void NPC::update (uint32_t deltaTime)
{
IEntity::update(deltaTime);
if (isDying())
return;
if (_dazedTime > 0 && _time - _dazedTime > _dazedTimeout) {
if (_lastDirectionRight)
setAnimationType(Animations::ANIMATION_WAKEUP_RIGHT);
else
setAnimationType(Animations::ANIMATION_WAKEUP_LEFT);
const int length = SpriteDefinition::get().getAnimationLength(_type, getAnimationType());
if (length > 0) {
TimeManager& t = _map.getTimeManager();
_idleTimer = t.setTimeout(length, this, &NPC::setIdle);
}
_dazedTime = 0;
}
if (isMoving()) {
const float xPos = getPos().x;
static const float gap = 0.1f;
if (Between(xPos, _targetPos.x - gap, _targetPos.x + gap)) {
// target reached
setIdle();
}
} else if (isDazed() || isIdle()) {
setLinearVelocity(b2Vec2_zero);
}
}
PackageTarget::PackageTarget (Map& map, const std::string& spriteID, gridCoord x, gridCoord y) :
MapTile(map, spriteID, x, y,
ThemeTypes::isIce(map.getTheme()) ? EntityTypes::PACKAGETARGET_ICE : EntityTypes::PACKAGETARGET_ROCK), _joint(
nullptr), _package(nullptr), _lengthUpdate(0)
{
setAnimationType(Animations::ANIMATION_IDLE);
}
void Geyser::update (uint32_t deltaTime)
{
MapTile::update(deltaTime);
_modificator->update(deltaTime);
if (_lastActivation < _time) {
_activeTime = _time + rand() % RANDOM_ACTIVE_TIME + MIN_ACTIVE_TIME;
updateLastActivation();
// TODO: handle SpriteDefFrame::active
_modificator->setModificatorState(true);
setAnimationType(Animations::ANIMATION_ACTIVE);
}
if (_activeTime < _time) {
_modificator->setModificatorState(false);
setAnimationType(Animations::ANIMATION_IDLE);
}
}
void PackageTarget::removeJoint ()
{
// the joint is deleted once the body is removed
_joint = nullptr;
setAnimationType(Animations::ANIMATION_IDLE);
_package->setDelivered();
_package = nullptr;
}
void NPC::setIdle ()
{
debug(LOG_SERVER, String::format("idle npc %i: %s", getID(), _type.name.c_str()));
setState(NPCState::NPC_IDLE);
setAnimationType(getIdleAnimation());
setLinearVelocity(b2Vec2_zero);
_idleTimer = 0;
}
Geyser::Geyser (Map& map, const std::string& spriteID, gridCoord gridX, gridCoord gridY, uint32_t initialGeyserDelay) :
MapTile(map, spriteID, gridX, gridY, ThemeTypes::isIce(map.getTheme()) ? EntityTypes::GEYSER_ICE : EntityTypes::GEYSER_ROCK), _modificator(
nullptr), _lastActivation(0), _activeTime(0), _initialGeyserDelay(initialGeyserDelay)
{
setAnimationType(Animations::ANIMATION_IDLE);
_modificator = new WindModificator(_map, DIRECTION_UP, 11.0f, 2.0f);
_modificator->createBody(getPos(), -0.5f);
updateLastActivation();
}
void NPC::setDying (const IEntity* entity)
{
info(LOG_SERVER, String::format("dying npc %i: %s", getID(), _type.name.c_str()));
setState(NPCState::NPC_DYING);
if (EntityTypes::isNpcFlying(_type)) {
Achievements::DAZE_PTERODACTYLS.unlock();
}
setAnimationType(getFallingAnimation());
_map.addPoints(entity, 15);
}
void NPC::setMoving (const b2Vec2& targetPos)
{
debug(LOG_SERVER, String::format("moving npc %i: %s", getID(), _type.name.c_str()));
_targetPos = targetPos;
if (EntityTypes::hasDirection(_type)) {
const int length = handleTurnAnimation(targetPos, Animations::ANIMATION_WALK_LEFT, Animations::ANIMATION_WALK_RIGHT);
if (length > 0) {
TimeManager& t = _map.getTimeManager();
_moveTimer = t.setTimeout(length, this, &NPC::move);
} else {
move();
}
} else {
if (targetPos.x > getPos().x) {
_lastDirectionRight = true;
setAnimationType(Animations::ANIMATION_WALK_RIGHT);
} else {
_lastDirectionRight = false;
setAnimationType(Animations::ANIMATION_WALK_LEFT);
}
move();
}
}
void MibitDialog::showDialog(const QString &msg, AnimationType animation )
{
//set default msg if the sent is empty. Also set the animation -the same way-.
