TWI475420B - Editable editing method of media interaction device and media interactive platform - Google Patents

Description

Interface editing method for editable media interaction device and media interaction platform

The present invention relates to an editable media interaction device, and more particularly to an editable media interaction device that provides a client-side simple editing platform.

The media is referred to as "media". It is often referred to as "media" or "media". It refers to the carrier of information and information, that is, all forms of material that carry and transmit information from the communicator to the recipient during the process of information dissemination. Tools, now known as a variety of communication tools, such as movies, television, radio, print (books, magazines, newspapers), can refer to the mass media or news media, can also refer to tools for any purpose to disseminate any information and data. .

With the development of science and technology, the form of media has gradually changed from the evolution of the times, especially after the popularity of the Internet. In the past, when the media used to push information, it was only able to provide information to a given or undefined group of people through image, broadcast or paper media. This type of communication usually cannot be immediately answered, and on the one hand it may be ignored. Potential customer base. For example, the group of readers who read the media may be attracted by the content of the advertisement and create demand. However, they are distracted because they have to deal with other matters, or they are interested in the information contained in the media when reading the media. However, missed opportunities because there is no suitable contact pipe. At this point, in order to make the complex and dimensional dialogue between the business and the customer possible, the concept of interactive media has also emerged.

Interactive Media is a business that uses interactive media to market and/or influence consumer purchasing decisions, either online or offline. Interactive advertising can be achieved through the use of media such as the Internet, interactive TV, mobile devices (WAP and SMS), and booth platform terminals. However, in general, interactive media usually has the ability to intervene at the customer base to achieve the purpose of interaction. More specifically, users at the customer base must not only have the ability to receive information, but must also have The ability to upload information to the web. However, the general customer base When you are outside, you can only communicate with the communication terminal through the media such as mobile phones. If the medium for delivering advertisements is the video wall or electronic billboard on the road, how should the client interact and communicate with the advertiser? Such problems have been solved with the widespread application of somatosensory technology.

The technique of somatosensory operation refers to the gesture captured by the camera between the person and the machine to judge the message that the user wants to convey to the machine. The popularity of somatosensory technology can be traced back to the new generation of Wii launched by Nintendo in 2006. Its main technology is based on the wireless remote control with infrared sensing, and since then, the game has been set to match the somatosensory remote control. . But if you really want to talk about the promotion of somatosensory technology to people's lives, you must mention the Kinect technology that Microsoft introduced in 2010.

Kinect is a somatosensory control device developed by Microsoft. It allows the user to operate the interface through voice commands or gestures without the need to hold or step on the controller. The main technical principle is to generate multiple pulses by the somatosensory device. The light calculates the actual distance from the time required for the device to emit and receive the reflected light after it is reflected by the target object. Such a technology is more widely extended to the field of life because of its high degree of scalability and the complete solution to the problems of conventional technology controllers. Based on this, most of today's interactive advertising billboards use Microsoft technology. However, although interactive advertising billboards have achieved perfect solutions through somatosensory devices, there are still some shortcomings. For example, the technology of somatosensory interactive billboards must be tough with somatosensory devices due to its output and input interface. The mutual integration of the body makes it possible for the somatosensory machines on the market to be operated by programming. The general advertising owners generally do not have the ability to edit programs. When the industry mainly updates the information of the media, it must seek the programmers in the relevant fields. Can be edited, such problems will cause a lot of inconvenience to the advertising owners, and also make the editing of interactive kanban more limited.

The main purpose of the present invention is to solve the problem that the system for the somatosensory operation interface is difficult to edit and the general user cannot configure the media operation interface according to the requirements.

In order to solve the above problems, the present invention provides a media interaction device, including a unified editor, and a media interaction platform. The somatosensory editor is installed on a computer device, and the somatosensory editor includes a task creation module, an image import module, a gesture editing module, and a transcoding program. The task new module is used to create at least one user interface framework and start an editing platform at the same time when creating a new one. The image import module is used to obtain the number of computer devices stored According to the multimedia that the library wants to edit and write the multimedia information into the user interface framework. The gesture editing module includes a gesture menu and a function menu, the gesture menu includes at least one gesture sensing component for the user to selectively attach to the user interface frame, the function menu is used to edit the gesture The sensing element corresponds to the pointing target or the corresponding function, and the setting information of the gesture sensing element is correspondingly written into the user interface frame. The transcoding program is used to store the editing information of the user interface framework as an intermediary language for cross-platform use. The media interaction platform comprises a human gesture capture device, an image output device, and an operation unit coupled to the human gesture capture device and the image output device. The computing unit includes a gesture matching module, a compiler, and a gesture function setting module. The gesture comparison module is configured to obtain a human gesture command via the human gesture capture device and compare it with an internal database. The compiler is used to interpret the intermediate language into a programming language that can be recognized by the gesture function setting module. The gesture function setting module is configured to store a pointing target or a corresponding function corresponding to each gesture.

