CN102339192B - Electronic equipment and display processing method thereof - Google Patents
Electronic equipment and display processing method thereof Download PDFInfo
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- CN102339192B CN102339192B CN201010230050.0A CN201010230050A CN102339192B CN 102339192 B CN102339192 B CN 102339192B CN 201010230050 A CN201010230050 A CN 201010230050A CN 102339192 B CN102339192 B CN 102339192B
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Abstract
The invention provides a kind of electronic equipment and display processing method thereof, described display processing method is applied in an electronic equipment, it is characterized in that, described electronic equipment comprises display unit, be positioned at the first touch sensing unit of first surface, and be positioned at second touch sensing unit of second, described display processing method comprises: when the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, produce processing command, wherein, at least one in described first gesture and described second gesture is slip gesture, and based on described processing command, convergent-divergent process or translation process are performed to the object that display unit shows.
Description
Technical field
The present invention relates to electronic applications, particularly relate to a kind of electronic equipment and display processing method thereof.
Background technology
In recent years, operation for the convenience of the user, has developed the various touch control devices of such as touch-control mobile phone and so on.Existing touch control device only arranges touch sensing unit on single surface usually, to receive the touch operation of user, and produces corresponding operational order.But still there is various problem in this touch-controlled electronic devices.Such as, the finger of user, in the touch sensing unit touching unintentionally touch control device, causes touch control device to produce the less desirable operational order of user.Again such as, usually there is deviation in the understanding of existing touch control device to touch action, as situation translation motion being mistaken for click action often occurred, thereby produces the operational order of mistake.
Therefore, expect a kind of electronic equipment and display processing method thereof, the touch operation of its touch sensing unit that can be comprised for electronic equipment by user judges the operation intention of user exactly, and produces corresponding processing command according to the touch operation of user, thus reduces maloperation.
Summary of the invention
Because above-mentioned situation, the invention provides a kind of electronic equipment and display processing method thereof, it can reduce maloperation, improves the operability of user.
According to one embodiment of the invention, provide a kind of display processing method, be applied in an electronic equipment, it is characterized in that, described electronic equipment comprises display unit, is positioned at the first touch sensing unit of first surface and is positioned at second touch sensing unit of second, and described display processing method comprises:
When the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, produce processing command, wherein, at least one in described first gesture and described second gesture is slip gesture; And
Based on described processing command, convergent-divergent process or translation process are performed to the object that display unit shows.
According in the display processing method of the embodiment of the present invention, the step producing processing command can comprise:
Based at least one in the glide direction of described slip gesture and sliding distance, produce described processing command.
According in the display processing method of the embodiment of the present invention, the step producing processing command also can comprise:
Based on the touch point of the described slip gesture in adjacent two moment, produce described processing command in real time; Or
Based on initial touch point and the final touch point of described slip gesture, produce described processing command.
According in the display processing method of the embodiment of the present invention, the step producing processing command also can comprise:
When distance between first touch point and the second touch point of described second gesture of described first gesture does not change, produce the processing command for performing translation process to the object that display unit shows.
According in the display processing method of the embodiment of the present invention, the step producing processing command also can comprise:
When distance between first touch point and the second touch point of described second gesture of described first gesture increases, produce for performing the processing command amplifying process to the object that display unit shows; And
When distance between first touch point and the second touch point of described second gesture of described first gesture reduces, produce for performing the processing command reducing process to the object that display unit shows.
According to another embodiment of the present invention, provide a kind of electronic equipment, comprising:
Display unit, for display object;
First touch sensing unit, is positioned at the first surface of described electronic equipment, for gathering first gesture;
Second touch sensing unit, is positioned at second of described electronic equipment, for gathering the second gesture;
Processing command generation unit, for when the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, produce processing command, wherein, at least one in described first gesture and described second gesture is slip gesture; And
Display processing unit, for performing convergent-divergent process or translation process based on described processing command to the object that display unit shows.
According in the electronic equipment of the embodiment of the present invention, described processing command generation unit based at least one in the glide direction of described slip gesture and sliding distance, can produce described processing command.
According in the electronic equipment of the embodiment of the present invention, described processing command generation unit based on the touch point of the described slip gesture in adjacent two moment, can produce described processing command in real time; Or described processing command generation unit, based on the initial touch point of described slip gesture and final touch point, produces described processing command.
According in the electronic equipment of the embodiment of the present invention, when distance between first touch point and the second touch point of described second gesture of described first gesture does not change, described processing command generation unit can produce the processing command for performing translation process to the object that display unit shows.
According in the electronic equipment of the embodiment of the present invention, when distance between first touch point and the second touch point of described second gesture of described first gesture increases, described processing command generation unit can produce for performing the processing command amplifying process to the object that display unit shows; And
When distance between first touch point and the second touch point of described second gesture of described first gesture reduces, described processing command generation unit produces and can be used for performing to the object that display unit shows the processing command reducing process.
By according to the electronic equipment of the embodiment of the present invention and display processing method thereof, because electronic equipment comprises two touch sensing unit, and just operate accordingly when two gestures being detected respectively by two touch sensing unit at the same time, therefore, compared with utilizing the prior art of single touch sensing unit, the operation intention of user can be judged more accurately, and produce corresponding processing command according to the touch operation of user, thus reduction maloperation, improve the operability of user.
In addition, provide the new mode of operation of being carried out interactive controlling by two touch sensing unit according to the electronic equipment of the embodiment of the present invention and display processing method thereof, enriched Consumer's Experience.
