public static RuntimePrefabPropertyOverride Create <TValue>(string propertyPath, string transformPath,
int componentIndex, TValue value, SerializationMetadata metadata = null)
{
switch (value)
{
case Vector2 vector2:
{
var @override = new RuntimePrefabPropertyOverrideList(propertyPath, transformPath, componentIndex);
var list = @override.List;
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.x", transformPath, componentIndex, vector2.x));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.y", transformPath, componentIndex, vector2.y));
return(@override);
}
case Vector3 vector3:
{
var @override = new RuntimePrefabPropertyOverrideList(propertyPath, transformPath, componentIndex);
var list = @override.List;
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.x", transformPath, componentIndex, vector3.x));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.y", transformPath, componentIndex, vector3.y));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.z", transformPath, componentIndex, vector3.z));
return(@override);
}
case Vector4 vector4:
{
var @override = new RuntimePrefabPropertyOverrideList(propertyPath, transformPath, componentIndex);
var list = @override.List;
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.x", transformPath, componentIndex, vector4.x));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.y", transformPath, componentIndex, vector4.y));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.z", transformPath, componentIndex, vector4.z));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.w", transformPath, componentIndex, vector4.w));
return(@override);
}
case Quaternion quaternion:
{
var @override = new RuntimePrefabPropertyOverrideList(propertyPath, transformPath, componentIndex);
var list = @override.List;
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.x", transformPath, componentIndex, quaternion.x));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.y", transformPath, componentIndex, quaternion.y));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.z", transformPath, componentIndex, quaternion.z));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.w", transformPath, componentIndex, quaternion.w));
return(@override);
}
case Color color:
{
var @override = new RuntimePrefabPropertyOverrideList(propertyPath, transformPath, componentIndex);
var list = @override.List;
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.r", transformPath, componentIndex, color.r));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.g", transformPath, componentIndex, color.g));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.b", transformPath, componentIndex, color.b));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.a", transformPath, componentIndex, color.a));
return(@override);
}
case Color32 color:
{
var @override = new RuntimePrefabPropertyOverrideList(propertyPath, transformPath, componentIndex);
var list = @override.List;
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.r", transformPath, componentIndex, color.r));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.g", transformPath, componentIndex, color.g));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.b", transformPath, componentIndex, color.b));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.a", transformPath, componentIndex, color.a));
return(@override);
}
case string @string:
{
return(new RuntimePrefabOverrideString(propertyPath, transformPath, componentIndex, @string));
}
case char @char:
{
return(new RuntimePrefabOverrideChar(propertyPath, transformPath, componentIndex, @char));
}
case bool @bool:
{
return(new RuntimePrefabOverrideBool(propertyPath, transformPath, componentIndex, @bool));
}
case int @int:
{
return(new RuntimePrefabOverrideInt(propertyPath, transformPath, componentIndex, @int));
}
case long @long:
{
return(new RuntimePrefabOverrideLong(propertyPath, transformPath, componentIndex, @long));
}
case float @float:
{
return(new RuntimePrefabOverrideFloat(propertyPath, transformPath, componentIndex, @float));
}
case UnityObject unityObject:
{
return(new RuntimePrefabOverrideUnityObjectReference(propertyPath, transformPath, componentIndex,
UnityObjectReference.GetReferenceForObject(unityObject, metadata)));
}
default:
{
// TODO: Handle null values better
if (typeof(TValue) == typeof(UnityObject) && value == null)
{
return(new RuntimePrefabOverrideUnityObjectReference(propertyPath, transformPath, componentIndex,
UnityObjectReference.NullObjectReference));
}
throw new NotImplementedException();
}
}
}
public static void Update <TValue>(RuntimePrefabPropertyOverride @override, TValue value, SerializationMetadata metadata = null)
{
var propertyPath = @override.m_PropertyPath;
var transformPath = @override.m_TransformPath;
var componentIndex = @override.m_ComponentIndex;
switch (value)
{
case Vector2 vector2:
{
var list = ((RuntimePrefabPropertyOverrideList)@override).List;
list.Clear();
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.x", transformPath, componentIndex, vector2.x));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.y", transformPath, componentIndex, vector2.y));
break;
}
case Vector3 vector3:
{
var list = ((RuntimePrefabPropertyOverrideList)@override).List;
list.Clear();
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.x", transformPath, componentIndex, vector3.x));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.y", transformPath, componentIndex, vector3.y));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.z", transformPath, componentIndex, vector3.z));
break;
}
case Vector4 vector4:
{
var list = ((RuntimePrefabPropertyOverrideList)@override).List;
list.Clear();