Further, the user interface framework includes a main page carrying at least one multimedia, and at least one secondary page carrying at least one multimedia and attached to the main page.

Further, the gesture somatosensory component is a click command for recognizing a user gesture to click forward on the link button, and the function menu is used to edit the main page, the secondary page, or the external link when the click command is satisfied. URL.

Further, the gesture somatosensory component is a page turning instruction for recognizing a user gesture from left to right or from right to left, and the function menu is used to edit a main page linked to when the page turning instruction is satisfied, Next page.

Further, the somatosensory editor further includes a preview module, and the preview module is configured to perform a preview window for providing a preview of the effect of the user on the editing platform when the editing is completed.

Further, the somatosensory editor includes a gesture simulator for recording a user inputting an instruction or a moving direction by a mouse to simulate a corresponding gesture instruction and displaying the pointing instruction corresponding to the target or the corresponding function. The preview window.

Further, the task new module includes a parameter setting window for the user to adjust the resolution of the screen when the user interface frame is newly created.

Further, the intermediary language is a markup language.

Further, the markup language is XML, CSS, HTML, or XHTML.

Another object of the present invention is to provide an interface editing method for a media interaction platform, which is operated on a computer device and is used in conjunction with a media interaction platform, which includes a human gesture capture device, an image output device, and An operation unit coupled to the gesture capture device and the image output device, the operation unit includes a gesture comparison module that obtains a gesture of a person via the gesture of the human gesture and compares with an internal database, and saves There is a gesture function setting module corresponding to the target or the corresponding function of each gesture, the method includes: A. creating at least one user interface frame, and starting an editing platform corresponding to the user interface frame; B. via the computer The database of the device obtains the multimedia to be edited, and writes the information of the multimedia into the user interface frame; C. the user selectively attaches the gesture sensory component to the user interface frame, and further edits the gesture body The information of the gesture body component is determined by the pointing component corresponding to the target or the corresponding function after the operation of the component Writing the user interface framework to the user interface; D. storing the editing information of the user interface framework as an intermediary language for cross-platform use, and transmitting the intermediate language to the media-based somatosensory interactive platform; E. The language is compiled into a programming language that can be recognized by the computing unit, and the pointing target or corresponding function set in the user interface frame is correspondingly written into the gesture function setting module.

Further, the user interface framework includes a main page carrying one of the multimedia, and at least one secondary page carrying one of the multimedia and attached to the main page.

Further, the gesture somatosensory component is a click command for recognizing a user gesture to click forward on the link button, and when the click command is satisfied, the link is linked to another main page, a secondary page, or an external web address.

Further, the gesture somatosensory component is a page turning instruction for recognizing a user gesture from left to right or from right to left, and is linked to other main pages and secondary pages when the page turning instruction is satisfied.

Further, the step C1 and the step D include a step C1. In step C1, the user can preview the editing result of the media interaction platform via a preview window.

Further, in step C1, the user can simulate the corresponding gesture instruction by the instruction input or the moving direction of the mouse, and point the gesture instruction to the target or the corresponding function. Displayed in the preview window.

Further, in step A, when the user creates a new user interface frame, the screen resolution can be adjusted by using a parameter setting window.

Therefore, this creation has the following advantages over the prior art:

1. The present invention provides a simple editing platform for the client by the somatosensory editor, and solves the problem that the familiar somatosensory interactive platform must redesign the UI through the vendor of the product provider when modifying the interactive interface.

2. The present invention allows a user to quickly edit an interactive interface by means of a simple step and editing platform.

3. The present invention can simulate the corresponding gesture instruction by the mouse input instruction during preview, so that the user can perform the test before the output to the media interaction.

