TW201303723A - System and method for online editing and exchanging interactive three dimension multimedia, and computer-readable storage medium thereof - Google Patents

Abstract

A system and method are provided for online editing and exchanging interactive three-dimensional multimedia. A pre-edited template is extracted from a set of pre-edited interactive three-dimensional multimedia, and is shared on an exchange server. The pre-edited template is edited according to a first user command and includes pre-edited event level template(s). The pre-edited event level template includes event series level(s) that has multiple event developing points. The pre-edited template is parsed to edit multiple interactive events corresponding to the event developing points according to a second user command. The interactive three-dimensional multimedia with these interactive events is able to output and the interactive events are able to be performed when activated. A computer-readable medium stored with multiple commands to perform the online editing and exchanging method is provided as well.

Description

Online interactive 3D multimedia editing communication architecture, editing communication method and computer readable media

The invention relates to multimedia editing and online communication technology, in particular to an online interactive three-dimensional multimedia editing communication structure, an editing communication method and a computer readable medium.

At present, the design of the teaching game system is biased towards the monotonous combination of question and answer exercises and game objects. The designer edits the topic in one-way thinking, or integrates the questions in the relevant knowledge domain and embeds it into the game rules of a game platform; while the student is required to operate a certain number of teaching game systems in a specific way Answer preset questions in the game level to continue the game.

In such a teaching game system, although the results of the students' assessment can be used to evaluate and evaluate the learning outcomes, the singularity of the problem itself and the lack of causality between the same group of problems make it impossible for students to develop complexities in the operation process. High-level thinking ability. Another problem is that the editor of the teaching game system is mostly attached to the simple game module. The content of the game that the editor can change is very limited, and the design of the teaching topic is also limited by the function limitation of the editor. Therefore, to some extent, the teaching effectiveness of such teaching game systems is close to the indexed learning navigation system that transmits knowledge in one direction.

In contrast, computer games that have been popular in recent years provide game editors with better functions, but most of them are limited to game environments (such as maps), character settings, and changes to specific game conditions. They do not allow players to modify game events or develop games. story.

In addition, with the advancement and popularization of technology, interactive 3D multimedia technology has been able to provide a combination of stereoscopic images and sound, but the threshold of using the current interactive 3D multimedia editor is still high, designers must still have high-level programming skills. Can do it.

Moreover, the development of writing assistive technology is mostly text-assisted, such as words and phrases, and is often combined with input method software, translation software or language learning system; it is not only a reference for the backbone of story development in the writing process. Functionality, it is also difficult for multimedia technology to provide pre-emptiveness for completed parts.

Finally, regardless of the application field, multimedia files must be converted into a single multimedia digital file before being shared on the Internet because they contain data in different file formats such as texts, images, and sounds. However, this multimedia digital file can only be played or read directly and cannot be edited.

In view of the foregoing problems of the prior art, an online interactive three-dimensional multimedia editing communication system is disclosed in an embodiment, which mainly includes an AC server and a second user terminal. The communication server has a network operable lobby interface and a template database; the template database stores the pre-programmed version of the interactive interactive 3D multimedia, wherein the interactive 3D multimedia is edited according to the first user instruction. The pre-programmed version includes a pre-programmed event hierarchy template, the pre-programmed event hierarchy template includes an event concatenation hierarchy, and the event concatenation hierarchy includes a complex event development point. The second user terminal includes a web browser, a user interface, an event editing module, a three-dimensional graphics engine, one or more databases, and an event execution module. The web browser selects and downloads the pre-edited template according to the second user instruction; the user interface is configured to edit the interactive three-dimensional multimedia according to the second user instruction; the event editing module parses the pre-programmed template according to the second user instruction Editing the interactive event corresponding to the event development point through the user interface; establishing the association between the interactive event and the plurality of materials in the database through the three-dimensional graphics engine; the event execution module outputs the interactive three-dimensional multimedia containing the plurality of materials, and the execution is triggered Interactive events.

In another embodiment, a computer readable medium is stored, which stores a plurality of computer executable instructions, and when the instructions are executed, an online interactive three-dimensional multimedia editing communication method is executed, and the online interactive three-dimensional multimedia editing communication method Includes the following sections. Firstly, the communication server provides a network operable lobby interface and a template database, and the template database stores the pre-programmed version of the interactive interactive 3D multimedia, wherein the interactive 3D multimedia is edited according to the first user instruction. The pre-programmed version includes a pre-programmed event hierarchy template, the pre-programmed event hierarchy template includes an event concatenation hierarchy, and the event concatenation hierarchy includes an event development point. Selecting and downloading the pre-programming template according to the second user instruction; parsing the pre-editing template to edit the interaction event corresponding to the event development point according to the second user instruction. Establish an interaction between the interactive event and the material; output an interactive 3D multimedia containing the material and execute the triggered interactive event.

In another embodiment, an online interactive three-dimensional multimedia editing communication method is disclosed. The online interactive three-dimensional multimedia editing communication method includes the following parts. First, operate the communication server's lobby interface via the Internet. The pre-editing template is selected according to the second user instruction, wherein the pre-editing template is edited according to the first user instruction, and the pre-editing template includes a pre-programmed event hierarchical template, and the pre-programmed event hierarchical template includes an event serial stratum, and the event serial stratum Contains multiple event development points. The pre-programmed template is parsed to edit a plurality of interactive events corresponding to the event development point according to the second user instruction. The interactive 3D multimedia with the aforementioned interactive events is output through the lobby interface, and the triggered interactive event is executed.

In another embodiment, a computer readable medium is stored, which stores a plurality of computer executable instructions, and when the instructions are executed, an online interactive three-dimensional multimedia editing communication method is executed, and the online interactive three-dimensional multimedia editing communication method Includes the following sections. First, operate the communication server's lobby interface via the Internet. The pre-editing template is selected according to the second user instruction, wherein the pre-editing template is edited according to the first user instruction, and the pre-editing template includes a pre-programmed event hierarchical template, and the pre-programmed event hierarchical template includes an event serial stratum, and the event serial stratum Contains multiple event development points. The pre-programmed template is parsed to edit a plurality of interactive events corresponding to the event development point according to the second user instruction. The interactive 3D multimedia with the aforementioned interactive events is output through the lobby interface, and the triggered interactive event is executed.

