"""
Author: Sohie Lee
Consulted: 
Date: Spring 2022
Purpose: Lab03, Turtle Functions
Filename: turtleStuff.py SOLUTIONS Extra practice
"""


from turtle import *
from turtleBeads import *


def logo(size, mainColor):
    '''Draws a square CS logo with fillcolor mainColor
    that contains the letters "cs" in bold arial font
    with fontsize half the size of the square.'''
    pencolor(mainColor)
    fillcolor(mainColor)
    begin_fill()
    drawSquare(size)
    end_fill()

    pencolor('white')
    # note the integer division because font size must be an integer
    write('cs', font=('Arial', size//2, 'bold'))


def testLogo():
    '''Provided test function for logo(). Draws 3 separate cs logos
    at 3 different locations.'''
    logo(50, 'red')
    teleport(200,50)
    logo(100, 'navy')
    teleport(-250,-200)
    logo(300, 'darkslategrey')


def bullsEye(size,c1,c2):
    '''Draws 4 concentric circles from outside in, each
    circle decreasing in radius by 25%. 
    Initially start with just outlines, fill in later'''
    pensize(5)
    # note use of variable, so we don't need to keep recalculating
    delta = size/4 
    pencolor(c1)
    fillcolor(c1)
    begin_fill()
    drawCircle(size)
    end_fill()
    pencolor(c2)
    fillcolor(c2)
    begin_fill()
    drawCircle(size-delta)
    end_fill()
    pencolor(c1)
    fillcolor(c1)
    begin_fill()
    drawCircle(size-2*delta)
    end_fill()
    pencolor(c2)
    fillcolor(c2)
    begin_fill()
    drawCircle(size-3*delta)
    end_fill()


def testBullsEye():
    '''Testing the bullseye function'''
    # big one centered
    bullsEye(400, 'cadetBlue', 'bisque4')
    teleport(-100, 150)
    bullsEye(150, 'red','darkSeaGreen3')
    teleport(100, 300)
    bullsEye(80, 'black', 'white')
    teleport(-200, -150)
    bullsEye(180, 'orange','yellow')
    teleport(0, -200)
    bullsEye(80, 'midnightblue', 'lightcyan2')
    teleport(50, 200)
    bullsEye(20, 'dodgerBlue3', 'lightpink')
    teleport(100, -10)
    bullsEye(120, 'bisque','magenta')


def rectFlower(col, width, height):
    '''Draws a flower with 5 rectangular petals that rotate about the center.
    Each rectangle has width X height dimensions and is rotated 72 degrees
    from its neighboring petals.'''
    pencolor(col)
    fillcolor(col)
    # using just one begin_fill and end_fill so that
    # overlapping areas are filled with white
    begin_fill()
    drawRectangle(width, height)
    lt(72)
    drawRectangle(width, height)
    lt(72)
    drawRectangle(width, height)
    lt(72)
    drawRectangle(width, height)
    lt(72)
    drawRectangle(width, height)
    lt(72)
    end_fill()
    
def testRectFlower():
    '''Tests the rectFlower function with 3 invocations.'''
    rectFlower('orange', 75, 30)
    teleport(200, 100)
    rectFlower('navy', 200, 125)
    teleport(-200, -100)
    rectFlower('lightCyan2', 200, 34)
 
def bouquet(col, width, height):
    '''Draws a bouquet of 4 flowers, each at the corner of a square
    with side length width. Invokes rectFlower. Maintains a position
    and heading invariant.'''
    rectFlower(col, width, height)
    lt(90)
    leap(width)
    rectFlower(col, width, height)
    lt(90)
    leap(width)
    rectFlower(col, width, height)
    lt(90)
    leap(width)
    rectFlower(col, width, height)
    lt(90)    
    leap(width)


def pattern1(col, width, height):
    '''
    Draws four bouquets of 4 flowers, each bouquet is at the corner of a
    squa re with side length width*0.75. Each flower has rectangular
    petals that are 25% of the width and 25% of the height. Maintains a
    position and heading invariant.
    '''
    bouquet(col, width/4, height/4)
    lt(90)
    leap(width*0.75)
    bouquet(col, width/4, height/4)
    lt(90)
    leap(width*0.75)
    bouquet(col, width/4, height/4)
    lt(90)
    leap(width*0.75)
    bouquet(col, width/4, height/4)
    lt(90)
    leap(width*0.75)