void plAnimStealthNode::StuffToTimeConvert( plAnimTimeConvert &convert, float maxLength )
{
ST::string segName = GetSegmentName();
bool isEntire = ( segName.is_empty() || segName.compare( ENTIRE_ANIMATION_NAME ) == 0 );
if( isEntire )
{
convert.SetBegin( 0 );
convert.SetEnd( maxLength );
}
else
{
SegmentSpec *spec = IGetSegmentSpec();
convert.SetBegin( ( spec != nil ) ? spec->fStart : 0.f );
convert.SetEnd( ( spec != nil ) ? spec->fEnd : 0.f );
}
// Even if we're not looping, set the loop points. (A responder
// could tell us later to start looping.)
if( isEntire )
convert.SetLoopPoints( 0, maxLength );
else
{
float loopStart, loopEnd;
GetLoopPoints( loopStart, loopEnd );
convert.SetLoopPoints( loopStart, loopEnd );
}
convert.Loop( GetLoop() );
// Auto-start
if( GetAutoStart() )
convert.Start( 0 );
else
convert.Stop( true );
// Stuff stop points
GetAllStopPoints( convert.GetStopPoints() );
// Ease curve stuff
if( GetEaseInType() != plAnimEaseTypes::kNoEase )
{
convert.SetEase( true, GetEaseInType(), GetEaseInMin(), GetEaseInMax(), GetEaseInLength() );
}
if( GetEaseOutType() != plAnimEaseTypes::kNoEase )
{
convert.SetEase( false, GetEaseOutType(), GetEaseOutMin(), GetEaseOutMax(), GetEaseOutLength() );
}
}
int Tcp::Accept(/* [out] */ Stream **conn)
{
assert(IsOpened());
assert(conn && ! * conn);
Tcp *newConn = New(GetLoop());
if(! newConn) {
return UV_ENOMEM;
}
int result = uv_accept(*this, *newConn);
if(! result) {
*conn = newConn;
}
else {
newConn->Unref();
}
return result;
}
void LocationDlg::UpdateEnabling()
{
GetAnimPos()->Enable(m_iAnim != -1);
GetSaveAnim()->Enable(m_iAnim != -1);
GetActive()->Enable(m_iAnim != -1);
GetSpeed()->Enable(m_iAnim != -1);
GetReset()->Enable(m_iAnim != -1);
GetPlay()->Enable(m_iAnim != -1);
GetRecord1()->Enable(m_iAnim != -1);
GetStop()->Enable(m_iAnim != -1);
GetLoop()->Enable(m_iAnim != -1);
GetContinuous()->Enable(m_iAnim != -1);
GetSmooth()->Enable(m_iAnim != -1 && GetAnim(m_iAnim)->NumPoints() > 2);
GetPosOnly()->Enable(m_iAnim != -1);
GetRecordInterval()->Enable(m_iAnim != -1);
GetRecordLinear()->Enable(m_iAnim != -1);
GetRecordSpacing()->Enable(m_bRecordInterval);
GetPlayToDisk()->Enable(m_iAnim != -1);
}
////////////////////////////////////////////////////////////
/// Tell whether or not a music is looping
////////////////////////////////////////////////////////////
sfBool sfMusic_GetLoop(sfMusic* Music)
{
CSFML_CALL_RETURN(Music, GetLoop(), sfFalse);
}
_ParallelLoop(procInfo, idx, videochannels)
{
if (Codec[idx]) {
// Seek (if needed) to frame that needs to be extracted
pos = Codec[idx]->GetPos();
Position[idx] = pos;
if (UseRange[idx]) {
// Check if position is outside of the playback segment
if (pos < Range[idx][0]) {
Codec[idx]->SetPos(Range[idx][0]);
ResetTimer = true;
}
else if (pos > Range[idx][1]) {
if (!GetLoop()) {
ret = SVL_STOP_REQUEST;
break;
}
else {
Codec[idx]->SetPos(Range[idx][0]);
ResetTimer = true;
}
}
}
// Extract frame
ret = Codec[idx]->Read(0, *OutputImage, idx, true);
// Manage looped playback and errors
if (ret == SVL_VID_END_REACHED) {
if (!GetLoop()) {
ret = SVL_STOP_REQUEST;
break;
}
else {
// Loop around
ret = Codec[idx]->Read(0, *OutputImage, idx, true);
}
}
if (ret != SVL_OK) {
CMN_LOG_CLASS_INIT_ERROR << "Process: failed to read video frame on channel: " << idx << std::endl;
break;
}
// Run timer based in the first video channel
if (idx == 0) {
// Get timestamp stored in the video file
timestamp = Codec[idx]->GetTimestamp();
if (timestamp > 0.0) {
if (!IsTargetTimerRunning()) {
// Try to keep orignal frame intervals
if (ResetTimer || Codec[idx]->GetPos() == 1) {
FirstTimestamp = timestamp;
Timer.Reset();
Timer.Start();
ResetTimer = false;
}
else {
timespan = (timestamp - FirstTimestamp) - Timer.GetElapsedTime();
if (timespan > 0.0) osaSleep(timespan);
}
}
}
OutputImage->SetTimestamp(timestamp);
}
}
}
int svlFilterSourceVideoFile::Process(svlProcInfo* procInfo, svlSample* &syncOutput)
{
syncOutput = OutputImage;
