CN105606106A - Photo taking management method and system based on mobile positioning and electronic map - Google Patents

Abstract

A photo shooting management method and system, which includes obtaining the shooting location of the photo; loading an electronic map containing the shooting location; determining the location where a map logo needs to be placed on the electronic map according to the shooting location, and according to the The placement location displays the graphic identification on the electronic map; the graphic identification is an identification pattern of the photo on the placement location, and the graphic identification is interrelated with the photo. With the photo shooting management method and system, it is possible to intuitively manage the photos taken at various geographical locations on the basis of the electronic map, to view the photos taken at each geographical location at a glance through the electronic map, and to intuitively view the photos taken at each geographical location based on the electronic map. The shooting location Go to the shooting location to take pictures.

Description

Photo shooting management method and system based on mobile positioning and electronic map

technical field

The invention relates to the field of photo shooting, in particular to a photo shooting management method and system based on mobile positioning and an electronic map.

Background technique

The location where the photo is taken is very important to the user, because the photo taken is very related to the location where the photo was taken. For example, the user can return to the shooting location according to the shooting location of the past photos and then take photos, and another example is that the user can go to the shooting location to take his own photos according to the shooting location of the friend's photo. For another example, when the user arrives at a certain location, he can know whether he has taken photos at this shooting location in the past.

In the existing photo management field, photos are not managed according to the shooting location, so users cannot intuitively manage photos taken at various geographic locations on the basis of an electronic map, and cannot view photos taken at various geographic locations at a glance through the electronic map. It is even more impossible to intuitively go to the shooting location to take a photo according to the shooting location of the photo.

Contents of the invention

Based on this, it is necessary to provide a photo shooting management method and system that can intuitively manage photos taken at various geographical locations on the basis of an electronic map, and can intuitively go to the shooting location to take photos according to the shooting location of the photo.

A photo shooting management method, comprising the steps of:

Get the location where the photo was taken;

Loading an electronic map containing the shooting location;

Determining the placement position where the graphic logo needs to be placed on the electronic map according to the shooting location, and displaying the graphic logo on the electronic map according to the placement position;

The graphic identification is an identification pattern of the photo at the placement location, and the graphic identification is associated with the photo.

The above photo shooting management method obtains the shooting location of the photo; loads the electronic map containing the shooting location; determines the placement position on the electronic map according to the shooting location, and according to the placement location in The picture mark is displayed on the electronic map; the picture mark is an mark pattern of the photo at the placement location, and the picture mark is interrelated with the photo. By means of the photo shooting management method, the photos taken at various geographic locations can be intuitively managed on the basis of the electronic map, the photos taken at each geographic location can be viewed at a glance through the electronic map, and the photos taken at various geographic locations can be intuitively managed according to the shooting of the photos. Location Go to the shooting location to take pictures.

A photo shooting management system, comprising:

The shooting location obtaining module is used to obtain the shooting location of the photo;

A map loading module, configured to load an electronic map containing the shooting location;

An identification display module, configured to determine a placement position on the electronic map where a graphic identification needs to be placed according to the shooting location, and display the graphic identification on the electronic map according to the placement position;

The graphic identification is an identification pattern of the photo at the placement location, and the graphic identification is associated with the photo.

In the above-mentioned photo shooting management system, the shooting location acquisition module obtains the shooting location of the photo; the map loading module loads the electronic map containing the shooting location; the identification display module determines the place where the map logo needs to be placed on the electronic map according to the shooting location The location is placed, and the graphic logo is displayed on the electronic map according to the placement location; the graphic logo is an identification pattern of the photo on the placement location, and the graphic logo is associated with the photo. Through this photo shooting management system, the photos taken at various geographical locations can be intuitively managed on the basis of the electronic map, and the photos taken at each geographical location can be viewed at a glance through the electronic map, and the photos taken at various geographical locations can be intuitively managed according to the shooting of the photos. Location Go to the shooting location to take pictures.

Description of drawings

Fig. 1 is a flow chart of a photo shooting management method in an embodiment;

Fig. 2 is the concrete flowchart of a step of Fig. 1;

Fig. 3 is a flow chart of another embodiment of a photo shooting management method;

FIG. 4 is a structural diagram of a photo shooting management system in an embodiment;

Fig. 5 is a unit structure diagram of a module of Fig. 4;

Fig. 6 is a structural diagram of a photo shooting management system in another embodiment.

detailed description

In order to facilitate the understanding of the present invention, the present invention will be described more fully below with reference to the associated drawings. Preferred embodiments of the invention are shown in the accompanying drawings. However, the present invention can be embodied in many different forms and is not limited to the embodiments described herein. On the contrary, these embodiments are provided to make the understanding of the disclosure of the present invention more thorough and comprehensive.

Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the technical field of the invention. The terms used herein in the description of the present invention are for the purpose of describing specific embodiments only, and are not intended to limit the present invention. As used herein, the term "or/and" includes any and all combinations of one or more of the associated listed items.

As shown in Figure 1, it is a photographic shooting management method of an embodiment of the present invention, comprising steps:

S130: Obtain the shooting location of the photo.

The shooting location of a photo is the geographic location of the shooting device recorded when the photo was taken. The way of recording may be a way of positioning through movement. Specifically, GPS positioning, base station positioning, wifi positioning, IP positioning, RFID/QR code label identification positioning, Bluetooth positioning, sound wave positioning, scene recognition positioning and other methods can be used. For example, call the mobile positioning function supported by smart phones; another example, call the automatic positioning function of Baidu map on the mobile phone.

Preferably, the photo can be a previously taken photo already stored in the video library, or a currently taken real-time photo.

S150: Load the electronic map containing the shooting location.

Loading the electronic map containing the positioning location can be realized by calling ARCGIS or MAPINFO or GOOGLEEARTH or Baidu map or Bing map or other electronic maps or map positioning interfaces provided by GIS systems.

S170: Determine, according to the shooting location, a placement position on the electronic map where a graphic marker needs to be placed, and display the graphic marker on the electronic map according to the placement position.

The graphic logo can be a picture, a label, a thumbnail or a text symbol. The way of displaying the map logo can be flashing display. In this way, the user is reminded to pay attention.

The image identification is correlated with the photo. In this way, the pictures can be viewed or managed through the picture mark.

The above photo shooting management method obtains the shooting location of the photo; loads the electronic map containing the shooting location; determines the placement position on the electronic map according to the shooting location, and according to the placement location in The picture mark is displayed on the electronic map; the picture mark is an mark pattern of the photo at the placement location, and the picture mark is interrelated with the photo. By means of the photo shooting management method, the photos taken at various geographic locations can be intuitively managed on the basis of the electronic map, the photos taken at each geographic location can be viewed at a glance through the electronic map, and the photos taken at various geographic locations can be intuitively managed according to the shooting of the photos. Location Go to the shooting location to take pictures. In addition, if the shooting location is a tourist attraction, it may cause the user to revisit the tourist attraction, thereby increasing the income of the tourist attraction.

In one of the embodiments, there are multiple photos.

In one of the embodiments, before the step S150, a step is further included: obtaining the positioning position and the preset distance.

The manner of obtaining the positioning location includes: a manner of moving the positioning and a manner of inputting the positioning by the user.

Wherein, the manner of mobile positioning is not described in detail here. The method for the user to input the location, specifically, the user inputs the location of the location. More specifically, the user can input the positioning position through text input; or in a selected manner on the electronic map.

Understandably, the preset distance is greater than or equal to zero.

Understandably, the positioning location is a location where the user wants to view and manage photos.

In one of the embodiments, the positioning position is the current positioning position of the current location. In this way, the user can view photos of shooting locations within a preset distance range from the current location.

As shown in Figure 2, step S150 includes:

S151: Load an electronic map within the preset distance centered on the positioning position according to the positioning position.

S153: Find out whether the electronic map contains the shooting location of the photo.

S157: When the shooting location of the photo is found in the electronic map, determine that the electronic map is an electronic map including the shooting location of the photo.

In another embodiment, further comprising the steps of:

S155: When at least one shooting location of the photo is not found in the electronic map, return to the step of obtaining the positioning location and the preset distance.

In this way, it is possible to only focus on whether there are photos at the shooting location within the preset range of the positioning location positioned by the user, thereby saving system resources. When there are photos, the photos taken in each geographical location can be intuitively managed on the basis of the electronic map, and the photos taken in each geographical location can be checked at a glance through the electronic map, and the photos can be intuitively located according to the shooting location of the photo. Go to the shooting location to take pictures.

In one of the embodiments, before step S130, the steps further include:

S120 (not shown): Acquiring a preset distance.

The preset distance may be a plurality of preset distance values, and the user may select according to needs; the preset distance may also be any distance value set by the user. In this way, the user can set the preset distance as required.

