CN105045520B - A kind of touch screen response method and device - Google Patents
A kind of touch screen response method and device Download PDFInfo
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- CN105045520B CN105045520B CN201510546608.9A CN201510546608A CN105045520B CN 105045520 B CN105045520 B CN 105045520B CN 201510546608 A CN201510546608 A CN 201510546608A CN 105045520 B CN105045520 B CN 105045520B
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Abstract
The invention discloses a kind of touch screen response method and devices.The touch screen response method includes: in virtual controlling plate in response to user from the touch control operation on moving area, and the position of the touch point according to the touch control operation, calculates the movement speed and moving direction for obtaining controlled device；Wherein, it is in relationships of increase function that the moving direction, which is the distance between the central point of the direction of the central point of the relatively described virtual controlling plate of the touch point, the movement speed or acceleration of the controlled device and the touch point and the virtual controlling plate,；The virtual controlling plate is shown in the arbitrary region of touch screen；The controlled device is controlled to move on the touch screen with the moving direction and the movement speed.Using the embodiment of the present invention, can quickly, be accurately controlled controlled device and move on the touchscreen.
Description
Technical field
The present invention relates to technical field of mobile terminals more particularly to a kind of touch screen response methods and device.
Background technique
With popularizing for touch screen, operating habit of people when using electronic product is operated by past physical button
It is changed into contact action.Contact action requires user to carry out operation control on the screen using finger.However, with industrial level
Increasingly flourishing, the cost of manufacture of screen is lower and lower, and the screen that electronic equipment uses is also increasing.Large screen is high-resolution
Touch display screen also also brings certain trouble to the operation of user while giving the grand banquet of user's vision.The operation of user
Mode is generally one hand and holds electronic equipment and operated on the screen using thumb, if but user need use apart from finger compared with
Remote application software or when needing to click menu position, close button, this operation mode can be extremely difficult, while being easy to make electricity
Sub- equipment slides.
In this regard, many solutions are suggested.Some schemes are solved by generating a screen thumbnail on the screen
Certainly.But a general area can only be clicked since screen thumbnail is too small, when finger is clicked in screen thumbnail
Domain, can not precise manipulation.For example, user wants to click the icon of an application software in screen thumbnail, and icon is shielding
Usually only several pixels in curtain thumbnail, it is unpractical for removing the icon for accurately clicking several pixels using finger.
In addition, being by making the interface of entire display area narrow down to portion for remote screen " movement " there are also some schemes
It is solved in point display area.But this solution adds additional operations, while affect it is right in operating process
The display of the effective content of screen.Moreover, cannot flexibly switch between entire display area and part display area, and switched
Journey is complicated.
Summary of the invention
The embodiment of the present invention proposes a kind of touch screen response method and device, can quickly, be accurately controlled controlled device
It moves on the touchscreen.
The embodiment of the present invention provides a kind of touch screen response method, comprising:
In response to user in virtual controlling plate from the touch control operation on moving area, according to the touch-control of the touch control operation
The position of point calculates the movement speed and moving direction for obtaining controlled device；Wherein, the moving direction is the touch point phase
To the direction of the central point of the virtual controlling plate, the movement speed or acceleration of the controlled device and the touch point and institute
The distance between central point of virtual controlling plate is stated in relationships of increase function；The virtual controlling plate is shown in any area of touch screen
Domain；
The controlled device is controlled to move on the touch screen with the moving direction and the movement speed.
Further, it is described in response to user in virtual controlling plate from the touch control operation on moving area, according to described
The position of the touch point of touch control operation calculates the movement speed and moving direction for obtaining controlled device, specifically includes:
In response to user in virtual controlling plate from the touch control operation on moving area, when the operation of start recording user
It is long；
When the operation duration reaches preset duration threshold value, according to the position of the touch point of the touch control operation, meter
Calculate the movement speed and moving direction for obtaining controlled device.
Further, the increasing function is direct proportion function or segmentation increasing function；The different section letters of the segmentation increasing function
Number is constant or direct proportion function with section function in relationship is incremented by.
It is preferably carried out in mode at first, the virtual controlling plate is border circular areas, in the virtual controlling plate
Heart point is the center of circle of the border circular areas, and the virtual controlling plate is entirely from moving area；When the touch point and the void
When the distance between the central point of quasi- control panel is less than the radius of the virtual controlling plate, the touch control operation position of user is determined
In on virtual controlling plate from moving area.
It is preferably carried out in mode at second, the virtual controlling plate is circular annular region, the virtual controlling plate
Central point is the center of circle of the circular annular region, and the virtual controlling plate is entirely from moving area；When the touch point and institute
When stating the distance between central point of virtual controlling plate and being located between the inside and outside radius of the virtual controlling plate, determine user's
The touch control operation be located on virtual controlling plate from moving area.
It is preferably carried out in mode in third, the virtual controlling plate is semicircular area, the virtual controlling plate
Central point is the center of circle of the semicircular area, and the virtual controlling plate is entirely from moving area；When the touch point and institute
State the radius that the distance between central point of virtual controlling plate is less than the virtual controlling plate, and the touch point and the center
When being located at the angle between the radius of symmetrical shaft position in the line and the virtual controlling plate of point less than 90 °, determine user's
The touch control operation be located on virtual controlling plate from moving area.
It is preferably carried out in mode at the 4th, the virtual controlling plate is semi-circular shape region, the virtual controlling plate
Central point be the semi-circular shape region the center of circle, the virtual controlling plate is entirely from moving area；When the touch point
The distance between central point of the virtual controlling plate is located between the inside and outside radius of the virtual controlling plate, and the touching
The angle being located between the radius of symmetrical shaft position in the line and the virtual controlling plate of control point and the central point is less than 90 °
When, determine the touch control operation of user be located on virtual controlling plate from moving area.
Further, the touch screen response method further include:
In response to user to the rotation process of the virtual controlling plate, the virtual controlling plate is rotated.
