/* We want to detect when the mouse pointer is over the bubble; this
* is used to suspend the handling of the paging timeout; if
* the mouse is over the bubble we keep the bubble up indefinitely
* to let the user interact with it. As far as I know there is no
* way to detect enters and leaves that go directly to a subwindow
* (virtual enters/leaves in X terminology), so we check by simply
* installing a timeout when the bubble is up.
*/
void
HippoBubble::checkMouse()
{
POINT pt;
RECT rect;
GetCursorPos(&pt);
ScreenToClient(window_, &pt);
GetClientRect(window_, &rect);
if (pt.x > 0 && pt.x < rect.right &&
pt.y > 0 && pt.y < rect.bottom)
{
if (!haveMouse_) {
haveMouse_ = TRUE;
updateIdle();
}
}
else
{
if (haveMouse_) {
haveMouse_ = FALSE;
updateIdle();
}
}
}
void AvatarEntity::update(const float elapsedTime)
{
//Para actualizar el estado del avatar, miraremos primero en que estado estamos
//Y despues llamamos a las funciones que actualizan segun el estado
updateState();
switch(m_state) {
case IDLE:
updateIdle(elapsedTime);
break;
case PUNCH:
updatePunch(elapsedTime);
break;
case JAB:
updateJab(elapsedTime);
break;
case KICK:
updateKick(elapsedTime);
break;
case LOWER:
updateLower(elapsedTime);
break;
case MOVE:
updateMove(elapsedTime);
break;
case JUMP:
updateJump(elapsedTime);
break;
case DEFENSE:
updateDefense(elapsedTime);
break;
}
}
void
HippoBubble::doClose()
{
KillTimer(window_, CHECK_MOUSE);
if (haveMouse_) {
haveMouse_ = FALSE;
updateIdle();
}
// See comments in the constructor for why we'd want to only fade out, not in
// and why we aren't turning on fading at all at the moment
// if (!screenSaverRunning_)
// setAnimate(true);
hide();
// if (!screenSaverRunning_)
// setAnimate(false);
}
void Character::update(int32 timeIncrement) {
debugC(5, kDebugCharacter, "update(%d)", timeIncrement);
if ((_flags & 0x1) && _currentPathNodeCount > 0) {
if (_currentPathNode < _currentPathNodeCount) {
if (_currentPathNode < _currentPathNodeCount - 10) {
int32 delta = MIN<int32>(10, _currentPathNodeCount - _currentPathNode);
int32 dx = _currentPathX[_currentPathNode+delta] - _x;
int32 dy = _currentPathY[_currentPathNode+delta] - _y;
setFacing(getFacingFromDirection(dx, dy));
playWalkAnim(0, 0);
}
// in 1/1000 pixels
_numPixelToWalk += _speed * (_vm->getSystem()->getMillis() - _lastWalkTime) * _scale / 1024;
_lastWalkTime = _vm->getSystem()->getMillis();
while (_numPixelToWalk > 1000 && _currentPathNode < _currentPathNodeCount) {
_x = _currentPathX[_currentPathNode];
_y = _currentPathY[_currentPathNode];
_currentPathNode += 1;
_numPixelToWalk -= 1000;
}
setPosition(_x, _y);
} else {
playStandingAnim();
_flags &= ~0x1;
_currentPathNodeCount = 0;
}
}