The online interactive 3D multimedia editing communication architecture and method thereof mainly provide an online communication mechanism of an interactive 3D multimedia template, so that different users can jointly edit an "interactive 3D multimedia" through different types of terminals. "Interactive 3D Multimedia" includes a plurality of sets of specific event programs executable by a computer and corresponding image and/or sound data that can be played by a plurality of sets of computers, and one or more specific event programs can be executed and played according to instructions input by the user. Image and / or sound data. "Interactive 3D Multimedia" can include picture material, sound material, film material, story level material, 3D map material, 3D scene material and 3D character material, and one or more event hierarchy templates and their interactive events corresponding to various The relevance of the material. When "Interactive 3D Multimedia" is output/executed, the above various audio and video materials will be output through the display or the amplifier according to the settings and user commands; when triggered, the preset interactive events will also be executed; in addition, if necessary, various The material can be superimposed to play/output at the same time. One of the embodiments of "interactive 3D multimedia" is shown as a Role Playing Game.

Please refer to FIG. 1A, which is a system diagram of an online interactive 3D multimedia editing communication architecture according to an embodiment of the present invention. The online interactive 3D multimedia editing communication architecture 1 mainly includes a first/second user terminal 1A/1B, and an AC server 800 that forms a signal connection with the first/second user terminal 1A/1B via the Internet.

The AC server 800 is a computer system, and mainly includes a processing unit 850, a system memory 851, an operating system 852, and a lobby interface 810, an uploading module 820, and a management module related to online interactive 3D multimedia editing communication. Group 830 and template database 840 and material database 860.

Please refer to FIG. 1B, which is a schematic diagram of an implementation of one of the operating webpages of the lobby interface in another embodiment of the present invention. The lobby interface 810 is an internet-operable window operation interface (such as displayed on a computer screen or other display), which can provide multiple operation web pages for the user to access through the first/second user terminal. 1A/1B operates to perform interactive 3D multimedia editing and communication operations. In the operation webpage of the lobby interface 810 of FIG. 1B, the left half of the page sequentially provides "material upload (browsing)", "template upload (browsing)", "material download", "template download", and "start" from top to bottom. Related function buttons such as interactive 3D multimedia editing system, the top half of the right side is the "Enter Keyword" field, the "Search" button and the "List Area". The "material upload (view)" and "template upload (browse)" function buttons of the lobby interface 810 receive an operation instruction from the user, select the material or template of the first/second user terminal 1A/1B, and are uploaded by the module. The group 820 performs a corresponding uploading operation, and uploads the material or template of the first/second user terminal 1A/1B to the template database 840 or the material database 860 of the communication server 800.

The "list area" is on the left side of the "material download" (the picture contains textbooks, sound materials, video textbooks, 3D map material, 3D scene material, 3D character material, etc.), "template download" (there are categories in the picture) Three buttons, such as menu, level menu, and theme menu. When any button is clicked, the management module 830 retrieves the corresponding material textbook or template list stored in the template database 840 or the material database 860, and displays it in the list. Area. When any material teaching material or template is selected, the management module 830 performs a download job to download the selected material teaching material or template to the first/second user terminal 1A/1B.

Please refer to FIG. 1C, which is a schematic diagram of a system architecture of a (first/second) user terminal according to an embodiment of the present invention. The first/second user terminal 1A/1B is a computer system, and mainly includes an interactive three-dimensional multimedia editing system 10 related to editing interactive three-dimensional multimedia, and the processing unit 11, the system memory 12 and the operating system, which are the basis of the arithmetic operation. 13. A web browser 14 for accessing the lobby interface 810. The detailed structure of the interactive 3D multimedia editing system 10 will be described in the following paragraphs.

Please refer to FIG. 1D , which is a schematic flowchart of an online interactive 3D multimedia editing and communication method according to an embodiment of the present invention.

Step 60: Edit interactive 3D multimedia. The first user can edit an "interactive three-dimensional multimedia" through the interactive three-dimensional multimedia editing system 10 on the first user terminal 1A.

Step 61: Capture an interactive 3D multimedia template corresponding to the interactive 3D multimedia. Since the first/second user terminals 1A/1B respectively have an interactive three-dimensional multimedia editing system 10, when sharing communication is performed, it is not necessary to upload all the materials included in the interactive three-dimensional multimedia; therefore, in an embodiment The "Interactive 3D Multimedia Template" can only contain one of the interactive 3D multimedia "a set of Pre-edited Material Settings" and one or more "Pre-edited Event Hierarchy Templates (Pre-edited). Event Level Template)".

Step 62: Upload the interactive 3D multimedia template to the internet operable lobby interface. The lobby interface 810 of the communication server 800 is accessible through the web browser 14 of the first user terminal 1A.

Step 70: Provide a network operable lobby interface. The communication server 800 must provide a network accessible lobby interface 810 in advance, i.e., multiple operational web pages of the lobby interface 810 must be internet-operable. This step is exempt after the lobby interface 810 has been online.

Step 71: Receive an interactive 3D multimedia template from the first user terminal through the uploading module. The upload module 820 of the AC server 800 can receive an interactive 3D multimedia template from the first user terminal 1A in response to user commands from the lobby interface 810.

Step 72: Store the interactive 3D multimedia template to the template database. The interactive 3D multimedia template received by the upload module 820 of the AC server 800 is stored in the template database 840 of the AC server 800.

Step 80: Select an interactive 3D multimedia template in the template database from the lobby interface via the Internet. The second user terminal 1B can access the lobby interface 810 of the communication server 800 via the web browser 14 via the web browser 14 in the operation webpage of one of the lobby interfaces 810 (as shown in FIG. 1B). The sort menu, the level menu or the theme menu may be clicked, and the interactive 3D multimedia template from the first user terminal 1A in the template database 840 is selected and downloaded from the list area to the second user terminal 1B.

Step 81: Parse the interactive 3D multimedia template to edit the interactive event corresponding to an event development point of the event hierarchy template. The second user terminal 1B can "parse" the interactive 3D multimedia template through its interactive 3D multimedia editing system 10. The "parsing" process can include creating a new interactive 3D multimedia file and interactive 3D multimedia. The pre-programmed material settings and pre-programmed event-level templates contained in the template are stored in the new archive of the interactive 3D multimedia. Thus, the new interactive 3D multimedia file can be edited by the interactive 3D multimedia editing system 10 of the second user terminal 1B. The foregoing parsing action can be performed by the "event editing module 250" of the interactive 3D multimedia editing system 10, see the subsequent FIG. 1E and its related description, that is, the event editing module 250 parses the interactive 3D multimedia template according to the second use. The person instructs to edit the interactive event corresponding to the event development point.

Step 82: Output interactive 3D multimedia and execute the triggered interactive event. The interactive three-dimensional multimedia new file edited by the interactive three-dimensional multimedia editing system 10 of the second user terminal 1B can be output/executed by the interactive three-dimensional multimedia editing system 10, and can be executed when triggered. Interactive events contained in the new archive of interactive 3D multimedia.

