TW201117089A - Mobile electronic device and method for controlling 3D operation interface thereof - Google Patents

Abstract

A mobile electronic device and a method for controlling a 3D operation interface thereof are provided. In the present method, a screen of the mobile electronic device is controlled to display a first partial area of the 3D operation interface in a first angle of view. After that, if a choosing instruction of a specific object within the first partial area can be continuously detected while the mobile electronic device generates a 3D movement in a 3D space, the screen is controlled according to the 3D movement to display a second partial area of the 3D operation interface in a second angle of view, in the meanwhile, a display position of the specific object in the 3D operation interface is changed according to the 3D movement so as to make the specific object displayed in the second partial area.

Description

201117089 PNAI-SW-0230-TW 31075twf.doc/n VI. Description of the Invention: [Technical Field] The present invention relates to an operation method of an electronic device, and in particular to a three-dimensiona 3D) Method of operating the interface and mobile electronic device. [Prior Art] The so-called Virtual Reality (VR) refers to a virtual world constructed by computer simulation of the real environment using technologies such as computer graphics and image synthesis. In general, the user can operate the objects in the virtual reality through equipment such as f-three-dimensional (3D) induction gloves through the head-mounted display. The virtual reality surface is displayed on the head-mounted display, and the 3D induction glove is used to detect the movement of the user's hand and correspondingly change the virtual reality book displayed by the head-mounted display, and The user can touch objects in the virtual reality. However, whether it is a head-mounted display or a 3D induction glove, it requires a relatively complicated j and expensive production costs. Therefore, it is not easy for the average person to enjoy the convenience brought by the virtual reality in daily life. h = As technology advances, more and more electronic devices are beginning to provide users with a 3D =) ι face-like operational experience similar to virtual reality. When the 3D desktop program of the 2-person computer is the background of the desktop and the shortcuts of the application, the standard and the #clip, the stereoscopic form is used. However, the current 3D desktop program only presents the desktop and the widget in a stereoscopic manner, not a true 3D virtual reality design. 201117089 PNAI-SW-0230-TW 31075twf.doc/n And it's not hard to imagine 即便 'Even if the PC can support real 3D virtual reality, under the premise of personal sequel or sling as a loss device Users should use this type of dimension (iw〇_出, 2D) to input f to operate ^ virtual reality is also easy to secret a lot _. In other words, the virtual 3D control must rely on expensive and noisy virtual reality devices. SUMMARY OF THE INVENTION Interface three-dimensional (three-dimenSiGnah 3D) operation 3Df motion 1 According to the mobile electronic device in the 3 〇 space, the snail is a kind of mobile electronic device, which allows the use of the real world to operate on objects. Sense: The device is operating.罝 罝 仃 仃 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本In this method, the first shilling screen is marked with the first #-light, and the device's operative interface of the device corresponds to the same - the same angle of view - AA*土姐丨区戈. Among them, the first vertical azimuth. ^ (4) and - when

If the mobile electronic device generates a 3D command in the 3D space, the selection of the pending object according to the 3D mobile device == field means that the private I control screen is turned to the second partial region of the first-i__ At the same time, according to the 3D movement, the operation of the device does not change the local area of the specific object. The article is shown in the second 201117089 PNAI-SW-0230-Tw 31075twf.d〇c/n. From another point of view, the present invention includes a screen, a selection detection module, and a 3D movement detection electronic device. , package group. The detection module is used to detect the action + sub- and the selection of the specific object in the processing template interface: the 3D operation of the sub-device operates the detection module generated in the 3D space to detect the connection. To the freshest, select the age group, the amount of ten. The processing module component processing module controls the screen to display the first-view angle;

