import display
import wifi
import utils


def draw_menu_arrow(x, y):
    """
    Draws an Arrow. Tip of the arrow will be at the point (x,y) and the arrow will be pointing to its right.
    Height is the height of the rectangular part, triangle part will be + a pixels and width will be the total width of the arrow.
    """
    draw_right_arrow(x, y, 30, 6, True, color=0x9cff08)

def draw_right_arrow(x, y, width, height, filled, color, window=None):
    """
    Draws an Arrow. Tip of the arrow will be at the point (x,y) and the arrow will be pointing right.
    Height is half the height of the triangle part, width will be the total width of the arrow.
    """
    a = x - width
    b = int(y - height/3) - 1
    widthrect = int(width * 0.6)
    x0 = a + widthrect
    y0 = y - height
    y1 = y + height
    display.drawRect(a, b, widthrect, height, filled, color)
    display.drawTriangle(x0, y0, x0, y1, x, y, color)

def draw_left_arrow(x, y, width, height, filled, color, window=None):
    """
    Draws an Arrow. Tip of the arrow will be at the point (x,y) and the arrow will be pointing left.
    Height is the height of the rectangular part, triangle part will be + a pixels and width will be the total width of the arrow.
    """
    widthrect = int(width * 0.6)
    a = int(x + width * 0.4)
    b = int(y - height/3) - 1
    x0 = a 
    y0 = y - height
    y1 = y + height
    display.drawRect(a, b, widthrect, height, filled, color)
    display.drawTriangle(x0, y0, x0, y1, x, y, color)

def draw_up_arrow(x, y, height, width, filled, color, window=None):
    """
    Draws an Arrow. Tip of the arrow will be at the point (x,y) and the arrow will be pointing up.
    Keep the same argument in the same order when calling this function as when using the left/Right functions.
    """
    heightrect = int(height * 0.6)
    a = int (x - width/3) - 1
    b = int (y + height * 0.4)
    x0 = x - width
    x1 = x + width
    y0 = int(y + height * 0.4)
    display.drawRect(a, b, width, heightrect, filled, color)
    display.drawTriangle(x0, y0, x1, y0, x, y, color)

def draw_down_arrow(x, y, height, width, filled, color, window=None):
    """
    Draws an Arrow. Tip of the arrow will be at the point (x,y) and the arrow will be pointing up.
    Keep the same argument in the same order when calling this function as when using the left/Right functions.
    """
    heightrect = int(height * 0.6)
    a = int(x - width/3) - 1
    b = y - height
    x0 = x - width
    x1 = x + width
    y0 = int(y - height * 0.4)
    display.drawRect(a, b, width, heightrect, filled, color)
    display.drawTriangle(x0, y0, x1, y0, x, y, color)

def draw_code_arrow(x, y, action):
    if action == "UP":
        y = y - 15
        draw_up_arrow(x, y, 30, 6, True, color=0x9cff08)

    elif action == "DOWN":
        y = y + 15
        draw_down_arrow(x, y, 30, 6, True, color=0x9cff08)

    elif action == "RIGHT":
        x = x + 15
        draw_right_arrow(x, y, 30, 6, True, color=0x9cff08)

    elif action == "LEFT":
        x = x - 15
        draw_left_arrow(x, y, 30, 6, True, color=0x9cff08)


def draw_wifi_indicator(x, y, color_fg, color_bg):
    circle_x = x + 20
    circle_y = y + 23
    display.drawCircle(circle_x, circle_y, 23, 315, 405, True, color_fg)
    display.drawCircle(circle_x, circle_y, 19, 305, 415, True, color_bg)
    display.drawCircle(circle_x, circle_y, 15, 315, 405, True, color_fg)
    display.drawCircle(circle_x, circle_y, 11, 305, 415, True, color_bg)
    display.drawCircle(circle_x, circle_y, 7, 315, 405, True, color_fg)
    if not wifi.status():
        display.drawText(x + 25, y + 18, "X", 0xff0000, utils.ARCADE_FONT[8])


"""
drawLeftArrow(100,80, 30, 6, True, color=0x9cff08)
drawRightArrow(100,80, 30, 6, True, color=0x9cff08)
drawUpArrow(100,80, 30, 6, True, color=0x9cff08)
drawDownArrow(100,80, 30, 6, True, color=0x9cff08)
"""