10‧‧‧Sense Sense Editor

11‧‧‧Task new module

111‧‧‧ parameter setting window

12‧‧‧Image Import Module

13‧‧‧ gesture editing module

131‧‧‧ gesture menu

132‧‧‧Function Menu

14‧‧‧ Preview module

15‧‧‧ Transcoding program

20‧‧‧Media Interaction Platform

21‧‧‧ arithmetic unit

211‧‧‧ gesture comparison module

212‧‧‧Compiler

213‧‧‧ gesture function setting module

22‧‧‧personal gesture capture device

23‧‧‧Image output device

30‧‧‧User interface framework

31‧‧‧ main page

32‧‧‧ pages

40‧‧‧Editing platform

41‧‧‧Central Workbench

42‧‧‧Tools

43‧‧‧Property editing area

44‧‧‧Page Information

45‧‧‧How to use the master film quickly

46‧‧‧Page Structure Editing Area

51‧‧‧Computer Equipment Database

1 is a block diagram of a media interaction device of the present invention.

Figure 2 is a block diagram of the somatosensory editor of the present invention.

3 is a block diagram of a media interaction platform of the present invention.

4 is a schematic flow chart of an interface editing method of the media interactive platform of the present invention.

Figure 5 is a schematic diagram of the operation interface of the editing platform of the present invention.

Please refer to FIG. 1 and FIG. 2 , which are block diagrams of the somatosensory editor and the media interaction platform of the present invention. As shown in the figure, the present invention provides an editable media interaction device and interface editing of the media interaction platform. The main purpose of the method is to provide an operator with freely editing the somatosensory operation interface of the media interaction platform 20 by means of a simple editing platform 40 (as shown in FIG. 5). The media interaction device mainly comprises two parts, one is a somatosensory editor 10 for editing a somatosensory operation interface, and the other is a media interaction platform 20 for a user to operate with a gesture. The media interaction platform 20 mainly includes a human gesture capture device 22, an image output device 23, and an operation unit 21 coupled to the human gesture capture device 22 and the image output device 23. The person gesture capture device 22 is an input device whose main function is to capture gesture commands input by an operator, and more specifically, The gesture capture device can be a depth camera or obtain a three-dimensional image input through at least two cameras to capture gesture commands that the operator desires to input. The image output device 23 is an output device, and serves as a platform for an operator to read information. The operator can confirm whether the input gesture command is correct through the output device, and can also operate the image output through a gesture command. The functional components on the device 23 are used to obtain the desired information through the image output device 23. Specifically, the image output device may be a projector, a liquid crystal screen, or a display screen composed of a plurality of LED lights, which is not intended to be limited in the present invention.

The following is a detailed description of the somatosensory editor 10 of the present invention: the somatosensory editor 10 of the present invention can be a software installed on a computer device, and the somatosensory editor 10 mainly includes a task creation module 11 The image import module 12, the gesture editing module 13, the preview module 14, and the transcoding program 15. The task creation module 11 is mainly used to newly create at least one user interface frame 30 to construct an initial environment required for editing, and simultaneously launch an editing platform 40 when newly created. The image import module 12 is configured to retrieve the multimedia to be edited in the computer device database 51 and write the multimedia information into the user interface frame 30. For example, the multimedia system can be a picture file, a sound file, a music file, a video play file, and the like. The gesture editing module 13 mainly includes a gesture menu 131 and a function menu 132. The gesture menu 131 includes a plurality of gesture sensing elements for the user to selectively attach to the multimedia to be edited. The function menu 132 is used to edit the pointing target corresponding to the gesture body component after being operated or Corresponding functions, the setting information of the gesture somatosensory component is correspondingly written into the user interface frame 30.

The transcoding program 15 is used to store the editing information of the user interface frame 30 as an intermediary language for cross-platform use. It should be noted that the transcoding program 15 can be written when the user interface frame 30 is created and modified, or can be stored in the user interface frame 30 when the editing is completed. Save as an intermediary language. In this embodiment, the intermediate language may be a markup language such as XML (Extensible Markup Language), CSS (Cascading Style Sheets), HTML (HyperText Markup Language), or XHTML (Extensible Hypertext Markup Language). The computing unit 21 of the media interaction platform 20 includes a gesture matching module 211, a compiler 212, and a gesture function setting module 213. The gesture comparison module 211 is configured to use the human gesture capture device 22 Obtain the human gesture command and compare it with the internal database. The compiler 212 is configured to interpret the intermediate language as a programming language that is identifiable by the gesture function setting module 213. The gesture function setting module 213 is configured to store a pointing target or a corresponding function corresponding to each gesture.

