okay so basically this is the question

remember not to use set up or draw functions.

Q$1$: Draw a Helicopter $[12$ Marks$]$

Draw a helicopter using the shapes that have been taught to you in the class. Figure $1$

demonstrates the sample object. To complete Q$1$ your sketch should meet the following

criteria:

$$ Draw a helicopter similar to$,$ but not the same as$,$ the one shown here.$[1]$

$$ Use a canvas size of $500$ by $500.[1]$

$$ Your helicopter must have at least: $[1]$

o One rectangle, ellipse, line and triangle.

o Make use of at least two additional colors other than black and white.

o Note: Sample drawing and video has not been given any color. Use your

creativity!

$$ The helicopter should have the features as explained in Figure $1.[6]$

o Cockpit and Cockpit Windows

o Fuselage

o Blades

o Main Rotor and Engine Cover

o Sync Elevator, Elevator Tail and Elevator Deval

o Tail Boom and Tail fin.

$$ Use final named constants to set the size and position of the shapes that make up the

helicopter. $[1]$

$$ At all times, your helicopter should be at the center of the canvas, and it should fill the

entire canvas. $[2]$

$$ Note: This is a static Processing program $($no setup or draw functions$).$ i made the helicopter but i think that the code isnt right.

here is my code

background$(255)$;

float centerX $=$ width $/2$;

float centerY $=$ height $/2$;

$//$ Helicopter dimensions and colors

final float ELEVATOR$\_$TAIL$\_$WIDTH $=55$;

final float ELEVATOR$\_$TAIL$\_$HEIGHT $=10$;

final float ELEVATOR$\_$DECAL $=173$;

final float TAIL$\_$BOOMX $=230$;

final int FUSELAGE$\_$X $=150$;

final int FUSELAGE$\_$DIAMETER $=100$;

final int COCKPIT$\_$WIDTH $=50$;

final int ENGINE$\_$COVER $=30$;

final int WINDOW$\_$HEIGHT $=8$;

final int MAIN$\_$ROTOR $=78$;

final int BLADE$1$X $=410$;

final int BLADE$1$Y $=200$;

final int BLADE$2$X $=255$;

final int BLADE$2$Y $=50$ ;

final int TAIL$\_$FIN $=160$;

$//$ DRAW ELEVATOR TAIL ABOVE

fill$(200,200,200)$; $//$ Light gray color

rect$($centerX$-200,$ centerY$-50,$ ELEVATOR$\_$TAIL$\_$WIDTH, ELEVATOR$\_$TAIL$\_$HEIGHT$)$;

$//$ DRAW SYN ELEVATOR

fill$(150,150,150)$; $//$ Darker gray color

rect$($centerX $-$ ELEVATOR$\_$TAIL$\_$HEIGHT $*19,$ centerY $-$ ELEVATOR$\_$TAIL$\_$HEIGHT $*4,$ ELEVATOR$\_$TAIL$\_$WIDTH $-20,$ ELEVATOR$\_$TAIL$\_$HEIGHT $*10)$;

$//$ DRAW ELEVATOR TAIL BELOW

fill$(200,200,200)$; $//$ Light gray color

rect$($centerX$-200,$ centerY $+60,$ ELEVATOR$\_$TAIL$\_$WIDTH, ELEVATOR$\_$TAIL$\_$HEIGHT$)$;

$//$ DRAW ELEVATOR DECAL $1$

fill$(255,0,0)$; $//$ Red color

circle$($centerX $-$ ELEVATOR$\_$DECAL, centerY $-23,$ ELEVATOR$\_$TAIL$\_$HEIGHT $+5)$;

$//$ DRAW ELEVATOR DECAL $1$

circle$($centerX $-$ ELEVATOR$\_$DECAL, centerY $+45,$ ELEVATOR$\_$TAIL$\_$HEIGHT $+5)$;

$//$ DRAW TAIL BOOM

fill$(100,100,100)$; $//$ Dark gray color

triangle$($centerX $-$ TAIL$\_$BOOMX, centerY $+$ ELEVATOR$\_$TAIL$\_$HEIGHT, centerX, centerY, centerX, centerY $+30)$;

$//$ DRAW FUSELAGE

fill$(50,50,150)$; $//$ Blue color

circle$($centerX $+$ FUSELAGE$\_$X$,$ centerY, FUSELAGE$\_$DIAMETER$)$;

$//$ DRAW COCKPIT

fill$(0,0,150)$; $//$ Dark blue color

rect$($centerX$,$ centerY $-$ COCKPIT$\_$WIDTH, FUSELAGE$\_$X$,$ FUSELAGE$\_$DIAMETER$)$;

$//$ DRAW COCKPIT WINDOW $1$ ABOVE

fill$(0,255,255)$; $//$ Cyan color

rect$($centerX $+$ ENGINE$\_$COVER, centerY $-$ COCKPIT$\_$WIDTH, FUSELAGE$\_$DIAMETER, WINDOW$\_$HEIGHT$)$;

$//$ DRAW COCKPIT WINDOW $1$ BELOW

rect$($centerX $+$ ENGINE$\_$COVER, centerY $+43,$ FUSELAGE$\_$DIAMETER, WINDOW$\_$HEIGHT$)$;

$//$ DRAW ENGINE COVER

fill$(50,50,50)$; $//$ Dark gray color

rect$($centerX $+$ ENGINE$\_$COVER, centerY $-25,$ FUSELAGE$\_$DIAMETER, COCKPIT$\_$WIDTH$)$;

$//$ DRAW MAIN ROTOR

fill$($#$46$FFF$1)$; $//$ Black color

circle$($centerX $+$ MAIN$\_$ROTOR, centerY, ENGINE$\_$COVER$)$;

$//$ DRAW MAIN ROTOR BLADES

fill$($#FF$4646)$; $//$ Dark gray color

triangle$($centerX $+$ MAIN$\_$ROTOR, centerY, centerX $+$ MAIN$\_$ROTOR $+150,$ centerY $-15,$ centerX $+$ MAIN$\_$ROTOR $+150,$ centerY $+15)$;

triangle$($centerX $+$ MAIN$\_$ROTOR, centerY, centerX $+$ MAIN$\_$ROTOR $-150,$ centerY $-15,$ centerX $+$ MAIN$\_$ROTOR $-150,$ centerY $+15)$;

$//$ DRAW TAIL FIN

fill$(100,100,100)$; $//$ Dark gray color

ellipse$($centerX $-$ TAIL$\_$FIN, centerY $+$ ELEVATOR$\_$TAIL$\_$HEIGHT, ENGINE$\_$COVER, ELEVATOR$\_$TAIL$\_$HEIGHT$)$;

now i want my all parts to be relative to the center and i want to make the main rotor as my center, becuz the next question says

Q$2$: Scalable and movable. $[10$ Marks$]$

Modify your program Q$1$ to meet the following criteria:

$$ Use a canvas size of $500$ by $500.[1]$

$$ The cursor has to be in the center of your main rotor all the times, even when the

helicopter is moving.$[3]$

$$ Change constant SCALE to a variable scale for this question. Consider scale in all your

calculations so by changing this variable, the helicopter becomes smaller or bigger.$[3]$

Requirement is that changing the value of scale changes the scale of the drawing

appropriately.

$$ Use of following functions to help organize your code.$[5]$

o cockPit$()$;

o elevator$()$;

o tailBoom$()$;

o bladeAndRotor$()$;

o Note: Create your own functions as and when needed. Please explain the

purpose of the functions using comments.

$$ Note: This is an active processing program $($with setup and draw$).$ so please write a correct code for the helicoptor. i am attaching the photo of helicoptirr