CN105528064A - Terminal and multisystem display method of the terminal - Google Patents
Terminal and multisystem display method of the terminal Download PDFInfo
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- CN105528064A CN105528064A CN201410526383.6A CN201410526383A CN105528064A CN 105528064 A CN105528064 A CN 105528064A CN 201410526383 A CN201410526383 A CN 201410526383A CN 105528064 A CN105528064 A CN 105528064A
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Abstract
The invention discloses a terminal and a multisystem display method of the terminal. The space region where the terminal screen can be seen is divided into multiple viewing areas. The distribution mode of the user eyes in the view areas is determined according to the acquired spatial position of the user eye. Finally, the corresponding interface is determined and shown according to the preset correspondence. According to this invention, when switching is carried out among multiple systems, it is unnecessary to press the keys or touch the screen of the terminal. The interfaces of multiple systems can be switched according to the specific changes of eye position of the viewers. In addition, the invention also discloses a simultaneous display mechanism of multiple systems, so two or more system interfaces can be presented to viewers simultaneously. The viewer can simultaneously interact with the multiple displayed system interfaces, so the user experience is enhanced.
Description
Technical field
The present invention relates to moving communicating field, particularly relate to a kind of terminal and to terminal multisystem display packing.
Background technology
The propagation at full speed of current era information, the self information awareness of safety of people is made to have had large increase, being embodied on handheld terminal is exactly that the demand of multisystem terminal is more and more vigorous, and thing followed problem is exactly how to design the multisystem displaying scheme with good Consumer's Experience.
For dual system termi-nal, suppose that the dual system of handheld terminal is respectively system one and system two, mostly the displaying scheme of existing dual system handheld terminal is to add setting options in system one or allows user can select whether display system two by certain operation, namely shows two systems with one piece of display screen respectively with the form of single work.
Illustrate for the millet of dual system with continent 960E respectively.Millet mobile phone shows switching by following two kinds of modes between MIUI and android system: method one is by Menu key at system update interface, then switched system is selected, simultaneously method two presses under in power key and volume, key enters recovery pattern in the power-offstate, enters the system that Systematic selection interface can be selected to show.With continent 960E then more simply by switching display 960OS and Android from bottom of screen upward sliding.
From above-mentioned explanation, can find out that the displaying scheme of existing dual system handheld terminal all needs to be undertaken by the button operation of user or specific swiping the switching of system display, Consumer's Experience is bad.Further, the displaying scheme of existing dual system handheld terminal is all the display being carried out two systems by a display screen with the form of single work respectively, this just determines the content that existing scheme cannot show two systems simultaneously, thus user also just cannot experience the experience effect of two kinds of systems simultaneously, and switched system of also having to carry out alternately with two systems respectively.This displaying scheme and traditional single system handheld terminal do not have the difference of essence to the experience that user brings.
Therefore, also lack in prior art and a kind ofly switch more convenient multisystem method.
Summary of the invention
The invention provides a kind of terminal and to terminal multisystem display packing, solve the technical matters needing complex operations in prior art when carrying out multisystem display and switching.
For solving the problems of the technologies described above, the present invention by the following technical solutions:
The invention provides a kind of terminal, comprising:
Viewing areas arranges module, for the Spacial domain decomposition of terminal screen can be watched to become at least two viewing areas, and by the beholder's eyes a kind of distribution mode of locus in described viewing areas at least one system corresponding relative to terminal screen;
Locus determination module, for obtaining the viewing perspective data of beholder's eyes, and determines the locus of beholder's eyes relative to terminal screen according to described viewing perspective data;
Display control module, for determining its distribution mode in described viewing areas according to described locus, determines corresponding system according to this distribution mode, and shows the system interface of described system.
In an embodiment of the present invention, described viewing areas arranges module and comprises:
First Spacial domain decomposition unit, for the area of space of viewing terminal screen is divided in such a way: with the center of terminal screen for cone point, with through described cone point and the straight line vertical with the face at terminal screen place for axis, outwards form the conical divisional plane of default cone angle along terminal screen, region, locus is divided into two viewing areas along described conical divisional plane.
