CN105425985A - Information processing method and electronic device - Google Patents
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- CN105425985A CN105425985A CN201410483725.0A CN201410483725A CN105425985A CN 105425985 A CN105425985 A CN 105425985A CN 201410483725 A CN201410483725 A CN 201410483725A CN 105425985 A CN105425985 A CN 105425985A
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Abstract
Embodiments of the present invention provide an information processing method and an electronic device, and the method is applied to an electronic device. The method comprises: when first input exists, acquiring an input track corresponding to the first input, determining an input area corresponding to the input track, and when the input area is a first preset area, responding to a first operation instruction; and when the input area is a second preset area, responding to a second operation instruction, wherein the first operation instruction is different from the second operation instruction. That is, according to the information processing method and the electronic device provided by the embodiments of the present invention, a function of a physical key can be triggered by a touch track in a preset area, thereby avoiding a cumbersome operation caused by that a user must manually trigger a function of a physical key.
Description
Technical field
The application relates to electronic technology field, particularly relates to a kind of information processing method and electronic equipment.
Background technology
Now some smart machine is equipped with a kind of input mode that time writer or capacitance pen are used as except finger.The bottom of system can be equipped with several fixing button, such as Android system Android normally " Menu key ", " main interface bond ", " return key ", " search key " according to the difference of operating system usually.Windows system is " window key " normally.These keys are on some equipment or physical button, and when using these buttons, user has to function corresponding to this certain button of manual triggering, causes operation comparatively inconvenience like this.
Here, the problem of physical button should also whether be had.Also can write out, if do not write here, the effect description below write out.
Summary of the invention
Embodiments provide a kind of information processing method and electronic equipment, the problem that the operation in order to solve manual triggers keypress function in prior art is comparatively inconvenient.
Concrete technical scheme is as follows:
A kind of information processing method, is applied to an electronic equipment, comprises:
When existence first inputs, obtain the input trajectory that described first input is corresponding;
Judge the input area that described input trajectory is corresponding;
When described input area is the first predeterminable area, then respond the first operational order;
When described input area is the second predeterminable area, then respond the second operational order, wherein, described first operational order is different from described second operational order.
Optionally, before judging the input area that described input trajectory is corresponding, comprising:
Receive the first control signal, the input area of described first control signal in order to indicate electronic equipment to judge input trajectory.
Optionally, also comprise:
If do not receive described first control signal, then determine the 3rd operational order that described input trajectory is corresponding, and respond described 3rd operational order, described 3rd operational order is different from described first operational order and described second operational order.
Optionally, judge to comprise the input area that described input trajectory is corresponding:
Obtain reference position and/or the final position of described input trajectory;
Judge whether described reference position and/or final position are positioned at described first predeterminable area or described second predeterminable area.
Optionally, when described input area is the first predeterminable area, then responds the first operational order, comprising:
Judge that the final position of described input trajectory is arranged in the first subregion or second subregion of described first predeterminable area;
If when described final position is positioned at described first subregion, respond the first child-operation instruction;
If when described final position is positioned at described second subregion, respond the second child-operation instruction, wherein, described first child-operation instruction is different from described second child-operation instruction.
Optionally, when described input area is the second predeterminable area, then responds the second operational order, comprise
Judge that the final position of described input trajectory is arranged in the 3rd subregion or the 4th subregion of described second predeterminable area;
If when described final position is positioned at described 3rd subregion, response the 3rd child-operation instruction;
If when described final position is positioned at described 4th subregion, response the 4th child-operation instruction, wherein, described 3rd child-operation instruction is different from described 4th child-operation instruction.
Optionally, when described input area is the first predeterminable area, then responds the first operational order, comprising:
When described input area is the first predeterminable area, judge that described input trajectory is as first kind input trajectory or Equations of The Second Kind input trajectory;
If when described input trajectory is described first kind input trajectory, then respond described 5th child-operation instruction;
If when described input trajectory is described Equations of The Second Kind input trajectory, then respond described 6th child-operation instruction.
