CN102096513A - Solution for sliding of touch screen and electronic device using the same - Google Patents
Solution for sliding of touch screen and electronic device using the same Download PDFInfo
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- CN102096513A CN102096513A CN2011100435480A CN201110043548A CN102096513A CN 102096513 A CN102096513 A CN 102096513A CN 2011100435480 A CN2011100435480 A CN 2011100435480A CN 201110043548 A CN201110043548 A CN 201110043548A CN 102096513 A CN102096513 A CN 102096513A
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Abstract
The invention discloses a solution for sliding of a touch screen and an electronic device using the same, wherein the solution comprises the following steps of: A, periodically sampling the sliding operations of a user to obtain position coordinates of the sliding operations; B, calculating average acceleration of the sliding operations of the user according to the position coordinates obtained by multiple sampling; C, judging the sliding state of the current sliding operation according to the current average acceleration; D, reading the sliding state by a touch screen driving module, and outputting the rolled distance of the screen according to the sliding distance of the user. With the solution for sliding of the touch screen and the electronic device using the same provided by the invention, the operation mode of the user can be analyzed and matched, different rolling speeds are adopted under different states, and user can conveniently use the method and the electronic device.
Description
Technical field
The present invention relates to a kind of electronic equipment, in particular a kind of slip solution of touch-screen and use the electronic equipment of this method with touch-screen.
Background technology
The application of touch-screen is very extensive at present, when in use, slide not smooth and the slow situation of sliding but usually appear, because the screen size of mobile device restriction, be subjected to the restriction of slide area, and the user in use usually to use the roll screen function and comes browsing page or document, as user the time in the face of a big webpage or document, usually need repeatedly to slide to arrive the precalculated position, greatly influenced user's impression and experience.Present computing method be according to the user in slide the pixel distance of process, determine the distance that screen rolled.For the situation of thinking to navigate to fast the webpage bottom, the user has to influence user experience through slip treated repeatedly.
With common four line touch-screens is example, it respectively has four voltage output pins up and down, and when the user operated touch-screen, the voltage of these four pin can change, and the waveform that changes is passed to digital to analog converter, digital to analog converter is to baseband circuit output point coordinate.Present solution is to slide according to the point coordinate that obtains, and does not consider the mode of operation that the user is different.
Therefore, prior art has yet to be improved and developed.
Summary of the invention
The object of the present invention is to provide a kind of slip solution of touch-screen and use the electronic equipment of this method, be intended to solve because the screen size restriction of mobile device, the user in use usually will use the roll screen function and come browsing page or document, for the situation of thinking to navigate to fast the webpage bottom, the user has to influence the problem of user experience through slip treated repeatedly.
Technical scheme of the present invention is as follows: a kind of slip solution of touch-screen wherein, may further comprise the steps:
A: the slide to the user carries out periodic sampling, obtains the position coordinates of slip;
B:, calculate the average acceleration of user's slide by the position coordinates of repeatedly taking a sample and obtaining;
C:, judge the residing sliding mode of current slide according to current average acceleration;
D: the touch-screen driver module reads sliding mode, and according to the rolling distance of user's sliding distance output screen.
The slip solution of described touch-screen, wherein, the cycle that described slide to the user carries out periodic sampling is 20ms.
The slip solution of described touch-screen, wherein, described sampling operation begins to start receiving touch action when touch-screen.
The slip solution of described touch-screen wherein, according to current average acceleration, judges that the concrete grammar of the residing sliding mode of current slide is: set in advance a plurality of threshold values, the sliding mode that different threshold values is corresponding different.
The slip solution of described touch-screen, wherein, described threshold value is provided with two, comprises rapid door limit value and threshold value rapidly, if average acceleration then is judged to be normal condition less than the rapid door limit value; If average acceleration then is judged to be fast state less than threshold value rapidly greater than the rapid door limit value; If average acceleration then is judged to be state rapidly greater than threshold value rapidly, under the identical slide displacement, the pixel count that the fast state screen slides is greater than the pixel count that rolls under the normal condition, and the pixel count of status screen slip is greater than the pixel count that rolls under the fast state rapidly.