The area of the area, and the first angle of view corresponds to the f-office azimuth of the current reference interface and the - green xiao. ^ ^ ^ - the current level of 3D movement to the mobile electronic device, the day detection module detects the first local area to make the specific object = detection module continues to control the screen according to the 3D movement amount, then the processing module will The second partial area, while operating the interface domain according to ^ = f 3D. Displaying the object to be displayed in the second partial area. Based on the above, the present invention simulates the operation of the a-line operation, and the amount of movement caused by the operation of the object by the user is: the electronic device is in the space advancement angle and The viewer who has made the operation interface in the 3D operation interface can experience on the mobile electronic device to make the user feel comfortable, and greatly reduce the operation action; the above features of the present invention are brought about. The advantages of f Λ ' can be more obvious and easy to understand. The following is a detailed description of the following: 201117089 PNAI-SW-0230-TW 31075twf.doc/n [Embodiment] Figure 1 is in accordance with this A block diagram of a mobile electronic device as shown in one embodiment of the invention. Referring to FIG. 1, the mobile electronic device 1 includes a screen selection detection module 120, a three-dimensional (three-dimensionah 3D) debt measurement module m, and a relying group. In the present embodiment, the sub-device 100 is, for example, a mobile phone, a personal digital assistant (Pe: Assistant, PDA), a PDA mobile phone, or a smart type 1 and does not limit its scope. In this case, the screen 110 may be a resistive or capacitive type, various operations of the mobile electronic splitting or use of the written mobile electronic device (10) having a plurality of pre-set objects F詈100 Μ _ I, having a stereo The appearance of 'and separately indicates that the mobile electric wire can be displayed' or the data is lost. And the screen (4) uses the mobile electronic =1 〇 〇 进而 to allow the user to operate the device through 3 。. Further coming: the special feature of the technology is, for example, any one of the preset modules 120 can be used for the touch screen, and the input tool such as the preparation stylus is selected by the user to be generated by the user or by the user. Selection instruction. When the swaying, rotating or swaying device 100 moves around 'or shake' 〇〇 to generate the corresponding 3 ϋ electronic stomach 〗 00, the mobile electronic device will be included in the 3D displacement change and 31) 201117089 PNAI -SW-0230-TW 31〇75twf.doc/n Angle variation, etc.). And the mobile volume measurement model (4) moves to set: the private movement summer generated in the 3D space by the user's operation. In this embodiment, the seat includes an acceleration sensor (accel_n sen^\t, the speed sensor can be a gravitational acceleration sensing force, the porting speed change amount to estimate the action electrons i). The electronic compass can be accurately and vertically changed.

The amount of angular change. The processing module 140 of the feeding electronic device 100 is respectively connected to the tomb 〗 1n ' and the 3D moving amount _ module; 30, and the module 120, the module !30 detects the mobile electronic device in the momentum detection When the test module 12 〇 continuously detects the __ partial and selects the BER command, the time of the object is changed according to the amount of movement of the 疋 object. The 3D plug-in interface is controlled by the module 140, and the user can move through the face-to-face area as the action power is transferred to the different angles of view. In addition to any object made by the interface, the processing module (10) ^ ^ ^ to select the 3D operator object holding a f-player (10) in the ^ continue to select the selected object by the 3D operation interface of a work place In the case of moving, the following will be (4) - implement the spicy step. Le electronic device 100 201117089 PNAI-S W-0230-TW 31075twf.doc/n ping operation process. ® 2 is a flow chart for implementing the control method for the _ 3D operation interface in accordance with the present invention, please also read '=2. In this embodiment, the 3D operation of the mobile electronic device 1 and the preset objects on the 3D operation interface respectively represent the application, the file, or the folder of the device 100. In the action sub- (10), the origin of the pre-defined 3D operation interface is recorded ^ ^ is located at the financial interface of the interface), the water of the 3D operation interface = the initial horizontal azimuth of the image (between the temperature and the degree of 360 degrees) ), the initial vertical azimuth of the vertical plane of the interface (between q = degrees). In another embodiment, the origin position, the initial re-angle, and the initial orientation can also be set by the user according to °. As shown in step 201, the processing module M〇 controls the screen to display the first partial area of the 3D operation interface from the perspective, and the first view Z is at the current reference position, the current horizontal azimuth and the current Vertical square: Angle. In detail, the processing module 140 first determines that the current test is in accordance with the origin position. If the current reference position conforms to the origin position =, the electronic device 100 may have just been activated by the user. At this time, the processing module 14 is defined as centering on the origin position and increasing or decreasing between the initial horizontal azimuth angle and the first specific angle (for example, 25 degrees) on the horizontal plane, and simultaneously adding or subtracting the initial vertical azimuth angle on the vertical plane. The range between the second specific angles (eg, 3 degrees) is the visual range corresponding to the angle of view. Next, the processing module 14 取得 obtains the object positions of the preset objects in the 3D operation interface, and calculates the vector angle formed by the object positions of the respective preset objects and the origin position. 201117089 PNAI-SW-0230-TW 3I〇75twf.doc/„ All preset objects whose vector angle falls within the visible range are shown in the second line:: 22, indicating the use of walking around, or; 〇. =, do. In such a tender, processing

