CN104750442A - Indicator display and control method - Google Patents
Indicator display and control method Download PDFInfo
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- CN104750442A CN104750442A CN201310751002.XA CN201310751002A CN104750442A CN 104750442 A CN104750442 A CN 104750442A CN 201310751002 A CN201310751002 A CN 201310751002A CN 104750442 A CN104750442 A CN 104750442A
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Abstract
Disclosed is an indicator display and control method adaptive to a portable computation device and a display device containing a screen. The method includes the steps of A, allowing the portable computation device to produce a triggering signal to trigger the display device to display an indicator image in an initial position of the screen; B, on the basis of the triggering signal, allowing the portable computation device to produce a motion parameter group corresponding to the motion of the portable computation device; C, according to the motion parameter group, allowing the portable computation device to compute the displacement of the indicator representing the displacement of the indicator image on the screen; D, according to the displacement of the indicator and the resolution of the display device, allowing the display device to compute a fresh position of the indicator image displayed on the screen; E, allowing the display device to display the indicator image in the fresh position of the screen.
Description
Technical field
The present invention relates to a kind of display and control method of cue mark, particularly relate to a kind of display and control method of the cue mark based on Portable arithmetic unit.
Background technology
Liquid crystal display be develop in numerous flat-panel monitor the most ripe, application surface the most extensively, industrialization and a kind of display still in fast development.Along with liquid crystal display price drops and the rise of high-definition movie, large-scale liquid crystal display becomes main flow gradually.
The display device of existing meeting room also gradually replace by large-scale liquid crystal display, because liquid crystal display includes the structure of Polarizer, when causing meeting report human desires to use laser pointer that the position of setting forth is described, the light beam that laser pointer produces can cover by Polarizer, and cannot be reflected, therefore, meeting report people must use other modes to represent its position of setting forth.
Meeting report people is by linking computing machine and large-scale liquid crystal display, and utilize the mouse of computing machine to represent its position of setting forth, but indicate position that meeting report people setting forth to reach and need the extra computer resource that uses, tangible not too convenient, so be really necessary seeking solution.
Summary of the invention
The object of the present invention is to provide a kind of display and the control method that only utilize the cue mark of a Portable arithmetic unit and a display device.
The display of cue mark of the present invention and control method, be applicable to for a user a Portable arithmetic unit and one and this Portable arithmetic unit carry out the display device of communication, this Portable arithmetic unit comprises a trigger module, one motion sensing module and a cue mark motion calculation module, this display device comprises a processing module, one display control module and a screen, the method includes the steps of: the trigger module of (A) this Portable arithmetic unit produces a trigger signals, a cue mark image is shown with the initial position of display control module on this screen triggering this display device, wherein this initial position is an initial point comprising the plane coordinate system of a transverse axis and a Z-axis, and the length direction of this transverse axis this screen parallel, the Width of this this screen of vertical axis, (B) the motion sensing module of this Portable arithmetic unit is based on this trigger signals, produces the kinematic parameter group that corresponds to the motion of this Portable arithmetic unit, (C) the cue mark motion calculation module of this Portable arithmetic unit is according to this kinematic parameter group, calculate and represent a cue mark displacement of this displacement of cue mark image on this screen, wherein this cue mark displacement comprises a cue mark and moves horizontally distance and the vertical displacement of a cue mark, (D) processing module of this display device moves horizontally the resolution of distance, the vertical displacement of cue mark and this display device according to this cue mark, calculates a reposition of this cue mark image of display on this screen, and the display control module of (E) this display device is by this reposition on this screen of this cue mark image display.
The display of cue mark of the present invention and control method, in this step (B), the motion sensing module of this Portable arithmetic unit comprises at least one in a gyroscope and a gravity sensor.
The display of cue mark of the present invention and control method, in this step (B), this kinematic parameter group comprises one around the horizontal axis component, of this horizontal axis around the vertical axes component of this vertical axes, a horizontal movement component and a vertical movement component.
The display of cue mark of the present invention and control method, in this step (C), this cue mark motion calculation module than data, calculates this cue mark displacement according to this horizontal axis component, vertical axes component, horizontal movement component, vertical movement component and acquiescence displacement angle.
The display of cue mark of the present invention and control method, this Portable arithmetic unit also comprises a Subscriber Interface Module SIM, this acquiescence displacement angle gives tacit consent to displacement angle ratio than packet containing one, and in this step (A), when this user utilize this Subscriber Interface Module SIM input this acquiescence displacement angle than and touch-control one button time, the trigger module of this Portable arithmetic unit produces this trigger signals.
