CN101853102A - Automatic generating method and system of configuration parameters of touch control equipment - Google Patents
Automatic generating method and system of configuration parameters of touch control equipment Download PDFInfo
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Abstract
The invention provides an automatic generating method and a system of configuration parameters of touch control equipment, which are applicable to the technical field of touch control. The method comprises the following steps: obtaining relevant data collected from touch control software of the current touch control equipment; using the obtained relevant data to generate the configuration parameters conforming to the current touch control equipment; and sending the generated configuration parameters conforming to the current touch control equipment to the touch control software of the touch control equipment so that the touch control software loads the configuration parameters of the touch control equipment. The configuration parameters of the invention are automatically generated without relying on the experience of application personnel, and the application personnel only need to carry out necessary operation according to the prompt without paying attention to the physical significance of each parameter. The invention faces the levels of ordinary users, is only based on the operation and the action of users, and does not need the knowledge and the experience.
Description
Technical field
The invention belongs to the touch technology field, relate in particular to a kind of automatic generation method, system of configuration parameters of touch control equipment.
Background technology
The capacitance touching control product has been widely used in electronic product, has touch key-press, draw runner, pulley as a lot of players, and increasing smart mobile phone is used capacitance touch screen as input equipment.The capacitive sensing product is very responsive to factors such as PCB fabric swatch, assembly structure, power source performances, and these factors cause the slightly different capacitive touch-control module control firmware code version change that all might cause of Product Definition.
Electronic product varies, and commercial production can not be ten million capacitance touching control software version of these electronic product customizations obviously.Therefore, must improve the adaptability and the versatility of capacitance touching control software itself, to reduce maintenance cost and supply of material risk.The current thinking that addresses this problem is: influence factor is extracted, change into parameter.Same capacitance touching control software application only is the parameter difference on different product, and procedure subject is identical.Further these parameters are cured in the mainframe program, dispose to capacitance touching control software by software interface, the capacitance touching control software that is applied in like this on the different product is just just the same.In fact, main frame is connected with a lot of peripherals, and as display screen, radio reception module, radio-frequency module etc., different in addition clients require also to have very big-difference to operation interface, therefore use same hardware and software platform, can not be just the same towards the host software that same series products different type of machines is developed.
Early stage these parameters are to set with peripheral hardware, and touch-control software reads these hardware option in program and judges.This method is ineffective for a long time at option, but along with the user requires more and more to properties of product, this method is faced with three major issues: 1, too much hardware option will consume a lot of resources of chip, and especially the IO resource also increases peripheral cell quantity and cabling in addition; 2, numerous hardware option are regulated complexity, and the complicated operations explanation need be provided; 3, behind the traditional thread binding one-tenth complete machine of product, it is extremely difficult to carry out the option adjustment again, can cause parts damages usually, expends a large amount of man-hours.Obviously, this method is not a best bet.
Another kind method is based on programmable system on the sheet, towards the parameter testing and the modification of register setting.Its ultimate principle is: the touch-control software developer will vary factor and changes into register parameters, and it is these registers are open to the setting of application side, use root and remove to revise register,, thereby obtain one group of best parameter by continuous trial and judgement according to certain principle.Though the developer provides based on patterned parameter assistant software and necessary hardware platform has been set, but how these registers are provided with, and just to reach best effects be complicated problems very, because it is not to depend on single factors that capacitance touching control software has been given play to optimum performance, but depend on the interrelating effect of a plurality of factors.Usually will depend on detailed document and experience, the side's of application GPRS setting principle and method need learning process for a long time.This method is towards exploitation or professional level, could use based on knowledge and experience.
Summary of the invention
The object of the present invention is to provide a kind of automatic generation method of configuration parameters of touch control equipment, be intended to solve the generation configuration parameters of touch control equipment that exists in the prior art and will depend on detailed document and experience usually, the side's of application GPRS setting principle and method need learning process for a long time, this is towards exploitation or professional level, the problem that could use based on knowledge and experience.
