CN102419680B - Electronic equipment and display method thereof - Google Patents
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- CN102419680B CN102419680B CN201010294515.9A CN201010294515A CN102419680B CN 102419680 B CN102419680 B CN 102419680B CN 201010294515 A CN201010294515 A CN 201010294515A CN 102419680 B CN102419680 B CN 102419680B
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Abstract
The invention provides electronic equipment and a display method thereof. The electronic equipment comprises a first obtaining module for obtaining a scenery image, a second obtaining module for obtaining a map image, and a display module, wherein the electronic equipment is provided with a first state and a second state; under the first state and the second state, the space positions of the electronic equipment are different; the display method comprises the following steps of: generating a sensing result by sensing the current state of the electronic equipment; when the sensing result shows that the electronic equipment is at the first state, controlling the scenery image to be displayed on the display module; when the sensing result shows that the electronic equipment is at the second state, controlling the map image to be displayed on the display module.
Description
Technical field
The present invention relates to the field of electronic equipment, particularly, the present invention relates to a kind of electronic equipment and display packing thereof.
Background technology
Current, augmented reality and the service fast development based on physical location, for the user of mobile Internet has brought complete new experience, become the important application of mobile Internet.In this type of application, outdoor scene view and map view are two kinds of important views.Outdoor scene view is convenient to user and is understood better periphery, and map view can be checked the overall situation easily.User often can be switched between two views.In the prior art, need user going to check different views in different software separately, thereby mutually compare, cross-reference, confirmation mutually, for example, the view that consults a map in the software of map is checked outdoor scene view in the software of outdoor scene.This operating process complexity, user need to start two different softwares, simultaneously in the process of comparison and reference mutually, needs manually switching back and forth on two kinds of different softwares.Be unfavorable for that user operates and uses, be also unfavorable for the advantage of two kinds of views to combine, bring better user to experience to user.
Summary of the invention
Because above-mentioned, the invention provides a kind of electronic equipment and display packing thereof, it can be without extra key in the situation that, according to state auto-switching outdoor scene view and the map view of described electronic equipment, thereby in saving the resource of electronic equipment, facilitate user's operation, improved user's experience.
According to the embodiment of the present invention, a kind of display packing is provided, be applied in an electronic equipment, described electronic equipment comprises the first acquisition module, for obtaining a real scene image; Second obtains module, for obtaining a map image; And display module; Described electronic equipment has the first state and the second state, wherein, under described the first state and described the second state, the locus difference of described electronic equipment, described display packing comprises: the current residing state of electronic equipment described in sensing, produces a sensing result; Judge that described sensing result represents that described electronic equipment is in described the first state or described the second state; And in the time that described sensing result represents described electronic equipment in described the first state, be controlled at and on described display module, show described real scene image; In the time that described sensing result represents described electronic equipment in described the second state, be controlled at and on described display module, show described map image.
Described display packing also can comprise: the positional information that obtains described electronic equipment.
In described display packing, described in be controlled on described display module and show that described map image can comprise: the center of determining described map image according to the positional information of described electronic equipment; Determine the engineer's scale of described map image according to the size of described display module; And according to the center of determined described map image and described engineer's scale, be controlled at and on described display module, show described map image.
Described display packing also can comprise: according to the positional information of described electronic equipment, obtain the information point in the described electronic equipment preset range of distance; In described information point, determine the first information point mating with described real scene image; And described first information point is superimposed upon in described real scene image.
In described display packing, described described first information point is superimposed upon in described real scene image and can be comprised: described first information point is superimposed upon to the correspondence position in described real scene image.
Described display packing also can comprise: according to described first information point, determine second information point corresponding with described first information point in described map image; Showing when described map image, according to the size of described display module, determine the engineer's scale of described map image to be applicable to the mode of demonstration of described the second information point; And described the second information point is superimposed upon in described map image.
In described display packing, described described the second information point is superimposed upon in described map image and can be comprised: described the second information point is superimposed upon to the correspondence position in described map image.
Described display packing also can comprise: when described sensing result represents that described electronic equipment is when described the first state is switched to described the second state or be switched to described the first state from described the second state, be controlled at and on described display module, show a transfer image acquisition.
According to another embodiment of the present invention, a kind of electronic equipment is provided, there is the first state and the second state, wherein, under described the first state and described the second state, the locus difference of described electronic equipment, described electronic equipment comprises: first obtains module, for obtaining a real scene image; Second obtains module, for obtaining the map image of described electronic equipment position; Display module, for showing described real scene image or described map image; Sensing module, for the current residing state of electronic equipment described in sensing, produces a sensing result; Judge module, for judging that described sensing result represents that described electronic equipment is in described the first state or described the second state; And control module, in the time that described sensing result represents described electronic equipment in described the first state, be controlled at and on described display module, show described real scene image; In the time that described sensing result represents described electronic equipment in described the second state, be controlled at and on described display module, show described map image.
Described electronic equipment also can comprise: the 3rd obtains module, for obtaining the positional information of described electronic equipment.
Described electronic equipment also can comprise: map image center determination module, for determine the center of described map image according to the positional information of described electronic equipment; And the first engineer's scale determination module, for determine the engineer's scale of described map image according to the size of described display module; And, showing when described map image when controlling, described control module is according to the center of determined described map image and described engineer's scale, is controlled at and on described display module, shows described map image.
Described electronic equipment also can comprise: information point acquisition module, for according to the positional information of described electronic equipment, obtains the information point in the described electronic equipment preset range of distance; First information point determination module, for determining the first information point mating with described real scene image in described information point; And first laminating module, for described first information point is superimposed upon to described real scene image.
In described electronic equipment, described the first laminating module can be superimposed upon the correspondence position in described real scene image by described first information point.