It is preferably carried out in mode at another, the virtual controlling plate further includes normal movement region；The normal shifting
Dynamic region is circle, and described be the annular region in the circular normal movement region from moving area；
The touch screen response method further include:
In response to slide of the user on the normal movement region of virtual controlling plate, the slide is obtained in real time
Glide direction and sliding speed on the normal movement region；
Glide direction and sliding speed based on the slide calculate the moving direction for obtaining controlled device and movement
Speed, wherein the moving direction of the controlled device is consistent with the glide direction of the slide, the shifting of the controlled device
Dynamic speed is proportional to the sliding speed of the slide.
Further, the controlled device is controlled with the moving direction and the movement speed in the touch described
On screen after movement, further includes:
Terminate in response to user's touch control operation, controls the controlled device and stop movement.
Further, the touch screen response method further include:
In response to the control instruction that user issues on the virtual controlling plate, to pair of the controlled device position
As performing corresponding processing.
Further, the touch screen response method further include:
In response to touch control operation of the user in the touch screen zone other than virtual controlling plate, the controlled device is hidden,
And virtual controlling plate diminution is shown as suspension button.
Further, the touch screen response method further include:
In response to user to the clicking operation of suspension button, described controlled pair is shown in the center of the touch screen
As, and suspension button amplification is shown as the virtual controlling plate.
Further, the touch screen response method further include:
In response to user to the drag operation of the suspension button, the mobile suspension button.
Further, the touch screen response method further include:
In response to user to the drag operation of the virtual controlling plate, the mobile virtual controlling plate.
The embodiment of the present invention also provides a kind of touch screen response method, comprising:
In response to user in virtual controlling plate from the touch control operation on moving area, according to the touch-control of the touch control operation
Point is controlled controlled device and is being touched with preset movement speed/acceleration and moving direction in the position from moving area
It touches and is moved on screen；The virtual controlling plate is shown in the arbitrary region of the touch screen.
Correspondingly, the embodiment of the present invention provides a kind of touch screen responding device, comprising:
Computing module, in response to user in virtual controlling plate from the touch control operation on moving area, according to described
The position of the touch point of touch control operation calculates the movement speed and moving direction for obtaining controlled device；Wherein, the moving direction
For the direction of the central point of the relatively described virtual controlling plate of the touch point, the movement speed or acceleration of the controlled device with
The distance between central point of the touch point and the virtual controlling plate is in relationships of increase function；The virtual controlling plate is shown in
The arbitrary region of touch screen；And
Control module, for controlling the controlled device with the moving direction and the movement speed in the touch screen
Upper movement.
Further, first computing module specifically includes:
Timing unit, in response to user in virtual controlling plate from the touch control operation on moving area, start recording
The operation duration of user；And
Computing unit, for when the operation duration reaches preset duration threshold value, according to the touching of the touch control operation
The position for controlling point, calculates the movement speed and moving direction for obtaining controlled device.
Further, the increasing function is direct proportion function or segmentation increasing function；The different section letters of the segmentation increasing function
Number is constant or direct proportion function with section function in relationship is incremented by.
It is preferably carried out in mode at first, the virtual controlling plate is border circular areas, in the virtual controlling plate
Heart point is the center of circle of the border circular areas, and the virtual controlling plate is entirely from moving area；When the touch point and the void
When the distance between the central point of quasi- control panel is less than the radius of the virtual controlling plate, the touch control operation position of user is determined
In on virtual controlling plate from moving area.
It is preferably carried out in mode at second, the virtual controlling plate is circular annular region, the virtual controlling plate
Central point is the center of circle of the circular annular region, and the virtual controlling plate is entirely from moving area；When the touch point and institute
When stating the distance between central point of virtual controlling plate and being located between the inside and outside radius of the virtual controlling plate, determine user's
The touch control operation be located on virtual controlling plate from moving area.
It is preferably carried out in mode in third, the virtual controlling plate is semicircular area, the virtual controlling plate
Central point is the center of circle of the semicircular area, and the virtual controlling plate is entirely from moving area；When the touch point and institute
State the radius that the distance between central point of virtual controlling plate is less than the virtual controlling plate, and the touch point and the center
When being located at the angle between the radius of symmetrical shaft position in the line and the virtual controlling plate of point less than 90 °, determine user's
The touch control operation be located on virtual controlling plate from moving area.
It is preferably carried out in mode at the 4th, the virtual controlling plate is semi-circular shape region, the virtual controlling plate
Central point be the semi-circular shape region the center of circle, the virtual controlling plate is entirely from moving area；When the touch point
The distance between central point of the virtual controlling plate is located between the inside and outside radius of the virtual controlling plate, and the touching
The angle being located between the radius of symmetrical shaft position in the line and the virtual controlling plate of control point and the central point is less than 90 °
When, determine the touch control operation of user be located on virtual controlling plate from moving area.
Further, the touch screen responding device further include:
Rotating module rotates the virtual controlling plate for the rotation process in response to user to the virtual controlling plate.
It is preferably carried out in mode at another, the virtual controlling plate further includes normal movement region；The normal shifting
Dynamic region is circle, and described be the annular region in the circular normal movement region from moving area；
The touch screen responding device further include:
Module is obtained to obtain in real time for the slide in response to user on the normal movement region of virtual controlling plate
Take glide direction and sliding speed of the slide on the normal movement region；And
It calculates and obtains module, for glide direction and sliding speed calculating acquisition controlled device based on the slide
Moving direction and movement speed, wherein the moving direction of the controlled device is consistent with the glide direction of the slide,
The movement speed of the controlled device is proportional to the sliding speed of the slide.
Further, the touch screen responding device further include:
Stopping modular is controlled, for terminating in response to user's touch control operation, the controlled device is controlled and stops movement.
Further, the touch screen responding device further include:
Processing module, the control instruction for being issued on the virtual controlling plate in response to user, to described controlled pair
As the object of position performs corresponding processing.