The invention further includes a computer readable medium storing a plurality of computer executable instructions, and when the instructions are executed, performing an online interactive 3D multimedia editing communication method, the online interactive 3D multimedia editing communication method includes the following parts . Firstly, the communication server provides a network operable lobby interface and a template database, and the template database stores the pre-programmed version of the interactive interactive 3D multimedia, wherein the interactive 3D multimedia is edited according to the first user instruction. The pre-programmed version includes a pre-programmed event hierarchy template, the pre-programmed event hierarchy template includes an event concatenation hierarchy, and the event concatenation hierarchy includes an event development point. Selecting and downloading the pre-programming template according to the second user instruction; parsing the pre-editing template to edit the interaction event corresponding to the event development point according to the second user instruction. Establish an interaction between the interactive event and the material; output an interactive 3D multimedia containing the material and execute the triggered interactive event. This computer readable medium can be implemented from a library that can be downloaded from a disc, a memory card, a flash drive, a private or public network.

In addition to the 1A-1D diagram, the user terminal is used as the editing body and the communication server is used as the mechanism for sharing communication. The online interactive 3D multimedia editing communication architecture and method of the present invention can also edit and exchange interactive 3D multimedia. The function is concentrated on the AC server, please refer to Figure 13-15 and its related instructions. Prior to this, in order to fully disclose the relevance of interactive 3D multimedia editing to user terminals or communication servers, please refer to the following "Interactive 3D Multimedia Editing System and Method" for further details. 12 pictures and related instructions.

Please refer to FIG. 1E, which is a system block diagram of an interactive three-dimensional multimedia editing system according to an embodiment of the present invention. The interactive 3D multimedia editing system 10 can be implemented by a computer system executing specific instructions or programs. The computer system mainly includes a central processing unit, a system memory, and a necessary bus bar (not shown). The interactive 3D multimedia editing system 10 mainly includes a user interface 100 and a plurality of modules (including a scenario level editing module 210, a map editing module 220, a scene object editing module 230, a character editing module 240, and an event editing module). 250 and event execution module 260), three-dimensional graphics engine 300 and a plurality of databases (including story level database 410, map database 420, scene object database 430, role database 440, event database 450, and special effects database) 460).

The user interface 100 is a displayable window operation interface (such as displayed on a computer screen or other display), which can provide multiple operation pages for the user to input through external input devices (such as a mouse, a keyboard and a touch screen). Etc.) to perform interactive 3D multimedia editing. "Interactive 3D Multimedia" includes a plurality of sets of specific event programs executable by a computer and corresponding image and/or sound data that can be played by a plurality of sets of computers, and one or more specific event programs can be executed and played according to instructions input by the user. Image and / or sound data.

The scenario level editing module 210 provides one or more scene materials that can be displayed on the user interface 100, and receives instructions from the user interface 100 to select a story level to edit an "interactive 3D multimedia"; In another embodiment, the story level editing module 210 is also available for editing a brand new story level. The story level editing module 210 can be implemented by the aforementioned computer system executing a specific related program in the background. The story level database 410 stores one or more story level materials, which can be selected by the user through the story level editing module 210; the story level material can be selected from the three-dimensional map material, the three-dimensional scene material, the three-dimensional character material, and the image special effect material. The sound effect material and the event material group and any combination thereof, including one of the group of the image material and the map sound data of the foregoing materials or any combination thereof.

The map editing module 220 provides one or more map materials that can be displayed on the user interface 100, and receives instructions from the user interface 100 to determine the three-dimensional map material applied in an "interactive three-dimensional multimedia"; In an embodiment, the map editing module 220 is also available for editing a new three-dimensional map material. The map editing module 220 can be implemented by the aforementioned computer system executing a specific related program in the background. The map database 420 stores one or more three-dimensional map materials for the user to select through the map editing module 220; the three-dimensional map material may be selected from the group of map image data and map sound data or any combination thereof.

The scene object editing module 230 provides one or more scene object data that can be displayed on the user interface 100, and receives instructions from the user interface 100 to determine a three-dimensional scene object material applied in an "interactive three-dimensional multimedia"; In another embodiment, the scene object editing module 230 can also edit a new three-dimensional scene object material. The scene object editing module 230 can be implemented by the aforementioned computer system executing a specific related program in the background. The scene object database 430 stores one or more three-dimensional scene object materials, which can be selected by the user through the scene object editing module 230; the three-dimensional scene object material can be selected from the group of scene object image data and scene object sound data or random combination.

The character editing module 240 provides one or more character setting data that can be displayed on the user interface 100, and receives instructions from the user interface 100 to select a role to be used for an "interactive three-dimensional multimedia" to set its settings. Editing; in another embodiment, the character editing module 240 is also available for editing a new three-dimensional character material. The character editing module 230 can be implemented by the aforementioned computer system executing a specific related program in the background. The character database 440 stores one or more three-dimensional character materials for the user to select through the character editing module 240. The three-dimensional character material may be selected from the group of character image data and character sound data or any combination thereof.

The effect database 460 stores groups of image effect material and/or sound effect material or any combination thereof.

The event editing module 250 provides one or more event setting materials that can be displayed on the user interface 100, and receives an instruction from the user interface 100 to select an event to be edited for an "interactive 3D multimedia". Set to edit. The event editing module 250 can be implemented by the aforementioned computer system executing a specific related program in the background. In addition, the event editing module 250 provides one or more "event hierarchy templates", each event hierarchy template has one or more "event serialization levels", and each event concatenation hierarchy includes one or more "event development points" , for editing one or more "interactive events" in a selected role in the event development point, which will be explained in detail at the end of the subsequent paragraph. The event database 450 can store one or more event materials for the user to select through the event editing module 250. The user can also create new event material through the event editing module 250 and store it in the event database 450.

The three-dimensional graphics engine 300 can be implemented by executing a plurality of graphics processing programs and/or sound processing programs through a computer system. The three-dimensional graphics engine 300 is configured to establish a correlation between the foregoing interactive event and various materials in the foregoing database, so as to facilitate a call when executing a graphics processing program and/or a sound processing program, in particular, a graphic overlay program of a plurality of various visual image materials. .

The event execution module 260 outputs the interactive 3D multimedia after the editing of the editing module by the 3D graphics engine 300, and executes an interaction event corresponding to the event development point according to one or more user instructions. In one embodiment, the event execution module 260 plays a three-dimensional map material, a three-dimensional scene object material, a three-dimensional character material, a video special effect material, and a sound of an interactive event in a certain interactive level in an interactive three-dimensional multimedia through the three-dimensional graphics engine 300. Special effects materials, etc., which contain multiple graphics overlay programs that can be used to visualize image material.

