CN105245685A - Method and terminal for controlling flash lamp - Google Patents
Method and terminal for controlling flash lamp Download PDFInfo
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- CN105245685A CN105245685A CN201410320608.2A CN201410320608A CN105245685A CN 105245685 A CN105245685 A CN 105245685A CN 201410320608 A CN201410320608 A CN 201410320608A CN 105245685 A CN105245685 A CN 105245685A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The invention relates to a method and a terminal for controlling a flash lamp. The method comprises that connection between a main control mobile terminal and a plurality of controlled mobile terminals is established, each controlled mobile terminal is ensured to be able to carry out data communication with the main control mobile terminal, and the main control mobile terminal is used to control flash lamps of the plurality of controlled mobile terminals, thereby achieving a shooting effect that a plurality of flash lamps of the mobile terminals flash and carry out light compensation simultaneously in a weak-light scene. Meanwhile, one-to-many communication connection can also be supported by using bluetooth or wifi, the plurality of mobile terminals are enabled to form a small network, each mobile terminal is enabled to share flash lamp resources through control of the main control mobile terminal at the center, and each mobile terminal can call the flash lamp resources of other mobile terminals to carry out shooting.
Description
Technical field
The disclosure relates to areas of information technology, particularly relates to a kind of method and the terminal that control the photoflash lamp of mobile terminal.
Technical background
Along with development and the progress of mobile terminal technology, people more and more emphasize the multimedia experiences of mobile terminal, and shoot function has become the standard configuration of mobile terminal.In the camera function of mobile terminal, in order to heighten experience of taking pictures, camera is integrated with photoflash lamp function, thus can under the darker scene of surround lighting, or when lacking the bright source such as lamp, artificial light during shooting, increase exposure by photoflash lamp and take the good photo of effect.The photoflash lamp that mobile terminal uses is divided into two kinds more, common LED and xenon lamp.Xenon lamp will advantageously than taking pictures common LED, and certain cost is also just higher.In prior art, the course of work of photoflash lamp is divided into two steps: pre-flash and flash of light.Pre-flash before photoflash lamp is opened, first gets faint light allow the pupil adaptation of the person of being taken, and then perform flash of light, object is to not see the impact on auto-focusing such as little dark and backlight when taking under darker environment, and allow the pupil adaptation of the person of being photographed, prevent the photoflash lamp light produced during actual photographed from entering the person's of being photographed pupil and the residual phenomena that occurs, avoid producing blood-shot eye illness.
Regulate terminal under the dark especially environment of some light by the built-in photoflash lamp of the mobile terminals such as single mobile phone, panel computer, often do not reach light filling requirement.And use external photoflash lamp often to carry inconvenience, the requirement that people's daily life is taken pictures cannot be met.In some scenarios, a photoflash lamp cannot provide good illumination, and particularly the light intensity of mobile phone flashlight output is very limited again, adds the polishing that may need multi-angle in some cases, mobile terminal generally cannot be provided the control of many lamps.
Generally speaking mostly prior art is to consider from single mobile terminal, obtains best shooting effect by improving photoflash lamp performance or additionally increasing external flashing lamp thus improve flash effect.Now, along with the development of the communication technology, can realize the real-time communication of short range multi-user end, set up mininet by bluetooth or wifi technology in short distance, realizes mobile terminal and shares photoflash lamp resource and can effectively solve the problem.
Summary of the invention
For overcoming Problems existing in correlation technique, the disclosure provides a kind of method, terminal and the system that control photoflash lamp.
According to the first aspect of disclosure embodiment, a kind of method controlling photoflash lamp is provided, comprises:
Connect between master control mobile terminal and each controlled mobile terminal;
Master control mobile terminal and each controlled mobile terminal flash of light light ratio are each other set;
The photoflash lamp of master control mobile terminal and controlled mobile terminal participates in light filling, controls all participations
The pre flashing of flash lamp of light filling, the focusing of the mobile terminal of master control simultaneously and light-metering;
Control the flash fire of all participation light fillings.
As the optimization of technique scheme, connect between master control mobile terminal and controlled mobile terminal, comprising:
Described master control mobile terminal refers to some any of having in the mobile terminal of photoflash lamp, camera function and communication module;
Described controlled mobile terminal refers to some all mobile terminals had in the mobile terminal of photoflash lamp, camera function and communication module except master control mobile terminal.
As the optimization of technique scheme, connect between described master control mobile terminal and each controlled mobile terminal, comprising:
The communication module of master control mobile terminal sends connection request to each controlled mobile terminal, and the communication module of controlled mobile terminal accepts connection request, and controlled mobile terminal and master control mobile terminal realize data communication;
Or the communication module of each controlled mobile terminal sends connection request to master control mobile terminal, and the communication module of master control mobile terminal accepts connection request, and controlled mobile terminal and master control mobile terminal realize data communication.
Described master control mobile terminal is set and each controlled mobile terminal flash of light light ratio step each other comprises:
The light information of the positional information of oneself and induction is automatically sent on master control mobile terminal by communication module by each controlled mobile terminal;
User arranges master control mobile terminal and each controlled mobile terminal flash of light light ratio each other by the shooting control module of master control mobile terminal.
As the optimization of technique scheme, the photoflash lamp of master control mobile terminal and controlled mobile terminal participates in the pre flashing of flash lamp that light filling controls all participation light fillings, and the mobile terminal focusing of master control simultaneously and light-metering step comprise:
The photoflash lamp of described participation light filling refers to the photoflash lamp of the above-mentioned master control mobile terminal that connects and controlled mobile terminal;
Master control mobile terminal sends preflashing order by communication module to all controlled mobile terminal;
All master control mobile terminals control all mobile terminal synchronization preflashing, and master control mobile terminal is undertaken focusing and light-metering by taking module simultaneously, determine that aperture, shutter speed, photosensitivity and exposure compensating carry out exposure image.
As the optimization of technique scheme, master control mobile terminal controls the flash fire of all participation light fillings, comprising:
Master control mobile terminal sends formal flash command by communication module to all controlled mobile terminal;
All controlled mobile terminal and master control mobile terminal control flash sync according to the above-mentioned light ratio set and formally glisten, and master control mobile terminal is formally taken by taking module and according to the exposure parameter of said determination simultaneously.
