CN105094504A - Simulation display control method, simulation display control device and remote control device - Google Patents

Simulation display control method, simulation display control device and remote control device Download PDF

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Publication number
CN105094504A
CN105094504A CN201410191125.7A CN201410191125A CN105094504A CN 105094504 A CN105094504 A CN 105094504A CN 201410191125 A CN201410191125 A CN 201410191125A CN 105094504 A CN105094504 A CN 105094504A
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China
Prior art keywords
value
laser image
display
image
simulation
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CN201410191125.7A
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CN105094504B (en
Inventor
白朝政
鹿保军
赵民
刘天宇
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Hitevision Co Ltd
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HONGHE TECHNOLOGY Co Ltd
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Abstract

The invention discloses a simulation display control method. The simulation display control method comprises the following steps: receiving a control command; judging whether the control command is a simulation display command; if not, responding to the control command and executing a corresponding operation; if so, responding to the simulation display command; switching a corresponding display control command to a simulation display control command; and switching a cursor image to a simulation laser image and displaying the simulation laser image. The invention also discloses a simulation display control device. The simulation display control device comprises a receiving module, a processing module, a display control module and a display module. The invention also discloses a remote control device. The remote control device comprises a plurality of function keys, a processing unit and a signal sending unit. The plurality of function keys include a simulation key. By utilizing the simulation display control method, the simulation display control device and the remote control device provided by the invention, simulation effect of a laser pen can be realized, and user experience is improved.

Description

Emulating display control method, device and telechiric device
Technical field
The present invention relates to image display technology field, refer to a kind of Emulating display control method, device and telechiric device especially.
Background technology
Laser designator, being also called laser pen, referring to star pen etc., is that visible laser is designed to portable, that hand is easily held, laser module (light emitting diode) is processed into pen type transmitter; Usually it all can be used to come projection luminous point or a light directed towards object report, teaching, guides.Such as, but it under specific circumstances, when directed object is display screen, owing to there being the backlight of display screen to exist, laser pen projection point brilliance is on a display screen caused to die down and smudgy.Meanwhile, improper use laser pen also likely causes retina impaired, even blind, causes the use of laser pen to have certain risk and limitation.
Summary of the invention
In view of this, the object of the invention is to propose a kind of Emulating display control method, device and telechiric device, the simulated effect of laser pen can be realized, improve Consumer's Experience.
Based on above-mentioned purpose Emulating display control method provided by the invention, comprising:
Receive steering order;
Judge whether described steering order is Emulating display instruction;
If not, then respond described steering order and perform corresponding operating;
If so, described Emulating display instruction is then responded;
The display and control instruction of correspondence is switched to Emulating display steering order;
Cursor glyph is switched and is shown as simulation laser image.
In some embodiments, the described display and control instruction by correspondence comprises before switching to the step of Emulating display steering order: prestore the shape of simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
The described display and control instruction by correspondence switches to the step of Emulating display steering order to comprise:
Call the data message of shape corresponding to simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
Cursor glyph is replaced with the simulation laser image of corresponding shape, size, the pixel number comprised, rgb value that each pixel is corresponding.
In some embodiments, described simulation laser image comprises point-like laser image, linear laser image, circle shape laser image, square frame shape laser image.
In some embodiments, described by cursor glyph switch be shown as the step of simulation laser image after also comprise:
Receive and respond emulating image switching command;
Emulating display steering order corresponding to different simulation laser images is sent according to the order preset.
In some embodiments, by cursor glyph switch be shown as the step of simulation laser image after also comprise:
Judge the file layout of current display;
If file layout is text, then the Emulating display steering order that transmit leg frame-shaped laser image is corresponding;
If file layout is graphic file, then send the Emulating display steering order that circle shape laser image is corresponding;
If file layout is neither text, neither graphic file, then send Emulating display steering order corresponding to point-like laser image.
In some embodiments, described square frame shape laser image comprises the multiple square frame shape laser image of the word corresponding to different font size;
If current file form be text and the Emulating display steering order sent is Emulating display steering order corresponding to square frame shape laser image time, described method also comprises:
The square frame shape laser image of the corresponding size of display is switched according to the word font size of the text of current display.
In some embodiments, the word font size of the described text according to current display also comprises after switching the step of the square frame shape laser image of the corresponding size of display:
Judge the position of the word that the overlay capacity of the square frame shape laser image of current display is maximum;
The position coordinates of the described square frame shape laser image of current display is changed to the coboundary of described square frame shape laser image and lower limb and lay respectively at position coordinates between the interlinear spacing region, top of described word present position and bottom row in white space.
In some embodiments, if file layout be graphic file and the Emulating display steering order sent is Emulating display steering order corresponding to circle shape laser image time, described method also comprises:
Judge whether the displaying contents of described graphic file comprises facial image;
If so, then described circle shape laser image is switched to people's face-like laser image, and be presented at described facial image present position;
If not, then circle shape laser image is normally shown.
In some embodiments, by cursor glyph switch be shown as the step of simulation laser image after also comprise:
The R value of original display image that the simulation laser image obtaining current display covers, G value and B value;
Within judging whether the R value of described original display image, G value and B value lay respectively at the default conflict range of the R value of simulation laser image, G value and B value;
If not, then normally described simulation laser image is shown;
If so, the R value of the simulation laser image of described current display, G value and B value is then changed.
In some embodiments, the step of the R value of the simulation laser image of the described current display of described change, G value and B value comprises:
Determine to be positioned at the intersection of described original display image within the default conflict range of the R value of simulation laser image, G value and B value and described simulation laser image;
Change the R value of simulation laser image corresponding to described intersection, G value and B value.
In some embodiments, the step of the R value of the simulation laser image of the described current display of described change, G value and B value comprises:
Contrast the R value of described capped original display image, the R value of G value and B value and simulation laser image, G value and B value respectively;
If the R value of capped original display image is larger than the R value of simulation laser image, then the difference R value of simulation laser image being reduced to the R value of the two is greater than 20; If the R value of capped original display image is less than the R value of simulation laser image, then the difference R value of simulation laser image being increased to the R value of the two is greater than 20; If the R value of capped original display image is equal with the R value of simulation laser image, then by the R value increase by 20 of simulation laser image;
If the G value of capped original display image is larger than the G value of simulation laser image, then the difference G value of simulation laser image being reduced to the G value of the two is greater than 20; If the G value of capped original display image is less than the G value of simulation laser image, then the difference G value of simulation laser image being increased to the G value of the two is greater than 20; If the G value of capped original display image is equal with the G value of simulation laser image, then by the G value increase by 20 of simulation laser image;
If the B value of capped original display image is larger than the B value of simulation laser image, then the difference B value of simulation laser image being reduced to the B value of the two is greater than 20; If the B value of capped original display image is less than the B value of simulation laser image, then the difference B value of simulation laser image being increased to the B value of the two is greater than 20; If the B value of capped original display image is equal with the B value of simulation laser image, then by the B value increase by 20 of simulation laser image.
In some embodiments, the default conflict range of the R value of described simulation laser image, G value and B value is respectively the scope of R value ± 20 of described simulation laser image, G value ± 20 and B value ± 20.
