CN105005960A

CN105005960A - Method, apparatus and system for obtaining watermarking picture

Info

Publication number: CN105005960A
Application number: CN201410161589.3A
Authority: CN
Inventors: 高雨; 袁青云; 邬振海; 王景宇; 王亚晨; 郑兆廷
Original assignee: Tencent Technology Shenzhen Co Ltd
Current assignee: Tencent Technology Shenzhen Co Ltd
Priority date: 2014-04-21
Filing date: 2014-04-21
Publication date: 2015-10-28
Anticipated expiration: 2034-04-21
Also published as: CN105005960B

Abstract

The invention discloses a method, apparatus and system for obtaining a watermarking picture. The method comprises the following steps: obtaining latitude and longitude information when a shooting device shoots a target object in a preset shooting mode; converting the latitude and longitude information into latitude and longitude watermarking information in a corresponding preset shooting mode; and synthesizing the latitude and longitude watermarking information and an initial picture to obtain the watermarking picture, wherein the initial picture is a picture obtained when the shooting device shoots the target object in the preset shooting mode. According to the invention, the technical problems of little displayed information of a picture and incomplete displayed information are solved, and the effect of completely displaying the latitude and longitude information of the picture is realized.

Description

Obtain method, the Apparatus and system of watermark photo

Technical field

The present invention relates to photo disposal field, in particular to a kind of method, the Apparatus and system that obtain watermark photo.

Background technology

In prior art, photo is that user is for recording a kind of important way of oneself life, store the medium recalled, and the photo expressive force that in digital photograph shooting process, various reason causes is not enough, can repair by logarithmic code photo, or logarithmic code photo carries out post-processed, post-processed can also be carried out, as increased shooting time etc. on photo by comparison film.

Particularly, logarithmic code photo carries out repairing and strengthen the photo deviation that can will cause due to reasons such as shooting condition, camera itself or styles of shooting, as the impact owing to being subject to backlight or strong illumination, the look limit of purple is there is in shooting phase sector-meeting out at dark portion and high highlights intersection, " blood-shot eye illness ", or due to ambient light effects, white object presents non-white etc., and these take the process carried out unexpectedly.

Along with mobile Internet constantly develops, user is when taking pictures, not only the shooting quality of comparison film has requirement, the commemoration meaning of comparison film has had the requirement of a nearlyer step, such as, get more and more along with for the use based on LBS, wish often on photo, record more photograph taking sight at that time, information as relevant in position, particularly, user has taken a photo in Tian An-men, shooting date can only be increased on photo at most in prior art, more specifically, photo can show the concrete time of shooting, as point certain second in some time, these information dullness very, prior art can also accomplish spot for photography to record, as in Beijing, shooting can show Pekinese's printed words on photo, but, only displaying time and place, the details knowing this photo that user cannot be simple and clear, thus the souvenir demand that cannot meet user, if user needs by photo record information specifically, then need the artificial markup information of user or carry out post-production after obtaining photo, like this with regard to complex operation, cost is also very high, if user does not have artificial markup information or carries out post-production, this photo has just only become to record personage, landscape or the carrier of time at that time, and cannot become commemorative souvenir.

Wherein, LBS is location Based service, the positional information (geographic coordinate or terrestrial coordinate) of mobile phone users is obtained by radio communication network (as GSM net, CDMA net) or outside locator meams (as GSP), at GIS(Geographic Information System, Geographic Information System) platform support under, be a kind of value-added service that user provides.Particularly, LBS can determine the geographic position at mobile device or user place, and provides the various information service relevant to position.

Few for above-mentioned photo display quantity of information, the incomplete problem of Informational Expression, not yet proposes effective solution at present.

Summary of the invention

Embodiments provide a kind of method, the Apparatus and system that obtain watermark photo, few at least to solve photo display quantity of information, the incomplete technical matters of the information represented.

According to an aspect of the embodiment of the present invention, provide a kind of method obtaining watermark photo, the method comprises: obtain the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object; Latitude and longitude information is converted to the corresponding longitude and latitude watermark information presetting screening-mode; Synthesis longitude and latitude watermark information and initial photo obtain watermark photo, and wherein, initial photo is the photo that capture apparatus is in photographic subjects object under default screening-mode and obtains.

According to the another aspect of the embodiment of the present invention, additionally provide a kind of device obtaining watermark photo, this device comprises: first information acquisition module, for obtaining the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object; Info conversion module, for being converted to the corresponding longitude and latitude watermark information presetting screening-mode by latitude and longitude information; Synthesis module, obtains watermark photo for the synthesis of initial photo and longitude and latitude watermark information, and wherein, initial photo is the photo that capture apparatus is in photographic subjects object under default screening-mode and obtains.

According to the another aspect of the embodiment of the present invention, additionally provide a kind of system obtaining watermark photo, this system comprises: latitude and longitude information obtains system, for obtaining the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object; Latitude and longitude information converting system, obtains system with latitude and longitude information and is connected, for latitude and longitude information being converted to the corresponding longitude and latitude watermark information presetting screening-mode; Synthesis system, is connected with latitude and longitude information converting system, obtains watermark photo for the synthesis of initial photo and longitude and latitude watermark information, and wherein, initial photo is the photo that capture apparatus is in photographic subjects object under default screening-mode and obtains.

Adopt the present invention, the synthesis basis of the watermark photo finally obtained comprises initial photo and longitude and latitude watermark information, this longitude and latitude watermark information can represent a large amount of information relevant to longitude and latitude, the present invention is based on longitude and latitude to obtain and conversion, and the information superposition of being correlated with by longitude and latitude by picture superimposing technique is on initial photo, thus it is few to solve photo display quantity of information in prior art, the incomplete problem of Informational Expression, achieve the complete effect representing the latitude and longitude information of photo, make picture can show more abundant information, and make more simple and clear the expressing of the information of photo, not only increase taking pictures of user and experience and add the memorial value of photo.And pass through the present invention, longitude and latitude watermark information was superimposed upon on photo before final acquisition watermark photo, thus do not need the manual markup information of user or carry out post-production after acquisition photo, directly watermark information is shown in the final photo generated, simple to operate, and the cost of post-production photo can be reduced.

Accompanying drawing explanation

Accompanying drawing described herein is used to provide a further understanding of the present invention, and form a application's part, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:

Fig. 1 is the process flow diagram of the method for acquisition watermark photo according to the embodiment of the present invention;

Fig. 2 is the method flow diagram of a kind of optional acquisition watermark photo according to the embodiment of the present invention;

Fig. 3 is the interface schematic diagram of the distance mode according to the embodiment of the present invention;

Fig. 4 is the interface schematic diagram of the geographical model according to the embodiment of the present invention;

Fig. 5 is the interface schematic diagram of the sunrise sunset subpattern according to the embodiment of the present invention;

Fig. 6 is the interface schematic diagram of the phases of the moon subpattern according to the embodiment of the present invention;

Fig. 7 is the interface schematic diagram of the motion vector pattern according to the embodiment of the present invention;

Fig. 8 is the structural representation of the device of acquisition watermark photo according to the embodiment of the present invention;

Fig. 9 is the device schematic diagram of a kind of optional acquisition watermark photo according to the embodiment of the present invention;

Figure 10 is the structural representation of the system of acquisition watermark photo according to the embodiment of the present invention; And

Figure 11 is the system schematic of a kind of optional acquisition watermark photo according to the embodiment of the present invention.

