protected ControlPointViewModelBase([NotNull] CurveViewModelBase curve)
: base(curve.SafeArgument(nameof(curve)).ServiceProvider)
{
Curve = curve;
DependentProperties.Add(nameof(Point), new[] { nameof(ActualKey), nameof(ActualPoint), nameof(ActualValue) });
}
protected CurveViewModelBase([NotNull] CurveEditorViewModel editor, CurveViewModelBase parent)
: base(editor.SafeArgument(nameof(editor)).ServiceProvider)
{
Editor = editor;
Parent = parent;
children.CollectionChanged += ChildrenCollectionChanged;
}
protected KeyFrameCurveViewModel([NotNull] CurveEditorViewModel editor, CurveViewModelBase parent, [NotNull] ComputeAnimationCurve <TValue> computeCurve, string name = null)
: base(editor, parent, computeCurve, name)
{
KeyFramesNode = CurveNode[nameof(computeCurve.KeyFrames)].Target;
KeyFramesNode.ItemChanged += KeyFramesContentChanged;
controlPoints.CollectionChanged += ControlPointsCollectionChanged;
}
public Vector3ComponentControlPointViewModel([NotNull] CurveViewModelBase curve, [NotNull] IMemberNode keyNode, [NotNull] IMemberNode valueNode, [NotNull] IMemberNode tangentTypeNode, VectorComponent component)
: base(curve, keyNode, valueNode, tangentTypeNode, component)
{
if (component == VectorComponent.W)
{
throw new ArgumentException("Vector component 'W' is invalid, only 'X', 'Y' and 'Z' are supported.", nameof(component));
}
}
public Vector3ComponentCurveViewModel([NotNull] CurveEditorViewModel editor, CurveViewModelBase parent, [NotNull] ComputeAnimationCurve <Vector3> computeCurve, VectorComponent component)
: base(editor, parent, computeCurve, component)
{
if (component == VectorComponent.W)
{
throw new ArgumentException("Vector component 'W' is invalid, only 'X', 'Y' and 'Z' are supported.", nameof(component));
}
}
private void RemoveCurve(CurveViewModelBase curve)
{
if (curve == null)
{
return;
}
if (curves.Remove(curve))
{
curve.Destroy();
}
}
public override void Destroy()
{
var curvesCopy = curves.ToList();
// clear before destroying
curves.Clear();
SelectedControlPoints.Clear();
selectedCurve = null;
foreach (var curve in curvesCopy)
{
curve.Destroy();
}
base.Destroy();
}
protected KeyFrameControlPointViewModel([NotNull] CurveViewModelBase curve, [NotNull] IMemberNode keyNode, [NotNull] IMemberNode valueNode, [NotNull] IMemberNode tangentTypeNode)
: base(curve)
{
if (keyNode == null)
{
throw new ArgumentNullException(nameof(keyNode));
}
if (valueNode == null)
{
throw new ArgumentNullException(nameof(valueNode));
}
if (tangentTypeNode == null)
{
throw new ArgumentNullException(nameof(tangentTypeNode));
}
keyBinding = CreateBinding <float>(keyNode, nameof(Key));
ValueBinding = CreateBinding <TValue>(valueNode, nameof(Value));
tangentTypeBinding = CreateBinding <AnimationKeyTangentType>(tangentTypeNode, nameof(TangentType));
}
private CurveViewModelBase <TValue> CreateCurveHierarchy <TValue, TCurveViewModel, TKeyFrameCurveViewModel>([NotNull] IComputeCurve <TValue> computeCurve, CurveViewModelBase parent = null, string name = null)
where TValue : struct
where TCurveViewModel : CurveViewModelBase <TValue>
where TKeyFrameCurveViewModel : CurveViewModelBase <TValue>
{
var animationCurve = computeCurve as ComputeAnimationCurve <TValue>;
if (animationCurve != null)
{
var curve =
