public void Serialize(AnimationSerializeContext context)
{
context.bw.Write(delay);
context.bw.Write(positionDelta);
context.bw.Write(shadowOffset);
context.bw.Write(SnapToGround);
// NOTE: This walks the layer linked list twice, but is only O(n), so no biggie
int layerCount = layers.Count;
context.bw.Write(layerCount);
foreach (var cel in layers)
{
cel.Serialize(context);
}
masks.SerializeOrderedDictionary(context, m => m.Serialize(context));
outgoingAttachments.SerializeOrderedDictionary(context, oa => oa.Serialize(context));
incomingAttachments.SerializeTagLookup(context, p => context.bw.Write(p));
if (triggers == null)
{
context.bw.Write(0);
}
else
{
context.bw.Write(triggers.Count);
for (var i = 0; i < triggers.Count; i++)
{
context.bw.Write(triggers[i]);
}
}
context.bw.Write(attachAtLayer.Clamp(0, layers.Count));
context.bw.Write(canDrawLayersAboveSortedAttachees);
context.bw.WriteNullableString(cue);
}
public void Serialize(AnimationSerializeContext context)
{
if (Asserts.enabled && !ValidateAlphaMasks())
{
throw new InvalidOperationException(
"Attempting to save animation set with missing or invalid alpha masks");
}
context.bw.WriteNullableString(friendlyName);
context.bw.Write(importOrigin);
context.bw.WriteNullableString(behaviour);
if (context.bw.WriteBoolean(Heightmap != null))
{
Heightmap.Serialize(context);
}
// If you don't seem to have set any physics bounds, I will just generate them...
if (physicsStartX == 0 && physicsEndX == 1 && physicsStartZ == 0 &&
physicsEndZ == 1 && physicsHeight == 0 ||
physicsEndX - physicsStartX <= 0)
{
AutoGeneratePhysicsAndDepthBounds();
}
// NOTE: only writing out values that cannot be auto-generated
if (Heightmap != null)
{
Debug.Assert(!Asserts.enabled || Heightmap.IsObjectHeightmap ||
physicsHeight == 0);
context.bw.Write(physicsHeight);
if (physicsHeight > 0)
{
depthBounds.Serialize(context);
}
context.bw.Write(flatDirection); // <- for the sake of editing, keep this value around
}
else
{
context.bw.Write(physicsStartX);
context.bw.Write(physicsEndX);
context.bw.Write(physicsStartZ);
context.bw.Write(physicsHeight);
context.bw.Write(flatDirection);
if (physicsHeight == 0)
{
context.bw.Write(physicsEndZ);
}
}
if (context.Version >= 38)
{
context.bw.Write(coplanarPriority);
}
if (context.Version >= 36)
{
context.bw.Write(doAboveCheck);
}
if (context.bw.WriteBoolean(Ceiling != null))
{
Ceiling.Serialize(context);
}
animations.SerializeTagLookup(context, a => a.Serialize(context));
// Unused Animations
{
if (unusedAnimations == null)
{
context.bw.Write(0); // unused animations is lazy-initialized
}
else
{
context.bw.Write(unusedAnimations.Count);
foreach (var animation in unusedAnimations)
{
animation.Serialize(context);
}
}
}
context.bw.WriteNullableString(cue);
// Shadow layers:
{
if (shadowLayers == null)
{
context.bw.Write(0);
}
else
{
context.bw.Write(shadowLayers.Count);
foreach (var sl in shadowLayers)
{
context.bw.Write(sl.startHeight);
sl.shadowSpriteRef.Serialize(context);
}
RecalculateCachedShadowBounds();
context.bw.Write(cachedShadowBounds);
}
}
// Properties:
if (context.Version >= 40)
{
context.bw.Write(properties.Count);
foreach (var kvp in properties)
{
context.bw.Write(kvp.Key);
context.bw.Write(kvp.Value ?? string.Empty); // (null value should probably be blocked by editor, but being safe...)
}
}
}
