CN102541319A - Electronic equipment and display processing method thereof - Google Patents
Electronic equipment and display processing method thereof Download PDFInfo
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- CN102541319A CN102541319A CN2010105963835A CN201010596383A CN102541319A CN 102541319 A CN102541319 A CN 102541319A CN 2010105963835 A CN2010105963835 A CN 2010105963835A CN 201010596383 A CN201010596383 A CN 201010596383A CN 102541319 A CN102541319 A CN 102541319A
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Abstract
The invention provides electronic equipment and a display processing method thereof. The display processing method is applied to the electronic equipment, and includes inducing a first touch gesture; judging whether the first touch gesture meets preset conditions or not; activating a scaling mode when the first touch gesture meets the preset conditions; inducing a second touch gesture; and executing scaling processing for an object displayed on the electronic equipment in the scaling mode according to the second touch gesture.
Description
Technical field
The present invention relates to the field of electronic equipment, particularly, the present invention relates to a kind of electronic equipment and display processing method thereof.
Background technology
Along with the development of touch sensible technology, the electronic equipment that comprises touch sensing unit catches on gradually.In such electronic equipment, the user usually need carry out the object that shows on the electronic equipment and amplify or reduction operation.Usually realize amplifying or reduction operation through following two kinds of methods in the prior art.
In first method, adopt the multiple point touching technology, with two gestures of giving directions thing to make, generation is amplified or is dwindled order, thereby realizes amplifying or reduction operation through the induction user.Yet in this method, the user needs one to hold electronic equipment usually, and another hand is operated with two fingers accordingly, when long-time operation, causes human fatigue easily.
In the second approach, corresponding hard button or the soft-key button that amplifies or dwindle is set on electronic equipment.When sensing the user when pushing said hard button or soft-key button, generate corresponding amplification or dwindle order, thereby realize amplifying or reduction operation.Yet in this method, when needs amplified continuously or dwindle, the user must repeatedly push said button, and this is directly perceived inadequately with easily for the user.
Summary of the invention
Because above-mentioned situation the invention provides a kind of electronic equipment and display processing method thereof, it makes the user to realize amplifying or reduction operation with simple action through single indication thing (for example, single finger), has improved user experience greatly.
According to one embodiment of the invention, a kind of display processing method is provided, be applied in the electronic equipment, said display processing method comprises: respond to first touch gestures; Judge whether said first touch gestures satisfies predetermined condition; When said first touch gestures satisfies predetermined condition, activate zoom mode; Respond to second touch gestures; And under said zoom mode,, the object that shows on the said electronic equipment is carried out convergent-divergent handle according to said second touch gestures.
In said display processing method, judge whether said first touch gestures satisfies predetermined condition and can comprise: whether the force value of judging said first touch gestures is greater than first threshold.
In said display processing method, judge whether said first touch gestures satisfies predetermined condition and can comprise: whether the contact area of judging the finger make said first touch gestures and said electronic equipment is greater than second threshold value.
In said display processing method, the object that shows on the said electronic equipment is carried out convergent-divergent handle and to comprise: discern second touch gestures; When identification second touch gestures is the slip gesture, confirm the glide direction of second touch gestures; And, confirm to carry out processing and amplifying and still dwindle processing according to said glide direction.
In said display processing method, the object that shows on the said electronic equipment is carried out the convergent-divergent processing also can comprise: the sliding distance of confirming second touch gestures; And, confirm scaling according to said sliding distance.
In said display processing method, the object that shows on the said electronic equipment is carried out convergent-divergent handle and to comprise: discern second touch gestures; When identification second touch gestures is when clicking gesture, to obtain first touch point of first touch gestures and second touch point of second touch gestures; And, confirm to carry out processing and amplifying and still dwindle processing according to the relative position relation between said first touch point and said second touch point.
In said display processing method, the object that shows on the said electronic equipment is carried out the convergent-divergent processing also can comprise: calculate the distance between said first touch point and said second touch point; And, confirm scaling according to said distance.
According to another embodiment of the present invention, a kind of electronic equipment is provided, comprising: first sensing unit, respond to first touch gestures; Judging unit judges whether said first touch gestures satisfies predetermined condition; Activate the unit, when said first touch gestures satisfies predetermined condition, activate zoom mode; Second sensing unit is responded to second touch gestures; And processing unit, under said zoom mode,, the object that shows on the said electronic equipment is carried out convergent-divergent handle according to said second touch gestures.
