def processing(self):
    readImage = Image.open(BytesIO(self.img.content))
    imageSize = readImage.size
    width = (imageSize[0] - 24)
    height = (imageSize[1] - 16)
    buff = []
    counterX = 0
    counterY = 0
    for wx in range(4):
        inbuff = []
        for lx in range(4):
            cropped = readImage.crop(box=(((width / 4) * counterX), ((height / 4) * counterY), ((width / 4) * (counterX + 1)), ((height / 4) * (counterY + 1))))
            inbuff.append(cropped)
            counterY += 1
        buff.append(inbuff)
        counterX += 1
        counterY = 0
    self.converted_img = Image.new('RGB', (int(width), int(height)))
    counterX = 0
    counterY = 0
    for wdx in buff:
        for ldx in wdx:
            print(str(counterY))
            self.converted_img.paste(ldx, (int(((width / 4) * counterX)), int(((height / 4) * counterY))))
            counterX += 1
        counterX = 0
        print(('Current Y Counter:' + str(counterY)))
        counterY += 1
def processing(self):
    readImage = Image.open(BytesIO(self.img.content))
    imageSize = readImage.size
    width = (imageSize[0] - 24)
    height = (imageSize[1] - 16)
    buff = []
    counterX = 0
    counterY = 0
    for wx in range(4):
        inbuff = []
        for lx in range(4):
            cropped = readImage.crop(box=(((width / 4) * counterX), ((height / 4) * counterY), ((width / 4) * (counterX + 1)), ((height / 4) * (counterY + 1))))
            inbuff.append(cropped)
            counterY += 1
        buff.append(inbuff)
        counterX += 1
        counterY = 0
    self.converted_img = Image.new('RGB', (int(width), int(height)))
    counterX = 0
    counterY = 0
    for wdx in buff:
        for ldx in wdx:
            print(str(counterY))
            self.converted_img.paste(ldx, (int(((width / 4) * counterX)), int(((height / 4) * counterY))))
            counterX += 1
        counterX = 0
        print(('Current Y Counter:' + str(counterY)))
        counterY += 1