CN105808082A - Multipoint touch processing system and method - Google Patents
Multipoint touch processing system and method Download PDFInfo
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- CN105808082A CN105808082A CN201410838419.4A CN201410838419A CN105808082A CN 105808082 A CN105808082 A CN 105808082A CN 201410838419 A CN201410838419 A CN 201410838419A CN 105808082 A CN105808082 A CN 105808082A
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Abstract
The invention discloses a multipoint touch processing system and method. The method comprises the steps of monitoring a touch event on a touch screen of an electronic apparatus; when the touch event is a multipoint touch operation, recording information of the touch event in a first list; analyzing the information of the touch event recorded in the first list to obtain a plurality of controls triggered by the touch event and parameters of the controls; according to the obtained parameters of the controls, determining that two or more controls with the same class names are similar controls; and recording parameters of the determined similar controls in a second list, and processing the controls in the second list in sequence. By utilizing the system and method, the similar controls can be conveniently controlled to perform the same operations.
Description
Technical field
The present invention relates to a kind of data handling system, particularly relate to a kind of multiple point touching and process system and method.
Background technology
The human-computer interaction interface of smart mobile phone develops into current touch screen from keyboard, and touch screen saves the space of keyboard, has better Consumer's Experience, it has also become the mainstream configuration of current phone.The touch screen of current most of smart mobile phone all can support multipoint-touch-technology.Multipoint-touch-technology adds complicated gesture than single-point touch technology, for instance double-click, translation, rolling, pressing, rotation etc..By these operations, it is achieved that UI specially good effects such as convergent-divergent, rotation, upsets (page turning), add recreational.But, user, when operating some controls, has certain operations but cannot realize.Such as, on smart mobile phone in the phone lists of display, if user can pin the dialing icon of three different contact persons simultaneously, generally only can dial the number of the contact person touched at first, or do not perform any operation, but the number by these three contact person cannot be realized and transfer to one by one, namely dial three phones successively, automatically other numbers are dialed, until these three numbers are all dialed complete after end of conversation.Therefore, current smart mobile phone controls the plurality of similar control and performs identical operation after can not selecting multiple similar control, have certain inconvenience on using.
Summary of the invention
In view of the foregoing, it is necessary to provide a kind of multiple point touching to process system, it can control the operation that the execution of the plurality of similar control is identical successively after selecting multiple similar controls.
There is a need to provide a kind of multiple point touching processing method, it can control the plurality of similar control after selecting multiple similar controls successively and perform identical operation.
A kind of multiple point touching processes system, and this system runs in an electronic installation, and includes: monitoring module, the touch event on the touch screen monitoring described electronic installation；Logging modle, for when described touch event is multiple point touching operation, being recorded in the information of this touch event in the first list；Parsing module, for resolving the information of the described touch event of record in the first list, to obtain multiple controls that described touch event triggers, and obtains the parameter of the plurality of control, including the control ID of control, class name and touch coordinate value；Judge module, for parameter according to acquired multiple controls, it is determined that having two or more controls of identical class name is similar control；Processing module, for being recorded in the second list with touch coordinate value by the control ID of above-mentioned judged similar control, and is sequentially carried out process to the control in the second list.
A kind of multiple point touching processing method, the method also includes: monitoring step: monitor the touch event on the touch screen of described electronic installation；Recording step: when described touch event is multiple point touching operation, the information of this touch event is recorded in the first list；Analyzing step: resolve the information of the described touch event of record in the first list, to obtain multiple controls that described touch event triggers, and obtain the parameter of the plurality of control, including the control ID of control, class name and touch coordinate value；Judge step: the parameter according to acquired multiple controls, it is determined that having two or more controls of identical class name is similar control；Process step: be recorded in the second list with touch coordinate value by the control ID of above-mentioned judged similar control, and the control in the second list is sequentially carried out process.
Compared to prior art, described multiple point touching processes system and method, it so that user controls the plurality of similar control after selecting multiple similar controls successively and performs identical operation, can be reduced the repetitive operation of user, be user-friendly to mobile phone by such batch operation.
Accompanying drawing explanation
Fig. 1 is the running environment schematic diagram that multiple point touching of the present invention processes system preferred embodiment.
