CN104636158A - Mouse pointer control method and device based on Android operating system - Google Patents
Mouse pointer control method and device based on Android operating system Download PDFInfo
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- CN104636158A CN104636158A CN201310571695.4A CN201310571695A CN104636158A CN 104636158 A CN104636158 A CN 104636158A CN 201310571695 A CN201310571695 A CN 201310571695A CN 104636158 A CN104636158 A CN 104636158A
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Abstract
The invention provides a mouse pointer control method based on an Android operating system. The method comprises the steps that a mouse pointer is generated in a current program interface, and initialization is carried out; a pointer moving instruction is received; the coordinates of the target position of the mouse pointer are determined according to the pointer moving instruction; the position of the mouse pointer is updated according to the coordinates of the target position. According to the pointer control method based on the Android operating system, after the mouse pointer is generated in the current program interface, and initialization is carried out and when the pointer moving instruction is received, the coordinates of the target position of the mouse pointer are determined according to the pointer moving instruction, and accordingly the position of the mouse pointer is updated according to the coordinates of the target position. The mouse pointer and the control over the mouse pointer are achieved in the Android operating system, a bottom layer of the Android operating system does not need to be modified, and the development cost is low. The invention further provides a mouse pointer control device on the Android operating system.
Description
Technical field
The present invention relates to intelligent terminal field, particularly relate to a kind of mouse pointer control method based on Android operation system and device.
Background technology
Mouse pointer generally shows as a kind of visual pattern, can be such as arrow figure, in order to identify the position indicated by mouse on graphical interfaces.Android operation system (a kind of based on the freedom of Linux and the operating system of open source code) is operating system all the fashion at present, but Android operation system itself does not but support mouse, this makes user very inconvenient when using terminal (such as the televisor) running Android operation system.
Summary of the invention
Based on this, be necessary the technical matters not supporting mouse for Android operation system, a kind of mouse pointer control method based on Android operation system and device are provided.
Based on a mouse pointer control method for Android operation system, described method comprises:
Mouse pointer is generated and initialization in present procedure interface;
Reception pointer move;
The target location coordinate of described mouse pointer is determined according to described pointer movement instruction;
The position of described mouse pointer is upgraded according to described target location coordinate.
Based on a mouse pointer control device for Android operation system, described device comprises:
Mouse pointer generation module, for generating mouse pointer and initialization in present procedure interface;
Command reception module, for reception pointer move;
Target location coordinate determination module, for determining the target location coordinate of described mouse pointer according to described pointer movement instruction;
Location updating module, for upgrading the position of described mouse pointer according to described target location coordinate.
The above-mentioned mouse pointer control method based on Android operation system and device, mouse pointer is generated and after initialization in present procedure interface, when receiving pointer movement instruction, determine the target location coordinate of mouse pointer according to this pointer movement instruction, thus upgrade the position of mouse pointer according to this target location coordinate.In Android operation system, achieve mouse pointer and the control to mouse pointer, and without the need to revising the bottom of Android operation system, cost of development is low.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet based on the mouse pointer control method of Android operation system in an embodiment;
Fig. 2 is the schematic flow sheet according to the step of determination operation instruction executable operations in an embodiment;
Fig. 3 is at the schematic diagram running mouse beacon pointer in the terminal having Android operation system in an embody rule scene;
Fig. 4 is the schematic flow sheet according to the step of the target location coordinate of pointer movement instruction determination mouse pointer in an embodiment;
Fig. 5 is the schematic flow sheet according to the step of determination operation instruction executable operations in another embodiment;
Fig. 6 is at the schematic diagram running mouse beacon pointer in the terminal having Android operation system in another embody rule scene;
Fig. 7 is the structured flowchart based on the mouse pointer control device of Android operation system in an embodiment;
Fig. 8 is the structured flowchart based on the mouse pointer control device of Android operation system in another embodiment;
Fig. 9 is the structured flowchart based on the mouse pointer control device of Android operation system in another embodiment.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
As shown in Figure 1, in one embodiment, a kind of mouse pointer control method based on Android operation system is provided.The present embodiment is mainly applied in this way to run to have in the terminal of Android operation system and illustrates, this terminal can comprise smart mobile phone, panel computer, E-book reader, MP3 player (Moving Picture Experts Group Audio Layer III, dynamic image expert compression standard audio frequency aspect 3), MP4(Moving Picture Experts Group Audio Layer IV, dynamic image expert compression standard audio frequency aspect 3) player, televisor and pocket computer on knee etc.Should comprise based on the mouse pointer control method of Android operation system:
Step 102, generates mouse pointer and initialization in present procedure interface.