Accompanying drawing explanation
Fig. 1 is the process flow diagram illustrating display processing method according to an embodiment of the invention.
Fig. 2 illustrates the process flow diagram according to the operation producing processing command in the display processing method of the embodiment of the present invention.
Fig. 3 illustrates the process flow diagram according to the operation producing processing command in the display processing method of the embodiment of the present invention.
Fig. 4 is the block diagram of diagram according to the configuration of the electronic equipment of the embodiment of the present invention.
Embodiment
The specific embodiment of the present invention is described in detail below with reference to accompanying drawing.
First, the display processing method according to the embodiment of the present invention is described with reference to the drawings.
Be applied in an electronic equipment according to the display processing method of the embodiment of the present invention.Described electronic equipment is the touch-controlled electronic devices of such as mobile terminal, palm PC or media player etc., and it comprises display unit, is positioned at the first touch sensing unit of first surface and is positioned at second touch sensing unit of second.Described first surface and described second can be respect to one another.Such as, described first surface is the user oriented surface of described electronic equipment (front), and described second is the back side of described electronic equipment.Described first surface and described second face also can be any surfaces of user-friendly described electronic equipment.Described first touch sensing unit and described second touch sensing unit can be various types of touch sensing unit such as such as resistive touch sensing unit, Capacitive touch sensing unit, infra red type touch sensing unit, surface acoustic wave type touch sensing unit.Described first touch sensing unit can be identical with the physical size, shape etc. of described second touch sensing unit, also can be different.In addition, described first touch sensing unit such as can be layered on described display unit.
That diagram is according to the process flow diagram of the display processing method of the embodiment of the present invention with reference to figure 1, Fig. 1.Described display processing method comprises:
Step S101: when the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, produce processing command, wherein, at least one in described first gesture and described second gesture is slip gesture.
That is, the display processing method according to the embodiment of the present invention gathers first gesture by described first touch sensing unit, and gathers the second gesture by described second touch sensing unit.When first gesture and the second gesture not detected simultaneously, or when first gesture and the second gesture are not slip gestures, the display processing method of the embodiment of the present invention does not produce processing command.
It is pointed out that and detect that first gesture and the second gesture comprise following two kinds of situations simultaneously: 1. first gesture and the second gesture produce simultaneously.That is, while first gesture touches the first touch sensing unit, the second gesture touches the second touch sensing unit; 2. a gesture in first gesture and the second gesture first produces, and after this, in this gesture certain moment still unclosed, another gesture in first gesture and the second gesture produces.That is, such as, first gesture first touches the first sensing unit, and after this, not yet leave certain moment of the first touch sensing unit in first gesture, the second gesture touches the second sensing unit.
It is pointed out that " at least one in described first gesture and described second gesture is slip gesture " comprises three kinds of situations: first gesture is pressing gesture and the second gesture is the situation of slip gesture; First gesture is slip gesture and the second gesture is the situation pressing gesture; And first gesture and the second gesture are all the situation of slip gesture.
In addition, described processing command can produce based on the glide direction of the slip gesture in described first gesture and described second gesture.Alternatively, described processing command also can produce based on the sliding distance of described slip gesture.
It is pointed out that as described in detail later, described processing command also can produce based on the sliding speed of one of the glide direction and sliding distance of above-mentioned slip gesture and slip gesture.
Described processing command can be produce in real time, that is, the touch point based on the described slip gesture in adjacent two moment produces.In the case, as long as first gesture and the second gesture detected simultaneously, and at least one in first gesture and the second gesture is slip gesture, just along with the continuation of slip gesture, produce each processing command based on each predetermined timing, thus can more in real time, quickly respond to the operation of user.Alternatively, described processing command also can produce based on the initial touch point of described slip gesture and final touch point.In the case, until described slip gesture stops slip reaching the schedule time or first gesture and the second gesture do not detected simultaneously, just produce a processing command based on the initial touch point of described slip gesture and final touch point, thus at the limited situation decline low processing capacity of electronic equipment processing power, and can avoid some maloperation of user.
Step S102: convergent-divergent process or translation process are performed to the object that display unit shows based on described processing command.
Described handling object such as can comprise image, webpage, document etc.After step S101 produces the Scale command, the display processing method according to the embodiment of the present invention according to described processing command, can perform convergent-divergent process or translation process to the object that display unit shows.As known to those skilled, " convergent-divergent process " refers to the process reduced the object of display or amplify, " translation process " refers to the process that the object of mobile display center that is overall, that make it show on the display unit changes, sometimes also referred to as pulling process in this area.Known to those skilled in the art according to the concrete operations that processing command performs convergent-divergent process or translation process to the object of display, be not described in detail in this.
By the display processing method according to the embodiment of the present invention, two touch sensing unit can be passed through, according to the first gesture detected and the second gesture simultaneously, judge the operation intention of user more accurately, and produce corresponding processing command according to the touch operation of user, thus reduction maloperation, improve the operability of user.
In addition, provide the new mode of operation of being carried out interactive controlling by two touch sensing unit according to the display processing method of the embodiment of the present invention, enriched Consumer's Experience.
As mentioned above, described processing command can produce based on the glide direction of the slip gesture in described first gesture and described second gesture or sliding distance.Below, the operating process of processing command is produced in being described in greater detail according to the embodiment of the present invention display processing method with reference to Fig. 2 based on glide direction.
As shown in Figure 2, in step S201, when the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, described first touch sensing unit is predetermined reference direction with the longitudinal direction of such as display unit, judges whether first gesture moves in the vertical.Certainly, described reference direction is not limited to longitudinal direction, also can be other any predetermined directions.
