CN103513785A - Method for processing information, electronic device and input device - Google Patents

Method for processing information, electronic device and input device Download PDF

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Publication number
CN103513785A
CN103513785A CN201210225859.3A CN201210225859A CN103513785A CN 103513785 A CN103513785 A CN 103513785A CN 201210225859 A CN201210225859 A CN 201210225859A CN 103513785 A CN103513785 A CN 103513785A
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input equipment
information
response mode
electronic equipment
equipment
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CN201210225859.3A
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Chinese (zh)
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甘大勇
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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Priority to CN201210225859.3A priority Critical patent/CN103513785A/en
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Abstract

The invention discloses a method for processing information, and the method is used for improving operation efficiency. The method includes the steps that when an electronic device is in a first response mode, on the basis of the first response mode, motion information generated through moving an input device by an user and obtained from the input device is processed to be displacement information used for controlling a first control object to move; when the electronic device is in a second response mode, on the basis of the second response mode, motion information generated through moving the input device by a user and obtained from the input device is processed to be a first change instruction used for controlling a second control object to display effect changes. The invention further discloses the electronic device and the input device.

Description

A kind of information processing method, electronic equipment and input equipment
Technical field
The present invention relates to computing machine and the communications field, particularly a kind of information processing method, electronic equipment and input equipment.
Background technology
In prior art, touching mouse when mobile, can only be cursor movement with touch mouse on the computer display screen being connected, and cannot carry out other operation.
Present inventor, in realizing the process of the embodiment of the present application technical scheme, at least finds to exist in prior art following technical matters:
This mode of operation makes inefficient operation, has inconvenience for user.
Summary of the invention
The embodiment of the present invention provides a kind of information processing method, electronic equipment and input equipment, for solving the technical matters of prior art inefficient operation, has realized the technique effect that improves operating efficiency.
A kind of information processing method, be applied in electronic equipment, described electronic equipment is connected with an input equipment, and described electronic equipment has the first response mode of the described input equipment movable information of response and the second response mode of the described input equipment movable information of response, and described method comprises:
When described electronic equipment is during in described the first response mode, based on described the first response mode, the user who obtains from described input equipment is moved to movable information that described input equipment produces and be processed into and control the displacement information that the first control object moves;
When described electronic equipment is during in described the second response mode, based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes first change instruction.
Preferably, described method also comprises: the parameter information that moves the movable information that described input equipment produces according to the user who obtains from described input equipment, directly judges that described electronic equipment is in described the first response mode or in described the second response mode.
Preferably, described input equipment has touch sensing unit, and described parameter information is the touch point information that described touch sensing unit gathers.
Preferably, the parameter information that moves the movable information that described input equipment produces according to the user who obtains from described input equipment, directly judges that described electronic equipment comprises in described the first response mode or the step in described the second response mode:
When the user who obtains from described input equipment moves movable information that described input equipment produces and comprises N touch point information, determine that described electronic equipment is in described the first response mode, described N is not less than 4 integer;
When the user who obtains from described input equipment moves movable information that described input equipment produces and comprises M touch point information, determine that described electronic equipment is in described the second response mode, described M is not less than 2 and be less than the integer of N.
Preferably, described input equipment has touch sensing unit;
When described electronic equipment is during in described the first response mode, the induction information that described in input equipment, touch sensing unit produces described in the user's handling obtaining from described input equipment;
When directly determining first predetermined condition according to described induction information, described electronic equipment is switched to described the second response mode from described the first response mode; Or,
When described electronic equipment is during in described the second response mode, the induction information that described in input equipment, touch sensing unit produces described in the user's handling obtaining from described input equipment;
When directly determining second predetermined condition according to described induction information, described electronic equipment is switched to described the first response mode from described the second response mode.
Preferably, describedly based on described the second response mode, the user who obtains from described input equipment is moved to movable information that described input equipment produces and is processed into and controls the first step that changes instruction that the second control object display effect changes and be:
Determine the first direction that described movable information is corresponding;
Based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes, change instruction with described first direction corresponding described first.
Preferably, described input equipment comprises left button and right button, determines that the step of the first direction that described movable information is corresponding comprises: according to the line of described left button and described right button, determine that described first direction is direction or the direction from described right button to described left button from described left button to described right button.
Preferably, the step of determining the first direction that described movable information is corresponding comprises: according to the line of described electronic equipment and described input equipment, determine that described first direction is near the direction of described electronic equipment or away from the direction of described electronic equipment.
, it is connected with an input equipment, and described electronic equipment has the first response mode of the described input equipment movable information of response and the second response mode of the described input equipment movable information of response, and described electronic equipment comprises:
The first processing module, for when described electronic equipment is during in described the first response mode, based on described the first response mode, the user from described input equipment acquisition is moved to the movable information that described input equipment produces and be processed into the displacement information that the first control object moves;
The second processing module, for when described electronic equipment is during in described the second response mode, based on described the second response mode, the user who obtains from described input equipment is moved to movable information that described input equipment produces and be processed into and control first and show the first variation instruction that object display effect changes.
Preferably, also comprise judge module, for move the parameter information of the movable information that described input equipment produces according to the user who obtains from described input equipment, directly judge that described electronic equipment is in described the first response mode or in described the second response mode.
Preferably, described input equipment has touch sensing unit, and described parameter information is the touch point information that described touch sensing unit gathers.
Preferably, described judge module specifically for:
When the user who obtains from described input equipment moves movable information that described input equipment produces and comprises N touch point information, determine that described electronic equipment is in described the first response mode, described N is not less than 4 integer;
When the user who obtains from described input equipment moves movable information that described input equipment produces and comprises M touch point information, determine that described electronic equipment is in described the second response mode, described M is not less than 2 and be less than the integer of N.
