CN104618655A - Information processing method and electronic device - Google Patents
Information processing method and electronic device Download PDFInfo
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- CN104618655A CN104618655A CN201510081094.4A CN201510081094A CN104618655A CN 104618655 A CN104618655 A CN 104618655A CN 201510081094 A CN201510081094 A CN 201510081094A CN 104618655 A CN104618655 A CN 104618655A
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Abstract
The invention discloses an information processing method and an electronic device. The method comprises the steps of acquiring a preview image frame by a second electronic device from the environment through a communication channel; determining whether the preview image frame is the optimal image frame which is the image frame meeting the preset condition of an object in a presentation environment; if s, sending an image acquiring instruction to the second electronic device through the communication channel, wherein the image acquiring instruction is used for triggering the second electronic device to acquire and store images of the environment according to the acquiring parameters corresponding to the optimal preview image frame. With the adoption of the method, the image meeting the visual effect demand can be accurately and quickly acquired though the electronic device.
Description
Technical field
The present invention relates to the information processing technology, particularly relate to a kind of information processing method and electronic equipment.
Background technology
The intelligent electronic device such as smart mobile phone, panel computer is often provided with front-facing camera to provide Self-timer, when but user holds electronic equipment auto heterodyne, due to the restriction of shooting angle and shooting distance, captured by the image (photo or video) that goes out often be difficult to that there is good visual effect; And if allow other users use electronic equipment to take, whether user has no way of again understanding the image of current shooting and meets the demands.
Summary of the invention
The embodiment of the present invention provides a kind of information processing method and electronic equipment, and electronic equipment can be made accurately to gather the image meeting visual effect demand quickly.
The technical scheme of the embodiment of the present invention is achieved in that
The embodiment of the present invention provides a kind of information processing method, is applied to the first electronic equipment, and communication port set up by described first electronic equipment support and the second electronic equipment; Described method comprises:
Obtain preview graph picture frame by described communication port, described preview graph picture frame is that described second electronic equipment collects environment;
Judge whether described preview graph picture frame is optimum image frame, described optimum image frame is the pre-conditioned picture frame meeting the object presented in described environment;
When to characterize described picture frame be optimum image frame to the judged result obtained, send image capture instruction by described communication port to described second electronic equipment, described image capture instruction carries out IMAQ based on acquisition parameter corresponding to described optimum preview graph picture frame to described environment for triggering described second electronic equipment and stores.
Preferably, describedly judge whether described preview graph picture frame is optimum image frame, comprising:
The graphical interfaces of described first electronic equipment presents described preview graph picture frame;
The image capture instruction whether received for described preview graph picture frame is detected in Preset Time;
If received, then judge that described preview graph picture frame is as optimum image frame; Otherwise, judge that described preview graph picture frame is as non-optimal picture frame.
Preferably, describedly judge whether described preview graph picture frame is optimum image frame, comprising:
Resolve described preview graph picture frame, obtain the characteristic parameter of object in the described environment that described preview graph picture frame carries;
More described characteristic parameter and reference feature parameter;
When the difference of described characteristic parameter and described reference feature parameter is less than predetermined threshold value, determine that described preview graph picture frame is optimum image frame.
Preferably, described by described communication port acquisition preview graph picture frame, comprising:
The graphical interfaces of described first electronic equipment is presented the preview graph picture frame obtained by described communication port;
The adjustment obtained for described preview graph picture frame operates, and resolves described adjustment operation and obtains target acquisition parameter;
Send described target acquisition parameter to described second electronic equipment by described communication port, obtain described second electronic equipment, according to described target acquisition parameter, the preview graph picture frame that IMAQ obtains is carried out to described environment.
Preferably, described acquisition parameter comprises following parameter one of at least:
Image capturing angle; IMAQ focal length; Aperture parameters; Film speed.
The embodiment of the present invention provides a kind of first electronic equipment, and described first electronic equipment comprises:
Communication unit, for setting up communication port with the second electronic equipment;
Acquiring unit, for obtaining preview graph picture frame by described communication port, described preview graph picture frame is that described second electronic equipment collects environment;
Judging unit, for judging whether described preview graph picture frame is optimum image frame, described optimum image frame is the pre-conditioned picture frame meeting the object presented in described environment;
Command unit, when being optimum image frame for characterizing described picture frame when the judged result obtained, send image capture instruction by described communication port to described second electronic equipment, described image capture instruction carries out IMAQ based on acquisition parameter corresponding to described optimum preview graph picture frame to described environment for triggering described second electronic equipment and stores.
Preferably, described judging unit, comprising:
First presents module, on the graphical interfaces at described first electronic equipment, present described preview graph picture frame;
Detection module, for detecting the image capture instruction whether received for described preview graph picture frame in Preset Time; If received, then judge that described preview graph picture frame is as optimum image frame; Otherwise, judge that described preview graph picture frame is as non-optimal picture frame.
Preferably, described judging unit comprises:
First parsing module, for resolving described preview graph picture frame, obtains the characteristic parameter of object in the described environment that described preview graph picture frame carries;
Comparison module, for more described characteristic parameter and reference feature parameter; When the difference of described characteristic parameter and described reference feature parameter is less than predetermined threshold value, determine that described preview graph picture frame is optimum image frame.