Fig. 2 is the functional block diagram that multiple point touching of the present invention processes system preferred embodiment.
Fig. 3 is the operation process chart of multiple point touching processing method preferred embodiment of the present invention.
Fig. 4 is the refinement flow chart of multiple point touching process method step S304 of the present invention.
Main element symbol description
| Electronic installation | 1 |
| Touch screen | 10 |
| Multiple point touching processes system | 11 |
| Processor | 12 |
| Storage device | 13 |
| Monitoring module | 110 |
| Logging modle | 111 |
| Parsing module | 112 |
| Judge module | 113 |
| Processing module | 114 |
Following detailed description of the invention will further illustrate the present invention in conjunction with above-mentioned accompanying drawing.
Detailed description of the invention
As it is shown in figure 1, be the running environment schematic diagram of multiple point touching of the present invention process system preferred embodiment.This multiple point touching processes system 11 and runs on an electronic installation 1.Described electronic installation 1 at least also includes touch screen 10, processor 12 and storage device 13.Described touch screen 10 supports multipoint-touch-technology, for instance may identify which and detect the operations such as click, touch that the finger of more than at least two carries out simultaneously.Described processor 12 processes each functional module in system 11 for performing described multiple point touching.Described storage device 13 is for storing the various information of described electronic installation 1.In the present embodiment, described multiple point touching processes system 11 and is arranged in storage device 13 with the form of software program or instruction, and is performed by processor 12.
As in figure 2 it is shown, be the functional block diagram of multiple point touching of the present invention process system preferred embodiment.This multiple point touching processes system 11 and includes monitoring module 110, logging modle 111, parsing module 112, judge module 113 and processing module 114.Module alleged by the present invention has been the electronic device program section of a specific function, is more suitable for describing software execution process in an electronic than program, therefore below the present invention, software description is all described with module.
Described monitoring module 110 is for monitoring the touch event on touch screen 10, and identifies the operation on touch screen 10 of the described touch event, such as single-touch operation or multiple point touching operation.In this preferred embodiment, described monitoring module 110 is by creating a container view (ContainerView) for intercepting and capturing and monitor touch event, this container view is started shooting along with electronic installation 1 and is started, and is comprised in this container view after other application program launchings.When user utilizes finger to touch touch screen 10, described container view can first monitor touch (touch) event.Touch event is intercepted by described container view, not by the control of the top level window of display current for this case distribution (dispatch) to electronic installation 1.
It should be noted that the finger once touch on touch screen 10 can first trigger the action of ACION_DOWN, or the action of and then ACTION_MOVE, the action of ACTION_UP can be triggered after finger lifts, touch every time and potentially include above-mentioned a series of action.The touch coordinate that described monitoring module 110 is touched by the one or many acquired included by this touch event, the touch coordinate value of a series of actions touched by described one or many is stored in one group of data structure that this touch is corresponding, by analyzing coordinate figure when triggering ACTION_DOWN and ACTION_UP in this touch event, to identify that this touch event is for single-touch or multiple point touching.If having multiple different X, Y value when triggering the action of ACTION_DOWN and ACTION_UP, then described monitoring module 110 identifies that this touch event is multiple point touching operation, otherwise, identifies that this touch event is single-touch operation.
Described logging modle 111 is for when identifying that described touch event is multiple point touching operation, being recorded in the information of this touch event in the first list.In this preferred embodiment, the multiple point touching included by this touch event is operated in the coordinate figure on touch screen 10 and is recorded in successively in the first list by described logging modle 111.It should be noted that, when identifying that described touch event is single-touch operation, described logging modle 111 will not be recorded waiting operation, concrete control in the processor 12 display top level view that to be assigned in view container by this touch event electronic installation 1 current go process.
