CN105094600A

CN105094600A - Message processing method and electronic device

Info

Publication number: CN105094600A
Application number: CN201510370115.4A
Authority: CN
Inventors: 刘佳成
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2015-06-29
Filing date: 2015-06-29
Publication date: 2015-11-25

Abstract

The invention discloses a message processing method and an electronic device. The message processing method comprises acquiring M texture messages of an operation body in a sensing area corresponding to an input contact surface, when the operation body executes an input operation on the input contact surface of a first key of an electronic device, determining the variation tendency of the M texture messages based on the M texture messages, determining the input operation of the operation body according to the variation tendency, and finally responding a first control instruction corresponding to the input operation of the operation body. Accordingly, technical schemes in embodiments of the application can provide more operations which can directly execute corresponding application functions with not need to click a selection menu, and the level of intelligence of an electronic device and the applicability of the electronic device can be raised.

Description

A kind of information processing method and electronic equipment

Technical field

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

Background technology

Along with the development of smart electronics, the appearance design of intelligent terminal just gradually to simplification development, such as, the button on mobile phone from before keyboard-type designs for only to need to arrange a button (Home key); Or not having button to arrange completely, user only needs can complete operation to mobile phone by button viewing area corresponding on touch display screen.

Because the functionality buttons magnitude setting of intelligent terminal reduces gradually, but corresponding function cannot be realized by clicking choice menus again in the operational process of some application-specific.Therefore, different application functions can being realized by different operating gestures in prior art, such as, by double-clicking the application icon in display interface of mobile phone, thus the mobile phone operation application program corresponding with this application icon can be controlled; Can also realize by the viewing area of one or more correspondence the flashlight function opening mobile phone by long, etc.

But the increase of the function quantity that can realize along with intelligent terminal, same operating gesture is possibly corresponding to realizing multiple application function.That is, some gestures being used for realizing a certain concrete function can be occupied to realize other function under specific circumstances.

Such as, in the ordinary course of things can by the distance between two fingers that be placed on display interface of mobile phone be expanded, thus the display frame controlling mobile phone is amplified.But when mobile phone is running a certain specific application, in the runnable interface of this application, the distance between two fingers being expanded then can corresponding to opening a display frame or opening the operations such as copy editor's window.When user needs the display frame realizing amplifying mobile phone when this application runs, often this function cannot be realized by other operation.

Visible, the application function also existed in prior art achieved by intelligent terminal is more, and existing can be limited in order to the operating gesture directly realizing specific function, lack more without the need to then can activate the technical matters of the operation of corresponding application function by clicking choice menus.

Summary of the invention

The application provides a kind of information processing method and electronic equipment, application function in order to solve achieved by the intelligent terminal that also exists in prior art is more, and existing can be limited in order to the operating gesture directly realizing specific function, lack more without the need to then can activate the technical matters of the operation of corresponding application function by clicking choice menus.

The application provides a kind of information processing method on the one hand, and described method comprises:

When operating body carries out input operation at the input surface of contact of the first button of electronic equipment, in the induction region corresponding with described input surface of contact, obtain M texture information of described operating body, wherein, M be more than or equal to 2 integer;

Determine the variation tendency of a described M texture information based on a described M texture information, described variation tendency for characterize described operating body described input surface of contact carry out in the first process of input operation operation change;

Determine that described input operation is the first input operation based on described variation tendency;

Respond first steering order corresponding with described first input operation.

Alternatively, the described variation tendency determining a described M texture information based on a described M texture information, comprising:

Extract the unique point of each texture information in a described M texture information, wherein, the unique point of described each texture information is different;

Determine the area value with described each texture information of the Feature point correspondence of described each texture information;

Described variation tendency is determined in the change of area value in described first process based on described each texture information;

Wherein, described variation tendency carries out relative to the operating force of described input surface of contact in input operation process for characterizing described operating body in the first position of described input surface of contact change.

Based on the change in location of unique point in described first process of described each texture information, determine that the moving direction of described operating body is first direction;

Be that first direction is as described variation tendency using described moving direction.

Alternatively, determine based on a described M texture information to comprise the variation tendency of a described M texture information:

Based on the change of unique point in described first process of described each texture information, determine that the rotating direction of described operating body is second direction;

Be that second direction is as described variation tendency using described rotating direction.

Alternatively, the first steering order that described response is corresponding with described first input operation, comprising:

Described first steering order of the display parameter of the displaying contents on the display screen of the described electronic equipment of response adjustment.

On the other hand, the embodiment of the present application additionally provides a kind of electronic equipment, comprising:

Button, comprises the input surface of contact contacted with operating body;

Inductor, the induction region of described inductor is corresponding with described input surface of contact, in order to obtain M texture information of operating body, wherein, M be more than or equal to 2 integer;

Processor, in order to determine the variation tendency of a described M texture information based on a described M texture information, determine that described input operation is the first input operation based on described variation tendency, respond first steering order corresponding with described first input operation, wherein, described variation tendency for characterize described operating body described input surface of contact carry out in the first process of input operation operation change.

Alternatively, described processor, in order to extract the unique point of each texture information in a described M texture information, determine the area value with described each texture information of the Feature point correspondence of described each texture information, described variation tendency is determined in the change of area value in described first process based on described each texture information, wherein, the unique point of described each texture information is different, the change that described variation tendency is carried out relative to the operating force of described input surface of contact in input operation process for characterizing described operating body in the first position of described input surface of contact.

Alternatively, described processor, in order to extract the unique point of each texture information in a described M texture information, based on the change in location of unique point in described first process of described each texture information, determine that the moving direction of described operating body is first direction, using described moving direction be first direction as described variation tendency, wherein, the unique point of described each texture information is different.

Alternatively, handled device, in order to extract the unique point of each texture information in a described M texture information, based on the change of unique point in described first process of described each texture information, determine that the rotating direction of described operating body is second direction, using described rotating direction be second direction as described variation tendency, wherein, the unique point of described each texture information is different.

Alternatively, described electronic equipment also comprises:

Display screen;

Described processor, in order to described first steering order of the display parameter of the displaying contents on the described display screen of response adjustment.