Preferably, described judging unit comprises:
Second presents module, presents the preview graph picture frame obtained by described communication port on the graphical interfaces at described first electronic equipment;
Second parsing module, operates for the adjustment obtained for described preview graph picture frame, resolves described adjustment operation and obtains target acquisition parameter;
Described communication unit, also for being sent described target acquisition parameter by described communication port to described second electronic equipment, being obtained described second electronic equipment and carrying out to described environment the preview graph picture frame that IMAQ obtains according to described target acquisition parameter.
Preferably, described acquisition parameter comprises following parameter one of at least:
Image capturing angle; IMAQ focal length; Aperture parameters; Film speed.
In the embodiment of the present invention, based on the preview graph picture frame of the second electronic equipment Real-time Obtaining, first electronic equipment judges whether preview graph picture frame is optimum image frame, that is the image needed for user is not by the first electronic equipment collection, but by the second electronic equipment collection, avoiding problems the restriction due to shooting distance, angle when user only holds the first electronic equipment and carries out IMAQ by the first electronic equipment, cause the visual effect of image cannot meet the problem of user demand; First electronic equipment carries out the judgement of optimum image frame to the preview graph picture frame received when receiving preview graph picture frame, ensures that the second electronic equipment collects the preview graph picture frame meeting user's user demand; Whole operating process simple and fast, improves Consumer's Experience.
Accompanying drawing explanation
Fig. 1 a is the realization flow schematic diagram one of information processing method in the embodiment of the present invention;
Fig. 1 b be in the embodiment of the present invention information processing method realize scene schematic diagram one;
Fig. 1 c be in the embodiment of the present invention information processing method realize scene schematic diagram two;
Fig. 2 a is the realization flow schematic diagram two of information processing method in the embodiment of the present invention;
Fig. 2 b be in the embodiment of the present invention information processing method realize scene schematic diagram three;
Fig. 2 c be in the embodiment of the present invention information processing method realize scene schematic diagram four;
Fig. 3 is the realization flow schematic diagram three of information processing method in the embodiment of the present invention;
Fig. 4 a is the realization flow schematic diagram four of information processing method in the embodiment of the present invention;
Fig. 4 b be in the embodiment of the present invention information processing method realize scene schematic diagram five;
Fig. 5 is the structural representation of the first electronic equipment in the embodiment of the present invention.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
Embodiment one
The present embodiment records a kind of information processing method, be applied to the first electronic equipment as smart mobile phone, panel computer etc., in practical application, user often needs to utilize the first electronic equipment to gather image (as autodyned), but for the first electronic equipment acquisition angles, and first restriction of electronic equipment and user distance, the image that user shoots often is difficult to have good visual effect (as image fault), in order to shoot can have good visual effect image (as certificate, or formal occasion), the first electronic equipment and the second electronic equipment is used to coordinate photographic images in the present embodiment, to collect the image that can meet different visual effect demands, wherein communication port set up by the first electronic equipment support and the second electronic equipment, and the second electronic equipment supports that IMAQ (uses camera to carry out Real-time Collection to environment, obtain the video flowing that a series of images frame is formed), here communication port can based on WiFi, the short-range communication modes such as bluetooth are set up, certainly, first electronic equipment also can set up communication port based on 3G or 4G link with the second electronic equipment,
As shown in Figure 1a, the information processing method that the present embodiment is recorded comprises the following steps:
Step 101, communication port set up by the first electronic equipment and the second electronic equipment.
Step 102, the first electronic equipment obtains preview graph picture frame by communication port.
To be the second electronic equipment carry out to environment a series of images frame (the second electronic equipment collects a picture frame at each image acquisition period to environment) that Real-time Collection obtains to preview graph picture frame, preview graph picture frame is obtained because the second electronic equipment can carry out Real-time Collection to environment, therefore, the first electronic equipment meeting continuous reception is to the preview graph picture frame of the transmission from the second electronic equipment;
Wherein, user can be sent to the second electronic equipment by the first electronic equipment and gather the instruction of preview graph picture frame, carries out Real-time Collection and obtains preview graph picture frame, and be sent to the first electronic equipment by communication port to trigger the second electronic equipment to environment; Or, user can obtain preview graph picture frame and sends to the second electronic equipment by direct control second electronic equipment, certainly, in practical application scene, the user of the user and operation the second electronic equipment that operate the first electronic equipment can be same user, also can be different users, follow-uply will to be specifically described;
It is pointed out that the resolution of preview graph picture frame can be less than the resolution of the picture frame obtained when the second electronic equipment carries out actual photographing operation, to ensure the real-time by communication port transmission preview graph picture frame.
Step 103, judges whether preview graph picture frame is optimum image frame, and described optimum image frame is meet the pre-conditioned picture frame presenting object in described environment, when to characterize described picture frame be optimum image frame to the judged result obtained, performs step 104; Otherwise, return step 102 to continue to obtain preview graph picture frame, until no longer receive preview graph picture frame or receive the instruction stopping judging process.
Step 104, sends image capture instruction by communication port to the second electronic equipment.
Image capture instruction carries out IMAQ based on acquisition parameter corresponding to described optimum preview graph picture frame to described environment for triggering described second electronic equipment and stores; Here acquisition parameter can adopt following one of at least: image capturing angle; IMAQ focal length; Aperture parameters; Film speed; Wherein, the second electronic equipment support adjusts above-mentioned acquisition parameter automatically, and certainly, in practical application, the second electronic equipment also can according to the above-mentioned acquisition parameter of manual operation correspondence adjustment of user.
