TW202129228A - Method for appending image to panoramic image implemented by a servo terminal connected to a user terminal and a panoramic image database through a communication network - Google Patents

Abstract

Disclosed is a method for appending an image to a panoramic image, which is implemented by a servo terminal connected to a user terminal and a panoramic image database through a communication network, when the servo terminal receives an image relevant to a scenic spot, the servo terminal acquires scenic spot positioning information relevant to the scenic spot and at least one of a panoramic image serial number and panoramic image positioning information of a set of panoramic images relevant to the scenic spot, generates a set of image data and a connection corresponding to the set of image data, and transmits the connection to the user terminal, so that the user terminal acquires the set of image data and the set of panoramic images according to the connection, a panoramic model which is formed by the set of panoramic images and has an information window of the image, accordingly, a user can recall the situation when the image is taken through the panoramic model appended with the information window.

Description

How to attach images to the panorama

The present invention relates to a processing of image data, in particular to a method of adding images to a panoramic view.

During the travel process, tourists will take multiple digital photos with digital cameras, smartphones with image capturing capabilities, and other devices. Each digital photo includes location information corresponding to the shooting location. A digital device such as a computer uses an application program to mark the digital photos on an online map, such as Google Map, where for each digital photo, the digital photo is marked on the online map corresponding to the scenic spot related to the digital photo Location of location information.

However, although the above technical method allows the user to recall the surrounding scenery when the digital photo was taken by the location information in the online map, when the user himself shares the digital photo and the location information on the map with others At this time, other people can only view the digital photo, and cannot obtain the location information on the map and the display screen of the digital photo. This will reduce the meaning of users sharing the digital photo.

Therefore, the object of the present invention is to provide a method for combining digital photos with scenic surroundings corresponding to the digital photos.

Therefore, the method of the present invention for attaching images to the surrounding view is implemented by connecting a user terminal and a server of the surrounding view database via a communication network. The method for attaching an image to the surrounding view includes a Step (A), one step (B), and one step (C).

In the step (A), when the server receives an image related to a scenic spot from the user end, the server obtains a scenic spot location information related to the scenic spot according to the image.

In the step (B), the server obtains at least one of a circle scene number and one circle scene position information corresponding to a group of scene scene pictures corresponding to the scene scene positioning information according to the scene scene positioning information.

In the step (C), the server generates a group based on the image, the location information of the scenic spot, and at least one of the panorama number corresponding to the group panorama and the location information of the panorama The image data containing the image, the location information of the scenic spot, and at least one of the panoramic view number and the panoramic view location information, and a link to the corresponding set of image data, the link enables the use The end obtains the set of image data according to the link, and obtains the set of surrounding views from the surrounding view database according to one of the surrounding view number and the positioning information of the surrounding view in the set of image data, And based on the group of surrounding views, a surrounding view model formed by the group of surrounding views is established, and an information window containing the image is added to a corresponding position in one of the surrounding view models corresponding to the location information of the scenic spot.

The effect of the present invention is to obtain the scenic spot location information of the scenic spot corresponding to the image through the server terminal, and at least one of the surrounding view image number and the surrounding view image location information, so that the user terminal is derived from the surrounding view image The database obtains the group of panoramic images, and combines the image with the panoramic images of the scenic spots corresponding to the image, so that when the user shares the image with other people, other people can also view the image through The display screen generated by superimposing the image with the surrounding view can experience the scene of the user taking the digital photo at that time.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same numbers.

Referring to FIG. 1, an embodiment of the method of adding images to the surrounding view of the present invention is implemented by a surrounding view synthesis system. The environment image synthesis system includes a server terminal 1, a user terminal 2 connected to the server terminal 1 through a communication network 100, and an environment image diagram connected to the server terminal 1 and the user terminal 2 through the communication network 100 A database 31, and a positioning database 32 connected to the server 1 and the user 2 through the communication network 100. The server side includes a server side communication module 11 connected to the communication network 100, a server side storage module 12, and a server side processing that is electrically connected to the server side communication module 11 and the server side storage module 12 Module 13.

The user end 2 is held by a user and includes a user end communication module 21 connected to the communication network 100, a user end display module 22 for displaying data for the user to browse and watch, and one for The user input module 23 of the user input command, and a user processing module 24 electrically connected to the user communication module 21, the user display module 22, and the user input module 23.