Embodiment

The present invention program is understood better in order to make those skilled in the art person, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the embodiment of a part of the present invention, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, should belong to the scope of protection of the invention.

It should be noted that, term " first ", " second " etc. in instructions of the present invention and claims and above-mentioned accompanying drawing are for distinguishing similar object, and need not be used for describing specific order or precedence.Should be appreciated that the data used like this can be exchanged in the appropriate case, so as embodiments of the invention described herein can with except here diagram or describe those except order implement.In addition, term " comprises " and " having " and their any distortion, intention is to cover not exclusive comprising, such as, contain those steps or unit that the process of series of steps or unit, method, system, product or equipment is not necessarily limited to clearly list, but can comprise clearly do not list or for intrinsic other step of these processes, method, product or equipment or unit.

Embodiment 1

According to the embodiment of the present invention, provide a kind of embodiment of the method obtaining watermark photo, it should be noted that, can perform in the computer system of such as one group of computer executable instructions in the step shown in the process flow diagram of accompanying drawing, and, although show logical order in flow charts, in some cases, can be different from the step shown or described by order execution herein.

Fig. 1 is the process flow diagram of the method for acquisition watermark photo according to the embodiment of the present invention.

As shown in Figure 1, the method can realize as follows:

Step S102: obtain the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object.

Step S104: latitude and longitude information is converted to the corresponding longitude and latitude watermark information presetting screening-mode.

Step S106: synthesize initial photo and longitude and latitude watermark information obtains watermark photo.

Wherein, the initial photo in above-described embodiment is the photo that capture apparatus is in photographic subjects object under default screening-mode and obtains.

Particularly, by said method after startup capture apparatus enters default screening-mode, obtain the image information of destination object, and the image information of destination object can be illustrated in the UI(user interface of capture apparatus) on, meanwhile, the latitude and longitude information of the equipment of photographic subjects object can be obtained, then the latitude and longitude information got is converted to other relevant information of longitude and latitude (as place name, sight spot name, ephemeris information, or even motion vector information), by the longitude and latitude relevant information (the longitude and latitude watermark information namely in above-described embodiment) that is converted to image information Overlapping display on interface.By longitude and latitude watermark information and image information display after interface, can be edited by interface pair warp and weft degree watermark information, longitude and latitude watermark information after having edited can return to interface display, finally by watermark synthetic technology, the synthesis of longitude and latitude watermark information is obtained watermark photo on initial photo.

Capture apparatus in above-described embodiment can be arranged on mobile terminal (as panel computer, mobile phone etc.), and above-mentioned interface is user's display interface of mobile terminal; Capture apparatus in above-described embodiment can also be arranged in PC, and the view finder unit of capture apparatus can be camera, and interface is the display of PC; Certainly, the capture apparatus in above-described embodiment also can be camera, video camera etc.

Such as, when capture apparatus is arranged on mobile communication equipment, this mobile communication equipment can be smart mobile phone, use said method acquisition watermark photo specifically can start the camera of smart mobile phone, then the default screening-mode of this camera is entered, obtain the camera site of smart mobile phone photographic subjects object, this camera site latitude and longitude information is showed, then this latitude and longitude information is converted to longitude and latitude watermark information, be kept in the internal memory of smart mobile phone, then use capture apparatus (being the camera of smart mobile phone) to carry out shooting to destination object and obtain initial photo, synthesize this initial photo and longitude and latitude watermark information obtains watermark photo.

In the above embodiment of the present invention, latitude and longitude information being converted to the corresponding longitude and latitude watermark information presetting screening-mode can comprise: latitude and longitude information is converted to corresponding the first watermark information presetting screening-mode; First watermark information is presented on the interface of capture apparatus; Carry out editing and processing by interface to the first watermark information and obtain longitude and latitude watermark information, wherein, editing and processing comprises at least one increased in process, amendment process and delete processing.

Particularly, after capture apparatus enters default screening-mode, destination object is placed in the view finder of capture apparatus, the image information of destination object is shown on the interface of capture apparatus, meanwhile, obtain the geographic position (this geographic position uses latitude and longitude information to represent) of capture apparatus, and latitude and longitude information is converted to corresponding the first watermark information presetting screening-mode, by the image information Overlapping display of the first watermark information and destination object on the interface of capture apparatus, editing system is called by interface, first watermark information is edited, this editor can comprise the display position of mobile first watermark information on interface, revise the content of the first watermark information, delete attribute information of the first watermark information etc., and longitude and latitude watermark information editor obtained and image information display are on interface, obtain the initial photo of target image, and obtain watermark photo by synthesis system synthesis latitude and longitude information and initial photo.

Pass through above-described embodiment, after obtaining the first watermark information, the first watermark information is edited, the watermark photo finally obtained can be made more to meet using of user and record custom, and make watermark photo more meet the demand of user, also namely watermark photo can represent the required information of user more exactly, improves Consumer's Experience further.

In the above-described embodiments, the initial photo obtaining target image can carry out shooting by control capture apparatus to destination object and obtain, and also namely controls capture apparatus and image information is recorded with the form of photo.

Need to further illustrate, the initial photo of the synthesis in above-described embodiment and longitude and latitude watermark information obtain watermark photo and can comprise: obtain initial photo; Initial photo and longitude and latitude watermark information are presented on the interface of capture apparatus; Carry out editing and processing by interface pair warp and weft degree watermark information and obtain the second watermark information; Second watermark information and initial photo are carried out watermark synthesis and obtain watermark photo, wherein, editing and processing comprises: increase at least one in process, amendment process and delete processing.

Particularly, before generating watermark photo, can also check the display effect of the initial photo be presented on interface and longitude and latitude watermark information, can also edit by pair warp and weft degree watermark information when this display effect does not meet the demand of user, and the second watermark information editor obtained and initial photo are collectively referred to as watermark photo.

Fig. 2 is the method flow diagram of a kind of optional acquisition watermark photo according to the embodiment of the present invention.

As shown in Figure 2, the method can realize as follows:

Step S202: view finder destination object being placed in capture apparatus.

In the method embodiment, first found a view by the view finder of capture apparatus.The implementation method of this step is the same with common process of taking pictures: open capture apparatus, open the view finder of capture apparatus, control objectives object is placed in this view finder, and can the position of adjustment aim object in view finder.User can directly by being observed visually the framing information (image information namely in above-described embodiment) of the destination object in view finder in this embodiment, and this view finder is the interface of capture apparatus.

Step S204: the latitude and longitude information obtaining capture apparatus.