The display of cue mark of the present invention and control method, in this step (A), when this user utilize this Subscriber Interface Module SIM input the size of the screen of this display device and a size contain angle and touch-control one button time, the trigger module of this Portable arithmetic unit produces this trigger signals.
The display of cue mark of the present invention and control method, in this step (C), this cue mark motion calculation module contains angle according to the size of the screen of this display device and this size, calculates this acquiescence displacement angle ratio.
The display of cue mark of the present invention and control method, this acquiescence displacement angle contains an a default level axial translation angle when acquiescence Z-axis displacement angle ratio than packet, and in this step (A), when the length that this user utilizes this Subscriber Interface Module SIM to input the screen of this display device and width, a length contain angle and a width contain angle and touch-control one button time, the trigger module of this Portable arithmetic unit produces this trigger signals.
The display of cue mark of the present invention and control method, in this step (C), this cue mark motion calculation module according to the length of the screen of this display device and width, this length contains angle and width contains angle, calculate this default level axial translation angle and when give tacit consent to Z-axis displacement angle ratio.
Beneficial effect of the present invention is: the trigger signals produced by this trigger module is triggered this display control module and utilizes the initial position of image overlaying function on this screen to show this cue mark image simultaneously, and utilize the motion of this Portable arithmetic unit to calculate this cue mark image display in the reposition of screen, to reach the object of this cue mark image mobile.
Accompanying drawing explanation
Fig. 1 is a system block diagrams, and a Portable arithmetic unit and a display device of display and the control method implementing cue mark of the present invention are described;
Fig. 2 is a process flow diagram, and the display of cue mark of the present invention and the first preferred embodiment of control method are described;
Fig. 3 is a schematic diagram, and the input one acquiescence displacement angle conversation structure that a Subscriber Interface Module SIM of this Portable arithmetic unit provides is described;
Fig. 4 is a schematic diagram, and the initial position display cue mark image of this first preferred embodiment on the screen of this display device is described;
Fig. 5 is a schematic diagram, illustrates that the reposition of this first preferred embodiment on the screen of this display device shows this cue mark image;
Fig. 6 is a process flow diagram, and the display of cue mark of the present invention and the second preferred embodiment of control method are described;
Fig. 7 is a schematic diagram, illustrates that the size of a screen of this display device of input that the Subscriber Interface Module SIM of this Portable arithmetic unit provides and a size contain angle picture;
Fig. 8 is a process flow diagram, and the display of cue mark of the present invention and the 3rd preferred embodiment of control method are described; And
Fig. 9 is a schematic diagram, illustrates that the length of the screen of this display device of input that the Subscriber Interface Module SIM of this Portable arithmetic unit provides contains angle with width, a length and a width contains angle picture.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in detail.
Before the present invention is described in detail, it should be noted that in the following description content, similar assembly represents with identical numbering.
Refer to Fig. 1, the display of cue mark of the present invention and the first preferred embodiment of control method, be applicable to for a user a Portable arithmetic unit 1 and one and this Portable arithmetic unit 1 carry out the display device 2 of communication.Wherein, this Portable arithmetic unit 1 and display device 2 can by existing wireless communication technologys, as the modes such as bluetooth (Bluetooth), wireless network (Wireless Fidelity is called for short WiFi) and infrared ray carry out communication.
This Portable arithmetic unit 1 comprises trigger module 11, motion sensing module 12, cue mark motion calculation module 13, Subscriber Interface Module SIM 14 and a communication module 15.In this preferred embodiment, this Portable arithmetic unit 1 is an intelligent mobile phone, flat computer, personal digital assistant (Personal Digital Assistant, be called for short PDA) or have the telepilot etc. of calculation function, but not as limit.
This display device 2 comprises processing module 21, display control module 22, screen 23 and a communication module 24.In this preferred embodiment, this display device 2 is a LCD liquid-crystal television device.
This trigger module 11 of this Portable arithmetic unit 1 for provide at the Subscriber Interface Module SIM 14 of this this Portable arithmetic unit 1 of user's touch-control a button time, produce a trigger signals, control this screen 23 to make the image display of a corresponding signal of video signal on this screen 23 with the display control module 22 triggering this display device 2, and utilize the initial position of image overlaying function on this screen 23 to show a cue mark image simultaneously.