if (msg.isEmpty()) setMessage(text->text()); else setMessage( msg );
if (animation == 0) setAnimationType( atSlideDown ); else setAnimationType( animation );
setGeometry(-1000,-1000,0,0);
show();
//update steps for animation, now that the window is showing.
int maxStep; int minStep = 0;
switch (animType) {
case atSlideDown:
maxStep = (m_parent->geometry().height()/2)-(maxHeight/2);
minStep = -maxHeight;
break;
case atSlideUp:
maxStep = (m_parent->geometry().height()/2)-(maxHeight/2);
minStep = maxHeight + m_parent->geometry().height();
break;
case atGrowCenterH:
maxStep = maxWidth;
minStep = 0;
break;
case atGrowCenterV:
maxStep= maxHeight;
minStep = 0;
break;
}
/// QTimeLine: Hacer una curva de movimiento armonico criticamente amortiguado.
timeLine->setFrameRange(minStep,maxStep);
//make it grow...
timeLine->setDirection(QTimeLine::Forward);
timeLine->start();
btnClose->setFocus();
}
void Tree::setDazed (IEntity* entity)
{
if (_dropFruitCausedBy == entity)
return;
if (getState() == TreeState::TREE_DAZED)
return;
if (entity) {
_dropFruit = _droppedFruits < 10;
setAnimationType(Animations::ANIMATION_DAZED);
setState(TreeState::TREE_DAZED);
}
_dropFruitCausedBy = entity;
}
/// <summary>
/// Constructor for the Sprite Model
/// </summary>
ModelImageSprite::ModelImageSprite()
{
// Setup our starting animation parameters
myAnim.lastTime = 0.0f;
myAnim.currentTime = 1.0f;
setAnimationType(STAND);
setModelScale(1.0);
// Set our model to render at the default location
myLocation.x = 0.0f;
myLocation.y = 0.0f;
myLocation.z = 15.1f;
myTextureHandle = UNDEFINED_TEXTURE_HANDLE;
// Set up the point structure we use to render the Sprite Model
myPoint.point.x = 0.0f;
myPoint.point.y = 0.0f;
myPoint.point.z = 0.0f;
myPoint.texture_S = 0.0f;
myPoint.texture_T = 0.5f;
myPoints.push_back(myPoint);
}
void PackageTarget::onPreSolve (b2Contact* contact, IEntity* entity, const b2Manifold* oldManifold)
{
IEntity::onPreSolve(contact, entity, oldManifold);
// there is already a pull in progress
if (_joint != nullptr)
return;
if (!isValidContact(contact, "top"))
return;
contact->SetEnabled(false);
if (entity->isPackage()) {
Package *package = static_cast<Package*>(entity);
package->setLinearVelocity(b2Vec2_zero);
package->setAngularVelocity(0.0f);
setAnimationType(Animations::ANIMATION_ACTIVE);
_package = package;
}
}
/// <summary>
/// Decides what type of animation to render ...
/// </summary>
void ModelImageSprite::setAnimationType(AnimationType type, ModelAnimState &modelAnim)
{
setAnimationType(type);
}
void NPC::onSpawn ()
{
if (getAnimationType() == Animation::NONE)
setAnimationType(getIdleAnimation());
}
void NPC::setFalling ()
{
debug(LOG_SERVER, String::format("falling npc %i: %s", getID(), _type.name.c_str()));
setState(NPCState::NPC_FALLING);
setAnimationType(getFallingAnimation());
}
void Tree::setIdle ()
{
setAnimationType(Animations::ANIMATION_IDLE);
setState(TreeState::TREE_IDLE);
_idleTimer = 0;
}
