CN105278819A - Application navigation method of user interaction interfaces and intelligent equipment - Google Patents
Application navigation method of user interaction interfaces and intelligent equipment Download PDFInfo
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- CN105278819A CN105278819A CN201410306515.4A CN201410306515A CN105278819A CN 105278819 A CN105278819 A CN 105278819A CN 201410306515 A CN201410306515 A CN 201410306515A CN 105278819 A CN105278819 A CN 105278819A
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Abstract
The invention discloses an application navigation method of user interaction interfaces, and the application navigation method is applied to intelligent equipment. The application navigation method of the user interaction interfaces comprises the following steps: setting at least two three-dimensional spheres in a first interface of the intelligent equipment, and selecting a plurality of application icons as the application icons default-displayed on the surfaces of the spheres; receiving a first selection instruction, highlighting the selected sphere according to the first selection instruction and weakening the display of the unselected spheres; receiving a rotation instruction and highlighting the application icon which is rotated to the front in the process of rotating the highlighted sphere according to the rotation instruction; and receiving a second selection instruction of the selected highlighted application iron, responding by the highlighted application icon and starting a corresponding application program. The invention furthermore discloses the intelligent equipment. According to the application navigation method of the user interaction interfaces and the intelligent equipment, the problem that the existing application icon display and management manner is fixed, single and lack of dynamic effects is solved.
Description
Technical field
The present invention relates to technical field of intelligent equipment, particularly relate to a kind of application navigation method and smart machine of User Interface.
Background technology
At present, a lot of functions of smart machine can both realize mobilism and three-dimensional, such as a lot of smart machine all has 3D playing function, in addition, the transformation of mobilism and three-dimensional is also carried out in some display frames in the process of operation, more user can be attracted, and reach better promotion effect in certain degree.
But traditional Android system desktop starter is directly presented on interface by the application icon of smart machine, the Method compare of this icon of display application is in a two-dimensional manner fixed and single, and the process of operation is more dull, lacks dynamic effect.
Foregoing, only for auxiliary understanding technical scheme of the present invention, does not represent and admits that foregoing is prior art.
Summary of the invention
Fundamental purpose of the present invention is to solve the display of existing application icon and the technical matters of way to manage fixed single and shortage dynamic effect.
For achieving the above object, the invention provides a kind of application navigation method of User Interface, be applied in smart machine, the application navigation method of described User Interface comprises the following steps:
At least two three-dimensional spheroids are set in the first interface of smart machine, choose multiple application icon as the application icon giving tacit consent to display on the surface of described spheroid;
Receive first and choose instruction, choose instruction to be highlighted by the spheroid chosen according to described first, unchecked spheroid is weakened display;
Receive rotate instruction, rotating in the process of the spheroid highlighted according to described rotate instruction, the application icon rotating to foremost highlights;
Receive highlight described in choosing second of application icon choose instruction, described in the application icon that highlights respond and start the application program of correspondence.
Preferably, described at least two three-dimensional spheroids are set in the first interface of smart machine, choose multiple application icon and comprise as the step of the application icon giving tacit consent to display on the surface of described spheroid:
Call graphical development tool and set up sphere centre coordinate on described first interface, and set up three-dimensional spheroid according to described sphere centre coordinate;
Multiple orthogonal projection the surface segmentation of described spheroid is become to be the region of regular polygon;
Choose multiple application icon one_to_one corresponding to embed and be arranged in described multiple region, and will the application icon that shows by default of application icon arranged be embedded.
Preferably, also comprise:
Instruction is chosen in reception touch or instruction is chosen in remote control, choose the application icon in described second contact surface, be switched in the process at described first interface by described second contact surface, selected application icon is added on the surface of described spheroid, wherein, the icon of described second contact surface is shown in described first interface with minimized form; And
Instruction is chosen in reception touch or instruction is chosen in remote control, chooses the application icon in described second contact surface, is deleted by selected application icon.
Preferably, instruction is chosen in described reception first, chooses instruction to be highlighted by the spheroid chosen according to described first, comprises before unchecked spheroid being weakened the step of display:
Described spheroid is carried out rotation with arbitrary angle;
Instruction is chosen in described reception first, chooses instruction to be highlighted by the spheroid chosen according to described first, the step that unchecked spheroid weakens display is comprised:
Choose instruction that the spheroid chosen is stopped rotation according to described first, move to the centre position of the screen of described smart machine and amplify display, unchecked spheroid being kept rotation, moves to the position away from the spheroid chosen and reduce display.