The surrounding view database 31 stores multiple groups of surrounding views relative to multiple scenic spots. For each group of surrounding views, the group of surrounding views also stores the surrounding view number corresponding to the group of surrounding views, and The location information of the scenic spots corresponding to the group of scenic spots.

The positioning database 32 stores multiple pieces of user-side positioning information related to the location of the first user-side 2.

In this embodiment, the implementation of the server 1 can be a server, a cloud host, or a personal computer, but it is not limited to this.

In this embodiment, the implementation aspect of the user terminal 2 can be a personal computer, a tablet computer, a notebook computer or a smart phone, but it is not limited to this.

In this embodiment, the implementation aspect of the panorama database 31 can be a cloud host, a database, or a personal computer, but it is not limited to this. It is worth mentioning that the landscape map database 31 may be a database for public use, such as a Google Street View service database, or a private database for specific users.

In this embodiment, the implementation of the positioning database 32 can be a cloud host, a database or a personal computer, but it is not limited to this. It’s worth mentioning that when existing applications such as Google Map, Facebook, or navigation applications are executed by the client 2, the device location of the client 2 will be obtained and the obtained The location of the device is stored in its corresponding database, so the location database 32 can be a database corresponding to applications such as Google Map, Facebook, or navigation applications.

Hereinafter, an embodiment of the method for adding images to a panoramic view of the present invention implemented by the server 1 will be described in conjunction with the accompanying drawings. This embodiment sequentially includes a preparation procedure and a display procedure.

2A and 2B, the preparation procedure explains how the server 1 generates a set of image data, and a link corresponding to the set of image data, and includes a step 401, a step 402, a step 403, and a step 404, a step 405, a step 406, a step 407, a step 408, a step 409, a step 410, and a step 411.

In step 401, the user-side processing module 24 transmits an image to the server 1 via the communication network 100 through the user-side communication module 21, wherein the image corresponds to a scenic spot and a shooting time point.

In the step 402, when the server-side processing module 13 receives the image through the communication network 100 through the server-side communication module 11, the server-side processing module 13 determines whether the image contains a corresponding image For the scenic spot location information of the scenic spot, when the server-side processing module 13 determines that the image contains a pair of scenic spot location information that should be located at the scenic spot, step 403 is performed. When the server-side processing module 13 determines that the image is When a pair of location information corresponding to the scenic spot is not included, step 404 is performed.

In the step 403, the server processing module 13 obtains the location information of the scenic spot corresponding to the scenic spot related to the image according to the image.

In step 404, the server-side processing module 13 determines whether the server-side storage module 12 stores a previous image corresponding to the previous image obtained by the first user at a previous time point before the shooting time point, and Corresponding to a subsequent image obtained by the first user terminal at a subsequent time point after the shooting time point, wherein the previous image includes a previous scenic spot location information related to a previous scenic spot of the previous image, the The subsequent image includes a subsequent scenic spot location information related to a subsequent scenic spot of the subsequent image. When the server-side processing module 13 determines that the server-side storage module 12 stores the previous image and the subsequent image, Step 405 is performed, and when the server-side processing module 13 determines that the server-side storage module 12 does not store the previous image and the subsequent image, the step 406 is performed.

In the step 405, the server-side processing module 13 obtains the location information of the scenic spot corresponding to the image according to the previous image and the subsequent image. For example, the shooting time of the image is 4:00 pm on December 11, 2019, the previous time point of the previous image is 3:58 pm on December 11, 2019, and the location information of the previous scenic spot is (31.75, 150.77), the subsequent time point of the subsequent image is 4:02 pm on December 11, 2019, and the previous scenic spot location information is (31.79, 150.73), then the server processing module 13 according to the previous time point, the previous The scenic spot positioning information, the subsequent time point, and the subsequent scenic spot positioning information are calculated to be (31.77, 150.75).

In the step 406, the server-side processing module 13 generates a positioning information request related to the user-side positioning information of the user-side 2 at the shooting time point, and passes the server-side communication module 11 through the communication network 100. Send the location information request to the location database 32. It is worth noting that if the user holding the user end 2 is operating the user end 2 or other electronic devices at the time of shooting the image at the same time as the navigation application or the Facebook application When other applications that will access the location of the user’s device, the user’s location at the shooting time will be stored in the navigation application or the location database 32 corresponding to the Facebook application If the server 1 is authorized to access the positioning database 32, the server 1 can obtain the position of the user at the shooting time point when the image is captured through the positioning database 32.

