public void AddKeyDirectly(FCurveKey <T> key)
{
if (keys.Contains(key))
{
return;
}
keys.Add(key);
key.OnChangedKey += OnChangedKey;
SortKeys(keys);
}
public int Compare(FCurveKey <T> key1, FCurveKey <T> key2)
{
if (key1.Frame > key2.Frame)
{
return(1);
}
else if (key1.Frame < key2.Frame)
{
return(-1);
}
return(key1.Value.CompareTo(key2.Value));
}
public void AddKey(FCurveKey <T> key)
{
if (keys.Contains(key))
{
return;
}
var old_value = keys;
var new_value = new List <FCurveKey <T> >();
new_value.AddRange(keys.Concat(new[] { key }));
SortKeys(new_value);
var cmd = new Command.DelegateCommand(
() =>
{
keys = new_value;
key.OnChangedKey += OnChangedKey;
if (OnChanged != null)
{
OnChanged(this, new ChangedValueEventArgs(new_value, ChangedValueType.Execute));
}
},
() =>
{
keys = old_value;
key.OnChangedKey -= OnChangedKey;
if (OnChanged != null)
{
OnChanged(this, new ChangedValueEventArgs(old_value, ChangedValueType.Unexecute));
}
});
Command.CommandManager.Execute(cmd);
}
void OnChangedKey(FCurveKey <T> key)
{
keys.Sort(new KeyComparer());
}
public static void LoadFromElement(XmlElement e, Value.FCurveColorRGBA value, bool isClip)
{
Action <Data.Value.FCurve <byte>, XmlElement> import = (v_, e_) =>
{
foreach (XmlElement r in e_.ChildNodes)
{
if (r.Name.StartsWith("Key"))
{
var f = r.GetTextAsInt("Frame");
var v = r.GetTextAsFloat("Value");
var lx = r.GetTextAsFloat("LeftX");
var ly = r.GetTextAsFloat("LeftY");
var rx = r.GetTextAsFloat("RightX");
var ry = r.GetTextAsFloat("RightY");
var i = r.GetTextAsInt("InterpolationType");
var t = new Value.FCurveKey <byte>(f, (byte)v);
t.SetLeftDirectly(lx, ly);
t.SetRightDirectly(rx, ry);
t.InterpolationType.SetValue(i);
v_.AddKeyDirectly(t);
}
else if (r.Name.StartsWith("StartType"))
{
var v = r.GetTextAsInt();
v_.StartType.SetValue(v);
}
else if (r.Name.StartsWith("EndType"))
{
var v = r.GetTextAsInt();
v_.EndType.SetValue(v);
}
else if (r.Name.StartsWith("OffsetMax"))
{
var v = r.GetTextAsFloat();
v_.OffsetMax.SetValueDirectly(v);
}
else if (r.Name.StartsWith("OffsetMin"))
{
var v = r.GetTextAsFloat();
v_.OffsetMin.SetValueDirectly(v);
}
else if (r.Name.StartsWith("Sampling"))
{
var v = r.GetTextAsInt();
v_.Sampling.SetValueDirectly(v);
}
}
};
var e_keys = e["Keys"] as XmlElement;
if (e_keys == null)
{
return;
}
var e_r = e_keys["R"] as XmlElement;
var e_g = e_keys["G"] as XmlElement;
var e_b = e_keys["B"] as XmlElement;
var e_a = e_keys["A"] as XmlElement;
if (e_r != null)
{
import(value.R, e_r);
}
if (e_g != null)
{
import(value.G, e_g);
}
if (e_b != null)
{
import(value.B, e_b);
}
if (e_a != null)
{
import(value.A, e_a);
}
}
public static void LoadFromElement(XmlElement e, Value.FCurveVector3D value, bool isClip)
{
var e_keys = e["Keys"] as XmlElement;
if (e_keys == null)
{
return;
}
var e_x = e_keys["X"] as XmlElement;
var e_y = e_keys["Y"] as XmlElement;
var e_z = e_keys["Z"] as XmlElement;
Action <Data.Value.FCurve <float>, XmlElement> import = (v_, e_) =>
{
foreach (XmlElement r in e_.ChildNodes)
{
if (r.Name.StartsWith("Key"))
{
var f = r.GetTextAsInt("Frame");
var v = r.GetTextAsFloat("Value");
var lx = r.GetTextAsFloat("LeftX");
var ly = r.GetTextAsFloat("LeftY");
var rx = r.GetTextAsFloat("RightX");
var ry = r.GetTextAsFloat("RightY");
var i = r.GetTextAsInt("InterpolationType");
var t = new Value.FCurveKey <float>(f, v);
t.SetLeftDirectly(lx, ly);
t.SetRightDirectly(rx, ry);
t.InterpolationType.SetValue(i);
v_.AddKeyDirectly(t);
}
else if (r.Name.StartsWith("StartType"))
{
var v = r.GetTextAsInt();
v_.StartType.SetValue(v);
}
else if (r.Name.StartsWith("EndType"))
{
var v = r.GetTextAsInt();
v_.EndType.SetValue(v);
}
else if (r.Name.StartsWith("OffsetMax"))
{
var v = r.GetTextAsFloat();
v_.OffsetMax.SetValueDirectly(v);
}
else if (r.Name.StartsWith("OffsetMin"))
{
var v = r.GetTextAsFloat();
v_.OffsetMin.SetValueDirectly(v);
}
else if (r.Name.StartsWith("Sampling"))
{
var v = r.GetTextAsInt();
v_.Sampling.SetValueDirectly(v);
}
}
};
if (e_x != null)
{
import(value.X, e_x);
}
if (e_y != null)
{
import(value.Y, e_y);
}
if (e_z != null)
{
import(value.Z, e_z);
}
}