The motion sensing module 12 of this Portable arithmetic unit 1, for based on this trigger signals, produces the kinematic parameter group that corresponds to the motion of this Portable arithmetic unit 1.Wherein, this kinematic parameter group comprises one around the horizontal axis component, of this horizontal axis around the vertical axes component of this vertical axes, a horizontal movement component and a vertical movement component.In this preferred embodiment, the motion sensing module 12 of this Portable arithmetic unit 1 comprises a gyroscope (Gyroscope, figure do not show) and/or a gravity sensor (G-sensor, figure do not show), but not as limit.
The cue mark motion calculation module 13 of this Portable arithmetic unit 1 is for according to this kinematic parameter group, calculate the cue mark displacement representing the displacement of this cue mark image on this screen 23, wherein this cue mark displacement comprises a cue mark and moves horizontally distance and the vertical displacement of a cue mark.This cue mark motion calculation module 13 than data, calculates this cue mark displacement according to this horizontal axis component, vertical axes component, horizontal movement component, vertical movement component and acquiescence displacement angle.In this preferred embodiment, this acquiescence displacement angle gives tacit consent to displacement angle ratio than packet containing one; But in other embodiments of the invention, this acquiescence displacement angle contains an a default level axial translation angle when acquiescence Z-axis displacement angle ratio than packet, but not as limit.
This Subscriber Interface Module SIM 14 of this Portable arithmetic unit 1 for carrying out the input of correlation parameter for this user, and provides this button.The correlation parameter of this cue mark motion calculation module 13 also for inputting according to this user obtains this acquiescence displacement angle and compares data.In this preferred embodiment, this Subscriber Interface Module SIM 14 is for inputting this acquiescence displacement angle ratio for this user; But, in other embodiments of the invention, this Subscriber Interface Module SIM 14 is that the size and a size for inputting the screen 23 of this display device 2 for this user contains angle, or the length of the screen 23 of this display device 2 contains angle with width, a length and a width contains angle, but not as limit.
The communication module 15 of this Portable arithmetic unit 1 is for transmitting this trigger signals and the cue mark displacement communication module 24 to this display device 2.
The processing module 21 of this display device 2, for moving horizontally the resolution of distance, the vertical displacement of cue mark and this display device 2 according to this cue mark, calculates a reposition of this cue mark image of display on this screen 23.
The display control module 22 of this display device 2 is also for by this cue mark image display this reposition on this screen 23.This display control module 22 comprises one for receiving image-zooming unit (Scalar) (not shown) of this signal of video signal.This display control module 22 control this screen 23 with make to should the image of signal of video signal via being presented on this screen 23 after this image-zooming cell processing, and provide such as simultaneously, the image overlaying function of screen display menu (On ScreenDisplay, be called for short OSD) is by this reposition on this screen 23 of this cue mark image display.
The trigger signals that the communication module 24 of this display device 2 transmits for the communication module 15 receiving this Portable arithmetic unit 1 and cue mark displacement.
Refer to Fig. 1, Fig. 2 and Fig. 3, the display of cue mark of the present invention and the first preferred embodiment of control method can be implemented by above-mentioned Portable arithmetic unit 1 and display device 2.The method of this first preferred embodiment comprises following steps.
As depicted at step 301, when this user utilizes this Subscriber Interface Module SIM 14 to input this acquiescence displacement angle ratio, and during this button 100 of touch-control, the trigger module 11 of this Portable arithmetic unit 1 produces this trigger signals, and the communication module 15 of this Portable arithmetic unit 1 transmits the communication module 24 of this trigger signals to this display device 2.
As shown in step 302, the communication module 24 of this display device 2 receives this trigger signals, with the display control module 22 triggering this display device 2 control this screen 23 with make to should the image display of signal of video signal on this screen 23, and utilize the initial position 230 of image overlaying function on this screen 23 to show this cue mark image 4(to see Fig. 4) simultaneously, wherein, this initial position 230 comprises the initial point of the plane coordinate system of this transverse axis 231 and Z-axis 232 for this, and the length direction of this transverse axis this screen 23 parallel, the Width of this screen 23 of this vertical axis.
As disclosed at step 303, the motion sensing module 12 of this Portable arithmetic unit 1 is based on this trigger signals, produce the kinematic parameter group that this corresponds to the motion of this Portable arithmetic unit 1, wherein, this kinematic parameter group comprises this horizontal axis component around this horizontal axis, the vertical axes component around this vertical axes, horizontal movement component and vertical movement component.