In said electronic equipment, said judging unit can judge that whether the force value of said first touch gestures is greater than first threshold.
In said electronic equipment, said judging unit can judge that whether the contact area of the finger of making said first touch gestures and said electronic equipment is greater than second threshold value.
In said electronic equipment, said processing unit can comprise: recognition unit, discern second touch gestures; First confirms the unit, when identification second touch gestures is the slip gesture, confirms the glide direction of second touch gestures; And second confirm the unit, according to said glide direction, confirms to carry out processing and amplifying and still dwindle processing.
In said electronic equipment, said processing unit also can comprise: the 3rd confirms the unit, confirms the sliding distance of second touch gestures; And the 4th confirm according to said sliding distance, to confirm scaling in the unit.
In said electronic equipment, said processing unit can comprise: recognition unit, discern second touch gestures; Obtain the unit, when identification second touch gestures is when clicking gesture, to obtain first touch point of first touch gestures and second touch point of second touch gestures; And the 5th confirm the unit, according to the relative position relation between said first touch point and said second touch point, confirms to carry out processing and amplifying and still dwindle processing.
In said electronic equipment, said processing unit also can comprise: computing unit, calculate the distance between said first touch point and said second touch point; And the 6th confirm according to said distance, to confirm scaling in the unit.
Through the electronic equipment and the display processing method thereof of the above embodiment of the present invention, make the user to realize amplifying or reduction operation with simple action through single indication thing (for example, single finger), improved user experience greatly.
Description of drawings
Fig. 1 is the process flow diagram of diagram according to the step of the display processing method of the embodiment of the invention;
Fig. 2 is the block diagram of diagram according to the main configuration of the electronic equipment of the embodiment of the invention;
Fig. 3 be more detailed icon according to the block diagram of the main configuration of the electronic equipment of the embodiment of the invention;
Fig. 4 is the detailed icon block diagram of the main configuration of electronic equipment according to another embodiment of the present invention more; And
Fig. 5 A and Fig. 5 B are the synoptic diagram of diagram application according to the operation of the electronic equipment of the display processing method of the embodiment of the invention.
Embodiment
Below will specify the embodiment of the invention with reference to accompanying drawing.
At first, will be with reference to the display processing method of figure 1 description according to the embodiment of the invention.Display processing method according to the embodiment of the invention is applied in the electronic equipment such as mobile phone, portable computer etc.Said electronic equipment comprises display unit.Said sensing cell also comprises touch sensing unit, is used to respond to contacting of user's finger or pointer and electronic equipment.Said display unit and said touch sensing unit can be integrated into a unit.Alternatively, said display unit and said touch sensing unit also can be set to separate units.For example, said display unit and said touch sensing unit can arranged stacked on the surface of said electronic equipment.Alternatively, said display unit and said touch sensing unit can be arranged in the zones of different of said electronic equipment with non-range upon range of mode.
Said display processing method comprises:
Step S101: respond to first touch gestures.
When the display processing method according to the embodiment of the invention began, the user for example passed through the touch sensing unit of the said electronic equipment of finger touch.Said display processing method is responded to said first touch gestures through said touch sensing unit.
Step S102: judge whether said first touch gestures satisfies predetermined condition.
Particularly, for example, said electronic equipment can comprise sensing unit, and said sensing unit is used for the parameter that sensing embodies the pressure of first touch gestures.For example, said sensing unit can be a pressure transducer.Whether the force value that can judge said first touch gestures through said sensing unit according to the display processing method of the embodiment of the invention is greater than first threshold.Said first threshold can be provided with arbitrarily by the user as required in advance, also can be said display processing method default setting.
Alternatively; Because user's finger is big more for the electronic equipment applied pressure in practical operation; The contact area of itself and electronic equipment is also big more usually; Therefore, the parameter of the pressure of said embodiment first touch gestures also can be to make the finger of first touch gestures and the contact area between the said electronic equipment.That is to say that said sensing unit can be an area transducer.Whether the contact area that in the case, can judge the finger of making said first touch gestures and said electronic equipment through said sensing unit according to the display processing method of the embodiment of the invention is greater than second threshold value.Equally, said second threshold value can be provided with arbitrarily by the user as required in advance, also can be said display processing method default setting.
