intensity = math.sqrt((rad - dist) / rad) * 2 * max_intensity
intensity = min(intensity, max_intensity)
# not sending if pixel already at that state
if field[field_pos] != intensity:
# marking pixel as dirty
field[field_pos] = intensity
# finally painting
matrix.send_pixel((x,y), (intensity, intensity, 0x00))
if not painted and field[field_pos]:
# clear formerly painted and no longer used pixels
field[field_pos] = False
matrix.send_pixel((x,y), (0x00, 0x00, 0x00))
# move forward
self.pos += 1
# are we finished?
return pos < width
matrix = LedMatrix()
pacman = Pacman(matrix)
try:
const_loop(pacman.step, 0.2)
finally:
matrix.close()
def endless(self, snooze=0.1):
const_loop(self.step, snooze)
if old_field[n % width][m % height]:
prox += 1
if old_field[x][y]:
prox -= 1
if prox < 2:
print "lonely ", prox
self.die(x, y)
elif prox > 3:
print "crowded ", prox
self.die(x, y)
else:
self.survive(x, y)
elif prox == 3:
self.create(x, y)
return True
matrix = LedMatrix()
try:
matrix.send_clear()
game = GameOfLife(matrix)
game.load(sys.argv[1])
const_loop(game.step, 0.2)
finally:
matrix.close()
intensity = min(intensity, max_intensity)
# not sending if pixel already at that state
if field[field_pos] != intensity:
# marking pixel as dirty
field[field_pos] = intensity
# finally painting
matrix.send_pixel((x, y),
(intensity, intensity, 0x00))
if not painted and field[field_pos]:
# clear formerly painted and no longer used pixels
field[field_pos] = False
matrix.send_pixel((x, y), (0x00, 0x00, 0x00))
# move forward
self.pos += 1
# are we finished?
return pos < width
matrix = LedMatrix()
pacman = Pacman(matrix)
try:
const_loop(pacman.step, 0.2)
finally:
matrix.close()
def endless(self, snooze=0.1):
const_loop(self.step, snooze)
if old_field[n%width][m%height]:
prox += 1
if old_field[x][y]:
prox -= 1
if prox < 2:
print "lonely ", prox
self.die(x, y)
elif prox > 3:
print "crowded ", prox
self.die(x, y)
else:
self.survive(x, y)
elif prox == 3:
self.create(x, y)
return True
matrix = LedMatrix()
try:
matrix.send_clear()
game = GameOfLife(matrix)
game.load(sys.argv[1])
const_loop(game.step, 0.2)
finally:
matrix.close()