CN104469173A - Image information obtaining method and terminal - Google Patents
Image information obtaining method and terminal Download PDFInfo
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- CN104469173A CN104469173A CN201410854070.3A CN201410854070A CN104469173A CN 104469173 A CN104469173 A CN 104469173A CN 201410854070 A CN201410854070 A CN 201410854070A CN 104469173 A CN104469173 A CN 104469173A
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Abstract
The invention provides an image information obtaining method and terminal. The method includes the following steps that a target tracking device in the terminal tracks an underwater object in real time and obtains positioning information of the object; when the target tracking device obtains a target lock instruction, the target tracking device sends a light source output request to a light source output device in the terminal; after the light source output device shoots an output light beam to the object according to object positioning information carried in the light source output request, a photographing instruction is sent to a photographing device in the terminal, the under water object can be photographed under the situation that light is good or not good, and user experience is greatly promoted. In addition, all photographing processes are carried out automatically, no manual operation is needed, the degree of automation is high, and the user experience is greatly promoted.
Description
Technical field
The invention belongs to image processing field, particularly relate to a kind of image information acquisition method and terminal.
Background technology
There is the trend of multifunction in current mobile phone, a mobile phone usually not only has call function, and there is the several functions such as music, photograph, game, such as, now nearly all on the market mobile phone all incorporates camera function, and high pixel, auto-focusing, IGBT, the function that automatic light measuring exposure etc. originally only just had on high-grade digital camera, has also been integrated in mobile phone.
When swimming fan or general diving fan swim under water, the significant stationary body seen under water, dynamic object is want to be filmed very much, but professional camera equipment is general costly, carry heavier and operate too complicated, this brings no small puzzlement to swimming fan or general diving fan; At this moment, be easy to carry due to mobile phone and be integrated with camera function, therefore employing mobile phone carries out taking becomes more real way, but take under water, often shading value is very low and darker under water under water, light can darkness deepens, and taking effect out like this will heavy discount greatly, causes Consumer's Experience greatly to reduce.
In addition, mobile phone, under water for the object of waterproof, has often coated waterproof membrane above, like this when taking, finger needs at the enterprising line operate of waterproof membrane, compares and directly operates on mobile phone screen, mobile phone response speed reduces greatly, and Consumer's Experience declines greatly.
Therefore, a kind ofly effectively mobile phone is utilized to solve the problems referred to above to the method that stationary body, moving object are taken under water in the urgent need to seeking.
Summary of the invention
The invention provides a kind of image information acquisition method and terminal, to solve the problem.
The invention provides a kind of image information acquisition method.Said method comprises the following steps:
Target tracking equipment in terminal carries out real-time tracing to immersed body and obtains the locating information of described object;
When described target tracking equipment gets lock onto target instruction, send light source to the light source output equipment in terminal and export request;
Described light source output equipment exports the object localization information of carrying in request according to described light source, after output beam directive to described object, send shooting instruction to the picture pick-up device in terminal.
The present invention also provides a kind of image information acquisition method.Said method comprises the following steps:
Target tracking equipment in terminal carries out real-time tracing to immersed body and obtains described object localization information;
When described target tracking equipment gets lock onto target instruction, send light source to the light source output equipment in terminal and export request;
Described light source output equipment exports the object localization information of carrying in request according to light source, after output beam directive to described object, send playing alert tones request to the Sound control equipment in terminal;
After described Sound control equipment receives described playing alert tones request, playing alert tones;
If described Sound control equipment receives shooting, sound equipment is answered, then send shooting instruction to the picture pick-up device in terminal.
The present invention also provides a kind of image information acquisition terminal, comprises target tracking equipment, light source output equipment, picture pick-up device; Wherein, described target tracking equipment is connected with described picture pick-up device by described light source output equipment;
Described target tracking equipment, for carrying out real-time tracing to immersed body and obtaining described object localization information; Also for after obtaining lock onto target instruction, send light source to described light source output equipment and export request;
Described light source output equipment, for exporting the object localization information of carrying in request according to described light source, after output beam directive to described object, sends shooting instruction to the picture pick-up device in terminal;
Described capture apparatus, for according to the described shooting instruction received, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and detect that environment shading value is lower than the second preset value, then open light compensating lamp, take.