In some embodiments, by cursor glyph switch be shown as the step of simulation laser image after also comprise:
The R value of original display image that the simulation laser image obtaining current display covers, G value and B value;
The R value of simulation laser image, G value and B value are multiplied by 90% respectively, the R value of covered original display image, G value and B value are multiplied by 10% respectively;
By the R value of the simulation laser image of 90% of gained, G value and B value with 10% the R value of the original display image covered, G value and B value is corresponding is respectively added, obtain new R value, G value and B value;
The R value of the simulation laser image of current display, G value and B value are changed to described new R value, G value and B value respectively.
In some embodiments, the described step R value of the simulation laser image of current display, G value and B value being changed to respectively described new R value, G value and B value comprises:
Determine the intersection of described original display image and described simulation laser image;
The R value of simulation laser image corresponding for described intersection, G value and B value are changed to described new R value, G value and B value respectively.
In some embodiments, described by cursor glyph switch be shown as the step of simulation laser image after also comprise:
Receive reduction idsplay order;
Display and control instruction is switched to send the Emulating display steering order of correspondence;
Be cursor glyph by simulation laser image restoring.
Present invention also offers a kind of Emulating display control device, comprising:
Receiver module, for receiving steering order;
Processing module, for judging whether described steering order is Emulating display instruction; If not, then respond described steering order and perform corresponding operating; If so, then described Emulating display instruction is sent to display control module;
Display control module, for responding described Emulating display instruction, switching to Emulating display steering order by the display and control instruction of correspondence and sending to display module;
Display module, is shown as simulation laser image for being switched by cursor glyph.
In some embodiments, described Emulating display control device, also comprises memory module, for prestoring the shape of simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
Described display control module is also for calling the data message of shape corresponding to simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding; Cursor glyph is replaced with the simulation laser image of corresponding shape, size, the pixel number comprised, rgb value that each pixel is corresponding;
Described display module, for showing the simulation laser image of the shape of described correspondence, size, the pixel number comprised, rgb value that each pixel is corresponding.
In some embodiments, described simulation laser image comprises point-like laser image, linear laser image, circle shape laser image, square frame shape laser image.
In some embodiments, described receiver module is also for receiving emulating image switching command;
Described processing module is also for sending to described display control module by described emulating image switching command;
Described display control module also for responding emulating image switching command, and sends Emulating display steering order corresponding to different laser images according to the order preset;
Described display module is also for showing different simulation laser images according to the order preset.
In some embodiments, judged result also for judging the file layout of current display, and is sent to described display control module by described processing module;
If file layout is text, described display control module is also for Emulating display steering order that transmit leg frame-shaped laser image is corresponding; If file layout is graphic file, described display control module is also for sending Emulating display steering order corresponding to circle shape laser image; If file layout is neither text, neither graphic file, described display control module is also for sending Emulating display steering order corresponding to point-like laser image;
Described display module is also for receiving Emulating display steering order corresponding to described square frame shape laser image, circle shape laser image and point-like laser image and showing square frame shape laser image, circle shape laser image and point-like laser image respectively.
In some embodiments, described square frame shape laser image comprises the multiple square frame shape laser image of the word corresponding to different font size;
If current file form be text and the Emulating display steering order sent is Emulating display steering order corresponding to square frame shape laser image time:
Font size information also for determining the word font size of current text file, and is sent to described display control module by described processing module;
Emulating display steering order also for according to described font size information, is switched to Emulating display steering order square frame shape laser image corresponding to corresponding with font size information and sends to described display module by described display control module;
Described display module is also shown as the square frame shape laser image corresponding with font size size for being switched by former square frame shape laser image.
In some embodiments, described positional information also for the position of the maximum word of the overlay capacity of the square frame shape laser image judging current display, and is sent to display control module by described processing module;
Described display control module is also for according to described positional information, and the coboundary and the lower limb that the position coordinates of the described square frame shape laser image of current display are changed to described square frame shape laser image lay respectively at the position coordinates between the interlinear spacing region, top of described word present position and bottom row in white space and send to display module;
Described display module is also for laying respectively at square frame shape laser image described in the position display above described word present position between interlinear spacing region and bottom row in white space at the coboundary of described square frame shape laser image and lower limb.
In some embodiments, if file layout be graphic file and the Emulating display steering order sent is Emulating display steering order corresponding to circle shape laser image time,
Described processing module is also for judging whether the displaying contents of described graphic file comprises facial image; If so, human face image information is then sent to display control module;
Emulating display steering order also for according to human face image information, is switched to the Emulating display steering order corresponding with people's face-like laser image and sends to described display module by described display control module;
Described display module is also shown as people's face-like laser image for being switched by circle shape laser image.
In some embodiments, the R value of original display image of also covering for the simulation laser image obtaining current display of described processing module, G value and B value; And, within judging whether the R value of described original display image, G value and B value lay respectively at the default conflict range of the R value of simulation laser image, G value and B value; If so, collision signal is then sent to display control module;
Described display control module is also for changing the R value of the simulation laser image of described current display, G value and B value and sending it to display module;
Described display module is also for carrying out the display of simulation laser image according to the R value of simulation laser image after change, G value and B value.
In some embodiments, described processing module also for determine to be positioned at the R value of simulation laser image, G value and B value default conflict range within described original display image and the intersection of described simulation laser image, and intersection information is sent to display control module;
Described display control module also for according to intersection information, is changed the R value of simulation laser image corresponding to described intersection, G value and B value and sends it to display module;
Described display module also for according to the R value of simulation laser image after change, G value and B value, shows the simulation laser image of intersection.
In some embodiments, described processing module is also for contrasting the R value of described capped original display image, the R value of G value and B value and simulation laser image, G value and B value respectively;
If the R value of capped original display image is larger than the R value of simulation laser image, then described display control module is also greater than 20 for the difference of the R value R value of simulation laser image being reduced to the two; If the R value of capped original display image is less than the R value of simulation laser image, then described display control module is also greater than 20 for the difference of the R value R value of simulation laser image being increased to the two; If the R value of capped original display image is equal with the R value of simulation laser image, then described display control module is also for the R value increase by 20 by simulation laser image;
If the G value of capped original display image is larger than the G value of simulation laser image, then described display control module is also greater than 20 for the difference of the G value G value of simulation laser image being reduced to the two; If the G value of capped original display image is less than the G value of simulation laser image, then described display control module is also greater than 20 for the difference of the G value G value of simulation laser image being increased to the two; If the G value of capped original display image is equal with the G value of simulation laser image, then described display control module is also for the G value increase by 20 by simulation laser image;
If the B value of capped original display image is larger than the B value of simulation laser image, then described display control module is also greater than 20 for the difference of the B value B value of simulation laser image being reduced to the two; If the B value of capped original display image is less than the B value of simulation laser image, then described display control module is also greater than 20 for the difference of the B value B value of simulation laser image being increased to the two; If the B value of capped original display image is equal with the B value of simulation laser image, then described display control module is also for the B value increase by 20 by simulation laser image;
Described display module is also for carrying out the display of simulation laser image according to the R value of simulation laser image after change, G value and B value.
In some embodiments, the default conflict range of the R value of described simulation laser image, G value and B value is respectively the scope of R value ± 20 of described simulation laser image, G value ± 20 and B value ± 20.
In some embodiments, the R value of original display image of also covering for the simulation laser image obtaining current display of described processing module, G value and B value; The R value of simulation laser image, G value and B value are multiplied by 90% respectively, the R value of covered original display image, G value and B value are multiplied by 10% respectively; By the R value of the simulation laser image of 90% of gained, G value and B value with 10% the R value of the original display image covered, G value and B value is corresponding is respectively added, obtain new R value, G value and B value and send it to display control module;
Described display control module also changes to described new R value, G value and B value respectively for the R value of the simulation laser image by current display, G value and B value and sends it to display module;
Described display module is also for carrying out the display of simulation laser image according to new R value, G value and the B value of the simulation laser image after change.