Preferably, described input equipment has touch sensing unit;
Described the first processing module is also for when described electronic equipment is during in described the first response mode, the induction information that described in input equipment, touch sensing unit produces described in the user's handling obtaining from described input equipment;
Described the second processing module is also for when described electronic equipment is during in described the second response mode, the induction information that described in input equipment, touch sensing unit produces described in the user's handling obtaining from described input equipment;
Described electronic equipment also comprises handover module, and for when directly determining first predetermined condition according to described induction information, described electronic equipment is switched to described the second response mode from described the first response mode; Or when directly determining second predetermined condition according to described induction information, described electronic equipment is switched to described the first response mode from described the second response mode.
Preferably, described the second processing module specifically for:
Determine the first direction that described movable information is corresponding;
Based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes, change instruction with described first direction corresponding described first.
Preferably, described input equipment comprises left button and right button, and described the second processing module is specifically for determining that according to the line of described left button and described right button described first direction is direction or the direction from described right button to described left button from described left button to described right button.
Preferably, described the second processing module is specifically for determining that according to the line of described electronic equipment and described input equipment described first direction is near the direction of described electronic equipment or away from the direction of described electronic equipment.
, it is connected with an electronic equipment, and described input equipment has the first input mode and the second input mode, and described input equipment comprises:
The first operational module, for when described input equipment is during in described the first input mode, based on described the first input mode, user is moved to the movable information that described input equipment produces and be processed into the displacement information that the first control object moves, and described displacement information is sent to described electronic equipment;
The second operational module, for when described input equipment is during in described the second input mode, based on described the second input mode by user move movable information that described input equipment produces be processed into control first show that object display effect changes first change instruction, and described the first variation instruction is sent to described electronic equipment.
Information processing method in the embodiment of the present invention is for when described electronic equipment is during in described the first response mode, based on described the first response mode, the user who obtains from described input equipment moved to the movable information that described input equipment produces and is processed into the displacement information that control the first control object moves; When described electronic equipment is during in described the second response mode, based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes first change instruction.Described electronic equipment can have two kinds of response modes, when response mode in different, the movable information obtaining is had to different processing modes, for example, when in a kind of response mode, the instruction that can be mobile cursor by the information processing of rolling mouse, when in another kind of response mode, can by the information processing of rolling mouse, be to make current display window zoom in or out or carry out the instruction of other variation, so can carry out different operations according to different response modes, without increase equipment, can increase mode of operation, obviously can improve operating efficiency and operation diversity, being convenient to user operates.
Accompanying drawing explanation
Fig. 1 is the main process flow diagram of information processing method in the embodiment of the present invention;
Fig. 2 is the detailed structure view of electronic equipment in the embodiment of the present invention;
Fig. 3 is the primary structure figure of input equipment in the embodiment of the present invention.
Embodiment
Information processing method in the embodiment of the present invention is for when described electronic equipment is during in described the first response mode, based on described the first response mode, the user who obtains from described input equipment moved to the movable information that described input equipment produces and is processed into the displacement information that control the first control object moves; When described electronic equipment is during in described the second response mode, based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes first change instruction.Described electronic equipment can have two kinds of response modes, when response mode in different, the movable information obtaining is had to different processing modes, for example, when in a kind of response mode, the instruction that can be mobile cursor by the information processing of rolling mouse, when in another kind of response mode, can by the information processing of rolling mouse, be to make current display window zoom in or out or carry out the instruction of other variation, so can carry out different operations according to different response modes, without increase equipment, can increase mode of operation, obviously can improve operating efficiency and operation diversity, being convenient to user operates.
Referring to Fig. 1, in the embodiment of the present invention, the main flow process of information processing method is as follows, described method can be applied in electronic equipment, described electronic equipment is connected with an input equipment, and described electronic equipment can have the first response mode of the described input equipment movable information of response and the second response mode of the described input equipment movable information of response:
Step 101: when described electronic equipment is during in described the first response mode, based on described the first response mode, the user who obtains from described input equipment is moved to movable information that described input equipment produces and be processed into and control the displacement information that the first control object moves.
For example, the described electronic equipment in the embodiment of the present invention can be computer equipment, and described input equipment can be mouse, and for example described mouse can be to touch mouse.Described electronic equipment can be connected by wired or wireless mode with described input equipment.
When described electronic equipment is in described the first response mode, the first response mode described in the embodiment of the present invention can refer to common mouse response mode.When having user to move described input equipment, described input equipment can produce movable information, described input equipment can send to described electronic equipment by the described movable information producing, described electronic equipment, after receiving described movable information, can be treated to described movable information to control the displacement information that described the first control object moves based on described the first response mode.The first control object described in the embodiment of the present invention can be cursor, or if in game, described the first control object can be also player or the hand-type information etc. in game, or described the first control object can be also other information, described the first control object can be for realizing the object of cursor function in a word.
The displacement information moving in order to control described the first control object processed described movable information by described electronic equipment, and described the first control object can move according to this displacement information.For example described the first control object is cursor, and described electronic equipment has been processed into described movable information to control the displacement information that described the first control object moves up, and described the first control object moves up.
Wherein, before this step, actually or can also first judge described electronic equipment current in described the first response mode in described the second response mode.
A kind of determination methods in the embodiment of the present invention can be: the movable information that described electronic equipment obtains from described input equipment, include parameter information, described electronic equipment can directly judge that according to described parameter information described electronic equipment is in described the first response mode or in described the second response mode.
For example, described input equipment can have touch sensing unit, and described parameter information can be the touch point information that described touch sensing unit collects.A kind of judgment mode can be:
When the user who obtains from described input equipment moves movable information that described input equipment produces and comprises N touch point information, can determine that described electronic equipment is in described the first response mode, described N is not less than 4 integer.