According to the second aspect of disclosure embodiment, a kind of method controlling photoflash lamp is provided, comprises;
By the communication technology, connect between master control mobile terminal and controlled mobile terminal;
Each mobile terminal arranges other mobile terminal and its flash of light light ratio each other;
One controlled mobile terminal sends shooting application to master control mobile terminal;
The photoflash lamp of master control mobile terminal and controlled mobile terminal participates in light filling, master control mobile terminal
Control the pre flashing of flash lamp of all participation light fillings, take mobile terminal focusing and light-metering simultaneously;
Master control mobile terminal controls the flash fire of all participation light fillings.
As the optimization of technique scheme, connect between master control mobile terminal and controlled mobile terminal, comprising:
Master control mobile terminal is by connecting between communication module and controlled mobile terminal;
Described master control mobile terminal refers to some any of having in the mobile terminal of photoflash lamp, camera function and communication module or communication module;
Described controlled mobile terminal refers to some all mobile terminals had in the mobile terminal of photoflash lamp, camera function and communication module or communication module except master control mobile terminal.
As the optimization of technique scheme, each mobile terminal described arranges other mobile terminal and its flash of light light ratio each other, comprising:
The light information of the positional information of oneself and induction is automatically sent on master control mobile terminal by communication module by each controlled mobile terminal;
The controlled mobile terminal that each to be sent information by message processing module by main control module sets up mark one, and each mark one described is carried out combining the information source forming each controlled mobile terminal with the information that each controlled mobile terminal sends;
Master control mobile terminal sets up a mark two by message processing module, and the light information of self-position and induction is automatically combined with the mark two of described master control mobile terminal the information source forming master control mobile terminal;
The information source of all mobile terminals is organized into groups by message processing module, according to the mark one of each mobile terminal or mark two during marshalling, being compiled in out of Memory source in all information sources except the information source of this mobile terminal is one group, and each mark one or mark two are to organizing information source;
This group information source of correspondence is sent to each controlled mobile terminal by communication module according to the mark one of each mobile terminal by master control mobile terminal;
Each mobile terminal receives information source by communication module, arranges the photoflash lamp flash of light light ratio each other of oneself and other each mobile terminal according to information source by taking control module.
As the optimization of technique scheme, each mobile terminal arranges other mobile terminal and its flash of light light ratio each other, comprising:
Described flash of light light ratio data are sent to master control mobile terminal by communication module by each controlled mobile terminal;
Described flash of light light ratio data are preserved by information storage module by master control mobile terminal.
One controlled mobile terminal sends shooting procedure to apply to master control mobile terminal and comprises:
Any controlled mobile terminal sends shooting application by user interactive module, and this shooting application is sent to communication module by user interactive module, and this shooting application is sent to master control mobile terminal by communication module;
Identify the mobile terminal identification of filing an application by message processing module after the communication module of master control mobile terminal receives application and by communication module, this mark sent to other mobile terminal, message processing module sends instruction and uses the instruction of forbidding the camera function of other mobile terminals in the time of sharing photoflash lamp resource at described mobile terminal of filing an application simultaneously;
The mobile terminal of not filing an application after communication module receives the identification information and illegal instruction that master control mobile terminal sends, shooting control module forbidding shoot function, and sent by communication module and feed back to master control mobile terminal;
The communication module of master control mobile terminal receives described feedback information, and show in user interactive module, after the feedback information not proposing to take application mobile terminal all receives, the successful information of application is sent to the mobile terminal proposing shooting application by communication module by master control mobile terminal;
Propose shooting application mobile terminal and receive the successful information of application by communication module, and show in user interactive module.
As the optimization of technique scheme, the photoflash lamp of master control mobile terminal and controlled mobile terminal participates in light filling, and master control mobile terminal controls the pre flashing of flash lamp of all participation light fillings, and the mobile terminal focusing of shooting application simultaneously and light-metering, comprising:
User enters exposal model by user interactive module notice shooting control module, and sends preflashing request by communication module to master control mobile terminal;
After master control mobile terminal receives preflashing solicited message by communication module, the flash of light light ratio data that message processing module recalls information memory module is preserved, the photoflash lamp of all controlled mobile terminal of flash of light light ratio Synchronization Control of other mobile terminal photoflash lamps that the shooting control module of master control mobile terminal is arranged according to each mobile terminal starts preflashing;
Propose shooting application mobile terminal taking module in preflashing process and start light-metering and focusing, determine diaphragm shutter speed, photosensitivity, and exposure compensating carries out exposure image, prepare shooting.
As the optimization of technique scheme, master control mobile terminal controls the flash fire of all participation light fillings, and shooting mobile terminal is formally taken step and comprised:
After preflashing completes, user proposes shooting application by user interactive module, and formally takes request by communication module to the transmission of master control mobile terminal;
After master control mobile terminal receives formal shooting solicited message by communication module, the flash fire of all controlled mobile terminal of light ratio Synchronization Control of other mobile terminal photoflash lamps that shooting control module is arranged according to each mobile terminal, the shooting control module simultaneously proposing shooting application shooting mobile terminal controls taking module according to the formal exposure image of the exposure parameter measured in preflashing;
After the photoflash lamp resource that initiation shooting mobile terminal utilizes completes shooting, shooting control module sends shooting by communication module to master control mobile terminal and completes information, by communication module, master control mobile terminal notifies that the mobile terminal of all occupied photoflash lamps and shooting resource has been taken.
According to the third aspect of disclosure embodiment, a kind of terminal controlling photoflash lamp is provided, comprise: master control mobile terminal and controlled mobile terminal, described master control mobile terminal and controlled mobile terminal comprise: communication module, user interactive module, shooting control module, taking module, photoflash lamp, and described master control mobile terminal also comprises message processing module, information storage module;
Described user interactive module, for being sent to communication module according to user operation by photographing instruction;
Described shooting control module, for arranging flash of light light ratio; And notice taking module is taken;
Described message processing module, for setting up mark to master control mobile terminal and controlled mobile terminal, and will identify and positional information, light information combination formation information source.
