FOR_EACH_COLLECTION(i, scaleTimelineDcit)
{
SkeletonBoneModel* boneModel = i->Key;
ScaleTimelineModel* timelineModel = i->Value;
SkeletonBone* bone = skeleton->FindBone(boneModel->Name());
KeyValuePair<SkeletonBone*, ScaleTimelineModel*>& timeline = mBoneScaleTimelines.NewAdd();
timeline.Key = bone;
timeline.Value = timelineModel;
}
ISkeleton::ISkeleton(StringRef name, const Share<ISkeletonModel>& model)
:INode(name), mModel(model),
mAvatarModel(nullptr),
mIsBoneVisible(false),
mIsSlotVisible(true)
{
Start();
SetSize(model->GetBoundingSize());
SetAvatarModel(mModel->DefaultAvatar());
//create bones
const List<SkeletonBoneModel*>& bones = mModel->Bones();
for (auto boneModel : bones)
{
SkeletonBone* bone = new SkeletonBone(boneModel);
bone->SetSkeleton(this);
mBones.Add(bone);
mBoneDict.Add(boneModel->Name(), bone);
}
for (auto bone : mBones)
{
SkeletonBoneModel* parentBoneModel = bone->Model()->Parent();
if (parentBoneModel != nullptr)
{
SkeletonBone* parentBone = FindBone(parentBoneModel->Name());
parentBone->AddBone(bone);
}
}
//create slots
const List<SkeletonSlotModel*>& slots = mModel->Slots();
uintp slotCount = slots.Count();
FOR_EACH_SIZE(i, slotCount)
{
SkeletonSlotModel* slotModel = slots[i];
SkeletonBone* bone = FindBone(slotModel->ParentBone()->Name());
SkeletonSlot* slot = new SkeletonSlot(this, slotModel);
slot->EnableManaged();
//slot->SetLogicZ(i);
bone->AddSlot(slot);
mSlots.Add(slot);
mSlotDict.Add(slotModel->Name(), slot);
AddChild(slot);
}
