def run(self):
if self.angle % 10 == 0:
print "running: _nodeID = ", self._nodeID, "angle = " , self.angle
self.angle += 0.05
x = self.radius * math.cos(self.angle);
y = self.radius * math.sin(self.angle);
#cascadeEvents = 1: setTranslation can trigger more event scripts! like hotspot.py
libSPINPyWrap.callback(self._nodeID, "setTranslation", [x, y, 0.0], 1)
def run(self, eventMethod, eventArgs):
print "hotspot.run( ", eventMethod, eventArgs, " )"
self.applyEvent(eventMethod, eventArgs, 0) # cascadeEvents = 0... actually do the translation, don't redo hotspot.run
#print "am I in the box?", self.box
ret = libSPINPyWrap.callback(self._nodeID, "getTranslation", [], 0)
x,y,z = ret.getVector()
if isInside(x, y, z, self.box):
if not self.inbox:
print "IN the box!"
libSPINPyWrap.callback(self._nodeID, "setScale", [self.scale, self.scale, self.scale], 0)
self.inbox = True
else:
if self.inbox:
print "OUT of the box!"
libSPINPyWrap.callback(self._nodeID, "setScale", self.normalScale, 0)
self.inbox = False
def run( self ):
t = libSPINPyWrap.time_s()
val = 0
if (t > self.start_time + self.duration ):
self.start_time = t;
# start < NOW < start + attack
if ( self.start_time <= t and
t < self.start_time + self.attack ):
#print "ATTACK"
val = interpolate( 0, self.scale, self.attack, t - self.start_time)
# start + attack < NOW < start + attack + decay
elif ( self.start_time + self.attack <= t and
t < self.start_time + self.attack + self.decay ):
#print "DECAY"
val = interpolate( self.scale, self.sustain*self.scale, self.decay, t - self.start_time - self.attack )
# start + attack + decay < NOW < start + soundclip duration - decay
elif ( self.start_time + self.attack + self.decay <= t and
t < self.start_time + self.duration - self.release ):
#print "SUSTAIN"
val = self.sustain*self.scale
# start + soundclip duration - release < NOW < start + soundclip duration
elif ( self.start_time + self.duration - self.release <= t and
t <self.start_time + self.duration ):
#print "RELEASE"
val = interpolate( self.sustain*self.scale, 0, self.release , t - (self.start_time + self.duration - self.release) )
else:
print "DONE"
libSPINPyWrap.callback( self._nodeID, "setTranslation", [0, 0, val], 1 )
def applyEvent(self, eventMethod, eventArgs, cascade):
libSPINPyWrap.callback( self._nodeID, eventMethod, eventArgs, cascade)
def run(self, eventMethod, eventArgs):
print "grow.run( ", eventMethod, eventArgs, " )"
self.scale += 0.1
libSPINPyWrap.callback(self._nodeID, "setScale", [self.scale, self.scale, self.scale], 0)
