CN113518181B - Shooting control method for automatically matching mobile terminal app parameters - Google Patents
Shooting control method for automatically matching mobile terminal app parameters Download PDFInfo
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- CN113518181B CN113518181B CN202110610076.6A CN202110610076A CN113518181B CN 113518181 B CN113518181 B CN 113518181B CN 202110610076 A CN202110610076 A CN 202110610076A CN 113518181 B CN113518181 B CN 113518181B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
- H04M1/72409—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories
- H04M1/72412—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories using two-way short-range wireless interfaces
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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 the field of shooting control, in particular to a shooting control method for automatically matching the APP parameters of a mobile terminal. According to the invention, the controller can be matched with the corresponding mobile terminal, so that the controller can be compatible with various mobile terminals, and when the controller performs corresponding operation on the camera APP in the corresponding mobile terminal according to the camera operation behavior data, the camera APP can be better operated, and the operation failure or deviation of the controller can not occur. And the method is simple in implementation mode and convenient to popularize.
Description
Technical Field
The invention relates to the field of shooting control, in particular to a shooting control method for automatically matching app parameters of a mobile terminal.
Background
Currently, most mobile terminals (such as mobile phones and tablets of android systems and apple systems) are provided with a camera APP or a short video APP, which is hereinafter referred to as "camera APP". And the operating systems of these mobile terminals are basically all supporting the access of bluetooth devices such as bluetooth HID keyboards, touch screens, consumer controls, etc. The mobile terminal can realize man-machine interaction remote control operations such as analog keyboard input, volume control, single-point or multi-point touch/sliding and the like by accessing the Bluetooth devices with Bluetooth HID keyboards, touch screens and consumption control functions, and can realize remote control operations such as photographing, lens scaling, lens switching, switching power supplies and the like under a camera interface.
At present, a plurality of Bluetooth remote controllers similar to the Bluetooth remote controllers are available in the market, and the early mobile phone automatic racket, the analog keyboard or the volume key input, only one photographing or shooting function is available, so that the Bluetooth remote controller can be suitable for most mobile phones or flat plates.
Later stage, appear enhancement mode bluetooth remote controller, not only support bluetooth and shoot or the camera function, can also simulate the single-point touch of touch-sensitive screen, the multitouch, single-point slip or the multitouch, that is, on original basis, increased functions such as zoom, switch, switching lens, the name still calls the cell-phone from rapping bar, also calls the cell-phone support, later calls this kind of enhancement mode bluetooth remote controller of function to be [ bluetooth cell-phone support ]. The operation of zooming, lens switching, switching power supply and the like of the lens realized by simulating the operation of the touch screen often cannot be adapted to all mobile phones due to different operating systems, different brands and models, different screen sizes, different interface layouts of camera APP versions and the like, so that a mobile phone support of one model can only be suitable for mobile phone models of certain appointed brands, and otherwise, the enhanced functions can be disabled.
Disclosure of Invention
In order to solve the above problems, a primary object of the present invention is to provide a photographing control method for automatically matching app parameters of a mobile terminal, by which the mobile terminal can be automatically matched to realize compatibility with various mobile terminals.
The invention also aims to provide a shooting control method for automatically matching the app parameters of the mobile terminal, which is simple in implementation mode and convenient to popularize.
In order to achieve the above object, the present invention has the following technical scheme.
The shooting control method for automatically matching the APP parameters of the mobile terminal is characterized by comprising the steps of acquiring information of the mobile terminal through a parameter matching APP installed on the mobile terminal, generating camera operation behavior data according to the information, and correspondingly operating the camera APP in the mobile terminal according to the camera operation behavior data after the controller acquires the camera operation behavior data of the mobile terminal through the parameter matching APP. The camera operation behavior data of the mobile terminals with different information are different, and the information of the mobile terminals is acquired through parameter matching APP, so that the camera operation behavior data corresponding to the mobile terminals can be obtained. According to the method, the information of the mobile terminal is acquired through the parameter matching APP, the controller acquires the camera operation behavior data of the mobile terminal through the parameter matching APP, and the controller can be matched with the corresponding mobile terminal, so that the controller can be compatible with various mobile terminals, when the controller performs corresponding operation on the camera APP in the corresponding mobile terminal according to the camera operation behavior data, the camera APP can be operated better, and operation failure or deviation of the controller can not occur. And the method is simple in implementation mode and convenient to popularize.
