CN106843676A - For the method for toch control and touch control device of touch terminal - Google Patents
For the method for toch control and touch control device of touch terminal Download PDFInfo
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- CN106843676A CN106843676A CN201611220429.7A CN201611220429A CN106843676A CN 106843676 A CN106843676 A CN 106843676A CN 201611220429 A CN201611220429 A CN 201611220429A CN 106843676 A CN106843676 A CN 106843676A
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- touch
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- screen
- destination object
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/04847—Interaction techniques to control parameter settings, e.g. interaction with sliders or dials
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/0485—Scrolling or panning
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
- G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
- G06F3/04883—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures for inputting data by handwriting, e.g. gesture or text
Abstract
The present invention provides a kind of method of toch control and touch control device for touch terminal, and method of toch control includes：A. user is obtained on the touch-screen of the touch terminal to first operation in the first touch control operation area, and first operation includes multiple attributes；B. the destination object that at least one property control according to the described first operation is shown on the touch-screen is moved, and the display of the denoted object being shown on the touch-screen according at least one property control of the described first operation changes to provide a user with the visual feedback of the first operation, the denoted object is less than a threshold distance with the ultimate range of the destination object.Method of toch control and touch control device that the present invention is provided provide a user with the visual feedback of touch control operation.
Description
Technical field
The present invention relates to Computer Applied Technology field, more particularly to a kind of method of toch control for touch terminal and
Touch control device.
Background technology
With the development of touch-screen, touch terminal can realize increasing function.However, when user uses touch terminal
When being operated to the destination object on the touch-screen of touch terminal, because destination object is usually located at touch screen center and target
Object general size is larger, and user is difficult to know whether its operation to destination object is realized by the display of destination object, is
It is no to reach intended status, so as to the situation of user misoperation can be caused.As can be seen here, the touch control technology interactive of prior art
Performance is not good, influences Consumer's Experience.
The content of the invention
The present invention is for the defect for overcoming above-mentioned prior art to exist, there is provided a kind of touch control side for touch terminal
Method and touch control device, to improve touch-control interactive performance.
According to an aspect of the present invention, there is provided a kind of method of toch control for touch terminal, including：A. obtain and use
To first operation in the first touch control operation area on the touch-screen of the touch terminal, first operation includes multiple category at family
Property；B. the destination object that at least one property control according to the described first operation is shown on the touch-screen is moved,
And the display of the denoted object being shown in according at least one property control of the described first operation on the touch-screen becomes
Change to provide a user with the visual feedback of the first operation, the denoted object is less than a threshold with the ultimate range of the destination object
Value distance.
Preferably, multiple attributes of first operation include appointing many attribute as follows：Direction, displacement, speed, acceleration
Degree, touch pressure and touch duration.
Preferably, multiple attributes of first operation are the real-time property or the average properties of a time period at a moment.
Preferably, the step b includes：Direction property control according to the described first operation is shown on the touch-screen
Destination object moving direction, the direction of motion and steering direction of the moving direction including the destination object；According to institute
The direction property control for stating the first operation is shown in the direction indication of the denoted object on the touch-screen.
Preferably, the direction attribute of first operation is：First touch of the user in the first touch control operation area
End points touches end points to the described second touch end points, user's sustained touch institute to the second direction for touching end points from described first
State touch-screen；Or the predefined end points in the first touch control operation area to user in the first touch control operation area
Three directions for touching end points, the predefined end points is located at the central area in the first touch control operation area.
Preferably, the direction indication of the denoted object is the destination object to the direction of the denoted object；Or
The direction indication of the denoted object be the first end point of the denoted object to double-pointed direction, wherein, the instruction
The direction indication of object is consistent with the direction attribute of the described first operation.
Preferably, the step b also includes：Displacement property control according to the described first operation is shown in the touch-screen
On destination object translational speed v1 or translational acceleration a1, the shift value of the displacement attribute of first operation is x, institute
The translational speed v1 or translational acceleration a1 for stating destination object are directly proportional to the shift value x；According to the described first operation
Displacement property control is shown in the maximum distance of the denoted object and the destination object on the touch-screen, the instruction
Object is y with the maximum distance of the destination object, and the shift value x is directly proportional to the maximum distance y, the translational speed
V1, the translational acceleration a1, the x and y are constant.
Preferably, the displacement attribute of first operation is：Displacement of the user in the first touch control operation area；Or
The 4th touch end points of predefined end points in the first touch control operation area to user in the first touch control operation area it
Between distance, the predefined end points be located at the first touch control operation area in central area.
Preferably, the step b also includes：Speed attribute control according to the described first operation is shown in the touch-screen
On destination object translational speed v1 or translational acceleration a1, the velocity amplitude of the Speed attribute of first operation is V, institute
The translational speed v1 or translational acceleration a1 for stating destination object are directly proportional to the velocity amplitude V；According to the described first operation
Speed attribute control be shown in the denoted object on the touch-screen relative to the translational speed v2 of the destination object or
Person's translational acceleration a2, the denoted object is relative to the translational speed v2 or translational acceleration a2 of the destination object and institute
Velocity amplitude V is stated to be directly proportional, wherein, the translational speed v1 and v2, the translational acceleration a1 and a2, the velocity amplitude V are normal
Number.
Preferably, the Speed attribute of first operation is mobile fast for user touches in the first touch control operation area
Degree, the described first acceleration attribute for operating touches translational acceleration for user in the first touch control operation area.
Preferably, the destination object and background object, the mobile speed of the destination object are shown on the touch-screen
Degree v1 is translational speed of the destination object relative to the background object, and the translational acceleration a1 of the destination object is institute
Translational acceleration of the destination object relative to the background object is stated, the destination object is moved by first operational control
The center of the touch-screen is always positioned at when dynamic.
