TW201740346A - Corresponding method and system in between panorama image and message on Internet platform which is viewed at a viewing angle and operated in a cloud server - Google Patents

Abstract

The present invention provides a corresponding method and a system in between a panorama image and a message on an Internet platform, the at least one panoramic image is stored in a cloud server, the messenger views the panoramic image of the Internet platform on the client device and operates a cursor positioning module to change the viewing angle of the panoramic image, when the messenger wants to comment on the panoramic image at a first time and writes a message, a software calculator in the client device calculates, according to the process of the messenger manipulating the cursor positioning module, and stops at a first time, the rotation information of the panoramic image at a viewing angle in conjunction with a first time are stored in a cloud database; when at least one user clicks on the message, the cloud software calculator will access the rotation information and a first time from the cloud database, and calculates and searches for the panoramic image page of the panoramic image in association with the message, and present it to the user for viewing.

Description

Corresponding method and system between scene image and message on network platform

The invention relates to a technology for matching images and messages on a network platform, in particular to a corresponding method and system between a scene image and a message on a network platform.

With the development of the Internet and the advancement of photographic technology, especially after the mobile phone can also take pictures and upload it to the Internet, more and more people like to record the life of the video and upload it to the Internet platform. Sharing with the public, and the surround view image is the most novel recording mode at present. It uses at least two photographic devices equipped with fisheye lenses or more general cameras to capture the surrounding images on a large scale. The finished product produced by the image processing technology is a panoramic image.

When viewing a panoramic image with a computer, drag the image to the top and bottom and left and right to view the surrounding environment at 360 degrees without a dead angle. When the scene image is uploaded to the web platform, other users may want to comment on the screen at a certain point in time and at a certain angle when watching the movie. For example, when the timeline of the movie is 2:30, the screen is turned to the right. Someone is dancing at a certain angle, but I don’t know why this angle, and the commenter wants to comment on this dancer. Currently, the web platform can leave a message for the timeline. After the message, it will appear on the comment in the comment area. :30 words, other users will automatically connect to the scene image when they click 2:30, and automatically jump to the timeline 2:30 to start playback, but the screen will be the origin screen before the rotation is rotated, instead of the message The position of the dancer that everyone wants to see, the user does not know how many angles should be rotated, the user needs to find the 2:30 time point where there is a dancer, can not achieve the full response of the message and the panoramic image .

Therefore, the present invention proposes a corresponding method and system for a scene image and a message on a network platform, which effectively solves the above problems, and the specific architecture and implementation manner thereof will be described in detail below:

The main purpose of the present invention is to provide a corresponding method and system for a scene image and a message on a network platform, which is to enable a commenter to comment on a scene image of a viewing angle of a scene image. The time and rotation information of the scene image can be stored in the cloud server at the same time. When other users view the scene image on the network and click the message, the first time and the viewing angle are automatically presented. The panoramic image screen can be found by the user without operating the client device.

Another object of the present invention is to provide a corresponding method and system for a scene image and a message on a network platform, which is matched with a comparison table according to the operation process of the cursor positioning module to obtain a rotation angle of the corresponding scene image. The angle value.

A further object of the present invention is to provide a method and system for matching a scene image and a message on a network platform, wherein the cursor positioning module is a mouse or a touchpad, and the distance is slid according to a mouse or a finger. Look up the table to get the angle value. If the cursor positioning module is the direction key on the keyboard or a set of direction keys on the screen, the angle value is obtained by looking up the table according to the number of times the button is clicked and the dwell time.

