CN103226453B - Method for mapping display and operation of mobile phone screen to computer terminal - Google Patents
Method for mapping display and operation of mobile phone screen to computer terminal Download PDFInfo
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- CN103226453B CN103226453B CN201310095336.6A CN201310095336A CN103226453B CN 103226453 B CN103226453 B CN 103226453B CN 201310095336 A CN201310095336 A CN 201310095336A CN 103226453 B CN103226453 B CN 103226453B
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Abstract
The invention provides a method for mapping display and operation of a mobile phone screen to a computer terminal. The method designed by the invention comprises the steps that 1), a physical connection between a mobile phone and a computer is established, and the computer sends a screen mapping request to the mobile phone; 2), the mobile phone feeds current display information of the mobile phone back to the computer according to the screen mapping request sent by the computer; 3), the computer selects a screen mapping mode according to the display information of the mobile phone and the local screen information of the computer; 4), the content of the mobile phone screen is mapped to the computer screen according to the selected screen mapping mode, and the operation of the computer is mapped to the mobile phone simultaneously; and 5), when the computer is operated, the screen control input information of the computer is sent to the mobile phone according to the screen mapping mode. According to the method, when the content of the mobile phone screen is displayed on the computer, the display mode can be regulated automatically and conveniently according to the screen sizes of the mobile phone and the computer and user experience requirements, so that the display and operation effects of the computer screen are well promoted.
Description
Technical field
The present invention relates to field of computer technology, refer to a kind of display of mobile phone screen and the operation map method to computer terminal particularly.
Technical background
Along with the development of smart mobile phone, the performance of mobile phone from strength to strength, enrich constantly, and mobile phone has become the center of people's life information by mobile phone application.Present people can run increasing application program by mobile phone, as navigation, microblogging, phone, music movie and real-time road etc.Meanwhile, people have, contact, the other-end that uses also gets more and more, as PC, vehicle-mounted computer etc.Mobile phone screen can be shared to merely other-end display and operation by more existing technology, the object using mobile phone terminal application program is reached by operating the mobile phone screen shared out, but when carrying out screen map, screen size and the mobile phone screen size of mapping objects equipment are inconsistent, and Consumer's Experience is very bad.
Summary of the invention
Object of the present invention is exactly to provide a kind of display of mobile phone screen and operation map to the method for computer terminal, and the method effectively can be improved contents of mobile phone screen and show and operating experience on computer terminal display.
For realizing this object, the display of the mobile phone screen designed by the present invention and operation map are to the method for computer terminal, and it comprises the steps:
Step 1: mobile phone and computer terminal set up physical connection, computer terminal sends the request of screen map to mobile phone terminal program;
Step 2: the screen map request that smart mobile phone end sends according to computer terminal, by display information current for smart mobile phone end, feeds back to computer terminal;
Step 3: computer terminal selects screen map pattern according to the screen message of the display information of mobile phone terminal and computer terminal local by following three kinds of situations;
A, when needing the perpendicular screen display on smart mobile phone to be shown in when displaying ratio does not change to be mapped in computer terminal, and the perpendicular screen display on guarantee smart mobile phone is when showing that height is consistent with the height of computer terminal display, the screen map pattern of selection is the self organizing maps pattern kept under mobile phone terminal screen size ratio prerequisite;
B, when needing the horizontal screen display on smart mobile phone to be shown in when displaying ratio does not change to be mapped in computer terminal, and horizontal screen display width on guarantee smart mobile phone consistent with the width of computer terminal display time, the screen map pattern of selection is the maximum sized stretch mode meeting computer terminal screen;
C, when need the perpendicular screen display on smart mobile phone to be shown in amplify when displaying ratio does not change be mapped in computer terminal time, the screen map pattern of selection is for keeping mobile phone terminal screen size ratio prerequisite sub-screen roam mode;
Step 4: according in step 3 select screen map pattern by the content map of smart mobile phone end screen on the screen of computer terminal, simultaneously by the operation map of computer terminal to smart mobile phone end;
Step 5: in time operating computer terminal, according to above-mentioned screen map pattern, is sent to smart mobile phone by the screen control of computer terminal input information, realizes the input control to smart mobile phone end.