Wherein, the mode obtaining latitude and longitude information in above-described embodiment obtains mainly through GPS, wifi and cellular base station mode, in order to reach better obtain manner, can use this three kinds of modes in the process obtaining latitude and longitude information, the initial latitude and longitude information obtained by three modes carries out having revised the acquisition finally by latitude information simultaneously.

Step S206: latitude and longitude information is converted to corresponding the first watermark information presetting screening-mode.

Alternatively, screening-mode can comprise: astronomical pattern, distance mode, geographical model and motion vector pattern etc., in the above-described embodiments, after the default screening-mode of capture apparatus is set, the latitude and longitude information got can be converted to the watermark information of corresponding different screening-modes.

Particularly, after latitude and longitude information obtains, latitude and longitude information converting system can be passed through, latitude and longitude information is converted to the information that other can be obtained by calculation of longitude & latitude, as: location name, landscape name, sunrise sunset, month phase information, apart from the distance etc. in certain place, can get the much information of destination object by this watermark information user.

Step S208: by the image information Overlapping display of the first watermark information and destination object on the interface of capture apparatus.

Particularly, the first watermark information previous step got is placed in view finder in the mode of superposition, thus directly can check the concrete display effect of image information and the first watermark information.

Step S210: by interface, editor is carried out to the first watermark information and obtain longitude and latitude watermark information.In this step, can by concrete interface of the finding a view (view finder namely in above-described embodiment, also the interface namely in above-described embodiment), after the first watermark information seeing superposition and image information, editor is carried out to the first watermark information and obtains longitude and latitude watermark information.

Wherein, editor is carried out to the first watermark information and comprises: the first watermark information is increased, revises or the operation such as deletion, to reach the display effect of expectation.

Such as, the ground of the first watermark information display-object object is called: Beijing.User can carry out editor by view finder to this first watermark information and obtain: Tian An-men, Beijing.The amendment that is compiled as then for " Beijing " processes, and " Tian An-men, Beijing " is longitude and latitude watermark information.

Step S212: control the initial photo that capture apparatus obtains target image.

Particularly, capture apparatus can be controlled destination object is focused, and adjustment is to acquisition parameters such as the angle coverages of destination object, acquisition parameters is adjusted to customer satisfaction system parameter, after receiving the shooting confirmation of user, complete the shooting to destination object, obtain initial photo.

Wherein, user can send shooting confirmation by click key of taking pictures to capture apparatus.

Step S214: carry out editor by interface pair warp and weft degree watermark information and obtain the second watermark information.

Particularly, after getting capture apparatus and destination object being taken to the initial photo obtained, detect the Overlapping display effect of initial photo and longitude and latitude watermark information, particularly, Overlapping display effect can be checked in view finder, judge whether Overlapping display effect meets default effect, if this Overlapping display effect does not meet default effect, editor can also be carried out obtain the second watermark information by pair warp and weft degree watermark information.

Step S216: synthesize the second watermark information and initial photo obtains watermark photo.

Particularly, this step can be realized by watermark superimposing technique.So-called watermark superposition mainly completes two pictures by the synthesis of photo and existing watermark picture (the second watermark information namely in above-described embodiment) and is superimposed as a pictures, a kind of technology information of two pictures simultaneously shown.

By the above embodiment of the present invention, user can be expected that the information superposition be presented in photo is on watermark photo by user easily, the information completely of watermark photo display, accurately, meets the demand of user, and simple to operate, and cost is low.

Step S218: export watermark photo.

Particularly, this watermark photo can be exported by the mode directly printed; Or take the mode of preserving this watermark photo to be exported to the internal memory of mobile terminal.

In the above embodiment of the present invention, default screening-mode comprises at least one in distance mode, geographical model, astronomical pattern and motion vector pattern, and longitude and latitude watermark information comprises: distance watermark information, geographical watermark information, astronomical watermark information and motion watermark information.

Wherein, when default screening-mode comprises distance mode, latitude and longitude information is converted to the corresponding longitude and latitude watermark information presetting screening-mode to comprise: obtain target position information, calculate the range difference of camera site and target location according to target position information and latitude and longitude information, generate distance watermark information according to range difference and target location.

Particularly, distance mode is entered at startup capture apparatus, and after destination object being placed in the precalculated position of the view finder of capture apparatus, obtain target position information, user can input this target location by view finder and obtain target position information, then capture apparatus calls counter and calculates current camera site and the range difference of target location, and generates distance watermark information according to range difference and target location.

Such as, after capture apparatus enters distance mode, in the upper display of view finder (interface namely in above-described embodiment): the printed words of " Beijing → selection city, distance-kilometer ".User can by clicking the Position input target location in " selection city ", capture apparatus obtains should the target position information (this target position information also can be represented by longitude and latitude) of target location, then counter uses latitude and longitude information and target position information to calculate current camera site and the range difference of target location, and generate distance watermark information according to this range difference and target location: Beijing → Shanghai, distance 1076 kilometers.

As shown in Figure 3, the distance watermark information that this there is shown " from 235 kilometers, Shenyang, Liaoning, local ", and below these printed words, also have the text description to mood.

Particularly, target location (Shanghai) in the distance watermark information generated in above-described embodiment, camera site (Beijing), or even the range difference calculated " 1076 kilometers " all can be edited by view finder, such as, above-mentioned distance watermark information can be compiled as " Tian An-men → Shanghai, Beijing, distance 1076 kilometers ".

More specifically, in distance mode, also comprise each spermotype, each spermotype can not have the identical form of expression, can show printed words: from local " selection city "-kilometer after starting distance mode.The processing mode of different subpatterns to data does not all depart from the present invention.

Optionally, using said method to obtain in the process of watermark photo, carrying out in the process of editing in pair warp and weft degree information, text description can also be carried out to this initial photo, as " why appearance is thin and pallid, and why the heart is had experienced many vicissitudes of life, and go alone disconsolate, autumn rain is told from dieing young; Watch in the distance until it vanishes ends of the earth road, the long miss of general mood sound of musical instrument is every the empty ends of the earth " etc. text description; this text description can be that user is inputted by interface, also can be database is this pattern Random assignment, can also be that user is extracted from database by calling data storehouse.As shown in Figure 3, the date " 2013.6.9 " when using the method can also mark shooting.

When default screening-mode comprises geographical model, latitude and longitude information is converted to the corresponding longitude and latitude watermark information presetting screening-mode to comprise: from database, read the geographic name data corresponding with latitude and longitude information, using geographic name data as geographical watermark information, wherein, geographic name data comprise: place name and/or sight spot name.

Particularly, geographical model is entered at startup capture apparatus, and after destination object being placed in the precalculated position of the view finder of capture apparatus, the geographic name data corresponding with latitude and longitude information are read from database, using geographic name data as geographical watermark information, these geographic name data can be only place names, also can be sight spot names, can also be the modes that place name is combined with sight spot name.