Further, when the parameter is matched with the APP to collect the information of the mobile terminal, the parameter is matched with the APP to collect the information of the mobile terminal; and generating corresponding man-machine interaction operation data according to the acquired information of the mobile terminal, mapping the data to a remote control button corresponding to the controller, and generating camera operation behavior data. The remote control button is the button on the controller. After receiving the camera operation behavior data, the controller controls the remote control button of the controller, so as to control the camera APP of the corresponding mobile terminal.
Further, when the parameter matching APP collects information of the mobile terminal, the information is combined to be used as a mobile terminal identification code matched with the mobile terminal; and uploading the mobile terminal identification code and the corresponding camera operation behavior data to a database. That is, the database may store therein various mobile terminal identification codes of the mobile terminals, and camera operation behavior data corresponding to the mobile terminal identification codes. According to the design, after the mobile terminal identification code of the mobile terminal is collected by the follow-up APP, the corresponding camera operation behavior data can be directly downloaded from the database, and the follow-up APP is more convenient.
Further, the step of acquiring information of the mobile terminal by the parameter matching APP comprises the following steps:
step 1.1, opening parameter matching APP;
step 1.2, obtaining a mobile terminal identification code, reading information such as a brand, an operating system version, a model, a screen size and the like of the mobile terminal, and combining the information to be used as the mobile terminal identification code corresponding to the mobile terminal;
step 1.3, generating camera operation behavior data, generating man-machine interaction operation data with an HID protocol by the operation of a camera APP of the mobile terminal, mapping the generated man-machine interaction operation data to a remote control button corresponding to the controller, and generating corresponding camera operation behavior data. The human-computer interaction operation data of HID protocols generated by the operation of camera APP of different system version/model/screen size mobile terminals are different, and thus the camera operation behavior data of different system version/model/screen size mobile terminals are different.
And step 1.4, uploading the mobile terminal identification code and the corresponding camera operation behavior data to a database. The database may collect mobile terminal identification codes and corresponding camera operational behavior data for mobile terminals of different system versions/models/screen sizes.
Further, in step 1.3, the camera APP is operated by, but not limited to, photographing, shooting, zooming, switching lenses, and power switch operation.
Further, the steps of the controller performing corresponding operation on the camera APP in the mobile terminal according to the camera operation behavior data are as follows:
step 2.1, the controller reads the information of the mobile terminal through parameter matching APP, and takes the information of the mobile terminal as a mobile terminal identification code corresponding to the mobile terminal;
step 2.2, the controller uploads the mobile terminal identification code to a database through parameter matching APP so as to obtain camera operation behavior data corresponding to the mobile terminal identification code;
step 2.3, downloading camera operation behavior data to a controller, and executing a corresponding remote control button by the controller according to the camera operation behavior data so as to perform corresponding behavior operation of the camera APP.
Further, step 2.0 is further included before step 2.1: the controller opens the Bluetooth of the mobile terminal and the Bluetooth of the controller, so that the mobile terminal and the controller are connected in a matched mode through Bluetooth, and then the controller opens the parameter matching APP on the mobile terminal.
Further, in step 2.2, the specific process of uploading the mobile terminal identification code to the database by the parameter matching APP to obtain the camera operation behavior data corresponding to the mobile terminal identification code is as follows:
step 2.2.1, judging whether the same mobile terminal identification code exists in the database, judging that the same mobile terminal identification code exists in the step 2.2, and judging that the same mobile terminal identification code does not exist in the step 2.2.3;
2.2.2, performing accurate matching to obtain camera operation behavior data;
and 2.2.3, performing fuzzy matching to obtain camera operation behavior data.