In another embodiment of the invention, described viewing areas arranges module and comprises:
Second space area division unit, for being split according to following two dimensions by the area of space of viewing terminal screen, is divided into multiple viewing areas:
Dimension one, with the center of terminal screen for cone point, with through described cone point and the straight line vertical with the face at terminal screen place for axis, outwards form the conical divisional plane of default cone angle along terminal screen;
Dimension two, the Width from the center of terminal screen along terminal screen extends to form terminal screen cut-off rule up and down, and described terminal screen cut-off rule forms plane divisional plane outward along terminal screen Vertical dimension.
In another embodiment of the present invention, described display control module also comprises: multisystem display processing unit, for when determining that according to described distribution mode the quantity of corresponding system is more than or equal to two, determine the space display position of each system in corresponding system, each system is shown on the space display position of its correspondence simultaneously.
The invention also discloses a kind of terminal multisystem display packing, comprising:
The Spacial domain decomposition of terminal screen can be watched to become at least two viewing areas, and by the beholder's eyes a kind of distribution mode of locus in described viewing areas at least one system corresponding relative to terminal screen;
Obtain the viewing perspective data of beholder's eyes, and determine the locus of beholder's eyes relative to terminal screen according to described viewing perspective data;
Determine its distribution mode in described viewing areas according to described locus, determine corresponding system according to this distribution mode, and show the system interface of described system.
In an embodiment of the present invention, the described Spacial domain decomposition of terminal screen of can watching becomes at least two viewing areas to comprise:
The area of space of viewing terminal screen is divided in such a way: with the center of terminal screen for cone point, with through described cone point and the straight line vertical with the face at terminal screen place for axis, outwards form the conical divisional plane of default cone angle along terminal screen, region, locus is divided into two viewing areas along described conical divisional plane.
In an embodiment of the present invention, the described Spacial domain decomposition of terminal screen of can watching becomes at least two viewing areas to comprise:
The area of space of viewing terminal screen is split according to following two dimensions, is divided into multiple viewing areas:
Dimension one, with the center of terminal screen for cone point, with through described cone point and the straight line vertical with the face at terminal screen place for axis, outwards form the conical divisional plane of default cone angle along terminal screen;
Dimension two, the Width from the center of terminal screen along terminal screen extends to form terminal screen cut-off rule up and down, and described terminal screen cut-off rule forms plane divisional plane outward along terminal screen Vertical dimension.
In an embodiment of the present invention, the viewing perspective data of described acquisition beholder eyes, and determine that beholder's eyes relative to the locus of terminal screen are according to described viewing perspective data:
Obtain at least two viewing perspective data of beholder's eyes one by one, described at least two viewing perspective data are the viewing perspective data from diverse location collection beholder eyes, and at least two viewing perspective data according to each beholder's eyes determine the locus of each beholder's eyes relative to terminal screen.
In an embodiment of the present invention, describedly determine that beholder's eyes relative to the locus of terminal screen are according to described viewing perspective data: on the center of terminal screen, set up three-dimensional system of coordinate, wherein on two mutually perpendicular faces being positioned at terminal screen place of coordinate, another coordinate is vertical with the face at terminal screen place; Determine according to described viewing perspective data the coordinate figure that beholder's eyes are fastened at described three-dimensional coordinate, this coordinate figure is defined as the locus of beholder's eyes relative to terminal screen.
In an embodiment of the present invention, when the quantity of beholder is more than or equal to two, describedly determine that its distribution mode in described viewing areas comprises with any one under type according to described locus:
Each beholder's eyes are carried out collecting computing relative to each locus of terminal screen and obtains the general space position of each beholder's eyes relative to terminal screen, determine its distribution mode in described viewing areas according to described general space position;
Its distribution mode in described viewing areas is determined relative to each locus of terminal screen respectively according to each beholder's eyes.
In an embodiment of the present invention, when determining that according to described distribution mode the quantity of corresponding system is more than or equal to two, the system interface of the described system of described display is: the space display position determining each system in corresponding system, shows each system on the space display position of its correspondence simultaneously.
In an embodiment of the present invention, describedly determine that the space display position of each system in corresponding system comprises with any one under type:
The plane of terminal screen marks off at least two sub-faces of display, using a sub-face of display as the space display position of a system, determines the sub-face of display that described each system is corresponding;
When described terminal screen has at least two display layers, using the space display position of a display layer as a system, determine the display layer that described each system is corresponding;
When described terminal screen has a projection display layer, this projection display plane marks off at least two sub-faces of projection, using a sub-face of projection as the space display position of a system, determine the sub-face of projection that described each system is corresponding;
When described terminal screen has at least two projection display layers, using a projection layer as the space display position of a system, determine the projection layer that described each system is corresponding.
