def destroySelf(self):
self.state = "dead"
self.sides = 0
self.resources = 0
args = [3, self.pos.getPosition(), COLOR_CHARTREUSE, 150]
#PEG_mainLoop.mainLoop().entityDict['EffectMenu'].addEffect(PEG_effects.quickEffect(*args))
network = PEG_mainLoop.mainLoop().entityDict['Network']
network.mgr.send([PEG_effects.quickData(*args),])
def revivePlayers(self):
for e in self.enDict.values():
if e.sides == 0:
#TODO check distance from power source --> revive
#do we give zero resources?
if (e.pos.getPosition() - self.enDict['ThePSource'].pos.getPosition()).magnitude() < POWERSOURCE_ACTIVE_RADIUS:
e.sides = 3
e.state = "alive"
print e.name, "revived"
#animation
args = [8, e.pos.getPosition(), e.color, ACTION_RADIUS]
self.send([(PEG_effects.quickData(*args)),])
def processNetMessage(self, data):
if data['type'] == "position":
self.parseEnData(data) #has server specific routine inside
if data['type'] == "time":
self.gameTime = data['time'][1:len(data['time'])] #time data is buffered with a character so we can start it with a 0
if not self.server and data['type'] == "effect": #client specific
#should have position, id, etc
PEG_mainLoop.mainLoop().entityDict['EffectMenu'].addEffect(PEG_effects.quickEffect(
int(data['id']),
Vector2d(int(data['x']),int(data['y'])),
(int(data['r']),int(data['g']),int(data['b'])),
int(data['radius']),
int(data['sides'])
))
if not self.server and data['type'] == "state": #client specific
menu = PEG_mainLoop.mainLoop().entityDict["MenuEn"]
if data['state'] == "gameover":
menu.gameover = True
menu.winner = data['winner']
menu.Ascore = data['Ateam']
menu.Bscore = data['Bteam']
elif data['state'] == "starting":
menu.gameover = False
if self.server and 'relay' in data: #server specific
del data['relay']
self.mgr.send(self.makeDefaultMessage(data))
#print "relayed", data
if self.server and data['type'] == "event": #server specific
if data['event'] == "arduino":
if 'ThePSource' in self.enDict:
self.processArduinoEvent(data)
#FIXK THIS
if self.server and data['type'] == "init": #server specific
try:
m[1].name = data['name']
print data['name'], " client is set"
except: pass
#now we check if all clients have been identified
#this is kind of bad because we don't wait for extra clients to join, too bad
#add maybe a 10 second grace period
flag = True
self.mgr.clntListlock.acquire()
for e in self.mgr.clntList:
if e.name == None:
flag = False
break
self.mgr.clntListlock.release()
def serialRoutineOLD(self):
serial = PEG_mainLoop.mainLoop().entityDict["SerialEntity"]
action = serial.getActionString()
if action == "starting sweep":
print "sweep started"
self.currentAction = action
self.actionStart = pygame.time.get_ticks()
elif action == "triggered sweep":
print "sweep triggered"
self.currentAction = ''
network = PEG_mainLoop.mainLoop().entityDict['Network']
data = dict()
data['type'] = 'event'
data['event'] = 'arduino'
data['name'] = self.color
data['arduino'] = action
network.mgr.send([data,])
args = [5, self.pos.getPosition(), self.color, ACTION_RADIUS]
#PEG_mainLoop.mainLoop().entityDict['EffectMenu'].addEffect(PEG_effects.quickEffect(*args))
data = PEG_effects.quickData(*args)
data['relay'] = 'True'
network.mgr.send([data,])
if self.currentAction == "starting sweep":
timeSinceLastAction = pygame.time.get_ticks() - self.actionStart
pygame.draw.circle(
PEG_mainLoop.mainLoop().screen,
COLOR_GRAY,
PEG_mainLoop.mainLoop().cam.convertCrds(self.pos.getPosition()).getIntTuple(),
ACTION_RADIUS*timeSinceLastAction/ACTION_TIME + 1,
1
)
pygame.draw.circle(
PEG_mainLoop.mainLoop().screen,
self.color,
PEG_mainLoop.mainLoop().cam.convertCrds(self.pos.getPosition()).getIntTuple(),
ACTION_RADIUS,
1
)
def processNetMessage(self, data):
if data["type"] == "position":
# We only update entities after one has been idnetififed
if self.server or self.color:
self.parseEnData(data) # has server specific routine inside
if data["type"] == "time":
self.gameTime = data["time"]
if not self.server and data["type"] == "effect": # client specific
# should have position, id, etc
print "got effect from serva", data
PEG_mainLoop.mainLoop().entityDict["EffectMenu"].addEffect(
PEG_effects.quickEffect(
int(data["id"]),
Vector2d(int(data["x"]), int(data["y"])),
(int(data["r"]), int(data["g"]), int(data["b"])),
int(data["radius"]),
int(data["sides"]),
)
)
if not self.server and data["type"] == "state": # client specific
menu = PEG_mainLoop.mainLoop().entityDict["MenuEn"]
if data["state"] == "gameover":
menu.gameover = True
menu.winner = data["winner"]
menu.Ascore = data["Ateam"]
menu.Bscore = data["Bteam"]
elif data["state"] == "starting":
menu.gameover = False
if self.server and "relay" in data: # server specific