Mouse pointer is the graphical control identifying mouse indicating positions, the initialization of mouse pointer is comprised to the size, setting initial position and the icon etc. of setting for showing mouse pointer that arrange mouse pointer.Wherein the size of mouse pointer can select suitable size as required, realizes with height by arranging the wide of mouse pointer.The initial position of mouse pointer can be arranged according to preset position coordinates, also can obtain the position of focus in present procedure, thus arranges the position of mouse pointer according to the position of current focus.Program when present procedure refers to and applies the method, terminal run can be current operation and the program of display interface.
Particularly, step 102 comprises: obtain current system window manager (WindowManager), current system window manager adds image display control and initialization.
Window manager is a critical services (Service) in Android operation system, be mainly used to some states of management window, attribute, view increase, deletion, renewal, window order, message collection and process etc., wherein window is used for the interface of generator program.Image display control is the control for showing image, and ImageView control (a kind of browsing pictures control) such as can be used in Android operation system to realize mouse pointer.By arranging background picture in ImageView control to show the icon of mouse pointer, this icon is exactly the shape of the mouse pointer that user sees, the size of this background picture is exactly the size of mouse pointer, and the position of this ImageView control is exactly the position of mouse pointer.Generate mouse pointer by image display control, cost of development is low.
Illustrate, obtain current system window manager, current system window manager adds image display control and initialized step by following codes implement, wherein represent the annotation to the following code of this paragraph with " // " opening paragraph.
" // obtain system windows manager
WindowManager mWindowManager mWindowManager=(WindowManager)mContext.getApplicationContext().getSystemService(Context.WINDOW_SERVICE);
// initialization control
ImageView mCoverIv=new ImageView(mContext);
// specify the wide high attribute of mouse
WindowManager.LayoutParams mParams=new WindowManager.LayoutParams(120,100,WindowManager.LayoutParams.TYPE_TOAST,WindowManager.LayoutParams.FLAG_ALT_FOCUSABLE_IM,
PixelFormat.TRANSLUCENT);
mParams.gravity=Gravity.LEFT|Gravity.TOP;
// picture of mouse pointer is set
mCoverIv.setBackgroundResource(R.drawable.tcl_mouse_ani);
// add mouse pointer to current system window manager
mWindowManager.addView(mCoverIv,mParams);”
Step 104, reception pointer move.
Pointer movement instruction is the instruction of mouse beacon pointer movement.By the movement of mouse pointer on telepilot control terminal.Telepilot can detect key-press event, and the key-press event detected is sent to terminal, and terminal triggers pointer movement instruction after receiving key-press event; Or telepilot triggers pointer movement instruction after key-press event being detected, pointer movement instruction is sent to terminal, terminal receives the pointer movement instruction that telepilot sends.
In one embodiment, move comprises the instruction that moves up, moves down instruction, is moved to the left instruction and the instruction that moves right.In the present embodiment, just can be realized the movement of mouse beacon pointer display position on a terminal screen by 4 buttons, save button; If terminal is televisor, because the remote control machine of general televisor all possesses at least 4 directionkeys, just can realize the control of mouse pointer on the basis of existing telepilot, realize cost compare low.
Step 106, according to the target location coordinate of pointer movement instruction determination mouse pointer.
Target location coordinate represents the coordinate of the position requiring mouse pointer to arrive, terminal can obtain the coordinate of the current position of mouse pointer after receiving pointer movement instruction, thus increases on the coordinate basis of the current position of mouse pointer or reduce the target location coordinate that preset value obtains mouse pointer.
Step 108, upgrades the position of mouse pointer according to target location coordinate.
Terminal is according to the position of the renewable mouse pointer of target location coordinate, such as when realizing mouse pointer by image display control, the position of this image display control can be changed according to this target location coordinate, and refresh present procedure interface, just achieve the movement of mouse pointer.
