TWI220499B - Processing method and system for graphic user interface display - Google Patents

Abstract

The present invention provides a method for adjusting the graphic user interface display based on the displacement, which includes the following steps: using an adjustment integration device to execute a trigger operation; providing a displacement measurement device to generate the corresponding three-axis adjusting data based on the trigger operation; next, providing a detection interface on the graphic user interface for obtaining the three-axis adjusting data from the displacement measurement device, and adjusting the display screen of the graphic user interface according to the three-axis adjusting data.

Description

1220499 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to a method for displaying a graphical user interface, and more particularly to a method for dynamically adjusting a graphical user interface display according to an adjustment amount. [Prior art]

The general graphical user interface does not have an integrated device for viewing windows on the execution environment and device. Therefore, when the user wants to use the two display functions of scroll window and zoom screen, in general, the following actions are required ... (1) Scroll window: Pull the window through the existing device (such as a mouse) input Event of the scroll; zoom the screen content: you must manually set the zoom ratio of the day (for example, 75% or 125%). Such an action is not only time-consuming, but when the user feels that the setting value is not what he wants, he must repeat the same operation, and he cannot browse in real time to obtain data or screen settings. . When the user browses through a computer, the visible range is larger than the actual display. In the case of displaying the document to be viewed in the window, the user can scroll through the window (usually by sliding the mouse or). Or you can change the size of the document to enlarge or reduce it, but click the setting value of the document content or use the keyboard to select it to provide accurate operation. 'But the two lack the ability to view the files in the window file. The size of the window. If the user wants to be in the position, move the screen without changing the example of the document to the position of the document to be browsed, and press the keyboard's up, down, left, and right keys to achieve a small ratio, that is, the user will not change the relative position of the day-surface ratio. (Usually achieved by entering the proportion). The mouse pair is ’and the keyboard is an integration that provides round-robin zoom. Especially in the hand

1220499 V. Description of the invention (2) ΐ As the screen size is smaller on the device, it is necessary to view the 7th of the surrounding map for scrolling and zooming; generally: the second user interface shows that you can only cut the coffee in the upper left corner. Of-. -General direction) the scroll 舳 r, the sun direction (y direction) and the horizontal direction (the part shown by χ is the "heart". Scroll: the axis can see the ellipse without moving the direction. Use: = ; = If you want to use the user; face ϊϊ, scale so that you can view the entire document, you must use the graphics to make the demand 'all must be manually directly in the picture by the user: II ;: or key or scroll the window or detail The content of day and day will be more convenient to use. [Inventive Content] "See the other article." In view of this, the purpose of the present invention is to provide a user who dynamically adjusts the graphics; the method of surface display is based on the corresponding trigger action performed by the user. Adjust the amount to perform operations such as scrolling the window or zooming the screen content. Based on the above purpose, the present invention provides a method for dynamically adjusting the display of a graphical user interface. The user executes one-touch 0213-9355twf (nl) through an adjustment amount integration device ; A9122; ALEXCHEN.ptd Page 6 1220499 V. Description of the invention (3) ----- Send a movement, and then use a displacement measuring device to generate a displacement corresponding to the triggering movement. Use one of the graphical user interfaces Detection interface received The displacement value of the displacement 1 tester is stored in a message queue of the graphical user interface. Then, the data type and size of the displacement value are identified through an information processing unit of the graphical user interface. Finally, a display unit of the graphical user interface is used to dynamically adjust the browsing window of the graphical user interface according to the data type and size of the displacement value. According to the present invention, the user does not need to use a mouse, a keyboard, etc. to view the window interface. Click, select, or input. In addition, users can browse the files conveniently by using the adjustment amount integration device. [Embodiment] In order to make the above and other objects, features, and advantages of the present invention clearer and easier to understand, hereinafter The preferred embodiments are specifically described and described in detail with the accompanying drawings.

Fig. 2 is a schematic diagram showing the visible range of the data to be displayed in the browsing window corresponding to the graphical user interface. The visible range 2 3 5 refers to the range in which the data 230 can display the data in the window 220. Therefore, through the viewpoint 21, only the visible range 2 3 5 displayed in the window 2 20 can be seen. If the user wants to view other parts of the data 230, the user must scroll the window or change the display ratio of the window to zoom the daytime content. To achieve the above two actions, the user must first inform the graphical user interface of the required displacement value. The data type is divided into two types: (1) translation data: data that can be subdivided into X-axis and y-axis “Data” means that when the user passes to the graphical user interface, the position to be viewed is the amount of displacement in the direction of the X axis, and the amount of displacement in the direction of the y axis.