If in step S201, judge that first gesture is not moved in the vertical, then this means that described first gesture is pressing gesture, and non-slip gesture, now, described method proceeds to step S202, described second touch sensing unit, based on same reference direction, judges whether the second gesture moves.
When judgement second gesture is moved in the vertical, mean that described second gesture is slip gesture, now, described first gesture is pressing gesture and described second gesture is slip gesture, described method proceeds to step S203, based on the second gesture as slip gesture, produce convergent-divergent processing command.When judgement second gesture is not also moved in the vertical, described method terminates.
If in step S201, judge that first gesture is moved in the vertical, that is, described first gesture is slip gesture, then described method proceeds to step S204, and described second touch sensing unit, based on same reference direction, judges whether the second gesture moves.
When judgement second gesture is moved in the vertical, now, described first gesture and the second gesture are all slip gestures, and described method proceeds to step S205, judge whether the motion in the vertical of first gesture and the second gesture is relative further.If first gesture is relative with the motion in the vertical of the second gesture, then described method proceeds to step S206, with a prearranged gesture (such as first gesture) in first gesture and the second gesture for reference, produces convergent-divergent processing command.This prearranged gesture as a reference can be system default, also can be that user pre-sets.If the motion in the vertical of first gesture and the second gesture is also irrelative, then mean that first gesture and the motion in the vertical of the second gesture are in the same way, now, described method proceeds to step S208, produces translation processing command.
When judging that the second gesture is not moved in the vertical in step S204, now, described first gesture is slip gesture and described second gesture is pressing gesture, and described method proceeds to step S207, based on the first gesture as slip gesture, produce convergent-divergent processing command.
Next, will being slip gesture with first gesture and the second gesture is example for pressing the situation of gesture, when one of being described in first gesture and the second gesture moves in the vertical, producing the operation of processing command.
In the case, described first touch sensing unit judges that the direction of slip gesture is first direction or second direction.Here suppose as first direction upward direction correspond to amplify processing command, and as second direction in downward direction corresponding to reducing processing command.Thus, when the direction that described first touch sensing unit judges described slip gesture is first direction, produce according to the display processing method of the embodiment of the present invention and amplify processing command, and when the direction that described first touch sensing unit judges described slip gesture is second direction, produces according to the display processing method of the embodiment of the present invention and reduce processing command.
In addition, preferably, when the direction that described first touch sensing unit judges described slip gesture is first direction, judge whether the object enlargement ratio now that display unit shows is predetermined threshold according to the display processing method of the embodiment of the present invention.When the object enlargement ratio now shown is predetermined threshold, it is constant that described display processing method maintains current display state.When the enlargement ratio of the object now shown is lower than predetermined threshold, described display processing method produces and amplifies processing command.
Similarly, when the direction that described first touch sensing unit judges described slip gesture is second direction, judge whether the object reduction magnification now that display unit shows is predetermined threshold according to the display processing method of the embodiment of the present invention.When the object reduction magnification now shown is predetermined threshold, it is constant that described display processing method maintains current display state.And when the object reduction magnification now shown is lower than predetermined threshold, described display processing method produces and reduces processing command.
Similarly, when judging that in step S205 first gesture and the motion in the vertical of the second gesture are as time in the same way, judge whether the translational movement of object now in this direction of motion that display unit shows is predetermined threshold according to the display processing method of the embodiment of the present invention.When the translational movement of object now in this direction of motion shown is predetermined threshold, it is constant that described display processing method maintains current display state.And when the object translational movement now shown is lower than predetermined threshold, described display processing method produces translation processing command.
Above, being slip gesture with first gesture and the second gesture is example for pressing the situation of gesture, one of describing in first gesture and the second gesture moves in reference direction, producing the operation of the Scale command.It will be appreciated by those skilled in the art that when first gesture be pressing gesture and the second gesture be slip gesture operation with above class of operation seemingly, be not described in detail in this.In addition, when first gesture is relative with the motion of the second gesture in reference direction, that is, first gesture and the second gesture are slip gesture, and glide direction is contrary, now, according to the display processing method of the embodiment of the present invention with predetermined in first gesture and the second gesture, such as first gesture is reference, by the operation similar with aforesaid operations, produces convergent-divergent processing command.
Alternatively, glide direction based on slip gesture produces processing command also by realizing with under type: when the first gesture that gathered by described first touch sensing unit and the second gesture by described second touch sensing unit collection to be detected simultaneously, judges whether first gesture whether be slip gesture and the second gesture is slip gesture in a similar way as described above.When judge one in first gesture and the second gesture as slip gesture and another for pressing gesture time, judge that further whether the glide direction of slip gesture is away from the touch point pressing gesture.When slip gesture glide direction away from pressing gesture touch point time, produce a convergent-divergent processing command, such as, amplify processing command.When the glide direction of slip gesture is when the touch point of pressing gesture, produces another convergent-divergent processing command, such as, reduce processing command.In addition, when judging first gesture and the second gesture is slip gesture, the glide direction judging further two slip gestures mutually away from, close still in the same way.When two slip gestures glide direction mutually away from time, produce a convergent-divergent processing command, such as, amplify processing command.When the glide direction of two slip gestures is close to each other, produces another convergent-divergent processing command, such as, reduce processing command.When two slip gestures glide direction in the same way time, produce translation processing command.When judging that first gesture and the second gesture are pressing gesture, described method terminates.
