CN106708477A - Inductive control moving method and apparatus - Google Patents
Inductive control moving method and apparatus Download PDFInfo
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- CN106708477A CN106708477A CN201510428797.XA CN201510428797A CN106708477A CN 106708477 A CN106708477 A CN 106708477A CN 201510428797 A CN201510428797 A CN 201510428797A CN 106708477 A CN106708477 A CN 106708477A
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Abstract
The invention discloses an inductive control moving method and apparatus. The method comprises the following steps of obtaining position information of an active control and a passive control, wherein the position information comprises the positions, on a screen, of key points of the active and passive controls, and relative positions of all the contours and the key points of the active and passive controls; obtaining a monitoring relationship between the active control and the passive control; when the active control moves and is in contact with the passive control, controlling the passive control and the active control to move synchronously; and updating the position information of the active control and the passive control. According to the inductive control moving method and apparatus provided by the invention, the monitoring relationship between the active control and the passive control is established, so that the passive control can automatically move by following the active control, overlapping shielding between spaces displayed in a same screen is avoided, the usage efficiency is improved, and the user experience is improved.
Description
Technical field
The present invention relates to visual control control field, particularly relate to a kind of induction type control moving method and
Device.
Background technology
With the lifting of computing device processor performance, the increase of the screen resolution of display device, with screen
The window and control quantity of display are more and more, it is difficult to occur with avoiding and mutually block between different controls
Problem.On the computing device for possessing the peripheral hardwares such as mouse, can be by changing the size of control, necessarily
Occlusion issue is solved in degree, but after control reduces, the content such as its word accordingly reduces, and can cause again
Operating difficulties；And for the computing device that some are controlled by touch screen, adjust the size of control very not
Just, the mode such as can only manually drag will need the control exposure of operation, be inconvenient.Therefore, wish
Prestige can provide a kind of moving method of control, prevent from mutually being blocked between different controls, lifting operation effect
Rate, optimizes Consumer's Experience.
The content of the invention
In view of this, it is an object of the invention to propose a kind of induction type control for avoiding control from mutually blocking
Part moving method and device.
Based on a kind of induction type control moving method that the above-mentioned purpose present invention is provided, comprise the following steps：
The positional information of active control and driven control is obtained, the positional information includes the key point of the two
In the relative position of the position of screen, the whole profiles of the two and key point；
Obtain the monitoring relation between active control and driven control；
When the motion of active control, and after contact with driven control, the driven control of control is synchronous with active control
Motion；
Update the positional information of active control and driven control.
Further, control driven control to be synchronized with the movement with active control, comprise the following steps：
According to active control and the positional information of driven control, the display of active control and driven control is calculated
Region；
When active control is moved to be overlapped with the viewing area of driven control, according to active control
The direction of motion of key point, obtains the direction of closing of active control；
Driven control is moved to the direction of closing, until not Chong Die with active control.
Further, driven control is controlled to be synchronized with the movement with active control, it is further comprising the steps of：
When active control is moved to be separated with the viewing area of driven control, according to the key of active control
Point the direction of motion, obtain active control away from direction；
Driven control is moved to described away from direction, until being contacted with active control.
Further, it is further comprising the steps of：
When driven control and active control are synchronized with the movement, after driven control is contacted with the first screen edge,
Obtain the direction of motion of active control；
When the direction of motion of active control is proximate to first screen edge, the fixation driven control
Position.
Further, it is further comprising the steps of：
When the direction of motion of active control is remote from first screen edge, and no longer weighed with driven control
When folded, the driven control of recovery is synchronized with the movement with active control.
Further, it is further comprising the steps of：
When driven control and active control are synchronized with the movement, after driven control is contacted with the first screen edge,
Obtain the direction of motion of active control；
When the direction of motion of active control is proximate to first screen edge, obtains and controlled perpendicular to active
The size of the white space of the both sides of the part direction of motion；
By driven control from critical localisation, the larger sky of area is moved to along first screen edge
White region, until driven control is not Chong Die with active control, the position of the driven control of fixation；
When the direction of motion of active control is remote from first screen edge, and it is near the first screen side
When the white space of edge side is equal to the viewing area of driven control, by driven control along first screen
Edge moves back to the critical localisation, and the driven control of recovery is synchronized with the movement with active control.
