void Collision::initAnimations(){
CCString* animationName = CCString::create("anim");
CCString* className = CCString::create("CollisionObject");
this->setAnim(loadPlistForAnimationWithName(animationName, className));
getAnim()->retain();
getAnim()->setRestoreOriginalFrame(false);
}
/**
* Determine whether or not the event is overlapping the given area
*
* @param left The x-coordinate of the left of the area
* @param top The y-coordinate of the top of the area
* @param width The width of the area
* @param height The height of the area
*
* @return Whether or not there is an overlap
*/
bool Event::overlap (fixed left, fixed top, fixed width, fixed height) {
fixed offset = 0;
if (getAnim() && noAnimOffset)
offset = getAnim()->getOffset();
return (x + getWidth() >= left) &&
(x < left + width) &&
(y + offset >= top) &&
(y + offset - getHeight() < top + height);
}
/**
* Get the height of the event
*
* @return The height of the event
*/
fixed Event::getHeight () {
if (animType == E_NOANIM) return F32;
if ((set->anims[animType] & 0x7F) == 0) return 0;
return ITOF(getAnim()->getHeight());
}
/**
* Initiate the destruction of the event
*
* @param ticks Time
*/
void Event::destroy (unsigned int ticks) {
animType = E_LFINISHANIM | (animType & 1);
level->setEventTime(gridX, gridY, ticks + (getAnim()->getLength() * set->animSpeed << 3));
level->playSound(set->sound);
return;
}
void Sprite::animate(int anim, float& frame, float spd)
{
Anim& a=getAnim(anim);
if(spd<0.0f)
frame+=a.getAspd()*WindowEngine::getDelta();
else
frame+=spd*WindowEngine::getDelta();
if((int)frame>=a.getFrameCount())
{
float diff=frame-(int)(frame);
frame=a.getFret()+diff;
}
}
void Gate::Animate(Graphics* graphics, Audio* audio) {
if (getAnim() == NULL) { //TODO shouldn't happen
return;
}
if (getAnim()->getCurrentFrame() == 0 && state == sOpening) {
getAnim()->Stop();
state = sOpened;
}
if (getAnim()->getCurrentFrame() == getAnim()->getLastFrameNr() && state == sClosing) {
getAnim()->Stop();
state = sClosed;
audio->PlaySound(Audio::gate_close);
}
if (state == sOpened) {
if (timer->GetTimeMilli() > delay) {
state = sClosing;
this->getAnim()->setForward();
this->getAnim()->setDisplayTime(slowTime);
this->getAnim()->Play();
}
}
if (state == sClosing && getAnim()->isEffectPending()) {
audio->PlaySound(Audio::gate_down);
getAnim()->setEffectDone();
}
if (state == sOpening && getAnim()->isEffectPending()) {
audio->PlaySound(Audio::gate_up);
getAnim()->setEffectDone();
}
Entity::Animate(graphics);
}
void Collision::changeState(CharacterStates newState){
this->setcharacterState(newState);
CCAction *action = NULL;
if (newState == kStateTapped){
CCSequence *sequence = CCSequence::create(CCAnimate::create(getAnim()), CCCallFuncN::create(this, callfuncN_selector(Collision::removeAndClean)) ,NULL);
action = sequence;
}
else if(newState == kStateDead){
this->setIsActive(false);
this->setVisible(false);
this->removeFromParentAndCleanup(true);
}
if (action != NULL) {
this->runAction(action);
}
}
/**
* Get the width of the event
*
* @return The width of the event
*/
fixed Event::getWidth () {
fixed width;
if (animType == E_NOANIM) return F32;
if ((set->anims[animType] & 0x7F) == 0) return 0;
width = ITOF(getAnim()->getWidth());
// Blank sprites for e.g. invisible springs
if ((width == F1) && (getHeight() == F1)) return F32;
return width;
}
Action::ResultE
AnimBindAction::bindFields(AttachmentContainer *attCon)
{
AnimTargetAttachment *targetAtt = getTargetAtt(attCon);
if(targetAtt == NULL)
return Action::Continue;
Animation *anim = getAnim();
DataSourceMapIt dsIt = _dsMap.begin();
DataSourceMapIt dsEnd = _dsMap.end ();
while(dsIt != dsEnd)
{
if(dsIt->first.find(targetAtt->getTargetId()) != 0)
{
++dsIt;
continue;
}
std::string targetId;
std::string subTargetId;
splitTargetId(dsIt->first, targetId, subTargetId);
if(targetId != targetAtt->getTargetId())
{
++dsIt;
continue;
}
SINFO << "AnimBindAction::bindFields: binding source '"
<< dsIt->first << "' to '" << targetId << "' - '"
<< subTargetId << "'" << std::endl;
FieldDescriptionBase *fDesc =
attCon->getType().getFieldDesc(subTargetId.c_str());
if(fDesc == NULL)
{
SWARNING << "AnimBindAction::bindFields: no Field for "
<< "subTargetId [" << subTargetId << "] found."
<< std::endl;
++dsIt;
continue;
}
// create channel
AnimChannelUnrecPtr channel = dsIt->second->createChannel();
anim->editMFChannels()->push_back(channel);
// create blender
UInt32 fId = fDesc->getFieldId();
if(targetAtt->getMFBlenders()->size() <= fId)
targetAtt->editMFBlenders()->resize(fId + 1, NULL);
AnimBlenderUnrecPtr blender = targetAtt->getBlenders(fId);
if(blender == NULL)
{
blender = dsIt->second->createBlender();
targetAtt->editMFBlenders()->replace(fId, blender);
}
// on create all fields are marked as changed - this causes
// the blender to write to its destination even though
// it has no valid input data - avoid it by committing before
// connecting the blender to its dest
commitChanges();
blender->addChannel(channel );
blender->connectTo (attCon, fDesc->getName());
// remove bound data source from map
DataSourceMapIt eraseIt = dsIt;
++dsIt;
_dsMap.erase(eraseIt);
}
if(_dsMap.empty() == true)
{
return Action::Quit;
}
else
{
return Action::Continue;
}
}