Beneficial effect of the present invention:
The invention provides a kind of terminal and to terminal multisystem display packing, multiple viewing areas is become by the Spacial domain decomposition of terminal screen can be watched, and the locus gathering beholder's eyes judges the distribution mode at viewing areas, determine finally by the corresponding relation preset and show corresponding system interface.Present invention achieves and carry out multisystem when switching, do not need to carry out button or swiping to terminal, only needing beholder's eye position that specific change occurs just can the switching of completion system interface display.In addition, the invention also discloses the mechanism that multisystem shows simultaneously, can show two or more system interface to beholder, beholder can carry out alternately, enhancing the experience of user with shown multiple system interfaces simultaneously simultaneously.
Accompanying drawing explanation
The terminal theory diagram that Fig. 1 provides for the embodiment of the present invention one;
The terminal multisystem display packing process flow diagram that Fig. 2 provides for the embodiment of the present invention two;
The set-up mode schematic diagram of dual system termi-nal front-facing camera in the terminal dual-system display method that Fig. 3 provides for the embodiment of the present invention three;
The terminal dual-system display method process flow diagram that Fig. 4 provides for the embodiment of the present invention three;
Fig. 5 is the schematic diagram of directly display under single player mode in the embodiment of the present invention three;
Fig. 6 is the schematic diagram projecting display in the embodiment of the present invention three under single player mode;
Fig. 7 is the schematic diagram of directly display under two-player mode in the embodiment of the present invention three;
Fig. 8 is the projection displaying principle figure of distribution mode one under two-player mode in the embodiment of the present invention three;
Fig. 9 is the projection displaying principle figure of distribution mode two under two-player mode in the embodiment of the present invention three;
Figure 10 is the projection displaying principle figure of distribution mode three under two-player mode in the embodiment of the present invention three.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is a part of embodiment in the present invention, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Central scope of the present invention is by detecting the locus of beholder's eyes relative to terminal screen, the display mode of the corresponding system interface in a kind of locus, namely can show the system interface of one of them system under certain locus, also can show two kinds of even systematic system interfaces.When realizing, divide the area of space of terminal screen can be watched, be divided into multiple viewing areas, then determine the locus various distribution modes in described viewing areas of beholder's eyes relative to terminal screen, a kind of distribution mode can at least one system corresponding.When the corresponding system of a kind of distribution mode is the system interface being a display system, be when the corresponding multiple system of a kind of distribution mode the system interface simultaneously showing multiple system.Beholder is when viewing terminal screen, mobile eyes can be passed through, realize the display being switched to another system interface from the display of a system interface, the display that can also realize between the display of a system interface and multiple system interface show simultaneously switches, and the display of different multiple system interfaces simultaneously between display mode switches.Therefore, present invention achieves beholder only needs beholder that eye position is occurred in the switching that specific change just can carry out system interface display.Further, arranged by the correspondence of one-to-many, can also realize under some eye position, multiple system interface can be shown simultaneously, improve the Consumer's Experience of multisystem terminal.
By reference to the accompanying drawings the present invention is described in further detail below by embodiment.
Embodiment one:
As the terminal theory diagram that Fig. 1 provides for the embodiment of the present invention one, as shown in Figure 1, this mobile terminal comprises three base conditioning modules: viewing areas arranges module 11, locus determination module 13 and display control module 15.Wherein:
Viewing areas arranges module 11, for the Spacial domain decomposition of terminal screen can be watched to become at least two viewing areas, and by the beholder's eyes a kind of distribution mode of locus in described viewing areas at least one system corresponding relative to terminal screen;
Locus determination module 13, for obtaining the viewing perspective data of beholder's eyes, and determines the locus of beholder's eyes relative to terminal screen according to described viewing perspective data;
Display control module 15, for determining its distribution mode in described viewing areas according to described locus, determines corresponding system according to this distribution mode, and shows the system interface of described system.