Preferably, the step b also includes：Acceleration property control according to the described first operation is shown in the touch
The translational acceleration a1 of the destination object on screen, the acceleration magnitude of the acceleration attribute of first operation is A, the target pair
The translational acceleration a1 of elephant is directly proportional to the acceleration magnitude A；Acceleration property control according to the described first operation is shown in
Translational acceleration a2 of the denoted object relative to the destination object on the touch-screen, the denoted object relative to
The translational acceleration a2 of the destination object is directly proportional to the acceleration magnitude A, wherein, the translational acceleration a1 and a2, institute
Acceleration magnitude A is stated for constant.
Preferably, the step b also includes：When the pressure value of the touch pressure attribute of the described first operation exceedes pressure threshold
Value, the destination object that control is shown on the touch-screen carries out predetermined action；For the denoted object：According to described first
The pressure value control of the touch pressure attribute of operation is shown in the scaling of the denoted object on the touch-screen, described first
The pressure value of the pressure attribute of operation is directly proportional to the scaling multiple of the denoted object；Or when the touch of the described first operation
The pressure value of pressure attribute exceedes the pressure threshold, makes the color or change in shape of the denoted object.
Preferably, the step b also includes：At least one property control according to the described first operation is shown in described touching
Touch the moving parameter of the destination object on screen；The attribute of the control destination object according to the described first operation controls display
In the scaling of the denoted object on the touch-screen, wherein, the attribute of the control destination object of first operation
Numerical value be directly proportional to the scaling multiple of the denoted object.
Preferably, the numerical value of the attribute of the control destination object of first operation includes：First operation
The shift value of displacement attribute；The velocity amplitude of the Speed attribute of first operation；It is described first operation acceleration attribute plus
Velocity amplitude；The pressure value of the touch pressure attribute of first operation；Or the touch duration attribute of first operation
Duration.
Preferably, multiple attributes of first operation also include fingerprint, and the fingerprint attribute of first operation is in institute
State the user fingerprints of the first touch control operation area operation.
Preferably, the different moving parameters of destination object described in the first operational control with different fingerprint attributes are dynamic
Make；The denoted object of the first operation correspondence different shape or different colours with different fingerprint attributes, with different fingerprints category
Property the first operational control its corresponding denoted object display change.
Preferably, the step a also includes：User is obtained on the touch-screen of the touch terminal to the second touch control operation
Area second operation, it is described first operation with described second operation sequential it is least partially overlapped, wherein, it is described first operation and
Second operation corresponds to the denoted object with different shape or different colours respectively；The step b also includes：Basis respectively
The destination object that at least one property control that first operation is operated with described second is shown on the touch-screen is not
With moving parameter or action, and respectively according to described first operation and described second operation at least one property control its
The display change of corresponding denoted object.
Preferably, the denoted object is regular shape, arrowhead form or the line segment with arrow.
According to another aspect of the invention, a kind of touch control device for touch terminal is also provided, including：First dress
Put, be configured to obtain user on the touch-screen of the touch terminal to first operation in the first touch control operation area, described first
Operation includes multiple attributes；Second device, is configured to according at least one property control of the described first operation is shown in
Destination object on touch-screen is moved, and according at least one property control of the described first operation is shown in
The display change of denoted object on touch-screen to provide a user with the visual feedback of the first operation, the denoted object with it is described
The ultimate range of destination object is less than a threshold distance.
Preferably, multiple attributes of first operation include appointing many attribute as follows：Direction, displacement, speed, acceleration
Degree, touch pressure and touch duration.
Preferably, multiple attributes of first operation are the real-time property or the average properties of a time period at a moment.
Preferably, the touch-screen is integrated with fingerprint identification function.
Compared to existing technology, the present invention changes to provide a user with by the display of the denoted object based on the first operation
The visual feedback of the first operation, allows user to know that its first operation controls whether reality to destination object by visual feedback
Whether existing, its controlling extent is produced a desired effect, and touch-control interactive performance is improved with this, improves user's touch experience.
Brief description of the drawings
Its example embodiment is described in detail by referring to accompanying drawing, above and other feature of the invention and advantage will become
It is more obvious.
Fig. 1 shows the flow chart of method of toch control according to embodiments of the present invention.
Fig. 2 shows the schematic diagram of touch control device according to embodiments of the present invention.
Fig. 3 shows the schematic diagram that touch-screen according to a first embodiment of the present invention shows.
Fig. 4 shows the schematic diagram that touch-screen according to a second embodiment of the present invention shows.
Fig. 5 shows the schematic diagram that touch-screen according to a third embodiment of the present invention shows.
Specific embodiment
Example embodiment is described more fully with referring now to accompanying drawing.However, example embodiment can be with various shapes
Formula is implemented, and is not understood as limited to implementation method set forth herein；Conversely, thesing embodiments are provided so that the present invention will
Fully and completely, and by the design of example embodiment those skilled in the art is comprehensively conveyed to.Identical is attached in figure
Icon note represents same or similar structure, thus will omit repetition thereof.
Described feature, structure or characteristic can be combined in one or more implementation methods in any suitable manner
In.In the following description, there is provided many details fully understand so as to be given to embodiments of the present invention.However,
One of ordinary skill in the art would recognize that, there is no one or more in the specific detail, or using other methods, group
Unit, material etc., it is also possible to put into practice technical scheme.In other cases, it is not shown in detail or describes known features, material
Material operates to avoid the fuzzy present invention.
