$.$ setPos$($turta$,$ x$,$ y$)$: the function should accept a turtle object turta and the coordinates x and y $($variables$).$ This function sets the position of the turtle to the coordinates x and y without leaving any trace. $2.$ hexagon$($turta$,$ hexa$\_$color, border$\_$color$)$: the function should accept a turtle object turta that draws a hexagon filled with hexa$\_$color color and with a border of border$\_$color color. Each side is of $50$ units. $3.$ square$($turta$,$ square$\_$color, border$\_$color$)$: the function should accept a turtle object turta that draws a square filled with square$\_$color color and with a border$\_$color border. Each side is of $90$ units. $4.$ circle$($turta$,$ circle$\_$color, border$\_$color$)$: the function should accept a turtle object turta that draws a circle filled with circle$\_$color color and with a border$\_$color border. $5.$ pattern$($turta$,$ hexa$\_$color, circle$\_$color, square$\_$color, border$\_$color$)$: the function should accept a turtle object turta that draws a hexagon filled with hexa$\_$color color first followed by a circle filled with circle$\_$color then followed by a square filled with square$\_$color. $6.$ Based on what you have learned in this course and using the appropriate functions defined in above, you are asked to implement a python program $($i$.$e$.$ main$())$ that draws the below diagram $($see Run#$1$ and Run #$2).$ Please be aware that your program should commence by prompting the user to input the colors for the shapes and subsequently, the drawing window $($canvas$)$ will open, initiating the turtle'sDrawing process. not allowed to use $($for$,$while,ect contrastEnter the color of square: blue

Enter the color of shape borders: yellow

Sample Outputs:

Run #$2$:

Enter the color of hexagon: blue

Enter the color of circle: purple

Enter the color of square: yellow

Enter the color of shape borders: red