void CInfoPanel::AnimationStateChanged(bool state)
{
if(!CAnimationManager::GetInstance())
return;
int stav = state;
if(iSourceImage)
{
CAnimation* animation = NULL;
if(iSourceImage->GetAnimation())
{
animation = iSourceImage->GetAnimation();
animation->SetActive(state);
}
else
{
animation = CAnimationManager::GetInstance()->GetAnimation(iSourceImage);
//animation->SetOwnerImage(iSourceImage);
iSourceImage->SetAnimation(animation);
}
//TODO get animation params from UI
/*if(animation)
{
animation->SetStartFrame(iAnimationStartField->value());
animation->SetMSInterval(iAnimationMSIntervalField->value());
animation->SetStopFrame(iAnimationStopField->value());
animation->SetLoop(true);
}*/
animation->SetActive(state);
}
}
//Static
CAnimation* CSkeleton::AnimationParser(const std::string& p_crszKey, std::ifstream& p_rFile)
{
DEBUG(3, __FUNCTION__, "Parsing skeletal animation");
std::string szData;
CSkeleton* pSkele = new CSkeleton("data/skeletons/" + p_crszKey + ".skel");
CAnimation* pAnim = new CAnimation();
while(!p_rFile.eof())
{
p_rFile >> szData;
DEBUG(3, __FUNCTION__, szData);
if(szData == "end")
break;
if(szData == "nxt") //Next frame
{
DEBUG(3, __FUNCTION__, "Frame added");
pAnim->AddFrame(pSkele);
pSkele = new CSkeleton("data/skeletons/" + p_crszKey + ".skel");
}
else //Transformations
{
pSkele->ApplyTransformation(szData);
}
}
pAnim->AddFrame(pSkele);
return pAnim;
}
////////////////////////////////////////////////////////////////////////////
// Animations drag/drop
////////////////////////////////////////////////////////////////////////////
LRESULT AnimatorBar::OnBeginDrag(WPARAM wParam, LPARAM lParam)
{
XHTMLTREEMSGDATA *pMsg = (XHTMLTREEMSGDATA *) wParam;
ASSERT(pMsg);
XHTMLTREEDRAGMSGDATA *pData = (XHTMLTREEDRAGMSGDATA *) lParam;
LRESULT lResult = 0;
if (pMsg && pData)
{
// If it's an angle, and there's no other angles..
CAnimation* pAnimation = (CAnimation*)animations.GetItemData(pData->hItem);
if (pAnimation->IsAngle())
{
// Get parent
CAnimation* pParent = (CAnimation*)animations.GetItemData(animations.GetParentItem(pData->hItem));
if (pParent->m_SubAnimations.size() == 1)
lResult = 1;
}
}
return lResult; // return 0 to allow drag
}
/*
* Internal constructor.
*/
CSharedAnimation::CSharedAnimation(const STRING file):
m_frame(-1),
m_tick(0),
m_pAnm(NULL)
{
SHARED_ANIMATIONS::iterator i = m_shared.find(file);
if (i != m_shared.end())
{
// Add a user to the current animation.
i->second->addUser();
m_pAnm = i->second;
}
else
{
// Create a new entry.
CAnimation *p = new CAnimation(file);
if (p->filename().empty())
{
// Filename not assigned during ANIMATION loading: failed to load animation.
delete p;
return;
}
m_shared[file] = m_pAnm = p;
}
}
void CGUIControl::SetVisible(bool bVisible, bool setVisState)
{
if (bVisible && setVisState)
{ // TODO: currently we only update m_visible from GUI_MSG_VISIBLE (SET_CONTROL_VISIBLE)
// otherwise we just set m_forceHidden
GUIVISIBLE visible;
if (m_visibleCondition)
visible = m_visibleCondition->Get() ? VISIBLE : HIDDEN;
else
visible = VISIBLE;
if (visible != m_visible)
{
m_visible = visible;
SetInvalid();
}
}
if (m_forceHidden == bVisible)
{
m_forceHidden = !bVisible;
SetInvalid();
if (m_forceHidden)
MarkDirtyRegion();
}
if (m_forceHidden)
{ // reset any visible animations that are in process
if (IsAnimating(ANIM_TYPE_VISIBLE))
{
// CLog::Log(LOGDEBUG, "Resetting visible animation on control %i (we are %s)", m_controlID, m_visible ? "visible" : "hidden");
CAnimation *visibleAnim = GetAnimation(ANIM_TYPE_VISIBLE);
if (visibleAnim) visibleAnim->ResetAnimation();
}
}
}
CAnimation CAnimation::CreateFader(float start, float end, unsigned int delay, unsigned int length, ANIMATION_TYPE type)
{
CAnimation anim;
anim.m_type = type;
anim.AddEffect(new CFadeEffect(start, end, delay, length));
return anim;
}
/**
** Parse an animation frame
**
** @param str string formated as "animationType extraArgs"
*/
static CAnimation *ParseAnimationFrame(lua_State *l, const char *str)
{
const std::string all(str);
const size_t len = all.size();
size_t end = all.find(' ');
const std::string op1(all, 0, end);
size_t begin = std::min(len, all.find_first_not_of(' ', end));
const std::string extraArg(all, begin);
CAnimation *anim = NULL;
if (op1 == "frame") {
anim = new CAnimation_Frame;
} else if (op1 == "exact-frame") {
anim = new CAnimation_ExactFrame;
} else if (op1 == "wait") {
anim = new CAnimation_Wait;
} else if (op1 == "random-wait") {
anim = new CAnimation_RandomWait;
} else if (op1 == "sound") {
anim = new CAnimation_Sound;
} else if (op1 == "random-sound") {
anim = new CAnimation_RandomSound;
} else if (op1 == "attack") {
anim = new CAnimation_Attack;
} else if (op1 == "spawn-missile") {
anim = new CAnimation_SpawnMissile;
} else if (op1 == "spawn-unit") {
anim = new CAnimation_SpawnUnit;
} else if (op1 == "if-var") {
anim = new CAnimation_IfVar;
} else if (op1 == "set-var") {
anim = new CAnimation_SetVar;
} else if (op1 == "set-player-var") {
anim = new CAnimation_SetPlayerVar;
} else if (op1 == "die") {
anim = new CAnimation_Die();
} else if (op1 == "rotate") {
anim = new CAnimation_Rotate;
} else if (op1 == "random-rotate") {
anim = new CAnimation_RandomRotate;
} else if (op1 == "move") {
anim = new CAnimation_Move;
} else if (op1 == "unbreakable") {
anim = new CAnimation_Unbreakable;
} else if (op1 == "label") {
anim = new CAnimation_Label;
AddLabel(anim, extraArg);
} else if (op1 == "goto") {
anim = new CAnimation_Goto;
} else if (op1 == "random-goto") {
anim = new CAnimation_RandomGoto;
} else if (op1 == "lua-callback") {
anim = new CAnimation_LuaCallback;
} else {
LuaError(l, "Unknown animation: %s" _C_ op1.c_str());
}
anim->Init(extraArg.c_str(), l);
return anim;
}
bool CAnimationManager::IsAnimationPlaying(int nAnimID) const
{
CAnimation* anim = GetAnimation(nAnimID);
if(anim)
return anim->IsPlaying();
else
return false;
}
bool CAnimationManager::UpdateAnimation(float fDelta, int nAnimID)
{
CAnimation* anim = GetAnimation(nAnimID);
if(anim)
{
anim->Update(fDelta);
return true;
}
return false;
}
bool CAnimationManager::PlayAnimation(int nAnimID)
{
CAnimation* anim = GetAnimation(nAnimID);
if(anim)
{
anim->Play();
return true;
}
return false;
}
bool CAnimationManager::StopAnimation(int nAnimID)
{
CAnimation* anim = GetAnimation(nAnimID);
if(anim)
{
anim->Stop();
return true;
}
return false;
}
void CInfoPanel::AnimationStartFrameChanged(int val)
{
if(iSourceImage)
{
CAnimation *animation = iSourceImage->GetAnimation();
if(!animation)
return;
animation->SetStartFrame(val);
}
}
bool CAnimationManager::StopAnimationAtFrame(int nAnimIndex, int nFrameIndex)
{
CAnimation* anim = GetAnimation(nAnimIndex);
if(anim)
{
anim->StopAtFrame(nFrameIndex);
return true;
}
return false;
}
bool CAnimationManager::ResumeAnimation(int nAnimID)
{
CAnimation* anim = GetAnimation(nAnimID);
if(anim)
{
anim->Resume();
return true;
}
return false;
}
bool CAnimationManager::SetAnimTexture(const int nAnimID, const int nImageID)
{
CAnimation* anim = GetAnimation(nAnimID);
if(anim)
{
anim->SetImageID(nImageID);
return true;
}
return false;
}
CNinja* Factory::CreateNinja(int level)
{
CNinja* ninja = new CNinja();
CAnimation anim;
anim.Load("Resources/AnimationInfo/VG_WhiteNinja1.dat", 1,0.75f);
ninja->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_WhiteNinja1.dat", 2,0.15f);
ninja->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_WhiteNinja1.dat", 3,0.15f);
ninja->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_WhiteNinja1.dat", 4,0.15f);
ninja->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_WhiteNinja1.dat", 5,0.15f, false);
ninja->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_WhiteNinja1.dat", 6,0.15f);
ninja->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_WhiteNinja1.dat", 7,0.15f);
ninja->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_WhiteNinja1.dat", 8,0.15f);
ninja->AddAnim(anim);
ninja->SetStrength(16);
ninja->SetDefense(4);
ninja->SetAccuracy(10);
ninja->SetRange(1);
ninja->SetLevel(level);
ObjectManager::GetInstance()->Add(ninja);
return ninja;
}
void CGUIControl::QueueAnimation(ANIMATION_TYPE animType)
{
MarkDirtyRegion();
if (!CheckAnimation(animType))
return;
CAnimation *reverseAnim = GetAnimation((ANIMATION_TYPE)-animType, false);
CAnimation *forwardAnim = GetAnimation(animType);
// we first check whether the reverse animation is in progress (and reverse it)
// then we check for the normal animation, and queue it
if (reverseAnim && reverseAnim->IsReversible() && (reverseAnim->GetState() == ANIM_STATE_IN_PROCESS || reverseAnim->GetState() == ANIM_STATE_DELAYED))
{
reverseAnim->QueueAnimation(ANIM_PROCESS_REVERSE);
if (forwardAnim) forwardAnim->ResetAnimation();
}
else if (forwardAnim)
{
forwardAnim->QueueAnimation(ANIM_PROCESS_NORMAL);
if (reverseAnim) reverseAnim->ResetAnimation();
}
else
{ // hidden and visible animations delay the change of state. If there is no animations
// to perform, then we should just change the state straightaway
if (reverseAnim) reverseAnim->ResetAnimation();
UpdateStates(animType, ANIM_PROCESS_NORMAL, ANIM_STATE_APPLIED);
}
}
CAnimation* CAnimationManager::Create(char* szName)
{
CAnimation* pcAnimation;
pcAnimation = mcList.Add();
if (pcAnimation)
{
pcAnimation->Init();
}
return pcAnimation;
}
CAnimation *CAnimation::CreateFader(float start, float end, unsigned int delay, unsigned int length)
{
CAnimation *anim = new CAnimation();
if (anim)
{
CFadeEffect *effect = new CFadeEffect(start, end, delay, length);
if (effect)
anim->AddEffect(effect);
}
return anim;
}
bool CAnimationManager::Draw(int nAnimID,int nPosX, int nPosY,
float fScaleX, float fScaleY, float fRotCenterX,
float fRotCenterY, float fRotation, DWORD dwColor)
{
CAnimation* anim = GetAnimation(nAnimID);
if(anim)
{
anim->Draw(nPosX, nPosY, fScaleX, fScaleY, fRotCenterX,
fRotCenterY, fRotation, dwColor);
return true;
}
return false;
}
CAnimation* CTestContainer::CreateAnimationByTypeL(TAnimationFlag aAnimationType)
{
__ASSERT_ALWAYS(iAnimationsArray, Panic(TContainerPanicNoArray));
TInt count = iAnimationsArray->Count();
CAnimation* singleAnimationCtl = new (ELeave) CAnimation;
CleanupStack::PushL(singleAnimationCtl);
singleAnimationCtl->iIndex = count;
singleAnimationCtl->iType = aAnimationType;
CAnimateFramesCtl* animationCtl = NULL;
TRAPD(error, animationCtl = CAnimateFramesCtl::NewL());
if (error != KErrNone)
User::Panic(_L("New Animation"), error);
singleAnimationCtl->iAnimationCtl = animationCtl;
animationCtl->SetFileName(iFileName);
TInt resourceReaderId = 0;
switch (aAnimationType)