Illustrate, the step of the target location coordinate determining mouse pointer and the position upgrading mouse pointer according to target location coordinate is by following codes implement:
The position coordinates of " // change mouse pointer, x represents the horizontal ordinate of mouse pointer, and y represents the ordinate of mouse pointer.
mParams.x=x;
mParams.y=y;
// refurbishing procedure interface
mWindowManager.updateViewLayout(mCoverIv,mParams);”
Due to for common software program developer, it does not have the authority of retouching operation system, and realizes the control development difficulty of mouse pointer large by the bottom of retouching operation system, and cost of development is high.And the above-mentioned mouse pointer control method based on Android operation system, mouse pointer is generated and after initialization in present procedure interface, when receiving pointer movement instruction, according to the target location coordinate of this pointer movement instruction determination mouse pointer, thus the position of mouse pointer can be upgraded according to this target location coordinate.In Android operation system, achieve mouse pointer and the control to mouse pointer, and without the need to revising the bottom of Android operation system, cost of development is low.
To the control of mouse pointer, except moving this mouse pointer according to move, also need response determination operation instruction, the such as instruction of corresponding mouse clicking operation.As shown in Figure 2, in one embodiment, this mouse pointer control method based on Android operation system also comprises the step according to determination operation instruction executable operations, comprising:
Step 202, receives determination operation instruction.
Triggering determination operation instruction by clicking confirming button, making terminal receive this determination operation instruction.
In one embodiment, step 202 is specially the determination operational order receiving telepilot and send.
When terminal is televisor, realize by the OK button on telepilot, this OK button can be preset as any one non-direction key on telepilot, can trigger telepilot and send determination operation instruction to terminal, thus receive this determination operation instruction by terminal after user clicks this button.Telepilot only needs 5 buttons, the movement to mouse pointer in terminal and execution determination operation can be realized, realize cost low.
Step 204, according to determination operation instruction, obtains the position coordinates at the current place of mouse pointer.
After terminal receives determination operation instruction, need the position coordinates obtaining the current place of mouse pointer, this position coordinates is in order to determine which location triggered performs determination operation on a terminal screen.
Step 206, the position coordinates according to the current place of mouse pointer generates modeling event.
After terminal gets the position coordinates at the current place of mouse pointer, generate modeling event according to this position coordinates.The position that this modeling event occurs can be determined according to the position coordinates at the current place of mouse pointer.Simulated time can be simulated touch event, and such as simulated touch presses event, simulated touch slip event etc., can certainly simulate entity key and press event etc.
Step 208, injects modeling event to present procedure.
Present procedure refers to the current program run in terminal, can be current operation and the program of display interface.Instrumentation framework (test frame of Android operation system) by Android operation system injects modeling event to present procedure.Instrumentation framework is originally the core of Android test, and under this framework, test procedure can accurately control tested program.Inject modeling event by Instrumentation framework to present procedure, present procedure responds this modeling event, thus performs operation corresponding to this modeling event.Itself there is the logic of which kind of event being made to which kind of response in present procedure, only needed here to generate and inject a modeling event to present procedure and can trigger present procedure this modeling event is responded.
In the present embodiment, terminal is after receiving determination operation instruction, obtain the position coordinates at the current place of mouse pointer, and generate modeling event according to the position coordinates obtained, and the modeling event generated is injected present procedure, present procedure responds this modeling event, performs corresponding operation, can realize the effect that mouse is clicked.And without the need to again developing present procedure, save cost of development, improve development efficiency.
With a concrete application scenarios, the above-mentioned mouse pointer controlling party ratio juris based on Android operation system is described below.With reference to figure 3, this application scenarios has the televisor of Android operation system to be illustrated to run, and this televisor is controlled by telepilot.Specifically comprise the steps:
(1), mouse supvr runs on the control module for mouse beacon pointer in Android operation system, first mouse supvr can generate a mouse pointer and carry out initialization to this mouse pointer, and user just can see the mouse pointer shown in current application program on a television set.User is by the directionkeys on pressing telepilot, to televisor sending direction key event, mouse supvr receives this direction key event and triggers pointer movement instruction, thus the position coordinates current according to mouse pointer generates the target location coordinate of mouse pointer, mouse pointer is moved to the position that target location coordinate is corresponding, and refreshing present procedure interface, user just sees mouse pointer and there occurs movement.
(2), when user needs to perform determination operation, if be positioned on a button than mouse pointer, need to realize clicking this button, then by the OK button on pressing telepilot, send OK button key-press event to televisor.Mouse supvr receives this OK button key-press event and triggers determination operation instruction, thus the simulated touch generating the position at the current place of corresponding mouse pointer according to this determination operation instruction presses event, by the Instrumentation test frame of Android operation system, the simulated touch of generation is pressed event and inject current application program.Current application program receives this simulation trigger event, is equivalent to detect that user has carried out touch pressing operation to the position at the current place of this mouse pointer on television screen, thus triggers current application program and perform this touch and press operation corresponding to event.
