CN106325722A - 3D user interface interaction method based on touch terminal and the touch terminal - Google Patents

3D user interface interaction method based on touch terminal and the touch terminal Download PDF

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CN106325722A
CN106325722A CN201510344708.3A CN201510344708A CN106325722A CN 106325722 A CN106325722 A CN 106325722A CN 201510344708 A CN201510344708 A CN 201510344708A CN 106325722 A CN106325722 A CN 106325722A
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operation
icon
screen
touch
terminal
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CN201510344708.3A
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Chinese (zh)
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CN106325722B (en
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陈亮
刘立平
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深圳创锐思科技有限公司
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Abstract

The invention discloses a 3D user interface interaction method based on a touch terminal and the touch terminal. The method comprises the steps of judging whether a display mode switching signal is received or not; obtaining a current display mode of the touch terminal; and switching the display mode of the touch terminal to an icon editing mode if the current display mode of the touch terminal is a use model and it is judged that the display mode switching signal is received, wherein in the icon editing mode, a backboard and multiple icons are displayed in the 3D user interface, the backboard is composed of multiple polyhedrons, spacing features exist among the multiple polyhedrons, and the icons are located between the screen of the touch terminal and the multiple polyhedrons. Through application of the method and the touch terminal, interaction with the icons is realized, the user control experience is improved, and the usability, flexibility and enjoyment of the user interface are enhanced.

Description

基于触摸终端的3D用户界面交互方法及触摸终端 3D user interface interaction method based on a touch and a touch end terminal

技术领域 FIELD

[0001] 本发明涉及3D处理技术领域,特别是涉及一种基于触摸终端的3D用户界面交互方法及触摸终端。 [0001] The present invention relates to 3D processing technologies, and particularly relates to a method and 3D interactive user interface based on a touch terminal touch terminal.

背景技术 Background technique

[0002] 手机、平板电脑等触摸终端,由于采用触摸操作大大便利了人们与终端设备的交互,手机和平板电脑等触摸终端已经成为人们日常办公、娱乐的常用设备。 [0002] phones, tablet PCs and other touch terminal, the use of touch operation greatly facilitate people's interaction with terminal devices, mobile phones and tablet PCs and other touch terminal has become a daily office, entertainment commonly used equipment.

[0003] 但是,现有技术中,用户界面上的图标的普遍做法几乎一成不变,除了满足基本操作功能的交互外,图标功能单一,图标本身没任何变化、各个图标之间也缺乏一定的联系,给用户呆板的感觉,缺乏灵活和乐趣。 [0003] However, the prior art, it is common practice icon on the user interface almost invariably, in addition to meeting the basic operating functions of the interactivity, the single function icon, the icon itself without any changes, but also a certain lack of contact between the various icons, the user feels stiff, inflexible and fun.

发明内容 SUMMARY

[0004] 本发明提供一种基于触摸终端的3D用户界面交互方法及触摸终端,通过使用模式切换为图标编辑模式下图标的交互,提升用户操控体验,增强用户界面的易用性、灵活性和乐趣性。 [0004] The present invention provides a method based on 3D interactive user interface and a touch end of the touch terminal, by using the interactive mode is switched to the icon editing mode icon, the user manipulation to enhance the experience, to enhance ease of use of the user interface, flexibility and sexual pleasure.

[0005] 为解决上述技术问题,本发明采用的一个技术方案是:一种基于触摸终端的3D用户界面交互方法,包括: [0005] To solve the above problems, an aspect of the present invention uses: 3D interactive user interface method of a touch-based terminal, comprising:

[0006] 判断是否接收到显示模式切换信号; [0006] It is determined whether a display mode switching signal;

[0007] 获取所述触摸终端当前的显示模式; [0007] The touch terminal acquires the current display mode;

[0008] 若所述触摸终端当前的显示模式为使用模式,且判断接收到显示模式切换信号,则将所述触摸终端的显示模式切换为图标编辑模式; [0008] If the terminal is currently touching a display mode using a mode switching signal, and determines the display mode is received, then the touch mode to the terminal display icon editing mode;

[0009] 其中,在所述图标编辑模式下,所述3D用户界面上显示有背板和各个图标,所述背板由多个多面体组成,所述多个多面体之间具有间隔特征,各个图标位于所述触摸终端屏幕与所述多个多面体之间。 [0009] wherein, in the icon editing mode, the user of the 3D icons displayed on the respective backplane and interface, a plurality of polyhedron composed of the backplate, wherein a spacing between said plurality of polyhedron, each icon positioned between the terminal screen and the touch of the plurality of polyhedrons.

[0010] 可选地,所述判断是否接收到显示模式切换信号,具体包括: [0010] Alternatively, the determination whether a display mode switching signal, comprises:

[0011] 判断是否接收到操作体输入的长按信号。 [0011] determines whether a long-press operation signal is input member.

[0012] 可选地,所述判断是否接收到操作体输入的长按信号,具体包括: [0012] Alternatively, the operation determines whether or not the long member is received by the input signal, comprises:

[0013] 判断所述操作体按压所述触摸终端屏幕的时间是否超过第一预设时间阈值。 [0013] The determination of the operator presses the touch screen of the time of the terminal exceeds a first predetermined time threshold.

[0014] 可选地,在所述图标编辑模式下,所述多个多面体之间的间隔特征通过分割标识符区隔。 [0014] Alternatively, the icons in the editing mode, the interval between the plurality of polyhedrons characterized by dividing the segment identifier.

[0015] 可选地,还包括: [0015] Optionally, further comprising:

[0016]当所述触摸终端为图标编辑模式时,所述操作体的操作类型包括:图标上浮操作、移动操作、切屏操作或快捷设置操作中的一种或多种。 [0016] When the terminal is a touch icon editing mode, the operation of the operation member of the type comprising: a floating icon operation, one or more mobile operation, cutting operation panel or the quick setting operation.

[0017] 可选地,若所述触摸终端当前的显示模式为图标编辑模式且未接收到显示模式切换信号时,所述方法还包括: [0017] Alternatively, if the current display mode terminal touch an icon editing mode does not receive the display mode switching signal, the method further comprising:

[0018] 检测所述操作体在所述屏幕上是否有移动信息; [0018] The operating member detecting whether there is movement information on the screen;

[0019] 若在第二预设时间阈值内未检测到所述操作体在所述屏幕上的移动信息,则判断所述操作体所接触部位是否有图标;若有图标,则执行图标上浮操作; [0019] If within a second predetermined time threshold is not detected movement information of the operator on the screen, the operation determines whether the body portion in contact with the icon; if the icon, the icon floating operation is performed ;

[0020] 若在第二预设时间阈值内检测到所述操作体在所述屏幕上的移动信息时,分析所述操作体的移动轨迹;若所述操作体的移动轨迹为左右滑动轨迹,判断所述操作体的操作类型为切屏操作,若所述操作体的移动轨迹判为上下滑动轨迹,则判断操作类型为快捷设置操作;以及执行所述切屏操作或快捷设置操作; [0020] If the detected movement information of the operator on the screen within a second predetermined time threshold value, the movement locus of analysis of the operation body; if the movement locus of the operation member is about sliding track, Analyzing the operation of the operation member type screen is cut operation, if the movement locus of the operation member to slide up and down trajectory determination, it is determined that the operation type is quick setting operation; and performing the cutting operation or a quick setting operation screen;

[0021] 若在超出第二预设时间阈值时检测到所述操作体的移动信息,则判断所述操作体的操作类型为移动操作,以及执行所述移动操作。 [0021] When the detected movement information of the operator when the time exceeds a second predetermined threshold value, it is determined that the operation of the operation member type is a moving operation, and performing the moving operation.

[0022] 可选地,所述移动操作包括:图标位置替换操作、图标位置变化操作、创建文件夹操作或删除图标操作中的一种或多种; [0022] Alternatively, said shifting operation comprising: a position of the replacement operation icon, the icon position change operation, the operation to create one or more icons in a folder or delete operation;

[0023] 所述判断所述操作体的操作类型为移动操作,具体包括: [0023] The operation of determining the type of the operation body is moving operation comprises:

[0024] 当所述移动信息包含的移动轨迹为:从所述操作体当前吸附的图标的初始位置运动到被替换图标位置上方停顿一预定时间后时,判断所述操作体的操作类型为图标位置替换操作;或, [0024] When the movement track of movement information comprises: from an initial position when the operating body to the current adsorbed icon above the icon position is replaced with a predetermined pause time, the operator determines the type of the operation body icon Alternatively operating position; or,

[0025] 当所述移动信息包含的移动轨迹为:从所述操作体当前吸附图标的初始位置运动到一空白多面体上方并停顿一预定时间后时,判断所述操作体的操作类型为图标位置变化操作;或, [0025] When the movement track of movement information comprises: when the initial position of the operator icon adsorbed to a current above the polyhedral blank and stopped after a predetermined time, the operation of the operating body type determining a position of the icon changing operation; or,

[0026] 当所述移动信息包含的移动轨迹为:从所述操作体当前吸附的图标的初始位置运动到另一具有图标的多面体上方且未在该多面体上的图标上方时,则判断所述操作体的操作类型为创建文件夹操作;或, [0026] When the movement track of movement information comprises: polyhedron and not over the top of the icon on another icon having polyhedron from an initial position of the operating body to the current adsorbed icon, it is determined that the operation type operation body operating as create folders; or,

[0027] 当所述移动信息包含的移动轨迹为:从所述操作体当前吸附的图标的初始位置运动到图标删除位置区域的边缘时,则判断所述操作体的操作类型为删除图标操作。 [0027] When the movement track of movement information comprises: from an initial position of the operator of the current adsorbed to the edge icon to delete the icon location area, then determines the type of operation of the operating member to operate the delete icon.

[0028] 可选地,当判断出所述移动操作体具体为图标位置替换操作时,所述执行所述移动操作具体包括: [0028] Alternatively, when it is determined that the operation of moving the specific body position icon replacement operation, the execution of the move operation comprises:

[0029] 使所述被替换图标被挤出并运动到所述操作体当前吸附的图标的初始位置,使所述操作体当前吸附的图标下沉于所述被替换图标的位置;或者, [0029] icon is replaced with the extruded material and moved to the initial position of the current adsorbed operation icon, the icon adsorbed somatic current sink is replaced in the position of the operation icon; or

[0030] 控制所述被替换图标逐渐隐退并沉入其对应的多面体且该被替换图标在所述操作体当前所吸附的图标的初始位置逐渐显现,使所述操作体当前吸附的图标下沉于所述被替换图标的位置。 [0030] The control and sinking gradually retreat polyhedron and the corresponding icon are gradually replaced in the initial position of the operating body currently adsorbed icons replace the icon, the icon of the operating member under the current adsorption Shen be replaced to the position of the icon.

[0031] 可选地,当判断出所述移动操作体具体为图标位置变化操作时,所述执行所述移动操作具体包括: [0031] Alternatively, when it is determined that the operation of moving the specific body position change operation as icons, performing the operation of said moving comprises:

[0032] 使所述操作体当前吸附的图标下沉至该空白多面体。 [0032] the current operating body sinks to the icon adsorbed blank polyhedron.