In some embodiments, intersection information also for determining the intersection of described original display image and described simulation laser image, and is sent to display control module by described processing module;
The R value of simulation laser image corresponding for described intersection, G value and B value also for according to intersection information, are changed to described new R value, G value and B value and send it to display module by described display control module respectively;
Described display module also for new R value, G value and the B value according to the simulation laser image after change, shows the simulation laser image of intersection.
In some embodiments, described receiver module is also for receiving reduction idsplay order;
Described processing module is also for sending to display control module by described reduction idsplay order;
The Emulating display steering order of correspondence also for responding described reduction idsplay order, being switched to display and control instruction and sending to display module by described display control module;
Described display module is also for being cursor glyph by simulation laser image restoring.
Present invention also offers a kind of telechiric device of the Emulating display control device be applied to as above described in any one, comprising:
Multiple function button;
Processing unit, for being processed into corresponding control command by different function key states;
Signal transmitting unit, for sending to described Emulating display control device by described control command;
Described multiple function button comprises emulation button;
When described emulation button is pressed, described processing unit is treated to Emulating display instruction and is sent to described Emulating display control device through signal transmitting unit;
When lifting described emulation button, described processing unit is treated to reduction idsplay order and is sent to described Emulating display control device through signal transmitting unit.
In some embodiments, described processing unit comprises detecting unit, described detecting unit is used for detecting described emulation button by predeterminated frequency, when detecting that emulation button is lifted, described processing unit is treated to reduction idsplay order and is sent to described Emulating display control device through signal transmitting unit.
In some embodiments, emulating image switching key is also comprised in described multiple function button; When lifting after described emulating image switching key is pressed, described processing unit is treated to emulating image switching command and is sent to described Emulating display control device through signal transmitting unit again.
As can be seen from above, Emulating display control method provided by the invention and device, according to the Emulating display instruction received, replace to simulation laser image by original cursor glyph, thus achieve the emulation of laser pen effect, enhance Consumer's Experience.
Further, judge the kind of the file layout of current display, show different simulation laser images according to different file layouts, simulation laser image is mated with file layout, reach optimal user and experience.
Preferably, also by when simulation laser image is overlapping with current display image, rgb value is rerun, thus reaches color bleeding, improve simulated effect further; In addition, also by when the image rgb value of current display conflicts with simulation laser image, by the rgb value of change simulation laser image, thus the image area that simulation laser image is corresponding with overlapping present displayed content is separated, and the light that can not produce conventional laser pen is shown the problem that image absorbs.
In another aspect of this invention, be applied to described Emulating display control device, present invention also offers a kind of telechiric device, Emulating display instruction is sent by telechiric device emulating pressing down of button, until just become cursor glyph again when lifting, achieve the long action emulation pressed laser pen button and occur laser image, thus improve Consumer's Experience further; Meanwhile, carried out the transmission of control signal by telechiric device, then can not produce the problem of the light barrier of conventional laser pen.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of an embodiment of Emulating display control method provided by the invention;
Fig. 2 is the schematic flow sheet of another embodiment of Emulating display control method provided by the invention;
Fig. 3 is the structural representation of an embodiment of Emulating display control device provided by the invention;
Fig. 4 is the structural representation of an embodiment of telechiric device provided by the invention.
Embodiment
For making the object, technical solutions and advantages of the present invention clearly understand, below in conjunction with specific embodiment, and with reference to accompanying drawing, the present invention is described in more detail.
With reference to accompanying drawing 1, it is the schematic flow sheet of an embodiment of Emulating display control method provided by the invention.
Described Emulating display control method, comprising:
Step 101: receive steering order;
Step 102: judge whether described steering order is Emulating display instruction;
If not, then step 103 is forwarded to: respond described steering order;
Step 104: perform corresponding operating;
If so, then step 105 is forwarded to: respond described Emulating display instruction;
Step 106: the display and control instruction of correspondence is switched to Emulating display steering order;
Step 107: cursor glyph is switched and is shown as simulation laser image.
As can be seen from above-described embodiment, the Emulating display control method that the embodiment of the present invention provides, according to the Emulating display instruction received, replaces to simulation laser image by original cursor glyph, thus achieve the emulation of laser pen effect, enhance Consumer's Experience.
Preferably, the described display and control instruction by correspondence switches to before the step 106 of Emulating display steering order and can also comprise step: prestore the shape of simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
The described display and control instruction by correspondence switches to the step 106 of Emulating display steering order item can be further comprising the steps:
Call the data message of shape corresponding to simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
Cursor glyph is replaced with the simulation laser image of corresponding shape, size, the pixel number comprised, rgb value that each pixel is corresponding.
By prestoring shape corresponding to different simulation laser images, size, the pixel number that comprises, the data messages such as the rgb value that each pixel is corresponding, when original cursor glyph is switched to simulation laser image, by calling corresponding data, thus generate simulation laser view data, and show accordingly; Follow-up simulation laser image is adjusted time, by changing the simulation laser image of corresponding data genaration different colours.
Optionally, described simulation laser image comprises point-like laser image, linear laser image, circle shape laser image, square frame shape laser image.
Further, the described step 107 being shown as simulation laser image that switched by cursor glyph can also comprise the following steps afterwards:
Receive and respond emulating image switching command;
Emulating display steering order corresponding to different simulation laser images is sent according to the order preset.
By receiving emulating image switching command, according to the transfer sequence preset to call data message corresponding to corresponding simulation laser image, and switch display accordingly according to the transfer sequence that this presets.
Preferably, cursor glyph is switched the step 107 being shown as simulation laser image can also comprise the following steps afterwards:
Judge the file layout of current display;
If file layout is text, then the Emulating display steering order that transmit leg frame-shaped laser image is corresponding;
If file layout is graphic file, then send the Emulating display steering order that circle shape laser image is corresponding;
If file layout is neither text, neither graphic file, then send Emulating display steering order corresponding to point-like laser image.
The file layout of described current display can be currently be presented at the most front file, or, the file processed now; By judging the file layout of current display, thus the simulation laser image of coupling the best adapts to the file of current display, thus obtains best Consumer's Experience.
Further, described square frame shape laser image comprises the multiple square frame shape laser image (that is, varying in size of square frame shape laser image) of the word corresponding to different font size;
If current file form be text and the Emulating display steering order sent is Emulating display steering order corresponding to square frame shape laser image time, described method can also comprise the following steps:
Switch the square frame shape laser image of the corresponding size of display according to the word font size of the text of current display, thus the text of different font size can be adapted to.
Optionally, the word font size of the described text according to current display also can comprise the following steps after switching the step of the square frame shape laser image of the corresponding size of display:
Judge the position of the word that the overlay capacity of the square frame shape laser image of current display is maximum;
The position coordinates of the described square frame shape laser image of current display is changed to the coboundary of described square frame shape laser image and lower limb and lay respectively at position coordinates between the interlinear spacing region, top of described word present position and bottom row in white space.
By above step, make described square frame shape laser image lower edges remain at the interlinear spacing place of word, and can not word be sheltered from.
