CN1354417A - Computer system and display method capable of displaying multiple window images - Google Patents

Abstract

A computer system able to display multiple window pictures is composed of a host computer, a display screen, an input unit, and an application program stored in the host computer for displaying a graphic user interface including several window pictures. The method comprises displaying a first window frame at a first predetermined position on a display screen, and displaying a second window frame at a second predetermined position when an input device is used to perform operation on the first window frame, wherein the second window frame is subordinate to the first window frame.

Description

Computer system and display method capable of displaying multiple window images

The present invention provides a computer system, in particular a computer system capable of displaying a plurality of window images and a display method; it can simultaneously display a plurality of adjacently arranged window images.

In an existing computer system capable of displaying multiple window images, a user can simultaneously open multiple window images while executing the same application program. However, multiple window images cannot be automatically displayed at the same time. Users must switch between different window screens to read the information content of different window screens separately, or adjust and arrange the window screens by themselves to present multiple window screens at the same time, or use the side-by-side function of the application to display multiple window screens , thus causing inconvenience in use.

As shown in FIG. 1 , it represents a schematic diagram of an existing computer system 10 displaying multiple window screens simultaneously through the user's adjustment and arrangement of the window screens. In the application program Little Writer (WordPad) or Notepad (NotePad), the user can Open multiple window screens at the same time to display different file information content. In order to browse multiple window images at the same time, the user can adjust the size of each window image and arrange the window images to display multiple window images at the same time.

Please refer to FIG. 2 , which is a schematic diagram of the existing computer system 12 utilizing the side-by-side function of the application program to simultaneously display multiple window images. In the application program Acrobat Reader (the browser for PostScript/PDF files), the user can simultaneously open multiple windows. A window screen can be used to display different file information content. In order to view multiple windows at the same time, the user can use the side-by-side function (horizontal side-by-side or vertical side-by-side) provided by this application to achieve the purpose of simultaneously displaying multiple window pictures.

In the existing computer system, although the user can open multiple window screens at the same time while executing the same application program, however, because the design of the existing application program mostly considers the processing and display of a single file, Therefore, when the user has multiple pieces of document information to be processed and displayed at the same time, it is quite inconvenient even if multiple windows can be opened.

Furthermore, when the user opens the application program, only one window screen will be generated. If the user needs to process or browse multiple files at the same time, multiple window screens must be opened additionally. For example, if four documents need to be processed at the same time, the user must open three more windows. When the user closes the application program, the user cannot save the settings of the application program, that is to say, the application program will not retain or record the file information displayed on the four window screens. Therefore, when the user opens the application program again, the application program can still only open one window screen, and display blank files in this window screen, instead of automatically opening four window screens, and the last displayed window screen will be displayed. The file information of the file is automatically displayed in the four window screens. Therefore, the application program of the existing computer system is not suitable for displaying diverse content information, and cannot simultaneously display multiple window images.

In addition, in the existing computer system, when the user uses the browser application program to browse the website, it often happens that multiple windows must be opened. When the user presses the link button of the webpage to download another webpage, some websites are designed to open another window to display the newly downloaded webpage. For example, when a user clicks the "Checkout" link button on a shopping website, an additional window screen will usually be opened to display the shopping list webpage, requiring the user to fill in relevant shopping information such as name, delivery address, credit card number, etc., and then Make a postback.

Furthermore, websites usually have e-mail mailboxes. When the user presses the e-mail button on the web page, the window screen of the e-mail application program, such as "Microsoft Outlook", will be opened to send the e-mail.

Therefore, when a user utilizes a browser application program to browse a website, multiple window screens of the browser application program and window screens of the email application program are often generated, and the user must switch between multiple window screens, or Self-adjustment and arrangement of window screens, thus causing inconvenience in use.

The main purpose of the present invention is to provide a computer system capable of displaying a plurality of window images arranged adjacent to each other at the same time.