[0033] 可选地,当判断出所述移动操作体具体为删除图标操作时,所述执行所述移动操作具体包括: [0033] Alternatively, when it is determined that the moving operation member is specifically delete icon operation, the execution of the move operation comprises:

[0034] 所述操作体当前吸附的图标被所述图标删除位置区域吸入而消失。 [0034] The operating member of this icon is the icon adsorption deleted region inhalation position disappears.

[0035] 可选地,当判断出所述移动操作体具体为创建文件夹操作时,所述执行所述移动操作具体包括: [0035] Alternatively, when it is determined that the moving operation of the specific operation member for creating a folder, the execution of the move operation comprises:

[0036] 所述多面体上的原图标变小,所述操作体吸附的图标下沉至该多面体上且变小,并同所述多面体上的原图标一起位于新创建的文件夹中。 [0036] original icon on the polyhedron becomes smaller, the operation icon adsorbed onto the polyhedron sink and small, and the newly created file is located, together with the original icon on the polyhedron folder.

[0037] 可选地,所述执行所述切屏操作,具体包括: [0037] Alternatively, the execution of the cutting operation screen, comprises:

[0038] 感测所述操作体左右滑动的加速度,当加速度大于预设的加速度阈值时,则整屏切换,当加速度小于预设的加速度阈值时,则整屏转动一定角度后又弹回来,切屏操作失败;或者, [0038] The sensing operation is about to slide acceleration, when the acceleration greater than a predetermined acceleration threshold, then the entire screen is switched, when the acceleration is less than a predetermined acceleration threshold, then the entire screen is rotated a predetermined angle and then bounce back, cut screen operation fails; or

[0039] 感测所述操作体左右滑动的速度,当速度大于预设的速度阈值时,则整屏切换;当速度小于预设的速度阈值时,整屏转动一定角度后又弹回来,切屏操作失败;或者, [0039] The sensing operation is about to slide speed, when the speed is greater than a predetermined speed threshold, the entire screen switch; when the speed is less than a preset speed threshold value, the entire screen is rotated a predetermined angle and then bounce back, cut screen operation failure; or

[0040] 感测所述操作体左右滑动的幅度,当幅度大于预设的幅度阈值时,整屏切换;当幅度小于预设的幅度阈值时,整屏转动一定角度后又弹回来,切屏操作失败。 [0040] The sensing operation of the left and the right slide amplitude when the amplitude of an amplitude greater than a predetermined threshold value, the entire screen switch; when the amplitude is less than a predetermined amplitude threshold value, the entire screen and then bounce back angle the cut screen operation failed.

[0041] 可选地,还包括: [0041] Optionally, further comprising:

[0042] 在所述3D用户界面上显示所述图标对应的投影。 [0042] corresponding to the icon displayed on the 3D projection user interface.

[0043] 本发明实施例还提供一种触摸终端,所述触摸终端包括: [0043] Embodiments of the present invention further provides a touch terminal, said terminal comprising a touch:

[0044] 判断模块,用于判断是否接收到显示模式切换信号; [0044] determination means for determining whether a display mode switching signal;

[0045] 获取模块,用于获取所述触摸终端当前的显示模式; [0045] The obtaining module, configured to obtain the terminal of the touch current display mode;

[0046] 切换模块,用于在所述获取模块获取到所述触摸终端当前的显示模式为使用模式,且所述判断模块判断接收到显示模式切换信号时,将所述触摸终端的显示模式切换为图标编辑模式; [0046] The switching module, for acquiring module acquires the current display mode to the touch mode terminal is used, and the determination module determines the display mode switching signal is received, the display mode switching terminal of the touch icon editing mode;

[0047] 其中,在所述图标编辑模式下,所述3D用户界面上显示有背板和各个图标,所述背板由多个多面体组成,所述多个多面体之间具有间隔特征,各个图标位于所述触摸终端屏幕与所述多个多面体之间。 [0047] wherein, in the icon editing mode, the user of the 3D icons displayed on the respective backplane and interface, a plurality of polyhedron composed of the backplate, wherein a spacing between said plurality of polyhedron, each icon positioned between the terminal screen and the touch of the plurality of polyhedrons.

[0048] 可选地,所述判断模块,具体用于判断操作体按压所述触摸终端屏幕的时间是否超过第一预设时间阈值; [0048] Alternatively, the determination module is configured to determine the operating member presses the touch screen of the terminal time exceeds a first predetermined time threshold;

[0049] 所述切换模块,具体用于在所述获取模块获取到所述触摸终端当前的显示模式为使用模式,且所述判断模块判断操作体按压所述触摸终端屏幕的时间超过第一预设时间阈值时,将所述触摸终端的显示模式切换为图标编辑模式。 [0049] The switching module is used for acquiring module acquires the current display mode to the touch mode terminal is used, and the determination module determines that the operation body presses the touch screen of the time of the terminal exceeds a first pre- when the set time threshold, the touch display mode of a terminal is switched to the icon editing mode.

[0050] 可选地,当所述触摸终端的显示模式为图标编辑模式时,所述操作体的操作类型包括:图标上浮操作、移动操作、切屏操作或快捷设置操作中的一种或多种。 [0050] Alternatively, when the display mode is a touch icon editing mode terminal, the operation of the operation member of the type comprising: ??? a floating icon operation, moving operation, cutting operation screen setting operation or shortcut or species.

[0051] 可选地,还包括: [0051] Optionally, further comprising:

[0052] 检测模块,用于在所述获取模块获取到所述触摸终端当前的显示模式为图标编辑模式且所述判断模块判断未接收到显示模式切换信号时,检测所述操作体在所述屏幕上是否有移动信息; [0052] The detection module, for acquiring module acquires the current display mode of the terminal is a touch icon editing mode and the determining module determines not received a display mode switching signal, the operating body is detected in the Is there information on the mobile screen;

[0053] 第一处理模块,用于当所述检测模块在第二预设时间阈值内未检测到所述操作体在所述屏幕上的移动信息时,判断所述操作体所接触部位是否有图标;若有图标,则执行图标上浮操作; If [0053] a first processing module, configured to, when the detection module is within a second predetermined time threshold is not detected movement information of the operator on the screen is determined by the operating body has a contact portion icon; if an icon, an icon floating operation is performed;

[0054] 第二处理模块,用于当所述检测模块在第二预设时间阈值内检测到所述操作体在所述屏幕上的移动信息,则分析操作体的移动轨迹;若所述操作体的移动轨迹为左右滑动轨迹,判断所述操作体的操作类型为切屏操作,若所述操作体的移动轨迹判为上下滑动轨迹,则判断操作类型为快捷设置操作;以及执行所述切屏操作或快捷设置操作; [0054] The second processing module for, when the detection module detects within a second predetermined time threshold to the movement information of the operator on the screen, the movement locus of the analysis operation body; if the operation body movement trajectory is about sliding track, the operation type determining operation screen body is cut operation, if the movement locus of the operation body was judged as slide up and down the track, the operation type is determined quick setting operation; and executing the cut quick Setup screen operation or operations;

[0055] 第三处理模块,用于当所述检测模块在超出第二预设时间阈值时检测到所述操作体的移动信息,则判断所述操作体的操作类型为移动操作,以及执行所述移动操作。 [0055] a third processing module, configured to, when the detecting module detects the movement information of the operator when the time exceeds a second predetermined threshold value, it is determined that the type of operation of the operating member is moving operation, and performing the said moving operation.

[0056] 还提供一种触摸终端,包括:屏幕及中央处理器, [0056] Also provided is a touch terminal, comprising: a screen and a central processor,

[0057] 所述屏幕,用于接收操作信号, [0057] The screen for receiving an operation signal,

[0058] 所述中央处理器,用于判断所述屏幕接收的操作信号是否为显示模式切换信号,获取所述触摸终端当前的显示模式;以及在获取的所述触摸终端当前的显示模式为使用模式,且判断接收到显示模式切换信号时,则将所述触摸终端的显示模式切换为图标编辑模式; [0058] The central processor is configured to determine whether the received operation screen signal is switched to the display mode signal, acquires the current display mode of the touch terminal; and for use in the current display mode of the touch terminal acquires when the mode is determined and the display mode switching signal is received, the display mode of the touch endpoint is switched to the icon editing mode;

[0059] 其中,在所述图标编辑模式下,所述3D用户界面上显示有背板和各个图标,所述背板由多个多面体组成,所述多个多面体之间具有间隔特征,各个图标位于所述触摸终端屏幕与所述多个多面体之间。 [0059] wherein, in the icon editing mode, the user of the 3D icons displayed on the respective backplane and interface, a plurality of polyhedron composed of the backplate, wherein a spacing between said plurality of polyhedron, each icon positioned between the terminal screen and the touch of the plurality of polyhedrons.

[0060] 本发明实施例通过判断是否接收到显示模式切换信号,获取触摸终端当前的显示模式;并在判断接收到操作信号且获取到触摸终端当前显示模式为使用模式时,将触摸终端的显示模式切换为图标编辑模式。 [0060] Example by determining whether a display mode switching signal, retrieves the current display mode of the touch terminal of the present invention; displayed and determines whether the received operation signal and obtain the current display mode of the touch terminal is a use mode, the touch terminal mode to icon editing mode. 而且,在图标编辑模式下,3D用户界面上显示有背板和各个图标,背板由多个多面体组成,多个多面体之间具有间隔特征,各个图标位于触摸终端屏幕与多个多面体之间,实现了使用模式切换为图标编辑模式下图标的交互,提升了用户操控体验,极大增强用户界面的易用性、灵活性和乐趣性。 Further, in the icon editing mode, 3D user interface displayed on each icon and a back plate, a back plate consisting of a plurality of polyhedrons, wherein a spacing between a plurality of polyhedron, each icon is located between the touch screen of the terminal with a plurality of polyhedrons, realized using interactive mode is switched to the next icon icon editing mode, enhanced user navigation experience, greatly enhance the usability of the user interface, flexibility and fun of. 同时,通过检测图标编辑模式下操作体的移动信息,并分析操作体的移动轨迹,确定操作体的操作类型,丰富了用户界面图标的交互方式,提升了用户操控体验,极大增强用户界面的易用性、灵活性和乐趣性。 At the same time, by moving the operating body detected information icon editing mode, and analyze the movement trajectory of the operation body, determine the type of operation of the operating body, enrich the interaction of the user interface icons to enhance the user navigation experience, greatly enhance the user interface ease of use, flexibility and fun of.