Preferably, also comprise: all application icons on the surface of described spheroid are classified, the application icon of same type is placed on the surface of same spheroid.
Preferably, also comprise: when the quantity of described spheroid is greater than preset number, select a certain spheroid to be the center spheroid given tacit consent to, described center spheroid is shown as larger spheroid, and being placed in the center of screen, other spheroids rotate around described center spheroid under the operation of user.
In addition, for achieving the above object, the present invention also provides a kind of smart machine, and described smart machine comprises:
Module being set, for arranging at least two three-dimensional spheroids in the first interface of smart machine, choosing multiple application icon as the application icon giving tacit consent to display on the surface of described spheroid;
First display module, choosing instruction for receiving first, choosing instruction to be highlighted by the spheroid chosen according to described first, and unchecked spheroid is weakened display;
Second display module, for receiving rotate instruction, rotating in the process of the spheroid highlighted according to described rotate instruction, the application icon rotating to foremost highlights;
Respond module, for receive choose described in highlight second of application icon choose instruction, described in the application icon that highlights respond and start corresponding application program.
Preferably, the described module that arranges comprises:
Setting up unit, on described first interface, setting up sphere centre coordinate for calling graphical development tool, and set up three-dimensional spheroid according to described sphere centre coordinate;
Cutting unit is the region of regular polygon for the surface segmentation of described spheroid being become multiple orthogonal projection;
Setting unit, embeds be arranged in described multiple region for choosing application icon one_to_one corresponding corresponding to multiple application icon, and the application icon that will the application icon that arranges be embedded show by default.
Preferably, described smart machine also comprises:
Add module, instruction is chosen or instruction is chosen in remote control for receiving touch, choose the application icon in described second contact surface, be switched in the process at described first interface by described second contact surface, selected application icon is added on the surface of described spheroid, wherein, the icon of described second contact surface is shown in described first interface with minimized form; And
Removing module, choosing instruction or instruction is chosen in remote control for receiving touch, choosing the application icon in described second contact surface, being deleted by selected application icon.
Preferably, described smart machine also comprises:
Rotation module, for carrying out rotation by described spheroid with arbitrary angle;
Described first display module is specifically for choosing instruction that the spheroid chosen is stopped rotation according to described first, move to the centre position of the screen of described smart machine and amplify display, unchecked spheroid is kept rotation, moves to the position away from the spheroid chosen and reduce display.
Preferably, also comprise:
Sort module, all application icons on the surface to described spheroid are classified, and are placed in by the application icon of same type on the surface of same spheroid.
The application navigation method of a kind of User Interface of the present invention and smart machine, the spheroid of multiple three-dimensional is set in the first interface of smart machine, choose multiple application icon as the application icon shown on the surface of spheroid, spheroid spinning ball centered by the centre of sphere is made by rotate instruction, in the process rotated, user can check the application icon of spherome surface easily, for the stereoeffect of the display and operation that realize application icon and dynamic effect provide good basis; In addition, the spheroid chosen is highlighted and unchecked spheroid weakens display, and the spheroid chosen is in the process rotated, the application icon rotating to foremost highlights, in this way, the display of existing application icon and the problem of way to manage fixed single and shortage dynamic effect is solved.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of application navigation method first embodiment of User Interface of the present invention;
Fig. 2 is the refinement schematic flow sheet of step S101 in Fig. 1;
Fig. 3 is the schematic flow sheet of application navigation method second embodiment of User Interface of the present invention;
Fig. 4 is the schematic flow sheet of application navigation method the 3rd embodiment of User Interface of the present invention;
Fig. 5 is the concrete pictorial diagram implemented in Fig. 4;
Fig. 6 is the high-level schematic functional block diagram of smart machine first embodiment of the present invention;
Fig. 7 is the refinement high-level schematic functional block diagram arranging module in Fig. 6;
Fig. 8 is the high-level schematic functional block diagram of smart machine second embodiment of the present invention;
Fig. 9 is the high-level schematic functional block diagram of smart machine of the present invention 3rd embodiment.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
The invention provides a kind of application navigation method of User Interface, with reference to Fig. 1, in one embodiment, the application navigation method of this User Interface comprises:
Step S101, arranges at least two three-dimensional spheroids, chooses multiple application icon as the application icon giving tacit consent to display on the surface of described spheroid in the first interface of smart machine;
In the present embodiment, smart machine can be the equipment such as intelligent television, intelligent hand or panel computer.
