TWI661351B - System of digital content as in combination with map service and method for producing the digital content - Google Patents

Abstract

A digital content system combined with a map service and a method for generating digital content. The system provides a digital content reading program running on a smart device and a content map server provided on the system side. Users can obtain their surroundings and points through the smart device. Selected content information. The content map server includes a content database, as well as a bit identification program, a matching search program, and an integrated processing program stored in the memory. Among them, the content database stores content information including geographic coordinates. When the bit identification program recognizes the location coordinates from the smart device or the location coordinates specified by the user, the comparison search program searches for content information corresponding to the geographic coordinates based on the location and integrates The processor integrates this information into an electronic map, or it can be displayed on a smart device in combination with augmented reality or virtual reality technology.

Description

Digital content system combining map service and digital content generation method

The invention relates to a map content service system and method, in particular to a digital content system applied to a smart device to provide map-related digital content, and a method for generating digital content according to location information.

In the past, when users read paper books and e-books, when they saw a point of interest, they wanted to visit a certain point of interest by using a computer, laptop or smart device to check the position of the point of interest, and then use the navigation function to reach the point of interest. ; Or, when the user is at a certain attraction and wants to know the relevant information of the attraction, such as history, address, phone, website, comment, photo, etc., they must use a computer, laptop or smart device browser to query To learn more about it. Therefore, it is still inconvenient for the user to not be able to obtain the geographic location of the attraction and the attraction information at the same time.

Known technologies, such as Google Maps' attractions information, provide address, phone, website, reviews, photos, and quick information, so that the general public can quickly get the attractions information through Google maps. However, some of the information content comes from the general public's self-comment, writing, and stickers, not professional and objective discussions and introductions, and clear-quality photos.

Therefore, how to find a service system that can mark the attractions mentioned in the more professional content on the map, so that users can easily obtain the geographical location and Attractions related information, in order to reduce the need for electronic maps and search engine operations, is a technical issue that is currently urgently sought to be solved.

Different from the current method of obtaining information about a certain attraction, it is necessary to query public information on the computer network, such as the data collected by Google Map. The disclosure book proposes a digital content system that combines map services. The system can provide attractions or specific information. Geographical information is especially from books or magazines with rich and professional coverage, instead of online services that generally only provide user generated content (UGC, User Generated Content).

According to the embodiment disclosed in the description, the digital content system combining map service mainly includes a content database map server implemented by a computer technology, and the server includes a content database for storing content information corresponding to the position coordinates, The memory of the server stores a bit identification program for receiving the position coordinates of the smart device to locate the smart device; a comparison search program searches for a correspondence from the content database based on the position coordinates of the smart device. Content information of position coordinates; and an integration processing program for integrating the content information provided by the comparison search program to generate display data in a list classification display mode or an electronic map display mode, and finally transmitting the generated display data Go to the smart device and display it via the digital content reader on the smart device.

The content information corresponding to the position coordinates is the content information of the sights around the smart device, or the content database map server obtains the position coordinates selected from an electronic map through a bit identification program. The content stored in the content database is processed and classified content data, which may include content data provided by the content database of each content platform and the content database of the portal website. After the content data is imported to the content database map server, it is obtained Location coordinates associated with content data; multiple book page contents with recognized text and pictures can be stored, from books and magazines, and article content with identifiable location information.

In one embodiment, a digital content generation method is proposed, which is executed in a content database map server. The content database of the content database map server stores a plurality of book pages with recognized text and pictures, which has identifiable content. Article content for location information. In this method, the software program in the server receives the location information of the smart device, and then searches for the content information of the corresponding location information from the content database according to the location information, and integrates the content information of the corresponding location information into an electronic map interface or A list classification interface to generate display data provided to the smart device for display.