Further, if file layout be graphic file and the Emulating display steering order sent is Emulating display steering order corresponding to circle shape laser image time, described method also can comprise the following steps:
Judge whether the displaying contents of described graphic file comprises facial image;
If so, then described circle shape laser image is switched to people's face-like laser image, and be presented at described facial image present position;
If not, then circle shape laser image is normally shown.
By above step, make circle shape laser image to carry out recognition of face, and can the very first time by people's face-like laser image, the face in the displaying contents of original picture file be identified out.
Preferably, cursor glyph is switched the step 106 being shown as simulation laser image also can comprise the following steps afterwards:
The R value of original display image that the simulation laser image obtaining current display covers, G value and B value;
Within judging whether the R value of described original display image, G value and B value lay respectively at the default conflict range of the R value of simulation laser image, G value and B value;
If not, then normally described simulation laser image is shown;
If so, the R value of the simulation laser image of described current display, G value and B value is then changed.
By above-mentioned steps, do not come by simulation laser image with the afoul original display image area of its color.
Further, the step of the R value of the simulation laser image of the described current display of described change, G value and B value comprises:
Determine to be positioned at the intersection of described original display image within the default conflict range of the R value of simulation laser image, G value and B value and described simulation laser image;
Change the R value of simulation laser image corresponding to described intersection, G value and B value.
By only changing the rgb value of intersection, make non-coincidence part keep original simulation laser color of image, thus ensure best simulated effect when distinguishing intersection.
Optionally, the step of the R value of the simulation laser image of the described current display of described change, G value and B value can be further comprising the steps:
Contrast the R value of described capped original display image, the R value of G value and B value and simulation laser image, G value and B value respectively;
If the R value of capped original display image is larger than the R value of simulation laser image, then the difference R value of simulation laser image being reduced to the R value of the two is greater than 20; If the R value of capped original display image is less than the R value of simulation laser image, then the difference R value of simulation laser image being increased to the R value of the two is greater than 20; If the R value of capped original display image is equal with the R value of simulation laser image, then by the R value increase by 20 of simulation laser image;
If the G value of capped original display image is larger than the G value of simulation laser image, then the difference G value of simulation laser image being reduced to the G value of the two is greater than 20; If the G value of capped original display image is less than the G value of simulation laser image, then the difference G value of simulation laser image being increased to the G value of the two is greater than 20; If the G value of capped original display image is equal with the G value of simulation laser image, then by the G value increase by 20 of simulation laser image;
If the B value of capped original display image is larger than the B value of simulation laser image, then the difference B value of simulation laser image being reduced to the B value of the two is greater than 20; If the B value of capped original display image is less than the B value of simulation laser image, then the difference B value of simulation laser image being increased to the B value of the two is greater than 20; If the B value of capped original display image is equal with the B value of simulation laser image, then by the B value increase by 20 of simulation laser image.
By above step, ensure best simulated effect when distinguishing intersection.
Optionally, the default conflict range of the R value of described simulation laser image, G value and B value is respectively the scope of R value ± 20 of described simulation laser image, G value ± 20 and B value ± 20.
Preferably, cursor glyph is switched the step 106 being shown as simulation laser image also can comprise the following steps afterwards:
The R value of original display image that the simulation laser image obtaining current display covers, G value and B value;
The R value of simulation laser image, G value and B value are multiplied by 90% respectively, the R value of covered original display image, G value and B value are multiplied by 10% respectively;
By the R value of the simulation laser image of 90% of gained, G value and B value with 10% the R value of the original display image covered, G value and B value is corresponding is respectively added, obtain new R value, G value and B value;
The R value of the simulation laser image of current display, G value and B value are changed to described new R value, G value and B value respectively.
Further, the described step R value of the simulation laser image of current display, G value and B value being changed to respectively described new R value, G value and B value can comprise the following steps:
Determine the intersection of described original display image and described simulation laser image;
The R value of simulation laser image corresponding for described intersection, G value and B value are changed to described new R value, G value and B value respectively.
Recalculate by the lap of original display image and simulation laser image is carried out rgb value, at utmost simulate the fusion of color between conventional laser and irradiated object.
The step be more than designed into rgb value contrast, recalculating, a kind of concrete implementation can be the contrast of the rgb value of corresponding pixel points and recalculate, and also can be that blockette calculates the modes such as RGB mean value.
Further, the described step 106 being shown as simulation laser image that switched by cursor glyph also can comprise the steps: afterwards
Receive reduction idsplay order;
Display and control instruction is switched to send the Emulating display steering order of correspondence;
Be cursor glyph by simulation laser image restoring.
With reference to accompanying drawing 2, it is the schematic flow sheet of another embodiment of Emulating display control method provided by the invention.
Described Emulating display control method, comprising:
Step 201: prestore the shape of simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
Step 202: receive steering order;
Step 203: judge whether described steering order is Emulating display instruction;
If not, then step 204 is forwarded to: respond described steering order;
Step 205: perform corresponding operating;
If so, then step 206 is forwarded to: respond described Emulating display instruction;
Step 207: the data message calling shape corresponding to simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
Step 208: simulation laser image cursor glyph being replaced with corresponding shape, size, the pixel number comprised, rgb value that each pixel is corresponding;
Step 209: the file layout judging current display;
If file layout is text, then forward step 210 to: the Emulating display steering order that transmit leg frame-shaped laser image is corresponding;
If file layout is graphic file, then forward step 211 to: send the Emulating display steering order that circle shape laser image is corresponding;
If file layout is neither text, neither graphic file, then forward step 212 to: send the Emulating display steering order that point-like laser image is corresponding;
Step 213: the R value of original display image that the simulation laser image obtaining current display covers, G value and B value;
Step 214: within judging whether the R value of described original display image, G value and B value lay respectively at the default conflict range of the R value of simulation laser image, G value and B value;
If not, then step 208 is forwarded to: the described simulation laser image of normal display;
If so, then step 215 is forwarded to: change the R value of the simulation laser image of described current display, G value and B value;
Step 216: receive reduction idsplay order;
Step 217: switch to display and control instruction to send the Emulating display steering order of correspondence;
Step 218: be cursor glyph by simulation laser image restoring.
As can be seen from above, Emulating display control method provided by the invention, according to the Emulating display instruction received, replaces to simulation laser image by original cursor glyph, thus achieves the emulation of laser pen effect, enhance Consumer's Experience.
Further, judge the kind of the file layout of current display, show different simulation laser images according to different file layouts, simulation laser image is mated with file layout, reach optimal user and experience.
Preferably, also by when simulation laser image is overlapping with current display image, rgb value is rerun, thus reaches color bleeding, improve simulated effect further; In addition, also by when the image rgb value of current display conflicts with simulation laser image, by the rgb value of change simulation laser image, thus the image area that simulation laser image is corresponding with overlapping present displayed content is separated, and the light that can not produce conventional laser pen is shown the problem that image absorbs.
Another aspect of the present invention additionally provides a kind of Emulating display control device, is the structural representation of an embodiment of Emulating display control device provided by the invention with reference to accompanying drawing 3.
Described Emulating display control device 300, comprising:
Receiver module 301, for receiving steering order;
Processing module 302, for judging whether described steering order is Emulating display instruction; If not, then respond described steering order and perform corresponding operating; If so, then described Emulating display instruction is sent to display control module 303;
Display control module 303, for responding described Emulating display instruction, switching to Emulating display steering order by the display and control instruction of correspondence and sending to display module 304;
Display module 304, is shown as simulation laser image for being switched by cursor glyph.
