def move_out_of_block(self):
"""Moves out of a color block and into the next color block, performing
the operation if necessary"""
#If we're at a wall
x,y = self.current_pixel_coords
if (self.dp == 0 and x >= self.width-1)\
or (self.dp == 1 and y >= self.height-1)\
or (self.dp == 2 and x <= 0)\
or (self.dp == 3 and y <= 0):
self.hit_obstruction()
return
current_pixel = self.pixels[(x,y)]
next_pixel_coords = self.get_next_pixel_coords()
next_pixel = self.pixels[next_pixel_coords]
#If we're at a black pixel
if colors.is_black(next_pixel):
self.hit_obstruction()
return
if colors.is_white(current_pixel)\
or colors.is_white(next_pixel):
pass
else:
#Get the operation to do
hue_light_diff = colors.hue_light_diff(current_pixel,next_pixel)
op_name, op = self.operations[hue_light_diff]
#print op_name
op()
self.current_pixel_coords = next_pixel_coords
self.times_stopped = 0
self.switch_cc = True
def move_out_of_block(self):
"""Moves out of a color block and into the next color block, performing
the operation if necessary"""
#If we're at a wall
x, y = self.current_pixel_coords
if (self.dp == 0 and x >= self.width-1)\
or (self.dp == 1 and y >= self.height-1)\
or (self.dp == 2 and x <= 0)\
or (self.dp == 3 and y <= 0):
self.hit_obstruction()
return
current_pixel = self.pixels[(x, y)]
next_pixel_coords = self.get_next_pixel_coords()
next_pixel = self.pixels[next_pixel_coords]
#If we're at a black pixel
if colors.is_black(next_pixel):
self.hit_obstruction()
return
if colors.is_white(current_pixel)\
or colors.is_white(next_pixel):
pass
else:
#Get the operation to do
hue_light_diff = colors.hue_light_diff(current_pixel, next_pixel)
op_name, op = self.operations[hue_light_diff]
#print op_name
op()
self.current_pixel_coords = next_pixel_coords
self.times_stopped = 0
self.switch_cc = True
def move_out_of_block(self):
"""Moves out of a color block and into the next color block, performing
the operation if necessary."""
x, y = self.current_pixel.x, self.current_pixel.y
n_x, n_y = self.next_pixel_coords()
self.debug.writeln(" -> Trying to cross from (%s,%s) to (%s,%s)"\
%(x,y,n_x,n_y))
#If we're at a wall
if (self.dp == 0 and x >= self.width-1)\
or (self.dp == 1 and y >= self.height-1)\
or (self.dp == 2 and x <= 0)\
or (self.dp == 3 and y <= 0):
self.hit_obstruction()
return
current_pixel = self.current_pixel
next_pixel = self.pixels[n_x][n_y]
#If we're at a black pixel
if colors.is_black(next_pixel.color):
self.hit_obstruction()
return
if colors.is_white(current_pixel.color)\
or colors.is_white(next_pixel.color):
pass
else:
#Get the operation to do
hue_light_diff = colors.hue_light_diff(current_pixel.color,
next_pixel.color)
op_name, op = self.operations[hue_light_diff]
self.debug.writeln(" -> Crossing from (%s,%s), color=%s to (%s,%s), color=%s"\
% (current_pixel.x, current_pixel.y, current_pixel.color,\
next_pixel.x, next_pixel.y, next_pixel.color))
self.debug.writeln(" -> Stack before %s = %s" %
(op_name.upper(), self.stack))
self.debug.writeln(" -> Performing %s" % (op_name.upper()))
op()
self.debug.writeln(" -> Stack after %s = %s" %
(op_name.upper(), self.stack))
self.current_pixel = next_pixel
self.times_stopped = 0
self.switch_cc = True
def move_out_of_block(self):
"""Moves out of a color block and into the next color block, performing
the operation if necessary."""
