def __init__(self, unit, maxHp, position = Coordinate(0, 0)):
RunnableList.__init__(self)
self.unit = unit
self.position = Coordinate(position)
unitImage = unit.getImage()
self.append(GameObject(image = unitImage,
position = self.position - Coordinate(60, 0)))
self.append(LifeBar(unit, maxHp, self.position + Coordinate(20, 0)))
def defaultInitialize(self):
# self.specialUnit = GameObject(move = MoveByKeyAsUnit(velocity = 50))
self._viewPoint = None
self.bullets = RunnableList()
self.units = RunnableList()
self.items = RunnableList()
self.bases = RunnableList()
self.debugObjects = RunnableList()
self.field = Field(self)
def __init__(self, unit, maxHp, position): RunnableList.__init__(self) self.append(GameObject(image = 'graphics/lifeBox.bmp', position = position)) self.append(self.Bar(unit, maxHp, position))
class GameManager(Runnable):
def __init__(self,settingFileName = "setting/gameSettings.conf"):
super().__init__()
#self.testInitialize()
self.initialize(settingFileName)
time.sleep(2)
def defaultInitialize(self):
# self.specialUnit = GameObject(move = MoveByKeyAsUnit(velocity = 50))
self._viewPoint = None
self.bullets = RunnableList()
self.units = RunnableList()
self.items = RunnableList()
self.bases = RunnableList()
self.debugObjects = RunnableList()
self.field = Field(self)
def initialize(self,settingFilename):
self.defaultInitialize()
file = open(settingFilename, "r")
self.field.loadField(file.readline().strip())
for team in (0,1):
gen = self.field.getUnitPosition(team)
for aiName,(point,direction) in zip(file.readline().split(),gen):
if aiName == "debug":
unit = Unit(point,direction,self,team,len(self.units))
self.addDebugUnit(unit)
self.units.append(unit)
continue
elif aiName == "player":
unit = Unit(point,direction,self,team,len(self.units), aiManager = PlayerManager())
self._viewPoint = unit
# self.addDebugUnit(unit,UNIT_MAX_ROLL_ANGLE,UNIT_MAX_SPEED)
self.units.append(unit)
continue
else:
self.units.append(Unit(point,direction,self,team,len(self.units),AiManager(aiName)))
self.debugmode = eval(file.readline())
if self.debugmode:
pass
for i in self.units:
i.sendStartingMessage()
if self._viewPoint is None:
self._viewPoint = GameObject(direction = -1.57079633, move = MoveByKey(speed = 5))
self.debugObjects.append(self._viewPoint)
self._defeatTeam = 0
def addDebugUnit(self,unit,angle = 0.3,velocity = 10):
self.debugUnit = unit
self.debugUnit.setMove(MoveByKeyAsUnit(angle = angle, velocity = velocity))
self._viewPoint = self.debugUnit
def writeEndMessage(self,unit,file):
file.write("endGame")
if self._defeatTeam == 3:
file.write("drawGame")
elif self._defeatTeam == 0:
file.write("canceled this Game")
else:
file.write("team ")
file.write(self._defeatTeam)
file.write(" win")
def writeStartingMessage(self,unit,file):
file.write("startInit")
self.writeMessageUnit(unit,file)
self.writeMessageField(self.field,file)
file.write("endInit\n")
self.writeMessage(unit,file)
def writeMessage(self,unit,file):
file.write("start")
for i in self.bases:
self.writeMessageBase(i,file)
for i in self.units:
if i.getTeamFlag() == unit.getTeamFlag():
self.writeMessageUnit(i,file)
continue
if abs(i.getPosition() - unit.getPosition()) < RADIUS_OF_THE_VISILITY_ARIA:
self.writeMessageUnit(i,file)
continue
for i in self.bullets:
if abs(i.getPosition() - unit.getPosition()) <RADIUS_OF_THE_VISILITY_ARIA:
self.writeMessageBullet(i,file)
for i in self.items:
if i.checkAvailable:
if abs(i.getPosition() - unit.getPosition()) <RADIUS_OF_THE_VISILITY_ARIA:
self.writeMessageItem(i,file)
file.write("end")
def writeMessageUnit(self,unit,file):
file.write("unit")
for i in unit.encode():
file.write(str(i))
def writeMessageBullet(self,bullet,file):
