CN104063179A - Electronic equipment as well as control method and control device thereof - Google Patents
Electronic equipment as well as control method and control device thereof Download PDFInfo
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- CN104063179A CN104063179A CN201410302657.3A CN201410302657A CN104063179A CN 104063179 A CN104063179 A CN 104063179A CN 201410302657 A CN201410302657 A CN 201410302657A CN 104063179 A CN104063179 A CN 104063179A
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Abstract
The invention discloses electronic equipment as well as a control method and a control device thereof. The control method comprises the following steps: when detecting that a touch body touches a display object on a touch-type display unit and a sliding operation is performed, recording coordinates of touch points of the touch body in a touch sliding process once every other preset first time interval, and displaying a touched display object at each touch point in sequence; when detecting that the touch body departs from the touch-type display unit, displaying the touched display object which slides continuously on the touch-type display unit; when detecting that the touch body touches the touch-type display unit again and judging that the time that the touch body departs from the touch-type display unit and touches the touch-type display unit again is less than preset second time, displaying the touched display object which slides continuously on the touch-type display unit. By virtue of the control method and the control device, the time that the touch-type display unit displays the touched display object which slides can be shortened, the time of a user is saved, and the experience of the user is improved.
Description
Technical field
The present invention relates to automatic control technology field, relate in particular a kind of control method, device and electronic equipment of electronic equipment.
Background technology
Display screen set on current electronic equipment is generally touching display screen, user can carry out some touch slide to demonstration object shown on touching display screen by touching body, thereby makes electronic equipment can on its touching display screen, demonstrate the demonstration object being touched sliding along sliding trace corresponding to this slide.
Concrete, in the time touching slide, user need to be close to screen by touch body and continue to carry out slide, but, for some large-size screen monitors electronic equipment, user is difficult in long distance moving process, to keep touching body and is close to screen always, be easy to occur touching the of short duration situation about frameing out of body, now, the touching display screen of electronic equipment can show the demonstration object being touched that slows down and slide, and in the time that touch body touches the screen of electronic equipment again, the touching display screen of electronic equipment will show the demonstration object being touched that stops slip.Be that the touch slide before electronic equipment leaves user and the operation that again touches demonstration object are identified as gesture operation twice, thereby make user need to again touch this demonstration object and proceed slide, cause on touch display unit the time lengthening of the demonstration object that showing slides is touched, waste user's time, reduced user's experience.
Summary of the invention
In view of this, the invention provides a kind of control method and device of electronic equipment, to solve prior art waste user's time, user experiences low problem.
For achieving the above object, the invention provides following technical scheme:
A control method for electronic equipment, described electronic equipment is provided with touch display unit, and described touch display unit shows at least one and shows object, and the method comprises:
Detect when user goes forward side by side line slip operation by the demonstration object on the described touch display unit of touch body touch, every the once coordinate of the touch point of described touch body in touch sliding process of default very first time interval record;
On described touch display unit, according to the order of coordinate that records each touch point, show at each touch point place the demonstration object being touched successively; Wherein, the time interval that generates the demonstration object being touched at two adjacent touch points place is described very first time interval;
Detect when described touch body leaves described touch display unit, on described touch display unit, show the demonstration object being touched that continues slip;
Detect when described touch body touches described touch display unit again, judge whether the time that described touch body leaves described touch display unit and again touches described touch display unit is less than the second default time;
In the time judging that time that described touch body leaves described touch display unit and again touches described touch display unit is less than the second default time, on described touch display unit, show continue to maintain slip described in the demonstration object that is touched.
Preferably, the described touch body of described judgement leaves after the described time touch and that again touch described touch display unit is less than the second default time, described on described touch display unit, show continue to slide described in before the demonstration object that is touched, also comprise:
Determine that the touch point that described touch body records while leaving described touch display unit is the first touch point;
Coordinate according to described default very first time interval and the touch point of recording calculates the slip parameter information of described the first touch point;
The slip parameter information of judging described the first touch point is greater than default slip parameter information.
Preferably, the slip parameter information of described the first touch point of described judgement also comprises after being greater than default slip parameter information:
Touch point coordinate when recording described touch body and again touching described touch display unit;
When leaving sliding trace that the coordinate of the touch point of recording before described touch display unit forms and described touch body and again touch described touch display unit according to described touch body, determined touch point coordinate, leaves described touch display unit and again touches the breakpoint occurring during described touch display unit described touch body and mend successively a little;
The demonstration object being touched described in demonstration continues to slide on described touch display unit, is specially:
According to the order of benefit point, successively at the demonstration object being touched described in each benefit point place's demonstration; Wherein, be described default very first time interval in the time interval of the demonstration object being touched described in two benefit point place's demonstrations.
Preferably, the coordinate of the described default very first time interval of described foundation and the touch point of recording calculates the slip parameter information of described the first touch point, is specially:
Coordinate according to described default very first time interval and the touch point of recording calculates the velocity information of described the first touch point;
The slip parameter information of described the first touch point of described judgement is greater than parameter preset information, is specially:
The velocity information of judging described the first touch point is greater than pre-set velocity information.
