CN104035692A - Information processing method and electronic device - Google Patents
Information processing method and electronic device Download PDFInfo
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- CN104035692A CN104035692A CN201310067399.0A CN201310067399A CN104035692A CN 104035692 A CN104035692 A CN 104035692A CN 201310067399 A CN201310067399 A CN 201310067399A CN 104035692 A CN104035692 A CN 104035692A
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Abstract
The invention discloses an information processing method and an electronic device. The information processing method is applicable to the electronic device with a touch control display unit, the touch control display unit is provided with a display area, the display area can be used for displaying a first display object, the size of the first display object is larger than that of the display area, and the first display object is provided with four edges. The information processing method includes judging whether a first touch control operation meets a preset condition to obtain a first judgment result when the first touch control operation is detected on the touch control display unit, wherein meeting the preset condition specifically means that the first touch control operation at least comprises a sliding operation toward a first direction at the moment of T1 and a sliding operation toward a second direction at the moment of T2; controlling the first display object to move to present one of the four edges in the display area when the first judgment result indicates that the first touch control operation meets the preset condition. By means of the information processing method, the one of the four edges of the first display object can be rapidly presented in the display area.
Description
Technical field
The present invention relates to electronic technology field, relate in particular to a kind of information processing method and electronic equipment.
Background technology
Along with scientific and technical development, electronic technology has also obtained development at full speed, and the kind of electronic product is also more and more, and people have also enjoyed the various facilities that development in science and technology brings.People can pass through various types of electronic equipments now, enjoy the comfortable life bringing along with development in science and technology.Such as, people can use the electronic equipments such as smart mobile phone to play games, see a film etc., and because himself intrinsic portable performance is subject to people's favor.Because smart mobile phone is used touch-display unit, so user can control smart mobile phone by touch control operation.
In the prior art, if user is by using an electronic equipment with touch-screen to check the first demonstration object, when need to show the top of the first demonstration object or bottom in viewing area time, user needs constantly downward on touch-screen or upward sliding, until present top or the bottom of the first demonstration object in viewing area.
When user is at touch-screen downwards or during upward sliding, correspondingly electronic equipment will receive downwards or the slide making progress, electronic equipment is based on slide downward or that make progress, generate the first steering order corresponding to slide downward or that make progress, electronic equipment, by carrying out the first steering order, is controlled first and is shown object downwards or move up in viewing area, to present the first corresponding region of demonstration object.In order to present top or the bottom of the first demonstration object in viewing area, user needs constantly downward on touch-screen or upward sliding, correspondingly electronic equipment constantly repeats above operation, until present top or the bottom of the first demonstration object in viewing area.
But in the process of present inventor's invention technical scheme in realizing the embodiment of the present application, find that above-mentioned technology at least exists following technical matters:
Due to needs user on touch-screen repeatedly downwards or upward sliding, just can slide into top or the bottom of the first demonstration object, so electronic equipment just need to receive a plurality of downwards or the slide making progress, generate a plurality of the first steering orders, then electronic equipment shows that according to this plurality of first steering orders control first object repeatedly moves, top or the bottom that can in viewing area, present the first demonstration object, so exist while presenting the edge of the first demonstration object in viewing area in prior art, electronic equipment need to repeatedly respond, cause complicated operation and respond the technical matters of length consuming time.
Summary of the invention
The embodiment of the present application is by providing a kind of information processing method and electronic equipment, solved in prior art, exist in viewing area, present the edge of the first demonstration object time, electronic equipment need to repeatedly respond, and causes complicated operation and responds the technical matters of length consuming time.
The embodiment of the present application provides a kind of information processing method on the one hand, being applied to one has in the electronic equipment of touch-display unit, described touch-display unit has a viewing area, described viewing area can be used in and shows that first shows object, the size of described the first demonstration object is greater than described viewing area and described first and shows that object has four edges, described method comprises: while having the first touch control operation on described touch-display unit being detected, judge that whether described the first touch control operation meets one pre-conditioned, obtain the first judged result, wherein, described meet pre-conditionedly specifically refer to: the first touch control operation is at least included in the slide towards first direction constantly of T1 and at the T2 slide towards second direction constantly, when described the first judged result, to show that described the first touch control operation meets described when pre-conditioned, controls described first and show that object moves to present described four edges in described viewing area.