// Try to keep target frequency
_OnSingleThread(procInfo) WaitForTargetTimer();
unsigned int idx, videochannels = OutputImage->GetVideoChannels();
double timestamp, timespan;
int pos, ret = SVL_OK;
// TO DO: add a little more sophisticated logic here
if (Codec[0]->IsMultithreaded()) {
// Codecs are multithreaded, so it's worth
// splitting work between all threads
for (idx = 0; idx < videochannels; idx ++) {
if (Codec[idx]) {
// Seek (if needed) to frame that needs to be extracted
_OnSingleThread(procInfo)
{
pos = Codec[idx]->GetPos();
Position[idx] = pos;
if (UseRange[idx]) {
// Check if position is outside of the playback segment
if (pos < Range[idx][0]) {
Codec[idx]->SetPos(Range[idx][0]);
ResetTimer = true;
}
else if (pos > Range[idx][1]) {
if (!GetLoop()) {
ret = SVL_STOP_REQUEST;
break;
}
else {
Codec[idx]->SetPos(Range[idx][0]);
ResetTimer = true;
}
}
}
Status = SVL_OK;
}
_SynchronizeThreads(procInfo);
// Extract frame
ret = Codec[idx]->Read(procInfo, *OutputImage, idx, true);
if (ret != SVL_OK) Status = ret;
if (ret == SVL_VID_END_REACHED && !GetLoop()) Status = SVL_STOP_REQUEST;
_SynchronizeThreads(procInfo);
if (Status == SVL_STOP_REQUEST) {
ret = SVL_STOP_REQUEST;
break;
}
// Manage looped playback and frame timing
_OnSingleThread(procInfo)
{
if (Status == SVL_VID_END_REACHED || Status == SVL_VID_RETRY) {
// Loop around
Status = Codec[idx]->Read(0, *OutputImage, idx, true);
}
if (Status != SVL_OK) {
CMN_LOG_CLASS_INIT_ERROR << "Process: failed to read video frame on channel: " << idx << std::endl;
break;
}
// Run timer based in the first video channel
if (idx == 0) {
// Get timestamp stored in the video file
timestamp = Codec[idx]->GetTimestamp();
if (timestamp > 0.0) {
if (!IsTargetTimerRunning()) {
// Try to keep orignal frame intervals
if (ResetTimer || Codec[idx]->GetPos() == 1) {
FirstTimestamp = timestamp;
Timer.Reset();
Timer.Start();
ResetTimer = false;
}
else {
timespan = (timestamp - FirstTimestamp) - Timer.GetElapsedTime();
if (timespan > 0.0) osaSleep(timespan);
}
}
}
OutputImage->SetTimestamp(timestamp);
}
}
}
}
}
else {
int CInterpreter::GetID( char *id_name )
{
int id;
id = FindSymbol( id_name, m_IDKeywords );
if ( id == -1 )
return Error("'%s' : unknown identifier", id_name);
//FIXME: Function pointers would be awfully nice.. but not inside a class! Weee!!
switch (id)
{
//Affect takes control of an entity
case ID_AFFECT:
return GetAffect();
break;
//Wait for a specified amount of time
case ID_WAIT:
return GetWait();
break;
//Generic set call
case ID_SET:
return GetSet();
break;
case ID_LOOP:
return GetLoop();
break;
case ID_PRINT:
return GetPrint();
break;
case ID_USE:
return GetUse();
break;
case ID_FLUSH:
return GetFlush();
break;
case ID_RUN:
return GetRun();
break;
case ID_KILL:
return GetKill();
break;
case ID_REMOVE:
return GetRemove();
break;
case ID_CAMERA:
return GetCamera();
break;
case ID_SOUND:
return GetSound();
break;
case ID_MOVE:
return GetMove();
break;
case ID_ROTATE:
return GetRotate();
break;
case ID_IF:
return GetIf();
break;
case ID_ELSE:
//return Error("syntax error : else without matching if");
return GetElse(); //FIXME: Protect this call so that floating else's aren't allowed
break;
case ID_GET:
return Error("syntax error : illegal use of \"get\"");
break;
case ID_TAG:
return Error("syntax error : illegal use of \"tag\"");
break;
case ID_TASK:
return GetTask();
break;
case ID_DO:
return GetDo();
break;
case ID_DECLARE:
return GetDeclare();
break;
case ID_FREE:
return GetFree();
break;
case ID_REM:
GetRem();
break;
case ID_DOWAIT:
GetDoWait();
break;
case ID_SIGNAL:
GetSignal();
break;
case ID_WAITSIGNAL:
GetWaitSignal();
break;
case ID_PLAY:
GetPlay(); //Bad eighties slang joke... yeah, it's not really funny, I know...
break;
//Local variable types
case TK_FLOAT:
case TK_INT:
case TK_STRING:
case TK_VECTOR:
GetVariable( id );
break;
//Unknown ID
default:
case -1:
return Error("'%s' : unknown identifier", id_name);
break;
}
return true;
}