附图说明 BRIEF DESCRIPTION

[0061] 图1是本发明实施例使用模式下3D用户界面的示意图; [0061] FIG. 1 is a schematic view of the embodiment mode of the 3D user interface using embodiments of the present invention;

[0062] 图2是本发明实施例3D用户界面中图标悬浮于背板的示意图; [0062] FIG. 2 is a schematic diagram 3D user interface icons is suspended in the back plate of the present invention;

[0063] 图3是本发明实施例3D用户界面图标交互方法流程示意图; [0063] FIG. 3 is a schematic diagram of a user interface icons 3D interactive method flow embodiments of the present invention;

[0064]图4和图5是本发明实施例使用模式切换为图标编辑模式下图标在3D用户界面的显示示意图; [0064] FIG. 4 and FIG. 5 is an embodiment of the present invention, the mode selector is a schematic diagram showing the 3D icons in the icon editing mode user interface;

[0065]图6是本发明实施例图标编辑模式下,屏幕、图标及多面体位置关系示意图; [0065] FIG. 6 is an icon editing mode embodiment, a schematic view of the screen, icons, and the positional relationship polyhedron embodiment of the present invention;

[0066] 图7和图8是本发明实施例操作图标显示效果示意图; [0066] FIG. 7 and FIG. 8 is a schematic embodiment of the present invention, effects described operation icon display;

[0067] 图9是本发明实施例图标编辑模式下3D用户界面图标交互方法流程示意图; [0067] FIG. 9 is a schematic view of the embodiment of 3D user interface icons icon editing mode of the interactive flowchart of a method embodiment of the present invention;

[0068] 图10是本发明实施例整屏翻转切屏的示意图; [0068] FIG. 10 is a schematic diagram of the entire screen flip panel cut embodiment of the present invention;

[0069] 图11是本发明实施例各多面体翻转切屏的示意图; [0069] FIG. 11 is a schematic diagram of each polyhedron flip panel cut embodiment of the present invention;

[0070] 图12是本发明实施例图标飞入切屏的示意图; [0070] FIG. 12 is a schematic diagram of embodiments of the present invention to fly into the icon screen cut;

[0071] 图13是本发明实施例一种3D用户界面图标交互装置示意图; [0071] FIG. 13 is a schematic diagram 3D user interface icons interaction device embodiments of the invention;

[0072] 图14是本发明另一实施例一种3D用户界面图标交互装置示意图; [0072] FIG. 14 is a schematic diagram 3D user interface device according to another embodiment of the interactive icon of the present invention;

[0073] 图15是本发明又一实施例一种触摸终端不意图。 [0073] FIG. 15 is another embodiment of the present invention is not intended for a touch terminal.

具体实施方式 Detailed ways

[0074] 下面结合附图和实施方式对本发明进行详细说明。 [0074] The present invention will be described in detail in conjunction with the accompanying drawings and embodiments.

[0075] 需要说明的是,如果不冲突,本发明实施例以及实施例中的各个特征可以相互结合,均在本发明的保护范围之内。 [0075] Incidentally, if no conflict, the embodiments of the present invention and the various features of the embodiments may be combined with each other, it is within the scope of the present invention. 另外,虽然在装置示意图中进行了功能模块划分,在流程图中示出了逻辑顺序,但是在某些情况下,可以以不同于装置中的模块划分,或流程图中的顺序执行所示出或描述的步骤。 Further, although in the functional block diagram of an apparatus in the division, in the flowchart shown in a logical order, but in some cases, the module may be different from the dividing means, or the order of execution of the flowchart shown in or steps described.

[0076] 为了方便读者更好地理解本发明实施例,在开始描述本发明的各个实施例之前,对本发明所有实施例中涉及到的一些术语进行解释。 [0076] For convenience of the reader a better understanding of embodiments of the present invention, before starting the description of various embodiments of the present invention, the number of terms in all embodiments of the invention relates to interpret. 具体的,触摸终端的屏幕上显示的是3D用户界面,所谓3D用户界面,指的是具有3D显示效果的用户界面。 Specifically, on the screen of the touch display terminal is a 3D user interface, a so-called 3D user interface, it refers to a 3D display having a user interface. 触摸终端的显示模式包括图标编辑模式和使用模式。 The touch display mode terminal includes an icon editing mode and a use mode. 本发明实施例中,将触摸终端正常显示用户界面的方式称为使用模式,在使用模式下,触摸终端的用户界面上显示有背板以及悬浮于背板的图标。 Embodiments of the present invention, the touch of the user interface terminal normal display mode of use is called, in the mode of use, a back plate and the back plate suspended icon displayed on the user interface touch terminal. 将可以对图形用户界面上的图标进行编辑的模式称为图标编辑模式,例如设置某一应用程序子级功能快捷启动方式的模式为图标编辑模式。 The mode can be edited on the icon on the graphical user interface called icon editing mode, for example, set the mode an application sub-level functions for fast startup mode icon editing mode. 其中,该背板由多个多面体组成,用户界面上的每一图标对应多个多面体中的一个。 Wherein the backing plate composed of a plurality of polyhedra, each icon on the user interface of a corresponding one of the plurality of polyhedrons. 在使用模式下,该多个多面体无缝拼接,形成背板。 In the mode of use, the seamless polyhedrons, a backsheet. 在图标编辑模式下,该背板被分裂成纵横交错的多个多面体。 In the icon editing mode, the back panel is split into multiple polyhedral criss-cross. 请结合图1和图2,当触摸终端处于使用模式时,触摸终端的用户界面上显示有背板11以及悬浮于背板11的图标12,其中,背板11是由多个多面体111无缝拼接形成的。 Please conjunction with FIG. 1 and FIG. 2, when the touch mode terminal is in use, a back plate 11 and the display icon 12 is suspended in the back plate 11, wherein the back plate 11 by a plurality of seamless polyhedron 111 on the user interface touch terminal mosaic formation.

[0077] 本发明实施例中,可通过操作体实现与触摸终端之间的交互操作。 Embodiment [0077] In the present invention, by interaction between the implement and the operation member touch the terminal. 请继续参考图1及图2,当触摸终端处于使用模式并且操作体没有接触到触摸终端的屏幕时,图标12凸出于屏幕显示,从而形成3D效果的用户界面。 Please continue to refer to FIG. 1 and FIG. 2, when the touch mode terminal is in use and not in contact with the body to operate the touch screen of the terminal, the icon 12 protruding from the screen display a user interface to form a 3D effect. 进一步的,为了使3D效果更佳,3D用户界面上还显示有图标12的投影,投影的大小或者形状根据时间和/或日期,结合预设变化模型变化。 Further, in order to make better 3D effects, the 3D user interface displayed on the projection has projection size or shape of the icon 12 according to the time and / or date, changes in conjunction with the preset change model. 其中,触摸终端屏幕的用户界面是由多个桌面组成,多个桌面之间可切换,以使触摸终端能够显示不同的桌面,不同桌面具有不同图标。 Wherein the touch screen user interface of the terminal is composed of a plurality of desktops, you can switch between multiple desktops, so that the terminal can display a touch different desktop, different desktops with different icons.

[0078] 在本发明所有实施例中,触摸终端包括诸如计算机、PDA、平板电脑、MP4、智能手机,电纸书、游戏机等采用用户界面(UI)实现人机交互的设备。 [0078] In all embodiments of the present invention, the terminal includes a touch computer, PDA, tablet PC, MP4, smart phones, electronic paper book, such as a game machine using a user interface (UI) device implementing a human-computer interaction.

[0079] 本发明实施例中的3D用户界面图标交互方法,包括使用模式下的交互方法,以及在图标编辑模式下的交互方法,下面将通过具体的实施例进行描述。 [0079] 3D user interface icons interaction method in the embodiment of the present invention, the method comprises using the interactive mode, and the method of interaction icon editing mode will be described below by way of specific examples.

[0080] 请参阅图3,本发明实施的基于触摸终端的3D用户界面交互方法,包括: [0080] Referring to FIG. 3, the embodiment of the present invention is 3D interactive user interface method of a touch-based terminal, comprising:

[0081] 步骤S301,判断是否接收到显示模式切换信号; [0081] step S301, the determination whether a display mode switching signal;

[0082]由于触摸终端包括使用模式和图标编辑模式,因此,可通过显示模式切换信号,实现使用模式和图标编辑模式的切换。 [0082] Since the terminal comprises a touch icon editing mode and a use mode, and therefore, the display mode can be switched by a signal, and implemented using a mode switching icon editing mode. 在具体执行步骤S301时,可通过判断是否接收到操作体输入的长按信号,如判断操作体按压触摸终端屏幕的时间是否超过第一预设时间阈值,或者说操作体接触触摸终端屏幕不动的时间是否超过第一预设时间阈值; When specific implementation step S301, the determination may be by whether a long-press operation signal is input member, such as the pressing member is determined whether or not the operation time of the touch screen of the terminal exceeds a first predetermined time threshold, or the operating body touches the touch screen of the terminal does not move if the time exceeds a first predetermined time threshold;

[0083] 在本发明实施例中,操作体可以为触摸笔、触摸手套、用户的手等等触摸载体。 [0083] In an embodiment of the present invention, the operation member may be a touch pen, a touch gloves, and so the user's hand touching the carrier. 在操作体接触屏幕之前,可以预先设置第一预设时间阈值,比如,3S,当操作体接触屏幕时,检测操作体按压屏幕是否不动,如果不动的时间超过了第一预设时间阈值,则执行步骤303 ;如果没有,则退出流程。 Before the operation member touch screen, may be previously set a first predetermined time threshold, such as, 3S, when the operation member touch screen, detecting whether the operation member pressing the screen does not move, if the fixed time exceeds a first predetermined time threshold , step 303 is performed; if not, the routine is exited.

[0084] 步骤303,获取触摸终端当前的显示模式; [0084] Step 303, retrieves the current display mode touch terminal;

[0085] 在本发明实施例中,不同显示模式下,用户界面的呈现模式不同,在使用模式下,用户界面显示有背板和图标,且背板由多个多面体无缝拼合组成。 [0085] In an embodiment of the present invention, the different display modes, different modes of presentation of the user interface, in use mode, the user interface displays icons and a back plate, a back plate and a plurality of polyhedral seamless mosaic composition. 在图标编辑模式下,背板被分裂成多个散列的多面体,该多面体例如可以是四面体或六面体,多个多面体之间具有间隔特征,用户界面上的各个图标可位于触摸终端屏幕与多个多面体之间。 In the icon editing mode, the back plate is split into a plurality of hash polyhedron, which may be, for example, a polyhedron or a tetrahedron hexahedron, wherein a spacer between the polyhedrons, the icons on the user interface of the touch screen and the multi-terminal between a polyhedron.

[0086] 需要说明的是,在本发明实施例中,步骤301与步骤303之间的执行顺序可以互换,即,可以先执行步骤301,然后执行步骤303,也可以先执行步骤303,然后执行步骤301。 [0086] Incidentally, in the embodiment of the present invention, the order of Step 301 and Step 303 may be interchanged between, i.e., may be performed before step 301, then step 303, step 303 may be performed first, and then step 301 is performed.

[0087] 步骤305,若触摸终端当前的显示模式为使用模式,且判断接收到显示模式切换信号,则将触摸终端的显示模式切换为图标编辑模式; [0087] Step 305, if the terminal is currently touch display mode using mode, and determines whether the received display mode switching signal, the display mode is switched to the terminal a touch icon editing mode;

[0088] 具体实现中,若触摸终端当前的显示模式为使用模式,且检测到操作体按压触摸终端屏幕不动的时间超过第一预设时间阈值,则将触摸终端当前显示模式切换为图标编辑模式。 [0088] In specific implementation, when the current display mode is a touch mode to use the terminal, and detects that the operator presses the touch screen of the terminal does not move more than a first predetermined time threshold, the current display mode is switched to the terminal will touch the icon editor mode.

[0089] 例如,当触控终端处于使用模式时,可以长按用户界面上任一图标或空白区域(即,屏幕任一区域)达到预设第一时间阈值则进入图标编辑模式。 [0089] For example, when the touch mode terminal is used, you can press anywhere on the user interface an icon or a blank area (i.e., any area of ​​the screen) reaches a first predetermined time threshold the process proceeds to the icon editing mode. 当操作体长按某一个图标或空白区域达到预设第一时间阈值之后,当前屏幕用户界面上显示的所有图标都进入图标编辑模式。 When the operating body icon or press a blank area reaches a predetermined threshold value a first time, all icons currently displayed on the screen of the user interface have entered the icon editing mode.