Described information storage module; Flash of light light ratio data for controlled mobile terminal being sent by communication module are preserved;
Described taking module, for light-metering and focusing, determines diaphragm shutter speed, photosensitivity, and exposure compensating carries out exposure image and formal shooting;
Described photoflash lamp, preflashing during for taking and formal flash of light;
Described communication module, for connecting between master control mobile terminal and controlled mobile terminal, and the communication between master control mobile terminal and controlled mobile terminal;
Described message processing module, also for identifying the mobile terminal identification of filing an application and by communication module, mark being sent to other mobile terminals; Also for the flash of light light ratio data of recalls information memory module preservation.
Described message processing module, also sends for using in the time of sharing photoflash lamp resource at mobile terminal of filing an application the camera function that other mobile terminals are forbidden in instruction.
Described shooting control module, all controlled mobile terminal of light ratio Synchronization Control of other mobile terminal photoflash lamps arranged according to each mobile terminal start preflashing;
Described shooting control module, also for after master control mobile terminal receives flash of light solicited message by communication module, shooting control module arrange according to each mobile terminal with the flash fire of all controlled mobile terminal of light ratio Synchronization Control of other mobile terminal photoflash lamps.
The technical scheme that embodiment of the present disclosure provides can comprise following beneficial effect: realize the control of mobile phone to many photoflash lamps, can shoot original unit list and dodge the effect that cannot realize.Realize sharing respective photoflash lamp resource mutually between plurality of mobile phones.Based on bluetooth and wifi technology, low in energy consumption, connection speed is fast, easy to use.
Should be understood that, it is only exemplary and explanatory that above general description and details hereinafter describe, and can not limit the disclosure.
Accompanying drawing explanation
Accompanying drawing to be herein merged in specification and to form the part of this specification, shows embodiment according to the invention, and is used from specification one and explains principle of the present invention.
Fig. 1 is the flow chart of a kind of master control mobile phone according to an exemplary embodiment as the control photoflash lamp method of shooting mobile phone;
Fig. 2 is the flow chart of a kind of controlled mobile phone according to an exemplary embodiment as the control photoflash lamp method of shooting mobile phone;
Fig. 3 is the flow chart of a kind of master control panel computer according to an exemplary embodiment as the control photoflash lamp method of shooting panel computer;
Fig. 4 is the flow chart of a kind of controlled panel computer according to an exemplary embodiment as shooting panel computer control photoflash lamp method;
Fig. 5 is a kind of block diagram (general structure of mobile terminal) controlling the terminal of photoflash lamp according to an exemplary embodiment.
Embodiment
Here will be described exemplary embodiment in detail, its sample table shows in the accompanying drawings.When description below relates to accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawing represents same or analogous key element.Execution mode described in following exemplary embodiment does not represent all execution modes consistent with the present invention.On the contrary, they only with as in appended claims describe in detail, the example of terminal that aspects more of the present invention are consistent and method.
It should be noted that, the control photoflash lamp terminal that the embodiment of the present invention provides is except being arranged in mobile phone, can also be arranged on other there is the mobile terminal device that camera function has the function such as bluetooth or wifi simultaneously, as panel computer, mobile phone, notebook computer, digital camera, slr camera etc., be described for mobile phone below.
Fig. 1 is a kind of flow chart controlling photoflash lamp method according to an exemplary embodiment, and as shown in Figure 1, communication module is bluetooth module, and master control mobile phone, as the method controlling photoflash lamp during shooting mobile phone, comprises the following steps.
In a step 101, by bluetooth module, set up Star topology between master control mobile phone with controlled mobile phone and be connected;
In a step 102, master control mobile phone arranges the controlled mobile phone of master control mobile phone and every portion flash of light light ratio each other to all controlled mobile phones;
In step 103, master control mobile phone controls the pre flashing of flash lamp of all participation light fillings, and namely the mobile phone of master control is simultaneously taken mobile phone and attempted focusing and light-metering;
At step 104, master control mobile phone controls the flash fire of all participation light fillings, takes mobile phone simultaneously and formally takes.
Step 101 comprises the steps:
To every portion, controlled mobile phone sends connection request to the bluetooth module of master control mobile phone, and the bluetooth module of controlled mobile phone accepts connection request;
Or the bluetooth module of the controlled mobile phone in every portion sends connection request to master control mobile phone, and the bluetooth module of master control mobile phone accepts connection request;
Above-mentioned preferred step is, the bluetooth module of the controlled mobile phone in every portion sends connection request to master control mobile phone, and the bluetooth module of master control mobile phone accepts connection request.
Described master control mobile phone refers to some any of having in the mobile phone of photoflash lamp, camera function and bluetooth module;
Described controlled mobile phone refers to some all mobile phones had in the mobile phone of photoflash lamp, camera function and bluetooth module except master control mobile phone.
Described Star topology connects in the mininet for being made up of master control mobile phone and controlled mobile phone, and perform centralized access control by master control mobile phone and manage, the communication that namely in described mininet, all mobile phones are mutual all will pass through master control mobile phone.Data first will be sent to master control mobile phone by each controlled mobile phone that will send data, if master control mobile phone is not the target mobile phones sent, are then responsible for data being sent to the controlled mobile phone of target by master control mobile phone again.
In a step 102, master control mobile phone arranges the controlled mobile phone of master control mobile phone and every portion flash of light light ratio each other to all controlled mobile phones;
Wherein, before arranging, the light information of the positional information of oneself and induction is automatically sent on master control mobile phone by bluetooth by the controlled mobile phone in every portion;
Master control mobile phone arranges the controlled mobile phone of master control mobile phone and every portion flash of light light ratio each other by shooting control module.