A scene schematic diagram as shown in Figure 1 b, user 1 holds the first electronic equipment, user 2 holds the second electronic equipment and is in same place (as being positioned at same room), and the first electronic equipment and the second electronic equipment set up point-to-point communication port based on Bluetooth pairing, wherein, user 2 holds the second electronic equipment and carries out IMAQ to the environment residing for user 1, the restriction of the shooting distance when distance due to the second electronic equipment and user 1 does not use the first electronic equipment to autodyne by user 1, therefore visual effect preferably image (image as user 1 there will not be distortion, and can not omit the environmental background residing for user 1) can be shot, the preview graph picture frame of Real-time Collection is sent to the first electronic equipment by the second electronic equipment, user 1 can watch by the first electronic equipment the preview graph picture frame presented in real time, if user 1 thinks that the visual effect of preview graph picture frame meets user demand (the preview graph picture frame that also namely the second electronic equipment is current gathered is optimum image frame), image capture instruction can be sent to the second electronic equipment by triggering first electronic equipment, and then triggering the second electronic equipment carries out shooting operation (photographic images or video) based on the acquisition parameter of current use, and the image of shooting is sent to the first electronic equipment by communication port,
A scene schematic diagram as illustrated in figure 1 c, user 1 holds the first electronic equipment, user 2 holds the second electronic equipment, user 1 and user 2 distant (as at a distance of 50 kilometers), and the first electronic equipment and the second electronic equipment are based on the point-to-point communication port of 4G link establishment, wherein, user 2 holds the second electronic equipment and carries out IMAQ to the environment residing for user 2, the preview graph picture frame of Real-time Collection is sent to the first electronic equipment by the second electronic equipment, the preview graph picture frame that user 1 can be presented in real time by the first electronic equipment, if user 1 thinks that the visual effect of preview graph picture frame meets user demand (the preview graph picture frame that also namely the second electronic equipment is current gathered is optimum image frame), image capture instruction can be sent to the second electronic equipment by triggering first electronic equipment, and then triggering the second electronic equipment carries out shooting operation based on the acquisition parameter of current use, and the image of shooting is sent to the first electronic equipment by communication port, this just makes user 1 also can obtain the image of the targeted environment meeting user 1 user demand when the far-end in targeted environment.
In the present embodiment, based on the preview graph picture frame of the second electronic equipment Real-time Obtaining, first electronic equipment judges whether preview graph picture frame is optimum image frame, that is the image needed for user is not by the first electronic equipment collection, but by the second electronic equipment collection, avoiding problems the restriction due to shooting distance, angle when user only holds the first electronic equipment and carries out IMAQ by the first electronic equipment, cause the visual effect of image cannot meet the problem of user demand; First electronic equipment carries out the judgement of optimum image frame to the preview graph picture frame received when receiving preview graph picture frame, ensures that the second electronic equipment collects the preview graph picture frame meeting user's user demand; Whole operating process simple and fast, improves Consumer's Experience.
Embodiment two
The present embodiment records a kind of information processing method, be applied to the first electronic equipment as smart mobile phone, panel computer etc., in practical application, user often needs to utilize the first electronic equipment to gather image (as autodyned), but for the first electronic equipment acquisition angles, and first restriction of electronic equipment and user distance, the image that user shoots often is difficult to have good visual effect (as image fault), in order to shoot can have good visual effect image (as certificate, or formal occasion), the first electronic equipment and the second electronic equipment is used to coordinate photographic images in the present embodiment, to collect the image that can meet different visual effect demands, wherein communication port set up by the first electronic equipment support and the second electronic equipment, and the second electronic equipment supports that IMAQ (uses camera to carry out Real-time Collection to environment, obtain the video flowing that a series of images frame is formed), here communication port can based on WiFi, the short-range communication modes such as bluetooth are set up, certainly, first electronic equipment also can set up communication port based on 3G or 4G link with the second electronic equipment,
As shown in Figure 2 a, the information processing method that the present embodiment is recorded comprises the following steps:
Step 201, communication port set up by the first electronic equipment and the second electronic equipment.
Step 202, the first electronic equipment obtains preview graph picture frame by communication port.
To be the second electronic equipment carry out to environment a series of images frame (the second electronic equipment collects a picture frame at each image acquisition period to environment) that Real-time Collection obtains to preview graph picture frame, preview graph picture frame is obtained because the second electronic equipment can carry out Real-time Collection to environment, therefore, the first electronic equipment meeting continuous reception is to the preview graph picture frame of the transmission from the second electronic equipment;
Wherein, user can be sent to the second electronic equipment by the first electronic equipment and gather the instruction of preview graph picture frame, carries out Real-time Collection and obtains preview graph picture frame, and be sent to the first electronic equipment by communication port to trigger the second electronic equipment to environment; Or, user can obtain preview graph picture frame and sends to the second electronic equipment by direct control second electronic equipment, certainly, in practical application scene, the user of the user and operation the second electronic equipment that operate the first electronic equipment can be same user, also can be different users, follow-uply will to be specifically described.
It is pointed out that the resolution of preview graph picture frame can be less than the resolution of the picture frame obtained when the second electronic equipment carries out actual photographing operation, to ensure the real-time by communication port transmission preview graph picture frame.
Step 203, the first electronic equipment presents the preview graph picture frame from the second electronic equipment in real time on graphical interfaces.
