The invention relates to intensely colored interference pigments based on multi-layered plate-like substrates with at least two sequences of layers consisting of a colorless layer with a refraction index n1,8; a high-index layer consisting of a mixture of TiO2 and Fe2O3 in a ratio of 1:0. Next, optical proximity corrections are performed on at least two of the circuit patterns that have been initially placed to be adjacent to or cross each other, thereby forming optical proximity corrected patterns out of the adjacent or crossing circuit patterns. The stacked structures are formed on the substrate, and each of the stacked structures includes a plurality of gates and a plurality of gate insulators alternately stacked on the substrate. In this manner, the remote host computer system may collect a multitude of design submissions from a great number of users. Information indicating a data processing ability of the electronic device is first obtained, whereupon data processing means is controlled so as to process the data output to the electronic device depending on the data processing ability indicated by the information so obtained. The invention provides improvements as regards stabilization of halogenated polymers.