As shown in Figure 4, in one embodiment, step 106 comprises:
Step 402, obtains the focal position in present procedure according to pointer movement instruction.
Here mainly to identify which control selected in the position of focus, and the position of focus where, also just says that control current is after pressing ACK button, can be triggered and receive message.The Activity(Activity of Android operation system is responsible for the assembly with user interactions in Android operation system, operation in Activity and user closely related) interface is provided itself, for obtaining current focus place control, after obtaining current focus place control, just focal position can be obtained.Such as can obtain the wide, high of the horizontal stroke of this control in program interface, ordinate and this control, thus the position of focus is calculated according to wide, the height of the horizontal stroke of this control in program interface, ordinate and this control, the central point position of desirable control is as focal position.
Step 404, determines the target location coordinate of mouse pointer according to focal position.
Can determine the position coordinates of mouse pointer according to the focal position obtained in step 402, concrete, focal position directly can be defined as the target location coordinate of mouse pointer.
Illustrate, step 402 and 404 is by following codes implement:
In the present embodiment, by obtaining focal position and determining the target location coordinate of mouse pointer according to this focal position, due to press on a remote control as user up and down key time, pointer movement instruction can be triggered, operating system can control Focal Point Shift automatically according to pointer movement instruction, by Focal Point Shift to next control, so get current focus position and generate the target location coordinate of mouse pointer according to this focal position, and the position of mouse pointer is upgraded according to target location coordinate, just achieve mouse pointer from a upper Focal Point Shift to new focus.Because the focus that make use of system carrys out the movement of mouse beacon pointer, realize cost low.
As shown in Figure 5, in another embodiment, comprise according to the step of determination operation instruction executable operations:
Step 502, receives determination operation instruction.
Triggering determination operation instruction by clicking confirming button, making terminal receive this determination operation instruction.
In one embodiment, step 502 is specially the determination operational order receiving telepilot and send.
When terminal is televisor, realize by the OK button on telepilot, this OK button can be preset as any one non-direction key on telepilot, can trigger telepilot and send determination operation instruction to terminal, thus receive this determination operation instruction by terminal after user clicks this button.Telepilot only needs 5 buttons, the movement to mouse pointer in terminal and execution determination operation can be realized, realize cost low.
Step 504, according to the control at focus place in determination operation instruction determination present procedure.
Terminal can detect the control at focus place in present procedure after receiving determination operation instruction, and this control is in selected state.
Step 506, performs the operation that the control at focus place is corresponding.
Because the position of focus is consistent with the position of mouse pointer, perform the operation that the control at focus place is corresponding, namely perform the operation that the control at mouse pointer place is corresponding.
In the present embodiment, because Android operation system itself provides a kind of mechanism, be exactly the control at current focus place after user presses ACK button, can be triggered and receive message, thus perform corresponding operation.Terminal is after receiving determination operation instruction, first determine the control at focus place in present procedure, thus the operation that the control performing focus place is corresponding, operating system bottom is not modified, just achieve the control to mouse pointer in Android operation system, cost of development is low.
With another concrete application scenarios, the above-mentioned mouse pointer controlling party ratio juris based on Android operation system is described again below.With reference to figure 6, this application scenarios has the televisor of Android operation system to be illustrated to run, and this televisor is controlled by telepilot.Specifically comprise the steps:
(1), mouse supvr runs on the control module for mouse beacon pointer in Android operation system, first mouse supvr can generate a mouse pointer and carry out initialization to this mouse pointer, and user just can see the mouse pointer shown in current application program on a television set.User is by the directionkeys on pressing telepilot, to televisor sending direction key event, generate the target location coordinate of mouse pointer according to the position of focus in present procedure after mouse supvr receives this direction key event, thus mouse pointer is moved to position corresponding to target location coordinate, and refreshing present procedure interface, user sees mouse pointer and there occurs movement.
(2), when user needs to perform determination operation, if be positioned on a button than mouse pointer, need to realize clicking this button, then by the OK button on pressing telepilot, send OK button key-press event to televisor.Android operation system be can do by myself according to the position at focus place, performs the operation that focus place control is corresponding, respond, and the position of mouse pointer is consistent with the position of focus, thus achieves the control to mouse pointer to this OK button key-press event.
As shown in Figure 7, in one embodiment, provide a kind of mouse pointer control device based on Android operation system, comprise mouse pointer generation module 702, command reception module 704, target location coordinate determination module 706 and location updating module 708.
