cyb130 week2

turtle_farm.py

import time
import turtle
import math
import random

# Set the background color
screen = turtle.Screen()
screen.bgcolor("skyblue")

# Define a funtion to draw and fill a rectangle with the given
# dimensions and color


def drawRectangle(t, width, height, color):
    t.fillcolor(color)
    t.begin_fill()
    t.forward(width)
    t.left(90)
    t.forward(height)
    t.left(90)
    t.forward(width)
    t.left(90)
    t.forward(height)
    t.left(90)
    t.end_fill()

# Define a function to draw and fill an equalateral right
# triangle with the given hypotenuse length and color.  This
# is used to create a roof shape.


def drawTriangle(t, length, color):
    t.fillcolor(color)
    t.begin_fill()
    t.forward(length)
    t.left(135)
    t.forward(length / math.sqrt(2))
    t.left(90)
    t.forward(length / math.sqrt(2))
    t.left(135)
    t.end_fill()

# Define a function to draw and fill a parallelogram, used to
# draw the side of the house


def drawParallelogram(t, width, height, color):
    t.fillcolor(color)
    t.begin_fill()
    t.left(30)
    t.forward(width)
    t.left(60)
    t.forward(height)
    t.left(120)
    t.forward(width)
    t.left(60)
    t.forward(height)
    t.left(90)
    t.end_fill()

# Define a function to draw four sun rays of the given length,
# for the sun of the given radius.  The turtle starts in the
# center of the circle.


def drawFourRays(t, length, radius):
    for i in range(4):
        t.penup()
        t.forward(radius)
        t.pendown()
        t.forward(length)
        t.penup()
        t.backward(length + radius)
        t.left(90)


def create_turtle():
   # Create our turtle
    turt = turtle.Turtle()
    turt.color("black")
    turt.shape("turtle")
    turt.speed(10)
    return turt


def draw_house(t: any, baseX: int, baseY: int):
    thicc = random.randrange(110, 130)
    # Create our turtle
    george = t
    # Draw and fill the front of the house
    george.penup()
    george.goto(-150 + baseX, -120 + baseY)
    george.pendown()
    drawRectangle(george, 100, 110, "blue")

    # Draw and fill the front door
    george.penup()
    george.goto(-120 + baseX, -120 + baseY)
    george.pendown()
    drawRectangle(george, 40, 60, "lightgreen")
    # Draw front window
    george.penup()
    george.goto(-100 + baseX, -40 + baseY)
    george.pendown()
    drawRectangle(george, 40, 20, "brown")

    # Front roof
    george.penup()
    george.goto(-150 + baseX, -10 + baseY)
    george.pendown()
    drawTriangle(george, 100, "magenta")

    # Side of the house
    george.penup()
    george.goto(-50 + baseX, -120 + baseY)
    george.pendown()
    drawParallelogram(george, 60, 110, "yellow")

    # Window
    george.penup()
    george.goto(-30 + baseX, -60 + baseY)
    george.pendown()
    drawParallelogram(george, 20, 30, "brown")

    # Side roof
    george.penup()
    george.goto(-50 + baseX, -10 + baseY)
    george.pendown()
    george.fillcolor("orange")
    george.begin_fill()
    george.left(30)
    george.forward(60)
    george.left(105)
    george.forward(100 / math.sqrt(2))
    george.left(75)
    george.forward(60)
    george.left(105)
    george.forward(100 / math.sqrt(2))
    george.left(45)
    george.end_fill()

    # Bring the turtle down to the front door, and we're done!
    george.penup()
    george.goto(-100 + baseX, -150 + baseY)
    george.left(90)

house_plot = [-2, -1, 0, 1]

for i in house_plot: 
    builder = create_turtle()
    draw_house(builder, i * -100, i * -100)
    builder = create_turtle()
    draw_house(builder, i * -100 + 400, i * -100)
    builder = create_turtle()
    draw_house(builder, i * -100 + 200, i * -100)
    builder = create_turtle()
    draw_house(builder, i * -100 - 200, i * -100)
    builder = create_turtle()
    draw_house(builder, i * -100 - 400, i * -100)

builder.penup()
builder.goto(-100, -300)
builder.pendown()
builder.write("Michael_Bruno_20180723_CYB130", False, 'left')
builder.penup()
builder.goto(500, 500)
builder.screen.mainloop()