To achieve the above objective, the present invention provides a method for mapping a scene image and a message on a network platform. At least one scene image is stored on a cloud server and can be transmitted through a network platform on a client device. Viewing the panoramic image and commenting, the corresponding method includes the following steps: a message user operates a cursor positioning module on the client device to change the viewing angle of viewing the panoramic image on the network platform, when the message person wants to When commenting on a scene image of the first time, a message is written and sent to be stored in the cloud server; one of the software devices in the client device calculates the first time according to the process of the message operator operating the cursor positioning module. The rotation information of the panoramic image of the viewing angle, and the rotation information and the first time are stored in one cloud database in the cloud server; and the message is displayed in a comment area near the surrounding image on the network platform, when At least one user clicks on the message, and uses a cloud software calculator to obtain the rotation information and the first time from the cloud database, and counts Looking for the first time panorama images, viewing angle of the panorama image screen, and presented to the user to watch.

The present invention further provides a corresponding system between a scene image and a message on a network platform, comprising: at least one scene image stored in a cloud server; at least one client device connected to the cloud server, and operating one The cursor positioning module can change the viewing angle of the panoramic image. When a commenter wants to comment on a scene image of the first time and the viewing angle, the message writer writes a message on the client device and sends it to the message. In the cloud server, a user clicks on a message and presents a scene image of the first time and the viewing angle on the client device; a software calculator is disposed in the client device, and the cursor is operated according to the message. The process of the module calculates a rotation information of the scene image of the viewing angle until the first time; a cloud database, storing the scene image, the message, the rotation information and the first time; and a cloud software calculator Set in the cloud server, calculate the scene image of the first time and the viewing angle according to the rotation information.

Wherein, when the rotation information is a coordinate value of the panoramic image of the viewing angle, the method for calculating the coordinate value by the software calculator includes the following steps: after each operation of the cursor positioning module, the software calculator will Obtaining an angle change value; the software calculator continuously accumulates the angle change value after each operation of the cursor positioning module to obtain an angle value of the viewing angle; and calculates the coordinate value of the viewing angle by using the angle value.

Wherein, when the rotation information is an angle value rotated by the landscape image of the viewing angle, the method includes the following steps: the software calculator obtains an angle change value after each operation of the cursor positioning module; The software calculator continuously accumulates the angle change value after each operation of the cursor positioning module to obtain the angle value of the viewing angle, as the rotation information is stored in the cloud database; and the user clicks the After the message is sent, the cloud software calculator uses the angle value to calculate the scene image of the viewing angle corresponding to a target value in one of the spherical coordinates of the scene image.

Alternatively, after each operation of the cursor positioning module, the software calculator directly obtains a value in the spherical coordinates of the panoramic image corresponding to the viewing angle of the viewing angle image, and stores it in the cloud server.

Each time the message operator operates the cursor positioning module, a change vector is generated on the ball coordinate. The angle change value includes a horizontal angle between the change vector and a horizontal XY axis and a vertical angle between the change vector and a Z axis.

The invention provides a corresponding method and system for a scene image and a message on a network platform, and FIG. 1 is a block diagram of an embodiment of a corresponding system between a scene image and a message on a network platform according to the present invention. FIG. 2 is a flow chart corresponding to FIG. 1 in the corresponding method between the surrounding image and the message on the network platform.

Referring to FIG. 1 , the corresponding system between the surround image and the message on the network platform includes a cloud server 10 and at least one client device 20, wherein the cloud server 10 is a network capable of playing a movie. The platform, such as YouTube, stores at least one surround image 13 , which may be a static 360-degree panoramic photo or a dynamic 360-degree panoramic movie; the cloud server 10 includes a cloud-playing software 12 and a cloud database. 14 and a cloud software calculator 16; the client device 20 is a smart phone, a tablet computer, a desktop computer, a notebook computer or other smart electronic devices, including a device-side playback software 22 and a cursor positioning module. 24. A software calculator 26, a comment module 27, a temporary memory 28, and a communication module 29. The client device 20 is connected to the cloud server 10 by using the communication module 29. When the device-side playing software 22 in the client device 20 plays a ring image 13, the cloud playing software 12 controls the streaming download of the ring image 13 The device 22 is played to the device end; the cursor positioning module 24 is a mouse, a touchpad, a touch screen or a set of direction keys, and the direction keys can be up, down, left, right keys on the keyboard, or on the client side. The direction key pattern displayed on the screen of the device 20, for example, the direction key pattern can be set in the upper left corner of the scene image; when a person operates the cursor positioning module 24 in the client device 20, the scene image is changed. For viewing angles, for example, by holding down the left mouse button and dragging the mouse to change the viewing angle of the surround image, taking the touchpad as an example, also holding the touchpad with one finger. The other finger slides on the touchpad to change the viewing angle of the surround image.

