TWI524726B - Image instantly integrated playback system - Google Patents

Description

Image instant integrated playback system

The invention relates to an image playing system, in particular to an image instant integrated playing system.

In recent years, due to the popularity of digital cameras such as digital cameras and mobile phones with built-in photography functions, everyone can take photos anywhere to record life, and for this reason, photo files will be accumulated over time. Therefore, how to effectively "finish" and "watch" photos has gradually become a major problem for consumers. Many of the existing photo viewing software (for example: ACDSee, Picasa, Windows Photo Viewer, etc.) use the folder classification method to manage photos. For consumers, this method is only suitable for finishing, but it is not conducive to viewing. Because the photo view screen opened by the consumer, usually only the photos in a single folder can be browsed, and the photos in different folders cannot be browsed at the same time.

In addition, each photo may have different classification themes depending on different situations or needs (for example, a photo may be associated with both travel records and food records). The disadvantage of sorting photos by means of folder sorting is that the photos are sorted and stored in the corresponding folders. Therefore, when consumers are classified according to different situations or themes, it may result in repeated file content, that is, the same photo may be copied into multiple copies and stored in different folders.

For example, suppose the user completes the journey of Deng Yushan and organizes the photos taken on the journey to the "Yushan 2 Day Tour" established in the operating system of the electronic device. Folder. In the future, when users watched the photos of "Yushan Two-Day Tour", they saw photos related to the sunrise. They remembered that they had taken photos related to sunrise before going to Alishan, so in order to relate all the sunrises. The photos are all together. The possible way is to create a "Sunrise" folder and copy all the photos related to the sunrise to the "Sunrise" folder. Therefore, the above method cannot properly utilize the storage space of the electronic device (for example, a hard disk or a memory card).

Accordingly, it is an object of the present invention to provide an image instant integrated playback system for solving the aforementioned problems.

Therefore, the instant integrated video playback system of the present invention is suitable for an electronic device that stores a plurality of image files. The image instant integrated playback system comprises an information integration unit and an image playback module.

The information integration unit includes a plurality of pen file paths, each of which corresponds to one of the image files.

The image playing module is configured to load the information integration unit to obtain the file paths, generate a play sequence according to the file paths, and load corresponding image files according to the play sequence, and then play the files in sequence Wait for image files.

The effect of the present invention is that the image sharing module is loaded into the information integration unit, and the associated image file is accessed according to the file paths, and the playback sequence is generated, so that the image file storage path does not need to be changed. Under the premise, the video files of different file paths are played according to the different needs of the users.

1‧‧‧Image instant integrated playback system

11‧‧‧Information Integration Unit

12‧‧‧Video Playback Module

13‧‧‧User interface

14‧‧‧Image Integration Module

15‧‧‧Special effect processing module

2‧‧‧Image files

21‧‧‧Image files

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a system diagram illustrating a preferred embodiment of the instant integrated video playback system of the present invention; FIG. 2 is a schematic view The user interface of the preferred embodiment is illustrated; FIG. 3 is a schematic diagram illustrating the user interface and audiovisual effects of the preferred embodiment.

Referring to FIG. 1, a preferred embodiment of the instant video integrated playback system 1 of the present invention is applicable to an electronic device (not shown) that stores a plurality of pen image files. In the preferred embodiment, the electronic device may be one of a personal computer, a smart phone, and a tablet computer, of course, not limited thereto. The format of these image files is a common image format, such as JPEG, and of course not limited to this. Each image file has a name attribute, a set time attribute, and a modified time attribute. The name attribute represents the file name of the corresponding image file. The settling time attribute represents the settling time of the corresponding image file, that is, the time taken. The modified time attribute represents the time when the corresponding image file was last edited and edited. However, the behavior of taking photos and modifying the editing photos can be easily understood by those in the relevant fields, so it will not be described here.

The image integration integrated playback system 1 includes an information integration unit 11, an image playback module 12, a user operation interface 13, an image integration module 14, and a special effect processing module 15. It is worth mentioning that the video playback module 12, the user operation interface 13, the image integration module 14 and the special effect processing module 15 are implemented in a software manner, and the implementation aspect thereof is an internal storage image integration. The computer program product of the player. When the electronic device is installed The function of the video playback module 12, the user operation interface 13, the image integration module 14, and the special effect processing module 15 can be completed.

