CN103885696A

CN103885696A - Information processing method and electronic device

Info

Publication number: CN103885696A
Application number: CN201410099505.8A
Authority: CN
Inventors: 康凯; 董芳菲
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-03-17
Filing date: 2014-03-17
Publication date: 2014-06-25

Abstract

The invention discloses an information processing method and an electronic device to solve the technical problem that in the prior art, a user complexly operates display objects on the electronic device. The method is applied to the electronic device. The electronic device comprises an induction unit. The method includes the steps that M display objects are displayed through a display unit, wherein M is a positive integer; the induction unit acquires first input operation; the electronic device responds to the first input operation and sets the N display objects in the M display objects to be in a selected state, wherein N is a positive integer which is not larger than M; second input operation is acquired through the induction unit; according to a second track of the second input operation, corresponding execution instructions are determined; the electronic device responds to the execution instructions and executes first operation on the N display objects.

Description

A kind of information processing method and electronic equipment

Technical field

The present invention relates to electronic technology field, particularly a kind of information processing method and electronic equipment.

Background technology

Along with the development of technology, the function of electronic equipment from strength to strength, makes people's daily productive life obtain great facility.

At present, electronic equipment can show desktop icons in system desktop, show the image being made up of fundamental figure unit at the alphabetic character of documents editing interface display, at drawing application interface.User can generate foregoing by input operation, also can edit it.

But present inventor finds above-mentioned prior art and at least has following technical matters:

User is in the time carrying out editing operation to demonstration objects such as above-mentioned icon, alphabetic character, fundamental figure unit, need to complete editing operation in conjunction with corresponding Macintosh, or the response modes of electronic equipment is shown to object editing pattern from showing that object typing pattern switches to, just can carry out correspondingly editing operation, make the carrying out of editing operation more complicated.

Summary of the invention

The application provides a kind of information processing method and electronic equipment, for solving user that prior art exists more complicated technical matters when the demonstration object on electronic equipment is operated, realize technique effect easier when the demonstration object on electronic equipment is operated.

The embodiment of the present application provides a kind of information processing method on the one hand, and described method is applied in electronic equipment, and described electronic equipment comprises sensing unit, and described method comprises: show that by display unit M shows object, M is positive integer; Obtain the first input operation by described sensing unit; Respond described the first input operation, show that by described M N in object shows that object is set as selected state, N is the positive integer that is not more than M; Obtain the second input operation by described sensing unit; Determine corresponding execution instruction according to the second track of described the second input operation; Respond described execution instruction, to show that to described N object carries out the first operation.

Preferably, in described the first input operation of described response, before showing that by N in described M demonstration object object is set as selected state, described method also comprises: the first track that shows described the first input operation; Or/and before described the second track according to described the second input operation is determined corresponding execution instruction, described method also comprises: show described the second track.

Preferably, described method also comprises: if showed described the first track before described the first input operation of response,, after showing the first Preset Time of described the first track, stop showing described the first track; If and/or show described the second track in response before described the second input operation,, after showing the second Preset Time of described the second track, stop showing described the second track.

Preferably, after described sensing unit obtains input operation, described electronic equipment comprises the first response modes and the second response modes for the response modes of described input operation; Described the first response modes is for showing the track of described input operation in real time at the correspondence position of described display unit; Described the second response modes is for generating corresponding execution instruction according to the track of described input operation; Described the first input operation of described response, is specially: obtain first parameter information corresponding with described the first input operation; Judge whether first predetermined condition of described the first parameter information; In the time that described the first parameter information meets described the first predetermined condition, respond described the first input operation by described the first response modes and described the second response modes simultaneously, to show that by described M N in object shows that object is set as selected state, and show the first track of described the first input operation at the display unit of described electronic equipment.

Preferably, after described sensing unit obtains input operation, described electronic equipment comprises the first response modes and the second response modes for the response modes of described input operation; Described the first response modes is for showing the track of described input operation in real time at the correspondence position of described display unit; Described the second response modes is for generating corresponding execution instruction according to the track of described input operation; The described execution instruction of described response, to show that to described N object carries out the first operation, is specially: obtain second parameter information corresponding with described the second input operation; Judge whether second predetermined condition of described the second parameter information; In the time that described the second parameter information meets described the second predetermined condition, respond described the second input operation by described the first response modes and described the second response modes simultaneously, to show that to described N object carries out described the first operation, and show described the second track at the display unit of described electronic equipment.

Preferably, described electronic equipment comprises first area and second area, and described first area is the region that shows a described M object, and described second area is other region except described first area; The first parameter information that described acquisition is corresponding with described the first input operation, is specially: detect the initial point position that obtains described the first input operation, described initial point position is described the first parameter information; Describedly judge whether first predetermined condition of described the first parameter information, be specially: judge whether described initial point position is positioned at described first area.

Preferably, the first parameter information that described acquisition is corresponding with described the first input operation, is specially: the first switching command that the touch-control body that acquisition is connected with described electronic equipment produces, and described the first switching command is described the first parameter information; Describedly judge whether first predetermined condition of described the first parameter information, be specially: judge that whether described the first switching command is that described electronic equipment is switched to the switching command that described the first response modes and described the second response modes respond simultaneously for the response modes of described the first input operation.

Preferably, the second parameter information that described acquisition is corresponding with described the second input operation, is specially: the second switching command that the touch-control body that acquisition is connected with described electronic equipment produces, and described the second switching command is described the second parameter information; Describedly judge whether second predetermined condition of described the second parameter information, be specially: judge that whether described the second switching command is that described electronic equipment is switched to the switching command that described the first response modes and described the second response modes respond simultaneously for the response modes of described the second input operation.

Preferably, the second parameter information that described acquisition is corresponding with described the second input operation, is specially: obtain the first track of described the first input operation and the relative position relation of described the second track, described relative position relation is described the second parameter information; Describedly judge whether second predetermined condition of described the second parameter information, be specially: judge whether described relative position relation shows described the first track and described the second intersection of locus.