In the present embodiment, be provided with the spheroid of multiple three-dimensional in the first interface, this spheroid can carry out drafting formation by calling special 3D graphical development tool.
It wherein, in specific implementation process, the sphere center position of spheroid is set, so that can rotate centered by the centre of sphere.
In the present embodiment, choose multiple application icons in smart machine as the application icon giving tacit consent to display on the surface of set spheroid, and the application icon of this acquiescence display on the surface of spheroid in evenly arrangement.
Due to the carrier that the present embodiment uses three-dimensional spheroid to show as application icon, and application icon is arranged on the surface of three-dimensional sphere equably, thus check or selective gist icon time, by spinning ball, corresponding application icon is found according to the demand of user, wherein, if intelligent television, the rotation of spheroid can be controlled by the button of telepilot, if have the equipment of touch function, as panel computer, the rotation of spheroid can be controlled by touching to slide, in this way, the stereoeffect that the present embodiment is the display and operation that realize application icon and dynamic effect provide good basis.
Step S102, receives first and chooses instruction, choose instruction to be highlighted by the spheroid chosen according to described first, unchecked spheroid is weakened display;
In the present embodiment, first chooses instruction to be the instruction choosing a certain spheroid in the first interface, and when a certain spheroid is selected, this spheroid highlights, to play suggesting effect; Unchecked spheroid can also weaken display, to weaken display effect simultaneously.
Wherein, the display that highlights or weaken of the present embodiment can comprise position, color or shape size outstanding or weaken adjustment.The mode highlighted can be color burn, position is placed in the middle, shape becomes large or the mode such as the combination of this several mode; The mode weakening display can be lighter, position diminishes away from center, shape or the mode such as the combination of this several mode.Such as, the spheroid chosen can be moved to the centre position of the screen of smart machine, deepen Show Color and amplify display, unchecked spheroid is moved to the position away from the spheroid chosen, and fuzzy Show Color also reduces display.
In the present embodiment, if smart machine is tangibly equipment, this first chooses instruction to can be the touch instruction touching a certain spheroid, if smart machine is intelligent television, this first chooses instruction to can be the instruction carrying out choosing a certain spheroid by telepilot.
The first interface in the present embodiment and the spheroid whole structure in the first interface are starry sky shape, and user can background in self-defined replacing first interface, to reach different overall display effects.
Step S103, receive rotate instruction, rotating in the process of the spheroid highlighted according to described rotate instruction, the application icon rotating to foremost highlights;
In the present embodiment, in elected after a certain spheroid, this sphere receiver rotate instruction, and rotate centered by the centre of sphere, now, user can check the application icon be evenly arranged on spherome surface, when a certain application icon rotates to the foremost of spheroid, namely with user just pair time, this application icon highlights, to play suggesting effect.
In the present embodiment, if smart machine is tangibly equipment, this rotate instruction can be to slide and touches instruction, if smart machine is intelligent television, this rotate instruction can be and carries out by the direction key up and down of telepilot the instruction that rotates.
Step S104, receive highlight described in choosing second of application icon choose instruction, described in the application icon that highlights respond and start the application program of correspondence.
In the present embodiment, when application icon highlights, directly can click and choose this application icon, corresponding application response.
Compared with prior art, the present embodiment arranges the spheroid of multiple three-dimensional in the first interface of smart machine, choose multiple application icon as the application icon shown on the surface of spheroid, spheroid spinning ball centered by the centre of sphere is made by rotate instruction, in the process rotated, user can check the application icon of spherome surface easily, for the stereoeffect of the display and operation that realize application icon and dynamic effect provide good basis; In addition, the spheroid chosen is highlighted and unchecked spheroid weakens display, and the spheroid chosen is in the process rotated, the application icon rotating to foremost highlights, in this way, the display of existing application icon and the problem of way to manage fixed single and shortage dynamic effect is solved.
In a preferred embodiment, as shown in Figure 2, on the basis of the embodiment of above-mentioned Fig. 1, above-mentioned steps S101 comprises:
Step S1011, calls graphical development tool and set up sphere centre coordinate on described first interface, and sets up three-dimensional spheroid according to described sphere centre coordinate;
Step S1012, becomes multiple orthogonal projection to be the region of regular polygon by the surface segmentation of described spheroid;
Step S1013, chooses multiple application icon one_to_one corresponding and embeds and be arranged in described multiple region, and will embed the application icon that shows by default of application icon arranged.