Optionally, described T2 be constantly specially described T1 constantly after and in arbitrary moment of Preset Time scope.
Optionally, described control described first shows that object moves with of presenting described four edges in described viewing area, specifically comprises: based on described first direction and described second direction, obtain the first moving direction; Control described first and show that object moves in described viewing area, to present first edge corresponding with described the first moving direction, wherein, described the first edge is in described four edges.
Optionally, described control described first shows that object moves in described viewing area, to present first edge corresponding with described the first moving direction, specifically comprises: when described the first moving direction is during for direction left, and generation the first steering order; Carry out the first steering order, control described first and show that object moves in described viewing area, to present the right hand edge corresponding with described direction left; Or when described the first moving direction be during to right, generate the second steering order; Carry out the second steering order, control described first and show that object moves in described viewing area, to present with described to left hand edge corresponding to right; Or when described the first moving direction is upward direction, generate the 3rd steering order; Carry out the 3rd steering order, control described first and show that object moves in described viewing area, to present the lower limb corresponding with described upward direction; Or when described the first moving direction is downward direction, generate the 4th steering order; Carry out the 4th steering order, control described first and show that object moves in described viewing area, to present the coboundary corresponding with described downward direction.
Optionally, described control described first shows that object moves to present described four edges in described viewing area, be specially: by an edge in described four edges and the first justified margin of described touch-display unit, and be presented in described viewing area.
The application another embodiment provide a kind of electronic equipment, described electronic equipment has touch-display unit, described touch-display unit has a viewing area, described viewing area can be used in and shows that first shows object, the size of described the first demonstration object is greater than described viewing area and described first and shows that object has four edges, described electronic equipment also comprises: detecting unit, for detection of whether obtaining the first touch control operation; Judging unit, while being used for having described the first control operation on described touch-display unit being detected, judge that whether described the first touch control operation meets one pre-conditioned, obtain the first judged result, wherein, described meet pre-conditionedly specifically refer to: the first touch control operation is at least included in the slide towards first direction constantly of T1 and at the T2 slide towards second direction constantly; Control module, described when pre-conditioned for showing that when described the first judged result described the first touch control operation meets, control described first and show that object moves to present described four edges in described viewing area.
Optionally, described T2 be constantly specially described T1 constantly after and in arbitrary moment of Preset Time scope.
Optionally, described control module specifically for: based on described first direction and described second direction, obtain the first moving direction; Control described first and show that object moves in described viewing area, to present first edge corresponding with described the first moving direction, wherein, described the first edge is in described four edges.
Optionally, described control module specifically for: when described the first moving direction is during for direction left, generate the first steering order; Carry out the first steering order, control described first and show that object moves in described viewing area, to present the right hand edge corresponding with described direction left; Or when described the first moving direction be during to right, generate the second steering order; Carry out the second steering order, control described first and show that object moves in described viewing area, to present with described to left hand edge corresponding to right; Or when described the first moving direction is upward direction, generate the 3rd steering order; Carry out the 3rd steering order, control described first and show that object moves in described viewing area, to present the lower limb corresponding with described upward direction; Or when described the first moving direction is downward direction, generate the 4th steering order; Carry out the 4th steering order, control described first and show that object moves in described viewing area, to present the coboundary corresponding with described downward direction.