A kind of induction type control mobile device that the present invention is provided, including：
Module is monitored, for storing the monitoring relation between active control and driven control, each control is obtained
Positional information, the positional information is sent to position processing module；The positional information includes actively controlling
The key point of part and driven control is in the position of screen, the relative position of the whole profiles of the two and key point
Put；It is described to monitor the monitoring relation that module is additionally operable to set up and store between active control and driven control；
Position processing module, the positional information for storing active control and driven control is calculated and actively controlled
Part and driven control judge the direction of motion of active control in the viewing area of screen；
Motion-control module, transports for according to the relation of monitoring, control slave module to be synchronous with active control
It is dynamic.
Further, the position processing module includes：
Positional information sub-module stored, the positional information for storing active control and driven control；
Viewing area calculating sub module, for according to the key point of active control and driven control in screen
The relative position of position, the whole profiles of the two and key point, calculates the two in the viewing area of screen；
Movement direction decision submodule, the direction of motion for judging active control key point；
Viewing area calculating sub module is used for the positional information according to active control and driven control, calculates master
The viewing area of dynamic control and driven control；Sent out with the viewing area of driven control when active control is moved to
During raw overlap, movement direction decision submodule is used for the direction of motion of the key point for judging active control, obtains
Take the direction of closing of active control；The motion-control module is used for driven control to the direction of closing
It is mobile, until not Chong Die with active control.
Further, when active control is moved to be separated with the viewing area of driven control, the direction of motion is sentenced
Stator modules be used for judge active control key point the direction of motion, obtain active control away from side
To；Motion-control module is used to described move driven control away from direction, until being connect with active control
Touch.
Further, when driven control and active control are synchronized with the movement, driven control and the first screen edge
After contact, movement direction decision submodule is used to judge the direction of motion of active control；When active control
When the direction of motion is proximate to first screen edge, motion-control module is used to fix the driven control
Position；When the direction of motion of active control is remote from first screen edge, and with driven control not
When overlapping again, motion-control module is used to control being synchronized with the movement for driven control and active control.
From the above it can be seen that a kind of induction type control moving method device that the present invention is provided, leads to
The monitoring relation set up between active control and driven control is crossed, driven control is realized and is followed active control
Automatic motion, it is to avoid overlapped between the space of Display on the same screen and blocked, improve service efficiency,
Optimize Consumer's Experience.
Brief description of the drawings
A kind of overall flow figure of the embodiment of induction type control moving method that Fig. 1 is provided for the present invention；
Driven control is controlled in a kind of embodiment of induction type control moving method that Fig. 2 is provided for the present invention
The flow chart of the method being synchronized with the movement with active control；
Screen is in first in a kind of embodiment of induction type control moving method that Fig. 3 is provided for the present invention
The schematic diagram of state；
Screen is in second in a kind of embodiment of induction type control moving method that Fig. 4 is provided for the present invention
The schematic diagram of state；
Screen is in the 3rd in a kind of embodiment of induction type control moving method that Fig. 5 is provided for the present invention
The schematic diagram of state；
Screen is in the 4th in a kind of embodiment of induction type control moving method that Fig. 6 is provided for the present invention
The schematic diagram of state；
Screen is in the 5th in a kind of embodiment of induction type control moving method that Fig. 7 is provided for the present invention
The schematic diagram of state；
Screen is in the 6th in a kind of embodiment of induction type control moving method that Fig. 8 is provided for the present invention
The schematic diagram of state；
A kind of submodule of the embodiment of induction type control mobile device that Fig. 9 is provided for the present invention is illustrated
Figure.
Specific embodiment
To make the object, technical solutions and advantages of the present invention become more apparent, below in conjunction with specific implementation
Example, the present invention is described in more detail.
First, a kind of induction type control moving method that the present invention is provided is introduced referring to the drawings.
A kind of overall flow figure of the embodiment of induction type control moving method that Fig. 1 is provided for the present invention.
As illustrated, the present embodiment is comprised the following steps：
S1, obtains the positional information of active control and driven control, and the positional information includes the pass of the two
Relative position of the key point in the position of screen, the whole profiles of the two and key point.