To achieve the above object, the present invention takes the following technical measures:

A computer system capable of displaying multiple window images of the present invention comprises a computer host and a display screen connected to the computer host; an application program capable of displaying a graphical user interface on the display screen is stored in the computer host, and the graphic The user interface includes several window screens, and the application program includes several window components, each window component corresponds to a window screen, and each window component includes:

An identification parameter used to identify the widget;

A display parameter, which is used to indicate the display status of the window screen corresponding to the window component;

When the display parameter is set to the visible state, the application program can display the window screen corresponding to the window component, and when the display parameter is set to the hidden state, the application program does not display the window screen corresponding to the window component;

The identification parameters of all window components are sequentially placed in a sequence according to the display position of the window screen corresponding to the window component on the GUI, and each window component is subordinate to the identification parameter corresponding to the window component in the sequence For the window component corresponding to the previous identification parameter, when the display parameter of the window component corresponding to the previous identification parameter in the sequence is set to the hidden state, the display parameter of the window component will be automatically set to hidden;

The display parameters of the window component corresponding to the first identification parameter in the sequence are always set to the visible state. When the application is started, the application will set all the display parameters to the corresponding window components. The window screen is displayed on the graphical user interface.

A kind of method that can display a plurality of window pictures of the present invention, comprises the following steps:

displaying a first window image at a first predetermined position on the display screen;

When a user uses an input device to perform a preset driving operation on the first window picture, a second window picture is displayed at a second predetermined position on the display screen relative to the first predetermined position, so that the second window picture is connected to the first window screen;

The second window picture is subordinate to the first window picture. When the first window picture is displaced, the second window picture will have a corresponding displacement. When the user closes the first window picture by using the input device, the second window picture will be closed. Windows screen.

Structural features of the present invention are described in detail as follows in conjunction with accompanying drawing and embodiment:

A brief description of the accompanying drawings:

Figure 1: A schematic diagram of the existing computer system displaying multiple window images at the same time through the user's adjustment and arrangement of the window images;

Figure 2: A schematic diagram of displaying multiple windows at the same time using the side-by-side function of the application program in the existing computer system;

Fig. 3: the computer system of the present invention shows the schematic diagram of a plurality of window pictures;

4A-4C: schematic diagrams of three window screens generated sequentially by the application program;

Fig. 5: utilize the computer system of the present invention to display the schematic diagram of the video wall of the stock machine;

6A-6E : schematic diagrams of window screens generated by application programs of another embodiment of the computer system of the present invention.

As shown in FIG. 3 , it is a schematic diagram of a computer system 20 displaying a plurality of window images 30 according to the present invention. The computer system 20 is used to execute an application program 22 . The computer system 20 includes a display screen 24 and input devices 26 and 28 . The input device 26 is a keyboard and the input device 28 is a cursor pointer. When the computer system 20 executes the application program 22, the application program 22 will generate a graphical user interface 31 on the display screen 24. The graphical user interface 31 includes a predetermined number of window images 30a-i (in this embodiment, there are nine window screens), and several function map buttons 33. In this embodiment, the function map buttons 33 are respectively a close function map button 33a, a minimize function map button 33b, an expand function map button 33c, and a collapse function map button 33d. As shown in the figure, each window frame 30 includes a display area 38 and several application program function buttons 32 .

The application 22 includes a number of widgets 34 . Each window element 34 corresponds to a window frame 30 . Each window element 34 includes an address parameter 36, which is used to indicate the storage address of the information content displayed in the display area 38 of the window picture 30 corresponding to the window element 34; a display parameter 40, used to indicate the corresponding address of the window element 34 The display status of the window frame 30 and an identification parameter 42 are used to identify the window component 34 . When the display parameter 40 indicates a visible state, the application program 22 will display the window frame 30 corresponding to the window element 34 . When the display parameter 40 indicates a hidden state, the application program 22 does not display the window frame 30 corresponding to the window element 34 .

Wherein, when the application program 22 displays the window image 30, it may display the window image 30 in a gradual manner to produce a two-dimensional effect. In addition, the application program 22 can also display the window image 30 in a reversed manner to produce a three-dimensional effect.