Optionally, described control module specifically for: by an edge in described four edges and the first justified margin of described touch-display unit, and be presented in described viewing area.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
In one embodiment of the invention, owing to having the first touch control operation on described touch-display unit being detected, judge that whether described the first touch control operation meets one pre-conditioned, obtain the first judged result, wherein, described meet pre-conditionedly specifically refer to: the first touch control operation is at least included in the slide towards first direction constantly of T1 and at the T2 slide towards second direction constantly; When described the first judged result, to show that described the first touch control operation meets described when pre-conditioned, controls described first and show that object moves to present described four edges in described viewing area.When need to present of first four edges of demonstration object in viewing area time, electronic equipment does not need to receive a plurality of operations, one that only need to receive meets the first pre-conditioned touch control operation, so efficiently solve in prior art, exist in viewing area, present the edge of the first demonstration object time, electronic equipment need to repeatedly respond, cause complicated operation and respond the technical matters of length consuming time, one, four edges that can present fast the first demonstration object in viewing area, simple to operate, improve user and experience.
Further, only have when T2 be constantly specially described T1 constantly after and during arbitrary moment in Preset Time scope, just control described first and show that object moves to present described four edges in described viewing area, and when T2 be constantly specially described T1 constantly after, but while exceeding the moment of Preset Time scope, in viewing area, can not present of first four edges of demonstration object, can filter the first invalid touch control operation, reduce user's maloperation.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of information processing method in the application one embodiment;
Fig. 2 is the schematic diagram of the first demonstration object before processing in the application one embodiment;
Fig. 3 is that in the application one embodiment, the first demonstration object receives the schematic diagram towards the slide of first direction;
Fig. 4 is that in the application one embodiment, the first demonstration object receives the schematic diagram towards the slide of second direction;
Fig. 5 is the schematic diagram of the first demonstration object after processing in the application one embodiment;
Fig. 6 is the Organization Chart of electronic equipment in another embodiment of the application.
Embodiment
The embodiment of the present application is by providing a kind of information processing method and electronic equipment, solved in prior art, exist in viewing area, present the edge of the first demonstration object time, electronic equipment need to repeatedly respond, and causes complicated operation and responds the technical matters of length consuming time.
The technical scheme of one embodiment of the invention is for solving the above problems, and general thought is as follows:
When having the first touch control operation on touch-display unit being detected, judge that whether the first touch control operation meets one pre-conditioned, obtain the first judged result, wherein, meet and pre-conditionedly specifically refer to: the first touch control operation is at least included in the slide towards first direction constantly of T1 and at the T2 slide towards second direction constantly; When the first judged result shows the first touch control operation, meet when pre-conditioned, control first and show that object moves to present four edges in viewing area.When need to present of first four edges of demonstration object in viewing area time, electronic equipment does not need to receive a plurality of the first touch control operations, first touch control operation that only need to receive meets pre-conditioned, so efficiently solve in prior art, exist in viewing area, present the edge of the first demonstration object time, electronic equipment need to repeatedly respond, cause complicated operation and respond the technical matters of length consuming time, can in viewing area, present fast of first four edges of demonstration object, simple to operate, improve user and experience.
In order better to understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.
The present embodiment provides a kind of information processing method, being applied to one has in the electronic equipment of touch-display unit, touch-display unit has a viewing area, viewing area can be used in and shows that first shows object, and the size of the first demonstration object is greater than viewing area and first and shows that object has four edges.
In concrete application, electronic equipment can also can also have the MP4 of touch-screen for having the smart mobile phone of touch-screen for having the notebook computer of touch-screen, at this, has just given an example no longer one by one.
Below with reference to Fig. 1, the method for information processing in the embodiment of the present invention is described in detail.
Step 101: while having the first touch control operation on touch-display unit being detected, judge that whether the first touch control operation meets one pre-conditioned, obtain the first judged result, wherein, meet and pre-conditionedly specifically refer to: the first touch control operation is at least included in the slide towards first direction constantly of T1 and at the T2 slide towards second direction constantly;
Step 102: meet when pre-conditioned when the first judged result shows the first touch control operation, control first and show that object moves to present four edges in viewing area.
In order more to clearly demonstrate the implementation procedure of the embodiment of the present application information processing method, below by with electronic equipment for example smart mobile phone the implementation procedure of information processing method is described in detail, wherein, in smart mobile phone, store contacts list, smart mobile phone has a touch-screen, touch screen has a viewing area, viewing area can be used in demonstration contacts list, and the size of this contacts list is greater than viewing area and contacts list has these four edges of left hand edge, right hand edge, coboundary and lower limb.