The gesture code component of the gesture sensing component described in the present invention may be pre-stored in the gesture function setting module 213 as an instruction module, and the user interface frame 30 edited by the somatosensory editor 10 is internally The data and the data can be correspondingly connected to the command module provided in the gesture function setting module 213, thereby reducing the space that the somatosensory editor 10 must consume when generating the file, and further, by such editing It also reduces the complexity of editing when editing. The gesture comparison module 211 is provided with a gesture instruction form, and the gesture instruction form is pre-written in the firmware or the program, and the user interface frame 30 is simultaneously written when the gesture component is attached. The gesture body component corresponds to the gesture command on the gesture command form to establish a connection relationship between the gesture body component and the gesture command. When the user inputs a gesture, the comparison result with the internal database will point to the gesture instruction on the gesture instruction form, and trigger the pointing target or function set by the user interface frame.

The gesture editing module 13 includes a gesture menu 131 and a function menu 132. The gesture menu 131 includes a plurality of gesture sensing elements that are selectable by the user. The function menu 132 corresponds to the gesture menu 131 respectively. To correspondingly set the function attached to the gesture menu 131. In the following, several different aspects are exemplified. For example, the gesture somatosensory component can be a page turning instruction for recognizing a user gesture from left to right or from right to left. The function menu 132 is used for editing. The page turning instruction is matched to the main page 31 and the second page 32; the gesture body element can also be a click command for recognizing the user gesture to click forward on the link button, and when the click command is satisfied, the link is connected to the other Main page 31, secondary page 32, or external URL. In addition, during gesture editing, the user can drag or click to attach the desired gesture somatosensory component to the page to be edited, thereby formatting, designing the page, or setting the function of the gesture somatosensory component.

Please refer to FIG. 3 , which is a schematic diagram of the user interface frame of the present invention. As shown in the figure, when the editor edits the user interface frame 30, the editing platform 40 is arranged to facilitate the editing staff to freely arrange the multimedia operation page. One side system contains a page structure The editing area 46 (shown in FIG. 5), the user can arrange the main page 31 and the secondary page 32 attached to the main page 31 in a tree-like manner according to requirements, and the main page 31 and the secondary page 32 are edited. The content is written to the user interface frame 30 at the time of editing, and the master-slave and arrangement relationship can be freely switched at the time of editing. At the time of editing, the contents of the master-slave relationship are also written into the user interface frame 30. When the user interface frame 30 is played through the image output device, the user can click the page according to the setting and click the command link. To the corresponding main page 31, secondary page 32.

Please refer to FIG. 4 , which is a schematic flowchart of the media interaction platform interface editing method of the present invention. As shown in the figure, another focus of the present invention is to provide an interface editing method for the media interaction platform 20 , the flow is as follows: First, the user first activates the somatosensory editor 10 of the present invention through the computer device, and creates at least one user interface frame 30 by the somatosensory editor 10 (step 201), when the user creates the user interface frame 30. The user jumps out of a parameter setting window 111 for the user to establish an initial environment of the media operation interface. For example, the user can set the project name, adjust the resolution of the screen, or set the file storage path by using the parameter setting window 111. . After the setting is completed, the system automatically starts an editing platform 40. The editing platform 40 provides basic editing components required by the user. For example, an object manipulation command can be clicked or moved in the editing screen, an additional instruction of the gesture body component, and a text editing instruction for adding a text element to the drawing. And enlargement/reduction instructions for zooming in or out of the drawing. Editing instructions (such as lasso function, coloring function, brush function, etc.) of the picture may also be included in the editing platform 40, and will not be described herein. When the editing platform 40 is started, the user can obtain the multimedia to be edited through the image import module 12 via the database of the computer device (step 202), and the multimedia information can be established by object-oriented manner. And the layout or configuration is performed by the editing platform 40, and the multimedia information is written into the user interface frame 30 after the establishment is completed. In the continuation, the user selectively attaches the gesture sensation component to the operation page by dragging and clicking, thereby combining the gesture instruction with the user interface frame 30 (step 203), and simultaneously dragging the gesture sensation component. When the editing platform 40 is on the editing platform 40, the editing platform 40 automatically jumps out of an attribute editing window for the user to further edit the pointing target or corresponding function corresponding to the gesture body sensing component, for example, the gesture body feeling. The component is assumed to be a link click button, and the user can edit the target address or target page of the link click button, and edit the appearance, size and color of the link click button. The information of the gesture sensation component is written into the user interface frame 30 corresponding to the operation page. When the user finishes editing and saves, the somatosensory editor 10 automatically jumps out of a preview window (the function of the preview is also set on the editing platform 40 for the user to preview in time) (step 204). When the user is in the preview mode, the cursor of the mouse can be used as a simulation of the user gesture. The preview module 14 includes a gesture simulator (not shown), and the gesture simulator records the user input. Command or direction of movement, and simulate the corresponding gesture command by the instruction or direction of movement. When the gesture simulator recognizes the gesture instruction corresponding to the instruction input by the mouse, the pointing target corresponding to the gesture instruction or the corresponding function is displayed in the preview window, so that the user can preview the actual situation in use. Finally, when the user finishes editing and stores the project in the path of the instruction, the editing information in the user interface frame 30 is stored as an intermediation language for cross-platform use, and then the intermediate language is transmitted to the media. Somatosensory interaction platform (step 205). When the computing unit 21 of the media-like somatosensory interactive platform receives the user interface frame 30, the computing unit 21 interprets the user interface framework 30 from an intermediary language by a compiler 212 or an interpreter. The programming language recognized by the computing unit 21 is written into the gesture function setting module 213 correspondingly to the pointing target or the corresponding function set in the user interface frame 30 (step 206).