The identification parameters 42 of all window components 34 are placed in a sequence (not shown) in sequence according to the display position of the window screen 30 corresponding to the window component 34 on the GUI 31, and each window component 34 is subordinate to The window element 34 corresponding to the identification parameter 42 before the identification parameter 42 corresponding to the window element 34 in the sequence. When the display parameter 40 of the window element 34 corresponding to the previous identification parameter 42 in the sequence is set to the hidden state, the display parameter 40 of the window element 34 is automatically set to the hidden state. As shown in the figure, according to the display positions of the window frames 30a-i, from top to bottom and from left to right, the identification parameters 42 of the corresponding window elements 34 are sequentially placed in a sequence. Wherein, the window picture 30b is subordinate to the window picture 30a, and the window picture 30c is subordinate to the window picture 30b, and so on.

In addition, in FIG. 3 , the display parameter 40 of the window screens 30g-i (indicated by dotted lines) is set to a hidden state, so the application program 22 only displays the window screens 30a-f.

As shown in FIGS. 4A-C , it shows a schematic view of the application program 22 generating window frames 30a-c in sequence. When the user starts the application program 22 of the computer system 20 for the first time, the application program 22 will generate a graphical user interface 31 on the display screen 24 and simultaneously display the window image 30a on the graphical user interface 31 . At this time, only the display parameter 40 of the window screen 30a is visible, and the rest are hidden. Therefore, the application program 22 only displays the window screen 30a, and closes the function map button 33a, minimizes the function map button 33b and extended functions. The icon button 33c will be displayed on the window screen 30a. When the user uses the cursor pointer 28 to select the extended function map button 33c, the application program 22 will display the window screen 30b, and move the extended function map button 33c to the window screen 30b, and display the collapsed function map on the window screen 30b button 33d. As shown in the figure, the window frame 30b is connected to the window frame 30a, and the window frame 30b is subordinate to the window frame 30a. When the user uses the cursor pointer 28 to select the extended function button 33c on the window screen 30a, the display parameter 40 of the window screen 30b will change from hidden to visible, so the window screen 30b will be displayed. In addition, when the user uses the cursor pointer 28 to select the close function map button 33a to close the application program 22, since the display parameters 40 of the window screen 30a and the window screen 30b are visible, when the user opens the application program 22 again , the window screen 30a and the window screen 30b are displayed simultaneously.

When using the cursor pointer 28 to select the extended function map button 33c on the window screen 30b, the display parameter 40 of the window screen 30c will change from hidden to visible, so the window screen 30c will be displayed, and the extended function map button 33c will move Go to the window screen 30c, and the collapse function map button 33d will be displayed on the window screen 30c.

When using the cursor pointer 28 to select the collapsed function map button 33d on the window screen 30c, the display parameter 40 of the window screen 30c will change from visible to hidden, so the application program 22 will hide the window screen 30c and produce a collapse The effect of the window screen 30c, and the extended function map button 33c will move to the window screen 30b.

When using the cursor pointer 28 to select the folded function map button 33d on the window screen 30b, the display parameters 40 of the window screen 30b and the window screen 30c will change from visible to hidden, so the application program 22 will hide the window screen 30b and the window screen 30c to produce the effect of folding the window screen, and the expanded function button 33c will move to the window screen 30a. Since the window frame 30c is subordinate to the window frame 30b, when the display parameter 40 of the window frame 30b is set to be hidden, the display parameter 40 of the window frame 30c is also set to be hidden.

In FIG. 4A, if the application program 22 is closed by selecting the close function map button 33a, since the display parameters 40 of the window frames 30a-c are all visible when the application program 22 is closed, when the application program 22 is opened again , the application program 22 will display the window frames 30a-c.

Wherein, the display parameters of the window screen 30a are always set to be visible, so the user cannot fold the window screen 30a. Therefore, no matter what, the application program 22 will at least display the window frame 30a. In addition, when the user starts the application program 22 , the application program 22 will display the window frame 30 with all display parameters 40 visible on the GUI 31 .