For example, when user has 4 or above finger to be placed on described input equipment, the touch sensing unit of described input equipment can collect 4 or above touch point information, described electronic equipment receives the number that can first determine the touch point information receiving after these touch point information, when described electronic equipment determines that the number of the touch point receiving is not less than 4, described electronic equipment can determine that self is in described the first response modes, if the user that now described electronic equipment receives the input of described input equipment moves the movable information that described input equipment produces, need described movable information to be treated to and to control the displacement information that the first control object moves.
When the user who obtains from described input equipment moves movable information that described input equipment produces and comprises M touch point information, can determine that described electronic equipment is in described the second response mode, described M is not less than 2 and be less than the integer of N.
For example, when user has 2 or 3 fingers to be placed on described input equipment, the touch sensing unit of described input equipment can collect 2 or 3 touch point information, described electronic equipment receives the number that can first determine the touch point information receiving after these touch point information, when described electronic equipment, determine the number of the touch point receive and be not less than 2 and while being less than 4, described electronic equipment can determine that self is in described the second response modes, if the user that now described electronic equipment receives the input of described input equipment moves the movable information that described input equipment produces, need described movable information to be treated to and to control the first variation instruction that the second control object display effect changes.
Step 102: when described electronic equipment is during in described the second response mode, based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes first change instruction.
When described electronic equipment is determined self in described the second response mode, if obtain the user of described input equipment input, move the movable information that described input equipment produces, need described movable information to be treated to and to control the first variation instruction that described the second control object display effect changes.
In the embodiment of the present invention, described electronic equipment can comprise a display unit, and described the second control object can be a certain object showing on the viewing area of this display unit.For example described electronic equipment can be a computing machine, described display unit is this computer screen, the icon showing on the viewing area that described the second control object can be this display unit, or can be a word document of opening on the viewing area of this display unit, or can be a secondary picture of opening on the viewing area of this display unit, or can be a video file of opening on the viewing area of this display unit, or can be the arbitrary object showing on the viewing area of this display unit.
Wherein, in the embodiment of the present invention, step 101 and step 102 can not have precedence relationship, just two kinds of processing modes under two kinds of response modes.
In the embodiment of the present invention, can not preset the response mode of described electronic equipment, or also can preset the response mode of described electronic equipment, or described electronic equipment also can be switched to another kind of response mode from a kind of response mode.
In the embodiment of the present invention, when user operates described input equipment, the touch sensing unit that described input equipment not only can have by self obtains user to self moving the movable information producing, and can also obtain the induction information that user's handling self produces by described touch sensing unit.For example, the parameter information of described movable information (being the described touch point information in the embodiment of the present invention) can be regarded described induction information as.
One, in the embodiment of the present invention, if preset the response mode of described electronic equipment, it is described the first response mode, or described electronic equipment has determined that by the movable information of the initial input of described input equipment self is in described the first response mode, described electronic equipment can continue to obtain movable information from described input equipment after determining response mode, and based on described the first response mode, described movable information is processed always.
Simultaneously, if preset the response mode of described electronic equipment, it is described the first response mode, or described electronic equipment has determined that by the movable information of the initial input of described input equipment self is in described the first response mode, described electronic equipment also continues to obtain described induction information from described input equipment when described input equipment obtains described movable information in continuation after determining response mode.Described electronic equipment can directly judge the induction information obtaining after obtaining described induction information, can judge that whether described induction information meets first pre-conditioned, if described induction information meets described first pre-conditioned, described electronic equipment can be switched to described the second response mode from described the first response mode, if described induction information does not meet described first pre-conditioned, described electronic equipment can keep described the first response mode constant.In the embodiment of the present invention, described electronic equipment can judge in real time, or can regularly judge, or can when being subject to triggering, judge.
In the embodiment of the present invention, described first pre-conditioned can be the default corresponding touch point of holding mode information, for example finger is placed on the corresponding Liang Ge of the holding mode touch point information that described input equipment top, a finger are placed on described input equipment below, or can be a kind of default gesture information, or can there is L touch point to be all positioned at the information of predeterminable area, wherein L can set arbitrarily, and L is not less than 1 integer, or described first pre-conditioned can be also that other are pre-conditioned.
Two, in the embodiment of the present invention, if preset the response mode of described electronic equipment, it is described the second response mode, or described electronic equipment has determined that by the movable information of the initial input of described input equipment self is in described the second response mode, described electronic equipment can continue to obtain movable information from described input equipment after determining response mode, and based on described the second response mode, described movable information is processed always.
Simultaneously, if preset the response mode of described electronic equipment, it is described the second response mode, or described electronic equipment has determined that by the movable information of the initial input of described input equipment self is in described the second response mode, described electronic equipment also continues to obtain described induction information from described input equipment when described input equipment obtains described movable information in continuation after determining response mode.Described electronic equipment can directly judge the induction information obtaining after obtaining described induction information, can judge that whether described induction information meets second pre-conditioned, if described induction information meets described second pre-conditioned, described electronic equipment can be switched to described the first response mode from described the second response mode, if described induction information does not meet described second pre-conditioned, described electronic equipment can keep described the second response mode constant.In the embodiment of the present invention, described electronic equipment can judge in real time, or can regularly judge, or can when being subject to triggering, judge.
In the embodiment of the present invention, described second pre-conditioned can be the default corresponding touch point of holding mode information, for example finger is placed on the corresponding Liang Ge of the holding mode touch point information that described input equipment top, a finger are placed on described input equipment below, or can be a kind of default gesture information, or can there is L touch point to be all positioned at the information of predeterminable area, wherein L can set arbitrarily, and L is not less than 1 integer, or described second pre-conditioned can be also that other are pre-conditioned.
In the embodiment of the present invention, described the first pre-conditioned needs are set to from described second pre-conditioned different.
