GameItem* LumosChitBag::AddItem(const char* name, Chit* chit, Engine* engine, int team, int level, const char* altRes, const char* altName)
{
ItemDefDB* itemDefDB = ItemDefDB::Instance();
ItemDefDB::GameItemArr itemDefArr;
itemDefDB->Get(name, &itemDefArr);
GLASSERT(itemDefArr.Size() > 0);
GameItem* item = itemDefArr[0]->Clone();
if (altName) {
item->SetName(altName);
}
if (altRes) {
item->SetResource(altRes);
}
item->Roll(team, item->Traits().Get());
item->GetTraitsMutable()->SetExpFromLevel( level );
item->FullHeal();
if ( !chit->GetItemComponent() ) {
ItemComponent* ic = new ItemComponent( item );
chit->Add( ic );
for( int i=1; i<itemDefArr.Size(); ++i ) {
GameItem* gi = itemDefArr[i]->Clone();
ic->AddToInventory(gi);
}
}
else {
GLASSERT( itemDefArr.Size() == 1 );
chit->GetItemComponent()->AddToInventory(item);
}
return item;
}
void PlayerMoveComponent::update(double deltaTime)
{
//Prüft die Tastatureingabe und berechnet mit der Beschleunigung die Geschwindigkeit
determineDirection();
velocity += deltaTime * accel;
if (velocity.getLength() > maxVelocity) {
velocity.normalize();
velocity *= maxVelocity;
}
CVector position = parent->getPosition();
double rotation = parent->getRotation();
position += PIXEL_PER_METER *deltaTime * velocity;
angularVelo += deltaTime * angularAccel;
if (abs(angularVelo) > maxAngularVelocity) {
angularVelo = (angularVelo > 0.0)? maxAngularVelocity : - maxAngularVelocity;
}
rotation += deltaTime * angularVelo;
if (rotation > 360.0) rotation -= 360.0;
if (rotation < -360.0) rotation += 360.0;
//Prüfen ob der Spieler aus dem Bild laufen würde
if (position[0] + playerSize > 1024) {
position[0] = 1024 - playerSize;
velocity[0] *= -0.2;
}
if (position[0] < 0 + playerSize) {
position[0] = 0 + playerSize;
velocity[0] *= -0.2;
}
if (position[1] + playerSize + 20 > 800) {
position[1] = 800 - playerSize - 20;
velocity[1] *= -0.2;
}
if (position[1] < 0 + playerSize + 10) {
position[1] = 0 + playerSize + 10;
velocity[1] *= -0.2;
}
parent->setPosition(position);
//Kollisionsabfrage
quadColission();
//Prüfen ob der Spieler einen Gegenstand aufnehmen würde
Character *item = CharacterManager::instance()->getCharacter("Item");
ItemComponent *itemComp = getComponent<ItemComponent>(item);
if((item->getPosition()-getPosition()).getLength() < 50.0f){
itemComp->pickUp();
score++;
}
}
void GameHandler::handlePickup(GameClient &client, MessageIn &message)
{
const int x = message.readInt16();
const int y = message.readInt16();
const Point ppos =
client.character->getComponent<ActorComponent>()->getPosition();
// TODO: use a less arbitrary value.
if (std::abs(x - ppos.x) + std::abs(y - ppos.y) < 48)
{
MapComposite *map = client.character->getMap();
Point ipos(x, y);
for (FixedActorIterator i(map->getAroundPointIterator(ipos, 0)); i; ++i)
{
Entity *o = *i;
Point opos = o->getComponent<ActorComponent>()->getPosition();
if (o->getType() == OBJECT_ITEM && opos.x == x && opos.y == y)
{
ItemComponent *item = o->getComponent<ItemComponent>();
ItemClass *ic = item->getItemClass();
int amount = item->getAmount();
if (!Inventory(client.character).insert(ic->getDatabaseID(),
amount))
{
GameState::remove(o);
// We only do this when items are to be kept in memory
// between two server restart.
if (!Configuration::getValue("game_floorItemDecayTime", 0))
{
// Remove the floor item from map
accountHandler->removeFloorItems(map->getID(),
ic->getDatabaseID(),
amount, x, y);
}
// log transaction
std::stringstream str;
str << "User picked up item " << ic->getDatabaseID()
<< " at " << opos.x << "x" << opos.y;
auto *characterComponent = client.character
->getComponent<CharacterComponent>();
accountHandler->sendTransaction(
characterComponent->getDatabaseID(),
TRANS_ITEM_PICKUP, str.str()
);
}
break;
}
}
}
}
/**
* Informs a player of what happened around the character.