Further, the precise matching is as follows: acquiring camera operation behavior data completely corresponding to the mobile terminal identification code; fuzzy matching, obtaining a mobile terminal identification code closest to the mobile terminal identification code in a database, and obtaining camera operation behavior data of the closest mobile terminal identification code. When the mobile terminal identification code exists in the database, an accurate matching method is adopted, namely camera operation behavior data of completely consistent model, brand, operating system, version and screen size of the mobile terminal in the mobile terminal identification code is obtained. When the mobile terminal identification code does not exist in the database, a fuzzy matching method is needed to be adopted, and the model, the brand, the operating system version and the screen size of the mobile terminal are matched in sequence according to the priority, so that the camera operation behavior data closest to the mobile terminal parameter information is obtained.
Further, the parameter matching APP is connected with the database through an HTTP interface; the controller supports a Bluetooth HID keyboard, HID consumption control and an HID touch screen interface. Defining some standard Bluetooth HID device remote operation behaviors of the controller, wherein the remote operation behaviors comprise 1. Various key values or combined key values of an HID keyboard and the like; 2. volume up-down, channel up-down, play pause, fast forward and fast backward, mute, etc. controlled by HID consumption; 3. single-point or two-point touching, single-point sliding, two-point relative sliding or opposite sliding of the HID touch screen, and the like.
Furthermore, when the controller leaves the factory, the controller can write in the camera operation behavior data of one or more general brands by default, so that the user can use the camera operation behavior data directly. That is, the controller initially writes one or more general brands of camera operational behavior data by default, allowing the user to directly select.
Compared with the prior art, the method has the advantages that the camera operation behavior data of the mobile terminals with different information are different, the information of the mobile terminals is acquired through parameter matching APP, and then the camera operation behavior data corresponding to the mobile terminals can be obtained. According to the method, the information of the mobile terminal is acquired through the parameter matching APP, the controller acquires the camera operation behavior data of the mobile terminal through the parameter matching APP, and the controller can be matched with the corresponding mobile terminal, so that the controller can be compatible with various mobile terminals, when the controller performs corresponding operation on the camera APP in the corresponding mobile terminal according to the camera operation behavior data, the camera APP can be operated better, and operation failure or deviation of the controller can not occur. And the method is simple in implementation mode and convenient to popularize.
Drawings
Fig. 1 is a connection block diagram of a camera APP, a parameter matching APP, a database, and a controller (bluetooth mobile phone holder) of the present invention.
Fig. 2 is a hardware block diagram of the controller (bluetooth handset support) of the invention.
The workflow diagram of the parameter matching APP of the present invention of fig. 3.
Fig. 4 is a flowchart of the operation of the controller (bluetooth cradle) of the present invention.
Fig. 5 is a flowchart of the initialization of the controller (bluetooth cradle) of the present invention.
Fig. 6 is a flow chart of the remote control button operation of the controller (bluetooth cradle) of the present invention.
Fig. 7 is a flowchart of a bluetooth data transceiving update thread of the controller (bluetooth mobile phone holder) according to the present invention.
Description of the embodiments
The present invention will be described in further detail with reference to the drawings and examples, in order to make the objects, technical solutions and advantages of the present invention more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
Referring to fig. 1-7, a photographing control method for automatically matching APP parameters of a mobile terminal is characterized in that the method includes that a parameter matching APP installed on the mobile terminal, information of the mobile terminal is collected through the parameter matching APP, camera operation behavior data are generated according to the information, and after the controller obtains the camera operation behavior data of the mobile terminal through the parameter matching APP, the controller performs corresponding operation on the camera APP in the mobile terminal according to the camera operation behavior data.
Further, when the parameter is matched with the APP to collect the information of the mobile terminal, the parameter is matched with the APP to collect the information of the mobile terminal; and generating corresponding man-machine interaction operation data according to the acquired information of the mobile terminal, mapping the data to a remote control button corresponding to the controller, and generating camera operation behavior data.
Further, when the parameter matching APP collects information of the mobile terminal, the information is combined to be used as a mobile terminal identification code matched with the mobile terminal; and uploading the mobile terminal identification code and the corresponding camera operation behavior data to a database.
