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    • 8. 发明授权
    • Optimal sizes of objects in a document
    • 文档中对象的最佳大小
    • US08127221B2
    • 2012-02-28
    • US12039738
    • 2008-02-29
    • Alexander VaschilloSergey GenkinVictor KozyrevAndrei Burago
    • Alexander VaschilloSergey GenkinVictor KozyrevAndrei Burago
    • G06F17/00
    • G06F17/212
    • Architecture of one or more algorithms for autofitting objects with non-trivial geometries in documents. The algorithms autofit rectangular objects (such as floaters), when the objects contain both left and right aligned objects, autofit tables, determine correct sizes of a parent object and its child object when the width of the parent object is unknown (referred to as an auto-width), and the width of the parent's child object is expressed in percentages of the parent object width. A two-pass algorithm determines the best (or optimal) sizes of margins, borders, and paddings of objects where any combination thereof can have fixed width, auto width, and/or percentage-expressed width. Additionally, the algorithms can recursively calculate the optimal widths of objects inside other objects, where the outer object width is undefined. The algorithms can process an unlimited number of nesting levels.
    • 用于在文档中自动调整具有非平凡几何形状的对象的一种或多种算法的体系结构。 当对象包含左对齐对齐对象时,自动匹配矩形对象(如浮点数),自动匹配表,确定父对象及其子对象的正确大小(父对象的宽度未知)(简称为 自动宽度),父子对象的宽度以父对象宽度的百分比表示。 双程算法确定对象的边距,边框和填充的最佳(或最佳)尺寸,其中任何组合可以具有固定的宽度,自动宽度和/或百分比表示的宽度。 此外,算法可以递归地计算其他对象内部对象宽度未定义的最佳宽度。 这些算法可以处理无限数量的嵌套级别。
    • 9. 发明申请
    • OPTIMAL SIZES OF OBJECTS IN A DOCUMENT
    • 文件中的对象的最佳尺寸
    • US20090222722A1
    • 2009-09-03
    • US12039738
    • 2008-02-29
    • Alexander VaschilloSergey GenkinVictor KozyrevAndrei Burago
    • Alexander VaschilloSergey GenkinVictor KozyrevAndrei Burago
    • G06F17/00
    • G06F17/212
    • Architecture of one or more algorithms for autofitting objects with non-trivial geometries in documents. The algorithms autofit rectangular objects (such as floaters), when the objects contain both left and right aligned objects, autofit tables, determine correct sizes of a parent object and its child object when the width of the parent object is unknown (referred to as an auto-width), and the width of the parent's child object is expressed in percentages of the parent object width. A two-pass algorithm determines the best (or optimal) sizes of margins, borders, and paddings of objects where any combination thereof can have fixed width, auto width, and/or percentage-expressed width. Additionally, the algorithms can recursively calculate the optimal widths of objects inside other objects, where the outer object width is undefined. The algorithms can process an unlimited number of nesting levels.
    • 用于在文档中自动调整具有非平凡几何形状的对象的一种或多种算法的体系结构。 当对象包含左对齐对齐对象时,自动匹配矩形对象(如浮点数),自动匹配表,确定父对象及其子对象的正确大小(父对象的宽度未知)(简称为 自动宽度),父子对象的宽度以父对象宽度的百分比表示。 双程算法确定对象的边距,边框和填充的最佳(或最佳)尺寸,其中任何组合可以具有固定的宽度,自动宽度和/或百分比表示的宽度。 此外,算法可以递归地计算其他对象内部对象宽度未定义的最佳宽度。 这些算法可以处理无限数量的嵌套级别。