Preferably, in the time that described the second input operation comprises at least two operating points, described the second track according to described the second input operation is determined corresponding execution instruction, comprising: determine the initial period of described the second input operation, at least two reference positions that described at least two operating points are corresponding; Determine the ending phase of described the second input operation, at least two end positions that described at least two operating points are corresponding; Meet the 3rd when pre-conditioned at described at least two reference positions and described at least two end positions, generation copies described N duplicate instructions that shows object, described the 3rd pre-conditioned being specially: described at least two reference positions are positioned at described N selected areas that shows object, and the second end position that the first end position in described at least two end positions is arranged in described selected areas and described at least two end positions is positioned at outside described selected areas; The described execution instruction of described response, to show that to described N object carries out the first operation, is specially: show that by described N object tools is to viewing area corresponding to described the second end position.

The embodiment of the present application provides a kind of electronic equipment on the other hand, and described electronic equipment comprises: the first display module, show that for the display unit by described electronic equipment M shows object, and M is positive integer; First obtains module, for obtaining the first input operation by the sensing unit of described electronic equipment; The first respond module, for responding described the first input operation, shows that by described M N in object shows that object is set as selected state, and N is the positive integer that is not more than M; Second obtains module, for obtaining the second input operation by described sensing unit; The first determination module, for determining corresponding execution instruction according to the second track of described the second input operation; The second respond module, for responding described execution instruction, to show that to described N object carries out the first operation.

Preferably, described electronic equipment also comprises: the second display module, be used for: respond described the first input operation in described the first respond module, before showing that by N in described M demonstration object object is set as selected state, show the first track of described the first input operation by described display unit; Or/and the 3rd display module, for: before described the first determination module is determined corresponding execution instruction according to the second track of described the second input operation, show described the second track by described display unit.

Preferably, described electronic equipment also comprises: the first control module, for: after described the second display module shows the first Preset Time of described the first track by described display unit, stop showing described the first track; Or/and the second control module, for: after described the 3rd display module shows the second Preset Time of described the second track by described display unit, stop showing described the second track.

Preferably, after described sensing unit obtains input operation, described electronic equipment comprises the first response modes and the second response modes for the response modes of described input operation; Described the first response modes is for showing the track of described input operation in real time at the correspondence position of described display unit; Described the second response modes is for generating corresponding execution instruction according to the track of described input operation; Described the first respond module, comprising:

First obtains submodule, for obtaining first parameter information corresponding with described the first input operation; First judges submodule, for judging whether first predetermined condition of described the first parameter information; The first response submodule, be used for: in the time that described the first parameter information meets described the first predetermined condition, respond described the first input operation by described the first response modes and described the second response modes simultaneously, to show that by described M N in object shows that object is set as selected state, and show the first track of described the first input operation at the display unit of described electronic equipment.

Preferably, after described sensing unit obtains input operation, described electronic equipment comprises the first response modes and the second response modes for the response modes of described input operation; Described the first response modes is for showing the track of described input operation in real time at the correspondence position of described display unit; Described the second response modes is for generating corresponding execution instruction according to the track of described input operation; Described the second respond module, comprising:

Second obtains submodule, for obtaining second parameter information corresponding with described the second input operation; Second judges submodule, for judging whether second predetermined condition of described the second parameter information; The second response submodule, be used for: in the time that described the second parameter information meets described the second predetermined condition, respond described the second input operation by described the first response modes and described the second response modes simultaneously, to show that to described N object carries out described the first operation, and show described the second track at the display unit of described electronic equipment.

Preferably, described electronic equipment comprises first area and second area, and described first area is the region that shows a described M object, and described second area is other region except described first area; Described first obtains submodule, specifically for: detect the initial point position that obtains described the first input operation, described initial point position is described the first parameter information; Described first judges submodule, specifically for: judge whether described initial point position is positioned at described first area.

Preferably, described first obtains submodule, specifically for: the first switching command that the touch-control body that acquisition is connected with described electronic equipment produces, described the first switching command is described the first parameter information; Described first judges submodule, specifically for: judge that whether described the first switching command is that described electronic equipment is switched to the switching command that described the first response modes and described the second response modes respond simultaneously for the response modes of described the first input operation.

Preferably, described second obtains submodule, specifically for: the second switching command that the touch-control body that acquisition is connected with described electronic equipment produces, described the second switching command is described the second parameter information; Described second judges submodule, specifically for: judge that whether described the second switching command is that described electronic equipment is switched to the switching command that described the first response modes and described the second response modes respond simultaneously for the response modes of described the second input operation.

Preferably, described second obtains submodule, specifically for: obtain the first track of described the first input operation and the relative position relation of described the second track, described relative position relation is described the second parameter information; Described second judges submodule, specifically for: judge whether described relative position relation shows described the first track and described the second intersection of locus.

Preferably, in the time that described the second input operation comprises at least two operating points, described the first determination module comprises: first determines submodule, for determining the initial period of described the second input operation, at least two reference positions that described at least two operating points are corresponding; Second determines submodule, for determining the ending phase of described the second input operation, at least two end positions that described at least two operating points are corresponding; The 3rd determines submodule, be used for: meet the 3rd when pre-conditioned at described at least two reference positions and described at least two end positions, generation copies described N duplicate instructions that shows object, described the 3rd pre-conditioned being specially: described at least two reference positions are positioned at described N selected areas that shows object, and the second end position that the first end position in described at least two end positions is arranged in described selected areas and described at least two end positions is positioned at outside described selected areas; Described the second respond module, specifically for: described duplicate instructions responded, to show that by described N object tools is to the viewing area corresponding with described the second end position.

The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:

Due in the embodiment of the present application, electronic equipment directly just can be determined corresponding execution instruction according to the operation trace of user's input operation, and instruction is carried out in response, so that demonstration object is carried out to the first operation, and the operation that user is switched without the response modes that carries out electronic equipment, also without the combination function key by other; Thereby realize easier technique effect when the demonstration object on electronic equipment is operated.