As mentioned above, the application program 22 can simultaneously display a plurality of window frames 30 arranged adjacent to each other. As shown in FIG. 5, the application program 22 can be a stock machine application program, which is used to display real-time stock quotes. The user can use the extended function button 33c of the application program 22 to generate multiple window images 30 (as shown in FIG. 3, up to nine window images can be generated). Since the window images are arranged adjacent to each other, a video wall can be presented. visual effects.

The computer system 20 can be connected to a web server (not shown) via a network (not shown). Therefore, the computer system 20 can download stock information from the web server to display in the display area of the window frame. The user can use the function map button 32 of the application program to select the information content of the display area. For example, the application program 22 can be designed such that when the user selects the application program function map button 32 on the window screen 30, the application program 22 will generate a dialog box, allowing the user to input the stock quotation code of a certain listed company, Then send it back to the network server, so that the network server can display the stock information of the listed company in real time on the window screen. That is to say, the user can use the function map button 32 of the application program to change the address parameter 36 of a certain window screen, so that the computer system 20 can download different information contents in different storage locations.

In addition, when the application program 22 is closed by using the close function map button 33a, the computer system 20 will store the display parameters and address parameters of each window frame. Therefore, when the application program 22 is started again, it will display a window picture in which all display parameters are visible, and download the information content according to the stored address parameters. That is to say, when the application program is closed, the application program is displaying three window screens, and the window screens can respectively display the stock market quotations of TSMC, UMC, and Hongdian. When the user starts the application program again, the application program will display the three window screens respectively presenting the stock market quotations of TSMC, UMC, and Hongdian.

Since the stock machine application program can display multiple adjacent stock machine window screens at the same time, users can watch the real-time stock information of multiple listed companies at the same time, thereby achieving the display effect of the stock machine video wall.

In addition, the application program 22 can also access information content from a storage device (not shown) of the computer system 20 to display in the display area 38 of the window frame 30 . For example, the application program 20 can be a report presentation application program, which can access the required report data from the storage device for display. Therefore, the application program 20 can display multiple window images at the same time, and the user can view multiple reports at the same time.

Please refer to FIGS. 6A-6E , which are another embodiment of the application program 44 of the computer system 20 of the present invention. The application program 44 can also generate multiple window screens and display the window screens side by side, but the application program 44 and the application program 22 is applied somewhat differently.

The application program 22 is mainly used for displaying multiple information contents, and the application program 44 is mainly used for browsing multiple webpages. Therefore, with respect to the embodiment of the application program 22 is the video wall of the stock machine for viewing; the embodiment of the application program 44 is the stock machine for viewing the market and placing orders online. Certainly, application program 44 and application program 22 can be combined, utilize application program 22 to form stock machine video wall, and each stock machine (utilizing the function of application program 44) in the video wall can not only be used to look at the disk, but also can Place an order online. In other words, the application 22 and the application 44 can be combined into one application with more functions. That is, each window component 34 included in the application program 22 has multiple sub-window components, so each window frame 30 can generate multiple sub-window frames.

As shown in FIG. 6A, when the computer system 20 starts the application program 44, a first main window image 46 will be displayed at a first predetermined position on the display screen 24, and a second predetermined position display on the display screen 24. A second main window picture 48 . The second predetermined position corresponds to the first predetermined position, so that the second main window frame 48 is connected to the first main window frame 46 . The display parameters of the window elements corresponding to the first main window picture 46 and the second main window picture 48 are always in a visible state. Therefore, when the application program 44 is opened every time, at least the first main window picture 46 and the second main window picture 46 will be displayed. Main window screen 48.