Block diagram shown in accompanying drawing is only functional entity, not necessarily must be corresponding with physically separate entity.
I.e., it is possible to realize these functional entitys using software form, or these function realities are realized in one or more integrated circuits
Body, or these functional entitys are realized in heterogeneous networks and/or processor device and/or microcontroller device.
The method of toch control provided by the present invention for touch terminal is illustrated with reference to the flow chart of Fig. 1.Fig. 1 shows altogether
Go out two steps：
Step S110. obtains user on the touch-screen of touch terminal to first operation in the first touch control operation area.
Specifically, the first operation is included but is not limited to click on, length is pressed, gesture etc. can be in the identification of the first touch control operation area
Operation.The first operation to the first touch control operation area includes multiple attributes.Such as first operation can include direction, displacement, speed
The attributes such as degree, acceleration, touch pressure and touch duration.These attributes are optionally real-time property or a period of time at a moment
Between section average properties.For example, when the first operation to the first touch control operation area includes Speed attribute, it is implemented at some
Can be the real-time speed value at a certain moment in example, can be the average speed of certain time period in further embodiments
Value.
Step S120. is moved according to the destination object that at least one property control of the first operation is shown on touch-screen
It is dynamic.Specifically, the movement of destination object is included but is not limited to：Destination object is located at touch screen center position and relative to display
Background image movement on the touchscreen；Destination object is moved relative to touch-screen frame；Destination object is turned to or rotated；Mesh
Mark object shapes change etc..
In the step s 120, meanwhile, according to first operation for control targe object at least one property control show
The display change of the denoted object being shown on touch-screen, to provide a user with the visual feedback of the first operation.
Specifically, denoted object is displayed that on the touchscreen.Denoted object is less than one with the ultimate range of destination object
Threshold distance, and then it is used to represent the visual feedback of the first operation for controlling the destination object.Alternatively, in order that the vision is anti-
Feedback is concise, and denoted object is regular shape, arrowhead form or the line segment with arrow.Optionally, in addition, denoted object
With single color, and the background image that the color can be with destination object and display on the touchscreen is distinguished.It is right to indicate
The display change of elephant is included but is not limited to：When change in location, size variation, change in shape, color change, movement velocity variations and
Mobile brief acceleration change etc..The display change of denoted object will be tied below with the physical relationship of the first operation, destination object
Fig. 3 to Fig. 5 is closed to be described.
Referring to Fig. 2, Fig. 2 shows the schematic diagram of touch control device 200 according to embodiments of the present invention.Touch control
Device processed 200 is optionally integrated on touch terminal.In some change case, touch control device 200 can also be integrated in one
On server, and communicated to obtain related touch information to touch terminal.
In fig. 2, touch control device 200 includes first device 210 and second device 220.
First device 210 is configured to perform step S110 shown in Fig. 1, that is, obtains touch-screen of the user in touch terminal
On to the first of the first touch control operation area the operation.Specifically, the first operation is included but is not limited to click on, length is pressed, gesture etc. can
In the operation of the first touch control operation area identification.The first operation to the first touch control operation area includes multiple attributes.Such as first behaviour
Making can be including attributes such as direction, displacement, speed, acceleration, touch pressure and touch duration.These attributes are optionally
The real-time property at one moment or the average properties of a time period.
Second device 220 is configured to perform step S120 shown in Fig. 1, that is, according at least one attribute of the first operation
The destination object that is shown on touch-screen of control is moved, meanwhile, according to the first operation for control targe object this extremely
A few property control is shown in the display change of the denoted object on touch-screen, anti-with the vision for providing a user with the first operation
Feedback.
Alternatively, in certain embodiments, touch-screen is integrated with fingerprint identification function to realize that more diversified touch-control is grasped
Make, the present invention also correspondingly provides corresponding visual feedback, and such embodiment will be described later, it is not superfluous herein
State.
First embodiment
Referring first to Fig. 3, Fig. 3 shows the schematic diagram that touch-screen according to a first embodiment of the present invention shows.
The first touch control operation area 303, destination object 311, target pair are shown in Fig. 3 on the touch-screen 301 of touch terminal 300
Background image and denoted object 315 as where 311.
First touch control operation area 303 is optionally shown in the corner location of touch-screen 301, not influence touch-screen 301 pairs
The display of destination object 311 and background image.In certain embodiments, the first touch control operation area 303 is in operation destination object 311
Period is shown.In some change case, the first touch control operation area 303 is only shown when user operates, in user behaviour
After work, it is hidden.Show that the first touch control operation area 303 is border circular areas in Fig. 3, the present invention is not so limited.First touches
Control operating space 303 can also be the region of other shapes, can be will not be described here depending on actual demand.
Destination object 311 is shown in Figure 3 for figure image, and the present invention is not so limited.Destination object can also be
Other biological image, article are vivid or with simple shape, can be depending on actual demand.
Denoted object 315 is shown in Figure 3 for white round dot.Alternatively, denoted object 315 can also have other shapes
Or other colors.Denoted object 315 also shows change with user to first operation in the first touch control operation area 303.It is right to indicate
As 315 a threshold distance is less than with the ultimate range of destination object 311.The ultimate range of denoted object 315 and destination object 311
In the embodiment shown in fig. 3, the geometric center and destination object 311 (being shown as three-dimensional) for referring to denoted object 315 are being carried on the back
The distance at the center of the projection 313 on scape image.Specifically, destination object 311 is three-dimensional personage's shape in the present embodiment
As background image is shown as an aisle, and destination object 311 is moved on the aisle, and destination object 311 (being shown as three-dimensional) exists
The projection 313 of projection 313 on background image equivalent to destination object 311 on the aisle.In some change case, it is right to indicate
Can also refer to the geometric center of denoted object 315 to the geometry of destination object 311 with the ultimate range of destination object 311 as 315
The distance at center.In other change case, when denoted object 315 is line segment or line segment with arrow, denoted object 315 with
The ultimate range of destination object 311 can also refer to the geometric center of destination object 311 to denoted object 315 away from destination object
The distance of 311 end points.Specific denoted object 315 can be depending on actual demand with the definition of the ultimate range of destination object 311.