Step 103 comprises the steps:
Master control mobile phone sends preflashing order by bluetooth module to all controlled mobile phones;
Controlled mobile phone and master control mobile phone Synchronous Pre dodge, and master control mobile phone is undertaken focusing and light-metering by taking module simultaneously, determine that aperture, shutter speed, photosensitivity and exposure compensating carry out exposure image;
Step 104 comprises the steps:
Master control mobile phone sends formal flash command by bluetooth module to all controlled mobile phones;
Controlled mobile phone and master control mobile phone control flash sync according to the light ratio set in step 102 and formally glisten, master control mobile phone simultaneously by taking module and according to step 103 measure exposure parameter formally take.
Fig. 2 is a kind of flow chart controlling the method for photoflash lamp according to an exemplary embodiment, and as shown in Figure 2, communication module is bluetooth module, and any controlled mobile phone, as the method controlling photoflash lamp during shooting mobile phone, comprises the following steps.
In step 201, by communication module, set up Star topology between master control mobile phone with controlled mobile phone and be connected;
In step 202., all mobile phones arrange other mobile phone and its flash of light light ratio each other;
In step 203, any controlled mobile phone sends shooting application to master control mobile phone;
In step 204, master control mobile phone controls the pre flashing of flash lamp of all participation light fillings, the focusing of shooting mobile phone and light-metering;
In step 205, master control mobile phone controls the flash fire of all participation light fillings, and shooting mobile phone is formally taken.
Step 201 comprises the steps:
Master control mobile phone is connected by setting up Star topology between bluetooth module with controlled mobile phone, and described master control mobile phone refers to some any of having in the mobile phone of photoflash lamp and camera function;
Described controlled mobile phone refers to some all mobile phones had in the mobile phone of photoflash lamp and camera function except master control mobile phone.
Step 202 comprises the steps:
The light information of the positional information of oneself and induction is automatically sent on master control mobile phone by bluetooth module by the controlled mobile phone in every portion;
Mark one set up by the controlled mobile phone that every portion to be sent information by message processing module by main control module, and described mark one carried out combining the information source forming the controlled mobile phone in every portion with the information that the controlled mobile phone in every portion sends;
Master control mobile phone identifies two by message processing module to oneself setting up one, and the light information of self-position and induction is automatically combined with the mark of described master control mobile phone the information source forming master control mobile phone;
The information source of master control mobile phone and controlled mobile phone is organized into groups by message processing module, and according to the mark of every portion mobile phone during marshalling, being compiled in the out of Memory source in all information sources except this mobile phone is one group, and each identifies corresponding one group of information source;
One of correspondence group of information source is sent to the controlled mobile phone in every portion by bluetooth module according to mobile phone logo by master control mobile phone;
Every portion mobile phone receives information source by bluetooth module, arranges the photoflash lamp flash of light light ratio each other of oneself and other every portion mobile phone according to information source by taking control module;
Step 202 is further comprising the steps of:
Described flash of light light ratio data are sent to master control mobile phone by bluetooth module by the controlled mobile phone in every portion;
Described flash of light light ratio data are preserved by information storage module by master control mobile phone.
Step 203 comprises the following steps:
Any controlled mobile phone sends shooting application by user interactive module, and application is sent to bluetooth module by user interactive module, and application is sent to master control mobile phone by bluetooth module;
Identify the mobile phone logo of filing an application by message processing module after the bluetooth module of master control mobile phone receives application and by bluetooth module, mark one is sent to other mobile phones in the lump, send instruction simultaneously and use at described mobile phone of filing an application the camera function forbidding other mobile phones in the blink of sharing photoflash lamp resource;
The mobile phone of not filing an application, after the bluetooth module of oneself receives the identification information and illegal instruction that master control mobile phone sends, by shooting control module forbidding shoot function, and is sent by bluetooth module and feeds back to master control mobile phone;
The bluetooth module of master control mobile phone receives described feedback information, and show in user interactive module, after all feedback informations not proposing to take application mobile phone all receive, the successful information of application is sent to the mobile phone proposing shooting application by bluetooth module by master control mobile phone;
Propose shooting application mobile phone and receive the successful information of application by bluetooth module, and show in user interactive module;
Step 204 comprises the following steps:
User enters exposal model by user interactive module notice shooting control module, and sends preflashing request by bluetooth module to master control mobile phone;
After master control mobile phone receives preflashing solicited message by bluetooth module, the light ratio data of the message processing module recalls information memory module preservation of master control mobile phone, the photoflash lamp that the shooting control module of master control mobile phone controls all controlled mobile phones according to light ratio data syn-chronization afterwards starts preflashing;
Propose shooting application mobile phone and start light-metering and focusing by shooting control module control taking module in preflashing process, determine diaphragm shutter speed, photosensitivity, and exposure compensating carries out exposure image simultaneously, prepare shooting.
Step 205 comprises the following steps:
After preflashing completes, user proposes shooting application by user interactive module, and formally takes request by bluetooth module to the transmission of master control mobile phone;
After master control mobile phone receives formal shooting solicited message by bluetooth module, the flash fire of all controlled mobile phones of light ratio Synchronization Control of other mobile phone flashlights that the shooting control module of master control mobile phone is arranged according to portion's mobile phone, the shooting control module simultaneously proposing shooting application mobile phone controls taking module according to the formal exposure image of the exposure parameter measured in preflashing;
Initiate after photoflash lamp resource that shooting mobile phone utilizes completes shooting, shooting control module sends shooting by bluetooth module to master control mobile phone and completes information, by bluetooth module, master control mobile phone notifies that the mobile phone of all occupied photoflash lamps and shooting resource has been taken.
The technology that in above-mentioned two embodiments, bluetooth module uses comprises: the Bluetooth Communication Technology of bluetooth 4.0 and more highest version.
It should be noted that, the control photoflash lamp terminal that the embodiment of the present invention provides is except being arranged in mobile phone, can also be arranged on other there is the mobile terminal device that camera function has the function such as bluetooth or wifi simultaneously, as panel computer, mobile phone, notebook computer etc., be described for panel computer below.