Such as, user takes pictures in the Palace of Heavenly Purity (camera site namely in above-described embodiment) of the Forbidden City, after capture apparatus enters geographical model, capture apparatus transfers the geographic name data of the latitude and longitude information of corresponding camera site from database, particularly, above can show at view finder (interface namely in above-described embodiment): the printed words in " I am in Beijing ", the printed words of " I am at Beijing's Imperial Palace " can be shown, the printed words of " I am at the Forbidden City " can also be shown, also namely in this embodiment, I am in Beijing, I can be all geographical watermark information at Beijing's Imperial Palace and I at the Forbidden City.Geographic name data as shown in Figure 4 are " Prague ", also shown is date data " 2013/2/28 ".

The geographical watermark information corresponding with latitude and longitude information that in above-described embodiment, capture apparatus reads from database also can be edited, particularly, user can redefine place name or sight spot name by the position clicking " Beijing ", as, after user clicks " the Forbidden City ", capture apparatus receives edit requests, the geographic name data of the preset number (this preset number can be ten) with this latitude and longitude information with incidence relation are transferred from database, user can determine a geographic name from the geographic name data of preset number, also a geographic name can be inputted by direct editing, as, amended geographical watermark information can be " I am in the Forbidden City Palace of Heavenly Purity ".

More specifically, in geographical model, also comprise each spermotype, each spermotype can not have the identical form of expression, can show printed words: " I likes ' selection city ' " etc. after starting geographical model.The processing mode of different subpatterns to data does not all depart from the present invention.

Optionally, obtain in the process of watermark photo using said method, carry out in the process of editing in pair warp and weft degree information, text description can also be carried out to this initial photo, as " travelling of a people " etc. text description, this text description can be that user is inputted by interface, also can be database is this pattern Random assignment, can also be that user is extracted from database by calling data storehouse.

When default screening-mode comprises astronomical pattern, latitude and longitude information is converted to the corresponding longitude and latitude watermark information presetting screening-mode to comprise: calculate the astronomical watermark information that latitude and longitude information is corresponding, wherein, astronomical watermark information comprises: sunrise sunset information and/or the moon phase information.

Particularly, enter astronomical pattern at startup capture apparatus, and after destination object being placed in the precalculated position of the view finder of capture apparatus, calculate sunrise sunset information corresponding to latitude and longitude information and/or the moon phase information.

Astronomical pattern can have multiple subpattern, can comprise: sunrise sunset subpattern, the moon facies model and sunrise sunset pattern and the moon facies model binding pattern, it should be noted that, the processing mode of different subpatterns to data does not all depart from the present invention.

Such as, after capture apparatus enters the sunrise sunset subpattern of astronomical pattern, capture apparatus calls counter and calculates sunrise sunset information corresponding to this latitude and longitude information, this astronomical watermark information can use word, the form that figure or word add figure represents on a user interface, as Fig. 5, current time: " 17:40 ", at sunrise: " 06:48 ", sunset time: " 19:00 ", it can also be the form using dial plate, by above-mentioned at sunrise between, sunset time and current time are labeled in the relevant position of dial plate, in Figure 5 at sunrise between and sunset time show in a graphical form.

And for example, after capture apparatus enters the phases of the moon subpattern of astronomical pattern, capture apparatus calls counter and calculates moon phase information corresponding to this latitude and longitude information, the form that this astronomical watermark information can use word, figure or word to add figure represents on a user interface, e.g., " current time: " 21:36 "; the phases of the moon: " crescent "; in the embodiment show in figure 6, between can also comprising at sunrise: " 06:48 ", sunset time: " 19:00 ".Alternatively, the phases of the moon in above-described embodiment can use the correspondingly-shaped of the moon to show.

For another example, after capture apparatus enters binding pattern, capture apparatus calls counter and calculates moon phase information and sunrise sunset information corresponding to this latitude and longitude information, the form that this astronomical watermark information can use word, figure or word to add figure represents on a user interface, as shown in Figure 6, " current time: 21:36; the phases of the moon: crescent; 06:48 at sunrise, sunset time: 19:00 ", in figure 6 at sunrise between and sunset time show in a graphical form.

The astronomical watermark information of above-described embodiment is presented at the optional position at view finder (i.e. interface), and this display position also can be edited.

Optionally, obtain in the process of watermark photo using said method, carry out in the process of editing in pair warp and weft degree information, text description can also be carried out to this initial photo, as " moonlit night recalls my younger brother " etc. text description, this text description can be that user is inputted by interface, also can be database is this pattern Random assignment, can also be that user is extracted from database by calling data storehouse.

When default screening-mode comprises motion vector pattern, obtain the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object and comprise: obtain the first latitude and longitude information when capture apparatus starts; The second latitude and longitude information of a capture apparatus is obtained every Preset Time; Latitude and longitude information is converted to the corresponding longitude and latitude watermark information presetting screening-mode to comprise: use the first latitude and longitude information and the second latitude and longitude information to calculate direction of motion and the movement velocity of capture apparatus, generate motion watermark information according to direction of motion and movement velocity.

Particularly, motion vector pattern is entered at startup capture apparatus, and after destination object being placed in the precalculated position of the view finder of capture apparatus, obtaining the first latitude and longitude information when capture apparatus starts, then obtain the second latitude and longitude information of a capture apparatus every Preset Time.Preset Time is wherein the time of Microsecond grade, as 0.5 microsecond.After getting a series of latitude and longitude information, capture apparatus calls counter and uses the first latitude and longitude information and the second latitude and longitude information to calculate direction of motion and the movement velocity of capture apparatus, and generates motion watermark information according to direction of motion and movement velocity.

Alternatively, in the above embodiment of the present invention, after capture apparatus enters motion vector pattern, capture apparatus can also call motion sensor on mobile terminal and compass, use motion sensor and compass directly to obtain direction of motion and the movement velocity of capture apparatus, generate motion watermark information according to this direction of motion and movement velocity.

Wherein, as shown in Figure 7, motion watermark information in above-described embodiment not only can comprise direction of motion: direction northwards, movement velocity can also be comprised: 255KM/h, the speed interval (not shown) that color can be used to represent different, can also use the dial plate shown in Fig. 7 to represent movement velocity.Such as, can use the red movement velocity represented higher than 300KM/h, the movement velocity of 100KM/h ~ 300KM/h uses orange expression, and the movement velocity lower than 100KM/h represents by green.By color, above-mentioned represents that the method for expressing of speed can also distribute a color for each movement velocity.

In motion vector pattern, also comprise each spermotype, each spermotype can not have the identical form of expression, particularly, in above-described embodiment, the color of capture apparatus display movement velocity can be edited, and uses different figures to represent this movement velocity, as, movement velocity lower than 10KM/h can represent with the image of bicycle is auxiliary, and the movement velocity higher than 300KM/h can represent with the image of aircraft is auxiliary.The processing mode of different subpatterns to data does not all depart from the present invention.