Please refer to FIG. 2, which is a schematic flowchart of an interactive three-dimensional multimedia editing method according to another embodiment of the present invention. Although this embodiment is illustrated by a flowchart, the interactive three-dimensional multimedia editing method of the present invention is not limited to the steps and the order in the following description or the flowchart.

Step S10: Providing a user interface with an event hierarchy template. The user interface 100 is provided through the interactive three-dimensional multimedia editing system 10 of FIG. 1E. The event hierarchy template includes one or more event concatenation levels, and each event concatenation hierarchy includes one or more event development points.

Step S20: Editing an interaction event about the first role in one or more event development points through the user interface. The user can input a user command through the user interface 100 in FIG. 1E to edit the first character in an interactive 3D multimedia through the character editing module 240 and the event editing module 250. The user can also operate the scenario level editing module 210, the map editing module 220, and the scene object editing module 230 through the user interface 100 to edit or select the interactive level material, the three-dimensional map material, and the three-dimensional in the interactive three-dimensional multimedia. The scene object material is stored in the story level database 410, the map database 420, and the scene object database 430, respectively.

Step S30: Establishing an association between the interactive event and the material in the database through the three-dimensional graphics engine. In the process of editing or selecting various materials in the interactive 3D multimedia, the interactive event and story level database 410, the map database 420, the scene object database 430, the character database 440, and the special effects database need to be established through the three-dimensional graphics engine 300. The correlation of various selected materials in 46 can be used to perform related interactive graphics processing or sound processing programs of selected materials during playback of an interactive 3D multimedia event for playback and execution.

Step S40: Perform an interaction event corresponding to the event development point according to the user instruction. When the interactive 3D multimedia is executed, the interactive event corresponding to the event development point is executed according to the user instruction, and the related graphic processing program or the sound processing program of the selected materials is called through the three-dimensional graphics engine 300 to play and execute the operation.

Step S50: Output interactive three-dimensional multimedia including the materials. The execution or output of the interactive 3D multimedia includes playing and presenting the selected materials through the 3D graphics engine 300 (eg, displayed on a computer screen or other display).

Please refer to FIG. 3 and the above embodiment. FIG. 3 is a schematic diagram of an implementation of an interactive three-dimensional multimedia editing system according to another embodiment of the present invention. In this embodiment, the scenario level editing module 210 of the interactive three-dimensional multimedia editing system is being executed by the computer system in the background, so that the user interface 100 is in the operating state of selecting the theater level material. The story level editing module 210 is covered with a semi-transparent mask 101 on the upper surface of the user interface 100. The theater level material selection window 102 is displayed on the translucent mask 101. When the user selects one of the theater level materials to be edited, he can enter the subsequent editing stage. In contrast to the interactive three-dimensional multimedia editing method of FIG. 2, this embodiment further includes providing a translucent mask 101 over the user interface 100 and providing a theater level material selection window 102 on the translucent mask 102.

Referring to FIG. 4 and the above embodiment, FIG. 4 is a schematic diagram of an implementation of an interactive three-dimensional multimedia editing system according to another embodiment of the present invention. In this embodiment, the map editing module 220 of the interactive three-dimensional multimedia editing system is being executed by the computer system in the background, so that the user interface 100 is in the operating state of selecting the three-dimensional map material. In this stage, the user interface 100 mainly includes a scenario level indication area 111, a terrain information area 112, a map preview area 113, and a map selection area 114. The story level indicator area 111 is located at the top of the center of the user interface 100, and displays the currently edited story material; the terrain information area 112 is located in the narrow space of the left half of the user interface 100, and provides a textual description of the selected three-dimensional map material. The map preview area 113 is located in the right half of the user interface 100 and occupies a large space, and displays the selected three-dimensional map material in real time; the map selection area 114 is located in the narrow space of the lower half, and displays a reduced image of the plurality of three-dimensional map materials. User selection. When the user inputs a user instruction to select a certain three-dimensional map material of the map selection area 114, the terrain information area 112 displays the topographic description text corresponding to the selected three-dimensional map material, and the overall preview area 113 displays the selected three-dimensional map. A magnified image of the map material. Compared with the interactive three-dimensional multimedia editing method of FIG. 2, this embodiment further includes providing a plurality of three-dimensional map materials on the user interface for selecting, displaying a text description corresponding to the selected three-dimensional map material, and providing the selected image. A magnified image of the 3D map material.

Referring to FIG. 5 and the above embodiment, FIG. 5 is a schematic diagram of an implementation of an interactive three-dimensional multimedia editing system according to another embodiment of the present invention. In this embodiment, the scene object editing module 230 of the interactive three-dimensional multimedia editing system is being executed by the computer system in the background, so that the user interface 100 is in the operating state of the three-dimensional scene object material. The user interface 100 mainly includes a scene object selection area 121, a scene object preview area 122, and an overall preview area 123. The scene object selection area 121 is located in the narrow space of the upper left half of the user interface 100, and lists a plurality of three-dimensional scene material materials in a text manner for the user to input a user instruction for clicking; the scene object preview area 122 is located at the user interface 100. In the lower left half, the reduced image of the three-dimensional scene object material selected by the scene object selection area 121 is displayed; the overall preview area 123 is located in the entire right half of the user interface 100, and displays the enlarged image of the selected three-dimensional map material. In an embodiment, after the three-dimensional scene object material is selected, it can be displayed in the overall preview area 123, and the relative position of the three-dimensional scene object material in the selected three-dimensional map material can be moved according to the user instruction. Compared with the interactive three-dimensional multimedia editing method of FIG. 2, the embodiment further includes providing a plurality of three-dimensional scene object materials on the user interface for selecting, displaying a reduced image corresponding to the selected three-dimensional scene object material, and displaying the three-dimensional scene. The object material is superimposed on the enlarged image of the 3D map material on the user interface, and the relative position of the 3D scene object material on the enlarged image of the 3D map material is moved according to the user instruction.