[0090] 需要说明的是,在使用模式下,背板由多个多面体组合而成且多个多面体无缝拼接,各个图标悬浮于对应多面体;在触控终端由使用模式进入图标编辑模式的过程中,背板被分裂为多个多面体,各个图标分别收缩并下沉于屏幕与与该图标对应的多面体之间。 [0090] Incidentally, in the mode of use, the back plate and formed by a combination of a plurality of polyhedrons seamless polyhedron, polyhedron corresponding to each icon is suspended; by the use of the terminal during the touch mode to enter the icon editing mode , the backplate is split into a plurality of polyhedra, each respective icons shrink and sink between the screen and the icon corresponding to the polyhedron. 其中,背板以一定的尺寸分离,各个分裂后的多面体之间具有间隔特征,从而形成纵横交错的多面体区域,多面体可以为四面体或六面体。 Wherein the backing plate to a certain size separation, wherein an interval between the respective divisions polyhedron, thereby forming a polyhedral region criss-cross, or a polyhedron may be tetrahedron hexahedron. 多面体之间的间隔特征可以是一定的间隔距离,也可以通过分割标识符区隔,分割标识符可以为具有深度信息的分裂线。 Wherein the spacing between the polyhedrons may be a certain distance, may be divided by a segment identifier, the identifier may be a split line is divided with depth information.

[0091] 可以理解的是,在将背板分裂为多个多面体和将多个多面体无缝拼接时,具体可以采取如下方法: [0091] It will be appreciated that, when split in the backplane and a plurality of polyhedral polyhedrons seamless, can take the following specific method:

[0092] 背板由多个具有三维空间位置关系的多面体拼接而成,具体可以是以屏幕某一位置(例如左上角)为坐标系原点建立三维坐标,各个多面体都分别具有一在三维坐标中位置固定的固定点(例如中心点),当终端接收到触发各个多面体收缩或放大的触发信号的时候,各个多面体在预定时间内围绕其各自的固定点收缩至预设大小而使得各个多面体之间出现具有深度信息的裂缝,进而使得各个多面体之间具有间隔特征,或各个多面体在预定时间内围绕其各自的固定点放大至预定大小而使得各个多面体之间回复至初始的无缝拼接状态。 Polyhedral [0092] The backing plate having a plurality of three-dimensional positional relationship between the splicing, a screen may be a particular position (e.g., upper left corner) as an origin dimensional coordinates of the coordinate system, each having respectively a polyhedron in the three-dimensional coordinates stationary fixed point (e.g., center point), when the terminal receives a trigger or contraction of the respective polyhedron amplified trigger signal, each within a predetermined time polyhedron shrink about their respective fixed point to a predetermined size such that between each polyhedral cracks appear with depth information, and further characterized in that an interval between the respective polyhedron, polyhedron or each enlarged about their respective fixed points within a predetermined time to a predetermined size such that between each return to the initial polyhedral seamless state. 例如:分裂的时候,各多面体沿自身的某一位置(例如中心位置)向内收缩,并在预定时间内完成预定幅度的收缩,例如在0.2秒之内完成收缩,收缩完成时收缩幅度达到原多面体大小的2% ;收缩的同时,各多面体表面边缘自动形成圆形的倒角,倒角半径大小为此时刻收缩幅度的大小,从而使多面体之间产生裂缝。 For example: time division, each of the polyhedron itself along a certain position (e.g., center position) to contract inward, and complete contraction predetermined amplitude within a predetermined time, for example, in 0.2 seconds to complete the shrinkage, contraction amplitude reached completion contraction original 2% of the size of the polyhedron; shrink while the surface edges of the polyhedron formed automatically circular chamfer, the radius of the chamfer size of the amplitude for this time of the contraction, so that the cracks between the polyhedron. 此外,收缩过程可以模拟一些物理效果,比如加减速效果、震动效果以及颜色、相对位置的变化等效果,从而达到增加乐趣与观感的效果。 Furthermore, the shrinking process may simulate some physical effects, such as acceleration and deceleration effects, color effects and vibration, change the relative position effect, so as to achieve the effect of increasing the pleasure and perception. 以上收缩时间、收缩幅度、倒角半径、收缩效果等可在触摸终端中自定义设置。 Above contraction time, contraction amplitude, chamfer radius, contraction effects and the like provided in the touch customize the terminal. 显而易见,当多个多面体之间具有深度信息的裂缝的时候,还可以在这些裂缝中设置具有不同于多面体的其他间隔体,从而起到同样的使用模式和图标编辑模式切换的提示作用。 Obviously, when the depth information with a slit between a plurality of polyhedrons, may also be provided with additional spacer polyhedron different from those in the fractures, thereby suggesting a role play mode and use the same icon editing mode switching.

[0093] 图4及图5为使用模式切换为图标编辑模式下,图标在3D用户界面的显示示意图,如图4及图5所示,各多面体相互之间被具有深度信息的线条隔开,各个图标下沉至触摸终端屏幕与与该每一图标对应的多面体之间。 [0093] FIG. 4 and FIG. 5 is a mode to use the icon editing mode, the icon shows a schematic diagram of 3D user interface, as shown in FIGS. 4 and 5, between lines spaced from each other by respective polyhedra with depth information, sink to the respective icons between the touch screen and the terminals of each icon corresponding to the polyhedron. 如图6所示,为图标编辑模式下,屏幕、图标及多面体位置关系示意图。 6, is the icon editing mode screen, icons, and the positional relationship polyhedron FIG. 由图5中303可以看出,此时图标可呈现在多面体上,图标和图标文字可放置在多面体的正中间且居中对齐,该多面体可以用来承载该图标,此时图标的尺寸一般小于多面体的尺寸。 As can be seen from the figure 3035, the icon may be presented at this time on the polyhedron, icons, text and icons can be placed in the center of polyhedron and centered, the polyhedron may be used to carry the icon, the icon at this time is generally smaller than the size of a polyhedron size of. 如图5中302所示,当当前多面体所在的区域没有图标的时候,该多面体就呈现裸露的多面体表面。 302 shown in FIG. 5, when the area of ​​the current polyhedron where no icon presented on the polyhedron polyhedron exposed surface.

[0094] 在本发明实施方式中,通过判断操作体按压触摸终端屏幕不动的时间是否超过第一预设时间阈值;并在触摸终端当前的显示模式为使用模式且判断操作体按压触摸终端屏幕不动的时间超过第一预设时间阈值时,则将触摸终端当前的使用模式切换为图标编辑模式。 [0094] In an embodiment of the present invention, the terminal screen by pressing the touch operation member is determined immobility time exceeds a first predetermined time threshold; and pressing the touch screen of the terminal is determined to use the operating body mode and current mode of the touch display terminal when the stationary time exceeds a first predetermined time threshold, then the terminal is currently using the touch mode switching icon editing mode. 而且,在图标编辑模式下,3D用户界面上各个图标所对应的各个多面体之间具有间隔特征,各个图标位于触摸终端屏幕和多面体之间的空间中,实现了显示模式切换为图标编辑模式下图标的交互,提升了用户操控体验,极大增强用户界面的易用性、灵活性和乐趣性。 Further, in the icon editing mode, a user having a 3D polyhedron spacing between the individual features corresponding to the respective icons on the screen, each icon is located in the space between the touch screen of the terminal and the polyhedron, realize a display mode is switched to the icon editing mode icon interactive, enhanced user navigation experience, greatly enhance the usability of the user interface, flexibility and fun of.

[0095] 图9是本发明实施例图标编辑模式下3D用户界面图标交互方法流程示意图,如图9所示,包括: [0095] FIG. 9 is a flowchart of a method 3D interactive user interface icons under the icon editing mode of embodiment of the present invention embodiment, shown in Figure 9, comprising:

[0096] 与步骤S301及步骤S303相同的步骤S901及步骤S902。 [0096] Step S301 and steps S303 S901 and the same procedure as in step S902.

[0097]与上述实施例不同的是,若触摸终端的显示模式为图标编辑模式,本实施例的交互方法还可以包括以下步骤: [0097] Examples of the above-described embodiment except that the pattern of the touch display if the terminal is an icon editing mode, an interactive method of this embodiment may further include the step of:

[0098] 步骤S903,检测操作体在触摸终端的屏幕上是否有移动信息; [0098] step S903, the operation body is detected whether there is a touch on the screen of the mobile information terminal;

[0099] 在本发明实施例中,当步骤902中获取的当前显示模式为图标编辑模式,此时仍无法判断操作体的操作类型。 [0099] In an embodiment of the present invention, when step 902 the current display mode is acquired icon editing mode, while still unable to determine the type of operation of the operation member. 因此需设定一个时间节点,例如第二预设时间阈值,通过检测在第二预设时间阈值内或超过第二预设时间阈值时检测该操作体在屏幕上是否有移动信息来判断操作体的操作类型。 Thus the time required to set a node, for example, the second preset time threshold, by detecting when the second predetermined time threshold value or exceeds a second predetermined time threshold value detecting whether there is movement of the operation member information on the screen to determine the operating body type of operation. 其中,在图标编辑模式下,操作体在触摸终端屏幕上的操作类型包括:图标上浮操作、移动操作、切屏操作或快捷设置操作中的一种或多种。 Wherein, in the icon editing mode, the operation type of the operation member on the touch screen, the terminal comprising: one or more icons floating operation, moving operation, or the operation panel cut quick setting operation. 如果在第二预设时间阈值内未检测到操作体在屏幕上的移动信息,则执行步骤S904,如果在第二预设时间阈值内检测到操作体在屏幕上的移动信息,则执行步骤S906。 If within a second predetermined time threshold is not detected operating body movement information on the screen, the executed step S904, the operation information if the moving body is detected on the screen within a second predetermined time threshold value, step S906 is performed . 如果在超出第二预设时间阈值时,检测到操作体在屏幕上的移动信息,则执行步骤S908。 If at the time exceeds a second predetermined threshold value, detects that the mobile body information of the operation on the screen, step S908. 若不满足上述三种判断结果,则不予响应。 The three determination results not satisfied, then no response.

[0100] 其中,第一预设时间阈值与第二预设时间阈值不同,他们是不同的时间段。 [0100] wherein the first predetermined time threshold and a second threshold value different from the preset time, they are different time periods. 设置第一预设时间阈值的目的是为了区分操作体是显示模式切换操作还是其他操作。 Setting a first predetermined time threshold purpose is to distinguish the operation member is a mode switching operation or other operations. 而设置第二预设时间阈值的目的是为了判断在图标编辑模式下操作体的不同操作类型。 It provided a second predetermined time threshold value is to determine the object operation type operation member is different in icon editing mode.

[0101] 步骤S904,判断操作体接触所接触部位是否有图标。 If [0101] step S904, the operation is determined by the contact portion contacting with the icon.

