def read_signal(self, signal):
if not self.busy:
if not self.active:
if signal.type == gsignal.MOVE:
self.mouse_over= True
elif signal.type == gsignal.CLICK:
self.busy= True
signal= gsignal.build( {
"type": gsignal.ACTION ,
"target": self } )
self.listener.read_signal(signal)
else:
if signal.type == gsignal.MOVE:
if signal.position.y < self.banner.HEIGTH:
self.mouse_over= True
if signal.type == gsignal.CLICK or signal.type == gsignal.LCLICK:
if signal.position.x >= self.banner.STRAP_WIDTH and signal.position.y >= self.banner.HEIGTH:
signal= gsignal.edit(signal, ["position", "x"], signal.position.x - self.banner.STRAP_WIDTH)
self.body.read_signal(signal)
else:
self.busy= True
signal= gsignal.build( {
"type": gsignal.ACTION ,
"target": self } )
self.listener.read_signal(signal)
def gread(self, signal):
if signal.type == gsignal.CLICK:
self.trackablelist.iterator+= 1
self.trackablelist.iterator%= len(self.trackablelist.content)
self.retarget()
signal= gsignal.build( {
"type": self.signal ,
"content": self.target } )
self.gsend(self.listener, signal)
self.draw()
elif signal.type == gsignal.LCLICK:
self.trackablelist.iterator-= 1
self.trackablelist.iterator%= len(self.trackablelist.content)
self.retarget()
signal= gsignal.build( {
"type": self.signal ,
"content": self.target } )
self.gsend(self.listener, signal)
self.draw()
elif signal.type == gsignal.UPDATE:
self.update()
def gread(self, signal):
if not self.busy:
if not self.active:
if signal.type == gsignal.MOVE:
self.mouse_over = True
elif signal.type == gsignal.CLICK:
self.busy = True
signal = gsignal.build({
"type": gsignal.ACTION,
"target": self
})
self.gsend(self.display, signal)
else:
if signal.type == gsignal.MOVE:
if signal.position.y < self.banner.HEIGTH:
self.mouse_over = True
if signal.type == gsignal.CLICK or signal.type == gsignal.LCLICK:
if signal.position.x >= self.banner.STRAP_WIDTH and signal.position.y >= self.banner.HEIGTH:
signal = gsignal.edit(
signal, ["position", "x"],
signal.position.x - self.banner.STRAP_WIDTH)
self.gsend(self.body, signal)
else:
self.busy = True
signal = gsignal.build({
"type": gsignal.ACTION,
"target": self
})
self.gsend(self.display, signal)
def update():
if Mouse.listener != None:
x, y= pygame.mouse.get_pos()
signal= gsignal.build( {
"type": gsignal.MOVE ,
"position": {"x": x, "y": y} } )
for event in SysComm.event_stack:
if event.type == pygame.MOUSEBUTTONDOWN:
if event.button == 1:
signal= gsignal.build( {
"type": gsignal.CLICK ,
"position": {"x": x, "y": y} } )
elif event.button == 3:
signal= gsignal.build( {
"type": gsignal.LCLICK ,
"position": {"x": x, "y": y} } )
elif event.button == 4:
signal= gsignal.build( {
"type": gsignal.SCROLLDOWN ,
"position": {"x": x, "y": y} } )
elif event.button == 5:
signal= gsignal.build( {
"type": gsignal.SCROLLUP ,
"position": {"x": x, "y": y} } )
break;
Mouse.listener.read_signal(signal)
def read_signal(signal):
if signal.type == gsignal.WATCH1:
CelestialCluster.watchlist[1]= signal.target
if CelestialCluster.listener:
signal= gsignal.build( {
"type": gsignal.RESET ,
"content": CelestialCluster.watchlist[0] } )
CelestialCluster.listener.read_signal(signal)
elif signal.type == gsignal.WATCH2:
CelestialCluster.watchlist[2]= signal.target