In one embodiment, described viewing areas arranges module 11 and comprises:
First Spacial domain decomposition unit 111, for the area of space of viewing terminal screen is divided in such a way: with the center of terminal screen for cone point, with through described cone point and the straight line vertical with the face at terminal screen place for axis, outwards form the conical divisional plane of default cone angle along terminal screen, region, locus is divided into two viewing areas along described conical divisional plane.Because area of space is divided into two viewing areas, beholder's eyes have at most three kinds in the distribution mode of these two viewing areas: be all arranged in one of them viewing areas, all be arranged in another viewing areas, the eyes of different beholder lay respectively in two viewing areas.If beholder is one-man, then distribution mode only has two kinds, is namely arranged in one of them viewing areas or is arranged in wherein another viewing areas.This dividing mode is suitable for the display and control in dual system termi-nal, for single viewer, can switch the system interface that display two is different respectively; For two beholders, switching display can be carried out at two kinds of single system interfaces and showing in the three of dual system interface simultaneously.
In one embodiment, described viewing areas arranges module 11 and comprises:
Second space area division unit 113, for being split according to following two dimensions by the area of space of viewing terminal screen, is divided into multiple viewing areas:
Dimension one, with the center of terminal screen for cone point, with through described cone point and the straight line vertical with the face at terminal screen place for axis, outwards form the conical divisional plane of default cone angle along terminal screen;
Dimension two, the Width from the center of terminal screen along terminal screen extends to form terminal screen cut-off rule up and down, and described terminal screen cut-off rule forms plane divisional plane outward along terminal screen Vertical dimension.
The partitioning scheme of above-mentioned two dimensions, area of space will be divided at most four viewing areas: near terminal top and outside conical divisional plane, near terminal top and in conical divisional plane, bottom terminal and in conical divisional plane, bottom terminal and outside conical divisional plane.Also a viewing areas will can be merged near terminal top in conical divisional plane and bottom the terminal and in conical divisional plane, namely three viewing areas are divided into: near terminal top and outside conical divisional plane, in conical divisional plane, bottom terminal and outside conical divisional plane.The switching that this dividing mode had both been suitable for dual system termi-nal shows the switching display being also suitable for the multisystem terminal of more than three systems and three systems.
In one embodiment, described display control module 15 also comprises: multisystem display processing unit 151, for when determining that according to described distribution mode the quantity of corresponding system is more than or equal to two, determine the space display position of each system in corresponding system, each system is shown on the space display position of its correspondence simultaneously.Show multiple system interface simultaneously and be generally suitable for the situation that beholder is more than or equal to two people, beholders different like this can operate the system interface corresponding to it alone respectively, achieves the many people of a machine and uses.The determination of the space display position of each system can pre-set and distribute.Such as: for the terminal supporting dual system display, be provided with space display position separately when two system interfaces show at the same time in advance.When needs carry out dual system display time, just on two the space display positions pre-set, two system interfaces are shown respectively.The space display position of each system dynamically can be determined in conjunction with the locus of beholder's eyes relative to terminal screen.Such as: for opening projecting pattern and the terminal supporting dual system to show, as existence two beholders, and when determining to need to carry out dual system projection display according to its eyes relative to the distribution mode of locus in described viewing areas of terminal screen, the projecting space display position of two system interfaces dynamically can be determined according to the air line distance of beholder's eye distance terminal screen and angle, can give beholder's preferably viewing experience like this.Can also determine the space display position of each system in the present invention by other modes, these modes are all among protection scope of the present invention.
Embodiment two:
As the terminal multisystem display packing process flow diagram that Fig. 2 provides for the embodiment of the present invention two, as shown in Figure 2, the method comprises following three base conditioning steps:
Step 21, can watch the Spacial domain decomposition of terminal screen to become at least two viewing areas, and by the beholder's eyes a kind of distribution mode of locus in described viewing areas at least one system corresponding relative to terminal screen.
Step 23, obtains the viewing perspective data of beholder's eyes, and determines the locus of beholder's eyes relative to terminal screen according to described viewing perspective data.In this step, the viewing perspective data obtaining its eyes for a beholder can be adopted and be carried out in two ways: a kind of is select the viewing perspective data of one of them eyeball of beholder to represent the viewing perspective data of these beholder's eyes; Another kind is the viewing perspective data obtaining beholder's two eyeballs respectively, is then collected and is integrated into a viewing perspective data, will collect the viewing perspective data after integration to represent the viewing perspective data of these beholder's eyes.