In one of the embodiments, the photo is a photo taken in real time, and step S130 includes:

S110 (not shown in the figure): Obtain the current location of the shooting device that takes the photo in real time as the shooting location, and correlate the photo shooting in real time with the shooting location.

In this way, a way of photographing is provided. At the same time, it also provides the correlation between the shooting location and the photo when viewing the photo.

Please refer to Fig. 3, in one of the embodiments, after step S170, also includes steps:

S180: Obtain a photo viewing command with the photo associated with the map identifier as a viewing purpose, and display the photo associated with the placement location according to the photo viewing command.

For example, the user can send a photo view command to view the photos associated with the image mark by clicking the figure mark with the mouse, or right-clicking a pop-up menu item and selecting a view command in the menu item, or other operation methods. As another example, the mode of the photo viewing command may also be to directly trigger the photo viewing command when the shooting location of the photo is within the preset range of the positioning location.

The photos can be viewed in the following manner: at the same time, display all the photos whose shooting location is the placement location; display all the photos whose shooting location is the placement location in a preset order; record the photos whose shooting location is the placement location as The photos to be displayed are displayed at the placement position, and only the preset photos can be displayed, or all the photos to be displayed can be displayed sequentially or overlapped or page-turned. Wherein, the preset photo is a photo taken recently or farthest; understandably, the preset photo may also be a photo selected by the user.

In one of the embodiments, it also includes the steps of:

Obtaining a map viewing command with the map identification associated with the photo as a viewing purpose, and according to the map viewing command, loading an electronic map to display the map identification.

For example, by right-clicking on the photo and selecting the command "view map", you can view the map mark and shooting route associated with the photo.

Please continue to refer to Fig. 3, in one of the embodiments, after step S170, also includes steps:

S190: Obtain the image identifier and the number of photos in the placement location, and set the image identifier in a preset format according to the image identifier and the number of photos.

The preset format can be a format of different numbers or different colors or different color shades, so that the number of photos can be reflected by the graphic identification.

Please continue to refer to Fig. 3, in one of the embodiments, after step S170, also includes steps:

S1A0: Obtain a navigation request instruction.

For example, the user can double-click or perform other operations on the figure mark to send a navigation message that uses the geographic location indicated by the place where the figure mark is placed (that is, the shooting location of the photo associated with the figure mark) as the navigation destination. Order.

S1B0: According to the navigation request command, display a navigation route with the current location as the navigation starting point and the placement location as the navigation destination.

In this way, a convenient navigation method can be provided for the user to visit the shooting location of the photo.

As shown in Figure 4, it is a photo shooting management system according to an embodiment of the present invention, including:

The shooting location obtaining module 130 is configured to obtain the shooting location of the photo.

The shooting location of a photo is the geographic location of the shooting device recorded when the photo was taken. The way of recording may be a way of positioning through movement. Specifically, GPS positioning, base station positioning, wifi positioning, IP positioning, RFID/QR code label identification positioning, Bluetooth positioning, sound wave positioning, scene recognition positioning and other methods can be used. For example, call the mobile positioning function supported by smart phones; another example, call the automatic positioning function of Baidu map on the mobile phone.

Preferably, the photo can be a previously taken photo already stored in the video library, or a currently taken real-time photo.

The map loading module 150 is configured to load the electronic map containing the shooting location.

Loading the electronic map containing the positioning location can be realized by calling ARCGIS or MAPINFO or GOOGLEEARTH or Baidu map or Bing map or other electronic maps or map positioning interfaces provided by GIS systems.

The logo display module 170 is configured to determine, according to the shooting location, a location where a graphic logo needs to be placed on the electronic map, and display the photo logo on the electronic map according to the placement location.

The graphic logo can be a picture, a label, a thumbnail or a text symbol. The way of displaying the map logo can be flashing display. In this way, the user is reminded to pay attention.

The image identification is correlated with the photo. In this way, the pictures can be viewed or managed through the picture mark.

In the above-mentioned photo shooting management system, the shooting location acquisition module 130 obtains the shooting location of the photo; the map loading module 150 loads the electronic map containing the shooting location; Figure the placement position of the logo, and display the picture logo on the electronic map according to the placement position; Interrelated. Through this photo shooting management system, the photos taken at various geographical locations can be intuitively managed on the basis of the electronic map, and the photos taken at each geographical location can be viewed at a glance through the electronic map, and the photos taken at various geographical locations can be intuitively managed according to the shooting of the photos. Location Go to the shooting location to take pictures. In addition, if the shooting location is a tourist attraction, it may cause the user to revisit the tourist attraction, thereby increasing the income of the tourist attraction.