Accompanying drawing explanation

Fig. 1 is the schematic flow sheet of information processing method in the embodiment of the present application 1;

Fig. 2 A-Fig. 2 E is the schematic diagram that in the embodiment of the present application 1, electronic equipment carries out the first dissimilar operation;

Fig. 3 is the further refinement schematic diagram of step 103 in the embodiment of the present application 1;

Fig. 4 is the further refinement schematic diagram of step 106 in the embodiment of the present application 1;

Fig. 5 is the schematic block diagram of electronic equipment in the embodiment of the present application 2;

Fig. 6 is the further refinement schematic block diagram of electronic equipment in the embodiment of the present application 2;

Fig. 7 is the further refinement schematic block diagram of the first respond module 203 in the embodiment of the present application 2;

Fig. 8 is the further refinement schematic block diagram of the second respond module 206 in the embodiment of the present application 2.

Embodiment

Below by accompanying drawing and specific embodiment, present techniques scheme is described in detail, be to be understood that the specific features in the embodiment of the present application and embodiment is the detailed explanation to present techniques scheme, rather than restriction to present techniques scheme, in the situation that not conflicting, the technical characterictic in the embodiment of the present application and embodiment can combine mutually.

Embodiment 1

The application proposes a kind of information processing method by embodiment 1, and the method is applied in electronic equipment, and electronic equipment comprises sensing unit.Specifically, electronic equipment can be the smart machines such as smart mobile phone, panel computer, intelligent watch, notebook computer, and the sensing device that obtains input operation that sensing unit is this electronic equipment, as touch-control sensing unit, body sense catch sensing unit, image sensing cell etc.

Please refer to Fig. 1, the method comprises:

S101: show that by display unit M shows object, M is positive integer:.

Specifically, in step 101, show that object can be the fundamental figure unit in the icon at shown character, system desktop or file interface of documents editing interface, drawing application, the display pixel of drawing in application etc.

S102: obtain the first input operation by sensing unit.

Specifically, the first input operation in step 102 is for showing the operation of object selected.For example, the first input operation can be by operation for the length that shows object; Again for example, at documents editing interface, the first input operation can be the touch control operation of circle type for the track of user on display interface, includes demonstration character in this circle type track; Again for example, the first input operation can be used the touch control operation of pointer on display interface for user, and pointer, in the time carrying out this touch control operation, has been sent and shown that current operation is the instruction of choosing operation to electronic equipment.

Step 103: response the first input operation, show that by M N in object shows that object is set as selected state, N is the positive integer that is not more than M.

Specifically, after step 102 detects the first input operation, electronic equipment will respond this first input operation, and then determine selected object according to the first track of the first input operation, and these selected object (described N shows object) are set to selected state.As in the time that the track of the first input operation is circle type, determine that the object of choosing is the demonstration object that circle comprises; When and for example the first input operation is pressed operation for length, determine that this length is selected object by the length of operation by the demonstration object at application point place, etc.

Step 104: obtain the second input operation by sensing unit;

Specifically, in step 104, the second input operation is to show that for the N in selected state object carries out the input operation of editing operation.It can, by user's finger manipulation input, also can operate input by pointer.

Step 105: determine corresponding execution instruction according to the second track of the second input operation;

Specifically, the processor of electronic equipment is being resolved after the second track of the second input operation, and corresponding generation is to N execution instruction that shows that object operates.

Step 106: instruction is carried out in response, to show that to N object carries out the first operation.

Specifically, the execution instruction that electronic equipment generates response, shows that to the N in selected state object carries out the first operation.The difference of the second input operation based on receiving in step S104, and then to N also difference of the first operation that shows that object carries out.

Enumerate several the first dissimilar operations below and be introduced, certainly, in specific implementation process, be not limited to following several situation.

1, the first operation is specially replicate run

Please refer to Fig. 2 A, in the time that the second input operation comprises at least two operating points, step 105: determine corresponding execution instruction according to the second track of the second input operation, comprising:

Determine the initial period of the second input operation, at least two at least two reference positions that operating point is corresponding;

Determine the ending phase of the second input operation, at least two at least two end positions that operating point is corresponding;

Meet the 3rd when pre-conditioned at least two reference positions and at least two end positions, generation copies N duplicate instructions that shows object, the 3rd pre-conditioned being specially: at least two reference positions are positioned at N selected areas that shows object, and the second end position that the first end position at least two end positions is arranged in selected areas and at least two end positions is positioned at outside selected areas;

Step 106: instruction is carried out in response, to show that to N object carries out the first operation, is specially:

Show viewing area corresponding to object tools to the second end position by N.

For example, in Fig. 2 A, " its Xu is as woods " four words are in selected state, when beginning, user's right-hand man's forefinger is all positioned at selected areas, and then, in the situation that keeping right hand forefinger to rest in selected areas, left index finger slowly moves to left, electronic equipment correspondence will generate duplicate instructions, when electronic equipment response duplicate instructions, copy " its Xu is as woods " four words, and make its viewing area corresponding to the region of the last stop of left index finger.Therefore, user is the reproducible demonstration object of choosing by simple touch control operation, and the viewing area of the demonstration object after copying can be set quickly and accurately, has great convenience for the user to carry out replicate run.

2, the first operation is specially multiselect operation

Please refer to Fig. 2 B, when in step 104, get the second track for "+" number type the second input operation time, in step 105, can generate multiselect instruction, electronic equipment responds this multiselect instruction, carries out multiselect operation.

For example, in Fig. 2 B, before the second input operation, " woods " word is in selected state, when electronic equipment get the second track for "+" number type the second input operation after, while carrying out multiselect operation, while making user choose operation for " wind " word, before allowing, still remain selected state in " woods " word of selected state, and then these two words are all set to selected state, realize the technique effect of multiselect.In actual conditions, can repeatedly carry out multiselect operation, with realize choose simultaneously repeatedly choose operation for demonstration object.

3, the first operation is specially move operation

Please refer to Fig. 2 C, in the time getting the second track in step 104 and be the second input operation of an arrow, in step 105, can generate move, in step 106, electronic equipment, in the time of this move of response, shows that by the current N in selected state object moves to the direction of arrow.