When displayed on a smart device, the simple content information of the box corresponding to the label can be presented on a content information box track, and a link function is provided to display the complete content after clicking the box corresponding to the label. When integrating the content information of the corresponding location information, the display data generated on the list classification interface includes the distance between the location of the smart device and the location of each tag to obtain the content information around the smart device, and The boxes of the simple content information are arranged in order from close to far, or the boxes of the simple content information are arranged in order from new to old according to the time when the content information was added to the content data.

On a smart device, when presenting the coordinates of the corresponding location or one or more labels around the electronic map interface, display one or more information boxes corresponding to the selected label, and provide sliding controls in different directions to switch the same location. Different simple content information, and switch content information in different locations.

In order to further understand the technology, methods and effects adopted by the present invention to achieve the intended purpose, please refer to the following detailed description and drawings of the present invention. It is believed that the purpose, features and characteristics of the present invention can be deepened and specific It is understood, however, the drawings are provided for reference and description only, and are not intended to limit the present invention.

10‧‧‧ Digital Content System with Map Service

11‧‧‧Content database map server

12‧‧‧ Smart Device

115‧‧‧Content database

111‧‧‧Bit identification program

112‧‧‧ Match search program

113‧‧‧Integrated handler

1131‧‧‧list sort display mode

1132‧‧‧Electronic map display mode

20‧‧‧ external server

201‧‧‧Classification program

202,202’‧‧‧Screening program

301,302‧‧‧Location related information

40‧‧‧user interface

401‧‧‧ tags

402‧‧‧Information Box

50‧‧‧user interface

501‧‧‧Information Box

60‧‧‧Information Box

601‧‧‧Content category

602‧‧‧Sights Name

603‧‧‧ Attractions Pictures

604‧‧‧Attractions

605‧‧‧distance

606‧‧‧Reading popularity

607‧‧‧AR / VR / MR

608‧‧‧Rate / Share

70‧‧‧user interface

701‧‧‧ Full Content

702‧‧‧Attractions

703‧‧‧Information box

80‧‧‧ user interface

801‧‧‧Electronic map

802‧‧‧attraction tags

804,805,803a, 803b, 803c‧‧‧‧Box

Steps S901 ~ S909‧‧‧‧ Digital content generation process

FIG. 1 illustrates a functional block diagram of an embodiment of a digital content system incorporating a map service; FIG. 2 illustrates a function of another embodiment of a digital content system incorporating a map service Block diagram; Figure 3 illustrates a functional block diagram of another embodiment of a digital content system incorporating a map service; Figure 4 shows a schematic diagram of a user interface in an electronic map display mode; and Figure 5 shows a user interface in a list classification display mode A schematic diagram of the information box of the simple attraction content information shown in FIG. 6; FIG. 7 shows an embodiment of the complete content presented by a user interface; FIG. 8 is a schematic diagram of an embodiment of operating the information box to browse the information; FIG. 9 is a flowchart illustrating an embodiment of a method for generating digital content.

The disclosure book proposes a digital content system combining map services. The information provided by the system on the attractions or specific geographic locations is particularly from books or magazines with rich and professional reports, which is different from the general provision of user invention content (UGC). Internet service.

FIG. 1 illustrates a functional block diagram of a digital content system incorporating a map service according to the present invention. In this schematic diagram, the digital content system 10 incorporating a map service provides a digital content reading program executed in a smart device 12, which is installed in mobile The software program (APP) of the device, the main function of which is to display the articles content of various attractions in the relevant location area according to the user's location area or the designated location area. The digital content system 10 combined with a map service is provided with a content database map server 11, which records the content of articles related to geographic locations and software programs for information interaction with the smart device 12, that is, the user uses the smart device 12 issues a request and the content database map server 11 returns the corresponding related data, and the smart device 12 can connect to the content database map server 11 through wireless network technologies such as WiFi or 3G, 4G / GPRS, etc. The digital content reader receives the content of the article from the content database map server 11. The smart device 12 described above may be a personalized Mobile devices and electronic devices such as personal computers (such as notebook computers, desktop computers).