The present invention is achieved in that a kind of automatic generation method of configuration parameters of touch control equipment, said method comprising the steps of:
Obtain the related data that from the touch-control software of current touch control device, collects;
The related data that utilization gets access to generates the configuration parameter that meets current touch control device;
The configuration parameter that meets current touch control device of described generation is sent to the touch-control software of described touch control device, so that the configuration parameter of the described touch control device of described touch-control software loading.
Another object of the present invention is to provide a kind of automatic creation system of configuration parameters of touch control equipment, described system comprises:
Data acquisition module is used for obtaining the related data that collects from the touch-control software of current touch control device;
The parameter generation module is used to utilize the related data that gets access to generate the configuration parameter that meets current touch control device;
The parameter sending module is used for the configuration parameter that meets current touch control device of normative reference configuration parameter or described generation is sent to the touch-control software of described touch control device, so that the configuration parameter of the described touch control device of described touch-control software loading.
In the present invention, by obtaining the related data that collects in the touch-control software, generate the configuration parameter that meets current touch control device according to this related data; This configuration parameter is to generate automatically, does not rely on application personnel's experience, and the application personnel also need not to pay close attention to each parameter physical significance, only need to carry out operations necessary according to prompting, the present invention is towards domestic consumer's level, only based on user's operation and action, and need not knowledge and experience.
Description of drawings
Fig. 1 and Fig. 2 are the realization flow synoptic diagram of the automatic generation method of the configuration parameters of touch control equipment that provides of the embodiment of the invention.
Fig. 3 is the display window synoptic diagram of the software sampling data analysis of the automatic generation configuration parameters of touch control equipment that provides of the embodiment of the invention.
Fig. 4 is the operating surface synoptic diagram of the software of the automatic generation configuration parameters of touch control equipment that provides of the embodiment of the invention.
Fig. 5 is that the double-click K1 passage that the embodiment of the invention provides enters the synoptic diagram of debugging.
Fig. 6 is the interface synoptic diagram of K1 passage that the embodiment of the invention provides user's operation when entering the debug phase.
Fig. 7 is the touch-screen graphic structure synoptic diagram that the embodiment of the invention provides.
Fig. 8 is the structural representation of the automatic creation system of the configuration parameters of touch control equipment that provides of the embodiment of the invention.
Fig. 9 is the structural representation of the automatic creation system of the configuration parameters of touch control equipment that provides of another embodiment of the present invention.
Embodiment
In order to make purpose of the present invention, technical scheme and beneficial effect clearer,, the present invention is further elaborated below in conjunction with drawings and Examples.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
See also Fig. 1 and Fig. 2, the realization flow of the automatic generation method of the configuration parameters of touch control equipment that provides for the embodiment of the invention, it may further comprise the steps:
In step S101, obtain the related data that from the touch-control software of current touch control device, collects;
In embodiments of the present invention, before step S101, further comprising the steps of:
In step S100, the model of identification touch control device sends the canonical reference configuration information that form coincide, and starts touch control device touch-control software work; The user who receives outside input operates the true action or the analog subscriber action of touch-screen; Described touch control device is in described user action duration of existence image data, and return data.
In step S102, utilize the related data that gets access to generate the configuration parameter that meets current touch control device;
In step S103, the configuration parameter that meets current touch control device of described generation is sent to the touch-control software of described touch control device, so that the configuration parameter of the described touch control device of described touch-control software loading.
As one embodiment of the invention, the automatic generation method of the configuration parameters of touch control equipment that the employing embodiment of the invention provides generates the touch key-press sensitivity parameter automatically, and its specific implementation process is as follows:
It is to design towards portable product such as mobile digitals that one touch key-press software is arranged, when being applied on the different product different type of machines, the touch key-press sensitivity parameter will adjust, the automatic generation method of the configuration parameters of touch control equipment that the employing embodiment of the invention provides generates the touch key-press sensitivity parameter automatically.
