from turtle import Turtle
from random import *
tina = Turtle()

def circle_area(r):
    return 3.14159 * r * r

def circle_circumference(r):
    return 3.14159 * 2 * r

def draw_circle(t_name, r, col):
    t_name.color(col)
    t_name.dot(2 * r)

    t_name.penup()
    t_name.goto(0,5) #Assumes circle is at 0,0.
    t_name.pendown()
    t_name.color("black")
    t_name.write("Area: " + str(circle_area(r)), align="center")

    t_name.penup()
    t_name.goto(0,-5)
    t_name.pendown()
    t_name.color("black")
    t_name.write("Circumference: " + str(circle_circumference(r)), align="center")

def area_rectangle(x,y):
    rec_area = x * y
    return rec_area

def perimeter_rectangle(x,y):
    rec_perimeter = 2 * (x + y)
    return rec_perimeter

def draw_rectangle(t_name,x,y,col):
    t_name.hideturtle
    t_name.color(col)
    t_name.penup()
    t_name.goto(-x/2,y/2)
    t_name.pendown()
    t_name.begin_fill()
    t_name.goto(x/2,y/2)
    t_name.goto(x/2,-y/2)
    t_name.goto(-x/2,-y/2)
    t_name.goto(-x/2,y/2)
    t_name.end_fill()

    t_name.penup()
    t_name.goto(0,5) #Assumes rectangle is at 0,0.
    t_name.pendown()
    t_name.color("black")
    t_name.write("Area: " + str(area_rectangle(x,y)), align="center")

    t_name.penup()
    t_name.goto(0,-5)
    t_name.pendown()
    t_name.color("black")
    t_name.write("Circumference: " + str(perimeter_rectangle(x,y)), align="center")

draw_rectangle(tina,50,70,"blue")


#draw_circle(tina,25,"red")