By the display processing method according to the embodiment of the present invention, two touch sensing unit can be passed through, according to the first gesture detected and the second gesture simultaneously, judge the operation intention of user more accurately, and produce corresponding processing command according to the touch operation of user, thus reduction maloperation, improve the operability of user.
In addition, provide the new mode of operation of being carried out interactive controlling by two touch sensing unit according to the display processing method of the embodiment of the present invention, enriched Consumer's Experience.
In addition, in superincumbent description, according to the display processing method of the embodiment of the present invention direction according to first gesture and the second gesture, processing command is produced.Alternatively, according to the distance between the first touch point of first gesture and the second touch point of the second gesture, processing command can be produced according to the display processing method of the embodiment of the present invention.Hereinafter with reference to the operation in this case of Fig. 3 detailed description.
Fig. 3 is diagram produces the operation of processing command process flow diagram according to the display processing method of the embodiment of the present invention.As shown in Figure 3, in step S301, when the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, judge how the distance between the first touch point of first gesture and the second touch point of the second gesture changes.For ease of calculating, with the reference direction that the longitudinal direction of such as display unit is predetermined, to judge between second subpoint of the second touch point of first subpoint of the first touch point of first gesture on the projecting plane of the central plane (and the first plane residing for the first touch sensing unit and the second plane parallel residing for the second touch sensing unit and and the equidistant face of described first plane and described second plane) of such as described electronic equipment and the second gesture on described projecting plane whether distance in the vertical changes.Certainly, described reference direction is not limited to longitudinal direction, also can be other any predetermined directions.In addition, the face that the first touch point of first gesture and the second touch point of the second gesture will project to is not limited to the central plane of described electronic equipment, and can be any and described first plane and described second parallel plane.
When distance is in the vertical constant between the first subpoint and the second subpoint, mean that described first gesture and described second gesture are all pressing gestures, or described first gesture and described second gesture are gesture of sliding in the same way.Now, described method proceeds to step S305, judge the first final touch point of first gesture (namely, the last point touched at the end of first gesture) and first initial touch point (that is, the point touched at first when first gesture starts) of first gesture between distance whether change.When distance between first final touch point and the first initial touch point of first gesture of first gesture changes, mean that described first gesture and described second gesture are gesture of sliding in the same way, now, described method proceeds to step S306, produces translation processing command.When distance between first final touch point and the first initial touch point of first gesture of first gesture is constant, mean that described first gesture and described second gesture are all pressing gestures, described method terminates.It is pointed out that in step S305, also can judge whether the distance between the second final touch point of the second gesture and the second initial touch point of the second gesture changes, its operation is similar to the above, is not described in detail in this.
On the other hand, when between the first subpoint and the second subpoint, distance in the vertical changes, described method proceeds to step S302, to judge between the first subpoint and the second subpoint that distance in the vertical increases or reduces.Here hypothesis distance increases corresponding to amplifying processing command, and distance reduces corresponding to reducing processing command.
When judging in step S302 between the first subpoint and the second subpoint that distance in the vertical increases, described method proceeds to step S303, produces and amplifies processing command.When judging in step S302 between the first subpoint and the second subpoint that distance in the vertical reduces, described method proceeds to step S304, produces and reduces processing command.
In addition, preferably, when judging in step S302 between the first subpoint and the second subpoint that distance in the vertical increases, judge whether the object enlargement ratio now that display unit shows is predetermined threshold according to the display processing method of the embodiment of the present invention.When the object enlargement ratio now shown is predetermined threshold, it is constant that described display processing method maintains current display state.And when the object enlargement ratio now shown is lower than predetermined threshold, described display processing method produces and amplifies processing command.
Similarly, when judging in step S302 between the first subpoint and the second subpoint that distance in the vertical reduces, judge whether the object reduction magnification now that display unit shows is predetermined threshold according to the display processing method of the embodiment of the present invention.When the object reduction magnification now shown is predetermined threshold, it is constant that described display processing method maintains current display state.And when the object reduction magnification now shown is lower than predetermined threshold, described display processing method produces and reduces processing command.
Similarly, when judging that in step S305 the distance between the first final touch point of first gesture and the first initial touch point of first gesture changes, judge whether the object translational movement now that display unit shows is predetermined threshold according to the display processing method of the embodiment of the present invention.When the object translational movement now shown is predetermined threshold, it is constant that described display processing method maintains current display state.And when the object translational movement now shown is lower than predetermined threshold, described display processing method produces translation processing command.
In addition, as mentioned above, described processing command can be produce in real time, that is, the touch point based on the described slip gesture in adjacent two moment produces.In the case, as long as first gesture and the second gesture detected simultaneously, and at least one in first gesture and the second gesture is slip gesture, just along with the continuation of slip gesture, produces each processing command based on each predetermined timing.Such as, with the longitudinal direction of display unit for reference direction, and the upward direction of order longitudinal direction is forward.For convenience of description, by the first initial touch point of first gesture and the first final touch point, the subpoint on described projecting plane is called the first initial projections point and the first final subpoint, and the subpoint on described projecting plane is called the second initial projections point and the second final subpoint by the second initial touch point of the second gesture and the second final touch point.When the ordinate of described first initial projections point is greater than the ordinate of described second initial touch point, if first gesture and the second gesture are slided in a staggered manner, namely, first gesture is slided downwards and the second gesture is slided upward until the ordinate of the described first final subpoint is less than the ordinate of described second final touch point, then between the first subpoint and the second subpoint, distance in the vertical first reduces rear increase.Now, described method produces different disposal order along with the change of distance.Particularly, before first gesture and second-hand power-relation's mistake, described method produces along with the reduction of distance and reduces processing command.After first gesture and second-hand power-relation's mistake, described method is along with the increase generation amplification processing command of distance.Thus, can more in real time, quickly respond to the operation of user.
