Abstract: To allow a resolution to be changed by a single drawing command for each window instead of using different drawing commands in an application program depending on resolutions, in order to display a plurality of windows having different resolutions on a single display screen by use of a drawing facility for drawing a window specified by a drawing command from an application program with a resolution selected from a plurality of resolutions, first, windows to be drawn are registered in a list. The list is accessed in response to a drawing command from an application program to determine the resolution of a window to be drawn. The drawing facility is instructed to draw the window with the determined resolution. The image of the window drawn by the drawing facility is written into a frame buffer. The image is read from the frame buffer and displayed on a screen.

Abstract: To allow a resolution to be changed by a single drawing command for each window instead of using different drawing commands in an application program depending on resolutions, in order to display a plurality of windows having different resolutions on a single display screen by use of a drawing facility for drawing a window specified by a drawing command from an application program with a resolution selected from a plurality of resolutions, first, windows to be drawn are registered in a list. The list is accessed in response to a drawing command from an application program to determine the resolution of a window to be drawn. The drawing facility is instructed to draw the window with the determined resolution. The image of the window drawn by the drawing facility is written into a frame buffer. The image is read from the frame buffer and displayed on a screen.

Abstract: Embossed metallic flakelets have high damage resistance and can be produced readily. A method for production is also provided. The embossed metallic flakelets are produced by dip-coating an organic-inorganic composite layer 12 on upper and lower sides of a carrier layer made of a PVA film or the like by a sol-gel process, and pressing an original embossed pattern 14 having an embossed pattern against the organic-inorganic composite layer 12 under pressure to transfer the embossed pattern onto the organic-inorganic composite layer 12. A sample having the transferred embossed pattern is sintered, to form a metallic film 10 on the organic-inorganic composite layer 12 by deposition or the like.

Abstract: Embossed metallic flakelets have high damage resistance and can be produced readily. A method for production is also provided. The embossed metallic flakelets are produced by dip-coating an organic-inorganic composite layer 12 on upper and lower sides of a carrier layer made of a PVA film or the like by a sol-gel process, and pressing an original embossed pattern 14 having an embossed pattern against the organic-inorganic composite layer 12 under pressure to transfer the embossed pattern onto the organic-inorganic composite layer 12. A sample having the transferred embossed pattern is sintered, to form a metallic film 10 on the organic-inorganic composite layer 12 by deposition or the like.

Abstract: An electric double layer capacitor which is usable at a high voltage without causing an irreversible current. Both a polarized positive electrode 14 and a polarized negative electrode 16 are made of the same constituents. However, a ratio of an amount of constituents of the polarized positive electrode 14 differs from that of the polarized negative electrode 16. A ratio of a capacitance of the polarized positive electrode to a capacitance of the polarized negative electrode is controlled such that the polarized positive electrode and the polarized negative electrode simultaneously reach respective potentials where the irreversible current is caused. According to this invention there is an advantage that it is possible to increase a voltage applied to the electric double layer capacitor.