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.x", transformPath, componentIndex, vector4.x));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.y", transformPath, componentIndex, vector4.y));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.z", transformPath, componentIndex, vector4.z));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.w", transformPath, componentIndex, vector4.w));
break;
}
case Quaternion quaternion:
{
var list = ((RuntimePrefabPropertyOverrideList)@override).List;
list.Clear();
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.x", transformPath, componentIndex, quaternion.x));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.y", transformPath, componentIndex, quaternion.y));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.z", transformPath, componentIndex, quaternion.z));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.w", transformPath, componentIndex, quaternion.w));
break;
}
case Color color:
{
var list = ((RuntimePrefabPropertyOverrideList)@override).List;
list.Clear();
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.r", transformPath, componentIndex, color.r));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.g", transformPath, componentIndex, color.g));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.b", transformPath, componentIndex, color.b));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.a", transformPath, componentIndex, color.a));
break;
}
case Color32 color:
{
var list = ((RuntimePrefabPropertyOverrideList)@override).List;
list.Clear();
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.r", transformPath, componentIndex, color.r));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.g", transformPath, componentIndex, color.g));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.b", transformPath, componentIndex, color.b));
list.Add(new RuntimePrefabOverrideFloat($"{propertyPath}.a", transformPath, componentIndex, color.a));
break;
}
case int @int:
{
((RuntimePrefabOverrideInt)@override).Value = @int;
break;
}
case long @long:
{
((RuntimePrefabOverrideLong)@override).Value = @long;
break;
}
case float @float:
{
((RuntimePrefabOverrideFloat)@override).Value = @float;
break;
}
case UnityObject unityObject:
{
((RuntimePrefabOverrideUnityObjectReference)@override).Value = UnityObjectReference.GetReferenceForObject(unityObject, metadata);
break;
}
default:
{
// TODO: Handle null values better
if (typeof(TValue) == typeof(UnityObject) && value == null)
{
((RuntimePrefabOverrideUnityObjectReference)@override).Value = UnityObjectReference.NullObjectReference;
break;
}
((RuntimePrefabPropertyOverride <TValue>)@override).Value = value;
break;
}
}
}
static RuntimePrefabPropertyOverride Create <TContainer>(SerializedProperty property, string propertyPath,
string transformPath, int componentIndex, ref bool hasNext, out bool shouldIterate, SerializationMetadata metadata)
where TContainer : UnityObject
{
shouldIterate = true;
switch (property.propertyType)
{
case SerializedPropertyType.Bounds:
case SerializedPropertyType.Quaternion:
case SerializedPropertyType.Vector2:
case SerializedPropertyType.Vector3:
case SerializedPropertyType.Vector4:
case SerializedPropertyType.Rect:
case SerializedPropertyType.Generic:
case SerializedPropertyType.Gradient:
case SerializedPropertyType.Vector2Int:
case SerializedPropertyType.Vector3Int:
case SerializedPropertyType.RectInt:
case SerializedPropertyType.BoundsInt:
case SerializedPropertyType.Color:
var listOverride = CreateMultiple <TContainer>(property, propertyPath, transformPath,
componentIndex, ref hasNext, ref shouldIterate, metadata);
shouldIterate = false;
return(listOverride);
case SerializedPropertyType.Integer:
return(new RuntimePrefabOverrideLong(propertyPath, transformPath, componentIndex, property.longValue));
case SerializedPropertyType.Boolean:
return(new RuntimePrefabOverrideBool(propertyPath, transformPath, componentIndex, property.boolValue));
case SerializedPropertyType.Float:
// TODO: detect double precision
return(new RuntimePrefabOverrideFloat(propertyPath, transformPath, componentIndex, property.floatValue));
case SerializedPropertyType.String:
return(new RuntimePrefabOverrideString(propertyPath, transformPath, componentIndex, property.stringValue));
case SerializedPropertyType.ObjectReference:
var objectReference = UnityObjectReference.GetReferenceForObject(property.objectReferenceValue, metadata);
return(new RuntimePrefabOverrideUnityObjectReference(propertyPath, transformPath, componentIndex, objectReference));
case SerializedPropertyType.LayerMask:
return(new RuntimePrefabOverrideInt(propertyPath, transformPath, componentIndex, property.intValue));
case SerializedPropertyType.Enum:
return(new RuntimePrefabOverrideLong(propertyPath, transformPath, componentIndex, property.enumValueIndex));
case SerializedPropertyType.ArraySize:
return(new RuntimePrefabOverrideInt(propertyPath, transformPath, componentIndex, property.intValue));
case SerializedPropertyType.Character:
return(new RuntimePrefabOverrideChar(propertyPath, transformPath, componentIndex, (char)property.intValue));
case SerializedPropertyType.AnimationCurve:
return(new RuntimePrefabOverrideAnimationCurve(propertyPath, transformPath, componentIndex, property.animationCurveValue));
case SerializedPropertyType.ExposedReference:
var exposedReference = UnityObjectReference.GetReferenceForObject(property.exposedReferenceValue, metadata);
return(new RuntimePrefabOverrideUnityObjectReference(propertyPath, transformPath, componentIndex, exposedReference));
case SerializedPropertyType.FixedBufferSize:
return(new RuntimePrefabOverrideInt(propertyPath, transformPath, componentIndex, property.fixedBufferSize));
case SerializedPropertyType.ManagedReference:
Debug.LogWarning($"Encountered managed reference property override override for {propertyPath}");
return(null);
default:
Debug.LogWarning($"Unknown property type in prefab override for {propertyPath}");
return(null);
}
}