Also comprise step 6 after described step 5: in screen map process, if smart mobile phone end display mode changes, by according to the screen map pattern provided in step 3, notify computer terminal adjustment mapped mode.
In described step 2, the application program display unit in smart mobile phone end, accepts the screen map request that computer terminal sends, and according to the screen map request of computer terminal, gives computer terminal by the display information feed back of smart mobile phone end.
In step 3, the mapping method of the self organizing maps pattern under described maintenance mobile phone terminal screen size ratio prerequisite is:
The coordinate in smart mobile phone and the computer terminal screen upper left corner is (0,0), setting (x2, y2) be the coordinate points in computer terminal, setting (x1, y1) on smart mobile phone with the coordinate points (x2 in computer terminal, y2) corresponding mapping point point, then there are following mapping relations in (x1, y1) and (x2, y2):
Wherein, w1 is the width of smart mobile phone screen, and h1 is the height of smart mobile phone screen, and w2 is the width of computer terminal screen, and h2 is the height of computer terminal screen.
In step 3, the described mapping method meeting the maximum sized stretch mode of computer terminal screen is:
The coordinate in smart mobile phone and the computer terminal screen upper left corner is (0,0), setting (x2, y2) be the coordinate points in computer terminal, setting (x1, y1) on smart mobile phone with the coordinate points (x2 in computer terminal, y2) corresponding mapping point point, then there are following mapping relations in (x1, y1) and (x2, y2):
Wherein, w1 is the width of smart mobile phone screen, and h1 is the height of smart mobile phone screen, and w2 is the width of computer terminal screen, and h2 is the height of computer terminal screen.
In step 3, the mapping method of described maintenance mobile phone terminal screen size ratio prerequisite sub-screen roam mode is:
The coordinate in smart mobile phone and the computer terminal screen upper left corner is (0,0), setting (x2, y2) be the coordinate points in computer terminal, if smart mobile phone screen coordinate point (0,0) respective coordinates on computer terminal screen is (x3, y3), setting (x1, y1) coordinate points for smart mobile phone maps with the coordinate points (x2, y2) in computer terminal, then (x1, y1) there are following mapping relations with (x2, y2):
x2＝αx1-x3 （5）
y2＝αy1+y3 （6）
Wherein, α is the given amplification coefficient relative to mobile phone screen, regulates the coordinate of above-mentioned (x3, y3), can support the movement of smart mobile phone bit-mapped on-screen on computer terminal screen, to realize Screen rove.
In step 2, the current display information of described smart mobile phone end comprises mobile phone screen display resolution information and touches resolution information.
Described computer terminal is PC, vehicle-carrying DVD (Digital VersatileDisc, digital versatile disc), in-vehicle navigation apparatus, inter-vehicle information system terminal or panel computer.
The present invention is by arranging above step, particularly above-mentioned three kinds of mapped modes, when making to show contents of mobile phone screen in computer terminal, can easily according to both screen size and Consumer's Experience requirement, the mapped mode of adjustment display and operation, to promote the display effect on computer terminal screen; The mapping of the operation of handset device can be realized on computer equipment, as can by operating local touch-screen to simulate the operation touched mobile phone on computer equipment simultaneously.In addition, the present invention is by clear and definite algorithm, and the mode that specification mobile phone screen maps, for all kinds of screen map application provides a kind of specification or referential standard, possesses significance.