file.write("bullet")
for i in bullet.encode():
file.write(str(i))
def writeMessageBase(self,base,file):
file.write("base")
for i in base.encode():
file.write(str(i))
def writeMessageItem(self,item,file):
file.write("item")
for i in item.encode():
file.write(str(i))
def writeMessageField(self,field,file):
file.write("field")
for i in field.encode():
file.write(str(i))
def addBullet(self, bullet):
self.bullets.append(bullet)
def addItem(self, item):
self.items.append(item)
def addBase(self, base):
self.bases.append(base)
def getBase(self, teamFlag):
for i in self.bases:
if i.getTeamFlag() == teamFlag:
#baseはひとつだと仮定
return i
def step(self):
if self.debugmode:
self.readKeyEvent()
# self.specialUnit.step()
self.field.step()
self.units.step()
#baseはunitの後
self.bases.step()
self.bullets.step()
self.items.step()
self.debugObjects.step()
for counter in range(20):
#振動して無限ループになったとき、20回で終了するようにしている。
#押し合い
powerList = [Coordinate(0,0) for i in range(len(self.units))]
for ii in range(len(self.units)):
for jj in range(ii):
i = self.units[ii].getPosition()
j = self.units[jj].getPosition()
if abs(i - j) < RADIUS_OF_THE_UNIT * 2 :
factor = (RADIUS_OF_THE_UNIT * 2 - abs(i - j))/(abs(i - j) + 10 **(-7)) * (i - j)
powerList[ii] += factor
powerList[jj] -= factor
#重なっているとき
for ii in range(len(self.units)):
for jj in range(len(self.bases)):
i = self.units[ii].getPosition()
j = self.bases[jj].getPosition()
if abs(i - j) < RADIUS_OF_THE_UNIT + RADIUS_OF_THE_BASE:
factor = (RADIUS_OF_THE_UNIT + RADIUS_OF_THE_BASE - abs(i - j))/(abs(i - j) + 10 **(-7)) * (i - j)
powerList[ii] += factor
#重なっているとき
for i in range(len(self.units)):
#壁との当たり判定壁との当たり判定はFeildで行う。
#返り値はかかる力ベクトル(Coordinate)
powerList[i] += self.field.wallDistance(RADIUS_OF_THE_UNIT, self.units[i])
flag = True
for i in range(len(self.units)):
if powerList[i].norm() >= 1:
self.units[i].setPosition(self.units[i].getPosition() + powerList[i] * PUSH_STRENGTH)
flag = False
if flag:
break
#当たり判定
for i in range(len(self.units)):
self.field.fieldEffect(self.units[i])
for i in range(len(self.bullets)):
self.field.fieldEffect(self.bullets[i])
for i in range(len(self.items)):
self.field.fieldEffect(self.items[i])
#item
for ii in range(len(self.items)):
i = self.items[ii].getPosition()
for jj in range(len(self.units)):
j = self.units[jj].getPosition()
if abs(i-j) < RADIUS_OF_THE_ITEM + RADIUS_OF_THE_UNIT:
#あたったとき
self.items[ii].effect(self.units[jj])
break
#bullet
for ii in range(len(self.bullets)):
i = self.bullets[ii].getPosition()
for jj in range(len(self.units)):
j = self.units[jj].getPosition()
if abs(i-j) < RADIUS_OF_THE_UNIT:
#あたったとき
self.bullets[ii].attack(self.units[jj])
break
flag = False
self._defeatTeam = 0
for ii in range(len(self.bullets)):
i = self.bullets[ii].getPosition()
for jj in range(len(self.bases)):
j = self.bases[jj].getPosition()
if abs(i-j) < RADIUS_OF_THE_BASE:
#あたったとき
self.bullets[ii].attack(self.bases[jj])
if self.bases[jj].checkAlive():
continue
flag = True
self._defeatTeam |= 1<<jj
break
if flag:
if self._defeatTeam == 1:
print("team 1 win")
elif self._defeatTeam == 2:
print("team 0 win")
elif self._defeatTeam == 3:
print("draw")
self.end()
for i in self.units:
i.sendData()
def draw(self, screan):
self.field.draw(screan,self._viewPoint)
self.bases.draw(screan, self._viewPoint)
self.units.draw(screan, self._viewPoint)
self.bullets.draw(screan, self._viewPoint)
self.items.draw(screan, self._viewPoint)
def readKeyEvent(self):
self._viewPoint = GetKeyEvent(self._viewPoint, self.units, self.debugObjects)
def end(self):
for i in self.units:
i.sendEndMessage()
self.field.end()
self.bases.end()
self.units.end()
self.bullets.end()
self.items.end()
time.sleep(3)
Runnable.end(self)