Optionally, obtain in the process of watermark photo using said method, carry out in the process of editing in pair warp and weft degree information, text description can also be carried out to this initial photo, this text description can be that user is inputted by interface, also can be database being this pattern Random assignment, can also be that user is extracted from database by calling data storehouse.

Other more longitude and latitude watermark informations can be got by the latitude and longitude information in above-described embodiment, such as, pass through longitude and latitude, capture apparatus can be obtained and be positioned at which city, which scenic spot, even which restaurant little Dian, also can know that the distance of two places is how many by latitude and longitude information, also or pass through latitude and longitude information, get sunrise sunset information, month phase information etc., these are all for user's information highly significant, this type of longitude and latitude watermark information is superimposed upon on photo, have more how interesting intention to produce, improve Consumer's Experience closer.

Need to further illustrate, before obtaining the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object, method can also comprise: the view finder opening capture apparatus, controls capture apparatus and enters default screening-mode; Control objectives object enters view finder, according to the position of predetermined angle adjustment aim object in view finder, is presented on the interface of capture apparatus to make destination object.

Particularly, the image information of destination object can be obtained by finder system, the same with common process of taking pictures, open capture apparatus, enter default screening-mode, open the view finder of capture apparatus, control the alignment lens destination object (this destination object can be the scenery such as people, landscape) of capture apparatus, destination object is presented in view finder (namely in above-described embodiment) with rational angle (predetermined angle namely in above-described embodiment).Arrange in the context of mobile terminals at capture apparatus, the interface of view finder is the interface of capture apparatus.

In the above embodiment of the present invention, obtaining the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object can comprise: set up and send Location Request to location-server; Receive the positional information of the capture apparatus that location-server returns, using positional information as latitude and longitude information, wherein, location-server comprises: at least one in GPS server, base station and the webserver.

Particularly, capture apparatus can generate Location Request, and this Location Request is sent to location-server, location-server obtains the positional information corresponding with this Location Request and is back to capture apparatus, the positional information that the location-server received returns is preserved as latitude and longitude information by this capture apparatus, when capture apparatus is arranged at mobile terminal, this latitude and longitude information can be preserved in the internal memory of mobile terminal.Wherein, above-mentioned location-server can be at least one in GPS server, base station and the webserver, and location-server obtains positional information after at least one the positioning analysis result wherein obtained being revised and feeds back to capture apparatus.

Need to further illustrate, in the above-described embodiments, location-server can comprise three above-mentioned servers, uses three kinds of locator meamss simultaneously, by the collaborative work of three servers, completes the acquisition finally by latitude information.

It should be noted that, for aforesaid each embodiment of the method, in order to simple description, therefore it is all expressed as a series of combination of actions, but those skilled in the art should know, the present invention is not by the restriction of described sequence of movement, because according to the present invention, some step can adopt other orders or carry out simultaneously.Secondly, those skilled in the art also should know, the embodiment described in instructions all belongs to preferred embodiment, and involved action and module might not be that the present invention is necessary.

Through the above description of the embodiments, those skilled in the art can be well understood to the mode that can add required general hardware platform by software according to the method for above-described embodiment and realize, hardware can certainly be passed through, but in a lot of situation, the former is better embodiment.Based on such understanding, technical scheme of the present invention can embody with the form of software product the part that prior art contributes in essence in other words, this computer software product is stored in a storage medium (as ROM/RAM, magnetic disc, CD), comprising some instructions in order to make a station terminal equipment (can be mobile phone, computing machine, server, or the network equipment etc.) perform method described in each embodiment of the present invention.

Embodiment 2

According to the embodiment of the present invention, additionally provide a kind of device of the acquisition watermark photo for implementing said method embodiment, this device can be realized by the method for testing related in an embodiment, is described in detail below to the implementation process of the application.

Fig. 8 is the structural representation of the device of acquisition watermark photo according to the embodiment of the present invention.

As shown in Figure 8, this device can comprise: it is characterized in that, comprising: first information acquisition module 10, info conversion module 20 and synthesis module 30.

Wherein, first information acquisition module 10 is for obtaining the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object.

Info conversion module 20 is for being converted to the corresponding longitude and latitude watermark information presetting screening-mode by latitude and longitude information.

Synthesis module 30 obtains watermark photo for the synthesis of initial photo and longitude and latitude watermark information.

Wherein, initial photo is the photo that capture apparatus is in photographic subjects object under default screening-mode and obtains.

Adopt the present invention, the synthesis basis of the watermark photo obtained comprises initial photo and longitude and latitude watermark information, this longitude and latitude watermark information can represent a large amount of information relevant to longitude and latitude, the present invention is based on longitude and latitude to obtain and conversion, and the information superposition of being correlated with by longitude and latitude by picture superimposing technique is on initial photo, thus it is few to solve photo display quantity of information in prior art, the incomplete problem of Informational Expression, achieve the complete effect representing the latitude and longitude information of photo, make picture can show more abundant information, and make more simple and clear the expressing of the information of photo, not only increase taking pictures of user and experience and add the memorial value of photo.And pass through the present invention, longitude and latitude watermark information was superimposed upon on photo before final acquisition watermark photo, thus do not need the manual markup information of user or carry out post-production after acquisition photo, directly watermark information is shown in the final photo generated, simple to operate, and the cost of post-production photo can be reduced.

Particularly, by said apparatus after startup capture apparatus enters default screening-mode, obtain the image information of destination object, and the image information of destination object can be illustrated in the UI(user interface of capture apparatus) on, meanwhile, the latitude and longitude information of the equipment of photographic subjects object can be obtained by first information acquisition module, then the latitude and longitude information got is converted to other relevant information of longitude and latitude (as place name by info conversion module, sight spot name, ephemeris information, or even motion vector information), and by synthesis module by the longitude and latitude relevant information (the longitude and latitude watermark information namely in above-described embodiment) that is converted to image information Overlapping display on interface.By longitude and latitude watermark information and image information display after interface, can be edited by interface pair warp and weft degree watermark information, longitude and latitude watermark information after having edited can return to interface display, finally by watermark synthetic technology, the synthesis of longitude and latitude watermark information is obtained watermark photo on initial photo.

In the above embodiment of the present invention, info conversion module can comprise: the first transform subblock, the first display module and the first editor module.

Wherein, the first transform subblock, for being converted to corresponding the first watermark information presetting screening-mode by latitude and longitude information.

First display module, for the first watermark information being presented at the interface of capture apparatus, wherein, capture apparatus is the equipment of photographic subjects object.

First editor module, obtains latitude and longitude information for carrying out editing and processing by interface to the first watermark information, and wherein, editing and processing comprises at least one increased in process, amendment process and delete processing.