In the embodiment of the present invention, when described electronic equipment was determined in certain response mode lower time, the represented touch point number of described touch point information no matter receiving is how many, as long as it is pre-conditioned that described induction information does not meet, described electronic equipment is all processed the movable information receiving according to current response mode.
, for example, described electronic equipment is determined current under described the first response mode, again receive the movable information that the user of described input equipment input moves described input equipment, also receive the induction information of input equipment described in user's handling simultaneously, described induction information is touch point information, described induction information shows that this user is with input equipment described in 2 finger grip, and that described induction information does not meet is described first pre-conditioned, described electronic equipment is treated to described movable information to control the displacement information that described the first control object moves according to described the first response mode.
Again for example, described electronic equipment is determined current under described the second response mode, again receive the movable information that the user of described input equipment input moves described input equipment, also receive the induction information of input equipment described in user's handling simultaneously, described induction information is touch point information, described induction information shows that this user is with input equipment described in 5 finger grip, and that described induction information does not meet is described second pre-conditioned, described electronic equipment is treated to described movable information to control the first variation instruction that described the second control object display effect changes according to described the second response mode.
In the embodiment of the present invention, based on described the second response mode, the user who obtains from described input equipment is moved to movable information that described input equipment produces and is processed into and controls the first step that changes instruction that the second control object display effect changes and can be specifically:
First can determine its corresponding first direction according to described movable information, for example described user controls described input equipment and moves right, and can determine that the corresponding described first direction of described movable information is for direction to the right.
And, if described input equipment comprises left button and right button, can also determine described first direction according to the line between the left button of described input equipment and right button.For example determine that the corresponding described first direction of described movable information is direction to the right, determine that the corresponding described first direction of described movable information is the direction from the left button of described input equipment to the right button of described input equipment, if and determine that the corresponding described first direction of described movable information be direction left, definite corresponding described first direction of described movable information is the direction from the right button of described input equipment to the left button of described input equipment.
Can also determine described first direction according to the line between described input equipment and described electronic equipment.For example described user controls described input equipment and moves backward, can determine that the corresponding described first direction of described movable information is for the direction away from described electronic equipment, and if described user controls described input equipment and moves forward, can determine that the corresponding described first direction of described movable information is for the direction near described electronic equipment.
After determining the described first direction that described movable information is corresponding, can based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes, change instruction with described first direction corresponding described first.
In the embodiment of the present invention, under described the second response mode, each direction can be to there being different described the first variation instructions.Corresponding which kind of instruction of concrete which direction can be set in advance, also can be set voluntarily by user.
For example, a kind of setting means can be: if the direction from the left button of described input equipment to the right button of described input equipment, corresponding described first to change instruction can be dextrorotary instruction, can make described the second control object to right rotation; If the direction from the right button of described input equipment to the left button of described input equipment, corresponding described first to change instruction can be the instruction to anticlockwise, can make described the second control object to anticlockwise; If the direction of close described input equipment, corresponding described the first variation instruction can be to amplify instruction, can control described the second control object is amplified; If away from the direction of described input equipment, corresponding described first to change instruction can be to dwindle instruction, can control described the second control object is dwindled.Or also can set by other means.
By several specific embodiments, introduce below the method for information processing in the present invention.
Embodiment mono-:
Described electronic equipment is computer, and described input equipment is for touching mouse, and described touch mouse has touch sensing unit.Described electronic equipment is connected by wired mode with described input equipment, and described electronic equipment has the first response mode of the described input equipment movable information of response and the second response mode of the described input equipment movable information of response.
In the present embodiment, do not preset the response mode of described electronic equipment.
First constantly, user operates described input equipment first, described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, for example parameter information described in the present embodiment is touch point information, it can represent there is several touch points information on described input equipment, can also represent the positional information of each touch point information.
The touch point information that touch sensing unit described in the present embodiment obtains is 3, described electronic equipment can be directly according to described touch point information determine described self in described the second response mode.
And user is that described input equipment is moved forward when first described input equipment is operated, described electronic equipment can determine that the corresponding first direction of described movable information is for the direction near described electronic equipment according to the described movable information of described input equipment input, in the present embodiment, preset the corresponding amplifieroperation that is operating as of direction near described electronic equipment, described electronic equipment can move by the user who obtains from described input equipment movable information that described input equipment produces based on described the second response mode and is processed into and controls that the second control object display effect changes, change instruction with described first direction corresponding described first, described in the present embodiment, first changes the operation that the second control object in the display unit that instruction can be the described electronic equipment of control is amplified, the width picture for example, just showing in the display unit that described the second control object can be described electronic equipment.
Second constantly, user operates described input equipment again, and described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, and obtains the induction information that described input equipment produces.
It is second pre-conditioned that described electronic equipment can judge that whether described induction information meets, described in the present embodiment second pre-conditioned can be the default corresponding touch point of holding mode information, for example finger is placed on the corresponding Liang Ge of the holding mode touch point information that described input equipment top, a finger are placed on described input equipment below.Induction information described in the present embodiment meets described second pre-conditioned, and described electronic equipment switches to described the first response mode from described the second response mode.
The 3rd constantly, user continues described input equipment to operate, and described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, and obtains the induction information that described input equipment produces.
It is first pre-conditioned that described electronic equipment can judge that whether described induction information meets, described in the present embodiment first pre-conditioned can be to have 3 touch points to be all positioned at the information of predeterminable area.Induction information described in the present embodiment does not meet described first pre-conditioned, and described electronic equipment keeps described the first response mode constant.
And when described the 3rd moment, the operation that user carries out described input equipment is that described input equipment is moved forward, described electronic equipment can be treated to the displacement information of controlling described the first control object motion by the movable information of described input equipment input, for example the first control object described in the present embodiment can be cursor, and described electronic equipment can be controlled the motion from bottom to top on the display unit of described electronic equipment of described the first control object.
