Question: USE RUST LANGUAGE ONLY! Thank you Operator overloading A common use of traite is to [overload operatorsl (https://doc.ruat-lang.org/book/operatora-and-overloading.html Thia ia an example of polymorphiam in
USE RUST LANGUAGE ONLY! Thank you



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Operator overloading A common use of traite is to [overload operatorsl (https://doc.ruat-lang.org/book/operatora-and-overloading.html Thia ia an example of polymorphiam in object-oriented paradigm. It define existing operat allowa you ## Example The following program overloads theandoperators and implements the Display trait on the Complex type ors on your cuatoa types use stdi : (ops,fmt); Debug)] #[derive (Part ialEq, pub struet Complex> opa::Add for Complex 1 type Output = Self; fn add (self, rhs : self) self:Output { Complex t re elf.re +rhe.re im: aelf.im + rhs.im irplcT: ops: Subcoutput T> ops: Sub for ComplexcT> I type Output Self; fn aub(aelf, rhe: Self > Self::Output t Complex re: self.re -rhs.re im: self.im - rhe.im impleT! ops! :Addoutput-T> + ops.. Sub + ops!:Muloutput=T> + Copy> ope: Mul for ConplexcT type Output Self; fn mul(aelf, rhe: Self > Self::Output t Complex re: self.re rhs.re - aelf.im * rhs.im, irplcT: fmt:Display> fmt: Diaplay for ComplexT fn fmt(&self, f: mut fmt : :Formatter) fmt: :Result { writel (, ":j", self.re, self.im) Operator overloading A common use of traite is to [overload operatorsl (https://doc.ruat-lang.org/book/operatora-and-overloading.html Thia ia an example of polymorphiam in object-oriented paradigm. It define existing operat allowa you ## Example The following program overloads theandoperators and implements the Display trait on the Complex type ors on your cuatoa types use stdi : (ops,fmt); Debug)] #[derive (Part ialEq, pub struet Complex> opa::Add for Complex 1 type Output = Self; fn add (self, rhs : self) self:Output { Complex t re elf.re +rhe.re im: aelf.im + rhs.im irplcT: ops: Subcoutput T> ops: Sub for ComplexcT> I type Output Self; fn aub(aelf, rhe: Self > Self::Output t Complex re: self.re -rhs.re im: self.im - rhe.im impleT! ops! :Addoutput-T> + ops.. Sub + ops!:Muloutput=T> + Copy> ope: Mul for ConplexcT type Output Self; fn mul(aelf, rhe: Self > Self::Output t Complex re: self.re rhs.re - aelf.im * rhs.im, irplcT: fmt:Display> fmt: Diaplay for ComplexT fn fmt(&self, f: mut fmt : :Formatter) fmt: :Result { writel (, ":j", self.re, self.im)