Alternatively, because user's finger is big more for the electronic equipment applied pressure in practical operation, the sound that produces when it contacts with electronic equipment is also big more usually.The relevant parameter of sound that produces when therefore, the parameter of the pressure of said embodiment first touch gestures also can be a finger of making first touch gestures with said electronic equipment contact.That is to say that said sensing unit can be the sensor of sensing acoustic phase related parameter.For example, said sensing unit can be a decibelmeter.Whether the decibel of the sound that produces in the time of in the case, can judging that the finger of making said first touch gestures contacts with said electronic equipment through said sensing unit according to the display processing method of the embodiment of the invention is greater than the 3rd threshold value.Equally, said the 3rd threshold value can be provided with arbitrarily by the user as required in advance, also can be said display processing method default setting.
Alternatively, because user's finger is big more for the electronic equipment applied pressure in practical operation, the angle of said electronic equipment changes also big more usually.Therefore, the parameter of the pressure of said embodiment first touch gestures also can be to embody the parameter of the angle change of said electronic equipment.That is to say that said sensing unit can be the sensor that sensing embodies the parameter that the angle of said electronic equipment changes.For example, said sensing unit can be the acceleration transducer such as gravity sensor.Whether the acceleration change amount that in the case, can judge said electronic equipment through said sensing unit according to the display processing method of the embodiment of the invention is greater than the 4th threshold value.Equally, said the 4th threshold value can be provided with arbitrarily by the user as required in advance, also can be said display processing method default setting.
It is pointed out that above implementation only provides as an example, those skilled in the art can come the operation of performing step S102 fully according to the variety of way except that above-mentioned, and it is included within the scope of the present invention.
Step S103: when said first touch gestures satisfies predetermined condition, activate zoom mode.
Particularly, comprise general mode and zoom mode in the said electronic equipment.Said general mode i.e. residing pattern when not carrying out zoom operations, and it is known by those skilled in the art, is not described in detail in this.Said electronic equipment acquiescence is in general mode.When said first touch gestures did not satisfy predetermined condition, said electronic equipment did not activate zoom mode, but kept general mode.At this moment, even like said second touch gestures of sensing in back, said display processing method is not also carried out convergent-divergent according to said second touch gestures to the object that shows on the said electronic equipment and is handled, but according to general mode said second touch gestures is responded.
When said first touch gestures satisfied predetermined condition, said display processing method for example generated an activation command, thereby activated said zoom mode, made said electronic equipment be in zoom mode.At this moment, if like said second touch gestures of sensing in back, then said display processing method will respond said second touch gestures according to zoom mode, and it will be described in detail later.
Particularly, as stated, in different implementations, said predetermined condition can be: the force value of said first touch gestures is greater than first threshold; The contact area of finger and said electronic equipment of making said first touch gestures is greater than second threshold value; The decibel of the sound that produces when the finger of making said first touch gestures contacts with said electronic equipment is greater than the 3rd threshold value; Or the acceleration change amount of said electronic equipment is greater than the 4th threshold value.In arbitrary implementation, as long as said first touch gestures satisfies its predetermined condition, said display processing method just activates zoom mode.
Step S104: respond to second touch gestures.
After the operation of step S103, said display processing method makes said electronic equipment be in zoom mode.At this moment, said display processing method is responded to second touch gestures through touch sensing unit.Second touch gestures that said display processing method senses can be the slip gesture, also can be to click gesture.In addition, second touch gestures that said display processing method senses and first touch gestures can be continuous, also can separate.In other words, the user can leave said electronic equipment to finish first touch gestures giving directions thing to touch said electronic equipment with after making first touch gestures with finger or other, after this touches said electronic equipment once more to make second touch gestures.Alternatively, the user can not leave said electronic equipment giving directions thing to touch said electronic equipment with after making first touch gestures with finger or other, but continues to touch said electronic equipment to make second touch gestures.
Step S105: under said zoom mode,, the object that shows on the said electronic equipment is carried out convergent-divergent handle according to said second touch gestures.
Particularly, said display processing method is discerned said second touch gestures.For example, the tracing point of second touch gestures that said display processing method obtains to be responded to, and discern said second touch gestures through said tracing point.Method through tracing point recognizing touch operation gesture is known in the art, is not described in detail in this.When said second touch gestures of identification was the slip gesture, said display processing method obtained initial touch point and the final touch point in the said tracing point.Below will be in due course the operation of said display processing method be described with reference to figure 5A and 5B.