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

Technical scheme in the embodiment of the present application can by when operating body carries out input operation at the input surface of contact of the first button of electronic equipment, M texture information of operating body is obtained in the induction region corresponding with described input surface of contact, thus the variation tendency of a described M texture information is determined based on a described M texture information, again according to the input operation of described variation tendency determination operation body, the first steering order that final response is corresponding with the input operation of operating body.Therefore, technical scheme in the embodiment of the present application can provide more without the need to then directly can perform the operation of corresponding application function by clicking choice menus, has the technique effect of the intelligent level improving electronic equipment and the applicability promoting electronic equipment.

The embodiment of the present application at least also has following technique effect or advantage:

Further, technical scheme in the embodiment of the present application can by extracting the unique point of each texture information in a described M texture information, thus determine the area value with described each texture information of the Feature point correspondence of described each texture information, then determine described variation tendency based on the change in described first process of the area value of described each texture information.And the change that described variation tendency is carried out relative to the operating force of described input surface of contact in input operation process for characterizing described operating body in the first position of described input surface of contact.Therefore, the technical scheme in the embodiment of the present application has the technique effect improving and judge the precise degrees of described variation tendency on the one hand, also has the technique effect avoiding maloperation on the other hand.

Further, technical scheme in the embodiment of the present application can also to carry out the change in location in the process of input operation at described input surface of contact at described operating body according to the unique point of each texture information, thus determine the moving direction of operating body, and the moving direction this determined is as described variation tendency.Visible, the technical scheme in the embodiment of the present application also has the technique effect improving applicability.

Further, technical scheme in the embodiment of the present application can also change by analyzing unique point on the described texture state in the contact process of the input surface of contact of described operating body and described button, and other is according to the determined Parameters variation of these unique points, then can obtain described operating body corresponding rotating direction during this period, determine described variation tendency thus.Therefore, the technical scheme in the embodiment of the present application also has the technique effect improving applicability further.

Further, technical scheme in the embodiment of the present application when judging that obtaining operating body has made corresponding operation, then can directly perform described first steering order of the display parameter of the displaying contents on the display screen of the described electronic equipment of adjustment corresponding with this operation.Therefore, the technical scheme in the embodiment of the present application also has the technique effect of the operating efficiency improving electronic equipment.

Accompanying drawing explanation

The process flow diagram of a kind of information processing method that Fig. 1 provides for the embodiment of the present application;

The structural drawing of a kind of electronic equipment that Fig. 2 provides for the embodiment of the present application.

Embodiment

Technical scheme in the embodiment of the present application is for solving the problems of the technologies described above, and general thought is as follows:

Below by accompanying drawing and specific embodiment, technical scheme is described in detail, the specific features being to be understood that in the embodiment of the present application and embodiment is the detailed description to technical scheme, instead of the restriction to technical scheme, when not conflicting, the technical characteristic in the embodiment of the present application and embodiment can combine mutually.

Embodiment one

Please refer to Fig. 1, the embodiment of the present application one provides a kind of information processing method, comprising:

Step 101: when operating body carries out input operation at the input surface of contact of the first button of electronic equipment, obtain M texture information of described operating body in the induction region corresponding with described input surface of contact, wherein, M be more than or equal to 2 integer.

M texture information of described operating body, the surface referring to this operating body is not level and smooth surface, but has the surface of portion concave or part projection.By the portion concave on operating body surface and/or the protruding texture then constituted on described operating body of part.

Because described texture is made up of the portion concave on operating body and/or part projection, therefore this texture has a degree of depth, the namely cup depth of described portion concave on the direction vertical relative to operating body surface, or the height of projection of described part projection; Meanwhile, this texture with the plane of operating body plane tangent on also there is a width, the namely recess width of described portion concave, or the ledge width of described part projection.Described texture information is then can be used for characterizing described portion concave, part projection, the information at even corresponding with texture concrete a certain operating body position.

Such as, described texture information can be the location parameter of the concrete point on described texture, and this point can be one also can be multiple.Described texture information also can be cup depth parameter and/or the height of projection parameter of described lines.Described cup depth parameter can characterize the cup depth of the described portion concave forming texture, and described height of projection parameter can characterize the height of projection of the described part projection forming texture.

In the implementation of this step, can by arranging induction recognition device on the button of electronic equipment, and the induction region of this induction recognition device can be corresponding with the input surface of contact of button, when operating body and the input surface of contact of button contact or are in the scope can responding to acquisition, then can obtain described texture information by this induction recognition device.

The induction region of described induction recognition device can be arranged on the position corresponding with the input surface of contact of button, such as, induction recognition device can be arranged on immediately below button, is positioned at the housing of electronic equipment, and its induction region is just for button protrudes the region of shell.As long as operating body can pass through described induction recognition device then can be made to get the position of described texture information at the enterprising line operate of described button, then can as the position corresponding with button.

The meaning characterized based on described texture information is different, then described induction recognition device also can carry out different settings as required.Obtain described texture information owing to can be accomplished in several ways in prior art, just do not repeat one by one at this.

It is pointed out that in the implementation of this step, a described M texture information is not the multiple texture informations obtained at a certain particular point in time, but the one or more texture informations obtained on multiple time point.

Such as, when described texture information is the cup depth parameter of first lines on operating body, in first moment of described operating body in the process contacted with the input surface of contact of button, the cup depth parameter of described first lines is 1 millimeter; In second moment of described operating body in the process contacted with the input surface of contact of button, the cup depth parameter of described first lines is 0.5 millimeter.Wherein 1 millimeter and 0.5 millimeter can be then a described M texture information, and wherein M equals 2.

Again such as, when described texture information is the recess width parameter of the second lines of operating body and the 3rd lines, first moment of described operating body in the process contacted with the input surface of contact of button, the recess width parameter of described second lines is 1 millimeter, and the recess width parameter of described 3rd lines is 2 millimeters; In second moment of described operating body in the process contacted with the input surface of contact of button, the recess width parameter of described second lines is 0.5 millimeter, and the recess width parameter of described 3rd lines is 0.8 millimeter.Wherein, 1 millimeter of the second lines and 0.5 millimeter, and 2 millimeters of the 3rd lines and 0.8 millimeter can be then a described M texture information, wherein M equals 4.