Step 204, detects the image capture instruction whether received for preview graph picture frame in Preset Time; If received, then judge that preview graph picture frame is as optimum image frame, and perform step 205; Otherwise, judge that preview graph picture frame is non-optimal preview graph picture frame, return step 202 to continue to obtain preview graph picture frame, until no longer receive preview graph picture frame or receive the instruction stopping judging process.
In step 204, first electronic equipment presents preview graph picture frame in real time, when user does not make operation response to the current preview graph picture frame presented, then judge that user thinks that the current preview graph picture frame presented is not optimum image frame, if receive the operation response of user, then judge that the current preview graph picture frame presented is as optimum image frame.
Step 205, sends image capture instruction by communication port to the second electronic equipment.
Image capture instruction carries out IMAQ based on acquisition parameter corresponding to described optimum preview graph picture frame to described environment for triggering described second electronic equipment and stores; Here acquisition parameter can adopt following one of at least: image capturing angle; IMAQ focal length; Aperture parameters; Film speed; Wherein, the second electronic equipment support adjusts above-mentioned acquisition parameter automatically, and certainly, in practical application, the second electronic equipment also can according to the above-mentioned acquisition parameter of manual operation correspondence adjustment of user.
As shown in Figure 2 b, user 1 holds the first electronic equipment to a scene schematic diagram, and user 2 holds the second electronic equipment, and the first electronic equipment and the second electronic equipment set up point-to-point communication port based on Bluetooth pairing, wherein, user 2 holds the second electronic equipment and carries out IMAQ to the environment residing for user 1, the restriction of the shooting distance when distance due to the second electronic equipment and user 1 does not use the first electronic equipment to autodyne by user 1, therefore visual effect preferably image (image as user 1 there will not be distortion, and can not omit the environmental background residing for user 1) can be shot, second electronic equipment with 3 seconds for cycle Real-time Collection preview graph picture frame and send to the first electronic equipment, the preview graph picture frame that user 1 can be presented in real time by the first electronic equipment, first electronic equipment waits for 2 seconds after presenting preview graph picture frame, if received user to tap operation to preview graph picture frame in 2 seconds, then judge that the visual effect of the current preview graph picture frame presented meets user demand (the preview graph picture frame that also namely the second electronic equipment is current gathered as optimum image frame), thus send image capture instruction to the second electronic equipment, trigger the second electronic equipment and carry out shooting operation based on the acquisition parameter of current use, and the image of shooting is sent to the first electronic equipment by communication port.
A scene schematic diagram as shown in Figure 2 c, user 1 holds the first electronic equipment, user 2 holds the second electronic equipment, user 1 and user 2 distant (as at a distance of 50 kilometers), and the first electronic equipment and the second electronic equipment are based on the point-to-point communication port of 4G link establishment, wherein, user 2 hold the second electronic equipment to the environment residing for user 2 with 3 seconds for the cycle carries out real time image collection, the preview graph picture frame of Real-time Collection is sent to the first electronic equipment by the second electronic equipment, first electronic equipment waits for 2 seconds after presenting preview graph picture frame, if received user to tap operation to preview graph picture frame in 2 seconds, then judge that the visual effect of the current preview graph picture frame presented meets user demand (the preview graph picture frame that also namely the second electronic equipment is current gathered as optimum image frame), thus send image capture instruction to the second electronic equipment, and then triggering the second electronic equipment carries out shooting operation based on the acquisition parameter of current use, and the image of shooting is sent to the first electronic equipment by communication port, this just makes user 1 also can obtain the image of the targeted environment meeting user 1 user demand when the far-end in targeted environment.
In the present embodiment, based on the preview graph picture frame of the second electronic equipment Real-time Obtaining, first electronic equipment judges whether preview graph picture frame is optimum image frame, that is the image needed for user is not by the first electronic equipment collection, but by the second electronic equipment collection, avoiding problems the restriction due to shooting distance, angle when user only holds the first electronic equipment and carries out IMAQ by the first electronic equipment, cause the visual effect of image cannot meet the problem of user demand; First electronic equipment receives preview image frame time base and carries out the judgement of optimum image frame in the operation whether receiving user, ensures that the second electronic equipment collects the preview graph picture frame meeting user's user demand; Whole operating process simple and fast, improves Consumer's Experience.
Embodiment three
The present embodiment records a kind of information processing method, be applied to the first electronic equipment as smart mobile phone, panel computer etc., in practical application, user often needs to utilize the first electronic equipment to gather image (as autodyned), but for the first electronic equipment acquisition angles, and first restriction of electronic equipment and user distance, the image that user shoots often is difficult to have good visual effect (as image fault), in order to shoot can have good visual effect image (as certificate, or formal occasion), the first electronic equipment and the second electronic equipment is used to coordinate photographic images in the present embodiment, to collect the image that can meet different visual effect demands, wherein communication port set up by the first electronic equipment support and the second electronic equipment, and the second electronic equipment supports that IMAQ (uses camera to carry out Real-time Collection to environment, obtain the video flowing that a series of images frame is formed), here communication port can based on WiFi, the short-range communication modes such as bluetooth are set up, certainly, first electronic equipment also can set up communication port based on 3G or 4G link with the second electronic equipment,
As shown in Figure 3, the information processing method that the present embodiment is recorded comprises the following steps:
Step 301, communication port set up by the first electronic equipment and the second electronic equipment.
Step 302, the first electronic equipment obtains preview graph picture frame by communication port.
