def force_field_effect(self, turtle):
"""Find turtle's position relative to its origin. Check if
it's in the force field, then apply force field effect if
so."""
relpos_x = turtle.xcor() - self.origin[0]
relpos_y = turtle.ycor() - self.origin[1]
if self.xcor[0] < relpos_x < self.xcor[1] and \
self.ycor[0] < relpos_y < self.ycor[1]:
if self.type_ == 'positive':
if self.effect == 'gravity':
turtle.S()
elif self.effect == 'color':
turtle.n()
else:
if self.effect == 'gravity':
turtle.s()
elif self.effect == 'color':
turtle.m()
def force_field_effect(self, turtle):
"""Find turtle's position relative to its origin. Check if
it's in the force field, then apply force field effect if
so."""
relpos_x = turtle.xcor() - self.origin[0]
relpos_y = turtle.ycor() - self.origin[1]
if self.xcor[0] < relpos_x < self.xcor[1] and \
self.ycor[0] < relpos_y < self.ycor[1]:
if self.type_ == 'positive':
if self.effect == 'gravity':
turtle.S()
elif self.effect == 'color':
turtle.n()
else:
if self.effect == 'gravity':
turtle.s()
elif self.effect == 'color':
turtle.m()
#This will a mini etch and sketch project
#Importing the classes needed for this
from turtle import Turtle as t
from turtle import Screen as s
#Creating objects for the turtle on the screen and the screen itself
tim = t()
screen = s()
def move_forward():
tim.forward(10)
def move_back():
tim.backward(10)
def turn_left():
new_heading = tim.heading() + 10
tim.setheading(new_heading)
def turn_right():
new_heading = tim.heading() - 10
tim.setheading(new_heading)
def clear():
tim.clear()