Referring to FIG. 6 and the above embodiment, FIG. 6 is a schematic diagram of an implementation of an interactive three-dimensional multimedia editing system according to another embodiment of the present invention. In this embodiment, the character editing module 240 of the interactive three-dimensional multimedia editing system is being executed by the computer system in the background, so that the user interface 100 is in the operating state of selecting or editing the three-dimensional character material. The user interface 100 mainly includes a role selection area 131, a role preview area 132, and an overall preview area 133. The character selection area 131 is located in the narrow space of the upper left half of the user interface 100, and lists a plurality of three-dimensional character materials in a text manner for the user to input a user instruction for clicking; the character preview area 132 is located at the lower left half of the user interface 100. The reduced image of the three-dimensional character material selected by the character selection area 121 is displayed; the overall preview area 133 is located in the entire right half of the user interface 100, and mainly displays the enlarged image of the selected three-dimensional map material. In an embodiment, after the three-dimensional scene object material and/or the three-dimensional character material is selected, the entire preview area 133 can be displayed, and the three-dimensional scene object material and/or the three-dimensional character material can be moved according to the user instruction in the selected three-dimensional map. The relative position of the material. Compared with the interactive three-dimensional multimedia editing method of FIG. 2, this embodiment further includes providing a plurality of three-dimensional character materials for selecting, displaying a reduced image corresponding to the selected three-dimensional character material, and displaying the three-dimensional character material superimposed on the three-dimensional map material. Amplifies the relative position of the 3D character material on the magnified image of the 3D map material according to the user's instruction.

The editing of the image special effect material and/or the sound special effect material can be performed by the computer system in the background by the special effect editing module (not shown) of the interactive 3D multimedia editing system, so that the user interface 100 is in editing or selecting an image special effect. The operating state of the material and/or sound effect material; in this state, the layout of the user interface 100 is similar to the fifth and sixth figures.

Figure 7 is a schematic diagram showing the implementation of an interactive three-dimensional multimedia editing system in another embodiment of the present invention. Figure 7 has completed the selection or editing of the 3D map material, the 3D scene object material and the 3D character material, which differs from the 5th figure in that the overall preview area 123 of Fig. 7 displays the selected 3D map material and 3D. Scene object material and 3D character material.

For the editing of the interactive event, please refer to FIG. 8 , which is a schematic diagram of the implementation of the interactive 3D multimedia editing system in another embodiment of the present invention. In this embodiment, the event editing module 250 of the interactive three-dimensional multimedia editing system is being executed by the computer system in the background, so that the user interface 100 is in an operating state for editing an interactive event. The user interface 100 mainly includes an event hierarchy template area 141, an event information area 142, and an event content preview area 143.

The event hierarchy template area 141 is located in the narrow space of the left half of the user interface 100, and displays the edited event hierarchy template 500 for the user to input a user command for clicking. Please refer to Figure 9, which is an enlarged view of the event hierarchy template in Figure 8. The event hierarchy template 500 has a plurality of event concatenation levels (six in FIG. 9; 510/520/530/540/550/560), and each event concatenation level 510/520/530/540/550/560 includes one Or a plurality of "event development points", that is, a box with the text of the name of the interactive event (such as a meeting) or the serial number of the interactive event (such as 8) in Figure 9. The event development point is edited for one or more "interactive events" about a selected role; in other words, each event development point represents an interactive event.

The event information area 142 is located in the lower left half of the user interface 100 and displays a plurality of editable "event setting fields" for a selected event development point/interaction event for the user to develop the event/interactive event. The content is edited. The event setting field can include: an event name field (for entering or modifying the name of the interactive event), a trigger object (which can be a character or scene object to trigger an interactive event), and one or more content editing fields. Bit. For example, in the dialogue included in the interactive event, the content editing field may include a speech content input field, a speaker setting field (the speaker may be the first character or other characters), and the like.

The event content preview area 143 is located in the right half of the user interface 100 and primarily displays the content and/or content settings of the aforementioned selected event development point/interaction event. In one embodiment, the selected event development point/interaction event is a conversation event, and the event content preview area 143 will display two or more conversation characters and their spoken content. The event content preview area 143 can further include an event activity edit field 144, which can include dialog events, display pictures, hide pictures, play sounds, play a movie, open a web page, screen flash, lens shake, perform Preset games, multiple choice questions, discussion areas, voting areas, and event editing items such as no assignments. In the embodiment of the teaching assessment, the event information area 142 and the event content preview area 143 may provide a rating editing field or a rating preview field 145 for a particular event activity.

After the event activity editing field 144 is selected, a different event information area 142 can be provided as a corresponding editing interface. For example, the event activity editing field 144 in FIG. 8 is originally a dialog event, so the event setting field of the lower event information area 142. The bits are all related to the conversation. For a specific event activity editing project, a corresponding editing interface can be provided; for example, the editing of the multiple-choice question, please refer to FIG. 10, the event activity preview area 153 displays the complete content of the multiple-choice question, and the event activity information area 152 includes the multiple-choice question. The editor directly relates to the event activity setting field, and the entire event activity information area 152 is the editing interface of the event activity (multiple choice question). In short, the interaction event of each event development point may further include one or more event activities, and one or more event activity setting fields are provided on the user interface for editing the event activity.

In an embodiment, the interactive three-dimensional multimedia editing system and method thereof can provide different multiple event hierarchy templates for the user to select. For example, the event hierarchy template may be composed of a certain number of event serialization levels, and each event serialization layer has a pre-arranged blank event development point; that is, in this event hierarchy template, all event development points/interaction events are arranged. Generally, the user needs to edit the content of the event development point/interaction event in a specific number of pre-arranged blank event development points. In another example, the event development point has not only a specific number, but is arranged in advance, wherein one or more event development points may be content that already includes a specific interaction event, while other event development points are still blank. Of course, in theory, all event development points included in the event hierarchy template can have the content of individual interactive events that have been edited. That is, the provided event hierarchy template may have at least one blank event development point; or in another case, the event hierarchy template may have at least one edited event development point, ie, the edited event development point includes a corresponding The content of the interactive event.

In different event hierarchy templates, multiple event development points in each event series 510/520/530/540/550/560 may have different arrangements, and the difference in arrangement may cause interaction events between each other. The difference in relationship.

Several adjacent event development points arranged horizontally, such as the horizontally adjacent "facing" and "cleaning" boxes, the interactive events represented by the interaction are preset to have mutually interactive interaction events; that is, when editing the operation When the interactive level 3D multimedia story is completed and executed, the interactive event represented by several adjacent event development points arranged horizontally can complete the next event development point or the next stage as long as one of the interactive events is completed. The event cascades the hierarchy. For example, if the "camera" and "sweep" interaction events in the event serial hierarchy 510 complete one of the events, the next level event cascade level 520 can be entered.

The event development points arranged adjacent to each other in the vertical direction may be preset as a sequenced interactive event; the sequence is the sequence correlation between the vertically adjacent interactive events, and the sequence may come from before and after The event has a sequential relationship of causality, sequential development, logical deduction, and organizational induction. For example, the "campaign" or "clean" interaction event in the event serial 510 can be entered into the "water pool" interaction event of the next event serial 520 as long as one of them is completed. Since the "campaign meeting" or "cleaning" interaction event and the "fishing pool" interaction event are vertically adjacent, it represents the interaction between the "campaign meeting" or "cleaning" event development point and the development of the "water pool" event. Point/interactive events have a sequential dependency.