Set as the center of the heart, and in the horizontal plane between the angles of the other tea test positions and the addition and subtraction of the two angles on the vertical plane. The first-specific range is the first-view angle 2 = after the object position of each pre-sighing object, the processing The mode consists of the current reference position: all pre-records whose quantity angle falls within the above-mentioned visible range. It must be noted that, at the same time, the reference position of the book displayed by the screen H0 is not. Will use the - blanking algorithm 7 for example 2 = 3 method f = group in the real example, assuming that the screen 11 is broken mobile electronic device (10) generated in 3D space in order to judge * a specific object two = space generation The user-finger or stylus touches the screen 201117089 PNAI-SW-0230-TW 31075twf.doc/n 疋 occurs on the first two-dimensional (tw〇_dimensi〇nai, 2d) coordinates of the screen 110. The amount of 3D movement generated by the mobile electronic device 10 in the 3D space is detected by the 3D motion detection module 13A. Next, in step 210, it is determined whether the one touch operation is available as a selection instruction for a particular object in the first partial region. That is, it is determined whether the user clicks on the object or the stylus to select an object in the first partial area of the 3D operation interface. Further, the processing module 140 converts the 2D coordinates of the touch operation into corresponding positions in the 3D operation interface. When the object position of all the preset objects in the 3D operation interface is obtained, the corresponding position can be compared with any object position. If there is no payment with all of the object positions, then as shown in step 215, the processing module 14 controls the screen 110 to display the second partial area of the operational interface in a second view based only on the amount of 3D movement. The processing module (10) controls the screen 11 () to display the detailed tilt of the = area. Next, the control will return to step 205' to wait for another touch operation. ^Touch (4) means purely in accordance with a certain - preset

It means that the user presses the object with a finger (face control pen). Step 22: The processing module M 〇 records the interval between the user's selected objects as the first reference time 'and the object position is determined as the specific object selected by the (four) preset objects. object. (4) The pole group 12G will use the touch action as the selection instruction of the specific object. Detective J is a continuation of the age of the remuneration. ^^曰々持, .贝有' indicates that the selection detection module 120 can be used to detect the module 13 in the 3D continually to the mobile electronic device 1 () 2: 201117089 PNAI-SW-0230- When TW 31075twf.doc/n 2, hold the _ remaining selection command. That is, the user walks around with the mobile electronic device while continuing to point on the object. Therefore, the module (10) correspondingly controls the screen 11 to display the interface as a different angle of view, and the display of the specific object in the 3-inch operation interface is changed. ^ - Step 23 = ° The processing module 140 calculates the display position of the special = # in the 3D operation interface based on the 3D movement amount. And as shown in the step, the j-right group 14 〇 according to the 31) movement amount control camp ιι〇 turns to the second partial area of the second-view 3D operation interface, while making the specific object not in the second partial area. When == mesh=140, a new reference position corresponding to the second angle of view is calculated according to the amount of displacement change corresponding to the full angle of the first angle of view (for example, the new reference position is the sum of the = amount), and (4) The horizontal flatness in the degree of change reduces the new horizontal azimuth of the 22nd view, and the 3D angle C component as the new vertical level corresponding to the second angle of view, and the processing module 140 is centered on the new reference position. , in the water; ι in the new horizontal azimuth plus or minus the first - specific angle, while defining the 3 new vertical azimuth plus or minus the second specific difference between the range of the corresponding angle of the pre-angle. After obtaining the position of the 3D operation interface position piece and calculating the position of each object and the new reference amount angle to produce the inward angle of the Ip, the processing mode and the group 140 will display all the preset objects of the corresponding range of the viewing angle of the corner. In Firefly 4, the processing group 140 will also use the blanking algorithm to process 201117089 PNAI-SW-0230-TW 31〇75twf.doc/n All preset objects that can be displayed in the Visual Van® towel to present a close-up view Effect. While the display viewing angle of the 3D operation interface is changed in response to the user continuing to press the object and holding the mobile electronic device 1 〇〇 in the space, the processing fork set 140 also correspondingly changes the display position of the specific