Shown in Fig. 5 A, being the touching induction region of said electronic equipment shown in the thick line.Point with the P1 mark is the touch point of first touch gestures.Being the initial touch point when said second touch gestures is the slip gesture with the point of P2 mark, is the final touch point when said second touch gestures is the slip gesture with the point of P2 ' mark.In the present embodiment, suppose y axle forward corresponding to amplifieroperation, y axle negative sense is corresponding to reduction operation.Certainly, it will be appreciated by those skilled in the art that and depend on the preset of user or said display processing method that y axle forward can be corresponding to reduction operation, y axle negative sense can be corresponding to amplifieroperation.In addition, can adopt y axle any axle in addition axle as a reference.
In the case, said display processing method obtains the position coordinates of initial touch point P2 and final touch point P2 ', and obtains the glide direction of said second touch gestures thus, in Fig. 5, illustrates with vector P2P2 '.
After this, said display processing method is confirmed to carry out processing and amplifying and is still dwindled processing according to said glide direction.Particularly, said display processing method obtains its component P2 on axis of reference (y axle in the present embodiment) according to said glide direction
yP2
y', and confirm to carry out processing and amplifying according to the direction of said component and still dwindle processing.In this example, said component P2
yP2
y' direction be y axle forward, confirm to carry out processing and amplifying thus.
Further, said display processing method is confirmed the sliding distance of second touch gestures according to the initial touch point P2 of said second touch gestures and the position coordinates of final touch point P2 ', in Fig. 5 A corresponding to the wire length between P2 point and the P2 ' point.After this, said display processing method is confirmed scaling according to said sliding distance.For example, when said sliding distance was 1cm, said scaling was 10%.Said sliding distance and said scaling can linearly change.For example, when said sliding distance was 1.5cm, said scaling was 15%.When said sliding distance was 2cm, said scaling was 20%.Alternatively, said sliding distance and said scaling also can be according to the piecewise function relationship change.For example, when said sliding distance was 1-2cm, said scaling was 10%.Certainly, those skilled in the art can be provided with the corresponding relation between said sliding distance and the said scaling arbitrarily as required, and it is included within the scope of the present invention.For more meeting user's operating habit, preferably, sliding distance is long more, and scaling is big more.Sliding distance is short more, and scaling is more little.
More than described and to have discerned said second touch gestures situation that is the slip gesture.To combine Fig. 5 B to describe below when the situation of said second touch gestures of identification for the click gesture.At this moment, said display processing method obtains the position coordinates of second touch point (like the some P2 among Fig. 5 B) of first touch point (like the some P1 among Fig. 5 B) and second touch gestures of first touch gestures.After this, said display processing method is confirmed to carry out processing and amplifying and is still dwindled processing according to the relative position relation between said some P1 and the said some P2.Particularly, said display processing method obtains its component P1 on axis of reference (in this embodiment, being the y axle) according to by said some P1 and the said some vector P1P2 that P2 obtains
yP2
y, and according to said component P1
yP2
yDirection (y axle forward), confirm to carry out processing and amplifying.
Further, said display processing method also can calculate the distance between said first touch point P1 and the said second touch point P2, in Fig. 5 B corresponding to the wire length between P1 point and the P2 point.After this, said display processing method is confirmed scaling according to said distance.For example, when said distance was 1cm, said scaling was 10%.Said distance and said scaling can linearly change.For example, when said distance was 1.5cm, said scaling was 15%.When said distance was 2cm, said scaling was 20%.Alternatively, said distance and said scaling also can be according to the piecewise function relationship change.For example, when said distance was 1-2cm, said scaling was 10%.Certainly, those skilled in the art can be provided with the corresponding relation between said distance and the said scaling arbitrarily as required, and it is included within the scope of the present invention.For more meeting user's operating habit, preferably, said distance is long more, and scaling is big more.Said distance is short more, and scaling is more little.