Further, described Emulating display control device 300 also comprises memory module 305, for prestoring the shape of simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
Described display control module 303 is also for calling the data message of shape corresponding to simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding; Cursor glyph is replaced with the simulation laser image of corresponding shape, size, the pixel number comprised, rgb value that each pixel is corresponding;
Described display module 304, for showing the simulation laser image of the shape of described correspondence, size, the pixel number comprised, rgb value that each pixel is corresponding.
By prestoring shape corresponding to different simulation laser images, size, the pixel number that comprises, the data messages such as the rgb value that each pixel is corresponding, when original cursor glyph is switched to simulation laser image, by calling corresponding data, thus generate simulation laser view data, and show accordingly; Follow-up simulation laser image is adjusted time, by changing the simulation laser image of corresponding data genaration different colours.
Optionally, described simulation laser image comprises point-like laser image, linear laser image, circle shape laser image, square frame shape laser image.
Further, described receiver module 301 is also for receiving emulating image switching command;
Described processing module 302 is also for sending to described display control module 303 by described emulating image switching command;
Described display control module 303 also for responding emulating image switching command, and sends Emulating display steering order corresponding to different laser images according to the order preset;
Described display module 304 is also for showing different simulation laser images according to the order preset.
By receiving emulating image switching command, according to the transfer sequence preset to call data message corresponding to corresponding simulation laser image, and switch display accordingly according to the transfer sequence that this presets.
Preferably, judged result also for judging the file layout of current display, and is sent to described display control module 303 by described processing module 302;
If file layout is text, described display control module 303 is also for Emulating display steering order that transmit leg frame-shaped laser image is corresponding; If file layout is graphic file, described display and control mould 303 pieces is also for sending Emulating display steering order corresponding to circle shape laser image; If file layout is neither text, neither graphic file, described display control module 303 is also for sending Emulating display steering order corresponding to point-like laser image;
Described display module 304 is also for receiving Emulating display steering order corresponding to described square frame shape laser image, circle shape laser image and point-like laser image and showing square frame shape laser image, circle shape laser image and point-like laser image respectively.
The file layout of described current display can be currently be presented at the most front file, or, the file processed now; By judging the file layout of current display, thus the simulation laser image of coupling the best adapts to the file of current display, thus obtains best Consumer's Experience.
Further, described square frame shape laser image comprises the multiple square frame shape laser image (that is, varying in size of square frame shape laser image) of the word corresponding to different font size;
If current file form be text and the Emulating display steering order sent is Emulating display steering order corresponding to square frame shape laser image time:
Font size information also for determining the word font size of current text file, and is sent to described display control module 303 by described processing module 302;
Emulating display steering order also for according to described font size information, is switched to Emulating display steering order square frame shape laser image corresponding to corresponding with font size information and sends to described display module 304 by described display control module 303;
Described display module 304 is also shown as the square frame shape laser image corresponding with font size size for being switched by former square frame shape laser image, thus can adapt to the text of different font size.
Optionally, described positional information also for the position of the maximum word of the overlay capacity of the square frame shape laser image judging current display, and is sent to display control module 303 by described processing module 302;
Described display control module 303 is also for according to described positional information, and the coboundary and the lower limb that the position coordinates of the described square frame shape laser image of current display are changed to described square frame shape laser image lay respectively at the position coordinates between the interlinear spacing region, top of described word present position and bottom row in white space and send to display module 304;
Described display module 304 is also for laying respectively at square frame shape laser image described in the position display above described word present position between interlinear spacing region and bottom row in white space at the coboundary of described square frame shape laser image and lower limb.
By above design, make described square frame shape laser image lower edges remain at the interlinear spacing place of word, and can not word be sheltered from.
Further, if file layout be graphic file and the Emulating display steering order sent is Emulating display steering order corresponding to circle shape laser image time,
Described processing module 302 is also for judging whether the displaying contents of described graphic file comprises facial image; If so, human face image information is then sent to display control module 303;
Emulating display steering order also for according to human face image information, is switched to the Emulating display steering order corresponding with people's face-like laser image and sends to described display module 304 by described display control module 303;
Described display module 304 is also shown as people's face-like laser image for being switched by circle shape laser image.
By above design, make circle shape laser image to carry out recognition of face, and can the very first time by people's face-like laser image, the face in the displaying contents of original picture file be identified out.
Preferably, the R value of original display image of also covering for the simulation laser image obtaining current display of described processing module 302, G value and B value; And, within judging whether the R value of described original display image, G value and B value lay respectively at the default conflict range of the R value of simulation laser image, G value and B value; If so, collision signal is then sent to display control module 303;
Described display control module 303 is also for changing the R value of the simulation laser image of described current display, G value and B value and sending it to display module 304;
Described display module 304 is also for carrying out the display of simulation laser image according to the R value of simulation laser image after change, G value and B value.
By above-mentioned design, do not come by simulation laser image with the afoul original display image area of its color.
Further, described processing module 302 also for determine to be positioned at the R value of simulation laser image, G value and B value default conflict range within described original display image and the intersection of described simulation laser image, and intersection information is sent to display control module 303;
Described display control module 303 also for according to intersection information, is changed the R value of simulation laser image corresponding to described intersection, G value and B value and sends it to display module 304;
Described display module 304 also for according to the R value of simulation laser image after change, G value and B value, shows the simulation laser image of intersection.
By only changing the rgb value of intersection, make non-coincidence part keep original simulation laser color of image, thus ensure best simulated effect when distinguishing intersection.
Optionally, described processing module 302 is also for contrasting the R value of described capped original display image, the R value of G value and B value and simulation laser image, G value and B value respectively;
If the R value of capped original display image is larger than the R value of simulation laser image, then described display control module 303 is also greater than 20 for the difference of the R value R value of simulation laser image being reduced to the two; If the R value of capped original display image is less than the R value of simulation laser image, then described display control module 303 is also greater than 20 for the difference of the R value R value of simulation laser image being increased to the two; If the R value of capped original display image is equal with the R value of simulation laser image, then described display control module 303 is also for the R value increase by 20 by simulation laser image;
If the G value of capped original display image is larger than the G value of simulation laser image, then described display control module 303 is also greater than 20 for the difference of the G value G value of simulation laser image being reduced to the two; If the G value of capped original display image is less than the G value of simulation laser image, then described display control module 303 is also greater than 20 for the difference of the G value G value of simulation laser image being increased to the two; If the G value of capped original display image is equal with the G value of simulation laser image, then described display control module 303 is also for the G value increase by 20 by simulation laser image;
If the B value of capped original display image is larger than the B value of simulation laser image, then described display control module 303 is also greater than 20 for the difference of the B value B value of simulation laser image being reduced to the two; If the B value of capped original display image is less than the B value of simulation laser image, then described display control module 303 is also greater than 20 for the difference of the B value B value of simulation laser image being increased to the two; If the B value of capped original display image is equal with the B value of simulation laser image, then described display control module 303 is also for the B value increase by 20 by simulation laser image;
Described display module 304 is also for carrying out the display of simulation laser image according to the R value of simulation laser image after change, G value and B value.
By above design, ensure best simulated effect when distinguishing intersection.
Optionally, the default conflict range of the R value of described simulation laser image, G value and B value is respectively the scope of R value ± 20 of described simulation laser image, G value ± 20 and B value ± 20.