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1220499 V. Description of the invention (4) The user interface will then adjust the screen to the correct position according to the input value. (2) Scale data: If the user wants to adjust the day-to-day ratio, it is the coordinate displacement of the z-axis in space. As long as the user inputs the adjustment amount on the z-axis, the graphical user interface can determine the zoom ratio according to the input value. . The system of the present invention allows the user to input the relative movement coordinates of the xyZ axis in space only through simple limb movements through the adjustment amount integration device proposed here, without the need to accurately click the window object or enter the correct value, Then you can modify the screen display status you want to customize. After receiving the relative movement coordinate value, the graphical user interface dynamically displays the display scale and data position that the user wants to watch. For example, if the user wants to see the right ellipse in the picture below, the user only needs to make a relative movement in the χ-axis direction to the integration device, and the integration device sends the relative displacement value of the X-axis to the graphical user interface, and the graphical user interface The screen moves towards the ellipse until the user stops moving. When the user wants to enlarge the screen ratio, as long as the relative movement in the Z-axis direction is performed on the integrated device, the graphical user interface will dynamically display the ratio when it receives the binary value. The invention eliminates the need for the user to switch the input device being used, such as using a keyboard, and suddenly clicking or pulling with a mouse. It can be seen from Figure 2 that the user should input only the xyz coordinate displacement values to the graphical user interface through the integrated device. Through these displacement values, the graphical user interface can display the data to be viewed and will be described in more detail below. Implementation of the invention. Fig. 3 is a system architecture diagram showing a screen display of a graphical user interface of the present invention using a regulating amount integrating device for kinetic energy trimming. The ^ 0 system of the present invention includes an adjustment amount integration device 31 °, a displacement measurement device 32 °, and _

1220499 V. Description of the invention (5) Graphical user interface 3 3 0, the graphical user interface 3 3 0 further includes a test interface 331 and a dynamic display module 333, where the dynamic display module 333 further includes a message 伫Column 3 3 3 1, an information processing unit 3 3 3 3 and a written display unit 3335. The user uses the adjustment amount integration device 31 to perform a triggering action. The triggering action is an action of scrolling the window in the X-axis or y-axis direction, or an action of scaling the screen ratio in the Z-axis direction. Next, the displacement measuring device is moved. 3 2 0 Generates corresponding three-axis adjustment data according to the trigger. The two-axis displacement data refers to the data displacement amount of the X axis, the data displacement amount of the Y axis, and the data scale adjustment amount of the z axis. The graphic user interface 33 obtains the three-axis adjustment data from the displacement measuring device 32 through the detection interface 331 and sends the information of the three-axis adjustment data to the dynamic display module 333. The three-axis adjustment data is stored in the message queue 333 1, and the three-axis adjustment data in the message queue 333 1 is read by the message processing unit 3333 for analysis. The three-axis adjustment data is sent to the screen display unit 3335 , The screen display unit 3335 corrects the display state of the window screen according to the analysis result, and displays it to the user. Figure 4 is a flowchart showing the daytime display of the dynamic adjustment user interface of the use-adjustment amount integration device of the present invention. Based on the above-mentioned traditional wooden structure of the present invention, the flow chart of the steps of the present invention will be described in detail below. Trigger through 1131 to send a three-axis signal. User Danger! The above action is 0 wins, and the adjustment amount integration device is called γΐeye: [The two-axis signal of the action, and the three-axis signal are the X-axis signal, the γ-axis signal, and the z-axis signal.

1220499 V. Description of the invention (6) In step ", obtain three fine 1 $ three axis w corresponding to the user operation. Use a displacement measuring device to obtain the date in step S 3, determine the day and generate the corresponding two axis The adjustment amount. The detection interface in the user plane = No, I received a three-axis signal. By the three-axis signal of the graphic. If yes, whether to continue to receive the corresponding user operation In step S4, drop Go to step ^, otherwise skip to step S5. The interface detected the sensitivity of the three-axis adjustment unit 3 ^ volume integration device. If the detection sensitivity may be too high, use the two-input 'table adjustment volume integration device's integer integration Device, so if any small movements will cause the trigger to adjust i. In step S5, determine the sensitivity of the setting. It is judged that the corresponding trigger action 二 is the action of zooming the screen. the amount. If it is', skip to step S; the axis is the adjustment of the Z axis direction. In the step position, set the Z axis adjustment amount: to. The three-axis adjustment amount of the trigger action is an amplification matrix. If the corresponding user wants to adjust the written amount of the window_Z direction of the car, it means that the integer is multiplied by a predetermined reduction ratio: to achieve the adjustment of the direction. The zoom ratio required by the user is displayed in step S7 after the correction is displayed.> It is a scroll window or a zoom window. Written = 2. Regardless of the screen performed by the user, the screen is displayed to the use = scale action. The invention is not limited to a specific integrated user. ▲ The user interface can be used for devices with the following requirements. It is able to provide graphics so that minimum sampling must be set so that the user M = M = small sampling. The device must be input. ⑴Displacement scale · Λ 2 and 2 movements are regarded as displacement 罝 Must be positioned to move the scale so that