The smart device 12 has a positioning system, which is composed of software and hardware sensors, and is used to locate the position coordinates of the smart device 12. Specifically, the smart device 12 locates the smart device 12 through a positioning system such as a GPS positioning module. The purpose of the system is to provide the user with information about the specific area or location around the location. Therefore, a smart type that can locate the user is needed. The current position of the device 12.

The content database map server 11 can be a common server implemented by software and hardware, such as a blade server, a rack server, or an upright server, and establishes a connection with other devices through the Internet. The content database map server 11 includes a content database 115, a bit identification program 111, a comparison search program 112, and an integration processing program 113 stored in the memory.

Among them, the content database 115 is used to store a plurality of book pages with recognized text and pictures, and the content of articles with identifiable location information is uploaded to this content database 115 after combining a map information, so that the system can obtain The content information of geographic coordinates, especially the contents of books and magazines through digitization, makes the content provided by the system more complete, accurate and professional than the general online information. Specifically, the content database 115 stores processed and classified content data. However, in addition to the professional content of books and magazines, the content data is not excluded from the content database of each content platform, the content database of portal sites, etc. After the content data is imported into the content database map server 11, the position coordinates associated with the content data are obtained, and finally the content information including geographic coordinates, complete content, etc. are stored in the content database 115, which can be known through the geographic coordinates Attraction information content for each content information.

Next, the software program running on the content database map server 11 is described with reference to FIG. 1 and FIG. 2 to form an embodiment of the digital content generation method described in the flowchart of FIG. 9, where the flow describes an operation running on the content database map server 11. The processor (or computing system) executes the steps generated by the identification program 11, the comparison search program 12, and the integrated processing program 113.

The identification program 111 is used to receive the position coordinates of the smart device 12, that is, after the content database map server 11 is connected to the smart device 12, the identification program 111 receives the position coordinates from the smart device 12 (step S901). ), And the obtained position coordinates are used to indicate the location of the smart device 12, or the position coordinates selected by the user on the electronic map.

The comparison search program 112 searches for the content information of the geographic coordinates corresponding to the location coordinates from the content database 115 according to the location coordinates of the smart device 12 (step S903). The comparison search program 112 compares the position coordinates with the geographic coordinates of the content information in the content database 115 to find content information that matches the position coordinates transmitted by the smart device 12, and the searched content information will be used In response to the smart device 12.

The integration processing program 113 is used to integrate the content information provided by the comparison search program 112 into an electronic map interface and a list classification interface to generate display data, and return the display data to the smart device 12 (step S905). In detail, in order to facilitate the integration of content information and regional location, the integration processing program 113 can integrate the content information searched by the comparison search program 112 into the electronic map interface and the list classification interface, as shown in the list classification display in the figure. Mode 1131 can also be used to mark the location of content information on the electronic map. For example, in the electronic map display mode 1132 shown in the figure, the simple content information of the boxes corresponding to all the labels is presented on the content information box track. Users who are only interested in attractions in specific areas or those around them can provide instant and easy content information. The electronic map described herein may be an existing electronic map on the Internet, such as an electronic map provided by an existing portal.

In a specific embodiment, the display data generated by the integrated processing program 113 on the electronic map includes a label indicating the location of a certain attraction on the electronic map, and a box representing simple content information of the attraction, so that the user can click on the attraction When labeling, the label can be changed from a blank icon to a color to fill the icon, and the box of the attraction moves to the center on the box rail to correspond to the attraction label. In addition, a link function is provided to click the box of the attraction. The full content of the attraction is displayed after.

In a specific embodiment, the display data generated by the integration processing program 113 on the list classification interface includes obtaining the sights around the smart device 12 according to the distance between the location of the user's smart device 12 and the location of the sights. The content information is arranged in the order of the scenic simple content information boxes from near to far, or according to the time when the scenic content information is added to the content data, and the time is used to sort the simple content information boxes from new to old. Arrange to display the complete content of the scenic spot after the user clicks the frame of the scenic spot (step S907).