Preferably, the coordinate of the described default very first time interval of described foundation and the touch point of recording calculates the slip parameter information of described the first touch point, is specially:
Coordinate according to described default very first time interval and the touch point of recording calculates the acceleration information of described the first touch point;
The slip parameter information of described the first touch point of described judgement is greater than parameter preset information, is specially:
The acceleration information of judging described the first touch point is greater than default acceleration information.
A control device for electronic equipment, described electronic equipment is provided with touch display unit, and described touch display unit shows at least one and shows object, and this device comprises:
The first detection record unit, when touching demonstration object on described touch display unit and go forward side by side line slip operation by touching body to user, every default very first time interval record once described touch body touching the coordinate of the touch point in sliding process;
The first display unit, at described touch display unit, according to the order of coordinate that records each touch point, shows at each touch point place the demonstration object being touched successively; Wherein, the time interval that generates the demonstration object being touched at two adjacent touch points place is described very first time interval;
The first detection display unit when leaving described touch display unit to described touch body, shows and continues the demonstration object being touched that slides on described touch display unit;
First detects judging unit, when again touching described touch display unit to described touch body, judge whether the time that described touch body leaves described touch display unit and again touches described touch display unit is less than the second default time;
The second display unit, for in the time judging that time that described touch body leaves described touch display unit and again touches described touch display unit is less than the second default time, on described touch display unit demonstration continue to maintain slip described in the demonstration object that is touched.
Preferably, also comprise:
The first determining unit, for when judging that this touch body leaves time that touch display unit also touches this touch display unit again while being less than the second default time, determines that the touch point that described touch body records while leaving described touch display unit is the first touch point;
The first computing unit, for calculating the slip parameter information of described the first touch point according to the coordinate of described default very first time interval and the touch point of recording;
The first identifying unit, for judging that the slip parameter information of described the first touch point is greater than default slip parameter information.
Preferably, also comprise:
The first record cell, the touch point coordinate while again touching described touch display unit for recording described touch body;
First mends dot element, while again touching described touch display unit for leave sliding trace that the coordinate of the touch point of recording before described touch display unit forms and described touch body according to described touch body, determined touch point coordinate, leaves described touch display unit and again touches the breakpoint occurring during described touch display unit described touch body and mend successively a little;
Described the second display unit, specifically for the order according to mending point, mends at each the demonstration object that some place is touched described in showing successively;
Wherein, be described default very first time interval in the time interval of the demonstration object being touched described in two benefit point place's demonstrations.
Preferably, described the first computing unit is specifically for calculating the velocity information of described the first touch point according to the coordinate of described default very first time interval and the touch point of recording;
Described the first identifying unit is greater than pre-set velocity information specifically for judging the velocity information of described the first touch point.
Preferably, described the first computing unit is specifically for calculating the acceleration information of described the first touch point according to the coordinate of described default very first time interval and the touch point of recording;
Described the first judging unit is greater than default acceleration information specifically for judging the acceleration information of described the first touch point.
A kind of electronic equipment, is characterized in that, comprises the control device of the electronic equipment described in as above any one.
Known via above-mentioned technical scheme, compared with prior art, the embodiment of the invention discloses a kind of control method of electronic equipment, when touching that body is of short duration while leaving touch display unit, touch the time that body leaves touch display unit and again touch touch display unit and be less than Preset Time as long as determine, just can on touch display unit, show the demonstration object being touched that continues slip, be that electronic equipment can be identified as gesture operation one time by the operation that touches the of short duration touch slide before leaving of body and again touch touch display unit, thereby the touch slide of user before can be continuously proceeded, shorten the time that touch display unit shows the demonstration object being touched sliding, save user's time, improve user's experience.
Brief description of the drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, other accompanying drawing can also be provided according to the accompanying drawing providing.
Fig. 1 is the schematic flow sheet of the control method of the disclosed a kind of electronic equipment of one embodiment of the invention;
Fig. 2 is the schematic flow sheet of the control method of the disclosed a kind of electronic equipment of another embodiment of the present invention;
Fig. 3 is the schematic flow sheet of the control method of the disclosed a kind of electronic equipment of another embodiment of the present invention;
Fig. 4 is an exemplary plot that presents touch point on touch display unit disclosed by the invention;
Fig. 5 is the structural representation of the control device of the disclosed a kind of electronic equipment of one embodiment of the invention;
Fig. 6 is the structural representation of the control device of the disclosed a kind of electronic equipment of another embodiment of the present invention;
Fig. 7 is the structural representation of the control device of the disclosed a kind of electronic equipment of another embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
The invention discloses a kind of control method of electronic equipment, device and electronic equipment, when touching that body is of short duration while leaving touch display unit, touch the time that body leaves touch display unit and again touch touch display unit and be less than Preset Time as long as determine, just can on touch display unit, show the demonstration object being touched that continues slip, be that electronic equipment can be identified as gesture operation one time by the operation that touches the of short duration touch slide before leaving of body and again touch touch display unit, thereby the touch slide of user before can be continuously proceeded, shorten the time that touch display unit shows the demonstration object being touched sliding, save user's time, improve user's experience.
One embodiment of the invention discloses a kind of control method of electronic equipment, and wherein, this electronic equipment can be mobile phone, panel computer, palm PC etc.
