TW200838294A - System and method to generate the interactive video images - Google Patents

Abstract

The invention provides a system and method to generate the interactive video images of animation, which belong to the domain of video communication. To improve the drawback of the current interactive video system such as worse effect of the subscribers' interactive undergoing-an-experience, duller images, etc., the present invention provides a system to generate the interactive video images of animation, which comprises: a video image obtaining module, an animation obtaining module, and an superposition module. The present invention also provides a method to generate the interactive video images of animation, which comprises the steps of: obtaining the video images; obtaining the animation; superposing the said animation on the said video images. The technical solution of present invention promotes the amusement effect and the interactive effect in the interactive video.

Description

200838294 IX. INSTRUCTIONS: TECHNICAL FIELD OF THE INVENTION The present invention relates to the field of video communications, and more particularly to a system and method for generating interactive video images. [Prior Art]

Instant Messaging (IM) is an Internet-based communication service that generally implements instant messaging on the Internet. Due to its fast speed, rich functions, stable use and ingenious advantages, network instant messaging services have been widely used. The popularity of existing instant messaging tools is already very high, and it has become an indispensable network tool for Internet users to communicate with each other. It can not only realize text interaction, voice and parent, but also realize video interaction. In the existing network instant messaging service and/or his video interactive tool, the ordinary video image taken by a photographic lens is usually used to interact, that is, an image directly taken by the photographic lens at a video image receiving end. Since the user's location necessarily exists—some objects that interfere with the line of sight', it tends to affect the visual-home interaction experience. In addition, the simple visual image is better than the fresh one, and can not satisfy the content of the invention of a certain (four) household. The technical title of the right turn is to solve the problem of the prior art: single ^^= system-based user interaction The experience is poor, the image ratio; I provide a system and method for generating interactive video images. The video image display m" Video map wave 200838294 = = a dynamic, played on the sender or receiver. Make the video images interactive and entertaining by simultaneously displaying the video and video images in the display window. In the aspect of the frequency diagram, 'the embodiment of the present invention provides a method for generating an interactive visual image acquisition module (4) two kilograms, a system including a video image acquisition module, and a motion two ": 偾,: a Fengjia module". The video image acquisition module is configured to acquire the 师 模 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The moving book of the module output module is superimposed on the image of the output of the image capturing module. - True ijgg Preferably, in the obtaining module of the present invention, specifically including the format αA The video image, the format conversion sub-module is used to generate a sub-module image, and the image of the predetermined format x = image conversion-predetermined format of the dynamic generation sub-module For converting: the picture to the dynamic generation sub-module is converted into a mobile book. The predetermined format of the output of the conversion sub-module is better, and the dynamic in the module of the present invention is from a motion check In the case of the phantom shell, the smashing is obtained by the smashing of the squad, and is included in the invention. The dynamic attribute setting module; in the case of the 1 mouthpiece, the system also dynamically obtains the output of the module, and the attribute setting module is used to set the dynamic document to be set with the transparent attribute ^ The transparent attribute of the pixel points, and preferably, in the present invention: the output module is added. Specifically, the display overlay module is used in the embodiment of the overlay module, and the overlay module is used to acquire the dynamic mode. The output of the group is 0:\ϋΙ~Ι LindnNPf M\PF1352. doc 200838294 The (9) member of the display is not suitable for the video image captured by the video image acquisition module, which is described in the present invention. In one embodiment, the superimposing module 2 is a one-piece @加 module for combining the shouting output of the mobile money taking module and the video image output by the video image acquiring module into one The file 'is then stored. The spoon includes H in the hair ride (four) - a real towel, the system is also for the A port capsule group's multiple action books for the output module of the action: - simplification, and the merged (four) loses (four) the superimposed amount", in an embodiment as specifically described, the merged module is gossip, Not the tooling sub-module and the content distribution sub-module; 哕 干 用于 is used to assign the animations to each of the merging:: Assigned: used to place the display content of each animation to include = mod =: another The user selects the action through the user interface. The method includes: =:: = the step of an animation of the interactive video image, preferably the one of the image of the present invention The step specifically includes: two: obtaining the picture; converting the picture in the predetermined format to the ^' pre-price