S2, obtains the monitoring relation between active control and driven control.
S3, when the motion of active control, and after contact with driven control, controls driven control and active control
It is synchronized with the movement.
S4, updates the positional information of active control and driven control.
In step sl, key point represents that computing device recognizes the identification point of control location.For example, certain is controlled
Part is rectangle, then its top left corner apex can be preset for its key point, as long as so obtaining its each side
Length and the distance with key point, you can calculate the viewing area for obtaining the control on screen.When
So, it is also feasible key point to be set into other arbitrfary points；And it is in irregular shape for some
Control, as long as obtaining the equation of locus of its contour line, or prestores its contour line relative to key point
Coordinate, you can according to the position of key point, draws out control profile, so as to obtain its viewing area.
In step s 2, active control refers to, the control of user's active control its movement；Driven control
Refer to, under the influence of active control, the control for automatically moving.And relation is monitored, including by which two
(or multiple) control bundle is the registration relation of corresponding active control and driven control, Yi Jicong
The sports rule how dynamic control automatically moves under the influence of active control.
In step s 4, update after the positional information for finishing active control and driven control, re-execute
Step S1, and circulate, so as to complete the mistake that driven control is moved in real time with the change in location of active control
Journey.
Driven control is controlled in a kind of embodiment of induction type control moving method that Fig. 2 is provided for the present invention
The flow chart of the method being synchronized with the movement with active control.Further, in step s3, driven control and master
The method that dynamic control is synchronized with the movement includes following sub-step：
S31, according to active control and the positional information of driven control, calculates active control and driven control
Viewing area.
S32, when active control is moved to be overlapped with the viewing area of driven control, controls according to active
The direction of motion of the key point of part, obtains the direction of closing of active control.
S33, driven control is moved to the direction of closing, until not Chong Die with active control.
Above-mentioned steps S31-S33 is realized when active control is moved, if it connects with driven control
Touch, then driven control can be by active control " extruding ", so that the process being synchronized with the movement with active control.
Below by an example, and with reference to accompanying drawing, explanation is further explained to the above method.
Screen is in first in a kind of embodiment of induction type control moving method that Fig. 3 is provided for the present invention
The schematic diagram of state；Shield in a kind of embodiment of induction type control moving method that Fig. 4 is provided for the present invention
Schematic diagram of the curtain in the second state；A kind of induction type control moving method that Fig. 5 is provided for the present invention
Screen is in the schematic diagram of the third state in embodiment.As shown in figure 3, under original state, on screen 4
Only driven control 41 is present, and it is located at the left side of screen 4；Now active control is sliding from screen left side
Go out, as shown in figure 4, driven control 41 senses the direction of motion of active control 42, then with active
Control 42 is synchronized with the movement, and " absorption " is in the right side of active control 42, until active control 42 is moved completely
Enter screen 4, as shown in Figure 5.In above process, when active control 42 occurs with driven control 41
After contact (or may be alternatively provided as, minimum overlap etc. occurs), driven control 41 is according to detecting
The direction of motion of active control 42, the track of " avoidance " active control 42, so that two controls are not
Screen is overlappingly presented on, convenient use person operates simultaneously.
Further, driven control is controlled to be synchronized with the movement with active control, it is further comprising the steps of：
S34, when active control is moved to be separated with the viewing area of driven control, according to active control
The direction of motion of key point, obtain active control away from direction.
S35, driven control is moved to described away from direction, until being contacted with active control.
Step S34 and S35 realize following process：When active control and driven control are same to a direction
During step motion, the unexpected counter motion of active control, now driven control also can counter motion at once, realization
" synchronization ".Optionally, it is driven when when active control is moved to and is separated with the viewing area of driven control
Control can also be maintained at current location.
Further, the present embodiment is further comprising the steps of：
S5, when active control is synchronized with the movement with driven control, to avoid driven control from removing screen, will
The step of driven control fixation and screen edge.
Step S5 specifically includes following sub-step：
S51, when driven control and active control are synchronized with the movement, driven control is contacted with the first screen edge
Afterwards, the direction of motion of active control is obtained.