Described parsing module 112, for resolving the information of the described touch event of record in the first list, to obtain multiple controls that described touch event triggers, and obtains the parameter of the plurality of control.In this preferred embodiment, the screen coordinate of all controls in the top level window that described parsing module 112 is currently displaying by obtaining electronic installation 1, to determine the trigger range of each control in currently displaying top level window, and the coordinate figure of multiple point touching operation of record in the first list is compared with the trigger range of the above-mentioned each control determined, determine multiple controls that this touch event triggers.In this preferred embodiment, described parsing module 112 can pass through first to obtain the window coordinates of the currently displaying top level window of electronic installation 1, then obtain all controls in this top level window and obtain the layout coordinate of each control, utilizing the window coordinates of top level window and the layout coordinate of each control to obtain the screen coordinate of each control.The parameter of described control can include, but not limited to the control ID of control, class name, touch coordinate value etc..
Described judge module 113 is for the parameter according to acquired multiple controls, it is judged that whether have similar control in the plurality of control.In this preferred embodiment, the described judge module 113 class name by the plurality of control of comparison, when there being two or more controls to have identical class name in the plurality of control, described judge module 113 judges to have in the plurality of control similar control.It should be noted that, when described judge module 113 judges do not have similar control in above-mentioned multiple control, by in the processor 12 display top level view that to be assigned in view container by this touch event electronic installation 1 current, electronic installation 1 according to original processing mode, described control is processed.
Described processing module 114 is for being recorded in the control ID of above-mentioned judged similar control in the second list with touch coordinate value, and the control in the second list is sequentially carried out process.In this preferred embodiment, described processing module 114 obtains control ID and the touch coordinate value of a control successively from the second list, this touch coordinate value is transferred to a touch event, and the control ID arranging described control obtains focus so that this control accepts above-mentioned touch event.After this control accepts described touch event, new window can be entered to perform this touch event.Described processing module 114 can wait that above-mentioned new window exits (such as, above-mentioned touch event is finished or this new window is closed in user's manual operation), returns to original window (that is, returning the window shown before described new window).It should be noted that when described processing module 114 reads control ID and the touch coordinate value of a control from the second list, namely represent and this control has been processed, then the information of this control will be deleted from described second list.
After returning to original window, described processing module 114 judges whether also have not processed control in described second list.Whether described processing module 114 can be that sky judges whether also not processed control by judging in described second list.When described second list is empty, represent that all similar controls are all processed.When the control ID of the control also recorded to some extent in described second list is with touch coordinate value, represent also have not processed control, described processing module 114 continues to read control ID and the touch coordinate value of next control from the second list, so that next control to be processed.
As it is shown on figure 3, be the method flow diagram of preferred embodiment in information search method of the present invention.It should be appreciated that information search method of the present invention is not limited to the step in flow chart shown in Fig. 3 and order.According to different embodiments, the step in flow chart shown in Fig. 3 can increase, remove or change order.
Step S301, monitoring module 110 monitors the touch event on touch screen 10, and identifies the operation on touch screen 10 of the described touch event, for instance identify whether to operate for multiple point touching.In this preferred embodiment, described monitoring module 110 creates a container view (ContainerView) for intercepting and capturing and monitor touch event, this container view is started shooting along with electronic installation 1 and is started, and is comprised in this container view after other application program launchings.When user utilizes finger to touch touch screen 10, described container view can first monitor touch (touch) event.Touch event is intercepted by described container view, not by the control of the top level window of display current for this case distribution (dispatch) to electronic installation 1.
It should be noted that the finger once touch on touch screen 10 can first trigger the action of ACION_DOWN, or the action of and then ACTION_MOVE, the action of ACTION_UP can be triggered after finger lifts, touch every time and potentially include above-mentioned a series of action.The touch coordinate that described monitoring module 110 is touched by the one or many acquired included by this touch event, the touch coordinate value of a series of actions touched by described one or many is stored in one group of data structure that this touch is corresponding, by analyzing coordinate figure when triggering ACTION_DOWN and ACTION_UP in this touch event, to identify that this touch event is for single-touch or multiple point touching.If having multiple different X, Y value when triggering the action of ACTION_DOWN and ACTION_UP, then described monitoring module 110 identifies that this touch event is multiple point touching operation, otherwise, identifies that this touch event is single-touch operation.
Step S301, when identifying that described touch event is multiple point touching operation, the information of this touch event is recorded in the first list by logging modle 111.In this preferred embodiment, the multiple point touching included by this touch event is operated in the coordinate figure on touch screen 10 and is recorded in successively in the first list by described logging modle 111.It should be noted that, when identifying that described touch event is single-touch operation, described logging modle 111 will not be recorded waiting operation, concrete control in the processor 12 display top level view that to be assigned in view container by this touch event electronic installation 1 current go process.
