void UMovieSceneDirectorTrack::AddNewShot(FGuid CameraHandle, float Time)
{
UMovieSceneShotSection* NewSection = ConstructObject<UMovieSceneShotSection>( UMovieSceneShotSection::StaticClass(), this );
NewSection->InitialPlacement(ShotSections, Time, Time + 1.f, SupportsMultipleRows()); //@todo find a better default end time
NewSection->SetCameraGuid(CameraHandle);
NewSection->SetTitle(LOCTEXT("AddNewShot", "New Shot"));
ShotSections.Add(NewSection);
}
void UMovieScene3DAttachTrack::AddConstraint(float KeyTime, float ConstraintEndTime, const FGuid& ConstraintId)
{
// add the section
UMovieScene3DAttachSection* NewSection = NewObject<UMovieScene3DAttachSection>(this);
NewSection->AddAttach(KeyTime, ConstraintEndTime, ConstraintId);
NewSection->InitialPlacement( ConstraintSections, KeyTime, ConstraintEndTime, SupportsMultipleRows() );
ConstraintSections.Add(NewSection);
}
void UMovieScene3DAttachTrack::AddConstraint(float KeyTime, float ConstraintEndTime, const FName SocketName, const FName ComponentName, const FGuid& ConstraintId)
{
// add the section
UMovieScene3DAttachSection* NewSection = NewObject<UMovieScene3DAttachSection>(this);
NewSection->SetFlags(RF_Transactional);
NewSection->AddAttach(KeyTime, ConstraintEndTime, ConstraintId);
NewSection->InitialPlacement( ConstraintSections, KeyTime, ConstraintEndTime, SupportsMultipleRows() );
NewSection->AttachSocketName = SocketName;
NewSection->AttachComponentName = ComponentName;
ConstraintSections.Add(NewSection);
}
void UMovieSceneParticleTrack::AddNewParticleSystem(float KeyTime, bool bTrigger)
{
EParticleKey::Type KeyType = bTrigger ? EParticleKey::Trigger : EParticleKey::Toggle;
// @todo Instead of a 0.1 second event, this should be 0 seconds, requires handling 0 size sections
float Duration = KeyType == EParticleKey::Trigger ? 0.1f : 1.f;
UMovieSceneParticleSection* NewSection = NewObject<UMovieSceneParticleSection>(this);
NewSection->InitialPlacement(ParticleSections, KeyTime, KeyTime + Duration, SupportsMultipleRows());
NewSection->SetKeyType(KeyType);
ParticleSections.Add(NewSection);
}
void UMovieSceneAudioTrack::AddNewSound(USoundBase* Sound, float Time)
{
check(Sound);
// determine initial duration
// @todo Once we have infinite sections, we can remove this
float DurationToUse = 1.f; // if all else fails, use 1 second duration
float SoundDuration = Sound->GetDuration();
if (SoundDuration != INDEFINITELY_LOOPING_DURATION)
{
DurationToUse = SoundDuration;
}
// add the section
UMovieSceneAudioSection* NewSection = ConstructObject<UMovieSceneAudioSection>( UMovieSceneAudioSection::StaticClass(), this );
NewSection->InitialPlacement( AudioSections, Time, Time + DurationToUse, SupportsMultipleRows() );
NewSection->SetAudioStartTime(Time);
NewSection->SetSound(Sound);
AudioSections.Add(NewSection);
}
void UFaceFXAnimationTrack::AddSection(float KeyTime, const FFaceFXAnimComponentSet& AnimCompSet)
{
UFaceFXAnimationSection* NewSection = Cast<UFaceFXAnimationSection>(CreateNewSection());
{
NewSection->SetData(AnimCompSet);
NewSection->InitialPlacement(AnimationSections, KeyTime, KeyTime + NewSection->GetAnimationDuration(), SupportsMultipleRows());
}
AddSection(*NewSection);
}
void UMovieSceneAnimationTrack::AddNewAnimation(float KeyTime, UAnimSequence* AnimSequence)
{
// add the section
UMovieSceneAnimationSection* NewSection = NewObject<UMovieSceneAnimationSection>(this);
NewSection->InitialPlacement( AnimationSections, KeyTime, KeyTime + AnimSequence->SequenceLength, SupportsMultipleRows() );
NewSection->SetAnimationStartTime( KeyTime );
NewSection->SetAnimSequence(AnimSequence);
AnimationSections.Add(NewSection);
}