Preferably, the R value of original display image of also covering for the simulation laser image obtaining current display of described processing module 302, G value and B value; The R value of simulation laser image, G value and B value are multiplied by 90% respectively, the R value of covered original display image, G value and B value are multiplied by 10% respectively; By the R value of the simulation laser image of 90% of gained, G value and B value with 10% the R value of the original display image covered, G value and B value is corresponding is respectively added, obtain new R value, G value and B value and send it to display control module 303;
Described display control module 303 also changes to described new R value, G value and B value respectively for the R value of the simulation laser image by current display, G value and B value and sends it to display module 304;
Described display module 304 is also for carrying out the display of simulation laser image according to new R value, G value and the B value of the simulation laser image after change.
Further, intersection information also for determining the intersection of described original display image and described simulation laser image, and is sent to display control module 303 by described processing module 302;
The R value of simulation laser image corresponding for described intersection, G value and B value also for according to intersection information, are changed to described new R value, G value and B value and send it to display module 304 by described display control module 303 respectively;
Described display module 304 also for new R value, G value and the B value according to the simulation laser image after change, shows the simulation laser image of intersection.
Recalculate by the lap of original display image and simulation laser image is carried out rgb value, at utmost simulate the fusion of color between conventional laser and irradiated object.
The step be more than designed into rgb value contrast, recalculating, a kind of concrete implementation can be the contrast of the rgb value of corresponding pixel points and recalculate, and also can be that blockette calculates the modes such as RGB mean value.
Further, described receiver module 301 is also for receiving reduction idsplay order;
Described processing module 302 is also for sending to display control module 303 by described reduction idsplay order;
The Emulating display steering order of correspondence also for responding described reduction idsplay order, being switched to display and control instruction and sending to display module 304 by described display control module 303;
Described display module 304 is also for being cursor glyph by simulation laser image restoring.
Below in conjunction with reference accompanying drawing 2 and accompanying drawing 3, be respectively the structural representation of the schematic flow sheet of another embodiment of Emulating display control method provided by the invention and an embodiment of Emulating display control device, briefly introduce the Emulating display control method of described Emulating display control device.
Described Emulating display control method, comprising:
Step 201: memory module 305 prestores the shape of simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
Step 202: receiver module 301 receives steering order;
Step 203: processing module 302 judges whether described steering order is Emulating display instruction;
If not, then step 204 is forwarded to: respond described steering order;
Step 205: perform corresponding operating;
If so, then step 206 is forwarded to: display control module 303 responds described Emulating display instruction;
Step 207: display control module 303 calls the data message of shape corresponding to simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
Step 208: cursor glyph is replaced with the simulation laser image of corresponding shape, size, the pixel number comprised, rgb value that each pixel is corresponding by display module 304;
Step 209: described processing module 302 judges the file layout of current display;
If file layout is text, then forward step 210 to: the Emulating display steering order that display control module 303 transmit leg frame-shaped laser image is corresponding;
If file layout is graphic file, then forward step 211 to: display control module 303 sends Emulating display steering order corresponding to circle shape laser image;
If file layout is neither text, neither graphic file, then forward step 212 to: display control module 303 sends Emulating display steering order corresponding to point-like laser image;
Step 213: the R value of original display image that the simulation laser image that described processing module 302 obtains current display covers, G value and B value;
Step 214: within described processing module 302 judges whether the R value of described original display image, G value and B value lay respectively at the default conflict range of the R value of simulation laser image, G value and B value;
If not, then step 208 is forwarded to: display module 304 is the described simulation laser image of display normally;
If so, then step 215 is forwarded to: display control module 303 changes the R value of the simulation laser image of described current display, G value and B value;
Step 216: receiver module 301 receives reduction idsplay order;
Step 217: the Emulating display steering order of correspondence switches to display and control instruction to send by display control module 303;
Step 218: simulation laser image restoring is cursor glyph by display module 304.
As can be seen from above, Emulating display control device provided by the invention, according to the Emulating display instruction received, replaces to simulation laser image by original cursor glyph, thus achieves the emulation of laser pen effect, enhance Consumer's Experience.
Further, judge the kind of the file layout of current display, show different simulation laser images according to different file layouts, simulation laser image is mated with file layout, reach optimal user and experience.
Preferably, also by when simulation laser image is overlapping with current display image, rgb value is rerun, thus reaches color bleeding, improve simulated effect further; In addition, also by when the image rgb value of current display conflicts with simulation laser image, by the rgb value of change simulation laser image, thus the image area that simulation laser image is corresponding with overlapping present displayed content is separated, and the light that can not produce conventional laser pen is shown the problem that image absorbs.
Another aspect of the present invention, additionally provides a kind of telechiric device 400 being applied to Emulating display control device 300 as above, with reference to accompanying drawing 4, is the structural representation of an embodiment of telechiric device provided by the invention.
Described telechiric device 400, comprising:
Multiple function button 401;
Processing unit 402, for being processed into corresponding control command by different function key states;
Signal transmitting unit 403, for sending to described Emulating display control device 300 by described control command;
Described multiple function button 401 comprises emulation button;
When described emulation button is pressed, described processing unit 402 is treated to Emulating display instruction and is sent to described Emulating display control device 300 through signal transmitting unit 403;
When lifting described emulation button, described processing unit 402 is treated to reduction idsplay order and is sent to described Emulating display control device 300 through signal transmitting unit 403.
Optionally, the signal received and dispatched between the receiver module 301 of described signal transmitting unit 403 and described Emulating display control device can be the wireless signal that WIFI signal, infrared signal, electromagnetic signal etc. are completed by wireless transmission method.
Preferably, described processing unit 402 comprises detecting unit 404, described detecting unit 404 is for detecting described emulation button by predeterminated frequency, when detecting that emulation button is lifted, described processing unit 402 is treated to reduction idsplay order and is sent to described Emulating display control device 300 through signal transmitting unit.
Optionally, emulating image switching key is also comprised in described multiple function button 401; When lifting after described emulating image switching key is pressed time (press with lift have certain predetermined time interval), described processing unit 402 is treated to emulating image switching command and is sent to described Emulating display control device 300 through signal transmitting unit 403 again.
Further, described emulating image switching key can be a kind of roller button, by roller button described in scroll forward and backward, realizes simulation laser image and carries out the display of different simulation laser images successively with inverted order in order.
Embodiment can be found out from above, be applied to the telechiric device provided by the invention of described Emulating display control device, Emulating display instruction is sent by telechiric device emulating pressing down of button, until just become cursor glyph again when lifting, achieve the long action emulation pressed laser pen button and occur laser image, thus improve Consumer's Experience further; Meanwhile, carried out the transmission of control signal by telechiric device, then can not produce the problem of the light barrier of conventional laser pen.
Those of ordinary skill in the field are to be understood that: the foregoing is only specific embodiments of the invention; be not limited to the present invention; within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (33)

1. an Emulating display control method, is characterized in that, comprising:
Receive steering order;
Judge whether described steering order is Emulating display instruction;
If not, then respond described steering order and perform corresponding operating;
If so, described Emulating display instruction is then responded;
The display and control instruction of correspondence is switched to Emulating display steering order;
Cursor glyph is switched and is shown as simulation laser image.
2. method according to claim 1, it is characterized in that, the described display and control instruction by correspondence comprises before switching to the step of Emulating display steering order: prestore the shape of simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
The described display and control instruction by correspondence switches to the step of Emulating display steering order to comprise:
Call the data message of shape corresponding to simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
Cursor glyph is replaced with the simulation laser image of corresponding shape, size, the pixel number comprised, rgb value that each pixel is corresponding.