Alternatively, described processing command also can produce based on the initial touch point of described slip gesture and final touch point.Such as, when between the first subpoint and the second subpoint, distance in the vertical constantly changes, until described slip gesture stops slip reaching the schedule time or first gesture and the second gesture do not detected simultaneously, the display processing method according to the embodiment of the present invention just judges: the distance between the first final subpoint and the second final subpoint increases or reduces compared with the distance between the first initial projections point and the second initial projections point.If described distance increases, then produce according to the display processing method of the embodiment of the present invention and amplify processing command.If described distance reduces, then produce according to the display processing method of the embodiment of the present invention and reduce processing command.Thus, at the limited situation decline low processing capacity of electronic equipment processing power, and some maloperation of user can be avoided.
In addition, it is pointed out that in the various embodiments described above, described processing command also can produce in conjunction with the sliding speed of slip gesture and/or sliding distance.Such as, in the process of step S208 and step S306, described method judges sliding speed and/or the sliding distance of slip gesture further.When sliding speed is very fast and/or sliding distance is longer, the translational movement of the translation processing command produced is larger.And when sliding speed is comparatively slow and/or sliding distance is shorter, the translational movement of the translation processing command produced is less.Similarly, in the process of step S203, S206, S207 and step S303, S304, described method judges sliding speed and/or the sliding distance of slip gesture further.When sliding speed is very fast and/or sliding distance is longer, the convergent-divergent multiplying power of the convergent-divergent processing command produced is larger.And when sliding speed is comparatively slow and/or sliding distance is shorter, the convergent-divergent multiplying power of the convergent-divergent processing command produced is less.
By the display processing method according to the embodiment of the present invention, two touch sensing unit can be passed through, according to the first gesture detected and the second gesture simultaneously, judge the operation intention of user more accurately, and produce corresponding processing command according to the touch operation of user, thus reduction maloperation, improve the operability of user.
In addition, provide the new mode of operation of being carried out interactive controlling by two touch sensing unit according to the display processing method of the embodiment of the present invention, enriched Consumer's Experience.
The display processing method according to the embodiment of the present invention is described above referring to figs. 1 through Fig. 3.Below with reference to Fig. 4, the electronic equipment according to the embodiment of the present invention is described.
Fig. 4 is the block diagram of diagram according to the configuration of the electronic equipment 400 of the embodiment of the present invention.Described electronic equipment 400 comprises:
Display unit 401, for display object;
First touch sensing unit 402, is positioned at the first surface of described electronic equipment, for gathering first gesture;
Second touch sensing unit 403, is positioned at second of described electronic equipment, for gathering the second gesture;
Processing command generation unit 404, for when the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, produce processing command, wherein, at least one in described first gesture and described second gesture is slip gesture; And
Display processing unit 405, for performing convergent-divergent process or translation process based on described processing command to the object that display unit shows.
In addition, described processing command generation unit based at least one in the glide direction of described slip gesture and sliding distance, can produce described processing command.
The configuration of electronic equipment according to another embodiment of the present invention, when to produce processing command based on the glide direction of described slip gesture and operation are described below.
When the glide direction based on described slip gesture produces processing command, when the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, described first touch sensing unit is predetermined reference direction with the longitudinal direction of such as display unit, judges whether first gesture moves in the vertical.Certainly, described reference direction is not limited to longitudinal direction, also can be other any predetermined directions.
If the first touch sensing unit judges that first gesture is not moved in the vertical, then this means that described first gesture is pressing gesture, and non-slip gesture.Described second touch sensing unit, based on same reference direction, judges whether the second gesture moves.
When the second touch sensing unit judges that the second gesture is moved in the vertical, mean that described second gesture is slip gesture, now, described first gesture is pressing gesture and described second gesture is slip gesture.Processing command generation unit, based on the second gesture as slip gesture, produces the Scale command.When the second touch sensing unit judges that the second gesture is not also moved in the vertical, processing command generation unit does not produce processing command.
If the first touch sensing unit judges that first gesture is moved in the vertical, that is, described first gesture is slip gesture, then described second touch sensing unit is based on same reference direction, judges whether the second gesture moves.
When the second touch sensing unit judges that the second gesture is moved in the vertical, now, described first gesture and the second gesture are all slip gestures.It is to be noted, according in the electronic equipment of the present embodiment, except the unit shown in Fig. 4, also comprise the first judging unit, it is connected with the second touch sensing unit with the first touch sensing unit, for judging whether the motion in the vertical of first gesture and the second gesture is relative, and judged result is outputted to processing command generation unit.If described first judging unit judges that first gesture is relative with the motion in the vertical of the second gesture, then with a prearranged gesture (such as first gesture) in first gesture and the second gesture for reference, produce convergent-divergent processing command.This prearranged gesture as a reference can be system default, also can be that user pre-sets.If the first judging unit judges the motion in the vertical of first gesture and the second gesture and irrelative, then mean that first gesture and the motion in the vertical of the second gesture are in the same way, now, processing command generation unit produces translation processing command.
When the second touch sensing unit judges that the second gesture is not moved in the vertical, now, described first gesture is slip gesture and described second gesture is pressing gesture, and processing command generation unit, based on the first gesture as slip gesture, produces convergent-divergent processing command.
Next, will being slip gesture with first gesture and the second gesture is example for pressing the situation of gesture, when one of being described in first gesture and the second gesture moves in the vertical, producing the operation of the Scale command.
