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    • 3. 发明申请
    • HIGH DYNAMIC RANGE PARAMETER ADJUSTMENT IN A GRAPHICAL USER INTERFACE USING GRAPHICAL MOVING SCALES
    • 使用图形移动尺寸的图形用户界面中的高动态范围参数调整
    • US20150052468A1
    • 2015-02-19
    • US13966567
    • 2013-08-14
    • Peter Adany
    • Peter Adany
    • G06F3/0484G06F3/0481
    • G06F3/04847
    • The invention includes methods and graphical interfaces to provide high dynamic range parameter adjustment in a graphical user interface by combination of a moving dial and moving scales in a single visual group. The motion of moving scales is opposite in direction to the motion of a dial moving in a direction defined by user input. Moving scales are translated by different amounts per amount of parameter value change to visually convey different magnitudes of change. The single dial indicates value in all of the scales, and the total value can be read to the precision of the most minor scale over a range of values of the most major scale by combined visual assessment of the multiple scales. The methods for graphical representation of values by a graphical scale group, and the governing rules for motion of the scales, are described. In view of the role of visual representation as a feedback signal to the user during adjustment of a parameter, the invention overcomes limitations of traditional graphical controllers that use a single moving graphical component with a linear mapping of the range of parameter values to the range of displacement of the component in the display, and which are thus restricted by the physical size and pixel count of the display. The purpose of the invention is to provide visual indication of parameter value adjustment with high dynamic range in graphical interfaces by the use of graphical moving scales.
    • 本发明包括通过在单个视觉组中的移动刻度盘和移动刻度盘的组合来在图形用户界面中提供高动态范围参数调整的方法和图形界面。 移动刻度的运动在与用户输入所定义的方向上移动的刻度盘的运动方向相反。 每个参数值变化的数值可以通过不同的数值进行移动,以便可视地传达不同的变化幅度。 单个刻度盘表示所有尺度的值,并且通过多尺度的组合目视评估,总值可以读取到最大尺度范围内最小尺度的精度。 描述了通过图形比例组对图形表示值的方法以及尺度运动的控制规则。 鉴于在参数调整期间视觉表示作为反馈信号的作用,本发明克服了使用单个移动图形组件的传统图形控制器的限制,其中参数值范围的线性映射到 显示器中的部件的位移,因此受显示器的物理尺寸和像素数量的限制。 本发明的目的是通过使用图形移动秤在图形界面中提供具有高动态范围的参数值调整的视觉指示。