static public bool OverridePropertyColor(MaterialProperty materialProp, Renderer target, out Color color)
{
var propertyPaths = new List <string>();
string basePropertyPath = kMaterialPrefix + materialProp.name;
if (materialProp.type == MaterialProperty.PropType.Texture)
{
propertyPaths.Add(basePropertyPath + "_ST.x");
propertyPaths.Add(basePropertyPath + "_ST.y");
propertyPaths.Add(basePropertyPath + "_ST.z");
propertyPaths.Add(basePropertyPath + "_ST.w");
}
else if (materialProp.type == MaterialProperty.PropType.Color)
{
propertyPaths.Add(basePropertyPath + ".r");
propertyPaths.Add(basePropertyPath + ".g");
propertyPaths.Add(basePropertyPath + ".b");
propertyPaths.Add(basePropertyPath + ".a");
}
else if (materialProp.type == MaterialProperty.PropType.Vector)
{
propertyPaths.Add(basePropertyPath + ".x");
propertyPaths.Add(basePropertyPath + ".y");
propertyPaths.Add(basePropertyPath + ".z");
propertyPaths.Add(basePropertyPath + ".w");
}
else
{
propertyPaths.Add(basePropertyPath);
}
if (propertyPaths.Exists(path => AnimationMode.IsPropertyAnimated(target, path)))
{
color = AnimationMode.animatedPropertyColor;
if (AnimationMode.InAnimationRecording())
{
color = AnimationMode.recordedPropertyColor;
}
else if (propertyPaths.Exists(path => AnimationMode.IsPropertyCandidate(target, path)))
{
color = AnimationMode.candidatePropertyColor;
}
return(true);
}
color = Color.white;
return(false);
}
public static bool OverridePropertyColor(MaterialProperty materialProp, Renderer target, out Color color)
{
List <string> list = new List <string>();
string text = "material." + materialProp.name;
if (materialProp.type == MaterialProperty.PropType.Texture)
{
list.Add(text + "_ST.x");
list.Add(text + "_ST.y");
list.Add(text + "_ST.z");
list.Add(text + "_ST.w");
}
else if (materialProp.type == MaterialProperty.PropType.Color)
{
list.Add(text + ".r");
list.Add(text + ".g");
list.Add(text + ".b");
list.Add(text + ".a");
}
else
{
list.Add(text);
}
bool result;
if (list.Exists((string path) => AnimationMode.IsPropertyAnimated(target, path)))
{
color = AnimationMode.animatedPropertyColor;
if (AnimationMode.InAnimationRecording())
{
color = AnimationMode.recordedPropertyColor;
}
else if (list.Exists((string path) => AnimationMode.IsPropertyCandidate(target, path)))
{
color = AnimationMode.candidatePropertyColor;
}
result = true;
}
else
{
color = Color.white;
result = false;
}
return(result);
}
private static void UpdateElementStyleFromProperty(VisualElement element, SerializedProperty prop)
{
if (element is IMixedValueSupport mixedValuePropertyField)
{
mixedValuePropertyField.showMixedValue = prop.hasMultipleDifferentValues;
}
// It's possible for there to be no label in a compound field, for example. So, nothing to style.
if (element == null)
{
return;
}
// Handle prefab state.
UpdatePrefabStateStyleFromProperty(element, prop);
// Handle live property state.
UpdateLivePropertyStyleFromProperty(element, prop);
// Handle dynamic states
updateBindingStateStyle?.Invoke(element, prop);
// Handle animated state.
// Since we handle compound fields above, the element here will always be a single field
// (or not a field at all). This means we can perform a faster query and search for
// a single element.
var inputElement = element.Q(className: BaseField <int> .inputUssClassName);
if (inputElement == null)
{
return;
}
bool animated = AnimationMode.IsPropertyAnimated(prop.serializedObject.targetObject, prop.propertyPath);
bool candidate = AnimationMode.IsPropertyCandidate(prop.serializedObject.targetObject, prop.propertyPath);
bool recording = AnimationMode.InAnimationRecording();
inputElement.EnableInClassList(BindingExtensions.animationRecordedUssClassName, animated && recording);
inputElement.EnableInClassList(BindingExtensions.animationCandidateUssClassName, animated && !recording && candidate);
inputElement.EnableInClassList(BindingExtensions.animationAnimatedUssClassName, animated && !recording && !candidate);
}
internal static void UpdateElementStyle(VisualElement element, SerializedProperty prop)
{
if (element == null)
{
return;
}
if (element is Foldout)
{
// We only want to apply override styles onto the Foldout header, not the entire contents.
element = element.Q(className: Foldout.toggleUssClassName);
}
else if (element.ClassListContains(BaseCompositeField <int, IntegerField, int> .ussClassName) ||
element is BoundsField || element is BoundsIntField)
{
// The problem with compound fields is that they are bound at the parent level using
// their parent value data type. For example, a Vector3Field is bound to the parent
// SerializedProperty which uses the Vector3 data type. However, animation overrides
// are not stored on the parent SerializedProperty but on the component child
// SerializedProperties. So even though we're bound to the parent property, we still
// have to dive inside and example the child SerializedProperties (ie. x, y, z, height)
// and override the animation styles individually.
var compositeField = element;
// The element we style in the main pass is going to be just the label.
element = element.Q(className: BaseField <int> .labelUssClassName);
// Go through the inputs and find any that match the names of the child PropertyFields.
var propCopy = prop.Copy();
var endProperty = propCopy.GetEndProperty();
propCopy.NextVisible(true); // Expand the first child.
do
{
if (SerializedProperty.EqualContents(propCopy, endProperty))
{
break;
}
var subInputName = "unity-" + propCopy.name + "-input";
var subInput = compositeField.Q(subInputName);
if (subInput == null)
{
continue;
}
UpdateElementStyle(subInput, propCopy);
}while (propCopy.NextVisible(false)); // Never expand children.
}
// It's possible for there to be no label in a compound field, for example. So, nothing to style.
if (element == null)
{
return;
}
// Handle prefab state.
UpdatePrefabStateStyle(element, prop);
// Handle animated state.
// Since we handle compound fields above, the element here will always be a single field
// (or not a field at all). This means we can perform a faster query and search for
// a single element.
var inputElement = element.Q(className: BaseField <int> .inputUssClassName);
if (inputElement == null)
{
return;
}
bool animated = AnimationMode.IsPropertyAnimated(prop.serializedObject.targetObject, prop.propertyPath);
bool candidate = AnimationMode.IsPropertyCandidate(prop.serializedObject.targetObject, prop.propertyPath);
bool recording = AnimationMode.InAnimationRecording();
inputElement.EnableInClassList(BindingExtensions.animationRecordedUssClassName, animated && recording);
inputElement.EnableInClassList(BindingExtensions.animationCandidateUssClassName, animated && !recording && candidate);
inputElement.EnableInClassList(BindingExtensions.animationAnimatedUssClassName, animated && !recording && !candidate);
}