Further, the step of acquiring information of the mobile terminal by the parameter matching APP comprises the following steps:
step 1.1, opening parameter matching APP;
step 1.2, obtaining a mobile terminal identification code, reading information such as a brand, an operating system version, a model, a screen size and the like of the mobile terminal, and combining the information to be used as the mobile terminal identification code corresponding to the mobile terminal;
step 1.3, generating camera operation behavior data, generating man-machine interaction operation data with an HID protocol by the operation of a camera APP of the mobile terminal, mapping the generated man-machine interaction operation data to a remote control button corresponding to a controller, and generating corresponding camera operation behavior data;
and step 1.4, uploading the mobile terminal identification code and the corresponding camera operation behavior data to a database. The database may collect mobile terminal identification codes and corresponding camera operational behavior data for mobile terminals of different system versions/models/screen sizes.
Further, in step 1.3, the camera APP is operated by, but not limited to, photographing, shooting, zooming, switching lenses, and power switch operation. Specifically, the camera APP is operated to produce man-machine interaction operation data of different HID protocols by photographing, shooting, zooming, lens switching, power switch and the like, and the data are mapped to corresponding remote control buttons to generate corresponding camera operation behavior data.
Specifically, the specific method of the camera operation behavior data corresponding to the remote control button is as follows: remote control buttons (such as photographing, zooming in, zooming out, switching power supply, lens switching and the like) commonly used by the camera are programmed into a fixed ID, and meanwhile, data are generated according to the corresponding operation behaviors of the remote control buttons, such as: the shooting operation is to press a sound volume + or a sound volume-key controlled by Bluetooth HID consumption, when the operation is zoomed in, two contacts of the HID touch screen relatively move (the distance between the two contacts becomes short), when the operation is zoomed out, the two contacts of the HID touch screen relatively move (the distance between the two contacts becomes long), and the power switch, the switching lens and the like are all touch or sliding of the HID touch screen at the designated position. The camera operation behavior data is generated by converting the operation behaviors into data and binding the data with the corresponding button ID.
Further, the steps of the controller performing corresponding operation on the camera APP in the mobile terminal according to the camera operation behavior data are as follows:
step 2.1, the controller reads the information of the mobile terminal through parameter matching APP, and takes the information of the mobile terminal as a mobile terminal identification code corresponding to the mobile terminal;
step 2.2, the controller uploads the mobile terminal identification code to a database through parameter matching APP so as to obtain camera operation behavior data corresponding to the mobile terminal identification code;
step 2.3, downloading camera operation behavior data to a controller, and executing a corresponding remote control button by the controller according to the camera operation behavior data so as to perform corresponding behavior operation of the camera APP. Referring to fig. 4, specifically, the camera operation behavior data is the remote control button parameters of the corresponding bluetooth mobile phone holder.
Further, step 2.0 is further included before step 2.1: the controller opens the Bluetooth of the mobile terminal and the Bluetooth of the controller, so that the mobile terminal and the controller are connected in a matched mode through Bluetooth, and then the controller opens the parameter matching APP on the mobile terminal.
Further, in step 2.2, the specific process of uploading the mobile terminal identification code to the database by the parameter matching APP to obtain the camera operation behavior data corresponding to the mobile terminal identification code is as follows:
step 2.2.1, judging whether the same mobile terminal identification code exists in the database, judging that the same mobile terminal identification code exists in the step 2.2, and judging that the same mobile terminal identification code does not exist in the step 2.2.3;
2.2.2, performing accurate matching to obtain camera operation behavior data;
and 2.2.3, performing fuzzy matching to obtain camera operation behavior data.
Further, the precise matching is as follows: acquiring camera operation behavior data completely corresponding to the mobile terminal identification code; fuzzy matching, obtaining a mobile terminal identification code closest to the mobile terminal identification code in a database, and obtaining camera operation behavior data of the closest mobile terminal identification code. When the mobile terminal identification code exists in the database, an accurate matching method is adopted, namely camera operation behavior data of completely consistent model, brand, operating system, version and screen size of the mobile terminal in the mobile terminal identification code is obtained. When the mobile terminal identification code does not exist in the database, a fuzzy matching method is needed to be adopted, and the model, the brand, the operating system version and the screen size of the mobile terminal are matched in sequence according to the priority, so that the camera operation behavior data closest to the mobile terminal parameter information is obtained.
Further, the parameter matching APP is connected with the database through an HTTP interface; the controller supports a Bluetooth HID keyboard, HID consumption control and an HID touch screen interface.
