def setup_canvas(self):
point_x, point_y = CalcAxis.calc_middle_axis(self.start_x,
self.image.width,
self.start_y,
self.image.height)
radius = CalcAxis.calc_radius(self.start_x, self.image.width,
self.start_y, self.image.height)
iteration = CalcAxis.calc_iteration(radius)
axis_x, axis_y = CalcAxis.calc_centers_axis(point_x, point_y)
canvas = Matrix(iteration, axis_x, axis_y)
for center_x in xrange(axis_x - iteration, 1 + axis_x + iteration, 15):
for center_y in xrange(axis_y - iteration, 1 + axis_y + iteration,
15):
raw = self.pixelio.download_canvas(center_x, center_y)
index = 0
for block_y in xrange(center_y - 7, center_y + 8):
for block_x in xrange(center_x - 7, center_x + 8):
for y in xrange(64):
actual_y = (block_y * 64) + y
for x in xrange(0, 64, 2):
actual_x = (block_x * 64) + x
canvas.update(
actual_x, actual_y,
EnumColor.index(ord(raw[index]) >> 4))
canvas.update(
actual_x + 1, actual_y,
EnumColor.index(ord(raw[index]) & 0x0F))
index += 1
return canvas
def apply(self):
print(I18n.get('# From left to right, from top to bottom,'))
near_color = 0
for y in xrange(self.bot.image.height):
for x in xrange(self.bot.image.width):
color = EnumColor.rgb(self.bot.image.pix[x, y])
old_color = self.bot.canvas.get_color(self.bot.start_x + x,
self.bot.start_y + y)
if color != near_color and old_color != color and not color in self.colors_ignored and old_color not in self.colors_not_overwrite:
self.bot.paint(self.bot.start_x + x, self.bot.start_y + y,
color)
near_color = color
near_color = 0
print(I18n.get('# From right to left, from top to bottom,'))
near_color = 0
for y in xrange(self.bot.image.height):
for x in reversed(xrange(self.bot.image.width)):
color = EnumColor.rgb(self.bot.image.pix[x, y])
old_color = self.bot.canvas.get_color(self.bot.start_x + x,
self.bot.start_y + y)
if color != near_color and old_color != color and not color in self.colors_ignored and old_color not in self.colors_not_overwrite:
self.bot.paint(self.bot.start_x + x, self.bot.start_y + y,
color)
near_color = color
near_color = 0
print(I18n.get('# From top to bottom, from left to right,'))
near_color = 0
for x in xrange(self.bot.image.width):
for y in xrange(self.bot.image.height):
color = EnumColor.rgb(self.bot.image.pix[x, y])
old_color = self.bot.canvas.get_color(self.bot.start_x + x,
self.bot.start_y + y)
if color != near_color and old_color != color and not color in self.colors_ignored and old_color not in self.colors_not_overwrite:
self.bot.paint(self.bot.start_x + x, self.bot.start_y + y,
color)
near_color = color
near_color = 0
print(I18n.get('# From bottom to top, from left to right,'))
near_color = 0
for x in xrange(self.bot.image.width):
for y in reversed(xrange(self.bot.image.height)):
color = EnumColor.rgb(self.bot.image.pix[x, y])
old_color = self.bot.canvas.get_color(self.bot.start_x + x,
self.bot.start_y + y)
if color != near_color and old_color != color and not color in self.colors_ignored and old_color not in self.colors_not_overwrite:
self.bot.paint(self.bot.start_x + x, self.bot.start_y + y,
color)
near_color = color
near_color = 0
def roll_dice(self, canvas):
rnd_x = rnd_y = color = None
while all(v is None
for v in [rnd_x, rnd_y, color]) or canvas.get_color(
rnd_x, rnd_y) == color:
rnd_x = self.random(self.bot.start_x,
self.bot.start_x + self.bot.image.width - 1)
rnd_y = self.random(self.bot.start_y,
self.bot.start_y + self.bot.image.height - 1)
color = EnumColor.rgb(
self.bot.image.pix[rnd_x - self.bot.start_x,
rnd_y - self.bot.start_y], True)
color = EnumColor.rgb(self.bot.image.pix[rnd_x - self.bot.start_x,
rnd_y - self.bot.start_y])
return rnd_x, rnd_y, color
def roll_dice(self, canvas):
rnd_x = self.random(self.bot.start_x, self.bot.start_x + self.bot.image.width - 1)
rnd_y = self.random(self.bot.start_y, self.bot.start_y + self.bot.image.height - 1)
color = EnumColor.rgb(self.bot.image.pix[rnd_x - self.bot.start_x, rnd_y - self.bot.start_y])
if canvas.get_color(rnd_x, rnd_y) == color:
return self.roll_dice(canvas)