*/
static void informPlayer(MapComposite *map, Character *p)
{
MessageOut moveMsg(GPMSG_BEINGS_MOVE);
MessageOut damageMsg(GPMSG_BEINGS_DAMAGE);
const Point &pold = p->getOldPosition(), ppos = p->getPosition();
int pid = p->getPublicID(), pflags = p->getUpdateFlags();
int visualRange = Configuration::getValue("game_visualRange", 448);
// Inform client about activities of other beings near its character
for (BeingIterator it(map->getAroundBeingIterator(p, visualRange));
it; ++it)
{
Being *o = *it;
const Point &oold = o->getOldPosition(), opos = o->getPosition();
int otype = o->getType();
int oid = o->getPublicID(), oflags = o->getUpdateFlags();
int flags = 0;
// Check if the character p and the moving object o are around.
bool wereInRange = pold.inRangeOf(oold, visualRange) &&
!((pflags | oflags) & UPDATEFLAG_NEW_ON_MAP);
bool willBeInRange = ppos.inRangeOf(opos, visualRange);
if (!wereInRange && !willBeInRange)
{
// Nothing to report: o and p are far away from each other.
continue;
}
if (wereInRange && willBeInRange)
{
// Send attack messages.
if ((oflags & UPDATEFLAG_ATTACK) && oid != pid)
{
MessageOut AttackMsg(GPMSG_BEING_ATTACK);
AttackMsg.writeInt16(oid);
AttackMsg.writeInt8(o->getDirection());
AttackMsg.writeInt8(static_cast< Being * >(o)->getAttackId());
gameHandler->sendTo(p, AttackMsg);
}
// Send action change messages.
if ((oflags & UPDATEFLAG_ACTIONCHANGE))
{
MessageOut ActionMsg(GPMSG_BEING_ACTION_CHANGE);
ActionMsg.writeInt16(oid);
ActionMsg.writeInt8(static_cast< Being * >(o)->getAction());
gameHandler->sendTo(p, ActionMsg);
}
// Send looks change messages.
if (oflags & UPDATEFLAG_LOOKSCHANGE)
{
MessageOut LooksMsg(GPMSG_BEING_LOOKS_CHANGE);
LooksMsg.writeInt16(oid);
Character * c = static_cast<Character * >(o);
serializeLooks(c, LooksMsg);
LooksMsg.writeInt16(c->getHairStyle());
LooksMsg.writeInt16(c->getHairColor());
LooksMsg.writeInt16(c->getGender());
gameHandler->sendTo(p, LooksMsg);
}
// Send emote messages.
if (oflags & UPDATEFLAG_EMOTE)
{
int emoteId = o->getLastEmote();
if (emoteId > -1)
{
MessageOut EmoteMsg(GPMSG_BEING_EMOTE);
EmoteMsg.writeInt16(oid);
EmoteMsg.writeInt16(emoteId);
gameHandler->sendTo(p, EmoteMsg);
}
}
// Send direction change messages.
if (oflags & UPDATEFLAG_DIRCHANGE)
{
MessageOut DirMsg(GPMSG_BEING_DIR_CHANGE);
DirMsg.writeInt16(oid);
DirMsg.writeInt8(o->getDirection());
gameHandler->sendTo(p, DirMsg);
}
// Send damage messages.
if (o->canFight())
{
Being *victim = static_cast< Being * >(o);
const Hits &hits = victim->getHitsTaken();
for (Hits::const_iterator j = hits.begin(),
j_end = hits.end(); j != j_end; ++j)
{
damageMsg.writeInt16(oid);
damageMsg.writeInt16(*j);
}
}
if (oold == opos)
{
// o does not move, nothing more to report.
continue;
}
}
if (!willBeInRange)
{
// o is no longer visible from p. Send leave message.
MessageOut leaveMsg(GPMSG_BEING_LEAVE);
leaveMsg.writeInt16(oid);
gameHandler->sendTo(p, leaveMsg);
continue;
}
if (!wereInRange)
{
// o is now visible by p. Send enter message.