In the step 407, when the positioning database 32 receives the positioning information request through the communication network 100, the positioning database obtains the user end of the user end 2 at the shooting time according to the positioning information request. Locate information, and transmit the user-side positioning information to the server 1 through the communication network 100.

In the step 408, when the server-side processing module 13 receives the user-side positioning information from the positioning database 32 through the server-side communication module 11 via the communication network 100, the server-side processing module 13 Set the user terminal location information to the location information of the scenic spot related to the image.

In step 409, the server-side processing module 13 generates a ring-view map data request containing the location-of-sight spot information based on the location-of-sight spot location information, and transmits the ring-view map data request via the communication network 100 through the server-side communication module 11 The landscape image data request is sent to the surrounding landscape image database 31.

In step 410, when the scenic view database 31 receives the scenic view data request via the communication network 100, the scenic view database 31 will correspond to the scenic spot location information according to the scenic view data request. A circle scene number and a circle scene position information of a group of scene pictures are sent to the server 1 via the communication network 100. It is worth mentioning that, in this embodiment, the landscape map database 31 sends a landscape map number and a landscape map positioning information corresponding to a group of scenic spots location information to the server 1. However, in other implementations, the landscape map database 31 can also send only a set of landscape map positioning information corresponding to the scenic spot location information to the server 1, or only send the location corresponding to the scenic spot location information. The information is numbered to the server terminal 1 of a group of surrounding pictures.

In the step 411, when the server-side processing module 13 receives the ring of the group of surrounding images sent by the surrounding-scene server 31 via the server-side communication module 11 via the communication network 100 When the scene number and the positioning information of the surrounding scene, the server-side processing module 13 uses the image, the location information of the scenic spot, and the scene number corresponding to the group of scene scenes and the positioning information of the scene scene. Generate a set of image data including the image, the location information of the scenic spot, and the number of the surrounding view corresponding to the surrounding view and the positioning information of the surrounding view, and a link to the corresponding image data. It should be noted that, in this embodiment, the server-side processing module 13 receives the surrounding view number and the surrounding view location information corresponding to the group of surrounding view images sent from the surrounding view server 31 , And generate a set of image data that contains the image, the location information of the scenic spot, and the surrounding view number corresponding to the set of surrounding view and the location information of the surrounding view. In other modes, when the servo The end processing module 31 only receives the surrounding view image positioning information corresponding to the group of surrounding view images sent by the surrounding view image server 31, and the server end processing module 13 generates a set of information including the image, the The scenic spot location information, and the image data corresponding to the surrounding view map positioning information of the group of surrounding view images, are a link to the corresponding set of image data. On the other hand, when the server-side processing module 31 only receives data from The surrounding scene picture number corresponding to the group scene picture sent by the scene picture server 31, the server-side processing module 13 generates a group containing the image, the location information of the scenic spot, and the corresponding group scene picture The image data of the panoramic image number in the picture is a link to the corresponding group of image data.

Referring to FIG. 3, the display flow illustrates how the server 1 makes the user terminal 2 generate and display the image superimposed on the group of panoramic pictures, and includes a step 501, a step 502, a step 503, a Step 504, a step 505, a step 506, a step 507, a step 508, and a step 509.

In the step 501, the server processing module 13 transmits the link to the user terminal 2 through the server communication module 11 via the communication network 100.

In the step 502, when the user-side processing module 24 receives the connection via the communication network 100 through the user-side communication module 21, the user-side processing module 24 generates an image related to the group of images according to the connection. The image data request of the image data is sent to the server 1 via the communication network 100 through the user communication module 21.

In the step 503, when the server-side processing module 13 receives the image data request from the user-side 2 via the server-side communication module 11 via the communication network 100, the server-side processing module 13 The image data request transmits the set of image data to the user terminal 2 via the communication network 100 through the server communication module 11.