updateIdle();
#if 0
// handle special anims
if ((_flags & 4) == 0)
return;
if (_animScriptId != -1) {
_animationInstance = _vm->getSceneAnimation(this->)
#endif
int32 animId = _animSpecialId;
if (animId >= 1000)
animId = 0;
if (_animSpecialId < 0)
return;
int32 currentFrame = _animationInstance->getFrame();
const SpecialCharacterAnimation *anim = getSpecialAnimation(_id, animId);
if ((_animFlags & 0x10) == 0) {
if (_animScriptId != -1 && currentFrame > 0 && !_vm->getSceneAnimationScript(_animScriptId)->_frozen) {
if (_vm->getCurrentLineToSay() != _lineToSayId && (_animFlags & 8))
stopSpecialAnim();
return;
}
if (_id == 1 && (_animFlags & 4)) {
if (_animFlags & 0x10)
return;
} else {
if (_id == 1 && (_animFlags & 0x10) && _vm->getCurrentLineToSay() != -1) {
return;
}
if ((_animFlags & 0x40) == 0 && _vm->getCurrentLineToSay() == -1) {
stopSpecialAnim();
return;
}
if (_animScriptId != -1)
_vm->getSceneAnimationScript(_animScriptId)->_frozenForConversation = true;
// TODO setup backup //
_animFlags |= 0x10;
_animationInstance->setAnimation(_specialAnim);
_animationInstance->setFrame(0);
_time = _vm->getOldMilli() + 8 * _vm->getTickLength();
}
}
if ((_animFlags & 3) == 2) {
if ((((_animFlags & 8) == 8) && _vm->getCurrentLineToSay() != _lineToSayId) || !_vm->getAudioManager()->voiceStillPlaying()) // || (_flags & 8)) && _vm->getAudioManager()->voiceStillPlaying())
_animFlags |= 1;
}
if (_time > _vm->getOldMilli())
return;
int32 animFlag = anim->_unused;
int32 nextFrame = currentFrame + 1;
int32 nextTime = _time;
int32 animDir = 1;
if (!animFlag) {
if (_animFlags & 1) {
if (anim->_flags7 == 0xff) {
if (currentFrame > anim->_flag1 / 2)
animDir = 1;
else
animDir = -1;
} else {
if (currentFrame >= anim->_flags6) {
if (currentFrame < anim->_flags7)
currentFrame = anim->_flags7;
}
if (currentFrame > anim->_flags6)
animDir = 1;
else
animDir = -1;
}
nextFrame = currentFrame + animDir;
nextTime = _vm->getOldMilli() + 6 * _vm->getTickLength();
} else {
if (_animFlags & 0x20) {
nextFrame = currentFrame - 1;
if (nextFrame == anim->_flags6 - 1) {
if (anim->_flags8 != 1 && (_vm->randRange(0, 1) == 1 || anim->_flags8 == 2)) {
_animFlags &= ~0x20;
nextFrame += 2;
if (nextFrame > anim->_flags7)
nextFrame = anim->_flags7;
} else {
nextFrame = anim->_flags7;
}
}
} else {
nextFrame = currentFrame + 1;
if (nextFrame == anim->_flags7 + 1 && (_animFlags & 0x40) == 0) {
if (anim->_flags8 != 1 && (_vm->randRange(0, 1) || anim->_flags8 == 2)) {
_animFlags |= 0x20;
nextFrame -= 2;
if (nextFrame < anim->_flags6)
nextFrame = anim->_flags6;
} else {
nextFrame = anim->_flags6;
}
}
}
nextTime = _vm->getOldMilli() + 8 * _vm->getTickLength();
}
// goto label78
}
// skipped all this part.