In one of the embodiments, there are multiple photos.

In one of the embodiments, it further includes: a range acquiring unit, configured to acquire the positioning position and the preset distance.

The manner of obtaining the positioning location includes: a manner of moving the positioning and a manner of inputting the positioning by the user.

Wherein, the manner of mobile positioning is not described in detail here. The method for the user to input the location, specifically, the user inputs the location of the location. More specifically, the user can input the positioning position through text input; or in a selected manner on the electronic map.

Understandably, the preset distance is greater than or equal to zero.

Understandably, the positioning location is a location where the user wants to view and manage photos.

In one of the embodiments, the positioning position is the current positioning position of the current location. In this way, the user can view photos of shooting locations within a preset distance range from the current location.

As shown in Figure 5, the map loading module 150 includes:

The range map loading unit 151 is configured to load an electronic map within the preset distance centered on the positioning position according to the positioning position.

The location search unit 153 is configured to search whether the electronic map contains the shooting location of the photo.

The location determining unit 157 is configured to determine that the electronic map is an electronic map including the shooting location of the photo when the location of the photo is found in the electronic map.

In another embodiment, also includes:

The repeated calling unit 155 is configured to call the range obtaining unit when at least one shooting location of the photo is not found in the electronic map.

In this way, it is possible to only focus on whether there are photos at the shooting location within the preset range of the positioning location positioned by the user, thereby saving system resources. When there are photos, the photos taken in each geographical location can be intuitively managed on the basis of the electronic map, and the photos taken in each geographical location can be viewed at a glance through the electronic map, and the photos can be intuitively located according to the shooting location of the photo. Go to the shooting location to take pictures.

In one of the embodiments, it also includes:

The preset distance acquiring module 120 (not shown in the figure), is used to acquire the preset distance.

The preset distance may be a plurality of preset distance values, and the user may select according to needs; the preset distance may also be any distance value set by the user. In this way, the user can set the preset distance as required.

In one of the embodiments, the photos are taken in real time, and the shooting location acquisition module 130 includes:

The photographing sub-module 110 (not shown in the figure) is configured to acquire the current location of the photographing device for capturing the photo in real time as the shooting location, and correlate the real-time photo taking with the shooting location.

In this way, a way of photographing is provided. At the same time, it also provides the correlation between the shooting location and the photo when viewing the photo.

Referring to Figure 6, in one of the embodiments, it also includes:

The photo viewing module 180 is configured to obtain a photo viewing command for viewing the photo associated with the image identifier, and display the photo associated with the placement location according to the photo viewing command.

For example, the user can send a photo view command to view the photos associated with the image mark by clicking the figure mark with the mouse, or right-clicking a pop-up menu item and selecting a view command in the menu item, or other operation methods. As another example, the mode of the photo viewing command may also be to directly trigger the photo viewing command when the shooting location of the photo is within the preset range of the positioning location.

The photos can be viewed in the following manner: at the same time, display all the photos whose shooting location is the placement location; display all the photos whose shooting location is the placement location in a preset order; record the photos whose shooting location is the placement location as The photos to be displayed are displayed at the placement position, and only the preset photos can be displayed, or all the photos to be displayed can be displayed sequentially or overlapped or page-turned. Wherein, the preset photo is a photo taken recently or farthest; understandably, the preset photo may also be a photo selected by the user.

In one of the embodiments, it also includes:

The map viewing module is configured to obtain a map viewing command for viewing the map identification associated with the photo, and load an electronic map according to the map viewing command to display the map identification.

For example, by right-clicking on the photo and selecting the command "view map", you can view the map mark and shooting route associated with the photo.

Please continue to refer to Figure 6, in one of the embodiments, it also includes:

The logo format preset module 190 is configured to acquire the picture logo and the number of photos at the placement location, and set the picture logo to a preset format according to the picture logo and the number of photos.

The preset format can be a format of different numbers or different colors or different color shades, so that the number of photos can be reflected by the graphic identification.

Please continue to refer to Figure 6, in one of the embodiments, it also includes:

The navigation command acquiring module 1A0 is configured to acquire a navigation request instruction.

For example, the user can double-click or perform other operations on the figure mark to send a navigation message that uses the geographic location indicated by the place where the figure mark is placed (that is, the shooting location of the photo associated with the figure mark) as the navigation destination. Order.

The navigation display module 1B0 is configured to, according to the navigation request command, display a navigation route with the current location as the navigation starting point and the placement location as the navigation destination.

