CN107295250A - Camera adjustment method and its system - Google Patents
Camera adjustment method and its system Download PDFInfo
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- CN107295250A CN107295250A CN201710431913.2A CN201710431913A CN107295250A CN 107295250 A CN107295250 A CN 107295250A CN 201710431913 A CN201710431913 A CN 201710431913A CN 107295250 A CN107295250 A CN 107295250A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N17/00—Diagnosis, testing or measuring for television systems or their details
- H04N17/002—Diagnosis, testing or measuring for television systems or their details for television cameras
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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
- H04N23/617—Upgrading or updating of programs or applications for camera control
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- Health & Medical Sciences (AREA)
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- General Health & Medical Sciences (AREA)
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- Testing, Inspecting, Measuring Of Stereoscopic Televisions And Televisions (AREA)
Abstract
The invention discloses a kind of camera adjustment method and its system, method includes：Image effect parameter in the register address and register of camera sensing device is associated, incidence relation is obtained；Incidence relation is saved in default configuration file；Detect the image effect of camera；If image effect is not good, the image effect parameter in incidence relation in first terminal modification configuration file；Amended configuration file is sent to the second terminal where camera by first terminal；Incidence relation of the second terminal in the configuration file, by image effect parameter setting into camera sensing device in corresponding register；The step of continuing executing with the image effect of the detection camera.The present invention can avoid repeatedly compiling kernel code and programming kernel mirror image spent by plenty of time, so as to reach the purpose of fast verification camera image effect, greatly improve the efficiency of camera image effect optimization.
Description
Technical field
The present invention relates to picture pick-up device technical field, more particularly to a kind of camera adjustment method and its system.
Background technology
The terminal device of primary Android system, when carrying out camera module image effect parameter testing, due to needing
Meet the requirement of every objective indicator or the subjective index of client, it usually needs a large amount of image effect register parameters repeatedly
Debugging checking.
In primary andorid systems, host CPU is got after correct ID by I2C from camera sensing device, will be by
The image effect configuration parameter being solidificated in kernel mirror images is set into camera sensing device by I2C.Due to primary
Camera efficacy parameter is all to write in advance in kernel code in Android system, and weight is needed when the image effect of output is not good
When new modification efficacy parameter is debugged, it is necessary to recompilate kernel kernel codes, and need kernel mirror image weights
New programming is into android terminal equipment, and android terminal equipment needs restarting start to be just able to verify that institute after the completion of programming
The image effect of the new parameter of modification, is required for taking considerable time and is just able to verify that effect so as to cause some parameter is altered slightly
Really, camera image effect debugging efficiency is ultimately resulted in very low.
The content of the invention
The technical problems to be solved by the invention are：A kind of camera adjustment method and its system are provided, shooting can be improved
The debugging efficiency of head image effect.
In order to solve the above-mentioned technical problem, the technical solution adopted by the present invention is：A kind of camera adjustment method, including：
The register address of the register of camera sensing device is closed with the image effect parameter in the register
Connection, obtains incidence relation；
The incidence relation is saved in default configuration file；
Detect the image effect of camera；
If image effect is not good, the image effect parameter in incidence relation in first terminal modification configuration file；
Amended configuration file is sent to the second terminal where camera by first terminal；
Incidence relation of the second terminal in the configuration file, by image effect parameter setting to camera sensing device
In in corresponding register；
The step of continuing executing with the image effect of the detection camera.
The invention further relates to a kind of camera debugging system, including first terminal and second terminal, the first terminal bag
First memory and first processor are included, the second terminal includes second memory and second processor；
The first memory has program stored therein, and is configured to perform following steps by the first processor：
The register address of the register of camera sensing device is closed with the image effect parameter in the register
Connection, obtains incidence relation；
The incidence relation is saved in default configuration file；
If image effect is not good, the image effect parameter in incidence relation in first terminal modification configuration file；
Amended configuration file is sent to the second terminal where camera by first terminal；
The second memory has program stored therein, and is configured to perform following steps by the second processor：
Detect the image effect of camera；
Incidence relation of the second terminal in the configuration file, by image effect parameter setting to camera sensing device
In in corresponding register；
The step of continuing executing with the image effect of the detection camera.