This electronic equipment is provided with touch display unit, and touch display unit shows at least one and shows object;
In the present invention, user can carry out some touch slide to demonstration object shown on touch display unit by touching body, for example, a certain application icon is moved on another position by touching slide by a position of touch display unit; Wherein, when user can by touch body to touch display unit on shown demonstration object carry out some touch slide, on the touch display unit of electronic equipment, can demonstrate the demonstration object being touched sliding along sliding trace corresponding to this slide.
Referring to Fig. 1, the method can comprise the following steps:
Step 101: detect when user touches demonstration object on this touch display unit and goes forward side by side line slip operation by touching body, once touch body and touching the coordinate of the touch point in sliding process every default very first time interval record;
Wherein, touch the touch slide that carries out of body and refer to that the demonstration object being touched demonstrating can follow the operation that this touch body moves on touch display unit.Concrete, in the time that electronic equipment detects that user touches a certain demonstration object on this touch display unit time by touching body reaches default touch time, can determine that this demonstration object is the demonstration object being touched.
Wherein, this very first time interval can preset according to actual conditions, and the present invention is concrete restriction not, for example, can be 1ms.
When touch body touches slide in touch demonstration, electronic equipment can once touch every the default very first time interval record coordinate of the touch point of body, that is to say, the time of the coordinate of two adjacent touch points of record need to differ default very first time interval.
Step 102: on touch display unit, according to the order of coordinate that records each touch point, show at each touch point place the demonstration object being touched successively;
Wherein, show that at two touch points place the time interval of the demonstration object being touched is identical with time interval of coordinate of two adjacent touch points of record, is default very first time interval.
Wherein, owing to recording the order difference of coordinate of each touch point, therefore, first the touch point place of record first shows the demonstration object being touched, and shows the demonstration object being touched behind the touch point place of rear record.
It should be noted that, when in adjacent two touch points, when the touch point place of rear record shows the demonstration object being touched, the demonstration object being touched that first the touch point place of record shows is eliminated, thereby make the demonstration object being touched can on touch display unit, present the phenomenon of following the slip of touch body, sliding speed and the sliding trace etc. of the demonstration object being touched is all corresponding with touch body slide.
For example, suppose to touch body in the time that touch shows that object is gone forward side by side line slip operation, electronic equipment has recorded the coordinate of three touch points successively every default very first time interval, be respectively the first touch point, the second touch point and the 3rd touch point, wherein, the first touch point is the touch point of recording at first, and the 3rd touch point is the touch point of last record.So, according to the order of coordinate that records each touch point, the first touch point place first shows the demonstration object being touched, behind the very first time interval that is separated by default, in the time that the second touch point place shows the demonstration object being touched, the demonstration object being touched that the first touch point place shows is eliminated; Behind the very first time interval that is separated by default, in the time showing at the 3rd touch point place the demonstration object being touched, the demonstration object being touched that the second touch point place shows is eliminated, and follows thereby can present the demonstration object being touched on touch display unit the phenomenon that touch body moves.
Step 103: while detecting that touching body leaves touch display unit, show the demonstration object being touched that continues slip on touch display unit.
Touching during body leaves touch display unit, the demonstration object that what touch display unit was shown be touched can continue to slide along touching the sliding trace direction that body leave before touch display unit.
Wherein, on touch display unit, show that the demonstration object being touched that continues to slide is specifically as follows: on this touch display unit, show the demonstration object being touched that slows down and slide.
Step 104: detect and touch body while again touching this touch display unit, judge that touching body leaves the time that this touch display unit also touches this touch display unit again and whether be less than the second default time;
Wherein, when touching time that body leaves this touch display unit and again touch this touch display unit while being greater than the second default time, determine that this touches slide and finishes, now, if the slip at the shown demonstration object being touched of touch display unit does not stop, in the time that touching this touch display unit again, touch body stopping; If the slip at the shown demonstration object being touched of touch display unit stops, so, electronic equipment can be identified other operations of this touch body again.Being electronic equipment is identified as gesture operation twice by touching the operation that body leaves the operation before touch display unit and again touch this touch display unit.
Wherein, this second time can preset according to actual conditions, and the present invention is concrete restriction not, for example, can be 10ms, 20ms, 50ms etc.
Step 105: in the time judging that touching time that body leaves this touch display unit and again touch this touch display unit is less than the second default time, show the demonstration object being touched that continues to maintain slip on this touch display unit.
Be less than the second default time when touching the time that body leaves this touch display unit and again touch this touch display unit, showing to touch body is the of short duration touch display unit that leaves, now, electronic equipment can be identified as gesture operation one time by touching the operation that body leave the slide before this touch display unit and again touch this touch display unit, makes demonstration on touch display unit continue to maintain the demonstration object being touched of slip.
It should be noted that, in the time that touch body touches this touch display unit again, the demonstration object being touched of shown slip and touch body and again touch this touch display unit and also there is certain distance on touch display unit, now, on touch display unit, can demonstrate the demonstration object being touched that continues to maintain slip along the direction of original sliding trace, and the demonstration object that this is touched finally can slide into and touch body and again touch the position of this touch display unit, thereby making this demonstration object being touched can follow touch body continues mobile.