Embodiment bis-:
Described electronic equipment is computer, and described input equipment is for touching mouse, and described touch mouse has touch sensing unit, and described touch mouse has left button and right button.Described electronic equipment is connected by wired mode with described input equipment, and described electronic equipment has the first response mode of the described input equipment movable information of response and the second response mode of the described input equipment movable information of response.
In the present embodiment, do not preset the response mode of described electronic equipment.
First constantly, user operates described input equipment first, described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, for example parameter information described in the present embodiment is touch point information, it can represent there is several touch points information on described input equipment, can also represent the positional information of each touch point information.
The touch point information that touch sensing unit described in the present embodiment obtains is 5, described electronic equipment can be directly according to described touch point information determine described self in described the first response mode.
And user is that described input equipment is moved right when first described input equipment is operated, described electronic equipment can determine that the corresponding first direction of described movable information is for the direction of the left button from described input equipment to the right button of described input equipment according to the described movable information of described input equipment input, described electronic equipment can move by the user who obtains from described input equipment movable information that described input equipment produces based on described the first response mode and is processed into and controls the displacement information that the first control object moves, can control described the first control object moves right, the first control object described in the present embodiment can be the player's object in game.
Second constantly, user operates described input equipment again, and described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, and obtains the induction information that described input equipment produces.
It is first pre-conditioned that described electronic equipment can judge that whether described induction information meets, described in the present embodiment first pre-conditioned can be the default corresponding touch point of holding mode information, for example finger is placed on the corresponding Liang Ge of the holding mode touch point information that described input equipment top, a finger are placed on described input equipment below.Induction information described in the present embodiment meets described first pre-conditioned, and described electronic equipment switches to described the second response mode from described the first response mode.
The 3rd constantly, user continues described input equipment to operate, and described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, and obtains the induction information that described input equipment produces.
It is first pre-conditioned that described electronic equipment can judge that whether described induction information meets, described in the present embodiment first pre-conditioned can be to have 4 touch points to be all positioned at the information of predeterminable area.Induction information described in the present embodiment does not meet described second pre-conditioned, and described electronic equipment keeps described the second response mode constant.
And when described the 3rd moment, the operation that user carries out described input equipment is that described input equipment is moved to the left, described electronic equipment can determine that the corresponding direction of described movable information is direction left, the i.e. direction from the right button of described input equipment to the left button of described input equipment, described electronic equipment can be treated to the movable information of described input equipment input and control the first variation instruction that described the second control object display effect changes, in the present embodiment, preset that direction from the right button of described input equipment to the left button of described input equipment is corresponding is operating as the operation being moved to the left, described electronic equipment can be moved to the left described the second control object by carrying out described the first variation instruction.For example the second control object described in the present embodiment can be the width picture just showing in the display unit of described electronic equipment.
Embodiment tri-:
Described electronic equipment is computer, and described input equipment is for touching mouse, and described touch mouse has touch sensing unit, and described touch mouse has left button and right button.Described electronic equipment is connected by wireless mode with described input equipment, and described electronic equipment has the first response mode of the described input equipment movable information of response and the second response mode of the described input equipment movable information of response.
The response mode that has preset described electronic equipment in the present embodiment is described the first response mode.
First constantly, user operates described input equipment first, and described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, and obtains the induction information that described touch sensing unit produces.For example parameter information described in the present embodiment is touch point information, and it can represent there is several touch points information on described input equipment, can also represent the positional information of each touch point information.
The touch point information that touch sensing unit described in the present embodiment obtains is 5, it is first pre-conditioned that described electronic equipment can judge that whether described induction information meets, for example first pre-conditioned for there being 4 touch points to be all positioned at predeterminable area described in the present embodiment, it is described first pre-conditioned that electronic equipment described in the present embodiment determines that described induction information does not meet, and described electronic equipment keeps described the first response mode constant.
And user is that described input equipment is moved right when first described input equipment is operated, described electronic equipment can determine that the corresponding first direction of described movable information is for the direction of the left button from described input equipment to the right button of described input equipment according to the described movable information of described input equipment input, described electronic equipment can move by the user who obtains from described input equipment movable information that described input equipment produces based on described the first response mode and is processed into and controls the displacement information that the first control object moves, can control described the first control object moves right, the first control object described in the present embodiment can be the player's object in game.
Second constantly, user operates described input equipment again, and described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, and obtains the induction information that described input equipment produces.
It is first pre-conditioned that described electronic equipment can judge that whether described induction information meets, described in the present embodiment first pre-conditioned can be the default corresponding touch point of holding mode information, for example finger is placed on the corresponding Liang Ge of the holding mode touch point information that described input equipment top, a finger are placed on described input equipment below.Induction information described in the present embodiment meets described first pre-conditioned, and described electronic equipment switches to described the second response mode from described the first response mode.
The 3rd constantly, user continues described input equipment to operate, and described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, and obtains the induction information that described input equipment produces.
It is first pre-conditioned that described electronic equipment can judge that whether described induction information meets, described in the present embodiment first pre-conditioned can be to have 4 touch points to be all positioned at the information of predeterminable area.Induction information described in the present embodiment does not meet described second pre-conditioned, and described electronic equipment keeps described the second response mode constant.
And when described the 3rd moment, the operation that user carries out described input equipment is that described input equipment is moved to the left, described electronic equipment can determine that the corresponding direction of described movable information is direction left, the i.e. direction from the right button of described input equipment to the left button of described input equipment, described electronic equipment can be treated to the movable information of described input equipment input and control the first variation instruction that described the second control object display effect changes, in the present embodiment, preset that direction from the right button of described input equipment to the left button of described input equipment is corresponding is operating as the operation being moved to the left, described electronic equipment can be moved to the left described the second control object by carrying out described the first variation instruction.For example the second control object described in the present embodiment can be the width picture just showing in the display unit of described electronic equipment.