Further, the controller system initializing step is as follows:
step 3.1, initializing a hardware interface (a Bluetooth radio frequency interface, a key input interface and an indicator lamp display output interface);
step 3.2, initializing a Bluetooth HID protocol interface (all or part of which comprises the following Bluetooth HID protocols: keyboard, consumer Control, touch Screen, which are respectively used for operations such as photographing related Keyboard input, volume Control, touch Screen, etc.)
Step 3.3, creating multiple threads (key operation, indicator light output thread, bluetooth connection pairing operation thread, bluetooth data receiving and transmitting thread)
Further, the controller remote control button operation thread steps are:
step 4.1, judging whether a remote control button is pressed, if yes, entering step 4.2, and if not, entering step 4.4;
step 4.2, reading the camera operation behavior data corresponding to the key functions (photographing, shooting, zooming, lens switching, APP opening, etc.).
Step 4.3, converting the camera operation behavior data into HID man-machine interface interaction operation data, and transmitting the HID interaction operation data to a Bluetooth HID protocol interface under the condition that the controller and the Bluetooth of the mobile terminal are paired;
and 4.4, ending.
Further, the steps of the controller Bluetooth data receiving and transmitting update thread are as follows:
step 5.1, checking whether a Bluetooth data receiving event exists, if yes, entering step 5.2, and if not, entering step 5.4;
step 5.2, judging whether the operation instruction is an updating operation instruction of the camera operation behavior data, if yes, entering step 5.3, and if not, entering step 5.4;
step 5.3, updating the local camera operation behavior data;
and 5.4, ending.
In particular, the mobile terminal may be a mobile phone. In the method, four major parts of a camera APP, a parameter matching APP, a database and a controller are required to be involved, and the four parts can form a complete system.
The parameter matching APP can normalize partial camera operation behaviors of the camera APP into HID human-computer interaction equipment data, namely camera operation behavior data, such as Bluetooth HID keyboard input, volume control, single-point or multi-point touch/sliding and the like. Parameters such as system version, brand model, screen size and the like of the mobile phone can be automatically identified, and the parameters are generated into a mobile phone identification code (namely the mobile terminal identification code). The mobile phone identification code and the camera operation behavior data can be stored in the database through the HTTP interface. The camera operation behavior data can be obtained through the mode of accurate matching or fuzzy matching of the mobile phone identification codes, and can be downloaded into a data memory of the Bluetooth mobile phone support.
The controller is preferably a Bluetooth mobile phone bracket, and the Bluetooth mobile phone bracket comprises a remote control key, an indicator light and a Bluetooth main chip (CPU+key input interface+indicator light output+data storage+Bluetooth interface); a mobile terminal which can be driven to access various operating systems (such as an android system, an apple system and the like) can be prevented, and an HID keyboard, an HID consumption control and an HID touch screen operation are provided; the mobile terminal (mobile phone) is connected through the Bluetooth interface, the parameter matching APP can update the camera operation behavior data, meanwhile, the mobile terminal can send human-computer interaction remote control data such as HID keyboard input, volume control, single-point or multi-point touch/sliding and the like to the camera APP according to the content of the camera operation behavior data, and operations such as photographing, lens scaling, lens switching and switching power supply are realized.
The camera APP is provided by a handset vendor or a camera APP provider, and is an object of a bluetooth wireless remote control service.
The database is used for storing camera operation behavior data generated by a developer according to different mobile phones, and simultaneously providing camera operation behavior data of corresponding mobile phones for terminal users. Databases are state of the art.
Compared with the prior art, the method has the advantages that the camera operation behavior data of the mobile terminals with different information are different, the information of the mobile terminals is acquired through parameter matching APP, and then the camera operation behavior data corresponding to the mobile terminals can be obtained. According to the method, the information of the mobile terminal is acquired through the parameter matching APP, the controller acquires the camera operation behavior data of the mobile terminal through the parameter matching APP, and the controller can be matched with the corresponding mobile terminal, so that the controller can be compatible with various mobile terminals, when the controller performs corresponding operation on the camera APP in the corresponding mobile terminal according to the camera operation behavior data, the camera APP can be operated better, and operation failure or deviation of the controller can not occur. And the method is simple in implementation mode and convenient to popularize.
