def get_led_values(self, index, rgb=None):
# The asm function is unguarded as to index, so enforce here
if index >= self.led_count or index < -self.led_count:
raise IndexError("tried to get values at", index)
ix = index * 3
return self.ReadOnlyPixel(_get(self.buf, ix+1), \
_get(self.buf, ix+0), \
_get(self.buf, ix+2))
def get_led_values(self, index, rgb=None):
# The asm function is unguarded as to index, so enforce here
if index >= self.led_count or index < -self.led_count:
raise IndexError("tried to get values at", index)
ix = index * 3
return self.ReadOnlyPixel(_get(self.buf, ix+1), \
_get(self.buf, ix+0), \
_get(self.buf, ix+2))
def __getitem__(self, i):
if i >= 3 or i < 0:
raise IndexError("only 3 colors")
return _get(self.a, self.i + self.cmap[i])
def b(self):
return _get(self.a, self.i+2)
def g(self):
return _get(self.a, self.i)
def r(self):
return _get(self.a, self.i+1)
def __getitem__(self, i):
if i >= 3 or i < 0:
raise IndexError("only 3 colors")
return _get(self.a, self.i + self.cmap[i])
def b(self):
return _get(self.a, self.i + 2)
def g(self):
return _get(self.a, self.i)
def r(self):
return _get(self.a, self.i + 1)