Described electronic equipment also can comprise: the second information point determination module, for according to described first information point, in described map image, determine second information point corresponding with described first information point; The second engineer's scale determination module, for showing when described map image, according to the size of described display module, determines the engineer's scale of described map image to be applicable to the mode of demonstration of described the second information point; And second laminating module, for described the second information point is superimposed upon to described map image.
In described electronic equipment, described the second laminating module can be superimposed upon the correspondence position in described map image by described the second information point.
In described electronic equipment, described control module also can be used for representing that when described sensing result described electronic equipment is when described the first state is switched to described the second state or be switched to described the first state from described the second state, is controlled at and on described display module, shows a transfer image acquisition.
By according to the electronic equipment of the embodiment of the present invention and display packing thereof, two kinds of views are combined, simultaneously according to user to electronic equipment different operating, make electronic equipment in the time of different state, two kinds of views switch automatically.For example, user makes this electronic equipment and surface level approximately perpendicular time, and electronic equipment triggers and shows outdoor scene view; User makes this electronic equipment and surface level approximately parallel time, and electronic equipment triggers map view (or, switch to map view from outdoor scene view).Whole operating process is convenient, and the switching of two kinds of views freely, and more meets user's use habit.Bring better user to experience to user.
In addition, whole handoff procedure all completes automatically, in the situation without extra key, according to state auto-switching outdoor scene view and the map view of described electronic equipment, thereby in saving the resource of electronic equipment, facilitate user's operation, improved user's experience.
Brief description of the drawings
Fig. 1 is that diagram is according to the process flow diagram of the display packing of the embodiment of the present invention;
Fig. 2 a-c is that diagram is according to the schematic diagram of the shown real scene image of the display packing of the embodiment of the present invention and map image; And
Fig. 3 is that diagram is according to the block diagram of the structure of the electronic equipment of the embodiment of the present invention.
Embodiment
Below, describe with reference to the accompanying drawings embodiments of the invention in detail.
First, will describe according to the display packing of the embodiment of the present invention.
Described display packing is applied in an electronic equipment.Described electronic equipment is for example mobile terminal etc.Described electronic equipment comprises display module.In addition, described electronic equipment comprises the first acquisition module for obtaining a real scene image.Described the first acquisition module is for example the photographing module of described electronic equipment.In the time that the described photographing module of startup is taken, on described display module, will show real scene image.Described real scene image can be stored in described electronic equipment, also can not store.In addition, described the first acquisition module also can obtain described real scene image from server via network.In addition, described electronic equipment also comprises the second acquisition module for obtaining a map image.Described map image can be stored in described electronic equipment, also can obtain module by described second and obtain from server via network.Described real scene image and described map image are for example respectively as shown in Fig. 2 a and 2b.
In addition, described electronic equipment has the first state and the second state.Under described the first state, the display module of described electronic equipment is for example in the vertical state vertical with surface level.Under described the second state, the display module of described electronic equipment is for example in the horizontality parallel with surface level.Alternatively, described the first state can be that the angle between display module and the surface level of described electronic equipment is positioned at the first scope, and described the second state can be that angle between display module and the surface level of described electronic equipment is positioned at the second scope.Alternatively, the user that described the first state can be described electronic equipment holds appearance with first and holds described electronic equipment, and described the second state user that can be described electronic equipment holds appearance with second and holds described electronic equipment.In a word, under described the first state and described the second state, the locus difference of described electronic equipment.
Below with reference to the process flow diagram of Fig. 1 be described in detail in according in the display packing of the embodiment of the present invention for the sense operation of the first state and the second state and correspond respectively to the first state and the demonstration of the second state operation.
Fig. 1 is that diagram is according to the process flow diagram of the display packing of the embodiment of the present invention.As shown in Figure 1, described display packing comprises:
Step S101: the current residing state of electronic equipment described in sensing, produces a sensing result;
Described electronic equipment for example comprises sensing module.Described sensing module for example comprises acceleration transducer, touch sensor etc.For example, in the situation that described sensing module is acceleration transducer, the current residing state of electronic equipment described in described display packing sensing, and produce a sensing result.Described sensing result is for example the angle between acceleration or described electronic equipment and the surface level of described electronic equipment.Again for example, in the situation that described sensing module is touch sensor, the current residing state of electronic equipment described in described display packing sensing, and produce a sensing result.Described sensing result is for example for example, contact point information between described electronic equipment and the object (, user's finger, places the base of described electronic equipment etc.) of holding described electronic equipment.Certainly, described display packing also can be utilized other sensors except acceleration transducer, touch sensor, as long as it can detect the current residing state of described electronic equipment.
Step S102: judge that described sensing result represents that described electronic equipment is in described the first state or described the second state.
As mentioned above, described the first state can be for example the display module vertical state vertical with surface level of described electronic equipment.Described the second state can be for example the display module horizontality parallel with surface level of described electronic equipment.In the case, when described sensing result is 90 while spending, described display packing judges that described sensing result represents that described electronic equipment is in described the first state, and when described sensing result be 0 while spending, described display packing judges that described sensing result represents that described electronic equipment is in described the second state.In addition, preferably, in the time that described sensing result is the value between 90 degree and 0 degree, described display packing judges that described sensing result represents that described electronic equipment is just switched to the second state or is switched to the first state from the second state from the first state.
In addition, as mentioned above, described the first state can be that the angle between display module and the surface level of described electronic equipment is positioned at the first scope.Described the first scope is for example that 30 degree are to 90 degree.Described the second state can be that the angle between display module and the surface level of described electronic equipment is positioned at the second scope.Described the second scope is for example that 0 degree is to 30 degree.In the case, when described sensing result is for example 70 while spending, described display packing judges that described sensing result represents that described electronic equipment is in described the first state, and when described sensing result be for example 20 while spending, described display packing judges that described sensing result represents that described electronic equipment is in described the second state.In addition, preferably, when described sensing result is 30 while spending, described display packing judges that described sensing result represents that described electronic equipment is just switched to the second state or is switched to the first state from the second state from the first state.