It is pointed out that in the above-described embodiments the central point of amplifieroperation or reduction operation for example is set to the center of said viewing area by said display processing method default setting.Alternatively, said display processing method also can be provided with the central point of amplifieroperation or reduction operation according to user's operation.For example, the touch point that said display processing method can said first touch gestures is set to the central point of amplifieroperation or reduction operation.Alternatively, said display processing method also can with the touch point of initial touch point of said second touch gestures (when said second touch gestures of identification is the slip gesture) or said second touch gestures (when said second touch gestures of identification when clicking gesture) be set to the central point of amplifieroperation or reduction operation.Certainly, any point between the touch point that said display processing method also can said first touch gestures and the touch point of said second touch gestures is set to the central point of amplifieroperation or reduction operation, and it is included within the scope of the present invention.
Display processing method according to the embodiment of the invention has more than been described.Through responding to first touch gestures, and when said first touch gestures satisfies predetermined condition, activate zoom mode; Make said electronic equipment be in zoom mode, after this, through responding to second touch gestures; The object that shows on the said electronic equipment is carried out convergent-divergent to be handled; Make the user to realize amplifying or reduction operation with simple action thus, improved user experience greatly through single indication thing (for example, single finger).
Below with reference to Fig. 2 the electronic equipment according to the embodiment of the invention is described.Said electronic equipment such as mobile phone, portable computer etc.Said electronic equipment comprises display unit.Said sensing cell also comprises touch sensing unit, is used to respond to contacting of user's finger or pointer and electronic equipment.Said display unit and said touch sensing unit can be integrated into a unit.Alternatively, said display unit and said touch sensing unit also can be set to separate units.For example, said display unit and said touch sensing unit can arranged stacked on the surface of said electronic equipment.Alternatively, said display unit and said touch sensing unit can be arranged in the zones of different of said electronic equipment with non-range upon range of mode.
As shown in Figure 2, electronic equipment 200 comprises: first sensing unit 201, judging unit 202, activate unit 203, second sensing unit 204 and processing unit 205.Said first sensing unit 201 is a touch sensing unit with said second sensing unit 204, and both can be integrated into a unit, also can separate being set to different units.
Particularly, first sensing unit, 201 inductions, first touch gestures.Judging unit 202 judges whether said first touch gestures satisfies predetermined condition.For example, said judging unit 202 can comprise sensing unit, and said sensing unit is used for the parameter that sensing embodies the pressure of first touch gestures.For example, said sensing unit can be a pressure transducer.Said judging unit 202 judges that whether the force value of said first touch gestures is greater than first threshold.Said first threshold can be provided with arbitrarily by the user as required in advance, also can be said electronic equipment default setting.
Alternatively; Because user's finger is big more for the electronic equipment applied pressure in practical operation; The contact area of itself and electronic equipment is also big more usually; Therefore, the parameter of the pressure of said embodiment first touch gestures also can be to make the finger of first touch gestures and the contact area between the said electronic equipment.That is to say that said sensing unit can be an area transducer.In the case, said judging unit 202 judge the finger of making said first touch gestures and said electronic equipment contact area whether greater than second threshold value.Equally, said second threshold value can be provided with arbitrarily by the user as required in advance, also can be said electronic equipment default setting.
Alternatively, because user's finger is big more for the electronic equipment applied pressure in practical operation, the sound that produces when it contacts with electronic equipment is also big more usually.The relevant parameter of sound that produces when therefore, the parameter of the pressure of said embodiment first touch gestures also can be a finger of making first touch gestures with said electronic equipment contact.That is to say that said sensing unit can be the sensor of sensing acoustic phase related parameter.For example, said sensing unit can be a decibelmeter.In the case, said judging unit 202 judge generation when the finger of making said first touch gestures contact with said electronic equipment sound decibel whether greater than the 3rd threshold value.Equally, said the 3rd threshold value can be provided with arbitrarily by the user as required in advance, also can be said electronic equipment default setting.
Alternatively, because user's finger is big more for the electronic equipment applied pressure in practical operation, the angle of said electronic equipment changes also big more usually.Therefore, the parameter of the pressure of said embodiment first touch gestures also can be to embody the parameter of the angle change of said electronic equipment.That is to say that said sensing unit can be the sensor that sensing embodies the parameter that the angle of said electronic equipment changes.For example, said sensing unit can be the acceleration transducer such as gravity sensor.In the case, said judging unit 202 judge said electronic equipment acceleration change amount whether greater than the 4th threshold value.Equally, said the 4th threshold value can be provided with arbitrarily by the user as required in advance, also can be said electronic equipment default setting.