Below the implementation procedure of the information processing method in the embodiment of the present application is explained in detail:
As shown in Figure 2, user uses smart mobile phone 20 to check contacts list 301, wherein, in contacts list 301, record successively Ah one, Ah two, Ah three, white one, white two, white three, Bai Si, one, two, Zhang San, Monday, Tuesday, Wednesday, Thursday, Zhu one, Zhu two and Zhu's three contact method.Because the size of contacts list 301 is greater than viewing area 30, therefore in viewing area 30, can not show complete contacts list 301, in viewing area 30, be merely able to display section contacts list 301, if viewing area 30 shows when the top of contacts lists 301 is coboundary, in viewing area 30, show Ah one, Ah two, Ah three, white one, white two, white three and white four contact method; If viewing area 30 shows when the bottom of contacts list is lower limb, in viewing area 30, show Monday, Tuesday, Wednesday, Thursday, Zhu one, Zhu two and Zhu's three contact method.Viewing area 30 is current shows one, two, Zhang San, Monday, Tuesday, Wednesday and the contact method of Thursday.
As shown in Figure 3, when user need to check the top of contacts list 301, user slides on touch-screen with finger 40.
In the situation that the touch-screen of smart mobile phone 20 is capacitive touch screen, when finger 40 touches on capacitance touch screen surfaces, the electric capacity of contact 303 will change, the oscillator frequency being connected with capacitive touch screen is changed, by survey frequency, change and can determine at touch location acquisition touch information.By judging whether capacitive touch screen obtains touch information and judge whether smart mobile phone 20 obtains the first touch control operation, when obtaining touch information, show to obtain the first touch control operation on the capacitive touch screen of smart mobile phone 20; When not obtaining touch information, show not obtain the first touch control operation on the capacitive touch screen of smart mobile phone 20.
In the situation that the touch-screen of smart mobile phone 20 is resistive touch screen, when finger 40 touches on resistive touch screen surfaces, the physical location (X, Y) of 303 viewing area, contact 30 is converted to and represents the voltage of X coordinate and the voltage of Y coordinate.By judging whether resistive touch screen obtains the voltage of X coordinate and the voltage of Y coordinate judges whether smart mobile phone 20 obtains the first touch control operation, when obtaining the power supply of X coordinate and the voltage of Y coordinate, show to obtain the first touch control operation on the resistive touch screen of smart mobile phone 20; When not obtaining the voltage of X coordinate and the voltage of Y coordinate, show not obtain the first touch control operation on the resistive touch screen of smart mobile phone 20.
Certainly, in practice, can also detect by other means and whether have the first touch control operation, for example touch-screen is optical touch screen, so just can judge whether to receive the first touch control operation by camera.
No matter by which kind of mode detect while receiving the first touch control operation, at this moment, just perform step 101: judge that whether the first touch control operation meets one pre-conditioned, obtain the first judged result, wherein, meet and pre-conditionedly specifically refer to: the first touch control operation is at least included in the slide towards first direction constantly of T1 and at the T2 slide towards second direction constantly.
Specifically please refer to shown in Fig. 3 and Fig. 4, judge that whether the first touch control operation meets one pre-conditioned, concrete example is as for judge whether the first touch control operation is at least included in downward slide 302 constantly of T1 and at the T2 slide making progress 304 in the moment, and generates the first judged result.
When the first judged result shows the first touch control operation, do not meet when pre-conditioned, filter the first touch control operation.
When the first judged result shows the first touch control operation, meet when pre-conditioned, start to perform step 102, control the first demonstration object and move to present four edges in viewing area.
Step 102 is in specific implementation process, for example: as shown in Figure 5, when showing the first touch control operation, the first judged result obtaining in step 101 meets when pre-conditioned, control the top that contacts list 301 is moved down into contacts list 301, the top that presents contacts list 301 in viewing area 30, in viewing area 30, show Ah one, Ah two, Ah three, white one, white two, white three and white four contact method, Ah one, Ah two, Ah three, white, white two, white three and white four are the records at contacts list 301 tops.