Optionally, described first operational order is the operational order triggering the first button generation corresponding to described first predeterminable area, and described second operational order is the operational order triggering the second button generation corresponding to described second predeterminable area.
A kind of electronic equipment, comprising:
Sensor, for when existence first inputs, obtains the input trajectory that described first input is corresponding;
Processor, for judging the input area that described input trajectory is corresponding, when described input area is the first predeterminable area, then responds the first operational order; When described input area is the second predeterminable area, then respond the second operational order, wherein, described first operational order is different from described second operational order.
Optionally, described processor, specifically for receiving the first control signal, the input area of described first control signal in order to indicate electronic equipment to judge input trajectory.
Optionally, described processor, if also for not receiving described first control signal, then determines the 3rd operational order that described input trajectory is corresponding, and responding described 3rd operational order, described 3rd operational order is different from described first operational order and described second operational order.
Optionally, described processor, specifically for obtaining reference position and/or the final position of described input trajectory, judges whether described reference position and/or final position are positioned at described first predeterminable area or described second predeterminable area.
Optionally, described processor, specifically for judging that the final position of described input trajectory is arranged in the first subregion or second subregion of described first predeterminable area; If when described final position is positioned at described first subregion, respond the first child-operation instruction; If when described final position is positioned at described second subregion, respond the second child-operation instruction, wherein, described first child-operation instruction is different from described second child-operation instruction.
Optionally, described processor, specifically for judging that the final position of described input trajectory is arranged in the 3rd subregion or the 4th subregion of described second predeterminable area; If when described final position is positioned at described 3rd subregion, response the 3rd child-operation instruction; If when described final position is positioned at described 4th subregion, response the 4th child-operation instruction, wherein, described 3rd child-operation instruction is different from described 4th child-operation instruction.
Optionally, described processor, specifically for when described input area is the first predeterminable area, judges that described input trajectory is as first kind input trajectory or Equations of The Second Kind input trajectory; If when described input trajectory is described first kind input trajectory, then respond described 5th child-operation instruction; If when described input trajectory is described Equations of The Second Kind input trajectory, then respond described 6th child-operation instruction.
Inventive embodiments provides a kind of information processing method, the method is applied to an electronic equipment, the method comprises: when existence first inputs, obtain the input trajectory that the first input is corresponding, judge the input area that input trajectory is corresponding, when input area is the first predeterminable area, then respond the first operational order; When the first input area is the second predeterminable area, then respond the second operational order, wherein, the first operational order is different from the second operational order.Certainly, first operational order can be the instruction that on trigger electronics, first instance button is corresponding, second operational order can be the instruction that on trigger electronics, second instance button is corresponding, that is, the function of triggering entity button can be carried out in embodiments of the present invention by the touch trajectory in predeterminable area, so also avoid user must the troublesome operation that causes of the function of carrying out triggering entity button of mode manually.
By can determine the operational order of the different entities button that the input trajectory of classifications different in each predeterminable area is corresponding comparatively accurately to the classification of input trajectory, such user can trigger the function of different key by different input trajectories, this avoid user manual remove triggering entity button, greatly facilitate the user's actions.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of a kind of information processing method in the embodiment of the present invention;
Fig. 2 is the display schematic diagram of a kind of input trajectory in the embodiment of the present invention;
Fig. 3 is the schematic diagram hiding input trajectory in the embodiment of the present invention;
Fig. 4 is the process flow diagram of the input area judging input trajectory in the embodiment of the present invention;
Fig. 5 is the another kind of process flow diagram judging the input area of input trajectory in the embodiment of the present invention;
Fig. 6 is the process flow diagram to input trajectory classification in the embodiment of the present invention;
Fig. 7 is the structural representation of a kind of electronic equipment in the embodiment of the present invention.
