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A decimal number is composed of an integral part and a fractional part. The number appearing before the decimal point is an integral part while the number appearing after the decimal point is called the fractional part. For example, if our number is 1.2 then 1 is an integral part while 2 is the fractional part. Using this concept develop the following class. Your task is to overload the prefix and postfix increment operators for a class called roundoff. The roundoff class has a floating point data member called number. Overload the operators as follows. . Overload the stream insertion and extraction operators to input/output the data. . Prefix increment - When this operator is called there will be an increment in the integer part of the number. For example, if our original number is 3.5 then after prefix increment the result will be 4.5 Postfix increment - When this operator is called there will be an increment in the fractional part of the number. For example, if our original number is 3.5 then after postfix increment the result will be 3.6.

A decimal number is composed of an integral part and a fractional part. The number appearing before the decimal point is an integral part while the number appearing after the decimal point is called the fractional part. For example, if our number is 1.2 then 1 is an integral part while 2 is the fractional part. Using this concept develop the following class. Your task is to overload the prefix and postfix increment operators for a class called roundoff. The roundoff class has a floating point data member called number. Overload the operators as follows. . Overload the stream insertion and extraction operators to input/output the data. . Prefix increment - When this operator is called there will be an increment in the integer part of the number. For example, if our original number is 3.5 then after prefix increment the result will be 4.5 Postfix increment - When this operator is called there will be an increment in the fractional part of the number. For example, if our original number is 3.5 then after postfix increment the result will be 3.6.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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9. please make the given code according to given below instruction in a very easy manner dont copy it from somewhere and paste. also share the screenshots of code and output.

A decimal number is composed of an integral part and a fractional part. The number appearing before the decimal point is an integral part while the number appearing after the decimal point is called the fractional part. For example, if our number is 1.2 then 1 is an integral part while 2 is the fractional part. Using this concept develop the following class. Your task is to overload the prefix and postfix increment operators for a class called roundoff. The roundoff class has a floating point data member called number. Overload the operators as follows. . Overload the stream insertion and extraction operators to input/output the data. . Prefix increment - When this operator is called there will be an increment in the integer part of the number. For example, if our original number is 3.5 then after prefix increment the result will be 4.5 Postfix increment - When this operator is called there will be an increment in the fractional part of the number. For example, if our original number is 3.5 then after postfix increment the result will be 3.6.
Transcribed Image Text:A decimal number is composed of an integral part and a fractional part. The number appearing before the decimal point is an integral part while the number appearing after the decimal point is called the fractional part. For example, if our number is 1.2 then 1 is an integral part while 2 is the fractional part. Using this concept develop the following class. Your task is to overload the prefix and postfix increment operators for a class called roundoff. The roundoff class has a floating point data member called number. Overload the operators as follows. . Overload the stream insertion and extraction operators to input/output the data. . Prefix increment - When this operator is called there will be an increment in the integer part of the number. For example, if our original number is 3.5 then after prefix increment the result will be 4.5 Postfix increment - When this operator is called there will be an increment in the fractional part of the number. For example, if our original number is 3.5 then after postfix increment the result will be 3.6.
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