In the present embodiment, user moves to the second touch in the first touch control operation area 303 from the first touch end points 305
End points 307.In other words, first operation of the user to the first touch control operation area 303 is to move to second from the first touch end points 305
End points 307 is touched, and end points 305 to the second is touched from first and touch end points 307, user's sustained touch touch-screen 301.By
This, the first operation has direction attribute, and its direction attribute is first touch end points of the user in the first touch control operation area 303
305 to the second direction 309 for touching end points 307.In certain embodiments, user starts to touch and touches in the first touch end points 305
Touch screen 301, touch-screen 301 left after moving to the second touch end points 307, by user in the first touch control operation area 303
Beginning touches end points and terminates touching position of the end points to determine the first touch end points 305 and the second touch end points 307.Other
In in real time, first touches end points 305 to the second touches the only user's gesture in the first touch control operation area 303 of end points 307
A portion, so, can determine that the first touch end points 305 and second touches end points 307 according to the time period of regulation.Example
Such as, when user carries out touch gestures in the first touch control operation area 303, often cross 1 second obtain user touch location, and by this 1
The touch location that second starts with family touches end points 305 as first, using the touch location of user at the end of this 1 second as second
End points 307 is touched, with the direction attribute that this determination first is operated.
In the present embodiment, the method for toch control that the present invention is provided can utilize the direction property control of the first operation to show
The moving direction of the destination object 311 being shown on touch-screen 301.The moving direction of destination object 311 can include destination object
311 direction of motion and steering direction.For example, when the direction attribute of the first operation is the direction indicated by arrow 309, target
Object 311 is turned to towards arrow 309.Again for example, when the direction attribute of the first operation is for direction indicated by arrow 309, mesh
Mark object 311 is moved towards arrow 309.
Meanwhile, the method for toch control that the present invention is provided can also be shown in tactile according to the direction property control of the first operation
Touch the direction indication of the denoted object 315 on screen 301.The direction indication of denoted object 315 and the direction attribute institute of the first operation
The direction of instruction is consistent.In the present embodiment, denoted object 315 is white round dot, and the direction indication of denoted object 315 can be
Destination object 311 arrives the direction of denoted object 315.Specifically, that is, destination object 311 (be shown as three-dimensional) is in Background
As the direction of the geometric center of the center to denoted object 315 of upper projection 313.In some change case, denoted object 315 is
Line segment or the line segment with arrow, the direction indication of denoted object 315 is first end point (the close target pair of denoted object 315
As 311) to the direction of the second end points (away from destination object 311).
Second embodiment
Referring to Fig. 4, Fig. 4 shows the schematic diagram that touch-screen according to a second embodiment of the present invention shows.
The first touch control operation area 303, destination object 311, target pair are shown in Fig. 4 on the touch-screen 301 of touch terminal 300
Background image and denoted object 315 as where 311.
In the present embodiment, user moves to the 3rd touch in the first touch control operation area 303 from the second touch end points 307
End points 319.In other words, first operation of the user to the first touch control operation area 303 is to move to the 3rd from the second touch end points 307
End points 319 is touched, and end points 307 to the 3rd is touched from second and touch end points 319, user's sustained touch touch-screen 301.At this
In embodiment, the direction attribute of the first operation is predefined end points 305 the 3rd touching to user in the first touch control operation area 303
Touch the direction 317 of end points 319.Predefined end points 305 is alternatively located in the central area in the first touch control operation area 303.For example, can
To understand the first touch control operation area 303 for a virtual rocking bar, it is the center in the first touch control operation area 303 to predefine end points 305, when
When the first touch control operation area 303 performs gesture, its direction attribute is position of touch of the predefined end points 305 to user to user
The direction of (the 3rd touches end points 319).In the present embodiment, the direction attribute of the first operation is real-time property, can real-time detection
The position of touch of user, to obtain the real-time direction attribute of the first operation.
In the present embodiment, the method for toch control that the present invention is provided can utilize the direction property control of the first operation to show
The moving direction of the destination object 311 being shown on touch-screen 301.The moving direction of destination object 311 can include destination object
311 direction of motion and steering direction.Meanwhile, the method for toch control that the present invention is provided can also be according to the direction of the first operation
Property control is shown in the direction indication of the denoted object 315 on touch-screen 301.The direction indication of denoted object 315 and first
Direction indicated by the direction attribute of operation is consistent.In the present embodiment, denoted object 315 is white round dot, denoted object 315
Direction indication can be destination object 311 to the direction of denoted object 315.Specifically, that is, destination object 311 is (aobvious
It is shown as three-dimensional) center to the direction of the geometric center of denoted object 315 of projection 313 on background image.In some changes
In example, denoted object 315 is line segment or the line segment with arrow, and the direction indication of denoted object 315 is the of denoted object 315
End point (near destination object 311) is to the direction of the second end points (away from destination object 311).
When user moves to the 3rd touch end points 319 in the first touch control operation area 303 from the second touch end points 307.Refer to
Show that object 315 can be corresponding with the 3rd touch end points 319 from being moved to the second corresponding position of touch end points 307 in real time
Position is providing a user with the visual feedback of the first operation.