Embodiment
Embodiments provide a kind of information processing method, the method is applied to an electronic equipment, the method comprises: when existence first inputs, obtain the input trajectory that the first input is corresponding, judge the input area that input trajectory is corresponding, when input area is the first predeterminable area, then respond the first operational order; When the first input area is the second predeterminable area, then respond the second operational order, wherein, the first operational order is different from the second operational order.Certainly, first operational order can be the instruction that on trigger electronics, first instance button is corresponding, second operational order can be the instruction that on trigger electronics, second instance button is corresponding, that is, the function of triggering entity button can be carried out in embodiments of the present invention by the touch trajectory in predeterminable area, so also avoid user must the troublesome operation that causes of the function of carrying out triggering entity button of mode manually.
Below by specific embodiment, technical solution of the present invention is described in detail, should be appreciated that the explanation of concrete technical characteristic just to technical solution of the present invention in the embodiment of the present invention and embodiment, instead of limit.
Be illustrated in figure 1 the process flow diagram of a kind of information processing method in the embodiment of the present invention, the method comprises:
S101, when existence first inputs, obtains the input trajectory that the first input is corresponding;
First, the method application that the embodiment of the present invention provides is with an electronic equipment, and this electronic equipment contains touch-display unit, and user can carry out touch control operation and control electronic equipment in this touch-display unit.When user carries out the first input in this touch-display unit, this touch-display unit will get the touch trajectory of the first input correspondence of user, that is: input trajectory.
Here it should be noted that, first input is except operating by the hand of user in embodiments of the present invention, can also be inputted by active capacitance pen, when being inputted by active capacitance pen, touch-display unit in this electronic equipment just only needs to comprise the capacitance plate on display screen and display screen, this capacitance plate can detect the signal that this active capacitance pen sends, can realize different inputs by active capacitance pen, the finger that is initiatively capacitance pen can substitute user completely inputs.Certainly, when initiatively capacitance pen inputs in touch-display unit, this touch-display unit also will get corresponding input trajectory.
S102, judges the input area that input trajectory is corresponding;
Before execution S102, whether detection is received the first control signal by this electronic equipment, and this first control signal drafts the input area of input trajectory in order to indicate electronic equipment to put down.Specifically, the first control signal can be that above-mentioned active capacitance pen sends in embodiments of the present invention, and also can be that user triggers other electronic equipments and sends, if this electronic equipment detects the first control signal, then this electronic equipment will perform S102; If this electronic equipment does not receive the first control signal, then determine the 3rd operational order that input trajectory is corresponding, and respond the 3rd operational order.Such as input trajectory is the input trajectory shown in Fig. 2, if there is the first control signal, then continuation is performed S102 by this electronic equipment; If do not have this first control signal, then this electronic equipment is by the current displaying contents that rolls downwards.
In embodiments of the present invention, the touch-display unit of this electronic equipment is divided into multiple different region.Ratio touch-display unit is as shown in Figure 3 divided into 3 different predeterminable areas, that is: the first predeterminable area, the second predeterminable area, the 3rd predeterminable area, the division of predeterminable area can be user-defined division, such as the viewing area that volume key is contiguous on mobile phone is divided into a predeterminable area, the Region dividing contiguous at the function of tonic chord key of mobile phone is a predeterminable area.
In figure 3, this electronic equipment is mobile phone, the touch-display unit of this mobile phone is divided into the substantially equal predeterminable area of 3 sizes, a physical button on the corresponding mobile phone of one of them predeterminable area, if the physical button on mobile phone is fixed, the virtual key of position substitutes, then a corresponding virtual key of predeterminable area.In figure 3, the Menu key on the corresponding mobile phone of the first predeterminable area; Main interface bond on the corresponding mobile phone of second predeterminable area; Return key on the corresponding mobile phone of 3rd predeterminable area.Certainly, if mobile phone exists volume key, the position that can also be close to volume key in touch-display unit marks off an independent predeterminable area.Do not limit the concrete dividing mode of predeterminable area in embodiments of the present invention, user can mark off different predeterminable areas according to the region of self in embodiments of the present invention.