object. In this embodiment, the processing module M0 is the current reference position of the specific object, and then obtains the 3D modeling data of the specific object, and displays the specific object in the display position according to the 3D modeling data, thereby causing the specific object to be displayed. In the second partial area. Returning to step 225 of FIG. 2, if it is determined in step 225 that the selection date no longer exists (the selection instruction is also 1$ due to the disappearance of the touch action), the user may release the finger (or touch). Pen) and no longer select specific objects, so as shown in the step, the processing template (10) obtains the second 2D coordinate on the screen n〇 before the touch action disappears, and the time when the touch action disappears is recorded as Second reference time. After the step 245 _, the processing module 140 determines whether the difference between the second reference time of the first reference time is less than the first time preset value = ^. 5 seconds). If the difference between the first reference time and the second reference time - the time value - indicates that the money is performing a click action on the selected specific object, as shown in step 25, the processing module "Ο =仃For example, if the miscellaneous object corresponds to the application of the electronic device 100, the processing module 14〇 executes: the program. If the specific object corresponds to the structure of the mobile electronic device (10) The processing module 140 will open the file and present the file content 12 201117089 PNA1-SW-0230-TW 31075twf.doc/n to the user through the screen 11. If the specific object corresponds to the data loss, the process 140 will open the folder ' In turn, the user can review the data missed case. In other words, when the user holds the mobile electronic device 1=, the processing module 140 controls the screen 110 to display the 3D operation according to the 3D movement amount. Interface: When the page & field displayed on the screen 11〇 includes the specific object that the user wants to execute or open, the second time: the first time preset value within the quick location and then release the specific object will be two after the process = mouth to γ 215, the processing module 14 显示 according to the second view to display the 3D operation interface 2 = ΓΓ 205 205, waiting to detect the other 3 touch time of the other touch operation and the second reference time == Whether the display position of the second meets the two:: Yes means that the virtual = position matches the specific position, the specific object of the processing mode = or the specific object is moved to the root 2 = step, and the processing module 1: the second part of the interface > In turn, the 3D operation touch operation is displayed in the first view. The receiver then returns to step 205 to wait for the other position display position and the specific weight to determine the 2D coordinate and the second 201117089 PNAI-SW- 0230-TW 31075twf.doc/n Is the distance between the 2D coordinates smaller than the preset value (for example, i〇 points), and the difference between the first reference time and the second reference time is greater than the second, Set the value (4) as 1 second. If it is, it means that the user is holding the special and holding the mobile electronic device 100 to move around, and then releasing the special = no. In the case of the sample, the processing module (10) will make the specific The object is not in the current display position. Further, as in step 23 〇, 3 modules will just calculate the special parts according to the amount of movement in the = display (for example, the new reference position as a specific object; then, as shown in step 235, the processing module (10) according to ί 乂 1 And displaying the object of the 3D operation interface by the second view to display the object in the second partial region. Returning to step 265, when determining the first 2D coordinate fish, the distance is greater than or equal to the distance preset value' The value of the second reference-f test time is less than or equal to 0 ”, and after step 270, the processing module 14〇 calculates the parabola distance of the ^^ value of the time = 2D coordinates, and according to the parabolic distance; - the target position, and then display the position with the target ^ 3 ^. Next, in step 235, according to the second partial area of the line object, at the same time, the specific object is displayed == r. In the embodiment, after the display action of step 235 is completed, the private party will return to step 2G5 again. When the flow commits the movement amount, the user acts on the camping 4=贞: Ding moving ^ electronic device (10) to generate the touchstone action of the screen 110. In other words, line 14 201117089 PNAI-SW-0230-TW 31075twf.doc/n The electronic device _ will restart the specific object of Figure 2 after starting up and take: move the two devices just around, except Will make the curtain 110 = = outside the local area of the 3D operation interface, the operator will determine the object, according to the continuous point selection: the filament core to perform the corresponding function of the object:

No delete objects or change specific objects in crying or Jrfl - so users will no longer need head-mounted displays # expensive gloves and other expensive virtual reality devices ^ also rff sub-device 100 experience virtual reality operations The effect is not the second, and the person moves the electronic radish 丨 ^ ^, for δ, the user can hold the line angle and depth of field. ^ Change the display of the 3D operation interface. In the example of the underarm, it provides a kind of instant change to ^^V to allow the user to feel the control of the operation interface. Another example of the invention - an example of the 3D operation of the Saki*. Please refer to Fig. 1 and Fig. 3 at the same time. First, as shown in the figure (4), the second screen 110 is displayed in the first perspective.卩£ domain. Since the step of controlling the screen 110 to use the first partial area of the same operation interface of the first embodiment is similar to the above-mentioned actual door or the like, it will not be described herein. In step V, it is determined whether the selection detection module 12 detects 15 201117089 PNAI-SW-0230-TW 31075twf.doc/n to select a specific object in the first partial area. If the selection detection module 120 does not detect any selection command, indicating that the user has not selected any object, the 3D displacement change detected by the 3D movement detection module 130 is as shown in step 330. When the amount exceeds a predetermined value within a certain time, the processing module 14 changes the depth of field corresponding to the first perspective by the 3D displacement change amount to display the sub-region in the first partial region. That is, as long as the user applies a specific operation to the mobile electronic device 100 (for example, quickly shaking or tilting the mobile electronic device 1), the mobile electronic device 100 generates a large amount of acceleration change in an instant, then the screen The depth of field of the 110 faces will change. : The judgment result of the right (four) 320 shows that the selection detection module (3) breaks the two instructions, and as shown in step 340, the judgment, the destination, the 丰^, and the presence are present. In the present embodiment +, if the selection command is dried as shown in item 350, the processing module 140 causes the specific object to be fixed to the apparent position of the target. However, in the other embodiments of the present invention, when the selection command disappears, the door gate t140 can also be selected according to the user and the corresponding function when the specific object is released. And also determine whether to display the display position of the specific object piece according to the presence of the specific object when the user releases the specific object, and then delete the specific object as in step 3, ^. If the selection command continues to exceed the preset value, the sub-region corresponding to the 3D displacement change region corresponding to the first view angle produced by the 3D displacement change amount at a specific time is simultaneously on the screen 110. The first partial position is displayed such that the specific object j3D movement amount changes the display of the specific object not to the sub-area order. In other words, only the 201117089 PNAI-SW-0230-TW 31〇75twf.doc/n selects the detection module 120 to continuously detect the selection command, and the 3D displacement detected by the 3D mobile detection module 130 If the amount of change exceeds the preset value within a certain time, it means that the user selects a specific object and applies a specific operation to the action electronic device (for example, fast shaking or shaking the action electronic ^ 1:: The depth of field of the displayed screen and the display position of the object selected by using the noodle point will also change instantaneously. Luo - ^ The first button of the mobile electronic device 100 in the following embodiment (not φ::Shi is pre-defined as corresponding - preset 3D movement amount, the preset 3D movement includes a 3D displacement change amount, a preset horizontal azimuth angle, and a preset vertical azimuth angle. When the user presses the button, it is equivalent to the action of the mobile electronic 100 text to the user. The above-mentioned preset 3D movement amount is generated. Accordingly, the viewing angle of the '3D operation interface and the display position of the object on the 3D operation interface will also change accordingly. FIG. 4 is a view showing another embodiment of the present invention. The flow of the control method of the operation interface Please refer to Figure j and Figure 4 at the same time. First, as shown in the following steps, the processing module 14 0 controls the screen! ! 〇 The first view is displayed = D operation " the first partial area of the face. Because the control screen no display The detailed steps of a partial area of the younger brother are the same as or similar to those of the foregoing embodiment, and therefore will not be described here. Next, in step 420, it is judged whether the selection side module (10) selects a local area to select a specific object. Selecting the detection Wu group 120 ya _ to any selection command, indicating that the user has not selected the object. As shown in step 430, the processing module 140 is smashed and pressed according to the first button. Set the movement amount control 201l17089 PNAI-SW-0230-TW 31075twf.d〇c/n 】 Curtain 110 to display the third partial area of the operation interface by the younger three perspectives, such as the object selection instruction, detecting the selection instruction Time editing, processing mode === Second, according to the preset 3D movement amount, the specific object is changed to display the specific object in the third partial area. In the present: the solid-display instruction disappears, the processing module 140 will make the specific Objects 疋.,,| In another embodiment, when the de-command disappears, the processing module 14 根 will root ^^ = : the length of the time interval of the object to determine whether or not to execute the ship, the device is "producer _ Yang ^ no The position of the mosquito Μ 特 丝 。 状 状 状 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( Processing module = different local areas of the interface _ interface =: according to the same two = summer change the display position of a specific object, so that the specific object moved from the 3 = " face to another place, so no longer here, begging. The second pressing device (10) has a preset rest position in the 3D operation interface: an example pair 18 201117089 PNAI-SW-0230-TW 31075fwf.doc/n Preset reduction ^ square bit angle and preset reduction vertical Azimuth. As long as the user presses the original button, the processing module (10) controls the screen (10) to display the front surface of the j 3D operation interface with the preset restoration position as the center. Further to s brother: axis, I4. (4) a preset reduction position, a preset reduction horizontal azimuth angle, and a preset reduction vertical azimuth control to control the screen 110 to display a preset partial area of the 3D operation interface in a fourth perspective (ie, at a preset restoration position, at the center昼面). According to this, even if the user temporarily loses the position due to frequent manipulation of the operation, the position can be restored by pressing the preset button to quickly operate the interface. The gamma of the preset local zone of the sand buckle is the same as or similar to the above, so it will not be described here. The mobile electronic device and the 3D interface control method thereof according to the above embodiments are correspondingly changing the display angle of view and the depth of field of the 3D operation interface according to the amount of movement generated by the mobile electronic device in the 3D space, and allowing the user to interact with the 3D operation interface. Each object is selected by the action === can be operated. The above embodiments provide a way for the user to experience the feeling of being in a 3D operation and interacting with various objects. Even users who are not accustomed to operating an electronic device do not need to spend a time-controlled 3D operation interface to ensure that the mobile electronic device is more intuitive and convenient to use. Although the present invention has been disclosed above by way of example, the person having ordinary knowledge in the technical field of the third embodiment can make some changes and invigorating the body without departing from the scope of the sum of the moon and the moon. The warranty is based on the scope of the patent application. 201117089 PNAI-SW-0230-TW 31〇75twf.doc/n [Simple description]