The software of the automatic generation configuration parameters of touch control equipment that the operation embodiment of the invention provides on PC end or touch control device, automatically the software module that generates configuration parameters of touch control equipment is connected with the touch-control software module, and this connecting interface includes but not limited to I2C interface, UART interface, USB interface.As shown in Figure 3, this touch-control software is supported 8 touch key-presss.The sign that a certain channel debugging is finished is when touching fully, and variable quantity drops between max and the min.
As shown in Figure 4, the detection of 8 touch key-presss of touch-control software-driven.When touching a certain button, the detection data on this passage can become greatly, and this variable quantity that detects data is called difference.During touch, the size of difference depends on this passage length of sweep time.Each button passage is controlled by control register sweep time, and the value of these registers is the touch key-press sensitivity parameter that will generate.What the software of generation configuration parameters of touch control equipment will be finished automatically promptly is to go out the duration that each passage need scan by algorithm computation, makes difference can fall between max and the min.
The automatic generative process of touch key-press sensitivity parameter is described below (being generated as the example explanation with the Key1 parameter):
1, the software module that will generate configuration parameters of touch control equipment automatically is connected with the touch-control software module, double-click waits to regulate passage Key1 (as shown in Figure 5), and the software of described generation configuration parameters of touch control equipment sends reference parameter (known sweep time) and gives touch-control software.
2, by the software prompt that generates configuration parameters of touch control equipment, press 5 seconds (as shown in Figure 6) of Key1 passage with the head of a household, touch-control software feeds back to difference the software of described generation configuration parameters of touch control equipment.
3, the mean difference that obtained on the unit interval of the computed in software of described generation configuration parameters of touch control equipment and the degree of jitter of difference, if shake is in allowed band, then calculate this passage difference thus and fall into max and min mesozone required sweep time, and then generate corresponding touch key-press sensitivity parameter.
As another embodiment of the present invention, the automatic generation method of the configuration parameters of touch control equipment that the employing embodiment of the invention provides generates the touch-screen controlled variable automatically, and its specific implementation process is as follows:
In the present embodiment, when touch-control software is applicable to the different size touch-screen, need to produce a parameter string, obtain suitable sensitivity, signal to noise ratio (S/N ratio), the linearity with control.
As can be seen from Figure 7, touch-screen has 15 drive electrodes, 10 induction electrodes, and when arbitrary driving produced pumping signal, by both infall electric capacity, each induction electrode all can obtain sensed data.When each driving produces pumping signal successively, obtain 15*10 data altogether.During the no touch action, the data that collect are reference value, and when touch action was arranged, the data that collect can change, and this variation is called difference.
Obviously, different when the touch screen size, when drive electrode and induction electrode distance were inconsistent, under identical pumping signal, bigger variation also can take place in the induction power.Therefore,, should regulate the drive signal power, to obtain suitable sensitivity, signal to noise ratio (S/N ratio), the linearity for different touch-screens.
For reaching the purpose of automatic generation touch-screen controlled variable, designed the software of the automatic generation configuration parameters of touch control equipment that the embodiment of the invention provides.The Software tool of the automatic generation configuration parameters of touch control equipment that the embodiment of the invention provides is directly controlled the supply voltage of touch-screen, and links to each other with the touch control device that touch-control software is installed by communication interface, and it is mutual to carry out direct communication.
The at first exhaustive all possible parameter combinations of the Software tool of the automatic generation configuration parameters of touch control equipment that the embodiment of the invention provides, one by one different parameter group is sent to touch-control software, touch-control software with system works under this parameter, the difference of 150 points feeds back to the Software tool of automatic generation configuration parameters of touch control equipment, Software tool by automatic generation configuration parameters of touch control equipment is analyzed the difference jitter conditions, and whether analyze this parameter group available.If parameter can be used, generate the supply voltage (each changes once towards the height direction) of the Software tool control break touch-screen chip for driving of configuration parameters of touch control equipment automatically, the analog subscriber touch action.Automatically the software contrast potential that generates configuration parameters of touch control equipment changes front and back, and the amplitude of 150 sampled point data variation and linear degree are estimated out the combination property that this organizes parameter.
Automatically the Software tool that generates configuration parameters of touch control equipment selects for use the highest parameter of combination property as final argument in all available parameters.Whole process need not any operation of user.