[0102] 在本发明实施例中,如果在第二预设时间内未检测到操作体在屏幕上的移动信息,则进一步判断操作体所接触部位是否有图标,若有图标,则执行步骤S905,执行图标上浮操作,使得图标上浮并接触屏幕,从而产生操作体吸附所述图标的视觉效果,提升了用户的操作体验,否则,结束操作,操作体离开屏幕。 [0102] In an embodiment of the present invention, within a second predetermined time if no movement is detected on the screen information of the operation member, it is further determined whether the body portion in contact with the icon operation, if the icon, execute step S905 , execution icon floating operation, so that the floating icon and touch screen, thereby generating the icon operation adsorbed visual effect to enhance the operation of the user experience, otherwise, the operation ends, the operation member away from the screen.

[0103] 步骤S905,执行图标上浮操作,使图标上浮并接触屏幕。 [0103] step S905, the floating operation execution icon, the icon that the touch screen and float.

[0104] 在执行图标上浮操作之后,若操作体离开屏幕,由于检测不到操作体接触屏幕的信息,原本贴附于屏幕的图标下沉而与显示屏间隔一定距离。 [0104] After the execution icon floating operation, if the operation member away from the screen, since the detection information is not touching the screen of the operation member, attached to the original screen display screen icons sinking a distance. 图7和图8是本发明实施例操作图标显示效果示意图,如图7及图8所示,操作体所接触部位有图标,则所述图标上浮并接触屏幕,从而产生所述图标吸附于操作体的视觉效果(如图7所示),当操作体离开屏幕时,原本贴附于屏幕的图标下沉而与显示屏间隔一定距离(如图8所示)。 7 and FIG. 8 is a schematic embodiment of the present invention results, as shown in FIGS. 7 and 8, the contact portion of the operation body operating the icon display icons embodiment, the float and the touch screen icon, thereby generating the icon operating adsorbing visuals body (7), when the operating member away from the screen, the icon originally attached to the display screen and sinking a certain distance (see Figure 8).

[0105] 步骤S906,分析操作体的移动轨迹,若操作体的移动轨迹为左右滑动轨迹,判断操作体的操作类型为切屏操作,若操作体的移动轨迹判为上下滑动轨迹,则判断操作类型为快捷设置操作。 [0105] step S906, the movement trajectory analysis operation body, if the movement locus of the operation member for sliding around the track, the operation type determining operation body is cut screen operation, if the movement locus of the operation member is judged to slide up and down the track, the judgment operation type of quick setting operation.

[0106] 步骤S907,执行切屏操作或快捷设置操作。 [0106] step S907, the operation panel or performing cut quick setting operation.

[0107] 在本发明实施例中,当步骤S906中判断出的操作类型为切屏操作时,则执行切屏操作,具体包括: [0107] In an embodiment of the present invention, when judged in step S906, the operation type screen is cut operation, performing cutting operation panel, comprises:

[0108] 感测操作体左右滑动的加速度,当加速度大于预设的加速度阈值时,则整屏切换,当加速度小于预设的加速度阈值时,则整屏转动一定角度后又弹回来,切屏操作失败;或者, [0108] sensing operation is about to slide acceleration, when the acceleration greater than a predetermined acceleration threshold, then the entire screen is switched, when the acceleration is less than a predetermined acceleration threshold, then the entire screen is rotated a predetermined angle and then bounce back, cut screen operation failed; or

[0109] 感测操作体左右滑动的速度,当速度大于预设的速度阈值时,则整屏切换;当速度小于预设的速度阈值时,整屏转动一定角度后又弹回来,切屏操作失败;或者, [0109] around the sliding member of the sensing operation speed, when the speed is greater than a predetermined speed threshold, the entire screen switch; when the speed is less than a preset speed threshold value, the entire screen is rotated a predetermined angle and then bounce back, cutting operation screen failure; or,

[0110] 感测操作体左右滑动的幅度,当幅度大于预设的幅度阈值时,整屏切换;当幅度小于预设的幅度阈值时,整屏转动一定角度后又弹回来,切屏操作失败。 [0110] The left and right slide amplitude sensing operation thereof, when the amplitude is greater than a predetermined amplitude threshold value, the entire screen switch; when the amplitude is less than a predetermined amplitude threshold value, the entire screen and then bounce back rotation angle, cutting operation failed screen .

[0111] 具体地,在图标编辑模式下的切屏操作过程中,图标的显示包括以下四个方案: [0111] In particular, during the cutting operation in the screen icon editing mode, the icon display program comprises the following four:

[0112] 方案1:由各个分裂的多面体组成的大多面体整体旋转,根据滑动方向做相应方向的转动,显示效果如图10所示。 [0112] Scheme 1: Large polyhedron integrally rotated by splitting each polyhedron component, make appropriate rotation direction according to the sliding direction, the display as shown in FIG.

[0113] 方案2:切屏过程中,是各个多面体各自转动,切屏成功时,各个多面体转动至预设的表面即完成切屏操作,当切屏失败时,各个图标会反弹回初始表面。 [0113] Scheme 2: screen during cutting, is rotated each respective polyhedron, cutting screen when successful, each polyhedron is rotated to a predetermined surface of the screen to complete the cutting operation, when the cut panel fails to rebound back to the original respective icons surface. 其中,各个多面体转过一个面还是两个面或三个面来表示切换到下一个屏幕,以及转动的速度,可以通过系统设置来实现。 Wherein each polyhedron faces turned one surface or two or three surfaces to a handoff to the next screen, and the speed of rotation, can be achieved by setting the system. 进一步,各个多面体各自转动的速度以及开始转动的时间也可分段进行,显示效果如图11所示。 Further, each respective polyhedron rotation speed and rotation time of the start can be segmented, display as shown in FIG.

[0114] 方案3:切屏操作成功时,图标从侧面旋转着或不旋转飞入,逐步将对应位置的先前图标替换;切屏操作失败时,飞入的图标又会飞出,先前图标又会回复到先前位置,显示效果如图12所示。 [0114] Scheme 3: successful cutting operation screen, icons, or rotated from its side not fly into rotation, gradually replace the icon corresponding to the previous position; when the cutting operation panel fails, the fly will fly out of the icons, and icon previous We will return to the previous position, the display shown in Figure 12.

[0115] 方案4:切屏成功时,先前图标逐渐向后隐退消失,飞入的图标对应进入相应的多面体上;切屏失败时,飞入的图标撤退,先前图标又逐步显现于对应多面体上。 [0115] Scenario 4: When the cut screen success, the previous icon disappear gradually retreat backwards, flying into the corresponding icon to enter the corresponding polyhedron; when cut screen failure, flying into the icon retreat, icon previously has gradually become apparent in the corresponding polyhedron on.

[0116] 步骤S908,判断操作体的操作类型为移动操作; [0116] step S908, the operation determines the type of operation to move the operating body;

[0117] 步骤S909,执行移动操作; [0117] step S909, the move operation;

[0118]由于移动操作包括:图标位置替换操作、图标位置变化操作、创建文件夹操作或删除图标操作中的一种或多种。 [01] As the mobile operations include: Icon position of the replacement operation, icon position change operation, create a folder icon or delete operation in one or more operations. 因此在本发明实施例中,在判断操作体的操作类型为移动操作并执行所述移动操作时,即在执行步骤S908和步骤S909时,具体包括: Therefore, in an embodiment of the present invention, when the operation type is determined for the moving operation of the operation member and the moving operation performed, i.e., when performing step S908 and step S909, the comprises:

[0119] 当移动信息包含的移动轨迹为:从操作体当前吸附的图标的初始位置运动到另一被替换图标位置上方,停顿一预定时间后,此时释放操作体或者说操作体离开屏幕,则判断操作体的操作类型为图标位置替换操作。 [0119] When the movement locus information is included: the operation member from an initial position to the current adsorbed icon above the icon is replaced with another position, a pause for a predetermined time, when the release operation member away from the screen or the operating body, the operation type is determined for the location of the icon of the operating body replacement operation. 此时,在执行图标位置替换操作时,有两种操作方式,一种是:被替换图标被挤出并运动到操作体当前吸附的图标的初始位置,操作体当前吸附的图标下沉于所述被替换图标的位置;另一种方式为:被替换图标逐渐隐退并沉入其对应的多面体且该被替换图标在操作体当前所吸附的图标的初始位置逐渐显现,操作体当前吸附的图标下沉于所述被替换图标的位置。 At this time, the icon position when performing replacement operation, there are two modes of operation, one is: extruded icon is replaced and moved to the initial operation position of the current adsorbed icon, an icon of the operation body to sink current to the adsorption is replaced by the position of said icon; another way is: the icon is replaced gradually retreat and sink polyhedron and the corresponding icon is replaced in the initial position gradually adsorbed icon currently operating member, the current adsorption member icon is replaced by the sinking position to the icon.

[0120] 当移动信息包含的移动轨迹为:从操作体当前吸附的图标的初始位置运动到一空白多面体上方并停顿一预定时间后,此时释放操作体或者说操作体离开屏幕,则判断操作类型为图标位置变化操作;此时,在执行图标位置变化操作时,具体包括:操作体当前吸附的图标下沉至该空白多面体。 [0120] When the movement locus information is included: the initial position from the current icon adsorbed to the operating body and a polyhedral blank over a predetermined pause time, when the release operation member away from the screen or the operation member, the operation is determined type icon position change operation; in this case, when the execution icon position change operation comprises: an operation member of the current sink to the icon adsorbed blank polyhedron.

[0121] 当移动信息包含的移动轨迹为:从操作体当前吸附的图标的初始位置运动到具有图标的另一多面体上方且未在该多面体上的图标上方时,此时释放操作体或者说操作体离开屏幕,则判断操作类型为创建文件夹操作;此时,在执行创建文件夹操作时,具体包括:多面体上的原图标变小,操作体吸附的图标下沉至该多面体上且变小,并同多面体上的原图标一起位于新创建的文件夹中。 [0121] When the movement locus information is included: upward from the initial position when the current operation body adsorbed icon to another icon above the polyhedron having polyhedron and not on the icon, at this time or operating the release operation member body away from the screen, the operation type is determined to create the folder operation; in this case, when executed create a folder operations, including: the original icons smaller polyhedron, the operation icon sinking adsorbed onto the smaller polyhedron and and, together with the original located in the newly created icon on the polyhedron folder.

[0122] 当移动信息包含的移动轨迹为:从操作体当前吸附的图标位置运动到图标删除位置区域的边缘时,此时释放操作体或者说操作体离开屏幕,则判断操作类型为删除图标操作。 [0122] When the movement locus information is included: an icon from the current position of the operation body is adsorbed to the edge region when the position of the icon to delete, when the release operation member away from the screen or the operation member, the operation type is determined to operate the delete icon . 此时,在执行删除图标操作时体,具体包括:操作体当前吸附的图标被图标删除位置区域吸入而消失。 At this time, when the delete icon operation member, comprises: a current operation body are adsorbed icon location icon to delete the suction region disappear.

[0123] 可以理解的是,在本发明实施例中,所述方法还可以包括: [0123] It will be appreciated that in the embodiment of the present invention, the method may further comprise:

[0124] 根据图标与所在多面体表面的距离进行投影处理,所述图标对应的多面体表面区域也存在相应的投影。 [0124] Also according to the presence of corresponding projection polyhedral surface area where the icon is projected from the surface of the polyhedron processing corresponding to the icon. 进一步的,在本发明实施例中,根据图标离多面体表面的距离进行投影,具体可以是距离近时投影面积大,随着逐渐距离增大,投影面积逐渐减小,具体投影的变化规则也可以自行设定,例如,根据四季更迭,一天时间的变化等可以设定不同的投影规则。 Further, in the embodiment of the present invention, according to the distance of the icon from the projection surface of the polyhedron, it may be particularly large near-distance projection area, as the distance increases gradually, the projected area is gradually decreased, the specific rule changes may be projected set their own, for example, according to the seasons change, changes over time like one day can be set to different projection rules.