Further, the touch screen responding device further include:
Hidden module is hidden for the touch control operation in response to user in the touch screen zone other than virtual controlling plate
The controlled device, and virtual controlling plate diminution is shown as suspension button.
Further, the touch screen responding device further include:
Display module, it is aobvious in the center of the touch screen for the clicking operation in response to user to suspension button
Show the controlled device, and suspension button amplification is shown as the virtual controlling plate.
Further, the touch screen responding device further include:
Suspension button mobile module, for the drag operation in response to user to the suspension button, the mobile suspension
Button.
Further, the touch screen responding device further include:
Virtual controlling plate mobile module, for the drag operation in response to user to the virtual controlling plate, it is mobile described in
Virtual controlling plate.
The embodiment of the present invention also provides a kind of touch screen responding device, and the touch screen responding device is used in response to user
In virtual controlling plate from the touch control operation on moving area, according to the touch point of the touch control operation described from moving area
On position, control controlled device moved on the touchscreen with preset movement speed/acceleration and moving direction；It is described virtual
Control panel is shown in the arbitrary region of the touch screen.
The implementation of the embodiments of the present invention has the following beneficial effects:
Touch screen response method and device provided in an embodiment of the present invention, can on user's touch-control virtual controlling plate from
When moving area, the moving direction and movement speed of controlled device are calculated, realizes the control mobile to controlled device, user is only
It needs touch-control from the i.e. removable controlled device of moving area, reduces virtual controlling plate suqare, and realization is quick, is accurately controlled
Controlled device is mobile；After user carries out touch control operation, the duration of touch control operation is judged, again when reaching duration threshold value
Mobile controlled device, to avoid the maloperation of user；User can also slide on the normal movement region of virtual controlling plate
Operation follows slide to control controlled device and moves, keeps the movement of controlled device more accurate；Stop in controlled device
After movement, control instruction is sent to carry out respective handling to the object of controlled device position on virtual controlling plate, thus
Only by operating the control realized to entire screen on virtual controlling plate, user experience is improved；It is arbitrarily mobile on the touchscreen
Suspension button or virtual controlling plate improve user experience to be adapted to the mode of operation of user.
Detailed description of the invention
Fig. 1 is the flow diagram of one embodiment of touch screen response method provided by the invention；
Fig. 2 is the structural schematic diagram of one embodiment of touch screen provided by the invention；
Fig. 3 is the structural schematic diagram of second embodiment of touch screen provided by the invention；
Fig. 4 is the part flow diagram of second embodiment of touch screen response method provided by the invention；
Fig. 5 is the structural schematic diagram of the third embodiment of touch screen provided by the invention；
Fig. 6 is the structural schematic diagram of one embodiment of touch screen responding device provided by the invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
It is the flow diagram of one embodiment of touch screen response method provided by the invention referring to Fig. 1, comprising:
S11, in response to user in virtual controlling plate from the touch control operation on moving area, according to the touch control operation
The position of touch point calculates the movement speed and moving direction for obtaining controlled device；Wherein, the moving direction is the touch-control
The direction of the central point of the relatively described virtual controlling plate of point, the movement speed or acceleration of the controlled device and the touch point
The distance between central point of the virtual controlling plate is in relationships of increase function；The virtual controlling plate is shown in appointing for touch screen
Meaning region；
S12, the control controlled device are moved on the touch screen with the moving direction and the movement speed.
It should be noted that virtual controlling plate is for user's operation on touch screen to control the mobile region of controlled device,
The size of virtual controlling plate is traditionally arranged to be the zone of action of the finger of hand when user's one hand holds mobile device on the screen,
To improve the user experience that user uses large scale screen mobile devices.Wherein, controlled device can be cursor, or
Virtual portrait etc. in game client.
In operation, user can carry out long press operation from moving area, on the touchscreen according to long press operation
The position of touch point and the position of virtual controlling plate central point calculate the moving direction of the distance between two o'clock He controlled device.
Recall it is preset calculate this apart from corresponding speed with distance and the relevant increasing function of speed, and using the speed as
The movement speed of controlled device, alternatively, calling preset increasing function relevant to distance and acceleration to calculate the distance
Corresponding acceleration, and according to the acceleration in real time calculate obtain controlled device movement speed, thus control controlled device with
The moving direction and movement speed move on the screen.User can also carry out slide from moving area, pass through sliding
The real time position for operating touch point on the touchscreen to calculate the moving direction and movement speed of controlled device in real time, thus in real time
The moving direction and movement speed of controlled device are adjusted, so that controlled device fast and accurate can be moved to required position.
Further, it is described in response to user in virtual controlling plate from the touch control operation on moving area, according to described
The position of the touch point of touch control operation calculates the movement speed and moving direction for obtaining controlled device, specifically includes:
In response to user in virtual controlling plate from the touch control operation on moving area, when the operation of start recording user
It is long；
When the operation duration reaches preset duration threshold value, according to the position of the touch point of the touch control operation, meter
Calculate the movement speed and moving direction for obtaining controlled device.
It should be noted that causing controlled device mobile to avoid user from accidentally touching from moving area, setting user is certainly
The duration threshold value of moving area progress touch control operation.Detect user when from the touch control operation of moving area, start timing,
When timing duration reaches the duration threshold value, then start to calculate movement speed and the moving direction of controlled device with mobile controlled pair
As.
Further, the increasing function is direct proportion function or segmentation increasing function；The different section letters of the segmentation increasing function
Number is constant or direct proportion function with section function in relationship is incremented by.
Wherein, the distance between the movement speed of controlled device and the central point of touch point and virtual controlling plate are related.Quilt
The movement speed of control object may be directly proportional to distance, can also be incremented by according to range segment separating.Wherein, it is incremented by i.e. according to range segment separating
For distance is divided into multistage, different sections are different apart from corresponding speed amplification, and can be with apart from corresponding speed with section
Identical, if first segment is a apart from corresponding movement speed, second segment is b apart from corresponding movement speed, with section away from
It also may be directly proportional to a distance from it from corresponding speed.