In actual mechanical process, in a set time section, by obtaining texture information on more time points, the analysis result obtained is more accurate, therefore, the time point that described operating body carries out obtaining in the process of input operation texture information can be arranged on as required and voluntarily in actual mechanical process, just repeat no more at this.

Step 102: the variation tendency determining a described M texture information based on a described M texture information, described variation tendency for characterize described operating body described input surface of contact carry out in the first process of input operation operation change.

Because a described M texture information is one or more texture informations that multiple time points in the contact process of the input surface of contact of described operating body and described button obtain.Therefore, a described M texture information can texture on characterization operations body in the time period comprising described multiple time point, the variation tendency in the contact process of the namely input surface of contact of described operating body and described button.

And by analyzing the variation tendency of described texture in the contact process of the input surface of contact of described operating body and described button, described operating body mobile trend during this period can be obtained, namely which kind of operating body done during this period and operated.

It is pointed out that due to described operating body can under carrying out on the direction at the input surface of contact place relative to described button by or the operation loosened.Therefore, described operating body can be in the side trended towards to described input surface of contact place and move up, but the state that described operating body remains unchanged relative to the position of described input surface of contact.

Therefore, in the actual mechanical process of this step, described variation tendency can characterize described operating body trend towards the direction of movement.In the process, the position of described operating body can change, and also can be constant.

Step 103: determine that described input operation is the first input operation based on described variation tendency.

Due to by analyzing the variation tendency of described texture in the contact process of the input surface of contact of described operating body and described button, can obtain described operating body mobile trend during this period, namely which kind of operating body done during this period and operated.And described mobile trend can characterize described operating body trend towards the direction of movement.Therefore, the variation tendency of described M the texture information obtained by step 102 can be passed through, analyze and obtain which kind of done during this period operation of operating body, thus correspond to different steering orders.

Step 104: respond first steering order corresponding with described first input operation.

Be specially in the implementation of this step and perform by the determined steering order of step 103.

Such as, when the variation tendency of described texture information characterize described operating body trend towards movement direction be the direction at input surface of contact place of described button time, then determine and perform the steering order of unlatching first brightness backlights.

Again such as, when the variation tendency of described texture information characterize described operating body trend towards movement direction be contrary direction, the input surface of contact place of described button time, then determine and perform the steering order of unlatching first background music.

In actual mechanical process, the steering order performed by this step reality can be arranged as required and voluntarily, does not just repeat one by one at this.

Visible, technical scheme in the embodiment of the present application can by when operating body carries out input operation at the input surface of contact of the first button of electronic equipment, M texture information of operating body is obtained in the induction region corresponding with described input surface of contact, thus the variation tendency of a described M texture information is determined based on a described M texture information, again according to the input operation of described variation tendency determination operation body, the first steering order that final response is corresponding with the input operation of operating body.Therefore, technical scheme in the embodiment of the present application can provide more without the need to then directly can perform the operation of corresponding application function by clicking choice menus, has the technique effect of the intelligent level improving electronic equipment and the applicability promoting electronic equipment.

Further, to additionally provide the method for the described M of an a kind of acquisition specifically texture information as follows for the embodiment of the present application:

In step 102: the described variation tendency determining a described M texture information based on a described M texture information, comprising:

Described unique point refers to the fixing point corresponding with a certain texture position, instead of relative to button relatively-stationary point in space.Such as, when described operating body is finger, described unique point can be the point at the A cell place on fingerprint.

Can determine the figure corresponding with these unique points by the unique point of described each texture information, and according to the difference of figure, then the implication that described area value characterizes also can be divided into the length of line segment or polygonal area value.

Such as, the A point in the first texture on operating body and B point is specially when described texture information, and A point different with B point time, when the first moment A point be in X position, B point is in Y position, after the first moment the second moment A point is in Q position, B point is in P position.Visible, in this embodiment, the implication that the area value of described each texture information is concrete characterized can be: the First Line segment length between X position and Y position, and the second line segment length between Q position and P position.And in this example, the change of area value in described first process of described each texture information, the then length varying value between the First Line segment length that can refer to and the second line segment length.When the length of the first line segment is greater than the second line segment length, can show that described first texture is compressed during this period.Therefore can analyze acquisition operating body carries out in input operation process at a fixed position (the namely described primary importance) place of described input surface of contact, is increase relative to the operating force of described input surface of contact.Certainly, when the length of the first line segment is less than the second line segment length, described first texture can be shown during this period for stretching.Therefore can analyze acquisition operating body carries out in input operation process at a fixed position (the namely described primary importance) place of described input surface of contact, is reduction relative to the operating force of described input surface of contact.Further, when described operating body is increase relative to the operating force of described input surface of contact, electronic equipment can be controlled generate and the operational order of the volume of response limiting electronic equipment increase, when described operating body is reduction relative to the operating force of described input surface of contact, electronic equipment can be controlled and generate and the operational order of the volume of response limiting electronic equipment reduction.

Again such as, the A point in the second texture on operating body, B point and C point is specially when described texture information, A point, B point, C point are different, when the first moment A point be in X position, B point is in Y position, C point is in Z position, the second moment A point after the first moment is in Q position, B point is in P position, C point is in S position.Visible, in this embodiment, concrete the characterized implication of the area value of described each texture information can be for: with the leg-of-mutton first surface product value determined between X position, Y position, 3, Z position, and with the leg-of-mutton second area value determined between Q position, P position, 3, S position.And in this example, the change of area value in described first process of described each texture information, then can refer to the area change value between first surface product value and second area value.When first surface product value is less than second area value, can show that described first texture is during this period for trailing.Therefore can analyze acquisition operating body carries out in input operation process in the first position of described input surface of contact, is reduction relative to the operating force of described input surface of contact.Certainly, when first surface product value is greater than second area value, can show that described first texture is compression during this period.Therefore can analyze acquisition operating body carries out in input operation process in the first position of described input surface of contact, is increase relative to the operating force of described input surface of contact.Further, when described operating body is increase relative to the operating force of described input surface of contact, electronic equipment can be controlled generate and the operational order of the backlight illumination of response limiting electronic equipment increase, when described operating body is reduction relative to the operating force of described input surface of contact, electronic equipment can be controlled and generate and the operational order of the backlight illumination of response limiting electronic equipment reduction.