3rd embodiment
Referring to Fig. 5, Fig. 5 shows the schematic diagram that touch-screen according to a third embodiment of the present invention shows.Touched eventually in Fig. 5
Background image where the first touch control operation area 303, destination object 311, destination object 311 are shown on the touch-screen 301 at end 300
(and further showing a background object 321 in background image) and denoted object 315.Wherein, in the first touch control operation area 303
The first operation can be moved relative to background image (such as relative with background object 321) with control targe object 311.In this reality
Apply in example, alternatively, destination object 311 is located on touch-screen 301, and the frame of relative touch screen 301 is not moved, corresponding background
The relative touch screen 301 of object 321 is moved, and then causes that destination object 311 is moved relative to background object 321.In other realities
Apply in example, background object 321 is not moved relative to the frame of touch-screen 301, and destination object 311 is relative to touch-screen 301
Frame is moved, and then causes that destination object 311 is moved relative to background object 321.
In the present embodiment, user moves to the second touch in the first touch control operation area 303 from the first touch end points 305
End points 307.In other words, first operation of the user to the first touch control operation area 303 is to move to second from the first touch end points 305
End points 307 is touched, and end points 305 to the second is touched from first and touch end points 307, user's sustained touch touch-screen 301.By
This, the first operation has multiple attributes, in the present embodiment, mesh is controlled using the direction attribute and displacement attribute of the first operation
Mark the movement of object 311.Specifically, the direction attribute of the first operation is first of user in the first touch control operation area 303
Touch the direction 309 that end points 305 to the second touches end points 307.The displacement attribute of the first operation is user in the first touch control operation
Displacement in area 303, that is, first touch end points 305 to the second touch end points 307 distance (its shift value x is 309 length
Degree).
In the present embodiment, the method for toch control that the present invention is provided can utilize the direction property control of the first operation to show
The direction of motion of the destination object 311 being shown on touch-screen 301.For example, when the direction attribute of the first operation is the meaning of arrow 309
During the direction for showing, destination object 311 is moved towards arrow 309.
The method of toch control that the present invention is provided is shown on touch-screen 301 always according to the displacement property control of the first operation
Destination object 311 translational speed v1.The shift value of the displacement attribute of the operations of the translational speed v1 of destination object 311 and first
X is directly proportional.In other words, the shift value x of the displacement attribute of the first operation is bigger, and the translational speed v1 of destination object 311 is bigger.
In the present embodiment, destination object 311 and background object 321 are shown on touch-screen 301.The translational speed v1 of destination object 311
Translational speed for destination object 311 relative to background object 321.When destination object 311 is moved by the first operational control
It is always positioned at the center of touch-screen 301.In other words, the first operated target control object 311 it is mobile when, destination object 311 begins
Final position in the center of touch-screen 301, and background object 321 towards the direction opposite with the direction attribute of the first operation with translational speed
V1 moves into place 323 from position 321, to cause destination object 311 relative to background object 321 towards the direction with the first operation
Moved with translational speed v1 in attribute identical direction.
Meanwhile, the method for toch control that the present invention is provided can also be according to the direction attribute of the first operation and displacement attribute control
System is shown in position and the direction indication of the denoted object 315 on touch-screen 301.The direction indication of denoted object 315 and first
Direction indicated by the direction attribute of operation is consistent.In the present embodiment, denoted object 315 is white round dot, denoted object 315
Direction indication can be destination object 311 to the direction of denoted object 315.Denoted object 315 is farthest with destination object 311
Distance the distance between (in the present embodiment namely the center of projection 313 to denoted object 315) is y, the first position for operating
The shift value x for moving attribute is directly proportional to maximum distance y.That is, first operation shift value x it is bigger, denoted object 315 from
Destination object 311 is more remote.
In a change case of the present embodiment, referring to Fig. 4, the direction attribute of the first operation is that predefined end points 305 is arrived
The direction 317 of threeth touch end points 319 of the user in the first touch control operation area 303.Predefined end points 305 is alternatively located in the
The central area in one touch control operation area 303.For example, it is possible to understand that the first touch control operation area 303 is a virtual rocking bar, predefines end
Point 305 is the center in the first touch control operation area 303, when user performs gesture in the first touch control operation area 303, its direction attribute
To predefine end points 305 to the direction of the position of touch (the 3rd touches end points 319) of user.The displacement attribute of the first operation is the
The 4th touch end points of predefined end points 305 in one touch control operation area 303 to user in the first touch control operation area is (in this reality
The distance between in applying example, that is, the 3rd touches end points 319).The method of toch control that the present invention is provided utilizes above-mentioned direction
Attribute and displacement property control destination object 311 are moved, and control the display of denoted object 315 to change.Specifically, Yong Hu
Touch end points in first touch control operation area from predefined end points 305 more away from, the translational speed of destination object 311 is faster, indicates
Object 315 from destination object 311 more away from.
In another change case of the present embodiment, it is possible to use the displacement property control destination object 311 of the first operation
Translational acceleration a1.The translational acceleration a1 of destination object 311 is directly proportional to the shift value x of the displacement attribute of the first operation.
In other words, the shift value x of the displacement attribute of the first operation is bigger, and the translational acceleration a1 of destination object 311 is bigger.In this implementation
In example, destination object 311 and background object 321 are shown on touch-screen 301.The translational acceleration a1 of destination object 311 is mesh
Translational acceleration of the mark object 311 relative to background object 321.