Fig. 3 is a kind of flow chart controlling photoflash lamp method according to an exemplary embodiment, and as shown in Figure 3, communication module is wifi module, and master control panel computer, as the method controlling photoflash lamp during shooting panel computer, comprises the following steps:
In step 301, by wifi module, connect between master control panel computer and controlled panel computer;
In step 302, master control panel computer arranges the controlled panel computer of master control panel computer and every portion flash of light light ratio each other to all controlled panel computers;
In step 303, master control panel computer controls the pre flashing of flash lamp of all participation light fillings, and namely master control panel computer is taken panel computer and attempted focusing and light-metering;
In step 304, master control panel computer controls the flash fire of all participation light fillings, and shooting panel computer is formally taken.
Step 301 comprises the steps:
To every portion, controlled panel computer sends connection request to the wifi module of master control panel computer, and the wifi module of controlled panel computer accepts connection request;
Or the wifi module of the controlled panel computer in every portion sends connection request to master control panel computer, and the wifi module of master control panel computer accepts connection request;
Above-mentioned preferred step is, the wifi module of the controlled panel computer in every portion sends connection request to master control panel computer, and the wifi module of master control panel computer accepts connection request.
Described master control panel computer refers to some any of having in the panel computer of photoflash lamp, camera function and wifi module;
Described controlled panel computer refers to some all panel computers had in the panel computer of photoflash lamp, camera function and wifi module except master control panel computer;
The photoflash lamp of described participation light filling refers to the photoflash lamp of master control panel computer and controlled panel computer.
In step 302, master control panel computer arranges the controlled panel computer of master control panel computer and every portion flash of light light ratio each other to all controlled panel computers;
Wherein, before arranging, the light information of the positional information of oneself and induction is automatically sent on master control panel computer by bluetooth by the controlled panel computer in every portion;
Master control panel computer arranges the controlled panel computer of master control panel computer and every portion flash of light light ratio each other by shooting control module.
Step 303 comprises the steps:
Master control panel computer sends preflashing order by wifi module to all controlled panel computers;
Master control panel computer controls the synchronous preflashing of all panel computers, and master control panel computer controls taking module by shooting control module simultaneously to carry out focusing and light-metering, determine aperture, shutter speed, photosensitivity, and exposure compensating carries out exposure image;
Step 304 comprises the steps:
Master control panel computer sends formal flash command by wifi module to all controlled panel computers;
Controlled panel computer and master control panel computer synchronization flash, master control panel computer simultaneously by taking module and according to step 303 measure exposure parameter formally take.
Fig. 4 is a kind of flow chart controlling the method for photoflash lamp according to an exemplary embodiment, and as shown in Figure 4, link block is wifi module, any one controlled panel computer as take pictures panel computer time control the method for photoflash lamp, comprise the following steps.
In step 401, by wifi module, connect between master control panel computer and controlled panel computer;
In step 402, all panel computers arrange other panel computer and its flash of light light ratio each other;
In step 403, any one controlled panel computer sends shooting application to master control panel computer;
In step 404, master control panel computer controls the pre flashing of flash lamp of all participation light fillings, takes panel computer focusing and light-metering simultaneously;
In step 405, master control panel computer controls the flash fire of all participation light fillings, takes panel computer simultaneously and formally takes.
Step 401 comprises the steps:
Master control panel computer is by connecting between wifi module and controlled panel computer, and described master control panel computer refers to some any of having in the panel computer of photoflash lamp and camera function, wifi module;
Described controlled panel computer refers to some all panel computers had in the panel computer of photoflash lamp and camera function, wifi module except master control panel computer.
Step 402 comprises the steps:
The light information of the positional information of oneself and induction is automatically sent on master control panel computer by bluetooth or wifi module by the controlled panel computer in every portion;
The controlled panel computer that every portion to be sent information by message processing module by main control module sets up mark one, and described mark one is carried out combining the information source forming the controlled panel computer in every portion with the information that the controlled panel computer in every portion sends;
Master control panel computer sets up a mark two by message processing module, and the light information of self-position and induction is automatically combined with the mark of described master control panel computer the information source forming master control panel computer;
The information source of master control panel computer and controlled panel computer is organized into groups by message processing module, according to the mark of every portion panel computer during marshalling, being compiled in out of Memory source in all information sources except this panel computer is one group, and each identifies corresponding one group of information source;
One of correspondence group of information source is sent to the controlled panel computer in every portion by wifi module according to panel computer mark by master control panel computer;
Every portion panel computer receives information source by wifi module, arranges the photoflash lamp flash of light light ratio each other of oneself and other every portion panel computer according to information source by taking control module.
Step 402 is further comprising the steps of:
Described light ratio data are sent to master control panel computer by wifi module by the controlled panel computer in every portion;
Described data are preserved by information storage module by master control panel computer.
Step 403 comprises the following steps:
Any controlled panel computer sends shooting application by user interactive module, and application is sent to wifi module by user interactive module, and application is sent to master control panel computer by wifi module;
Identify the panel computer mark of filing an application by message processing module after the wifi module of master control panel computer receives application and by wifi module, mark one sent to other all panel computers, sending instruction simultaneously and use at described panel computer of filing an application the camera function forbidding other panel computers in the blink of sharing photoflash lamp resource;
The panel computer of not filing an application after the wifi module of oneself receives the identification information and illegal instruction that master control panel computer sends, shooting control module forbidding shoot function, and sent by wifi module and feed back to master control panel computer;
The wifi module of master control panel computer receives described feedback information, and show in user interactive module, after all feedback informations not proposing to take application panel computer all receive, the successful information of application is sent to the panel computer proposing shooting application by wifi module by master control panel computer;
Propose shooting application panel computer and receive the successful information of application by wifi module, and show in user interactive module;
Step 404 comprises the following steps:
User enters exposal model by user interactive module notice shooting control module, and sends preflashing request by wifi module to master control panel computer;
After master control panel computer receives preflashing solicited message by wifi module, the light ratio data that message processing module recalls information memory module is preserved, according to all controlled panel computer shooting control modules of light ratio Synchronization Control of other panel computer photoflash lamps pre-that every portion panel computer is arranged, described shooting control module controls photoflash lamp and starts preflashing;
Propose shooting application panel computer and start light-metering and focusing by shooting control module control taking module in preflashing process, determine diaphragm shutter speed, photosensitivity, and exposure compensating carries out exposure image simultaneously, prepare shooting.