It should be noted that the area value of described each texture information can be the at a time corresponding area value of a texture information, also can be the multiple area values of a texture information corresponding to this moment.Such as, a texture can correspond to the area value of first half section texture and the area value of second half section texture.Owing to carrying out in the process of input operation at operating body, trickle action change can cause the area generation change greatly of texture.Therefore, by adopting the change of the area value of texture to judge that the mobile trend of operating body has higher precision.

It is also to be noted that in the implementation of this step, described operating body can be changeless relative to the position of the input surface of contact of described button, and that is, in the process, described button can be in the state be not pressed in the process.

Because the button in electronic equipment is provided with predetermined function usually, when the button is pressed, electronic equipment can perform this predetermined function.Therefore, in order to avoid in the implementation process in the embodiment of the present application technical scheme, perform predetermined function with electronic equipment and clash, can select described button not being pressed and implement this programme.

Certainly, if this button does not correspond to a certain predetermined function, or under application-specific scene, this button does not correspond to a certain predetermined function, then also can implement the technical scheme in the embodiment of the present application when being pressed by button.

On the other hand, in actual mechanical process, by analyzing area value changes more in each texture, the analysis result obtained is more accurate.

Visible, technical scheme in the embodiment of the present application can by extracting the unique point of each texture information in a described M texture information, thus determine the area value with described each texture information of the Feature point correspondence of described each texture information, then determine described variation tendency based on the change in described first process of the area value of described each texture information.And the change that described variation tendency is carried out relative to the operating force of described input surface of contact in input operation process for characterizing described operating body in the first position of described input surface of contact.Therefore, the technical scheme in the embodiment of the present application has the technique effect improving and judge the precise degrees of described variation tendency on the one hand, also has the technique effect avoiding maloperation on the other hand.

Further, to additionally provide a kind of method obtaining a described M texture information as follows for the embodiment of the present application:

Same, described unique point can refer to the fixing point corresponding with a certain texture position, instead of relative to button relatively-stationary point in space.

By analyzing unique point on the described texture change in displacement in the contact process of the input surface of contact of described operating body and described button, then can obtain described operating body corresponding sense of displacement during this period.

And in the process, described operating body can change relative to the position of the input surface of contact of described button, also can be constant.

Such as, the A point in the first texture on operating body and B point is specially when described texture information, and A point different with B point time, when the first moment A point be in X position, B point is in Y position, after the first moment the second moment A point is in Q position, B point is in P position.Visible, in this embodiment, the place of A point has moved on to Q position from X position, the place of B point has moved on to P position from Y position, if Q position is in the left of X position, and P position is in the left of Y position equally, so can analyzes and judge that the moving direction of described operating body moves to the left as relative to described input surface of contact, described variation tendency is then for moving direction is left; Accordingly, if Q position is in the right of X position, and P position is in the right of Y position equally, so can analyzes and judge that the moving direction of described operating body moves to the right as relative to described input surface of contact, described variation tendency is then for moving direction is right.Further, when described operating body is left relative to the moving direction of described input surface of contact, electronic equipment can be controlled to generate and the display page of response limiting electronic equipment switches to the operational order of prevpage, when described operating body is right relative to the moving direction of described input surface of contact, electronic equipment can be controlled and to generate and the display page of response limiting electronic equipment switches to the operational order of the next page.

Again such as, the A point in the first texture on operating body and B point is specially when described texture information, and A point different with B point time, when the first moment A point be in X position, B point is in Y position, the second moment A point after the first moment is still in X position (can certainly be in X position the position in the preset range being benchmark), B point is in P position.Visible, in this embodiment, the place of A point does not change, the place of B point has moved on to P position from Y position, if Y position is in the top of P position, so can analyze and judge that the moving direction of described operating body does clockwise rotation as relative to described input surface of contact, described variation tendency is then for rotation direction is clockwise direction; Corresponding, if Y position is in the below of P position, so can analyzes and judge that the moving direction of described operating body does inverse time conterclockwise rotation as relative to described input surface of contact, described variation tendency is then for rotation direction is counterclockwise.Further, when described operating body is clockwise relative to the rotation direction of described input surface of contact, electronic equipment can be controlled to generate and the display interface of response limiting electronic equipment carries out the operational order that rotates in the direction of the clock, when described operating body is counterclockwise relative to the rotation direction of described input surface of contact, electronic equipment can be controlled and generate the display interface of also response limiting electronic equipment by the operational order counterclockwise carrying out rotating.

Certainly, be the process towards which direction movement at the described operating body of concrete analysis, analysis result more accurately can also be obtained, in order to the succinct of instructions just repeats no more at this by the particular location of acquisition unique point on more time point.

Visible, technical scheme in the embodiment of the present application can also to carry out the change in location in the process of input operation at described input surface of contact at described operating body according to the unique point of each texture information, thus determine the moving direction of operating body, and the moving direction this determined is as described variation tendency.Visible, the technical scheme in the embodiment of the present application also has the technique effect improving applicability.

Further, to further provide a kind of method obtaining a described M texture information as follows for the embodiment of the present application:

In a step 102: the described variation tendency determining a described M texture information based on a described M texture information, comprising:

Or same, described unique point can refer to the fixing point corresponding with a certain texture position.

Change by analyzing unique point on the described texture state in the contact process of the input surface of contact of described operating body and described button, and other is according to the determined Parameters variation of these unique points, then can obtain described operating body corresponding rotating direction during this period.

Such as, the A point in the first texture on operating body and B point is specially when described texture information, and A point different with B point time, when the first moment A point be in X position, B point is in vanishing state, after the first moment the second moment A point is in vanishing state, B point is in Y position.Visible, in this embodiment, can judge to obtain that this operating body does is tumbling operation, therefore A point and B point just may be in vanishing state in succession.If the left of Y position, X position place, so can analyze and judge that the rotating direction of described operating body rolls to the right as relative to described input surface of contact, described variation tendency is then for rotating direction is right; Accordingly, if X position is in the right of Y position, so can analyzes and judge that the rotating direction of described operating body rolls to the left as relative to described input surface of contact, described variation tendency is then for rotating direction is left.