S52, when the direction of motion of active control is proximate to first screen edge, fixation is described driven
The position of control.
Below by an example, and with reference to accompanying drawing, explanation is further explained to the above method.
Screen is in the 4th in a kind of embodiment of induction type control moving method that Fig. 6 is provided for the present invention
The schematic diagram of state；Shield in a kind of embodiment of induction type control moving method that Fig. 7 is provided for the present invention
Schematic diagram of the curtain in the 5th state.When active control 42 persistently moves right, until driven control 41
When being contacted with screen right side edge 43 (as shown in Figure 6), if active control 42 continues to move right,
Driven control 41 no longer with active control 42 synchronously move right, and be held in being connect in right side edge 43
Tactile position (as shown in Figure 7).
Further, step S5 also includes following sub-step：
S53, when the direction of motion of active control is remote from first screen edge, and with driven control not
When overlapping again, the driven control of recovery is synchronized with the movement with active control.
Still illustratively illustrated with Fig. 6 and Fig. 7.If in the situation of figure 7, actively
Control 42 away from right side edge 43, to left movement, until reach state shown in Fig. 6, then driven control
41 recover to be synchronized with the movement with active control 42 again.Can visually be interpreted as by active control 42
" attraction ".
Optionally, the present embodiment is further comprising the steps of：
S6, when active control is synchronized with the movement with driven control, to avoid driven control from removing screen, will
The step of driven control is moved to other positions.
Step S6 specifically includes following sub-step：
S61, when driven control and active control are synchronized with the movement, driven control is contacted with the first screen edge
Afterwards, the direction of motion of active control is obtained.
S62, when the direction of motion of active control is proximate to first screen edge, obtains perpendicular to master
The size of the white space of the both sides of the dynamic control direction of motion.
S63, by driven control from critical localisation, the larger institute of area is moved to along first screen edge
White space is stated, until driven control is not Chong Die with active control, the position of the driven control of fixation.
S64, when the direction of motion of active control is remote from first screen edge, and it is near the first screen
When the white space of curtain edge side is equal to the viewing area of driven control, by driven control along described first
Screen edge moves back to the critical localisation, and the driven control of recovery is synchronized with the movement with active control.
Below by an example, and with reference to accompanying drawing, explanation is further explained to the above method.
Screen is in the 6th in a kind of embodiment of induction type control moving method that Fig. 8 is provided for the present invention
The schematic diagram of state.With reference to Fig. 6 and Fig. 8, in this optional embodiment, when active control 42 and from
When dynamic control is moved to state as shown in Figure 6, if active control 42 continues to move right, obtain vertical
The size of the white space of the both sides in 42 directions is moved in active control, namely on active control 42
The size of the first white space 44 of side and the second white space 45 of downside；Due to the second blank
The area of region 45 is larger, therefore, driven control 41 is moved down along screen right side edge 43, until driven
Control 41 does not overlap with active control 43.This process is repeated, until active control 42 is moved as the right side
Lateral edges 43 are contacted, and driven control 41 fits in the downside of active control 42, at the same with right side edge 43
Contact.When active control 42, state is moved to left as shown in Figure 8, and its side of close right side edge 43 sky
When white region can accommodate driven control 41, driven control 41 can come back to critical localisation just now,
Recovery is synchronized with the movement with active control 42.
A kind of induction type control moving method of present invention offer is provided, the present invention is described below and is carried
A kind of induction type control mobile module for supplying.
A kind of submodule of the embodiment of induction type control mobile device that Fig. 9 is provided for the present invention is illustrated
Figure.As illustrated, the present embodiment includes：
Position processing module 1, the positional information for storing active control and driven control is calculated actively
The viewing area in screen of control and driven control, judges the direction of motion of active control；
Module 2 is monitored, is connected with the position processing module, for storing active control and driven control
Between monitoring relation, obtain the positional information of each control, the positional information is sent to position and processes mould
Block；
Motion-control module 3, for according to the relation of monitoring, controlling the motion of slave module；
The positional information that module 3 obtains active control and driven control is monitored, the positional information includes master
The key point of dynamic control and driven control is relative with key point in the position of screen, the two whole profiles
Position；Module 2 is monitored to set up and store the monitoring relation between active control and driven control；When actively
Control is moved, and after contact with driven control, is transported control module 3 and controlled driven control and active control
It is synchronized with the movement；The positional information that module 2 obtains active control and driven control is monitored, institute's rheme is updated to
Put processing module 1.