[0125] 在本发明实施方式中,通过检测图标编辑模式下操作体接触屏幕的第二预设时间阈值内,是否有移动信息,并根据所述操作体的移动轨迹判断操作体的操作类型,实现不同操作类型下,用户界面图标的不同交互,丰富了用户界面图标的交互方式,提升了用户操控体验,极大增强用户界面的易用性、灵活性和乐趣性。 [0125] In an embodiment of the present invention, within a second predetermined time threshold contacting the screen, whether there is movement information detected by the icon editing mode, and determines the type of operation of the operation member according to the movement trajectory of the operation body, implement different types of operations under different interactive user interface icons enrich the interaction of the user interface icons to enhance the user navigation experience, greatly enhance the usability of the user interface, flexibility and fun of.

[0126] 以上图1-图12对基于触摸终端的3D用户界面交互方法进行了详细的描述,以下将结合图13-图14的结构框图,以及图15所示的实体示意图,对采用了上述3D用户界面交互方法的触摸终端的结构进行详细描述。 [0126] Figures 1-12 above performs 3D interactive user interface method of a touch terminal based detailed description, a block diagram of FIGS. 13 14 and 15 shown in FIG entity schematic below with, for adopting the above 3D structure of the touch interaction method of a terminal user interface described in detail. 可以理解的是,下文中,在描述触摸终端的结构组成及工作原理时,涉及到的与交互方法类似的操作方式将不再赘述。 It will be appreciated that, hereinafter, in the description of the structure and operating principle of the touch terminal, the method involves interaction with a similar operation will be omitted.

[0127] 图13为本发明实施例的一种触摸终端的结构框图,包括: [0127] Figure 13 block diagram for a touch terminal according to an embodiment of the present invention, comprising:

[0128] 判断模块131,用于判断是否接收到显示模式切换信号; [0128] determining module 131 for determining whether a display mode switching signal;

[0129] 获取模块132,用于获取触摸终端当前的显示模式; [0129] obtaining module 132, configured to obtain a current mode of the touch display terminal;

[0130] 切换模块133,用于在获取模块131获取的触摸终端当前的显示模式为使用模式,且判断模块132判断接收到显示模式切换信号时,将所述触摸终端的显示模式切换为图标编辑模式。 [0130] The switching module 133, the current display mode for acquiring module 131 acquires a terminal using a touch mode, and determines that the display mode switching signal is received, the display mode switching terminal of the touch module 132 determines that the icon editor mode.

[0131] 其中,在图标编辑模式下,3D用户界面上显示有背板和各个图标,背板由多个多面体组成,多个多面体之间具有间隔特征,各个图标位于触摸终端屏幕与多个多面体之间。 [0131] wherein, in icon editing mode, the user 3D display each icon and a back plate, a back plate consisting of a plurality of polyhedrons, wherein a spacing between a plurality of polyhedron, each icon of the touch screen of the terminal interface and the plurality of polyhedrons between.

[0132] 具体地,判断模块131,具体用于判断操作体按压所述触摸终端屏幕的时间是否超过第一预设时间阈值;切换模块133,具体用于在获取模块132获取到触摸终端当前的显示模式为使用模式,且判断模块131判断操作体按压所述触摸终端屏幕的时间超过第一预设时间阈值时,将触摸终端的显示模式切换为图标编辑模式。 [0132] Specifically, the determining module 131, particularly for determining the touch operation member is pressed time of the terminal exceeds a first screen for the preset time threshold; switching module 133, configured to acquire the acquisition module 132 to the current touch terminal when the display mode to use mode, and the determining module 131 determines the touch operation member is pressed exceeds the first time the terminal screen preset time threshold, the display mode is switched to the terminal a touch icon editing mode.

[0133] 如图14所示为本发明另实施例一种触摸终端的结构框图,与图13所示的实施例不同的是,本发明实施例的触摸终端,还可以包括:检测模块134、第一处理模块135、第二处理模块136、第三处理模块137。 Block diagram embodiment of a touch terminal [0133] As shown in FIG 14 another embodiment of the present invention, different embodiments are shown in FIG. 13, a touch of the terminal of the embodiment of the present invention may further comprise: a detection module 134, a first processing module 135, a second processing module 136, a third processing module 137.

[0134] 检测模块134,用于在获取模块132获取的触摸终端当前的显示模式为图标编辑模式且判断模块131判断未接收到显示模式切换信号时,检测操作体在屏幕上是否有移动信息; [0134] detection module 134, the acquisition module 132 is used when the terminal obtained by touching the current display mode and icon editing mode determination module 131 determines the display mode does not receive the switching signal, the operation detects whether a body movement information on a screen;

[0135] 第一处理模块135,用于当检测模块134在第二预设时间阈值内未检测到操作体在屏幕上的移动信息时,判断操作体所接触部位是否有图标;若有图标,则执行图标上浮操作; [0135] The first processing module 135, configured to, when the detection module 134 within a second predetermined time threshold is not detected operating body movement information on the screen, it is determined whether the operating body contact portion icons; if icon, the execution icon floating operation;

[0136] 第二处理模块136,用于当检测模块134在第二预设时间阈值内检测到操作体在屏幕上的移动信息,则分析操作体的移动轨迹;若操作体的移动轨迹为左右滑动轨迹,判断操作体的操作类型为切屏操作,若操作体的移动轨迹判为上下滑动轨迹,则判断操作类型为快捷设置操作;以及执行切屏操作或快捷设置操作; [0136] The second processing module 136, when the detection module 134 detected within a second predetermined time threshold to the operating body movement information on the screen, the movement locus of the operation body analysis; if the movement locus of the operation body is approximately sliding track, the operation type determining operation screen operation body is cut, if the movement locus of the operation member judged as slide up and down the track, the operation type is determined quick setting operation; and performing a cutting operation or a quick setting operation screen;

[0137] 具体地,第二处理模块136在执行切屏操作时,具体执行流程可以是: [0137] In particular, the second processing module 136 when performing cutting operation screen, the process may be performed specifically:

[0138] 感测操作体左右滑动的加速度,当加速度大于预设的加速度阈值时,则整屏切换,当加速度小于预设的加速度阈值时,则整屏转动一定角度后又弹回来,切屏操作失败;或者, [0138] sensing operation is about to slide acceleration, when the acceleration greater than a predetermined acceleration threshold, then the entire screen is switched, when the acceleration is less than a predetermined acceleration threshold, then the entire screen is rotated a predetermined angle and then bounce back, cut screen operation failed; or

[0139] 感测操作体左右滑动的速度,当速度大于预设的速度阈值时,则整屏切换;当速度小于预设的速度阈值时,整屏转动一定角度后又弹回来,切屏操作失败,或者, [0139] around the sliding member of the sensing operation speed, when the speed is greater than a predetermined speed threshold, the entire screen switch; when the speed is less than a preset speed threshold value, the entire screen is rotated a predetermined angle and then bounce back, cutting operation screen failure, or,

[0140] 感测操作体左右滑动的幅度,当幅度大于预设的幅度阈值时,则整屏切换;当幅度小于预设的幅度阈值时,整屏转动一定角度后又弹回来,切屏操作失败。 [0140] The left and right slide amplitude sensing operation thereof, when the amplitude of an amplitude greater than a predetermined threshold value, the entire screen switch; when the amplitude is less than a predetermined amplitude threshold value, the entire screen and then bounce back rotation angle, cutting operation screen failure.

[0141] 第三处理模块137,用于当检测模块134在超出第二预设时间阈值时检测到操作体的移动信息,则判断操作体的操作类型为移动操作,以及执行移动操作。 [0141] The third processing module 137, when the detection module 134 detects the movement information of the operation member when the time exceeds a second predetermined threshold value, it is determined that the type of operation is a moving operation of the operation member, and perform moving operation.

[0142] 在本发明实施例中,当第三处理模块137在判断操作体的操作类型为移动操作,具体执行方式可以是: [0142] In an embodiment of the present invention, when the third processing module 137 determines the operation type is moving operation of the operation body, the specific implementation may be:

[0143] 当移动信息包含的移动轨迹为:从操作体当前吸附的图标的初始位置运动到另一被替换图标位置上方,停顿一预定时间后,此时释放操作体或者说操作体离开屏幕,则判断操作体的操作类型为图标位置替换操作。 [0143] When the movement locus information is included: the operation member from an initial position to the current adsorbed icon above the icon is replaced with another position, a pause for a predetermined time, when the release operation member away from the screen or the operating body, the operation type is determined for the location of the icon of the operating body replacement operation. 此时,在执行图标位置替换操作时,有两种操作方式,一种是:被替换图标被挤出并运动到操作体当前吸附的图标的初始位置,操作体当前吸附的图标下沉于所述被替换图标的位置;另一种方式为:被替换图标逐渐隐退并沉入其对应的多面体且该被替换图标在操作体当前所吸附的图标的初始位置逐渐显现,操作体当前吸附的图标下沉于所述被替换图标的位置。 At this time, the icon position when performing replacement operation, there are two modes of operation, one is: extruded icon is replaced and moved to the initial operation position of the current adsorbed icon, an icon of the operation body to sink current to the adsorption is replaced by the position of said icon; another way is: the icon is replaced gradually retreat and sink polyhedron and the corresponding icon is replaced in the initial position gradually adsorbed icon currently operating member, the current adsorption member icon is replaced by the sinking position to the icon.

[0144] 当移动信息包含的移动轨迹为:从操作体当前吸附的图标的初始位置运动到一空白多面体上方并停顿一预定时间后,此时释放操作体或者说操作体离开屏幕,则判断操作类型为图标位置变化操作;此时,在执行图标位置变化操作时,具体包括:操作体当前吸附的图标下沉至该空白多面体。 [0144] When the movement locus information is included: the initial position from the current icon adsorbed to the operating body and a polyhedral blank over a predetermined pause time, when the release operation member away from the screen or the operation member, the operation is determined type icon position change operation; in this case, when the execution icon position change operation comprises: an operation member of the current sink to the icon adsorbed blank polyhedron.

[0145] 当移动信息包含的移动轨迹为:从操作体当前吸附的图标的初始位置运动到具有图标的另一多面体上方且未在该多面体上的图标上方时,此时释放操作体或者说操作体离开屏幕,则判断操作类型为创建文件夹操作;此时,在执行创建文件夹操作时,具体包括:多面体上的原图标变小,操作体吸附的图标下沉至该多面体上且变小,并同多面体上的原图标一起位于新创建的文件夹中。 [0145] When the movement locus information is included: upward from the initial position when the current operation body adsorbed icon to another icon above the polyhedron having polyhedron and not on the icon, at this time or operating the release operation member body away from the screen, the operation type is determined to create the folder operation; in this case, when executed create a folder operations, including: the original icons smaller polyhedron, the operation icon sinking adsorbed onto the smaller polyhedron and and, together with the original located in the newly created icon on the polyhedron folder.