In the preferred embodiment, the information integration unit 11 is a system information file pre-established by the user and stored in the electronic device. In the preferred embodiment, the user can also add an information integration unit 11 by operating the user operation interface 13. The information integration unit 11 is configured to store a majority of the file path. Each of the file paths corresponds to one of the image files, that is, each image file has a corresponding file path, and the file path represents that the image file is stored in an absolute position of the electronic device. Of course, the electronic device can store a plurality of information integration units 11 different from each other, that is, the file paths stored by each information integration unit 11 can be completely different or partially identical. The correspondence between the information integration unit 11, the file path and the image files can be as follows:

The various information integration units 11 are based on the user's preferences. Generated and represented different topics. For example, the theme of "Information Integration Unit 1" may be "Yushan", and "File Path 1", "File Path 3" and "File Path 5" respectively correspond to the absolute path of the image file associated with "Yushan". . Therefore, the image file 1, the image file 3, and the image file 5 are related to the image file of "Yushan". Of course, if the theme of "Information Integration Unit 2" is "Alishan", then the video file 2, the video file 4, and the video file 6 are the image files of "Alishan". Of course, if the theme of "Information Integration Unit 3" is "Sunrise", then Image File 1 is the image file associated with "Sunrise" and is also associated with the image file of "Yushan". The image file 2 is an image file associated with "Sunrise" and is also associated with the image file of "Ali Mountain". That is to say, the present invention has the function of playing back image files of different folders.

The video playback module 12 is configured to load the information integration unit 11 to obtain the file paths. Then, the video playback module 12 generates a play sequence according to the file paths. Then, the video playing module 12 loads the corresponding image file according to the playing sequence. Finally, the video playback module 12 plays the image files in sequence.

In the preferred embodiment, after the user operates the electronic device and the electronic device executes the video integrated display program, the user operation interface 13 is presented to the user through the display of the electronic device. Then, the user can operate the user operation interface 13 to trigger the image playback module 12 to load the information integration unit 11.

Moreover, the play sequence generated by the video play module 12 is a list file of a pair of image files, that is, the video play module 12 plays the image files according to the order of the list files. In addition, the video playing module 12 generates the playing sequence according to the order of the file paths included in the information integrating unit 11. The order of the file paths is predetermined by the user.

Referring to FIG. 2, in the preferred embodiment, when the video playback module 12 plays In the case of the image files 2, the user operation interface 13 is also provided for the user to operate to instantly add an audiovisual effect 22 (see FIG. 3) to at least one of the image files 2. In other words, the user can view the video files 2 and add the audiovisual effect 22 to the video file 21 being played by the user operation interface 13. In the preferred embodiment, the audiovisual effect may be a sound effect or a string of characters. Therefore, if the audiovisual effect is a sound effect, when the video playback module 12 plays the image file, the music player of the electronic device is also triggered to play the sound effect. If the audiovisual effect is text, when the video playback module 12 plays In the image file, the display of the electronic device is also triggered to display the string of characters to increase the story and interest during playback. Moreover, after the user increases the audiovisual effect, the information integration unit 11 stores the audiovisual effect added to the image file. In other words, if the video playback module 12 loads the information integration unit 11 that has stored the audio-visual effect described above, when the video playback module 12 plays the video file, the image is immediately loaded and loaded. The audiovisual effect corresponding to the file. Moreover, if the audiovisual effect is a text, the content of the text is directly stored in the information integration unit 11; if the audiovisual effect is a sound effect, the information integration unit 11 stores the file path corresponding to the sound effect, and the file path is a relative position.