Further, can also mark off the first subregion and the second subregion in embodiments of the present invention in the first predeterminable area, certain first subregion and the second subregion are mutually do not have overlapping region.Same reason, the second predeterminable area also can be divided into the 3rd subregion and the 4th subregion.
Based on the Region dividing to touch-display unit, when the touch-display unit of electronic equipment detects input trajectory, this electronic equipment will judge the input area of input trajectory, and the input area of this input trajectory can be judged by following mode in embodiments of the present invention:
Mode one:
In mode one, judge that the input area of input trajectory is according to the flow performing shown in Fig. 4
S401, obtains the reference position of input trajectory;
First, after input trajectory is detected, this electronic equipment will determine the reference position of this input trajectory by the touch control layer in touch-display unit, namely determine the touch-control origin coordinates of input trajectory, just can determine the reference position of input trajectory in touch-display unit accurately by this touch-control origin coordinates.
S402, judges whether reference position is positioned at the first predeterminable area or the second predeterminable area.
When obtaining the reference position of input trajectory, judgement reference position is be arranged in the first predeterminable area by this electronic equipment, still the second predeterminable area is arranged in, specifically, this reference position is exactly the touch-control starting point coordinate of input trajectory, then this electronic equipment just judges that touch-control starting point coordinate is in the touch-control coordinate that the first predeterminable area comprises, or in the touch-control coordinate that the second predeterminable area comprises.
If when the reference position of input trajectory is positioned at the first predeterminable area, then the input area that input trajectory is corresponding is the first predeterminable area;
If when the reference position of input trajectory is positioned at the second predeterminable area, then the input area that input trajectory is corresponding is the second predeterminable area.
Certainly, if when also there is the 3rd predeterminable area or the 4th predeterminable area, can also be the 3rd predeterminable area or the 4th predeterminable area by the input area that this reference position determination input trajectory is corresponding.Be embodied in this just to repeat no more.
Further, if divided the first subregion and the second subregion in the first predeterminable area, then can also determine that the input area that input trajectory is corresponding is the first subregion or the second subregion by the reference position of input trajectory, its principle determined is identical with above-mentioned principle.
The region corresponding to input trajectory can be determined fast and simply by above-mentioned mode.
Mode two:
In mode two, judge that the input area of input trajectory is according to the flow performing shown in Fig. 5
S501, obtains the final position of input trajectory;
First, after input trajectory is detected, this electronic equipment will determine the final position of this input trajectory by the touch control layer in touch-display unit, namely determine the touch-control terminal point coordinate of input trajectory, just can determine the final position of input trajectory in touch-display unit accurately by this touch-control terminal point coordinate.
S502, judges whether final position is positioned at the first predeterminable area or the second predeterminable area.
When obtaining the final position of input trajectory, judgement final position is be arranged in the first predeterminable area by this electronic equipment, still the second predeterminable area is arranged in, specifically, this final position is exactly the touch-control terminal point coordinate of input trajectory, then this electronic equipment just judges that touch-control terminal point coordinate is in the touch-control coordinate that the first predeterminable area comprises, or in the touch-control coordinate that the second predeterminable area comprises.
If when the final position of input trajectory is positioned at the first predeterminable area, then the input area that input trajectory is corresponding is the first predeterminable area;
If when the final position of input trajectory is positioned at the second predeterminable area, then the input area that input trajectory is corresponding is the second predeterminable area.
Certainly, if when also there is the 3rd predeterminable area or the 4th predeterminable area, can also determine that the input area that input trajectory is corresponding is the 3rd predeterminable area or the 4th predeterminable area by this final position.Be embodied in this just to repeat no more.
Further, if divided the 3rd subregion and the 4th subregion in the first predeterminable area, then can also determine that the input area that input trajectory is corresponding is the 3rd subregion or the 4th subregion by the reference position of input trajectory, its principle determined is identical with above-mentioned principle.
The region corresponding to input trajectory can be determined fast and simply by above-mentioned mode.