To be the second electronic equipment carry out to environment a series of images frame (the second electronic equipment collects a picture frame at each image acquisition period to environment) that Real-time Collection obtains to preview graph picture frame, preview graph picture frame is obtained because the second electronic equipment can carry out Real-time Collection to environment, therefore, the first electronic equipment meeting continuous reception is to the preview graph picture frame of the transmission from the second electronic equipment;
Wherein, user can be sent to the second electronic equipment by the first electronic equipment and gather the instruction of preview graph picture frame, carries out Real-time Collection and obtains preview graph picture frame, and be sent to the first electronic equipment by communication port to trigger the second electronic equipment to environment; Or, user can obtain preview graph picture frame and sends to the second electronic equipment by direct control second electronic equipment, certainly, in practical application scene, the user of the user and operation the second electronic equipment that operate the first electronic equipment can be same user, also can be different users, follow-uply will to be specifically described;
It is pointed out that the resolution of preview graph picture frame can be less than the resolution of the picture frame obtained when the second electronic equipment carries out actual photographing operation, to ensure the real-time by communication port transmission preview graph picture frame.
Step 303, resolves preview graph picture frame, obtains the characteristic parameter of object in the environment that preview graph picture frame carries.
Such as, when reference object be the first electronic equipment hold user time, characteristic parameter can the shared in the picture ratio characteristic parameter of user (as 50%, user's position feature parameter in the picture (as placed in the middle or to the right) etc.
Step 304, comparative feature parameter and reference feature parameter, whether the difference of judging characteristic parameter and reference feature parameter is less than predetermined threshold value, if be less than, then determines that preview graph picture frame is optimum image frame, performs step 305; Otherwise, return step 302 to continue to obtain preview graph picture frame.
Such as, ratio shared by being characterized in preview graph picture frame when characteristic parameter is 40%, and the parameter attribute parameter of correspondence (can preset) is when being 50%, the difference of the two is less than threshold value (20%), then judge that preview graph picture frame is optimum image frame; In practical application, above-mentioned ratio characteristic parameter and position feature parameter can be used to judge, and whether preview graph picture frame is optimum image frame simultaneously.
Step 305, sends image capture instruction by communication port to the second electronic equipment.
Image capture instruction carries out IMAQ based on acquisition parameter corresponding to optimum preview graph picture frame to described environment for triggering described second electronic equipment and stores; Here acquisition parameter can adopt following one of at least: image capturing angle; IMAQ focal length; Aperture parameters; Film speed; Wherein, the second electronic equipment support adjusts above-mentioned acquisition parameter automatically, and certainly, in practical application, the second electronic equipment also can according to the above-mentioned acquisition parameter of manual operation correspondence adjustment of user.
In a scene, user 1 holds the first electronic equipment, and user 2 holds the second electronic equipment and is in same place (as being positioned at same room), and the first electronic equipment and the second electronic equipment set up point-to-point communication port based on Bluetooth pairing, wherein, user 2 holds the second electronic equipment and carries out IMAQ to the environment residing for user 1, the restriction of the shooting distance when distance due to the second electronic equipment and user 1 does not use the first electronic equipment to autodyne by user 1, therefore visual effect preferably image (image as user 1 there will not be distortion, and can not omit the environmental background residing for user 1) can be shot, the preview graph picture frame of Real-time Collection is sent to the first electronic equipment by the second electronic equipment, first electronic equipment judges whether the ratio of personage in preview graph picture frame is 50% (allowing the error of upper and lower 10%), and whether the position of personage is positioned at the centre position of preview graph picture frame, if, then judge that the preview graph picture frame of current second electronic equipment transmission is as optimum image frame, image capture instruction can be sent to the second electronic equipment by triggering first electronic equipment, trigger the second electronic equipment and carry out shooting operation based on the acquisition parameter of current use, and the image of shooting is sent to the first electronic equipment by communication port.
In another scene, user 1 holds the first electronic equipment, and user 2 holds the second electronic equipment, user 1 and user 2 distant (as at a distance of 50 kilometers), and the first electronic equipment and the second electronic equipment are based on the point-to-point communication port of 4G link establishment, wherein, user 2 hold the second electronic equipment to the environment residing for user 2 with 3 seconds for the cycle carries out real time image collection, the preview graph picture frame of Real-time Collection is sent to the first electronic equipment by the second electronic equipment, first electronic equipment judges whether the ratio of personage in preview graph picture frame is 50% (allowing the error of upper and lower 10%), and whether the position of personage is positioned at the centre position of preview graph picture frame, if, then judge that the preview graph picture frame of current second electronic equipment transmission is as optimum image frame, thus send image capture instruction to the second electronic equipment, and then triggering the second electronic equipment carries out shooting operation based on the acquisition parameter of current use, and the image of shooting is sent to the first electronic equipment by communication port, this just makes user 1 also can obtain the image of the targeted environment meeting user 1 user demand when the far-end in targeted environment.
In the present embodiment, based on the preview graph picture frame of the second electronic equipment Real-time Obtaining, first electronic equipment judges whether preview graph picture frame is optimum image frame, that is the image needed for user is not by the first electronic equipment collection, but by the second electronic equipment collection, avoiding problems the restriction due to shooting distance, angle when user only holds the first electronic equipment and carries out IMAQ by the first electronic equipment, cause the visual effect of image cannot meet the problem of user demand; First electronic equipment carries out the judgement of optimum image frame to the preview graph picture frame received when receiving preview graph picture frame, ensures that the second electronic equipment collects the preview graph picture frame meeting user's user demand; Whole operating process simple and fast, improves Consumer's Experience.