MessageOut enterMsg(GPMSG_BEING_ENTER);
enterMsg.writeInt8(otype);
enterMsg.writeInt16(oid);
enterMsg.writeInt8(static_cast< Being *>(o)->getAction());
enterMsg.writeInt16(opos.x);
enterMsg.writeInt16(opos.y);
enterMsg.writeInt8(o->getDirection());
enterMsg.writeInt8(o->getGender());
switch (otype)
{
case OBJECT_CHARACTER:
{
Character *q = static_cast< Character * >(o);
enterMsg.writeString(q->getName());
enterMsg.writeInt8(q->getHairStyle());
enterMsg.writeInt8(q->getHairColor());
serializeLooks(q, enterMsg);
} break;
case OBJECT_MONSTER:
{
Monster *q = static_cast< Monster * >(o);
enterMsg.writeInt16(q->getSpecy()->getId());
enterMsg.writeString(q->getName());
} break;
case OBJECT_NPC:
{
NpcComponent *npcComponent = o->getComponent<NpcComponent>();
enterMsg.writeInt16(npcComponent->getNpcId());
enterMsg.writeString(o->getName());
} break;
default:
assert(false); // TODO
break;
}
gameHandler->sendTo(p, enterMsg);
}
if (opos != oold)
{
// Add position check coords every 5 seconds.
if (currentTick % 50 == 0)
flags |= MOVING_POSITION;
flags |= MOVING_DESTINATION;
}
// Send move messages.
moveMsg.writeInt16(oid);
moveMsg.writeInt8(flags);
if (flags & MOVING_POSITION)
{
moveMsg.writeInt16(oold.x);
moveMsg.writeInt16(oold.y);
}
if (flags & MOVING_DESTINATION)
{
moveMsg.writeInt16(opos.x);
moveMsg.writeInt16(opos.y);
// We multiply the sent speed (in tiles per second) by ten
// to get it within a byte with decimal precision.
// For instance, a value of 4.5 will be sent as 45.
moveMsg.writeInt8((unsigned short)
(o->getModifiedAttribute(ATTR_MOVE_SPEED_TPS) * 10));
}
}
// Do not send a packet if nothing happened in p's range.
if (moveMsg.getLength() > 2)
gameHandler->sendTo(p, moveMsg);
if (damageMsg.getLength() > 2)
gameHandler->sendTo(p, damageMsg);
// Inform client about status change.
p->sendStatus();
// Inform client about health change of party members
for (CharacterIterator i(map->getWholeMapIterator()); i; ++i)
{
Character *c = *i;
// Make sure its not the same character
if (c == p)
continue;
// make sure they are in the same party
if (c->getParty() == p->getParty())
{
int cflags = c->getUpdateFlags();
if (cflags & UPDATEFLAG_HEALTHCHANGE)
{
MessageOut healthMsg(GPMSG_BEING_HEALTH_CHANGE);
healthMsg.writeInt16(c->getPublicID());
healthMsg.writeInt16(c->getModifiedAttribute(ATTR_HP));
healthMsg.writeInt16(c->getModifiedAttribute(ATTR_MAX_HP));
gameHandler->sendTo(p, healthMsg);
}
}
}
// Inform client about items on the ground around its character
MessageOut itemMsg(GPMSG_ITEMS);
for (FixedActorIterator it(map->getAroundBeingIterator(p, visualRange));
it; ++it)
{
Actor *o = *it;
assert(o->getType() == OBJECT_ITEM ||
o->getType() == OBJECT_EFFECT);
Point opos = o->getPosition();
int oflags = o->getUpdateFlags();
bool willBeInRange = ppos.inRangeOf(opos, visualRange);
bool wereInRange = pold.inRangeOf(opos, visualRange) &&
!((pflags | oflags) & UPDATEFLAG_NEW_ON_MAP);
if (willBeInRange ^ wereInRange)
{
switch (o->getType())
{
case OBJECT_ITEM:
{
ItemComponent *item = o->getComponent<ItemComponent>();
ItemClass *itemClass = item->getItemClass();
if (oflags & UPDATEFLAG_NEW_ON_MAP)
{
/* Send a specific message to the client when an item appears
out of nowhere, so that a sound/animation can be performed. */
MessageOut appearMsg(GPMSG_ITEM_APPEAR);
appearMsg.writeInt16(itemClass->getDatabaseID());
appearMsg.writeInt16(opos.x);
appearMsg.writeInt16(opos.y);
gameHandler->sendTo(p, appearMsg);
}
else
{
itemMsg.writeInt16(willBeInRange ? itemClass->getDatabaseID() : 0);
itemMsg.writeInt16(opos.x);
itemMsg.writeInt16(opos.y);
}
}
break;
case OBJECT_EFFECT:
{
EffectComponent *e = o->getComponent<EffectComponent>();
e->setShown();
// Don't show old effects
if (!(oflags & UPDATEFLAG_NEW_ON_MAP))
break;
if (Being *b = e->getBeing())
{
MessageOut effectMsg(GPMSG_CREATE_EFFECT_BEING);
effectMsg.writeInt16(e->getEffectId());
effectMsg.writeInt16(b->getPublicID());
gameHandler->sendTo(p, effectMsg);
} else {
MessageOut effectMsg(GPMSG_CREATE_EFFECT_POS);
effectMsg.writeInt16(e->getEffectId());
effectMsg.writeInt16(opos.x);
effectMsg.writeInt16(opos.y);
gameHandler->sendTo(p, effectMsg);
}
}
break;
default: break;
} // Switch
}
}
// Do not send a packet if nothing happened in p's range.