The beneficial effects of the present invention are：By the way that the image effect parameter in register is saved in configuration file, and
And amended configuration file is sent to the terminal where camera, then by the image effect parameter setting in configuration file
Register into camera sensing device, you can detect the image effect of camera at once, it is to avoid compile kernel code repeatedly
And the plenty of time spent by programming kernel mirror image, so as to reach the purpose of fast verification camera image effect, greatly improve
The efficiency of camera image effect optimization.
Brief description of the drawings
Fig. 1 is a kind of flow chart of camera adjustment method of the invention；
Fig. 2 is the method flow diagram of the embodiment of the present invention one.
Embodiment
To describe technology contents, the objects and the effects of the present invention in detail, below in conjunction with embodiment and coordinate attached
Figure is explained in detail.
The design of most critical of the present invention is：Image effect parameter in camera sensing device register is saved in configuration
In file, image effect parameter is obtained from configuration file and is set into corresponding register.
Referring to Fig. 1, a kind of camera adjustment method, including：
The register address of the register of camera sensing device is closed with the image effect parameter in the register
Connection, obtains incidence relation；
The incidence relation is saved in default configuration file；
Detect the image effect of camera；
If image effect is not good, the image effect parameter in incidence relation in first terminal modification configuration file；
Amended configuration file is sent to the second terminal where camera by first terminal；
Incidence relation of the second terminal in the configuration file, by image effect parameter setting to camera sensing device
In in corresponding register；
The step of continuing executing with the image effect of the detection camera.
It was found from foregoing description, the beneficial effects of the present invention are：By obtaining image effect parameter from configuration file
To be configured, it is to avoid compiling kernel code and the plenty of time spent by programming kernel mirror image repeatedly, so as to reach quick
The purpose of camera image effect is verified, the efficiency of camera image effect optimization is greatly improved.
Further, described " amended configuration file is sent to the second terminal where camera by first terminal " has
Body is：
Amended configuration file is sent to the second terminal where camera by adb communications by first terminal.
Seen from the above description, communicated by way of adb, i.e., quickly and conveniently, can further improve camera
The efficiency of image effect optimization.
Further, described " incidence relation of the second terminal in the configuration file, by image effect parameter setting
Into camera sensing device in corresponding register " before, further comprise：
Second terminal obtains camera sensing device ID；
Judge whether the camera sensing device ID is correct；
If so, then performing incidence relation of the second terminal in the configuration file, image effect parameter is set
Put the step in corresponding register in camera sensing device；
If it is not, then judging camera module exception or being not present.
Seen from the above description, the sensor ID of different camera modules is different, the configuration parameter in its register
Difference, therefore ID judgements are first carried out before image effect parameter is set, prevent maloperation to the configuration parameter of other sensors；
It is also possible to carry out parameter configuration to different sensors using different configuration files according to ID.
Further, described " incidence relation of the second terminal in the configuration file, by image effect parameter setting
Into camera sensing device in corresponding register " be specially：
Second terminal reads the incidence relation in the configuration file in buffer；
Register address in incidence relation, by the image effect parameter setting in incidence relation to camera sensing
In device in corresponding register.
Further, the first terminal is computer.
Seen from the above description, the convenience of configuration file modification operation is improved.
The present invention also proposes a kind of camera debugging system, including first terminal and second terminal, the first terminal bag
First memory and first processor are included, the second terminal includes second memory and second processor；
The first memory has program stored therein, and is configured to perform following steps by the first processor：
The register address of the register of camera sensing device is closed with the image effect parameter in the register
Connection, obtains incidence relation；
The incidence relation is saved in default configuration file；
If image effect is not good, the image effect parameter in incidence relation in first terminal modification configuration file；
Amended configuration file is sent to the second terminal where camera by first terminal；
The second memory has program stored therein, and is configured to perform following steps by the second processor：
Detect the image effect of camera；
Incidence relation of the second terminal in the configuration file, by image effect parameter setting to camera sensing device
In in corresponding register；
The step of continuing executing with the image effect of the detection camera.