Embodiment four
The present embodiment records a kind of information processing method, be applied to the first electronic equipment as smart mobile phone, panel computer etc., in practical application, user often needs to utilize the first electronic equipment to gather image (as autodyned), but for the first electronic equipment acquisition angles, and first restriction of electronic equipment and user distance, the image that user shoots often is difficult to have good visual effect (as image fault), in order to shoot can have good visual effect image (as certificate, or formal occasion), the first electronic equipment and the second electronic equipment is used to coordinate photographic images in the present embodiment, to collect the image that can meet different visual effect demands, wherein communication port set up by the first electronic equipment support and the second electronic equipment, and the second electronic equipment supports that IMAQ (uses camera to carry out Real-time Collection to environment, obtain the video flowing that a series of images frame is formed), here communication port can based on WiFi, the short-range communication modes such as bluetooth are set up, certainly, first electronic equipment also can set up communication port based on 3G or 4G link with the second electronic equipment,
As shown in fig. 4 a, the information processing method that the present embodiment is recorded comprises the following steps:
Step 401, communication port set up by the first electronic equipment and the second electronic equipment.
Step 402, the first electronic equipment obtains preview graph picture frame by communication port.
To be the second electronic equipment carry out to environment a series of images frame (the second electronic equipment collects a picture frame at each image acquisition period to environment) that Real-time Collection obtains to preview graph picture frame, preview graph picture frame is obtained because the second electronic equipment can carry out Real-time Collection to environment, therefore, the first electronic equipment meeting continuous reception is to the preview graph picture frame of the transmission from the second electronic equipment;
Wherein, user can be sent to the second electronic equipment by the first electronic equipment and gather the instruction of preview graph picture frame, carries out Real-time Collection and obtains preview graph picture frame, and be sent to the first electronic equipment by communication port to trigger the second electronic equipment to environment; Or, user can obtain preview graph picture frame and sends to the second electronic equipment by direct control second electronic equipment, certainly, in practical application scene, the user of the user and operation the second electronic equipment that operate the first electronic equipment can be same user, also can be different users, follow-uply will to be specifically described;
It is pointed out that the resolution of preview graph picture frame can be less than the resolution of the picture frame obtained when the second electronic equipment carries out actual photographing operation, to ensure the real-time by communication port transmission preview graph picture frame.
Step 403, the graphical interfaces of the first electronic equipment is presented the preview graph picture frame obtained by described communication port.
Step 404, the adjustment obtained for preview graph picture frame operates.
Step 405, resolves adjustment operation and obtains target acquisition parameter.
Here target acquisition parameter can adopt following one of at least: image capturing angle; IMAQ focal length; Aperture parameters; Film speed.
Step 406, sends target acquisition parameter to the second electronic equipment by communication port.
Trigger the second electronic equipment based target acquisition parameter to take, to be met the image that visual effect meets user's user demand.
Step 407, obtains the second electronic equipment and carries out to environment the preview graph picture frame that IMAQ obtains according to target acquisition parameter.
The target acquisition parameter that the preview graph picture frame that step 407 obtains is arranged based on the first electronic device user collects, in practical application, step 403 to step 407 can multiple exercise, also namely the first electronic device user passes through the operation repeatedly implementing adjustment acquisition parameter, until the second electronic equipment collects according to the target acquisition parameter after adjustment preview graph picture frame most.
Step 408, sends image capture instruction by communication port to the second electronic equipment.
Instruction can be assigned to the first electronic equipment when user determines that the preview graph picture frame that the first electronic equipment presents is optimum image frame, trigger the first electronic equipment and perform step 408.
Image capture instruction carries out IMAQ based on acquisition parameter corresponding to described optimum preview graph picture frame to described environment for triggering described second electronic equipment and stores; Wherein, the second electronic equipment support adjusts above-mentioned acquisition parameter automatically, and certainly, in practical application, the second electronic equipment also can according to the above-mentioned acquisition parameter of manual operation correspondence adjustment of user.
A scene schematic diagram as shown in Figure 4 b, user 1 holds the first electronic equipment, user 2 holds the second electronic equipment and is in same place (as being positioned at same room), and the first electronic equipment and the second electronic equipment set up point-to-point communication port based on Bluetooth pairing; Wherein, user 2 holds the second electronic equipment and carries out IMAQ to the environment residing for user 1, the restriction of the shooting distance when distance due to the second electronic equipment and user 1 does not use the first electronic equipment to autodyne by user 1, therefore visual effect preferably image (image as user 1 there will not be distortion, and can not omit the environmental background residing for user 1) can be shot; The preview graph picture frame of Real-time Collection is sent to the first electronic equipment by the second electronic equipment, user 1 can watch by the first electronic equipment the preview graph picture frame presented in real time, and the adjustment implemented on the graphical interfaces of the first electronic equipment for preview graph picture frame operates, comprise the following parameter that uses when adjustment second electronic equipment carries out IMAQ one of at least: image capturing angle; IMAQ focal length; Aperture parameters; Film speed; Second electronic equipment carries out IMAQ according to the target acquisition parameter after adjustment at next image acquisition period and obtains new preview graph picture frame and send to the first electronic equipment, presented at graphical interfaces by the first electronic equipment, judge the current preview graph picture frame presented whether optimum image frame to make the first electronic device user; If not, then can redefine target adjustment parameter and be sent to the second electronic equipment, until the second electronic equipment collects the optimum preview graph picture frame of meeting consumers' demand according to the adjustment adjustment of user; When the preview graph picture frame that the first electronic equipment presents, if user triggers transmission image capture instruction, then characterizing the current preview graph picture frame presented is optimum image frame, then send image capture instruction to the second electronic equipment, trigger the second electronic equipment and carry out shooting operation based on the acquisition parameter of current use, and the image of shooting is sent to the first electronic equipment by communication port.