In another change case of the present embodiment, touch-screen can be shown according to the Speed attribute control of the first operation
The translational speed v1 or translational acceleration a1 of the destination object 311 on 301.The Speed attribute of the first operation can be used
Family moves to the translational speed of the second touch-control end points 307, its speed from the first touch-control end points 305 in the first touch control operation area 303
It is V to be worth.The translational speed v1 or translational acceleration a1 of destination object 311 are directly proportional to velocity amplitude V.At the same time it can also basis
The Speed attribute control of the first operation is shown in mobile speed of the denoted object 315 on touch-screen 301 relative to destination object 311
Degree v2 or translational acceleration a2.Denoted object relative to destination object 311 translational speed v2 or translational acceleration a2 with
Velocity amplitude V is directly proportional.
In another change case of the present embodiment, can be according to the acceleration property control of the first operation be shown in
The translational acceleration a1 of the destination object on touch-screen.The acceleration attribute of the first operation for example can be user in the first touch-control
Operating space 303 moves to a certain moment of the second touch-control end points 307 from the first touch-control end points 305 plus translational speed, its acceleration
Angle value is A.The translational acceleration a1 of destination object 311 is directly proportional to acceleration magnitude A.At the same time it can also according to the first operation
Acceleration property control is shown in translational acceleration a2 of the denoted object 315 on touch-screen 301 relative to destination object 311,
Denoted object 315 is directly proportional relative to the translational acceleration a2 of destination object to acceleration magnitude A.
In another change case of the present embodiment, can be according to the direction property control destination object 311 of the first operation
Moving direction, according to first operation displacement property control destination object 311 translational speed, according to first operation speed
Other actions of attribute and/or acceleration property control destination object 311, for example, discharge technical ability, jump or other actions.At this
In change case, can be according to the direction indication of the direction property control denoted object 315 of the first operation, according to the position of the first operation
The maximum distance moved between property control denoted object 315 and destination object 311, Speed attribute or acceleration according to the first operation
The size variation of degree property control denoted object 315, its scaling multiple can be directly proportional to the velocity amplitude of the first operation or acceleration magnitude.
In another change case of the present embodiment, when the pressure value of the touch pressure attribute of the first operation exceedes pressure threshold
Value, the destination object 311 that control is shown on touch-screen 301 carries out predetermined action.The touch pressure attribute of the first operation is use
The pressure value of touch action of the family in the first touch control operation area 303.For example, when the pressure value is more than a pressure threshold, can
Control is shown on the touch-screen 301 release technical ability of destination object 311.In this alternative, for the display of denoted object 315
Change, can be shown in the denoted object 315 on touch-screen 301 according to the pressure value control of the touch pressure attribute of the first operation
Scaling.The pressure value of pressure attribute of the first operation is directly proportional to the scaling multiple of denoted object 315.For denoted object
315 display change, in further embodiments, when the pressure value of the touch pressure attribute of the first operation exceedes pressure threshold,
So that the color or change in shape of denoted object 315 carry out visual feedback with the touch pressure attribute to the first operation.
In another change case of the present embodiment, exceed when the duration of the touch duration attribute of the first operation
Time threshold, the destination object 311 that control is shown on touch-screen 301 carries out predetermined action.In this alternative, for indicating
The display change of object 315, the instruction that can be shown on touch-screen 301 according to the touch duration control of the first operation is right
As 315 scaling.The duration of the first operation is directly proportional to the scaling multiple of denoted object 315.For denoted object 315
Display change, in further embodiments, when the duration over-time threshold value of the first operation so that denoted object 315
Color or change in shape carry out visual feedback with the touch pressure attribute to the first operation.
In another change case of the present embodiment, can be shown in according at least one property control of the first operation tactile
Touch the moving parameter of the destination object on screen 301.The numerical value of the attribute of the control targe object of the first operation can include：First
The shift value of the displacement attribute of operation；The velocity amplitude of the Speed attribute of the first operation；The acceleration of the acceleration attribute of the first operation
Angle value；The pressure value of the touch pressure attribute of the first operation；Or first operation touch duration attribute duration.
Meanwhile, the attribute of the control targe object 311 according to the first operation controls the denoted object 315 being shown on touch-screen 301
Scaling.The numerical value of attribute of the control targe object 311 of the first operation is directly proportional to the scaling multiple of denoted object 315.Example
Such as, the translational speed of the pressure value control targe object 311 of the touch pressure attribute according to the first operation, meanwhile, pressed when touching
The pressure value of power attribute is bigger, and the multiplication factor of denoted object 315 is bigger.
In another change case of the present embodiment, fingerprint identification function is integrated with touch terminal 300.Correspondingly,
Multiple attributes of one operation also include fingerprint, and the fingerprint attribute of the first operation is the user in the operation of the first touch control operation area 303
Fingerprint.In this alternative, the different moving parameters of the first operated target control object with different fingerprint attributes or action.
For example, user's left index finger and right hand forefinger are all operated in the first touch control operation area, the first behaviour of the fingerprint of user's left index finger
Make the movement of control targe object, the action of the first operated target control object of the fingerprint of user's right hand forefinger.With difference
The first operation correspondence different shape or the denoted object of different colours of fingerprint attribute, the first operation with different fingerprint attributes
The display of its corresponding denoted object is controlled to change.For example, the first operational control white of the fingerprint of user's left index finger is circular
Denoted object, and the shift value of the first operation of the fingerprint of user's left index finger is bigger, the circular denoted object of white from
The distance of destination object is more remote；The red square denoted object of first operational control of the fingerprint of user's right hand forefinger, and use
The touch pressure of the first operation of the fingerprint of family right hand forefinger is bigger, and red square denoted object multiplication factor is bigger.