However, in various embodiments, depending on the layout of the user interface 100, the event tandem hierarchy may be arranged vertically or horizontally. In a horizontally arranged sequence of events, adjacent event development/interaction events arranged vertically and horizontally may have an inverse relationship to the above definition. Therefore, in the interactive three-dimensional multimedia editing system and method of the present invention, two adjacently arranged event development points are defined as "alternative permutations" or "sequential permutations". The interactive events represented by the two adjacently arranged event development points of the alternative arrangement have an alternative to each other; and the interactive events represented by the two adjacently arranged event development points of the sequence line have sequential sequence. However, even the alternately arranged two adjacently arranged event development points may be due to the use of the AND logic gate, which makes them both necessary for entering the next event series/event development point. Alternatively arranged event development points/interactive events may have AND gates and OR logic gates by clicking between AND and OR or between adjacent event development points. Text, or click the AND (or) or OR (or) corresponding selection box to determine the relationship between the horizontally adjacent event development points / interaction events.

Different event hierarchy templates can have "specific development logic", that is, the event development points in the cascaded classes of events can be arranged and combined according to this "specific development logic". For example, the event hierarchy template in Figure 9 can be applied to train students to solve high-level thinking skills. The six event series 510/520/530/540/550/560 can correspond to the six major steps of solving the problem. For example, the first step in solving the problem is "detecting the problem", which corresponds to the event concatenation level 510, so the event development point may contain a specific fact or phenomenon. The second step of solving the problem is "defining the problem", which corresponds to the event concatenation level 520, so the event development point may include the derivation process of the problem definition. The third step in solving the problem is the “planning plan”, which corresponds to the event concatenation level 530, so the event development point can include multiple hypothetical problem solutions or problem clarification plans. The fourth step in solving the problem is the "development plan", which corresponds to the event concatenation level 540. Therefore, the event development point can include the derivation and verification of various information collection and hypothesis. The fifth step of solving the problem is "scheme result", which corresponds to the event concatenation level 550, so the event development point may include the result of the scheme verification or induction; the sixth step of solving the problem is "finish conclusion", corresponding to the event concatenation level 560, Therefore, the event development point may include the conclusion that the problem is solved according to the result of the event series 550. Therefore, the arrangement of event development points in each event serial layer 510/520/530/540/550/560 can be determined by the definition of the requirements of the corresponding problem solving steps. In addition, similar templates can also provide students with a medium for homework or research projects.

Please refer to FIG. 11 , which is a schematic structural diagram of a navigation type event hierarchy template according to another embodiment of the present invention. In this embodiment, the interactive three-dimensional multimedia editing system can be applied to the editing of the information navigation system on the navigation information. . The event hierarchy template 600 includes only three event serial classes 610/620/630. Since the information navigation system belongs to the type of one-way information transmission, it may be characterized by fewer points of divergence and sequence in its event development point arrangement. Sexually arranged events are mainly development points.

Please refer to FIG. 12, which is a schematic structural diagram of a scenario-type event hierarchy template according to another embodiment of the present invention. In the application of game scripts, movie scripts, drama scripts, and novel writing, the interactive three-dimensional multimedia editing system and method thereof can provide a more intuitive and systematic writing platform for writers through the features of editing, previewing and trialing. To assist the author to systematically develop the storyline and facilitate group discussion and editing. The event hierarchy template 700 in Fig. 12 includes five event serial classes 710/720/730/740/750, depending on the type of the story and the complexity of the story, and the arrangement of the event development points/interaction events may correspond to the main axis of the story. And the sequence development points of each sequence may have more divergence points and even intricate lateral correlations, as shown by the five event series hierarchy 740.

Finally, after completing various editing operations of the interactive 3D multimedia, the interactive 3D multimedia editing system and method of the present invention can execute the interactive 3D multimedia through the event execution module 260 of FIG. 1E. In one embodiment, the user interface 100 is configured to input a user command to operate a first character and trigger an interactive event when contacting other characters or objects; for example, the interactive 3D multimedia is executed through the event execution module 260 and The operation mode of the user interface 100 can be approximated to a role playing game (RPG; Role Playing Game).

The above figures 1-12 and related descriptions are related to the content of "interactive three-dimensional multimedia editing system and its method". In addition to the 1A-1D diagram, the user terminal is used as the editing body and the communication server is used as the mechanism for sharing communication. The online interactive 3D multimedia editing communication architecture and method of the present invention can also edit and exchange interactive 3D multimedia. The function is concentrated on the AC server, please refer to Figure 13-15 and its related instructions.

Figure 13 is a system diagram of an online interactive 3D multimedia editing communication architecture in an embodiment of the present invention. The online interactive 3D multimedia editing communication architecture 1 mainly includes a first/second user terminal 1A/1B, and an AC server 800 that forms a signal connection with the first/second user terminal 1A/1B via the Internet.

Please refer to FIG. 14, which is a schematic diagram of a system architecture of an AC server according to another embodiment of the present invention. The AC server 800 is a computer system, which mainly includes a central processing unit, a system memory, a necessary bus bar (not shown), a hall interface 810 for network access operations, and an interactive interface. The three-dimensional multimedia user interface 100 and the plurality of modules (including the scenario level editing module 210, the map editing module 220, the scene object editing module 230, the character editing module 240, the event editing module 250, and the event execution module 260 The three-dimensional graphics engine 300 and the plurality of databases (including the scenario level database 410, the map database 420, the scene object database 430, the role database 440, the event database 450, the special effects database 460, and the template database 470) . The components included in the AC server 800 in FIGS. 13-15 have similar definitions and functions to the corresponding components (the same names) in the above 1A-1D and 1-12, and will not be described again. The main difference is that the communication server 800 itself has the function of editing and editing the interactive three-dimensional multimedia, and receiving the remote command through the lobby interface 810, so that the remote user can operate the user through the internet and online through the lobby interface 810. The interface 100, in turn, edits an interactive 3D multimedia on the AC server 800, and different users can also edit the interactive 3D multimedia shared on the AC server 800 online. The first user terminal 1A and the second user terminal 1B respectively have a web browser 14 for network operation.

Figure 15 is a flow chart showing an online interactive three-dimensional multimedia editing and communication method in another embodiment of the present invention.

Step 90: Operate the lobby interface through a web browser. The first user can operate the lobby interface 810 of the communication server 800 through the web browser 14 of the first user terminal 1A.