In the present embodiment, being established as of spheroid carries out modeling based on OpenGL3D, graphical development tool can be OpenGL (OpenGraphicsLibrary, open graphic package storehouse), by calling the OpenGL related application DLL (dynamic link library) in android system, the screen coordinate data of the order data of the foundation of spheroid, spheroid, application icon data and data texturing etc. are sent to the OpenGL process of bottom, and draw in the first interface, finally complete the foundation of spheroid.
The surface segmentation of spheroid becomes orthogonal projection to be the region of regular polygon by the present embodiment, such as, can be the combination etc. of equilateral triangle, regular hexagon or multiple regular polygon.
Preferably, the present embodiment is when drawing, and sphere is divided into cellular region, and namely orthogonal projection is orthohexagonal region, embeds and arrange an application icon in each region, the startup link of the corresponding application of application icon link.
In the present embodiment, during spheroid modeling, set up sphere centre coordinate, when user slides by touching, or telepilot direction key moves up and down time, to be true origin with the centre of sphere according to user slide spheroid or the direction of the operation of direction key rotates.
In a preferred embodiment, as shown in Figure 3, on the basis of the embodiment of above-mentioned Fig. 1, the present embodiment also comprises:
Step S105, instruction is chosen in reception touch or instruction is chosen in remote control, choose the application icon in described second contact surface, be switched in the process at described first interface by described second contact surface, selected application icon is added on the surface of described spheroid, wherein, the icon of described second contact surface is shown in described first interface with minimized form;
Step S106, instruction is chosen in reception touch or instruction is chosen in remote control, chooses the application icon in described second contact surface, is deleted by selected application icon.
In the present embodiment, second contact surface is the interface of all application, and namely second contact surface comprises the application icon of all application correspondences of this smart machine, and at second contact surface, all application can be arranged on screen in application icon mode.
Wherein, above-mentioned steps S105 and step S106 order in no particular order.
Wherein, the icon of second contact surface is shown in the first interface with minimized form; The icon at the first interface also can minimized form be shown in second contact surface.
When for touching the mode chosen, in second contact surface, user's touch screen chooses a certain application icon, holds application icon when not unclamping, the first interface can be switched to from second contact surface, application icon is dragged on a certain spheroid by user, and by dragging application icon up and down, spheroid is followed correspondence direction and rotated, when finding idle region, release application icon, then in this clear area, set up the shortcut of this application icon, application icon is arranged on the surface of spheroid.
When the mode chosen for remote control, in second contact surface, control with remote controller key, a certain application icon is chosen by direction key up and down, this application drawing rotating savings high-brightness represents current and chooses, click " menu " button, eject options interface, " shortcut is set at the first interface " option is had in interface, user is controlled by direction key and chooses this option, click telepilot and " determine " button, the first interface can be switched to from second contact surface, user is switched to target spheroid by function button, by the region that direction key selection is up and down idle, by the highlighted display in the border of the clear area selected, user clicks and determines button, in this clear area, then set up the shortcut of this application icon, application icon is arranged on the surface of spheroid.
In addition, user can click and return button, cancels the setting of this application icon, or is dragged to by the application icon chosen in " cancellation " region that screen the top occurs and cancel the setting of this application icon.
When not having idle region, arranging of application icon is unsuccessful, now, can delete the application icon arranged:
When length is by a certain application icon, screen there will be a garbage basket icon, dragged to by application icon on this icon and then perform deletion, the region on corresponding sphere becomes idle region.If drag by a certain application icon long, when not arriving garbage basket icon, then spheroid rotates according to the direction dragged, at this moment discharge application drawing rotating savings and added in the region of corresponding free time.
In a preferred embodiment, on the basis of the embodiment of above-mentioned Fig. 1, the present embodiment is further comprising the steps of: spheroid is carried out rotation with arbitrary angle.
The first interface in the present embodiment and the spheroid whole structure in the first interface are starry sky shape.
In the present embodiment, first interface in its natural state, such as smart machine has just started and under the state of the first interface full screen display or under the state that do not operate the first interface of user, spheroid in first interface carries out rotation with arbitrary angle, pass through rotation, user can understand the application icon that each spheroid has substantially, facilitates follow-up operation, and can bring the effect of Dynamic Announce.
