from time import sleep_ms
from machine import Pin, I2C
from gt911 import GT911
import LCD

Beeper = Pin(13, Pin.OUT)
Beeper.value(0)


# Touch Screen Initialization

rst_pin = Pin(10, Pin.OUT)
irq_pin = Pin(11)
sda_pin = Pin(8)
scl_pin = Pin(9)

touch = GT911(
    I2C(0, scl=scl_pin, sda=sda_pin, freq=100_000),
    rst_pin,
    irq_pin
)

touch.init(touch_points=1, refresh_rate=50)


# LCD Display initialization

Black = LCD.RGB(0,0,0)
Red = LCD.RGB(100,0,0)
Green = LCD.RGB(0,100,0)
Blue = LCD.RGB(0,0,100)

White = LCD.RGB(100,100,100)

LCD.Init()
LCD.Clear(Black)
LCD.Title('Poker.py', White, Black)

Deck = LCD.Shuffle()
Hand = [0]*5;
Value = [0]*5
Suit = [0]*5


for i in range(0,5):
    Hand[i] = Deck[i]
    Value[i] = (Hand[i] % 13) + 1
    Suit[i] = int(Hand[i] / 13) + 1
    LCD.Card(Value[i], Suit[i], 50+i*75, 50)
    
    LCD.Text2('Deal', 100, 200, White, Black)
    LCD.Text2('Draw', 300, 200, White, Black)
 
Draw = [0]*5
ptr = 5;

while(1):
    num_points, points_data = touch.read_points()
    if(num_points > 0):
        tx = points_data[0][0]
        ty = points_data[0][1]
        card = round( (tx-50) / 75)
        card = max(0, min(4, card))
        if(ty < 150):
            Draw[card] = 1 - Draw[card]
        
        #Draw
        if( (tx > 250)*(tx < 350)*(ty > 200)*(ty < 250) ):
            for i in range(0,5):
                if(Draw[i] == 1):
                    Hand[i] = Deck[ptr]
                    ptr = ptr + 1
                Draw[i] = 0
                Beeper.value(1)
                sleep_ms(10)
                Beeper.value(0)


        # Deal
        if( (tx > 50)*(tx < 150)*(ty > 200)*(ty < 250) ):
            Deck = LCD.Shuffle()
            for i in range(0,5):
                Hand[i] = Deck[i];
            ptr = 5
            Draw = [0]*5
            for i in range(0,2):
                Beeper.value(1)
                sleep_ms(10)
                Beeper.value(0)
                sleep_ms(100)


        print(tx, ty, card, ptr)
           
        for i in range(0,5):
            Value[i] = (Hand[i] % 13) + 1
            Suit[i] = int(Hand[i] / 13) + 1
            LCD.Card(Value[i], Suit[i], 50+i*75, 50)
            if(Draw[i] == 1):
                LCD.Text2('*', 60+i*75, 130, Green, Black)
            else:
                LCD.Text2('*', 60+i*75, 130, Black, Black)

        while(num_points > 0):
            num_points, points_data = touch.read_points()