The document describes a task to create a function named 'turtleflower' that utilizes turtle graphics to draw flower petals using repeated squares. It emphasizes the need to calculate angles based on the number of squares and to utilize filling functions to enhance the visual output. Additionally, all code must be structured within functions, starting with a main function that initializes a turtle object.

1. Based on the turtle object, create a function called TurtleFlower, that uses the turtle location to
draw a square, then turn some degrees and draw another square and so on to end up with what
looks like flower petals. Do this by writing a function drawFlower that uses numOfSquares as a
parameter, then draws repeated squares based on the parameter. You will need to calculate the
angle to turn by based on the number of squares. There are two more turtle functions we can use:
begin_fill and end_fill. When begin_fill is activated it keeps track of where it started so when you
call end_fill it knows to fill in the space covered by lines; Update the code of the square flower
petals so the space is filled. **Important** Make sure you have no floating code. All statements
must be in a function. To get things started write a main function, then call it at the end. The main
function must create a turtle object and no part of your code should access the methods of the
turtle class directly. It all should be through the object.