The special effect processing module 15 stores a plurality of image playback effects. The information integration unit 11 also stores a plurality of preset effect selection programs. For example, when the video playback module 12 plays the Nth video file and plays the N+1th video file (N is a positive integer), the video playback module 12 according to the information integration unit 11 The stored special effects selection program randomly selects one of the two images from the image playback effects, and immediately generates a transition effect between the two photos; or, when the video playback module 12 plays the first The N image files are selected according to the special effects stored in the information integration unit 11. From the image playback effects, one of them is randomly or fixedly selected to instantly generate the picture effect of the Nth image file. In addition, the user interface 13 can also be used by the user to select the image playback effect according to the user's needs. The video playback module 12 is also based on the above The transition effects or screen effects play the video files. For example, if the transition effect described above includes "wave", "rotation", "flashing", "bounce", etc., the video playback module 12 plays "image file 1" and is ready to play " The image file 2", the special effect processing module 15 can randomly select one of the image playback effects and generate corresponding transition effects, such as "flashing", and then switch from "image file 1" to "image file 2". A transition effect of the type of "flashing" is displayed together; when the video playback module 12 plays "image file 2" and is ready to play "image file 3", the special effect processing module 15 can select another video to play. The effect, and the corresponding transition effects, such as "waves", and then switch from "image file 2" to "image file 3" together with a transition effect of type "wave". Therefore, the present invention can make the content of the image files more abundant in the process of playing, and can achieve a personalized effect, so that the user can have a fresh feeling every time he watches.

The length of time that the video playback module 12 plays each image file may be a preset length of time, and the user may manually decide to play the next image file.

In the preferred embodiment, the image integration module 14 is configured to add at least one of the user's selections from the image files to the playback sequence, so that the video playback module 12 can instantly play the user selection. Image file. In other words, when the user wants to join the image file that is not in the playback sequence temporarily, the user can operate the user interface 13 to select from the electronic device. Image file. After the user selects the image file, the image integration module 14 instantly integrates the image file into the playback sequence, so that the user can immediately browse to the newly added image file without first stopping browsing. The behavior is to integrate the newly added image file information into the information integration unit 11.

In summary, after the video playback module is loaded into the information integration unit, all the image files corresponding to the information integration unit can be played for the user to browse efficiently, and the user does not need to copy the same image file. The image playback module can be added to the audiovisual effect at any time by the user interface during the playback of the image file, and the video playback module does not need to stop playing first. The video playback module can add a video playback effect during the playback of the image files, so that the content played by the video playback module is richer; in the process of playing the image files, the video playback module The image integration module can integrate the image file additionally selected by the user into the play sequence in real time, so that the user can immediately browse to the newly added image file, so that the object of the present invention can be achieved.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the patent application scope and patent specification content of the present invention, All remain within the scope of the invention patent.

1‧‧‧Image instant integrated playback system

11‧‧‧Information Integration Unit

12‧‧‧Video Playback Module

13‧‧‧User interface

14‧‧‧Image Integration Module

15‧‧‧Special effect processing module

Claims (7)

An image instant integrated playback system is suitable for an electronic device for storing a plurality of pen image files. The image instant integrated playback system comprises: an information integration unit, which includes a plurality of pen file paths, wherein each file path corresponds to one of the image files. And an image playing module for loading the information integration unit to obtain the file paths, and generating a play sequence according to the file paths, and loading corresponding image files according to the play sequence, and then The image-integrated playback system includes a plurality of the information integration units, and the majority of the file paths stored by the information integration unit are partially identical to each other. The image real-time integrated playback system of claim 1 further includes a user interface for playing the image file when the image playback module plays the image file for the user to operate Adding an audiovisual effect to at least one of the image files, wherein the information integration unit further comprises an audiovisual effect added to the image file. The image real-time integrated playback system of claim 2, wherein the audio-visual effect is an audio effect, and the electronic device includes an audio player, and when the video playback module plays the image file, the same is triggered The music player plays the sound. The image instant integration playback system of claim 2, wherein the audiovisual effect is a string of characters, and the electronic device comprises a display, and when the image playback module plays the image file, the display is simultaneously triggered The string displays the string text. The image real-time integrated playback system of claim 2, further comprising an image integration module, wherein the image integration module is configured to select a file corresponding to at least one of the image files selected by the user. The path is added to the play sequence, so that the video play module can instantly play the image file selected by the user. The image instant integration playback system of claim 5, wherein the user operation interface is further configured to be operated by a user to select the image file from the electronic device. The image real-time integrated playback system of claim 1, further comprising a special effect processing module for storing a plurality of pre-established image playback effects, wherein the special effect processing module plays the images according to the image playback effects. file.