In addition, as mentioned above, the user that described the first state can be described electronic equipment holds appearance with first and holds described electronic equipment, and described the second state user that can be described electronic equipment holds appearance with second and holds described electronic equipment.In the case, for example, when described sensing result be described electronic equipment and when holding contact point between the object of described electronic equipment and being positioned near two long limits of described electronic equipment (for example, in the time that user's one hand is held described electronic equipment), or when described sensing result be described electronic equipment and when holding contact point between the object of described electronic equipment and being positioned at the precalculated position of described electronic equipment (for example, in the time that user is placed in vehicle-mounted bracket by described electronic equipment), described display packing judges that described sensing result represents that described electronic equipment is in described the first state.When described sensing result be described electronic equipment and while holding near two minor faces that contact point between the object of described electronic equipment is positioned at described electronic equipment (for example, in the time that user's both hands are held described electronic equipment), described display packing judges that described sensing result represents that described electronic equipment is in described the second state.
In the time that described sensing result represents described electronic equipment in described the first state, described display packing proceeds to step S103, is controlled at demonstration real scene image as shown in Figure 2 a on described display module.And in the time that described sensing result represents described electronic equipment in described the second state, described display packing proceeds to step S104, be controlled at demonstration map image as shown in Figure 2 b on described display module.
Thus, when sense user by electronic equipment be placed near vertical or vertically when state (for example, in the time that the angle between display module and the surface level of described electronic equipment is positioned at 30 degree to the scope of 90 degree), maybe when sense user with first hold appearance while holding electronic equipment (for example, in the time that user's one hand is held described electronic equipment or in the time that user is placed in vehicle-mounted bracket by described electronic equipment), on the display module of described electronic equipment, show real scene image; And in the time sensing user electronic equipment be placed in to level of approximation or horizontality (for example, in the time that the angle between display module and the surface level of described electronic equipment is positioned at 0 degree to the scope of 30 degree), maybe when sense user with second hold appearance while holding electronic equipment (for example, in the time that user's both hands are held described electronic equipment), displayed map image on the display module of described electronic equipment, thus without extra key in the situation that, realize the automatic switchover between real scene image and map image.
This switching mode meets user's cognition custom, and takes full advantage of real scene image and map image feature separately.Particularly, when electronic equipment is during in level of approximation or horizontality, the major part of the real scene image showing on the display module of described electronic equipment is ground or sky, and it is associated with outdoor scene little, therefore,, when electronic equipment is during in level of approximation or horizontality, be applicable to displayed map image.And when electronic equipment is during in vertical state, real scene image obtains optimum efficiency.
Thus, by according to the display packing of the embodiment of the present invention, can be without extra key in the situation that, according to state auto-switching outdoor scene view and the map view of described electronic equipment, thereby in saving the resource of electronic equipment, facilitate user's operation, improved user's experience.
In addition, preferably, described display packing also can comprise: the positional information that obtains described electronic equipment.The 3rd acquisition module that described positional information for example can comprise by described electronic equipment obtains.Described the 3rd acquisition module is for example GPS module etc.
In the case, when being controlled at while showing described map image on described display module, described display packing is determined the center of described map image according to the positional information of described electronic equipment., the center of described display packing using the point corresponding to the residing position of described electronic equipment as described map image.Certainly, described display packing also can not will corresponding to the point of the residing position of described electronic equipment the center as described map image, but any precalculated position of described map image will be placed in corresponding to the point of the residing position of described electronic equipment, the middle part, below of for example described map image, in the time utilizing described electronic equipment to navigate, this layout the checking of user of being usually more convenient for.
In addition, described display packing is determined the engineer's scale of described map image according to the size of described display module.If described engineer's scale is excessive, what described map image can show is limited in scope, and is not easy to navigate for user.For example, the in the situation that of Fig. 2 b, the current residing position of user is A point, if engineer's scale is now excessive so that can not show from B point to this paths of C point, the scope that described map image shows is too small, and user can not make full use of described map image and navigate.If described engineer's scale is too small, described map image can not clearly illustrate, even can not show the path of ordering to C from B point, is not easy to equally user and navigates.Therefore, described display packing need to be considered the size of described display module and user's viewing effect, determines the engineer's scale of described map image.The method of the engineer's scale of this definite map image is known to those skilled in the art, is not described in detail in this.
After this, described display packing is according to the center of determined described map image (alternatively, the precalculated position of determined described map image) and described engineer's scale, is controlled at and on described display module, shows described map image.Thus, between the real scene image so obtaining and the map image that will show, be associated.Particularly, between described real scene image and map image, be associated by positional information, that is to say, the positional information during based on the described real scene image of acquisition obtains the map image that will show.
In addition,, after obtaining the positional information of described electronic equipment, in the time showing described real scene image, described display packing also can be presented at the information point relevant to the positional information of described electronic equipment in described real scene image.Particularly, described display packing, according to the positional information of described electronic equipment, is obtained the information point in the described electronic equipment preset range of distance from server.That is to say all information points the border circular areas that what described display packing was obtained from server is taking the position of described electronic equipment as the center of circle, taking preset range as radius.Described preset range is specified by user, also can be determined by Server Default.Described information point is the point relevant to object in real scene image or map image, and the information of described information point can comprise positional information, attribute information, review information etc.
After this, the orientation module that described display packing comprises by described electronic equipment (for example, electronic compass), determine described electronic equipment towards direction, and according to described electronic equipment towards direction, in described information point, determine the first information point that mates with described real scene image.Particularly, in the middle of all information points in the border circular areas as above obtaining at described electronic equipment, described display packing based on described electronic equipment towards direction and the visual field information of described photographing module self, the information point that the real scene image that definite photographing module by described electronic equipment obtains comprises, the first information point that, show on described real scene image.Thus, described display packing has been determined the first information point mating with described real scene image.