Step 405 comprises the following steps:
After preflashing completes, user proposes shooting application by user interactive module, and formally takes request by wifi module to the transmission of master control panel computer;
After master control panel computer receives formal shooting solicited message by wifi module, the flash fire of all controlled panel computers of light ratio Synchronization Control of other panel computer photoflash lamps that master control panel computer shooting control module is arranged according to every portion panel computer, the shooting control module simultaneously proposing shooting application panel computer controls taking module according to the formal exposure image of the exposure parameter measured in preflashing;
After initiation shooting panel computer utilizes photoflash lamp resource to complete shooting, shooting control module sends shooting by wifi module to master control panel computer and completes information, by wifi module, master control panel computer notifies that the panel computer of all occupied photoflash lamps and shooting resource has been taken.
The technology that wifi module in above-mentioned two embodiments uses, comprises the wifi technology based on wireless router and the Wi-FiDirect technology departing from wireless router.
Fig. 5 is that the one according to an exemplary embodiment controls photoflash lamp terminal block diagram.With reference to Fig. 5, this control photoflash lamp terminal comprises: master control mobile terminal and controlled mobile terminal, and described master control mobile terminal and controlled mobile terminal comprise: communication module 515, user interactive module 511, shooting control module 512, taking module 513, photoflash lamp 514, message processing module 521, information storage module 522.
Described user interactive module 511, for being sent to communication module according to user operation by photographing instruction.
Described shooting control module 512, for arranging flash of light light ratio, control photoflash lamp glistens, and notice taking module is taken.
Described shooting control module 512, starts preflashing for what arrange according to each mobile terminal with all controlled mobile terminal of light ratio Synchronization Control of other mobile terminal photoflash lamps.
Described message processing module 521, for setting up unique identification to master control mobile phone and controlled mobile phone, and combines formation information source by described mark and positional information, light information.
Described information storage module 522, is preserved for the flash of light light ratio data sent by communication module by controlled mobile phone.
Described taking module 513, for light-metering and focusing, determines diaphragm shutter speed, photosensitivity, and exposure compensating carries out exposure image and formal shooting.
Described photoflash lamp 514, preflashing during for taking and formal flash of light.
Described communication module 515, for connecting between master control mobile terminal and controlled mobile terminal, and the communication between master control mobile terminal and controlled mobile terminal, be bluetooth module or wifi module.
Described message processing module 521, also for identifying the mobile terminal identification of filing an application and by communication module, mark being sent to other mobile terminals, send instruction simultaneously and use at described mobile terminal of filing an application the camera function forbidding other mobile terminals in the time of sharing photoflash lamp resource.
Described message processing module 521, also for the flash of light light ratio data of recalls information memory module preservation.
Described message processing module 521, also for after master control mobile terminal receives flash of light solicited message by communication module.
Those skilled in the art, at consideration specification and after putting into practice invention disclosed herein, will easily expect other embodiment of the present invention.The application is intended to contain any modification of the present invention, purposes or adaptations, and these modification, purposes or adaptations are followed general principle of the present invention and comprised the undocumented common practise in the art of the disclosure or conventional techniques means.Specification and embodiment are only regarded as exemplary, and true scope of the present invention and spirit are pointed out by claim below.
Should be understood that, the present invention is not limited to precision architecture described above and illustrated in the accompanying drawings, and can carry out various amendment and change not departing from its scope.Scope of the present invention is only limited by appended claim.
Claims (24)
1. control a method for photoflash lamp, it is characterized in that, comprising:
Connect between master control mobile terminal and each controlled mobile terminal;
Master control mobile terminal and each controlled mobile terminal flash of light light ratio are each other set;
The photoflash lamp of master control mobile terminal and controlled mobile terminal participates in light filling, controls the pre flashing of flash lamp of all participation light fillings, the focusing of the mobile terminal of master control simultaneously and light-metering;
Control the flash fire of all participation light fillings.
2. the method for control photoflash lamp according to claim 1, is characterized in that, the step that connects between master control mobile terminal and each controlled mobile terminal comprises:
Master control mobile terminal is by connecting between communication module and controlled mobile terminal;
Described master control mobile terminal refers to some any of having in the mobile terminal of photoflash lamp, camera function and communication module;
Described controlled mobile terminal refers to some all mobile terminals had in the mobile terminal of photoflash lamp, camera function and communication module except master control mobile terminal.
3. the method for control photoflash lamp according to claim 1, is characterized in that, the step that connects between described master control mobile terminal and each controlled mobile terminal comprises:
The communication module of master control mobile terminal sends connection request to each controlled mobile terminal, and the communication module of controlled mobile terminal accepts connection request, and controlled mobile terminal and master control mobile terminal realize data communication;
Or the communication module of each controlled mobile terminal sends connection request to master control mobile terminal, and the communication module of master control mobile terminal accepts connection request, and controlled mobile terminal and master control mobile terminal realize data communication.
4. the method for control photoflash lamp according to claim 1, is characterized in that, describedly arranges master control mobile terminal and each controlled mobile terminal flash of light light ratio step each other comprises:
Before arranging, the light information of the positional information of oneself and induction is automatically sent on master control mobile terminal by communication module by each controlled mobile terminal;
Master control mobile terminal arranges master control mobile terminal and each controlled mobile terminal flash of light light ratio each other by shooting control module.
5. the method for control photoflash lamp according to claim 1, is characterized in that, the photoflash lamp of master control mobile terminal and controlled mobile terminal participates in light filling, and the pre flashing of flash lamp step of all participation light fillings of described control comprises:
Master control mobile terminal sends preflashing order by communication module to all controlled mobile terminal;
All controlled mobile terminal and master control mobile terminal synchronization preflashing, master control mobile terminal is undertaken focusing and light-metering by taking module simultaneously, determines that aperture, shutter speed, photosensitivity and exposure compensating carry out exposure image.