Embodiment tetra-:
Described electronic equipment is computer, and described input equipment is for touching mouse, and described touch mouse has touch sensing unit.Described electronic equipment is connected by wireless mode with described input equipment, and described electronic equipment has the first response mode of the described input equipment movable information of response and the second response mode of the described input equipment movable information of response.
In the present embodiment, do not preset the response mode of described electronic equipment.
First constantly, user operates described input equipment first, described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, for example parameter information described in the present embodiment is touch point information, it can represent there is several touch points information on described input equipment, can also represent the positional information of each touch point information.
The touch point information that touch sensing unit described in the present embodiment obtains is 3, described electronic equipment can be directly according to described touch point information determine described self in described the second response mode.
And user is that described input equipment is moved forward when first described input equipment is operated, described electronic equipment can determine that the corresponding first direction of described movable information is for the direction near described electronic equipment according to the described movable information of described input equipment input, in the present embodiment, preset the corresponding amplifieroperation that is operating as of direction near described electronic equipment, described electronic equipment can move by the user who obtains from described input equipment movable information that described input equipment produces based on described the second response mode and is processed into and controls that the second control object display effect changes, change instruction with described first direction corresponding described first, described in the present embodiment, first changes the operation that the second control object in the display unit that instruction can be the described electronic equipment of control is amplified, the width picture for example, just showing in the display unit that described the second control object can be described electronic equipment.
Second constantly, user operates described input equipment again, and described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, and obtains the induction information that described input equipment produces.
It is second pre-conditioned that described electronic equipment can judge that whether described induction information meets, described in the present embodiment second pre-conditioned can be the default corresponding touch point of holding mode information, for example finger is placed on the corresponding Liang Ge of the holding mode touch point information that described input equipment top, a finger are placed on described input equipment below.Induction information described in the present embodiment does not meet described second pre-conditioned, and described electronic equipment keeps described the second response mode constant.
And user is that described input equipment is moved right when first described input equipment is operated, described electronic equipment can determine that the corresponding first direction of described movable information is for the direction of the left button from described input equipment to the right button of described input equipment according to the described movable information of described input equipment input, in the present embodiment, preset that direction from the left button of described input equipment to the right button of described input equipment is corresponding is operating as dextrorotary operation, described electronic equipment can move by the user who obtains from described input equipment movable information that described input equipment produces based on described the second response mode and is processed into and controls that the second control object display effect changes, change instruction with described first direction corresponding described first, the first dextrorotary operation of the second control object changing in the display unit that instruction can be the described electronic equipment of control described in the present embodiment, the width picture for example, just showing in the display unit that described the second control object can be described electronic equipment.
The 3rd constantly, user operates described input equipment again, and described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, and obtains the induction information that described input equipment produces.
It is second pre-conditioned that described electronic equipment can continue to judge that whether described induction information meets.Induction information described in the present embodiment meets described second pre-conditioned, and described electronic equipment switches to described the first response mode from described the second response mode.
The 4th constantly, user continues described input equipment to operate, and described touch sensing unit can obtain the parameter information that user moves the movable information that described input equipment produces, and obtains the induction information that described input equipment produces.
It is first pre-conditioned that described electronic equipment can judge that whether described induction information meets, described in the present embodiment first pre-conditioned can be to have 3 touch points to be all positioned at the information of predeterminable area.Induction information described in the present embodiment does not meet described first pre-conditioned, and described electronic equipment keeps described the first response mode constant.
And when described the 4th moment, the operation that user carries out described input equipment is that described input equipment is moved backward, described electronic equipment can be treated to the displacement information of controlling described the first control object motion by the movable information of described input equipment input, for example the first control object described in the present embodiment can be cursor, and described electronic equipment can be controlled the motion from top to bottom on the display unit of described electronic equipment of described the first control object.
Referring to Fig. 2, the electronic equipment in the embodiment of the present invention can comprise the first processing module 201, the second processing module 202, and described electronic equipment can also comprise judge module 203 and handover module 204.Described electronic equipment can have the first response mode of the described input equipment movable information of response and the second response mode of the described input equipment movable information of response, and described electronic equipment can be connected by wired or wireless mode with an input equipment.
The first processing module 201 can be for when described electronic equipment is during in described the first response mode, based on described the first response mode, the user who obtains from described input equipment moved to the movable information that described input equipment produces and be processed into the displacement information that the first control object moves.
The first processing module 201 can also be for when described electronic equipment is during in described the first response mode, the induction information that described in input equipment, touch sensing unit produces described in the user's handling obtaining from described input equipment.
The second processing module 202 can be for when described electronic equipment is during in described the second response mode, based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control first show that object display effect changes first change instruction.
The second processing module 202 can also be for when described electronic equipment is during in described the second response mode, the induction information that described in input equipment, touch sensing unit produces described in the user's handling obtaining from described input equipment.
The second processing module 202 specifically can be for determining first direction corresponding to described movable information; And can based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes, change instruction with described first direction corresponding described first.
The second processing module 202 specifically can be for determining that according to the line of described left button and described right button described first direction is direction or the direction from described right button to described left button from described left button to described right button.Wherein, described input equipment can comprise left button and right button.
The second processing module 202 specifically can be for determining that according to the line of described electronic equipment and described input equipment described first direction is near the direction of described electronic equipment or away from the direction of described electronic equipment.
Judge module 203 can, for move the parameter information of the movable information that described input equipment produces according to the user who obtains from described input equipment, directly judge that described electronic equipment is in described the first response mode or in described the second response mode.
In the embodiment of the present invention, described electronic equipment can comprise touch sensing unit, and described parameter information can be the touch point information that described touch sensing unit gathers.And in the embodiment of the present invention, described parameter information can refer to the induction information that described touch sensing unit produces.