In addition, can also to come together the input area of determining that input trajectory is fixed in conjunction with the reference position of input trajectory in mode two, that is: by obtaining reference position and the final position of input trajectory, judge that reference position and final position are positioned at the first predeterminable area and are still positioned at the second predeterminable area.Briefly, if when the reference position of input trajectory and final position are all positioned at the first predeterminable area, the input area that then input trajectory is corresponding is just the first predeterminable area, if the reference position of input trajectory is at the first predeterminable area, and final position is when the second predeterminable area, then the input area that this input trajectory is corresponding is just that the second predeterminable area or prompting user re-enter.
Finally, if when input area corresponding to input trajectory is the first predeterminable area, this electronic equipment will perform S103, if when input area corresponding to input trajectory is the second predeterminable area, then this electronic equipment will perform S104.
S103, responds the first operational order;
In embodiments of the present invention, the function of a corresponding physical button of predeterminable area, that is when input trajectory is detected in the first predeterminable area, then generate the first operational order that the first button is corresponding, such as: in the display interface of mobile phone shown in Fig. 3, main interface bond on Menu key on the corresponding mobile phone of first predeterminable area, the corresponding mobile phone of the second predeterminable area, if when detecting that input trajectory is in the first predeterminable area, then response triggers operational order corresponding to Menu key; Certainly, if detect that input trajectory is at the second predeterminable area, then response triggers operational order corresponding to main interface bond.
Further, in embodiments of the present invention, if when having divided the first subregion and the second subregion in the first predeterminable area, if when judging that input trajectory is positioned at the first subregion in S102, then respond the first child-operation instruction, if when judging that input trajectory is positioned at the second subregion in S102, then respond the second child-operation instruction.
Such as, the volume key on mobile phone tunes up and turns down two buttons, and in embodiments of the present invention, the predeterminable area of correspondence is divided into two sub regions by volume, and the corresponding volume of the first subregion tunes up, the corresponding volume of the second subregion is turned down.If when input trajectory is positioned at the first subregion, then respond the operational order that volume tunes up; If when input trajectory is positioned at the second subregion, then respond the operational order that volume is turned down.
By the first predeterminable area being carried out the division of subregion, and making the operational order of the button that every sub regions is corresponding different, the operational order of corresponding button on comparatively accurate trigger electronics can be carried out like this by input trajectory.
Further, in embodiments of the present invention, except determined corresponding operational order by input trajectory except, can also further judge that the type of input trajectory carrys out determination operation instruction.Be illustrated in figure 6 the method to input trajectory classification:
S601, when input area is the first predeterminable area, judges that input trajectory is as first kind input trajectory or Equations of The Second Kind input trajectory;
Can determine that input trajectory is first kind input trajectory or Equations of The Second Kind input trajectory by whether there is flex point in input trajectory in embodiments of the present invention, if when there is not flex point in input trajectory, then this input trajectory is first kind input trajectory; If when there is flex point in input trajectory, then this input trajectory is Equations of The Second Kind input trajectory.
Can also determine that input trajectory is first kind input trajectory or Equations of The Second Kind input trajectory by the duration of input trajectory in embodiments of the present invention, if the duration of input trajectory is not when exceeding predetermined threshold value, then this input trajectory is first kind input trajectory; If the duration of input trajectory is when exceeding predetermined threshold value, then this input trajectory is Equations of The Second Kind input trajectory.
If when input trajectory is first kind input trajectory, then perform S602; If when input trajectory is Equations of The Second Kind input trajectory, then perform S603.
S602, response the 5th child-operation instruction;
When input trajectory is first kind input trajectory, this electronic equipment is by response the 5th child-operation instruction, such as the operational order of response single triggering entity button.
S603, response the 6th child-operation instruction.
When input trajectory is Equations of The Second Kind input trajectory, this electronic equipment is by response the 6th child-operation instruction, such as the long operational order pressing physical button of response.