In another scene, user 1 holds the first electronic equipment, and user 2 holds the second electronic equipment, user 1 and user 2 distant (as at a distance of 50 kilometers), and the first electronic equipment and the second electronic equipment are based on the point-to-point communication port of 4G link establishment; Wherein, user 2 holds the second electronic equipment and carries out IMAQ to the environment residing for user 2, the preview graph picture frame of Real-time Collection is sent to the first electronic equipment by the second electronic equipment, user 1 can watch by the first electronic equipment the preview graph picture frame presented in real time, and the adjustment implemented on the graphical interfaces of the first electronic equipment for preview graph picture frame operates, comprise the following parameter that uses when adjustment second electronic equipment carries out IMAQ one of at least: image capturing angle; IMAQ focal length; Aperture parameters; Film speed; Second electronic equipment carries out IMAQ according to the target acquisition parameter after adjustment at next image acquisition period and obtains new preview graph picture frame and send to the first electronic equipment, presented at graphical interfaces by the first electronic equipment, judge the current preview graph picture frame presented whether optimum image frame to make the first electronic device user; If not, then can redefine target adjustment parameter and be sent to the second electronic equipment, until the second electronic equipment collects the optimum preview graph picture frame of meeting consumers' demand according to the adjustment adjustment of user; When the preview graph picture frame that the first electronic equipment presents, if user triggers transmission image capture instruction, then characterizing the current preview graph picture frame presented is optimum image frame, then send image capture instruction to the second electronic equipment, and then triggering the second electronic equipment carries out shooting operation based on the acquisition parameter of current use, and the image of shooting is sent to the first electronic equipment by communication port; This just makes user 1 also can obtain the image of the targeted environment meeting user 1 user demand when the far-end in targeted environment.
In the present embodiment, based on the preview graph picture frame of the second electronic equipment Real-time Obtaining, first electronic equipment judges whether preview graph picture frame is optimum image frame, that is the image needed for user is not by the first electronic equipment collection, but by the second electronic equipment collection, avoiding problems the restriction due to shooting distance, angle when user only holds the first electronic equipment and carries out IMAQ by the first electronic equipment, cause the visual effect of image cannot meet the problem of user demand; First electronic equipment carries out the judgement of optimum image frame to the preview graph picture frame received when receiving preview graph picture frame, and, support that user carries out to the second electronic equipment the acquisition parameter that figure collection uses in the first electronic equipment side and adjusts, ensure that the second electronic equipment collects the preview graph picture frame meeting user's user demand; Whole operating process simple and fast, improves Consumer's Experience.
Embodiment five
The embodiment of the present invention records the first electronic equipment, and as shown in Figure 5, described first electronic equipment comprises:
Communication unit 10, for setting up communication port with the second electronic equipment;
Acquiring unit 20, for obtaining preview graph picture frame by described communication port, described preview graph picture frame is that described second electronic equipment collects environment;
Judging unit 30, for judging whether described preview graph picture frame is optimum image frame, described optimum image frame is the pre-conditioned picture frame meeting the object presented in described environment;
Command unit 40, when being optimum image frame for characterizing described picture frame when the judged result obtained, send image capture instruction by described communication port to described second electronic equipment, described image capture instruction carries out IMAQ based on acquisition parameter corresponding to described optimum preview graph picture frame to described environment for triggering described second electronic equipment and stores.
As an execution mode, described judging unit 30, comprising:
First presents module, on the graphical interfaces at described first electronic equipment, present described preview graph picture frame;
Detection module, for detecting the image capture instruction whether received for described preview graph picture frame in Preset Time; If received, then judge that described preview graph picture frame is as optimum image frame; Otherwise, judge that described preview graph picture frame is as non-optimal picture frame.
As an execution mode, described judging unit 30 comprises:
First parsing module, for resolving described preview graph picture frame, obtains the characteristic parameter of object in the described environment that described preview graph picture frame carries;
Comparison module, for more described characteristic parameter and reference feature parameter; When the difference of described characteristic parameter and described reference feature parameter is less than predetermined threshold value, determine that described preview graph picture frame is optimum image frame.
As an execution mode, described judging unit 30 comprises:
Second presents module, presents the preview graph picture frame obtained by described communication port on the graphical interfaces at described first electronic equipment;
Second parsing module, operates for the adjustment obtained for described preview graph picture frame, resolves described adjustment operation and obtains target acquisition parameter;
Described communication unit 10, also for being sent described target acquisition parameter by described communication port to described second electronic equipment, being obtained described second electronic equipment and carrying out to described environment the preview graph picture frame that IMAQ obtains according to described target acquisition parameter.
As an execution mode, described acquisition parameter comprises following parameter one of at least:
Image capturing angle; IMAQ focal length; Aperture parameters; Film speed.
In practical application, based on the communication mode of the first electronic equipment and the second electronic equipment, communication unit 10 can be realized in conjunction with antenna (corresponding 3G or 4G communication mode) by bluetooth module (corresponding Blue-tooth communication method), WiFi module (corresponding WiFi communication mode) or baseband processing chip; Acquiring unit 20, judging unit 30, command unit 40 can be realized by microprocessor (MCU), logic programmable gate array (FPGA) or application-specific integrated circuit (ASIC) (ASIC).