After this, described display packing is superimposed upon described first information point on described real scene image, and is presented on described real scene image, thereby has obtained real scene image as shown in Figure 2 A.
Preferably, in the time that described first information point is superimposed upon on described real scene image, the also further visual field information of the compass information based on described electronic equipment and described photographing module self and the positional information of described information point, determines that described information point is superimposed upon the horizontal ordinate of the position in described real scene image; If described information point comprises elevation information, also can determine that described information point is superimposed upon the ordinate of the position in described real scene image according to described elevation information, thus described first information point is superimposed upon to the correspondence position in described real scene image.In the real scene image so obtaining, information point is superimposed upon the correspondence position on real scene image, thereby facilitates user to understand better described real scene image and the particular location of interested information point in real scene image, has greatly improved user's experience.
In the time showing described map image, described display packing, according to described first information point, is determined second information point corresponding with described first information point in described map image.Described the second information point can be identical with described first information point, can be also a part for described first information point, can also comprise described first information point.
In addition, described display packing is according to the size of described display module, determines the engineer's scale of described map image to be applicable to the mode of demonstration of described the second information point.Similarly, described engineer's scale need to be suitable, so that user navigates by described map image.
After this, described display packing is superimposed upon described the second information point in described map image
Particularly, described display packing displayed map image in the following way.For example, in the time switching to displayed map image from demonstration real scene image, described display packing is for example, by be placed in the precalculated position (middle part, below) of display module corresponding to the point of the current residing position of user, according to fixing initial proportion displayed map image.After this, described display packing obtains the current information point on current map view, and carries out first relatively with described first information point.
In the time that described current information point is less than described first information point, the middle part, below that described display packing maintenance is placed in display module corresponding to the point of the current residing position of user is constant, magni-scale simultaneously, and continue described first relatively.
In the time that described current information point is no less than described first information point, described display packing is determined apart from the nearest information point in the edge of display module from described current information point, calculate the distance of this information point and screen edge, and described distance and predetermined threshold are carried out to second relatively.In the time that described distance is less than predetermined threshold, the middle part, below that described display packing maintenance is placed in display module corresponding to the point of the current residing position of user is constant, contraction scale simultaneously; And in the time that described distance is greater than predetermined threshold, the middle part, below that described display packing maintenance is placed in display module corresponding to the point of the current residing position of user is constant, magni-scale simultaneously.In the time that described distance equals predetermined threshold, described display packing obtains according to the map image of current engineer's scale, as the map image of final demonstration.Thus, the second information point in described map image comprises all first information points in described real scene image, and the engineer's scale demonstration of checking to be applicable to user, thereby facilitates user's operation, and has improved user's experience.
Described the second information point can be independent of described map image and show, for example, be presented at the precalculated position, below of described display module.Preferably, described the second information point also can be superimposed upon on described map image.Now, based on the positional information of described the second information point, described the second information point is superimposed upon to the correspondence position in described map image.Thus, by the map image that has superposeed the second information point and shown with proper proportion, user can watch map image easily, and understands the relation between interested information point and the current residing position of user, thereby has greatly improved user's experience.
In addition, horn of plenty display effect, improve better user's experience, when sensing result described above represents that described electronic equipment is when described the first state is switched to described the second state or be switched to described the first state from described the second state, described display packing is controlled at and on described display module, shows a transfer image acquisition.Described transfer image acquisition for example as shown in Figure 2 c.Particularly, in the time that described electronic equipment is switched to described the second state from described the first state, on display module, switches to transfer image acquisition from real scene image described in described display packing control, then switch to map image from transfer image acquisition.In the time of described real scene image and described map image inclusion information point, described information point moves up the position on real scene image from it, on display module, manifest gradually the picture on a predetermined 3D ground, each information point moves to the ground correspondence position of described 3D gradually simultaneously, after this, 3D ground is transparent and disappearance gradually, displayed map image.Variation in the time that described electronic equipment is switched to described the first state from described the second state in contrast, is not described in detail in this.It is pointed out that and it will be appreciated by those skilled in the art that the implementation of described transition picture and the move mode of information point are not limited to ad hoc fashion.
Display packing according to the embodiment of the present invention has been described above.By according to the display packing of the embodiment of the present invention, can be without extra key in the situation that, to meet the mode of user operation habits, according to state auto-switching outdoor scene view and the map view of described electronic equipment, thereby in saving the resource of electronic equipment, facilitate user's operation, improved user's experience.
Describe according to the electronic equipment 300 of the embodiment of the present invention below in conjunction with Fig. 3.Described electronic equipment 300 is for example mobile terminal etc.Described electronic equipment 300 has the first state and the second state, wherein, if combination is above according to as described in the display packing of the embodiment of the present invention, under described the first state and described the second state, the locus difference of described electronic equipment.
As shown in Figure 3, described electronic equipment 300 comprises:
First obtains module 301, for obtaining a real scene image;
Second obtains module 302, for obtaining the map image of described electronic equipment position;
Described the first acquisition module 301 is for example the photographing module of described electronic equipment.In the time that the described photographing module of startup is taken, on described display module 303, will show real scene image.Described real scene image can be stored in described electronic equipment, also can not store.In addition, described the first acquisition module 301 also can obtain described real scene image from server via network.In addition, described map image can be stored in described electronic equipment, also can obtain module 302 by described second and obtain from server via network.Described real scene image and described map image are for example respectively as shown in Fig. 2 a and 2b.