It is preferably carried out in mode at first, as shown in Fig. 2, the virtual controlling plate 2 is border circular areas, it is described virtual
The central point of control panel 2 is the center of circle of the border circular areas, and the virtual controlling plate 2 is entirely from moving area；When the touching
When the distance between control point and the central point of the virtual controlling plate are less than the radius of the virtual controlling plate, the institute of user is determined
State touch control operation be located on virtual controlling plate 2 from moving area.
It is preferably carried out in mode at second, the virtual controlling plate is circular annular region, the virtual controlling plate
Central point is the center of circle of the circular annular region, and the virtual controlling plate is entirely from moving area；When the touch point and institute
When stating the distance between central point of virtual controlling plate and being located between the inside and outside radius of the virtual controlling plate, determine user's
The touch control operation be located on virtual controlling plate from moving area.
It should be noted that as shown in Fig. 2, virtual controlling plate 2 is the arbitrary region on touch screen 1.Virtual controlling plate can
To be that round or circular ring shape, activity of the finger 3 on virtual controlling plate 2 are assured that out 360 ° of moving direction.Moreover, circle
It is all symmetrical region to all axis by the center of circle that shape region, which is one, no matter user be using left hand, the right hand, both hands or
Laterally, longitudinal, oblique operation display can all be operated with same operating habit.
Obtain the location information of touch point in real time, and calculate in real time between touch point and the central point of virtual controlling plate away from
From judging region locating for touch point.If virtual controlling plate is circle, which is less than virtual controlling plate radius and is
It can determine that touch point is located at from moving area；If virtual controlling plate is circular ring shape, which is greater than interior the half of virtual controlling plate
Diameter and the outer radius for being less than virtual controlling plate can determine that touch point is located at from moving area.
It is preferably carried out in mode in third, the virtual controlling plate is semicircular area, the virtual controlling plate
Central point is the center of circle of the semicircular area, and the virtual controlling plate is entirely from moving area；When the touch point and institute
State the radius that the distance between central point of virtual controlling plate is less than the virtual controlling plate, and the touch point and the center
When being located at the angle between the radius of symmetrical shaft position in the line and the virtual controlling plate of point less than 90 °, determine user's
The touch control operation be located on virtual controlling plate from moving area.
It is preferably carried out in mode at the 4th, the virtual controlling plate is semi-circular shape region, the virtual controlling plate
Central point be the semi-circular shape region the center of circle, the virtual controlling plate is entirely from moving area；When the touch point
The distance between central point of the virtual controlling plate is located between the inside and outside radius of the virtual controlling plate, and the touching
The angle being located between the radius of symmetrical shaft position in the line and the virtual controlling plate of control point and the central point is less than 90 °
When, determine the touch control operation of user be located on virtual controlling plate from moving area.
Further, the touch screen response method further include:
In response to user to the rotation process of the virtual controlling plate, the virtual controlling plate is rotated.
It should be noted that virtual controlling plate is also possible to semicircle or semi-circular shape, by semicircle or semicircular ring
The rotation process of shape can reach effect possessed by border circular areas, and control controlled device moves on 360 ° of directions, and will be empty
Quasi- control panel is set as semicircle or semi-circular shape, can reduce the display area of virtual controlling plate on the touchscreen.
The location information of touch point is obtained in real time, and calculates the distance between the center of circle of touch point and virtual controlling plate in real time
To judge region locating for touch point.If virtual controlling plate is semicircle, which is less than virtual controlling plate radius, and
The angle that can be used as between the radius of symmetry axis in touch point and the line and virtual controlling plate in the center of circle can determine that touching less than 90 °
Control point is located at from moving area；If virtual controlling plate is semi-circular shape, the distance is greater than the inside radius of virtual controlling plate and small
Between the radius that can be used as symmetry axis in the outer radius of virtual controlling plate, and in touch point and the line and virtual controlling plate in the center of circle
Angle can determine that touch point is located at from moving area less than 90 °.
It is preferably carried out in mode at the 5th, as shown in figure 3, the virtual controlling plate 2 further includes normal movement region
21；The normal movement region 21 is border circular areas, and described be the annular in the circular normal movement region from moving area 22
Region.
As shown in figure 4, the touch screen response method further include:
S41, the slide in response to user on the normal movement region of virtual controlling plate, obtain the sliding in real time
Operate glide direction and sliding speed on the normal movement region；
S42, the glide direction based on the slide and sliding speed calculate the moving direction for obtaining controlled device and
Movement speed, wherein the moving direction of the controlled device is consistent with the glide direction of the slide, the controlled device
Movement speed be proportional to the sliding speed of the slide.
Normal movement region can also be set on virtual controlling plate, and sliding trace of the user on normal movement region is real
When be mapped as the motion track of controlled device on the touchscreen.When specific operation, user is first slided on normal movement region,
Make controlled device that the sliding be followed to move on the touchscreen, when user slides into normal movement edges of regions, if controlled device
Be not moved to required position, then user is slid into from moving area, stop sliding but keep touch condition, controlled device according to
The calculated movement speed in touch point position and moving direction continue to move to, and user can also relay continuation of insurance from moving area and hold cunning
Dynamic state, to adjust the movement speed and moving direction of controlled device in real time.
Further, the controlled device is controlled with the moving direction and the movement speed in the touch described
On screen after movement, further includes:
Terminate in response to user's touch control operation, controls the controlled device and stop movement.
When detecting user without touch control operation, i.e., when user's finger leaves touch screen, controlled device is stopped from moving area
Only move.When detect user in the fricton-tight operation in normal movement region, i.e. user when no longer being slided on normal movement region,
Controlled device stops movement.