UniaNPF Pat\PF 1352. doc 7 200838294 In one embodiment of the invention, the animation is obtained from a library. In the embodiment described in the present invention, the obtaining the ς factory step further includes: setting a transparent guille of each pixel in the 昼 — In the example, the superimposing the motion on the display upper version of the video image includes: displaying the animation of the animation, in the embodiment of the present invention, the moving The steps on the video image are combined with the word-frequency image into a file, and then stored =. (4) Moving |_J] Preferably, the plurality of moving jaws are combined in the present invention. In an example, the animation is a body comprising: for each embodiment, the combination display has a dynamic display content placed on the 夂=with an independent display layer; each of the preferred ones in the present invention :=: In the resulting layer. The user selects through the user interface. In the case of only the example, the animation is superimposed on the video image of the generated interactive video image of the present invention, and the money method is used to transmit through the video and the video image, and the display window can be simultaneously seen. The video image of the object that disturbs the line of sight, by the fun of each other. For a layered animation in which there is an overlay on the dry position, the object that enhances the line of sight of the video can be freely selected by the user. And, the above is the entertainment 200838294 and interactivity in the video interaction. In addition, the video image of the dynamic format can be converted into a dynamic image for saving or sending to the pair; the upper layer is merged into a display effect. 4 applications 'enriched image display

[Embodiment J I: Incorporating the Invention with the accompanying drawings and embodiments] The present invention provides an interactive view: Zhu Ming. The system and method of selecting the dynamic motion by the user and superimposing it on the image to realize the interactive and harmonious music. _Play on top, Example 1

Referring to FIG. 1 , in the embodiment of the system for interactive video images, the system is the same as the 101, the mobile book # stomach _ HP S » 砚 frequency image acquisition module Group 102 and a superimposed module 1〇3. The output signals of the output signal 102 of the video image acquisition module 101 are all rotated into the overlay module 103. 4 Pulling the group Φ, and obtaining _1 () 1 for acquiring a video image and = Hai video image is output to the superimposing module 103. The group 102 is used to acquire a moving cymbal and will: the machine. A 卬 5 5 ® 加 加 加 加 Β Β Β Β Β Β Β Β Β Β Β Β Β Β Β 预先 预先 预先 预先 预先 预先 预先 预先 预先 预先 预先 预先 预先 预先 预先The animation library can be located at a sending end, or it can be used in a field 1 J service. The Luo Fengjia module 103 is used to take the animation acquisition module 1〇2 out of the second 蚩田 in the video image. Obtaining the video image outputted by the module 101 is shown in FIG. 2, and in the second embodiment, in the embodiment, a moving book is superimposed on the video image during the video overnight process, The method for generating an interactive video 200838294 image. To achieve the object of the present invention, the following steps are required: Step 2: 1: The video image acquisition module 1〇1 acquires the video image step, and the book 202: the dynamic acquisition The module 102 obtains the obtained %3 from the dynamic library: the superimposing module (10) obtains the dynamic acquisition module, and superimposes the video image acquired by the visual image acquisition module 1G1. In the following embodiments, the present invention will be described in detail. The embodiment 2 1 interaction 1 is shown in Fig. 3, in this embodiment. Providing a generation == diagram / (four) system includes: the image acquisition module takes the module 1 () 2 and - displays the overlay module. 102 ^ ^ acquisition rib 1G1 round (four) and move The acquisition module 1 1 is input to the display overlay module 1〇3&, and the 'acquisition module 1〇1 is used to acquire the video images p, DX; F々, the image wheel is output to the display Superimposed module l〇3a. The dynamic gold sounding module 102 is used for the slabs of the slate and the module hall. The display and the animation (4) display superimposed 102 rounds of the moving book ^, force 2. If the _NO & for adding the 昼 昼 module is added to the video image of the video image acquisition module 101, please refer to Fig. 4, A / 丄q In the non-existing example, a method for providing a video image includes the following steps: n:\0M LiminXFF PatXPFKo^ doc fi7/〇3/na/n=..if), 3⁄4 10 200838294 • . Step 401: The video image acquisition module 101 acquires the video image. The current frequency image acquisition module 1G1 can obtain the image image through the photographic lens, or obtain the video image through the already stored video segment. In addition, the video image acquisition module 101 can also convert the video image into a static image. The image format of the still image can be: = current single frame image, JPG format, BMP format file or 1 ritual still image. As shown in FIG. 5, the video image acquisition module 01 in this embodiment may further include two sub-modules: a format conversion sub-module 5〇la and a dynamic generation sub-module 501b.

