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    • 1. 发明授权
    • Graphics system
    • 图形系统
    • US06266072B1
    • 2001-07-24
    • US08930674
    • 1997-10-03
    • Kazuyoshi KogaRyo FujitaKoyo KatsuraKatsunori SuzukiToshiyuki Kuwana
    • Kazuyoshi KogaRyo FujitaKoyo KatsuraKatsunori SuzukiToshiyuki Kuwana
    • G06F1580
    • G06T15/503G06T11/00
    • A graphics system which accelerates generation of pixels including transparent objects by simply adding more rendering devices. The system has composition means and a plurality of rendering devices each comprising a geometric processor, a rendering processor and a frame memory that holds color, depth and weight data in a screen bit map format. Given a plurality of sets of color, depth and weight data about any one pixel position from the frame memories, the composition means first compares the depth data, and multiplies successively the weight and color data starting with those corresponding to the depth data closest to the foreground, thereby generating new pixel data. The system thus permits merging of transparent objects.
    • 一种图形系统,通过简单地添加更多的渲染设备来加速像素的生成,包括透明对象。 该系统具有组合装置和多个渲染装置,每个渲染装置包括几何处理器,渲染处理器和以屏幕位图格式保存颜色,深度和重量数据的帧存储器。 给定关于来自帧存储器的任何一个像素位置的多组颜色,深度和重量数据,合成装置首先比较深度数据,并且从与最接近 前景,从而生成新的像素数据。 因此,该系统允许透明对象的合并。
    • 9. 发明授权
    • Processing method and graphics processor for skip drawing a figure
    • 处理方法和图形处理器,用于跳过图形
    • US5581796A
    • 1996-12-03
    • US164776
    • 1993-12-10
    • Kazuyoshi KogaRyo FujitaKoyo KatsuraYasushi FukunagaHideyuki Hara
    • Kazuyoshi KogaRyo FujitaKoyo KatsuraYasushi FukunagaHideyuki Hara
    • G06T15/10G09G5/14G09G5/393G06T15/00
    • G06T15/10G09G5/14G09G5/393
    • In a case where a graphic image segment of which positional information is defined in a world coordinate system and of which size information is defined in a device coordinate system is developed to be displayed on a multi-window screen, the development processing performance is improved in peripheral portions of the window. A rectangular development area (first development area) associated with the window is expanded with consideration of a size information of a graphic segment so as to obtain a second development area. The second development area is compared with a rectangular area (an existence area) circumscribing a graphic image represented only with positional information of the graphic segment. As a result, whether or not the graphic segment is to be developed is determined. The first development area is reduced with consideration of size information of the graphic segment to produce a third development area. The third development area is compared with the existence area to decide whether or not the clipping operation is necessary for the graphic segment.
    • 在世界坐标系中定义哪个位置信息的图形图像段并且在设备坐标系中定义尺寸信息的情况下,显示在多窗口屏幕上,显影处理性能得到改善 窗口的周边部分。 考虑到图形段的尺寸信息来扩展与窗口相关联的矩形显影区域(第一显影区域),以获得第二显影区域。 将第二开发区域与限定仅由图形段的位置信息表示的图形图像的矩形区域(存在区域)进行比较。 结果,确定图形片段是否被开发。 考虑到图形部分的尺寸信息,第一个开发区域减少,以产生第三个开发区域。 将第三开发区域与存在区域进行比较,以确定剪切操作是否对于图形段是必需的。