if CelestialCluster.listener:
signal= gsignal.build( {
"type": gsignal.RESET ,
"content": CelestialCluster.watchlist[0] } )
CelestialCluster.listener.read_signal(signal)
elif signal.type == gsignal.WATCH0:
CelestialCluster.watchlist[0]= signal.target
if CelestialCluster.listener:
signal= gsignal.build( {
"type": gsignal.RESET ,
"content": CelestialCluster.watchlist[0] } )
CelestialCluster.listener.read_signal(signal)
elif signal.type == gsignal.COLLISION:
pass
#TODO tratar colisão
elif signal.type == gsignal.DELETE:
CelestialCluster.remove(signal.content)
else:
print("possible error at celestialcluster")
def update():
if Mouse.listener != None:
x, y = pygame.mouse.get_pos()
signal = gsignal.build({
"type": gsignal.MOVE,
"position": {
"x": x,
"y": y
}
})
for event in SysComm.event_stack:
if event.type == pygame.MOUSEBUTTONDOWN:
if event.button == 1:
signal = gsignal.build({
"type": gsignal.CLICK,
"position": {
"x": x,
"y": y
}
})
elif event.button == 3:
signal = gsignal.build({
"type": gsignal.LCLICK,
"position": {
"x": x,
"y": y
}
})
elif event.button == 4:
signal = gsignal.build({
"type": gsignal.SCROLLDOWN,
"position": {
"x": x,
"y": y
}
})
elif event.button == 5:
signal = gsignal.build({
"type": gsignal.SCROLLUP,
"position": {
"x": x,
"y": y
}
})
break
Mouse.listener.read_signal(signal)
def update_speed(self):
#print( type(self.speed.x) )
for celestial_body in self.celestial_neighbor:
distance= Cardinal(
celestial_body.position.x - self.position.x ,
celestial_body.position.y - self.position.y ,
celestial_body.position.z - self.position.z )
relative_speed= Cardinal(
celestial_body.speed.x - self.speed.x ,
celestial_body.speed.y - self.speed.y ,
celestial_body.speed.z - self.speed.z )
#if distance.vectorize() > self.radius + celestial_body.radius:
if distance.vectorize() > ( self.radius + celestial_body.radius ) + relative_speed.vectorize()*gtime.RESOLUTION:
#Não tou muito confiante nessa checagem de colisão, mas ok
relative_constant= GRAVCONST*celestial_body.mass/(distance.vectorize()**2)
self.speed.x+= relative_constant*distance.x*gtime.RESOLUTION/distance.vectorize()
self.speed.y+= relative_constant*distance.y*gtime.RESOLUTION/distance.vectorize()
self.speed.z+= relative_constant*distance.z*gtime.RESOLUTION/distance.vectorize()
else:
#aconteceu uma colisão, tratar aqui
#print("DEBUG2: Collision")
CelestialCluster.read_signal( gsignal.build( {
"type": gsignal.COLLISION ,
"celestial_bodies": [self, celestial_body] } ) )
def set_listener(listener):
CelestialCluster.listener= listener
if not None in CelestialCluster.watchlist:
signal= gsignal.build( {
"type": gsignal.RESET ,
"content": CelestialCluster.watchlist[0] } )
CelestialCluster.listener.read_signal(signal)
def update():
if (AudioTrack.mode == 2 and AudioTrack.tick >= 2):
tmp = AudioTrack.recbuffer[(AudioTrack.tick - 2) *
728:(AudioTrack.tick - 1) * 728]
if (AudioTrack.tick % 2 == 0):
content = [item for sublist in tmp for item in sublist]
tmp = np.fft.rfft(content)
fourier = []
for i in tmp:
fourier.append(abs(float(i.real)))
fourier = AudioTrack.normalize(fourier)
content = AudioTrack.normalize(content)
AudioTrack.detectTone(fourier)
if (AudioTrack.displaymode.iterator == 1):
content = fourier
signal = gsignal.build({
