Create a flowchart with this python code for the window function!

Here is the python code to convert into flowchart below!

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

window$\_$width $=20$ # Width of a window

window$\_$chance $=0\mathrm{.}7$ # Probability of a building having windows $($changed $10/28/2024)$

window$\_$chance $=0\mathrm{.}7$ # Probability of a building having windows $($changed $10/28/2024)$

light$\_$on$\_$chance $=0\mathrm{.}5$ # Probability of a window being lit $($changed $10/28/2024)$

light$\_$on$\_$chance $=0\mathrm{.}5$ # Probability of a window being lit $($changed $10/28/2024)$

window$\_$margin $=5$ # Margin from edge of building for windows $($changed $10/28/2024)$

window$\_$margin $=30$ # Margin from edge of building for windows $($changed $10/28/2024)$

window$\_$gap $=3$ # Gap between windows $($changed $10/28/2024)$

window$\_$gap $=15$ # Gap between windows $($changed $10/28/2024)$

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

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

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

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

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

window$\_$width $=($buildingWidth $-2*$ window$\_$margin $-$ window$\_$gap $*($window$\_$columns $-1))/$ window$\_$columns

# window$\_$width $=($buildingWidth $-2*$ window$\_$margin $-$ window$\_$gap $*($window$\_$columns $-1))/$ window$\_$columns

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

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

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

# 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

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

y $=$ building$\_$base$\_$y $+$ row $*$ window$\_$height $+$ window$\_$margin

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

drawRectangle$($x$,$ y$,$ window$\_$width, window$\_$height $*0\mathrm{.}8,$ color$=$windowColor$)$

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

floorWidth $=$ random.randint$(($window$\_$width $+2*$window$\_$margin$),($WIDTH $//6))$ # The floorWidth should have at least one window.

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.

Looking forward to the flowchart! Make sure it is only drawing the windows part of the program and have a 'start' and 'end' for the flowchart.