For my final submission, I decided to make a code that has the coder input a time and when you run it, the clock displays that time. For a future project, I want to try and make a clock with hands that move.

drawing.py

@@ -1,17 +1,26 @@
 # drawing.py
 # ----------
-# By ____(you)___________
+# By Diana Panarello
 #
-# (Briefly describe what this program does.)
+# This program will be a clock that moves.
 
 import turtle
-def draw_clock():
+RADIUS = 200
+def draw_hand(t, length, heading, color, width):
+    t.penup()
+    t.goto(0, 0)
+    t.color(color)
+    t.pensize(width)
+    t.setheading(heading)
+    t.pendown()
+    t.forward(length)
+def draw_clock(hour, minutes):
     screen = turtle.Screen()
     screen.setup(width=600, height=600)
     screen.bgcolor("lightgray")
     t = turtle.Turtle()
     t.penup()
-    t.speed(0)
+    t.speed(-10)
     t.pensize(14)
     t.color("black")
     t.goto(0, -200)
@@ -24,11 +33,26 @@ def draw_clock():
     t.goto(5, -30)
     t.pensize(20) 
     t.color("black")
-    for hour in range(1, 13):
-        angle = 30 * (3 - hour)
+    for h in range(1, 13):
+        angle = 30 * (3 - h)
+        t.speed(-5)
         t.setheading(angle)
         t.forward(NUMBER_RADIUS)
-        t.write(str(hour), align = "center", font = ("Arial", 50, "bold"))
+        t.write(str(h), align = "center", font = ("Arial", 50, "bold"))
         t.backward(NUMBER_RADIUS) 
-draw_clock() 
+    t_hand = turtle.Turtle()
+    t_hand.speed(-5)
+    t_hand.hideturtle()
+    minute_angle_clockwise = minutes * 6
+    minute_heading = 90 - minute_angle_clockwise
+    hour_angle_clockwise = (hour % 12 + minutes / 60) * 30
+    hour_heading = 90 - hour_angle_clockwise
+    HOUR_LENGTH = RADIUS * 0.5
+    draw_hand(t_hand, HOUR_LENGTH, hour_heading, "black", 8)
+    MINUTE_LENGTH = RADIUS * 0.75
+    draw_hand(t_hand, MINUTE_LENGTH, minute_heading, "black", 8)
+
+
+draw_clock(3, 00)
+
 turtle.done()