When the user uses the cursor pointer 28 to select the window control button 50 on the first main window screen 46, relative to the first predetermined position, the application program will display the first sub-window screen at a second predetermined position on the display screen 24 52, the first sub-window picture 52 is connected to the first main window picture 46, and the second main window picture 48 can be displaced to a third predetermined position according to the size of the first sub-window picture 52, so that the second main window picture 48 Linked to the first sub-window frame 52 . That is to say, when the user uses the cursor pointer 28 to select the window control button 50 on the first main window picture 46, the display parameters of the corresponding window element of the first sub-window picture 52 will change from hidden to visible. , and its display position is the original display position of the second main window frame 48 . Therefore, the application program 44 will calculate the new display position of the second main window picture 48 according to the height of the first sub-window picture 52, so that the first main window picture 46, the first sub-window picture 52 and the second main window picture 48 Can be displayed next to each other in sequence.

In this embodiment, the computer system 20 is connected to the web server via a network, therefore, the computer system 20 can download real-time updated stock information from the web server. As shown in the figure, both the first main window frame 46 and the first sub-window frame 52 include a display area for displaying stock information. When the user selects the application function map button 54a, the display area of the first main window 46 will display the listed index, and the first sub-window 52 will display the trend of the listed market. That is to say, the information displayed in the display areas of the first main window frame 46 and the first sub-window frame 52 are related to each other. When the information content of the first main window frame 46 changes, the information content of the first sub-window frame 52 also changes accordingly. Therefore, when the user selects the application function map button 54b, the display area of the first main window 46 will display the OTC index, and the first sub-window 52 will display the OTC market trend.

When the user selects the window control button 50 again, the display parameters of the first sub-window 52 will change from visible to hidden, that is, the effect of closing the first sub-window 52 will be produced. At this time, the display position of the second main window frame 48 will move from the third predetermined position to the second predetermined position.

In FIG. 6B , the second main window frame 48 and the first sub-window frame 52 are subordinate to the first main window frame 46 . Therefore, when the first main window picture 46 is displaced, the second main window picture 48 and the first sub-window picture 52 will produce a corresponding displacement, so that the first main window picture 46, the first sub-window picture 52 and the second The main window frames 48 are always arranged adjacent to each other. When the user closes the first main window image by using the close function icon button 54 , the second main window image 48 and the first sub-window image 52 will be closed simultaneously.

In FIG. 6B, when the window control button 56 in the first sub-window picture 52 is selected, relative to the second predetermined position, the application program 44 will display the second sub-window picture 58 at a third predetermined position on the display screen 24. , so that the second sub-window frame 58 is connected to the first sub-window frame 52 . The application program 44 will move the second main window image 48 to a fourth predetermined position according to the size of the second sub-window image 58 , so that the second main window image 48 is connected to the second sub-window image 58 . As shown in FIG. 6C , the first main window frame 46 , the first sub-window frame 52 , the second sub-window frame 58 , and the second main window frame 48 are sequentially and adjacently displayed.

When the window control button 56 of the first sub-window 52 is selected, the display parameters of the second sub-window 58 will be set to a hidden state, thereby producing the effect of closing the second sub-window 58 . At this time, the display position of the second main window frame 48 will move to a third predetermined position.

The second sub-window picture 58 is subordinate to the first sub-window picture 52, therefore, when the user selects the window control button 50 of the first main window picture 46, the display of the first sub-window picture 52 and the second sub-window picture 58 The parameters are all set to the hidden state, so as to produce the effect of closing the first sub-window image 52 and the second sub-window image 58 at the same time. At this time, the display position of the second main window frame 48 will move to a second predetermined position (as shown in FIG. 6A ).

As shown in FIG. 6C , when the individual stock function map button 60 on the second main window screen 48 is selected, the displayed content of the second sub-window screen 58 will be changed. That is to say, when the user selects the individual stock function map button 60 on the second main window screen 48, the application program 44 will change the address parameters of the second sub-window screen 58, so that the computer system 20 can download different storage addresses in different storage addresses. information content.

Therefore, using the application program 44, the user can control the display state of another window screen (such as the window control button) and control the display content of another window screen (such as the stock function map button) via the function button on the window screen. ).