Further, the touch screen response method further include:
In response to the control instruction that user issues on the virtual controlling plate, to pair of the controlled device position
As performing corresponding processing.
When controlled device is moved to position needed for user, when such as a software icon, user can be by virtual controlling plate
Upper sending control instruction to carry out respective handling to the software icon, such as opens the software icon, the mobile software icon etc..Its
In, control instruction can be realized by pre-set user's operations such as double click operation of the user on virtual controlling plate.
Further, the touch screen response method further include:
In response to touch control operation of the user in the touch screen zone other than virtual controlling plate, the controlled device is hidden,
And virtual controlling plate diminution is shown as suspension button.
After user does not use the virtual controlling plate, can touch screen zone other than touch-control virtual controlling plate, will be virtual
Control panel is accepted, and avoids influencing other operations of user on the touchscreen.Specifically, virtual controlling plate is border circular areas, when
Detect that the distance between the touch point of user's touch control operation and the central point of virtual controlling plate are greater than the radius of virtual controlling plate
When, determine that the touch control operation of user is located in the touch screen zone other than virtual controlling plate, hides controlled device, and will virtually control
Making sheet diminution is shown as suspension button.Wherein, suspension button suspends 4 in the content that touch screen 1 is shown, is translucent button,
As shown in figure 5, to not influence user's normal use mobile phone.
Further, the touch screen response method further include:
In response to user to the clicking operation of suspension button, described controlled pair is shown in the center of the touch screen
As, and suspension button amplification is shown as the virtual controlling plate.
When user needs to move controlled device by virtual controlling plate to realize the operation to entire screen, click outstanding
Suspension button opening is shown as virtual controlling plate, and shows controlled device, user in the center of touch screen by floating button
It can be operated on virtual controlling plate.Wherein, virtual controlling plate is shown at the position of suspension button, i.e., virtual control
The center of circle of making sheet is Chong Die with the center of circle of suspension button, if suspension button is showing virtual control close to the edge of touch screen
When making sheet, the center of circle of meeting mobile virtual control panel is so that virtual controlling plate is all shown on the touchscreen.
Further, the touch screen response method further include:
In response to user to the drag operation of the suspension button, the mobile suspension button.
When user needs mobile suspension button, drag operation is carried out to suspension button.Real-time detection drag operation
Touch point on the touchscreen, and real-time control suspension button is with touch point movement.
Further, the touch screen response method further include:
In response to user to the drag operation of the virtual controlling plate, the mobile virtual controlling plate.
User can also adjust in real time virtual controlling plate in the position of touch screen, to adapt to user by preset user's operation
Operating habit.
The embodiment of the present invention also provides another touch screen response method, comprising:
In response to user in virtual controlling plate from the touch control operation on moving area, according to the touch-control of the touch control operation
Point is controlled controlled device and is being touched with preset movement speed/acceleration and moving direction in the position from moving area
It touches and is moved on screen；The virtual controlling plate is shown in the arbitrary region of the touch screen.
It should be noted that the central point from each point on moving area relative to virtual controlling plate of virtual controlling plate
Distance is fixed value, can be preset and saves movement speed/acceleration and shifting corresponding to various point locations from moving area
Dynamic direction.When the touch control operation of user is located at from moving area, the position of the touch point of touch control operation is obtained, according to the position
Its corresponding movement speed/acceleration and moving direction can be obtained, to control controlled device with the movement speed/acceleration
It is moved on the touchscreen with moving direction.Using the present embodiment, can be realized quickly, to be accurately controlled controlled device mobile.
Touch screen response method provided in an embodiment of the present invention, can on user's touch-control virtual controlling plate from turnover zone
When domain, the moving direction and movement speed of controlled device are calculated, realizes the control mobile to controlled device, user only needs touch-control
From the i.e. removable controlled device of moving area, virtual controlling plate suqare is reduced, and realization is quick, is accurately controlled controlled pair
As movement；After user carries out touch control operation, the duration of touch control operation is judged, moves quilt again when reaching duration threshold value
Object is controlled, to avoid the maloperation of user；User can also carry out slide on the normal movement region of virtual controlling plate, with
Control controlled device follows slide to move, and keeps the movement of controlled device more accurate；After controlled device stops movement,
Send control instruction to carry out respective handling to the object of controlled device position on virtual controlling plate, thus only by
The control to entire screen is realized in operation on virtual controlling plate, improves user experience；Random mobile suspension button on the touchscreen
Or virtual controlling plate improves user experience to be adapted to the mode of operation of user.
Correspondingly, the touch screen that can be realized in above-described embodiment is rung the present invention also provides a kind of touch screen responding device
All processes of induction method.
It is the structural schematic diagram of one embodiment of touch screen responding device provided by the invention referring to Fig. 6, comprising:
Computing module 61, in response to user in virtual controlling plate from the touch control operation on moving area, according to institute
The position of the touch point of touch control operation is stated, the movement speed and moving direction for obtaining controlled device are calculated；Wherein, the movement side
To the direction of the central point for the relatively described virtual controlling plate of the touch point, the movement speed or acceleration of the controlled device
The distance between central point of the touch point and the virtual controlling plate is in relationships of increase function；The virtual controlling plate is shown
In the arbitrary region of touch screen；And
Control module 62, for controlling the controlled device with the moving direction and the movement speed in the touch
It is moved on screen.
Further, first computing module specifically includes:
Timing unit, in response to user in virtual controlling plate from the touch control operation on moving area, start recording
The operation duration of user；And
Computing unit, for when the operation duration reaches preset duration threshold value, according to the touching of the touch control operation
The position for controlling point, calculates the movement speed and moving direction for obtaining controlled device.
Further, the increasing function is direct proportion function or segmentation increasing function；The different section letters of the segmentation increasing function
Number is constant or direct proportion function with section function in relationship is incremented by.