return rnd_x, rnd_y, color
def apply(self):
_startX = int(math.floor((self.bot.image.width - 1) / 2))
_startY = int(math.floor((self.bot.image.height - 1) / 2))
_currentX = _startX
_currentY = _startY
while True:
color = EnumColor.rgb(self.bot.image.pix[_currentX, _currentY],
True)
if self.bot.canvas.get_color(
self.bot.start_x + _currentX, self.bot.start_y + _currentY
) != color and not color in self.colors_ignored and self.bot.canvas.get_color(
self.bot.start_x + _currentX, self.bot.start_y +
_currentY) not in self.colors_not_overwrite:
self.bot.paint(self.bot.start_x + _currentX,
self.bot.start_y + _currentY, color)
_currentX = _startX
_currentY = _startY
if (random.random() < 0.5):
if (random.random() < 0.5):
_currentX += 1
else:
_currentX += -1
else:
if (random.random() < 0.5):
_currentY += 1
else:
_currentY += -1
if _currentX >= self.bot.image.width or _currentY >= self.bot.image.height or _currentX < 0 or _currentY < 0:
_currentX = _startX
_currentY = _startY
def __init__(self, image, fingerprint, start_x, start_y, mode_defensive, colors_ignored, proxy = None , draw_strategy = 'randomize'):
self.image = image
self.start_x = start_x
self.start_y = start_y
self.mode_defensive = mode_defensive
self.strategy = FactoryStrategy.build(draw_strategy, self, [EnumColor.index(i) for i in colors_ignored])
self.pixelio = PixelCanvasIO(fingerprint, proxy)
self.print_all_websocket_log = False#TODO make an argument
def match(self, canvas, image):
for x in xrange(0, image.width):
for y in xrange(0, image.height):
if canvas.get_color(x + self.bot.start_x,
y + self.bot.start_y) != EnumColor.rgb(
self.bot.image.pix[x, y]):
return False
return True
def apply(self):
for y in xrange(self.bot.image.height):
for x in xrange(self.bot.image.width):
color = EnumColor.rgb(self.bot.image.pix[x, y])
if self.bot.canvas.get_color(
self.bot.start_x + x, self.bot.start_y +
y) != color and not color in self.colors_ignored:
self.bot.paint(self.bot.start_x + x, self.bot.start_y + y,
color)
def apply(self):
px_total = self.bot.image.height * self.bot.image.width
px_ok = 0
px_not_yet = 0
for y in xrange(self.bot.image.height):
for x in xrange(self.bot.image.width):
color = EnumColor.rgb(self.bot.image.pix[x,y])
px_ok = px_ok + 1
if self.bot.canvas.get_color(self.bot.start_x + x, self.bot.start_y + y) != color and not color in self.colors_ignored:
px_not_yet = px_not_yet + 1
px_ok = px_ok - 1
print(I18n.get('Total: %s painted: %s Not painted %s') % (str(px_total), str(px_ok), str(px_not_yet)))
time.sleep(60)
def apply(self):
for y in xrange(self.bot.image.height):
for x in xrange(self.bot.image.width):
color = EnumColor.rgb(self.bot.image.pix[x, y], True)
if self.bot.canvas.get_color(
self.bot.start_x + x, self.bot.start_y + y
) != color and not color in self.colors_ignored and self.bot.canvas.get_color(
self.bot.start_x + x,
self.bot.start_y + y) not in self.colors_not_overwrite:
if (x % 2 == self.b):
self.bot.paint(self.bot.start_x + x,
self.bot.start_y + y, color)
self.b = not self.b
self.b = False
def convert_pixels(self, image):
width, height = image.size
new = self.create_image(width, height)
pixels = new.load()
for i in range(width):
for j in range(height):
pixel = self.get_pixel(image, i, j)
new_color = EnumColor.rgb(pixel, True, self.sensitive,
self.brightness)
pixels[i, j] = (int(new_color.rgb[0]), int(new_color.rgb[1]),
int(new_color.rgb[2]))
return new
def on_message(ws, message):
if unpack_from('B', message, 0)[0] == 193:
x = unpack_from('!h', message, 1)[0]
y = unpack_from('!h', message, 3)[0]
a = unpack_from('!H', message, 5)[0]
number = (65520 & a) >> 4
x = int(x * 64 + ((number % 64 + 64) % 64))
y = int(y * 64 + math.floor(number / 64))
color = EnumColor.index(15 & a)
try:
canvas.matrix[x][y] = color
if (x in xrange(axis['start_x'], axis['end_x'] + 1)
and y in xrange(axis['start_y'],
axis['end_y'])) or log_all_info:
print(
I18n.get('Somebody updated %s,%s with %s color') %
(str(x), str(y), I18n.get(color.name)))
except Exception as e:
pass