In embodiments of the present invention, when touching, body is of short duration to be left after touch display unit, touch the time that body leaves touch display unit and again touch touch display unit and be less than Preset Time as long as determine, just can on touch display unit, show the demonstration object being touched that continues slip, be that electronic equipment can be identified as gesture operation one time by the operation that touches the of short duration touch slide before leaving of body and again touch touch display unit, thereby the touch slide of user before can be continuously proceeded, shorten the time that touch display unit shows the demonstration object being touched sliding, save user's time, improve user's experience.
For can being determined accurately, electronic equipment touches the gesture operation that is operating as a time that body leaves touch display unit and again touches this touch display unit, to avoid erroneous judgement, another embodiment of the present invention also discloses a kind of control method of electronic equipment, as shown in Figure 2, the method can comprise the following steps:
Step 201: detect when user touches demonstration object on this touch display unit and goes forward side by side line slip operation by touching body, every default very first time interval record once this touch body touching the coordinate of the touch point in sliding process;
Step 202: on touch display unit, according to the order of coordinate that records each touch point, show at each touch point place the demonstration object being touched successively;
Wherein, the time interval that generates the demonstration object being touched at two adjacent touch points place is very first time interval.
Step 203: while detecting that touching body leaves touch display unit, show the demonstration object being touched that continues slip on touch display unit;
Step 204: detect and touch body while again touching this touch display unit, judge whether the time that this touch body leaves this touch display unit and again touches this touch display unit is less than the second default time;
Step 205: in the time judging that time that this touch body leaves touch display unit and again touches this touch display unit is less than the second default time, determine that the touch point of recording when touching body leaves this touch display unit is the first touch point;
Wherein, when touch display unit is left for touching body in the first touch point, last touch point that electronic equipment records.
Step 206: the coordinate of the very first time interval that foundation is default and the touch point of recording calculates the slip parameter information of this first touch point;
Wherein, this slip parameter information leaves the state before touch display unit for characterizing touch body, if this slip parameter information can be velocity information or acceleration information.
Step 207: the slip parameter information of judging the first touch point is greater than default slip parameter information;
Wherein, this default slip parameter information can be set according to actual conditions, and the present invention is concrete restriction not.
Step 208: show the demonstration object being touched that continues to maintain slip on touch display unit.
In the time determining that the slip parameter information of the first touch point is greater than default slip parameter information, can determine that touch body leaves touch display unit and again touches this touch display unit is a gesture operation, so, can on touch display unit, show the demonstration object being touched that continues to maintain slip.
In embodiments of the present invention, touch that body is of short duration leaves after touch display unit, touch the time that body leaves touch display unit and again touch touch display unit and be less than Preset Time when determining, and the slip parameter information of the first touch point is greater than default slip parameter information, just can on touch display unit, show the demonstration object being touched that continues slip, be that electronic equipment can be determined the of short duration gesture operation that is operating as a time that leaves front touch slide and again touch touch display unit of touch body more accurately, thereby the touch slide of user before can be continuously proceeded, shorten the time that touch display unit shows the demonstration object being touched sliding, save user's time, improve user's experience.
In actual applications, in the time that user moves along with touch body by the demonstration object on this touch display unit of touch body control, if touching the sliding trace of body is curve, and while there is the of short duration situation of leaving touch display unit in the larger place of radian, so, if show and continue to maintain the demonstration object being touched along original sliding trace on touch display unit, may occur that the demonstration object being touched directly jumps to touches body and again contacts the phenomenon of the position of this touch display unit, the shown demonstration object being touched is slided discontinuous.
For addressing the above problem, further embodiment of this invention also discloses a kind of control method of electronic equipment, and as shown in Figure 3, the method can comprise the following steps:
Step 301: detect when user touches demonstration object on this touch display unit and goes forward side by side line slip operation by touching body, every default very first time interval record once this touch body touching the coordinate of the touch point in sliding process;
Step 302: on touch display unit, according to the order of coordinate that records each touch point, show at each touch point place the demonstration object being touched successively;
Wherein, the time interval that generates the demonstration object being touched at two adjacent touch points place is very first time interval.
Step 303: while detecting that touching body leaves touch display unit, show the demonstration object being touched that continues slip on touch display unit;
Step 304: detect and touch body while again touching this touch display unit, judge whether the time that this touch body leaves this touch display unit and again touches this touch display unit is less than the second default time;
Step 305: in the time judging that time that this touch body leaves touch display unit and again touches this touch display unit is less than the second default time, determine that the touch point of recording when touching body leaves this touch display unit is the first touch point;
Wherein, when touch display unit is left for touching body in the first touch point, last touch point that electronic equipment records.
Step 306: the coordinate of the very first time interval that foundation is default and the touch point of recording calculates the slip parameter information of this first touch point;
Wherein, this slip parameter information leaves the state before touch display unit for characterizing touch body, if this slip parameter information can be velocity information or acceleration information.
Step 307: the slip parameter information of judging the first touch point is greater than default slip parameter information;
Wherein, this default slip parameter information can carry out equipment according to actual conditions, and the present invention is concrete restriction not.
Step 308: the coordinate of touch point when record touch body touches this touch display unit again;
In the time detecting that touching body touches this touch display unit again, the coordinate of touch point when record touch body touches this touch display unit again.
