private static void SetFill(pb_UV.Fill fill, pb_Object[] sel)
{
pbUndo.RecordObjects(sel, "Fill UVs");
for (int i = 0; i < sel.Length; i++)
{
foreach (pb_Face q in sel[i].SelectedFaces)
{
q.uv.fill = fill;
}
}
}
private void SetFill(pb_UV.Fill fill, pb_Object[] sel)
{
for (int i = 0; i < sel.Length; i++)
{
foreach (pb_Face q in sel[i].SelectedFaces)
{
q.uv.fill = fill;
}
sel[i].RefreshUV(SelectedFacesInEditZone[i]);
}
}
// The pb_SerializedMesh constructor is used to deserialize values.
public pb_SerializableUV(SerializationInfo info, StreamingContext context)
{
this.useWorldSpace = (bool) info.GetValue("useWorldSpace", typeof(bool));
this.flipU = (bool) info.GetValue("flipU", typeof(bool));
this.flipV = (bool) info.GetValue("flipV", typeof(bool));
this.swapUV = (bool) info.GetValue("swapUV", typeof(bool));
this.fill = (pb_UV.Fill) info.GetValue("fill", typeof(pb_UV.Fill));
this.scale = (pb_Vector2) info.GetValue("scale", typeof(pb_Vector2));
this.offset = (pb_Vector2) info.GetValue("offset", typeof(pb_Vector2));
this.rotation = (float) info.GetValue("rotation", typeof(float));
this.justify = (pb_UV.Justify) info.GetValue("justify", typeof(pb_UV.Justify));
}
public pb_SerializableUV(pb_UV uv)
{
this.useWorldSpace = uv.useWorldSpace;
this.flipU = uv.flipU;
this.flipV = uv.flipV;
this.swapUV = uv.swapUV;
this.fill = uv.fill;
this.scale = uv.scale;
this.offset = uv.offset;
this.rotation = uv.rotation;
this.justify = uv.justify;
}