It is preferably carried out in mode at first, the virtual controlling plate is border circular areas, in the virtual controlling plate
Heart point is the center of circle of the border circular areas, and the virtual controlling plate is entirely from moving area；When the touch point and the void
When the distance between the central point of quasi- control panel is less than the radius of the virtual controlling plate, the touch control operation position of user is determined
In on virtual controlling plate from moving area.
It is preferably carried out in mode at second, the virtual controlling plate is circular annular region, the virtual controlling plate
Central point is the center of circle of the circular annular region, and the virtual controlling plate is entirely from moving area；When the touch point and institute
When stating the distance between central point of virtual controlling plate and being located between the inside and outside radius of the virtual controlling plate, determine user's
The touch control operation be located on virtual controlling plate from moving area.
It is preferably carried out in mode in third, the virtual controlling plate is semicircular area, the virtual controlling plate
Central point is the center of circle of the semicircular area, and the virtual controlling plate is entirely from moving area；When the touch point and institute
State the radius that the distance between central point of virtual controlling plate is less than the virtual controlling plate, and the touch point and the center
When being located at the angle between the radius of symmetrical shaft position in the line and the virtual controlling plate of point less than 90 °, determine user's
The touch control operation be located on virtual controlling plate from moving area.
It is preferably carried out in mode at the 4th, the virtual controlling plate is semi-circular shape region, the virtual controlling plate
Central point be the semi-circular shape region the center of circle, the virtual controlling plate is entirely from moving area；When the touch point
The distance between central point of the virtual controlling plate is located between the inside and outside radius of the virtual controlling plate, and the touching
The angle being located between the radius of symmetrical shaft position in the line and the virtual controlling plate of control point and the central point is less than 90 °
When, determine the touch control operation of user be located on virtual controlling plate from moving area.
Further, the touch screen responding device further include:
Rotating module rotates the virtual controlling plate for the rotation process in response to user to the virtual controlling plate.
It is preferably carried out in mode at another, the virtual controlling plate further includes normal movement region；The normal shifting
Dynamic region is circle, and described be the annular region in the circular normal movement region from moving area；
The touch screen responding device further include:
Module is obtained to obtain in real time for the slide in response to user on the normal movement region of virtual controlling plate
Take glide direction and sliding speed of the slide on the normal movement region；And
It calculates and obtains module, for glide direction and sliding speed calculating acquisition controlled device based on the slide
Moving direction and movement speed, wherein the moving direction of the controlled device is consistent with the glide direction of the slide,
The movement speed of the controlled device is proportional to the sliding speed of the slide.
Further, the touch screen responding device further include:
Stopping modular is controlled, for terminating in response to user's touch control operation, the controlled device is controlled and stops movement.
Further, the touch screen responding device further include:
Processing module, the control instruction for being issued on the virtual controlling plate in response to user, to described controlled pair
As the object of position performs corresponding processing.
Further, the touch screen responding device further include:
Hidden module is hidden for the touch control operation in response to user in the touch screen zone other than virtual controlling plate
The controlled device, and virtual controlling plate diminution is shown as suspension button.
Further, the touch screen responding device further include:
Display module, it is aobvious in the center of the touch screen for the clicking operation in response to user to suspension button
Show the controlled device, and suspension button amplification is shown as the virtual controlling plate.
Further, the touch screen responding device further include:
Suspension button mobile module, for the drag operation in response to user to the suspension button, the mobile suspension
Button.
Further, the touch screen responding device further include:
Virtual controlling plate mobile module, for the drag operation in response to user to the virtual controlling plate, it is mobile described in
Virtual controlling plate.
The embodiment of the present invention also provides a kind of touch screen responding device, and the touch screen responding device is used in response to user
In virtual controlling plate from the touch control operation on moving area, according to the touch point of the touch control operation described from moving area
On position, control controlled device moved on the touchscreen with preset movement speed/acceleration and moving direction；It is described virtual
Control panel is shown in the arbitrary region of the touch screen.
Touch screen responding device provided in an embodiment of the present invention, can on user's touch-control virtual controlling plate from turnover zone
When domain, the moving direction and movement speed of controlled device are calculated, realizes the control mobile to controlled device, user only needs touch-control
From the i.e. removable controlled device of moving area, virtual controlling plate suqare is reduced, and realization is quick, is accurately controlled controlled pair
As movement；After user carries out touch control operation, the duration of touch control operation is judged, moves quilt again when reaching duration threshold value
Object is controlled, to avoid the maloperation of user；User can also carry out slide on the normal movement region of virtual controlling plate, with
Control controlled device follows slide to move, and keeps the movement of controlled device more accurate；After controlled device stops movement,
Send control instruction to carry out respective handling to the object of controlled device position on virtual controlling plate, thus only by
The control to entire screen is realized in operation on virtual controlling plate, improves user experience；Random mobile suspension button on the touchscreen
Or virtual controlling plate improves user experience to be adapted to the mode of operation of user.
The above is a preferred embodiment of the present invention, it is noted that for those skilled in the art
For, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also considered as
Protection scope of the present invention.
Claims (28)
1. a kind of touch screen response method characterized by comprising
In response to user in virtual controlling plate from the touch control operation on moving area, and according to the touch point of the touch control operation
Position, calculate obtain controlled device movement speed and moving direction；Wherein, the moving direction is that the touch point is opposite
The direction of the central point of the virtual controlling plate, the movement speed of the controlled device or acceleration and the touch point and described
The distance between central point of virtual controlling plate is in relationships of increase function；The virtual controlling plate is shown in any area of touch screen
Domain；The touch control operation includes long press operation；The virtual controlling plate further includes normal movement region；The normal movement region
For circle, it is described from moving area be annular region around the normal movement region；
In response to slide of the user on the normal movement region of virtual controlling plate, the slide is obtained in real time in institute
State the glide direction and sliding speed on normal movement region；
Glide direction and sliding speed based on the slide calculate the moving direction and movement speed for obtaining controlled device,
Wherein, the moving direction of the controlled device is consistent with the glide direction of the slide, the mobile speed of the controlled device
Degree is proportional to the sliding speed of the slide；
The controlled device is controlled to move on the touch screen with the moving direction and the movement speed.