[0146] 当移动信息包含的移动轨迹为:从操作体当前吸附的图标位置运动到图标删除位置区域的边缘时,此时释放操作体或者说操作体离开屏幕,则判断操作类型为删除图标操作。 [0146] When the movement locus information is included: an icon from the current position of the operation body is adsorbed to the edge region when the position of the icon to delete, when the release operation member away from the screen or the operation member, the operation type is determined to operate the delete icon . 此时,在执行删除图标操作时体,具体包括:操作体当前吸附的图标被图标删除位置区域吸入而消失。 At this time, when the delete icon operation member, comprises: a current operation body are adsorbed icon location icon to delete the suction region disappear.

[0147] 需要说明的是,本发明实施例中的触摸终端结构框图中的各个模块、装置之间的信息交互、执行过程等内容,由于与本发明方法实施例基于同一构思,方法实施例中的具体内容同样适用于。 [0147] Incidentally, the contents of a block diagram of a touch in the terminal in each module, the information exchange between the apparatus and other embodiments of the present invention performs the process, since the method embodiments of the present invention based on the same concept, in Example the same applies to the specific content. 本发明实施例中的各个模块能作为单独的硬件或软件来实现,并且可以根据需要使用单独的硬件或软件来实现各个单元的功能的组合。 Examples of various modules can be implemented as a separate hardware or software, and may be used alone hardware or software required to implement a combination of functions of the respective units of the embodiment of the present invention.

[0148] 本发明实施例通过检测操作体接触所述触摸终端屏幕不动的时间是否超过第一预设时间阈值;并在检测到的操作体接触所述触摸终端屏幕不动的时间超过第一预设时间阈值时,则将触摸终端当前显示模式切换为图标编辑模式,而且,在图标编辑模式下,3D用户界面上各个图标所对应的各个多面体之间具有间隔特征,各个图标位于触摸终端屏幕和多面体之间的空间中,实现了显示模式切换为图标编辑模式下图标的交互;同时,通过检测图标编辑模式下操作体的移动信息,并分析操作体的移动轨迹,确定操作体的操作类型,丰富了用户界面图标的交互方式,提升了用户操控体验,极大增强用户界面的易用性、灵活性和乐趣性。 Embodiment [0148] present invention by detecting whether an operating body touches the touch screen does not move the terminal for longer than a first predetermined time threshold; and detecting the touch screen of the terminal contacts the movable operation member is not longer than the first when the preset time threshold, the current display mode is switched to the terminal will touch the icon editing mode, and, in icon editing mode, wherein a spacing between each respective polyhedron icon corresponding to the 3D user interface, each icon of the touch screen of the terminal and the space between the polyhedron, realize a display mode is switched to the interactive icon of the icon editing mode; while body movement information detected by the icon editing mode, and analyzing the movement locus of the operation member, determine the type of operation of the operation member to enrich the interactive mode user interface icons to enhance the user navigation experience, greatly enhance the usability of the user interface, flexibility and fun of.

[0149] 图15为本发明实施例一种触摸终端示意图,包括:屏幕151、中央处理器152,其中: [0149] Figure 15 a schematic embodiment of a terminal according to the present invention, a touch, comprising: a screen 151, the central processor 152, wherein:

[0150] 屏幕151,用于接收操作信号, [0150] screen 151, for receiving an operation signal,

[0151] 中央处理器152,用于判断屏幕151接收的操作信号是否为显示模式切换信号,获取触摸终端当前的显示模式;以及在获取的触摸终端当前的显示模式为使用模式,且判断接收到显示模式切换信号时,则将触摸终端的显示模式切换为图标编辑模式; [0151] Central processor 152, a screen 151 for determining whether the received operation signal is a display mode switching signal, retrieves the current display mode touch terminal; current display mode and the touch acquired using the terminal mode, and determines whether the received when the display mode switching signal, the display mode of the terminal is switched to the touch icon editing mode;

[0152] 其中,在图标编辑模式下,3D用户界面上显示有背板和各个图标,背板由多个多面体组成,多个多面体之间具有间隔特征,各个图标位于所述触摸终端屏幕与所述多个多面体之间。 [0152] wherein, in icon editing mode, the user 3D display each icon and a back plate, a back plate consisting of a plurality of polyhedrons, wherein a spacing between the plurality of polyhedrons interface, each icon is located and the touch screen of the terminal between said plurality of polyhedrons.

[0153] 本发明实施例中,处理器所执行的上述操作可以以一段程序或代码,当需要执行上述操作时,将该段程序或代码调入处理器执行处理。 Embodiment [0153] of the present invention, the above-described operation may be executed by a processor or a program code that, when the above-described operation needs to be performed, the program or code segment transferred processor to perform processing.

[0154] 在本发明实施方式中,通过判断是否接收到显示模式切换信号,获取触摸终端当前的显示模式;并在判断接收到操作信号且获取到触摸终端当前显示模式为使用模式时,将触摸终端的显示模式切换为图标编辑模式。 [0154] In an embodiment of the present invention, by determining whether a display mode switching signal, retrieves the current display mode of the touch terminal; and determines whether the received operation signal and obtain the current display mode of the touch terminal use mode, the touch display mode of the terminal is switched to the icon editing mode. 而且,在图标编辑模式下,3D用户界面上显示有背板和各个图标,背板由多个多面体组成,多个多面体之间具有间隔特征,各个图标位于触摸终端屏幕与多个多面体之间,实现了使用模式切换为图标编辑模式下图标的交互,提升了用户操控体验,极大增强用户界面的易用性、灵活性和乐趣性。 Further, in the icon editing mode, 3D user interface displayed on each icon and a back plate, a back plate consisting of a plurality of polyhedrons, wherein a spacing between a plurality of polyhedron, each icon is located between the touch screen of the terminal with a plurality of polyhedrons, realized using interactive mode is switched to the next icon icon editing mode, enhanced user navigation experience, greatly enhance the usability of the user interface, flexibility and fun of.

[0155] 以上所述仅为本发明的实施方式,并非因此限制本发明的专利范围,凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换,或直接或间接运用在其他相关的技术领域,均同理包括在本发明的专利保护范围内。 [0155] The foregoing is only embodiments of the present invention, not intended to limit the scope of the present invention, all utilize the present specification and drawings taken equivalent structures or equivalent process, or other direct or indirect application Related technical fields shall fall within the scope of protection of the present invention.

Claims (18)