Particularly, after capture apparatus enters default screening-mode, destination object is placed in the view finder of capture apparatus, the image information of destination object is shown on the interface of capture apparatus, meanwhile, obtain the geographic position (this geographic position uses latitude and longitude information to represent) of capture apparatus, and latitude and longitude information is converted to corresponding the first watermark information presetting screening-mode, by the image information Overlapping display of the first watermark information and destination object on the interface of capture apparatus, editing system is called by interface, first watermark information is edited, this editor can comprise the display position of mobile first watermark information on interface, revise the content of the first watermark information, delete that (attribute information as the first watermark information comprises text description for the attribute information of the first watermark information, speed describes and figure describes, can be that the figure deleting this watermark information describes) etc., and longitude and latitude watermark information editor obtained and image information display are on interface, obtain the initial photo of target image, and obtain watermark photo by synthesis system synthesis latitude and longitude information and initial photo.

Alternatively, synthesis module can comprise: photo acquisition module, for obtaining initial photo; Second display module, for being presented at the interface of capture apparatus by initial photo and longitude and latitude watermark information; Second editor module, obtains the longitude and latitude watermark information after editing for being carried out editing and processing by interface pair warp and weft degree watermark information; Synthon module, obtains watermark photo for the longitude and latitude watermark information after editor and initial photo being carried out watermark synthesis; Wherein, editor comprises: increase at least one in process, amendment process and delete processing.

Fig. 9 is the device schematic diagram of a kind of optional acquisition watermark photo according to the embodiment of the present invention.As shown in Figure 9, this device can comprise: module of finding a view 91, first information acquisition module 10, first transform subblock 92, first display module 93, first editor module 94, photo acquisition module 95, second editor module 96, synthon module 97 and output module 98.

Wherein, module of finding a view 91 is for being placed in the view finder of capture apparatus by destination object.

In this embodiment, first found a view by the view finder of module startup capture apparatus of finding a view.The implementation method of this module is consistent with the step S202 implementation method in embodiment of the method: by finding a view, module starts capture apparatus, open the view finder of capture apparatus, control objectives object is placed in this view finder, and can the position of adjustment aim object in view finder.User can directly by being observed visually the framing information (image information namely in above-described embodiment) of the destination object in view finder in this embodiment, and this view finder is the interface of capture apparatus.

First information acquisition module 10 is for obtaining the latitude and longitude information of capture apparatus.

Wherein, in above-described embodiment, to obtain the mode of latitude and longitude information consistent with the implementation method of the step S204 in said method embodiment for first information acquisition module 10, obtain mainly through GPS, wifi and cellular base station mode, in order to reach better obtain manner, can use this three kinds of modes in the process obtaining latitude and longitude information, the initial latitude and longitude information obtained by three modes carries out having revised the acquisition finally by latitude information simultaneously.

First transform subblock 92 is for being converted to corresponding the first watermark information presetting screening-mode by latitude and longitude information.

The implementation method of the first transform subblock is consistent with the implementation method of the step S206 in above-described embodiment.Alternatively, screening-mode can comprise: astronomical pattern, distance mode, geographical model and motion vector pattern etc., in the above-described embodiments, after the default screening-mode of capture apparatus is set, the latitude and longitude information got can be converted to the watermark information of corresponding different screening-modes.

First display module 93 by the image information Overlapping display of the first watermark information and destination object on the interface of capture apparatus.

Particularly, the first watermark information got by the first transform subblock is placed in view finder in the mode of superposition, thus directly can check the concrete display effect of image information and the first watermark information.

First editor module 94 obtains longitude and latitude watermark information for carrying out editor by interface to the first watermark information.

In this embodiment, first editor module can by concrete interface of the finding a view (view finder namely in above-described embodiment, also the interface namely in above-described embodiment), after the first watermark information seeing superposition and image information, editor is carried out to the first watermark information and obtains longitude and latitude watermark information.

Photo acquisition module 95 obtains the initial photo of target image for controlling capture apparatus.

Second editor module 96 obtains the second watermark information for carrying out editor by interface pair warp and weft degree watermark information.

Particularly, after getting capture apparatus and destination object being taken to the initial photo obtained, detect the Overlapping display effect of initial photo and longitude and latitude watermark information, particularly, Overlapping display effect (this effect is realized by the second display module) can be determined in view finder, judge whether time Overlapping display effect meets default effect, if this Overlapping display effect does not meet default effect, editor can also be carried out obtain the second watermark information by pair warp and weft degree watermark information.

Synthon module 97 obtains watermark photo for the synthesis of the second watermark information and initial photo.

Output module 98 is for exporting watermark photo.

By above-mentioned module 91 of finding a view, first information acquisition module 10, first transform subblock 92, first display module 93, first editor module 94, photo acquisition module 95, second editor module 96, synthon module 97 and output module 98, the implementation method of the step S202 to step S218 respectively in corresponding method embodiment.The example that above-mentioned module 91 of finding a view, first information acquisition module 10, first transform subblock 92, first display module 93, first editor module 94, photo acquisition module 95, second editor module 96, synthon module 97 and output module 98 and corresponding step realize is identical with application scenarios, but is not limited to the content disclosed in above-described embodiment.Above-mentioned module may operate in terminal or mobile terminal, can pass through software or hardware implementing.

In the above embodiment of the present invention, default screening-mode comprises at least one in distance mode, geographical model and astronomical pattern, and longitude and latitude watermark information comprises: distance watermark information, geographical watermark information, astronomical watermark information and motion watermark information.

Wherein, info conversion module can comprise: the second data obtaining module, for obtaining target position information; First computing module, for calculating the range difference of camera site and target location according to target position information and latitude and longitude information, obtains distance watermark information.

Optionally, using said apparatus to obtain in the process of watermark photo, carrying out in the process of editing in pair warp and weft degree information, text description can also be carried out to this initial photo, as " why appearance is thin and pallid, and why the heart is had experienced many vicissitudes of life, and go alone disconsolate, autumn rain is told from dieing young; Watch in the distance until it vanishes ends of the earth road, the long miss of general mood sound of musical instrument is every the empty ends of the earth " etc. text description; this text description can be that user is inputted by interface, also can be database is this pattern Random assignment, can also be that user is extracted from database by calling data storehouse.

Info conversion module can comprise: read module, and for reading the geographic name data corresponding with latitude and longitude information from database, using geographic name data as geographical watermark information, wherein, geographic name data comprise: place name and/or sight spot name.

Such as, user takes pictures in the Palace of Heavenly Purity (camera site namely in above-described embodiment) of the Forbidden City, after capture apparatus enters geographical model, capture apparatus transfers the geographic name data of the latitude and longitude information of corresponding camera site from database, particularly, above can show at view finder (interface namely in above-described embodiment): the printed words in " I am in Beijing ", the printed words of " I am at Beijing's Imperial Palace " can be shown, the printed words of " I am at the Forbidden City " can also be shown, also namely in this embodiment, I am in Beijing, I can be all geographical watermark information at Beijing's Imperial Palace and I at the Forbidden City.Geographic name data as shown in Figure 4 are " Prague ".

Info conversion module can comprise: the second computing module, and for calculating astronomical watermark information corresponding to latitude and longitude information, wherein, astronomical watermark information can comprise: sunrise sunset information and/or the moon phase information.