For example, in Fig. 2 C, electronic equipment is in the time of response move, and " its Xu is as woods " four words in selected state before the second input operation is carried out move to the left.Preferably, the viewing area after the demonstration object of selected state moves is corresponding with the terminal position of arrow.

4, the first operation is specially alignment operation

Please refer to Fig. 2 D, in the time getting the second track in step 104 and be the second input operation of the destination county arrow that has reference line, in step 105, can generate aligned instruction, in step 106, electronic equipment is in the time of this aligned instruction of response, the current demonstration object in selected state, to the direction translation of arrow place, makes a side of next-door neighbour's reference line of the demonstration object in selected state align with reference line.

For example, at Fig. 2 D, electronic equipment, in the time of response aligned instruction, by " motionless as mountain " four word translations upward, and makes the top of " no " word align with horizontal reference line.

In actual conditions, the direction of carrying out alignment operation determines according to the direction of arrow, for example, in the time that the second track is the vertical reference line of arrow to the right and arrow terminal, corresponding the demonstration object in selected state aligned right; In the time that the second track is the reference line of downward arrow and arrow terminal level, corresponding the demonstration object in selected state is alignd downwards.

5, the first operation is specially zoom operations

Please refer to Fig. 2 E, in the time getting the second track in step 104 and be second input operation of arrow of at least one pair of opposite direction, in step 105, generate convergent-divergent instruction, when electronic equipment is carried out this convergent-divergent instruction in step 106, show that to the N in selected state object carries out corresponding convergent-divergent according to the direction of arrow in the second track.

For example, at Fig. 2 E, electronic equipment equipment in the time of response convergent-divergent instruction, according to the direction of arrow by the viewing area of " fire " word in selected state up and down left and right four direction amplify.

In addition, zoom operations can be also reduction operation, when the side that the starting point of arrow is selected areas, when the terminal of arrow is selected areas inside, corresponds to the operation that selected areas is dwindled in the direction of arrow.As being when from selected areas, four sides are guided inner arrow into up and down when the track of the second input operation, corresponding to by selected areas up and down left and right four direction dwindle.

Preferably, when electronic equipment responds the convergent-divergent instruction of zoom operations generation, the amplitude of convergent-divergent is corresponding with the length amplitude of arrow; Or electronic equipment shows that by the N in selected state object zooms to the position corresponding to terminal of arrow in the time of the instruction of response convergent-divergent.

Further, in the embodiment of the present application, in step 103: response the first input operation, before showing that by M N demonstration object in object is set as selected state, this method also comprises the steps:

Show the first track of the first input operation; Or/and

In step 105: before determining corresponding execution instruction according to the second track of the second input operation, the method also comprises the steps:

Show the second track.

Specifically, in the embodiment of the present application, electronic equipment can show the first track of the first input operation before response the first input operation operation, before the execution instruction generating in response the second input operation, can show the second track of the second input operation, to realize the first input operation, the visual technique effect of the second input operation, make user can be intuitively, the type of perception current operation visually.

In actual conditions, technique scheme can be only to show the first track of the first input operation, or only shows the second track of the second input operation, or not only shows the first track but also show the second track.

Further, in the embodiment of the present application, the method also comprises the steps:

If showed the first track before response the first input operation,, after showing the first Preset Time of the first track, stop showing the first track; And/or

If showed the second track before response the second input operation,, after showing the second Preset Time of the second track, stop showing the second track.

Specifically, show the first track or/and when the second track, electronic equipment can stop showing above-mentioned track after Preset Time, makes display interface revert to the state that only shows object at electronic equipment, with keep display interface succinctly.In the embodiment of the present application, Preset Time comprises two kinds of situations:

One, after Preset Time section, as 5s, 30s etc.

Its two, Preset Time is Preset Time point, for example the first Preset Time and the second Preset Time can be in step 106 response and carry out this moment of instruction,, if show the first track, in step 106, electronic equipment response is carried out after instruction, stops showing the first track; If show the second track, in step 106, electronic equipment response is carried out after instruction, stops showing the second track.

Further, in the embodiment of the present application, after sensing unit obtains input operation, electronic equipment comprises the first response modes and the second response modes for the response modes of input operation; The first response modes is for showing the track of input operation in real time at the correspondence position of display unit; The second response modes is for generating corresponding execution instruction according to the track of input operation;

Step 103: response the first input operation, please refer to Fig. 3, be specially:

S1031: obtain first parameter information corresponding with the first input operation;

S1032: judge whether first predetermined condition of the first parameter information;

S1033: in the time of the first parameter information first predetermined condition, respond the first input operation by the first response modes and the second response modes simultaneously, to show that by M N in object shows that object is set as selected state, and show the first track of the first input operation at the display unit of electronic equipment.

Specifically, in step 1031, electronic equipment can obtain the first parameter information of the first input operation, and the in the situation that of this first parameter information first predetermined condition of checking, responding the first input operation with the second response modes simultaneously, can show the first track of the first input operation, to realize the visual technique effect of the first input operation, make user can be intuitively, the current object of choosing of perception visually.

In the embodiment of the present application, judge whether first predetermined condition at least can comprise following several middle situation to the first parameter information:

(1) whether the start position that judges the first input operation meets predetermined condition;

For example: electronic equipment comprises first area and second area, first area is the region that shows M object, and second area is other region except first area;

Step 1031: obtain first parameter information corresponding with the first input operation, be specially:

Detect the initial point position that obtains the first input operation, initial point position is the first parameter information;

Step 1032: judge whether first predetermined condition of the first parameter information, be specially:

Judge whether initial point position is positioned at first area.

Specifically, electronic equipment is divided into viewing area current the have first area and the current second area without showing object that show object in real time according to the display position that shows object in current display interface, in the time that the starting point of the first input operation is positioned at the first area that has demonstration object, determine that user need to choose N to show object by the first input operation, now respond the first input operation by the first response modes and the second response modes simultaneously, the visual effect of operation is chosen in realization, and raising user manipulates the intuitive of electronic equipment.