By can determine the operational order of the different entities button that the input trajectory of classifications different in each predeterminable area is corresponding comparatively accurately to the classification of input trajectory, such user can trigger the function of different key by different input trajectories, this avoid user manual remove triggering entity button, greatly facilitate the user's actions.
Certainly, in embodiments of the present invention, when input area is the second predeterminable area, this electronic equipment also can judge the classification of input trajectory, thus responding different child-operation instructions according to the difference of input trajectory, the mode of specific implementation just repeats no more at this.
In addition, a kind of information processing method in the corresponding embodiment of the present invention, the embodiment of the present invention additionally provides a kind of electronic equipment, is illustrated in figure 7 the structural representation of a kind of electronic equipment in the embodiment of the present invention, and this electronic equipment comprises:
Sensor 701, for when existence first inputs, obtains the input trajectory that described first input is corresponding;
Processor 702, for judging the input area that described input trajectory is corresponding, when described input area is the first predeterminable area, then responds the first operational order; When described input area is the second predeterminable area, then respond the second operational order, wherein, described first operational order is different from described second operational order.
Further, processor 702, specifically for receiving the first control signal, the input area of described first control signal in order to indicate electronic equipment to judge input trajectory.
Further, processor 702, if also for not receiving described first control signal, then determines the 3rd operational order that described input trajectory is corresponding, and responding described 3rd operational order, described 3rd operational order is different from described first operational order and described second operational order.
Further, processor 702, specifically for obtaining reference position and/or the final position of described input trajectory, judges whether described reference position and/or final position are positioned at described first predeterminable area or described second predeterminable area.
Further, processor 702, specifically for judging that the final position of described input trajectory is arranged in the first subregion or second subregion of described first predeterminable area; If when described final position is positioned at described first subregion, respond the first child-operation instruction; If when described final position is positioned at described second subregion, respond the second child-operation instruction, wherein, described first child-operation instruction is different from described second child-operation instruction.
Further, processor 702, specifically for judging that the final position of described input trajectory is arranged in the 3rd subregion or the 4th subregion of described second predeterminable area; If when described final position is positioned at described 3rd subregion, response the 3rd child-operation instruction; If when described final position is positioned at described 4th subregion, response the 4th child-operation instruction, wherein, described 3rd child-operation instruction is different from described 4th child-operation instruction.
Further, processor 702, specifically for when described input area is the first predeterminable area, judges that described input trajectory is as first kind input trajectory or Equations of The Second Kind input trajectory; If when described input trajectory is described first kind input trajectory, then respond described 5th child-operation instruction; If when described input trajectory is described Equations of The Second Kind input trajectory, then respond described 6th child-operation instruction.
Although described the preferred embodiment of the application, one of ordinary skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the application's scope.
Obviously, those skilled in the art can carry out various change and modification to the application and not depart from the spirit and scope of the application.Like this, if these amendments of the application and modification belong within the scope of the application's claim and equivalent technologies thereof, then the application is also intended to comprise these change and modification.
Claims (15)
1. an information processing method, is applied to an electronic equipment, it is characterized in that, comprising:
When existence first inputs, obtain the input trajectory that described first input is corresponding;
Judge the input area that described input trajectory is corresponding;
When described input area is the first predeterminable area, then respond the first operational order;
When described input area is the second predeterminable area, then respond the second operational order, wherein, described first operational order is different from described second operational order.
2. the method for claim 1, is characterized in that, before judging the input area that described input trajectory is corresponding, comprising:
Receive the first control signal, the input area of described first control signal in order to indicate electronic equipment to judge input trajectory.
3. method as claimed in claim 2, is characterized in that, also comprise:
If do not receive described first control signal, then determine the 3rd operational order that described input trajectory is corresponding, and respond described 3rd operational order, described 3rd operational order is different from described first operational order and described second operational order.
4. the method for claim 1, is characterized in that, judges to comprise the input area that described input trajectory is corresponding:
Obtain reference position and/or the final position of described input trajectory;
Judge whether described reference position and/or final position are positioned at described first predeterminable area or described second predeterminable area.
