: RoundingMode = RoundingMode.HALF_EVEN): ElectricPotential

final def synchronized[T0](arg0: ⇒ T0): T0

def time: time.Time

def timeIntegrated: MagneticFlux

def times(that: Double): ElectricPotential

def to(uom: UnitOfMeasure[ElectricPotential]): Double

def to(that: ElectricPotential): QuantityRange[ElectricPotential]

def toKilovolts: Double

def toMegavolts: Double

def toMicrovolts: Double

def toMillivolts: Double

def toString(uom: UnitOfMeasure[ElectricPotential], format: String): String

def toString(uom: UnitOfMeasure[ElectricPotential]): String

def toString(): String

def toTuple(uom: UnitOfMeasure[ElectricPotential]): (Double, String)

def toTuple: (Double, String)

def toVolts: Double