Again such as, the A point in the second texture on operating body, B point and C point is specially when described texture information, A point, B point, C point are different, when the first moment A point be in X position, B point is in Y position, C point is in Z position, determines a triangle with X position, Y position, 3, Z position; The second moment A point after the first moment is in Q position, B point is in P position, C point is in S position, determines b triangle with Q position, P position, 3, S position.If the angle taking X position as summit at the first moment a triangle is 50 degree, the angle being summit with Q position in the second moment b triangle is 30 degree, simultaneously, be 20 degree at the first moment a triangle with the angle that Z position is summit, the angle being summit with S position in the second moment b triangle is 40 degree.Because operating body the stressed of each point in rolling process changes to some extent, when certain point contacts with input surface of contact in rolling process, it is stressed is maximum, and the width of therefore corresponding to this some texture also can correspondingly increase.Therefore can by obtaining with three determined leg-of-mutton each angle mutation analysises of unique point, in this example, this operating body is roll to the direction of C point relative to A point place.Described variation tendency is then for rotating direction is the direction of C point relative to A point place.

Visible, technical scheme in the embodiment of the present application can also change by analyzing unique point on the described texture state in the contact process of the input surface of contact of described operating body and described button, and other is according to the determined Parameters variation of these unique points, then can obtain described operating body corresponding rotating direction during this period, determine described variation tendency thus.Therefore, the technical scheme in the embodiment of the present application also has the technique effect improving applicability further.

Again further, the embodiment of the present application additionally provide a kind of can according to above-mentioned analysis result the concrete corresponding steering order realized:

In step 104: the first steering order that described response is corresponding with described first input operation, comprising:

Described display parameter can comprise the parameter of the display frame on display screen, such as, and displaying ratio parameter, contrast level parameter, saturation parameters, display power parameter etc.

Certainly, described display parameter also can comprise the parameter relevant to the particular content shown in display screen, such as, when the displaying contents in display screen is e-book, described display parameter can be the page number parameter of e-book, when adjusting described display parameter, be different by the content of pages of this e-book shown by display screen.

Again such as, when the displaying contents in display screen be length be greater than the webpage of the display interface of display screen time, described display parameter can for the partial page content by the described webpage shown by display screen, namely club, when adjusting described display parameter, user can watch the content of pages being in diverse location in described webpage.

Visible, be no matter the performance index parameter of display frame, or the parameter of the concrete displaying contents in display screen, as long as the parameter relevant to the displaying contents in described display screen can as described display parameter.

When system is specially the first operation by analyzing the input operation obtaining described operating body, then can responds and operate the first corresponding steering order with first.And this first steering order is specifically as follows described first steering order of the display parameter of the displaying contents on the display screen adjusting described electronic equipment.

Such as, this first operation can the rotating direction of specifically operating body be left.When electronic equipment detects and obtains operating body specifically to have made rotating direction be the operation of left, the displaying ratio that then can control the display frame in the display screen of electronic equipment increases, when electronic equipment detect obtain operating body specifically to have made rotating direction be the operation of right time, then the displaying ratio that can control the display frame in the display screen of electronic equipment reduces.

Again such as, this first operation can also the moving direction of specifically operating body be right.When electronic equipment detects and obtains operating body specifically to have made moving direction be the operation of right, the display font that then can control in the display screen of electronic equipment is redness, when electronic equipment detect obtain operating body specifically to have made moving direction be the operation of left time, then can control display font in the display screen of electronic equipment for green.

Visible, technical scheme in the embodiment of the present application when judging that obtaining operating body has made corresponding operation, then can directly perform described first steering order of the display parameter of the displaying contents on the display screen of the described electronic equipment of adjustment corresponding with this operation.Therefore, the technical scheme in the embodiment of the present application also has the technique effect of the operating efficiency improving electronic equipment.

In the implementation of the embodiment of the present application, can by a finger as described operating body, described electronic equipment can for being only provided with the mobile phone of one piece of Home key.Further, this interior of mobile phone is also provided with induction installation, and the induction region of this induction installation is the input surface of contact (namely Home key is exposed to the region of phone housing) of the Home key of this mobile phone just.

When the first moment that finger contacts with the input surface of contact of Home key (moment that finger has just contacted with described input surface of contact can be thought), the first group of finger print information comprising A fingerprint and B fingerprint on finger can be obtained by described induction installation.

At finger from 0.5 second after the moment contacted with described input surface of contact, the second group of finger print information comprising A fingerprint and B fingerprint on finger can be obtained by described induction installation.

At finger from 1 second after the moment contacted with described input surface of contact, the 3rd group of finger print information comprising A fingerprint and B fingerprint on finger can be obtained by described induction installation.

Visible, finger print information i.e. a described M texture information.And each group finger print information is specifically as follows, described induction installation is at do not obtained the in the same time fingerprint image comprising described many fingerprints, also can be the fingerprint curves comprising described many fingerprints, can also be three-dimensional simulation figure comprising described many fingerprints etc.

In the embodiment of the present application, finger print information can be the three-dimensional imaging figure comprising A fingerprint and B fingerprint obtained by described induction installation.The gully feature on fingerprint can be embodied by this three-dimensional imaging figure.

The three-dimensional imaging figure comprising A fingerprint and B fingerprint in first group of finger print information i.e. described first moment; When second group of finger print information i.e. after described first moment 0.5 second, comprise the three-dimensional imaging figure of A fingerprint and B fingerprint; When the 3rd group of finger print information i.e. after described first moment 1 second, comprise the three-dimensional imaging figure of A fingerprint and B fingerprint.

Again further, the unique point in A fingerprint and B fingerprint can be determined.In the embodiment of the present application, can obtain a point on A fingerprint from first group of finger print information, and b points different from a point on A fingerprint is unique point, described a point and described b point correspond respectively to cell tissue different on A fingerprint; Meanwhile, can obtain the c point on B fingerprint from first group of finger print information, and d points different from c point on B fingerprint is unique point, described c point and described d point correspond respectively to cell tissue different on B fingerprint.

After determining the unique point in A fingerprint and B fingerprint, then can according in first group of finger print information, second group of finger print information and the 3rd group of finger print information, the concrete position of described a point, b point, c point and d point, determine from the section during this period of time of 1 second after described first moment to described first moment, which kind of operation the concrete institute of finger has carried out.