In step 504, when the user-side processing module 24 obtains the image data from the server 1 through the user-side communication module 21 via the communication network 100, the user-side processing module 24 according to the group In the image data, the surrounding view map number and the surrounding view map positioning information are generated, and a surrounding view map picture request containing the surrounding view map number is generated, and the surrounding view is transmitted via the communication network 100 through the user-side communication module 21 The picture request is sent to the panoramic picture database 31. It should be noted that in this embodiment, the set of image data includes the panoramic view number and the positioning information of the panoramic view, but in other implementations, when the set of image data includes the image, When the scenic spot location information and the surrounding view location information are used, the user-side processing module 24 generates a surrounding view image request including the surrounding view location information according to the surrounding view location information. On the other hand, When the set of image data includes the image, the location information of the scenic spot, and the surrounding view number, the user-side processing module 24 generates a ring including the surrounding view number according to the surrounding view number. Scenery picture request.

In the step 505, when the scenic map database 31 receives the scenic map image request from the user terminal 2 via the communication network 100, the scenic map database 31 according to the scenic map image request, The group of environmental pictures corresponding to the environmental picture numbers are transmitted to the user terminal 2 via the communication network 100. It should be noted that, in this embodiment, the panoramic view database 31 transmits the set of panoramic images corresponding to the panoramic view number to the user terminal 2 according to the panoramic view image request, but in other implementations In the aspect, when the surrounding view image request includes the surrounding view image positioning information, the surrounding view image database 31 transmits the group of surrounding views corresponding to the surrounding view image location information according to the surrounding view image request. Figure to the end of use 2.

In the step 506, when the user-side processing module 24 receives the group of surrounding scene images from the surrounding scene database 31 through the user-side communication module 21 via the communication network 100, the user-side processing module Group 24 uses an Application Programming Interface (API) for generating a surrounding view model, such as Google Street View Image API, to generate a surrounding view formed by the group of surrounding view images according to the group of surrounding view images and the image. Model, and use an application program interface with an additional information window in the environment model corresponding to the location information of the scenic spot, such as the InfoWindow class in Google API, to attach an information window (InfoWindow) containing the image, Wherein, the location of the scenic spot is a location calculated by the user-side processing module 24 according to the location information of the scenic spot and the location information of the surrounding view map. Since the surrounding view location information corresponding to the surrounding view model is known, in Google Street View, the surrounding view location information will correspond to the center point of the surrounding view model and projected onto a ground plane A projection point of, that is, a surrounding view location, therefore, the location of the scenic spot location information in the surrounding view model can be converted into the relative distance of the location location information relative to the surrounding view location information The relative distance in the surrounding scene model is obtained according to the relative distance between the projected point of the surrounding scene model and the converted relative distance.

In step 507, the user-side processing module 24 displays a surrounding scene image through the user-side display module 22, wherein the surrounding scene image includes a surrounding scene part corresponding to the corresponding position in the surrounding scene model, and The information window superimposed on the part of the surrounding view map and located at the location of the scenic spot in the surrounding view model. That is, the user-side processing module 24 displays the surrounding scene through the user-side display module 22, the surrounding scene including a part of the surrounding scene corresponding to the location of the scenic spot in the surrounding scene model, and the surrounding scene It also contains the information window superimposed on the location of the scenic spot (see Figure 4).

In this step 508, the user-side input module 23 generates a switching signal including a switching angle of view through the user's input operation, and transmits the switching signal to the user-side processing module 24.

In step 509, when the user-side processing module 24 receives the switching signal from the user-side input module 23, the user-side processing module 24 generates a switching command according to the switching signal, and according to the switching signal Command to switch the surrounding scene of the surrounding scene model displayed by the user-side display module 22. The switched surrounding scene includes another part of the surrounding scene in the surrounding scene model that corresponds to the switched viewpoint, and is superimposed on the surrounding scene. The other part of the surrounding view is located in the information window on the switching angle of view in the surrounding view model. Taking FIG. 4 as an example, when the user-side processing module 24 receives a switching instruction related to switching the angle of view to another area that is different from the area corresponding to the surrounding view, the user-side processing module 24 makes The user end display module 22 switches the surrounding view image to the other surrounding view portion corresponding to the switching angle of view, and superimposes the information window attached with the image to the other surrounding view portion, and causes the user end to display The module 22 displays the surrounding scene after the switch (see FIG. 5).