The comment module 27 is used for the commenter to input a message, and the commenter can comment on the scene image of a certain time and a certain viewing angle, the message is stored in the cloud server 10, and the software calculator 26 is used for calculation. The angle value and the coordinate value of the image of the ring image after the cursor positioning module 24 are operated; the cloud database 14 stores the image of the ring image, the message, the coordinate value, the angle value and the first time. Viewed from the client device 20, the message is displayed in a comment area near the surround image, and the downloaded video stream 13 video stream, the first time the message is input, the message and the software calculator 26 calculate The coordinate value and the angle value are temporarily stored in the temporary memory 28.

Please refer to FIG. 1 and FIG. 2 at the same time. When the commenter wants to comment on a certain picture in the panoramic image, first, in step S10, the message user opens the device-side playing software 22 on the client device 20, and selects The scene image to be viewed; in step S12, after the scene image starts playing, the message user can operate the cursor positioning module 24 to change the viewing angle of the scene image; in step S14, when the message person wants to be a first time, When commenting on the panoramic image of the viewing angle, a comment is input on the comment module 27, and the message can be text, voice, picture or image; in step S16, the client device 20 calculates the viewing angle until the first time. One of the surrounding image images rotates information, for example, the panoramic image of the viewing angle rotates the panoramic image 90 degrees to the right, which is the rotation information, and stores the rotation information and the first time in the cloud database 14 And in step S18, when the user clicks on the message, the cloud software calculator 16 obtains the rotation information and the first time from the cloud database 14, and in step S19, Rotational information and calculates a first time to look for a first time in the panorama image, the viewing angle of the panorama image screen, and in the view presented to the user client device 20. FIG. 3 is a detailed flowchart of an embodiment of the present invention. In step S20, the message user opens the device to play the software on the client device, and selects a 360-degree panoramic image to be viewed. In step S22, after selecting the ring image, When the scene image starts to play, the software calculator of the client device starts at the same time, the message operator operates the cursor positioning module of the client device to change the viewing angle of the ring image, and the software calculator obtains the cursor positioning mode for each operation. For the angle change value after the group, please refer to the ball coordinate diagram in Figure 4, assuming that the ring scene image starts playing time t ₀ , the first time is t _n , P_t ₀ = (x, y, z) is time t ₀ when the screen _{coordinates, P_t n = (X_t n,} Y_t n, Z_t n) is a first coordinate value at time t of the picture _n, Each time the message operator operates the cursor positioning module, a change vector V_t _n is generated on the ball coordinate, and the variation vector V_t _{n is} projected on a horizontal XY plane, and the angle between the X axis or the Y axis is ψt _n , the change vector The angle with the Z axis is θt _n . Step S24, when the commenter wants to comment on the scene image of the first time and the viewing angle, input a message on the comment module; in step S26, the software calculator in the client device continues to change the angle. Adding to the first time, for example, if the commenter operates the mouse to rotate the surround movie to the right in the horizontal direction by 1 cm, 2 cm, 1 cm, etc., the total is 4 cm rotated to the right. Then rotate the vertical direction upwards by 1 cm, 2 cm, 1 cm, etc., and add up to 4 cm upwards. Each rotation will have an angle change value including the horizontal vector and the vertical vector, and the angle change value will be three times. The summation is the angle values ψt _n and θt _{n of} the last viewing angle; then, in step S27, a target value of the scene image of the viewing angle is calculated by using the angle value, the coordinate value P_t _n = (X_t _n , Y_t _n , Z_t _n )=(r*sinθt _n *cosψt _n , r*sinθt _n *sinψt _n , r*cosθt _n ), and store the coordinate value P_t _n and the first time in the cloud database, so the coordinate value is In this embodiment, it is a spin Information; in step S28, when the user clicks on the message, the cloud software calculator obtains the coordinate value and the first time from the cloud database, and in step S29, uses the coordinate value and the first time to calculate the search. The scene image of the first time and the viewing angle in the scene image is directly presented on the client device for viewing by the user, so that the user does not need to rotate the screen to the position specified by the message holder.

