void CAnimationEditorDlg::OnBnClickedAdddirection()
{
HTREEITEM item = m_AnimationTree.GetSelectedItem();
if(((CAnimation*)m_AnimationTree.GetItemData(item))->IsAngle())
item = m_AnimationTree.GetParentItem(item);
if(item)
{
CAngleDlg dlg;
dlg.DoModal();
CAnimation* anim = (CAnimation*)m_AnimationTree.GetItemData(item);
map<float,int> CurrentAngles;
for(list<CAnimation>::iterator a = anim->m_SubAnimations.begin(); a!= anim->m_SubAnimations.end();a ++)
{
if(a->IsAngle())
CurrentAngles[a->m_Angle] = 1;
}
for(vector<float>::iterator i = dlg.m_Angles.begin(); i!= dlg.m_Angles.end(); i++)
{
if(CurrentAngles.find(*i) == CurrentAngles.end() )
{
anim->m_SubAnimations.push_back( CAnimation());
CAnimation& angle = anim->m_SubAnimations.back();
angle.m_IsAngle = true;
angle.m_Angle = *i;
angle.m_FixedID = m_pApplication->m_AnimationFixID++;
CurrentAngles[*i] = 1;
angle.m_pApp = anim->m_pApp;
}
}
}
UpdateAnimations();
}
CAnimation* AnimatorBar::AddAnimation(CAnimation* pParent)
{
// Create a satisfactory name
CString Name;
Name.Format("%s %d", AB_ANIMATION, pParent->m_SubAnimations.size());
// Set up CAnimation
CAnimation Animation;
Animation.m_FixedID = application->m_AnimationFixID++;
Animation.application = pParent->application;
Animation.m_Name = Name;
// Add a default angle too
Animation.m_SubAnimations.push_back(CAnimation());
CAnimation& Angle = Animation.m_SubAnimations.back();
Angle.m_IsAngle = true;
Angle.m_Angle = 0;
Angle.m_FixedID = application->m_AnimationFixID++;
Angle.application = application;
// And a frame
bool Found = false;
CImageResource* pImage = 0;
int ID = 0;
ID = layout->AddImage(32, 32);
Angle.m_Images.push_back(ID);
Angle.m_FrameTimes.push_back(1.0);
// Push back
pParent->m_SubAnimations.push_back(Animation);
AnimationHasChanged();
return &pParent->m_SubAnimations.back();
}
void AnimatorBar::AddAngle()
{
HTREEITEM Item = curHTreeItem;
if(((CAnimation*)animations.GetItemData(Item))->IsAngle())
Item = animations.GetParentItem(Item);
CAnimation* pAngle;
bool changed = false;
if(Item)
{
CAngleDlg AddAngle;
if (AddAngle.DoModal() != IDOK)
return;
CAnimation* pAnimation = (CAnimation*)animations.GetItemData(Item);
map<float,int> CurrentAngles;
for(list<CAnimation>::iterator a = pAnimation->m_SubAnimations.begin(); a!= pAnimation->m_SubAnimations.end(); a++)
if(a->IsAngle())
CurrentAngles[a->m_Angle] = 1;
for(vector<float>::iterator i = AddAngle.m_Angles.begin(); i!= AddAngle.m_Angles.end(); i++)
{
if(CurrentAngles.find(*i) == CurrentAngles.end())
{
pAnimation->m_SubAnimations.push_back(CAnimation());
CAnimation& Angle = pAnimation->m_SubAnimations.back();
Angle.m_IsAngle = true;
Angle.m_Angle = *i;
Angle.m_FixedID = application->m_AnimationFixID++;
CurrentAngles[*i] = 1;
Angle.application = pAnimation->application;
// Add a frame
int ID = 0;
ID = layout->AddImage(32, 32);
Angle.m_Images.push_back(ID);
Angle.m_FrameTimes.push_back(1.0);
pAngle = &Angle;
changed = true;
}
}
}
if (changed)
{
AnimationHasChanged();
UpdateAnimations(NULL, NULL, NULL, -2);
// Select animation
animations.SelectItem(pAngle->m_Tree);
}
}