The slip solution of described touch-screen, wherein, under identical slide displacement, the pixel count that the fast state screen slides is 2 times of the pixel count that rolls under the normal condition, the pixel count that slides of status screen is 4 times of pixel count of rolling fast state under rapidly.
A kind of electronic equipment that uses said method, wherein, comprise touch-screen, touch-screen driver module, sampling module, average acceleration computing module and sliding mode machine, described touch-screen connects the touch-screen driver module, described sampling module connects described touch-screen driver module, described average acceleration computing module connects described sampling module, and described sliding mode machine connects described average acceleration computing module, and described touch-screen driver module also connects described sliding mode machine; Described touch-screen driver module is used to obtain the state of touch-screen, drives the slip of described touch-screen; Described sampling module is used for obtaining by described touch-screen driver module the location coordinate information of the slide that takes place on touch-screen; Described average acceleration computing module is used for the location coordinate information that obtains according to sampling module, calculates the average acceleration of current slide; Described sliding mode machine is used for judging according to current average acceleration the Status Type of current slide.
Described electronic equipment wherein, is provided with clock module in the sampling module, be used to control the cycle of described sampling module sampling.
Described electronic equipment wherein, is provided with judge module in the sliding mode machine, wherein is provided with a plurality of decision gate limit values, specifically comprises rapid door limit value and threshold value rapidly, and being used for the current slide of interpretation is the state that is in.
Beneficial effect of the present invention: the present invention measures by the operation to the user on time domain, and the behavior of predictive user, for interior in short-term quick slip, add the gain of sliding, and, then do not add the gain of sliding for the pinpoint slide of needs at a slow speed.Thereby user's mode of operation is analyzed and mated, under different states, adopt different roll screen speed, user-friendly.
Description of drawings
Fig. 1 is the structured flowchart of the touch-screen slip treated module of electronic equipment provided by the invention.
Fig. 2 is the method flow diagram of the slip solution of touch-screen provided by the invention.
Embodiment
For making purpose of the present invention, technical scheme and advantage clearer, clear and definite, below develop simultaneously with reference to accompanying drawing that the present invention is described in more detail for embodiment.
Referring to Fig. 1, the touch-screen slip treated module of the electronic equipment of band touch-screen provided by the invention comprises: touch-screen, touch-screen driver module, sampling module, average acceleration computing module and sliding mode machine.Described touch-screen connects the touch-screen driver module, described sampling module connects described touch-screen driver module, described average acceleration computing module connects described sampling module, described sliding mode machine connects described average acceleration computing module, and described touch-screen driver module also connects described sliding mode machine.
Described sampling module connects described touch-screen driver module, location coordinate information when obtaining the user and on touch-screen, slide takes place by described touch-screen driver module, and be provided with clock module in the described sampling module, be used to control the cycle of described sampling module sampling, i.e. the certain interval of time position coordinates of regularly taking a sample and sliding.Described sampling operation begins to start receiving touch action when touch-screen.Described average acceleration computing module connects described sampling module, according to the location coordinate information that sampling module obtains, calculates the average acceleration of current slide.And the average acceleration of obtaining is sent in the sliding mode machine, be provided with a judge module in the described sliding mode machine, wherein be provided with a plurality of decision gate limit values, specifically comprise rapid door limit value and threshold value rapidly, be used to judge current slide is to be in what state.When average acceleration then is judged to be normal condition less than the rapid door limit value; If average acceleration then is judged to be fast state less than threshold value rapidly greater than the rapid door limit value; If average acceleration then is judged to be state rapidly greater than threshold value rapidly.
Described touch-screen driver module connects described sliding mode machine, obtains the state when front slide from institute's sliding mode machine, if normal condition, then described touch-screen driver module drives described screen and rolls according to the pixel of normal rolling; If fast state, then described touch-screen driver module drive described screen and roll according to 2 times of the pixel of normal rolling; If state rapidly, then described touch-screen driver module drive described screen and roll according to 4 times of the pixel of normal rolling.