In general, when the known rotation information is a coordinate value, the scene image can be directly found on the ball coordinates of the scene image.

FIG. 5 is a detailed flowchart of another embodiment of the present invention. In step S30, the message user opens the device-side playing software on the client device, and selects a 360-degree panoramic image to be viewed; in step S32, after selecting the ring-view image When the scene image starts to play, the software calculator of the client device will start at the same time, and the message operator operates the cursor positioning module of the client device to change the viewing angle of the ring image, please refer to the ball coordinate diagram in FIG. views assuming the video playback start time t _0, a first time _{t n, P_t 0 = (X_t} 0, Y_t 0, Z_t 0) to time t ₀ of the screen _{coordinates, P_t n = (X_t n,} Y_t n , Z_t _n ) is the coordinate value of the picture at the first time t _n , and each time the message operator operates the cursor positioning module, a change vector V_t _n is generated on the ball coordinate, and the level of the change vector V_t _n and a horizontal XY axis is generated. The angle is ψt _n , and the vertical angle between the variation vector V_t _n and a Z axis is θt _n . Step S34, when the commenter wants to comment on the scene image of the first time and the viewing angle, input a message on the comment module; in step S36, the software calculator in the client device continues to change the angle. Adding to the first time, for example, if the commenter operates the mouse to rotate the surround movie to the right in the horizontal direction by 1 cm, 2 cm, 1 cm, etc., the total is 4 cm rotated to the right. Then rotate the vertical direction upwards by 1 cm, 2 cm, 1 cm, etc., and add up to 4 cm upwards. Each rotation will have an angle change value including the horizontal vector and the vertical vector, and the angle change value will be three times. The sum is the angle values ψt _n and θt _{n of} the last viewing angle, and stores the angle value and the first time into the cloud database, so the angle value is the rotation information in this embodiment; then, in step S38, when used When the user clicks on the message, the cloud software calculator obtains the angle value and the first time from the cloud database, and in step S39, uses the angle value to calculate the scene angle of the viewing angle. Like the coordinate value of the picture, the coordinate value P_t _n =(X_t _n , Y_t _n , Z_t _n )=(r*sinθt _n *cosψt _n , r*sinθt _n *sinψt _n , r*cosθt _n ), and then calculate the search The panoramic image of the viewing angle of the coordinate value in the scene image is displayed on the client device for viewing by the user.

FIG. 6 is a detailed flowchart of another embodiment of the present invention. In step S40, the message user opens the device-side playing software on the client device, and selects a 360-degree panoramic image to be viewed; in step S42, after selecting the ring-view image When the scene image starts to play, the software calculator of the client device starts at the same time, and the message operator operates the cursor positioning module of the client device to change the viewing angle of the ring image, but in this step, the software calculator directly Obtain the coordinate value of each operation of the cursor positioning module, and then do not need to obtain the angle change value and then add the total calculation, because some scene images will have built-in ball coordinates. Step S44, when the commenter wants to comment on the scene image of the first time and the viewing angle, input a message on the comment module; in step S46, the software calculator in the client device obtains the current coordinate of the message. Value, and store the coordinate value and the first time in the cloud database, so the coordinate value is the rotation information in this embodiment; then in step S48, when the user clicks on the message, the cloud software calculator from the cloud The coordinate value and the first time are obtained in the database, and in step S49, the coordinate image and the first time are used to calculate the panoramic image of the first time and the viewing angle in the panoramic image, and are directly presented on the client device. Show it to the user.