When judge module 203 specifically can move for the user when obtaining from described input equipment movable information that described input equipment produces and comprises N touch point information, determine that described electronic equipment is in described the first response mode, described N is not less than 4 integer; And when the user who obtains from described input equipment moves movable information that described input equipment produces and comprises M touch point information, determining that described electronic equipment is in described the second response mode, described M is not less than 2 and be less than the integer of N.
Handover module 204 can be for when directly determining first predetermined condition according to described induction information, and described electronic equipment is switched to described the second response mode from described the first response mode; Or when directly determining second predetermined condition according to described induction information, described electronic equipment is switched to described the first response mode from described the second response mode.
Referring to Fig. 3, the present invention also provides a kind of input equipment, and it can comprise the first operational module 301 and the second operational module 302.Described input equipment can be connected in wired or wireless mode with described electronic equipment, and described input equipment can have the first input mode and the second input mode.
The first operational module 301 can be for when described input equipment is during in described the first input mode, based on described the first input mode, user is moved to the movable information that described input equipment produces and be processed into the displacement information that the first control object moves, and described displacement information is sent to described electronic equipment.
The second operational module 302 can be for when described input equipment is during in described the second input mode, based on described the second input mode by user move movable information that described input equipment produces be processed into control first show that object display effect changes first change instruction, and described the first variation instruction is sent to described electronic equipment.
Be in the embodiment of the present invention, described input equipment can only responsiblely be given described electronic equipment by the communication obtaining, and current according to the information judgement receiving by described electronic equipment is how to respond and judge whether and need to carry out response mode switching etc. in which kind of response mode, judgement.
Or described input equipment is can be directly current according to the information judgement of obtaining is in for which kind of input mode, how to judge output information and judge whether to carry out input mode switching etc.For example, if described input equipment is determined current in described the first input mode, its displacement information that can directly move to the first control object described in described electronic equipment input control the move operation of self according to user, if described input equipment is determined current in described the second input mode, its first variation instruction that can directly change to the second control object display effect described in described electronic equipment input control the move operation of self according to user, described electronic equipment only need to be carried out this instruction.
Information processing method in the embodiment of the present invention is for when described electronic equipment is during in described the first response mode, based on described the first response mode, the user who obtains from described input equipment moved to the movable information that described input equipment produces and is processed into the displacement information that control the first control object moves; When described electronic equipment is during in described the second response mode, based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes first change instruction.Described electronic equipment can have two kinds of response modes, when response mode in different, the movable information obtaining is had to different processing modes, for example, when in a kind of response mode, the instruction that can be mobile cursor by the information processing of rolling mouse, when in another kind of response mode, can by the information processing of rolling mouse, be to make current display window zoom in or out or carry out the instruction of other variation, so can carry out different operations according to different response modes, without increase equipment, can increase mode of operation, obviously can improve operating efficiency and operation diversity, being convenient to user operates.
In the embodiment of the present invention, when the induction information obtaining by the described touch sensing unit of described input equipment meets when pre-conditioned, can carry out the switching of response mode, be convenient to user and input different response messages according to different response modes.And, at described induction information, not meeting when pre-conditioned, described electronic equipment need keep current response mode constant, and no matter which kind of operation user carries out all responds according to current response mode, has avoided user's maloperation.
In the embodiment of the present invention, both can be judged by described electronic equipment, the operation such as response, also can be directly by described input equipment judge, the operation such as response, in the time of specifically can or dispatching from the factory by user, set, mode is comparatively flexible, and very intelligent, can meet different demands.
In the embodiment of the present invention, described electronic equipment just can directly judge current in which kind of response mode and whether need handoff response mode according to the induction information of described input equipment input, without binding operation object again, judge, step is simple, is easy to realize.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, implement software example or in conjunction with the form of the embodiment of software and hardware aspect completely.And the present invention can adopt the form that wherein includes the upper computer program of implementing of computer-usable storage medium (including but not limited to magnetic disk memory and optical memory etc.) of computer usable program code one or more.
The present invention is with reference to describing according to process flow diagram and/or the block scheme of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be in computer program instructions realization flow figure and/or block scheme each flow process and/or the flow process in 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 of carrying out by the processor of computing machine or other programmable data processing device is produced for realizing the device in the function of flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame appointments.
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 appointment in flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of 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 appointment in flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame on computing machine or other programmable devices.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.

Claims (17)

1. an information processing method, be applied in electronic equipment, described electronic equipment is connected with an input equipment, it is characterized in that, described electronic equipment has the first response mode of the described input equipment movable information of response and the second response mode of the described input equipment movable information of response, and described method comprises:
When described electronic equipment is during in described the first response mode, based on described the first response mode, the user who obtains from described input equipment is moved to movable information that described input equipment produces and be processed into and control the displacement information that the first control object moves;
When described electronic equipment is during in described the second response mode, based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes first change instruction.
2. the method for claim 1, it is characterized in that, described method also comprises: the parameter information that moves the movable information that described input equipment produces according to the user who obtains from described input equipment, directly judges that described electronic equipment is in described the first response mode or in described the second response mode.
3. method as claimed in claim 2, is characterized in that, described input equipment has touch sensing unit, and described parameter information is the touch point information that described touch sensing unit gathers.
4. method as claimed in claim 3, it is characterized in that: the parameter information that moves the movable information that described input equipment produces according to the user who obtains from described input equipment, directly judges that described electronic equipment comprises in described the first response mode or the step in described the second response mode:
When the user who obtains from described input equipment moves movable information that described input equipment produces and comprises N touch point information, determine that described electronic equipment is in described the first response mode, described N is not less than 4 integer;
When the user who obtains from described input equipment moves movable information that described input equipment produces and comprises M touch point information, determine that described electronic equipment is in described the second response mode, described M is not less than 2 and be less than the integer of N.