6. the method for control photoflash lamp according to claim 1, is characterized in that, the flash fire step that master control mobile terminal controls all participation light fillings comprises:
Master control mobile terminal sends formal flash command by communication module to all controlled mobile terminal;
All controlled mobile terminal and master control mobile terminal control flash sync according to the above-mentioned light ratio set and formally glisten, and master control mobile terminal is formally taken by taking module and according to the exposure parameter of said determination simultaneously.
7. the method for control photoflash lamp according to claim 1, is characterized in that, described communication module comprises bluetooth module or wifi module.
8. the method for control photoflash lamp according to claim 1, is characterized in that, described master control mobile terminal and controlled mobile terminal connect as Star topology is connected; Described Star topology connects for data first will be sent to master control mobile terminal by each controlled mobile terminal that will send data described, if master control mobile terminal is destination mobile terminal, terminate, if not the destination mobile terminal sent, be then responsible for data being sent to as the controlled mobile phone of target by master control mobile phone again.
9. the method for control photoflash lamp according to claim 1, is characterized in that, described mobile terminal comprises mobile phone, panel computer, notebook computer, digital camera, slr camera.
10. control a method for photoflash lamp, it is characterized in that, comprising:
Connect between master control mobile terminal and controlled mobile terminal;
Each mobile terminal arranges other mobile terminal and its flash of light light ratio each other;
One controlled mobile terminal sends shooting application to master control mobile terminal;
The photoflash lamp of master control mobile terminal and controlled mobile terminal participates in light filling, and master control mobile terminal controls the pre flashing of flash lamp of all participation light fillings, takes mobile terminal focusing and light-metering simultaneously;
Master control mobile terminal controls the flash fire of all participation light fillings.
The method of 11. control photoflash lamps according to claim 10, is characterized in that, described by the communication technology, the step that connects between master control mobile terminal and controlled mobile terminal comprises:
Master control mobile terminal is by connecting between communication module and controlled mobile terminal;
Described master control mobile terminal refers to some any of having in the mobile terminal of photoflash lamp, camera function and communication module or communication module;
Described controlled mobile terminal refers to some all mobile terminals had in the mobile terminal of photoflash lamp, camera function and communication module or communication module except master control mobile terminal.
The method of 12. control photoflash lamps according to claim 10, is characterized in that, each mobile terminal described arranges other mobile terminal and its flash of light light ratio step each other comprises:
The light information of the positional information of oneself and induction is automatically sent on master control mobile terminal by communication module by each controlled mobile terminal;
The controlled mobile terminal that each to be sent information by message processing module by main control module sets up mark one, and each mark one described is carried out combining the information source forming each controlled mobile terminal with the information that each controlled mobile terminal sends;
Master control mobile terminal sets up a mark two by message processing module, and the light information of self-position and induction is automatically combined with the mark two of described master control mobile terminal the information source forming master control mobile terminal;
The information source of all mobile terminals is organized into groups by message processing module, according to the mark one of each mobile terminal or mark two during marshalling, being compiled in out of Memory source in all information sources except the information source of this mobile terminal is one group, and each mark one or mark two are to organizing information source;
This group information source of correspondence is sent to each controlled mobile terminal by communication module according to the mark one of each mobile terminal by master control mobile terminal;
Each mobile terminal receives information source by communication module, arranges the photoflash lamp flash of light light ratio each other of oneself and other each mobile terminal according to information source by taking control module.
The method of 13. control photoflash lamps according to claim 10, is characterized in that, each mobile terminal arranges other mobile terminal and its flash of light light ratio step each other comprises:
Described flash of light light ratio data are sent to master control mobile terminal by communication module by each controlled mobile terminal;
Described flash of light light ratio data are preserved by information storage module by master control mobile terminal.
The method of 14. control photoflash lamps according to claim 10, is characterized in that, a controlled mobile terminal sends shooting procedure to apply to master control mobile terminal and comprises:
Any controlled mobile terminal sends shooting application by user interactive module, and this shooting application is sent to communication module by user interactive module, and this shooting application is sent to master control mobile terminal by communication module;
Identify the mobile terminal identification of filing an application by message processing module after the communication module of master control mobile terminal receives application and by communication module, this mark sent to other mobile terminal, filing an application mobile terminal simultaneously described in being sent in and use the instruction of forbidding the camera function of other mobile terminals in the time of sharing photoflash lamp resource;
The mobile terminal of not filing an application after communication module receives the identification information and illegal instruction that master control mobile terminal sends, shooting control module forbidding shoot function, and sent by communication module and feed back to master control mobile terminal;
The communication module of master control mobile terminal receives described feedback information, and show in user interactive module, after the feedback information not proposing to take application mobile terminal all receives, the successful information of application is sent to the mobile terminal proposing shooting application by communication module by master control mobile terminal;
Propose shooting application mobile terminal and receive the successful information of application by communication module, and show in user interactive module.
The method of 15. control photoflash lamps according to claim 10, it is characterized in that, the photoflash lamp of master control mobile terminal and controlled mobile terminal participates in light filling, and master control mobile terminal controls the pre flashing of flash lamp of all participation light fillings, and the focusing of shooting mobile terminal and light-metering step comprise simultaneously:
User enters exposal model by user interactive module notice shooting control module, and sends preflashing request by communication module to master control mobile terminal;
After master control mobile terminal receives preflashing solicited message by communication module, the flash of light light ratio data that message processing module recalls information memory module is preserved, what the shooting control module of master control mobile terminal was arranged according to each mobile terminal starts preflashing with all controlled mobile terminal of flash of light light ratio Synchronization Control of other mobile terminal photoflash lamps;
Propose shooting application mobile terminal and start light-metering and focusing by taking module in preflashing process, determine diaphragm shutter speed, photosensitivity, and exposure compensating carries out exposure image, prepare shooting.