When default screening-mode comprises astronomical pattern, enter astronomical pattern at startup capture apparatus, and after destination object being placed in the precalculated position of the view finder of capture apparatus, calculate sunrise sunset information corresponding to latitude and longitude information and/or the moon phase information.The astronomical watermark information of above-described embodiment is presented at the optional position at view finder (i.e. interface), and this display position also can be edited.

Wherein, the motion watermark information in above-described embodiment not only can comprise direction of motion: direction, can also comprise movement velocity: 255KM/h northwards, can also use the speed interval that color represents different.Such as, can use the red movement velocity represented higher than 300KM/h, the movement velocity of 100KM/h ~ 300KM/h uses orange expression, and the movement velocity lower than 100KM/h represents by green.By color, above-mentioned represents that the method for expressing of speed can also distribute a color for each movement velocity.

In the above embodiment of the present invention, starting module can comprise: opening module, for opening the view finder of capture apparatus, controlling capture apparatus and entering default screening-mode; Module of finding a view (module of finding a view as shown in Figure 9), enters view finder for control objectives object, according to the position of predetermined angle adjustment aim object in view finder, is presented on the interface of capture apparatus to make destination object.

According to the abovementioned embodiments of the present invention, first information acquisition module comprises: Location Request module, sets up and send Location Request to location-server for capture apparatus; Positional information receiver module, for receiving the positional information of the capture apparatus that location-server returns, using positional information as latitude and longitude information, wherein, location-server comprises: at least one in GPS server, base station and the webserver.

Particularly, Location Request module can generate Location Request, and this Location Request is sent to location-server, location-server obtains the positional information corresponding with this Location Request and is back to capture apparatus, the positional information that the location-server received returns is preserved as latitude and longitude information by positional information receiver module, when capture apparatus is arranged at mobile terminal, this latitude and longitude information can be preserved in the internal memory of mobile terminal.Wherein, above-mentioned location-server can be at least one in GPS server, base station and the webserver, and location-server obtains positional information after at least one the positioning analysis result wherein obtained being revised and feeds back to capture apparatus.

Embodiment 3

In the configuration that it is the most basic, Figure 10 is the structural representation of the system of acquisition watermark photo according to the embodiment of the present invention.For purposes of illustration, the architecture of painting is only an example of proper environment, not proposes any limitation to the usable range of the application or function.This computing system should be interpreted as, to the arbitrary assembly shown in Figure 10 or its combination, there is any dependence or demand yet.

As shown in Figure 10, this system can comprise: latitude and longitude information obtains system 40, latitude and longitude information converting system 50 and synthesis system 60.

Wherein, latitude and longitude information obtains system for obtaining the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object.

Latitude and longitude information converting system 50 and latitude and longitude information obtain system 40 and are connected, for latitude and longitude information being converted to the corresponding longitude and latitude watermark information presetting screening-mode.

Synthesis system 60, is connected with latitude and longitude information converting system, obtains watermark photo for the synthesis of initial photo and longitude and latitude watermark information.

Particularly, by said system after startup capture apparatus enters default screening-mode, obtain the image information of destination object, and the image information of destination object can be illustrated in the UI(user interface of capture apparatus) on, meanwhile, the latitude and longitude information of the equipment of photographic subjects object can be obtained, then the latitude and longitude information got is converted to other relevant information of longitude and latitude (as place name, sight spot name, ephemeris information, or even motion vector information), by the longitude and latitude relevant information (the longitude and latitude watermark information namely in above-described embodiment) that is converted to image information Overlapping display on interface.By longitude and latitude watermark information and image information display after interface, can be edited by interface pair warp and weft degree watermark information, longitude and latitude watermark information after having edited can return to interface display, finally by watermark synthetic technology, the synthesis of longitude and latitude watermark information is obtained watermark photo on initial photo.

As shown in figure 11, this system can comprise: finder system 101, display system 102, latitude and longitude information converting system 50, latitude and longitude information obtain system 40, editing system 103 and synthesis system 60.

Particularly, after starting the default screening-mode of capture apparatus, the finder system 101 of capture apparatus obtains destination object image information, be illustrated in the display system 102 of capture apparatus, latitude and longitude information obtains the latitude and longitude information that system 40 gets capture apparatus simultaneously, latitude and longitude information obtains system and sends latitude and longitude information to latitude and longitude information converting system 50, through latitude and longitude information converting system 50, latitude and longitude information is converted to longitude and latitude watermark information, then by the image information Overlapping display of this longitude and latitude watermark information and destination object in display system 102, editing system 103 pair warp and weft degree infosystem can be entered by display system and carry out editing operation, longitude and latitude watermark information after editor is returned to display system 102, then the synthesis of initial photo and latitude and longitude information watermark is completed by synthesis system 60.

In the above-described embodiments, arrange in the context of mobile terminals at capture apparatus, finder system and display system can be a system.

By the above embodiment of the present invention, user can be facilitated and superpose longitude and latitude relevant information when taking pictures enjoyably, greatly facilitate acquisition of information when taking pictures, make user enjoy abundanter experience of taking pictures.

The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.

In the above embodiment of the present invention, the description of each embodiment is all emphasized particularly on different fields, in certain embodiment, there is no the part described in detail, can see the associated description of other embodiments.

In several embodiments that the application provides, should be understood that, disclosed capture apparatus, the mode by other realizes.Wherein, device embodiment described above is only schematic, the such as division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, such as multiple unit or assembly can in conjunction with or another system can be integrated into, or some features can be ignored, or do not perform.Another point, shown or discussed coupling each other or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of unit or module or communication connection can be electrical or other form.

The described unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.

In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, also can be that the independent physics of unit exists, also can two or more unit in a unit integrated.Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form of SFU software functional unit also can be adopted to realize.

If described integrated unit using the form of SFU software functional unit realize and as independently production marketing or use time, can be stored in a computer read/write memory medium.Based on such understanding, the part that technical scheme of the present invention contributes to prior art in essence in other words or all or part of of this technical scheme can embody with the form of software product, this computer software product is stored in a storage medium, comprises all or part of step of some instructions in order to make a computer equipment (can be personal computer, server or the network equipment etc.) perform method described in each embodiment of the present invention.And aforesaid storage medium comprises: USB flash disk, ROM (read-only memory) (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), portable hard drive, magnetic disc or CD etc. various can be program code stored medium.

The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.

Claims

1. obtain a method for watermark photo, it is characterized in that, comprising:

Obtain the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object;

Described latitude and longitude information is converted to the longitude and latitude watermark information of corresponding described default screening-mode;

Synthesize described longitude and latitude watermark information and initial photo obtains watermark photo,

Wherein, described initial photo is take the photo that described destination object obtains under described capture apparatus is in described default screening-mode.

