func (m *MonsterManager) findPosition(zone *Zone, monsterType MonsterType_t) (x ZoneCoord_t, y ZoneCoord_t) {
info, ok := data.MonsterInfoTable[monsterType]
if !ok {
log.Error("不对，找不到monster信息")
return
}
for i := 0; i < 300; i++ {
pt := zone.getRandomMonsterRegenPosition()
tile := zone.Tile(int(pt.X), int(pt.Y))
if !tile.isBlocked(info.MoveMode) &&
!tile.hasPortal() &&
(*zone.Level(int(pt.X), int(pt.Y))&ZoneLevel_t(SAFE_ZONE)) == 0 {
x = ZoneCoord_t(pt.X)
y = ZoneCoord_t(pt.Y)
return
}
}
log.Errorln("地图中找不到可以放怪物的点了...不科学！")
return
}
func CGSkillToObjectHandler(pkt packet.Packet, agent *Agent) {
skillPacket := pkt.(*packet.CGSkillToObjectPacket)
skillHandler, ok := skillTable[skillPacket.SkillType]
if !ok {
log.Errorln("尚未实现的skill", skillPacket.SkillType)
return
}
handler, ok := skillHandler.(SkillToObjectInterface)
if !ok {
log.Errorln(skillPacket.SkillType, "没有实现SkillToObject接口")
return
}
// type GCSkillFailed1Packet struct {
// SkillType SkillType_t
// Grade uint8
// ModifyInfo
// }
// fail := packet.GCSkillToTileFail{
// SkillType: SKILL_ATTACK_MELEE,
// }
pc := agent.PlayerCreatureInstance()
obj, ok := pc.Scene.objects[skillPacket.TargetObjectID]
if !ok {
// TODO 发送失败包
// agent.sendPacket()
return
}
target, ok := obj.(CreatureInterface)
if !ok {
log.Error("不能对非creature的东西放技能")
return
}
handler.ExecuteToObject(agent, target)
}
// TODO
func (skill BloodDrain) ExecuteToObject(sender CreatureInterface, target CreatureInterface) {
log.Error("尚未实现")
}
func (zone *Zone) moveFastPC(agent *Agent,
x1 ZoneCoord_t,
y1 ZoneCoord_t,
x2 ZoneCoord_t,
y2 ZoneCoord_t,
skillType SkillType_t) bool {
pc := agent.PlayerCreatureInstance()
if !pc.IsAbleToMove() {
return false
}
// if pc.hasRelicItem() {
// return false
// }
if pc.isFlag(EFFECT_CLASS_HAS_FLAG) ||
pc.isFlag(EFFECT_CLASS_HAS_SWEEPER) {
return false
}
rTile := pc.Scene.Tile(int(x1), int(y1))
if rTile.getEffect(EFFECT_CLASS_ON_BRIDGE) != nil {
return false
}
dir := ComputeDirection(int(x1), int(y1), int(x2), int(y2))
searchX := g_FastMoveSearchX[dir]
searchY := g_FastMoveSearchY[dir]
var i int
for ; i < 4; i++ {
targetX, targetY := int(x2)+searchX[i], int(y2)+searchY[i]
if targetX >= 0 && targetX < int(zone.Width) &&
targetY >= 0 && targetY < int(zone.Height) &&
!zone.Tile(targetX, targetY).isBlocked(pc.MoveMode) &&
!zone.Tile(targetX, targetY).hasPortal() &&
zone.Tile(targetX, targetY).getEffect(EFFECT_CLASS_SANCTUARY) == nil &&
zone.Tile(int(x1), int(y1)).getEffect(EFFECT_CLASS_SANCTUARY) == nil {
x2 = ZoneCoord_t(targetX)
y2 = ZoneCoord_t(targetY)
break
}
}
if i == 4 {
return false
}
agent.sendPacket(&packet.GCFastMovePacket{
ObjectID: pc.ObjectID,
SkillType: skillType,
FromX: Coord_t(x1),
FromY: Coord_t(y1),
ToX: Coord_t(x2),
ToY: Coord_t(y2),
})
pc.X = x2
pc.Y = y2
pc.Dir = dir
rTile.deleteCreature(pc.ObjectID)
nTile := zone.Tile(int(x2), int(y2))
nTile.addCreature(agent)
// checkMine(this, pPC, x2, y2)
// checkTrap(this, pPC)
// switch agent.(type) {
// case *Slayer:
// case *Ouster:
// case *Vampire:
//
// }
// GCDeleteObject gcDeleteObject;
// gcDeleteObject.setObjectID(pPC->getObjectID());
var minX, maxX, minY, maxY int
if x1 < x2 {
minX = max(0, int(x1)-MaxViewportWidth)
maxX = min(int(zone.Width-1), int(x2)+MaxViewportWidth)
} else {
minX = max(0, int(x2)-MaxViewportWidth)
maxX = min(int(zone.Width-1), int(x1)+MaxViewportWidth)
}
if y1 < y2 {
minY = max(0, int(y1)-MaxViewportUpperHeight)
maxY = min(int(zone.Height-1), int(y2)+MaxViewportLowerHeight)