In other embodiments, in step 508, the user-side input module 23 may also generate a switching signal including a switching position through the user's input operation, and transmit the switching signal to the user-side processing module 24. The switching position is a position in the surrounding scene model that is different from a position in the surrounding scene model corresponding to one of the surrounding scene positioning information, so that in step 509, when the use The end processing module 24 receives the switching signal including the switching position, the user processing module 24 generates another switching command according to the switching signal, wherein the other switching command is related to switching to the corresponding environment model One of the different positioning information of the surrounding scene is switching position positioning information. For example, when the switching signal is to move to the switching position, the user-side processing module 24 calculates according to the surrounding scene position and the switching position of the surrounding scene model A distance between the surrounding view position and the switching position is calculated, and a switching position positioning information corresponding to the switching position is calculated through the conversion of the azimuth and the scale. The surrounding view database 31 obtains another set of surrounding views corresponding to the switching position positioning information, and generates another surrounding view model related to the other set of surrounding views, and according to the switch position and the position of the surrounding view model Positioning information of another surrounding view of the another surrounding view model to obtain a moving position in the other surrounding view model relative to the switching position, and according to the location information of the scenic spot and the positioning information of the other surrounding view corresponding to the other surrounding view model Calculate a target location corresponding to the location information of the scenic spot, attach an information window containing the image to the target location, and make the user-side display module 22 display the surrounding scene corresponding to the other surrounding scene model, Wherein, the surrounding scene image includes another surrounding scene part corresponding to the changing position in the other surrounding scene model, and superimposed on the other surrounding scene part and located at the target position in the other surrounding scene model The information window (see Figure 6). It is worth noting that when the other surrounding view part covers the surrounding view block corresponding to the target position, the surrounding view image includes another surrounding view part corresponding to the changed position in the other surrounding view model, and the overlay The information window that is combined on the other surrounding view part and located at the target position in the other surrounding view model is as shown in Figure 6, and when the other surrounding view part does not cover the corresponding target position When the surrounding view block is selected, the surrounding view screen will only display the part of the other surrounding view and not the information window at the target location.

In other embodiments, the user input module 23 can also generate a switching signal including a shift distance through the user's input operation, and transmit the switching signal to the user processing module 24, when the user The end processing module 24 receives the switching signal including the shift distance, and the user end processing module 24 generates another switching command according to the switching signal, wherein the other switching command is related to switching to the corresponding environment model One of the different positioning information of the surrounding view map is shifted positioning information. For example, the surrounding view location information of the surrounding view model is (31.77, 150.75). When the user operates the user input module 23 to generate another switching signal , Wherein the other switching signal is a shift distance moved westward from the positioning information of the surrounding view, and the user-side processing module 24 obtains another switching signal corresponding to the positioning information of the surrounding view and the shift distance According to the shift positioning information (31.75, 150.75), the user-side processing module 13 obtains another set of surrounding landscape images corresponding to the shift positioning information from the surrounding landscape database 31 according to the shift positioning information. And generate another surrounding scene model related to the other group of surrounding sceneries, and calculate a target position corresponding to the position of the sceneries according to the location information of the scenic spot and the positioning information of the other surrounding scene corresponding to the other surrounding scene models, By attaching an information window containing the image to the target position, and according to the displacement positioning information of the surrounding scene model and the positioning information of the other surrounding scene model of the other surrounding scene model, the relative position in the other surrounding scene model is obtained A shift position of the shift positioning information, and make the user end display module 22 display the surrounding scene image corresponding to the other surrounding scene model, wherein the surrounding scene image includes the other surrounding scene model and corresponds to Another part of the surrounding scene in the shifted position, and the information window superimposed on the part of the other surrounding scene and located at the target position in the other scene model.

To sum up, the method of the present invention for adding images to the surrounding view map uses the server 1 to generate the set of image data, so that the user end 2 creates the surrounding view model with the information window attached and displays and superimposes the image data. Including the panoramic view of the information window of the image, so that when the user himself shares the link to the corresponding group of image data with other people, other people will see the image and the corresponding image of the scenic spot. The scene superimposed on the scene can be switched to browse different positions of the panoramic scene, and then the user can experience the scene of the user shooting the image at the scenic spot, so it can indeed achieve the purpose of the invention.

However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification still belong to Within the scope covered by the patent of the present invention.