Step S302, parsing module 112 resolves the information of the described touch event of record in the first list, to obtain multiple controls that described touch event triggers, and obtains the parameter of the plurality of control.In this preferred embodiment, the screen coordinate of all controls in the top level window that described parsing module 112 is currently displaying by obtaining electronic installation 1, to determine the trigger range of each control in currently displaying top level window, and the coordinate figure of multiple point touching operation of record in the first list is compared with the trigger range of the above-mentioned each control determined, determine multiple controls that this touch event triggers.In this preferred embodiment, described parsing module 112 can pass through first to obtain the window coordinates of the currently displaying top level window of electronic installation 1, then obtain all controls in this top level window and obtain the layout coordinate of each control, utilizing the window coordinates of top level window and the layout coordinate of each control to obtain the screen coordinate of each control.The parameter of described control can include, but not limited to the control ID of control, class name, touch coordinate value etc..
Step S303, it is judged that the module 113 parameter according to acquired multiple controls, it is judged that whether have similar control in the plurality of control.In this preferred embodiment, the described judge module 113 class name by the plurality of control of comparison, when there being two or more controls to have identical class name in the plurality of control, described judge module 113 judges to have in the plurality of control similar control, and enters step S304.It should be noted that, when described judge module 113 judges do not have similar control in above-mentioned multiple control, flow process terminates and by the processor 12 display top level view that to be assigned in view container by this touch event electronic installation 1 current, electronic installation 1 according to original processing mode, described control is processed.
Step S304, the control ID of above-mentioned judged similar control is recorded in the second list by processing module 114 with touch coordinate value, and the control in the second list is sequentially carried out process.
Shown in Figure 4, it is the refinement flow chart of step S304 preferred embodiment in information search method of the present invention.It should be appreciated that information search method of the present invention is not limited to the step in flow chart shown in Fig. 4 and order.
Step S401, described processing module 114 obtains control ID and the touch coordinate value of a control successively from the second list, and transfers this touch coordinate value to a touch event.It should be noted that when described processing module 114 reads control ID and the touch coordinate value of a control from the second list, namely represent and this control has been processed, then the information of this control will be deleted from described second list.
Step S402, described processing module 114 arranges the control ID of the control of above-mentioned acquisition and obtains focus so that this control accepts above-mentioned touch event, and enters new window to perform this touch event.
Step S403, described processing module 114 judges whether above-mentioned new window exits and returns to original window, namely returns the window shown before described new window.When above-mentioned new window exits and returns to original window, enter step S404.If above-mentioned new window does not exit, then described processing module 114 continues waiting for and judges whether above-mentioned new window exits.It should be noted that if described in go out after module 114 waited a default time-out time, above-mentioned new window is but without exiting, and flow process directly terminates.
Step S404, described processing module 114 judges whether also have not processed control in described second list.Whether described processing module 114 can be that sky judges whether also not processed control by judging in described second list.When described second list is empty, representing that all similar controls are all processed, flow process terminates.When the control ID of the control also recorded to some extent in described second list is with touch coordinate value, represent also have not processed control, return step S401 and continue to read control ID and the touch coordinate value of next control from the second list, so that next control is processed.
It should be noted last that, above example is only in order to illustrate technical scheme and unrestricted, although the present invention being described in detail with reference to above preferred embodiment, it will be understood by those within the art that, technical scheme can be modified or equivalent replacement, without deviating from the spirit and scope of technical solution of the present invention.
Claims (10)
1. a multiple point touching processes system, it is characterised in that this system runs in an electronic installation, and includes:
Monitoring module, the touch event on the touch screen monitoring described electronic installation；
Logging modle, for when described touch event is multiple point touching operation, being recorded in the information of this touch event in the first list；
Parsing module, for resolving the information of the described touch event of record in the first list, to obtain multiple controls that described touch event triggers, and obtains the parameter of the plurality of control, including the control ID of control, class name and touch coordinate value；
Judge module, for parameter according to acquired multiple controls, it is determined that having two or more controls of identical class name is similar control；And
Processing module, for being recorded in the second list with touch coordinate value by the control ID of above-mentioned judged similar control, and is sequentially carried out process to the control in the second list.