FIG. 2 illustrates a functional block diagram of another embodiment of a digital content system incorporating a map service. In this example, the smart device 12 has a positioning system, the content database map server 11 has an identification program 111 for receiving position coordinates of the smart device 12, a content database 115 for storing content information, and a comparison database The matching search program 112 for searching and the integrated processing program 113 for integrating with the electronic map. In this embodiment, the content database map server 11 of the digital content system 10 combined with a map service includes a classification program 201 and a screening program 202, 202 'stored in a memory.

The computing processor of the content database map server 11 executes a classification program 201 to classify content data from the external server 20 according to a predetermined theme to become content information in the system. In detail, since the content data comes from the external server 20, such as the content database of the portal, the classification program can classify according to a preset theme, and the so-called topics such as financial business management, news entertainment, literary novels, leisure life And so on, the classification program 201 may perform classification based on the content data originally established, or perform classification based on text content judgment, and the classification type is recorded in the content database 115 as if the geographic coordinates were recorded.

The filtering program 202, 202 'is executed by the arithmetic processor. One of its functions is to filter the content information processed by the classification program 201, which can further filter out the content information required by the system. The other function is that the filtering program 202' can be used for Match the user-specified topic with the content information extracted by the match search program 112 for the purpose of Content information that matches the theme specified by the user is filtered (step S909). In order to meet the needs of users who are only interested in specific topics, the user can set the theme of the content information to be watched on the smart device 12, and the filtering program 202 'will receive the theme from the comparison after receiving the theme specified by the user. The content information found by the search program 112 is further filtered, and then sent to the integration processing program 113 and integrated with the electronic map and list classification, thereby providing content information on topics of interest to the user.

FIG. 3 illustrates a functional block diagram of still another embodiment of a digital content system incorporating a map service, which can be used in conjunction with the schematic diagram shown in FIG. 4, in which an embodiment of an electronic map display mode and list classification mode provided by the system is specifically described.

As in the foregoing embodiment, the digital content system 10 combined with a map service provides a digital content reading program for execution on the smart device 12, the smart device 12 has a positioning system, and the content database map server 11 proposed by the system has a function for receiving the smart device. A position identification program 111 for the position coordinates of 12, a content database 115 for storing content information, a comparison search program 112 for comparison search, and an integration processing program 113 for integration with an electronic map.

In this embodiment, the integration processing program 113 executed in the content database map server 11 can integrate the content information searched by the comparison search program 112 (which can be moderately filtered) into the electronic map interface and the list classification interface. , That is, the list classification display mode 1131. In this list classification display mode 1131, the content database map server 11 provides digital content readers viewing location-related information 301 in a list manner, and includes providing readers with further interactive functions, such as , When you click the icon in the attraction information display column, you can directly receive event plans, shopping, donations, open web pages, map navigation, call and plan itineraries. By integrating the processing program 113, the location of the content information can also be marked on the electronic map with a label, that is, the electronic map display mode 1132. In this mode, the reader can expand the location-related information 302 through the electronic map and expand it. View pictures and information about attractions in a real-world way. The system can also provide pictures or videos related to the place.

In another embodiment, the classification process performed in the content database map server 11 Formula 201 is used to classify a content database from the external server 20 to become content data according to a predetermined theme. The external database includes blog site content, forums, and content platforms.

According to one of the embodiments, the electronic map display mode 1132 represents an electronic map presented on the smart device 12. In the electronic map, each label indicates the content information of a specific position on the correspondingly marked position coordinate. The locations corresponding to the tags are collectively referred to as attractions here. Refer to the tag 401 in the user interface 40 in the electronic map display mode shown in FIG. By zooming out, you can view the full or regional attractions tag locations. In this way, users can quickly and conveniently know which attractions tag locations are based on regional differences. In one embodiment, the label has the representative meaning of the pattern, including restaurants, shopping, etc., so that the user can easily identify the attributes of the scenic spot. Furthermore, there is an information box 402 of simple scenic spot content information corresponding to the scenic spot label below the electronic map. If the user is interested in a certain location, he or she can click the corresponding label 401 to display an information box 402 including information about the location in a certain location.

