scientific/com.splendo.kaluga.scientific/DefaultScientificArray

DefaultScientificArray

@Serializable

data class DefaultScientificArray<Quantity : PhysicalQuantity, Unit : AbstractScientificUnit<Quantity>>(val values: DoubleArray, val unit: Unit) : DoubleScientificArray<Quantity, Unit>

A class implementation of DoubleScientificArray that takes an AbstractScientificUnit

Parameters

Quantity

the type of PhysicalQuantity of the unit

Unit

the type of AbstractScientificUnit this array represents

values

the DoubleArray containing the values

unit

the Unit component

Constructors

DefaultScientificArray

constructor(value: List<Decimal>, unit: Unit)

constructor(values: DoubleArray, unit: Unit)

Properties

open val decimalValues: List<Decimal>

The List of Decimal for all values in this array

open override val size: Int

The size of the array

open override val unit: Unit

open override val values: DoubleArray

Functions

Combines this ScientificArray and right into a DefaultScientificArray using a transformation method

fun <LeftQuantity : PhysicalQuantity, LeftNumberType : Number, LeftUnit : ScientificUnit<LeftQuantity>, LeftValue : ScientificValue<LeftQuantity, LeftUnit>, RightQuantity : PhysicalQuantity, RightNumberType : Number, RightUnit : ScientificUnit<RightQuantity>, RightValue : ScientificValue<RightQuantity, RightUnit>, TargetQuantity : PhysicalQuantity, TargetUnit : ScientificUnit<TargetQuantity>, TargetNumberType : Number, TargetArray : ScientificArray<TargetNumberType, TargetQuantity, TargetUnit>> ScientificArray<LeftNumberType, LeftQuantity, LeftUnit>.combine(right: ScientificArray<RightNumberType, RightQuantity, RightUnit>, leftValueFactory: (Decimal, LeftUnit) -> LeftValue, rightValueFactory: (Decimal, RightUnit) -> RightValue, arrayFactory: (List<Decimal>, TargetUnit) -> TargetArray, transform: LeftValue.(RightValue) -> ScientificValue<TargetQuantity, TargetUnit>): TargetArray

Combines this ScientificArray and right into a TargetArray using a transformation method

fun <Quantity : PhysicalQuantity, Unit : AbstractScientificUnit<Quantity>, RightUnit : ScientificUnit<Quantity>> ScientificArray<*, Quantity, Unit>.concat(right: ScientificArray<*, Quantity, RightUnit>): DefaultScientificArray<Quantity, Unit>

Creates a DefaultScientificArray containing all values of this ScientificArray and right This will convert the values right into Unit

fun <Quantity : PhysicalQuantity, LeftUnit : ScientificUnit<Quantity>, RightUnit : ScientificUnit<Quantity>, TargetUnit : AbstractScientificUnit<Quantity>> ScientificArray<*, Quantity, LeftUnit>.concat(right: ScientificArray<*, Quantity, RightUnit>, targetUnit: TargetUnit): DefaultScientificArray<Quantity, TargetUnit>

Creates a DefaultScientificArray containing all values of this ScientificArray and right This will convert the values of both this ScientificArray and right into TargetUnit

fun <Quantity : PhysicalQuantity, Unit : ScientificUnit<Quantity>, RightUnit : ScientificUnit<Quantity>, TargetNumberType : Number, TargetArray : ScientificArray<TargetNumberType, Quantity, Unit>> ScientificArray<*, Quantity, Unit>.concat(right: ScientificArray<*, Quantity, RightUnit>, arrayFactory: (List<Decimal>, Unit) -> TargetArray): TargetArray

Creates a TargetArray containing all values of this ScientificArray and right This will convert the values right into Unit

fun <Quantity : PhysicalQuantity, LeftUnit : ScientificUnit<Quantity>, RightUnit : ScientificUnit<Quantity>, TargetUnit : ScientificUnit<Quantity>, TargetNumberType : Number, TargetArray : ScientificArray<TargetNumberType, Quantity, TargetUnit>> ScientificArray<*, Quantity, LeftUnit>.concat(right: ScientificArray<*, Quantity, RightUnit>, targetUnit: TargetUnit, arrayFactory: (List<Decimal>, TargetUnit) -> TargetArray): TargetArray

Creates a TargetArray containing all values of this ScientificArray and right This will convert the values of both this ScientificArray and right into TargetUnit

fun <Quantity : PhysicalQuantity, NumberType : Number, Unit : AbstractScientificUnit<Quantity>, TargetUnit : AbstractScientificUnit<Quantity>> ScientificArray<NumberType, Quantity, Unit>.convert(target: TargetUnit): DefaultScientificArray<Quantity, TargetUnit>

