public override void OnSerialize(IComponentSerializer s)
{
s.Serialize(nameof(movementVector), movementVector);
s.Serialize(nameof(movementFactor), movementFactor);
s.Serialize(nameof(period), period);
s.Serialize(nameof(Node.Position), Node.Position);
s.Serialize(nameof(Node.Rotation), Node.Rotation);
}
private List <ComponentData> SerializeEntity(TEntity entity, Dictionary <int, Type> actualToSavedIndexes, Dictionary <Type, int> typeToSavedIndex)
{
var entityData = new List <ComponentData>(entity.totalComponents);
var componentIndexes = entity.GetComponentIndices();
var componentIndexesLength = componentIndexes.Length;
for (var index = 0; index < componentIndexesLength; index++)
{
var actualIndex = componentIndexes[index];
if (!actualToSavedIndexes.ContainsKey(actualIndex))
{
continue;
}
if (!typeToSavedIndex.TryGetValue(actualToSavedIndexes[actualIndex], out var savedIndex))
{
continue;
}
entityData.Add(new ComponentData {
T = savedIndex, C = _componentSerializer.Serialize(entity.GetComponent(actualIndex))
});
}
return(entityData);
}
public override void OnSerialize(IComponentSerializer s)
{
s.Serialize(nameof(Color), Color);
}
public override void OnSerialize(IComponentSerializer s)
{
s.Serialize(nameof(Color), Color);
}
public override void OnSerialize(IComponentSerializer s)
{
s.Serialize(nameof(RotationSpeed), RotationSpeed);
s.Serialize(nameof(Node.Position), Node.Position);
s.Serialize(nameof(Node.Rotation), Node.Rotation);
}