Therefore, in the present invention, the software calculator of the client device according to the cursor positioning module and the rotation information stored in the cloud database may include the angle value of the viewing angle at the first time, or calculated by the angle value. Coordinate value, when the software calculator has calculated the coordinate value, if other users click on the message, the cloud software calculator can directly use the coordinate value to find the scene image of the coordinate value at the first time; if the software calculator Only calculate the angle value, then if other users click on the message, the cloud software calculator needs to calculate the coordinate value by the angle value, and then use the coordinate value to find the scene image of the coordinate value at the first time, that is, the coordinate The value can be calculated by the software calculator of the client device or by the cloud software calculator.

In the present invention, when the cursor positioning module is a mouse, a touchpad or a touch screen, the software calculator moves according to the distance of the finger of the message on the touchpad or the touch screen, or the cursor movement of the mouse. The distance, after querying a comparison table, can obtain the angle change value of the rotation angle of the corresponding scene image, and the comparison table pre-trains the relationship between the distance moved by the operation cursor positioning module and the angle change value of the rotation angle of the landscape image. For example, the position of the finger touch on the touch screen directly corresponds to the position coordinate of the screen. After the finger is dragged, the position coordinate of the screen produces a relative displacement, and the movement of the finger to the right represents the rotation of the scene image counterclockwise, when the finger Move 9 cm on the touch screen, which is equivalent to 90 degrees of the scene image, or 3 cm of the mouse cursor is equivalent to 30 degrees of the scene image rotation. These correspondences are pre-established in the comparison table. Calculate the distance the finger moves on the touchpad, touch screen, or the distance the mouse cursor moves, and you can look up the table to get the angle change value.

If the cursor positioning module is a direction key, the software calculator is based on the number of times the visitor clicks the direction key and the dwell time. After querying a comparison table, the angle change value of the rotation angle of the corresponding scene image can be obtained, and the comparison table is pre- The relationship between the number of times the click direction key is clicked and the angle of change of the dwell time and the angle of rotation of the landscape image is trained. For example, the preset direction key can be quickly clicked to rotate the picture of the scene image by 15 degrees, and if the direction key is pressed for 2 seconds, the picture of the scene image can be rotated for one week, and the relationship is established. As long as you get the number of times the message is clicked and the dwell time, you can check the table to get the angle change value.

When the message is displayed in the comment area, a mark is displayed at the same time for the user to click. After clicking the mark, the image of the scene at the first time and the viewing angle when the message is posted can be displayed, and the mark can contain the first time and The coordinate value, only the first time or only the coordinate value, this part is the message holder can choose when writing the message, and the message can also choose to display the logo and message at the same time, or only display the message, such as the message You can choose to present the message only in the comment area without displaying the mark, but when the user clicks on the message, it will also lead to the panoramic image of the viewing angle.

There may be at least two methods for determining the first time. One is that when the landscape image is paused, the pause time is the first time, and the other is that when the message is input by the message, the scene image continues to play, and the first time is the message. The person begins to enter a start time for the message.

In addition, the message person can mark an object on the scene image, and when the scene image is presented to the user, the object can also be centered or other eye-catching prompts, such as adding a square or a circle outside the object. Frame and so on. For example, the scene image is a group photo of a lot of people. If the message person wants to mark one of the people, the person is given the first object label. When the user clicks on the message, not only the device-side playback software is rotated to the The angle of the image of the scene, and will automatically move the head to the center of the screen, or the position of the head is unchanged but the person is marked with a red frame, you can know at a glance who the message is.