0213-9355twf (nl); A9122; ALEXCHEN.ptd No. 10 1220499 V. Description of the invention (7) The user has not set his own sensitivity. (3) Function switch: The device must have the function of turning on or off in order to integrate well with other existing devices. (4) Anti-interference function: The device rotation mode must prevent interference from multiple input sources, especially on handheld devices and wireless devices. (5) Displacement formula: Taking the X axis as an example, the formula is Xvalue = (Xdetect > Xt)? (Xvalue / Xd): 〇; The formula symbols are as listed in the following table: Symbol Xvalue Xdetect Xt Xd Meaning displacement value detection The minimum sampling value displacement scale is presented below for two examples for reference. First Embodiment / A first embodiment of the present invention is an application of a keyboard and a combination key of a personal computer to implement the integrated device of the present invention. First define: 1. Ctrl + UP is scrolling up 2. Ctrl + DOWN is scrolling down 3. Ctrl + LEFT is scrolling to the left 4. Ctrl + RIGHT is scrolling to the right 5. Shi ft + UP is Magnification ratio 6. Shift + DOWN is the reduction ratio. In the requirements of the device, the minimum sampling can be set to 0, the displacement scale can be set to the keyboard sensitivity of 500ms, and the function switch is to press the Ctrl or Shi ft key. The method is absolute, so there will be no interference,

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1220499 V. Description of the invention (8) Unless it is a wireless key Used for user programming screen. First Embodiment A rocker and a thumb position of the present invention can be moved by pressing 1. 2 · When pressing the day surface. Set the rocker on the device. Due to joystick interference. So when you see the daylight time of the file, it is different from the current one and it can slide away. User of the present invention) Humanized graphics Although this offer, the current products have overcome them. In this embodiment, when editing a document or typing, the hand can be adjusted without leaving the keyboard. The second embodiment is to arrange the keys on the personal digital assistant (PDA), the position of which corresponds to the left hand of the user. (As shown in Figure 5). First of all define: “When moving the keys of the index finger in all directions by 180 degrees up and down” When the joystick up and down represents the reduction and enlargement requirements, the minimum sampling can be set to 0, the displacement scale can be 500ms, and the function switch is via software The input method of the settings and keys is absolute, so X does not have this application. When you want to show other parts on the small screen of the PDA, use your thumb to move the joystick to move the window. Just push the joystick up and down. For example, the function of pressing the up, down, left, and right keys of the PDA with the right hand, the mouse cursor movement, the up, down, left, and right movement, and the movement of the window are divided into two parts :: an integrated displacement ㈣ (including zooming and flattening fields ^ to change the existing input method, Provide-a more, user interface and the use of the device. ',, Ming has been disclosed above in a preferred embodiment, but it is not intended to

1220499

0213-9355twf (nl); A9122; ALEXCHEN.ptd Page 13 1220499 Brief description of the diagram The first diagram is a schematic diagram showing the visible range of the data to be viewed in a general graphical user interface. Fig. 2 is a diagram showing a graphical user interface displaying a viewable range of data to be browsed corresponding to a browse window. Graphic user interface display method. Fig. 3 is a structural diagram showing the screen display adjustment of a graphical user interface using the processing system of the present invention. Fig. 4 is a flowchart showing the adjustment of the daytime display of the graphical user interface using the processing method of the present invention. FIG. 5 is a schematic diagram showing a second embodiment of the present invention, which is a device applying the adjustment amount integration device of the present invention to a personal digital assistant. [Explanation of symbols] 2 1 0 ~ viewpoint 2 2 0 ~ window 2 3 0 ~ data 2 3 5 ~ viewable range; 310 ~ adjustment integration device 3 2 0 ~ displacement measuring device; «330 ~ graphic user interface 3 3 1 ~ detection interface; 3 3 3 ~ dynamic display module; 3 3 3 1 ~ message line; 3 3 3 3 ~ message processing unit; 3335 ~ day display unit;

0213-9355twf (nl); A9122; ALEXCHEN.ptd Page 14 1220499 Simple description of the diagram-5 1 0 ~ Joystick; 5 3 0 ~ Key. ❿ 9 11111 0213-9355twf (nl); A9122; ALEXCHEN.ptd page 15

Claims (1)