In addition, as mentioned above, under described the first state, the display module of described electronic equipment is for example in the vertical state vertical with surface level.Under described the second state, the display module of described electronic equipment is for example in the horizontality parallel with surface level.Alternatively, described the first state can be that the angle between display module and the surface level of described electronic equipment is positioned at the first scope, and described the second state can be that angle between display module and the surface level of described electronic equipment is positioned at the second scope.Alternatively, the user that described the first state can be described electronic equipment holds appearance with first and holds described electronic equipment, and described the second state user that can be described electronic equipment holds appearance with second and holds described electronic equipment.In a word, under described the first state and described the second state, the locus difference of described electronic equipment.
In addition, described sensing module 304 for example comprises acceleration transducer, touch sensor etc.For example, in the situation that described sensing module 304 is acceleration transducer, described sensing result is for example the angle between acceleration or described electronic equipment and the surface level of described electronic equipment.Again for example, in the situation that described sensing module 304 is touch sensor, described sensing result is for example for example, contact point information between described electronic equipment and the object (, user's finger, places the base of described electronic equipment etc.) of holding described electronic equipment.Certainly, described electronic equipment also can utilize other sensors except acceleration transducer, touch sensor, as long as it can detect the current residing state of described electronic equipment.
In addition, as mentioned above, described the first state can be for example the vertical state that the display module of described electronic equipment is vertical with surface level.Described the second state can be for example the display module horizontality parallel with surface level of described electronic equipment.In the case, when the sensing result of described sensing module 304 is 90 while spending, described judge module 305 judges that described sensing result represents that described electronic equipment is in described the first state, and when the sensing result of described sensing module 304 be 0 while spending, described judge module 305 judges that described sensing result represents that described electronic equipment is in described the second state.In addition, preferably, in the time that the sensing result of described sensing module 304 is the value between 90 degree and 0 degree, described judge module 305 judges that described sensing result represents that described electronic equipment is just switched to the second state or is switched to the first state from the second state from the first state.
In addition, as mentioned above, described the first state can be that the angle between display module and the surface level of described electronic equipment is positioned at the first scope.Described the first scope is for example that 30 degree are to 90 degree.Described the second state can be that the angle between display module and the surface level of described electronic equipment is positioned at the second scope.Described the second scope is for example that 0 degree is to 30 degree.In the case, when the sensing result of described sensing module 304 is for example 70 while spending, described judge module 305 judges that described sensing result represents that described electronic equipment is in described the first state, and when the sensing result of described sensing module 304 be for example 20 while spending, described judge module 305 judges that described sensing result represents that described electronic equipment is in described the second state.In addition, preferably, when the sensing result of described sensing module 304 is 30 while spending, described judge module 305 judges that described sensing result represents that described electronic equipment is just switched to the second state or is switched to the first state from the second state from the first state.
In addition, as mentioned above, the user that described the first state can be described electronic equipment holds appearance with first and holds described electronic equipment, and described the second state user that can be described electronic equipment holds appearance with second and holds described electronic equipment.In the case, for example, when the sensing result of described sensing module 304 be described electronic equipment and when holding contact point between the object of described electronic equipment and being positioned near two long limits of described electronic equipment (for example, in the time that user's one hand is held described electronic equipment), or when the sensing result of described sensing module 304 be described electronic equipment and when holding contact point between the object of described electronic equipment and being positioned at the precalculated position of described electronic equipment (for example, in the time that user is placed in vehicle-mounted bracket by described electronic equipment), described judge module 305 judges that described sensing result represents that described electronic equipment is in described the first state.When the sensing result of described sensing module 304 be described electronic equipment and while holding near two minor faces that contact point between the object of described electronic equipment is positioned at described electronic equipment (for example, in the time that user's both hands are held described electronic equipment), described judge module 305 judges that described sensing result represents that described electronic equipment is in described the second state.
In the time that the sensing result of described sensing module 304 represents described electronic equipment in described the first state, described control module 306 is controlled at demonstration real scene image as shown in Figure 2 a on described display module 303.And in the time that the sensing result of described sensing module 304 represents described electronic equipment in described the second state, described control module 306 is controlled at demonstration map image as shown in Figure 2 b on described display module 303.
Thus, when sense user by electronic equipment be placed near vertical or vertically when state (for example, in the time that the angle between display module and the surface level of described electronic equipment is positioned at 30 degree to the scope of 90 degree), maybe when sense user with first hold appearance while holding electronic equipment (for example, in the time that user's one hand is held described electronic equipment or in the time that user is placed in vehicle-mounted bracket by described electronic equipment), on the display module of described electronic equipment, show real scene image; And in the time sensing user electronic equipment be placed in to level of approximation or horizontality (for example, in the time that the angle between display module and the surface level of described electronic equipment is positioned at 0 degree to the scope of 30 degree), maybe when sense user with second hold appearance while holding electronic equipment (for example, in the time that user's both hands are held described electronic equipment), displayed map image on the display module of described electronic equipment, thus without extra key in the situation that, realize the automatic switchover between real scene image and map image.
This switching mode meets user's cognition custom, and takes full advantage of real scene image and map image feature separately.Particularly, when electronic equipment is during in level of approximation or horizontality, the major part of the real scene image showing on the display module of described electronic equipment is ground or sky, and it is associated with outdoor scene little, therefore,, when electronic equipment is during in level of approximation or horizontality, be applicable to displayed map image.And when electronic equipment is during in vertical state, real scene image obtains optimum efficiency.
Thus, by according to the electronic equipment of the embodiment of the present invention, can be without extra key in the situation that, according to state auto-switching outdoor scene view and the map view of described electronic equipment, thereby in saving the resource of electronic equipment, facilitate user's operation, improved user's experience.
In addition, described electronic equipment also can comprise: the 3rd obtains module, for obtaining the positional information of described electronic equipment.Described the 3rd acquisition module is for example GPS module etc.
