Deliverable $3$:

In this third deliverable, you are going to be using the Standard Template Library Data

Structures. vector, stack, queue, forward list.

Steps :

Select $3$ data structures out of these $4$ and implement them using the class in your

project. Build your data structure, using at least $5$ objects from your class.

Print the content of each data structure to note how objects are stored and

retrieved based on the data structure

To be returned:

$-$Your programs.

$-$Screen shots of your programs execution.

my class was planet, here is my code:

$//$Planet$.$cpp

#include "Planet.h$"$

#include

Planet::Planet$()$

$\{$

name $=""$;

distance$\_$From$\_$Sun$=0$;

has$\_$Life $=$ false;

classification$=\text{'}$U$\text{'}$;

diameter$=0\mathrm{.}0$;

$\}$

$//$ Parameterized constructor

Planet::Planet$($string name, int distance$\_$From$\_$Sun, bool has$\_$Life, char classification, double diameter$)$

$\{$

this$->$name $=$ name;

this$->$distance$\_$From$\_$Sun $=$ distance$\_$From$\_$Sun;

this$->$has$\_$Life$=$has$\_$Life;

this$->$classification$=$classification;

this$->$diameter$=$diameter;

$\}$

$//$ Setters functions which initialize the instance variables

void Planet::setName$($std::string name$)\{$ this$->$name $=$ name; $\}$

void Planet::setDistanceFromSun$($int distance$)\{$ distance$\_$From$\_$Sun $=$ distance; $\}$

void Planet::setHasLife$($bool life$)\{$ has$\_$Life $=$ life; $\}$

void Planet::setClassification$($char classification$)\{$ this$->$classification $=$ classification; $\}$

void Planet::setDiameter$($double diameter$)\{$ this$->$diameter $=$ diameter; $\}$

$//$ Getters functions

string Planet::getName$()$ const $\{$ return name; $\}$

int Planet::getDistanceFromSun$()$ const $\{$ return distance$\_$From$\_$Sun; $\}$

bool Planet::hasLife$()$ const $\{$ return has$\_$Life; $\}$

char Planet::getClassification$()$ const $\{$ return classification; $\}$

double Planet::getDiameter$()$ const $\{$ return diameter; $\}$

$//$ prints Planet object

void Planet::printObject$()$ const $\{$

cout $$ "Name: $"$ name $$ endl;

cout $$ "Distance from Sun: $"$ distance$\_$From$\_$Sun million miles" $$ endl;

cout $$ "Has life: has$\_$Life $?$ "Yes" : $"$No$")$ endl;

cout $$ "Classification: $"$ classification $$ endl;

cout $$ "Diameter: $"$ diameter miles" $$ endl;

$\}$

$//$ Function which Compare two Planet class objects

int Planet::compare$($const Planet& other$)$ const $\{$

if $($distance$\_$From$\_$Sun $$ other.distance$\_$From$\_$Sun$)\{$

return $-1$;

$\}$ else if $($distance$\_$From$\_$Sun $==$ other.distance$\_$From$\_$Sun$)\{$

return $0$;

$\}$ else $\{$

return $1$;

$\}$

$\}$