In the case, described first touch sensing unit judges that the direction of slip gesture is first direction or second direction.Here suppose as first direction upward direction correspond to amplify processing command, and as second direction in downward direction corresponding to reducing processing command.Thus, when the direction that described first touch sensing unit judges described slip gesture is first direction, processing command generation unit produces and amplifies processing command, and when the direction that described first touch sensing unit judges described slip gesture is second direction, processing command generation unit produces and reduces processing command.
In addition, preferably, in this embodiment, described electronic equipment also comprises the second judging unit, it is connected with display unit, for judging whether convergent-divergent multiplying power and/or the translational movement of the object that display unit shows are predetermined threshold, and judged result is outputted to processing command generation unit.When the direction that described first touch sensing unit judges described slip gesture is first direction, the second judging unit judges whether the object enlargement ratio now that display unit shows is predetermined threshold.When the object enlargement ratio now shown is predetermined threshold, processing command generation unit does not produce processing command, but it is constant to maintain current display state.When the enlargement ratio of the object now shown is lower than predetermined threshold, processing command generation unit produces and amplifies processing command.
Similarly, when the direction that described first touch sensing unit judges described slip gesture is second direction, the second judging unit judges whether the object reduction magnification now that display unit shows is predetermined threshold.When the object reduction magnification now shown is predetermined threshold, processing command generation unit does not produce processing command, but it is constant to maintain current display state.And when the object reduction magnification now shown is lower than predetermined threshold, processing command generation unit produces and reduces processing command.
Similarly, when judging that first gesture and the motion in the vertical of the second gesture are as time in the same way, the second judging unit judges whether the translational movement of object now in this direction of motion that display unit shows is predetermined threshold.When the object translational movement now shown is predetermined threshold, processing command generation unit does not produce processing command, but it is constant to maintain current display state.And when the translational movement of object now in this direction of motion shown is lower than predetermined threshold, processing command generation unit produces translation processing command.
Above, being slip gesture with first gesture and the second gesture is example for pressing the situation of gesture, one of describing in first gesture and the second gesture moves in reference direction, producing the operation of the Scale command.It will be appreciated by those skilled in the art that when first gesture be pressing gesture and the second gesture be slip gesture operation with above class of operation seemingly, be not described in detail in this.In addition, when first gesture is relative with the motion of the second gesture in reference direction, that is, first gesture and the second gesture are slip gesture, and glide direction is contrary, now, according to the electronics of the embodiment of the present invention with predetermined in first gesture and the second gesture, such as first gesture is reference, by the operation similar with aforesaid operations, produces the Scale command.
Alternatively, described processing command generation unit is also by with under type, glide direction based on slip gesture produces processing command: when the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, judges whether first gesture whether be slip gesture and the second gesture is slip gesture in a similar way as described above.When judge one in first gesture and the second gesture as slip gesture and another for pressing gesture time, above-mentioned first judging unit judges that the glide direction of slip gesture is whether away from the touch point of pressing gesture further.When slip gesture glide direction away from pressing gesture touch point time, processing command generation unit produces a convergent-divergent processing command, such as, amplify processing command.When the glide direction of slip gesture is when the touch point of pressing gesture, processing command generation unit produces another convergent-divergent processing command, such as, reduce processing command.In addition, when judging first gesture and the second gesture is slip gesture, the glide direction that described first judging unit judges two slip gestures further mutually away from, near still in the same way.When two slip gestures glide direction mutually away from time, processing command generation unit produces a convergent-divergent processing command, such as, amplify processing command.When the glide direction of two slip gestures is close to each other, processing command generation unit produces another convergent-divergent processing command, such as, reduce processing command.When two slip gestures glide direction in the same way time, processing command generation unit produces translation processing command.When judging that first gesture and the second gesture are pressing gesture, described processing command generation unit does not produce processing command.
By the electronic equipment according to the embodiment of the present invention, two touch sensing unit can be passed through, according to the first gesture detected and the second gesture simultaneously, judge the operation intention of user more accurately, and produce corresponding processing command according to the touch operation of user, thus reduction maloperation, improve the operability of user.
In addition, provide the new mode of operation of being carried out interactive controlling by two touch sensing unit according to the display processing method of the embodiment of the present invention, enriched Consumer's Experience.
Described above is operation and the configuration of electronic equipment when producing processing command according to the direction of first gesture and the second gesture.Alternatively, according to the distance between the first touch point of first gesture and the second touch point of the second gesture, processing command can be produced according to the electronic equipment of the embodiment of the present invention.In this case operation will be described in detail below.
In this embodiment, described electronic equipment is except the unit shown in Fig. 4, also comprise the 3rd judging unit, it is connected with the second touch sensing unit with the first touch sensing unit, for when the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, judge how the distance between the first touch point of first gesture and the second touch point of the second gesture changes, and judged result is outputted to processing command generation unit.Similar with above with reference to described in Fig. 3, when the 3rd judging unit to judge between the first subpoint and the second subpoint that distance is in the vertical constant, mean that described first gesture and described second gesture are all pressing gestures, or described first gesture and described second gesture are gesture of sliding in the same way.Now, the 3rd judging unit is also for judging whether the distance between the first final touch point of first gesture and the first initial touch point of first gesture changes.When distance between first final touch point and the first initial touch point of first gesture of first gesture changes, mean that described first gesture and described second gesture are gesture of sliding in the same way, now, processing command generation unit produces translation processing command.When distance between first final touch point and the first initial touch point of first gesture of first gesture is constant, mean that described first gesture and described second gesture are all pressing gestures, processing command generation unit does not produce processing command, but it is constant to maintain current display state.It is pointed out that gesture the 3rd judging unit also can judge whether the distance between the second final touch point of the second gesture and the second initial touch point of the second gesture changes, its operation is similar to the above, is not described in detail in this.