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a block diagram of a mobile electronic skirt in accordance with an embodiment of the present invention. A flow chart of the control method of the embodiment of the present invention.

3 is a flow chart of a method of controlling a 3D operation surface according to another embodiment of the present invention. J

4 is a flow chart showing a method of controlling a 3D operation interface according to still another embodiment of the present invention. [Main component symbol description]. 100: Mobile electronic device: Screen 120 · Selecting the measurement module 130 : 3D movement detection module H0 : Processing module

210 to 270: Steps 310 to 360 of the control method of the 3D operation interface according to an embodiment of the present invention. - Steps 410 to 440 of the control method of the 3D operation interface according to another embodiment of the present invention: Each step 20 of the method for controlling the 3D operation interface according to still another embodiment of the present invention

Claims (1)

201117089 PNAI-SW-0230-TW 31075twf.doc/n VII. Patent application: 1. A three-dimensional operation control method for a mobile electronic device, the method includes ···, with a screen The screen displays the mobile electronic device in a first perspective - 2 ee_dlmensional, 3D ) operation interface _ second The first-view angle corresponds to the current reference position "the domain" angle and the current vertical azimuth angle; and the field water dry direction if the mobile electronic device is continuously detected in the 3D * When the amount of 3D movement is generated, according to the selection instruction of the specific object in the 3D (four) domain, the movement of the milk operation interface is changed to display the second object to display the specific object in the section 3 When the field is selected, the object is displayed in a display position in the second situation according to the movement amount, so that the control curtain of the 3D operation interface described in the special method mt 1 includes the plurality of the first view. a piece of material, and an original position of the interface of the operation interface before the step of arranging: the angle of the first partial area; an angle; an initial horizontal azimuth angle on a horizontal plane of the operation interface; An initial vertical orientation on one of the vertical planes of the 3D operation interface includes: the step of displaying the first partial area by the L screen at the first viewing angle. 2011 17089 PNAr-SW-0230-TW 31〇75fwf.doc/n Whether the current reference position matches the original a point position; when the current reference position conforms to the origin position, the definition is centered on the origin position and the initial horizontal azimuth is added or subtracted between the first specific angle on the horizontal plane, and the vertical plane is simultaneously a range between the initial vertical azimuth plus or minus a second specific angle is a visible range corresponding to the first viewing angle; obtaining an object position of each of the preset objects; and calculating each of the pre-6 objects The position of the object is respectively a vector angle formed by the origin position; and the vector angle corresponding to the "', the member angle falls on all the objects in the visible range. '3·^Please special fiber (4) 2 items The control method of the D operation interface is as follows: when the towel is in the position of the transfer test, the position of the 4th position after the step 4 is the position of the ▲ moxibustion if the current reference position does not meet the position of the origin, the definition is to use the Hi (i) towel (10) in the fortune The horizontal horizontal orientation of the plane is defined as the range between the corresponding degrees, and the object position of each of the preset objects is taken by the first angle of view; the position of the object of each of the preset objects of the air and the current loss respectively The test position, the vector angle formed by the test position; and /, the field angle corresponding to /, the field corresponding to the object = r, all the pre-receiving of the visible range 2011 17089 PNAI-SW-0230-TW 31〇75twf.doc/ n. The control method of the 3D operation interface according to the second aspect of the patent application, wherein the screen is a touch screen, and before the step of detecting the selection instruction of the specific object, the method further comprises: Curtain-touch action, where the _-touch action corresponds to a first two-dimensional on the screen (tw〇_dimensi〇nal, 2d == 2D coordinates for the 3D operation interface - corresponding: the object of which: - 5. The method of claim 2, wherein the 3D movement amount comprises a control angle change amount of the interface, and the 3D angle 〇 displacement change amount and a 3D vertical surface component; Included in the horizontal plane component and - controlling the firefly-- according to the 3D movement amount, the step of the second partial region further comprises: - the second perspective view displays the new reference position according to the current reference position 兮 the second perspective; °t3D The displacement change calculation corresponds to the 3D angle a new horizontal azimuth of the viewing angle; & a ten-sided knife as a new vertical azimuth corresponding to the viewing angle of the third 3D angular change; the knife as the corresponding second definition to the new The reference position is centered on the horizontal plane at 23 201117089 PNAI-SW-0230-TW 31075twf.doc/n The new horizontal azimuth is added or subtracted between the specified angles, and at the same time the vertical t is between the new vertical orientations Adding or subtracting the visible range corresponding to the angle of view of the second specific angle; obtaining the position of the object of each of the preset objects; positioning the position of the item (4) The vector angle formed by the reference