(TKeyFrameCurveViewModel)Activator.CreateInstance(typeof(TKeyFrameCurveViewModel), this, (ComputeAnimationCurve <TValue>)computeCurve, parent, name);
curve.Initialize();
return(curve);
}
var binaryCurve = computeCurve as ComputeBinaryCurve <TValue>;
if (binaryCurve != null)
{
var curve = (TCurveViewModel)Activator.CreateInstance(typeof(TCurveViewModel), this, binaryCurve, parent, name);
if (binaryCurve.LeftChild != null)
{
var displayName = GetDisplayName(typeof(ComputeBinaryCurve <TValue>), nameof(ComputeBinaryCurve <TValue> .LeftChild));
curve.Children.Add(CreateCurveHierarchy <TValue, TCurveViewModel, TKeyFrameCurveViewModel>(binaryCurve.LeftChild, curve, displayName ?? "Left"));
}
if (binaryCurve.RightChild != null)
{
// Retrieve the display attribute
var displayName = GetDisplayName(typeof(ComputeBinaryCurve <TValue>), nameof(ComputeBinaryCurve <TValue> .RightChild));
curve.Children.Add(CreateCurveHierarchy <TValue, TCurveViewModel, TKeyFrameCurveViewModel>(binaryCurve.RightChild, curve, displayName ?? "Right"));
}
curve.Initialize();
return(curve);
}
// Fallback curve
else
{
var curve = (TCurveViewModel)Activator.CreateInstance(typeof(TCurveViewModel), this, computeCurve, parent, name);
curve.Initialize();
return(curve);
}
}
public FloatControlPointViewModel([NotNull] CurveViewModelBase curve, [NotNull] IMemberNode keyNode, [NotNull] IMemberNode valueNode, [NotNull] IMemberNode tangentTypeNode)
: base(curve, keyNode, valueNode, tangentTypeNode)
{
SynchronizePoint();
}
public FloatKeyFrameCurveViewModel([NotNull] CurveEditorViewModel editor, [NotNull] ComputeAnimationCurve <float> computeCurve, CurveViewModelBase parent = null, string name = null)
: base(editor, parent, computeCurve, name)
{
}
private CurveViewModelBase CreateCurveHierarchy <TValue>([NotNull] IComputeCurve <TValue> computeCurve, CurveViewModelBase parent = null, string name = null)
where TValue : struct
{
var colorCurve = computeCurve as IComputeCurve <Color4>;
if (colorCurve != null)
{
return(CreateCurveHierarchy <Color4, Color4CurveViewModel, Color4KeyFrameCurveViewModel>(colorCurve, parent, name));
}
var floatCurve = computeCurve as IComputeCurve <float>;
if (floatCurve != null)
{
return(CreateCurveHierarchy <float, FloatCurveViewModel, FloatKeyFrameCurveViewModel>(floatCurve, parent, name));
}
var rotationCurve = computeCurve as IComputeCurve <Quaternion>;
if (rotationCurve != null)
{
return(CreateCurveHierarchy <Quaternion, RotationCurveViewModel, RotationKeyFrameCurveViewModel>(rotationCurve, parent, name));
}
var vector2Curve = computeCurve as IComputeCurve <Vector2>;
if (vector2Curve != null)
{
return(CreateCurveHierarchy <Vector2, Vector2CurveViewModel, Vector2KeyFrameCurveViewModel>(vector2Curve, parent, name));
}
var vector3Curve = computeCurve as IComputeCurve <Vector3>;
if (vector3Curve != null)
{
return(CreateCurveHierarchy <Vector3, Vector3CurveViewModel, Vector3KeyFrameCurveViewModel>(vector3Curve, parent, name));
}
var vector4Curve = computeCurve as IComputeCurve <Vector4>;
if (vector4Curve != null)
{
return(CreateCurveHierarchy <Vector4, Vector4CurveViewModel, Vector4KeyFrameCurveViewModel>(vector4Curve, parent, name));
}
throw new NotSupportedException($"The type IComputeCurve<{typeof(TValue).Name}> is not supported by this editor.");
}
public Vector4KeyFrameCurveViewModel([NotNull] CurveEditorViewModel editor, [NotNull] ComputeAnimationCurve <Vector4> computeCurve, CurveViewModelBase parent = null, string name = null)