x,y = self.current_pixel.x, self.current_pixel.y
n_x,n_y = self.next_pixel_coords()
self.debug.writeln(" -> Trying to cross from (%s,%s) to (%s,%s)"\
%(x,y,n_x,n_y))
#If we're at a wall
if (self.dp == 0 and x >= self.width-1)\
or (self.dp == 1 and y >= self.height-1)\
or (self.dp == 2 and x <= 0)\
or (self.dp == 3 and y <= 0):
self.hit_obstruction()
return
current_pixel = self.current_pixel
next_pixel = self.pixels[n_x][n_y]
#If we're at a black pixel
if colors.is_black(next_pixel.color):
self.hit_obstruction()
return
if colors.is_white(current_pixel.color)\
or colors.is_white(next_pixel.color):
pass
else:
#Get the operation to do
hue_light_diff = colors.hue_light_diff(current_pixel.color,next_pixel.color)
op_name, op = self.operations[hue_light_diff]
self.debug.writeln(" -> Crossing from (%s,%s), color=%s to (%s,%s), color=%s"\
% (current_pixel.x, current_pixel.y, current_pixel.color,\
next_pixel.x, next_pixel.y, next_pixel.color))
self.debug.writeln(" -> Stack before %s = %s" % (op_name.upper(),self.stack))
self.debug.writeln(" -> Performing %s" % (op_name.upper()))
op()
self.debug.writeln(" -> Stack after %s = %s" % (op_name.upper(),self.stack))
self.current_pixel = next_pixel
self.times_stopped = 0
self.switch_cc = True
def on(self, value):
r, g, b = to_rgb(value, self.intensity)
if is_white(value):
self.leds['white'].start(100 * self.intensity)
self.leds['red'].start(0)
self.leds['green'].start(0)
self.leds['blue'].start(0)
else:
self.leds['white'].start(0)
self.leds['red'].start(r)
self.leds['green'].start(g)
self.leds['blue'].start(b)
def color(self, value):
r, g, b = to_rgb(value, self.intensity)
if is_white(value):
self.leds['white'].ChangeDutyCycle(100 * self.intensity)
self.leds['red'].ChangeDutyCycle(0)
self.leds['green'].ChangeDutyCycle(0)
self.leds['blue'].ChangeDutyCycle(0)
else:
self.leds['white'].ChangeDutyCycle(0)
self.leds['red'].ChangeDutyCycle(r)
self.leds['green'].ChangeDutyCycle(g)
self.leds['blue'].ChangeDutyCycle(b)
self._color = value
def move_within_white(self):
"""Slides through a white block until an obstruction or a
new color block is found"""
next_pixel = self.pixels[self.get_next_pixel_coords()]
while colors.is_white(next_pixel):
self.current_pixel_coords = self.get_next_pixel_coords()
x,y = self.get_next_pixel_coords()
if (x<0 or y<0 or x>=self.width or y>=self.height):
self.hit_obstruction()
return
next_pixel = self.pixels[(x,y)]
def move_within_white(self):
"""Slides through a white block until an obstruction or a
new color block is found"""
next_pixel = self.pixels[self.get_next_pixel_coords()]
while colors.is_white(next_pixel):
self.current_pixel_coords = self.get_next_pixel_coords()
x, y = self.get_next_pixel_coords()
if (x < 0 or y < 0 or x >= self.width or y >= self.height):
self.hit_obstruction()
return
next_pixel = self.pixels[(x, y)]
def move_within_white(self):
"""Slides through a white block until an obstruction or a
new color block is found."""
x,y = self.next_pixel_coords()
if not self.is_pixel_obstruction(x,y):
return
next_pixel = self.pixels[x][y]
while colors.is_white(next_pixel.color):
self.current_pixel = next_pixel
x,y = self.next_pixel_coords()
if not self.is_pixel_obstruction(x,y):
return
next_pixel = self.pixels[x][y]
def move_within_white(self):
"""Slides through a white block until an obstruction or a
new color block is found."""
x, y = self.next_pixel_coords()
if not self.is_pixel_obstruction(x, y):
return
next_pixel = self.pixels[x][y]
while colors.is_white(next_pixel.color):
self.current_pixel = next_pixel
x, y = self.next_pixel_coords()
if not self.is_pixel_obstruction(x, y):
return
next_pixel = self.pixels[x][y]
def move_within_block(self):
"""Moves to the border pixel within the current color block"""
if colors.is_white(self.pixels[self.current_pixel_coords]):
self.move_within_white()
else:
self.move_within_color()
def move_within_block(self):
"""Moves to the border pixel within the current color block"""
if colors.is_white(self.pixels[self.current_pixel_coords]):
self.move_within_white()
else:
self.move_within_color()
def is_background(self,color):
"""Tells us if the given color is black or white."""
if colors.is_white(color) or colors.is_black(color):
return True
else:
return False
def is_background(self, color):
"""Tells us if the given color is black or white."""
if colors.is_white(color) or colors.is_black(color):
return True
else:
return False