In addition, the user can change the information content by selecting the information column 62 on the second sub-window screen 58, that is, select the desired stock information of the listed company. For example, when the user selects the information bar 62 labeled "Taiyang", the application program 44 will display the third sub-window 64 at the fifth predetermined position (as shown in FIG. 6D ), that is, the third sub-window The display parameter of 64 is set to the visible state, so that the third sub-window picture 64 is overlapped and displayed on the second sub-window picture 58 . The 3rd sub-window picture 64 is a dialog box, the user can input the stock quote code of a certain listed company, and then send back to the network server, so that the network server can display the stock information of this listed company on the 3rd sub-window picture 64 At this time, the application program 44 will set the display parameter of the third sub-window picture 64 to a hidden state. Therefore, the original stock information of Tai Yang will be replaced with the stock information of another listed company selected by the user. That is to say, the user can choose to replace any one of the information columns 62 to replace the stock information of different listed companies.

The second sub-window frame 58 includes several information columns 62, and each information column 62 can be regarded as a sub-window frame. The user can update the information content of any sub-window screen, that is, change the address parameters of the sub-window screen, so that the computer system 20 can obtain different information content from different storage devices to display on the sub-window screen.

When selecting the function button 68 for placing an order on the second main window picture 48, relative to the first predetermined position of the first main window picture 46, the application program 44 will display a fifth sub-window picture 70 on the display screen 24, The fifth sub-window frame 70 is connected to the first main window frame 46 (as shown in FIG. 6D ). In this embodiment, the fifth sub-window image 70 is an order dialog box, and the user can use this dialog box to place an order online.

In addition, the multiple window frames displayed on the display screen 24 by the computer system 20 of the present invention can be generated by different application programs. In this embodiment, when the user selects the mail function button 64 of the first sub-window 52, the computer system 20 will execute a mail application program (not shown), and relative to the first preset of the first main window 46 position, the mail application will display a fourth sub-window picture 66 at the sixth predetermined position on the display screen 24, so that the fourth sub-window picture 66 is connected to the first main window picture 46 (as shown in FIG. 6E ). Users can take advantage of the functionality of this mail application to send and receive emails. The mail application program has no subordinate relationship with the application program 44, therefore, when the user closes the application program 44, the mail application program will not be closed simultaneously, and vice versa. However, the fourth sub-window picture 66 is subordinate to the first main window picture 46, therefore, when the first main window picture 46 is displaced, the fourth sub-window picture 66 will also produce a corresponding displacement, making the fourth sub-window The picture 66 is always connected to the first main window picture 46 . That is to say, with the componentized design of the window screen, even the window screens generated by different application programs can be adjacently arranged on the display screen.

Wherein, when the application program 44 displays the window images (whether displaying the main window image or the sub-window images), it can display the window images in a gradual manner to produce a two-dimensional effect. In addition, the application program 44 can also display the window images in a reversed manner to produce a three-dimensional effect.

Compared with the prior art, the present invention has the following effects:

The electronic brain system of the present invention can simultaneously display a plurality of window pictures arranged adjacent to each other to present diversified content information. The user can watch a plurality of window images at the same time, without switching between different window images to read the information contents of different window images, or adjusting and arranging the window images by themselves. In addition, even if the user opens different application programs, the parallel display of window images can be used to present diversified content information.

The above content is to use the embodiment to illustrate the technical characteristics of the present invention, and is not used to limit the protection scope of the present invention. Even if someone makes a slight change on the basis of the concept of the present invention, it should still belong to the protection scope of the present invention.