"type": gsignal.ACTION,
"content": content
})
AudioTrack.gsend(AudioTrack.listeners[-1], signal)
AudioTrack.tick += 1
if (AudioTrack.tick == 660):
AudioTrack.tick -= 1
AudioTrack.mode = 0
def read_signal(self, signal):
if signal.type == gsignal.CLICK:
signal= gsignal.build( {
"type": self.signaltype ,
"content": self.content } )
self.listener.read_signal(signal)
elif signal.type == gsignal.ACTION:
self.content= signal.target
def nogoodnameyet(self):
target= self.scrollist[self.tick]
if self.return_index:
target= self.tick
signal= gsignal.build( {
"type": self.signaltype ,
"target": self.scrollist[self.tick] } )
self.send(signal)
self.draw()
def read_signal(self, signal):
if signal.type == gsignal.CLICK:
signal = gsignal.build({
"type": self.signaltype,
"content": self.content
})
self.listener.read_signal(signal)
elif signal.type == gsignal.ACTION:
self.content = signal.target
def nogoodnameyet(self):
target = self.scrollist[self.tick]
if self.return_index:
target = self.tick
signal = gsignal.build({
"type": self.signaltype,
"target": self.scrollist[self.tick]
})
self.send(signal)
self.draw()
def watch():
VECTOR= CelestialCluster.watchlist[0]
CBODY1= CelestialCluster.watchlist[1]
CBODY2= CelestialCluster.watchlist[2]
if VECTOR == "Distance":
value= CelestialCluster.distance(CBODY1, CBODY2)
signal= gsignal.build( {
"type": gsignal.ACTION ,
"content": value } )
CelestialCluster.listener.read_signal(signal)
def update(self):
if self.active:
if not self.busy:
if self.mouse_over and self.tick != self.MAX_TICK // 2:
self.tick += 1
elif not self.mouse_over and self.tick != 0:
self.tick -= 1
else:
if self.tick != self.MAX_TICK:
self.tick += 1
else:
self.tick = 0
self.active = False
self.busy = False
else:
if not self.busy:
if self.mouse_over and self.tick != self.MAX_TICK:
self.tick += 1
elif not self.mouse_over and self.tick != 0:
self.tick -= 1
else:
if self.tick != self.MAX_TICK:
self.tick += 1
if self.tick2 != self.MAX_TICK2:
self.tick2 += 1
if self.tick == self.MAX_TICK and self.tick2 == self.MAX_TICK2:
self.busy = False
self.active = True
self.tick = 0
self.tick2 = 0
signal = gsignal.build({
"type": gsignal.REINDEX,
"target": self
})
self.gsend(self.display, signal)
self.mouse_over = False
self.draw()
self.body.update()
def update(self):
if self.active:
if not self.busy:
if self.mouse_over and self.tick != self.MAX_TICK//2:
self.tick+=1
elif not self.mouse_over and self.tick!= 0:
self.tick-=1
else:
if self.tick!= self.MAX_TICK:
self.tick+= 1
else:
self.tick= 0
self.active= False
self.busy= False
else:
if not self.busy:
if self.mouse_over and self.tick != self.MAX_TICK:
self.tick+=1
elif not self.mouse_over and self.tick != 0:
self.tick-=1
else:
if self.tick != self.MAX_TICK:
self.tick+=1
if self.tick2 != self.MAX_TICK2:
self.tick2+= 1
if self.tick == self.MAX_TICK and self.tick2 == self.MAX_TICK2:
self.busy= False
self.active= True
self.tick= 0
self.tick2= 0
signal= gsignal.build( {
"type": gsignal.REINDEX ,
"target": self } )
self.listener.read_signal(signal)
self.mouse_over= False
self.draw()
self.body.update()
def gread(self, signal):
if signal.type == gsignal.CLICK:
signal= gsignal.build( {
"type": self.signaltype ,
"content": None } )
self.gsend(self.listener, signal)