The method of 16. control photoflash lamps according to claim 10, is characterized in that, master control mobile terminal controls the flash fire of all participation light fillings, and shooting mobile terminal is formally taken step and comprised:
After preflashing completes, user proposes shooting application by user interactive module, and formally takes request by communication module to the transmission of master control mobile terminal;
After master control mobile terminal receives formal shooting solicited message by communication module, the shooting control module of master control mobile terminal arrange according to each mobile terminal with the flash fire of all controlled mobile terminal of light ratio Synchronization Control of other mobile terminal photoflash lamps, the shooting control module simultaneously proposing shooting application shooting mobile terminal controls taking module according to the formal exposure image of the exposure parameter measured in preflashing;
After initiation shooting mobile terminal utilizes all photoflash lamp resources to complete shooting, shooting control module sends shooting by communication module to master control mobile terminal and completes information, by communication module, master control mobile terminal notifies that the mobile terminal of all occupied photoflash lamps and shooting resource has been taken.
17. 1 kinds of terminals controlling photoflash lamp, it is characterized in that, comprise: master control mobile terminal and controlled mobile terminal, described master control mobile terminal and controlled mobile terminal comprise: communication module, user interactive module, shooting control module, taking module, photoflash lamp, and described master control mobile terminal also comprises message processing module, information storage module;
Described user interactive module, for being sent to communication module according to user operation by photographing instruction;
Described shooting control module, for arranging flash of light light ratio;
Described message processing module, for setting up mark to master control mobile terminal and controlled mobile terminal, and will identify and positional information, light information combination formation information source.
The terminal of 18. control photoflash lamps according to claim 17, is characterized in that, described information storage module, preserves for flash of light light ratio data controlled mobile terminal sent by communication module;
Described taking module, for light-metering and focusing, determines diaphragm shutter speed, photosensitivity, and exposure compensating carries out exposure image and formal shooting;
Described photoflash lamp, preflashing during for taking and formal flash of light;
Described communication module, for connecting between master control mobile terminal and controlled mobile terminal, and the communication between master control mobile terminal and controlled mobile terminal.
The terminal of 19. control photoflash lamps according to claim 17, it is characterized in that, described message processing module, also for identifying the mobile terminal identification of filing an application and by communication module, mark being sent to other mobile terminals, send instruction simultaneously and use at described mobile terminal of filing an application the camera function forbidding other mobile terminals in the time of sharing photoflash lamp resource.
The terminal of 20. control photoflash lamps according to claim 17, is characterized in that, described message processing module, also for the flash of light light ratio data of recalls information memory module preservation.
The terminal of 21. control photoflash lamps according to claim 17, is characterized in that, described shooting control module, that arrange starts preflashing with all controlled mobile terminal of light ratio Synchronization Control that are other mobile terminal photoflash lamps according to each mobile terminal; Also for after master control mobile terminal receives flash of light solicited message by communication module, shooting control module arrange according to each mobile terminal with the flash fire of all controlled mobile terminal of light ratio Synchronization Control of other mobile terminal photoflash lamps.
The terminal of 22. control photoflash lamps according to claim 17, it is characterized in that, described communication module comprises: bluetooth module or wifi module.
The terminal of 23. control photoflash lamps according to claim 22, is characterized in that, described bluetooth module is used between master control mobile terminal and controlled mobile terminal, set up Star topology and connects.
The terminal of 24. control photoflash lamps according to claim 17, is characterized in that, described master control mobile terminal and controlled mobile terminal comprise: mobile phone, panel computer, notebook computer, digital camera, slr camera.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410320608.2A CN105245685A (en) | 2014-07-07 | 2014-07-07 | Method and terminal for controlling flash lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410320608.2A CN105245685A (en) | 2014-07-07 | 2014-07-07 | Method and terminal for controlling flash lamp |
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| Publication Number | Publication Date |
|---|---|
| CN105245685A true CN105245685A (en) | 2016-01-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410320608.2A Pending CN105245685A (en) | 2014-07-07 | 2014-07-07 | Method and terminal for controlling flash lamp |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105681642A (en) * | 2016-03-31 | 2016-06-15 | 朱宏静 | Shooting control device, auxiliary flash control device and auxiliary flash control system |
| CN105791694A (en) * | 2016-03-31 | 2016-07-20 | 朱宏静 | Shooting control device, auxiliary flashing device and auxiliary flashing control system |
| CN105974712A (en) * | 2016-04-27 | 2016-09-28 | 朱宏静 | Multi-auxiliary flash lamp system and auxiliary flash control device |
| CN105974713A (en) * | 2016-04-27 | 2016-09-28 | 朱宏静 | Multi-auxiliary flash lamp system and auxiliary flash lamp control device |
| CN106791203A (en) * | 2017-02-27 | 2017-05-31 | 维沃移动通信有限公司 | The control method and mobile terminal of a kind of photographic flashing function |
| CN108702461A (en) * | 2016-03-31 | 2018-10-23 | 麦克赛尔株式会社 | Portable information terminal device with video camera |
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2014
- 2014-07-07 CN CN201410320608.2A patent/CN105245685A/en active Pending
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105681642A (en) * | 2016-03-31 | 2016-06-15 | 朱宏静 | Shooting control device, auxiliary flash control device and auxiliary flash control system |
| CN105791694A (en) * | 2016-03-31 | 2016-07-20 | 朱宏静 | Shooting control device, auxiliary flashing device and auxiliary flashing control system |
| CN108702461A (en) * | 2016-03-31 | 2018-10-23 | 麦克赛尔株式会社 | Portable information terminal device with video camera |
| CN105974712A (en) * | 2016-04-27 | 2016-09-28 | 朱宏静 | Multi-auxiliary flash lamp system and auxiliary flash control device |
| CN105974713A (en) * | 2016-04-27 | 2016-09-28 | 朱宏静 | Multi-auxiliary flash lamp system and auxiliary flash lamp control device |
| CN105974712B (en) * | 2016-04-27 | 2019-05-17 | 朱宏静 | More fill-flash lamp systems and fill-flash control device |
| CN105974713B (en) * | 2016-04-27 | 2019-05-17 | 朱宏静 | More fill-flash lamp systems and fill-flash control device |
| CN106791203A (en) * | 2017-02-27 | 2017-05-31 | 维沃移动通信有限公司 | The control method and mobile terminal of a kind of photographic flashing function |
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Application publication date: 20160113 |