In the embodiment of the present application, in first group of finger print information a point at X ₁position, b point are at Y ₁position, c point are at Z ₁position, d point are at S ₁position; In second group of finger print information, a point is at X ₂position, b point are at Y ₂position, c point are at Z ₂position, d point are at S ₂position; In 3rd group of finger print information, a point is at X ₃position, b point are at Y ₃position, c point are at Z ₃position, d point are at S ₃position.

Now, can by X ₁position, Y ₁position, Z ₁position, S ₁4, position surrounds a quadrilateral, due to a, b, c, d 4 probably not in the same plane, and in order to make analysis result more accurate, can by X ₁position, Y ₁position, Z ₁position, S ₁4, the position quadrilateral surrounded is projected in reference planes, thus at acquisition one area value more accurately in these reference planes.In the embodiment of the present application, described reference planes can be described key contact face.

That is, next can by X ₁position, Y ₁position, Z ₁position, S ₁4, the position quadrilateral surrounded is projected on described key contact face, thus the area value obtaining the projection quadrilateral of first group of finger print information is 5 square millimeters.

Continue again according to above-mentioned steps, by X ₂position, Y ₂position, Z ₂position, S ₂4, the position quadrilateral surrounded is projected on described key contact face, and the area value obtaining the projection quadrilateral of second group of finger print information is 6 square millimeters.By X ₃position, Y ₃position, Z ₃position, S ₃4, the position quadrilateral surrounded is projected on described key contact face, and the area value obtaining the projection quadrilateral of the 3rd group of finger print information is 7 square millimeters.

Define the area value often organizing texture information corresponding to unique point often organized in finger print information thus.

Visible, to during 1 second this section after the first moment from the first moment, be constantly increase with the area value often organizing texture information of Feature point correspondence.In the embodiment of the present application, can by analyzing the variation tendency of a described M texture information, namely with the change often organizing the area value of texture information of Feature point correspondence, thus can obtain characterizing finger from the first moment to the change relative to the operating force of described input surface of contact during 1 second this section after the first moment.

This is because, when finger make increase relative to the operating force of described input surface of contact time, fingerprint has become squeezed state from extended configuration, thus expands the relative distance between fingerprint, thus the corresponding area value of unique point can increase gradually; When fingerprint has become extended configuration from squeezed state, the relative distance between fingerprint can reduce, thus the corresponding area value of unique point can reduce gradually.

Visible, in the embodiment of the present application, the area value often organizing texture information corresponding to described unique point for increase gradually, thus obtain finger from the first moment to being the input operation analysis result increased relative to the operating force of described input surface of contact during 1 second this section after the first moment.

When obtaining the operating force of finger relative to described input surface of contact and being the input operation analysis result increased, can be steering order corresponding to the input operation that increases by searching from the database of electronic equipment with operating force.

In the embodiment of the present application, be the corresponding steering order of the input operation that increases with operating force be that the display frame controlled in display screen is amplified.Therefore, electronic equipment when analyzing that to obtain finger be the input operation increased relative to the operating force of described input surface of contact, then can control display frame in display screen and amplify.

On the other hand, if to during 1 second this section after the first moment from the first moment, ever-reduced with the area value often organizing texture information of Feature point correspondence, thus can analyze obtain finger from the first moment to during 1 second this section after the first moment, be the input operation analysis result reduced relative to the operating force of described input surface of contact.

When obtaining the operating force of finger relative to described input surface of contact and being the input operation analysis result reduced, can be steering order corresponding to the input operation that reduces by searching from the database of electronic equipment with operating force.

In the embodiment of the present application, be the corresponding steering order of the input operation that reduces with operating force be that the display frame controlled in display screen is reduced.Therefore, electronic equipment analyze obtain finger relative to the operating force of described input surface of contact be reduce input operation time, then the display frame that can control in display screen is reduced.

Certainly, in the technical scheme of the embodiment of the present application, the method that realization control electronic equipment directly performs a certain steering order is not only only by analyzing finger relative to the operating force of described input surface of contact, can also pass through other three kinds of modes:

The first: be still by said method obtain from 1 second after described first moment to described first moment during this period of time in three groups of finger print informations comprising A fingerprint and B fingerprint.The unique point determined on A fingerprint and B fingerprint according to described finger print information is equally a point, b point, c point and d point.Further, similarly, in first group of finger print information a point at X ₁position, b point are at Y ₁position, c point are at Z ₁position, d point are at S ₁position; In second group of finger print information, a point is at X ₂position, b point are at Y ₂position, c point are at Z ₂position, d point are at S ₂position; In 3rd group of finger print information, a point is at X ₃position, b point are at Y ₃position, c point are at Z ₃position, d point are at S ₃position.

If work as X ₂position is positioned at X ₁the below of position, Y ₂position is positioned at Y ₁the below of position, Z ₂position is positioned at Z ₁the below of position, S ₂position is positioned at S ₁the below of position.Meanwhile, X ₃position is positioned at X ₂the below of position, Y ₃position is positioned at Y ₂the below of position, Z ₃position is positioned at Z ₂the below of position, S ₃position is positioned at S ₂the below of position.Then can obtain according to the change in displacement trend analysis of unique point, during 1 second this section after described first moment to described first moment, this finger is towards relative to described input surface of contact slide downward, and described input operation analysis result is finger slide downward.

When obtaining the input operation analysis result of finger slide downward, also can by searching the steering order corresponding with the input operation of slide downward from the database of electronic equipment.

In the embodiment of the present application, corresponding with the input operation of slide downward steering order is that the volume controlling electronic equipment reduces.Therefore, electronic equipment is when analysis obtains the input operation of finger slide downward, then the volume that can control electronic equipment reduces.