Accompanying drawing explanation
Fig. 1 is the method flow block scheme of the embodiment of the present invention;
Fig. 2 is the schematic diagram of the self organizing maps pattern kept in the present invention under mobile phone terminal screen size ratio prerequisite;
Fig. 3 is the schematic diagram of the maximum sized stretch mode meeting computer terminal screen in the present invention;
Fig. 4 is the schematic diagram keeping mobile phone terminal screen size ratio prerequisite sub-screen roam mode in the present invention;
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail:
The display of mobile phone screen and operation map are to a method for computer terminal, and it comprises the steps:
Step 1: mobile phone and computer terminal set up physical connection, computer terminal sends the request of screen map to mobile phone terminal program;
Step 2: the screen map request that smart mobile phone end sends according to computer terminal, by display information current for smart mobile phone end, feeds back to computer terminal;
Step 3: computer terminal selects screen map pattern according to the screen message of the display information of mobile phone terminal and computer terminal local by following three kinds of situations;
A, when needing the perpendicular screen display on smart mobile phone to be shown in when displaying ratio does not change to be mapped in computer terminal, and the perpendicular screen display on guarantee smart mobile phone is when showing that height is consistent with the height of computer terminal display, the screen map pattern of selection is the self organizing maps pattern kept under mobile phone terminal screen size ratio prerequisite;
B, when needing the horizontal screen display on smart mobile phone to be shown in when displaying ratio does not change to be mapped in computer terminal, and horizontal screen display width on guarantee smart mobile phone consistent with the width of computer terminal display time, the screen map pattern of selection is the maximum sized stretch mode meeting computer terminal screen;
C, when need the perpendicular screen display on smart mobile phone to be shown in amplify when displaying ratio does not change be mapped in computer terminal time, the screen map pattern of selection is for keeping mobile phone terminal screen size ratio prerequisite sub-screen roam mode;
Step 4: according in step 3 select screen map pattern by the content map of smart mobile phone end screen on the screen of computer terminal, simultaneously by the operation map of computer terminal to smart mobile phone end;
Step 5: in time operating computer terminal, according to above-mentioned screen map pattern, is sent to smart mobile phone by the screen control of computer terminal input information, realizes the input control to smart mobile phone end.
Also comprise step 6 after the step 5 of technique scheme: in screen map process, if smart mobile phone end display mode changes, by according to the screen map pattern provided in step 3, notify computer terminal adjustment mapped mode.
In the step 2 of technique scheme, application program display unit in smart mobile phone end, accept the screen map request that computer terminal sends, and according to the screen map request of computer terminal, give computer terminal by the display information feed back of smart mobile phone end.
In the step 3 of technique scheme, the mapping method of the self organizing maps pattern under described maintenance mobile phone terminal screen size ratio prerequisite is:
The coordinate in smart mobile phone and the computer terminal screen upper left corner is (0,0), setting (x2, y2) is the coordinate points in computer terminal, setting (x1, y1) on smart mobile phone with the coordinate points (x2 in computer terminal, y2) corresponding mapping point point, then (x1, y1) and (x2, y2) there are following mapping relations, as shown in Figure 2:
Wherein, w1 is the width of smart mobile phone screen, and h1 is the height of smart mobile phone screen, and w2 is the width of computer terminal screen, and h2 is the height of computer terminal screen.
In the step 3 of technique scheme, the described mapping method meeting the maximum sized stretch mode of computer terminal screen is, as described in Figure 3:
The coordinate in smart mobile phone and the computer terminal screen upper left corner is (0,0), setting (x2, y2) be the coordinate points in computer terminal, setting (x1, y1) on smart mobile phone with the coordinate points (x2 in computer terminal, y2) corresponding mapping point point, then there are following mapping relations in (x1, y1) and (x2, y2):
Wherein, w1 is the width of smart mobile phone screen, and h1 is the height of smart mobile phone screen, and w2 is the width of computer terminal screen, and h2 is the height of computer terminal screen.
