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    • 2. 发明授权
    • Automatic highlighting in a raster graphics display system
    • 在光栅图形显示系统中自动突出显示
    • US4725829A
    • 1988-02-16
    • US773385
    • 1985-09-06
    • Alan S. Murphy
    • Alan S. Murphy
    • G09G5/36G06F3/033G06F3/048G06F3/14G09G5/02G09G5/08G09G5/10G09G1/16
    • G06F3/04842
    • In an interactive graphics display system in which pels in a frame buffer are mapped to the display screen of a raster display device, a method of automatically highlighting and de-highlighting graphic segments as a cursor is moved across the display screen comprises sampling a locator device at successive points in time to generate a screen cursor at corresponding positions on the screen, examining pels in the frame buffer along a line which extends from the pel corresponding to the previous cursor position to the pel corresponding to the current cursor position to determine whether a pel is "on" along the line, automatically performing a correlate operation in respect of the "on" pel (if any) to identify the graphic segment associated with that pel, and highlighting the segment so identified, any highlighted segment being de-highlighted prior to highlighting a different segment.
    • 在帧缓冲器中的像素被映射到光栅显示装置的显示屏幕的交互式图形显示系统中,自动突出显示和去除高亮度的图形片段作为光标的方法在显示屏幕上移动包括对定位器装置 在连续的时间点上在屏幕上的相应位置生成屏幕光标,沿着从对应于先前光标位置的像素延伸到与当前光标位置相对应的像素的行来检查帧缓冲器中的像素,以确定是否 像素沿着线“开”,自动执行关于“开”像素(如果有的话)的相关操作以识别与该像素相关联的图形片段,并突出显示所识别的片段,任何突出显示的片段被去高亮显示 在突出显示不同的片段之前。
    • 3. 发明授权
    • Stylus or pen with tactile response to user
    • 触笔或笔触式用户反应
    • US4667182A
    • 1987-05-19
    • US564252
    • 1983-12-22
    • Alan S. Murphy
    • Alan S. Murphy
    • G06F3/041G06F3/033G08B21/00G09G3/02
    • G06F3/03545
    • A stylus for interactive use with a graphics input tablet provides a user with a tactile response whenever the stylus tip (5) passes through the in-presence boundary of the tablet. The boundary defines the limit of the distance of the stylus above the tablet surface beyond which stylus position signals are regarded as unreliable. The tactile response is produced by a movable mass (2) within the body (1) of the stylus which is propelled by an internal mechanism (9, 10) into a lower end stop (11) as the tip passes through the in-presence boundary towards the tablet, and into an upper end stop (3) as the stylus passes through the boundary away from the tablet. The tactile response experience by a user in each case is different. In an alternative arrangement, the stylus tip (5) is attached to the moving mass (2) and arranged normally to be held retracted within the stylus body (1) but to automatically protrude from the body as the end of the stylus passes through the in-presence boundary.
    • 用于与图形输入图形输入板交互使用的触控笔,每当触针笔尖(5)穿过图形输入板的存在边界时,便可向用户提供触觉响应。 界限定义了触控笔在平板电脑表面上方的距离限制,超过此限位,触针位置信号被认为是不可靠的。 触觉响应由触针的主体(1)内的可移动质量块(2)产生,该可移动质量块(2)在触针的主体(1)内由内部机构(9,10)推进到下端止动件(11)中,因为尖端通过存在 边界朝向片剂,并且当触笔通过边界离开片剂时进入上端止动件(3)。 在每种情况下,用户的触觉反应体验是不同的。 在替代布置中,触针尖端(5)附接到运动质量块(2)并且被布置成通常被保持缩回到触针本体(1)内,但是随着触针的端部通过 在线边界。
    • 4. 发明授权
    • Raster CRT having balanced pel distribution for flicker reduction
    • 光栅CRT具有平衡的像素分布,用于闪烁降低
    • US4521774A
    • 1985-06-04
    • US322819
    • 1981-11-19
    • Alan S. Murphy
    • Alan S. Murphy
    • G09G1/04G09G1/14G09G1/16
    • G09G1/146G09G1/04
    • A raster-scanned CRT device includes auxiliary vertical deflection means operable during each scan line of the raster to deflect the electron beam selectively between adjacent pairs of uniformly spaced image lines on the screen. Control logic operates in response to video information representing an image to be displayed to write image pels on the screen during two successive field scans of the raster. The auxilliary deflection means is controlled so that the entire image is formed on the image lines, and the field scan in which the pels are allocated for display is selected on-the-fly for successive portions of the input video in such a way that pel imbalance between the two fields constituting the final image is minimized.
