CN103577029A - Application program control system and application program control method - Google Patents

Consulting shown in Fig. 1, is the functional block diagram of application control system 10 preferred embodiments of the present invention.This application control system 10 is applied to calculation element 100.This

100 also comprises touch-

20,

30 and processor 40.The code of the conventional desktop type application program (hereinafter to be referred as application program) that storer 30

100 are installed.When user selects to open an application program at the conventional desktop type interface of

100,

40 is carried out the code of this application program, shows the window (

50 of a plotter program as shown in Figure 5) of this application program on touch-

20.

The type of the gesture of this application control system 10 definition user finger touches touch-

20, touch area on touch-

20 of dissimilar gesture and gesture and the incidence relation between operational order are set, analyze the touching information that touch-

20 detects, analyze described touching information and determine that user points touch area on touch-screen and the type of gesture, according to described incidence relation, determine the operational order be associated, and carry out this operational order being associated described application program is operated.The touching information that touch-

20 detects comprises the position coordinates of each touch points and detects the temporal information of the position coordinates of each touch points.The operation of this application program is comprised to the window that minimizes, maximizes, closes this application program, and the content showing on the window of this application program of zoom in/out (for example icon of function menu).

This application control system 10 comprises that association arranges

11, touching

12, touching

13 and instruction execution module 14.This module 11-14 comprises computer programing instruction, and

40 is carried out this computer programing instruction, and the above-mentioned functions of this application control system 10 is provided.Storer 30 is gone back the computer programing instruction of memory module 11-14, information such as the incidence relation of above-mentioned setting, gesture-type, operational orders.Function below in conjunction with Fig. 2 and Fig. 5 specification module 11-14.

Step S10, association arranges the type of the gesture of

11 definition user finger touches touch-

20, and touch area on touch-

20 of dissimilar gesture and gesture and the incidence relation between operational order are set.In the present embodiment, association arranges

11 and has defined and comprise following several dissimilar gesture: two fingers are double-clicked touch-screen 20(as shown in Figure 3A simultaneously), singly refer to touch touch-

20 and horizontally slip (as shown in Figure 3 B), four fingers touch touch-

20 simultaneously and inwardly slide (as shown in Figure 3 C), the five fingers touch touch-

20 simultaneously and stop Preset Time (for example 5 seconds) (as shown in Figure 3 D), the five fingers touch touch-

20 simultaneously and outwards slide (as shown in Fig. 3 E), the five fingers are touched touch-

20 simultaneously and inwardly slide (as shown in Fig. 3 F).

Association arranges

11 and is provided with and comprises several incidence relations as listed in Fig. 4: 1. the first predeterminable area that pair finger is double-clicked touch-

20 is simultaneously associated with the operational order of " maximizing the window of the application program of current demonstration "; 2. the first predeterminable area that two fingers are double-clicked touch-

20 simultaneously is again associated with the operational order of the window of this application program " reduce to maximizing previous window "; 3. singly refer to touch the first predeterminable area of touch-

20 and horizontally slip and be associated with the operational order of " minimizing the window of this application program "; 4. four fingers are touched the first predeterminable area of touch-

20 simultaneously and are inwardly slided and be associated with the operational order of " closing the window of this application program "; 5. the five fingers are touched the second predeterminable area of touch-

20 simultaneously and are stopped Preset Time and are associated with the operational order of " unlatching zoom in/out function "; 6. the five fingers are touched the 3rd predeterminable area of touch-

20 simultaneously and outwards or are inwardly slided and are associated with the operational order of " zooming in or out the content of the region demonstration of being determined by these the five fingers on the window of this application program "; 7. four fingers are touched the 3rd predeterminable area of touch-

20 simultaneously and are inwardly slided and be associated with the operational order of " closing zoom in/out function ".

Subregion due to the window of the conventional desktop type application program of opening under conventional desktop type interface, for example title block (comprises maximization, minimize, close icon), menu bar, the touch gestures that the support mouse actions such as toolbar are corresponding (for example singly refers to click, singly refer to double-click), for avoiding conflicting mutually with the operational order of existing touch gestures and triggering thereof, on the window that described the first predeterminable area is application program to the unresponsive region of touch gestures corresponding to existing mouse action (non-active area), Word for example, the perform region of Visio (

51 as shown in Figure 5).Described second area is the arbitrary region on touch-screen, for example, arbitrary region on the window of this application program showing on touch-

20, or the region except the window of this application program.Described the 3rd region is to be included as the region that shows visual object (visible objects) on the window of this application program, such as the title bar region on the window of this application program, menu bar region, toolbar region etc.