On the other hand, if work as X ₂position is positioned at X ₁the top of position, Y ₂position is positioned at Y ₁the top of position, Z ₂position is positioned at Z ₁the top of position, S ₂position is positioned at S ₁the top of position.Meanwhile, X ₃position is positioned at X ₂the top of position, Y ₃position is positioned at Y ₂the top of position, Z ₃position is positioned at Z ₂the top of position, S ₃position is positioned at S ₂the top of position.Then can obtain according to the change in displacement trend analysis of unique point, during 1 second this section after described first moment to described first moment, this finger is towards relative to described input surface of contact upward sliding, and described input operation analysis result is finger upward sliding.When obtaining the input operation analysis result of finger upward sliding, also can by searching the steering order corresponding with the input operation of upward sliding from the database of electronic equipment.

In the embodiment of the present application, corresponding with the input operation of upward sliding steering order is that the volume controlling electronic equipment is amplified.Therefore, electronic equipment is when analysis obtains the input operation of finger upward sliding, then the volume that can control described electronic equipment is amplified.

The second, be still by said method obtain from 1 second after described first moment to described first moment during this period of time in three groups of finger print informations comprising A fingerprint and B fingerprint.The unique point determined on A fingerprint and B fingerprint according to described finger print information is equally a point, b point, c point and d point.

In first group of finger print information, a point is at X ₁position, b point are at Y ₁position, c point are at Z ₁position, d point are at S ₁position; In second group of finger print information, a point is at X ₁position, b point are at Y ₂position, c point are at Z ₂position, d point are at S ₂position; In 3rd group of finger print information, a point is at X ₁position, b point are at Y ₃position, c point are at Z ₃position, d point are at S ₃position.

Visible, the position of a point does not change (when practical operation, also can for the position of a point be at X ₁in the preset range of position).

Work as Y ₂position is positioned at Y ₁the below of position, Z ₂position is positioned at Z ₁the below of position, S ₂position is positioned at S ₁the below of position.Meanwhile, Y ₃position is positioned at Y ₂the below of position, Z ₃position is positioned at Z ₂the below of position, S ₃position is positioned at S ₂the below of position.Then can obtain according to the change in displacement trend analysis of unique point, during 1 second this section after described first moment to described first moment, this finger rotates clockwise centered by a point, and described input operation analysis result is that finger rotates clockwise.When obtaining finger and making the input operation analysis result rotated clockwise, also can by searching the steering order corresponding with the input operation doing to rotate clockwise from the database of electronic equipment.

In the embodiment of the present application, the steering order corresponding with the input operation that finger is done to rotate clockwise be control in electronic equipment with the application program of disc type clock display time, carry out corresponding clockwise time adjustment.Therefore, electronic equipment analyze obtain finger does the input operation rotated clockwise time, then can control in electronic equipment with the application program of disc type clock display time, carrying out the corresponding clockwise time adjusts.

On the other hand, Y is worked as ₂position is positioned at Y ₁the top of position, Z ₂position is positioned at Z ₁the top of position, S ₂position is positioned at S ₁the top of position.Meanwhile, Y ₃position is positioned at Y ₂the top of position, Z ₃position is positioned at Z ₂the top of position, S ₃position is positioned at S ₂the top of position.Then can obtain according to the change in displacement trend analysis of unique point, during 1 second this section after described first moment to described first moment, this finger rotates counterclockwise centered by a point, and described input operation analysis result is that finger rotates counterclockwise.When obtaining finger and making the input operation analysis result rotated counterclockwise, also can by searching the steering order corresponding with the input operation doing to rotate counterclockwise from the database of electronic equipment.

In the embodiment of the present application, the steering order corresponding with the input operation that finger is done to rotate counterclockwise be control in electronic equipment with the application program of disc type clock display time, carry out corresponding anticlockwise time adjustment.Therefore, electronic equipment analyze obtain finger does the input operation rotated counterclockwise time, then can control in electronic equipment with the application program of disc type clock display time, carrying out the corresponding anticlockwise time adjusts.

The third, be still by said method obtain from 1 second after described first moment to described first moment during this period of time in three groups of finger print informations comprising A fingerprint and B fingerprint.The unique point determined on A fingerprint and B fingerprint according to described finger print information is equally a point, b point, c point and d point.

In first group of finger print information, a point is at X ₁position, b point are at Y ₁position, c point are at Z ₁position, d point are at S ₁position; In second group of finger print information, a point is in vanishing state, b point at Y ₂position, c point are at Z ₂position, d point are at S ₂position; In 3rd group of finger print information, a point is in vanishing state, b point is in vanishing state, c point is at Z ₃position, d point are at S ₃position.

Can obtain according to the displacement state analysis of trend of unique point, during 1 second this section after described first moment to described first moment, what this finger was done is tumbling operation, therefore a point and b point just may be in vanishing state in succession, and this is because a point and b point have left the induction region of induction installation during rolling.

Can analyze judgement by above-mentioned information, the rotating direction of described finger is that finger is rolled to b point by a point.In the embodiment of the present application, if relative to described input surface of contact, described a point is in the left of described b point, then the rotating direction of described finger is then judged as and rolls to the right, and described input operation analysis result is then for finger does the rolling of right direction.When obtaining finger and making the input operation analysis result of the rolling of right direction, steering order that equally also can be corresponding by the input operation of searching the rolling making right direction with finger from the database of electronic equipment.

In the embodiment of the present application, the steering order doing the input operation of the rolling of right direction with finger corresponding is that the e-book controlled in electronic equipment translates into lower one page.Therefore, electronic equipment analyze obtain finger do the input operation of the rolling of right direction time, then the e-book that can control in electronic equipment translates into lower one page.

On the other hand, if relative to described input surface of contact, described a point is in the right of described b point, then the rotating direction of described finger is then judged as and rolls left, and described input operation analysis result is then for finger does the rolling of left direction.When obtaining finger and making the input operation analysis result of the rolling of left direction, steering order that equally also can be corresponding by the input operation of searching the rolling making left direction with finger from the database of electronic equipment.

In the embodiment of the present application, the steering order doing the input operation of the rolling of left direction with finger corresponding is that the e-book controlled in electronic equipment translates into page up.Therefore, electronic equipment analyze obtain finger do the input operation of the rolling of left direction time, then the e-book that can control in electronic equipment translates into page up.