2. multiple point touching as claimed in claim 1 processes system, it is characterized in that, described monitoring module creates a container view for intercepting and capturing and monitor touch event, this container view starts along with electronic device startup, when the touch screen of described electronic installation is touched, described container view first monitors described touch event and is intercepted by this touch event, not by the control of the top level window of display current for this case distribution to electronic installation.
3. multiple point touching as claimed in claim 1 processes system, it is characterized in that, the screen coordinate of all controls in the top level window that described parsing module is currently displaying by obtaining described electronic installation, to determine the trigger range of each control in currently displaying top level window, and the coordinate figure of multiple point touching operation of record in the first list is compared with the trigger range of the above-mentioned each control determined, determine multiple controls that this touch event triggers.
4. multiple point touching as claimed in claim 1 processes system, it is characterised in that the control in the second list is sequentially carried out process by following steps by described processing module:
From the second list, obtain control ID and the touch coordinate value of a control successively, transfer this touch coordinate value to a touch event；
The control ID arranging described control obtains focus so that this control accepts above-mentioned touch event, and enters new window to perform this touch event；
After waiting that above-mentioned new window exits and returns to original window, it is judged that whether described second list also has not processed control；
When judging described second list also has not processed control, continue to read control ID and the touch coordinate value of next control from the second list, so that next control to be processed.
5. multiple point touching as claimed in claim 4 processes system, it is characterized in that, whether described processing module is that sky judges whether also not processed control by judging in described second list, when described second list is empty, represent that all similar controls are all processed, when the control ID of the control also recorded to some extent in described second list is with touch coordinate value, represent also have not processed control.
6. a multiple point touching processing method, it is characterised in that this system is applied in an electronic installation, and includes:
Monitoring step: monitor the touch event on the touch screen of described electronic installation；
Recording step: when described touch event is multiple point touching operation, the information of this touch event is recorded in the first list；
Analyzing step: resolve the information of the described touch event of record in the first list, to obtain multiple controls that described touch event triggers, and obtain the parameter of the plurality of control, including the control ID of control, class name and touch coordinate value；
Judge step: the parameter according to acquired multiple controls, it is determined that having two or more controls of identical class name is similar control；And
Process step: be recorded in the second list with touch coordinate value by the control ID of above-mentioned judged similar control, and the control in the second list is sequentially carried out process.
7. multiple point touching processing method as claimed in claim 6, it is characterized in that, described monitoring step creates a container view for intercepting and capturing and monitor touch event, this container view starts along with electronic device startup, when the touch screen of described electronic installation is touched, described container view first monitors described touch event and is intercepted by this touch event, not by the control of the top level window of display current for this case distribution to electronic installation.
8. multiple point touching processing method as claimed in claim 6, it is characterized in that, the screen coordinate of all controls in top level window currently displaying by obtaining described electronic installation in described analyzing step, to determine the trigger range of each control in currently displaying top level window, and the coordinate figure of multiple point touching operation of record in the first list is compared with the trigger range of the above-mentioned each control determined, determine multiple controls that this touch event triggers.
9. multiple point touching processing method as claimed in claim 6, it is characterised in that the treating step comprises following steps so that the control in the second list is sequentially carried out process:
From the second list, obtain control ID and the touch coordinate value of a control successively, transfer this touch coordinate value to a touch event；
The control ID arranging described control obtains focus so that this control accepts above-mentioned touch event, and enters new window to perform this touch event；
After waiting that above-mentioned new window exits and returns to original window, it is judged that whether described second list also has not processed control；
When judging described second list also has not processed control, continue to read control ID and the touch coordinate value of next control from the second list, so that next control to be processed.
10. multiple point touching processing method as claimed in claim 9, it is characterized in that, by judging in described second list whether to be that sky judges whether also not processed control in described process step, when described second list is empty, represent that all similar controls are all processed, when the control ID of the control also recorded to some extent in described second list is with touch coordinate value, represent also have not processed control.
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