# Import the package
import turtle
# Create a screen object
screen = turtle.Screen()
# Set the screen configuration
screen.setup(500, 500)
# Make turtle Object
clock = turtle.Turtle()
# Set the turtle object color
clock.color("Orange")
# Set a turtle object width
clock.width(4)
# Function to draw the hour hand
def drawHourHand():
clock.penup()
clock.home()
clock.right(90)
clock.pendown()
clock.forward(100)
# Value for numbers in clock
value = 0
# Loop to print the clock numbers
for i in range(12):
# Increment value by 1
value += 1
# Move the turtle in air
clock.penup()
# Circular motion
clock.setheading(-30 * (i + 3) + 75)
# Move forward for space
clock.forward(22)
# Move the turtle to surface
clock.pendown()
# Move forward for dash line
clock.forward(15)
# Move turtle in air
clock.penup()
# Move forward for space
clock.forward(20)
# Wite clock numbers
clock.write(str(value), align="center", font=("Verdana", 12, "normal"))
# Color the centre by setting position
clock.setpos(2, -112)
clock.pendown()
clock.width(2)
# Fill color blue at the center
clock.fillcolor("Blue")
# Start filling
clock.begin_fill()
# Create a circle of radius 5
clock.circle(5)
# End filling
clock.end_fill()
clock.penup()
drawHourHand()
clock.setpos(-20, -64)
clock.pendown()
clock.penup()
# Write the clock by setting position
clock.setpos(-60, -160)
clock.pendown()
clock.write("Coding Ninjas", font=("Verdana", 15,"normal"))
clock.hideturtle()
turtle.done()
use time in the above from below
import turtle
import time
screen = turtle.Screen() #turtle screen
screen.bgcolor("white") #background of the screen
screen.setup(width=600, height=600) #geometry of the GUI
screen.tracer(0) #tracer for the GUI
kalam = turtle.Turtle() #the turtle
kalam.hideturtle() #make the turtle invisible
kalam.speed(0) #setting the speed to 0
kalam.pensize(3) #setting the pensize to 3
def ghadi_bana(ghantaa, minutee, secondd, kalam): #function with 4 parameters
kalam.up() #not ready to draw
kalam.goto(0, 210) #positioning the turtle
kalam.setheading(180) #setting the heading to 180
kalam.color("red") #setting the color of the pen to red
kalam.pendown() #starting to draw
kalam.circle(210) #a circle with the radius 210
kalam.up() #not ready to draw
kalam.goto(0, 0) #positioning the turtle
kalam.setheading(90) #same as seth(90) in newer version
for z in range(12): #loop
kalam.fd(190) #moving forward at 190 units
kalam.pendown() #starting to draw
kalam.fd(20) #forward at 20
kalam.penup() #not ready to draw
kalam.goto(0, 0) #positioning the turtle
kalam.rt(30) #right at an angle of 30 degrees
hands = [("black", 80, 12), ("black", 150, 60), ("black", 110, 60)] #the color and the hands set
time_set = (ghantaa, minutee, secondd) #setting the time
for hand in hands: #loop
time_part = time_set[hands.index(hand)] #time part in the hand index in hands of time_Set
angle = (time_part/hand[2])*360 #setting the angle for the clock
kalam.penup() #not ready to draw
kalam.goto(0, 0) #positioning the turtle
kalam.color(hand[0]) #setting the color of the hand
kalam.setheading(90) #same as seth(90)
kalam.rt(angle) #right at an angle of "right"
kalam.pendown() #ready to draw
kalam.fd(hand[1]) #forward at a unit of 1st index of the hand var
while True:
ghantaa = int(time.strftime("%I")) #setting the hour from the time module
minutee = int(time.strftime("%M")) #setting the minute from the time module
secondd = int(time.strftime("%S")) #setting the second as above
ghadi_bana(ghantaa, minutee, secondd, kalam) #calling the ghanta_bana() function with the given
parameters
screen.update() #updating the scren
time.sleep(1) #making the code sleep for a second with the time module
kalam.clear() #clearing the pen