In addition, described electronic equipment also can comprise: map image center determination module, for according to the positional information of the described electronic equipment of described the 3rd acquisition module acquisition, determine the center of described map image., the center of described map image center determination module using the point corresponding to the residing position of described electronic equipment as described map image.Certainly, described electronic equipment also can not will corresponding to the point of the residing position of described electronic equipment the center as described map image, but any precalculated position of described map image will be placed in corresponding to the point of the residing position of described electronic equipment, the middle part, below of for example described map image, in the time utilizing described electronic equipment to navigate, this layout the checking of user of being usually more convenient for.
In addition, described electronic equipment comprises the first engineer's scale determination module, for determine the engineer's scale of described map image according to the size of described display module.If described engineer's scale is excessive, what described map image can show is limited in scope, and is not easy to navigate for user.For example, the in the situation that of Fig. 2 b, the current residing position of user is A point, if engineer's scale is now excessive so that can not show from B point to this paths of C point, the scope that described map image shows is too small, and user can not make full use of described map image and navigate.If described engineer's scale is too small, described map image can not clearly illustrate, even can not show the path of ordering to C from B point, is not easy to equally user and navigates.Therefore, described the first engineer's scale determination module need to be considered the size of described display module and user's viewing effect, determines the engineer's scale of described map image.The method of the engineer's scale of this definite map image is known to those skilled in the art, is not described in detail in this.
Described the 3rd module is connected with described map image center determination module.And described the 3rd module, described map image center determination module and described the first engineer's scale determination module are all connected with described control module.In the time controlling the described map image of demonstration, center and the definite engineer's scale of described the first engineer's scale determination module of described map image that described control module is determined according to described map image center determination module, is controlled at and on described display module, shows described map image.Thus, between the real scene image so obtaining and map image, be associated.Particularly, between described real scene image and map image, be associated by positional information, that is to say, the positional information during based on the described real scene image of acquisition obtains described map image.
In addition, described electronic equipment also can comprise:
Information point acquisition module, is connected with server with described the 3rd acquisition module, for according to the positional information of described electronic equipment, obtains the information point in the described electronic equipment preset range of distance from described server;
First information point determination module, is connected with described information point acquisition module, for determine the first information point mating with described real scene image in described information point; And
The first laminating module, is connected with described first information point determination module, for described first information point is superimposed upon to described real scene image.
Thus, the information point relevant to the positional information of described electronic equipment can be presented in described real scene image.Particularly, described information point acquisition module, according to the positional information of described electronic equipment, obtains the information point in the described electronic equipment preset range of distance from server.That is to say all information points the border circular areas that what described information point acquisition module obtained from server is taking the position of described electronic equipment as the center of circle, taking preset range as radius.Described preset range is specified by user, also can be determined by Server Default.Described information point is the point relevant to object in real scene image or map image, and the information of described information point can comprise positional information, attribute information, review information etc.
In addition, described electronic equipment also comprises orientation module (for example, electronic compass), for determine described electronic equipment towards direction.And described first information point determination module is connected with described orientation module, according to the definite electronic equipment of described orientation module towards direction, in described information point, determine the first information point mating with described real scene image.Particularly, in the middle of all information points in the border circular areas as above obtaining at described electronic equipment, described first information point determination module based on described electronic equipment towards direction and the visual field information of described photographing module self, the information point that the real scene image that definite photographing module by described electronic equipment obtains comprises, the first information point that, show on described real scene image.Thus, described first information point determination module has been determined the first information point mating with described real scene image.
After this, described the first laminating module is superimposed upon described first information point on described real scene image, and is presented on described real scene image, thereby has obtained real scene image as shown in Figure 2 A.
Preferably, in the time that described first information point is superimposed upon on described real scene image, the also further visual field information of the compass information based on described electronic equipment and described photographing module self and the positional information of described information point, determines that described information point is superimposed upon the horizontal ordinate of the position in described real scene image; If described information point comprises elevation information, also can determine that described information point is superimposed upon the ordinate of the position in described real scene image according to described elevation information, thus described first information point is superimposed upon to the correspondence position in described real scene image.In the real scene image so obtaining, information point is superimposed upon the correspondence position on real scene image, thereby facilitates user to understand better described real scene image and the particular location of interested information point in real scene image, has greatly improved user's experience.
In addition, described electronic equipment also can comprise:
The second information point determination module for according to described first information point, is determined second information point corresponding with described first information point in described map image;
The second engineer's scale determination module, for showing when described map image, according to the size of described display module, determines the engineer's scale of described map image to be applicable to the mode of demonstration of described the second information point; And
The second laminating module, for being superimposed upon described map image by described the second information point.
In the time showing described map image, described the second information point determination module, according to described first information point, is determined second information point corresponding with described first information point in described map image.Described the second information point can be identical with described first information point, can be also a part for described first information point, can also comprise described first information point.
In addition, described the second engineer's scale determination module is according to the size of described display module, determines the engineer's scale of described map image to be applicable to the mode of demonstration of described the second information point.Similarly, described engineer's scale need to be suitable, so that user navigates by described map image.
After this, described the second laminating module is superimposed upon described the second information point in described map image.Described the first laminating module and described the second laminating module can be identical, also can be different.Described the first engineer's scale determination module and described the second engineer's scale determination module can be identical, also can be different.
Particularly, described electronic equipment displayed map image in the following way.For example, in the time switching to displayed map image from demonstration real scene image, described electronic equipment is for example, by be placed in the precalculated position (middle part, below) of display module corresponding to the point of the current residing position of user, according to fixing initial proportion displayed map image.After this, described electronic equipment obtains the current information point on current map view, and carries out first relatively with described first information point.
In the time that described current information point is less than described first information point, the middle part, below that described electronic equipment maintenance is placed in display module corresponding to the point of the current residing position of user is constant, magni-scale simultaneously, and continue described first relatively.