Further, described " amended configuration file is sent to the second terminal where camera by first terminal " has
Body is：
Amended configuration file is sent to the second terminal where camera by adb communications by first terminal.
Further, described " incidence relation of the second terminal in the configuration file, by image effect parameter setting
Into camera sensing device in corresponding register " before, further comprise：
Second terminal obtains camera sensing device ID；
Judge whether the camera sensing device ID is correct；
If so, then performing incidence relation of the second terminal in the configuration file, image effect parameter is set
Put the step in corresponding register in camera sensing device；
If it is not, then judging camera module exception or being not present.
Further, described " incidence relation of the second terminal in the configuration file, by image effect parameter setting
Into camera sensing device in corresponding register " be specially：
Second terminal reads the incidence relation in the configuration file in buffer；
Register address in incidence relation, by the image effect parameter setting in incidence relation to camera sensing
In device in corresponding register.
Further, the first terminal is computer.
Embodiment one
Fig. 2 is refer to, embodiments of the invention one are：A kind of camera adjustment method, it is adaptable to the end of Android system
End equipment, comprises the following steps：
S1：Image effect parameter in the register address of the register of camera sensing device and the register is carried out
Association, obtains incidence relation；The value of value comprising register address and image effect parameter in the incidence relation.
S2：The incidence relation is saved in default configuration file；
S3：Detect the image effect of camera；For example, can directly open camera application checks image effect.
S4：Judge whether image effect is not good, if so, then performing step S5.
S5：The image effect parameter in incidence relation in first terminal modification configuration file；Can be on first terminal
Change the value of the image effect parameter in configuration file；The first terminal can be computer, such as PC, tablet personal computer.
S6：Amended configuration file is sent to the second terminal where camera by first terminal；The second terminal
For the android terminal equipment with camera.Further, configuration file can be sent out by modes such as copy, file transmission
It is sent to second terminal；Preferably, it is transmitted by adb communications.
S7：Second terminal obtains camera sensing device ID；Further, the host CPU of second terminal is read by I2C and imaged
Head sensor ID, i.e., obtain camera sensing device ID from the ID registers of camera sensing device.
S8：Judge whether the camera sensing device ID is correct, if so, step S9 is then performed, if it is not, then performing step
S10；Wherein, correct camera sensing device ID is obtained in the specification that can be provided from sensor producer, if second terminal is from ID
The camera sensing device ID obtained in register is consistent with the camera sensing device ID in specification, then the camera sensing device
ID is correct.
S9：Incidence relation of the second terminal in the configuration file, image effect parameter setting to camera is passed
In sensor in corresponding register；Perform step S3.Further, second terminal reads the incidence relation in the configuration file
Get in buffer (buffer), then the register address in incidence relation, the image effect in incidence relation is joined
Number is set into camera sensing device in corresponding register.
S10：Judge camera module exception or be not present.
Wherein, step S101 and S102 are performed on first terminal, and register address and image effect parameter can be direct
The initialization sequence parameter given according to camera sensing device producer compiles the parameter of corresponding format.
Camera module includes I2C interfaces and MIPI interfaces (or parallel port) with main hardware communication modes between host CPU,
I2C paths are mainly used to carry out the reading or setting of camera sensing device configuration register, mainly realize that function such as CPU passes through
I2C obtains the ID of camera sensing device, and by I2C by image effect parameter setting into camera sensing device, camera
Sensor is received after correct register configuration parameter, and camera module just can normal work and output image.And image is defeated
Go out and be exactly transferred to by MIPI interfaces in host CPU, host CPU is again by the processing to picture format, and this sampled images can just be exported
Onto the LCD (liquid crystal display) of android terminal equipment.
The present embodiment is by the way that the handling process of original reading effect configuration parameter was changed to from matching somebody with somebody in file system
Put file to go to obtain image effect parameter, without going to directly read parameter from kernel mirror images, configured with realizing that dynamic changes
File can just verify the purpose of new parameter effect at once；Directly save recompility kernel, programming kernel and restart start and consumed
The time taken, and changing configuration file and being sent to time of android terminal equipment can almost ignore compared to the above time
Disregard, so as to reach the purpose of fast verification camera image effect, greatly improve the efficiency of camera image effect optimization.