One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can have been come by the hardware that program command is relevant, aforesaid program can be stored in a computer read/write memory medium, this program, when performing, performs the step comprising said method embodiment; And aforesaid storage medium comprises: movable storage device, read-only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or CD etc. various can be program code stored medium.
Or, if the above-mentioned integrated unit of the present invention using the form of software function module realize and as independently production marketing or use time, also can be stored in a computer read/write memory medium.Based on such understanding, the technical scheme of the embodiment 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, comprises some instructions and performs all or part of of method described in each embodiment of the present invention in order to make a computer equipment (can be personal computer, server or the network equipment etc.).And aforesaid storage medium comprises: movable storage device, ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.
Claims (10)
1. an information processing method, is applied to the first electronic equipment, it is characterized in that, communication port set up by described first electronic equipment support and the second electronic equipment; Described method comprises:
Obtain preview graph picture frame by described communication port, described preview graph picture frame is that described second electronic equipment collects environment;
Judge whether described preview graph picture frame is optimum image frame, described optimum image frame is the pre-conditioned picture frame meeting the object presented in described environment;
When to characterize described picture frame be optimum image frame to the judged result obtained, send image capture instruction by described communication port to described second electronic equipment, described image capture instruction carries out IMAQ based on acquisition parameter corresponding to described optimum preview graph picture frame to described environment for triggering described second electronic equipment and stores.
2. method according to claim 1, is characterized in that, describedly judges whether described preview graph picture frame is optimum image frame, comprising:
The graphical interfaces of described first electronic equipment presents described preview graph picture frame;
The image capture instruction whether received for described preview graph picture frame is detected in Preset Time;
If received, then judge that described preview graph picture frame is as optimum image frame; Otherwise, judge that described preview graph picture frame is as non-optimal picture frame.
3. method according to claim 1, is characterized in that, describedly judges whether described preview graph picture frame is optimum image frame, comprising:
Resolve described preview graph picture frame, obtain the characteristic parameter of object in the described environment that described preview graph picture frame carries;
More described characteristic parameter and reference feature parameter;
When the difference of described characteristic parameter and described reference feature parameter is less than predetermined threshold value, determine that described preview graph picture frame is optimum image frame.
4. method according to claim 1, is characterized in that, described by described communication port acquisition preview graph picture frame, comprising:
The graphical interfaces of described first electronic equipment is presented the preview graph picture frame obtained by described communication port;
The adjustment obtained for described preview graph picture frame operates, and resolves described adjustment operation and obtains target acquisition parameter;
Send described target acquisition parameter to described second electronic equipment by described communication port, obtain described second electronic equipment, according to described target acquisition parameter, the preview graph picture frame that IMAQ obtains is carried out to described environment.
5. the method according to any one of Claims 1-4, is characterized in that, described acquisition parameter comprises following parameter one of at least:
Image capturing angle; IMAQ focal length; Aperture parameters; Film speed.
6. first electronic equipment, is characterized in that, described first electronic equipment comprises:
Communication unit, for setting up communication port with the second electronic equipment;
Acquiring unit, for obtaining preview graph picture frame by described communication port, described preview graph picture frame is that described second electronic equipment collects environment;
Judging unit, for judging whether described preview graph picture frame is optimum image frame, described optimum image frame is the pre-conditioned picture frame meeting the object presented in described environment;
Command unit, when being optimum image frame for characterizing described picture frame when the judged result obtained, send image capture instruction by described communication port to described second electronic equipment, described image capture instruction carries out IMAQ based on acquisition parameter corresponding to described optimum preview graph picture frame to described environment for triggering described second electronic equipment and stores.
7. the first electronic equipment according to claim 6, is characterized in that, described judging unit, comprising:
First presents module, on the graphical interfaces at described first electronic equipment, present described preview graph picture frame;
Detection module, for detecting the image capture instruction whether received for described preview graph picture frame in Preset Time; If received, then judge that described preview graph picture frame is as optimum image frame; Otherwise, judge that described preview graph picture frame is as non-optimal picture frame.
8. the first electronic equipment according to claim 6, is characterized in that, described judging unit comprises:
First parsing module, for resolving described preview graph picture frame, obtains the characteristic parameter of object in the described environment that described preview graph picture frame carries;
Comparison module, for more described characteristic parameter and reference feature parameter; When the difference of described characteristic parameter and described reference feature parameter is less than predetermined threshold value, determine that described preview graph picture frame is optimum image frame.
9. the first electronic equipment according to claim 6, is characterized in that, described judging unit comprises:
Second presents module, presents the preview graph picture frame obtained by described communication port on the graphical interfaces at described first electronic equipment;
Second parsing module, operates for the adjustment obtained for described preview graph picture frame, resolves described adjustment operation and obtains target acquisition parameter;
Described communication unit, also for being sent described target acquisition parameter by described communication port to described second electronic equipment, being obtained described second electronic equipment and carrying out to described environment the preview graph picture frame that IMAQ obtains according to described target acquisition parameter.
10. the first electronic equipment according to any one of claim 6 to 9, is characterized in that, described acquisition parameter comprises following parameter one of at least:
Image capturing angle; IMAQ focal length; Aperture parameters; Film speed.
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Application publication date: 20150513 |