Wherein, under this embodiment, above-mentioned steps S102 also comprises the step of more refinement: choose instruction that the spheroid chosen is stopped rotation according to first, move to the centre position of the screen of smart machine and amplify display, unchecked spheroid is kept rotation, moves to the position away from the spheroid chosen and reduce display.
In the present embodiment, if spheroid is selected, then stops rotation and highlight, if spheroid is not selected, then keeps rotation and weaken display, in this way, user friendly operation also promotes experience.
In a preferred embodiment, as shown in Figure 4, on the basis of the embodiment of above-mentioned Fig. 1, the present embodiment also comprises:
Step S107, classifies to all application icons on the surface of described spheroid, is placed in by the application icon of same type on the surface of same spheroid.
The present embodiment is classified to all application icons, is placed in by the application icon of same type on the surface of same spheroid, can be each spheroid name of corresponding different application icon, user friendly management simultaneously.When the classification that described spheroid is corresponding only has an application icon time, then this spheroid is a shortcut, when user puts ball beating body time, directly enters corresponding application program.
As shown in Figure 5, in the first interface, such as the application icon of MPC, PPS, sudden peal of thunder player or picture players etc. can be placed in the surface of same spheroid, and be this spheroid called after media center, the application icon of Sohu's browser, 360 browsers and IE browser etc. is placed in the surface of same spheroid, and is this spheroid called after browser center.
In the present embodiment, be not limited to and the application icon of same type is placed on the surface of same spheroid, can also adopt other mode, the application icon of some the application correspondences such as user can commonly used is placed in the surface of same spheroid, and is the conventional application of this spheroid called after.
Preferably, when the quantity of described spheroid is greater than preset number, a certain spheroid can be selected to be the center spheroid given tacit consent to, and the application icon on the such as surface of this center spheroid is maximum, be then set to the center spheroid given tacit consent to, or arranged by user.Center spheroid is shown as larger spheroid, and is placed in the center of screen, and other spheroids rotate around center spheroid under the operation of user.User operation can be, when user operation focus does not also fall into center spheroid time, other spheroids follow the directionkeys of user operation, or touches and rotate; When the operation focus of user falls into center spheroid time, then center spheroid self is again according to the control operation rotation of user.
The present invention further provides a kind of smart machine, as shown in Figure 6, in one embodiment, this smart machine comprises:
Module 101 being set, for arranging at least two three-dimensional spheroids in the first interface of smart machine, choosing multiple application icon as the application icon giving tacit consent to display on the surface of described spheroid;
In the present embodiment, smart machine can be the equipment such as intelligent television, intelligent hand or panel computer.
In the present embodiment, be provided with the spheroid of multiple three-dimensional in the first interface, this spheroid can carry out drafting formation by calling special 3D graphical development tool.
It wherein, in specific implementation process, the sphere center position of spheroid is set, so that can rotate centered by the centre of sphere.
In the present embodiment, choose multiple application icons in smart machine as the application icon giving tacit consent to display on the surface of set spheroid, and the application icon of this acquiescence display on the surface of spheroid in evenly arrangement.
Due to the carrier that the present embodiment uses three-dimensional spheroid to show as application icon, and application icon is arranged on the surface of three-dimensional sphere equably, thus check or selective gist icon time, by spinning ball, corresponding application icon is found according to the demand of user, wherein, if intelligent television, the rotation of spheroid can be controlled by the button of telepilot, if have the equipment of touch function, as panel computer, the rotation of spheroid can be controlled by touching to slide, in this way, the stereoeffect that the present embodiment is the display and operation that realize application icon and dynamic effect provide good basis.
First display module 102, choosing instruction for receiving first, choosing instruction to be highlighted by the spheroid chosen according to described first, and unchecked spheroid is weakened display;
In the present embodiment, first chooses instruction to be the instruction choosing a certain spheroid in the first interface, and when a certain spheroid is selected, this spheroid highlights, to play suggesting effect; Unchecked spheroid can also weaken display, to weaken display effect simultaneously.