Step 25, determines its distribution mode in described viewing areas according to described locus, determines corresponding system, and show the system interface of described system according to this distribution mode.Space of the present invention take terminal screen as fixed reference.For terminal screen, the division of viewing areas is determined, namely each viewing areas is a relative area of space, add terminal screen when maintaining static, the area of space of each viewing areas is also motionless, when terminal screen moves, the area of space of each viewing areas also follows terminal screen motion.And the locus of beholder's eyes is also the locus relative to terminal screen.Because the locus of beholder's eyes and each viewing areas are all take terminal screen as fixed reference, the relation between certain position and region under a space object of reference can uniquely be determined, therefore can determine its distribution mode in each viewing areas according to the locus of beholder's eyes.
Dividing mode for area of space can be arranged with the screen feature of terminal as required flexibly, and the terminal for existing rectangular screen can adopt the two kinds of modes proposed in embodiment one by prioritizing selection.Concrete division principle just repeats no more herein.
In one embodiment, for beholder's eyes relative to the determination mode of the locus of terminal screen be: due to the locus of this viewing point just uniquely can be determined at diverse location by two viewing perspective data of same viewing point.Be described in detail for the viewing perspective data of the camera collection beholder eyes two positions.Camera on first position can obtain the Article 1 viewing perspective data of beholder's eyes, and this perspective data comprises the distance of beholder's eyes and first position; The same distance that can be obtained beholder's eyes and second position by the camera on second position; Respectively with first position and second position for the centre of sphere, with beholder's eyes and the Distance geometry beholder eyes of first position and the distance of second position for radius can determine two crossing spheres; The beholder's eyes arrived in conjunction with two camera collections again and two elevations angle of screen, uniquely can determine the real space position of beholder's eyes on the curve of two spheres intersect.Certainly, adopt plural position to determine that the locus of beholder's eyes also can realize naturally.Therefore, each beholder is needed to obtain its at least two viewing perspective data, can gather the viewing perspective data of beholder's eyes by arranging at least two cameras on the diverse location that terminal is preposition, then at least two viewing perspective data of each beholder's eyes determine that all beholder's eyes are respectively relative to the locus of terminal screen.
In one embodiment, beholder's eyes are relative to the characterizing in the following ways of locus of terminal screen: on the center of terminal screen, set up three-dimensional system of coordinate, wherein on two mutually perpendicular faces being positioned at terminal screen place of coordinate, another coordinate is vertical with the face at terminal screen place; Determine according to viewing perspective data the coordinate figure that beholder's eyes are fastened at described three-dimensional coordinate, this coordinate figure is defined as the locus of beholder's eyes relative to terminal screen.Be understandable that, set up the three-dimensional system of coordinate of other positions, determined as long as the locus of beholder's eyes just can be unique in a three-dimensional system of coordinate determined and characterize.One of them effect that the present invention sets up three-dimensional system of coordinate conveniently determines which viewing areas beholder's eyes drop in relative to the locus of terminal screen.Therefore three-dimensional system of coordinate must be selected a position on a terminal screen and sets up, which ensure that the locus of beholder's eyes the same with viewing areas be take terminal screen as object of reference.
In one embodiment, when beholder be two people or plural people time, two kinds of mechanism determining its distribution mode can be had:
Be each beholder's eyes are carried out collecting computing relative to each locus of terminal screen obtain the general space position of each beholder's eyes relative to terminal screen, determine its distribution mode in viewing areas according to this general space position;
Another kind determines its distribution mode in described viewing areas according to each beholder's eyes relative to each locus of terminal screen respectively.
It should be noted that, when beholder be two people or plural people time, generally can first the viewing perspective data of the beholder's eyeball detected be corresponded on each beholder, then the viewing perspective data of each beholder's eyes is determined accordingly, and determine the locus of each beholder's eyes, determine its distribution mode according to above-mentioned two kinds of mechanism more afterwards.And the mode viewing perspective data of eyeball being corresponded to beholder can have multiple, such as, judge etc. according to the parameter of consistency of its motion.
Front a kind of mechanism needs to carry out computing to the locus of each beholder's eyes, and after being integrated into a general space position, the change of the distribution mode of its correspondence is also less, and therefore display and control mode is relatively simple.The change of rear a kind of machine-processed beholder its locus more is also more, and the change of corresponding distribution mode is also more, and the mode of display and control just can be abundanter.