: base(editor, parent, computeCurve, name)
{
Children.Add(new Vector4ComponentCurveViewModel(editor, this, computeCurve, VectorComponent.X));
Children.Add(new Vector4ComponentCurveViewModel(editor, this, computeCurve, VectorComponent.Y));
Children.Add(new Vector4ComponentCurveViewModel(editor, this, computeCurve, VectorComponent.Z));
Children.Add(new Vector4ComponentCurveViewModel(editor, this, computeCurve, VectorComponent.W));
}
protected DecomposedCurveViewModel([NotNull] CurveEditorViewModel editor, CurveViewModelBase parent, [NotNull] IComputeCurve <TValue> computeCurve, string name = null)
: base(editor, parent, computeCurve, name)
{
}
public RotationComponentCurveViewModel([NotNull] CurveEditorViewModel editor, CurveViewModelBase parent, [NotNull] ComputeAnimationCurve <Quaternion> computeCurve, VectorComponent component)
: base(editor, parent, computeCurve)
{
Component = component;
Color = Editor.GetColor(component);
}
public RotationComponentControlPointViewModel([NotNull] CurveViewModelBase curve, [NotNull] IMemberNode keyNode, [NotNull] IMemberNode valueNode, [NotNull] IMemberNode tangentTypeNode, VectorComponent component)
: base(curve, keyNode, valueNode, tangentTypeNode)
{
Component = component;
SynchronizePoint();
}
public Vector4ComponentCurveViewModel([NotNull] CurveEditorViewModel editor, CurveViewModelBase parent, [NotNull] ComputeAnimationCurve <Vector4> computeCurve, VectorComponent component)
: base(editor, parent, computeCurve, component)
{
}
public Color4KeyFrameCurveViewModel([NotNull] CurveEditorViewModel editor, [NotNull] ComputeAnimationCurve <Color4> computeCurve, CurveViewModelBase parent = null, string name = null)
: base(editor, parent, computeCurve, name)
{
Children.Add(new Color4ComponentCurveViewModel(editor, this, computeCurve, ColorComponent.R));
Children.Add(new Color4ComponentCurveViewModel(editor, this, computeCurve, ColorComponent.G));
Children.Add(new Color4ComponentCurveViewModel(editor, this, computeCurve, ColorComponent.B));
Children.Add(new Color4ComponentCurveViewModel(editor, this, computeCurve, ColorComponent.A));
}
public Vector4ComponentControlPointViewModel([NotNull] CurveViewModelBase curve, [NotNull] IMemberNode keyNode, [NotNull] IMemberNode valueNode, [NotNull] IMemberNode tangentTypeNode, VectorComponent component)
: base(curve, keyNode, valueNode, tangentTypeNode, component)
{
}
public RotationCurveViewModel([NotNull] CurveEditorViewModel editor, [NotNull] IComputeCurve <Quaternion> computeCurve, CurveViewModelBase parent = null, string name = null)
: base(editor, parent, computeCurve, name)
{
}
private void AddCurvePrivate([NotNull] CurveViewModelBase curve)
{
curve.EnsureAxes();
curves.Add(curve);
SelectedCurve = curve;
}
protected VectorComponentCurveViewModel([NotNull] CurveEditorViewModel editor, CurveViewModelBase parent, [NotNull] ComputeAnimationCurve <TValue> computeCurve, VectorComponent component)
: base(editor, parent, computeCurve)
{
Component = component;
Color = Editor.GetColor(component);
}
public Color4CurveViewModel([NotNull] CurveEditorViewModel editor, [NotNull] IComputeCurve <Color4> computeCurve, CurveViewModelBase parent = null, string name = null)
: base(editor, parent, computeCurve, name)
{
}