3. method according to claim 2, is characterized in that, described simulation laser image comprises point-like laser image, linear laser image, circle shape laser image, square frame shape laser image.
4. method according to claim 3, is characterized in that, described by cursor glyph switch be shown as the step of simulation laser image after also comprise:
Receive and respond emulating image switching command;
Emulating display steering order corresponding to different simulation laser images is sent according to the order preset.
5. method according to claim 3, is characterized in that, is switched by cursor glyph after being shown as the step of simulation laser image and also comprises:
Judge the file layout of current display;
If file layout is text, then the Emulating display steering order that transmit leg frame-shaped laser image is corresponding;
If file layout is graphic file, then send the Emulating display steering order that circle shape laser image is corresponding;
If file layout is neither text, neither graphic file, then send Emulating display steering order corresponding to point-like laser image.
6. method according to claim 5, is characterized in that, described square frame shape laser image comprises the multiple square frame shape laser image of the word corresponding to different font size;
If current file form be text and the Emulating display steering order sent is Emulating display steering order corresponding to square frame shape laser image time, described method also comprises:
The square frame shape laser image of the corresponding size of display is switched according to the word font size of the text of current display.
7. method according to claim 6, is characterized in that, also comprises after the step of the square frame shape laser image of the corresponding size of word font size switching display of the described text according to current display:
Judge the position of the word that the overlay capacity of the square frame shape laser image of current display is maximum;
The position coordinates of the described square frame shape laser image of current display is changed to the coboundary of described square frame shape laser image and lower limb and lay respectively at position coordinates between the interlinear spacing region, top of described word present position and bottom row in white space.
8. method according to claim 5, is characterized in that, if file layout be graphic file and the Emulating display steering order sent is Emulating display steering order corresponding to circle shape laser image time, described method also comprises:
Judge whether the displaying contents of described graphic file comprises facial image;
If so, then described circle shape laser image is switched to people's face-like laser image, and be presented at described facial image present position;
If not, then circle shape laser image is normally shown.
9. method according to claim 3, is characterized in that, is switched by cursor glyph after being shown as the step of simulation laser image and also comprises:
The R value of original display image that the simulation laser image obtaining current display covers, G value and B value;
Within judging whether the R value of described original display image, G value and B value lay respectively at the default conflict range of the R value of simulation laser image, G value and B value;
If not, then normally described simulation laser image is shown;
If so, the R value of the simulation laser image of described current display, G value and B value is then changed.
10. method according to claim 9, is characterized in that, the step of the R value of the simulation laser image of the described current display of described change, G value and B value comprises:
Determine to be positioned at the intersection of described original display image within the default conflict range of the R value of simulation laser image, G value and B value and described simulation laser image;
Change the R value of simulation laser image corresponding to described intersection, G value and B value.
11. methods according to claim 9, is characterized in that, the step of the R value of the simulation laser image of the described current display of described change, G value and B value comprises:
Contrast the R value of described capped original display image, the R value of G value and B value and simulation laser image, G value and B value respectively;
If the R value of capped original display image is larger than the R value of simulation laser image, then the difference R value of simulation laser image being reduced to the R value of the two is greater than 20; If the R value of capped original display image is less than the R value of simulation laser image, then the difference R value of simulation laser image being increased to the R value of the two is greater than 20; If the R value of capped original display image is equal with the R value of simulation laser image, then by the R value increase by 20 of simulation laser image;
If the G value of capped original display image is larger than the G value of simulation laser image, then the difference G value of simulation laser image being reduced to the G value of the two is greater than 20; If the G value of capped original display image is less than the G value of simulation laser image, then the difference G value of simulation laser image being increased to the G value of the two is greater than 20; If the G value of capped original display image is equal with the G value of simulation laser image, then by the G value increase by 20 of simulation laser image;
If the B value of capped original display image is larger than the B value of simulation laser image, then the difference B value of simulation laser image being reduced to the B value of the two is greater than 20; If the B value of capped original display image is less than the B value of simulation laser image, then the difference B value of simulation laser image being increased to the B value of the two is greater than 20; If the B value of capped original display image is equal with the B value of simulation laser image, then by the B value increase by 20 of simulation laser image.
12. methods according to claim 9, is characterized in that, the default conflict range of the R value of described simulation laser image, G value and B value is respectively the scope of R value ± 20 of described simulation laser image, G value ± 20 and B value ± 20.
13. methods according to claim 3, is characterized in that, are switched by cursor glyph after being shown as the step of simulation laser image and also comprise:
The R value of original display image that the simulation laser image obtaining current display covers, G value and B value;
The R value of simulation laser image, G value and B value are multiplied by 90% respectively, the R value of covered original display image, G value and B value are multiplied by 10% respectively;
By the R value of the simulation laser image of 90% of gained, G value and B value with 10% the R value of the original display image covered, G value and B value is corresponding is respectively added, obtain new R value, G value and B value;
The R value of the simulation laser image of current display, G value and B value are changed to described new R value, G value and B value respectively.
14. methods according to claim 13, is characterized in that, the described step R value of the simulation laser image of current display, G value and B value being changed to respectively described new R value, G value and B value comprises:
Determine the intersection of described original display image and described simulation laser image;
The R value of simulation laser image corresponding for described intersection, G value and B value are changed to described new R value, G value and B value respectively.
15. methods according to claim 1-14 any one, is characterized in that, described cursor glyph is switched be shown as the step of simulation laser image after also comprise:
Receive reduction idsplay order;
Display and control instruction is switched to send the Emulating display steering order of correspondence;
Be cursor glyph by simulation laser image restoring.
16. 1 kinds of Emulating display control device, is characterized in that, comprising:
Receiver module, for receiving steering order;
Processing module, for judging whether described steering order is Emulating display instruction; If not, then respond described steering order and perform corresponding operating; If so, then described Emulating display instruction is sent to display control module;
Display control module, for responding described Emulating display instruction, switching to Emulating display steering order by the display and control instruction of correspondence and sending to display module;
Display module, is shown as simulation laser image for being switched by cursor glyph.
17. devices according to claim 16, is characterized in that, also comprise memory module, for prestoring the shape of simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding;
Described display control module is also for calling the data message of shape corresponding to simulation laser image, size, the pixel number comprised, rgb value that each pixel is corresponding; Cursor glyph is replaced with the simulation laser image of corresponding shape, size, the pixel number comprised, rgb value that each pixel is corresponding;
Described display module, for showing the simulation laser image of the shape of described correspondence, size, the pixel number comprised, rgb value that each pixel is corresponding.
18. devices according to claim 16, is characterized in that, described simulation laser image comprises point-like laser image, linear laser image, circle shape laser image, square frame shape laser image.
19. devices according to claim 18, is characterized in that,
Described receiver module is also for receiving emulating image switching command;
Described processing module is also for sending to described display control module by described emulating image switching command;
Described display control module also for responding emulating image switching command, and sends Emulating display steering order corresponding to different laser images according to the order preset;
Described display module is also for showing different simulation laser images according to the order preset.