In the time that described current information point is no less than described first information point, described electronic equipment is determined apart from the nearest information point in the edge of display module from described current information point, calculate the distance of this information point and screen edge, and described distance and predetermined threshold are carried out to second relatively.In the time that described distance is less than predetermined threshold, the middle part, below that described electronic equipment maintenance is placed in display module corresponding to the point of the current residing position of user is constant, contraction scale simultaneously; And in the time that described distance is greater than predetermined threshold, the middle part, below that described electronic equipment maintenance is placed in display module corresponding to the point of the current residing position of user is constant, magni-scale simultaneously.In the time that described distance equals predetermined threshold, described electronic equipment obtains according to the map image of current engineer's scale, as the map image of final demonstration.Thus, the second information point in described map image comprises all first information points in described real scene image, and the engineer's scale demonstration of checking to be applicable to user, thereby facilitates user's operation, and has improved user's experience.
Described the second information point can be independent of described map image and show, for example, be presented at the precalculated position, below of described display module.Preferably, described the second information point also can be superimposed upon on described map image.Now, based on the positional information of described the second information point, described the second information point is superimposed upon to the correspondence position in described map image.Thus, by the map image that has superposeed the second information point and shown with proper proportion, user can watch map image easily, and understands the relation between interested information point and the current residing position of user, thereby has greatly improved user's experience.
In addition, horn of plenty display effect, improve better user's experience, when sensing result described above represents that described electronic equipment when described the first state is switched to described the second state or be switched to described the first state from described the second state, shows a transfer image acquisition on described display module.Described transfer image acquisition for example as shown in Figure 2 c.Particularly, in the time that described electronic equipment is switched to described the second state from described the first state, on described display module, switches to transfer image acquisition from real scene image, then switch to map image from transfer image acquisition.In the time of described real scene image and described map image inclusion information point, described information point moves up the position on real scene image from it, on display module, manifest gradually the picture on a predetermined 3D ground, each information point moves to the ground correspondence position of described 3D gradually simultaneously, after this, 3D ground is transparent and disappearance gradually, displayed map image.Variation in the time that described electronic equipment is switched to described the first state from described the second state in contrast, is not described in detail in this.It is pointed out that and it will be appreciated by those skilled in the art that the implementation of described transition picture and the move mode of information point are not limited to ad hoc fashion.
Electronic equipment according to the embodiment of the present invention has been described above.By according to the electronic equipment of the embodiment of the present invention, can be without extra key in the situation that, to meet the mode of user operation habits, according to state auto-switching outdoor scene view and the map view of described electronic equipment, thereby in saving the resource of electronic equipment, facilitate user's operation, improved user's experience.
Above, described according to the electronic equipment of the embodiment of the present invention and display packing thereof referring to figs. 1 through Fig. 3.
For example can be suitable for navigation application according to the electronic equipment of the embodiment of the present invention and display packing thereof.For example, when user is vertically when hand-held described electronic equipment, obtain module by first of described electronic equipment and obtain real scene image, and in the time that described electronic equipment is set to horizontal level by user, there is associated map image by showing with described real scene image in described electronic equipment.Again for example, when user by described electronic equipment with the first attitude (for example, while vertically) being placed in the fixed support in car, obtain module by first of described electronic equipment and obtain real scene image, and by described electronic equipment with the second attitude (for example work as user, while flatly) being placed in the fixed support in car, there is associated map image by showing with described real scene image in described electronic equipment.Thus, without extra key in the situation that, automatically realize the switching between outdoor scene view and map view, facilitated user's operation, improved user's experience.In addition, the in the situation that of described outdoor scene view and map view inclusion information point, be convenient to user according to the electronic equipment of the embodiment of the present invention and display packing thereof and understand better the situation of periphery by real scene image, and check overall situation by map image easily when needed.
It should be noted that, in this manual, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby the process, method, article or the equipment that make to comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or be also included as the intrinsic key element of this process, method, article or equipment.The in the situation that of more restrictions not, the key element being limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
Finally, also it should be noted that, above-mentioned a series of processing not only comprise the processing of carrying out by time series with order described here, and comprise processing parallel or that carry out respectively instead of in chronological order.
Through the above description of the embodiments, those skilled in the art can be well understood to the mode that the present invention can add essential hardware platform by software and realize, and can certainly all implement by hardware.Based on such understanding, what technical scheme of the present invention contributed to background technology can embody with the form of software product in whole or in part, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprise that some instructions (can be personal computers in order to make a computer equipment, server, or the network equipment etc.) carry out the method described in some part of each embodiment of the present invention or embodiment.
Above the present invention is described in detail, has applied specific case herein principle of the present invention and embodiment are set forth, the explanation of above embodiment is just for helping to understand method of the present invention and core concept thereof; , for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention meanwhile.
Claims (16)
1. a display packing, is applied in an electronic equipment, and described electronic equipment comprises photographing module, for obtaining a real scene image; Second obtains module, for obtaining a map image; And display module; Described electronic equipment has the first state and the second state, wherein, under described the first state and described the second state, the locus difference of described electronic equipment, described display packing comprises:
The current residing state of electronic equipment described in sensing, produces a sensing result;
Judge that described sensing result represents that described electronic equipment is in described the first state or described the second state; And
In the time that described sensing result represents described electronic equipment in described the first state, be controlled at and on described display module, show described real scene image;
In the time that described sensing result represents described electronic equipment in described the second state, be controlled at and on described display module, show described map image;
Wherein, under described the first state, the angle between display module and the surface level of described electronic equipment is positioned at the first scope; Under described the second state, the angle between display module and the surface level of described electronic equipment is positioned at the second scope.
2. display packing as claimed in claim 1, also comprises:
Obtain the positional information of described electronic equipment.