As shown in a step 305, the cue mark motion calculation module 13 of this Portable arithmetic unit 1 is according to this horizontal axis component θ
x, vertical axes component θ
y, horizontal movement component M
x, vertical movement component M
yand acquiescence displacement angle is than data, and utilizes following formula (1) to calculate this cue mark displacement, wherein this cue mark displacement comprises this cue mark and moves horizontally distance Offest
xand the vertical displacement Offest of cue mark
y.In this preferred embodiment, this acquiescence displacement angle compares R than data for this acquiescence displacement angle.
Wherein, when the motion of this Portable arithmetic unit 1 is for rotating, horizontal movement component M
xand vertical movement component M
yvalue be zero; When the motion of this Portable arithmetic unit 1 is for time mobile, horizontal axis component θ
xand vertical axes component θ
yvalue be zero; When the motion of this Portable arithmetic unit 1 has rotation and moves simultaneously, this horizontal axis component θ
x, vertical axes component θ
y, horizontal movement component M
xand vertical movement component M
yvalue all non-vanishing.
As shown at step 307, the communication module 15 of this Portable arithmetic unit 1 transmits this trigger signals and the cue mark displacement communication module 24 to this display device 2.
As depicted in step 308, the processing module 21 of this display device 2 moves horizontally the resolution of distance, the vertical displacement of cue mark and this display device 2 according to this cue mark, calculate the reposition of this cue mark image of display on this screen 23.
As depicted at step 309, the display control module 22 of this display device 2 control this screen 23 with make to should the image display of signal of video signal on this screen 23, and utilize image overlaying function that this cue mark image 4 is simultaneously displayed on (see figure 5) on this reposition on this screen 23.
By above-mentioned explanation, the advantage of the present embodiment can be summarized as follows: the trigger signals produced by this trigger module 11 is triggered this display control module 22 and utilizes the initial position of image overlaying function on this screen 23 to show this cue mark image simultaneously, and utilize the motion of this Portable arithmetic unit 1 to calculate this cue mark image display in the reposition of screen 23, to reach the object of this cue mark image mobile.
The display of cue mark of the present invention and the second preferred embodiment of control method can be implemented by the similar Portable arithmetic unit 1 as Fig. 1 and display device 2.Its difference is that the Subscriber Interface Module SIM 14 of this Portable arithmetic unit 1 is for inputting the size of the screen 23 of this display device 2 for this user and this size contains angle, this cue mark motion calculation module 13 also contains angle for the size of the screen 23 according to this display device 2 and size, calculates an acquiescence displacement angle ratio.
Refer to Fig. 1, Fig. 6 and Fig. 7, the method step of this second preferred embodiment is identical with this first preferred embodiment haply, wherein, step 502 ~ 503 and step 507 ~ 509 are identical with step 302 ~ 303 and step 307 ~ 309 respectively, identical part no longer superfluous words, different parts is step 501 and step 505.
As shown in step 501, when this user utilizes this Subscriber Interface Module SIM 14 to input the size of the screen 23 of this display device 2 and this size contains angle, and during this button 100 of touch-control, the trigger module 11 of this Portable arithmetic unit 1 produces this trigger signals, and the communication module 15 of this Portable arithmetic unit 1 transmits the communication module 24 of this trigger signals to this display device 2.
As shown in step 505, the cue mark motion calculation module 13 of this Portable arithmetic unit 1 is according to the size S of the screen 23 of this display device 2
sand this size contains angle θ
s, and utilize following formula (2) to calculate this acquiescence displacement angle to compare R
s, and according to this horizontal axis component θ
x, vertical axes component θ
y, horizontal movement component M
x, vertical movement component M
yand acquiescence displacement angle is than data, and utilizes following formula (3) to calculate this cue mark displacement, wherein this cue mark displacement comprises this cue mark and moves horizontally distance Offest
xand the vertical displacement Offest of cue mark
y.In this preferred embodiment, this acquiescence displacement angle compares R than data for this acquiescence displacement angle
s.
Wherein, when the motion of this Portable arithmetic unit 1 is for rotating, horizontal movement component M
xand vertical movement component M
yvalue be zero; When the motion of this Portable arithmetic unit 1 is for time mobile, horizontal axis component θ
xand vertical axes component θ
yvalue be zero; When the motion of this Portable arithmetic unit 1 has rotation and moves simultaneously, this horizontal axis component θ
x, vertical axes component θ
y, horizontal movement component M
xand vertical movement component M
yvalue all non-vanishing.