1220499 _ Case No. 92108098 't 6 months and 1 month t. Six. Application for patent scope 1. A graphic user interface display processing method for processing a data daytime display on the above graphic user interface, the above graphics use The user interface is suitable for a display device and includes the following steps: using at least one input device of a one-bit adjustment integration device to perform a triggering action, and generating a corresponding three-axis signal of the data screen on the graphical user interface according to the triggering action, The above three-axis signals are the X-axis signal, the Y-axis signal, and the Z-axis signal; a displacement measuring device is used to obtain the above-mentioned three-axis signal of the adjustment amount integration device, and the corresponding data is generated on the graphic user interface Three-axis adjustment data. The above-mentioned three-axis displacement data corresponds to the data displacement amount of the X-axis, the Y-axis data displacement amount, and the Z-axis data scale adjustment amount corresponding to the above-mentioned data on the graphical user interface. Obtaining the above-mentioned three-axis adjustment data of the above displacement measuring device; and using a dynamic display module, According to the above-mentioned three-axis adjustment data, in the display device, the position and ratio of the data surface to the graphic user interface are adjusted. 2. The graphic user interface display processing method described in item 1 of the scope of patent application, wherein, in the step of adjusting the graphic user interface, a message queue is used to store the three-axis adjustment data from the detection interface. . 3. The graphic user interface display processing method described in item 2 of the scope of patent application, wherein, in the step of adjusting the graphic user interface, a message processing unit is used to identify the type and size of the three-axis adjustment data. 0213-9355twfl (nl); A9122; ALEXCHEN.ptc Page 16 1220499 _ Case No. 92108098 Milk ': Mou 1: Month __ VI. The scope of patent application is small. 04. The figure described in item 3 of the scope of patent application A method for processing display on a user interface, wherein in the step of adjusting the graphic user interface, a daytime display unit is used to adjust the display device according to the type and size of the three-axis adjustment data in the display device, and the data daytime is used in the graphics Position and proportion of the user interface. 5. The graphic user interface display processing method described in item 1 of the scope of the patent application, wherein in the step of adjusting the graphic user interface, scroll according to the data displacement amount of the X axis and the data displacement amount of the Y axis The data surface is located at the position of the graphical user interface. 6. The graphic user interface display processing method described in item 1 of the scope of patent application, wherein, in the step of adjusting the above-mentioned graphic messenger interface, the above-mentioned data is used for the above-mentioned graphics according to the data scale adjustment amount of the Z-axis. Of the user interface. 7. —A graphic user interface display processing system for processing a data display on the above graphic user interface. The above graphic user interface is suitable for a display device, including: an adjustment device integration device, including At least one input device for performing a triggering action and generating a corresponding three-axis signal corresponding to the above-mentioned data on the graphical user interface according to the triggering action; the three-axis signal is an X-axis signal, a Y-axis signal, and a Z-axis signal; A signal; a displacement measuring device coupled to the adjustment amount integration device for obtaining the three-axis signal generated from the adjustment amount integration device, and generating the corresponding three-axis data on the three-axis of the graphical user interface Adjustment 0213-9355twfl (nl); A9122; ALEXCHEN.ptc Page 17 1220499 Case No. 92108098 Revised Patent Application Scope According to the above-mentioned three-axis displacement data, the above-mentioned three-axis displacement data corresponds to the X-axis of the above-mentioned data on the graphical user interface. 'The amount of data displacement, the amount of data displacement of the Y axis, and the amount of data scale adjustment of the Z axis; A detection interface, which is coupled to the above-mentioned displacement measuring device to obtain the above-mentioned three-axis adjustment from the above-mentioned displacement measuring device Data; and a dynamic display module coupled to the detection interface for adjusting the position and ratio of the data surface to the graphic user interface in the display device according to the three-axis adjustment data. 8. The graphic user interface display processing system according to item 7 of the scope of patent application, wherein the dynamic display module includes: a message queue for storing the three-axis adjustment data from the detection interface An information processing unit coupled to the above-mentioned message queue to identify the type and size of the three-axis adjustment data; and a day-to-day display unit coupled to the above-mentioned information processing unit to be based on the three-axis Adjust the type and size of the data. In the above display device, the position and ratio of the data surface to the graphic user interface. 9. The processing system for displaying a graphic user interface as described in item 7 of the scope of patent application, wherein the data is scrolled on the graphic user interface according to the data displacement amount of the X axis and the data displacement amount of the Y axis. Its location. 10. The processing system for displaying a graphical user interface as described in item 7 of the scope of patent application, wherein the proportion of the data surface to the graphical user interface is scaled according to the data ratio adjustment amount of the Z axis. 0213-9355twfl (nl); A9122; ALEXCHEN.ptc Page 18