(2) judge whether to receive that indication electronic equipment responds the instruction of input operation simultaneously with the first response modes and the second response modes;

The first switching command that the touch-control body that acquisition is connected with electronic equipment produces; The first switching command is the first parameter information;

Judge that whether the first switching command is that electronic equipment is switched to the switching command that the first response modes and the second response modes respond simultaneously for the response modes of the first input operation.

In the embodiment of the present application, can carry out input operation by pointer, pointer is in the time carrying out input operation, can send an instruction, make electronic equipment respond the first input operation with the first response modes and the second response modes simultaneously, this instruction is the first switching command.

Certainly, above-mentionedly judge that whether first predetermined condition is several possible implementations to the first parameter information, in specific implementation process, is not limited to above several situation.

Step 106: instruction is carried out in response, to show that to N object carries out the first operation, please refer to Fig. 4, is specially:

S1061: obtain second parameter information corresponding with the second input operation;

S1062: judge whether second predetermined condition of the second parameter information;

S1063: in the time of the second parameter information second predetermined condition, respond the second input operation by the first response modes and the second response modes simultaneously, to show that to N object carries out the first operation, and show the second track at the display unit of electronic equipment.

Due in such scheme, except showing that to N object carries out the first operation, also can show the second track of the second input operation, to realize the visual technique effect of the second input operation, make user can be intuitively, the current operation of perception visually.

In the embodiment of the present application, judge whether second predetermined condition at least can comprise following several middle situation to the second parameter information:

(1) judge whether to receive that indication electronic equipment responds the instruction of input operation simultaneously with the first response modes and the second response modes;

, step 1061: obtain the second parameter information corresponding with the second input operation, be specially:

The second switching command that the touch-control body that acquisition is connected with electronic equipment produces, the second switching command is the second parameter information;

Step 1062: judge whether second predetermined condition of the second parameter information, be specially:

Judge that whether the second switching command is that electronic equipment is switched to the switching command that the first response modes and the second response modes respond simultaneously for the response modes of the second input operation.

As previously mentioned, in the embodiment of the present application, can carry out input operation by pointer, pointer is in the time carrying out input operation, can send an instruction (being also that pointer is touch-control body), make electronic equipment respond the second input operation with the first response modes and the second response modes, this instruction is the second switching command simultaneously.

In actual conditions, the first switching command can be identical with the second switching command, and electronic equipment is received this switching command, and the input operation of specifically determining response according to the particular type of the track of input operation is for choosing operation or executing instruction operations.

(2) judge that whether the second track is crossing with the first track;

For example: step 1061: obtain second parameter information corresponding with the second input operation, be specially:

Obtain the first track of the first input operation and the relative position relation of the second track, relative position relation is the second parameter information;

Judge whether relative position relation shows the first track and the second intersection of locus.

Specifically,, in the time of the first track and the second intersection of locus, for outstanding operation corresponding to the second input operation, electronic equipment can respond the second input operation by the first response modes and the second response modes simultaneously.

In the embodiment of the present application technique scheme, the various instructions that pointer is sent can realize by a button of pressing in pointer, or the means such as realize and realize by changing the work gear of pointer, and the application gives an example no longer one by one at this.

Embodiment 2

Corresponding with the information processing method in embodiment 1, the embodiment of the present application 2 provides a kind of electronic equipment, and this electronic equipment comprises sensing unit.Specifically, electronic equipment can be the smart machines such as smart mobile phone, panel computer, intelligent watch, notebook computer, and the sensing device that obtains input operation that sensing unit is this electronic equipment, as touch-control sensing unit, body sense catch sensing unit, image sensing cell etc.

Please refer to Fig. 5, this electronic equipment comprises:

The first display module 201, shows that for the display unit by electronic equipment M shows object, and M is positive integer;

First obtains module 202, for obtaining the first input operation by the sensing unit of electronic equipment;

The first respond module 203, for responding the first input operation, shows that by M N in object shows that object is set as selected state, and N is the positive integer that is not more than M;

Second obtains module 204, for obtain the second input operation by sensing unit;

The first determination module 205, for determining corresponding execution instruction according to the second track of the second input operation;

The second respond module 206, for responding execution instruction, to show that to N object carries out the first operation.

Further, please refer to Fig. 6, this electronic equipment also comprises:

The second display module 207, for: respond the first input operation in the first respond module, before showing that by N in M demonstration object object is set as selected state, show the first track of the first input operation by display unit; Or/and

The 3rd display module 208, for: before the first determination module is determined corresponding execution instruction according to the second track of the second input operation, show the second track by display unit.

In technique scheme, realized the first input operation, the visual technique effect of the second input operation, make user can be intuitively, the type of perception current operation visually.

Further, continue referring to Fig. 6, this electronic equipment also comprises:

The first control module 209, for: the first Preset Time of the first track shown by display unit at the second display module after, stop showing the first track; Or/and

The second control module 210, for: the 3rd display module shows the second Preset Time of the second track by display unit after, stop showing the second track.

In technique scheme, show the first track or/and when the second track, electronic equipment can stop showing above-mentioned track after Preset Time, makes display interface revert to the state that only shows object at electronic equipment, with keep display interface succinctly.

Further, in the embodiment of the present application 2, after sensing unit obtains input operation, electronic equipment comprises the first response modes and the second response modes for the response modes of input operation; The first response modes is for showing the track of input operation in real time at the correspondence position of display unit; The second response modes is for generating corresponding execution instruction according to the track of input operation;

In this case, please refer to Fig. 7, the first respond module 203, comprising:

First obtains submodule 2031, for obtaining first parameter information corresponding with the first input operation;

First judges submodule 2032, for judging whether first predetermined condition of the first parameter information;

The first response submodule 2033, be used for: in the time of the first parameter information first predetermined condition, respond the first input operation by the first response modes and the second response modes simultaneously, to show that by M N in object shows that object is set as selected state, and show the first track of the first input operation at the display unit of electronic equipment.

In technique scheme, electronic equipment is responding the first input operation simultaneously with the second response modes, can show the first track of the first input operation, realize the visual technique effect of the first input operation, make user can be intuitively, the current object of choosing of perception visually.

