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    • 3. 发明授权
    • Wipe pattern generation apparatus
    • 擦拭图案生成装置
    • US08022946B2
    • 2011-09-20
    • US12090543
    • 2006-11-02
    • Kazuhiro TsubotaHiroyuki Izumi
    • Kazuhiro TsubotaHiroyuki Izumi
    • G06F17/00G06F12/06G09G5/00
    • H04N5/265
    • A wipe pattern generation apparatus that can generate wipe patterns of various shapes at high speed and moreover can be miniaturized. is provided.A wipe pattern generation apparatus 100 includes a sin θ generation section 101 for calculating sin θ from input angle information θ; a multiplier 103 for multiplying the calculation result of sin θ by a first coefficient; a cos θ generation section 102 for calculating cos θ from the angle information θ; a multiplier 104 for multiplying the calculation result of cos θ by a second coefficient; a multiplier 106 for multiplying the result of adding output of the multiplier 103 and output of the multiplier 104 by a third coefficient and outputting as the reciprocal of the distance from the polar coordinate center to an arbitrary line on a display screen; a multiplier 107 for multiplying output of the multiplier 106 by distance information r; and a comparator 108 for making a comparison between output of the multiplier 107 and a fourth coefficient, and generates wipe pattern output data 110 from the angle information θ and the distance information r.
    • 可以高速生成各种形状的擦拭图案的擦拭图案生成装置,而且可以小型化。 被提供。 擦拭图案生成装置100包括sin&thetas; 用于计算罪恶的生成部分101; 从输入角度信息 用于乘以sin&thetas的计算结果的乘法器103; 通过第一系数; 一个cos&thetas; 生成部102,用于计算cos& 从角度信息&thetas ;; 乘法器104,用于乘以cos&Theta的计算结果; 乘以第二系数; 乘法器106,用于将乘法器103的输出和乘法器104的输出相加的结果乘以第三系数,并作为在极坐标中心到任意行的距离的倒数作为显示屏幕输出; 乘法器107,用于将乘法器106的输出乘以距离信息r; 以及用于在乘法器107的输出与第四系数之间进行比较的比较器108,并且从角度信息和角度生成擦除图案输出数据110; 和距离信息r。
    • 9. 发明授权
    • Ennoversion management system for data processing system
    • 数据处理系统的Ennoversion管理系统
    • US5594836A
    • 1997-01-14
    • US247665
    • 1994-05-23
    • Tadamitsu RyuHiroyuki IzumiMasahiko MurakawaMasanobu ToyotaTakeshi AdachiNaomi Ichikawa
    • Tadamitsu RyuHiroyuki IzumiMasahiko MurakawaMasanobu ToyotaTakeshi AdachiNaomi Ichikawa
    • G06F12/00G06F17/00G06F7/00
    • G06Q10/06Y10S707/99953Y10S707/99954
    • An ennoversion management system is adapted to a data processing system executes a desired process by naming as objects single processing units and/or composite processing units which are combinations of the single processing units and combining the objects. In the ennoversion management system, a real world is understood as an object model, the real world is made to correspond to an extension and a connotation, the connotation is placed in an information concealed region, and ID information which specifies the connotation in correspondence with the extension is formed. The real world is described by a dynamic world and a static world forming a world of the objects in correspondence with the extension, a system mechanism is given as a static model with respect to the static world using classes and/or composite classes, and a session corresponding to a motion of the dynamic model is given as a dynamic model with respect to the dynamic world using instances of the composite classes and/or the classes. Cause and effect relationship generated from the dynamic model is given into the static model as information. The classes and/or composite classes are formed by combing a plurality of existing and/or newly generated methods, and the instances are formed in correspondence with the classes and/or the composite classes. The existing and/or newly generated methods, the formed classes and/or composite classes, and the session corresponding to the motion of the dynamic model are stored as composite objects in the information concealed region corresponding to the connotation as a functional model. In correspondence with the identification information, the objects and/or composite objects stored in the connotation as a functional model are reusably formed. An ennoversion management with respect to the classes, the composite classes, the instances and the sessions is carried out.
    • 排版管理系统适用于数据处理系统通过命名为单个处理单元和/或作为单个处理单元的组合并组合对象的复合处理单元来执行期望的处理。 在排版管理系统中,一个现实世界被理解为一个对象模型,现实世界被认为是对应一个扩展和内涵,内涵被放置在一个信息隐藏的区域,而ID信息指定内容对应于 延伸形成。 现实世界由动态世界和静态世界描述,形成与扩展对应的对象的世界,系统机制被给予相对于使用类和/或复合类的静态世界的静态模型,并且 对应于动态模型的运动的会话作为使用复合类和/或类的实例的关于动态世界的动态模型给出。 将动态模型生成的因果关系作为信息作为静态模型给出。 通过组合多个现有和/或新生成的方法形成类和/或复合类,并且实例与类和/或复合类相对应地形成。 现有的和/或新生成的方法,形成的类和/或复合类以及对应于动态模型的运动的会话作为复合对象存储在与内涵对应的信息隐藏区域中作为功能模型。 与识别信息相对应地,存储在作为功能模型的内涵中的对象和/或复合对象可重复地形成。 执行关于类,复合类,实例和会话的ennoversion管理。
    • 10. 发明申请
    • IMAGE SPECIAL EFFECT APPARATUS AND IMAGE SPECIAL EFFECT METHOD
    • 图像特效装置和图像特殊效应方法
    • US20100231786A1
    • 2010-09-16
    • US12305752
    • 2007-03-09
    • Kazuhiro TsubotaHiroyuki Izumi
    • Kazuhiro TsubotaHiroyuki Izumi
    • H04N7/00
    • G06T15/50
    • An image special effect apparatus capable of realizing the illumination effects corresponding to various image special effects if an illumination effect pattern is not previously determined and the shape of the effect face changes rapidly is provided.An image special effect apparatus 100 for adding an illumination effect using light from a light source when viewed from an arbitrary eye point in a face having a curved face to image information concerning an input image and outputting a video signal provided by mapping the image information to the face generates a normal vector at a position of the face based on rectangular coordinate data and the shape of the face, a normal vector generation section 110, generates reflectivity of the light in an eye point direction by calculation of A (2(L·N)N−2L)·V of an expression using the normal vector, a light source direction unit vector, an eye point vector V, and an arbitrary value A, and creates the image information based on the image and the reflectivity.
    • 提供一种能够实现与各种图像特殊效果对应的照明效果的图像特效装置,如果没有预先确定照明效果图案并且效果面的形状迅速变化。 一种图像特殊效果装置100,用于在从具有曲面的脸部中的任意眼点观察时使用来自光源的光的照明效果与关于输入图像的图像信息相加,并将通过映射图像信息提供的视频信号输出到 脸部基于直角坐标数据在脸部位置产生法线矢量,并且脸部形状法线向量生成部110通过计算A(2(L·L)),生成眼睛方向的光的反射率 N)N-2L)·V,光源方向单位矢量,眼点矢量V和任意值A,基于图像和反射率生成图像信息。