rtron-math/io.rtron.math.analysis.function.univariate.combination/ConcatenatedFunction

ConcatenatedFunction

class ConcatenatedFunction(memberFunctions: List<UnivariateFunction>, absoluteDomains: List<Range<Double>>, absoluteStarts: List<Double>) : UnivariateFunction

Represents the sequential concatenation of the provided member functions.

Parameters

memberFunctions

functions to be concatenated

absoluteStarts

absolute start of the first function

Constructors

ConcatenatedFunction

constructor(memberFunctions: List<UnivariateFunction>, absoluteDomains: List<Range<Double>>, absoluteStarts: List<Double>)

Types

Companion

object Companion

Properties

domain

open override val domain: Range<Double>

definable domain

endValue

val endValue: Either<Exception, Double>

endValue = f(upper endpoint of domain).

startValue

val startValue: Either<Exception, Double>

startValue = f(lowest endpoint of domain).

Functions

div

operator fun div(m: Double): StackedFunction

equals

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

hashCode

open override fun hashCode(): Int

plus

operator fun plus(other: UnivariateFunction): StackedFunction

slope

fun slope(x: Double): Either<Exception, Double>

Evaluation of the slope = f'(x) with strict checking whether x is within the function's domain.

slopeInFuzzy

fun slopeInFuzzy(x: Double, tolerance: Double): Either<Exception, Double>

Evaluation of the slope = f(x) with fuzzy checking whether x is within the function's domain.

times

operator fun times(m: Double): StackedFunction

unaryMinus

operator fun unaryMinus(): StackedFunction

value

fun value(x: Double): Either<Exception, Double>

Evaluation of z = f(x) with strict checking whether x is within the function's domain.

valueInFuzzy

open override fun valueInFuzzy(x: Double, tolerance: Double): Either<Exception, Double>

Evaluation of z = f(x) with fuzzy checking whether x is within the function's domain.