def plot(self, t):
color = int(mmath.travel(t, 20, 0, 5))
for pf in self.storyboard:
if pf.touched:
print "[TOUCH] Human address %d" % (pf.human_address)
pf.blackout()
if color == 0:
pf.red = pf.MAX_RED
elif color == 1:
pf.green = pf.MAX_GREEN
elif color == 2:
pf.blue= pf.MAX_BLUE
elif color == 3:
pf.white = pf.MAX_WHITE
elif color >= 4:
pf.uv = pf.MAX_UV
return color < 5
def plot(self, t):
if self.last_change is None:
self.last_change = t
if len(self.foci) == 0:
return False
focus_idx = int(mmath.travel(t, self.span, 0, len(self.foci)))
if focus_idx >= len(self.foci):
return False
focus = self.foci[focus_idx]
if self.last_focus is not focus and self.last_focus is not None:
# Change last focuses RGB so it transitions in unform with others
for pf in self.storyboard:
if pf is not self.last_focus:
self.last_focus.rgb = pf.rgb
self.last_change = t
self.last_focus = focus
focus.blackout()
focus.white = focus.MAX_WHITE / 3
for pf in self.storyboard:
if pf is focus:
continue
pf.white = pf.MIN_WHITE
focus.mood(pf, t - self.last_change, self.time_per_frame)
return not self.storyboard.touched
def calc(self, t):
value = mmath.travel(t, self.span, self.original_value, self.target_value)
self.last_value = value
return value