It is pointed out that above implementation only provides as an example, those skilled in the art can realize said judging unit 202 according to the variety of way except that above-mentioned fully, and it is included within the scope of the present invention.
When said judging unit 202 judges that said first touch gestures satisfies predetermined condition, activate unit 203 and activate zoom mode.Particularly, comprise general mode and zoom mode in the said electronic equipment.Said general mode i.e. residing pattern when not carrying out zoom operations, and it is known by those skilled in the art, is not described in detail in this.Said electronic equipment acquiescence is in general mode.When said first touch gestures did not satisfy predetermined condition, said activation unit 203 did not activate zoom mode, but made said electronic equipment 200 keep general mode.At this moment, even like said second touch gestures of sensing in back, said electronic equipment 200 is not also carried out convergent-divergent according to said second touch gestures to the object that shows on the said electronic equipment and is handled, but according to general mode said second touch gestures is responded.
When said first touch gestures satisfied predetermined condition, said activation unit 203 for example generated an activation command, thereby activates said zoom mode, made said electronic equipment 200 be in zoom mode.At this moment, if like said second touch gestures of sensing in back, then said electronic equipment 200 will respond said second touch gestures according to zoom mode, and it will be described in detail later.
Particularly, as stated, in different implementations, said predetermined condition can be: the force value of said first touch gestures is greater than first threshold; The contact area of finger and said electronic equipment of making said first touch gestures is greater than second threshold value; The decibel of the sound that produces when the finger of making said first touch gestures contacts with said electronic equipment is greater than the 3rd threshold value; Or the acceleration change amount of said electronic equipment is greater than the 4th threshold value.In arbitrary implementation, as long as said first touch gestures satisfies its predetermined condition, said activation unit 203 just activates zoom mode.
Said second sensing unit, 204 inductions, second touch gestures.Second touch gestures that said second sensing unit 204 senses can be the slip gesture, also can be to click gesture.In addition, second touch gestures and first touch gestures that said second sensing unit 204 senses can be continuous, also can separate.In other words, the user can leave said electronic equipment to finish first touch gestures giving directions thing to touch said electronic equipment with after making first touch gestures with finger or other, after this touches said electronic equipment once more to make second touch gestures.Alternatively, the user can not leave said electronic equipment giving directions thing to touch said electronic equipment with after making first touch gestures with finger or other, but continues to touch said electronic equipment to make second touch gestures.
Said processing unit 205 according to said second touch gestures, is carried out convergent-divergent to the object that shows on the said electronic equipment and is handled under said zoom mode.
Below will describe the operation of said processing unit 205 with reference to figure 3 and Fig. 4 in detail.As shown in Figure 3, electronic equipment 300 comprises: first sensing unit 201, judging unit 202, activate unit 203, second sensing unit 204 and processing unit 205.Wherein, first sensing unit 201, judging unit 202, the operation that activates the unit 203 and second sensing unit 204 are described with reference to figure 2 in the above, are not described in detail in this.The configuration and the operation of processing unit 205 below will mainly be described.
As shown in Figure 3, processing unit 205 comprises: recognition unit 301, first is confirmed unit 302 and second definite unit 303.In addition, said processing unit 205 can comprise that also the 3rd confirms unit 304 and the 4th definite unit 305.
When identification second touch gestures was the slip gesture, first confirmed the glide direction of unit 302 definite second touch gestures.Particularly; As above with reference to Fig. 1 and Fig. 5 according to described in the display processing method of the embodiment of the invention; In the case; Said first confirms that unit 302 obtains the position coordinates of initial touch point P2 and final touch point P2 ', and obtains the glide direction of said second touch gestures thus, in Fig. 5, illustrates with vector P2P2 '.
After this, said second confirms unit 303 according to said glide direction, confirms to carry out processing and amplifying and still dwindles processing.Particularly, said second confirms that unit 303 according to said glide direction, obtains its component P2 on axis of reference (y axle in the present embodiment)
yP2
y', and confirm to carry out processing and amplifying according to the direction of said component and still dwindle processing.In this example, said component P2
yP2
y' direction be y axle forward, confirm to carry out processing and amplifying thus.
