forked from kscience/kmath
Fixed forgotten TODOs
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@ -105,34 +105,58 @@ public class RationalFunctionSpace<C, A : Ring<C>> (
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*
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*
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* The operation is equivalent to adding [this] copies of unit polynomial to [other].
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* The operation is equivalent to adding [this] copies of unit polynomial to [other].
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*/
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*/
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public override operator fun Int.plus(other: RationalFunction<C>): RationalFunction<C> = TODO()
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public override operator fun Int.plus(other: RationalFunction<C>): RationalFunction<C> =
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RationalFunction(
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other.denominator * this + other.numerator,
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other.denominator
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)
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/**
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/**
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* Returns difference between the integer represented as rational function and the rational function.
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* Returns difference between the integer represented as rational function and the rational function.
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*
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*
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* The operation is equivalent to subtraction [this] copies of unit polynomial from [other].
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* The operation is equivalent to subtraction [this] copies of unit polynomial from [other].
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*/
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*/
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public override operator fun Int.minus(other: RationalFunction<C>): RationalFunction<C> = TODO()
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public override operator fun Int.minus(other: RationalFunction<C>): RationalFunction<C> =
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RationalFunction(
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other.denominator * this - other.numerator,
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other.denominator
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)
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/**
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/**
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* Returns product of the integer represented as rational function and the rational function.
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* Returns product of the integer represented as rational function and the rational function.
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*
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*
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* The operation is equivalent to sum of [this] copies of [other].
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* The operation is equivalent to sum of [this] copies of [other].
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*/
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*/
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public override operator fun Int.times(other: RationalFunction<C>): RationalFunction<C> = TODO()
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public override operator fun Int.times(other: RationalFunction<C>): RationalFunction<C> =
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RationalFunction(
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this * other.numerator,
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other.denominator
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)
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// endregion
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// endregion
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// region Constant-rational relation
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// region Constant-rational relation
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/**
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/**
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* Returns sum of the constant represented as rational function and the rational function.
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* Returns sum of the constant represented as rational function and the rational function.
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*/
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*/
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public override operator fun C.plus(other: RationalFunction<C>): RationalFunction<C> = TODO()
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public override operator fun C.plus(other: RationalFunction<C>): RationalFunction<C> =
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RationalFunction(
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other.denominator * this + other.numerator,
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other.denominator
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)
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/**
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/**
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* Returns difference between the constant represented as polynomial and the rational function.
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* Returns difference between the constant represented as polynomial and the rational function.
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*/
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*/
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public override operator fun C.minus(other: RationalFunction<C>): RationalFunction<C> = TODO()
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public override operator fun C.minus(other: RationalFunction<C>): RationalFunction<C> =
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RationalFunction(
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other.denominator * this - other.numerator,
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other.denominator
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)
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/**
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/**
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* Returns product of the constant represented as polynomial and the rational function.
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* Returns product of the constant represented as polynomial and the rational function.
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*/
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*/
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public override operator fun C.times(other: RationalFunction<C>): RationalFunction<C> = TODO()
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public override operator fun C.times(other: RationalFunction<C>): RationalFunction<C> =
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RationalFunction(
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this * other.numerator,
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other.denominator
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)
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// endregion
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// endregion
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// region Rational-constant relation
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// region Rational-constant relation
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@ -166,15 +190,27 @@ public class RationalFunctionSpace<C, A : Ring<C>> (
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/**
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/**
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* Returns sum of the polynomial represented as rational function and the rational function.
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* Returns sum of the polynomial represented as rational function and the rational function.
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*/
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*/
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public override operator fun Polynomial<C>.plus(other: RationalFunction<C>): RationalFunction<C> = TODO()
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public override operator fun Polynomial<C>.plus(other: RationalFunction<C>): RationalFunction<C> =
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RationalFunction(
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other.denominator * this + other.numerator,
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other.denominator
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)
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/**
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/**
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* Returns difference between the polynomial represented as polynomial and the rational function.
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* Returns difference between the polynomial represented as polynomial and the rational function.
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*/
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*/
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public override operator fun Polynomial<C>.minus(other: RationalFunction<C>): RationalFunction<C> = TODO()
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public override operator fun Polynomial<C>.minus(other: RationalFunction<C>): RationalFunction<C> =
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RationalFunction(
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other.denominator * this - other.numerator,
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other.denominator
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)
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/**
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/**
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* Returns product of the polynomial represented as polynomial and the rational function.
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* Returns product of the polynomial represented as polynomial and the rational function.
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*/
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*/
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public override operator fun Polynomial<C>.times(other: RationalFunction<C>): RationalFunction<C> = TODO()
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public override operator fun Polynomial<C>.times(other: RationalFunction<C>): RationalFunction<C> =
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RationalFunction(
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this * other.numerator,
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other.denominator
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)
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// endregion
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// endregion
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// region Rational-polynomial relation
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// region Rational-polynomial relation
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