Step 309: determined touch point coordinate when the sliding trace forming according to the coordinate that touches body and leave the touch point of recording before this touch display unit and this touch body touch this touch display unit again, leaves this touch display unit and again touches the breakpoint occurring during this touch display unit and mend successively a little touching body;
Wherein, the coordinate that touch body leaves the touch point of recording before this touch display unit can form a sliding trace, can determine the glide direction of the demonstration object being touched according to this sliding trace, and when detecting that touching body touches after the touch point coordinate of this touch display unit again, can collect the touch point coordinate while again touching this touch display unit with determined touch body according to this slip, estimate the sliding trace touching during body leaves this touch display unit and again touches this touch display unit, and then can mend successively a little it.
Wherein, mend successively and a little specifically refer to according to touching body and leave the order that this touch display unit contacts this touch display unit again to touch body and mend successively a little.
Fig. 4 shows an exemplary plot that presents touch point on touch display unit, as shown in Figure 4, the first touch point M1 leaves last touch point of recording before this touch display unit for touching body, and the second touch point M2 is for touching the touch point of recording when body touches this touch display unit again, touching body leaves the touch point that this touch display unit records and can form a sliding trace L, the glide direction of the first touch point M1 is this sliding trace L and leaves the final direction before this touch display unit at touch body, therefore, can estimate the sliding trace touching during body leaves this touch display unit and again touches this touch display unit by this sliding trace L and the second touch point M2, and then can mend successively a little it, supplement successively first and mend some B1 and a second benefit point B2.
It should be noted that, in the time that touch body leaves this touch display unit, touch display unit can show the demonstration object being touched that continues slip, and in the time that touch body touches this touch display unit again, on touch display unit, the demonstration object being touched and first touch point of shown slip have differed certain distance, can engrave for the moment the displaing coordinate that the touch display unit of record shows the demonstration object being touched at that touches that body contacts this touch display unit again so.In the time mending point, concrete, can be when touching body and leave sliding trace that the coordinate of the touch point of recording before this touch display unit forms and this touch body and again touch this touch display unit determined touch point coordinate, the breakpoint between the displaing coordinate to the recorded demonstration object being touched and the coordinate of the touch point of recording while again touching this touch display unit is mended a little successively;
Step 310: according to the order of mending point, mend some place at each successively and show the demonstration object being touched;
Wherein, mend some place at two and show that the time interval of the demonstration object being touched is default very first time interval.
Wherein, owing to mending the order difference of point, therefore, first mend some place and first show the demonstration object being touched, behind rear benefit point place, show the demonstration object being touched.In the time that rear benefit point place shows the demonstration object being touched, first mend the shown demonstration object being touched in some place and be eliminated.
Continue with reference to figure 4, be followed successively by the first benefit point B1 and a second benefit point B2 owing to mending dot sequency, so, show the demonstration object being touched on touch display unit time, first show at the first benefit point B1 place the demonstration object being touched, after show at the second benefit point B2 place the demonstration object being touched.
In embodiments of the present invention, electronic equipment can be identified as gesture operation one time by the operation that touches the of short duration touch slide before leaving of body and again touch touch display unit, the touch slide of user before can be continuously proceeded, shorten the time that touch display unit shows the demonstration object being touched sliding, save user's time, improve user's experience;
Further, by being left this touch display unit and again touch the breakpoint occurring during this touch display unit, mends successively some touch body, can mend some place at each successively and show the demonstration object being touched, ensure that the slip of the shown demonstration object being touched is coherent.
In the present invention, the implementation of the slip parameter information of the first touch point that the coordinate of the very first time interval that foundation is default and the touch point of recording calculates can have multiple, as a kind of implementation, the coordinate of the very first time interval that foundation is default and the touch point of recording calculates the slip parameter information of described the first touch point, is specifically as follows: like that according to default very first time interval and the touch point of recording your coordinate calculates the velocity information of the first touch point;
Accordingly, judge that the slip parameter information of the first touch point is greater than default slip parameter information, be specifically as follows, judge that the velocity information of described the first touch point is greater than default velocity information.
Wherein, the velocity information of the first touch point refers to and touches the velocity information of body while sliding into the first touch point.
As another kind of implementation, the coordinate of the very first time interval that foundation is default and the touch point of recording calculates the slip parameter information of described the first touch point, is specifically as follows: the coordinate of the very first time interval that foundation is default and the touch point of recording calculates the acceleration information of described the first touch point;
Accordingly, judge that the slip parameter information of the first touch point is greater than default slip parameter information, be specifically as follows: the acceleration information of judging described the first touch point is greater than default acceleration information.
Wherein, the acceleration information of the first touch point can be for touching the average accelerator information in body sliding process, instantaneous acceleration information can also slide into the first touch point for touch body time, specifically can set according to actual conditions, and the present invention does not limit.
It should be noted that, in the time can determining that according to the coordinate of default very first time interval and the touch point of recording this touch body is touching in sliding process as uniform motion, can calculate the velocity information of the first touch point, and the relatively velocity information of the first touch point and the size of default velocity information; And in the time can determining that according to the coordinate of default very first time interval and the touch point of recording this touch body is touching in sliding process as accelerated motion, can calculate the acceleration information of the first touch point, and the relatively acceleration information of the first touch point and the size of default acceleration information.