Creates a DefaultScientificArray that contains all values of a ScientificArray converted to TargetUnit

fun <Quantity : PhysicalQuantity, NumberType : Number, Unit : AbstractScientificUnit<Quantity>, TargetUnit : AbstractScientificUnit<Quantity>, TargetNumberType : Number, TargetArray : ScientificArray<TargetNumberType, Quantity, TargetUnit>> ScientificArray<NumberType, Quantity, Unit>.convert(target: TargetUnit, arrayFactory: (List<Decimal>, TargetUnit) -> TargetArray): TargetArray

fun <Quantity : PhysicalQuantity, NumberType : Number, Unit : ScientificUnit<Quantity>, TargetUnit : AbstractScientificUnit<Quantity>, TargetNumberType : Number, TargetArray : ScientificArray<TargetNumberType, Quantity, TargetUnit>> ScientificArray<NumberType, Quantity, Unit>.convert(target: TargetUnit, valueFactory: (Decimal, Unit) -> ScientificValue<Quantity, Unit>, arrayFactory: (List<Decimal>, TargetUnit) -> TargetArray): TargetArray

fun <Quantity : PhysicalQuantity, NumberType : Number, Unit : ScientificUnit<Quantity>, TargetUnit : ScientificUnit<Quantity>, TargetNumberType : Number, TargetArray : ScientificArray<TargetNumberType, Quantity, TargetUnit>> ScientificArray<NumberType, Quantity, Unit>.convert(target: TargetUnit, valueFactory: (Decimal, Unit) -> ScientificValue<Quantity, Unit>, targetValueFactory: (Decimal, TargetUnit) -> ScientificValue<Quantity, TargetUnit>, arrayFactory: (List<Decimal>, TargetUnit) -> TargetArray): TargetArray

Creates a TargetArray that contains all values of a ScientificArray converted to TargetUnit

fun <Quantity : PhysicalQuantity, NumberType : Number, Unit : ScientificUnit<Quantity>, TargetUnit : ScientificUnit<Quantity>> ScientificArray<NumberType, Quantity, Unit>.convertValues(target: TargetUnit): List<Decimal>

Converts the values of a ScientificArray into their Decimal values in a TargetUnit

open operator override fun equals(other: Any?): Boolean

open operator override fun get(index: Int): Double

Gets the NumberType at the given index

open override fun hashCode(): Int

open operator override fun iterator(): Iterator<Double>

Creates an iterator over the elements of the array

fun <Quantity : PhysicalQuantity, NumberType : Number, Unit : ScientificUnit<Quantity>, Value : ScientificValue<Quantity, Unit>, TargetQuantity : PhysicalQuantity, TargetUnit : AbstractScientificUnit<TargetQuantity>> ScientificArray<NumberType, Quantity, Unit>.map(valueFactory: (Decimal, Unit) -> Value, transform: Value.() -> ScientificValue<TargetQuantity, TargetUnit>): DefaultScientificArray<TargetQuantity, TargetUnit>

Maps all the values of a ScientificArray into a DefaultScientificArray using a transformation method

fun <Quantity : PhysicalQuantity, NumberType : Number, Unit : ScientificUnit<Quantity>, Value : ScientificValue<Quantity, Unit>, TargetQuantity : PhysicalQuantity, TargetUnit : ScientificUnit<TargetQuantity>, TargetNumberType : Number, TargetValue : ScientificValue<TargetQuantity, TargetUnit>, TargetArray : ScientificArray<TargetNumberType, TargetQuantity, TargetUnit>> ScientificArray<NumberType, Quantity, Unit>.map(valueFactory: (Decimal, Unit) -> Value, arrayFactory: (List<Decimal>, TargetUnit) -> TargetArray, transform: Value.() -> TargetValue): TargetArray

Maps all the values of a ScientificArray into a TargetArray using a transformation method

infix operator fun <Quantity : PhysicalQuantity, NumberType : Number, Unit : AbstractScientificUnit<Quantity>, RightNumberType : Number, RightUnit : ScientificUnit<Quantity>> ScientificArray<NumberType, Quantity, Unit>.plus(right: ScientificArray<RightNumberType, Quantity, RightUnit>): DefaultScientificArray<Quantity, Unit>

Creates a DefaultScientificArray in Unit containing all values of this ScientificArray and right

infix operator fun <Quantity : PhysicalQuantity, NumberType : Number, Unit : AbstractScientificUnit<Quantity>, RightUnit : AbstractScientificUnit<Quantity>> ScientificArray<NumberType, Quantity, Unit>.plus(right: ScientificValue<Quantity, RightUnit>): DefaultScientificArray<Quantity, Unit>

Creates a DefaultScientificArray in Unit by adding a ScientificValue to this ScientificArray

fun <Quantity : PhysicalQuantity, Unit : AbstractScientificUnit<Quantity>, NumberType : Number> ScientificArray<NumberType, Quantity, Unit>.split(): List<DefaultScientificValue<Quantity, Unit>>

Splits a ScientificArray into a list of DefaultScientificValue of all the values in the array

fun <Quantity : PhysicalQuantity, Unit : ScientificUnit<Quantity>, NumberType : Number, TargetUnit : AbstractScientificUnit<Quantity>> ScientificArray<NumberType, Quantity, Unit>.split(targetUnit: TargetUnit): List<DefaultScientificValue<Quantity, TargetUnit>>

Splits a ScientificArray into a list of DefaultScientificValue in TargetUnit of all the values in the array

fun <Quantity : PhysicalQuantity, Unit : ScientificUnit<Quantity>, NumberType : Number, TargetValue : ScientificValue<Quantity, Unit>> ScientificArray<NumberType, Quantity, Unit>.split(factory: (Decimal, Unit) -> TargetValue): List<TargetValue>

fun <Quantity : PhysicalQuantity, Unit : ScientificUnit<Quantity>, NumberType : Number, TargetUnit : ScientificUnit<Quantity>, TargetValue : ScientificValue<Quantity, TargetUnit>> ScientificArray<NumberType, Quantity, Unit>.split(targetUnit: TargetUnit, factory: (Decimal, TargetUnit) -> TargetValue): List<TargetValue>

Splits a ScientificArray into a list of TargetValue of all the values in the array