The foregoing is only a preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art, who is within the scope of the present invention, should be covered by the protection scope of the present invention by making equivalents and modifications to the technical solution and the inventive concept thereof.
Claims (6)
1. The shooting control method for automatically matching the APP parameters of the mobile terminal is characterized by comprising the steps of installing a parameter matching APP on the mobile terminal, collecting information of the mobile terminal through the parameter matching APP, generating camera operation behavior data according to the information, and correspondingly operating the camera APP in the mobile terminal according to the camera operation behavior data after the controller obtains the camera operation behavior data of the mobile terminal through the parameter matching APP;
when the parameter matching APP collects information of the mobile terminal, corresponding man-machine interaction operation data are generated according to the collected information of the mobile terminal, and are mapped to remote control buttons corresponding to the controller to generate camera operation behavior data;
when the parameter matching APP collects information of the mobile terminal, the information is combined to be used as a mobile terminal identification code matched with the mobile terminal; uploading the mobile terminal identification code and the corresponding camera operation behavior data to a database;
the step of parameter matching APP for collecting information of the mobile terminal comprises the following steps:
step 1.1, opening parameter matching APP;
step 1.2, obtaining a mobile terminal identification code, reading information of a brand, an operating system version, a model and a screen size of the mobile terminal, and combining the information as the mobile terminal identification code corresponding to the mobile terminal;
step 1.3, generating camera operation behavior data, generating man-machine interaction operation data of an HID protocol by the operation of a camera APP of the mobile terminal, mapping the generated man-machine interaction operation data to a remote control button corresponding to a controller, and generating corresponding camera operation behavior data;
step 1.4, uploading the mobile terminal identification code and the corresponding camera operation behavior data to a database;
the controller correspondingly operates the camera APP in the mobile terminal according to the camera operation behavior data, and the steps are as follows:
step 2.1, the controller reads the information of the mobile terminal through parameter matching APP, and takes the information of the mobile terminal as a mobile terminal identification code corresponding to the mobile terminal;
step 2.2, the controller uploads the mobile terminal identification code to a database through parameter matching APP so as to obtain camera operation behavior data corresponding to the mobile terminal identification code;
step 2.3, downloading camera operation behavior data to a controller, and executing a corresponding remote control button by the controller according to the camera operation behavior data so as to perform corresponding behavior operation of the camera APP.
2. A shooting control method for automatically matching mobile terminal APP parameters as in claim 1.3 wherein the camera APP operations include but are not limited to shooting, photography, zooming, switching lenses, power switch operations.
3. The photographing control method for automatically matching app parameters of a mobile terminal as claimed in claim 1, further comprising step 2.0 before step 2.1: the controller opens the Bluetooth of the mobile terminal and the Bluetooth of the controller, so that the mobile terminal and the controller are connected in a matched mode through Bluetooth, and then the controller opens the parameter matching APP on the mobile terminal.
4. The shooting control method for automatically matching mobile terminal APP parameters according to claim 1, wherein in step 2.2, the specific process of uploading the mobile terminal identification code to the database by the parameter matching APP to obtain the camera operation behavior data corresponding to the mobile terminal identification code is:
step 2.2.1, judging whether the same mobile terminal identification code exists or not by the database, judging that the step 2.2.2 is entered, and judging that the step 2.2.3 is not entered;
2.2.2, performing accurate matching to obtain camera operation behavior data;
and 2.2.3, performing fuzzy matching to obtain camera operation behavior data.
5. The photographing control method for automatically matching mobile terminal app parameters according to claim 4, wherein the exact matching is: acquiring camera operation behavior data completely corresponding to the mobile terminal identification code; fuzzy matching, obtaining a mobile terminal identification code closest to the mobile terminal identification code in a database, and obtaining camera operation behavior data of the closest mobile terminal identification code.
6. The shooting control method for automatically matching mobile terminal APP parameters according to claim 1, wherein the parameter matching APP is connected with a database through an HTTP interface; the controller supports a Bluetooth HID keyboard, HID consumption control and an HID touch screen interface.
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| CN103714685A (en) * | 2014-01-17 | 2014-04-09 | 郝晓伟 | Intelligent remote control system and intelligent remote controller |
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