In one embodiment, step 102 specifically comprises: based on first direction and second direction, obtain the first moving direction; Control first and show that object moves in viewing area, to present first edge corresponding with the first moving direction, wherein, the first edge is in four edges.
For example: when the first moving direction is consistent with first direction, slide 302 based on downward, obtaining the first moving direction is downward direction, control the top that contacts list 301 is moved down into contacts list 301, the top that presents contacts list 301 in viewing area 30 shows Ah one, Ah two, Ah three, white one, white two, white three and white four contact method in viewing area 30.
When the first moving direction is consistent with second direction, slide 304 based on making progress, obtaining the first moving direction is upward direction, control the bottom that contacts list 301 is moved upwards up to contacts list 301, in viewing area 30, show Monday, Tuesday, Wednesday, Thursday, Zhu one, Zhu two and Zhu's three contact method.
Slide 302 based on downward and the slide 304 making progress, by a preset rules, determine the first moving direction, preset rules concrete example is as being using the direction of the slide that in the first touch control operation, acceleration is larger as the first moving direction, or using the direction of the longer slide of sliding distance in the first touch control operation as the first moving direction.
When preset rules is during using the direction of the slide that in the first touch control operation, acceleration is larger as the first moving direction, smart mobile phone 20 is based on slide 302 and slide 304, the acceleration that obtains slide 302 is a1, and the acceleration of slide 304 is a2, and wherein a1 is greater than a2.By preset rules, determine that the first moving direction is the first direction of slide 302 correspondences: downward direction.Control the top that contacts list 301 is moved down into contacts list 301, in viewing area 30, present the top of contacts list 301, in viewing area 30, show Ah one, Ah two, Ah three, white one, white two, white three and white four contact method.
When preset rules is using the direction of the longer slide of sliding distance in the first touch control operation during as the first moving direction, smart mobile phone 20 is based on slide 302 and slide 304, obtain the sliding distance d1 of slide 302, the sliding distance d2 of slide 304, wherein d1 is greater than d2.Pass through preset rules, determine that the first moving direction is the first direction of slide 302 correspondences: downward direction, control the top that contacts list 301 is moved down into contacts list 301, the top that presents contacts list 301 in viewing area 30 shows Ah one, Ah two, Ah three, white one, white two, white three and white four contact method in viewing area 30.
Certainly, in the embodiment of the present application, the first moving direction can be determined by other preset rules, and the present invention is not restricted.
When user need to check the bottom, left side of contacts list 301 or right side, similar with the situation at top of checking contacts list 301, succinct for instructions, is not described in detail in this.
According to the slide towards first direction in the first touch control operation and whether continuous towards the slide of second direction, the method in the embodiment of the present application is divided into two kinds of situations.The first situation: at T1 constantly, user's finger slides towards first direction in the touch-display unit of electronic equipment, and then user's finger leaves touch-display unit, at T2 constantly, user's finger slides towards second direction in touch-display unit.The second situation: at T1 constantly, user's finger slides towards first direction in the touch-display unit of electronic equipment, finger user does not leave under the condition of touch-display unit, and at T2 constantly, user's finger slides towards second direction in touch-display unit.
In the first situation, in order to filter out the first invalid touch control operation, reduce user's maloperation, in the method for the embodiment of the present application, T2 be constantly specially T1 constantly after and in arbitrary moment of Preset Time scope.
For example: in the time of the 1st second, finger 40 upward sliding on touch-screen makes smart mobile phone 20 receive slide 302, then user's finger 40 leaves touch-screen, and in the time of the 4th second, finger 40 down sliding on touch-screen makes smart mobile phone 20 receive slide 304.When the Preset Time scope of smart mobile phone 20 is 5 seconds, because the 4th second after the 1st second and in the time range of 5 seconds, show that the first touch control operation is valid function, starts to perform step 102.