Further, electronic equipment comprises first area and second area, and first area is the region that shows M object, and second area is other region except first area;

First obtains submodule 2031, specifically for: detect the initial point position that obtains the first input operation, initial point position is the first parameter information;

First judges submodule 2032, specifically for: judge whether initial point position is positioned at first area.

Further, first obtains submodule 2031, specifically for: the first switching command that the touch-control body that acquisition is connected with electronic equipment produces, the first switching command is the first parameter information;

First judges submodule 2032, specifically for: judge that whether the first switching command is that electronic equipment is switched to the switching command that the first response modes and the second response modes respond simultaneously for the response modes of the first input operation.

Further, after sensing unit obtains input operation, electronic equipment comprises the first response modes and the second response modes for the response modes of input operation; The first response modes is for showing the track of input operation in real time at the correspondence position of display unit; The second response modes is for generating corresponding execution instruction according to the track of input operation;

In this case, please refer to Fig. 8, the second respond module 206, comprising:

Second obtains submodule 2061, for obtaining second parameter information corresponding with the second input operation;

Second judges submodule 2062, for judging whether second predetermined condition of the second parameter information;

The second response submodule 2063, be used for: in the time of the second parameter information second predetermined condition, respond the second input operation by the first response modes and the second response modes simultaneously, to show that to N object execution first operates, and show the second track at the display unit of electronic equipment.

In technique scheme, when electronic equipment is carried out instruction in the correspondence generating according to the second input operation with the second response modes response, can show the second track of the second input operation, realized the visual technique effect of the second input operation, make user can be intuitively, the current editing operation of perception visually.

Further, second obtains submodule 2061, specifically for: the second switching command that the touch-control body that acquisition is connected with electronic equipment produces, the second switching command is the second parameter information;

Second judges submodule 2062, specifically for: judge that whether the second switching command is that electronic equipment is switched to the switching command that the first response modes and the second response modes respond simultaneously for the response modes of the second input operation.

Further, second obtains submodule 2061, specifically for: obtain the first track of the first input operation and the relative position relation of the second track, relative position relation is the second parameter information;

Second judges submodule 2062, specifically for: judge whether relative position relation shows the first track and the second intersection of locus.

Further, in the time that the second input operation comprises at least two operating points, the first determination module comprises:

First determines submodule, for determining the initial period of the second input operation, at least two at least two reference positions that operating point is corresponding;

Second determines submodule, for determining the ending phase of the second input operation, at least two at least two end positions that operating point is corresponding;

The 3rd determines submodule, be used for: meet the 3rd when pre-conditioned at least two reference positions and at least two end positions, generation copies N duplicate instructions that shows object, the 3rd pre-conditioned being specially: at least two reference positions are positioned at N selected areas that shows object, and the second end position that the first end position at least two end positions is arranged in selected areas and at least two end positions is positioned at outside selected areas;

The second respond module, specifically for: response duplicate instructions, to show that by N object tools is to the viewing area corresponding with the second end position.

In technique scheme, user is the reproducible demonstration object of choosing by simple touch control operation, and the viewing area of the demonstration object after copying can be set quickly and accurately, has great convenience for the user to carry out replicate run.

Various information processing manners in information processing method in previous embodiment 1 and instantiation are equally applicable to the electronic equipment of the present embodiment, by the detailed description to information processing method in previous embodiment 1, 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.

Those skilled in the art should understand, the application's embodiment can be provided as method, system or computer program.Therefore, the application can adopt complete hardware implementation example, completely implement software example or the form in conjunction with the embodiment of software and hardware aspect.And the application can adopt the form at one or more upper computer programs of implementing of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) that wherein include computer usable program code.

The application is with reference to describing according to process flow diagram and/or the block scheme of the method for the embodiment of the present application, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block scheme and/or square frame and process flow diagram and/or block scheme and/or the combination of square frame.Can provide these computer program instructions to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction that makes to carry out by the processor of computing machine or other programmable data processing device produces the device for realizing the function of specifying at flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame.

These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of specifying in flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame.

These computer program instructions also can be loaded in computing machine or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computing machine or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of specifying in flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame on computing machine or other programmable devices.

Specifically, computer program instructions corresponding to information processing method in the embodiment of the present application can be stored in CD, hard disk, on the storage mediums such as USB flash disk, in the time that the computer program instructions corresponding with information processing method in storage medium read or be performed by an electronic equipment, comprise the steps:

Show that by display unit M shows object, M is positive integer;

Obtain the first input operation by described sensing unit;

Respond described the first input operation, show that by described M N in object shows that object is set as selected state, N is the positive integer that is not more than M;

Obtain the second input operation by described sensing unit;

Determine corresponding execution instruction according to the second track of described the second input operation;

Respond described execution instruction, to show that to described N object carries out the first operation.

Optionally, in storage medium, also store other computer instruction, these computer instructions with step: respond described the first input operation, show that by described M in object N shows that object is set as computer instruction corresponding to selected state and is performed and is performed before, comprises the steps: in the time being performed

Show the first track of described the first input operation; Or/and

These computer instructions with step: determine that according to the second track of described the second input operation computer instruction corresponding to corresponding execution instruction is performed before being performed, and comprises the steps: in the time being performed

Show described the second track.

Optionally, in storage medium, also store other computer instruction, these computer instructions with step: show that computer instruction that the first track of described the first input operation is corresponding is performed after being performed, and comprises the steps: in the time being performed

Stop showing described the first track; And/or

These computer instructions with step: show that computer instruction that described the second track is corresponding is performed after being performed, and comprises the steps: in the time being performed

Stop showing described the second track.