Claims (22)

1, a kind of computer system capable of displaying several viewing window pictures comprises host computer and a display screen that is connected with host computer; Store the application program that can on display screen, show a figure user interface in the host computer, this figure user interface comprises several viewing window pictures, application program comprises several form elements, and each form element is corresponding to a viewing window pictures, and each form element comprises:

An identification parameter is used for discerning the form element;

Display parameter are used for indicating the show state of the pairing viewing window pictures of form element;

When display parameter are made as visual state, but the pairing viewing window pictures of application program display window element, and when display parameter were made as hidden state, application program is the pairing viewing window pictures of display window element not;

The identification parameter of all form elements is to place a sequence in regular turn according to the display position of the pairing viewing window pictures of this form element on figure user interface, each form element is subordinated to the pairing form element of previous identification parameter of the pairing identification parameter of this form element in the sequence, when the display parameter of the pairing form element of previous identification parameter in this sequence were made as hidden state, the display parameter of this form element can be made as hiding automatically;

Wherein the display parameter of the pairing form element of first identification parameter in this sequence always are made as visual state, when this application program was activated, application program can be made as all display parameter the visual pairing viewing window pictures of form element and be presented on the figure user interface.

2, computer system according to claim 1 is characterized in that, comprises that also at least one is used to set the input media of the display parameter of described form element, and it is connected with host computer respectively.

3, computer system according to claim 1 is characterized in that, described viewing window pictures comprises a viewing area that is used for the display message content.

4, computer system according to claim 3 is characterized in that, in individual at least server, host computer can be from the downloaded information content, in the viewing area that is presented at described viewing window pictures via a network connections for described host computer.

5, computer system according to claim 3 is characterized in that, described host computer comprises a storage device, and host computer can be from storage device access information content, in the viewing area that is presented at described viewing window pictures.

6, computer system according to claim 3, it is characterized in that, the information content of described at least two viewing window pictures is relative to each other, and when the information content of a viewing window pictures changed, the information content of other viewing window pictures can produce corresponding variation.

7, a kind of method capable of displaying several viewing window pictures comprises the steps:

First precalculated position on display screen shows one first viewing window pictures;

When utilizing input media when first viewing window pictures execution, one default driving is operated, with respect to first precalculated position, second precalculated position on display screen shows second viewing window pictures, makes second viewing window pictures be connected in first viewing window pictures;

Second viewing window pictures is subordinated to first viewing window pictures, and when first viewing window pictures produced displacement, second viewing window pictures can produce corresponding displacement, and when the user utilizes input media to close first viewing window pictures, can related second viewing window pictures of closing.

8, method according to claim 7 is characterized in that, the user utilize input media close described first viewing window pictures and related close second viewing window pictures after, when computer system shows first viewing window pictures once more, can related demonstration second viewing window pictures.

9, method according to claim 7 is characterized in that, described first and second viewing window pictures includes a viewing area, is used for the display message content.

10, method according to claim 9 is characterized in that, described host computer connects a server via a network, and this host computer can be from the downloaded information content, to be presented in the described viewing area.

11, method according to claim 9 is characterized in that, described host computer comprises a storage device, and computer system can be from storage device access information content, to be presented in the described viewing area.

12, method according to claim 9, it is characterized in that, the shown information content in the viewing area of described first and second viewing window pictures is relative to each other, and when the information content of first viewing window pictures changed, the information content of second viewing window pictures can produce corresponding variation.

13, a kind of method capable of displaying several viewing window pictures comprises the steps:

First precalculated position on display screen shows one first main viewfinder picture, and second precalculated position on display screen shows one second main viewfinder picture, wherein, second precalculated position is corresponding to first precalculated position, makes the second main viewfinder picture be connected in the first main viewfinder picture;

When utilizing input media when first main viewfinder picture execution, one default driving is operated, with respect to first precalculated position, second precalculated position on display screen shows one first sub-window picture, make the first sub-window picture be connected in the first main viewfinder picture, and the second main viewfinder picture can be moved to the 3rd precalculated position according to the size of the first sub-window picture, makes the second main viewfinder picture be connected in the first sub-window picture;

When the user utilized input media to close the first sub-window picture, the second main viewfinder picture can be moved to second precalculated position;

The second main viewfinder picture and the first sub-window picture are to be subordinated to the first main viewfinder picture, when the first main viewfinder picture produces displacement, the second main viewfinder picture and the first sub-window picture can produce corresponding displacement, and when the user utilizes input media to close the first main viewfinder picture, can the related second main viewfinder picture and the first sub-window picture of closing.