When the Preset Time scope of smart mobile phone 20 is 2 seconds, because the 4th second after the 1st second, but exceed the time range of 2 seconds, show that the first touch control operation is invalid operation, filter the first touch control operation.
In the second situation, in order to filter out the first invalid touch control operation, reduce user's maloperation, in method in the embodiment of the present application, T2 be constantly specially T1 constantly after and in arbitrary moment of Preset Time scope.
For example: in the time of the 1st second, finger 40 upward sliding on touch-screen makes smart mobile phone 20 receive slide 302, finger 40 user does not leave under the condition of touch-screen, and in the time of the 3rd second, finger 40 down sliding on touch-screen makes smart mobile phone 20 receive slide 304.When the Preset Time scope of smart mobile phone 20 is 4 seconds, because the 3rd second after the 1st second and in the time range of 4 seconds, show that the first touch control operation is valid function, starts to perform step 102.
When the Preset Time scope of smart mobile phone 20 is 1 second, because the 3rd second after first second, but exceed the time range of 1 second, show that the first touch control operation is invalid operation, filter the first touch control operation.
In another embodiment, step 102 specifically comprises: when the first moving direction is during for direction left, generate the first steering order; Carry out the first steering order, control first and show that object moves in viewing area, to present the right hand edge corresponding with direction left; Or when the first moving direction be during to right, generate the second steering order; Carry out the second steering order, control first show object move with in viewing area, present with to left hand edge corresponding to right; Or when the first moving direction is upward direction, generate the 3rd steering order; Carry out the 3rd steering order, control first and show that object moves in viewing area, to present the lower limb corresponding with upward direction; Or when the first moving direction is downward direction, generate the 4th steering order; Carry out the 4th steering order, control first and show that object moves in viewing area, to present the coboundary corresponding with downward direction.
For example: when the first moving direction is during for direction left, smart mobile phone 20 generates the first steering order corresponding to direction left, smart mobile phone 20 is by carrying out the first steering order, controls contacts list 301 and moves in viewing area 30, to present the right hand edge corresponding with direction left.
When the first moving direction is during to right, smart mobile phone 20 generates to the second steering order corresponding to right, smart mobile phone 20 is by carrying out the second steering order, control contacts list 301 move with in viewing area 30, present with to left hand edge corresponding to right.
When the first moving direction is upward direction, smart mobile phone 20 generates the 3rd steering order corresponding to upward direction, smart mobile phone 20, by carrying out the 3rd steering order, is controlled contacts list 301 and is moved in viewing area 30, to present the lower limb corresponding with upward direction.
When the first moving direction is downward direction, smart mobile phone 20 generates the 4th steering order corresponding to downward direction, smart mobile phone 20, by carrying out the 4th steering order, is controlled contacts list 301 and is moved in viewing area 30, to present the coboundary corresponding with downward direction.
In a further embodiment, step 102 is specially: by the first justified margin of edge in four edges and touch-display unit, and be presented in viewing area.
For example: when the first moving direction is upward direction, the lower limb of contacts list 301 is alignd with the lower limb of touch-screen, and be presented in viewing area 30.
When the first moving direction is downward direction, direction or during to right, the situation that is upward direction with the first moving direction is similar left, succinct for instructions, no longer describes in detail.
The application another embodiment also provide a kind of electronic equipment, for realizing the method for Fig. 1 and specific embodiment thereof, please refer to Fig. 6, and Fig. 6 is the Organization Chart of the present embodiment electronic equipment.
As Fig. 6, the electronic equipment of the present embodiment has touch-display unit 601, and touch-display unit 601 has a viewing area, and viewing area can be used in and shows that first shows object, the size of the first demonstration object is greater than viewing area and first and shows that object has four edges, and electronic equipment comprises:
Detecting unit 602, for detection of whether obtaining the first touch control operation;
Judging unit 603, while being used for having the first control operation on touch-display unit 601 being detected, judge that whether the first touch control operation meets one pre-conditioned, obtain the first judged result, wherein, meet and pre-conditionedly specifically refer to: the first touch control operation is at least included in the slide towards first direction constantly of T1 and at the T2 slide towards second direction constantly;
Control module 604, for showing that when the first judged result the first touch control operation meets when pre-conditioned, controls first and shows that object moves to present four edges in viewing area.