Jl, i, wherein the format conversion sub-module 501 & is for converting the video image to the picture of the predetermined format and outputting the picture of the predetermined format to the animation generating sub-module 501b. The animation generating sub-module 5 〇 lb is configured to convert the image of the predetermined format output by the lattice conversion sub-module 5 〇 la into the dynamic 昼. In this embodiment, the video image is obtained by performing the following two sub-steps, and the video image is in a dynamic format: (a), the format conversion sub-module 5〇la the video image, such as The video image obtained by the photographic lens is converted into a picture of the predetermined format as a video source image. This predetermined format picture is a JPG format picture, and in actual applications, it can also be a picture in a standard format such as GIF or BMP. (b) The animation generating sub-module 5 〇 lb converts the image of the predetermined format obtained from the format conversion sub-module 5 〇 la into the moving picture. The dynamic can be Ϊ)Λ01-» ^t\PF|352. ck —11 -- 200838294

Swf (Shockwave format, ie; Flash file) file, can also be a GIF format, but also other types of 昼. In this embodiment, the video image acquisition module 101 acquires the video image through the photographic lens. Step 402: The dynamic acquisition module 1〇2 acquires the animation. This animation can be the standard dynamics obtained from the dynamic library. Referring to FIG. 6, a dynamic attribute setting module 604 can also be added to the system for setting the transparent attribute of each pixel of the animation obtained by the animation acquiring module 102. At the same time, the format, level and window size of the animation can also be set to match the video image, and the dynamic file with the transparent attribute set is output to the display overlay module l〇3a. After the step 402, the animation attribute setting module 6〇4 sets the transparent attribute to the standard utterance to obtain the animation having different transparency. 1) The animation is composed of a plurality of pixels, and the animation property setting module 604 sets a transparent property of each pixel corresponding to the animation. The transparent attribute is a range value, such as 0-255, or 0_100%, which indicates the transparency of the pixel, and the most extreme performance is display (opaque) or no display (transparent), or between display and no Translucent between displays. Referring to Fig. 7, one pixel point 7〇3 can be set to not display, that is, the transparency is the most, and one pixel point 702 can be set to display, that is, the transparency is the lowest. If all the pixels of a graphic 7〇4 in one of the display areas 7〇1 are not set to be displayed, and the pixels of other areas are set to not be displayed, according to the transparency of the pixel when displayed. The attributes are displayed, and the most detailed display results are transparent except for the graphic 704. ^ i:\fil-t i.tn()a\PP i'nt\PF13S2. doc 12~ 200838294 Please refer to Figure 8. In order to enrich the video content, a merge module 801 is added to the system. The plurality of animations obtained by the dynamic acquisition module ι〇2 are merged into a new animation by the layers into the display overlay module 1〇3a (may also be input to the file overlay module 1〇3b in the third embodiment) ). The format of the original 合并 疋 疋 can be in GIF format, piash format, bmp format or JPG format, etc. The format of the new animation can be formatted or flash format. The merged new animation plays in a display window, and the user can see the rich animation. In this embodiment, each motion is merged into a DefmeSprite, and all the motions are displayed in a certain hierarchical relationship in each frame. The steps of the specific combination are described later in Embodiment 3, and are not mentioned here. ^ Before playing the animation, you need to install the Flash Player component to support Flash playback. The format of this animation can be either Flash or GIF, or it can be other types of animation or image files. In the embodiment, the system may further include a selection module for selecting a personality through the user interface. (4) The user can (4) select the parameters to set the parameters, such as: playing time and transparency. Step 4〇3: The display overlay module 1〇3& superimposes the dynamic display of the animation acquisition module to be superimposed on the display of the video image acquisition module 1() video image. ^ rader in the ^ shell example, the window is divided into two layers, the lower layer is the display of the video image 'Zhan is the dynamic display, the display window can also, as needed, superimposed many layers. The so-called display or Wei image (4) does not refer to the content displayed in the display window. Since the movement has a transparent 13 1 LindiiNPF Pat\PF13.V2. doc 0T/n; Vf) 5, ni; 1 200838294 degrees, thus the part of the movement has transparency: the animation and video heart image is achieved At the same time, you can see the effects of the axis and the visual image to the user's mutual interaction. Phase _ 昼 and video intersection The video image and one or more mobile books are played to form a composite video effect. ; continuous in the window