Wherein, the display that highlights or weaken of the present embodiment can comprise position, color or shape size outstanding or weaken adjustment.The mode highlighted can be color burn, position is placed in the middle, shape becomes large or the mode such as the combination of this several mode; The mode weakening display can be lighter, position diminishes away from center, shape or the mode such as the combination of this several mode.Such as, the spheroid chosen can be moved to the centre position of the screen of smart machine, deepen Show Color and amplify display, unchecked spheroid is moved to the position away from the spheroid chosen, and fuzzy Show Color also reduces display.
In the present embodiment, if smart machine is tangibly equipment, this first chooses instruction to can be the touch instruction touching a certain spheroid, if smart machine is intelligent television, this first chooses instruction to can be the instruction carrying out choosing a certain spheroid by telepilot.
The first interface in the present embodiment and the spheroid whole structure in the first interface are starry sky shape, and user can background in self-defined replacing first interface, to reach different overall display effects.
Second display module 103, for receiving rotate instruction, rotating in the process of the spheroid highlighted according to described rotate instruction, the application icon rotating to foremost highlights;
In the present embodiment, in elected after a certain spheroid, this sphere receiver rotate instruction, and rotate centered by the centre of sphere, now, user can check the application icon be evenly arranged on spherome surface, when a certain application icon rotates to the foremost of spheroid, namely with user just pair time, this application icon highlights, to play suggesting effect.
In the present embodiment, if smart machine is tangibly equipment, this rotate instruction can be to slide and touches instruction, if smart machine is intelligent television, this rotate instruction can be and carries out by the direction key up and down of telepilot the instruction that rotates.
Respond module 104, for receive choose described in highlight second of application icon choose instruction, described in the application icon that highlights respond and start corresponding application program.
In the present embodiment, when application icon highlights, directly can click and choose this application icon, corresponding application response.
In a preferred embodiment, as shown in Figure 7, on the basis of the embodiment of above-mentioned Fig. 6, module 101 is set and comprises:
Setting up unit 1011, on described first interface, setting up sphere centre coordinate for calling graphical development tool, and set up three-dimensional spheroid according to described sphere centre coordinate;
Cutting unit 1012 is the region of regular polygon for the surface segmentation of described spheroid being become multiple orthogonal projection;
Setting unit 1013, embeds be arranged in described multiple region for choosing multiple application icon one_to_one corresponding, and will embed the application icon that shows by default of application icon arranged.
In the present embodiment, being established as of spheroid carries out modeling based on OpenGL3D, graphical development tool can be OpenGL (OpenGraphicsLibrary, open graphic package storehouse), by calling the OpenGL related application DLL (dynamic link library) in android system, the screen coordinate data of the order data of the foundation of spheroid, spheroid, application icon data and data texturing etc. are sent to the OpenGL process of bottom, and draw in the first interface, finally complete the foundation of spheroid.
The surface segmentation of spheroid becomes orthogonal projection to be the region of regular polygon by the present embodiment, such as, can be the combination etc. of equilateral triangle, regular hexagon or multiple regular polygon.
Preferably, the present embodiment is when drawing, and sphere is divided into cellular region, and namely orthogonal projection is orthohexagonal region, embeds and arrange an application icon in each region, the startup link of the corresponding application of application icon link.
In the present embodiment, during spheroid modeling, set up sphere centre coordinate, when user slides by touching, or telepilot direction key moves up and down time, to be true origin with the centre of sphere according to user slide spheroid or the direction of the operation of direction key rotates.
In a preferred embodiment, as shown in Figure 8, on the basis of the embodiment of above-mentioned Fig. 6, smart machine also comprises:
Add module 105, instruction is chosen or instruction is chosen in remote control for receiving touch, choose the application icon in described second contact surface, be switched in the process at described first interface by described second contact surface, selected application icon is added on the surface of described spheroid, wherein, the icon of described second contact surface is shown in described first interface with minimized form; And
Removing module 106, choosing instruction or instruction is chosen in remote control for receiving touch, choosing the application icon in described second contact surface, being deleted by selected application icon.
In the present embodiment, second contact surface is the interface of all application, and namely second contact surface comprises the application icon of all application correspondences of this smart machine, and at second contact surface, all application can be arranged on screen in application icon mode.
Wherein, the icon of second contact surface is shown in the first interface with minimized form; The icon at the first interface also can minimized form be shown in second contact surface.
When for touching the mode chosen, in second contact surface, user's touch screen chooses a certain application icon, holds application icon when not unclamping, the first interface can be switched to from second contact surface, application icon is dragged on a certain spheroid by user, and by dragging application icon up and down, spheroid is followed correspondence direction and rotated, when finding idle region, release application icon, then in this clear area, set up the shortcut of this application icon, application icon is arranged on the surface of spheroid.
When the mode chosen for remote control, in second contact surface, control with remote controller key, a certain application icon is chosen by direction key up and down, this application drawing rotating savings high-brightness represents current and chooses, click " menu " button, eject options interface, " shortcut is set at the first interface " option is had in interface, user is controlled by direction key and chooses this option, click telepilot and " determine " button, the first interface can be switched to from second contact surface, user is switched to target spheroid by function button, by the region that direction key selection is up and down idle, by the highlighted display in the border of the clear area selected, user clicks and determines button, in this clear area, then set up the shortcut of this application icon, application icon is arranged on the surface of spheroid.
In addition, user can click and return button, cancels the setting of this application icon, or is dragged to by the application icon chosen in " cancellation " region that screen the top occurs and cancel the setting of this application icon.
When not having idle region, arranging of application icon is unsuccessful, now, can delete the application icon arranged:
When length is by a certain application icon, screen there will be a garbage basket icon, dragged to by application icon on this icon and then perform deletion, the region on corresponding sphere becomes idle region.If drag by a certain application icon long, when not arriving garbage basket icon, then spheroid rotates according to the direction dragged, at this moment discharge application drawing rotating savings and added in the region of corresponding free time.
In a preferred embodiment, on the basis of the embodiment of above-mentioned Fig. 6, smart machine also comprises: rotation module, for described spheroid is carried out rotation with arbitrary angle.
The first interface in the present embodiment and the spheroid whole structure in the first interface are starry sky shape.
In the present embodiment, first interface in its natural state, such as smart machine has just started and under the state of the first interface full screen display or under the state that do not operate the first interface of user, spheroid in first interface carries out rotation with arbitrary angle, pass through rotation, user can understand the application icon that each spheroid has substantially, facilitates follow-up operation, and can bring the effect of Dynamic Announce.
Wherein, under this embodiment, first display module 102 is specifically for choosing instruction that the spheroid chosen is stopped rotation according to described first, move to the centre position of the screen of described smart machine and amplify display, unchecked spheroid is kept rotation, moves to the position away from the spheroid chosen and reduce display.
In the present embodiment, if spheroid is selected, then stops rotation and highlight, if spheroid is not selected, then keeps rotation and weaken display, in this way, user friendly operation also promotes experience.
In a preferred embodiment, as shown in Figure 9, on the basis of the embodiment of above-mentioned Fig. 6, also comprise:
Sort module 107, all application icons on the surface to described spheroid are classified, and are placed in by the application icon of same type on the surface of same spheroid.
The present embodiment is classified to all application icons, is placed in by the application icon of same type on the surface of same spheroid, can be each spheroid name of corresponding different application icon, user friendly management simultaneously.
Wherein, can in conjunction with consulting Fig. 5, in the first interface, such as the application icon of MPC, PPS, sudden peal of thunder player or picture players etc. can be placed in the surface of same spheroid, and be this spheroid called after media center, the application icon of Sohu's browser, 360 browsers and IE browser etc. is placed in the surface of same spheroid, and is this spheroid called after browser center.
In the present embodiment, be not limited to and the application icon of same type is placed on the surface of same spheroid, can also adopt other mode, the application icon of some the application correspondences such as user can commonly used is placed in the surface of same spheroid, and is the conventional application of this spheroid called after.
These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize instructions of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (11)
1. an application navigation method for User Interface, is applied in smart machine, it is characterized in that, the application navigation method of described User Interface comprises the following steps:
At least two three-dimensional spheroids are set in the first interface of smart machine, choose multiple application icon as the application icon giving tacit consent to display on the surface of described spheroid;
Receive first and choose instruction, choose instruction to be highlighted by the spheroid chosen according to described first, unchecked spheroid is weakened display;
Receive rotate instruction, rotating in the process of the spheroid highlighted according to described rotate instruction, the application icon rotating to foremost highlights;
Receive highlight described in choosing second of application icon choose instruction, described in the application icon that highlights respond and start the application program of correspondence.
