Prerequisites: Turtle Programming in Python
Turtle is an inbuilt module in Python. It provides drawing using a screen (cardboard) and turtle (pen). To draw something on the screen, we need to move the turtle (pen). To move turtle, there are some functions i.e forward(), backward(), etc.
To draw Clock Design :
Following steps are used :
- Import turtle.
- Create Screen object and set Screen configuration.
- Create Turtle object and set its position and speed.
- Draw a dashed line and print number in circular shape.
- Draw center and fill color black in it
- Write “GFG” and “CLOCK” at required position.
Below is the implementation:
Python3
# import packageimport turtle# create a Screen Objectscreen = turtle.Screen()# Screen configurationscreen.setup(500, 500)# Make turtle Objectclk = turtle.Turtle()# set a Turtle object colorclk.color('Green')# set a Turtle object widthclk.width(4)def draw_hour_hand(): clk.penup() clk.home() clk.right(90) clk.pendown() clk.forward(100)# value for numbers in clockval = 0# loop for print clock numbersfor i in range(12): # increment value by 1 val += 1 # move turtle in air clk.penup() # for circular motion clk.setheading(-30 * (i + 3) + 75) # move forward for space clk.forward(22) # move turtle to surface clk.pendown() # move forward for dash line clk.forward(15) # move turtle in air clk.penup() # move forward for space clk.forward(20) # write clock integer clk.write(str(val), align="center", font=("Arial", 12, "normal"))# colored centre by setting position# sets position of turtle at given positionclk.setpos(2, -112)clk.pendown()clk.width(2)# To fill color greenclk.fillcolor('Green')# start fillingclk.begin_fill()# make a circle of radius 5clk.circle(5)# end fillingclk.end_fill()clk.penup()draw_hour_hand()clk.setpos(-20, -64)clk.pendown()clk.penup()# Write Clock by setting positionclk.setpos(-30, -170)clk.pendown()clk.write(' GfG Clock', font=("Arial", 14, "normal"))clk.hideturtle()turtle.done() |
Output:
