Make a flowchart that looks like this! with the code in GREEN for adding windows that toggle on$/$and off on a Skyline building, please use the images to refer too

behind the design of windows!

$```$

# User$-$changeable variables

backgroundColor $="$#$696969"$

buildingColor $="$#$4$c$2$e$2$e$"$

windowColor $="$#FFFF$99"*$ changed $10/28/2024$

window$\_$height $=16*$ Height of a window

window$\_$width $=20*$ width of a windlow

window$\_$chance $=0\mathrm{.}7$ Probability of a building having windows $($changed $10/28/2$e$24)$

light$\_$on$\_$chance $=0\mathrm{.}5$ Probability of a window being lit $($changed $1$e$/28/2024)$

window$\_$margin $=3$e $\backslash$ Margin from edge of building for windows $($changed $10/28/2$e$24)$

window$\_$gap $=15"$ Gap between windows $($changed $10/28/2$e$24)$

unveilTheCurtain $=$ False $|$ Whether the user wants to see the turtles

def drawWindows$($buildingTurtle$,$ buildingHeight, buildingWidth$)$: # changed $10/28/2024$

# window$\_$rows $=$ random.randint$(10,15)$

# window$\_$columns $=$ random.randint$(1,7)$

# window$\_$height $=($buildingHeight $-2*$ window$\_$margin$)/$ windon$\_$rows

# window$\_$width $=($buildingwidth $-2*$ window$\_$margin $=$ windon$\_$gap $*($window$\_$columns $-$

$1))/$ window$\_$columns

# building$\_$base$\_$y $=$ buildingTurtle.ycor$()=$ buildingHeight

# building$\_$left$\_$x $=$ buildingTurtle.xcor$()=$ buildingWidth $/2$

window$\_$rows $=($buildingHeight $-2*$ window$\_$margin $+$ window$\_$gap$)//($window$\_$height $+$

window$\_$gap$)$

window$\_$columns $=($buildingwidth $=$ window$\_$margin $+$ window$\_$gap$)//($window$\_$width $+$

window$\_$gap$)$

building$\_$base$\_$y $=$ buildingTurtle.ycor$()$

building$\_$left$\_$x $=$ buildingTurtle.xcor$()=$ buildingWidth

for row in range$($window$\_$rows$)$:

for col in range$($window$\_$columns$)$:

if random.random$()$ light$\_$on$\_$chance:

$63$ x $=$ building$\_$left$\_$x $+$ col $*$ window$\_$width $+($col $-1)*$ window$\_$gap $+$

window$\_$margin

$64$ y $=$ building$\_$base$\_$y $+$ row $*$ window$\_$height $+($row $=1)*$ window$\_$gap $+$

window$\_$margin

$65$ drawRectangle$($x$,$ y$,$ window$\_$width, window$\_$height, color$=$windowColor$)$

$96$ floorwidth $=$ random,randint$(($window$\_$width $+2*$window$\_$margin$),($WIDTH $//6))/$ The

floorwidth should have at least one window.

construct.forward$($floorwidth$)$

return floorWidth

def constructWall$($construct$,$ previousWallHeight$=$None, wallHeight$-$None$)$:

if previousWallHeight is None:

construct.setheading$(90)$

wallHeight $=($

random, randint$(($window$\_$height $+2*$window$\_$margin$),$ int$($HEIGHT $/1\mathrm{.}5))$ if

wallHeight is None else wallHeight $|$ The wallHeight should have at least one window,

$```1.$ Create a Flowchart

$($Flowcharts help you catch possible mistakes early on and also let you see if you want to add more functionality.$)$

Example:

Delete the above description of Flowcharts and then copy and paste your Flowchart$($s$)$ here, $\backslash$#$1$: