bool CActionScope::CanInstall(EPriorityComparison priorityComp, FragmentID fragID, const SFragTagState &fragTagState, bool isRequeue, float &timeRemaining) const
{
IAction* const pCompareAction = m_pAction ? m_pAction.get() : m_pExitingAction.get();
if (isRequeue || (pCompareAction && pCompareAction->CanBlendOut(priorityComp)) || (!pCompareAction))
{
const float totalDuration = m_fragmentDuration + m_transitionDuration + m_transitionOutroDuration;
if ((priorityComp == Higher)
|| !pCompareAction
|| (pCompareAction->m_eStatus == IAction::Finished)
|| (pCompareAction->m_eStatus == IAction::Exiting))
{
timeRemaining = 0.0f;
}
else if (m_fragmentTime <= 0.0f)
{
return false;
}
else if (m_scopeContext.database == NULL)
{
timeRemaining = totalDuration - m_fragmentTime;
}
else
{
SBlendQuery query;
float loopDuration;
FillBlendQuery(query, fragID, fragTagState, false, &loopDuration);
SBlendQueryResult queryRes1, queryRes2;
m_scopeContext.database->FindBestBlends(query, queryRes1, queryRes2);
if (queryRes1.pFragmentBlend)
{
float startTime = queryRes1.pFragmentBlend->startTime;
if (queryRes1.pFragmentBlend->flags & SFragmentBlend::Cyclic)
{
if (queryRes1.pFragmentBlend->flags & SFragmentBlend::CycleLocked)
{
float cycleDiff = startTime - m_normalisedTime;
if ((m_lastNormalisedTime < startTime) || (m_lastNormalisedTime > m_normalisedTime))
{
cycleDiff = max(cycleDiff, 0.0f);
}
else
{
cycleDiff = (float)__fsel(cycleDiff, cycleDiff, 1.0f + cycleDiff);
}
timeRemaining = loopDuration * cycleDiff;
}
else
{
timeRemaining = 0.0f;
}
}
else
{
timeRemaining = CalculateFragmentTimeRemaining() + startTime;
}
}
else
{
timeRemaining = CalculateFragmentTimeRemaining();
}
}
if (pCompareAction)
{
pCompareAction->m_flags |= IAction::TransitionPending;
}
return true;
}
else
{
return false;
}
}
bool CActionScope::QueueFragment(FragmentID fragID, const SFragTagState &fragTagState, uint32 optionIdx, float startTime, uint32 userToken, bool isRootScope, bool isHigherPriority, bool principleContext)
{
if (m_scopeContext.database == NULL)
{
return false;
}
SBlendQuery query;
FillBlendQuery(query, fragID, fragTagState, isHigherPriority, NULL);
query.SetFlag(SBlendQuery::toInstalled, principleContext);
SFragmentData fragData;
IAnimationSet* pAnimSet = m_scopeContext.charInst ? m_scopeContext.charInst->GetIAnimationSet() : NULL;
m_sequenceFlags = m_scopeContext.database->Query(fragData, query, optionIdx, pAnimSet, &m_lastFragSelection);
m_lastQueueTagState = query.tagStateTo;
m_lastNormalisedTime = m_normalisedTime = 0.0f;
m_isOneShot = fragData.isOneShot && ((fragID == FRAGMENT_ID_INVALID) || ((m_context.controllerDef.GetFragmentDef(fragID).flags & SFragmentDef::PERSISTENT) == 0));
m_fragmentInstalled = principleContext;
const bool fragmentInstalled = HasFragment();
#ifndef _RELEASE
if (m_actionController.DebugFragments(isRootScope))
{
char tagList[128] = "No Match";
char fragTagList[128] = "";
if (HasFragment())
{
m_context.controllerDef.m_tags.FlagsToTagList(m_lastFragSelection.tagState.globalTags, tagList, 128);
const CTagDefinition *pFragTagDef = m_context.controllerDef.GetFragmentTagDef(fragID);
if (pFragTagDef)
{
pFragTagDef->FlagsToTagList(m_lastFragSelection.tagState.fragmentTags, fragTagList, 128);
}
}
const int frameId = gEnv->pRenderer->GetFrameID(false);
CryLog("[%6d] Fragment %s (%s,%s) queued on scope %s for action %s", frameId, fragID != FRAGMENT_ID_INVALID ? m_context.controllerDef.m_fragmentIDs.GetTagName(fragID) : "None", tagList, fragTagList, m_name.c_str(), m_pAction ? m_pAction->GetName() : "None");
}
#endif //_RELEASE
m_fragmentDuration = m_transitionOutroDuration = m_transitionDuration = 0.0f;
for (uint32 i=0; i<SFragmentData::PART_TOTAL; i++)
{
m_partTypes[i] = fragData.transitionType[i];
switch (fragData.transitionType[i])
{
case eCT_Normal:
m_fragmentDuration += fragData.duration[i];
break;
case eCT_Transition:
m_transitionDuration += fragData.duration[i];
break;
case eCT_TransitionOutro:
m_transitionOutroDuration += fragData.duration[i];
break;
}
}
if (!isRootScope)
{
if ((m_sequenceFlags & (eCT_Transition|eCT_TransitionOutro)) != 0)
{
startTime = 0.0f;
}
else
{
startTime = max(startTime - (m_transitionOutroDuration + m_transitionDuration), 0.0f);
}
}
m_lastFragmentID = fragID;
m_fragmentTime = -startTime;
const uint32 numAnimLayers = fragData.animLayers.size();
const uint32 numScopeLayers = m_numLayers;
const uint32 numLayers = min(numAnimLayers, numScopeLayers);
CRY_ASSERT_MESSAGE(numLayers <= m_numLayers, "Invalid layer count");
m_userToken = userToken;
uint32 nLayer = 0;
for (nLayer=0; nLayer<numLayers; nLayer++)
{
const bool hasClips = fragData.animLayers[nLayer].size() > 0;
SSequencer &sequencer = m_layerSequencers[nLayer];
sequencer.pos = 0;
sequencer.referenceTime = -1.0f;
if (hasClips)
{
sequencer.sequence = fragData.animLayers[nLayer];
sequencer.blend = sequencer.sequence[0].blend;
sequencer.installTime = startTime + sequencer.blend.exitTime;
sequencer.flags = eSF_Queued;
}
else
{
sequencer.sequence.resize(0);
sequencer.blend = SAnimBlend();
sequencer.installTime = startTime;
sequencer.flags = eSF_Queued|eSF_BlendingOut;
}
}
for ( ; nLayer < numScopeLayers; nLayer++)
{
//--- Layers that are not touched by the new fragment blend out using default blends
SSequencer &sequencer = m_layerSequencers[nLayer];
sequencer.sequence.resize(0);
sequencer.pos = 0;
sequencer.blend = SAnimBlend();
sequencer.installTime = startTime;
sequencer.flags = eSF_Queued|eSF_BlendingOut;
}
const size_t numProcSequencers = fragData.procLayers.size();
const size_t totNumProcSequencers = max(numProcSequencers, m_procSequencers.size());
m_procSequencers.resize(totNumProcSequencers);
for (nLayer=0; nLayer<numProcSequencers; nLayer++)
{
const bool hasClips = fragData.procLayers[nLayer].size() > 0;
SProcSequencer &sequencerPush = m_procSequencers[nLayer];
sequencerPush.pos = 0;
if (hasClips)
{
sequencerPush.sequence = fragData.procLayers[nLayer];
const float layerBlendTime = sequencerPush.sequence[0].blend.exitTime;
sequencerPush.installTime = startTime;
sequencerPush.blend = sequencerPush.sequence[0].blend;
sequencerPush.flags = eSF_Queued;
if (layerBlendTime > 0.0f)
{
sequencerPush.blend = SAnimBlend();
sequencerPush.flags |= eSF_BlendingOut;
}
}
else
{
sequencerPush.sequence.resize(0);
sequencerPush.blend = SAnimBlend();
sequencerPush.installTime = startTime;
sequencerPush.flags = eSF_Queued|eSF_BlendingOut;
}
}
for ( ; nLayer < totNumProcSequencers; nLayer++)
{
SProcSequencer &sequencerPush = m_procSequencers[nLayer];
sequencerPush.sequence.resize(0);
sequencerPush.pos = 0;
sequencerPush.blend = SAnimBlend();
sequencerPush.installTime = startTime;
sequencerPush.flags = eSF_Queued|eSF_BlendingOut;
}
return fragmentInstalled;
}
bool CActionScope::QueueFragment(FragmentID fragID, const SFragTagState &fragTagState, uint32 optionIdx, float startTime, uint32 userToken, bool isRootScope, bool isHigherPriority, bool principleContext)
{
if (m_scopeContext.pDatabase == NULL)
{
return false;
}
SBlendQuery query;
FillBlendQuery(query, fragID, fragTagState, isHigherPriority, NULL);
query.SetFlag(SBlendQuery::toInstalled, principleContext);
SFragmentData fragData;
IAnimationSet* pAnimSet = m_scopeContext.pCharInst ? m_scopeContext.pCharInst->GetIAnimationSet() : NULL;
m_sequenceFlags = m_scopeContext.pDatabase->Query(fragData, query, optionIdx, pAnimSet, &m_lastFragSelection);
m_lastQueueTagState = query.tagStateTo;
m_lastNormalisedTime = m_normalisedTime = 0.0f;
m_isOneShot = fragData.isOneShot && ((fragID == FRAGMENT_ID_INVALID) || ((m_context.controllerDef.GetFragmentDef(fragID).flags & SFragmentDef::PERSISTENT) == 0));
m_blendOutDuration = fragData.blendOutDuration;
m_fragmentInstalled = principleContext;
const bool fragmentInstalled = HasFragment();
#if MANNEQUIN_DEBUGGING_ENABLED
CryStackStringT<char,128> sTagList = "No Match";
CryStackStringT<char,128> sFragTagList;
if (!fragmentInstalled && (m_layer == 0) && (m_numLayers > 0))
{
const char* fragmentName = fragID != FRAGMENT_ID_INVALID ? m_context.controllerDef.m_fragmentIDs.GetTagName(fragID) : "None";
m_context.controllerDef.m_tags.FlagsToTagList(fragTagState.globalTags, sTagList);
const CTagDefinition* pFragTagDef = (fragID != FRAGMENT_ID_INVALID) ? m_context.controllerDef.GetFragmentTagDef(fragID) : NULL;
if (pFragTagDef)
{
pFragTagDef->FlagsToTagList(fragTagState.fragmentTags, sFragTagList);
}
MannLog(GetActionController(), "Warning - Missing root level fragment %s(%s)", fragmentName, sTagList.c_str());
}
if (m_actionController.DebugFragments(principleContext) && fragmentInstalled)
{
if (HasFragment())
{
m_context.controllerDef.m_tags.FlagsToTagList(m_lastFragSelection.tagState.globalTags, sTagList);
const CTagDefinition* pFragTagDef = m_context.controllerDef.GetFragmentTagDef(fragID);
if (pFragTagDef)
{
pFragTagDef->FlagsToTagList(m_lastFragSelection.tagState.fragmentTags, sFragTagList);
}
}
const char* fragmentName = fragID != FRAGMENT_ID_INVALID ? m_context.controllerDef.m_fragmentIDs.GetTagName(fragID) : "None";
const char* prevFragmentName = query.fragmentFrom != FRAGMENT_ID_INVALID ? m_context.controllerDef.m_fragmentIDs.GetTagName(query.fragmentFrom) : "None";
MannLog(GetActionController(), "Frag %s (%s,%s) queued on %s for action %s", fragmentName, sTagList.c_str(), sFragTagList.c_str(), m_name.c_str(), m_pAction ? m_pAction->GetName() : "None");
CryStackStringT<char,128> sTagStateFrom;
CryStackStringT<char,128> sTagStateTo;
SBlendQueryResult queryRes1, queryRes2;
m_scopeContext.pDatabase->FindBestBlends(query, queryRes1, queryRes2);
if (queryRes1.pFragmentBlend)
{
MannLog(GetActionController(), "Transition from (%s -> %s) %s", (queryRes1.fragmentFrom != FRAGMENT_ID_INVALID) ? prevFragmentName : "Any", (queryRes1.fragmentTo != FRAGMENT_ID_INVALID) ? fragmentName : "Any", queryRes1.pFragmentBlend->IsExitTransition() ? "Exit" : "");
m_actionController.GetContext().controllerDef.m_tags.FlagsToTagList(queryRes1.tagStateFrom.globalTags, sTagStateFrom);
m_actionController.GetContext().controllerDef.m_tags.FlagsToTagList(queryRes1.tagStateTo.globalTags, sTagStateTo);
MannLog(GetActionController(), "Transition tags (%s -> %s)", sTagStateFrom.c_str(), sTagStateTo.c_str());
}
if (queryRes2.pFragmentBlend)
{
MannLog(GetActionController(), "And Transition from (%s -> %s) %s", (queryRes2.fragmentFrom != FRAGMENT_ID_INVALID) ? prevFragmentName : "Any", (queryRes2.fragmentTo != FRAGMENT_ID_INVALID) ? fragmentName : "Any", queryRes2.pFragmentBlend->IsExitTransition() ? "Exit" : "");
m_actionController.GetContext().controllerDef.m_tags.FlagsToTagList(queryRes2.tagStateFrom.globalTags, sTagStateFrom);
m_actionController.GetContext().controllerDef.m_tags.FlagsToTagList(queryRes2.tagStateTo.globalTags, sTagStateTo);
MannLog(GetActionController(), "Transition tags (%s -> %s)", sTagStateFrom.c_str(), sTagStateTo.c_str());
}
}
#endif //MANNEQUIN_DEBUGGING_ENABLED
m_fragmentDuration = m_transitionOutroDuration = m_transitionDuration = 0.0f;
for (uint32 i = 0; i < SFragmentData::PART_TOTAL; i++)
{
m_partTypes[i] = fragData.transitionType[i];
switch (fragData.transitionType[i])
{
case eCT_Normal:
m_fragmentDuration += fragData.duration[i];
break;
case eCT_Transition:
m_transitionDuration += fragData.duration[i];
break;
case eCT_TransitionOutro:
m_transitionOutroDuration += fragData.duration[i];
break;
}
}
if (!isRootScope)
{
if (m_sequenceFlags & (eSF_Transition | eSF_TransitionOutro))
{
startTime = 0.0f;
}
else
{
startTime = max(startTime - (m_transitionOutroDuration + m_transitionDuration), 0.0f);
}
}
m_lastFragmentID = fragID;
m_fragmentTime = -startTime;
const uint32 numAnimLayers = fragData.animLayers.size();
const uint32 numScopeLayers = m_numLayers;
const uint32 numLayers = min(numAnimLayers, numScopeLayers);
CRY_ASSERT_MESSAGE(numLayers <= m_numLayers, "Invalid layer count");
m_userToken = userToken;
uint32 nLayer = 0;
for (nLayer = 0; nLayer < numLayers; nLayer++)
{
const bool hasClips = fragData.animLayers[nLayer].size() > 0;
SSequencer &sequencer = m_layerSequencers[nLayer];
sequencer.pos = 0;
sequencer.referenceTime = -1.0f;
if (hasClips)
{
sequencer.sequence = fragData.animLayers[nLayer];
sequencer.blend = sequencer.sequence[0].blend;
sequencer.installTime = startTime + sequencer.blend.exitTime;
sequencer.flags = eSF_Queued;
}
else
{
sequencer.sequence.resize(0);
sequencer.blend = SAnimBlend();
sequencer.installTime = startTime;
sequencer.flags = eSF_Queued | eSF_BlendingOut;
}
}
for (; nLayer < numScopeLayers; nLayer++)
{
//--- Layers that are not touched by the new fragment blend out using default blends
SSequencer &sequencer = m_layerSequencers[nLayer];
sequencer.sequence.resize(0);
sequencer.pos = 0;
sequencer.blend = SAnimBlend();
sequencer.installTime = startTime;
sequencer.flags = eSF_Queued | eSF_BlendingOut;
}
const size_t numProcSequencers = fragData.procLayers.size();
const size_t totNumProcSequencers = max(numProcSequencers, m_procSequencers.size());
m_procSequencers.resize(totNumProcSequencers);
for (nLayer = 0; nLayer < numProcSequencers; nLayer++)
{
const bool hasClips = fragData.procLayers[nLayer].size() > 0;
SProcSequencer &sequencerPush = m_procSequencers[nLayer];
sequencerPush.pos = 0;
if (hasClips)
{
sequencerPush.sequence = fragData.procLayers[nLayer];
const float layerBlendTime = sequencerPush.sequence[0].blend.exitTime;
sequencerPush.installTime = startTime;
sequencerPush.blend = sequencerPush.sequence[0].blend;
sequencerPush.flags = eSF_Queued;
if (layerBlendTime > 0.0f)
{
sequencerPush.blend = SAnimBlend();
sequencerPush.flags |= eSF_BlendingOut;
}
}
else
{
sequencerPush.sequence.resize(0);
sequencerPush.blend = SAnimBlend();
sequencerPush.installTime = startTime;
sequencerPush.flags = eSF_Queued | eSF_BlendingOut;
}
}
for (; nLayer < totNumProcSequencers; nLayer++)
{
SProcSequencer &sequencerPush = m_procSequencers[nLayer];
sequencerPush.sequence.resize(0);
sequencerPush.pos = 0;
sequencerPush.blend = SAnimBlend();
sequencerPush.installTime = startTime;
sequencerPush.flags = eSF_Queued | eSF_BlendingOut;
}
return fragmentInstalled;
}