20. devices according to claim 18, is characterized in that,
Judged result also for judging the file layout of current display, and is sent to described display control module by described processing module;
If file layout is text, described display control module is also for Emulating display steering order that transmit leg frame-shaped laser image is corresponding; If file layout is graphic file, described display control module is also for sending Emulating display steering order corresponding to circle shape laser image; If file layout is neither text, neither graphic file, described display control module is also for sending Emulating display steering order corresponding to point-like laser image;
Described display module is also for receiving Emulating display steering order corresponding to described square frame shape laser image, circle shape laser image and point-like laser image and showing square frame shape laser image, circle shape laser image and point-like laser image respectively.
21. devices according to claim 20, is characterized in that, described square frame shape laser image comprises the multiple square frame shape laser image of the word corresponding to different font size;
If current file form be text and the Emulating display steering order sent is Emulating display steering order corresponding to square frame shape laser image time:
Font size information also for determining the word font size of current text file, and is sent to described display control module by described processing module;
Emulating display steering order also for according to described font size information, is switched to Emulating display steering order square frame shape laser image corresponding to corresponding with font size information and sends to described display module by described display control module;
Described display module is also shown as the square frame shape laser image corresponding with font size size for being switched by former square frame shape laser image.
22. devices according to claim 21, is characterized in that,
Described positional information also for the position of the maximum word of the overlay capacity of the square frame shape laser image judging current display, and is sent to display control module by described processing module;
Described display control module is also for according to described positional information, and the coboundary and the lower limb that the position coordinates of the described square frame shape laser image of current display are changed to described square frame shape laser image lay respectively at the position coordinates between the interlinear spacing region, top of described word present position and bottom row in white space and send to display module;
Described display module is also for laying respectively at square frame shape laser image described in the position display above described word present position between interlinear spacing region and bottom row in white space at the coboundary of described square frame shape laser image and lower limb.
23. devices according to claim 20, is characterized in that, if file layout be graphic file and the Emulating display steering order sent is Emulating display steering order corresponding to circle shape laser image time,
Described processing module is also for judging whether the displaying contents of described graphic file comprises facial image; If so, human face image information is then sent to display control module;
Emulating display steering order also for according to human face image information, is switched to the Emulating display steering order corresponding with people's face-like laser image and sends to described display module by described display control module;
Described display module is also shown as people's face-like laser image for being switched by circle shape laser image.
24. devices according to claim 18, is characterized in that,
The R value of original display image that described processing module also covers for the simulation laser image obtaining current display, G value and B value; And, within judging whether the R value of described original display image, G value and B value lay respectively at the default conflict range of the R value of simulation laser image, G value and B value; If so, collision signal is then sent to display control module;
Described display control module is also for changing the R value of the simulation laser image of described current display, G value and B value and sending it to display module;
Described display module is also for carrying out the display of simulation laser image according to the R value of simulation laser image after change, G value and B value.
25. devices according to claim 24, is characterized in that,
Described processing module also for determine to be positioned at the R value of simulation laser image, G value and B value default conflict range within described original display image and the intersection of described simulation laser image, and intersection information is sent to display control module;
Described display control module also for according to intersection information, is changed the R value of simulation laser image corresponding to described intersection, G value and B value and sends it to display module;
Described display module also for according to the R value of simulation laser image after change, G value and B value, shows the simulation laser image of intersection.
26. devices according to claim 24, is characterized in that,
Described processing module is also for contrasting the R value of described capped original display image, the R value of G value and B value and simulation laser image, G value and B value respectively;
If the R value of capped original display image is larger than the R value of simulation laser image, then described display control module is also greater than 20 for the difference of the R value R value of simulation laser image being reduced to the two; If the R value of capped original display image is less than the R value of simulation laser image, then described display control module is also greater than 20 for the difference of the R value R value of simulation laser image being increased to the two; If the R value of capped original display image is equal with the R value of simulation laser image, then described display control module is also for the R value increase by 20 by simulation laser image;
If the G value of capped original display image is larger than the G value of simulation laser image, then described display control module is also greater than 20 for the difference of the G value G value of simulation laser image being reduced to the two; If the G value of capped original display image is less than the G value of simulation laser image, then described display control module is also greater than 20 for the difference of the G value G value of simulation laser image being increased to the two; If the G value of capped original display image is equal with the G value of simulation laser image, then described display control module is also for the G value increase by 20 by simulation laser image;
If the B value of capped original display image is larger than the B value of simulation laser image, then described display control module is also greater than 20 for the difference of the B value B value of simulation laser image being reduced to the two; If the B value of capped original display image is less than the B value of simulation laser image, then described display control module is also greater than 20 for the difference of the B value B value of simulation laser image being increased to the two; If the B value of capped original display image is equal with the B value of simulation laser image, then described display control module is also for the B value increase by 20 by simulation laser image;
Described display module is also for carrying out the display of simulation laser image according to the R value of simulation laser image after change, G value and B value.
27. devices according to claim 24, is characterized in that, the default conflict range of the R value of described simulation laser image, G value and B value is respectively the scope of R value ± 20 of described simulation laser image, G value ± 20 and B value ± 20.
28. devices according to claim 18, is characterized in that,
The R value of original display image that described processing module also covers for the simulation laser image obtaining current display, G value and B value; The R value of simulation laser image, G value and B value are multiplied by 90% respectively, the R value of covered original display image, G value and B value are multiplied by 10% respectively; By the R value of the simulation laser image of 90% of gained, G value and B value with 10% the R value of the original display image covered, G value and B value is corresponding is respectively added, obtain new R value, G value and B value and send it to display control module;
Described display control module also changes to described new R value, G value and B value respectively for the R value of the simulation laser image by current display, G value and B value and sends it to display module;
Described display module is also for carrying out the display of simulation laser image according to new R value, G value and the B value of the simulation laser image after change.
29. devices according to claim 28, is characterized in that,
Intersection information also for determining the intersection of described original display image and described simulation laser image, and is sent to display control module by described processing module;
The R value of simulation laser image corresponding for described intersection, G value and B value also for according to intersection information, are changed to described new R value, G value and B value and send it to display module by described display control module respectively;
Described display module also for new R value, G value and the B value according to the simulation laser image after change, shows the simulation laser image of intersection.
30. devices according to claim 16-29, is characterized in that,
Described receiver module is also for receiving reduction idsplay order;
Described processing module is also for sending to display control module by described reduction idsplay order;
The Emulating display steering order of correspondence also for responding described reduction idsplay order, being switched to display and control instruction and sending to display module by described display control module;
Described display module is also for being cursor glyph by simulation laser image restoring.
The 31. a kind of telechiric devices being applied to the Emulating display control device as described in claim 16 to 30 any one, is characterized in that, comprising:
Multiple function button;
Processing unit, for being processed into corresponding control command by different function key states;
Signal transmitting unit, for sending to described Emulating display control device by described control command;
Described multiple function button comprises emulation button;
When described emulation button is pressed, described processing unit is treated to Emulating display instruction and is sent to described Emulating display control device through signal transmitting unit;
When lifting described emulation button, described processing unit is treated to reduction idsplay order and is sent to described Emulating display control device through signal transmitting unit.
32. telechiric devices according to claim 31, it is characterized in that, described processing unit comprises detecting unit, described detecting unit is used for detecting described emulation button by predeterminated frequency, when detecting that emulation button is lifted, described processing unit is treated to reduction idsplay order and is sent to described Emulating display control device through signal transmitting unit.
33. telechiric devices according to claim 31, is characterized in that, also comprise emulating image switching key in described multiple function button; When lifting after described emulating image switching key is pressed, described processing unit is treated to emulating image switching command and is sent to described Emulating display control device through signal transmitting unit again.
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