On the other hand, when the distance that the 3rd judging unit to judge between the first subpoint and the second subpoint in the vertical changes, described 3rd judging unit to judge between the first subpoint and the second subpoint that distance in the vertical increases or reduces further.Here hypothesis distance increases corresponding to amplifying processing command, and distance reduces corresponding to reducing processing command.Thus, when the distance that the 3rd judging unit to judge between the first subpoint and the second subpoint in the vertical increases, processing command generation unit produces and amplifies processing command.When the distance that the 3rd judging unit to judge between the first subpoint and the second subpoint in the vertical reduces, processing command generation unit produces and reduces processing command.
In addition, preferably, described electronic equipment comprises four judging unit similar with the second judging unit in above-described embodiment, it is connected with display unit, for judging whether convergent-divergent multiplying power and/or the translational movement of the object that display unit shows are predetermined threshold, and judged result is outputted to processing command generation unit.When the distance that the 3rd judging unit to judge between the first subpoint and the second subpoint in the vertical increases, the 4th judging unit judges whether the object enlargement ratio now that display unit shows is predetermined threshold.When the object enlargement ratio now shown is predetermined threshold, processing command generation unit does not produce processing command, but it is constant to maintain current display state.And when the object enlargement ratio now shown is lower than predetermined threshold, processing command generation unit produces and amplifies processing command.
Similarly, when the distance that the 3rd judging unit to judge between the first subpoint and the second subpoint in the vertical reduces, the 4th judging unit judges whether the object reduction magnification now that display unit shows is predetermined threshold.When the object reduction magnification now shown is predetermined threshold, processing command generation unit does not produce processing command, but it is constant to maintain current display state.And when the object reduction magnification now shown is lower than predetermined threshold, processing command generation unit produces and reduces processing command.
Similarly, when the 3rd judging unit judges the distance change between the first final touch point of first gesture and the first initial touch point of first gesture, the 4th judging unit judges whether the object translational movement now that display unit shows is predetermined threshold.When the object translational movement now shown is predetermined threshold, processing command generation unit does not produce processing command, but it is constant to maintain current display state.And when the object translational movement now shown is lower than predetermined threshold, processing command generation unit produces and reduces processing command.
In addition, as mentioned above, processing command generation unit can produce processing command in real time, that is, based on the described slip gesture in adjacent two moment touch point and produce processing command.In the case, as long as first gesture and the second gesture detected simultaneously, and at least one in first gesture and the second gesture is slip gesture, just along with the continuation of slip gesture, produces each processing command based on each predetermined timing.Such as, when the ordinate of described first initial projections point is greater than the ordinate of described second initial touch point, if first gesture and the second gesture are slided in a staggered manner, namely, first gesture is slided downwards and the second gesture is slided upward until the ordinate of the described first final subpoint is less than the ordinate of described second final touch point, then between the first subpoint and the second subpoint, distance in the vertical first reduces rear increase.Now, processing command generation unit produces different disposal order along with the change of distance.Particularly, before first gesture and second-hand power-relation's mistake, processing command generation unit produces along with the reduction of distance and reduces processing command.After first gesture and second-hand power-relation's mistake, processing command generation unit is along with the increase generation amplification processing command of distance.Thus, can more in real time, quickly respond to the operation of user.
Alternatively, processing command generation unit also can produce processing command based on the initial touch point of described slip gesture and final touch point.Such as, when between the first subpoint and the second subpoint, distance in the vertical constantly changes, until described slip gesture stops slip reaching the schedule time or first gesture and the second gesture do not detected simultaneously, processing command generation unit just judges: the distance between the first final subpoint and the second final subpoint increases or reduces compared with the distance between the first initial projections point and the second initial projections point.If described distance increases, then processing command generation unit produces and amplifies processing command.If described distance reduces, then processing command generation unit produces and reduces processing command.Thus, at the limited situation decline low processing capacity of electronic equipment processing power, and some maloperation of user can be avoided.
In addition, it is pointed out that processing command generation unit also can produce processing command in conjunction with the sliding speed of slip gesture and/or sliding distance.Such as, in the above-described embodiments, described electronic equipment judges sliding speed and/or the sliding distance of slip gesture further.When sliding speed is very fast and/or sliding distance is longer, the translational movement of the translation processing command that processing command generation unit produces is larger.And when sliding speed is comparatively slow and/or sliding distance is shorter, the translational movement of the translation processing command that processing command generation unit produces is less.Similarly, when sliding speed is very fast and/or sliding distance is longer, the convergent-divergent multiplying power of the convergent-divergent processing command that processing command generation unit produces is larger.And when sliding speed is comparatively slow and/or sliding distance is shorter, the convergent-divergent multiplying power of the convergent-divergent processing command that processing command generation unit produces is less.
By the electronic equipment according to the embodiment of the present invention, two touch sensing unit can be passed through, according to the first gesture detected and the second gesture simultaneously, judge the operation intention of user more accurately, and produce corresponding processing command according to the touch operation of user, thus reduction maloperation, improve the operability of user.
In addition, provide the new mode of operation of being carried out interactive controlling by two touch sensing unit according to the electronic equipment of the embodiment of the present invention, enriched Consumer's Experience.
