Abstract: A game apparatus includes a computer, and the computer reads rendering data from a rendering buffer, and displays a virtual three-dimensional image by utilizing color data and a depth value for each pixel which are included in the rendering data. When a photographing instruction is input, a focused position is detected on the basis of operation information. The computer calculates a difference between a depth value of each pixel included in the rendering data and a depth value of the focused position to generate color data which is subjected to blur processing with respect to blurring objective pixels, and writes the color data in the calculation buffer for each pixel. The computer generates a display image data including a blurred image on the basis of the color data of each pixel stored in the calculation buffer.

Abstract: A mask blank that can be formed without causing a shape defect in a transfer pattern having a high resolution. A mask blank (10) includes a transparent substrate (11), an etched layer (14) located above the transparent substrate (11), a suppression layer (20) located above the etched layer (11) and formed using a first chemical amplification resist, and a mask layer (15) located above the suppression layer (20) and formed using a second chemical amplification resist. The mask layer (15) functions to generate acid with the second chemical amplification resist when receiving exposure light and change solubility of the mask layer (15) with respect to a development liquid. The suppression layer (20) functions to generate acid with the first chemical amplification resist when receiving the exposure light through the mask layer (15) and obtain insolubility of the mask layer (15) with respect to the development liquid.

Abstract: A game apparatus includes a computer, and the computer reads rendering data from a rendering buffer, and displays a virtual three-dimensional image by utilizing color data and a depth value for each pixel which are included in the rendering data. When a photographing instruction is input, a focused position is detected on the basis of operation information. The computer calculates a difference between a depth value of each pixel included in the rendering data and a depth value of the focused position to generate color data which is subjected to blur processing with respect to blurring objective pixels, and writes the color data in the calculation buffer for each pixel. The computer generates a display image data including a blurred image on the basis of the color data of each pixel stored in the calculation buffer.