The present invention also provides a kind of image information acquisition terminal, comprises target tracking equipment, light source output equipment, Sound control equipment, picture pick-up device; Wherein, described target tracking equipment is connected with described light source output equipment; Described light source output equipment is connected with described picture pick-up device by described Sound control equipment;
Described target tracking equipment, for carrying out real-time tracing to immersed body and obtaining described object localization information; Also for obtaining lock onto target instruction, sending light source to light source output equipment and exporting request;
Described light source output equipment, for exporting the object localization information of carrying in request according to light source, after output beam directive to described object, sends playing alert tones request to Sound control equipment;
Described Sound control equipment, after receiving described playing alert tones request, playing alert tones; Also for receive shooting sound equipment should after, then send shooting instruction to described picture pick-up device;
Described picture pick-up device, for according to the shooting instruction received, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and detect that environment shading value is lower than the second preset value, then open light compensating lamp, take.
By following scheme: the target tracking equipment in terminal carries out real-time tracing to immersed body and obtains described object localization information; When described target tracking equipment gets lock onto target instruction, send light source to the light source output equipment in terminal and export request; Described light source output equipment exports the object localization information of carrying in request according to described light source, after output beam directive to described object, shooting instruction is sent to the picture pick-up device in terminal, make immersed body when well lighted and bad take, Consumer's Experience is strengthened greatly; In addition, all shooting process are all automatically carry out, and without the need to manual operation, automaticity is high, greatly strengthen Consumer's Experience.
By following scheme: described picture pick-up device is according to the described shooting instruction received, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and described picture pick-up device detects that environment shading value is lower than the second preset value, then described picture pick-up device opens light compensating lamp, takes, acquisition parameters can be adjusted according to actual conditions, and Based Intelligent Control light filling equipment, makes the clear picture of taking, greatly improves Consumer's Experience.
By following scheme: the target tracking equipment in terminal carries out real-time tracing to immersed body and obtains described object localization information; When described target tracking equipment gets lock onto target instruction, send light source to the light source output equipment in terminal and export request; Described light source output equipment exports the object localization information of carrying in request according to light source, after output beam directive to described object, send playing alert tones request to the Sound control equipment in terminal; After described Sound control equipment receives described playing alert tones request, playing alert tones; If described Sound control equipment receives shooting, sound equipment should, then send shooting instruction to the picture pick-up device in terminal, answered according to the shooting sound equipment of photographer by Sound control equipment, control picture pick-up device shooting, better can embody the shooting wish of user, greatly strengthen Consumer's Experience.
By following scheme: the mode that described target tracking equipment gets lock onto target instruction refers to: the distance between described target tracking equipment and described object is less than preset value, then described target tracking equipment triggers lock onto target instruction automatically, make to take when close together, shooting effect is better, greatly strengthens Consumer's Experience.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide a further understanding of the present invention, and form a application's part, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Figure 1 shows that the image information acquisition method flow diagram of the embodiment of the present invention 1;
Figure 2 shows that the image information acquisition method flow diagram of the embodiment of the present invention 2;
Figure 3 shows that the image information acquisition terminal structure figure of the embodiment of the present invention 3;
Figure 4 shows that the image information acquisition terminal structure figure of the embodiment of the present invention 4;
Embodiment
Hereinafter also describe the present invention in detail with reference to accompanying drawing in conjunction with the embodiments.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.
Figure 1 shows that the image information acquisition method flow diagram of the embodiment of the present invention 1, comprise the following steps:
Step 101: the target tracking equipment in terminal carries out real-time tracing to immersed body and obtains described object localization information;
Described object comprises stationary body, dynamic object.
Described object localization information refers to object space coordinate information.
Described terminal comprises mobile phone, Ipad.
Step 102: when described target tracking equipment gets lock onto target instruction, sends light source to the light source output equipment in terminal and exports request, and wherein, described light source exports in request and carries object localization information;
The mode that described target tracking equipment gets lock onto target instruction refers to: the distance between described target tracking equipment and described object is less than the first preset value, then described target tracking equipment triggers lock onto target instruction automatically.
Described first preset value sets (such as: 0.5 meter) flexibly according to actual conditions, is not intended to limit the scope of the invention at this.
Step 103: described light source output equipment exports the object localization information of carrying in request according to described light source, after output beam directive to described object, sends shooting instruction to the picture pick-up device in terminal;
Step 104: described picture pick-up device is according to the shooting instruction received, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and described picture pick-up device detects that environment shading value is lower than the second preset value, then described picture pick-up device opens light compensating lamp, takes.
