def __call__(self):
#print datetime.now()
hour = datetime.now().hour
minute = datetime.now().minute
clockstate = setface(hour,minute)
out.set_states_all(clockstate)
# we only have to update once a resolution cycle
#ut = RESMIN - (minute - (minute/RESMIN)*RESMIN )
#sleep(ut*60+1)
return
def __call__(self):
print self.message
for char in self.message:
if char not in ls.letter_dict:
continue
out.set_states_all(ls.letter_dict[char])
sleep(1)
patterns.all_off().draw()
sleep(0.05)
sleep(5)
return
def __call__(self):
# See if this element survives
vec = [0]*2n
for x in range(len(vec)):
self.strength = self.str_self*self.state[x] + \
self.str_near*dotprod(self.state, Adjacent[x]) - \
self.str_nega*dotprod(invvec(self.state), Adjacent[x])
if strength > self.thresh:
vec[x] = 1
self.state = vec
out.set_states_all(self.state)
sleep(self.waits)
return
def debug_clock():
for hour in range(24):
for minute in range(60):
clockstate = clock.setface(hour,minute)
out.set_states_all(clockstate)
# we only have to update once a resolution cycle
ut = clock.RESMIN - \
(minute - (minute/clock.RESMIN)*clock.RESMIN )
# Print out text to double check
print ""
print "current hour: " + repr(hour)
print "current minute: " + repr(minute)
print "resolution: " + repr(RESMIN)
print clockstate
print "next update in: " +repr(ut) + " min"
sleep(.1)
return
def debug_echo():
while True:
char = raw_input()
if char in ls.letter_dict:
out.set_states_all(ls.letter_dict[char])
return