From above-described embodiment, in the technical scheme of the embodiment of the present application, a kind of operation without the need to then can activate corresponding application function by clicking choice menus incessantly can be provided.When practical operation, can by analyzing the input operation obtained done by operating body, thus from described electronic equipment or search from the database other electronic equipment and obtain the steering order corresponding with this input operation, and perform described steering order by described electronic equipment.Therefore, in the technical scheme of the embodiment of the present application, the input operation of different modes can be made by operating body, thus realize controlling functions corresponding separately respectively.Described controlling functions can be arranged as required and voluntarily in actual mechanical process, does not just repeat one by one at this.

Embodiment two

Please refer to Fig. 2, the embodiment of the present application two provides a kind of electronic equipment, comprising:

Button 201, comprises the input surface of contact contacted with operating body;

Inductor 202, the induction region of described inductor is corresponding with described input surface of contact, in order to obtain M texture information of operating body, wherein, M be more than or equal to 2 integer;

Processor 203, in order to determine the variation tendency of a described M texture information based on a described M texture information, determine that described input operation is the first input operation based on described variation tendency, respond first steering order corresponding with described first input operation, wherein, described variation tendency for characterize described operating body described input surface of contact carry out in the first process of input operation operation change.

Specifically, processor 203 can be general central processing unit (CPU), can be that ASIC(Application Specific Integrated Circuit) is (English: ApplicationSpecificIntegratedCircuit, being called for short: ASIC), can be one or more integrated circuit performed for control program.

Further, described electronic equipment can also comprise storer, and the quantity of storer can be one or more.Storer can comprise ROM (read-only memory) (English: ReadOnlyMemory, be called for short: ROM), random access memory (English: RandomAccessMemory, RAM) and magnetic disk memory be called for short:.

Particularly, described processor 203, in order to extract the unique point of each texture information in a described M texture information, determine the area value with described each texture information of the Feature point correspondence of described each texture information, described variation tendency is determined in the change of area value in described first process based on described each texture information, wherein, the unique point of described each texture information is different, the change that described variation tendency is carried out relative to the operating force of described input surface of contact in input operation process for characterizing described operating body in the first position of described input surface of contact.

Particularly, described processor 203, in order to extract the unique point of each texture information in a described M texture information, based on the change in location of unique point in described first process of described each texture information, determine that the moving direction of described operating body is first direction, using described moving direction be first direction as described variation tendency, wherein, the unique point of described each texture information is different.

Particularly, handled device 203, in order to extract the unique point of each texture information in a described M texture information, based on the change of unique point in described first process of described each texture information, determine that the rotating direction of described operating body is second direction, using described rotating direction be second direction as described variation tendency, wherein, the unique point of described each texture information is different.

Particularly, described electronic equipment also comprises:

Display screen;

Described processor 203, in order to described first steering order of the display parameter of the displaying contents on the described display screen of response adjustment.

Various variation pattern in information processing method in earlier figures 1 embodiment and instantiation are equally applicable to the electronic equipment of the present embodiment, by the aforementioned detailed description to information processing method, those skilled in the art clearly can know the implementation method of electronic equipment in the present embodiment, so succinct in order to instructions, be not described in detail in this.

As can be seen here, technical scheme in the embodiment of the present application can by when operating body carries out input operation at the input surface of contact of the first button of electronic equipment, M texture information of operating body is obtained in the induction region corresponding with described input surface of contact, thus the variation tendency of a described M texture information is determined based on a described M texture information, again according to the input operation of described variation tendency determination operation body, the first steering order that final response is corresponding with the input operation of operating body.Therefore, technical scheme in the embodiment of the present application can provide more without the need to then directly can perform the operation of corresponding application function by clicking choice menus, has the technique effect of the intelligent level improving electronic equipment and the applicability promoting electronic equipment.

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

The application describes with reference to according to the process flow diagram of the method for the embodiment of the present application, equipment (system) and computer program and/or block scheme.Should understand can by the combination of 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 square frame.These computer program instructions can being provided to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computing machine or other programmable data processing device produce device for realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.

These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.

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

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

Alternatively, store in described storage medium with step: determine that computer program instructions corresponding to the variation tendency of a described M texture information is when being performed, and specifically comprises the steps: based on a described M texture information

Alternatively, store in described storage medium with step: responding computer program instructions corresponding to first steering order corresponding with described first input operation when being performed, specifically comprising the steps:

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

Obviously, those skilled in the art can carry out various change and modification to the application and not depart from the spirit and scope of the application.Like this, if these amendments of the application and modification belong within the scope of the application's claim and equivalent technologies thereof, then the application is also intended to comprise these change and modification.

Claims

1. an information processing method, described method comprises:

2. the method for claim 1, is characterized in that, the described variation tendency determining a described M texture information based on a described M texture information, comprising:

3. the method for claim 1, is characterized in that, the described variation tendency determining a described M texture information based on a described M texture information, comprising:

4. the method for claim 1, is characterized in that, the described variation tendency determining a described M texture information based on a described M texture information, comprising:

5. the method for claim 1, is characterized in that, the first steering order that described response is corresponding with described first input operation, comprising:

6. an electronic equipment, comprising:

Button, comprises the input surface of contact contacted with operating body;

7. electronic equipment as claimed in claim 6, it is characterized in that, described processor, in order to extract the unique point of each texture information in a described M texture information, determine the area value with described each texture information of the Feature point correspondence of described each texture information, described variation tendency is determined in the change of area value in described first process based on described each texture information, wherein, the unique point of described each texture information is different, the change that described variation tendency is carried out relative to the operating force of described input surface of contact in input operation process for characterizing described operating body in the first position of described input surface of contact.

8. electronic equipment as claimed in claim 6, it is characterized in that, described processor, in order to extract the unique point of each texture information in a described M texture information, based on the change in location of unique point in described first process of described each texture information, determining that the moving direction of described operating body is first direction, is that first direction is as described variation tendency using described moving direction, wherein, the unique point of described each texture information is different.

9. electronic equipment as claimed in claim 6, it is characterized in that, handled device, in order to extract the unique point of each texture information in a described M texture information, based on the change of unique point in described first process of described each texture information, determining that the rotating direction of described operating body is second direction, is that second direction is as described variation tendency using described rotating direction, wherein, the unique point of described each texture information is different.

10. electronic equipment as claimed in claim 6, it is characterized in that, described electronic equipment also comprises:

Display screen;