After user's EO each time, the sliding mode machine is automatically converted to normal condition.
This programme adopts the mode of finite state machine (sequential logical circuit module), and user's mode of operation is analyzed and mated, and under different states, adopts different roll screen speed, and is user-friendly.
To be following several Status Types (but being not limited to this several states) with user's division of operations according to the speed of user operation in the method provided by the invention: 1. normal condition: mobile phone comes the sliding action of process user according to normal sliding speed under this state.2. fast state: mobile phone slides according to 2 multiplication benefits of normal sliding speed under this state, i.e. 200 pixels of normal condition screen scroll, and 400 pixels can slide under fast state.3. state rapidly: mobile phone slides according to 4 times of normal sliding speed under this state.
For touch-screen, its sample period is 10ms, and every 10ms can export the one-shot measurement coordinate.The sample period of baseband circuit is adjustable, is generally the multiple of 10ms.User's operating cycle, for the operation of quick slip, the coordinate points distance that slips between twice sample period was bigger between 0.5s to 3S; And for the operation of sliding at a slow speed, the coordinate points distance that slips between twice sample period is shorter.
For user's slide is classified, need criterion of definition, the present invention is by calculating each average acceleration of sliding as the standard of judging.And a plurality of threshold values are set, comprise fast state threshold value K and status threshold values Z rapidly.
Method provided by the invention may further comprise the steps:
Steps A: the slide to the user carries out periodic sampling, obtains the position coordinates of slip;
Step B:, calculate the average acceleration of user's slide by the position coordinates of repeatedly taking a sample and obtaining;
Step C:, judge the residing sliding mode of current slide according to current average acceleration;
Step D: the touch-screen driver module reads sliding mode, and according to the rolling distance of user's sliding distance output screen.
Consider that the user points the influence of acceleration, adopt the reference duration of 100ms as algorithm.The sample period of baseband circuit is 20ms, can report the measurement coordinate in the time of 100ms 5 times.According to these 5 measurement coordinates, calculate the average acceleration in the 100ms cycle.Compare with default thresholding with average acceleration, when average acceleration greater than 0, during less than K, be judged to be normal slip; Average acceleration during less than Z, is judged to be quick slip greater than K; Average acceleration is judged to be rapidly and slides during greater than Z.
Disposal route under the different conditions of the present invention's definition is: screen rolls according to the pixel of normal rolling during normal condition; Screen rolls according to 2 times of the pixel of normal rolling during fast state; Screen rolls according to 4 times of the pixel of normal rolling during state rapidly.Fast state and rapidly the multiple of the state pixel of rolling be self-defining, be not limited to 2 times and 4 times, also can limit other multiples and concern.
Screen driver module reading state machine data is operated according to different states.With common web page browsing is example, and current reference coordinate point is (0,500), the user on Y-axis to lower slider 400 pixels, sliding mode is judged to be fast state.Under existing implementation, mobile device should carry out mapping operation for the reference coordinate point with (0,900), realizes the rolling of webpage.And in the realization of this programme, the screen scroll module will read the state of sliding mode machine, adds the gain of sliding.Read sliding mode for sliding fast, then the pixel that should pass through be 400*2=800, mobile device carries out mapping operation (being the twice of the pixel of normal roll screen) with (0,1300) for the reference coordinate point.
The user operates touch-screen, obtains the average acceleration a in the user 100ms, it is sent into the sliding mode machine adjudicate.The function of handling screen scroll will call this state, when being in fast state, roll according to 2 times gain, when being in rapidly state, roll according to 4 times gain.
For from dropping to situation at a slow speed fast, the present invention also is provided with a biasing thresholding, and when being in rapidly sliding mode, average acceleration is the biasing thresholding less than Z – s(s), be judged to be quick slip; When being in quick sliding mode, average acceleration is the biasing thresholding less than K – s(s), be judged to be normal slip.This design is to switch for fear of the frequency that may occur on state boundaries, adds the biasing thresholding, and near the frequency that can reduce effectively the switching reference point is switched.