The user interface 50 in the list sorting display mode 1131 shown in FIG. 5 can be referred to. The list sorting display mode 1131 indicates that the information box 501 of the simple scenic spot content information is presented on the smart device 12 in a waterfall style. Users can choose to search for attractions by distance or time. Among them, if you choose to display by distance, it means that the display is arranged in order according to the distance between the location of the attraction and the location of the user's smart device 12 and displayed from near to far; if it is displayed based on time, This means that according to the time when the content information of the scenic spots is built in the content database 115, they are displayed sequentially and displayed in a sequential manner. In addition, the user can click the coordinate position and the list mode to freely switch between the electronic map display mode 1132 and the list classification display mode 1131 to query the attraction information. In addition, in the electronic map display mode 1132 and the list classification display mode 1131, a search function can be used to facilitate users to quickly search for the location and content information of attractions.

The content displayed in the above information box 402 or 501 showing location-related information may be Refer to the schematic diagram of the information box of the simple attraction content information shown in FIG. 6.

The system can reveal content information in a specific form of range, such as the square information box 60 in the figure. The information boxes in the embodiments of FIG. 4 and FIG. 5 above are displayed as such legends, and are presented in the form of boxes in electronic maps and list classifications. Each information box 60 describes each location with pictures, text, or videos, such as attractions. As shown in the figure, the user can quickly know the basic information of the attractions through the simple attractions content information. In this illustration, the simple attraction content information in the information box 60 includes: the content category of the attraction 601, the name of the attraction 602, the picture of the attraction 603, the geographical location of the attraction 604, the distance 605, the reading popularity 606, and the browsing method of AR / VR / MR (607, which means augmented reality / virtual reality / hybrid reality, respectively), and includes providing readers with a score for the attraction, or a sharing function (608). Among them, distance 605 shows the distance between the location of the attraction and the location of the user's smart device in a few kilometers; reading popularity 606 is represented by how many users watch this attraction's content information; the augmented reality (607) browsing method can be an AR device The graphic or text is used to display. When the AR device graphic or text appears in the information box of the simple attraction content, it means that the user can use the AR device to view the content information of this attraction.

Then, when the reader is interested in the content of a certain place (such as a scenic spot), he can click on the information box that records the simple content, and then the complete content can be presented. For example, the software program on the smart device shown in FIG. 7 can be used. The user interface 70 presents the complete content 701. Taking attractions as an example, the complete content 701 contains the content of this article, and it may also be interspersed with other or own attractions information 702. The content of these complete contents 701 comes from the contents of a single article in books and magazines, and the content of external platforms database. The complete content 701 about a certain location (attraction) may still include other information of other attractions 702 from the content of this article. In this user interface 70, it may be presented somewhere in the form of an information frame 703 and a bar. Among them, the full content of the attractions 701 in the content of this article is presented in a special color, after clicking on the viewing content interface below the pop-up attractions information box 703 or directly to all attractions information. Among them, the content of the information box 703 of the attraction information may include the icon, name, Basic information such as address, and clickable graphics include collection, purchase, donation, website, map, phone call, and itinerary.

In one embodiment, when the simple content information is displayed in an information box (such as the aforementioned 501,60,700), the user can operate the user interface on the screen of the smart device, and slide the icon left or right in the information box to click on different locations. Attraction content information. If you slide the icon up or down to click different attraction content information at the same location, the implementation example is shown in Figure 8.