Played on the bottom layer of the display window, and the different dynamic frequency images are played back when the display window is closed. t, (Position or layer embodiment 3) shows that the overlay module 103a adds the pin 昼 of the pin to the display of the video image, and implements the video image according to the closed file in the interesting animation. In the present embodiment, the content of the image and the video image can be directly merged into one moving book, and displayed or sent to the receiving end. In the embodiment shown in FIG. 9, the output image of the video imager module m, the dynamic acquisition mode, the group 102 and the file superimposition mode phantom video acquisition module 101 is included in this embodiment. And the dynamic acquisition module 1〇2 ^ is outputted to the file overlay module 1 . The video image acquisition module 1〇1 is used to acquire the video image, and the video image is acquired. The image is output to the file overlay module 1〇3b. The dynamic capture module 102 is configured to acquire the animation and output the animation to the file overlay module 103b. The file overlay module 103b is used to move the image.昼 Obtaining the output of the module 102 and the video of the video image acquisition module 1〇1— 14 — D:\ni-) LindaXPF Pal\PFi352. doc Π7/〇3/Π8/〇5:4ίϊ 13⁄4 200838294 The images are combined into one file. (D) Gu Xiang get 1G1 can pass the photo lens to support the far video image, or through the video image already stored in the video. The video image acquisition module 101 can also acquire the still image for the video image. The image format of the still image can be a video early frame image, a JP G format, or a static image in the format of Β Μ ρ. For example, the video image acquisition module 101 may further include the following two sub-module listener sub-modules 5G1 for converting the video image, such as the photographic image, into the predetermined format image, as The video: the image of the Asian-style format is output to the dynamic generation sub-module, and the generated sub-module 5〇 lb is used to convert the predetermined-type image of the format conversion sub-output 5〇la into the motion. day. , , , , , and edge format conversion sub-modules 5〇1 into sub-modules 5〇lb. The output is rounded to the mobile phone 5〇ΐ3Γί=! The acquisition module 101 includes the format conversion sub-module "the case of the human-generated sub-module, including the Haiwen Yangjing all% of my The video image conversion is merged into a dynamic display or displayed simultaneously on the transmitting end and the receiving end. As shown in the figure of the month ~, the 10th embodiment, the system described in this embodiment performs the following [> : .〇!-> l.mda\Pr Pat\PFi3S2.doc 15 200838294 Step: Step 1001: The video image acquisition module l〇i acquires the video image. In this embodiment, the video image The format is a dynamic format, and the video image of the dynamic format can be generated by the following two sub-steps: 0), the format conversion sub-module 501a acquires the content acquired by the video image acquisition module 1〇1, The video image obtained by the photographic lens is converted into a predetermined format picture as the video source image. The predetermined format picture is a 邛〇 format picture, and in actual applications, it may also be a picture in a standard format such as GIF or BMp. (b) The animation generation sub-module 501b will convert the sub-module from the format to £5〇1&am p; the image obtained in the predetermined format is converted into the animation. The animation may be