The following is a more detailed description of the editing platform 40 of the somatosensory editor 10 of the present invention. Please refer to FIG. 5 , which is a schematic diagram of the operation interface of the editing platform of the present invention. As shown in the figure, the editing platform 40 mainly includes a central working platform 41 , a tool column 42 , and an attribute editing area 43 . The page information 44, a master application shortcut 45 and a page architecture editing area 46. The central workbench 41 provides a static preview interface, and the preview interface can display at least one main page 31 or the secondary page 32, and the user can drag the gesture somatosensory component to the central workbench 41 to select the gesture. The somatosensory component is attached to the main page 31 or the secondary page 32, or the gesture somatosensory component required for the main page 31 or the secondary page 32 is directly set by the menu. The toolbar 42 mainly includes a dot selection command, a character addition instruction, a zoom-in and reduction instruction, a gesture addition instruction, and the like. The attribute editing area 43 can display the attribute content of the main page 31, the secondary page 32, or the character and the gesture body component according to the user's click, and adjust the object by the setting option set in the attribute editing area 43. Attribute content. The page information 44 displays detailed information about the page, such as page name, location, background music, and transition effects. The master is available with a quick 45 The user quickly applies the preset structure to the current page. The page structure editing area 46 can display the relationship between the page and the page, and adjusts the settings.

In summary, the present invention can provide a simple editing platform for the client by the somatosensory editor, and solve the problem that the familiar somatosensory interactive platform must redesign the UI through the vendor of the product provider when modifying the interactive interface. In addition, the present invention allows the user to quickly edit the interactive interface by means of a simple step and editing platform. Furthermore, the present invention can simulate a corresponding gesture instruction by a mouse input command during preview, so that the user can perform the test before the output to the media interaction.

The present invention has been described in more detail with reference to the preferred embodiments described above, but the present invention is not limited to the embodiments described above, and various changes and modifications may be made to the structures within the scope of the technical idea disclosed herein. Such changes and modifications are still within the scope of the invention.

10‧‧‧Sense Sense Editor

11‧‧‧Task new module

111‧‧‧ parameter setting window

12‧‧‧Image Import Module

13‧‧‧ gesture editing module

131‧‧‧ gesture menu

132‧‧‧Function Menu

14‧‧‧ Preview window

15‧‧‧ Transcoding program

51‧‧‧Computer Equipment Database

Claims (18)