In this way, a convenient navigation method can be provided for the user to visit the shooting location of the photo.

The above examples only express several implementations of the present invention, and the description thereof is relatively specific and detailed, but should not be construed as limiting the patent scope of the present invention. It should be noted that those skilled in the art can make many modifications and improvements without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the protection scope of the patent for the present invention should be based on the appended claims.

Claims (10)

1. a photograph taking management method, is characterized in that, comprises step:

Obtain the spot for photography of photo;

Loading includes the electronic chart of described spot for photography;

Determine the placement location that needs to place map logo on described electronic chart according to described spot for photography, andOn described electronic chart, show described map logo according to described placement location;

Described map logo is the identification pattern that has described photo on described placement location, described map logo and instituteState photo interrelated.

2. photograph taking management method according to claim 1, is characterized in that, described loading comprisesBefore having the step of electronic chart of described spot for photography, comprise step: obtain position location and predeterminable range;

Described loading includes the step of the electronic chart of described spot for photography, comprising:

Load the electronics within the described predeterminable range centered by described position location according to described position locationMap;

Search the spot for photography that whether comprises described photo in described electronic chart;

In the time finding the spot for photography of described photo in described electronic chart, determine that described electronic chart isInclude the electronic chart of the spot for photography of described photo.

3. photograph taking management method according to claim 1, is characterized in that,

Described photo is for taking pictures in real time, described in obtain the described spot for photography of described photo step comprise:

Obtain the current position of filming apparatus of described photo as described spot for photography, and by described photographSheet and described spot for photography are interrelated.

4. photograph taking management method according to claim 1, is characterized in that, described in described basisThe placement location that needs to place map logo on described electronic chart is determined in spot for photography, and according to described placementPosition also comprises step show the step of described map logo on described electronic chart after:

Obtain to be mutually related described photo as the photo viewing command of checking object with described map logo,And according to described photo viewing command, show and the described placement location described photo that is mutually related; And/or

Obtain described map logo and the number of pictures of described placement location, and according to described map logo and described photographSheet quantity, described map logo is set to default form.

5. photograph taking management method according to claim 1, is characterized in that, described in described basisThe placement location that needs to place map logo on described electronic chart is determined in spot for photography, and according to described placementPosition also comprises step show the step of described map logo on described electronic chart after:

Obtain navigation requests instruction;

According to described navigation requests order, show using current position as navigation departure place, put with describedSeated position as navigation purpose the navigation way that navigates.

6. a photograph taking management system, is characterized in that, comprising:

Spot for photography acquisition module, for obtaining the spot for photography of photo;

Map load-on module, for loading the electronic chart that includes described spot for photography;

Mark display module needs placement figure for determining according to described spot for photography on described electronic chartThe placement location of mark, and on described electronic chart, show described map logo according to described placement location;

Described map logo is the identification pattern that has described photo on described placement location, described map logo and instituteState photo interrelated.

7. photograph taking management system according to claim 6, is characterized in that, the number of described photoAmount for multiple, described spot for photography acquisition module comprises: scope acquiring unit, for obtain position location andPredeterminable range;

Described map load-on module, comprising:

Scope map loading unit, for loading centered by described position location according to described position locationElectronic chart within described predeterminable range;

Unit is searched in place, for searching the spot for photography that whether comprises described photo in described electronic chart;

Place determining unit, in the time finding the spot for photography of described photo in described electronic chart,Determine that described electronic chart is the electronic chart that includes the spot for photography of described photo.

8. photograph taking management system according to claim 6, is characterized in that, described photo is realIn time, takes pictures, and described spot for photography acquisition module comprises:

Take submodule, for the current position of filming apparatus that obtains described photo as described shootingPlace, and by interrelated to described photo and described spot for photography.

9. photograph taking management system according to claim 6, is characterized in that, also comprises:

Photo is checked module, for obtaining to be mutually related described photo as checking order with described map logoPhoto viewing command, and according to described photo viewing command, show with described placement location interrelatedDescribed photo; And/or

Sign format presetting module, for obtaining described map logo and the number of pictures of described placement location, andAccording to described map logo and described number of pictures, described map logo is set to default form.

10. photograph taking management system according to claim 6, is characterized in that, also comprises:

Navigation command acquisition module, for obtaining navigation requests instruction;

Navigation display module, for according to described navigation requests order, shows using current position as leadingBoat departure place, the navigation way navigating using described placement location as navigation purpose.