The Swf (Shockwave format) format file can also be a GIF format, or it can be other types of animations. Step 1002: The dynamic acquisition module 1〇2 obtains the animation from the animation library. This step is the same as step 402 and will not be described again. Similar to the embodiment 2, an animation attribute setting group 604 may be added to the system for setting the transparent attribute of each pixel of the animation of the animation obtaining module 1〇2, and setting the transparent attribute. The animation file is output to the file overlay module 1〇3b. After the step 1〇〇2, the animation attribute setting module 604 sets the transparent attribute to the standard animation to obtain the movement with different transparency. The detailed description is the same as that of Embodiment 2 and will not be described again. D:\0l-i LindnNPF pHt\PFI352.doc 07/03/08/85:^ 16 — 200838294 Similar to the embodiment 2, the present embodiment can also add the merge module 801 to the system. Step 1003: The file overlay module i〇3b combines the dynamics obtained by the dynamic generation sub-module 501b in step 1-1 and the dynamic acquisition acquired by the dynamic acquisition module 102 in step 1002. For a moving file, then save it. In this embodiment, the dynamic image converted from the video image obtained in step 1001 is used as the bottom layer, and the dynamic layer acquired in step 1002 is used as the upper layer, and the upper layer and the bottom layer are layered and combined into one dynamic layer. In practice, you can superimpose and merge multiple layers. In an actual application, the dynamic image converted from the $hai video image obtained in step 1001 may also be used as the upper layer, and the dynamics acquired in step 1 〇〇2 S5) are merged as the bottom layer. Step 1004: The display window displays the merged motion obtained in step 1003 according to the superimposed order of each layer and the transparent attribute. The display of the upper layer file overwrites the display of the lower layer file, and the pixel of the upper layer file is not displayed. The augmentation module 1 of the embodiment 2 and the file overlay module 103b of the embodiment 3 can be collectively referred to as a superposition module 1〇3. Please refer to Figure 11 to combine multiple Flash files into one dynamic example to illustrate a method of combining multiple dynamics into one new dynamic. The specific methods are as follows: 1. First, N Flash file creation - a Swf prototype

PrototypeSwf 〇 (8), in PrototypeSwf, the order is Flash for each [i:\i\i-\ Unrta\PF Pai\PFi352.doc — 17

ΠΤ/η3/08/ί·5:·1ί» flM 200838294 , The file creates two tag blocks, namely the DefineSprite tag block (Tid = • 39) and the Place〇bject2 tag block (Tid = 26). The object identifier (Cid) of each DefineSprite tag block is the sequence number of the merged file. For example, the Cid of the Flash file 1 is 1, and the Cid of the Flash file N is N; in the initial state, each DefineSprite tag block contains the animation. The number of frames (FrameCount) is 0. The binary group (Lid ' Cid) of each Place 〇 bject 2 tag block is set to (i, i), i represents the i-th Fiash file, and φ is displayed on the ith layer to display an object whose object identifier is i. (b), add two label blocks at the end of PrototypeSwf, respectively

ShowFrame tag block (Tid=l) and End tag block (Tid = 〇). _ (c) When the Flash player parses the ShowFrame tag block, there will be N di-groups in the display list, each of which represents an object whose object identifier is i on the i-th layer. In this way, simultaneous display of N Flash files is achieved. Moreover, the front and back coverage relationship of the N Flash files directly depends on the order of inputting N Flash files, that is, the content of the Flash file 2 • is at the lowest level, and the content of the Flash file N is at the highest level. 2. After designing the Swf prototype, each Flash file is sequentially merged into the corresponding DefineSprite. The following takes the i-th flash file as an example to describe the specific method of merging the i-th Flash file into the i-th sub-movement. It is divided into two steps: • (8), update the Cid value of all object identifiers in the Flash file: In a Flash file, the ad values of all objects must be globally unique, so each Flash file that needs to be merged must be (f) valued. Update. In the implementation, through the global Cld allocator, create the original swf T): \0l-l l.indr, \PF Pat\PFi352. doc / O.VOS difficult: Ή 18 200838294 type 'from 1 N Cids are sequentially allocated; when merging the i-th Flash file, 'search for each tag block in the flash file, and re-allocate the conflicting object identifier according to the Cid allocator'. And, modifying all the Cid values corresponding to the label block, for example, modifying the cid values involved in the PlaceObject2 and RemoveObject2 tag blocks; (b), merging:

First, 'differentiate the definition tag block and control tag block in the Flash file that needs to be merged. Second, put all the definition tag blocks into

Before the corresponding DefineSprite tag block in Prototypeswf (when the Flash player displays a frame, the objects involved in the display list must be defined before the ShowFrame tag block, so all definitions in the Flash file must be defined. The label block is placed before the corresponding DefineSprite label block). Place all control tag blocks in the corresponding PrototypeSwf