Further, the position processing module 1 includes：
Positional information sub-module stored 11, the positional information for storing active control and driven control；
Viewing area calculating sub module 12, for according to the key point of active control and driven control in screen
Position, the whole profiles of the two and key point relative position, calculate the two in the viewing area of screen
Domain；
Movement direction decision submodule 13, the direction of motion for judging active control key point；
Viewing area calculating sub module 12 is calculated actively according to active control and the positional information of driven control
The viewing area of control and driven control；Occur with the viewing area of driven control when active control is moved to
During overlap, movement direction decision submodule 13 judges the direction of motion of the key point of active control, obtains master
The direction of closing of dynamic control；The motion-control module 3 moves driven control to the direction of closing,
Until not Chong Die with active control.
Further, when active control is moved to be separated with the viewing area of driven control, the direction of motion is sentenced
Stator modules 13 judge active control key point the direction of motion, obtain active control away from direction；
Motion-control module 3 moves driven control to described away from direction, until being contacted with active control.
Further, when driven control and active control are synchronized with the movement, driven control and the first screen edge
After contact, movement direction decision submodule 13 judges the direction of motion of active control；When the fortune of active control
When dynamic direction is proximate to first screen edge, motion-control module 3 fixes the position of the driven control
Put；When the direction of motion of active control is remote from first screen edge, and no longer weighed with driven control
When folded, motion-control module 3 controls being synchronized with the movement for driven control and active control.
As fully visible, a kind of induction type control moving method device that the present invention is provided, by setting up actively
Monitoring relation between control and driven control, realizes the automatic fortune that driven control follows active control
It is dynamic, it is to avoid to be overlapped between the space of Display on the same screen and blocked, improve service efficiency, optimize use
Experience at family.
Those of ordinary skill in the art should be understood：The discussion of any of the above embodiment is merely illustrative
, it is not intended that imply that the scope of the present disclosure (including claim) is limited to these examples；In this hair
Under bright thinking, group can also be carried out between the technical characteristic in above example or different embodiments
Close, step can be realized with random order, and there is many of different aspect of the invention as described above
Other changes, for simplicity, they are provided not in details.Therefore, it is all in spirit of the invention and former
Within then, any omission, modification, equivalent, improvement for being made etc. should be included in of the invention
Within protection domain.
Claims (10)
1. a kind of induction type control moving method, it is characterised in that comprise the following steps：
The positional information of active control and driven control is obtained, the positional information includes the key point of the two
In the relative position of the position of screen, the whole profiles of the two and key point；
Obtain the monitoring relation between active control and driven control；
When the motion of active control, and after contact with driven control, the driven control of control is synchronous with active control
Motion；
Update the positional information of active control and driven control.
2. a kind of induction type control moving method according to claim 1, it is characterised in that control
Driven control is synchronized with the movement with active control, comprises the following steps：
According to active control and the positional information of driven control, the display of active control and driven control is calculated
Region；
When active control is moved to be overlapped with the viewing area of driven control, according to active control
The direction of motion of key point, obtains the direction of closing of active control；
Driven control is moved to the direction of closing, until not Chong Die with active control.
3. a kind of induction type control moving method according to claim 2, it is characterised in that control
Driven control is synchronized with the movement with active control, further comprising the steps of：
When active control is moved to be separated with the viewing area of driven control, according to the key of active control
Point the direction of motion, obtain active control away from direction；
Driven control is moved to described away from direction, until being contacted with active control.
4. a kind of induction type control moving method according to claim 2, it is characterised in that also wrap
Include following steps：
When driven control and active control are synchronized with the movement, after driven control is contacted with the first screen edge,
Obtain the direction of motion of active control；
When the direction of motion of active control is proximate to first screen edge, the fixation driven control
Position.
5. a kind of induction type control moving method according to claim 4, it is characterised in that also wrap
Include following steps：
When the direction of motion of active control is remote from first screen edge, and no longer weighed with driven control
When folded, the driven control of recovery is synchronized with the movement with active control.