3. display packing as claimed in claim 2, wherein, described in be controlled on described display module and show that described map image comprises:
Determine the center of described map image according to the positional information of described electronic equipment;
Determine the engineer's scale of described map image according to the size of described display module; And
According to the center of determined described map image and described engineer's scale, be controlled at and on described display module, show described map image.
4. display packing as claimed in claim 2, also comprises:
According to the positional information of described electronic equipment, obtain the information point in the described electronic equipment preset range of distance;
In described information point, determine the first information point mating with described real scene image; And
Described first information point is superimposed upon in described real scene image.
5. display packing as claimed in claim 4, wherein, is describedly superimposed upon described real scene image by described first information point and comprises:
Described first information point is superimposed upon to the correspondence position in described real scene image.
6. display packing as claimed in claim 4, also comprises:
According to described first information point, in described map image, determine second information point corresponding with described first information point;
Showing when described map image, according to the size of described display module, determine the engineer's scale of described map image to be applicable to the mode of demonstration of described the second information point; And
Described the second information point is superimposed upon in described map image.
7. display packing as claimed in claim 6, wherein, is describedly superimposed upon described map image by described the second information point and comprises:
Described the second information point is superimposed upon to the correspondence position in described map image.
8. display packing as claimed in claim 1, also comprises:
When described sensing result represents that described electronic equipment is when described the first state is switched to described the second state or be switched to described the first state from described the second state, be controlled at and on described display module, show a transfer image acquisition.
9. an electronic equipment, has the first state and the second state, wherein, under described the first state and described the second state, the locus difference of described electronic equipment, described electronic equipment comprises:
Photographing module, for obtaining a real scene image;
Second obtains module, for obtaining the map image of described electronic equipment position;
Display module, for showing described real scene image or described map image;
Sensing module, for the current residing state of electronic equipment described in sensing, produces a sensing result;
Judge module, for judging that described sensing result represents that described electronic equipment is in described the first state or described the second state; And
Control module, in the time that described sensing result represents described electronic equipment in described the first state, is controlled at and on described display module, shows described real scene image; In the time that described sensing result represents described electronic equipment in described the second state, be controlled at and on described display module, show described map image;
Wherein, under described the first state, the angle between display module and the surface level of described electronic equipment is positioned at the first scope; Under described the second state, the angle between display module and the surface level of described electronic equipment is positioned at the second scope.
10. electronic equipment as claimed in claim 9, also comprises:
The 3rd obtains module, for obtaining the positional information of described electronic equipment.
11. electronic equipments as claimed in claim 9, also comprise:
Map image center determination module, for determining the center of described map image according to the positional information of described electronic equipment; And
The first engineer's scale determination module, for determining the engineer's scale of described map image according to the size of described display module;
And, showing when described map image when controlling, described control module is according to the center of determined described map image and described engineer's scale, is controlled at and on described display module, shows described map image.
12. electronic equipments as claimed in claim 10, also comprise:
Information point acquisition module, for according to the positional information of described electronic equipment, obtains the information point in the described electronic equipment preset range of distance;
First information point determination module, for determining the first information point mating with described real scene image in described information point; And
The first laminating module, for being superimposed upon described real scene image by described first information point.
13. electronic equipments as claimed in claim 12, wherein:
Described first information point is superimposed upon the correspondence position in described real scene image by described the first laminating module.
14. electronic equipments as claimed in claim 12, also comprise:
The second information point determination module for according to described first information point, is determined second information point corresponding with described first information point in described map image;
The second engineer's scale determination module, for showing when described map image, according to the size of described display module, determines the engineer's scale of described map image to be applicable to the mode of demonstration of described the second information point; And
The second laminating module, for being superimposed upon described map image by described the second information point.
15. electronic equipments as claimed in claim 14, wherein:
Described the second information point is superimposed upon the correspondence position in described map image by described the second laminating module.
16. electronic equipments as claimed in claim 9, wherein:
Described control module is also for representing that when described sensing result described electronic equipment is when described the first state is switched to described the second state or be switched to described the first state from described the second state, is controlled at and on described display module, shows a transfer image acquisition.
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| CN201010294515.9A CN102419680B (en) | 2010-09-27 | 2010-09-27 | Electronic equipment and display method thereof |
| PCT/CN2011/080228 WO2012041221A1 (en) | 2010-09-27 | 2011-09-27 | Electronic device, displaying method and file saving method |
| US13/824,144 US9507485B2 (en) | 2010-09-27 | 2011-09-27 | Electronic device, displaying method and file saving method |
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| CN201010294515.9A CN102419680B (en) | 2010-09-27 | 2010-09-27 | Electronic equipment and display method thereof |
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| CN102419680B true CN102419680B (en) | 2014-06-04 |
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| CN103513711A (en) * | 2012-06-29 | 2014-01-15 | 联想(北京)有限公司 | Electronic device |
| CN103162693A (en) * | 2013-03-12 | 2013-06-19 | 深圳市凯立德科技股份有限公司 | Lane information display method and navigation device |
| CN103390143B (en) * | 2013-06-28 | 2017-03-15 | 北京智谷睿拓技术服务有限公司 | Display control method, device and the display device including the device |
| CN103365657B (en) * | 2013-06-28 | 2019-03-15 | 北京智谷睿拓技术服务有限公司 | Display control method, device and the display equipment including the device |
| CN104346051A (en) * | 2013-07-29 | 2015-02-11 | 联想(北京)有限公司 | Display method, image acqusition method and electronic equipment |
| CN104765581B (en) * | 2014-01-02 | 2018-07-03 | 联想(北京)有限公司 | A kind of localization method and electronic equipment |
| CN105208181B (en) * | 2014-06-11 | 2018-01-23 | 联想(北京)有限公司 | Information processing method and electronic equipment |
| CN106156237B (en) * | 2015-04-27 | 2019-06-28 | 北京智谷睿拓技术服务有限公司 | Information processing method, information processing unit and user equipment |
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