position; and the vector angle corresponding to the number ir (ir) control of the operative interface described in item 5 of all pre-method patent ranges of the visible range has a preset object;;=: The _vector angle falls within the visible range of the visible view - the control of the 3D operation interface described in item 5 of the method is such that the specific object is further displayed by the new local area of the object Steps include : and; 4, the current display position data of the 5 Hai specific object in the ^_3D modeling data ' and according to the 3D made 8. If the specific object is not displayed. The method wherein, in determining one of the object positions of one of the controls of the 3D operation interface of the item 4, the preset objects are, if yes, recording the time of the time is 1-time; and 201117089 PNA1-SW-0230 After the step of -TW 31075twf.doc/n, the method further includes: 5" the selection instruction of the object is obtained, and the second coordinate is detected corresponding to the second 2D 上 before the touch action disappears; a second reference if the first reference time and the second S, and less than a first time preset value, a difference between the test points. The material object conforms to the work-work 9. If the method of claim 8 is included, the method further includes: , 'D operation interface control if the first reference time and the second time are greater than or equal to the first time preset value , the judgment; whether the difference between the display position conforms to the current operation interface of the guilty operation interface, and the object of the deletion: and the distance ί]: the 2D coordinate of the younger brother and the second 2D coordinate When the difference between the ••= is greater than the second time preset value, the specific object is fixed to the current display position. 10. The control method of the 3D operation interface according to claim 9, further comprising: the distance between the first 2D coordinate and the second 2D coordinate being greater than or equal to the preset value of the distance and the first When the difference between a reference time and the second reference time= is less than or equal to the second time preset value, the distance from the first 2D coordinate to the second 2D coordinate is calculated as a parabola distance 1 "·- 25 201117089 PNAI-SW-0230-TW 31075twf.doc/n Calculate the 3D operation according to the parabolic distance; and ... the target-target position with the target position as the display position of the specific object. The 3D# method of claim 5, wherein after the step of displaying the screen at the first viewing angle, the step of controlling further comprises: a local area of the person if the 3D displacement variation of the mobile electronic device exceeds a preset value is displayed according to the depth of field corresponding to the 3D displacement=turn angle to display the first partial region. Let the glory be the first After the step, the method further includes: a local area detecting the selection instruction of the specific object; and if the selection instruction continues to exist, the 3D; time: exceeding 1 setting value, according to the heart: angle, the first scene display The first-partial $ causes the special money piece to be displayed in the sub-area. The heart-spot is not in the position' method. The method of the first step is to display the first partial area by the angle of view. The specific object_selection instruction; and when the first button is pressed according to a continuous existence, the root and D privately control the screen to display the 26 201117089 P^W-〇23〇. a third partial amount of the TW 3I〇75 twf.doc/n 3D operation interface changes the display position of the specific object to move the third partial area. The <RTI ID=0.0>> The method includes: - a screen to display a partial area by a first view, wherein the first view angle is a first-front horizontal azimuth and a current vertical azimuth of the interface; a U position, when A fall detection module for detecting a selection command of a specific object in the milk surface of the mobile electronic fruit interface; a -3D - 3D movement amount detection module for the device a 3D movement amount generated by the line D space; and an electronic device in-processing module coupled to the screen, the 3D movement amount detecting module, the measuring module, and the processing module controlling the screen Taking a first-: face-first-partial region, the first-viewing angle=setting, two current horizontal azimuths, and the current vertical square are two. “The reference bit is detected by the 3D movement detecting module. The 3D movement amount and the selection detection module continuously detects: the selection instruction of the specific object of the sub-device, the local area of the domain, and the screen is displayed to display the 3D movement with a second perspective: According to the second partial area of the 3D moving surface, the special object is shown in the mobile electronic device according to item 14 of the patent application, which is 27 201117089 PNAI-SW-0230-TW 31〇75twf. The 3D operation interface in doc/n includes a plurality of preset objects, and the processing The module takes a pre-defined original position of the 3D operation interface, an initial horizontal azimuth on a horizontal plane of the 3D operation, and an initial vertical orientation of the vertical surface of the 3; An angle; wherein the processing module determines that the current reference position is (4) the origin position. When the current reference position conforms to the origin position, the definition is centered on the origin position, and the initial position is on the horizontal plane. The horizontal azimuth is added or subtracted between a first specific angle, and the initial vertical azimuth is added or subtracted from the second specific The range between the angles is the visible range corresponding to the first angle of view, and an object position of each of the preset objects is obtained, and the position of the object of each of the preset objects is respectively calculated from the position of the origin. The vector angle, and all the preset objects whose corresponding vector angles fall within the visible range are in §Haiying. 