Wherein, the velocity information of the first touch point can be calculated according to the coordinate Negotiation speed computing formula of default very first time interval and the touch point of recording; The acceleration information of the first touch point can calculate by acceleration formula according to the coordinate of default very first time interval and the touch point of recording; Concrete account form has multiple, for example, can go out to touch body and slide into according to the coordinate of adjacent two touch points and the very first time interval calculation speed of each touch point, further, can calculate according to the speed of each touch point and the very first time interval instantaneous acceleration that touches body and slide into each touch point.
One embodiment of the invention also discloses a kind of control device of electronic equipment, and this electronic equipment can be mobile phone, panel computer, palm PC etc.
This electronic equipment is provided with touch display unit, and described touch display unit shows at least one and shows object;
Referring to Fig. 5, this device can comprise: the first detection record unit 501, the first display unit 502, the first detection display unit 503, the first detection judging unit 504 and the second display unit 505; Wherein:
The first detection record unit 501, can be in the time detecting that user touches demonstration object on this touch display unit and goes forward side by side line slip operation by touching body, once touch body and touching the coordinate of the touch point in sliding process every default very first time interval record;
Wherein, this very first time interval can preset according to actual conditions, and the present invention is concrete restriction not, for example, can be 1ms.
The first display unit 502, can be on touch display unit, according to the order of coordinate that records each touch point, shows the demonstration object being touched successively at each touch point place;
Wherein, the time interval that generates the demonstration object being touched at two adjacent touch points place is default very first time interval;
The first detection display unit 503 can, in the time detecting that touching body leaves touch display unit, show the demonstration object being touched that continues slip on touch display unit;
First detects judging unit 504, can touch body and leaves the time that touch display unit also touches this touch display unit again and whether be less than the second default time for touching body while again touching touch display unit detecting, judge;
Wherein, this second time can preset according to actual conditions, and the present invention is concrete restriction not, for example, can be 10ms, 20ms, 50ms etc.
The second display unit 505, can, in the time judging that touching time that body leaves described touch display unit and again touch this touch display unit is less than the second default time, on touch display unit, show the demonstration object being touched that continues to maintain slip.
In embodiments of the present invention, when touching, body is of short duration to be left after touch display unit, touch the time that body leaves touch display unit and again touch touch display unit and be less than Preset Time as long as determine, just can on touch display unit, show the demonstration object being touched that continues slip, be that electronic equipment can be identified as gesture operation one time by the operation that touches the of short duration touch slide before leaving of body and again touch touch display unit, thereby the touch slide of user before can be continuously proceeded, shorten the time that touch display unit shows the demonstration object being touched sliding, save user's time, improve user's experience.
Another embodiment of the present invention also discloses a kind of control device of electronic equipment, as shown in Figure 6, this device can comprise: the first detection record unit 601, the first display unit 602, the first detection display unit 603, the first detection judging unit 604, the first determining unit 605, the first computing unit 606, the first identifying unit 607 and the second display unit 608; Wherein:
The first detection record unit 601, can be in the time detecting that user touches demonstration object on this touch display unit and goes forward side by side line slip operation by touching body, once touch body and touching the coordinate of the touch point in sliding process every default very first time interval record;
Wherein, this default very first time interval can be set according to actual conditions, and the present invention is concrete restriction not, for example, can be 1ms.
The first display unit 602, can be on touch display unit, according to the order of coordinate that records each touch point, shows the demonstration object being touched successively at each touch point place;
Wherein, the time interval that generates the demonstration object being touched at two adjacent touch points place is default very first time interval;
The first detection display unit 603 can, in the time detecting that touching body leaves touch display unit, show the demonstration object being touched that continues slip on touch display unit;
First detects judging unit 604, can touch body and leaves the time that touch display unit also touches this touch display unit again and whether be less than the second default time for touching body while again touching touch display unit detecting, judge;
Wherein, this second default time can be set according to actual conditions, and the present invention is concrete restriction not, for example, can be 10ms, 20ms, 50ms etc.
The first determining unit 605, for in the time judging that time that this touch body leaves touch display unit and again touches this touch display unit is less than the second default time, determine that the touch point that touch body records while leaving touch display unit is the first touch point;
The first computing unit 606, can calculate the slip parameter information of the first touch point for the coordinate of the very first time interval according to default and the touch point of recording;
The first identifying unit 607, can be for judging that the slip parameter information of the first touch point is greater than default slip parameter information;
The second display unit 608 can when judging that when the first identifying unit the slip parameter information of the first touch point is greater than default slip parameter information, show the demonstration object being touched that continues to maintain slip on touch display unit.
In embodiments of the present invention, touch that body is of short duration leaves after touch display unit, touch the time that body leaves touch display unit and again touch touch display unit and be less than Preset Time when determining, and the slip parameter information of the first touch point is greater than default slip parameter information, just can on touch display unit, show the demonstration object being touched that continues slip, be that electronic equipment can be determined the of short duration gesture operation that is operating as a time that leaves front touch slide and again touch touch display unit of touch body more accurately, thereby the touch slide of user before can be continuously proceeded, shorten the time that touch display unit shows the demonstration object being touched sliding, save user's time, improve user's experience.
