EE$6411$ C$++$ Group Programming Project $1.$ Overview This programming project is to be undertaken in groups of three to five students. Any queries regarding the group project should be raised via the module$$s Brightspace Page Discussion facility. You can also post there messages to find a group to join or to look for new group members. Your task is to write a program for circuit analysis, i$.$e$.$ a program that can model circuits of resistors under DC power. The operations that your program should be able to perform are the following: a$)$ Resistance of the overall circuit and of the individual components of the circuit b$)$ Given a voltage applied to the overall circuit, the resulting voltage at the individual components. c$)$ Given a voltage applied to the overall circuit, the resulting current flowing through the overall circuit and through individual components of the circuit. $2.$ Instructions Carefully follow these steps $($in the order given $$ it will simplify your task$)$: $$ Develop a C$++$ class Resistor, which must support at least the following operations $($feel free to add any other operations you deem required$/$desirable$)$: $-$ Creation of resistors with a given resistance and a name$/$label $($string$).$ A newly created resistor will have a voltage of $0$V applied $($and consequently will also have a current of $0$A$).-$ Setting the voltage applied to the resistor $($this method should also automatically calculate the resulting current through the resistor$).-$ Getting the voltage currently applied to the resistor. $-$ Getting the current currently flowing through the resistor. $-$ Getting the name$/$label of the resistor $$ Develop classes $($yes plural!$)$ for Circuits $($see details in next bullet point$)$: use an abstract base class $($Circuit$)$ that defines the common interface $($this can simplify your application$).$ This class then has three concrete derived classes: i$.$ One for circuits with a single component $($this single component must be a resistor$),$ ii$.$ iii. One for circuits connected in series $($must have two components, where each component is implemented as an attribute of the abstract base class type Circuit$)$ One for circuits connected in parallel $($must have two components, where each component is implemented as an attribute of the abstract base class type Circuit$)$ In this assignment, a circuit has at most two components. Each component is again a circuit. Your class must support $($at least$)$ the following operations: $-$ Create circuit with given component$($s$)$ and label$/$name $-$ Get a string representation of the circuit. Use $|$ for parallel and $-$ for series connection. $-$ Get overall resistance. $-$ Get resistance of component one. $-$ Get resistance of component two. Page $1$ of $5-$ Set overall voltage $($also calculates the overall current and sets the component voltages$).$ EE$6411$ C$++$ Programming Autumn $2024-$ Get overall voltage. $-$ Get voltage across component one. $-$ Get voltage across component two. $-$ Get overall current. $-$ Get current through component one. $-$ Get current through component two. $-$ Get the label$/$name of the circuit $$ Add the following methods to your circuit analyser program $($either as global functions or as methods of a class CircuitAnalyser$)$: a$)$ A function$/$method to create $($and return$)$ an object of your Circuit class that models the circuits displayed at the end of this description $($one method per circuit$)$ b$)$ A user interface method $($use a simple console interface $$ there is no need to create any GUI$)$ that prompts the user to enter a number to select from the menu options: i$.$ Choose Circuit $1$ or Circuit $2($as outlined below in Appendix$)$ as current circuit. ii$.$ iii. iv$.$ v$.$ vi$.$ vii. viii. ix$.$ x$.$ Get a string representing current circuit Apply an overall voltage to the current circuit Get resistance of the current circuit Get resistance of component $1$ or component $2$ of the $($as outlined below$)$ circuit $($prompt user again for choice $1$ or $2).$ Get voltage across the overall circuit Get voltage across component $1$ or component $2$ of the current circuit $($prompt user again for choice $1$ or $2).$ Get current through the overall circuit Get current through component $1$ or component $2$ of the current circuit $($prompt user again for choice $1$ or $2)$ Exit the application $$ If your user interface is not in main$(),$ write a main$()$ function to run your application. $$ Make sure to comment all classes$/$files for doxygen.