Optionally, after described sensing unit obtains input operation, described electronic equipment comprises the first response modes and the second response modes for the response modes of described input operation; Described the first response modes is for showing the track of described input operation in real time at the correspondence position of described display unit; Described the second response modes is for generating corresponding execution instruction according to the track of described input operation; That store in storage medium and step: respond described the first input operation, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:

Obtain first parameter information corresponding with described the first input operation;

Judge whether first predetermined condition of described the first parameter information;

In the time that described the first parameter information meets described the first predetermined condition, respond described the first input operation by described the first response modes and described the second response modes simultaneously, to show that by described M N in object shows that object is set as selected state, and show the first track of described the first input operation at the display unit of described electronic equipment.

Optionally, after described sensing unit obtains input operation, described electronic equipment comprises the first response modes and the second response modes for the response modes of described input operation; Described the first response modes is for showing the track of described input operation in real time at the correspondence position of described display unit; Described the second response modes is for generating corresponding execution instruction according to the track of described input operation; That store in storage medium and step: respond described execution instruction, to show that to described N object carries out the first operation, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:

Obtain second parameter information corresponding with described the second input operation;

Judge whether second predetermined condition of described the second parameter information;

In the time that described the second parameter information meets described the second predetermined condition, respond described the second input operation by described the first response modes and described the second response modes simultaneously, to show that to described N object carries out described the first operation, and show described the second track at the display unit of described electronic equipment.

Optionally, described electronic equipment comprises first area and second area, and described first area is the region that shows a described M object, and described second area is other region except described first area; In storage medium, store with step: obtain with described the first input operation corresponding the first parameter information, the computer instruction of correspondence, being specifically performed in process, specifically comprises the steps:

Detect the initial point position that obtains described the first input operation, described initial point position is described the first parameter information;

That store in storage medium and step: judge whether first predetermined condition of described the first parameter information, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:

Judge whether described initial point position is positioned at described first area.

Optionally, in storage medium, store with step: obtain with described the first input operation corresponding the first parameter information, corresponding computer instruction is being specifically performed in process, specifically comprise the steps: to obtain the first switching command that the touch-control body that is connected with described electronic equipment produces, described the first switching command is described the first parameter information;

Judge that whether described the first switching command is that described electronic equipment is switched to the switching command that described the first response modes and described the second response modes respond simultaneously for the response modes of described the first input operation.

Optionally, in storage medium, store with step: obtain with described the second input operation corresponding the second parameter information, the computer instruction of correspondence, being specifically performed in process, specifically comprises the steps:

The second switching command that the touch-control body that acquisition is connected with described electronic equipment produces, described the second switching command is described the second parameter information;

That store in storage medium and step: judge whether second predetermined condition of described the second parameter information, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:

Judge that whether described the second switching command is that described electronic equipment is switched to the switching command that described the first response modes and described the second response modes respond simultaneously for the response modes of described the second input operation.

Obtain the first track of described the first input operation and the relative position relation of described the second track, described relative position relation is described the second parameter information;

Judge whether described relative position relation shows described the first track and described the second intersection of locus.

Optionally, in the time that described the second input operation comprises at least two operating points, in storage medium, store with step: determine corresponding execution instruction according to the second track of described the second input operation, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:

Determine the initial period of described the second input operation, at least two reference positions that described at least two operating points are corresponding;

Determine the ending phase of described the second input operation, at least two end positions that described at least two operating points are corresponding;

Meet the 3rd when pre-conditioned at described at least two reference positions and described at least two end positions, generation copies described N duplicate instructions that shows object, described the 3rd pre-conditioned being specially: described at least two reference positions are positioned at described N selected areas that shows object, and the second end position that the first end position in described at least two end positions is arranged in described selected areas and described at least two end positions is positioned at outside described selected areas;

That store in storage medium and step: respond described execution instruction, to show that to described N object carries out the first operation, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:

Show that by described N object tools is to viewing area corresponding to described the second end position.

Although described the application's preferred embodiment, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to be interpreted as comprising preferred embodiment and fall into all changes and the modification of the application's scope.

Obviously, those skilled in the art can carry out various changes and modification and the spirit and scope that do not depart from the application to the application.Like this, if within these of the application are revised and modification belongs to the scope of the application's claim and equivalent technologies thereof, the application is also intended to comprise these changes and modification interior.

Claims

1. an information processing method, described method is applied in electronic equipment, and described electronic equipment comprises sensing unit, and described method comprises:

Show that by display unit M shows object, M is positive integer;

Obtain the first input operation by described sensing unit;

Obtain the second input operation by described sensing unit;

2. the method for claim 1, is characterized in that:

In described the first input operation of described response, before showing that by N in described M demonstration object object is set as selected state, described method also comprises:

Show the first track of described the first input operation; Or/and

Before described the second track according to described the second input operation is determined corresponding execution instruction, described method also comprises:

Show described the second track.

3. method as claimed in claim 2, is characterized in that, described method also comprises:

If showed described the first track before described the first input operation of response,, after showing the first Preset Time of described the first track, stop showing described the first track; And/or

If showed described the second track before described the second input operation of response,, after showing the second Preset Time of described the second track, stop showing described the second track.

4. the method as described in arbitrary claim in claim 1-3, is characterized in that, after described sensing unit obtains input operation, described electronic equipment comprises the first response modes and the second response modes for the response modes of described input operation; Described the first response modes is for showing the track of described input operation in real time at the correspondence position of described display unit; Described the second response modes is for generating corresponding execution instruction according to the track of described input operation;

Described the first input operation of described response, is specially:

5. the method as described in arbitrary claim in claim 1-3, is characterized in that, after described sensing unit obtains input operation, described electronic equipment comprises the first response modes and the second response modes for the response modes of described input operation; Described the first response modes is for showing the track of described input operation in real time at the correspondence position of described display unit; Described the second response modes is for generating corresponding execution instruction according to the track of described input operation;

The described execution instruction of described response, to show that to described N object carries out the first operation, is specially:

6. method as claimed in claim 4, is characterized in that, described electronic equipment comprises first area and second area, and described first area is the region that shows a described M object, and described second area is other region except described first area; The first parameter information that described acquisition is corresponding with described the first input operation, is specially:

Describedly judge whether first predetermined condition of described the first parameter information, be specially:

7. method as claimed in claim 4, is characterized in that, the first parameter information that described acquisition is corresponding with described the first input operation, is specially:

