internal override BaseCompoundField <Rect> .FieldDescription[] DescribeFields()
{
BaseCompoundField <Rect> .FieldDescription[] expr_07 = new BaseCompoundField <Rect> .FieldDescription[4];
expr_07[0] = new BaseCompoundField <Rect> .FieldDescription("X", (Rect r) => (double)r.x, delegate(ref Rect r, double v)
{
r.x = (float)v;
});
expr_07[1] = new BaseCompoundField <Rect> .FieldDescription("Y", (Rect r) => (double)r.y, delegate(ref Rect r, double v)
{
r.y = (float)v;
});
expr_07[2] = new BaseCompoundField <Rect> .FieldDescription("W", (Rect r) => (double)r.width, delegate(ref Rect r, double v)
{
r.width = (float)v;
});
expr_07[3] = new BaseCompoundField <Rect> .FieldDescription("H", (Rect r) => (double)r.height, delegate(ref Rect r, double v)
{
r.height = (float)v;
});
return(expr_07);
}
internal override BaseCompoundField <Vector4> .FieldDescription[] DescribeFields()
{
BaseCompoundField <Vector4> .FieldDescription[] expr_07 = new BaseCompoundField <Vector4> .FieldDescription[4];
expr_07[0] = new BaseCompoundField <Vector4> .FieldDescription("X", (Vector4 r) => (double)r.x, delegate(ref Vector4 r, double v)
{
r.x = (float)v;
});
expr_07[1] = new BaseCompoundField <Vector4> .FieldDescription("Y", (Vector4 r) => (double)r.y, delegate(ref Vector4 r, double v)
{
r.y = (float)v;
});
expr_07[2] = new BaseCompoundField <Vector4> .FieldDescription("Z", (Vector4 r) => (double)r.z, delegate(ref Vector4 r, double v)
{
r.z = (float)v;
});
expr_07[3] = new BaseCompoundField <Vector4> .FieldDescription("W", (Vector4 r) => (double)r.w, delegate(ref Vector4 r, double v)
{
r.w = (float)v;
});
return(expr_07);
}
protected BaseCompoundField()
{
base.AddToClassList("compositeField");
if (BaseCompoundField <T> .s_FieldDescriptions == null)
{
BaseCompoundField <T> .s_FieldDescriptions = this.DescribeFields();
}
if (BaseCompoundField <T> .s_FieldDescriptions == null)
{
Debug.LogError("Describe fields MUST return a non null array of field descriptions");
}
else
{
this.m_Fields = new List <DoubleField>(BaseCompoundField <T> .s_FieldDescriptions.Length);
BaseCompoundField <T> .FieldDescription[] array = BaseCompoundField <T> .s_FieldDescriptions;
for (int i = 0; i < array.Length; i++)
{
BaseCompoundField <T> .FieldDescription desc = array[i];
BaseCompoundField <T> $this = this;
VisualElement visualElement = new VisualElement();
visualElement.AddToClassList("field");
visualElement.Add(new Label(desc.name));
DoubleField doubleField = new DoubleField();
visualElement.Add(doubleField);
doubleField.OnValueChanged(delegate(ChangeEvent <double> e)
{
T value = $this.value;
desc.write(ref value, e.newValue);
$this.SetValueAndNotify(value);
});
this.m_Fields.Add(doubleField);
base.shadow.Add(visualElement);
}
this.UpdateDisplay();
}
}
public FieldDescription(string name, Func <T, double> read, BaseCompoundField <T> .FieldDescription.WriteDelegate write)
{
this.name = name;
this.read = read;
this.write = write;
}
