public override bool Deserialize()
{
X = new FloatPropertyValue(Data, PCC);
if (!X.Deserialize())
{
return(false);
}
Y = new FloatPropertyValue(Data, PCC);
if (!Y.Deserialize())
{
return(false);
}
Z = new FloatPropertyValue(Data, PCC);
if (!Z.Deserialize())
{
return(false);
}
W = new FloatPropertyValue(Data, PCC);
if (!Z.Deserialize())
{
return(false);
}
return(true);
}
public override bool Deserialize()
{
B = new FloatPropertyValue(Data, PCC);
if (!B.Deserialize())
{
return(false);
}
G = new FloatPropertyValue(Data, PCC);
if (!G.Deserialize())
{
return(false);
}
R = new FloatPropertyValue(Data, PCC);
if (!R.Deserialize())
{
return(false);
}
A = new FloatPropertyValue(Data, PCC);
if (!A.Deserialize())
{
return(false);
}
return(true);
}
public override bool Deserialize()
{
X = new FloatPropertyValue(Data, PCC);
if (!X.Deserialize())
return false;
Y = new FloatPropertyValue(Data, PCC);
if (!Y.Deserialize())
return false;
Z = new FloatPropertyValue(Data, PCC);
if (!Z.Deserialize())
return false;
W = new FloatPropertyValue(Data, PCC);
if (!Z.Deserialize())
return false;
return true;
}
public override bool Deserialize()
{
Scale = new VectorPropertyValue(Data, PCC);
if (!Scale.Deserialize())
return false;
SheerRate = new FloatPropertyValue(Data, PCC);
if (!SheerRate.Deserialize())
return false;
SheerAxis = new BytePropertyValue(Data, PCC);
if (!SheerAxis.Deserialize())
return false;
return true;
}
public override bool Deserialize()
{
B = new FloatPropertyValue(Data, PCC);
if (!B.Deserialize())
return false;
G = new FloatPropertyValue(Data, PCC);
if (!G.Deserialize())
return false;
R = new FloatPropertyValue(Data, PCC);
if (!R.Deserialize())
return false;
A = new FloatPropertyValue(Data, PCC);
if (!A.Deserialize())
return false;
return true;
}
public override bool Deserialize()
{
Scale = new VectorPropertyValue(Data, PCC);
if (!Scale.Deserialize())
{
return(false);
}
SheerRate = new FloatPropertyValue(Data, PCC);
if (!SheerRate.Deserialize())
{
return(false);
}
SheerAxis = new BytePropertyValue(Data, PCC);
if (!SheerAxis.Deserialize())
{
return(false);
}
return(true);
}
public bool DeserializeValue(PropertyType type, out DefaultPropertyValue value, UInt32 size)
{
value = null;
switch (type) // Adjust size for certain types:
{
case PropertyType.BoolProperty:
value = new BoolPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.ByteProperty:
var enumName = PCC.GetName(Data.ReadNameRef());
if (size == 8) // if it's an enum-based byte value
{
value = new EnumPropertyValue(Data, PCC, size, enumName);
}
else
{
value = new BytePropertyValue(Data, PCC);
}
return(value.Deserialize());
case PropertyType.IntProperty:
value = new IntPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.FloatProperty:
value = new FloatPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.StrProperty:
value = new StrPropertyValue(Data, PCC, size);
return(value.Deserialize());
case PropertyType.StringRefProperty:
value = new StringRefPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.NameProperty:
value = new NamePropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.ObjectProperty:
value = new ObjectPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.InterfaceProperty:
value = new InterfacePropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.DelegateProperty:
value = new DelegatePropertyValue(Data, PCC, Name);
return(value.Deserialize());
case PropertyType.StructProperty:
var structName = PCC.GetName(Data.ReadNameRef());
// If it's a hardcoded struct type, deserialize it as that.
if (Enum.GetNames(typeof(PropertyType)).Skip(11).Contains(structName))
{
return(DeserializeValue((PropertyType)Enum.Parse(typeof(PropertyType), structName), out value, size));
}
// otherwise use the deserialization of a user-defined struct:
value = new StructPropertyValue(Data, PCC, size, structName);
return(value.Deserialize());
case PropertyType.ArrayProperty:
value = new ArrayPropertyValue(Data, PCC, size);
return(value.Deserialize());
#region BioWare
case PropertyType.BioMask4Property:
value = new BioMask4PropertyValue(Data, PCC);
return(value.Deserialize());
#endregion
#region Hardcoded Structs
#region Standard
case PropertyType.Vector:
value = new VectorPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Color:
value = new ColorPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.LinearColor:
value = new LinearColorPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.TwoVectors:
value = new TwoVectorsPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Vector4:
value = new Vector4PropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Vector2D:
value = new Vector2DPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Rotator:
value = new RotatorPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Guid:
value = new GUIDPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Sphere:
value = new SpherePropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Plane:
value = new PlanePropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Scale:
value = new ScalePropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Box:
value = new BoxPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Quat:
value = new QuatPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.Matrix:
value = new MatrixPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.IntPoint:
value = new IntPointPropertyValue(Data, PCC);
return(value.Deserialize());
#endregion
#region BioWare
case PropertyType.BioRwBox:
value = new BioRwBoxPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.RwVector3:
value = new RwVector3PropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.RwVector2:
value = new RwVector2PropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.RwVector4:
value = new RwVector4PropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.RwPlane:
value = new RwPlanePropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.RwQuat:
value = new RwQuatPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.RwMatrix44:
value = new RwMatrix44PropertyValue(Data, PCC);
return(value.Deserialize());
#endregion
#region UE3Internals
case PropertyType.ActorReference:
value = new ActorReferencePropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.PolyReference:
value = new PolyReferencePropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.AimTransform:
value = new AimTransformPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.NavReference:
value = new NavReferencePropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.CoverReference:
value = new CoverReferencePropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.CoverInfo:
value = new CoverInfoPropertyValue(Data, PCC);
return(value.Deserialize());
case PropertyType.CoverSlot:
value = new CoverSlotPropertyValue(Data, PCC, size);
return(value.Deserialize());
#endregion
#endregion
default:
return(false);
}
}