{
case EDefaultAnimation:
resourceReaderId = R_TBMPANIM_IMAGE1;
break;
case EDefaultAnimationSh:
resourceReaderId = R_TBMPANIM_IMAGE1;
break;
case EBallAnimation:
resourceReaderId = R_TBMPANIM_IMAGE3;
break;
case ERedPurpBallAnimationMaskedBackground:
resourceReaderId = R_TBMPANIM_IMAGE4;
break;
case ETBmpAnimBallAnimWindowCovering:
resourceReaderId = R_TBMPANIM_IMAGE5;
break;
default:
delete singleAnimationCtl;
return NULL;
}
TResourceReader reader;
iCoeEnv->CreateResourceReaderLC(reader,resourceReaderId);
animationCtl->ConstructFromResourceL(reader);
CleanupStack::PopAndDestroy(); // reader
singleAnimationCtl->SetAnimationExtent();
singleAnimationCtl->CopyAttributesFromClientData();
iAnimationsArray->AppendL(singleAnimationCtl);
CleanupStack::Pop(); // singleAnimationCtl
return singleAnimationCtl;
}
// ----------------------------------------------------------------
// CreateAnimation
// ----------------------------------------------------------------
CAnimation * CAnimationInfo::CreateAnimation()
{
CAnimation * animation = new CAnimation();
animation->SetSpeed( m_Fps );
for ( auto spriteId : m_SpriteId )
{
CSpriteInfo * spriteInfo = CResourceManager::GetInstance().GetSpriteInfo( spriteId );
animation->AddSprite( spriteInfo->CreateSprite() );
SafeRelease( spriteInfo );
}
return animation;
}
void
CApp::OnRender()
{
CSurface::OnDraw(Surf_Display, Surf_Test,
290, 220, 0, yoshi.GetCurrentFrame() * 64, 64, 64);
SDL_Flip(Surf_Display);
}
/// Metoda usuwajaca podany uchwyt i jego CAnimation z bazy
void CAnimationMgr::deleteCAnimation( HCAnimation hcanimation )
{
CAnimation* canimation = mCAnimations_.dereferenceHandle( hcanimation );
if ( canimation != 0 )
{
// usuniecie z wykazu nazw
cout << canimation->getAnimationName() << endl;
mNameIndex_.erase( mNameIndex_.find( canimation->getAnimationName() ) );
// usuniecie z bazy
canimation->releaseAnimation();
mCAnimations_.releaseHandle( hcanimation );
CLog::getInstance()->sss << "CAnimationMgr::deleteCAnimation: Uchwyt zostal zwolniony" << endl;
logs(CLog::getInstance()->sss.str(), INFO);
}
}
/// Metoda zwracajaca uchwyt do CAnimation, jesli dany uchwyt jeszcze nie istnieje, tworzy nowy
HCAnimation CAnimationMgr::getCAnimation( const std::string name )
{
// wstawianie i wyszukiwanie
NameIndexInsertRc rc = mNameIndex_.insert( std::make_pair( name, HCAnimation() ) );
if ( rc.second )
{
// dodanie nowego sprite'a
//@todo boost::shared_ptr
CAnimation* canimation = mCAnimations_.acquireHandle( rc.first->second );
CLog::getInstance()->sss << "CAnimationMgr::getCAnimation: Dodano uchwyt do nowej CAnimation" << endl;
logs(CLog::getInstance()->sss.str(), INFO);
if ( !canimation->openFile( rc.first->first ) )
{
deleteCAnimation( rc.first->second );
rc.first->second = HCAnimation();
}
}
return ( rc.first->second );
}
bool CGUIControlFactory::GetAnimations(TiXmlNode *control, const CRect &rect, int context, vector<CAnimation> &animations)
{
TiXmlElement* node = control->FirstChildElement("animation");
bool ret = false;
if (node)
animations.clear();
while (node)
{
ret = true;
if (node->FirstChild())
{
CAnimation anim;
anim.Create(node, rect, context);
animations.push_back(anim);
if (strcmpi(node->FirstChild()->Value(), "VisibleChange") == 0)
{ // add the hidden one as well
TiXmlElement hidden(*node);
hidden.FirstChild()->SetValue("hidden");
const char *start = hidden.Attribute("start");
const char *end = hidden.Attribute("end");
if (start && end)
{
CStdString temp = end;
hidden.SetAttribute("end", start);
hidden.SetAttribute("start", temp.c_str());
}
else if (start)
hidden.SetAttribute("end", start);
else if (end)
hidden.SetAttribute("start", end);
CAnimation anim2;
anim2.Create(&hidden, rect, context);
animations.push_back(anim2);
}
}
node = node->NextSiblingElement("animation");
}
return ret;
}
void CActionScope::ApplyAnimWeight(uint32 layer, float weight)
{
CRY_ASSERT_MESSAGE(layer < GetTotalLayers(), "Invalid layer");
