from graphics import *
import time


class MC:
    def __init__(self, x, y, radius, window):
        self.window = window
        self.goingLeft = True
        self.goingRight = True
        self.goingUp = True
        self.goingDown = True
        self.circleColor = color_rgb(0, 255, 0)
        self.circle = Circle(Point(x, y), radius)
        self.circle.setFill(self.circleColor)
        self.circle.draw(window)


    def step(self):
        windowHeight = self.window.getHeight()
        windowWidth = self.window.getWidth()
        x = self.circle.getCenter().getX()
        y = self.circle.getCenter().getY()

        if self.goingLeft:
            dx = -10

        if self.goingRight:
            dx = 10

        if x + dx >= windowWidth - self.circle.getRadius():
            self.goingLeft = False
        elif x + dx <= self.circle.getRadius():
            self.goingLeft = True

        if self.goingUp:
            dy = -10


        if self.goingDown:
            dy = 10


        if y + dy >= windowHeight - self.circle.getRadius():
            self.goingUp = False
        elif y + dy <= self.circle.getRadius():
            self.goingUp = True

       # self.circle.setFill(color_rgb(int(255 * (windowWidth - x) / windowWidth),0,int(255 * (x / windowWidth))))
        #self.circle.setFill(self.downColor *((windowHeight - y) / windowHeight) + self.UpColor * (y / windowHeight))

        self.circle.move(dx, 0)

    def routeLR(self):
        direction = input('Where do you want to go? Your choices are left or right. ')
        if direction.rstrip() == "":
            print("Type something!")
            self.routeLR()
        elif direction.rstrip() == "^[[C":
            print("Type something!")
            self.routeLR()
        elif direction.rstrip() == "^[[D":
            print("Type something!")
            self.routeLR()
        elif direction.rstrip().lower().startswith("l"):
            self.goingLeft = True
            self.goingRight = False
            for i in range(7):
                self.step()

        elif direction.rstrip() == "right":
            self.goingLeft = False
            self.goingRight = True
            for i in range(7):
                 self.step()
        else:
            print('Rude. Try again')
            self.routeLR()

    def routeUD(self):
        direction = input('Good! How about trying up or down? ')
        if direction == "up":
            self.goingUp = True
            self.goingDown = False
            for i in range(7):
                self.step()

        elif direction == "down":
            self.goingUp = False
            self.goingDown = True
            for i in range(7):
                self.step()
        else:
            print('Stop that! Try again')
            self.routeUD()

def sayMaize(window, x, y):
    textColor = color_rgb(255, 255, 255)
    text = Text(Point(x, y), 'The Maize')
    text.setTextColor(textColor)
    text.setSize(24)
    text.draw(window)







def main():
    windowHeight = 500
    windowWidth = 500
    windowTitle = 'worldworld'
    radius = 70
    center = Point(windowWidth / 2, windowHeight / 2)
    circle = Circle(center, radius)
    backgroundColor = color_rgb(40, 40, 40)
    window = GraphWin(windowTitle, windowWidth, windowHeight)
    window.setBackground(backgroundColor)
    ball = MC(windowWidth / 2, 250, 50, window)



    sayMaize(window, (windowWidth/2), (windowHeight/1.2))

    print('Welcome to the maize! Press enter if you want to talk.')
    input("")
    print("The rules are simple. You're trapped and I know the way out. ")
    input("")
    print("I'll help you if you want, but we'll have to be fast.")
    input("")
    print("Don't worry, they don't know you're here yet. They know I still have to teach you how the game works. ")
    input("")
    print("Let's start simple. Do you know how to move?")
    input("")

    ball.routeLR()
    ball.routeUD()

    time.sleep(1.00)



    #sayTextMaize(window, (windowWidth/2), (windowHeight/1.2))

    response = input('Hit Enter to quit')
    window.close()







if __name__ == "__main__":
    main()