This is my 2nd git repository (using turtle) The provided Python code utilizes the Turtle graphics library to create a visually appealing recursive tree. Here's a description of the code: Library Import: import turtle ->This line imports the 'turtle' module, which provides a convenient way to draw graphics using a turtle metaphor. Turtle Initialization: tu = turtle.Turtle() -> A turtle object named 'tu' is created to draw on the screen. Setting up Turtle Screen: tu.screen.bgcolor("black") ->The background color of the turtle screen is set to black. Turtle Appearance Settings: tu.pensize(2) tu.color("green") tu.left(90) tu.backward(100) tu.speed(100) tu.shape('turtle') These lines configure the turtle's pen size, color, orientation, initial position, drawing speed, and shape. Recursive Tree Drawing Function: def tree(i): if i < 10: return else: tu.forward(i) tu.color("orange") tu.circle(2) tu.color("brown") tu.left(30) tree(3 * i / 4) tu.right(60) tree(3 * i / 4) tu.left(30) tu.backward(i) The tree function is defined to draw a recursive 'tree'. It takes a parameter 'i' representing the length of the branch. If 'i' is less than 10, the function returns, otherwise, it draws a branch, a circle as a leaf, and recursively calls itself to draw the left and right sub-trees. Drawing the Tree: tree(100) -> The 'tree' function is called with an initial length of 100 to start drawing the entire tree. Finishing the Drawing: turtle.done()
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Tech-Anshika/turtle.py
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This is my 2nd git repository (using turtle)
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