Step S20, opens an application program on the conventional desktop type interface showing, and show the window (

50 as shown in Figure 5) of this application program at touch-

20.

Step S30, touching

12 records the touching information that touch-

20 detectings obtain, and comprises the position coordinates of each touch points and detects the temporal information of the position coordinates of each touch points.

Step S40, touching

13 is analyzed described touching information, determines that user points touch area on touch-

20 and the type of gesture.For example, if touching

13 analyze obtain touch-

20 detect simultaneously 2 different touch points of position coordinates and within a preset time interval (for example 3 seconds) again detect 2 different touch points of position coordinates simultaneously, the touching gesture that judges user is that two fingers are double-clicked touch-screen 20(as shown in Figure 3A simultaneously), and determine that according to the coordinate of touch points user points the touch area on touch-screen 20.If 13 analyses of touching information analysis module obtain touch-

20 and detect 5 different touch points of position coordinates simultaneously, and these 5 definite region areas of touch points are increase tendency gradually, the touching gesture that judges user is that the five fingers are touched touch-

20 simultaneously and outwards slide, and determines that according to the coordinate of touch points user points the touch area on touch-

20.

Consulting shown in Fig. 6, is to open after zoom in/out function, when user's the five fingers are touched the 3rd predeterminable area of touch-

20 simultaneously, determines the schematic diagram in the region that these the five fingers are definite.The five fingers are touched touch-

20 simultaneously, touch-

20 detects the position coordinates P1 (x1 of 5 touch points simultaneously, y1), P2 (x2, y2), P3 (x3, y3), P4 (x4, y4), P5 (x5, y5), maximal value Xmax and minimum value Xmin that touching

13 is determined in x1 ~ x5, the maximal value Ymax in y1 ~ y5 and minimum value Ymin, determine according to Xmin, Ymin, Xmax, Ymax the region that these the five fingers are definite.The reduce/enlarge ratio that the reduce/enlarge ratio of the content that the definite region of these the five fingers is shown can be set to the region definite with these the five fingers is linear dependence, for example Z=a * (S, or nonlinear dependence, for example Z=a * ((S) ²+ b (S+c.Wherein, Z is the reduce/enlarge ratio of the shown content in the definite region of these the five fingers, and a, b, c are constant, and (S is the reduce/enlarge ratio in the definite region of these the five fingers.

Step S50, touching

13 determines according to the type of touch area, gesture and described incidence relation the operational order being associated.For example, when user's touching gesture is double-clicked touch-

20 for two fingers simultaneously, touch area is first area, for example the region in Fig. 5 51, touches

13 and according to the incidence relation of listing in Fig. 4, determines that the operational order being associated is " maximizing the window of the application program of current demonstration ".When user's touching gesture is that the five fingers are touched touch-

20 and outwards slide simultaneously, touch area is the 3rd region, for example the dashed region in Fig. 5 52, touches

13 and according to the incidence relation of listing in Fig. 4, determines that the operational order being associated is " amplifying the content of the region demonstration of being determined by these the five fingers on the window of this application program ".

Step S60,

14 is carried out this operational order being associated described conventional desktop type application program is carried out to corresponding operating.For example,

14 is carried out the instruction of described " maximizing the window of the application program of current demonstration ", Visio window shown in Fig. 5 50 is maximized, or carry out the instruction of described " amplifying the content of the region demonstration of being determined by these the five fingers on the window of this application program ", the icon being comprised by the

52 of user's the five fingers on window in Fig. 5 50 is amplified.

1. an application control system, is applied to calculation element, and this calculation element, touching the window of a conventional desktop type application program of screen display, is characterized in that, this system comprises:

Association arranges module, for defining the type of the gesture of user's finger touches touch-screen, and touch area on touch-screen of dissimilar gesture and gesture and the incidence relation between operational order is set;

Touching information recording module, for recording the touching information of user's finger that touch-screen detecting obtains, comprises the position coordinates of each touch points and detects the temporal information of the position coordinates of each touch points;

Touching information analysis module, for analyzing described touching information, determines that user points touch area on touch-screen and the type of gesture, and determines according to the type of touch area, gesture and described incidence relation the operational order being associated; And

Instruction execution module, carries out corresponding operating for carrying out this operational order being associated to the window of described conventional desktop type application program.

2. application control system as claimed in claim 1, it is characterized in that, the type of described gesture comprise two fingers double-click simultaneously touch-screen, singly refer to touch touch-screen and horizontally slip, four fingers are touched touch-screen simultaneously and inwardly slide, the five fingers touch touch-screen simultaneously and stop Preset Time, the five fingers touch touch-screen simultaneously and outwards slide, the five fingers are touched touch-screen simultaneously and inwardly slide.