2. touch screen response method as described in claim 1, which is characterized in that it is described in response to user in virtual controlling plate
From the touch control operation on moving area, and the position of the touch point according to the touch control operation, calculate the shifting for obtaining controlled device
Dynamic speed and moving direction, specifically include:
In response to user in virtual controlling plate from the touch control operation on moving area, the operation duration of start recording user；
When the operation duration reaches preset duration threshold value, according to the position of the touch point of the touch control operation, calculating is obtained
Obtain the movement speed and moving direction of controlled device.
3. touch screen response method as claimed in claim 1 or 2, which is characterized in that the increasing function be direct proportion function or
It is segmented increasing function；The different section functions of the segmentation increasing function are in be incremented by relationship, are constant or direct proportion function with section function.
4. touch screen response method as described in claim 1, which is characterized in that the virtual controlling plate is border circular areas, institute
The central point for stating virtual controlling plate is the center of circle of the border circular areas, and the virtual controlling plate is entirely from moving area；Work as institute
When stating radius of the distance between the central point of touch point and the virtual controlling plate less than the virtual controlling plate, user is determined
The touch control operation be located on virtual controlling plate from moving area.
5. touch screen response method as described in claim 1, which is characterized in that the virtual controlling plate is circular annular region,
The central point of the virtual controlling plate is the center of circle of the circular annular region, and the virtual controlling plate is entirely from moving area；
When the distance between central point of the touch point and the virtual controlling plate be located at the virtual controlling plate inside and outside radius it
Between when, determine the touch control operation of user be located on virtual controlling plate from moving area.
6. touch screen response method as described in claim 1, which is characterized in that the virtual controlling plate is semicircular area,
The central point of the virtual controlling plate is the center of circle of the semicircular area, and the virtual controlling plate is entirely from moving area；
It is and described when the distance between central point of the touch point and the virtual controlling plate is less than the radius of the virtual controlling plate
Angle in the line and the virtual controlling plate of touch point and the central point between the radius of symmetrical shaft position is less than
At 90 °, determine the touch control operation of user be located on virtual controlling plate from moving area.
7. touch screen response method as described in claim 1, which is characterized in that the virtual controlling plate is semi-circular shape area
Domain, the central point of the virtual controlling plate are the center of circle in the semi-circular shape region, and the virtual controlling plate is entirely from mobile
Region；When the distance between central point of the touch point and the virtual controlling plate is located at the inside and outside of the virtual controlling plate
It is located at the radius of symmetrical shaft position between radius, and in the line of the touch point and the central point and the virtual controlling plate
Between angle when being less than 90 °, determine the touch control operation of user be located on virtual controlling plate from moving area.
8. touch screen response method as claimed in claims 6 or 7, which is characterized in that the touch screen response method further include:
In response to user to the rotation process of the virtual controlling plate, the virtual controlling plate is rotated.
9. touch screen response method as described in claim 1, which is characterized in that in the control controlled device with described
After moving direction and the movement speed are mobile on the touch screen, further includes:
Terminate in response to user's touch control operation, controls the controlled device and stop movement.
10. touch screen response method as described in claim 1, which is characterized in that the touch screen response method further include:
In response to the control instruction that user issues on the virtual controlling plate, to the object of the controlled device position into
The corresponding processing of row.
11. touch screen response method as described in claim 1, which is characterized in that the touch screen response method further include:
In response to touch control operation of the user in the touch screen zone other than virtual controlling plate, the controlled device is hidden, and will
The virtual controlling plate diminution is shown as suspension button.
12. touch screen response method as described in claim 1, which is characterized in that the touch screen response method further include:
In response to user to the clicking operation of suspension button, the controlled device is shown in the center of the touch screen, and
Suspension button amplification is shown as the virtual controlling plate.
13. the touch screen response method as described in claim 11 or 12, which is characterized in that the touch screen response method also wraps
It includes:
In response to user to the drag operation of the suspension button, the mobile suspension button.
14. touch screen response method as described in claim 1, which is characterized in that the touch screen response method further include:
In response to user to the drag operation of the virtual controlling plate, the mobile virtual controlling plate.
15. a kind of touch screen responding device characterized by comprising
Computing module, in response to user in virtual controlling plate from the touch control operation on moving area, and according to the touching
The position of the touch point of operation is controlled, the movement speed and moving direction for obtaining controlled device are calculated；Wherein, the moving direction is
The direction of the central point of the relatively described virtual controlling plate of the touch point, the movement speed or acceleration of the controlled device and institute
The distance between central point of touch point and the virtual controlling plate is stated in relationships of increase function；The virtual controlling plate is shown in touching
Touch the arbitrary region of screen；The touch control operation includes long press operation；The virtual controlling plate further includes normal movement region；It is described
Normal movement region is circle, and described be the annular region in the circular normal movement region from moving area；And
It obtains module and obtains institute in real time for the slide in response to user on the normal movement region of virtual controlling plate
State glide direction and sliding speed of the slide on the normal movement region；And
It calculates and obtains module, the shifting for glide direction and sliding speed calculating acquisition controlled device based on the slide
Dynamic direction and movement speed, wherein the moving direction of the controlled device is consistent with the glide direction of the slide, described
The movement speed of controlled device is proportional to the sliding speed of the slide；
Control module is moved up with the moving direction and the movement speed in the touch screen for controlling the controlled device
It is dynamic.
16. touch screen responding device as claimed in claim 15, which is characterized in that the computing module specifically includes:
Timing unit, in response to user in virtual controlling plate from the touch control operation on moving area, start recording user
Operation duration；And
Computing unit, for when the operation duration reaches preset duration threshold value, according to the touch point of the touch control operation
Position, calculate obtain controlled device movement speed and moving direction.