Further embodiment of this invention also discloses a kind of control device of electronic equipment, as shown in Figure 7, this device can comprise: the first detection record unit 701, the first display unit 702, the first detection display unit 703, the first detection judging unit 704, the first determining unit 705, the first computing unit 706, the first identifying unit 707, the first record cell 708, the first benefit dot element 709 and the second display unit 710, wherein:
The first detection record unit 701, can be in the time detecting that user touches demonstration object on this touch display unit and goes forward side by side line slip operation by touching body, once touch body and touching the coordinate of the touch point in sliding process every default very first time interval record;
Wherein, this default very first time interval can be set according to actual conditions, and the present invention is concrete restriction not, for example, can be 1ms.
The first display unit 702, can be on touch display unit, according to the order of coordinate that records each touch point, shows the demonstration object being touched successively at each touch point place;
Wherein, the time interval that generates the demonstration object being touched at two adjacent touch points place is default very first time interval;
The first detection display unit 703 can, in the time detecting that touching body leaves touch display unit, show the demonstration object being touched that continues slip on touch display unit;
First detects judging unit 704, can touch body and leaves the time that touch display unit also touches this touch display unit again and whether be less than the second default time for touching body while again touching touch display unit detecting, judge;
Wherein, this second default time can be set according to actual conditions, and the present invention is concrete restriction not, for example, can be 10ms, 20ms, 50ms etc.
The first determining unit 705, for in the time judging that time that this touch body leaves touch display unit and again touches this touch display unit is less than the second default time, determine that the touch point that touch body records while leaving touch display unit is the first touch point;
The first computing unit 706, can calculate the slip parameter information of the first touch point for the coordinate of the very first time interval according to default and the touch point of recording;
The first identifying unit 707, can be for judging that the slip parameter information of the first touch point is greater than default slip parameter information;
The first record cell 708, the touch point coordinate can again touch this touch display unit for record touch body time;
First mends dot element 709, can be for leaving the sliding trace that the coordinate of the touch point of recording before touch display unit forms and touch body determined touch point coordinate while again touching this touch display unit according to touching body, leave touch display unit and again touch the breakpoint occurring during this touch display unit and mend successively a little touching body;
The second display unit 710, specifically can be for the order according to mending point, mends the demonstration object that some place is touched described in showing successively at each;
Wherein, be default very first time interval in the time interval of the demonstration object being touched described in two benefit point place's demonstrations.
In embodiments of the present invention, electronic equipment can be identified as gesture operation one time by the operation that touches the of short duration touch slide before leaving of body and again touch touch display unit, the touch slide of user before can be continuously proceeded, shorten the time that touch display unit shows the demonstration object being touched sliding, save user's time, improve user's experience;
Further, by being left this touch display unit and again touch the breakpoint occurring during this touch display unit, mends successively some touch body, can mend some place at each successively and show the demonstration object being touched, ensure that the slip of the shown demonstration object being touched is coherent.
In the present invention, the implementation of the slip parameter information of the first touch point that the coordinate of the very first time interval that the first computing unit foundation is default and the touch point of recording calculates can have multiple, as a kind of implementation, the first computing unit specifically can like that your coordinate calculates the velocity information of the first touch point for the very first time interval according to default and the touch point of recording;
Accordingly, the first identifying unit specifically can be for judging that the velocity information of the first touch point is greater than default velocity information.
Wherein, the velocity information of the first touch point refers to and touches the velocity information of body while sliding into the first touch point.
As another kind of implementation, the first computing unit specifically can calculate the acceleration information of described the first touch point for the coordinate of the very first time interval according to default and the touch point of recording;
Accordingly, the first identifying unit specifically can be for judging that the acceleration information of described the first touch point is greater than default acceleration information.
Wherein, the acceleration information of the first touch point can be for touching the average accelerator information in body sliding process, instantaneous acceleration information can also slide into the first touch point for touch body time, specifically can set according to actual conditions, and the present invention does not limit.
The embodiment of the invention also discloses a kind of electronic equipment, comprise the as above control device of the described electronic equipment of arbitrary embodiment.
The embodiment of each device is corresponding with embodiment of the method above, and specific implementation can be referring to embodiment of the method, and in this not go into detail.
In this instructions, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is and the difference of other embodiment, between each embodiment identical similar part mutually referring to.For the disclosed device of embodiment, because it corresponds to the method disclosed in Example, so description is fairly simple, relevant part illustrates referring to method part.
To the above-mentioned explanation of the disclosed embodiments, make professional and technical personnel in the field can realize or use the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiment, General Principle as defined herein can, in the situation that not departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (11)
1. a control method for electronic equipment, is characterized in that, described electronic equipment is provided with touch display unit, and described touch display unit shows at least one and shows object, and the method comprises:
Detect when user goes forward side by side line slip operation by the demonstration object on the described touch display unit of touch body touch, every the once coordinate of the touch point of described touch body in touch sliding process of default very first time interval record;
On described touch display unit, according to the order of coordinate that records each touch point, show at each touch point place the demonstration object being touched successively; Wherein, the time interval that generates the demonstration object being touched at two adjacent touch points place is described very first time interval;
Detect when described touch body leaves described touch display unit, on described touch display unit, show the demonstration object being touched that continues slip;
Detect when described touch body touches described touch display unit again, judge whether the time that described touch body leaves described touch display unit and again touches described touch display unit is less than the second default time;
In the time judging that time that described touch body leaves described touch display unit and again touches described touch display unit is less than the second default time, on described touch display unit, show continue to maintain slip described in the demonstration object that is touched.
