int32 UInterpTrackMoveAxis::CreateNewKey(float KeyIn)
{
check( FloatTrack.Points.Num() == LookupTrack.Points.Num() );
int32 NewKeyIndex = Super::CreateNewKey( KeyIn );
FName DefaultName(NAME_None);
int32 NewLookupKeyIndex = LookupTrack.AddPoint( KeyIn, DefaultName );
check( NewKeyIndex == NewLookupKeyIndex );
return NewKeyIndex;
}
void DlgCScenarioManager::OnCloneWithOutChild()
{
// TODO: Add your command handler code here
HTREEITEM hItem = m_tree.GetSelectedItem();
if(hItem == NULL)
return;
DWORD key = m_tree.GetItemData(hItem);
Scenario *pScenario = m_manager.LookUp(key);
Scenario *pClone = m_manager.CloneWithOutChild(pScenario,DefaultName(pScenario));
if(pClone != NULL)
{
InitTree(pClone,m_tree.GetParentItem(hItem));
InitPage();
UpdateData(FALSE);
}
}
int32 UInterpTrackMove::CreateNewKey(float KeyIn)
{
check( PosTrack.Points.Num() == EulerTrack.Points.Num() );
FVector NewKeyPos = PosTrack.Eval(KeyIn, FVector::ZeroVector);
int32 NewPosIndex = PosTrack.AddPoint(KeyIn, NewKeyPos);
PosTrack.AutoSetTangents(LinCurveTension);
FVector NewKeyEuler = EulerTrack.Eval(KeyIn, FVector::ZeroVector);
int32 NewEulerIndex = EulerTrack.AddPoint(KeyIn, NewKeyEuler);
EulerTrack.AutoSetTangents(AngCurveTension);
FName DefaultName(NAME_None);
int32 NewLookupKeyIndex = LookupTrack.AddPoint(KeyIn, DefaultName);
check((NewPosIndex == NewEulerIndex) && (NewEulerIndex == NewLookupKeyIndex));
return NewPosIndex;
}
Attributes::Attributes() : Name(DefaultName()), StackSize(DefaultStackSize()), Priority(DEFAULT_PRIORITY)
{
}
const char* CDoc::Name() const
{
if (fDocIO)
return fDocIO->Name();
return DefaultName();
}
