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    • 1. 发明授权
    • Systems and methods of providing image copy and modify commands to a receiver with an associated display
    • 使用相关显示器向接收机提供图像复制和修改命令的系统和方法
    • US07450128B2
    • 2008-11-11
    • US10988776
    • 2004-11-15
    • John MarksDavid PinedoRoland M. Hochmuth
    • John MarksDavid PinedoRoland M. Hochmuth
    • G06T1/00G06F15/00G09G5/36
    • G06T11/60G06F3/1454G06T2200/16G09G2310/04
    • A method comprises providing image copy and modify commands to a receiver. Each copy command causes pixel values in an area of a display associated with the receiver to be copied to another area of the display and each modify command causes at least one pixel value in an area of the display to be modified. The method further comprises generating a future copy region if a future copy command that is providable to the receiver is encountered. The future copy region defines one or more rectangles of pixels on the display that are copyable in the future on the display associated with the receiver. The method also comprises using the future copy region to avoid sending a future copy command to the receiver that will copy pixel values that are to be modified on a display associated with a sending system.
    • 一种方法包括向接收机提供图像复制和修改命令。 每个复制命令使得与接收器相关联的显示区域中的像素值被复制到显示器的另一区域,并且每个修改命令使得在显示器的区域中的至少一个像素值被修改。 该方法还包括如果遇到可接收的未来复制命令,则生成将来复制区域。 未来的复制区域定义显示器上可以在与接收器相关联的显示器上将来可复制的一个或多个像素矩形。 该方法还包括使用将来的复制区域以避免将将来的复制命令发送到接收器,该复制命令将复制将在与发送系统相关联的显示器上被修改的像素值。
    • 9. 发明申请
    • Systems and methods of providing image copy and modify commands to a receiver with an associated display
    • 使用相关显示器向接收机提供图像复制和修改命令的系统和方法
    • US20060103657A1
    • 2006-05-18
    • US10988776
    • 2004-11-15
    • John MarksDavid PinedoRoland Hochmuth
    • John MarksDavid PinedoRoland Hochmuth
    • G06T1/00G06T15/00
    • G06T11/60G06F3/1454G06T2200/16G09G2310/04
    • A method comprises providing image copy and modify commands to a receiver. Each copy command causes pixel values in an area of a display associated with the receiver to be copied to another area of the display and each modify command causes at least one pixel value in an area of the display to be modified. The method further comprises generating a future copy region if a future copy command that is providable to the receiver is encountered. The future copy region defines one or more rectangles of pixels on the display that are copyable in the future on the display associated with the receiver. The method also comprises using the future copy region to avoid sending a future copy command to the receiver that will copy pixel values that are to be modified on a display associated with a sending system.
    • 一种方法包括向接收机提供图像复制和修改命令。 每个复制命令使得与接收器相关联的显示区域中的像素值被复制到显示器的另一区域,并且每个修改命令使得在显示器的区域中的至少一个像素值被修改。 该方法还包括如果遇到可接收的未来复制命令,则生成将来复制区域。 未来的复制区域定义显示器上可以在与接收器相关联的显示器上将来可复制的一个或多个像素矩形。 该方法还包括使用将来的复制区域以避免将将来的复制命令发送到接收器,该复制命令将复制将在与发送系统相关联的显示器上被修改的像素值。
    • 10. 发明授权
    • Dynamic selection of lighting coordinates in a computer graphics system
    • 在计算机图形系统中动态选择照明坐标
    • US6097395A
    • 2000-08-01
    • US67550
    • 1998-04-28
    • Kathleen A. HarrisDavid Pinedo
    • Kathleen A. HarrisDavid Pinedo
    • G06T15/50G06F163/00
    • G06T15/506
    • A computer graphics system includes a lighting system that performs lighting efficiently by selecting dynamically the lighting space in which lighting calculations are to be performed to thereby minimize resources required to be expended to perform lighting. A particular preferred lighting coordinate system is then selected, based upon particular criteria, and the light source information is transformed to the selected coordinate system (if necessary) where lighting is performed. The dynamic selection can take many objective indicia into account, such as whether functions other than lighting must be performed in either of the coordinate systems, whether transformation of the lighting information is possible and the relative efficiencies of performing lighting in one coordinate system verses the other coordinate system. In another aspect, a lighting subsystem for use in a computer graphics system includes a dynamic light space selector for selecting dynamically a lighting space for performing lighting, a lighting processor for performing lighting and at least one switch operatively associated with and controlled by the dynamic light space selector to selectively enable the transformation of data from a first coordinate space to a second coordinate space prior to being input into the lighting processor. The dynamic light space selector thus controls the switch to operatively determine which coordinate system will be used to perform lighting in the lighting processor.
    • 计算机图形系统包括照明系统,其通过动态地选择要进行照明计算的照明空间来有效地执行照明,从而最小化需要消耗的光进行照明。 然后基于特定标准选择特定的优选照明坐标系,并且在执行照明的情况下将光源信息变换到选定的坐标系(如果需要)。 动态选择可以考虑许多客观标记,诸如是否必须在任一坐标系中执行除了照明之外的功能,是否可以改变照明信息,并且在一个坐标系中执行照明的相对效率与其他坐标系相对照 坐标系。 另一方面,在计算机图形系统中使用的照明子系统包括动态光空间选择器,用于动态地选择用于执行照明的照明空间,用于执行照明的照明处理器和与动态光可操作地相关联并由其控制的至少一个开关 空间选择器,用于在被输入到照明处理器之前选择性地启用从第一坐标空间到第二坐标空间的数据变换。 因此,动态光空间选择器控制开关以可操作地确定哪个坐标系将用于在照明处理器中执行照明。