    • 光栅扫描CRT器件包括辅助垂直偏转装置,其可在光栅的每个扫描线期间操作,以在屏幕上相邻的均匀间隔的成对线对之间选择性地偏转电子束。 控制逻辑响应于表示要显示的图像的视频信息,以在光栅的两个连续的场扫描期间在屏幕上写入图像像素。 控制辅助偏转装置使得整个图像形成在图像线上,并且其中分配用于显示的像素的场扫描被选择在输入视频的连续部分的运行中,使得像素 构成最终图像的两个场之间的不平衡被最小化。
    • 5. 发明授权
    • Raster display apparatus
    • 光栅显示装置
    • US4308532A
    • 1981-12-29
    • US99804
    • 1979-12-03
    • Alan S. Murphy
    • Alan S. Murphy
    • G09G5/24G06F3/038G09G5/02G09G5/22G06F3/153
    • G06F3/0386G09G5/02G09G5/227
    • A raster display apparatus capable of displaying graphic pictures includes a processor 13 for loading character codes (pointers) in a character buffer 12. The pointers address a character/cell generator 22 to derive the bit patterns necessary to refresh the display 1 under control of refresh logic 19. As the picture becomes increasingly complex, requiring more and more different character cells, the character/cell generator 22 fills. Space is created by combining two or more adjacent cells into a single low-resolution-displayed cell: an op code associated with each character code (pointer) determines whether the cell is to be displayed at full or reduced resolution and causes the refresh logic to clock bit patterns associated with low resolution cells at a slower rate. Optionally, the processor 13 changes low resolution parts of the picture to high resolution when an operator interacts with the low resolution part using a light pen 30.
    • 能够显示图形画面的光栅显示装置包括用于将字符代码(指针)加载到字符缓冲器12中的处理器13.该指针将字符/单元发生器22寻址以导出在刷新的控制下刷新显示器1所需的位模式 随着图像变得越来越复杂,需要越来越多的不同的字符单元,字符/单元发生器22填充。 通过将两个或多个相邻单元组合成单个低分辨率显示单元来创建空间:与每个字符代码(指针)相关联的操作码确定单元是以全分辨率还是降低分辨率显示,并使刷新逻辑 以较慢的速率与低分辨率单元相关联的时钟位模式。 可选地,当操作者使用光笔30与低分辨率部分进行交互时,处理器13将图像的低分辨率部分改变为高分辨率。
    • 7. 发明授权
    • Image transformations on an interactive raster scan or matrix display
    • 交互式光栅扫描或矩阵显示的图像变换
    • US4688181A
    • 1987-08-18
    • US859845
    • 1986-04-30
    • Roger L. CottrellAlan S. Murphy
    • Roger L. CottrellAlan S. Murphy
    • G06F17/50G06F3/033G06F3/048G06T11/80G06F15/60G09G1/06
    • G06F3/04812G06T11/00
    • An interactive raster-scanned display device has a microprocessor (1) and random access memory (3) which operate to issue instructions to a drawing engine (7) to cause it to load and erase image pel representation in an image buffer (9) in order to control display of images on, or removal of images from a display screen (8) in a conventional manner. A cursor control device (10) enables a user to interact by means of a cursor symbol with images on the screen. In order to reduce the demands imposed on the drawing engine during transformation of images over the screen, the system is configured so that transformation operations are performed using alternative images substituted for the full images. Each alternative image contains considerably less detail to be drawn and erased than the full image it replaces and therefore the operation is more likely to be performed at the rate desired by the user. Thus, complex graphics images containing many vectors are replaced during transformation by simple skeletal or outline drawings. If a large size cross-hair cursor is used for easy indentification on a screen, then this also is replaced by a small symbol whenever it is moved. At the end of the transformation operation, the full image and the large cursor are restored on the screen.
    • 交互式光栅扫描显示装置具有微处理器(1)和随机存取存储器(3),其操作以向绘图引擎(7)发出指令以使其在图像缓冲器(9)中加载和擦除图像像素表示 为了以常规的方式控制从显示屏(8)上的图像的显示或去除图像。 光标控制装置(10)使得用户能够通过光标符号与屏幕上的图像进行交互。 为了减少在图像转换过程中施加在绘图引擎上的要求,系统被配置成使用代替完整图像的替代图像进行变换操作。 每个替代图像包含比被替换的完整图像要少得多的细节,因此该操作更可能以用户期望的速率执行。 因此,包含许多向量的复杂图形图像在通过简单的骨架或轮廓图进行变换时被替换。 如果使用大尺寸的十字头光标来轻松识别屏幕,那么当移动时,它也会被小的符号所取代。 在变换操作结束时,屏幕上恢复完整图像和大光标。
    • 8. 发明授权
    • Graphics display apparatus
    • 图形显示装置
    • US4330834A
    • 1982-05-18
    • US143247
    • 1980-04-24
    • Alan S. Murphy
    • Alan S. Murphy
    • G09G5/38G09G5/20G09G5/24G09G5/30G09G5/36G06F3/153
    • G09G5/30
    • In a cell-organized graphic display apparatus a set of canonical or standard cells is stored in a character generator. A data processor loads character codes into a character buffer and attribute bits into an attribute buffer. Lines to be displayed are computed on a cell-by-cell basis by the processor using pairs of canonical cells and the computed character codes are stored in the character buffer and attribute bits representing displacements of the required canonical cells are loaded into the attribute buffer. During accessing of the character generator, an adder shifts the bit patterns in accordance with the attribute bits. Optionally a second character buffer, a second character generator and a logic mixer are used to allow logical combining of cell images in accordance with attribute bits.
    • 在单元格组织的图形显示装置中,一组规范或标准单元被存储在字符发生器中。 数据处理器将字符代码加载到字符缓冲器中,并将属性位加载到属性缓冲区中。 要由显示的行通过处理器使用典型单元格进行逐个细胞的计算,并将所计算的字符代码存储在字符缓冲器中,并且将表示所需规范单元的位移的属性位加载到属性缓冲器中。 在字符发生器访问期间,加法器根据属性位移位位模式。 可选地,使用第二字符缓冲器,第二字符发生器和逻辑混合器来允许根据属性位的单元图像的逻辑组合。