By above-mentioned explanation, the advantage of the present embodiment can be summarized as follows: because the rotating angle of user self wrist varies with each individual, the size of the screen 23 of this display device 2 is inputted voluntarily and this size contains angle by allowing this user, for the individual demand of user, personalized use-pattern can be provided.In addition, if directly allow this user input this acquiescence displacement angle ratio, then may there is its acquiescence displacement angle inputted than too small, and causing when the motion of this Portable arithmetic unit 1 is for rotating, the cue mark displacement that this cue mark motion calculation module 13 calculates cannot contain the size of whole screen 23.Therefore, input this size voluntarily by allowing this user and contain angle (namely, decide this Portable arithmetic unit 1 in its sole discretion and rotate the size that the several years can contain whole screen 23), and calculate this acquiescence displacement angle ratio via this cue mark motion calculation module 13, can avoid because this user inputs excessive or too small acquiescence displacement angle ratio because of carelessness, and cause this cue mark image display wayward in the reposition of this screen 23.
The display of cue mark of the present invention and the 3rd preferred embodiment of control method can be implemented by the similar Portable arithmetic unit 1 as Fig. 1 and display device 2.Its difference be the Subscriber Interface Module SIM 14 of this Portable arithmetic unit 1 be for for this user input the screen 23 of this display device 2 length and width, this length contains angle and width contains angle, this cue mark motion calculation module 13 also for the screen 23 according to this display device 2 length and width, this length contains angle and width contains angle, calculates an a default level axial translation angle when acquiescence Z-axis displacement angle ratio.
Refer to Fig. 1, Fig. 8 and Fig. 9, the method step of this 3rd preferred embodiment is identical with this first preferred embodiment haply, wherein, step 602 ~ 603 and step 607 ~ 609 are identical with step 302 ~ 303 and step 307 ~ 309 respectively, identical part no longer superfluous words, different parts is step 601 and step 605.
As shown in step 601, when this user utilize this Subscriber Interface Module SIM 14 input the screen 23 of this display device 2 length and width, this length contains angle and width contains angle, and during this button 100 of touch-control, the trigger module 11 of this Portable arithmetic unit 1 produces this trigger signals, and the communication module 15 of this Portable arithmetic unit 1 transmits the communication module 24 of this trigger signals to this display device 2.
As shown in step 605, the cue mark motion calculation module 13 of this Portable arithmetic unit 1 is according to the length S of the screen 23 of this display device 2
lwith width S
w, this length contains angle θ
land width contains angle θ
w, and utilize following formula (4) and (5) to calculate this default level axial translation angle to compare R
land acquiescence Z-axis displacement angle compares R
w, and according to this horizontal axis component θ
x, this vertical axes component θ
y, horizontal movement component M
x, vertical movement component M
yand acquiescence displacement angle is than data, and utilizes following formula (6) to calculate this cue mark displacement, wherein this cue mark displacement comprises this cue mark and moves horizontally distance Offest
xand the vertical displacement Offest of cue mark
y.In this preferred embodiment, this acquiescence displacement angle compares R than data for this default level axial translation angle
land acquiescence Z-axis displacement angle compares R
w.
Wherein, when the motion of this Portable arithmetic unit 1 is for rotating, horizontal movement component M
xand vertical movement component M
yvalue be zero; When the motion of this Portable arithmetic unit 1 is for time mobile, horizontal axis component θ
xand vertical axes component θ
yvalue be zero; When the motion of this Portable arithmetic unit 1 has rotation and moves simultaneously, this horizontal axis component θ
x, vertical axes component θ
y, horizontal movement component M
xand vertical movement component M
yvalue all non-vanishing.
By above-mentioned explanation, the advantage of the present embodiment can be summarized as follows: because the rotational angle of user self wrist around this transverse axis and vertical axes all varies with each individual, by the length and the width that allow this user input the screen 23 of this display device 2 voluntarily, this length contains angle and (namely width contains angle, decide this Portable arithmetic unit 1 can contain whole screen 23 length around these horizontal axis several years in its sole discretion, and this Portable arithmetic unit 1 can contain the width of whole screen 23 around these vertical axes several years), more can meet the individual demand of user, more personalized use-pattern is provided.