The present invention measures by the operation to the user on time domain, and the behavior of predictive user, for interior in short-term quick slip, add the gain of sliding, and for the pinpoint slide of needs at a slow speed, then not adding slides gains.User's mode of operation is analyzed and mated, under different states, adopt different roll screen speed, user-friendly.
Should be understood that application of the present invention is not limited to above-mentioned giving an example, for those of ordinary skills, can be improved according to the above description or conversion that all these improvement and conversion all should belong to the protection domain of claims of the present invention.
Claims (9)
1. the slip solution of a touch-screen is characterized in that, may further comprise the steps:
A: the slide to the user carries out periodic sampling, obtains the position coordinates of slip;
B:, calculate the average acceleration of user's slide by the position coordinates of repeatedly taking a sample and obtaining;
C:, judge the residing sliding mode of current slide according to current average acceleration;
D: the touch-screen driver module reads sliding mode, and according to the rolling distance of user's sliding distance output screen.
2. the slip solution of touch-screen according to claim 1 is characterized in that, the cycle that described slide to the user carries out periodic sampling is 20ms.
3. the slip solution of touch-screen according to claim 1 is characterized in that, described sampling operation begins to start receiving touch action when touch-screen.
4. the slip solution of touch-screen according to claim 1, it is characterized in that, according to current average acceleration, judge that the concrete grammar of the residing sliding mode of current slide is: set in advance a plurality of threshold values, the sliding mode that different threshold values is corresponding different.
5. the slip solution of touch-screen according to claim 4 is characterized in that, described threshold value is provided with two, comprises rapid door limit value and threshold value rapidly, if average acceleration then is judged to be normal condition less than the rapid door limit value; If average acceleration then is judged to be fast state less than threshold value rapidly greater than the rapid door limit value; If average acceleration then is judged to be state rapidly greater than threshold value rapidly, under the identical slide displacement, the pixel count that the fast state screen slides is greater than the pixel count that rolls under the normal condition, and the pixel count of status screen slip is greater than the pixel count that rolls under the fast state rapidly.
6. the slip solution of touch-screen according to claim 5, it is characterized in that, under identical slide displacement, the pixel count that the fast state screen slides is 2 times of the pixel count that rolls under the normal condition, and the pixel count that slides of status screen is 4 times of pixel count of rolling fast state under rapidly.
7. electronic equipment that uses the method in any one of the claim 1 to 6, it is characterized in that, comprise touch-screen, touch-screen driver module, sampling module, average acceleration computing module and sliding mode machine, described touch-screen connects the touch-screen driver module, described sampling module connects described touch-screen driver module, described average acceleration computing module connects described sampling module, described sliding mode machine connects described average acceleration computing module, and described touch-screen driver module also connects described sliding mode machine; Described touch-screen driver module is used to obtain the state of touch-screen, drives the slip of described touch-screen; Described sampling module is used for obtaining by described touch-screen driver module the location coordinate information of the slide that takes place on touch-screen; Described average acceleration computing module is used for the location coordinate information that obtains according to sampling module, calculates the average acceleration of current slide; Described sliding mode machine is used for judging according to current average acceleration the Status Type of current slide.
8. electronic equipment according to claim 7 is characterized in that, is provided with clock module in the sampling module, is used to control the cycle of described sampling module sampling.
9. electronic equipment according to claim 7, it is characterized in that, be provided with judge module in the sliding mode machine, wherein be provided with a plurality of decision gate limit values, specifically comprise rapid door limit value and threshold value rapidly, being used for the current slide of interpretation is the state that is in.
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| CN102981729A (en) * | 2012-11-14 | 2013-03-20 | 中兴通讯股份有限公司 | Touch screen scroll control system and touch screen scroll control system method |
| CN103019611A (en) * | 2012-12-31 | 2013-04-03 | 传聚互动(北京)科技有限公司 | Screen touch method and device |
| CN103116466A (en) * | 2013-03-04 | 2013-05-22 | 珠海金山办公软件有限公司 | Touch screen device and method and system used for carrying out withdrawing operation or restoring operation in touch screen device |
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