5. the method for claim 1, is characterized in that, described input equipment has touch sensing unit;
When described electronic equipment is during in described the first response mode, the induction information that described in input equipment, touch sensing unit produces described in the user's handling obtaining from described input equipment;
When directly determining first predetermined condition according to described induction information, described electronic equipment is switched to described the second response mode from described the first response mode; Or,
When described electronic equipment is during in described the second response mode, the induction information that described in input equipment, touch sensing unit produces described in the user's handling obtaining from described input equipment;
When directly determining second predetermined condition according to described induction information, described electronic equipment is switched to described the first response mode from described the second response mode.
6. the method for claim 1, it is characterized in that, describedly based on described the second response mode, the user who obtains from described input equipment is moved to movable information that described input equipment produces and be processed into and control the first step that changes instruction that the second control object display effect changes and be:
Determine the first direction that described movable information is corresponding;
Based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes, change instruction with described first direction corresponding described first.
7. method as claimed in claim 6, it is characterized in that, described input equipment comprises left button and right button, determines that the step of the first direction that described movable information is corresponding comprises: according to the line of described left button and described right button, determine that described first direction is direction or the direction from described right button to described left button from described left button to described right button.
8. method as claimed in claim 6, it is characterized in that, determine that the step of the first direction that described movable information is corresponding comprises: according to the line of described electronic equipment and described input equipment, determine that described first direction is near the direction of described electronic equipment or away from the direction of described electronic equipment.
9. an electronic equipment, it is connected with an input equipment, it is characterized in that, and described electronic equipment has the first response mode of the described input equipment movable information of response and the second response mode of the described input equipment movable information of response, and described electronic equipment comprises:
The first processing module, for when described electronic equipment is during in described the first response mode, based on described the first response mode, the user from described input equipment acquisition is moved to the movable information that described input equipment produces and be processed into the displacement information that the first control object moves;
The second processing module, for when described electronic equipment is during in described the second response mode, based on described the second response mode, the user who obtains from described input equipment is moved to movable information that described input equipment produces and be processed into and control first and show the first variation instruction that object display effect changes.
10. electronic equipment as claimed in claim 9, it is characterized in that, also comprise judge module, for move the parameter information of the movable information that described input equipment produces according to the user who obtains from described input equipment, directly judge that described electronic equipment is in described the first response mode or in described the second response mode.
11. electronic equipments as claimed in claim 10, is characterized in that, described input equipment has touch sensing unit, and described parameter information is the touch point information that described touch sensing unit gathers.
12. electronic equipments as claimed in claim 11, is characterized in that, described judge module specifically for:
When the user who obtains from described input equipment moves movable information that described input equipment produces and comprises N touch point information, determine that described electronic equipment is in described the first response mode, described N is not less than 4 integer;
When the user who obtains from described input equipment moves movable information that described input equipment produces and comprises M touch point information, determine that described electronic equipment is in described the second response mode, described M is not less than 2 and be less than the integer of N.
13. electronic equipments as claimed in claim 9, is characterized in that, described input equipment has touch sensing unit;
Described the first processing module is also for when described electronic equipment is during in described the first response mode, the induction information that described in input equipment, touch sensing unit produces described in the user's handling obtaining from described input equipment;
Described the second processing module is also for when described electronic equipment is during in described the second response mode, the induction information that described in input equipment, touch sensing unit produces described in the user's handling obtaining from described input equipment;
Described electronic equipment also comprises handover module, and for when directly determining first predetermined condition according to described induction information, described electronic equipment is switched to described the second response mode from described the first response mode; Or when directly determining second predetermined condition according to described induction information, described electronic equipment is switched to described the first response mode from described the second response mode.
14. electronic equipments as claimed in claim 9, is characterized in that, described the second processing module specifically for:
Determine the first direction that described movable information is corresponding;
Based on described the second response mode by the user who obtains from described input equipment move movable information that described input equipment produces be processed into control that the second control object display effect changes, change instruction with described first direction corresponding described first.
15. electronic equipments as claimed in claim 14, it is characterized in that, described input equipment comprises left button and right button, and described the second processing module is specifically for determining that according to the line of described left button and described right button described first direction is direction or the direction from described right button to described left button from described left button to described right button.
16. electronic equipments as claimed in claim 14, it is characterized in that, described the second processing module is specifically for determining that according to the line of described electronic equipment and described input equipment described first direction is near the direction of described electronic equipment or away from the direction of described electronic equipment.
17. 1 kinds of input equipments, it is connected with an electronic equipment, it is characterized in that, and described input equipment has the first input mode and the second input mode, and described input equipment comprises:
The first operational module, for when described input equipment is during in described the first input mode, based on described the first input mode, user is moved to the movable information that described input equipment produces and be processed into the displacement information that the first control object moves, and described displacement information is sent to described electronic equipment;
The second operational module, for when described input equipment is during in described the second input mode, based on described the second input mode by user move movable information that described input equipment produces be processed into control first show that object display effect changes first change instruction, and described the first variation instruction is sent to described electronic equipment.
CN201210225859.3A 2012-06-29 2012-06-29 Method for processing information, electronic device and input device Pending CN103513785A (en)

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Publication number Priority date Publication date Assignee Title
US20070080945A1 (en) * 2002-05-28 2007-04-12 Apple Computer, Inc. Mouse having a button-less panning and scrolling switch
CN101636711A (en) * 2007-01-30 2010-01-27 苹果公司 Gesturing with a multipoint sensing device
CN102216883A (en) * 2008-11-12 2011-10-12 苹果公司 Generating gestures tailored to a hand resting on a surface
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Application publication date: 20140115