del data["relay"]
self.send(self.makeDefaultMessage(data))
# print "relayed", data
if self.server and data["type"] == "event": # server specific
if data["event"] == "arduino":
if "ThePSource" in self.enDict:
self.processArduinoEvent(data)
def processNetMessage(self, data):
if data['type'] == "position":
#We only update entities after one has been idnetififed
if self.server or self.color:
self.parseEnData(data) #has server specific routine inside
if data['type'] == "time":
self.gameTime = data['time']
if not self.server and data['type'] == "effect": #client specific
#should have position, id, etc
print "got effect from serva", data
PEG_mainLoop.mainLoop().entityDict['EffectMenu'].addEffect(PEG_effects.quickEffect(
int(data['id']),
Vector2d(int(data['x']),int(data['y'])),
(int(data['r']),int(data['g']),int(data['b'])),
int(data['radius']),
int(data['sides'])
))
if not self.server and data['type'] == "state": #client specific
menu = PEG_mainLoop.mainLoop().entityDict["MenuEn"]
if data['state'] == "gameover":
menu.gameover = True
menu.winner = data['winner']
menu.Ascore = data['Ateam']
menu.Bscore = data['Bteam']
elif data['state'] == "starting":
menu.gameover = False
if self.server and 'relay' in data: #server specific
del data['relay']
self.send(self.makeDefaultMessage(data))
#print "relayed", data
if self.server and data['type'] == "event": #server specific
if data['event'] == "arduino":
if 'ThePSource' in self.enDict:
self.processArduinoEvent(data)
def processArduinoEvent(self,data):
#try:
print "got", data['arduino'], "from", data['name']
#whirly bird for attacking
if data['arduino'] == "sweep":
for e in [item for item in self.enDict.values() if hasattr(item,"attackedBy")]:
if self.enDict[data['name']].team != e.team:
if (self.enDict[data['name']].pos.getPosition() - e.pos.getPosition()).magnitude() < ACTION_RADIUS:
print self.enDict[data['name']].name, "attacks", e.name, "successfully"
e.attackedBy(self.enDict[data['name']])
#play effect
args = [7, e.pos.getPosition(), pedo_lookup.colorMap[data['name']], ACTION_RADIUS]
#PEG_mainLoop.mainLoop().entityDict['EffectMenu'].addEffect(PEG_effects.quickEffect(*args))
self.send([PEG_effects.quickData(*args),])
#tomahawk for resources and construction
if data['arduino'] == "tomahawk":
flag1 = True
for e in self.getBuildingEnList():
if e.sides >= 5:
if (self.enDict[data['name']].pos.getPosition() - e.pos.getPosition()).magnitude() < POLYFACTORY_ACTIVE_RADIUS:
if self.enDict[data['name']].resources == self.enDict[data['name']].sides:
print self.enDict[data['name']].name, "has POLYFACTORIZED!!!!"
args = [9, self.enDict[data['name']].pos.getPosition(), self.enDict[data['name']].color, ACTION_RADIUS,self.enDict[data['name']].sides+1]
self.send([PEG_effects.quickData(*args),])
self.enDict[data['name']].sides += 1
self.enDict[data['name']].resources = 0
flag1 = False
break
if flag1 and (self.enDict[data['name']].pos.getPosition() - self.enDict['ThePSource'].pos.getPosition()).magnitude() < POWERSOURCE_ACTIVE_RADIUS:
print self.enDict[data['name']].name, "gathers 1 resource"
self.enDict[data['name']].addResource()
args = [5, self.enDict[data['name']].pos.getPosition(), self.enDict[data['name']].color, ACTION_RADIUS]
sData = PEG_effects.quickData(*args)
print "in respones to arduino event, sending:", sData
self.send([sData,])
elif flag1 and self.enDict[data['name']].resources > 0: #TODO change to 0, keep this way for testing
self.enDict[data['name']].resources -= 1
flag2 = True
print self.enDict.values()
for e in self.getBuildingEnList():
if (self.enDict[data['name']].pos.getPosition() - e.pos.getPosition()).magnitude() < BUILDING_RADIUS:
if self.enDict[data['name']].team == e.team:
print e.name, "upgraded by", data['name']
e.addSide()
flag2 = False
args = [9, e.pos.getPosition(), e.color, ACTION_RADIUS,e.sides+1]
self.send([PEG_effects.quickData(*args),])
break
#no upgrade, then make new structure
if flag2:
print self.enDict[data['name']], "created new building"
sdata = dict()
sdata['type'] = "position"
sdata['entity'] = "BuildingEn"
sdata['x'] = self.enDict[data['name']].pos.x
sdata['y'] = self.enDict[data['name']].pos.y
#TODO make some system for creating unique names
sdata['name'] = random.randint(0,5000)
sdata['team'] = self.enDict[data['name']].team
sdata['sides'] = 1
self.processNetMessage(sdata)
#bad but w/e
self.enDict[sdata['name']].team = sdata['team']
args = [9, self.enDict[data['name']].pos.getPosition(), pedo_lookup.colorMap[sdata['team']], 3]
self.send([PEG_effects.quickData(*args),])
#TODO hit explosion thing I dunno
#play some effect for now?
if data['arduino'] == "whirlybird":
#TODO detect mode????
#for now everything is visible
pass