In the step 3 of technique scheme, the mapping method of described maintenance mobile phone terminal screen size ratio prerequisite sub-screen roam mode is, as shown in Figure 4:
The coordinate in smart mobile phone and the computer terminal screen upper left corner is (0,0), setting (x2, y2) be the coordinate points in computer terminal, setting smart mobile phone screen coordinate point (0,0) respective coordinates on computer terminal screen is (x3, y3), setting (x1, y1) coordinate points for smart mobile phone maps with the coordinate points (x2, y2) in computer terminal, then (x1, y1) there are following mapping relations with (x2, y2):
x2＝αx1+x3 (5)
y2＝αy1+y3 (6)
Wherein, α is the given amplification coefficient relative to mobile phone screen, regulates the coordinate of above-mentioned (x3, y3), can support the movement of smart mobile phone bit-mapped on-screen on computer terminal screen, to realize Screen rove.In Fig. 4, w1 is the width of smart mobile phone screen, and h1 is the height of smart mobile phone screen, and w2 is the width of computer terminal screen, and h2 is the height of computer terminal screen.
In the step 2 of technique scheme, the current display information of described smart mobile phone end comprises mobile phone screen display resolution information and touches resolution information.
In technique scheme, described computer terminal is PC, vehicle-carrying DVD, in-vehicle navigation apparatus, inter-vehicle information system terminal or panel computer.
The present invention is introduced below for smart mobile phone and vehicle-mounted computer:
As shown in Figure 1, smart mobile phone 11 and vehicle-mounted computer 12, be connected by data line 15, smart mobile phone 11 is provided with serve end program 13, vehicle-mounted computer 12 is provided with client-side program 14, client-side program 14 containment mapping algorithm 43 i.e. three kinds of mapped modes of above-mentioned introduction.
Serve end program 13 runs with backstage method of service in smart mobile phone 11.After starting client-side program 14, the request screen message 21 of smart mobile phone 11 is initiatively asked in terminal demonstration control module 41 meeting wherein to the screen display service unit 31 of serve end program 13, after screen display service unit 31 in serve end program 13 receives request, the display information in smart mobile phone 11 can be obtained, comprise display resolution, touch the information such as resolution, and return mobile phone screen information 22 to the client-side program 14 on vehicle-mounted computer 12.
Vehicle-mounted computer 12 terminal demonstration control module 41, according to returning mobile phone screen information 22, asks on-screen data; Screen display service unit 31 in serve end program 13 returns screen graph content 24 after receiving request on-screen data 23, and terminal demonstration control module 41 performs mapping algorithm 43 according to screen message, realizes the mapping of mobile phone 11 screen to vehicle-mounted computer 12 screen.
When vehicle-mounted computer 12 terminal Input Control Element 42 receives outside input control request, according to mapping algorithm 43, return input control information 25 to the screen Input Control Element 32 of smart mobile phone 11, realize the input control to smart mobile phone.
When the display information of mobile phone 11 screen changes time, send to vehicle-mounted computer 12 client-side program 14, vehicle-mounted computer 12 client-side program 14, according to change mobile phone screen information 26, re-executes mapping algorithm 43, realizes mobile phone 11 screen and adjusts to the mapping of vehicle-mounted computer 12 screen.
The content that this instructions is not described in detail belongs to the known prior art of professional and technical personnel in the field.