Step 91: Provide an internet-operable lobby interface. The communication server 800 must be pre-provisioned with a network operable lobby interface 810, i.e., multiple operational web pages of the lobby interface 810 must be internet-operable. This step is exempt after the lobby interface 810 has been online.

Step 92: Edit an interactive 3D multimedia according to the first user terminal instruction, and an interaction event corresponding to the event development point of the event hierarchy template. The first user terminal 1A sends a first user terminal command to operate the user interface 100 through the lobby interface 810 to edit an interactive three-dimensional multimedia on the communication server 800. The interactive event corresponding to the event development point of the event hierarchy template in the interactive 3D multimedia is also to operate the user interface 100 through the lobby interface 810 to edit the interactive event.

Step 93: Capture a pre-edited version of the corresponding interactive 3D multimedia and save it to the template database. According to the interactive interactive 3D multimedia content shared by the AC server 800, the "pre-edited template" can be (1) an interactive 3D multimedia template, including one of the interactive 3D multimedia " Pre-programmed material settings" and one or more "pre-edited event hierarchy templates"; (2) "pre-edited event hierarchy templates". When the interactive 3D multimedia template is shared, the other users can edit the same interactive 3D multimedia by including the pre-programmed material setting and the pre-programmed event layer template; if only the shared pre-program event layer template is captured, Then only the event hierarchy template part can be accessed by other users. After the pre-programmed version of the interactive 3D multimedia is captured, it will be stored in the template database for sharing. The concepts of pre-edited templates, interactive 3D multimedia templates, pre-programmed material settings, and pre-programmed event-level templates are also applicable to the embodiments of Figures 1A-1D.

Step 94: Select the pre-programming template in the template database according to the second user instruction through the Internet operation lobby interface. The second user can transmit the second user command to the lobby interface 810 through the web browser 14 of the second user terminal 1B to select the pre-edited template stored in the AC server 800 template database 840.

Step 95: Parse the pre-editing template to edit one of the event development points corresponding to the event serialization level of the event serial layer through the user interface of the communication server. Depending on the content of the pre-programmed version, only the event hierarchy template may be parsed, or the entire interactive 3D multimedia template may be parsed and edited; for the analysis method, refer to the description of step 81 of Figure 1D. One of the editorial priorities is of course to edit one of the event development points corresponding to the event hierarchy of the event hierarchy module according to the second user instruction. The editing of the interactive event is performed by the lobby interface 810 of the communication server 800 and the user interface 100. For example, when clicking the "Start interactive 3D multimedia editing system" in the lower left corner of the lobby interface 810 in FIG. 1B, The user interface 100 can be called by the lobby interface 810 for the second user to perform an editing operation.

Step 96: Output interactive digital 3D multimedia through the lobby interface and execute the triggered interactive event. The interactive three-dimensional multimedia edited according to the second user instruction can be output/executed by the communication server 800, and can be triggered to execute the interactive event included in the interactive three-dimensional multimedia; the communication server 800 performs the interaction. The video and audio data outputted during the three-dimensional multimedia transmission will be transmitted to the second user terminal 1B via the Internet.

The invention further includes a computer readable medium storing a plurality of computer executable instructions, and when the instructions are executed, performing an online interactive 3D multimedia editing communication method, the online interactive 3D multimedia editing communication method includes the following parts . First, operate the communication server's lobby interface via the Internet. The pre-editing template is selected according to the second user instruction, wherein the pre-editing template is edited according to the first user instruction, and the pre-editing template includes a pre-programmed event hierarchical template, and the pre-programmed event hierarchical template includes an event serial stratum, and the event serial stratum Contains multiple event development points. The pre-programmed template is parsed to edit a plurality of interactive events corresponding to the event development point according to the second user instruction. The interactive 3D multimedia with the aforementioned interactive events is output through the lobby interface, and the triggered interactive event is executed. This computer readable medium can be implemented from a library that can be downloaded from a disc, a memory card, a flash drive, a private or public network.

However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; therefore, the simple equivalent changes and modifications made in accordance with the scope of the present invention and the contents of the invention are modified. All should remain within the scope of the invention patent.

1. . . Online interactive 3D multimedia editing communication architecture

1A. . . First user terminal

1B. . . Second user terminal

10. . . Interactive 3D multimedia editing system

11. . . Processing unit

12. . . System memory

13. . . working system

14. . . Web browser

100. . . user interface

101. . . Translucent mask

102. . . Theater level material selection window

111. . . Story level indicator area

112. . . Terrain information area

113. . . Map preview area

114. . . Map selection area

121. . . Scene object selection area

122. . . Scene object preview area

123. . . Overall preview area

131. . . Role selection area

132. . . Role preview area

133. . . Overall preview area

210. . . Story level editing module

141. . . Event hierarchy template area

142. . . Event information area

143. . . Event content preview area

144. . . Event activity editing field

143. . . Event content preview area

145. . . Score preview field

220. . . Map editing module

230. . . Scene object editing module

240. . . Role editing module

250. . . Event editing module

260. . . Event execution module

300. . . 3D graphics engine

410. . . Drama level database

420. . . Map database

430. . . Scene object database

440. . . Role database

450. . . Event database

460. . . Special effects database

470. . . Template database

500/600/700. . . Event hierarchy template

510/520/530/540/550/560. . . Event cascade

152. . . Event activity information area

153. . . Event activity preview area

610/620/630. . . Event cascade

710/720/730/740/750. . . Event cascade

800. . . AC server

810. . . Hall interface

820. . . Upload module

830. . . Management module

840. . . Template database

850. . . Processing unit

851. . . System memory

852. . . working system

860. . . Material library

1A is a schematic diagram of a system for an online interactive 3D multimedia editing communication architecture according to an embodiment of the present invention;

1B is a schematic diagram of implementation of one of the operation webpages of the lobby interface in another embodiment of the present invention;

1C is a schematic diagram of a system architecture of a (first/second) user terminal according to another embodiment of the present invention;

1D is a schematic flow chart of an online interactive 3D multimedia editing and communication method according to another embodiment of the present invention;

1E is a system block diagram of an interactive 3D multimedia editing system in an embodiment of the present invention;

2 is a schematic flow chart of an interactive three-dimensional multimedia editing method according to another embodiment of the present invention;

3 is a schematic diagram of implementation of an interactive three-dimensional multimedia editing system in another embodiment of the present invention;

4 is a schematic diagram of implementation of an interactive 3D multimedia editing system in another embodiment of the present invention;

Figure 5 is a schematic diagram showing the implementation of an interactive three-dimensional multimedia editing system in another embodiment of the present invention;

Figure 6 is a schematic diagram showing the implementation of an interactive three-dimensional multimedia editing system in another embodiment of the present invention;