Meanwhile, the initialization sequence parameter direct editing that the present embodiment directly can be given according to camera sensing device producer is into corresponding format
Parameter, or carry out disposable batch importing, all debugging and volume according to the one or more image effect parameters to be changed
Collecting work can be completed at PC ends, and debugging effect can be checked by disposably importeding into android terminal equipment finally by adb orders
Really, simplify debugging step to greatly improve debugging efficiency with this.
Embodiment two
The present embodiment is a concrete application scene of above-described embodiment.
In the driving code of kernel (kernel) camera sensing device, open after camera success, reading every time
In the code flow of sensors register configuration parameter sequence, the register configuration parameter sequence in kernel mirror images is not directly read
Row, and the image effect parameter configuration files under some path for the equipment that is changed to open a terminal, such as/etc/gc0310.ini；
The register address and its corresponding efficacy parameter that write on configuration file in advance are read in internal memory buffer (buffer), and
And set the value of the image effect parameter in buffer into corresponding camera sensing device register, so that without compiling again
Code and programming kernel mirror image are translated, the image effect of new parameter can be just checked at once.Need to change again when image effect is not good
During new parameter, the modification of some image effect parameters need to be only carried out to configuration file on PC, then passes through the communication modes such as adb
By configuration file push to andorid device ends, camera is finally reopened using can just check new effects parameter at once
Image effect, it is such as dissatisfied to be iteratively repeated above-mentioned steps until debugging out optimized image effect location, can thus reach
Carry out the purpose of camera effect fast debugging.
Compared with former Android system scheme, by directly saving recompility kernel, programming kernel and restarting start institute
The time of consuming, the efficiency of debugging camera image effect will be greatly improved.
Embodiment three
The present embodiment is a kind of camera debugging system of correspondence above-described embodiment, including first terminal and second terminal,
The first terminal includes first memory and first processor, and the second terminal includes second memory and second processing
Device；
The first memory has program stored therein, and is configured to perform following steps by the first processor：
The register address of the register of camera sensing device is closed with the image effect parameter in the register
Connection, obtains incidence relation；
The incidence relation is saved in default configuration file；
If image effect is not good, the image effect parameter in incidence relation in first terminal modification configuration file；
Amended configuration file is sent to the second terminal where camera by first terminal；
The second memory has program stored therein, and is configured to perform following steps by the second processor：
Detect the image effect of camera；
Incidence relation of the second terminal in the configuration file, by image effect parameter setting to camera sensing device
In in corresponding register；
The step of continuing executing with the image effect of the detection camera.
Further, described " amended configuration file is sent to the second terminal where camera by first terminal " has
Body is：
Amended configuration file is sent to the second terminal where camera by adb communications by first terminal.
Further, described " incidence relation of the second terminal in the configuration file, by image effect parameter setting
Into camera sensing device in corresponding register " before, further comprise：
Second terminal obtains camera sensing device ID；
Judge whether the camera sensing device ID is correct；
If so, then performing incidence relation of the second terminal in the configuration file, image effect parameter is set
Put the step in corresponding register in camera sensing device；
If it is not, then judging camera module exception or being not present.
Said procedure also is stored in second memory, and is configured to be performed by the second processor.
Further, described " incidence relation of the second terminal in the configuration file, by image effect parameter setting
Into camera sensing device in corresponding register " be specially：
Second terminal reads the incidence relation in the configuration file in buffer；
Register address in incidence relation, by the image effect parameter setting in incidence relation to camera sensing
In device in corresponding register.
Further, the first terminal is computer.
In summary, a kind of camera adjustment method and its system that provide of the present invention, by by the image in register
Efficacy parameter is saved in configuration file, and amended configuration file is sent into the terminal where camera, then will
Register of the image effect parameter setting into camera sensing device in configuration file, you can detect the image of camera at once
Effect, it is to avoid compiling kernel code and the plenty of time spent by programming kernel mirror image repeatedly, so as to reach that fast verification is taken the photograph
As the purpose of head image effect, the efficiency of camera image effect optimization is greatly improved.
