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    • 4. 发明申请
    • Ordering Document Content
    • 订购文件内容
    • US20120185766A1
    • 2012-07-19
    • US13109921
    • 2011-05-17
    • Philip Andrew MansfieldMichael Robert LevyDerek B. Clegg
    • Philip Andrew MansfieldMichael Robert LevyDerek B. Clegg
    • G06F17/00
    • G06F17/2229G06F17/212G06F17/2241
    • For a page that has been decomposed into a set of primitive areas, a novel method for organizing the set of primitive areas into an ordered list is disclosed. The primitive areas in the ordered list are initially sorted using start point order relation ordering, which compares the start points of the primitive areas in the coordinate system of the page. The ordering of the primitive areas in the ordered list are then refined by using contextual order relation ordering, which compares primitive areas against each other according to coordinate systems local to the primitive areas being compared. A new ordered list is then created by transposing primitive areas that are incorrectly ordered according to contextual order relation ordering.
    • 对于已被分解为一组原始区域的页面,公开了一种用于将一组原始区域组织成有序列表的新颖方法。 有序列表中的原始区域最初使用起点顺序关系排序进行排序,该排序比较了页面坐标系中原始区域的起始点。 然后通过使用上下文顺序关系排序来改进有序列表中的原始区域的顺序,该顺序关系排序根据被比较的原始区域的本地坐标系将原始区域相互比较。 然后通过根据上下文顺序关系排序来转置未正确排序的原始区域来创建新的有序列表。
    • 6. 发明授权
    • Ordering document content based on reading flow
    • 基于阅读流程订购文档内容
    • US08543911B2
    • 2013-09-24
    • US13109921
    • 2011-05-17
    • Philip Andrew MansfieldMichael Robert LevyDerek B. Clegg
    • Philip Andrew MansfieldMichael Robert LevyDerek B. Clegg
    • G06F17/00
    • G06F17/2229G06F17/212G06F17/2241
    • For a page that has been decomposed into a set of primitive areas, a novel method for organizing the set of primitive areas into an ordered list is disclosed. The primitive areas in the ordered list are initially sorted using start point order relation ordering, which compares the start points of the primitive areas in the coordinate system of the page. The ordering of the primitive areas in the ordered list are then refined by using contextual order relation ordering, which compares primitive areas against each other according to coordinate systems local to the primitive areas being compared. A new ordered list is then created by transposing primitive areas that are incorrectly ordered according to contextual order relation ordering.
    • 对于已被分解为一组原始区域的页面,公开了一种用于将一组原始区域组织成有序列表的新颖方法。 有序列表中的原始区域最初使用起点顺序关系排序进行排序,该排序比较了页面坐标系中原始区域的起始点。 然后通过使用上下文顺序关系排序来改进有序列表中的原始区域的顺序,该顺序关系排序根据被比较的原始区域的本地坐标系将原始区域相互比较。 然后通过根据上下文顺序关系排序来转置未正确排序的原始区域来创建新的有序列表。
    • 9. 发明授权
    • Glyph rendering quantization for subpixel positioning
    • 子像素定位的雕文渲染量化
    • US06897870B1
    • 2005-05-24
    • US10642353
    • 2003-08-15
    • Derek B. Clegg
    • Derek B. Clegg
    • G06T11/20G09G5/24G09G5/38
    • G06T11/203G09G5/24
    • A Font Quantization Engine receives layout data including font, font matrix, glyphs and position data. This received position data includes non-integer positions for the glyphs to be rendered. According to a tolerance that is either pre-specified, or selected at run time an appropriate quantization level is determined by the Font Quantization Engine. This quantization level and the fractional position data is then used to determine quantized positions for the glyphs. Once the quantized positions are determined, a rendering engine either renders the bitmaps for the glyphs, or retrieves cached versions of the bitmaps. In this manner, glyphs are positioned at non-integer locations, yet a different bitmap is not required for each possible non-integer location. This allows for both efficiency of operation and the use of higher quality bitmaps.
    • 字体量化引擎接收包括字体,字体矩阵,字形和位置数据的布局数据。 该接收到的位置数据包括要呈现的字形的非整数位置。 根据预先指定或在运行时选择的容差,字体量化引擎确定适当的量化级别。 然后,该量化级和小数位数据用于确定字形的量化位置。 一旦确定了量化位置,渲染引擎就会渲染字形的位图,或者检索位图的缓存版本。 以这种方式,字形位于非整数位置,但是每个可能的非整数位置不需要不同的位图。 这允许操作的效率和使用更高质量的位图。