Among the DefineSprite tag blocks, they are placed in the sub-movements. And, counting the number of ShowFrame tag blocks in the Flash file, for modifying

The FramCount value in the corresponding DefineSprite tag block in PrototypeSwf. Since the control tag block determines how to play these already defined objects, the control tag block in the Flash file is used as the sub-tag block of the corresponding DefineSprite tag block in PrototypeSwf. This achieves the incorporation of a Flash file into a single child. Of course, the method for realizing the combination of multiple dynamics into one dynamic is not limited to the above method. For example, the combined multiple motions may be compressed to the same layer according to the requirements of the display effect, so that multiple files become one overall file. The combination of the enthalpy can also be by other methods well known to those skilled in the art. 200838294 to receive only in this. If only the above various embodiments are required, the highest level is at the transmitting end: to be displayed at the σH receiving end, then in a: draw r: the transmitting end will set _ 〆 旦 ) ’ ’ 亚

. If it is necessary to display at the same time on the transmitting end and the connection (4), then ^, Temple (4) performs the same steps as above, and the port and the sending end are also enabled. Only the same file acquisition and overlay display check: the user selects the personality through the user interface: check = to set the parameters of the selected animation, such as the playing time, transparency, etc. . After the smoldering, the sequence of each step in the above embodiment is executed/there is a secret requirement, for example, the animation, the video image may be acquired first, or the animation may be superimposed on the video image before proceeding. The settings of the animation properties. ': The present invention has been disclosed in the above preferred embodiments, but it is not intended to be used in the present invention. Any of the changes and modifications of the above-described embodiments in the spirit of the scope of the present invention are still in the present invention. The scope of protection of the invention is defined by the scope of the appended patent application. L(ndii\Pf Pat\PFl352.doc 07/03/0fi/05:*1ii η-20 - 200838294 [Simplified Schematic] FIG. 1 : A system for generating an interactive video image provided by Embodiment 1 of the present invention Structure is not intended; FIG. 2 is a flowchart of a method for generating an interactive video image provided by Embodiment 1 of the present invention; FIG. 3 is a schematic structural diagram of a system for generating an interactive video image according to Embodiment 2 of the present invention; FIG. 5 is a flowchart of a method for generating an interactive video image according to Embodiment 2 of the present invention; FIG. 5 is another schematic structural diagram of a system for generating an interactive video image according to Embodiment 2 of the present invention;

Figure 6 is a schematic diagram showing another structure for generating an interactive video system according to Embodiment 2 of the present invention; λ. Figure 7: The display of the animation with the transparent portion of the present invention;

FIG. 8 is a schematic diagram showing another structure of the system for generating the mutual system according to the second embodiment of the present invention; FIG. 9 is a schematic diagram showing the structure of the system for generating the inter-system provided by the embodiment 3 of the present invention;

Fig. 10 is a flow chart showing the method for generating mutuals according to the third embodiment of the present invention; Figure · The present invention combines multiple animations into one motion check

Λ〇ϊ»Λ〇ϊ-1 LindaNPF Pat\Prl352.Hoc —21 — η^β, ι 200838294 [Main component symbol description] 102 dynamic acquisition module l〇3a display overlay module 101 video image acquisition module 103 Add module l〇3b file overlay module 2〇1 video image acquisition module Yichong “Get video image 2〇2moving acquisition module acquisition

203 4: Adding a module to superimpose the acquired image acquired by the video acquisition module in the video image acquisition module to obtain the video image acquisition module to obtain the video image 4〇2 dynamic acquisition mode The group obtains the moving book 403-Ding-®, and does not add the dynamic display of the acquisition module to the display of the video image acquired by the video image acquisition module. The 501a format conversion sub-module 501b Dynamic generation sub-module dynamic attribute setting module 701 display area 702 pixel point 704 graphic 703 pixel point 801 merge module U: \0M i, !r.rla\PF Pat\PF*352. doc 22

Claims (1)