A media interaction device includes: an integrated editor installed on a computer device, the somatosensor editor includes a task creation module, an image import module, a gesture editing module, and a transcoding program, the task The new module is used to create at least one user interface frame and simultaneously launch an editing platform when newly created; the image import module is used to obtain the multimedia to be edited and stored in the computer device database. Writing to the user interface frame; the gesture editing module includes a gesture menu, and a function menu, the gesture menu includes at least one gesture sensing component for the user to selectively attach to the user interface frame, The function menu is used to edit the pointing target or the corresponding function corresponding to the gesture body component, and the setting information of the gesture body component is correspondingly written into the user interface frame; the transcoding program is used to The editing information of the user interface framework is stored as an intermediary language for cross-platform use; and a media interaction platform includes a gesture of a person 撷a device, an image output device, and an operation unit coupled to the human gesture capture device and the image output device, the operation unit includes a gesture comparison module, a compiler, and a gesture function setting module, the gesture ratio The module is configured to obtain a human gesture instruction via the human gesture capture device and compare with an internal database; the compiler is configured to interpret the intermediate language into a programming language that can be recognized by the gesture function setting module; The gesture function setting module is used to store the pointing target or the corresponding function corresponding to each gesture. The media interaction device of claim 1, wherein the user interface frame comprises a main page carrying at least one multimedia, and at least one of the multimedia files is attached to the main page. Next page. The media interaction device of claim 2, wherein the gesture body component is a click command for recognizing a user gesture to click forward on a link button, and the function menu is used for editing when the click command is satisfied. The main page, secondary page, or external URL that is linked to. The media interaction device of claim 2, wherein the gesture body component is a page turning instruction for recognizing a user gesture from left to right or from right to left, the function menu is used for editing when The page turning command is satisfied when the page is connected to the main page and the second page. The media interaction device of claim 1, wherein the somatosensory editor further includes a preview module, and the preview module is executed on the editing platform when the editing is completed. A preview window for the user to preview their effects. The media interaction device of claim 5, wherein the somatosensory editor includes a gesture simulator for recording a user's command or direction of movement by a mouse to simulate a corresponding gesture command. The pointing target corresponding to the gesture instruction or the corresponding function is displayed in the preview window. The media interaction device of claim 1, wherein the task creation module includes a parameter setting window for the user to adjust the resolution of the screen when the user interface frame is newly created. The media interaction device of claim 1, wherein the intermediary language is a markup language. The media interaction device of claim 8, wherein the markup language is XML, CSS, HTML or XHTML. An interface editing method for a media interaction platform, which is operated on a computer device and used in conjunction with a media interaction platform, the media interaction platform includes a human gesture capture device, an image output device, and the gesture capture device and the An operation unit of the image output device, the operation unit includes a gesture comparison module that obtains a gesture of the person through the gesture of the person gesture and compares with the internal database, and a corresponding target or corresponding corresponding to each gesture The function gesture function setting module comprises: A. creating at least one user interface framework, and starting an editing platform corresponding to the user interface framework; B. obtaining the multimedia to be edited through the database of the computer device Writing the multimedia information into the user interface frame; C. the user selectively attaches the gesture body sensing component to the user interface frame, and further editing the pointing direction of the gesture body sensing component after operation Target or corresponding function, the information of the gesture body component is correspondingly written into the user interface frame D. storing the editing information of the user interface framework as an intermediary language for cross-platform use, and transmitting the intermediate language to the media-based somatosensory interactive platform; E. compiling the intermediate language into a form that can be recognized by the computing unit The programming language and correspondingly pointing the target or corresponding function set in the user interface frame to the gesture function setting module. The interface editing method of claim 10, wherein the user interface framework comprises a main page carrying one of the multimedia, and at least one of the multimedia files is attached to the main page. Next page. The interface editing method according to claim 11, wherein the gesture body component is a click command for recognizing a user gesture to click forward on the link button, and when the click command is satisfied, linking to another home page , secondary page, or external URL. The interface editing method according to claim 11, wherein the gesture somatosensory component is a page turning instruction for recognizing a user gesture from left to right or from right to left, when the page turning instruction is satisfied Link to other main and secondary pages. The interface editing method of claim 10, wherein the step C and the step D include a step C1. In step C1, the user can preview the editing result of the media interaction platform via a preview window. The interface editing method of claim 14, wherein the user in the step C1 can simulate a corresponding gesture instruction by a mouse input instruction or a moving direction and point the gesture instruction to the target or corresponding The function is displayed in the preview window. The interface editing method according to claim 10, wherein the user in the step A adjusts the resolution of the screen by using a parameter setting window when creating a user interface frame. The media interaction device of claim 10, wherein the intermediary language is a markup language. The media interaction device of claim 17, wherein the markup language is XML, CSS, HTML or XHTML.