Wherein, T2 be constantly specially T1 constantly after and in arbitrary moment of Preset Time scope.
Wherein, control module 604 specifically for:
Based on first direction and second direction, obtain the first moving direction;
Control first and show that object moves in viewing area, to present first edge corresponding with the first moving direction, wherein, the first edge is in four edges.
Wherein, control module 604 specifically for:
When the first moving direction is during for direction left, generate the first steering order;
Carry out the first steering order, control first and show that object moves in viewing area, to present the right hand edge corresponding with direction left; Or
When the first moving direction is during to right, generate the second steering order;
Carry out the second steering order, control first show object move with in viewing area, present with to left hand edge corresponding to right; Or
When the first moving direction is upward direction, generate the 3rd steering order;
Carry out the 3rd steering order, control first and show that object moves in viewing area, to present the lower limb corresponding with upward direction; Or
When the first moving direction is downward direction, generate the 4th steering order;
Carry out the 4th steering order, control first and show that object moves in viewing area, to present the coboundary corresponding with downward direction.
Wherein, control module 604 specifically for:
By the first justified margin of edge in four edges and touch-display unit 601, and be presented in viewing area.
Detecting unit 602 in the embodiment of the present application is specifically as follows capacitive touch-display unit, can be also the touch-display unit of resistance-type, can also be optical touch display unit, and the present invention is not restricted.
Judging unit 603 in the embodiment of the present application and control module 604 can be separate chips, can be also same chips, are arranged on the circuit board of electronic equipment.
The electronic equipment that various variation patterns in method in previous embodiment and instantiation are equally applicable to the present embodiment, by the aforementioned detailed description to the method for information processing, those skilled in the art can clearly know the implementation method of electronic equipment in the present embodiment, so succinct for instructions, is not described in detail in this.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
In one embodiment of the invention, owing to having the first touch control operation on described touch-display unit being detected, judge that whether described the first touch control operation meets one pre-conditioned, obtain the first judged result, wherein, described meet pre-conditionedly specifically refer to: the first touch control operation is at least included in the slide towards first direction constantly of T1 and at the T2 slide towards second direction constantly; When described the first judged result, to show that described the first touch control operation meets described when pre-conditioned, controls described first and show that object moves to present described four edges in described viewing area.When need to present of first four edges of demonstration object in viewing area time, electronic equipment does not need to receive a plurality of operations, one that only need to receive meets the first pre-conditioned touch control operation, so efficiently solve in prior art, exist in viewing area, present the edge of the first demonstration object time, electronic equipment need to repeatedly respond, cause complicated operation and respond the technical matters of length consuming time, can in viewing area, present fast of first four edges of demonstration object, simple to operate, improve user and experience.
Further, only have when T2 be constantly specially described T1 constantly after and during arbitrary moment in Preset Time scope, just control described first and show that object moves to present described four edges in described viewing area, and when T2 be constantly specially described T1 constantly after, but while exceeding the moment of Preset Time scope, in viewing area, can not present of first four edges of demonstration object, can filter the first invalid touch control operation, reduce user's maloperation.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (10)
1. an information processing method, being applied to one has in the electronic equipment of touch-display unit, described touch-display unit has a viewing area, described viewing area can be used in and shows that first shows object, the size of described the first demonstration object is greater than described viewing area and described first and shows that object has four edges, it is characterized in that, described method comprises:
While having the first touch control operation on described touch-display unit being detected, judge that whether described the first touch control operation meets one pre-conditioned, obtain the first judged result, wherein, described meet pre-conditionedly specifically refer to: the first touch control operation is at least included in the slide towards first direction constantly of T1 and at the T2 slide towards second direction constantly;
When described the first judged result, to show that described the first touch control operation meets described when pre-conditioned, controls described first and show that object moves to present described four edges in described viewing area.
