Replace the solitary brick object with a vector of $5$ bricks.

$1.$ Edit Game.h to #include and replace the single brick for a vector of bricks

$2.$ Add $5$ bricks to the vector with their positions evenly spaced across a single row.

$3.$ Update the Game::Render function to utilize the vector.

$4.$ Update the Game::CheckCollision function to check all the bricks.

Collision Response

If a brick is hit by the ball $3$ times, remove it from the vector.

Win Condition

If no bricks remain, pause the ball and print the following text to the middle of the screen. You win! Press $$R$$ to play again.

Lose Condition

If the ball touches the bottom of the window, pause the ball and print the following text to the middle of the screen. You lose. Press $$R$$ to play again.

End Result

Your finished project should behave like the example. It doesn$$t have to be exact but should contain the same basic functionality.Game::Game$()$

$\{$

for$($int i $=0$; i$<5$;$++$i$)$

$\{$

Box brick;

brick.x$\_$position $=5+$i;

bricks.push$\_$back$($brick$)$;

$\}$

Reset$()$;

$\}$

void Game::Reset$()$

$\{$

Console::SetWindowSize$($WINDOW$\_$WIDTH, WINDOW$\_$HEIGHT$)$;

Console::CursorVisible$($false$)$;

paddle.width $=12$;

paddle.height $=2$;

paddle.x$\_$position $=32$;

paddle.y$\_$position $=30$;

ball.visage $=\text{'}$O$\text{'}$;

ball.color $=$ ConsoleColor::Cyan;

ResetBall$()$;

$//$ TODO #$2-$ Add this brick and $4$ more bricks to the vector

brick.width $=10$;

brick.height $=2$;

brick.x$\_$position $=0$;

brick.y$\_$position $=5$;

brick.doubleThick $=$ true;

brick.color $=$ ConsoleColor::DarkGreen;

$\}$

void Game::ResetBall$()$

$\{$

ball.x$\_$position $=$ paddle.x$\_$position $+$ paddle.width $/2$;

ball.y$\_$position $=$ paddle.y$\_$position $-1$;

ball.x$\_$velocity $=$ rand$()\%2?1$ : $-1$;

ball.y$\_$velocity $=-1$;

ball.moving $=$ false;

$\}$

bool Game::Update$()$

$\{$

if $($GetAsyncKeyState$($VK$\_$ESCAPE$)$ & $0$x$1)$

return false;

if $($GetAsyncKeyState$($VK$\_$RIGHT$)$ && paddle.x$\_$position $<$ WINDOW$\_$WIDTH $-$ paddle.width$)$

paddle.x$\_$position $+=2$;

if $($GetAsyncKeyState$($VK$\_$LEFT$)$ && paddle.x$\_$position $>0)$

paddle.x$\_$position $-=2$;

if $($GetAsyncKeyState$($VK$\_$SPACE$)$ & $0$x$1)$

ball.moving $=!$ball.moving;

if $($GetAsyncKeyState$(\text{'}$R$\text{'})$ & $0$x$1)$

Reset$()$;

ball.Update$()$;

CheckCollision$()$;

return true;

$\}$

$//$ All rendering should be done between the locks in this function

void Game::Render$()$ const

$\{$

Console::Lock$($true$)$;

Console::Clear$()$;

paddle.Draw$()$;

ball.Draw$()$;

$//$ TODO #$3-$ Update render to render all bricks

for$($const auto&brick: bricks$)$

$\{$

brick.Draw$()$;

$\}$

Console::Lock$($false$)$;

$\}$

void Game::CheckCollision$()$

$\{$

$//$ TODO #$4-$ Update collision to check all bricks

if $($brick$.$Contains$($ball$.$x$\_$position $+$ ball.x$\_$velocity, ball.y$\_$position $+$ ball.y$\_$velocity$))$

$\{$

brick.color $=$ ConsoleColor$($brick$.$color $-1)$;

ball.y$\_$velocity $*=-1$;

$//$ TODO #$5-$ If the ball hits the same brick $3$ times $($color $==$ black$),$ remove it from the vector

$\}$

$//$ TODO #$6-$ If no bricks remain, pause ball and display victory text with R to reset

if $($paddle$.$Contains$($ball$.$x$\_$position $+$ ball.x$\_$velocity, ball.y$\_$velocity $+$ ball.y$\_$position$))$

$\{$

ball.y$\_$velocity $*=-1$;

$\}$

$//$ TODO #$7-$ If ball touches bottom of window, pause ball and display defeat text with R to reset