def createEnt(self, entType, pos = Vector3(0,0,0)):
ent = entType(self.engine, self.nEnts, pos = pos)
print "EntMgr created: ", ent.uiname, ent.eid, self.nEnts
ent.init()
self.ents[self.nEnts] = ent;
self.nEnts = self.nEnts + 1
return ent
def createMissile(self, missileType, source):
ent = missileType(self.engine, self.nMissiles, source)
ent.init()
ent.unitai.addCommand( command.Ram(ent, self.player) )
self.missiles[ent.uiname] = ent;
self.nMissiles = self.nMissiles + 1
ent.renderer.oEnt.setMaterialName ('Angst/Missile')
return ent
def createEnt(self, entType, pos=MyVector(0, 0, 0), yaw=0):
ent = entType(self.engine, self.nEnts, pos=pos, yaw=yaw)
ent.init()
self.entities[self.nEnts] = ent
self.selectedEnt = ent
self.selectedEntIndex = self.nEnts
self.nEnts = self.nEnts + 1
return ent
def createEnt(self, entType, pos = Vector3(0,0,0), orientation = Quaternion(0,0,0,1)):
ent = entType(self.engine, self.nEnts, pos = pos, orientation = orientation)
print "EntMgr created: ", ent.uiname, ent.eid, self.nEnts
ent.init()
self.ents[self.nEnts] = ent;
self.nEnts = self.nEnts + 1
if ent.isPlayerControlled:
self.playerObject = ent
return ent
def createEnemy(self, enemyType, pos = None, speed = None):
if pos == None:
x = self.randomizer.randint(-5000, 5000)
y = self.randomizer.randint(-500, 2500)
z = self.randomizer.randint(-5000, 5000)
pos = self.player.pos + Vector3(x,y,z)
if speed == None:
speed = self.player.speed + 10
ent = enemyType(self.engine, self.nEnems, pos, 0, speed)
ent.init()
ent.unitai.addCommand( command.OffsetFollow(ent, self.player, self.createRandomOffset()) )
self.enemies[ent.uiname] = ent;
self.nEnems = self.nEnems + 1
ent.renderer.oEnt.setMaterialName ('Angst/Enemy')
return ent
def createEnt(self, entType, pos=MyVector(0, 0, 0), yaw=0, team=0):
ent = entType(self.engine, self.nEnts, pos=pos, yaw=yaw, team=team)
ent.init()
self.entities[self.nEnts] = ent
self.selectedEnt = ent
self.selectedEntIndex = self.nEnts
self.nEnts = self.nEnts + 1
if (team == 1):
print ent
self.team1[self.nP1] = ent
ent.team = 1
self.nP1 += 1
elif (team == 2):
self.team2[self.nP2] = ent
self.nP2 += 1
ent.team = 2
if (ent.mesh == "sphere.mesh"):
self.ball = ent
return ent
def createEnt(self, entType, pos = MyVector(0,0,0), yaw = 0, heading = 0, scale = (1,1,1)):
# player
if entType == self.entTypes[1]:
if self.nplayers == 0:
self.player = entType(self.engine, self.nplayers, pos = pos, yaw = yaw, heading = heading)
self.player.init()
else:
self.player2 = entType(self.engine, self.nplayers, pos = pos, yaw = yaw, heading = heading)
self.player2.init()
self.nplayers = self.nplayers + 1
# bullet
elif entType == self.entTypes[3]:
if scale == (1,1,1):
scale = (.02,.02,.02)
if self.playerNum == 1:
bullet = entType(self.engine, self.nBullets, pos = pos, yaw = yaw, heading = heading, scale = scale)
bullet.init()
self.bullets.append(bullet)
elif self.playerNum == 2:
bullet = entType(self.engine, self.nBullets, pos = pos, yaw = yaw, heading = heading, scale = scale)
bullet.init()
self.bullets2.append(bullet)
self.nBullets = self.nBullets + 1
return bullet
# cube wall
elif entType == self.entTypes[2]:
ent = entType(self.engine, self.nEnts, pos = pos, yaw = yaw, heading = heading, scale = scale)
ent.init()
self.ents.append(ent);
self.nEnts = self.nEnts + 1
return ent
# lobster
elif entType == self.entTypes[4]:
ent = entType(self.engine, self.nEnts, pos = pos, yaw = yaw, heading = heading, scale = scale)
ent.init()
self.ents.append(ent);
self.nEnts = self.nEnts + 1
return ent
# robots
elif entType == self.entTypes[0]:
enem = entType(self.engine, self.nEnems, pos = pos, yaw = yaw, heading = heading)
enem.init()
self.enems.append(enem);
self.nEnems = self.nEnems + 1
return enem
# shields
elif entType == self.entTypes[5]:
shield = entType(self.engine, self.nShields, pos = pos, yaw = yaw, heading = heading, scale = scale)
shield.init()
self.shields.append(shield);
self.nShields = self.nShields + 1
return shield
# ship
elif entType == self.entTypes[6]:
ent = entType(self.engine, self.nEnts, pos = pos, yaw = yaw, heading = heading, scale = scale)
ent.init()
self.ents.append(ent);
self.nEnts = self.nEnts + 1
return ent
#pick up
elif entType == self.entTypes[7]:
ent = entType(self.engine, self.nEnts, pos = pos, yaw = yaw, heading = heading, scale = scale)
ent.init()
self.pickups.append(ent);
self.nPickups = self.nPickups + 1
return ent
def createObstacle(self, entType, pos = Vector3(0,0,0)):
ent = entType(self.engine, self.nObstacles, pos = pos)
ent.init()
self.obstacles[self.nObstacles] = ent;
self.nObstacles += 1
return ent
def createProjectile(self, entType, pos = Vector3(0,0,0)):
ent = entType(self.engine, self.nProjectiles, pos = pos)
ent.init()
self.projectiles[self.nProjectiles] = ent;
self.nProjectiles += 1
return ent
def createEnt(self, entType, pos=Vector3(0, 0, 0)):
ent = entType(self.engine, self.numEnts, pos=pos)
ent.init()
self.entList.append(ent)
self.numEnts = self.numEnts + 1
return ent
def createEnt(self, entType, pos = Vector3(0,0,0)):
ent = entType(self.engine, self.numEnts, pos = pos)
ent.init()
self.entList.append(ent)
self.numEnts = self.numEnts + 1
return ent