In sum, this trigger signals and cue mark displacement is transmitted to this display device 2 by this Portable arithmetic unit 1, make the display control module 22 of this display device 2 control this screen 23 with make to should the image display of signal of video signal on this screen 23, and utilize image overlaying function to be simultaneously displayed on this reposition on this screen 23 by this cue mark image, and reach only to utilize this Portable arithmetic unit 1 and display device 2 and do not need to expend computer resource and can show and the object controlling this cue mark image, so really object of the present invention can be reached.
As described above, be only preferred embodiment of the present invention, and when not limiting scope of the invention process with this, namely all simple equivalences done according to claims of the present invention and description change and modify, and all still belong to the scope of patent of the present invention.
Claims (9)
1. the display of a cue mark and control method, be applicable to for a user a Portable arithmetic unit and one and this Portable arithmetic unit carry out the display device of communication, this Portable arithmetic unit comprises a trigger module, a motion sensing module and a cue mark motion calculation module, this display device comprises a processing module, a display control module and a screen, it is characterized in that: the method includes the steps of:
(A) trigger module of this Portable arithmetic unit produces a trigger signals, a cue mark image is shown with the initial position of display control module on this screen triggering this display device, wherein this initial position is an initial point comprising the plane coordinate system of a transverse axis and a Z-axis, and the length direction of this transverse axis this screen parallel, the Width of this this screen of vertical axis;
(B) the motion sensing module of this Portable arithmetic unit is based on this trigger signals, produces the kinematic parameter group that corresponds to the motion of this Portable arithmetic unit;
(C) the cue mark motion calculation module of this Portable arithmetic unit is according to this kinematic parameter group, calculate and represent a cue mark displacement of this displacement of cue mark image on this screen, wherein this cue mark displacement comprises a cue mark and moves horizontally distance and the vertical displacement of a cue mark;
(D) processing module of this display device moves horizontally the resolution of distance, the vertical displacement of cue mark and this display device according to this cue mark, calculates a reposition of this cue mark image of display on this screen; And
(E) display control module of this display device is by this reposition on this screen of this cue mark image display.
2. the display of cue mark according to claim 1 and control method, is characterized in that: in this step (B), and the motion sensing module of this Portable arithmetic unit comprises at least one in a gyroscope and a gravity sensor.
3. the display of cue mark according to claim 1 and control method, it is characterized in that: in this step (B), this kinematic parameter group comprises one around the horizontal axis component, of this horizontal axis around the vertical axes component of this vertical axes, a horizontal movement component and a vertical movement component.
4. the display of cue mark according to claim 3 and control method, it is characterized in that: in this step (C), this cue mark motion calculation module than data, calculates this cue mark displacement according to this horizontal axis component, vertical axes component, horizontal movement component, vertical movement component and acquiescence displacement angle.
5. the display of cue mark according to claim 4 and control method, it is characterized in that: this Portable arithmetic unit also comprises a Subscriber Interface Module SIM, this acquiescence displacement angle gives tacit consent to displacement angle ratio than packet containing one, and in this step (A), when this user utilize this Subscriber Interface Module SIM input this acquiescence displacement angle than and touch-control one button time, the trigger module of this Portable arithmetic unit produces this trigger signals.
6. the display of cue mark according to claim 4 and control method, it is characterized in that: this Portable arithmetic unit also comprises a Subscriber Interface Module SIM, this acquiescence displacement angle gives tacit consent to displacement angle ratio than packet containing one, in this step (A), when this user utilize this Subscriber Interface Module SIM input the size of the screen of this display device and a size contain angle and touch-control one button time, the trigger module of this Portable arithmetic unit produces this trigger signals.
7. the display of cue mark according to claim 6 and control method, it is characterized in that: in this step (C), this cue mark motion calculation module contains angle according to the size of the screen of this display device and this size, calculates this acquiescence displacement angle ratio.
8. the display of cue mark according to claim 4 and control method, it is characterized in that: this Portable arithmetic unit also comprises a Subscriber Interface Module SIM, this acquiescence displacement angle contains an a default level axial translation angle when acquiescence Z-axis displacement angle ratio than packet, and in this step (A), when the length that this user utilizes this Subscriber Interface Module SIM to input the screen of this display device and width, a length contain angle and a width contain angle and touch-control one button time, the trigger module of this Portable arithmetic unit produces this trigger signals.
9. the display of cue mark according to claim 8 and control method, it is characterized in that: in this step (C), this cue mark motion calculation module according to the length of the screen of this display device and width, this length contains angle and width contains angle, calculate this default level axial translation angle and when give tacit consent to Z-axis displacement angle ratio.
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Application publication date: 20150701 |