See also Fig. 8, the structure of the automatic creation system of the configuration parameters of touch control equipment that provides for the embodiment of the invention.For convenience of explanation, only show the part relevant with the embodiment of the invention.The automatic creation system of described configuration parameters of touch control equipment comprises: data acquisition module 102, parameter generation module 104 and parameter sending module 106.
Described data acquisition module 102 is used for obtaining the related data that collects from the touch-control software of current touch control device; Described parameter generation module 104 is used to utilize the related data that gets access to generate the configuration parameter that meets current touch control device; Described parameter sending module 106 is used for the configuration parameter that meets current touch control device of normative reference configuration parameter or described generation is sent to the touch-control software of described touch control device, so that the configuration parameter of the described touch control device of described touch-control software loading.
See also Fig. 9, in embodiments of the present invention, the automatic creation system of described configuration parameters of touch control equipment also comprises: touch control device model identification module 100 and steering order sending module 101.
Touch control device model identification module 100 is used to discern the model of touch control device.
Described steering order sending module 101 is used for the canonical reference configuration information to the identical described touch control device model of touch control device transmission form, starts touch control device touch-control software work; Described touch control device receives true action or the analog subscriber action that the outside user who imports operates touch-screen; Described touch control device is in described user action duration of existence image data, and return data.
As one embodiment of the invention, when the configuration parameter of described touch control device was the touch key-press sensitivity parameter, the automatic creation system of described configuration parameters of touch control equipment also comprised: computing module.
Described computing module, be used for the mean difference that unit of account obtained on the time and the degree of jitter of difference, if shake is in allowed band, then calculate this passage difference thus and fall into max and min mesozone required sweep time, and then generate corresponding touch key-press sensitivity parameter by described parameter generation module 104.
As another embodiment of the present invention, when the configuration parameter of described touch control device was the touch-screen controlled variable, the automatic creation system of described configuration parameters of touch control equipment also comprised: analysis module.
Whether described analysis module is used for analytical sampling value degree of jitter and further operates to judge; Can use the supply voltage of control break touch-screen chip for driving, analog subscriber touch action if send the identical parameter of one group of form; Before and after contrast potential changed, the amplitude of sampled point data variation and linear degree judged further whether this group parameter is available; Adopt exhaustive and beta pruning algorithm, from all available parameters, choose one group of parameter that performance is best.
As yet another embodiment of the invention, the automatic creation system of described configuration parameters of touch control equipment also comprises:
The circuit control module is used for conversion of signals or hardware controls is moved with analog subscriber.
Display module is used for the result is fed back to the user with patterned pattern.
In sum, the embodiment of the invention generates the configuration parameter that meets current touch control device by obtaining the related data that collects in the touch-control software according to this related data; This configuration parameter is to generate automatically, does not rely on application personnel's experience, and the application personnel also need not to pay close attention to each parameter physical significance, only need to carry out operations necessary according to prompting, the present invention is towards domestic consumer's level, only based on user's operation and action, and need not knowledge and experience.
One of ordinary skill in the art will appreciate that all or part of step that realizes in the foregoing description method is to instruct relevant hardware to finish by program, described program can be in being stored in a computer read/write memory medium, described storage medium is as ROM/RAM, disk, CD etc.
The above only is preferred embodiment of the present invention, not in order to restriction the present invention, all any modifications of being done within the spirit and principles in the present invention, is equal to and replaces and improvement etc., all should be included within protection scope of the present invention.
Claims (11)
1. the automatic generation method of a configuration parameters of touch control equipment is characterized in that, said method comprising the steps of:
Obtain the related data that from the touch-control software of current touch control device, collects;
The related data that utilization gets access to generates the configuration parameter that meets current touch control device;
The configuration parameter that meets current touch control device of described generation is sent to the touch-control software of described touch control device, so that the configuration parameter of the described touch control device of described touch-control software loading.