17. the touch screen responding device as described in claim 15 or 16, which is characterized in that the increasing function is direct proportion function
Or segmentation increasing function；The different section functions of the segmentation increasing function are in be incremented by relationship, are constant or direct proportion function with section function.
18. touch screen responding device as claimed in claim 15, which is characterized in that the virtual controlling plate is border circular areas,
The central point of the virtual controlling plate is the center of circle of the border circular areas, and the virtual controlling plate is entirely from moving area；When
When the distance between central point of the touch point and the virtual controlling plate is less than the radius of the virtual controlling plate, determine to use
The touch control operation at family be located on virtual controlling plate from moving area.
19. touch screen responding device as claimed in claim 15, which is characterized in that the virtual controlling plate is circular ring shape area
Domain, the central point of the virtual controlling plate are the center of circle of the circular annular region, and the virtual controlling plate is entirely from turnover zone
Domain；When the distance between central point of the touch point and the virtual controlling plate is located inside and outside the half of the virtual controlling plate
When between diameter, determine the touch control operation of user be located on virtual controlling plate from moving area.
20. touch screen responding device as claimed in claim 15, which is characterized in that the virtual controlling plate is semicircle area
Domain, the central point of the virtual controlling plate are the center of circle of the semicircular area, and the virtual controlling plate is entirely from turnover zone
Domain；When radius of the distance between the central point of the touch point and the virtual controlling plate less than the virtual controlling plate, and
Angle in the line and the virtual controlling plate of the touch point and the central point between the radius of symmetrical shaft position
When less than 90 °, determine the touch control operation of user be located on virtual controlling plate from moving area.
21. touch screen responding device as claimed in claim 15, which is characterized in that the virtual controlling plate is semi-circular shape area
Domain, the central point of the virtual controlling plate are the center of circle in the semi-circular shape region, and the virtual controlling plate is entirely from mobile
Region；When the distance between central point of the touch point and the virtual controlling plate is located at the inside and outside of the virtual controlling plate
It is located at the radius of symmetrical shaft position between radius, and in the line of the touch point and the central point and the virtual controlling plate
Between angle when being less than 90 °, determine the touch control operation of user be located on virtual controlling plate from moving area.
22. the touch screen responding device as described in claim 20 or 21, which is characterized in that the touch screen responding device also wraps
It includes:
Rotating module rotates the virtual controlling plate for the rotation process in response to user to the virtual controlling plate.
23. touch screen responding device as claimed in claim 15, which is characterized in that the touch screen responding device further include:
Stopping modular is controlled, for terminating in response to user's touch control operation, the controlled device is controlled and stops movement.
24. touch screen responding device as claimed in claim 15, which is characterized in that the touch screen responding device further include:
Processing module, the control instruction for being issued on the virtual controlling plate in response to user, to the controlled device institute
Object in position performs corresponding processing.
25. touch screen responding device as claimed in claim 15, which is characterized in that the touch screen responding device further include:
Hidden module is hidden described for the touch control operation in response to user in the touch screen zone other than virtual controlling plate
Controlled device, and virtual controlling plate diminution is shown as suspension button.
26. touch screen responding device as claimed in claim 15, which is characterized in that the touch screen responding device further include:
Display module shows institute in the center of the touch screen for the clicking operation in response to user to suspension button
Controlled device is stated, and suspension button amplification is shown as the virtual controlling plate.
27. the touch screen responding device as described in claim 25 or 26, which is characterized in that the touch screen responding device also wraps
It includes:
Suspension button mobile module, for the drag operation in response to user to the suspension button, the mobile suspension button.
28. touch screen responding device as claimed in claim 15, which is characterized in that the touch screen responding device further include:
Virtual controlling plate mobile module, it is mobile described virtual for the drag operation in response to user to the virtual controlling plate
Control panel.
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| CN105677327B (en) * | 2015-12-30 | 2018-11-20 | 合一网络技术(北京)有限公司 | A kind of method and system that page info preloads |
| CN107407996B (en) * | 2015-12-31 | 2020-07-24 | 华为技术有限公司 | Suspension touch device and method |
| CN106547452A (en) * | 2016-10-11 | 2017-03-29 | 深圳市天易联科技有限公司 | Mobile terminal, display device and the method for figure shows |
| CN107391000B (en) * | 2017-06-09 | 2022-08-05 | 网易（杭州）网络有限公司 | Information processing method and device, storage medium and electronic equipment |
| CN107426412B (en) * | 2017-06-09 | 2020-08-04 | 网易（杭州）网络有限公司 | Information processing method and device, storage medium and electronic equipment |
| CN107273037A (en) * | 2017-07-04 | 2017-10-20 | 网易（杭州）网络有限公司 | Virtual object control method and device, storage medium, electronic equipment |
| CN108279840A (en) * | 2017-12-22 | 2018-07-13 | 石化盈科信息技术有限责任公司 | A kind of the one-handed performance method and single-hand operation device of touch screen |
| CN108733289B (en) * | 2018-05-21 | 2023-01-10 | 网易（杭州）网络有限公司 | Information processing method, information processing device, electronic equipment and storage medium |
| CN110837331B (en) * | 2019-11-04 | 2021-07-09 | 网易（杭州）网络有限公司 | Method, system and medium for moving operation object based on multiple display screens |
| CN113961115A (en) * | 2020-07-16 | 2022-01-21 | 荣耀终端有限公司 | Object editing method, electronic device, medium, and program product |
| CN113094282B (en) * | 2021-04-28 | 2023-08-01 | 腾讯科技（深圳）有限公司 | Program block running method, device, equipment and storage medium |
| CN113777996A (en) * | 2021-09-23 | 2021-12-10 | 东风汽车有限公司东风日产乘用车公司 | Remote control method, device and equipment based on mobile terminal |
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