} else {
minY = max(0, int(y2)-MaxViewportUpperHeight)
maxY = min(int(zone.Height-1), int(y1)+MaxViewportLowerHeight)
}
for ix := minX; ix <= maxX; ix++ {
for iy := minY; iy <= maxY; iy++ {
tile := zone.Tile(ix, iy)
prevVisionState := getVisionState(x1, y1, ZoneCoord_t(ix), ZoneCoord_t(iy))
curVisionState := getVisionState(x2, y2, ZoneCoord_t(ix), ZoneCoord_t(iy))
for _, obj := range tile.Objects {
if obj == agent {
continue
}
switch obj.ObjectClass() {
case OBJECT_CLASS_CREATURE:
// creature := obj.(CreatureInterface)
switch obj.(type) {
case *Monster:
// if (prevVisionState == OUT_OF_SIGHT && curVisionState >= IN_SIGHT) {
// Packet* pAddMonsterPacket = createMonsterAddPacket(pMonster, pPC);
//
// if (pAddMonsterPacket!=NULL)
// {
// pPlayer->sendPacket(pAddMonsterPacket);
// delete pAddMonsterPacket;
// }
// }
// VisionState vs = pMonster->getVisionState(x2,y2);
//
// if (vs >= IN_SIGHT && pMonster->getAlignment() == ALIGNMENT_AGGRESSIVE)
// {
// if (isPotentialEnemy(pMonster, pPC))
// {
// pMonster->addPotentialEnemy(pPC);
// }
// }
case *Slayer:
// slayer := obj.(*Slayer)
if curVisionState >= IN_SIGHT && prevVisionState == OUT_OF_SIGHT {
// if canSee(pc, pCreature) {
// slayer.sendPacket(&packet.GCAddSlayer{})
// }
}
// prevVS := getVisionState(slayer.X, slayer.Y, x1, y1)
// currVS := getVisionState(slayer.X, slayer.Y, x2, y2)
//
// if canSee(pCreature, pc) {
// if prevVS == OUT_OF_SIGHT && currVS >= IN_SIGHT {
// pCreature.sendPacket(pGCAddXXX)
// pCreature.sendPacket(&gcFastMove)
// } else if prevVS >= IN_SIGHT && currVS >= IN_SIGHT {
// pCreature.sendPacket(&gcFastMove)
// } else if prevVS >= IN_SIGHT && currVS == OUT_OF_SIGHT {
// pCreature.sendPacket(&gcDeleteObject)
// }
// }
case *Vampire:
// if curVisionState >= IN_SIGHT && prevVisionState == OUT_OF_SIGHT {
// if canSee(pc, pCreature) {
// if pCreature.isFlag(EFFECT_CLASS_HIDE) {
// GCAddBurrowingCreature gcABC;
// gcABC.setObjectID(pCreature->getObjectID());
// gcABC.setName(pCreature->getName());
// gcABC.setX(ix);
// gcABC.setY(iy);
// pPlayer->sendPacket(&gcABC);
// } else {
// pVampire := obj.(*Vampire)
// pPlayer.sendPacket(&packet.GCAddVampire)
// }
// }
// prevVS := getVisionState(x1,y1);
// currVS := getVisionState(x2,y2);
// if canSee(pCreature, pc) {
// if prevVS == OUT_OF_SIGHT && currVS >= IN_SIGHT {
// pCreature.sendPacket(pGCAddXXX)
// pCreature.sendPacket(&gcFastMove)
// } else if prevVS >= IN_SIGHT && currVS >= IN_SIGHT {
// pCreature.sendPacket(&gcFastMove)
// } else if prevVS >= IN_SIGHT && currVS == OUT_OF_SIGHT {
// pCreature.sendPacket(&gcDeleteObject)
// }
// }
// }
case *Ouster:
// if curVisionState >= IN_SIGHT && prevVisionState == OUT_OF_SIGHT && canSee(pc, pCreature) {
// ouster := obj.(*Ouster)
// ouster.sendPacket(&packet.GCAddOuster{})
// }
// prevVS := getVisionState(pCreature.X, pCreature.Y,x1,y1)
// currVS := getVisionState(pCreature.X, pCreature.Y,x2,y2)
// if (canSee(pCreature, pPC ) ){
// if (prevVS == OUT_OF_SIGHT && currVS >= IN_SIGHT) {
// pCreature->getPlayer()->sendPacket(pGCAddXXX);
// pCreature->getPlayer()->sendPacket(&gcFastMove);
// } else if (prevVS >= IN_SIGHT && currVS >= IN_SIGHT) {
// pCreature->getPlayer()->sendPacket(&gcFastMove);
// //pCreature->getPlayer()->sendStream(&outputStream);
// } else if (prevVS >= IN_SIGHT && currVS == OUT_OF_SIGHT) {
// pCreature->getPlayer()->sendPacket(&gcDeleteObject);
// }
// }
default:
log.Error("invalid creature class")
}
}
}
}
}
return true
}