Above, electronic equipment according to the embodiment of the present invention and display processing method thereof is described referring to figs. 1 through Fig. 4.
It should be noted that, in this manual, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or equipment and not only comprise those key elements, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or equipment.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment comprising described key element and also there is other identical element.
Finally, also it should be noted that, above-mentioned a series of process not only comprises with the order described here temporally process that performs of sequence, and comprises process that is parallel or that perform respectively instead of in chronological order.Such as, the step S202 in Fig. 2 and the process of S204 can perform concurrently with the process of step S201.
Through the above description of the embodiments, those skilled in the art can be well understood to the mode that the present invention can add required hardware platform by software and realize, and can certainly all be implemented by hardware.Based on such understanding, what technical scheme of the present invention contributed to background technology can embody with the form of software product in whole or in part, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform the method described in some part of each embodiment of the present invention or embodiment.
Above to invention has been detailed introduction, applying specific case herein and setting forth principle of the present invention and embodiment, the explanation of above embodiment just understands method of the present invention and core concept thereof for helping; Meanwhile, for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (8)
1. a display processing method, be applied in an electronic equipment, it is characterized in that, described electronic equipment comprises display unit, is positioned at the first touch sensing unit of the first surface of described electronic equipment and is positioned at second touch sensing unit of second of described electronic equipment, toward each other, described display processing method comprises for described first surface and described second face:
When the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, produce processing command, when described first gesture and described second gesture not detected simultaneously, or when described first gesture and described second gesture are not slip gestures, do not produce processing command, wherein, described first gesture and described second gesture are slip gesture; And
Based on described processing command, translation process is performed to the object that display unit shows;
Wherein, the step producing processing command comprises:
When described in the glide direction described first gesture and described these two slip gestures of second gesture being detected is in the same way and while described first gesture touches described first touch sensing unit, the second gesture touches described second touch sensing unit, or when the glide direction described first gesture and described these two slip gestures of second gesture being detected in the same way and one of described first gesture and described second gesture first produce and another gesture at the end of this gesture not yet in described first gesture and the second gesture produces time, produce translation processing command.
2. display processing method as claimed in claim 1, wherein, the step producing processing command comprises:
Based at least one in the glide direction of described slip gesture and sliding distance, produce described processing command.
3. display processing method as claimed in claim 1, wherein, the step producing processing command comprises:
Based on the touch point of the described slip gesture in adjacent two moment, produce described processing command in real time; Or
Based on initial touch point and the final touch point of described slip gesture, produce described processing command.
4. display processing method as claimed in claim 1, wherein, the step producing processing command comprises:
When distance between first touch point and the second touch point of described second gesture of described first gesture does not change, produce the processing command for performing translation process to the object that display unit shows.
5. an electronic equipment, comprising:
Display unit, for display object;
First touch sensing unit, is positioned at the first surface of described electronic equipment, for gathering first gesture;
Second touch sensing unit, is positioned at second of described electronic equipment, and for gathering the second gesture, described first surface and described second face are toward each other;
Processing command generation unit, for when the second gesture first gesture that gathered by described first touch sensing unit being detected and gathered by described second touch sensing unit simultaneously, produce processing command, when described first gesture and described second gesture not detected simultaneously, or when described first gesture and described second gesture are not slip gestures, do not produce processing command, wherein, at least one in described first gesture and described second gesture is slip gesture; And
Display processing unit, for performing translation process based on described processing command to the object that display unit shows;
Wherein, when the glide direction of described first gesture and described these two slip gestures of second gesture being detected in the same way, and when described in while described first gesture touches described first touch sensing unit, the second gesture touches described second touch sensing unit, or when the glide direction of described first gesture and described these two slip gestures of second gesture being detected in the same way, and one of described first gesture and described second gesture first produce and another gesture at the end of this gesture not yet in described first gesture and the second gesture produces time, described processing command generation unit produces translation processing command.
6. electronic equipment as claimed in claim 5, wherein:
Described processing command generation unit, based at least one in the glide direction of described slip gesture and sliding distance, produces described processing command.
7. electronic equipment as claimed in claim 5, wherein:
Described processing command generation unit, based on the touch point of the described slip gesture in adjacent two moment, produces described processing command in real time; Or
Described processing command generation unit, based on the initial touch point of described slip gesture and final touch point, produces described processing command.
8. electronic equipment as claimed in claim 5, wherein:
When distance between first touch point and the second touch point of described second gesture of described first gesture does not change, described processing command generation unit produces the processing command for performing translation process to the object that display unit shows.
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| US9851876B2 (en) | 2012-06-04 | 2017-12-26 | Htc Corporation | Method, apparatus and computer-readable medium for adjusting size of screen object |
| CN105700784A (en) * | 2014-11-28 | 2016-06-22 | 神讯电脑(昆山)有限公司 | Touch input method and electronic apparatus |
| CN106774815B (en) * | 2015-11-25 | 2019-11-08 | 小米科技有限责任公司 | Touch gestures determine method and device |
| CN107632749A (en) * | 2017-09-05 | 2018-01-26 | 珠海市魅族科技有限公司 | 3-D view visual angle regulating method, device, computer installation and storage medium |
| CN110162251B (en) * | 2019-05-17 | 2021-06-18 | 网易（杭州）网络有限公司 | Image scaling method and device, storage medium and electronic equipment |
| CN114579033B (en) * | 2022-05-05 | 2023-04-14 | 深圳市闪剪智能科技有限公司 | Gesture switching method, device and equipment for android platform and storage medium |
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