FIG. 8 shows a schematic diagram of a function that a user can switch information content with a specific gesture when the information box is displayed. The legend is shown in the electronic map display mode. The user interface 80 displays an electronic map 801, and the map indicates that the system has linked content information. Attractions label 802, and a plurality of information boxes 803a, 803b, 803c, 804, 805 showing the simple attraction content information corresponding to the attraction label 802 somewhere (below in this example). Among them, when you click on a certain scenic spot label 802, the color block of the scenic spot label 802 pattern changes from blank to filled, and the information box of the simple scenic spot content information (such as one of the information boxes 803a, 803b, 803c, 804,805) will automatically slide To the corresponding scenic spot label 802, and the information frame will change from fog to clear, so that the user can easily identify. In addition, the attraction label 802 is presented and classified with icons, as compared to using only a single location to mark the map, which allows users to easily find the types of attractions that are of interest.

For example, when there is more than one point of interest content at a certain position, multiple points of interest can be stacked to display content with multiple points of interest. The integrated processing program in the content database map server can provide sliding in different directions. Control to switch between different simple content information in the same location, and switch between the content information of attractions in different locations.

For example, when a user clicks on a certain attraction label, the information box of other simple attractions content information located on the location of the label will be displayed as an attachment to the information box of the simple attraction content information corresponding to the attraction label, as shown in the legend The information box 803a, 803b, 803c, or more is provided, which provides the user with vertical (up and down) sliding to switch between different simple attractions content information at the same position; in addition, horizontal (left and right) Slide different information boxes 803a, 804, and 805, so that users can switch the content information of attractions in different locations, so that users can quickly browse the attractions of interest. Finally, click on the box to view the complete attraction content information.

In this way, the user can interact with the information between the digital content reader and the content database map server running on the smart device, and the user can issue a request through the smart device and the content database map server returns the mapping. Relevant information, get the professional content of the digital content obtained by the system from books or magazines, especially the content related to location and attractions, and provide a kind of local content service according to the user's location, and through smart devices The digital content reader in the program performs functions such as collecting event plans, shopping, donating, opening web pages, map navigation, calling and planning trips.

In addition, various sensors in the smart device can also provide different reading experiences. For example, to achieve the purpose of combining content information with real-world images, the smart device includes a processor in the smart device. Augmented reality processing program for augmented reality. The augmented reality processing program is used to display the object data generated by the content database map server with the electronic compass or gyroscope of the smart device and display it in the reality image. Specifically, the content database map server will generate content information corresponding to the location coordinates of the smart device. The electronic compass can define the user's current position and orientation, and the augmented reality processing program will come from the content database map. The server's content information is combined with the orientation provided by the electronic compass and the real-world image, so the real-world image displayed by the smart device can be augmented by the real-world processing program and the coordinate position and orientation defined by the electronic compass. Display a variety of location-related content information in real-world images. In addition, the aforementioned real-world image can be captured by a camera of a smart device. The specific implementation technology of augmented reality is the existing technology, so its technical principles will not be described in detail.

Therefore, in the content database map server, the embodiment shown in FIG. 1 can be referred to, in which the integration processing program compares the content information provided by the search program with the location coordinates of the smart device through the actual processing of the integration processing program. The module processes to generate object data, and the object data is returned to the smart device, which is processed by the augmented reality processing program. It uses the augmented reality processing program and electronic compass to display the object data in the reality image.

In specific implementation, when the augmented reality processing program is executed, the system uses dynamic tags to indicate the content information of the location, so that the user can display the complete content of the content information when the user clicks the dynamic tag. In other words, the user uses a smart device to view the real-world image, and the content information contained in the range will be displayed on the real-world image. Since the real-world image will change as the user moves or changes its orientation, the location of the content information is called This is a dynamic label, and clicking on a dynamic label will link and display the complete content of the content information.

In another embodiment, the content database map server includes a classification program and a filtering program. The classification program can be used to classify the original content data from an external server according to a predetermined theme, so that the content information is classified according to a preset theme, and the classification type is recorded in the content database as geographical coordinates, so it is convenient for future use Search for specific content information based on categories. In addition, the filter program can be used to compare whether the content information retrieved by the search program is the same as the topic specified by the user, so as to filter the content information that matches the topic, so that only the content of the specific topic is displayed under the user settings Information.