6. a kind of induction type control moving method according to claim 2, it is characterised in that also wrap
Include following steps：
When driven control and active control are synchronized with the movement, after driven control is contacted with the first screen edge,
Obtain the direction of motion of active control；
When the direction of motion of active control is proximate to first screen edge, obtains and controlled perpendicular to active
The size of the white space of the both sides of the part direction of motion；
By driven control from critical localisation, the larger sky of area is moved to along first screen edge
White region, until driven control is not Chong Die with active control, the position of the driven control of fixation；
When the direction of motion of active control is remote from first screen edge, and it is near the first screen side
When the white space of edge side is equal to the viewing area of driven control, by driven control along first screen
Edge moves back to the critical localisation, and the driven control of recovery is synchronized with the movement with active control.
7. a kind of induction type control mobile device, it is characterised in that including：
Module is monitored, for storing the monitoring relation between active control and driven control, each control is obtained
Positional information, the positional information is sent to position processing module；The positional information includes actively controlling
The key point of part and driven control is in the position of screen, the relative position of the whole profiles of the two and key point
Put；It is described to monitor the monitoring relation that module is additionally operable to set up and store between active control and driven control；
Position processing module, the positional information for storing active control and driven control is calculated and actively controlled
Part and driven control judge the direction of motion of active control in the viewing area of screen；
Motion-control module, transports for according to the relation of monitoring, control slave module to be synchronous with active control
It is dynamic.
8. a kind of induction type control mobile device according to claim 7, it is characterised in that described
Position processing module includes：
Positional information sub-module stored, the positional information for storing active control and driven control；
Viewing area calculating sub module, for according to the key point of active control and driven control in screen
The relative position of position, the whole profiles of the two and key point, calculates the two in the viewing area of screen；
Movement direction decision submodule, the direction of motion for judging active control key point；
Viewing area calculating sub module is used for the positional information according to active control and driven control, calculates master
The viewing area of dynamic control and driven control；Sent out with the viewing area of driven control when active control is moved to
During raw overlap, movement direction decision submodule is used for the direction of motion of the key point for judging active control, obtains
Take the direction of closing of active control；The motion-control module is used for driven control to the direction of closing
It is mobile, until not Chong Die with active control.
9. a kind of induction type control mobile device according to claim 8, it is characterised in that work as master
Dynamic control is moved to when being separated with the viewing area of driven control, and movement direction decision submodule is used to judge
The direction of motion of the key point of active control, obtain active control away from direction；Motion-control module is used
Moved away from direction to described in by driven control, until being contacted with active control.
10. a kind of induction type control mobile device according to claim 8, it is characterised in that when
When driven control is synchronized with the movement with active control, after driven control is contacted with the first screen edge, motion side
It is used to judge the direction of motion of active control to decision sub-module；When the direction of motion of active control is proximate to
During first screen edge, motion-control module is used to fix the position of the driven control；When actively
The direction of motion of control is remote from first screen edge, and when no longer overlap with driven control, motion
Control module is used to control being synchronized with the movement for driven control and active control.
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| CN110780958A (en) * | 2019-09-24 | 2020-02-11 | 支付宝(杭州)信息技术有限公司 | Method, device and equipment for processing theme domain |
| CN112533013A (en) * | 2020-11-26 | 2021-03-19 | 广州博冠信息科技有限公司 | Control adjusting method and device, electronic equipment and storage medium |
| CN112764654A (en) * | 2021-01-29 | 2021-05-07 | 北京达佳互联信息技术有限公司 | Component adsorption operation method and device, terminal and storage medium |
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| CN112533013A (en) * | 2020-11-26 | 2021-03-19 | 广州博冠信息科技有限公司 | Control adjusting method and device, electronic equipment and storage medium |
| CN112764654A (en) * | 2021-01-29 | 2021-05-07 | 北京达佳互联信息技术有限公司 | Component adsorption operation method and device, terminal and storage medium |
| CN112764654B (en) * | 2021-01-29 | 2022-10-25 | 北京达佳互联信息技术有限公司 | Component adsorption operation method and device, terminal and storage medium |
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