if(layer < GetTotalLayers())
{
SSequencer &sequencer = m_layerSequencers[layer];
if(sequencer.pos > 0)
{
CAnimation* pAnimation = GetTopAnim(layer);
if (pAnimation)
{
const SAnimClip &animClip = sequencer.sequence[sequencer.pos - 1];
float baseWeight = animClip.animation.playbackWeight;
pAnimation->SetPlaybackWeight(max(0.0f, weight * baseWeight));
}
}
}
}
void CGUIControl::QueueAnimation(ANIMATION_TYPE animType)
{
// rule out the animations we shouldn't perform
if (!IsVisible() || !HasRendered())
{ // hidden or never rendered - don't allow exit or entry animations for this control
if (animType == ANIM_TYPE_WINDOW_CLOSE)
{ // could be animating a (delayed) window open anim, so reset it
ResetAnimation(ANIM_TYPE_WINDOW_OPEN);
return;
}
}
if (!IsVisible())
{ // hidden - only allow hidden anims if we're animating a visible anim
if (animType == ANIM_TYPE_HIDDEN && !IsAnimating(ANIM_TYPE_VISIBLE))
{
// update states to force it hidden
UpdateStates(animType, ANIM_PROCESS_NORMAL, ANIM_STATE_APPLIED);
return;
}
if (animType == ANIM_TYPE_WINDOW_OPEN)
return;
}
CAnimation *reverseAnim = GetAnimation((ANIMATION_TYPE)-animType, false);
CAnimation *forwardAnim = GetAnimation(animType);
// we first check whether the reverse animation is in progress (and reverse it)
// then we check for the normal animation, and queue it
if (reverseAnim && reverseAnim->IsReversible() && (reverseAnim->GetState() == ANIM_STATE_IN_PROCESS || reverseAnim->GetState() == ANIM_STATE_DELAYED))
{
reverseAnim->QueueAnimation(ANIM_PROCESS_REVERSE);
if (forwardAnim) forwardAnim->ResetAnimation();
}
else if (forwardAnim)
{
forwardAnim->QueueAnimation(ANIM_PROCESS_NORMAL);
if (reverseAnim) reverseAnim->ResetAnimation();
}
else
{ // hidden and visible animations delay the change of state. If there is no animations
// to perform, then we should just change the state straightaway
if (reverseAnim) reverseAnim->ResetAnimation();
UpdateStates(animType, ANIM_PROCESS_NORMAL, ANIM_STATE_APPLIED);
}
}
void CAnimationSetDlg::OnSetAnimLength()
{
// Longest animation
float longestLength = 0;
// For each instance
for (uint instance=0; instance<_ObjView->_ListInstance.size(); instance++)
{
// Ref on the instance
CInstanceInfo &inst = *_ObjView->_ListInstance[instance];
// There is some anim ?
if (inst.Saved.PlayList.size())
{
// Calculate the length
float length = 0;
// For each animation in the list
for (uint i=0; i<(uint)inst.Saved.PlayList.size(); i++)
{
// Get the animation
CAnimation *anim = inst.AnimationSet.getAnimation (inst.AnimationSet.getAnimationIdByName (inst.Saved.PlayList[i]));
// Add the length
length += anim->getEndTime () - anim->getBeginTime ();
}
if (length>longestLength)
longestLength=length;
}
}
// Adjuste length
if (longestLength>0)
_ObjView->setAnimTime (0, longestLength * _ObjView->getFrameRate ());
}
CBoss* Factory::CreateBoss()
{
CBoss* boss = new CBoss();
boss->SetAccuracy(10);
boss->SetBaseAP(16);
boss->SetCurrAP(16);
boss->SetDefense(10);
boss->SetHealthMax(250);
//boss->SetHealth(50);
boss->SetHealth(400);
boss->SetSpeed(10);
boss->SetStrength(20);
CAnimation anim;
anim.Load("Resources/AnimationInfo/VG_shredder.dat", 1,0.35f);//idle1,0
boss->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_shredder.dat", 2,0.35f);//idle2,1
boss->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_shredder.dat", 3,0.05f, false);//high,2
boss->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_shredder.dat", 4,0.15f, false);//low,3
boss->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_shredder.dat", 5,0.15f);//flip
boss->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_shredder.dat", 6,0.15f);//ko
boss->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_shredder.dat", 7,0.15f);//lose
boss->AddAnim(anim);
anim.Load("Resources/AnimationInfo/VG_shredder.dat", 8,0.15f, false);//ground special
boss->AddAnim(anim);
boss->SetVelX(100);
boss->SetVelY(50);
ObjectManager::GetInstance()->Add(boss);
return boss;
}