Compared with the conventional technology, the content database map system of the present invention can provide users with electronic devices combined with electronic maps or augmented reality to view the content information of attractions, which can easily satisfy the sense of regional or specific attractions. Interested users, through the combination with augmented reality, allow users to get information about the surrounding attractions as the reality moves. In this way, for users who are looking for targets while viewing attractions, they do not need to switch windows frequently. Can achieve its purpose.

The above-mentioned embodiments only exemplify the principle of the present invention and its effects, and are not intended to limit the present invention. Anyone skilled in the art can modify and change the above embodiments without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the rights of the present invention should be listed in the scope of patent application described later.

Claims (9)

A digital content system incorporating a map service includes: a content database map server including: a content database storing content information of a plurality of corresponding position coordinates classified according to a theme, including a plurality of books with recognized text and pictures The content of the article with identifiable location information is obtained after the page content; a memory in which at least one identification program, a comparison search program, and an integrated processing program are stored; and an arithmetic processor that executes the identification program to receive Position coordinates of a smart device to locate the smart device; execute the comparison search program to search for content information corresponding to the position coordinates from the content database according to the position coordinates of the smart device; filter the classified Past content information, including comparing the content information of a topic specified by the user with the content database to filter out content information that matches the specified topic; and executing the integration processing program to compare the ratio The content information provided by the search program is integrated and provided to the smart device for display. The digital content system incorporating a map service as described in claim 1, wherein the content database includes content data provided by the content database of each content platform and the content database of the portal website, and when the content data is imported into the content database After the map server, obtain the location coordinates associated with the content data. The digital content system incorporating a map service according to claim 1 or 2, wherein the smart device includes a positioning system for positioning the smart device, and an electronic compass or a gyro for performing augmented reality And an augmented reality processing program executed by a processor; wherein, the augmented reality processing program represents the content information with a dynamic label, and the full content of the content information is displayed when the dynamic label is clicked. The digital content system incorporating a map service as described in claim 1 or 2, wherein the content data is displayed in a manner that includes one or more labels corresponding to each position coordinate or surroundings and one or more information frames indicating the position coordinates or Full or simple content information around them. A digital content generation method is executed in a content database map server. The content database map server includes a content database. The method includes: receiving location information of a smart device, where the location information is the smart Location coordinates of a type device, or a location coordinate selected by a user on an electronic map; according to the location information, content information corresponding to the location information is searched from the content database, where the content database is used to store The content information of a plurality of subject-corresponding position coordinates includes the content of articles with identifiable position information after identifying the content of multiple pages of text and pictures; filtering the classified content information, including comparing the use of To specify a topic and the content information of the content database to filter out content information that matches the specified topic; integrate the content information corresponding to the location information into an electronic map interface or a list classification interface to generate To the display data displayed by the smart device. The method for generating digital content according to claim 5, wherein, when the smart device is displayed, the simple content information of the box corresponding to the label is presented on a content information box track, and a link function is provided to The full content is displayed after clicking the box corresponding to the label. The method for generating digital content according to claim 6, wherein when the content information corresponding to the location information is integrated, the display data generated on the list classification interface includes the location of the smart device and the location of each tag. Distance from each other to obtain the content information around the smart device, and arrange the boxes of simple content information in order from close to far, or according to the time when the content information was added to the content data, and the time will be from new to old The boxes of the simple content information are arranged in order. The method for generating digital content according to claim 7, wherein the electronic map interface presents the one or more labels corresponding to the position coordinates or the surrounding area, and displays one or more information corresponding to one of the selected labels. Frame, and provide sliding control in different directions to switch between different simple content information in the same location, and switch content information in different locations. The digital content generating method according to any one of claims 5 to 8, further comprising: categorizing content data from an external server according to a plurality of predetermined topics to become content information of the content database.