KVOID BulletFactor::EndTime( KCSTR& sClass,KCSTR& sName, KANY aUserData )
{
if (sClass == CLASS_TO(EffectParticle))
{
ActivateEffect(sName,false);
KINT nData = boost::any_cast<KINT>(aUserData);
if (nData == 1)
{
KSTR sEffect;
if (m_kProperty.GetStrValue("$IdleEffect",sEffect))
ActivateEffect(sEffect,true);
}
else if (nData == 3)
{
EventPtr spPosEV(
KNEW Event(
&ev_post_destroy,
Event::ev_nextframe,
0,
0,
NULL
));
KylinRoot::GetSingletonPtr()->PostMessage(this->GetID(),spPosEV);
}
}
}
KVOID BulletFactor::PostSpawn()
{
//Factor::PostSpawn();
// 激活特效
KSTR sEffect;
if (m_kProperty.GetStrValue("$SpawnEffect",sEffect))
ActivateEffect(sEffect,true);
}
KVOID BulletFactor::OnExplode()
{
if (!m_bExplode)
{
KSTR sEffect;
if (m_kProperty.GetStrValue("$DestroyEffect",sEffect))
ActivateEffect(sEffect,true);
if (m_kProperty.GetStrValue("$IdleEffect",sEffect))
ActivateEffect(sEffect,false);
// 接触地面后速度为0
m_fVelocity = .0f;
m_bExplode = true;
m_bNeedCallback = false;
Kylin::PhyX::PhysicalSystem::GetSingletonPtr()->GetMotionSimulator()->Erase(this);
}
}
void GuiContainer::Draw(void)
{
Lock();
LayerTransform transform = GetTransform();
if( IsVisible() ) {
// Call ALL registered render callbacks
for(std::list<GuiContainerCallback>::reverse_iterator rit = render_callback.rbegin(); rit != render_callback.rend(); ++rit) {
if( (*rit).callback((*rit).context) ) {
stop_requested = true;
}
}
// Call registered frame callback top-to-bottom
// stop on first modal frame (return value = true)
for(std::list<GuiContainerCallback>::reverse_iterator rit = frame_callback.rbegin(); rit != frame_callback.rend(); ++rit) {
if( (*rit).callback((*rit).context) ) {
break;
}
}
}
// Reset transformation of layers
for(std::list<GuiLayer*>::reverse_iterator rit = layers.rbegin(); rit != layers.rend(); ++rit) {
GuiLayer *lay = *rit;
LayerTransform t = transform;
float posx = lay->GetX();
float posy = lay->GetY();
// Rotation transformation
if( transform.rotation != 0.0f ) {
float dx = lay->GetX() + lay->GetRefPixelX() - GetRefPixelX();
float dy = lay->GetY() + lay->GetRefPixelY() - GetRefPixelY();
float r = (float)sqrt(dx*dx+dy*dy);
float a = (float)atan2(dy, dx);
a = (float)fmod(a + (transform.rotation * GUI_2PI / 360.0f), GUI_2PI);
posx += (float)cos(a) * r - dx;
posy += (float)sin(a) * r - dy;
}
// Zoom transformation
posx = (posx - GetRefPixelX()) * transform.stretchWidth + GetRefPixelX();
posy = (posy - GetRefPixelY()) * transform.stretchHeight + GetRefPixelY();
// Apply
t.offsetX += posx - lay->GetX();
t.offsetY += posy - lay->GetY();
lay->ResetTransform(t);
}
// Handle effects
std::list<LayerEffect>::iterator it = effect_list.begin();
while( it != effect_list.end() ) {
LayerEffect ef = *it;
if( ef.active ) {
if( ef.effect != NULL ) {
if( ef.effect->Run() ) {
Delete(ef.effect);
ef.effect = NULL;
}
}
if( ef.effect == NULL ) {
// Effect is done, remove from effect list
effect_list.erase(it++);
// Activate next effect for the layer (if any)
ActivateEffect(ef.layer);
// Do post-effect actions
if( ef.postaction == EP_REMOVE ) {
LayerRemove(ef.layer);
}
if( ef.postaction == EP_HIDE ) {
ef.layer->SetVisible(false);
}
continue;
}
}
it++;
}
// Draw layers
if( IsVisible() ) {
for(std::list<GuiLayer*>::reverse_iterator rit = layers.rbegin(); rit != layers.rend(); ++rit) {
(*rit)->Draw();
}
}
Unlock();
}