3. application control system as claimed in claim 2, is characterized in that, described incidence relation comprises:

The first predeterminable area that two fingers are double-clicked touch-screen is simultaneously associated with the operational order of " maximizing the window of the conventional desktop type application program of current demonstration ";

The first predeterminable area that two fingers are double-clicked touch-screen simultaneously is again associated with the operational order of the window of this conventional desktop type application program " reduce to maximizing previous window ";

Singly refer to touch the first predeterminable area of touch-screen and horizontally slip be associated with the operational order of " minimizing the window of this conventional desktop type application program ";

Four fingers are touched the first predeterminable area of touch-screen simultaneously and are inwardly slided and be associated with the operational order of " closing the window of this conventional desktop type application program ";

The five fingers are touched the second predeterminable area of touch-screen simultaneously and are stopped Preset Time and are associated with the operational order of " unlatching zoom in/out function ";

The five fingers are touched the 3rd predeterminable area of touch-screen simultaneously and outwards or are inwardly slided and are associated with the operational order of " zooming in or out the content of the region demonstration that the window of this conventional desktop type application program determined by these the five fingers "; And

Four fingers are touched the 3rd predeterminable area of touch-screen simultaneously and are inwardly slided and be associated with the operational order of " closing zoom in/out function ".

4. application control system as claimed in claim 3, it is characterized in that, described the first predeterminable area is to the unresponsive region of touch gestures corresponding to existing mouse action on the window of this conventional desktop type application program, described second area is the arbitrary region on touch-screen, shows the region of visual object on the window that described the 3rd region is this application program.

5. an application control method, is applied to calculation element, and this calculation element, touching the window of a conventional desktop type application program of screen display, is characterized in that, the method comprises:

Setting steps: the type of the gesture of definition user finger touches touch-screen, and touch area on touch-screen of dissimilar gesture and gesture and the incidence relation between operational order are set;

Touching information recording step: record the touching information that touch-screen detecting obtains user's finger, comprise the position coordinates of each touch points and detect the temporal information of the position coordinates of each touch points;

Touching information analysis step: analyze described touching information, determine that user points touch area on touch-screen and the type of gesture, and determine according to the type of touch area, gesture and described incidence relation the operational order being associated; And

Instruction execution step: carry out this operational order being associated the window of described conventional desktop type application program is carried out to corresponding operating.

6. application control method as claimed in claim 5, it is characterized in that, the type of described gesture comprise two fingers double-click simultaneously touch-screen, singly refer to touch touch-screen and horizontally slip, four fingers are touched touch-screen simultaneously and inwardly slide, the five fingers touch touch-screen simultaneously and stop Preset Time, the five fingers touch touch-screen simultaneously and outwards slide, the five fingers are touched touch-screen simultaneously and inwardly slide.

7. application control method as claimed in claim 6, is characterized in that, describedly touch area on touch-screen of dissimilar gesture and gesture is set and the incidence relation between operational order comprises:

Two fingers are set to be double-clicked the first predeterminable area of touch-screen simultaneously and is associated with the operational order of " maximizing the window of the conventional desktop type application program of current demonstration ";

The first predeterminable area that two fingers double-click touch-screen is simultaneously set to be again associated with the operational order of the window of this conventional desktop type application program " reduce to maximizing previous window ";

Arrange and singly refer to touch the first predeterminable area of touch-screen and horizontally slip be associated with the operational order of " minimizing the window of this conventional desktop type application program ";

Four fingers are set to be touched the first predeterminable area of touch-screen simultaneously and inwardly slides and be associated with the operational order of " closing the window of this conventional desktop type application program ";

The five fingers are set to be touched the second predeterminable area of touch-screen simultaneously and stops Preset Time and be associated with the operational order of " unlatching zoom in/out function ";

The five fingers are set to be touched the 3rd predeterminable area of touch-screen simultaneously and outwards or inwardly slides and be associated with the operational order of " zooming in or out the content of the region demonstration that the window of this conventional desktop type application program determined by these the five fingers "; And

Four fingers are set to be touched the 3rd predeterminable area of touch-screen simultaneously and inwardly slides and be associated with the operational order of " closing zoom in/out function ".

8. application control method as claimed in claim 7, it is characterized in that, described the first predeterminable area is to the unresponsive region of touch gestures corresponding to existing mouse action on the window of this conventional desktop type application program, described second area is the arbitrary region on touch-screen, and described the 3rd region is to be included as the region that shows visual object on the window of this application program.