Embodiments of the invention are the foregoing is only, are not intended to limit the scope of the invention, it is every to utilize this hair
The equivalents that bright specification and accompanying drawing content are made, or the technical field of correlation is directly or indirectly used in, similarly include
In the scope of patent protection of the present invention.
Claims (10)
1. a kind of camera adjustment method, it is characterised in that including：
The register address of the register of camera sensing device is associated with the image effect parameter in the register, obtained
To incidence relation；
The incidence relation is saved in default configuration file；
Detect the image effect of camera；
If image effect is not good, the image effect parameter in incidence relation in first terminal modification configuration file；
Amended configuration file is sent to the second terminal where camera by first terminal；
Incidence relation of the second terminal in the configuration file, by image effect parameter setting into camera sensing device it is right
In the register answered；
The step of continuing executing with the image effect of the detection camera.
2. camera adjustment method according to claim 1, it is characterised in that described " first terminal is matched somebody with somebody amended
Put the second terminal that file is sent to where camera " be specially：
Amended configuration file is sent to the second terminal where camera by adb communications by first terminal.
3. camera adjustment method according to claim 1, it is characterised in that described " second terminal is according to the configuration
Before incidence relation in file, by image effect parameter setting into camera sensing device in corresponding register ", further
Including：
Second terminal obtains camera sensing device ID；
Judge whether the camera sensing device ID is correct；
If so, then performing incidence relation of the second terminal in the configuration file, image effect parameter setting is arrived
Step in camera sensing device in corresponding register；
If it is not, then judging camera module exception or being not present.
4. camera adjustment method according to claim 1, it is characterised in that described " second terminal is according to the configuration
Incidence relation in file, by image effect parameter setting into camera sensing device in corresponding register " is specially：
Second terminal reads the incidence relation in the configuration file in buffer；
Register address in incidence relation, by the image effect parameter setting in incidence relation into camera sensing device
In corresponding register.
5. the camera adjustment method according to claim any one of 1-4, it is characterised in that the first terminal is electricity
Brain.
6. a kind of camera debugging system, it is characterised in that including first terminal and second terminal, the first terminal includes the
One memory and first processor, the second terminal include second memory and second processor；
The first memory has program stored therein, and is configured to perform following steps by the first processor：
The register address of the register of camera sensing device is associated with the image effect parameter in the register, obtained
To incidence relation；
The incidence relation is saved in default configuration file；
If image effect is not good, the image effect parameter in incidence relation in first terminal modification configuration file；
Amended configuration file is sent to the second terminal where camera by first terminal；
The second memory has program stored therein, and is configured to perform following steps by the second processor：
Detect the image effect of camera；
Incidence relation of the second terminal in the configuration file, by image effect parameter setting into camera sensing device it is right
In the register answered；
The step of continuing executing with the image effect of the detection camera.
7. camera debugging system according to claim 6, it is characterised in that described " first terminal is matched somebody with somebody amended
Put the second terminal that file is sent to where camera " be specially：
Amended configuration file is sent to the second terminal where camera by adb communications by first terminal.
8. camera debugging system according to claim 6, it is characterised in that described " second terminal is according to the configuration
Before incidence relation in file, by image effect parameter setting into camera sensing device in corresponding register ", further
Including：
Second terminal obtains camera sensing device ID；
Judge whether the camera sensing device ID is correct；
If so, then performing incidence relation of the second terminal in the configuration file, image effect parameter setting is arrived
Step in camera sensing device in corresponding register；
If it is not, then judging camera module exception or being not present.
9. camera debugging system according to claim 6, it is characterised in that described " second terminal is according to the configuration
Incidence relation in file, by image effect parameter setting into camera sensing device in corresponding register " is specially：
Second terminal reads the incidence relation in the configuration file in buffer；
Register address in incidence relation, by the image effect parameter setting in incidence relation into camera sensing device
In corresponding register.
10. the camera debugging system according to claim any one of 6-9, it is characterised in that the first terminal is electricity
Brain.
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| CN114615424A (en) * | 2020-12-21 | 2022-06-10 | 深圳市瑞立视多媒体科技有限公司 | Method for generating control SDK of binocular USB camera and method for controlling binocular USB camera |
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|---|---|
| CN107295250B (en) | 2019-10-01 |
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