Figure 2 shows that the image information acquisition method flow diagram of the embodiment of the present invention 2, comprise the following steps:
Step 201: the target tracking equipment in terminal carries out real-time tracing to immersed body and obtains described object localization information;
Step 202: when described target tracking equipment gets lock onto target instruction, sends light source to the light source output equipment in terminal and exports request;
Step 203: described light source output equipment exports the object localization information of carrying in request according to light source, after output beam directive to described object, sends playing alert tones request to the Sound control equipment in terminal;
Step 204: after described Sound control equipment receives described playing alert tones request, playing alert tones; Such as: the need of shooting prompt tone.
Step 205: sound equipment is answered if described Sound control equipment receives shooting, then send shooting instruction to the picture pick-up device in terminal; Shooting sound equipment is answered, such as: take.
Shooting sound equipment should be the sound that photographer sends.
Step 206: described picture pick-up device is according to the described shooting instruction received, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and described picture pick-up device detects that environment shading value is lower than the second preset value, then described picture pick-up device opens light compensating lamp, takes.
Figure 3 shows that the image information acquisition terminal structure figure of the embodiment of the present invention 3, comprise target tracking equipment, light source output equipment, picture pick-up device; Wherein, described target tracking equipment is connected with described picture pick-up device by described light source output equipment;
Described target tracking equipment, for carrying out real-time tracing to immersed body and obtaining described object localization information; Also for after obtaining lock onto target instruction, send light source to described light source output equipment and export request;
Described light source output equipment, for exporting the object localization information of carrying in request according to described light source, after output beam directive to described object, sends shooting instruction to the picture pick-up device in terminal;
Described capture apparatus, for according to the shooting instruction received, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and detect that environment shading value is lower than the second preset value, then described picture pick-up device opens light compensating lamp, takes.
Figure 4 shows that the image information acquisition terminal structure figure of the embodiment of the present invention 4, comprise target tracking equipment, light source output equipment, Sound control equipment, picture pick-up device; Wherein, described target tracking equipment is connected with described light source output equipment; Described light source output equipment is connected with described picture pick-up device by described Sound control equipment;
Described target tracking equipment, for carrying out real-time tracing to immersed body and obtaining described object localization information; Also for obtaining lock onto target instruction, sending light source to light source output equipment and exporting request;
Described light source output equipment, for exporting the object localization information of carrying in request according to light source, after output beam directive to described object, sends playing alert tones request to Sound control equipment;
Described Sound control equipment, after receiving described playing alert tones request, playing alert tones; Also for receive shooting sound equipment should after, then send shooting instruction to described picture pick-up device;
Described picture pick-up device, for the shooting instruction according to reception, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and described picture pick-up device detects that environment shading value is lower than the second preset value, then described picture pick-up device opens light compensating lamp, takes.
By following scheme: the target tracking equipment in terminal carries out real-time tracing to immersed body and obtains described object localization information; When described target tracking equipment gets lock onto target instruction, send light source to the light source output equipment in terminal and export request; Described light source output equipment exports the object localization information of carrying in request according to described light source, after output beam directive to described object, shooting instruction is sent to the picture pick-up device in terminal, make immersed body when well lighted and bad take, Consumer's Experience is strengthened greatly; In addition, all shooting process are all automatically carry out, and without the need to manual operation, automaticity is high, greatly strengthen Consumer's Experience.
By following scheme: described picture pick-up device is according to the described shooting instruction received, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and described picture pick-up device detects that environment shading value is lower than the second preset value, then described picture pick-up device opens light compensating lamp, takes, acquisition parameters can be adjusted according to actual conditions, and Based Intelligent Control light filling equipment, makes the clear picture of taking, greatly improves Consumer's Experience.
By following scheme: the target tracking equipment in terminal carries out real-time tracing to immersed body and obtains described object localization information; When described target tracking equipment gets lock onto target instruction, send light source to the light source output equipment in terminal and export request; Described light source output equipment exports the object localization information of carrying in request according to light source, after output beam directive to described object, send playing alert tones request to the Sound control equipment in terminal; After described Sound control equipment receives described playing alert tones request, playing alert tones; If described Sound control equipment receives shooting, sound equipment should, then send shooting instruction to the picture pick-up device in terminal, answered according to the shooting sound equipment of photographer by Sound control equipment, control picture pick-up device shooting, better can embody the shooting wish of user, greatly strengthen Consumer's Experience.
