Complex numbers are those numbers which consist of imaginary and real part. Here first you should define a class Complex in which there are two data members real and imaginary (both of type float). This class should overload+ operators for complex numbers. Your next goal is to implement ComplexArray class, to store many complex numbers of type Complex in an array. You class should provide following functionalities. • Overload subscript operator to get'set a complex object in ComplexArray. • Overload function calling operator in ComplexArray which takes two integers as arguments i, j where first argumenticontains index and second integerj contains 0 or 1.0 injis to get/set the real part and 1 is to get/set imaginary part of complex number at ith index of Complex Array object. Read given code to understand usage of operators • Overload += operator to add an object of Complex in ComplexArray object. • Overload -= operator to remove an Complex object from ComplexArray object if exist. •Qveaload stream insertion operator to overload all complex objects of Complex Aray in (2.3+4.51) format. int main0{ Complex cl(1,4), c2(2,5), c3; // constructors ComplexArray arr(3); / constructor with initial size
Complex numbers are those numbers which consist of imaginary and real part. Here first you should define a class Complex in which there are two data members real and imaginary (both of type float). This class should overload+ operators for complex numbers. Your next goal is to implement ComplexArray class, to store many complex numbers of type Complex in an array. You class should provide following functionalities. • Overload subscript operator to get'set a complex object in ComplexArray. • Overload function calling operator in ComplexArray which takes two integers as arguments i, j where first argumenticontains index and second integerj contains 0 or 1.0 injis to get/set the real part and 1 is to get/set imaginary part of complex number at ith index of Complex Array object. Read given code to understand usage of operators • Overload += operator to add an object of Complex in ComplexArray object. • Overload -= operator to remove an Complex object from ComplexArray object if exist. •Qveaload stream insertion operator to overload all complex objects of Complex Aray in (2.3+4.51) format. int main0{ Complex cl(1,4), c2(2,5), c3; // constructors ComplexArray arr(3); / constructor with initial size
Computer Networking: A Top-Down Approach (7th Edition)
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Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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It is c++ code solve within 30 minutes. Avoid plagiarism make it different from others which already available on internet. Please solve within 30 minutes.
Transcribed Image Text:Q1:
Complex numbers are those numbers which consist of imaginary and real part. Here first you should
define a class Complex in which there are two data members real and imaginary (both of type float).
This class should overload+ operators for complex numbers.
Your next goal is to implement ComplexArey class, to store many complex numbers of type
Complex in an array. You class should provide following functionalities.
• Overload subscript operator to get/set a complex object in Complex Array.
• Overload function calling operator in ComplexArray which takes two integers as arguments i j
where
firstargument icontains index and second integer j contains 0 or 1.0 injis to get/set the real part and
1 is
te get/set imaginary part of complex number at ith index of Çomplex Array object. Read given code to
understand usage of operators
• Overload += operator to add an object of Complex in Complesdrray. object.
• Overload -= operator to remove an Complex object from ÇomplexArray object if exist.
Qveaload stream insertion operator to overload all complex objects of ComplexArray, in (2.3+4.5i)
format.
int main0{
Complex cl(1,4), c2(2,5), c3; constructors
Complex Array, arr(3); // constructor with initial size
arr(0,0)=5; // assign to real part of 1st complex number
![Telenor O
3 K/s O'O O 88)) 9:09 AM
https://classroom.google.com/u/:
3
Page 1 c
40 AM
an0,1)=12; / assign to imaginary part of 1st complex
c3=c1+c2;
anſ0]=c3;
an[1]=c1-c2;
c3=an[1]*c2;
ant-c1; // addcl in the array
an-=cl; // remove c1 from the array if exists.
Complex Anay *pl=new ComplexAnay: // should not make object
ComplexAray "p2=new ComplexAray[20]; // should not make array.
cout < an, // should display the complete aray.
cout << an 0); / should display the first complex number
}](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3fb377d3-d3a6-47e4-9a2e-345f6789081f%2Ffae672f5-4312-47c6-914d-a85519555905%2F2te82f_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Telenor O
3 K/s O'O O 88)) 9:09 AM
https://classroom.google.com/u/:
3
Page 1 c
40 AM
an0,1)=12; / assign to imaginary part of 1st complex
c3=c1+c2;
anſ0]=c3;
an[1]=c1-c2;
c3=an[1]*c2;
ant-c1; // addcl in the array
an-=cl; // remove c1 from the array if exists.
Complex Anay *pl=new ComplexAnay: // should not make object
ComplexAray "p2=new ComplexAray[20]; // should not make array.
cout < an, // should display the complete aray.
cout << an 0); / should display the first complex number
}
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