'''lecture_10_turtle_objects.py
Play around with multiple `Turtle` objects
Oliver W. Layton
CS 151: Computational Thinking: Visual Media
Spring 2021
'''
import turtle

# def goto(x,y):
#     turtle.goto(x, y)

'''Screen'''
# call Screen's constructor to make a new pop-up window/canvas
myScreen = turtle.Screen()

# Control how big we want it
myScreen.setup(width=800, height=600)

# Customize its background color
myScreen.bgcolor('orange')

# Control what is written on the top of the window
myScreen.title('I am a screen object!')

# Keep screen up until we click

'''Turtles'''
# create 2 turtles
turt1 = turtle.Turtle()
turt2 = turtle.Turtle()

# Place them in different locations
# turt1.goto(200, 200)
# turt2.goto(-200, 200)

# Pick their pens up, then goto their locations, then put one pen down
# turt1.goto(200, 200)
# turt2.penup()
# turt2.goto(-200, 200)
# turt2.pendown()
# myScreen.exitonclick()
# turn each one a different amount and move forward

# put pens down, make each turtle unique: different shapes (e.g. turtle, arrow), colors and pen widths
turt1.color('pink')
turt2.color('blue')
turtle.goto(200, 200) # calling turtle's goto function
goto(200, 200) # calling my goto function
# turt1.goto(200, 200)
turt2.penup()
turt2.goto(-200, 200) # calling turtle's goto function, BUT on turt2
turt2.pendown()
myScreen.exitonclick()


# Call method to determine each turtle object's color