The first switching command that the touch-control body that acquisition is connected with described electronic equipment produces, described the first switching command is described the first parameter information;

8. method as claimed in claim 5, is characterized in that, the second parameter information that described acquisition is corresponding with described the second input operation, is specially:

Describedly judge whether second predetermined condition of described the second parameter information, be specially:

9. method as claimed in claim 5, is characterized in that, the second parameter information that described acquisition is corresponding with described the second input operation, is specially:

10. the method as described in arbitrary claim in claim 1-3, is characterized in that, in the time that described the second input operation comprises at least two operating points, described the second track according to described the second input operation is determined corresponding execution instruction, comprising:

11. 1 kinds of electronic equipments, described electronic equipment comprises:

The first display module, shows that for the display unit by described electronic equipment M shows object, and M is positive integer;

First obtains module, for obtaining the first input operation by the sensing unit of described electronic equipment;

The first respond module, for responding described the first input operation, shows that by described M N in object shows that object is set as selected state, and N is the positive integer that is not more than M;

Second obtains module, for obtaining the second input operation by described sensing unit;

The first determination module, for determining corresponding execution instruction according to the second track of described the second input operation;

The second respond module, for responding described execution instruction, to show that to described N object carries out the first operation.

12. electronic equipments as claimed in claim 11, is characterized in that, described electronic equipment also comprises:

The second display module, for: respond described the first input operation in described the first respond module, before showing that by N in described M demonstration object object is set as selected state, show the first track of described the first input operation by described display unit; Or/and

The 3rd display module, for: before described the first determination module is determined corresponding execution instruction according to the second track of described the second input operation, show described the second track by described display unit.

13. electronic equipments as claimed in claim 12, is characterized in that, described electronic equipment also comprises:

The first control module, for: after described the second display module shows the first Preset Time of described the first track by described display unit, stop showing described the first track; Or/and

The second control module, for: after described the 3rd display module shows the second Preset Time of described the second track by described display unit, stop showing described the second track.

14. electronic equipments as described in arbitrary claim in claim 11-13, is characterized in that, after described sensing unit obtains input operation, described electronic equipment comprises the first response modes and the second response modes for the response modes of described input operation; Described the first response modes is for showing the track of described input operation in real time at the correspondence position of described display unit; Described the second response modes is for generating corresponding execution instruction according to the track of described input operation;

Described the first respond module, comprising:

First obtains submodule, for obtaining first parameter information corresponding with described the first input operation;

First judges submodule, for judging whether first predetermined condition of described the first parameter information;

The first response submodule, be used for: in the time that described the first parameter information meets described the first predetermined condition, respond described the first input operation by described the first response modes and described the second response modes simultaneously, to show that by described M N in object shows that object is set as selected state, and show the first track of described the first input operation at the display unit of described electronic equipment.

15. electronic equipments as described in arbitrary claim in claim 11-13, is characterized in that, after described sensing unit obtains input operation, described electronic equipment comprises the first response modes and the second response modes for the response modes of described input operation; Described the first response modes is for showing the track of described input operation in real time at the correspondence position of described display unit; Described the second response modes is for generating corresponding execution instruction according to the track of described input operation;

Described the second respond module, comprising:

Second obtains submodule, for obtaining second parameter information corresponding with described the second input operation;

Second judges submodule, for judging whether second predetermined condition of described the second parameter information;

The second response submodule, be used for: in the time that described the second parameter information meets described the second predetermined condition, respond described the second input operation by described the first response modes and described the second response modes simultaneously, to show that to described N object carries out described the first operation, and show described the second track at the display unit of described electronic equipment.

16. electronic equipments as claimed in claim 14, is characterized in that, described electronic equipment comprises first area and second area, and described first area is the region that shows a described M object, and described second area is other region except described first area; Described first obtains submodule, specifically for: detect the initial point position that obtains described the first input operation, described initial point position is described the first parameter information;

Described first judges submodule, specifically for: judge whether described initial point position is positioned at described first area.

17. electronic equipments as claimed in claim 14, is characterized in that, described first obtains submodule, specifically for: the first switching command that the touch-control body that acquisition is connected with described electronic equipment produces, described the first switching command is described the first parameter information;

Described first judges submodule, specifically for: judge that whether described the first switching command is that described electronic equipment is switched to the switching command that described the first response modes and described the second response modes respond simultaneously for the response modes of described the first input operation.

18. electronic equipments as claimed in claim 15, is characterized in that, described second obtains submodule, specifically for: the second switching command that the touch-control body that acquisition is connected with described electronic equipment produces, described the second switching command is described the second parameter information;

Described second judges submodule, specifically for: judge that whether described the second switching command is that described electronic equipment is switched to the switching command that described the first response modes and described the second response modes respond simultaneously for the response modes of described the second input operation.

19. electronic equipments as claimed in claim 15, it is characterized in that, described second obtains submodule, specifically for: obtain the first track of described the first input operation and the relative position relation of described the second track, described relative position relation is described the second parameter information;

Described second judges submodule, specifically for: judge whether described relative position relation shows described the first track and described the second intersection of locus.

20. electronic equipments as described in arbitrary claim in claim 11-13, is characterized in that, in the time that described the second input operation comprises at least two operating points, described the first determination module comprises:

First determines submodule, for determining the initial period of described the second input operation, at least two reference positions that described at least two operating points are corresponding;

Second determines submodule, for determining the ending phase of described the second input operation, at least two end positions that described at least two operating points are corresponding;

The 3rd determines submodule, be used for: meet the 3rd when pre-conditioned at described at least two reference positions and described at least two end positions, generation copies described N duplicate instructions that shows object, described the 3rd pre-conditioned being specially: described at least two reference positions are positioned at described N selected areas that shows object, and the second end position that the first end position in described at least two end positions is arranged in described selected areas and described at least two end positions is positioned at outside described selected areas;

Described the second respond module, specifically for: described duplicate instructions responded, to show that by described N object tools is to the viewing area corresponding with described the second end position.