2. the method for claim 1 is characterized in that, and is before the described step of obtaining the related data that collects from the touch-control software of current touch control device, further comprising the steps of:
The model of identification touch control device sends the canonical reference configuration information that form coincide, and starts touch control device touch-control software work; The user who receives outside input operates the true action or the analog subscriber action of touch-screen; Described touch control device is in described user action duration of existence image data, and return data.
3. the method for claim 1 is characterized in that, when the configuration parameter of described touch control device was the touch key-press sensitivity parameter, the related data that described utilization gets access to generated the step of the configuration parameter that meets current touch control device, is specially:
The mean difference that unit of account was obtained on the time and the degree of jitter of difference fall into max and min mesozone required sweep time if shake in allowed band, then calculates this passage difference thus, and then generate corresponding touch key-press sensitivity parameter.
4. the method for claim 1 is characterized in that, when the configuration parameter of described touch control device was the touch-screen controlled variable, the related data that described utilization gets access to generated the step of the configuration parameter that meets current touch control device, is specially:
The model of identification touch control device sends the parameter that one group of form coincide to it, and whether analytical sampling value degree of jitter further operates to judge; If parameter is available in previous step, the supply voltage of control break touch-screen chip for driving, analog subscriber touch action; Before and after contrast potential changed, the amplitude of sampled point data variation and linear degree judged further whether this group parameter is available; Adopt exhaustive and beta pruning algorithm, from all available parameters, choose one group of parameter that performance is best.
5. method as claimed in claim 4 is characterized in that, described touch-screen controlled variable comprises: sensitivity parameter, signal to noise ratio (S/N ratio) parameter and linearity parameter.
6. the automatic creation system of a configuration parameters of touch control equipment is characterized in that, described system comprises:
Data acquisition module is used for obtaining the related data that collects from the touch-control software of current touch control device;
The parameter generation module is used to utilize the related data that gets access to generate the configuration parameter that meets current touch control device;
The parameter sending module is used for the configuration parameter that meets current touch control device of normative reference configuration parameter or described generation is sent to the touch-control software of described touch control device, so that the configuration parameter of the described touch control device of described touch-control software loading.
7. system as claimed in claim 6 is characterized in that, the automatic creation system of described configuration parameters of touch control equipment also comprises: touch control device model identification module and steering order sending module;
Touch control device model identification module is used to discern the model of touch control device;
Described steering order sending module is used for the canonical reference configuration information to the identical described touch control device model of touch control device transmission form, starts touch control device touch-control software work; Described touch control device receives true action or the analog subscriber action that the outside user who imports operates touch-screen; Described touch control device is in described user action duration of existence image data, and return data.
8. system as claimed in claim 6 is characterized in that, when the configuration parameter of described touch control device was the touch key-press sensitivity parameter, the automatic creation system of described configuration parameters of touch control equipment also comprised: computing module;
Described computing module, be used for the mean difference that unit of account obtained on the time and the degree of jitter of difference, if shake is in allowed band, then calculate this passage difference thus and fall into max and min mesozone required sweep time, and then generate corresponding touch key-press sensitivity parameter by described parameter generation module.
9. system as claimed in claim 6 is characterized in that, when the configuration parameter of described touch control device was the touch-screen controlled variable, the automatic creation system of described configuration parameters of touch control equipment also comprised: analysis module;
Whether described analysis module is used for analytical sampling value degree of jitter and further operates to judge; Can use the supply voltage of control break touch-screen chip for driving, analog subscriber touch action if send the identical parameter of one group of form; Before and after contrast potential changed, the amplitude of sampled point data variation and linear degree judged further whether this group parameter is available; Adopt exhaustive and beta pruning algorithm, from all available parameters, choose one group of parameter that performance is best.
10. system as claimed in claim 9 is characterized in that, described touch-screen controlled variable comprises: sensitivity parameter, signal to noise ratio (S/N ratio) parameter and linearity parameter.
11. system as claimed in claim 6 is characterized in that, the automatic creation system of described configuration parameters of touch control equipment also comprises:
The circuit control module is used for conversion of signals or hardware controls is moved with analog subscriber;
Display module is used for the result is fed back to the user with patterned pattern.
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