2. method according to claim 1, it is characterized in that, the described touch body of described judgement leaves after the described time touch and that again touch described touch display unit is less than the second default time, described on described touch display unit, show continue to slide described in before the demonstration object that is touched, also comprise:
Determine that the touch point that described touch body records while leaving described touch display unit is the first touch point;
Coordinate according to described default very first time interval and the touch point of recording calculates the slip parameter information of described the first touch point;
The slip parameter information of judging described the first touch point is greater than default slip parameter information.
3. method according to claim 2, is characterized in that, the slip parameter information of described the first touch point of described judgement also comprises after being greater than default slip parameter information:
Touch point coordinate when recording described touch body and again touching described touch display unit;
When leaving sliding trace that the coordinate of the touch point of recording before described touch display unit forms and described touch body and again touch described touch display unit according to described touch body, determined touch point coordinate, leaves described touch display unit and again touches the breakpoint occurring during described touch display unit described touch body and mend successively a little;
The demonstration object being touched described in demonstration continues to slide on described touch display unit, is specially:
According to the order of benefit point, successively at the demonstration object being touched described in each benefit point place's demonstration; Wherein, be described default very first time interval in the time interval of the demonstration object being touched described in two benefit point place's demonstrations.
4. method according to claim 2, is characterized in that, the coordinate of the described default very first time interval of described foundation and the touch point of recording calculates the slip parameter information of described the first touch point, is specially:
Coordinate according to described default very first time interval and the touch point of recording calculates the velocity information of described the first touch point;
The slip parameter information of described the first touch point of described judgement is greater than parameter preset information, is specially:
The velocity information of judging described the first touch point is greater than pre-set velocity information.
5. method according to claim 2, is characterized in that, the coordinate of the described default very first time interval of described foundation and the touch point of recording calculates the slip parameter information of described the first touch point, is specially:
Coordinate according to described default very first time interval and the touch point of recording calculates the acceleration information of described the first touch point;
The slip parameter information of described the first touch point of described judgement is greater than parameter preset information, is specially:
The acceleration information of judging described the first touch point is greater than default acceleration information.
6. a control device for electronic equipment, is characterized in that, described electronic equipment is provided with touch display unit, and described touch display unit shows at least one and shows object, and this device comprises:
The first detection record unit, when touching demonstration object on described touch display unit and go forward side by side line slip operation by touching body to user, every default very first time interval record once described touch body touching the coordinate of the touch point in sliding process;
The first display unit, at described touch display unit, according to the order of coordinate that records each touch point, shows at each touch point place the demonstration object being touched successively; Wherein, the time interval that generates the demonstration object being touched at two adjacent touch points place is described very first time interval;
The first detection display unit when leaving described touch display unit to described touch body, shows and continues the demonstration object being touched that slides on described touch display unit;
First detects judging unit, when again touching described touch display unit to described touch body, judge whether the time that described touch body leaves described touch display unit and again touches described touch display unit is less than the second default time;
The second display unit, for in the time judging that time that described touch body leaves described touch display unit and again touches described touch display unit is less than the second default time, on described touch display unit demonstration continue to maintain slip described in the demonstration object that is touched.
7. device according to claim 6, is characterized in that, also comprises:
The first determining unit, for when judging that this touch body leaves time that touch display unit also touches this touch display unit again while being less than the second default time, determines that the touch point that described touch body records while leaving described touch display unit is the first touch point;
The first computing unit, for calculating the slip parameter information of described the first touch point according to the coordinate of described default very first time interval and the touch point of recording;
The first identifying unit, for judging that the slip parameter information of described the first touch point is greater than default slip parameter information.
8. device according to claim 7, is characterized in that, also comprises:
The first record cell, the touch point coordinate while again touching described touch display unit for recording described touch body;
First mends dot element, while again touching described touch display unit for leave sliding trace that the coordinate of the touch point of recording before described touch display unit forms and described touch body according to described touch body, determined touch point coordinate, leaves described touch display unit and again touches the breakpoint occurring during described touch display unit described touch body and mend successively a little;
Described the second display unit, specifically for the order according to mending point, mends at each the demonstration object that some place is touched described in showing successively;
Wherein, be described default very first time interval in the time interval of the demonstration object being touched described in two benefit point place's demonstrations.
9. device according to claim 7, is characterized in that, described the first computing unit is specifically for calculating the velocity information of described the first touch point according to the coordinate of described default very first time interval and the touch point of recording;
Described the first identifying unit is greater than pre-set velocity information specifically for judging the velocity information of described the first touch point.
10. device according to claim 7, is characterized in that, described the first computing unit is specifically for calculating the acceleration information of described the first touch point according to the coordinate of described default very first time interval and the touch point of recording;
Described the first judging unit is greater than default acceleration information specifically for judging the acceleration information of described the first touch point.
11. 1 kinds of electronic equipments, is characterized in that, comprise the control device of the electronic equipment as described in claim 6～10 any one.
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