In another change case of the present embodiment, there is the second touch control operation area on touch terminal 300.The present invention is provided
Method of toch control also obtain user on the touch-screen 301 of touch terminal 300 to the second of the second touch control operation area the operation.
The first operation to the first touch control operation area is least partially overlapped with the sequential of the second operation to the second touch control operation area.Its
In, the first operation and the second operation correspond to the denoted object with different shape or different colours respectively.Respectively according to described
At least one property control of one operation and the described second operation is shown in the different moving parameters of the destination object on touch-screen
Or action, and at least one property control its corresponding denoted object according to the first operation and the described second operation shows respectively
Show change.For example, movement of the user to the first operated target control object in the first touch control operation area, user grasps to the second touch-control
Make the action of the second operated target control object in area.The circular denoted object of first operational control white, and the first operation
Shift value it is bigger, the circular denoted object of white is more remote with a distance from destination object；Second operation operational control red is square
Denoted object, and the touch pressure of the second operation is bigger, and red square denoted object multiplication factor is bigger.
Each embodiment and change case are only the method for toch control that the schematical explanation present invention is provided, ability above
Field technique personnel can also be combined according to actual conditions to above-mentioned each embodiment, and these variation patterns are all of the invention
Within protection domain, will not be described here.
Compared to existing technology, the present invention changes to provide a user with by the display of the denoted object based on the first operation
The visual feedback of the first operation, allows user to know that its first operation controls whether reality to destination object by visual feedback
Whether existing, its controlling extent is produced a desired effect, and touch-control interactive performance is improved with this, improves user's touch experience.
Through the above description of the embodiments, those skilled in the art is it can be readily appreciated that the embodiment of the present disclosure can lead to
Cross hardware realization, it is also possible to realized by way of software is with reference to necessary hardware.Therefore, the technical side of the embodiment of the present disclosure
Case can be embodied in the form of software product, and the software product can be stored (can be with a non-volatile memory medium
Be CD-ROM, USB flash disk, mobile hard disk etc.) in, including some instructions are used to so that computing device (can be personal computer,
Server, mobile terminal or network equipment etc.) perform according to the method for disclosure implementation method.
It will be understood by those skilled in the art that accompanying drawing is the schematic diagram of example embodiment, module or stream in accompanying drawing
Journey is not necessarily implemented necessary to the disclosure, therefore cannot be used for limiting the protection domain of the disclosure.
It will be appreciated by those skilled in the art that above-mentioned each module can be distributed in device according to the description of embodiment, also may be used
It is disposed other than in one or more devices of the present embodiment with carrying out respective change.The module of above-described embodiment can be merged into
One module, it is also possible to be further split into multiple submodule.
More than it is particularly shown and described illustrative embodiments of the invention.It should be understood that the invention is not restricted to institute
Disclosed embodiment, on the contrary, it is intended to cover comprising various modifications within the scope of the appended claims and equivalent put
Change.
Claims (23)
1. a kind of method of toch control for touch terminal, it is characterised in that including：
A. user is obtained on the touch-screen of the touch terminal to first operation in the first touch control operation area, first operation
Including multiple attributes；
B. the destination object that at least one property control according to the described first operation is shown on the touch-screen is moved,
And the display of the denoted object being shown in according at least one property control of the described first operation on the touch-screen becomes
Change to provide a user with the visual feedback of the first operation, the denoted object is less than a threshold with the ultimate range of the destination object
Value distance.
2. method of toch control as claimed in claim 1, it is characterised in that multiple attributes of first operation include as follows
Appoint many attribute：Direction, displacement, speed, acceleration, touch pressure and touch duration.
3. method of toch control as claimed in claim 2, it is characterised in that multiple attributes of first operation are a moment
Real-time property or the average properties of a time period.
4. method of toch control as claimed in claim 2, it is characterised in that the step b includes：
Direction property control according to the described first operation is shown in the moving direction of the destination object on the touch-screen, described
Moving direction includes the direction of motion and steering direction of the destination object；
Direction property control according to the described first operation is shown in the direction indication of the denoted object on the touch-screen.
5. method of toch control as claimed in claim 4, it is characterised in that the direction attribute of first operation is：
First touch end points of the user in the first touch control operation area is touched to the second direction for touching end points from described first
Touch end points to the described second touch end points, touch-screen described in user's sustained touch；Or
The 3rd touch end of predefined end points in the first touch control operation area to user in the first touch control operation area
The direction of point, the predefined end points is located at the central area in the first touch control operation area.
6. method of toch control as claimed in claim 4, it is characterised in that
The direction indication of the denoted object is the destination object to the direction of the denoted object；Or
The direction indication of the denoted object be the first end point of the denoted object to double-pointed direction,
Wherein, the direction indication of the denoted object is consistent with the direction attribute of the described first operation.
7. method of toch control as claimed in claim 4, it is characterised in that the step b also includes：
Displacement property control according to the described first operation be shown in destination object on the touch-screen translational speed v1 or
Person's translational acceleration a1, the shift value of the displacement attribute of first operation is x, the translational speed v1 of the destination object or
Translational acceleration a1 is directly proportional to the shift value x；
Displacement property control according to the described first operation is shown in the denoted object and the target on the touch-screen
The maximum distance of object, the denoted object is y with the maximum distance of the destination object, and the shift value x is farthest with described
It is directly proportional apart from y,
The translational speed v1, the translational acceleration a1, the x and y are constant.
8. method of toch control as claimed in claim 7, it is characterised in that the displacement attribute of first operation is：
Displacement of the user in the first touch control operation area；Or
The 4th touch end of predefined end points in the first touch control operation area to user in the first touch control operation area
The distance between point, the predefined end points is located at the central area in the first touch control operation area.