1: Server 100: Communication network 11: Server communication module 12: Server-side storage module 13: Server-side processing module 2: use end 21: User-side communication module 22: Consumer display module 23: User input module 24: end-use processing module 31: Surrounding Map Database 32: Locate the database Steps 401~410: prepare the program Steps 501~510: Display the program

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: FIG. 1 is a block diagram illustrating a surround view image synthesis system used to implement an embodiment of the method of the present invention for adding images to a surround view image; FIG. 2A is a flowchart illustrating a part of a preparation procedure of the method for adding images to a panoramic view of the present invention implemented in this embodiment; FIG. 2B is a flowchart illustrating another part of a preparation procedure of the method of adding images to a panoramic view of the present invention implemented in this embodiment; FIG. 3 is a flowchart illustrating a display procedure of the method for adding images to the panoramic view of the present invention implemented in this embodiment; FIG. 4 is a schematic diagram illustrating that in this embodiment, the user terminal displays a surrounding view screen. The surrounding view screen includes a surrounding view portion related to a scenic spot, and a surrounding view portion superimposed on the surrounding view portion and including a Information window related to the image of the attraction; FIG. 5 is a schematic diagram illustrating that in this embodiment, the user terminal switches the surrounding scene image presented by the surrounding scene model according to a switching instruction; and; FIG. 6 is a schematic diagram illustrating that in this embodiment, the user terminal switches another surrounding scene displayed by the surrounding scene model according to another switching instruction.

1: Server

100: Communication network

11: Server communication module

12: Server-side storage module

13: Server-side processing module

2: use end

21: User-side communication module

22: Consumer display module

23: User input module

24: end-use processing module

31: Surrounding Map Database

32: Locate the database

Claims (11)