200838294, the scope of patent application: 1 system for generating interactive video images, comprising: two: frequency image acquisition module for acquiring - video images; an animation acquisition module for obtaining a dynamic And the second and second=, the video image acquisition module superimposes the image on the overlay by the video image capture module and the dynamic acquisition module to the overlay (4) _ like on. The system for generating an interactive video image according to item 1 of the month, wherein the video image acquisition module specifically includes: - a format conversion sub-module, wherein the lining will be a picture of the Wei _ format, and Generating a sub-module for pre-motion, the format conversion sub-module rotates the image of the predetermined format to the dynamic generation sub-module, and the dynamic generation i = the predetermined format of the format conversion sub-module output The picture is converted to L. > The system for generating an interactive visual image according to the scope of the patent application scope, wherein the animation acquisition module is obtained from the 昼4, according to the i-th item of the patent application scope The system for generating an interactive surface image further includes an animation attribute setting module, and the dynamic attribute setting module is configured to set a transparent attribute of each pixel of the dynamic output of the dynamic acquisition module. The dynamic file with the transparent attribute set is output to the overlay module. 5. A system for generating an interactive video Ι»:Ν〇Ι-Ι Ιιη(ίη\ΡΡ Ρηι\ΡΡϊ352.doc —23 — 200838294 image according to the scope of claims 1, 2, 3 or 4 of the patent application, wherein The overlay module is a display overlay template, which is used to superimpose the dynamic display of the output of the dynamic acquisition module on the display of the video image output by the video image acquisition module. The system for generating an interactive video image according to the claims 1, 2, 3 or 4 of the patent application, wherein the overlay module is a file overlay module, which is used for outputting the dynamic acquisition module. The system for combining the video images taken by the video image acquisition module into one file, and then storing and generating the interactive video image according to the scope of the patent application, i, 2, 3 or 4 'The other includes a merge module, which merges the plurality of animations outputted by the animation acquisition module into one animation, and outputs the combined animation to the overlay module. The system for generating an interactive video image according to claim 7 of the patent application scope, wherein the merging module comprises: a display layer allocation sub-module for allocating independent display layers for each need; and ν A dandelion-π knife-matching sub-module is used to move each of the layers into their respective assigned layers. A system for phase images according to the scope of claims i, 2, 3 or 4 of the patent application, wherein the other sentence contains a 〆 selection mode, and > 歧动视频/, 〒 包 3, 犋, and, the selection The module is used for the user to select an action through a user interface. 10. A method for generating an interactive video image, comprising the steps of: acquiring a video image; h _ acquiring a moving step; and adding the dynamic image to the video image. 1>:\01-1 LimlaXPF Pal\PF!35i doc 〇7/fi.i/nH/r.5:4S 13⁄4 —24 200838294 11According to the law of the 10th item of the franchise patent garden, which is obtained The image of the video image 2 is generated by the party of the interactive video image. The image includes: 12: The image of the predetermined format is converted into: two pictures; and, according to the patent, Fan Yidi 1Ωτδ々 animation. The 13 method, wherein the animation is the method for generating an interactive video image as described in 彳〃 &, according to the patent application: obtained in the To: animation library. The method of 'the money' hides the (four) H's generation of the interactive image _ image of the transparent genus of each pixel, including the method of setting the movement 14, according to the 1G, 11, γ~ video image , wherein the step of generating the interaction (4) is added to the _ display on the Wei_image. 3 superimposing the display of the 5 昼 昼 在 in the video image 15 , according to the patent application scope 10, 1 卜 1: > video image of the party 132 described in the generation of interactive steps specifically including adding the verb to 5 On the video image, then save it. Now _ _ _ (four) - a file 16 in accordance with the application of the scope of the patent, the 11th half of the video image, the bean generated by the private and 13 items generated interaction. And / / 一 昼 is a method for generating an interactive video image according to item 16 of the patent application scope, wherein the merging includes: assigning an independent display for each genus that needs to be merged Layers; and placing the display contents of each of the animations into respective assigned layers. ΟΤ/〇.ν〇8/Γό:.ϋ) \*Λ 25 17 200838294 • 18. The method for generating interactive video images as described in claims 10, 11, 12 and 13 of the patent application, wherein It is selected by the user through a user interface. LindaXPF PiitNPFl^ doc —26 —