//label78
#if 0
if (_id == 0)
debug(" drew animation name %s / flag %d / frame %d", _specialAnim->_name, _animFlags, nextFrame);
if (_id == 1)
debug(" flux animation flag %d / frame %d", _animFlags, nextFrame);
if (_id == 7)
debug(" footman animation flag %d / frame %d", _animFlags, nextFrame);
#endif
_time = nextTime;
if (nextFrame < 0 || nextFrame >= anim->_flag1) {
if ((_animFlags & 2) == 0 || _vm->getCurrentLineToSay() != _lineToSayId) {
stopSpecialAnim();
return;
}
// lots skipped here
_animFlags &= ~0x10;
_animationInstance->forceFrame(0);
return;
}
//if ((_flags & 8) == 0 || !_vm->getAudioManager()->voiceStillPlaying( ) || )
_animationInstance->forceFrame(nextFrame);
}
void AvatarController::update(const float elapsedTime)
{
m_avatarLogicCalculator->computeLogic();
updateState();
switch(m_avatarModel->getState()) {
case AvatarModel::AvatarState::AVATAR_STATE_IDLE:
updateIdle(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_MOVE_UP:
updateMove(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_MOVE_DOWN:
updateMove(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_MOVE_LEFT:
updateMove(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_MOVE_RIGHT:
updateMove(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_MOVE_UP_LEFT:
updateMove(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_MOVE_UP_RIGHT:
updateMove(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_MOVE_DOWN_LEFT:
updateMove(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_MOVE_DOWN_RIGHT:
updateMove(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_ATTACK_UP:
updateAttack(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_ATTACK_DOWN:
updateAttack(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_ATTACK_LEFT:
updateAttack(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_ATTACK_RIGHT:
updateAttack(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_ATTACK_UP_LEFT:
updateAttack(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_ATTACK_UP_RIGHT:
updateAttack(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_ATTACK_DOWN_LEFT:
updateAttack(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_ATTACK_DOWN_RIGHT:
updateAttack(elapsedTime);
break;
case AvatarModel::AvatarState::AVATAR_STATE_DIE:
updateDie(elapsedTime);
break;
default:
updateIdle(elapsedTime);
break;
}
updateBasicAvatarMeasurements();
}
void
HippoBubble::setIdle(bool idle)
{
idle_ = idle;
updateIdle();
}
void HatSystem::process(float dt)
{
auto& entities = getEntities();
for (auto& entity : entities)
{
auto& hat = entity.getComponent<MagicHat>();
switch (hat.state)
{
case MagicHat::Spawning:
hat.spawnTime -= dt;
updateSpawning(entity, dt);
break;
case MagicHat::Dying:
updateDying(entity, dt);
break;
case MagicHat::Idle:
updateIdle(entity);
break;
}
}
if (!m_hatActive)
{
//check to see if we should spawn a hat
m_nextHatTime -= dt;
if (m_nextHatTime < 0)
{
m_nextHatTime = xy::Util::Random::value(MinHatTime, MaxHatTime);
m_hatActive = true;
sf::Vector2f position(xy::Util::Random::value(128.f, MapBounds.width - 128.f),
xy::Util::Random::value(256.f, 512.f));
//spawn a hat
auto scene = getScene();
auto entity = scene->createEntity();
entity.addComponent<xy::Transform>().setPosition(position);
entity.getComponent<xy::Transform>().setOrigin(PlayerOrigin);
entity.addComponent<Actor>().id = entity.getIndex();
entity.getComponent<Actor>().type = ActorID::MagicHat;
entity.addComponent<MagicHat>();
entity.getComponent<MagicHat>().state = MagicHat::Spawning;
entity.addComponent<CollisionComponent>().addHitbox(PlayerBounds, CollisionType::MagicHat);
entity.getComponent<CollisionComponent>().setCollisionCategoryBits(CollisionFlags::MagicHat);
entity.getComponent<CollisionComponent>().setCollisionMaskBits(
CollisionFlags::Solid | CollisionFlags::Platform | CollisionFlags::Teleport | CollisionFlags::Player);
entity.addComponent<xy::QuadTreeItem>().setArea(PlayerBounds);
entity.addComponent<AnimationController>();
entity.addComponent<xy::CommandTarget>().ID = CommandID::MapItem; //so we can destroy at whim
//broadcast to clients
ActorEvent evt;
evt.actor.id = entity.getIndex();
evt.actor.type = entity.getComponent<Actor>().type;
evt.x = position.x;
evt.y = position.y;
evt.type = ActorEvent::Spawned;
evt.serverTime = GameServer::getServerTime();
m_host.broadcastPacket(PacketID::ActorEvent, evt, xy::NetFlag::Reliable, 1);
}
}
}