1.一种基于触摸终端的3D用户界面交互方法,其特征在于,包括: 判断是否接收到显示模式切换信号; 获取所述触摸终端当前的显示模式; 若所述触摸终端当前的显示模式为使用模式,且判断接收到显示模式切换信号,则将所述触摸终端的显示模式切换为图标编辑模式; 其中,在所述图标编辑模式下,所述3D用户界面上显示有背板和各个图标,所述背板由多个多面体组成,所述多个多面体之间具有间隔特征,各个图标位于所述触摸终端屏幕与所述多个多面体之间。 A 3D interactive user interface method of a touch based on a terminal, characterized by comprising: determining whether a display mode switching signal; get the current mode of the touch display terminal; current display mode terminal is used when the touch mode, and determines the display mode switch signal is received, then the touch mode to the terminal display icon editing mode; wherein in the editing mode icon, the icon displayed on the respective backplane and 3D user interface, the backsheet composed of polyhedrons, wherein a spacing between said plurality of polyhedron, each icon is located between the terminal screen and the touch of the plurality of polyhedrons.
2.根据权利要求1所述的方法,其特征在于,所述判断是否接收到显示模式切换信号,具体包括: 判断是否接收到操作体输入的长按信号。 2. The method according to claim 1, wherein the determination whether a display mode switching signal, comprises: determining whether a long-press operation signal is input member.
3.根据权利要求2所述的方法,其特征在于,所述判断是否接收到操作体输入的长按信号,具体包括: 判断所述操作体按压所述触摸终端屏幕的时间是否超过第一预设时间阈值。 3. The method according to claim 2, wherein said determining whether the input received by the operation body length signal comprises: determining whether the operation body presses the touch screen of the terminal if the time exceeds a first pre- set time threshold.
4.根据权利要求1所述的方法,其特征在于,在所述图标编辑模式下,所述多个多面体之间的间隔特征通过分割标识符区隔。 4. The method according to claim 1, wherein, in the icon editing mode, the interval between the plurality of polyhedrons characterized by dividing the segment identifier.
5.根据权利要求1所述的方法,其特征在于,还包括: 当所述触摸终端为图标编辑模式时,所述操作体的操作类型包括:图标上浮操作、移动操作、切屏操作或快捷设置操作中的一种或多种。 The method according to claim 1, characterized in that, further comprising: when the terminal is a touch icon editing mode, the operation of the operation member of the type comprising: a floating icon operation, moving operation, or a fast cutting operation screen setting one or more operations.
6.根据权利要求5所述的方法,其特征在于,若所述触摸终端当前的显示模式为图标编辑模式且未接收到显示模式切换信号时,所述方法还包括: 检测所述操作体在所述屏幕上是否有移动信息; 若在第二预设时间阈值内未检测到所述操作体在所述屏幕上的移动信息,则判断所述操作体所接触部位是否有图标;若有图标,则执行图标上浮操作; 若在第二预设时间阈值内检测到所述操作体在所述屏幕上的移动信息时,分析所述操作体的移动轨迹;若所述操作体的移动轨迹为左右滑动轨迹,判断所述操作体的操作类型为切屏操作,若所述操作体的移动轨迹判为上下滑动轨迹,则判断操作类型为快捷设置操作;以及执行所述切屏操作或快捷设置操作; 若在超出第二预设时间阈值时检测到所述操作体的移动信息,则判断所述操作体的操作类型为移动操作,以 6. The method as claimed in claim 5, wherein, if the current display mode is a touch icon editing mode terminal does not receive the display mode switching signal, the method further comprising: detecting the operating body whether there is movement information on a screen; the second predetermined time if the threshold value is not detected movement information of the operator on the screen, the operation determines whether the body portion in contact with the icon; if icon icon floating operation is executed; if the detected movement information of the operator on the screen within a second predetermined time threshold value, the movement trajectory analysis of the operation body; if the movement locus of the operation body is sliding around the track, the operation type determining operation screen body is cut operation, if the movement locus of the operation body was judged as slide up and down the track, the operation type is determined quick setting operation; and performing the cutting operation screen or set shortcut operation; if the detected movement information of the operator when the time exceeds a second predetermined threshold value, it is determined that the type of operation the operating member is moving operation to 执行所述移动操作。 Performing the moving operation.
7.根据权利要求6所述的方法,其特征在于,所述移动操作包括:图标位置替换操作、图标位置变化操作、创建文件夹操作或删除图标操作中的一种或多种; 所述判断所述操作体的操作类型为移动操作,具体包括: 当所述移动信息包含的移动轨迹为:从所述操作体当前吸附的图标的初始位置运动到被替换图标位置上方停顿一预定时间后时,判断所述操作体的操作类型为图标位置替换操作;或, 当所述移动信息包含的移动轨迹为:从所述操作体当前吸附图标的初始位置运动到一空白多面体上方并停顿一预定时间后时,判断所述操作体的操作类型为图标位置变化操作;或, 当所述移动信息包含的移动轨迹为:从所述操作体当前吸附的图标的初始位置运动到另一具有图标的多面体上方且未在该多面体上的图标上方时,则判断所述操作体的操作类型为创建文件夹 7. The method according to claim 6, wherein said shifting operation comprising: an icon position of the replacement operation, the icon position change operation, create a folder, or deleting one or more operation icons operation; Analyzing the the operation of the operation body is moving operation type comprises: after the initial position of the operating body to the current adsorbed icon above the icon position is replaced with a predetermined pause time: when the movement track of movement information comprising , determines the type of operation of the operation body operating position of the replacement as an icon; or, when the movement track of the movement information comprising: current motion from the initial position of the operator icon adsorbed to a top of the polyhedral blank and a predetermined pause time after the operation of the operating body type determining icon position change operation; or, when the movement track of the movement information comprises: from an initial position of the operator of the current adsorbed icon to another icon having a polyhedral when the top of the icon on top of and not a polyhedron, it is determined that the type of operation of the operating member for creating a folder 作;或, 当所述移动信息包含的移动轨迹为:从所述操作体当前吸附的图标的初始位置运动到图标删除位置区域的边缘时,则判断所述操作体的操作类型为删除图标操作。 For; or, when the movement track of the movement information comprises: from an initial position of the operator of the current adsorbed to the edge icon to delete the icon location area, then determines the type of operation of the operating member to operate the delete icon .
8.根据权利要求7所述的方法,其特征在于,当判断出所述移动操作体具体为图标位置替换操作时,所述执行所述移动操作具体包括: 使所述被替换图标被挤出并运动到所述操作体当前吸附的图标的初始位置,使所述操作体当前吸附的图标下沉于所述被替换图标的位置;或者, 控制所述被替换图标逐渐隐退并沉入其对应的多面体且该被替换图标在所述操作体当前所吸附的图标的初始位置逐渐显现,使所述操作体当前吸附的图标下沉于所述被替换图标的位置。 8. The method according to claim 7, wherein, when it is determined that the moving operation for the particular icon position body replacement operation, the execution of the move operation comprises: the icon is replaced extruded and moves to the initial position of the operator icon currently adsorbed, the adsorbed current operating body at a position of the icon is replaced by the sinking icon; or the control icon is replaced with its sinking gradually retreat and polyhedron and the corresponding icon are gradually replaced in the initial position of the operating body currently adsorbed icon, the icon operation body sinking current adsorbed to the position of the icon are replaced.
9.根据权利要求7所述的方法,其特征在于,当判断出所述移动操作体具体为图标位置变化操作时,所述执行所述移动操作具体包括: 使所述操作体当前吸附的图标下沉至该空白多面体。 9. The method according to claim 7, wherein, when it is determined that the operation of moving the specific body position change operation as icons, performing the operation of said moving comprises: the current operating body adsorbed icon sinking to the blank polyhedron.
10.根据权利要求7所述的方法,其特征在于,当判断出所述移动操作体具体为删除图标操作时,所述执行所述移动操作具体包括: 使所述操作体当前吸附的图标被所述图标删除位置区域吸入而消失。 10. The method according to claim 7, wherein, when it is determined that the moving operation member is specifically delete icon operation, the execution of the move operation comprises: the current operating body icon is adsorbed the location area inhalation delete icon disappears.
11.根据权利要求7所述的方法,其特征在于,当判断出所述移动操作体具体为创建文件夹操作时,所述执行所述移动操作具体包括: 所述多面体上的原图标变小,所述操作体吸附的图标下沉至该多面体上且变小,并同所述多面体上的原图标一起位于新创建的文件夹中。 11. The method according to claim 7, wherein, when it is determined that the moving operation body particularly when creating a folder operations, the execution of the move operation comprises: the original icons smaller Polyhedron the sinking operation adsorbed onto an icon of the polyhedron, and smaller, and the newly created file is located, together with the original icon on the polyhedron folder.
12.根据权利要求6所述的方法,其特征在于,所述执行所述切屏操作,具体包括: 感测所述操作体左右滑动的加速度,当加速度大于预设的加速度阈值时,则整屏切换,当加速度小于预设的加速度阈值时,则整屏转动一定角度后又弹回来,切屏操作失败;或者, 感测所述操作体左右滑动的速度,当速度大于预设的速度阈值时,则整屏切换;当速度小于预设的速度阈值时,整屏转动一定角度后又弹回来,切屏操作失败;或者, 感测所述操作体左右滑动的幅度,当幅度大于预设的幅度阈值时,整屏切换;当幅度小于预设的幅度阈值时,整屏转动一定角度后又弹回来,切屏操作失败。 12. The method according to claim 6, wherein said performing the cutting operation screen, comprises: sensing the left and right sliding operating body acceleration, when the acceleration greater than a predetermined acceleration threshold, the entire screen switching, when the acceleration is less than a predetermined acceleration threshold, then the entire screen is rotated a predetermined angle and then bounce back, cut screen operation fails; or about the sensing operation speed to slide, when the speed is greater than a predetermined threshold speed when the entire screen switch; when the speed is less than a preset speed threshold value, the entire screen is rotated a predetermined angle and then bounce back, cut screen operation fails; or sensing the amplitude of right and left sliding operating body, when the amplitude is greater than a predetermined when the amplitude threshold, the entire screen switch; when the amplitude is less than a predetermined amplitude threshold value, the entire screen and then bounce back angle the cut screen operation fails.
13.根据权利要求1至12中任一项所述的方法,还包括: 在所述3D用户界面上显示所述图标对应的投影。 13. A method according to any one of claim 12, further comprising: displaying an icon corresponding to the projection on the 3D user interface.
14.一种触摸终端,其特征在于,所述触摸终端包括: 判断模块,用于判断是否接收到显示模式切换信号; 获取模块,用于获取所述触摸终端当前的显示模式; 切换模块,用于在所述获取模块获取到所述触摸终端当前的显示模式为使用模式,且所述判断模块判断接收到显示模式切换信号时,将所述触摸终端的显示模式切换为图标编辑模式; 其中,在所述图标编辑模式下,所述3D用户界面上显示有背板和各个图标,所述背板由多个多面体组成,所述多个多面体之间具有间隔特征,各个图标位于所述触摸终端屏幕与所述多个多面体之间。 A touch terminal, wherein the touch terminal comprising: a determining module, configured to determine whether a display mode switching signal; obtaining module, configured to acquire the current display mode of the touch terminal; switching module, with acquiring module for acquiring the current display mode to the touch mode terminal is used, and when the determining module determines that the received signal is switched to the display mode, the touch mode is switched to the terminal display icon editing mode; wherein, in the icon editing mode, the user of the 3D icons displayed on the respective backplane and interface, a plurality of polyhedron composed of the backplate, wherein a spacing between said plurality of polyhedron, each of the touch icons located terminal between the screen and the plurality of polyhedrons.
15.根据权利要求14所述的触摸终端,其特征在于,所述判断模块,具体用于判断操作体按压所述触摸终端屏幕的时间是否超过第一预设时间阈值; 所述切换模块,具体用于在所述获取模块获取到所述触摸终端当前的显示模式为使用模式,且所述判断模块判断操作体按压所述触摸终端屏幕的时间超过第一预设时间阈值时,将所述触摸终端的显示模式切换为图标编辑模式。 15. The touch terminal according to claim 14, wherein the determining module is configured to judge whether the touch operation member is pressed time of the terminal exceeds a first predetermined time screen threshold; the switching module is for that the acquisition module acquires the current display mode terminal using a touch mode, and the determination module determines that the operation body presses the touch screen of the terminal time exceeds a first predetermined time threshold, the touch display mode of the terminal is switched to the icon editing mode.
16.根据权利要求15所述的触摸终端,其特征在于,当所述触摸终端的显示模式为图标编辑模式时,所述操作体的操作类型包括:图标上浮操作、移动操作、切屏操作或快捷设置操作中的一种或多种。 16. The touch terminal according to claim 15, wherein, when the display mode is a touch icon editing mode terminal, the operation of the operation member of the type comprising: a floating icon operation, moving operation, cutting operation or screen One or more quick setting operation.
17.根据权利要求16所述的触摸终端,其特征在于,还包括: 检测模块,用于在所述获取模块获取到所述触摸终端当前的显示模式为图标编辑模式且所述判断模块判断未接收到显示模式切换信号时,检测所述操作体在所述屏幕上是否有移动信息; 第一处理模块,用于当所述检测模块在第二预设时间阈值内未检测到所述操作体在所述屏幕上的移动信息时,判断所述操作体所接触部位是否有图标;若有图标,则执行图标上浮操作; 第二处理模块,用于当所述检测模块在第二预设时间阈值内检测到所述操作体在所述屏幕上的移动信息,则分析操作体的移动轨迹;若所述操作体的移动轨迹为左右滑动轨迹,判断所述操作体的操作类型为切屏操作,若所述操作体的移动轨迹判为上下滑动轨迹,则判断操作类型为快捷设置操作;以及执行所述切屏操作或快捷设置 17. The touch terminal according to claim 16, characterized in that, further comprising: a detection means for acquiring module acquires the current display mode of the terminal is a touch icon editing mode and the determination means determines not upon receipt of the display mode switching signal, said operating member detecting whether there is movement information on the screen; first processing module, configured to, when the detecting module within a second predetermined time threshold is not detected by the operating body when moving the information on the screen, the operating body is determined whether an icon contact portion; if the icon, the icon floating operation is performed; and a second processing module, the detection module for, when a second predetermined time threshold detection within the movement information of the operator on the screen, the movement locus of the operation body analysis; if the movement locus of the operating member about the sliding track, the operation type determining operation screen operation body is cut when the movement locus of the operation member is judged to slide up and down the track, the operation type is determined quick setting operation; and performing the cutting operation screen or set shortcut 作; 第三处理模块,用于当所述检测模块在超出第二预设时间阈值时检测到所述操作体的移动信息,则判断所述操作体的操作类型为移动操作,以及执行所述移动操作。 For; a third processing module, configured to, when the detecting module detects the movement information of the operator when the time exceeds a second predetermined threshold value, it is determined that the type of operation of the operating member is moving operation, and performing the moving operation.
18.一种触摸终端,其特征在于,包括:屏幕及中央处理器, 所述屏幕,用于接收操作信号, 所述中央处理器,用于判断所述屏幕接收的操作信号是否为显示模式切换信号,获取所述触摸终端当前的显示模式;以及在获取的所述触摸终端当前的显示模式为使用模式,且判断接收到显示模式切换信号时,则将所述触摸终端的显示模式切换为图标编辑模式; 其中,在所述图标编辑模式下,所述3D用户界面上显示有背板和各个图标,所述背板由多个多面体组成,所述多个多面体之间具有间隔特征,各个图标位于所述触摸终端屏幕与所述多个多面体之间。 18. A touch terminal, characterized by comprising: a central processing unit and a screen, the screen for receiving an operation signal, the central processing unit, for determining whether said operation signal is received screen display mode signal acquiring the current mode of the touch display terminal; and when the current display mode of the touch acquired using the terminal mode, and determines the display mode switching signal is received, the display mode of the touch endpoint is switched to the icon edit mode; wherein, in the icon editing mode, and a back plate each display an icon on the 3D user interface, a plurality of polyhedron composed of the backplate, wherein a spacing between said plurality of polyhedron, each icon positioned between the terminal screen and the touch of the plurality of polyhedrons.
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