Therefore, in the present invention, for example, when a commenter is watching a panoramic image of a flying aircraft on the line (cloud server), the picture is always facing the front of the captain, and it is assumed that the message person rotates the ring image to be visible. On the right side of the window, and at 1:06, there is a message "There is a bird outside the window." When other users watch the same scene image, they can see this message in the comment area. Just click the message or the icon next to it, you can jump the timeline of the scene image directly to 1:06, and the picture is no longer Facing the front of the captain, it is the viewing angle of the message at 1:06, that is, the right window, so that the user does not need to rotate the screen to the right window by himself; in addition, if the message person has the object labeled "bird", then use Not only can you directly see the panoramic image of the right window, but you can also see the "bird" marked by the box, or the bird is moved to the center of the picture, etc., to get a clearer understanding of the message. What do you mean by this scene image?

In summary, the present invention provides a method and system for matching a scene image and a message on a network platform, and the application is performed on a client device, such as a computer, a tablet computer, a smart phone, etc., by a user operating a rotating screen screen. On the device, the cursor positioning module can obtain the angle change value of the ring image, and then calculate the coordinate value of the rotated landscape image, or directly obtain the coordinate value when the operation is performed, and the rotation information is stored in The cloud server, therefore, the present invention links the message with the time point and the viewing angle of the current scene image, and when other users click the message, the scene image will automatically jump to the time point, and According to the coordinate value, the screen is automatically rotated to the viewing angle, so that the user can directly see the ring image image pointed by the commenter without using the cursor cursor and clicking the cursor positioning module.

The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention. Therefore, any changes or modifications of the features and spirits of the present invention should be included in the scope of the present invention.

10‧‧‧Cloud Server
12‧‧‧Cloud Play Software
13‧‧‧Outdoor image
14‧‧‧Cloud database
16‧‧‧Cloud Software Calculator
20‧‧‧Client device
22‧‧‧Device-side playback software
24‧‧‧ cursor positioning module
26‧‧‧Software Calculator
27‧‧‧Comment Module
28‧‧‧Scratch memory
29‧‧‧Communication Module

FIG. 1 is a block diagram of an embodiment of a corresponding system between a scene image and a message on a network platform according to the present invention. FIG. 2 is a flow chart of an embodiment of a method for mapping a scene image and a message on a network platform according to the present invention. FIG. 3 is a detailed flowchart of an embodiment of a method for mapping a scene image and a message on a network platform according to the present invention. Figure 4 is a schematic diagram of the coordinates of the ring image image at the first time tn on the coordinates of the surrounding image sphere. FIG. 5 is a detailed flowchart of another embodiment of a method for mapping a scene image and a message on a network platform according to the present invention. FIG. 6 is a detailed flowchart of still another embodiment of a method for mapping a scene image and a message on a network platform according to the present invention.

Claims (37)