2. method according to claim 1, is characterized in that, the longitude and latitude watermark information described latitude and longitude information being converted to corresponding described default screening-mode comprises:

Described latitude and longitude information is converted to the first watermark information of corresponding described default screening-mode;

Described first watermark information is presented on the interface of described capture apparatus;

Carry out editing and processing by described interface to described first watermark information and obtain described longitude and latitude watermark information, wherein, editing and processing comprises at least one increased in process, amendment process and delete processing.

3. method according to claim 1, is characterized in that, synthesizes described initial photo and described longitude and latitude watermark information and obtains watermark photo and comprise:

Obtain described initial photo;

Described initial photo and described longitude and latitude watermark information are presented on the interface of capture apparatus;

By described interface, editing and processing is carried out to described longitude and latitude watermark information and obtain the second watermark information;

Described second watermark information and described initial photo are carried out watermark synthesis and obtain described watermark photo,

Wherein, described editor comprises: increase at least one in process, amendment process and delete processing.

4. method as claimed in any of claims 1 to 3, is characterized in that, described default screening-mode comprises at least one in distance mode, geographical model, astronomical pattern and motion vector pattern, wherein,

When described default screening-mode comprises described distance mode, the longitude and latitude watermark information described latitude and longitude information being converted to corresponding described default screening-mode comprises: obtain target position information, calculate the range difference of camera site and target location according to described target position information and described latitude and longitude information, generate distance watermark information according to described range difference and described target location;

When described default screening-mode comprises described geographical model, the longitude and latitude watermark information described latitude and longitude information being converted to corresponding described default screening-mode comprises: from database, read the geographic name data corresponding with described latitude and longitude information, using described geographic name data as geographical watermark information, wherein, described geographic name data comprise: place name and/or sight spot name;

When described default screening-mode comprises described astronomical pattern, the longitude and latitude watermark information described latitude and longitude information being converted to corresponding described default screening-mode comprises: calculate the astronomical watermark information that described latitude and longitude information is corresponding, wherein, described astronomical watermark information comprises: sunrise sunset information and/or the moon phase information;

When described default screening-mode comprises described motion vector pattern,

Obtain the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object to comprise: obtain the first latitude and longitude information when described capture apparatus starts; The second latitude and longitude information of described capture apparatus is obtained once every Preset Time;

The longitude and latitude watermark information described latitude and longitude information being converted to corresponding described default screening-mode comprises: use described first latitude and longitude information and described second latitude and longitude information to calculate direction of motion and the movement velocity of described capture apparatus, motion watermark information is generated according to described direction of motion and described movement velocity

Described longitude and latitude watermark information comprises: described distance watermark information, described geographical watermark information, described astronomical watermark information and described motion watermark information.

5. method according to claim 4, is characterized in that, before obtaining the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object, described method also comprises:

Open the view finder of described capture apparatus, control described capture apparatus and enter described default screening-mode;

Control described destination object and enter described view finder, adjust the position of described destination object in described view finder according to predetermined angle, be presented on the interface of described capture apparatus to make described destination object.

6. method according to claim 4, is characterized in that, obtains the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object and comprises:

Described capture apparatus is set up and is sent Location Request to location-server;

Receive the positional information of the described capture apparatus that described location-server returns, using described positional information as described latitude and longitude information, wherein, described location-server comprises: at least one in GPS server, base station and the webserver.

7. obtain a device for watermark photo, it is characterized in that, comprising:

First information acquisition module, for obtaining the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object;

Info conversion module, for being converted to the longitude and latitude watermark information of corresponding described default screening-mode by described latitude and longitude information;

Synthesis module, obtains watermark photo for the synthesis of initial photo and described longitude and latitude watermark information,

8. device according to claim 7, is characterized in that, described info conversion module comprises:

First transform subblock, for being converted to the first watermark information of corresponding described default screening-mode by described latitude and longitude information;

First display module, for being presented at the interface of described capture apparatus by described first watermark information;

First editor module, obtains described latitude and longitude information for carrying out editing and processing by described interface to described first watermark information, and wherein, editing and processing comprises at least one increased in process, amendment process and delete processing.

9. device according to claim 7, is characterized in that, described synthesis module comprises:

Photo acquisition module, for obtaining described initial photo;

Second display module, for being presented at the interface of capture apparatus by described initial photo and described longitude and latitude watermark information;

Second editor module, obtains the second watermark information for carrying out editing and processing by described interface to described longitude and latitude watermark information;

Synthon module, obtains described watermark photo for described second watermark information and described initial photo being carried out watermark synthesis;

10. according to the device in claim 7 to 9 described in any one, it is characterized in that, described default screening-mode comprises at least one in distance mode, geographical model, astronomical pattern and motion vector pattern, wherein,

When described default screening-mode comprises described distance mode, described info conversion module comprises: the second data obtaining module, for obtaining target position information; First computing module, for calculating the range difference of camera site and target location according to described target position information and described latitude and longitude information; First generation module, for generating distance watermark information according to described range difference and described target location;

When described default screening-mode comprises described geographical model, described info conversion module comprises: read module, for reading the geographic name data corresponding with described latitude and longitude information from database, using described geographic name data as geographical watermark information, wherein, described geographic name data comprise: place name and/or sight spot name;

When described default screening-mode comprises described astronomical pattern, described info conversion module comprises: the second computing module, for calculating astronomical watermark information corresponding to described latitude and longitude information, wherein, described astronomical watermark information comprises: sunrise sunset information and/or the moon phase information;

Described first information acquisition module comprises: first obtains submodule, for obtaining the first latitude and longitude information when described capture apparatus starts; Second obtains submodule, for obtaining once the second latitude and longitude information of described capture apparatus every Preset Time;

Described info conversion module comprises: the 3rd computing module, for the direction of motion and the movement velocity that use described first latitude and longitude information and described second latitude and longitude information to calculate described capture apparatus, second generation module, for generating motion watermark information according to described direction of motion and described movement velocity

11. devices according to claim 10, is characterized in that, described device also comprises:

Opening module, for opening the view finder of described capture apparatus, controlling described capture apparatus and entering described default screening-mode;

To find a view module, entering described view finder for controlling described destination object, adjusting the position of described destination object in described view finder according to predetermined angle, be presented on the interface of described capture apparatus to make described destination object.

12. devices according to claim 10, is characterized in that, described first information acquisition module comprises:

Location Request module, sets up for described capture apparatus and sends Location Request to location-server;

Positional information receiver module, for receiving the positional information of the described capture apparatus that described location-server returns, using described positional information as described latitude and longitude information, wherein, described location-server comprises: at least one in GPS server, base station and the webserver.

13. 1 kinds of systems obtaining watermark photo, is characterized in that, comprising:

Latitude and longitude information obtains system, for obtaining the latitude and longitude information of capture apparatus under default screening-mode during photographic subjects object;

Latitude and longitude information converting system, obtains system with described latitude and longitude information and is connected, for described latitude and longitude information being converted to the longitude and latitude watermark information of corresponding described default screening-mode;

Synthesis system, is connected with described latitude and longitude information converting system, obtains watermark photo for the synthesis of initial photo and described longitude and latitude watermark information,