Further, the said the 3rd confirms that unit 304 according to the initial touch point P2 of said second touch gestures and the position coordinates of final touch point P2 ', confirms the sliding distance of second touch gestures, the wire length between in Fig. 5 A, putting corresponding to P2 point and P2 '.After this, scaling is confirmed according to said sliding distance in the said the 4th definite unit 305.For example, when said sliding distance was 1cm, said scaling was 10%.Said sliding distance and said scaling can linearly change.For example, when said sliding distance was 1.5cm, said scaling was 15%.When said sliding distance was 2cm, said scaling was 20%.Alternatively, said sliding distance and said scaling also can be according to the piecewise function relationship change.For example, when said sliding distance was 1-2cm, said scaling was 10%.Certainly, those skilled in the art can be provided with the corresponding relation between said sliding distance and the said scaling arbitrarily as required, and it is included within the scope of the present invention.For more meeting user's operating habit, preferably, sliding distance is long more, and scaling is big more.Sliding distance is short more, and scaling is more little.
To combine Fig. 4 to describe operation below according to the processing unit 205 of another embodiment.As shown in Figure 4, electronic equipment 400 comprises: first sensing unit 201, judging unit 202, activate unit 203, second sensing unit 204 and processing unit 205.Wherein, first sensing unit 201, judging unit 202, the operation that activates the unit 203 and second sensing unit 204 are described with reference to figure 2 in the above, are not described in detail in this.The configuration and the operation of processing unit 205 below will mainly be described.
As shown in Figure 4, processing unit 205 comprises: unit 403 is confirmed in recognition unit 401, acquisition unit 402 and the 5th.In addition, said processing unit 205 also can comprise computing unit 404 and the 6th definite unit 405.
Further, said computing unit 404 also can calculate the distance between said first touch point P1 and the said second touch point P2, in Fig. 5 B corresponding to the wire length between P1 point and the P2 point.After this, scaling is confirmed according to said distance in the said the 6th definite unit 405.For example, when said distance was 1cm, said scaling was 10%.Said distance and said scaling can linearly change.For example, when said distance was 1.5cm, said scaling was 15%.When said distance was 2cm, said scaling was 20%.Alternatively, said distance and said scaling also can be according to the piecewise function relationship change.For example, when said distance was 1-2cm, said scaling was 10%.Certainly, those skilled in the art can be provided with the corresponding relation between said distance and the said scaling arbitrarily as required, and it is included within the scope of the present invention.For more meeting user's operating habit, preferably, said distance is long more, and scaling is big more.Said distance is short more, and scaling is more little.
It is pointed out that in the above-described embodiments the central point of amplifieroperation or reduction operation for example is set to the center of said viewing area by said electronic equipment default setting.Alternatively, said electronic equipment also can be provided with the central point of amplifieroperation or reduction operation according to user's operation.For example, the touch point that said electronic equipment can said first touch gestures is set to the central point of amplifieroperation or reduction operation.Alternatively, said electronic equipment also can with the touch point of initial touch point of said second touch gestures (when said second touch gestures of identification is the slip gesture) or said second touch gestures (when said second touch gestures of identification when clicking gesture) be set to the central point of amplifieroperation or reduction operation.Certainly, any point between the touch point that said electronic equipment also can said first touch gestures and the touch point of said second touch gestures is set to the central point of amplifieroperation or reduction operation, and it is included within the scope of the present invention.
More than, referring to figs. 1 through Fig. 5 electronic equipment and display processing method thereof according to the embodiment of the invention have been described.
Need to prove; In this manual; Term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability; Thereby make to comprise that process, method, article or the equipment of a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or also be included as this process, method, article or equipment intrinsic key element.Under the situation that do not having much more more restrictions, the key element that limits by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises said key element and also have other identical element.
In addition, it is pointed out that each unit (for example, first confirms six definite unit, unit to the) that comprises in the said electronic equipment can be integrated into a unit, also can separately be set to a plurality of different units.
At last, need to prove also that above-mentioned a series of processing not only comprise the processing of carrying out by the time sequence with order described here, and comprise parallel or respectively rather than the processing of carrying out in chronological order.
Through the description of above embodiment, those skilled in the art can be well understood to the present invention and can realize by the mode that software adds essential hardware platform, can certainly all implement through hardware.Based on such understanding; All or part of can the coming out that technical scheme of the present invention contributes to background technology with the embodied of software product; This computer software product can be stored in the storage medium, like ROM/RAM, magnetic disc, CD etc., comprises that some instructions are with so that a computer equipment (can be a personal computer; Server, the perhaps network equipment etc.) carry out the described method of some part of each embodiment of the present invention or embodiment.