2. the method for claim 1, is characterized in that, described T2 be constantly specially described T1 constantly after and in arbitrary moment of Preset Time scope.
3. the method for claim 1, is characterized in that, described control described first shows that object moves with of presenting described four edges in described viewing area, specifically comprises:
Based on described first direction and described second direction, obtain the first moving direction;
Control described first and show that object moves in described viewing area, to present first edge corresponding with described the first moving direction, wherein, described the first edge is in described four edges.
4. method as claimed in claim 3, is characterized in that, described control described first shows that object moves in described viewing area, to present first edge corresponding with described the first moving direction, specifically comprises:
When described the first moving direction is during for direction left, generate the first steering order;
Carry out the first steering order, control described first and show that object moves in described viewing area, to present the right hand edge corresponding with described direction left; Or
When described the first moving direction is during to right, generate the second steering order;
Carry out the second steering order, control described first and show that object moves in described viewing area, to present with described to left hand edge corresponding to right; Or
When described the first moving direction is upward direction, generate the 3rd steering order;
Carry out the 3rd steering order, control described first and show that object moves in described viewing area, to present the lower limb corresponding with described upward direction; Or
When described the first moving direction is downward direction, generate the 4th steering order;
Carry out the 4th steering order, control described first and show that object moves in described viewing area, to present the coboundary corresponding with described downward direction.
5. the method for claim 1, is characterized in that, described control described first shows that object moves with of presenting described four edges in described viewing area, is specially:
By an edge in described four edges and the first justified margin of described touch-display unit, and be presented in described viewing area.
6. an electronic equipment, described electronic equipment has touch-display unit, described touch-display unit has a viewing area, described viewing area can be used in and shows that first shows object, the size of described the first demonstration object is greater than described viewing area and described first and shows that object has four edges, it is characterized in that, described electronic equipment also comprises:
Detecting unit, for detection of whether obtaining the first touch control operation;
Judging unit, while being used for having described the first control operation on described touch-display unit being detected, judge that whether described the first touch control operation meets one pre-conditioned, obtain the first judged result, wherein, described meet pre-conditionedly specifically refer to: the first touch control operation is at least included in the slide towards first direction constantly of T1 and at the T2 slide towards second direction constantly;
Control module, described when pre-conditioned for showing that when described the first judged result described the first touch control operation meets, control described first and show that object moves to present described four edges in described viewing area.
7. electronic equipment as claimed in claim 6, is characterized in that, described T2 be constantly specially described T1 constantly after and in arbitrary moment of Preset Time scope.
8. electronic equipment as claimed in claim 6, is characterized in that, described control module specifically for:
Based on described first direction and described second direction, obtain the first moving direction;
Control described first and show that object moves in described viewing area, to present first edge corresponding with described the first moving direction, wherein, described the first edge is in described four edges.
9. electronic equipment as claimed in claim 8, is characterized in that, described control module specifically for:
When described the first moving direction is during for direction left, generate the first steering order;
Carry out the first steering order, control described first and show that object moves in described viewing area, to present the right hand edge corresponding with described direction left; Or
When described the first moving direction is during to right, generate the second steering order;
Carry out the second steering order, control described first and show that object moves in described viewing area, to present with described to left hand edge corresponding to right; Or
When described the first moving direction is upward direction, generate the 3rd steering order;
Carry out the 3rd steering order, control described first and show that object moves in described viewing area, to present the lower limb corresponding with described upward direction; Or
When described the first moving direction is downward direction, generate the 4th steering order;
Carry out the 4th steering order, control described first and show that object moves in described viewing area, to present the coboundary corresponding with described downward direction.
10. electronic equipment as claimed in claim 6, is characterized in that, described control module specifically for:
By an edge in described four edges and the first justified margin of described touch-display unit, and be presented in described viewing area.
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| CN104035692B (en) | 2018-02-27 |
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