9. method of toch control as claimed in claim 4, it is characterised in that the step b also includes：
Speed attribute control according to the described first operation be shown in destination object on the touch-screen translational speed v1 or
Person's translational acceleration a1, the velocity amplitude of the Speed attribute of first operation is V, the translational speed v1 of the destination object or
Translational acceleration a1 is directly proportional to the velocity amplitude V；
Speed attribute according to the described first operation controls the denoted object being shown on the touch-screen relative to described
The translational speed v2 or translational acceleration a2 of destination object, translational speed of the denoted object relative to the destination object
V2 or translational acceleration a2 is directly proportional to the velocity amplitude V,
Wherein, the translational speed v1 and v2, the translational acceleration a1 and a2, the velocity amplitude V are constant.
10. method of toch control as claimed in claim 9, it is characterised in that the Speed attribute of first operation is user
Translational speed is touched in the first touch control operation area.
11. method of toch control as claimed in claim 9, it is characterised in that the target pair is shown on the touch-screen
As and background object, the translational speed v1 of the destination object is mobile speed of the destination object relative to the background object
Degree, the translational acceleration a1 of the destination object is translational acceleration of the destination object relative to the background object, institute
State the center that the touch-screen is always positioned at when destination object is moved by first operational control.
12. method of toch control as claimed in claim 4, it is characterised in that the step b also includes：
Acceleration property control according to the described first operation is shown in the translational acceleration of the destination object on the touch-screen
A1, the acceleration attribute of first operation touches translational acceleration for user in the first touch control operation area, and described the
The acceleration magnitude of the acceleration attribute of one operation is A, the translational acceleration a1 of the destination object and the acceleration magnitude A into just
Than；
Acceleration property control according to the described first operation is shown in the denoted object on the touch-screen relative to institute
The translational acceleration a2 of destination object is stated, the denoted object adds relative to the translational acceleration a2 of the destination object with described
Velocity amplitude A is directly proportional,
Wherein, the translational acceleration a1 and a2, the acceleration magnitude A are constant.
13. method of toch control as described in claim any one of 7-12, it is characterised in that the step b also includes：
When the pressure value of the touch pressure attribute of the described first operation exceedes pressure threshold, control is shown on the touch-screen
Destination object carries out predetermined action；
For the denoted object：
The instruction that the pressure value control of the touch pressure attribute according to the described first operation is shown on the touch-screen is right
The scaling of elephant, the pressure value of pressure attribute of first operation is directly proportional to the scaling multiple of the denoted object；Or
When the pressure value of the touch pressure attribute of the described first operation exceedes the pressure threshold, make the color of the denoted object
Or change in shape.
14. method of toch control as claimed in claim 4, it is characterised in that the step b also includes：
At least one property control according to the described first operation is shown in the moving parameter of the destination object on the touch-screen；
The attribute of the control destination object according to the described first operation controls to be shown in the finger on the touch-screen
Show the scaling of object,
Wherein, the numerical value of attribute of the control destination object of first operation and the scaling multiple of the denoted object into
Direct ratio.
15. method of toch control as claimed in claim 14, it is characterised in that the control target pair of first operation
The numerical value of the attribute of elephant includes：
The shift value of the displacement attribute of first operation；
The velocity amplitude of the Speed attribute of first operation；
The acceleration magnitude of the acceleration attribute of first operation；
The pressure value of the touch pressure attribute of first operation；Or
The duration of the touch duration attribute of first operation.
16. method of toch control as claimed in claim 1, it is characterised in that multiple attributes of first operation also include
Fingerprint, the fingerprint attribute of first operation is the user fingerprints in the first touch control operation area operation.
17. method of toch control as claimed in claim 16, it is characterised in that
The different moving parameters of destination object or action described in the first operational control with different fingerprint attributes；
The denoted object of the first operation correspondence different shape or different colours with different fingerprint attributes, with different fingerprints category
Property the first operational control its corresponding denoted object display change.
18. method of toch control as claimed in claim 1, it is characterised in that
The step a also includes：
User is obtained on the touch-screen of the touch terminal to the second of the second touch control operation area the operation, first operation with
The sequential of second operation is least partially overlapped, wherein, first operation and the described second operation correspond to have not respectively
The denoted object of similar shape or different colours；
The step b also includes：
At least one property control according to the described first operation and the described second operation is shown on the touch-screen respectively
The different moving parameters of destination object or action, and respectively at least one according to the described first operation and the described second operation
The display change of individual property control its corresponding denoted object.
19. method of toch control as claimed in claim 1, it is characterised in that the denoted object is regular shape, arrow-shaped
Shape or the line segment with arrow.
A kind of 20. touch control devices for touch terminal, it is characterised in that including：
First device, is configured to obtain user on the touch-screen of the touch terminal to first behaviour in the first touch control operation area
Make, first operation includes multiple attributes；
Second device, is configured to the target being shown in according at least one property control of the described first operation on the touch-screen
Object is moved, and the instruction on the touch-screen is shown in according at least one property control of the described first operation
The display change of object to provide a user with the visual feedback of the first operation, the maximum of the denoted object and the destination object
Distance is less than a threshold distance.
21. touch control devices as claimed in claim 20, it is characterised in that multiple attributes of first operation are included such as
Under appoint many attribute：Direction, displacement, speed, acceleration, touch pressure and touch duration.
22. touch control devices as claimed in claim 21, it is characterised in that multiple attributes of first operation are for for the moment
The real-time property at quarter or the average properties of a time period.
23. touch control devices as claimed in claim 20, it is characterised in that the touch-screen is integrated with fingerprint recognition work(
Energy.
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