More than the present invention has been carried out detailed introduction, used concrete example among this paper principle of the present invention and embodiment set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that on embodiment and range of application, all can change, in sum, this description should not be construed as limitation of the present invention.
Claims (14)
1. a display processing method is applied in the electronic equipment, and said display processing method comprises:
Respond to first touch gestures;
Judge whether said first touch gestures satisfies predetermined condition;
When said first touch gestures satisfies predetermined condition, activate zoom mode;
Respond to second touch gestures; And
Under said zoom mode,, the object that shows on the said electronic equipment is carried out convergent-divergent handle according to said second touch gestures.
2. display processing method as claimed in claim 1, wherein, judge whether said first touch gestures satisfies predetermined condition and comprise:
Whether the force value of judging said first touch gestures is greater than first threshold.
3. display processing method as claimed in claim 1, wherein, judge whether said first touch gestures satisfies predetermined condition and comprise:
Whether the contact area of judging the finger make said first touch gestures and said electronic equipment is greater than second threshold value.
4. display processing method as claimed in claim 1, wherein, the object that shows on the said electronic equipment is carried out the convergent-divergent processing comprise:
Discern second touch gestures;
When identification second touch gestures is the slip gesture, confirm the glide direction of second touch gestures; And
According to said glide direction, confirm to carry out processing and amplifying and still dwindle processing.
5. display processing method as claimed in claim 4, wherein, the object that shows on the said electronic equipment is carried out the convergent-divergent processing also comprise:
Confirm the sliding distance of second touch gestures; And
According to said sliding distance, confirm scaling.
6. display processing method as claimed in claim 1, wherein, the object that shows on the said electronic equipment is carried out the convergent-divergent processing comprise:
Discern second touch gestures;
When identification second touch gestures is when clicking gesture, to obtain first touch point of first touch gestures and second touch point of second touch gestures; And
According to the relative position relation between said first touch point and said second touch point, confirm to carry out processing and amplifying and still dwindle processing.
7. display processing method as claimed in claim 6, wherein, the object that shows on the said electronic equipment is carried out the convergent-divergent processing also comprise:
Calculate the distance between said first touch point and said second touch point; And
According to said distance, confirm scaling.
8. electronic equipment comprises:
First sensing unit is responded to first touch gestures;
Judging unit judges whether said first touch gestures satisfies predetermined condition;
Activate the unit, when said first touch gestures satisfies predetermined condition, activate zoom mode;
Second sensing unit is responded to second touch gestures; And
Processing unit under said zoom mode, according to said second touch gestures, is carried out convergent-divergent to the object that shows on the said electronic equipment and is handled.
9. electronic equipment as claimed in claim 8, wherein, whether the force value of said first touch gestures of said judgment unit judges is greater than first threshold.
10. electronic equipment as claimed in claim 8, wherein, whether said judgment unit judges makes the contact area of finger and said electronic equipment of said first touch gestures greater than second threshold value.
11. electronic equipment as claimed in claim 8, wherein, said processing unit comprises:
Recognition unit is discerned second touch gestures;
First confirms the unit, when identification second touch gestures is the slip gesture, confirms the glide direction of second touch gestures; And
Second confirms the unit, according to said glide direction, confirms to carry out processing and amplifying and still dwindles processing.
12. electronic equipment as claimed in claim 11, wherein, said processing unit also comprises:
The 3rd confirms the unit, confirms the sliding distance of second touch gestures; And
The 4th confirms the unit, according to said sliding distance, confirms scaling.
13. electronic equipment as claimed in claim 8, wherein, said processing unit comprises:
Recognition unit is discerned second touch gestures;
Obtain the unit, when identification second touch gestures is when clicking gesture, to obtain first touch point of first touch gestures and second touch point of second touch gestures; And
The 5th confirms the unit, according to the relative position relation between said first touch point and said second touch point, confirms to carry out processing and amplifying and still dwindles processing.
14. electronic equipment as claimed in claim 13, wherein, said processing unit also comprises:
Computing unit calculates the distance between said first touch point and said second touch point; And
The 6th confirms the unit, according to said distance, confirms scaling.
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| CN2010105963835A CN102541319A (en) | 2010-12-20 | 2010-12-20 | Electronic equipment and display processing method thereof |
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