16. The mobile electronic device of claim 15, wherein the mobile electronic device is described in claim 15. When the current reference position does not conform to the origin position, the meta-processing module is defined to be centered on the current reference position, and the current horizontal azimuth is added or subtracted between the first specific angles on the horizontal plane, and at the same time The range between the current vertical azimuth plus or minus the second specific angle is the visible range corresponding to the first angle of view, the position of the object of each of the preset objects is obtained, and each of the presets is calculated. And setting the object position of the object to the vector angle formed by the current reference position, and displaying all the preset objects whose corresponding vector angles fall within the visible range on the screen. 17. The mobile electronic device of claim 15, wherein the screen is a touch screen, and the screen is detected to act on the screen. 2011 17089 PNAl-iS W-0230-TW 31075twf.doc/ The processing module converts the first 2D coordinate to a corresponding position of the 3D operation interface, and determines whether the corresponding position conforms to the object of one of the preset objects. Position; if it is ', the object is positioned to match the preset object of the corresponding position, and the selection side module (4) touch action is the selection instruction of the object.疋 18. The mobile electronic device of claim 2, wherein the 3D movement amount comprises a 3D displacement change amount and a 3/匕 angle change amount includes a - horizontal plane component and a vertical = group according to the pre-ride reference position and the The 3D _ variation meter is opposite to the new reference position of the second angle of view, and the horizontal plane component of the singapore = amount is used as the opposite of the "new water"-degree change amount of the second angle of view. - the new vertical azimuth of the angle of view, defined by the new = Hai and the new horizontal azimuth plus or minus the first level on the horizontal plane, while the new vertical square angle is specified on the vertical plane The range between the angles is corresponding to the second angle of view, and the second position of the objects of each of the preset objects is obtained; each: a second present range, where the object positions are respectively constructed with the new reference position: The preset object and the vector angle of the display job fall at the angle of the amount of 2, and the object is on the screen. All the presets of the dry perimeter 19·If the mobile electronic zone of the Shenzhaoqing patent scope 1 r is traced to the action of the electronic field, the processing core uses a blanking algorithm to process the device. μ <Child Vector 29 201117089 PNAI-SW-U230-TW 31075twf.d〇c/n All preset objects that fall within this visible range. For example, in the line described in the scope of the patent application, the new reference position is used as the specific item position=4::=============================================================== The specific object is displayed on it. Let the i1 manage the material device, its piece,: "====中中: Before the action disappears, it corresponds to the -4th time on the glory: r a second reference time, and in the priest a When the difference between the reference time and the reference time is less than the value of 4 for the flute, the function corresponding to the specific object is executed; - the formula 2: and the second object = the mobile electronic device - the application The object corresponds to the application: execute = application = place == === touch; and in the specific object == the processing module describes the mobile electronic device, the difference is greater than or equal to the "day" keeper, The current (4) setting between the second reference time sets the specific object; if it is 'from the second:, the specific interface is in the -2D loft blood ^ Delete the specific object in the face, if not, the preset value is unique. 30 201117089 ^jnai-SW-0230-TW 31075twf.doc/n When the difference is greater than a second time preset value, the specific object is fixedly displayed. The current display position. 23. The mobile electronic device of claim 22, wherein the processing module has a distance between the first 2d coordinate and the second 2D coordinate is greater than or equal to ☆ the distance preset value and the The difference between the first reference time ^ and the second reference time is less than or equal to the second time pre-Japaneses calculation of the movement from the -2D coordinate to the second 2D coordinate - parabolic I away from The parabolic distance calculates the target position of the 3D interface and uses the target position as the display position of the particular object. π , 24. as described in claim 18 of the scope of the patent application! == The angle of view indicates the value of the first partial region, and the process 2 depends on a certain time to exceed - an L of the library The 3D displacement change amount changes the first-view angle: in the second field, the screen is dried by the first angle of view; the tilting electronic device's object-transfer object is ordered in the camp "the 14th enclosure The mobile electronic device described above should be taken as a test module, and if the selection is 31, and the selection finger 31 201117089 PNA1-SW-0230-TW 31075twf.doc/n, the first button is Pressing, the processing module controls the screen to display a third partial area of the 3D operation interface according to a preset 3D movement amount, and changes the specific object according to the preset 3D movement amount. The position is displayed such that the particular item is displayed in the third partial area. 32