A method for matching a scene image and a message on a network platform, wherein at least one scene image is stored on a cloud server, and the scene image can be viewed and commented on a client device through a network platform. The corresponding method includes the following steps: a commenter operates a cursor positioning module on the client device to change a viewing angle of viewing the panoramic image on the network platform, when the messageer wants to When commenting on a scene image of time, a message is written and sent to the cloud server; one of the software devices of the client device calculates the number according to the process of the message operator operating the cursor positioning module. At one time, one of the scene images of the viewing angle rotates information, and the rotation information and the first time are stored in one cloud database in the cloud server; and the message is displayed on the network platform. In a comment area near the image of the scene, when at least one user clicks on the message, the cloud software calculator is used to obtain the rotation from the cloud database. And the first time information, and the information is calculated by using the rotation of the ring looking for the first time to view the image, the viewing angle of the panorama image of the picture, and presented to the user to view. The method for responding to the image between the scene image and the message on the network platform, wherein the cursor positioning module is a mouse, a touch panel, a touch screen or a set of direction keys, the group The direction key is a direction key graphic on a screen of the client device, or a direction key button on a keyboard of the client device. The method for responding to the image between the scene image and the message on the network platform as claimed in claim 1, wherein the software calculator obtains an angle change value after the message operator operates the cursor positioning module; the software calculation Continuously accumulating the angle change value after each operation of the cursor positioning module to obtain an angle value of the viewing angle; and calculating the panoramic image corresponding to the viewing angle by using the angle value A value of the ball coordinates is stored in the cloud database as the rotation information. The method for responding to the image between the scene image and the message on the network platform as claimed in claim 1, wherein the software calculator obtains an angle change value after the message operator operates the cursor positioning module; the software calculation Continuously accumulating the angle change value after each operation of the cursor positioning module to obtain an angle value of the viewing angle, and storing the rotation information in the cloud database; and the user clicking the message The cloud software calculator uses the angle value to calculate the scene image of the viewing angle corresponding to a target value in one of the spherical coordinates of the scene image. The method for responding to the scene image and the message on the network platform as claimed in claim 1, wherein the software calculator directly obtains the scene image of the viewing angle after the message operator operates the cursor positioning module. The picture corresponds to a value in one of the ball coordinates of the scene image, and is stored in the cloud database as the rotation information. The method for responding to the scene image and the message on the network platform, wherein the cursor positioning module is the mouse, the touch panel or the touch screen, the software calculator According to the distance moved by the finger of the message on the touchpad or the touch screen, or the distance moved by the cursor of the mouse, after querying a comparison table, the distance corresponding to the rotation angle of the scene image can be obtained. Angle change value. The method for responding to the scene image and the message on the network platform as described in claim 3 or 4, wherein when the cursor positioning module is the group of direction keys, the software calculator clicks the group direction button according to the message user The number of times and the dwell time, after querying a comparison table, the angle change value corresponding to the rotation angle of the ring image can be obtained. The method for responding to the scene image and the message on the network platform, as described in claim 3, wherein each time the message operator operates the cursor positioning module, a change vector is generated on the ball coordinate, and the angle changes. The value includes the angle at which the variation vector is projected at an angle between one of the horizontal XY planes and one of the X-axis or the Y-axis and the variation vector is at an angle to one of the Z-axis. The method for responding to the scene image and the message on the network platform, as described in claim 6, wherein the comparison table pre-trains the angle at which the cursor positioning module moves and the angle of rotation of the scene image The relationship between the values of change. The method for responding to the scene image and the message on the network platform as claimed in claim 7, wherein the comparison table pre-trains the number of times the click of the group of direction keys and the dwell time and the angle of rotation of the ring image are The relationship between the values of change. The method for responding to the scene image and the message on the network platform as claimed in claim 1, wherein when the message is displayed in the comment area, a mark may be simultaneously displayed for the user to click, click the mark or click the After the message is posted, the scene image of the viewing angle at the first time can be displayed. The corresponding method between the image of the scene and the message on the network platform, as described in claim 11, wherein the identifier may include the first time and the rotation information, only the first time or only the rotation News. The method for responding to the scene image and the message on the network platform as claimed in claim 11 or 12, wherein when the message is written by the message, the message and the message may be displayed at the same time, or only the message may be displayed. The method for responding to the image between the scene image and the message on the network platform, wherein the message is stored in the cloud database or stored in another database corresponding to the cloud database. . The method for responding to the scene image and the message on the network platform, wherein the cloud server is provided with a cloud playing software to download the stream of the ring image to the client device. Play. The method for responding