public static void GenerateTypeTree(TypeTreeContext context, string name, TypeTreeGenerator first, TypeTreeGenerator second)
{
context.AddNode(TypeTreeUtils.PairName, name);
context.BeginChildren();
first(context, TypeTreeUtils.FirstName);
second(context, TypeTreeUtils.SecondName);
context.EndChildren();
}
public static void GenerateTypeTree(TypeTreeContext context, string name, TypeTreeGenerator generator)
{
context.AddNode(TypeTreeUtils.AnimationCurveName, name, 0, ToSerializedVersion(context.Version));
context.BeginChildren();
context.BeginArray(CurveName, TransferMetaFlags.AlignBytesFlag);
KeyframeTpl <T> .GenerateTypeTree(context, TypeTreeUtils.DataName, generator);
context.EndArray();
context.AddInt32(PreInfinityName);
context.AddInt32(PostInfinityName);
if (HasRotationOrder(context.Version))
{
context.AddInt32(RotationOrderName);
}
context.EndChildren();
}
public static void GenerateTypeTree(TypeTreeContext context, string name, TypeTreeGenerator generator)
{
AnimationCurveTplLayout layout = context.Layout.Serialized.AnimationCurveTpl;
context.AddNode(layout.Name, name, layout.Version);
context.BeginChildren();
context.AddArray(layout.CurveName, (c, n) => KeyframeTplLayout.GenerateTypeTree(c, n, generator));
if (context.Layout.IsAlign)
{
context.Align();
}
context.AddInt32(layout.PreInfinityName);
context.AddInt32(layout.PostInfinityName);
if (layout.HasRotationOrder)
{
context.AddInt32(layout.RotationOrderName);
}
context.EndChildren();
}
public static void GenerateTypeTree(TypeTreeContext context, string name, TypeTreeGenerator generator)
{
context.AddNode(TypeTreeUtils.KeyframeName, name, 0, ToSerializedVersion(context.Version));
context.BeginChildren();
context.AddSingle(TimeName);
generator.Invoke(context, ValueName);
generator.Invoke(context, InSlopeName);
generator.Invoke(context, OutSlopeName);
if (HasTangentMode(context.Version, context.Flags))
{
context.AddInt32(TangentModeName);
}
if (HasWeight(context.Version))
{
context.AddInt32(WeightedModeName);
generator.Invoke(context, InWeightName);
generator.Invoke(context, OutWeightName);
}
context.EndChildren();
}
public static void GenerateTypeTree(TypeTreeContext context, string name, TypeTreeGenerator generator)
{
KeyframeTplLayout layout = context.Layout.Misc.KeyframeTpl;
context.AddNode(layout.Name, name, layout.Version);
context.BeginChildren();
context.AddSingle(layout.TimeName);
generator.Invoke(context, layout.ValueName);
generator.Invoke(context, layout.InSlopeName);
generator.Invoke(context, layout.OutSlopeName);
if (layout.HasTangentMode)
{
context.AddInt32(layout.TangentModeName);
}
if (layout.HasWeightedMode)
{
context.AddInt32(layout.WeightedModeName);
generator.Invoke(context, layout.InWeightName);
generator.Invoke(context, layout.OutWeightName);
}
context.EndChildren();
}
public void AddArray(string name, TransferMetaFlags flags, TypeTreeGenerator generator)
{
BeginArray(name, flags);
generator.Invoke(this, TypeTreeUtils.DataName);
EndArray();
}
public void AddArray(string name, TypeTreeGenerator generator)
{
AddArray(name, TransferMetaFlags.NoTransferFlags, generator);
}
public void AddArray(string name, TypeTreeT2Generator generator, TypeTreeGenerator first, TypeTreeGenerator second)
{
BeginArray(name);
generator.Invoke(this, TypeTreeUtils.DataName, first, second);
EndArray();
}
public void AddArray(string name, TypeTreeTGenerator generator, TypeTreeGenerator type)
{
BeginArray(name);
generator.Invoke(this, TypeTreeUtils.DataName, type);
EndArray();
}