By following scheme: the mode that described target tracking equipment gets lock onto target instruction refers to: the distance between described target tracking equipment and described object is less than preset value, then described target tracking equipment triggers lock onto target instruction automatically, make to take when close together, shooting effect is better, greatly strengthens Consumer's Experience.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. an image information acquisition method, is characterized in that, comprises the following steps:
Target tracking equipment in terminal carries out real-time tracing to immersed body and obtains the locating information of described object;
When described target tracking equipment gets lock onto target instruction, send light source to the light source output equipment in terminal and export request;
Described light source output equipment exports the object localization information of carrying in request according to described light source, after output beam directive to described object, send shooting instruction to the picture pick-up device in terminal.
2. method according to claim 1, it is characterized in that, described picture pick-up device is according to the described shooting instruction received, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and described picture pick-up device detects that environment shading value is lower than the second preset value, then described picture pick-up device opens light compensating lamp, takes.
3. method according to claim 2, is characterized in that, described preset algorithm comprises: peak light intensity comparison method, contrast comparison method, Method for Comparing Standard Deviation, entropy comparison method.
4. method according to claim 1, it is characterized in that, the mode that described target tracking equipment gets lock onto target instruction refers to: the distance between described target tracking equipment and described object is less than the first preset value, then described target tracking equipment triggers lock onto target instruction automatically.
5. method according to claim 1, is characterized in that, described object comprises stationary body, dynamic object.
6. method according to claim 1, is characterized in that, the locating information of described object refers to object space coordinate information.
7. an image information acquisition method, is characterized in that, comprises the following steps:
Target tracking equipment in terminal carries out real-time tracing to immersed body and obtains the locating information of described object;
When described target tracking equipment gets lock onto target instruction, send light source to the light source output equipment in terminal and export request;
Described light source output equipment exports the object localization information of carrying in request according to light source, after output beam directive to described object, send playing alert tones request to the Sound control equipment in terminal;
After described Sound control equipment receives described playing alert tones request, playing alert tones;
If described Sound control equipment receives shooting, sound equipment is answered, then send shooting instruction to the picture pick-up device in terminal.
8. method according to claim 7, it is characterized in that, described picture pick-up device is according to the described shooting instruction received, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and described picture pick-up device detects that environment shading value is lower than the second preset value, then described picture pick-up device opens light compensating lamp, takes.
9. an image information acquisition terminal, is characterized in that, comprises target tracking equipment, light source output equipment, picture pick-up device; Wherein, described target tracking equipment is connected with described picture pick-up device by described light source output equipment;
Described target tracking equipment, for carrying out real-time tracing to immersed body and obtaining the locating information of described object; Also for after obtaining lock onto target instruction, send light source to described light source output equipment and export request;
Described light source output equipment, for exporting the object localization information of carrying in request according to described light source, after output beam directive to described object, sends shooting instruction to the picture pick-up device in terminal;
Described capture apparatus, for according to the described shooting instruction received, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and detect that environment shading value is lower than the second preset value, then open light compensating lamp, take.
10. an image information acquisition terminal, is characterized in that, comprises target tracking equipment, light source output equipment, Sound control equipment, picture pick-up device; Wherein, described target tracking equipment is connected with described light source output equipment; Described light source output equipment is connected with described picture pick-up device by described Sound control equipment;
Described target tracking equipment, for carrying out real-time tracing to immersed body and obtaining the locating information of described object; Also for obtaining lock onto target instruction, sending light source to light source output equipment and exporting request;
Described light source output equipment, for exporting the object localization information of carrying in request according to light source, after output beam directive to described object, sends playing alert tones request to Sound control equipment;
Described Sound control equipment, after receiving described playing alert tones request, playing alert tones; Also for receive shooting sound equipment should after, then send shooting instruction to described picture pick-up device;
Described picture pick-up device, for the described shooting instruction according to reception, according to preset algorithm, determine corresponding focusing focal length parameter, white balance parameter, if exposure value parameter, shutter speed parameter and detect that environment shading value is lower than the second preset value, then described picture pick-up device opens light compensating lamp, takes.
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| CN105208287A (en) * | 2015-10-15 | 2015-12-30 | 广东欧珀移动通信有限公司 | Photographing method and device |
| CN108289166A (en) * | 2017-12-12 | 2018-07-17 | 北京臻迪科技股份有限公司 | A kind of submarine target automatic shooting method and system |
| CN111133748A (en) * | 2017-09-26 | 2020-05-08 | Jvc建伍株式会社 | Terminal device, camera system, and control method |
| CN111200893A (en) * | 2018-10-31 | 2020-05-26 | 乔光科技股份有限公司 | Lamp control method and system thereof |
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| CN104469173B (en) | 2017-08-01 |
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