to the scene image and the message on the network platform, wherein the client device is provided with a device-side playback software to enable the scene image on the cloud server. The method for responding to the scene image and the message on the network platform, wherein the message is input when the scene image is paused, and the first time is the time when the scene image is paused. The corresponding method between the scene image and the message on the network platform, as described in claim 1, wherein when the message input is the message, the scene image continues to play, and the first time is that the message user starts to input the One of the start times of the message. The method of claim 1, wherein the client device is a smart phone, a tablet computer, a desktop computer, a notebook computer, or other smart electronic device. The method for responding to the image between the scene image and the message on the network platform, wherein the message user can mark an object on the scene image, and the scene image is presented to the user. When viewed, the range of the scene image displayed on the client device is displaced to center the object. The method for responding to the image between the scene image and the message on the network platform, wherein the message user can mark an object on the scene image, and the scene image is presented to the user. The object is highlighted when viewed. The corresponding method between the scene image and the message on the network platform as claimed in claim 19, wherein the eye-catching prompt adds a frame outside the object. A corresponding system between a scene image and a message on a network platform, comprising: at least one scene image stored in a cloud server; at least one client device connected to the cloud server, operating a cursor positioning module The group can change the viewing angle of the panoramic image. When a commenter wants to comment on a scene image of the first time and the viewing angle, the messageer composes a message on the client device and sends it to the message. In the cloud server, a user clicks on the message, and presents the scene image of the first time and the viewing angle on the client device; a software calculator is disposed in the client device. According to the process of the message locator operating the cursor positioning module, calculating one rotation information of the scene image of the viewing angle until the first time; a cloud database, located in the cloud server, storing The scene image, the message, the rotation information, and the first time; and a cloud software calculator, disposed in the cloud server, and calculating according to the rotation information Look for the first time and the viewing angle of the panorama image screen. The corresponding system between the scene image and the message on the network platform, wherein the cursor positioning module is a mouse, a touch panel, a touch screen or a set of direction keys, the group The direction key is a direction key graphic on a screen of the client device, or a direction key button on a keyboard of the client device. The corresponding system between the scene image and the message on the network platform, wherein the cursor positioning module is the mouse, the touch panel or the touch screen, the software calculator is The distance that the finger of the messageer moves on the touchpad or the touch screen, or the distance that the cursor of the mouse moves, after querying a comparison table, the distance change corresponding to the rotation angle of the image of the scene can be obtained. value. The corresponding system between the scene image and the message on the network platform, wherein the cursor positioning module is the group of direction keys, the software calculator is based on the number of times the message user clicks the group direction key. And the dwell time, after querying a comparison table, an angle change value corresponding to the rotation angle of the surrounding image can be obtained. The corresponding system between the scene image and the message on the network platform, as described in claim 23, wherein the message is displayed in a comment area near the scene image, and an indication is displayed on the message for the use. Clicking on the icon displays the scene image of the scene at the first time and the viewing angle. The corresponding system between the scene image and the message on the network platform, as claimed in claim 27, wherein the identifier may include the first time and the rotation information, only the first time or only the rotation News. The corresponding system between the scene image and the message on the network platform as claimed in claim 27 or 28, wherein when the message is written by the message, the message and the message may be displayed at the same time, or only the message may be displayed. The corresponding system between the scene image and the message on the network platform, as described in claim 23, wherein the message is stored in the cloud database or stored in another database corresponding to the cloud database. . The corresponding system between the scene image and the message on the network platform, as described in claim 23, wherein the cloud server is provided with a cloud playing software to download the stream of the ring image to the client device. Play. The corresponding system between the scene image and the message on the network platform, as described in claim 23, wherein the client device is provided with a device-side playback software to enable the scene image on the cloud server. The corresponding system between the scene image and the message on the network platform, as described in claim 23, wherein the client device is a smart phone, a tablet computer, a desktop computer, a notebook computer or other smart electronic device. The corresponding system between the scene image and the message on the network platform, as described in claim 23, wherein the message is a text, a voice, a picture or an image. The corresponding system between the scene image and the message on the network platform, as described in claim 23, wherein the scene image may include an object marked by the message, and the commenter comments on the object. When the scene image is presented to the user for viewing, the object is processed or highlighted. The corresponding system between the scene image and the message on the network platform as claimed in claim 23, wherein the scene image is a static 360 degree scene photo or a dynamic 360 degree scene film. The corresponding system between the scene image and the message on the network platform, wherein the rotation information is an angle value of the rotation of the scene image, or the scene image corresponding to the scene image A value in a ball coordinate.