Mouse pointer generation module 702 for generating mouse pointer and initialization in present procedure interface.
Command reception module 704 is for reception pointer move.
Target location coordinate determination module 706 is for the target location coordinate according to pointer movement instruction determination mouse pointer.
Location updating module 708 is for upgrading the position of mouse pointer according to target location coordinate.
In one embodiment, command reception module 704 is also for receiving determination operation instruction.As shown in Figure 8, position coordinates acquisition module 705, modeling event generation module 707 and injection module 709 should also be comprised based on the mouse pointer control device of Android operation system.
Position coordinates acquisition module 705, for according to determination operation instruction, obtains the position coordinates at the current place of mouse pointer.
Modeling event generation module 707 generates modeling event for the position coordinates according to the current place of mouse pointer.
Injection module 709 is for injecting modeling event to present procedure.
As shown in Figure 9, in one embodiment, target location coordinate determination module 706 comprises focal position acquisition module 706a and determination module 706b.
Focal position acquisition module 706a is used for the focal position obtained according to pointer movement instruction in present procedure.
Determination module 706b is used for the target location coordinate determining mouse pointer according to focal position.
In one embodiment, command reception module 704 is also for receiving determination operation instruction.Control determination module 710 and execution module 712 should be also comprised based on the mouse pointer control device of Android operation system.
Control determination module 710 is for the control according to focus place in determination operation instruction determination present procedure.
Execution module 712 is for operation corresponding to the control that performs focus place.
In one embodiment, command reception module 704 is also for receiving the determination operational order that telepilot sends.
The above embodiment only have expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1., based on a mouse pointer control method for Android operation system, described method comprises:
Mouse pointer is generated and initialization in present procedure interface;
Reception pointer move;
The target location coordinate of described mouse pointer is determined according to described pointer movement instruction;
The position of described mouse pointer is upgraded according to described target location coordinate.
2. method according to claim 1, is characterized in that, described method also comprises:
Receive determination operation instruction;
According to described determination operation instruction, obtain the position coordinates at the current place of described mouse pointer;
Position coordinates according to the current place of described mouse pointer generates modeling event;
Described modeling event is injected to described present procedure.
3. method according to claim 1, is characterized in that, the described target location coordinate determining described mouse pointer according to described pointer movement instruction, comprising:
The focal position in present procedure is obtained according to described pointer movement instruction;
The target location coordinate of described mouse pointer is determined according to described focal position.
4. method according to claim 3, is characterized in that, described method also comprises:
Receive determination operation instruction;
According to the control at focus place in described determination operation instruction determination present procedure;
Perform the operation that the control at described focus place is corresponding.
5. the method according to claim 2 or 4, is characterized in that, the step of described reception determination operation instruction is the determination operational order receiving telepilot transmission.
6. based on a mouse pointer control device for Android operation system, it is characterized in that, described device comprises:
Mouse pointer generation module, for generating mouse pointer and initialization in present procedure interface;
Command reception module, for reception pointer move;
Target location coordinate determination module, for determining the target location coordinate of described mouse pointer according to described pointer movement instruction;
Location updating module, for upgrading the position of described mouse pointer according to described target location coordinate.
7. device according to claim 6, is characterized in that, described command reception module is also for receiving determination operation instruction;
Described device also comprises:
Position coordinates acquisition module, for according to described determination operation instruction, obtains the position coordinates at the current place of described mouse pointer;
Modeling event generation module, generates modeling event for the position coordinates according to the current place of described mouse pointer;
Injection module, for injecting described modeling event to described present procedure.
8. device according to claim 6, is characterized in that, described target location coordinate determination module comprises:
Focal position acquisition module, for obtaining the focal position in present procedure according to described pointer movement instruction;
Determination module, for determining the target location coordinate of described mouse pointer according to described focal position.
9. device according to claim 8, is characterized in that, command reception module is also for receiving determination operation instruction;
Described device also comprises:
Control determination module 710, for the control according to focus place in described determination operation instruction determination present procedure;
Execution module, the operation that the control for performing described focus place is corresponding.
10. the device according to claim 7 or 9, is characterized in that, described command reception module is also for receiving the determination operational order that telepilot sends.
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| CN113900576A (en) * | 2021-11-03 | 2022-01-07 | 杭州逗酷软件科技有限公司 | Interaction method, interaction device, electronic equipment and storage medium |
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Application publication date: 20150520 |