Claims (6)
1. the display of mobile phone screen and operation map are to a method for computer terminal, and it is characterized in that, it comprises the steps:
Step 1: mobile phone and computer terminal set up physical connection, computer terminal sends the request of screen map to mobile phone terminal program;
Step 2: the screen map request that smart mobile phone end sends according to computer terminal, by display information current for smart mobile phone end, feeds back to computer terminal;
Step 3: computer terminal selects screen map pattern according to the screen message of the display information of mobile phone terminal and computer terminal local by following three kinds of situations;
A, when needing the perpendicular screen display on smart mobile phone to be shown in when displaying ratio does not change to be mapped in computer terminal, and the perpendicular screen display on guarantee smart mobile phone is when showing that height is consistent with the height of computer terminal display, the screen map pattern of selection is the self organizing maps pattern kept under mobile phone terminal screen size ratio prerequisite;
B, when needing the horizontal screen display on smart mobile phone to be shown in when displaying ratio does not change to be mapped in computer terminal, and horizontal screen display width on guarantee smart mobile phone consistent with the width of computer terminal display time, the screen map pattern of selection is the maximum sized stretch mode meeting computer terminal screen;
C, when need the perpendicular screen display on smart mobile phone to be shown in amplify when displaying ratio does not change be mapped in computer terminal time, the screen map pattern of selection is for keeping mobile phone terminal screen size ratio prerequisite sub-screen roam mode;
Step 4: according in step 3 select screen map pattern by the content map of smart mobile phone end screen on the screen of computer terminal, simultaneously by the operation map of computer terminal to smart mobile phone end;
Step 5: in time operating computer terminal, according to above-mentioned screen map pattern, is sent to smart mobile phone by the screen control of computer terminal input information, realizes the input control to smart mobile phone end;
Also comprise step 6 after described step 5: in screen map process, if smart mobile phone end display mode changes, by according to the screen map pattern provided in step 3, notify computer terminal adjustment mapped mode;
In step 3, the mapping method of described maintenance mobile phone terminal screen size ratio prerequisite sub-screen roam mode is:
The coordinate in smart mobile phone and the computer terminal screen upper left corner is (0,0), setting (x2, y2) be the coordinate points in computer terminal, if smart mobile phone screen coordinate point (0,0) respective coordinates on computer terminal screen is (x3, y3), setting (x1, y1) coordinate points for smart mobile phone maps with the coordinate points (x2, y2) in computer terminal, then (x1, y1) there are following mapping relations with (x2, y2):
x2＝αx1+x3 (5)
y2＝αy1+y3 (6)
Wherein, α is the given amplification coefficient relative to mobile phone screen, regulates the coordinate of above-mentioned (x3, y3), can support the movement of smart mobile phone bit-mapped on-screen on computer terminal screen, to realize Screen rove.
2. the display of mobile phone screen according to claim 1 and operation map are to the method for computer terminal, it is characterized in that: in described step 2, application program display unit in smart mobile phone end, accept the screen map request that computer terminal sends, and according to the screen map request of computer terminal, give computer terminal by the display information feed back of smart mobile phone end.
3. the display of mobile phone screen according to claim 1 and operation map are to the method for computer terminal, and it is characterized in that: in step 3, the mapping method of the self organizing maps pattern under described maintenance mobile phone terminal screen size ratio prerequisite is:
The coordinate in smart mobile phone and the computer terminal screen upper left corner is (0,0), setting (x2, y2) be the coordinate points in computer terminal, setting (x1, y1) on smart mobile phone with the coordinate points (x2 in computer terminal, y2) corresponding mapping point point, then there are following mapping relations in (x1, y1) and (x2, y2):
Wherein, w1 is the width of smart mobile phone screen, and h1 is the height of smart mobile phone screen, and w2 is the width of computer terminal screen, and h2 is the height of computer terminal screen.
4. the display of mobile phone screen according to claim 1 and operation map are to the method for computer terminal, and it is characterized in that: in step 3, the described mapping method meeting the maximum sized stretch mode of computer terminal screen is:
The coordinate in smart mobile phone and the computer terminal screen upper left corner is (0,0), setting (x2, y2) be the coordinate points in computer terminal, setting (x1, y1) on smart mobile phone with the coordinate points (x2 in computer terminal, y2) corresponding mapping point point, then there are following mapping relations in (x1, y1) and (x2, y2):
Wherein, w1 is the width of smart mobile phone screen, and h1 is the height of smart mobile phone screen, and w2 is the width of computer terminal screen, and h2 is the height of computer terminal screen.
5. the display of mobile phone screen according to claim 1 and operation map are to the method for computer terminal, it is characterized in that: in step 2, and the current display information of described smart mobile phone end comprises mobile phone screen display resolution information and touches resolution information.
6. the display of mobile phone screen according to claim 1 and operation map are to the method for computer terminal, it is characterized in that: described computer terminal is PC, vehicle-carrying DVD, in-vehicle navigation apparatus, inter-vehicle information system terminal or panel computer.
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