Figure 7 is a schematic diagram showing the implementation of an interactive three-dimensional multimedia editing system in another embodiment of the present invention;

Figure 8 is a schematic diagram showing the implementation of an interactive three-dimensional multimedia editing system in another embodiment of the present invention;

Figure 9 is a schematic diagram showing the structure of the event hierarchy template in Figure 8;

Figure 10 is a schematic diagram showing the implementation of an interactive three-dimensional multimedia editing system in another embodiment of the present invention;

11 is a schematic structural diagram of a navigation type event hierarchy template according to another embodiment of the present invention;

Figure 12 is a schematic structural diagram of a scenario-type event hierarchy template in another embodiment of the present invention;

Figure 13 is a schematic diagram of a system for an online interactive 3D multimedia editing communication architecture in an embodiment of the present invention;

Figure 14 is a schematic diagram showing the system architecture of an AC server in another embodiment of the present invention;

Figure 15 is a flow chart showing an online interactive three-dimensional multimedia editing and communication method in another embodiment of the present invention.

1A. . . First user terminal

1B. . . Second user terminal

800. . . AC server

Claims (20)

An online interactive 3D multimedia editing communication system, comprising: an AC server, having a network operable lobby interface and a template database, the template database storing one of the interactive 3D multimedia pre-editing templates The interactive 3D multimedia system is edited according to a first user instruction, and the pre-programmed template includes at least one pre-programmed event hierarchy template, the pre-programmed event hierarchy template includes at least one event serial hierarchy, and the event serial hierarchy a plurality of event development points; and a second user terminal, comprising: a web browser, selecting and downloading the pre-program according to a second user instruction; and a user interface for providing the second user Directly editing the interactive 3D multimedia; an event editing module parses the pre-editing template to edit the plurality of interactive events corresponding to the event development points through the user interface according to the second user instruction; a 3D graphics engine and a plurality of databases for establishing the interactive event and the plurality of materials in the databases through the three-dimensional graphics engine Sex; and an event execution module, the output contains interactive three-dimensional multimedia of such material, and performing at least one of these interactive events is triggered. The online interactive three-dimensional multimedia editing communication system of claim 1, further comprising a first user terminal, and editing the interactive three-dimensional multimedia according to the first user instruction. For example, the online interactive 3D multimedia editing communication system described in claim 2, wherein the pre-programming version further comprises a set of pre-programmed material of the interactive 3D multimedia. The online interactive 3D multimedia editing communication system of claim 1, further comprising a scene object editing module, displaying at least one scene object data of the user interface, and receiving the user interface. A user instruction determines a 3D scene object material to be applied in the interactive 3D multimedia. The online interactive 3D multimedia editing communication system of claim 1, further comprising a character editing module, displaying at least one role setting data of the user interface, and receiving one of the user interface The user instructs to select at least one 3D character material used by the interactive 3D multimedia to set or edit it. An online interactive 3D multimedia editing and communication method comprises: operating a hall interface of an AC server via an Internet; selecting a pre-programmed version of an interactive 3D multimedia according to a second user instruction, wherein the interactive 3D The multimedia system is edited according to a first user instruction, and the pre-programmed version includes at least one pre-programmed event hierarchy template, the pre-programmed event hierarchy template includes at least one event serial hierarchy, and the event serial hierarchy includes a plurality of event development points; Parsing the pre-editing template to edit a plurality of interactive events corresponding to the event development points according to the user interface of the communication server; and outputting the interactive event through the lobby interface Interactive 3D multimedia and execution of at least one of these interactive events triggered. For example, the online interactive 3D multimedia editing and communication method described in claim 6 of the patent application, wherein the pre-programming version further comprises a set of pre-programmed materials of the interactive 3D multimedia. The online interactive 3D multimedia editing communication method as described in claim 6 , wherein the pre-editing template extracts the interactive three-dimensional multimedia edited on the communication server according to the first user instruction. The online interactive 3D multimedia editing and communication method as described in claim 6 , further comprising providing a plurality of three-dimensional map materials on the user interface, and displaying a text description corresponding to a selected three-dimensional map material and/or It magnifies the image. The online interactive 3D multimedia editing and communication method as described in claim 6 further includes providing a plurality of three-dimensional scene object materials on the user interface, and displaying an image corresponding to the selected three-dimensional scene object material. The online interactive 3D multimedia editing and communication method as described in claim 10, further comprising displaying the selected three-dimensional scene object material on the user interface to be superimposed on a three-dimensional map material. The online interactive 3D multimedia editing and communication method as described in claim 11, further comprising: moving a relative position of the three-dimensional scene object material on the three-dimensional map material according to a user instruction from the user interface. The online interactive 3D multimedia editing communication method as described in claim 6 further includes providing a plurality of three-dimensional character materials on the user interface, and displaying an image corresponding to the selected three-dimensional character material. The online interactive 3D multimedia editing communication method as described in claim 13 further includes displaying, on the user interface, the selected three-dimensional character material superimposed on a three-dimensional map material. The method for online interactive 3D multimedia editing communication according to claim 13 , further comprising: moving the relative position of the three-dimensional character material on the three-dimensional map material according to a user instruction from the user interface. The online interactive 3D multimedia editing and communication method as described in claim 6 , wherein the interaction event corresponding to the event development point further comprises at least one event activity, and at least one event activity setting is provided on the user interface. A field for editing the event activity. The online interactive 3D multimedia editing communication method as described in claim 6 , wherein the event hierarchy template includes at least one blank event development point and/or at least one edited event development point, the edited event development point includes a Corresponds to the content of the interactive event. For example, in the online interactive three-dimensional multimedia editing communication method described in claim 6, any two adjacent event development points are arranged in an alternative arrangement or a sequential arrangement. The online interactive 3D multimedia editing communication method as described in claim 18, wherein the alternative arrangement has an AND logic gate and an OR logic gate between the two event development points. A computer readable storage medium storing a plurality of computer executable instructions, when executed, performing an online interactive 3D multimedia editing communication method, the online interactive 3D multimedia editing communication method comprising: operating via the Internet a lobby interface of an AC server; selecting a pre-programmed version according to a second user command, wherein the pre-editing template is edited according to a first user instruction, and the pre-editing template includes at least one pre-programmed event a hierarchical template, the pre-programmed event hierarchy template includes at least one event serial hierarchy, the event serial hierarchy includes a plurality of event development points; parsing the pre-program to edit the plurality of interactive events corresponding to the event development points according to the second user instruction And interacting with the interactive 3D multimedia through the lobby interface output network and executing at least one of the interactive events triggered.