if (itemMsg.getLength() > 2)
gameHandler->sendTo(p, itemMsg);
}
void CoreScript::DoStrategicTick()
{
// Look around for someone to attack. They should be:
// - someone we have a negative attitude about (accounts for lots of things)
// - weaker overall
//
// We should:
// - have a reasonably armed squad
bool squadReady[MAX_SQUADS] = { false };
CChitArray squaddies;
// Check for ready squads.
for (int i = 0; i < MAX_SQUADS; ++i) {
this->Squaddies(i, &squaddies);
if (squaddies.Size() < SQUAD_SIZE)
continue;
if (!SquadAtRest(i))
continue;
// Do we have enough guns? Seems to be
// the best / easiest metric.
int nGuns = 0;
for (int k = 0; k < squaddies.Size(); ++k) {
Chit* chit = squaddies[k];
ItemComponent* ic = chit->GetItemComponent();
if ( chit->GetItem()
&& chit->GetItem()->HPFraction() > 0.75f
&& ic
&& ic->QuerySelectRanged())
{
nGuns++;
}
}
squadReady[i] = nGuns >= SQUAD_SIZE - 1;
}
int nReady = 0;
for (int i = 0; i < MAX_SQUADS; ++i) {
if (squadReady[i])
++nReady;
}
Sim* sim = Context()->chitBag->GetSim();
GLASSERT(sim);
if (!sim) return;
Vector2I sector = ToSector(ParentChit()->Position());
CCoreArray stateArr;
sim->CalcStrategicRelationships(sector, 3, &stateArr);
// The strategic relationships need to be calculated, but after that,
// there's no point in computing further if we don't have a squad to
// send into action.
if (nReady == 0)
return;
int myPower = this->CorePower();
CoreScript* target = 0;
for (int i = 0; i < stateArr.Size(); ++i) {
CoreScript* cs = stateArr[i];
if (cs->NumTemples() == 0) // Ignore starting out domains so it isn't a complete wasteland out there.
continue;
if ( Team::Instance()->GetRelationship(cs->ParentChit(), this->ParentChit()) == ERelate::ENEMY // Are we enemies at the diplomatic level
&& Team::Instance()->Attitude(this, cs) < 0) // Does 'this' have a negative attitude to the other?
{
int power = cs->CorePower();
if (power < myPower * 0.75f) {
// Assuming this is actually so rare that it doesn't matter to select the best.
target = cs;
break;
}
}
}
if (!target) return;
// Attack!!!
bool first = true;
Vector2F targetCorePos2 = ToWorld2F(target->ParentChit()->Position());
Vector2I targetCorePos = ToWorld2I(target->ParentChit()->Position());;
Vector2I targetSector = ToSector(targetCorePos);
for (int i = 0; i < MAX_SQUADS; ++i) {
if (!squadReady[i]) continue;
Vector2I pos = { 0, 0 };
pos = targetCorePos;
if (first) {
first = false;
}
else {
BuildingWithPorchFilter filter;
Chit* building = Context()->chitBag->FindBuilding(IString(), targetSector, &targetCorePos2, LumosChitBag::EFindMode::RANDOM_NEAR, 0, &filter);
if (building) {
pos = ToWorld2I(building->Position());
}
}
GLASSERT(!pos.IsZero());
this->SetWaypoints(i, pos);
}
}