14, method according to claim 13, it is characterized in that, when described user utilizes input media when described first sub-window picture execution, one default driving is operated, with respect to second precalculated position, the 3rd precalculated position on display screen shows one second sub-window picture, makes the second sub-window picture be connected in the first sub-window picture; And the second main viewfinder picture can be moved to the 4th precalculated position according to the size of the second sub-window picture, make the second main viewfinder picture be connected in the second sub-window picture, and when the user utilized input media to close the second sub-window picture, the second main viewfinder picture can be moved to the 3rd precalculated position; Wherein, the second sub-window picture is subordinated to the first sub-window picture, and when the first sub-window picture produced displacement, the second sub-window picture can produce corresponding displacement; And when the user utilizes input media to close the first sub-window picture, the related second sub-window picture of closing of meeting, and the second main viewfinder picture can be moved to second precalculated position.

15, method according to claim 13, it is characterized in that, when described user utilizes input media when described first main viewfinder picture execution, one default driving is operated, with respect to first precalculated position, described computer can show four precalculated position of one second sub-window picture on display screen, make the second sub-window picture be connected in the first main viewfinder picture, wherein the second sub-window picture is subordinated to the first main viewfinder picture, when the first main viewfinder picture produced displacement, the second sub-window picture can produce corresponding displacement; When the user utilizes input media to close the first main viewfinder picture, can the related second sub-window picture of closing.

16, method according to claim 13, it is characterized in that, when utilizing described input media when first sub-window picture execution, one default driving is operated, with respect to second precalculated position, show one second four precalculated position of sub-window picture on display screen, make the second sub-window picture be connected in the first sub-window picture, wherein the second sub-window picture is to be subordinated to the first sub-window picture, when the first sub-window picture produces displacement, the second sub-window picture can produce corresponding displacement, and when the user utilizes input media to close the first sub-window picture, can the related second sub-window picture of closing.

17, method according to claim 13, it is characterized in that, when utilizing described input media when second main viewfinder picture execution, one default driving is operated, with respect to first precalculated position, show that one second sub-window picture on display screen, makes the second sub-window picture be connected in the first main viewfinder picture; Wherein, the second sub-window picture is subordinated to the second main viewfinder picture; When the user utilizes input media to close the second main viewfinder picture, can the related second sub-window picture of closing.

18, a kind of computer system capable of displaying several viewing window pictures, comprise a host computer and a display screen that is connected with host computer, when host computer is carried out an application program, can on display screen, show a figure user interface, figure user interface comprises:

Several viewing window pictures, wherein each viewing window pictures comprises a viewing area that is used for the display message content;

This application program comprises:

Several form elements, each form element are corresponding to a viewing window pictures, and wherein each form element comprises an address parameter, are used for indicating the storage address of the information content in the viewing area that is presented at the pairing viewing window pictures of form element.

19, computer system according to claim 18, it is characterized in that, described host computer connects at least one server via a network, described storage address is arranged in server, host computer can store the information content of address from downloaded corresponding to this according to described address parameter, in the viewing area that is presented at described viewing window pictures.

20, computer system according to claim 18, it is characterized in that, described host computer also comprises a storage device, this storage address can be positioned at this storage device, and this computer system can store the information content of address from this storage device access corresponding to this according to this address parameter, in the viewing area that is presented at this viewing window pictures.

21, computer system according to claim 18, it is characterized in that, the information content of at least two described viewing window pictures is relative to each other, and when the information content of a viewing window pictures changed, the information content of other viewing window pictures can produce corresponding variation.

22, a kind of method capable of displaying several viewing window pictures comprises the steps:

Carry out one first application program, show one first viewing window pictures with one first precalculated position on display screen;

When the user utilizes input media when first viewing window pictures execution, one default driving is operated, carry out one second application program, to show second precalculated position of one second viewing window pictures on display screen with respect to first precalculated position, make second viewing window pictures be connected in first viewing window pictures;

When first viewing window pictures produced displacement, second viewing window pictures can produce corresponding displacement.

Images