Game_Matrix

#-- include('examples/showgrabbox.py')--#
import pyscreenshot as ImageGrab
from time import sleep


#------------------------------------------------
#please change
#User must change these varibles for specific screen size.
#Current values are set for 1920x1080 screens
x_pad = 556
y_pad = 352
x_width = 1348
y_length = 944

#starting square for bottom left cell
x_start = 279
y_start = 542

#------------------------------------------------

gameMatrix = [[0 for x in range(10)] for y in range(20)] #matrix for game grid


def getGameState():
    pix = im.load()


    for y in range (0,20):
        row_block_count = 0 #reset after every row

        #----------------------------------------------------------------------#
            #row scanning sub method
        for x in range (0,10):
            colour = pix[(x_start + (x * 26)), (y_start - (y * 26))] #gets the rgb value of cell every cell (left to right), (bottom to top)
            #print (colour)
            if not(colour[0] < 10 and colour[1] < 10 and colour [2] < 10): #if the cell isn't empty

                gameMatrix[y][x] = 1 #add a 1 to that cell position
                row_block_count
                #check if there is a block in this spot
        #----------------------------------------------------------------------#
        if (x == 0):
            return()
            #break scanning if whole row is empty to save time
    return()
    #once done

if __name__ == "__main__":
    # part of the screen
    sleep(5)
    #im=ImageGrab.grab(bbox=(10,10,510,510)) # X1,Y1,X2,Y2
    im=ImageGrab.grab(bbox =(x_pad,y_pad,x_width,y_length))
    #im.show()
    im.save("GAMESCREEN.png")
    getGameState()


#-------------------------------------------------
#code for testing. Check with screenshot to see if the code is working correctly.
    for y in range (19,-1,-1):
        print ("\n")
        for x in range (0,10):
            print(gameMatrix[y][x], end='')

#-------------------------------------------------

#-#