2. the application navigation method of User Interface as claimed in claim 1, it is characterized in that, described at least two three-dimensional spheroids are set in the first interface of smart machine, choose multiple application icon and comprise as the step of the application icon giving tacit consent to display on the surface of described spheroid:
Call graphical development tool and set up sphere centre coordinate on described first interface, and set up three-dimensional spheroid according to described sphere centre coordinate;
Multiple orthogonal projection the surface segmentation of described spheroid is become to be the region of regular polygon;
Choose multiple application icon one_to_one corresponding to embed and be arranged in described multiple region, and will the application icon that shows by default of application icon arranged be embedded.
3. the application navigation method of User Interface as claimed in claim 1 or 2, it is characterized in that, the application navigation method of described User Interface also comprises:
Instruction is chosen in reception touch or instruction is chosen in remote control, choose the application icon in described second contact surface, be switched in the process at described first interface by described second contact surface, selected application icon is added on the surface of described spheroid, wherein, the icon of described second contact surface is shown in described first interface with minimized form; And
Instruction is chosen in reception touch or instruction is chosen in remote control, chooses the application icon in described second contact surface, selected application icon is deleted.
4. the application navigation method of User Interface as claimed in claim 1, it is characterized in that, instruction is chosen in described reception first, chooses instruction to be highlighted by the spheroid chosen according to described first, comprises before unchecked spheroid being weakened the step of display:
Described spheroid is carried out rotation with arbitrary angle;
Instruction is chosen in described reception first, chooses instruction to be highlighted by the spheroid chosen according to described first, the step that unchecked spheroid weakens display is comprised:
Choose instruction that the spheroid chosen is stopped rotation according to described first, move to the centre position of the screen of described smart machine and amplify display, unchecked spheroid being kept rotation, moves to the position away from the spheroid chosen and reduce display.
5. the application navigation method of User Interface as claimed in claim 1, it is characterized in that, the application navigation method of described User Interface also comprises: classify to all application icons on the surface of described spheroid, be placed in by the application icon of same type on the surface of same spheroid.
6. the application navigation method of User Interface as claimed in claim 5, it is characterized in that, when the quantity of described spheroid is greater than preset number, a certain spheroid is selected to be the center spheroid given tacit consent to, described center spheroid is shown as larger spheroid, and being placed in the center of screen, other spheroids rotate around described center spheroid under the operation of user.
7. a smart machine, is characterized in that, described smart machine comprises:
Module being set, for arranging at least two three-dimensional spheroids in the first interface of smart machine, choosing multiple application icon as the application icon giving tacit consent to display on the surface of described spheroid;
First display module, choosing instruction for receiving first, choosing instruction to be highlighted by the spheroid chosen according to described first, and unchecked spheroid is weakened display;
Second display module, for receiving rotate instruction, rotating in the process of the spheroid highlighted according to described rotate instruction, the application icon rotating to foremost highlights;
Respond module, for receive choose described in highlight second of application icon choose instruction, described in the application icon that highlights respond and start corresponding application program.
8. smart machine as claimed in claim 7, it is characterized in that, the described module that arranges comprises:
Setting up unit, on described first interface, setting up sphere centre coordinate for calling graphical development tool, and set up three-dimensional spheroid according to described sphere centre coordinate;
Cutting unit is the region of regular polygon for the surface segmentation of described spheroid being become multiple orthogonal projection;
Setting unit, embeds be arranged in described multiple region for choosing multiple application icon one_to_one corresponding, and will embed the application icon that shows by default of application icon arranged.
9. smart machine as claimed in claim 7, it is characterized in that, described smart machine also comprises:
Add module, instruction is chosen or instruction is chosen in remote control for receiving touch, choose the application icon in described second contact surface, be switched in the process at described first interface by described second contact surface, selected application icon is added on the surface of described spheroid, wherein, the icon of described second contact surface is shown in described first interface with minimized form; And
Removing module, choosing instruction or instruction is chosen in remote control for receiving touch, choosing the application icon in described second contact surface, being deleted by selected application icon.
10. smart machine as claimed in claim 7, it is characterized in that, described smart machine also comprises:
Rotation module, for carrying out rotation by described spheroid with arbitrary angle;
Described first display module is specifically for choosing instruction that the spheroid chosen is stopped rotation according to described first, move to the centre position of the screen of described smart machine and amplify display, unchecked spheroid is kept rotation, moves to the position away from the spheroid chosen and reduce display.
11. smart machines as claimed in claim 7, is characterized in that, also comprise:
Sort module, all application icons on the surface to described spheroid are classified, and are placed in by the application icon of same type on the surface of same spheroid.
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