A method for attaching an image to a surrounding view is implemented by connecting a user terminal and a server of a surrounding view database via a communication network. The method for attaching an image to the surrounding view includes the following steps: (A) When the server receives an image related to a scenic spot from the user end, the server obtains a scenic spot location information related to the scenic spot according to the image; (B) The server obtains at least one of a circle scene number and one circle scene position information corresponding to a group of scene circle pictures corresponding to the scene point positioning information according to the scene point positioning information; and (C) According to the image, the location information of the scenic spot, and at least one of the number of the surrounding view and the positioning information of the surrounding view corresponding to the group of surrounding views, the server generates a group containing the image, The scenic spot location information, and the image data of at least one of the surrounding view map number and the surrounding view map location information, and a link to the corresponding set of image data, the link enables the user to obtain according to the link The set of image data, and obtain the set of surrounding views from the surrounding view database according to one of the surrounding view number and the surrounding view positioning information in the set of image data, and according to the set of surrounding views The scene map is to establish an environment model formed by the group of environment images, and add an information window containing the image to one of the scenic spots in the environment model corresponding to the location information of the scenic spot. As described in claim 1, the server is also connected to a positioning database, and the positioning database is used to record the location information of the user related to the location of the user. Step (A) includes the following sub-steps: (A-1) When the server terminal receives the image from the user terminal, the server terminal determines whether the image includes the location information of the scenic spot; (A-2) When the server determines that the image does not include the location information of the scenic spot, the server obtains the user at the shooting time point from the positioning database according to the shooting time point of the corresponding image The user-side positioning information of the location; and (A-3) The server sets the user-side positioning information as the scenic spot positioning information. The method for attaching an image to the panoramic view as described in claim 1, wherein, after this step (A), the following sub-steps are further included: (A-1) When the server determines that the image does not include the location information of the scenic spot, the server uses the data obtained by the corresponding user at a previous time point before the shooting time of the corresponding image. A previous image and a subsequent image obtained by the corresponding user at a subsequent time point after the shooting time point to obtain the location information of the scenic spot corresponding to the image, wherein the previous image includes information related to A previous scenic spot location information of a previous scenic spot in the previous image, and the subsequent image includes a subsequent scenic spot location information related to a subsequent scenic spot in the subsequent image. The method for adding an image to the surrounding view as described in claim 1, wherein, in the step (C), the user terminal calculates the surrounding view model based on the location information of the scenic spot and the location information of the surrounding view. The location of the scenic spot corresponding to the location information of the scenic spot, to attach the information window to the location of the scenic spot. A method of attaching images to the surrounding landscape map is implemented by connecting a server terminal and a user terminal of the surrounding landscape database database via a communication network. The server terminal stores a set of image data and a corresponding set of images A link to the data. The image data includes an image related to a scenic spot and location location information, and at least one of a group of surrounding view map numbers and location information of a set of surrounding view locations corresponding to the location location information First, the method of attaching an image to the panorama includes the following steps: (A) When the user receives the link from the server, the user obtains the set of image data according to the link; (B) The user terminal obtains the group of surrounding views from the surrounding view database according to one of the surrounding view number and the positioning information of the surrounding view in the set of image data; and (C) The user end establishes an environment model formed by the group of environment images according to the group of environment images, and attaches a location of a scenic spot corresponding to the location information of the scenic spot in the environment model to include the image Like the information window. The method for attaching images to the surrounding view as described in claim 5, wherein, in the step (C), the user terminal calculates the surrounding view model based on the location information of the scenic spot and the location information of the surrounding view The location of the scenic spot corresponding to the location information of the scenic spot, to attach the information window to the location of the scenic spot. The method for adding an image to the surrounding scene as described in claim 6, further comprising a step (D), the user end presents a surrounding scene, wherein the surrounding scene includes a circle in the surrounding scene model corresponding to the location of the scenic spot The scene picture part, and the information window superimposed on the scene picture part and located at the location of the scenic spot in the scene model. The method for attaching images to the panoramic view as described in claim 7 further includes the following steps: (E) The user terminal generates a switching command including a switching perspective through the user's input operation; and (F) The user terminal switches the surrounding scene displayed by the surrounding scene model according to the switching instruction, wherein the surrounding scene after switching includes another part of the surrounding scene in the surrounding scene model that corresponds to the switching angle of view, and overlaps The information window that is merged in the part of the other surrounding view and located on the switching angle of view in the surrounding view model. The method for attaching images to the panoramic view as described in claim 7 further includes the following steps: (G) The user terminal generates a switching command including a switching position through the user's input operation; (H) The user terminal obtains a pair of switching position positioning information corresponding to the switching position according to the switching position, wherein the switching position positioning information is different from the surrounding scene map positioning information of the surrounding scene model; (I) The user terminal obtains another set of surrounding scenes corresponding to the positioning information of the switching position from the surrounding scene database according to the positioning information of the switching position; (J) The user end establishes another surrounding scene model formed by the other group of surrounding scenes according to the other group of surrounding scenes; (K) The user terminal calculates a target location corresponding to the location information of the scenic spot based on the location information of the scenic spot and the location information of another scenic map of the other scenic model, so as to attach the information window to the target location; (L) The user terminal obtains a variable position in the other surrounding scene model relative to the switching position according to the switching position of the surrounding scene model and the positioning information of another surrounding scene map; and (M) The user terminal displays the surrounding scene picture corresponding to the other surrounding scene model, wherein the surrounding scene picture includes another part of the surrounding scene picture corresponding to the changing position in the other surrounding scene model. The method for attaching images to the panoramic view as described in claim 9, wherein: In the step (G), the switching position is a position in the surrounding scene model that is different from one of the surrounding scene positions in the surrounding scene model corresponding to the positioning information of the surrounding scene; and In the step (H), the user terminal obtains the switching position positioning information corresponding to the switching position according to the positioning information of the panoramic view and the switching position. The method for attaching images to the panoramic view as described in claim 7 further includes the following steps: (N) The user terminal generates a switching command including a shift distance through the user's input operation; (O) The user terminal obtains a displacement positioning information according to the positioning information of the surrounding view and the displacement distance, wherein the displacement positioning information is different from the positioning information of the surrounding view; (P) The user terminal obtains another set of surrounding views corresponding to the shifting and positioning information from the surrounding view database according to the shifting and positioning information; (Q) The user end establishes another environment model formed by the other group of environment diagrams according to the other group of environment diagrams; (R) The user terminal calculates a target location corresponding to the location information of the scenic spot based on the location information of the scenic spot and the location information of another scenic map of the other scenic model, so as to attach the information window to the target location; (S) The user terminal obtains a shift position in the other surrounding scene model relative to the shift positioning information according to the shift positioning information of the surrounding scene model and the positioning information of another surrounding scene map; and (T) The user terminal displays the surrounding scene picture corresponding to the other surrounding scene model, wherein the surrounding scene picture includes another part of the surrounding scene picture corresponding to the shifted position in the other surrounding scene model.

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