5. the method for claim 1, is characterized in that, when described input area is the first predeterminable area, then responds the first operational order, comprising:
Judge that the final position of described input trajectory is arranged in the first subregion or second subregion of described first predeterminable area;
If when described final position is positioned at described first subregion, respond the first child-operation instruction;
If when described final position is positioned at described second subregion, respond the second child-operation instruction, wherein, described first child-operation instruction is different from described second child-operation instruction.
6. the method for claim 1, is characterized in that, when described input area is the second predeterminable area, then responds the second operational order, comprises
Judge that the final position of described input trajectory is arranged in the 3rd subregion or the 4th subregion of described second predeterminable area;
If when described final position is positioned at described 3rd subregion, response the 3rd child-operation instruction;
If when described final position is positioned at described 4th subregion, response the 4th child-operation instruction, wherein, described 3rd child-operation instruction is different from described 4th child-operation instruction.
7. the method for claim 1, is characterized in that, when described input area is the first predeterminable area, then responds the first operational order, comprising:
When described input area is the first predeterminable area, judge that described input trajectory is as first kind input trajectory or Equations of The Second Kind input trajectory;
If when described input trajectory is described first kind input trajectory, then respond described 5th child-operation instruction;
If when described input trajectory is described Equations of The Second Kind input trajectory, then respond described 6th child-operation instruction.
8. the method for claim 1, it is characterized in that, described first operational order is the operational order triggering the first button generation corresponding to described first predeterminable area, and described second operational order is the operational order triggering the second button generation corresponding to described second predeterminable area.
9. an electronic equipment, is characterized in that, comprising:
Sensor, for when existence first inputs, obtains the input trajectory that described first input is corresponding;
Processor, for judging the input area that described input trajectory is corresponding, when described input area is the first predeterminable area, then responds the first operational order; When described input area is the second predeterminable area, then respond the second operational order, wherein, described first operational order is different from described second operational order.
10. electronic equipment as claimed in claim 9, is characterized in that, described processor, specifically for receiving the first control signal, and the input area of described first control signal in order to indicate electronic equipment to judge input trajectory.
11. electronic equipments as claimed in claim 10, it is characterized in that, described processor, if also for not receiving described first control signal, then determine the 3rd operational order that described input trajectory is corresponding, and responding described 3rd operational order, described 3rd operational order is different from described first operational order and described second operational order.
12. electronic equipments as claimed in claim 9, it is characterized in that, described processor, specifically for obtaining reference position and/or the final position of described input trajectory, judges whether described reference position and/or final position are positioned at described first predeterminable area or described second predeterminable area.
13. electronic equipments as claimed in claim 9, is characterized in that, described processor, specifically for judging that the final position of described input trajectory is arranged in the first subregion or second subregion of described first predeterminable area; If when described final position is positioned at described first subregion, respond the first child-operation instruction; If when described final position is positioned at described second subregion, respond the second child-operation instruction, wherein, described first child-operation instruction is different from described second child-operation instruction.
14. electronic equipments as claimed in claim 9, is characterized in that, described processor, specifically for judging that the final position of described input trajectory is arranged in the 3rd subregion or the 4th subregion of described second predeterminable area; If when described final position is positioned at described 3rd subregion, response the 3rd child-operation instruction; If when described final position is positioned at described 4th subregion, response the 4th child-operation instruction, wherein, described 3rd child-operation instruction is different from described 4th child-operation instruction.
15. electronic equipments as claimed in claim 9, is characterized in that, described processor, specifically for when described input area is the first predeterminable area, judge that described input trajectory is as first kind input trajectory or Equations of The Second Kind input trajectory; If when described input trajectory is described first kind input trajectory, then respond described 5th child-operation instruction; If when described input trajectory is described Equations of The Second Kind input trajectory, then respond described 6th child-operation instruction.
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| Publication number | Priority date | Publication date | Assignee | Title |
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