In one embodiment, when needing the system interface showing multiple system simultaneously, need the space display position first determining each system interface.Space display position can be determined in such a way:
The plane of terminal screen marks off at least two sub-faces of display, using a sub-face of display as the space display position of a system, determines the sub-face of display that described each system is corresponding; Here the sub-face of display can be that in terminal screen, a continuous print shows sub-face, also can be striped stride viewing area in terminal screen.Striped stride viewing area needs to show different system interface in conjunction with the grating on screen to realize different viewing location simultaneously.
When described terminal screen has at least two display layers, using the space display position of a display layer as a system, determine the display layer that described each system is corresponding;
When described terminal screen has a projection display layer, this projection display plane marks off at least two sub-faces of projection, using a sub-face of projection as the space display position of a system, determine the sub-face of projection that described each system is corresponding;
When described terminal screen has at least two projection display layers, using a projection layer as the space display position of a system, determine the projection layer that described each system is corresponding.
Embodiment three:
Introduce below in conjunction with Fig. 3-10 the terminal dual-system display method that embodiment three provides, in the present embodiment, terminal supports two systems, and can identify and system interface hand-off process two beholders.
First be introduced the dual system termi-nal in the present embodiment, terminal as shown in Figure 3, in figure, 31 is terminal screen, and 33 for being arranged on the first camera bottom terminal, and 35 for being arranged on the second camera at terminal top.The viewing perspective data at the same beholder's eyes of different position captures is realized by the cooperation of the first camera 33 and second camera 35.Due to beholder when handheld terminal likely stick shift lived the camera lens of camera, therefore more camera can also be set carry out above-mentioned seizure process by the diverse location in the preposition plane of terminal.In addition, the terminal screen 31 in the present embodiment is the projection display screens with projection virtual image function, can certainly be common touch display screen.When for projection display screen, when carrying out interface operation, camera is also needed to coordinate the detection carrying out beholder's hand somatosensory motion.Projection display screen in the present embodiment can adopt line holographic projections display technique, and namely terminal screen is the display source of line holographic projections, is shown by the particular space of system interface above terminal screen in the mode of holographic picture.Can not get rid of, the present invention can other projection display technique, and the technology that all particular spaces above screen carry out picture display is all applicable in the present invention.
Suppose the dividing mode for two dimensions in employing above-described embodiment one of area of space in the present embodiment, wherein circular cone cone angle is α, and area of space will be divided into four viewing areas:
Region one, near terminal top and outside conical divisional plane;
Region two, near terminal top and in conical divisional plane;
Region three, bottom terminal and in conical divisional plane;
Region four, bottom terminal and outside conical divisional plane.
Beholder's eyes are as follows relative to the corresponding relation of locus various distribution mode and system in four viewing areas of terminal screen:
As the terminal dual-system display method process flow diagram that Fig. 4 provides for the embodiment of the present invention three, as shown in Figure 2, the processing procedure of the method is as follows:
When starting beholder's eyes to be detected, start display and control;
Judge the number of current viewer, if beholder then enters the process of single player mode, if two beholders then enter the process of two-player mode.
The treatment step of single player mode is as follows:
Do you judge that terminal screen opens projecting pattern?
If do not open projecting pattern, judge whether the locus of beholder's eyes falls into any one of viewing areas one to three, if it is the system interface of direct display system one on a terminal screen, otherwise the system interface of direct display system two on a terminal screen.
If open projecting pattern, judge whether the locus of beholder's eyes falls into any one of viewing areas one to three, if it is the system interface of projection display system one between beholder and terminal screen, otherwise between beholder and terminal screen the system interface of projection display system two.
The treatment step of two-player mode is as follows:
If do not open projecting pattern, judge whether the locus of two beholder's eyes all falls into any one or two of viewing areas one to three, if it is the system interface of direct display system one on a terminal screen, otherwise the system interface of direct display system two on a terminal screen.
If open projecting pattern, do you judge that the locus of two beholder's eyes meets in following three kinds of modes any? the locus of distribution mode one: two beholder's eye all falls into any one or two of viewing areas one to three, and the display mode of its correspondence is the system interface of projection display system one between beholder and terminal screen; The locus of distribution mode two: two beholder's eyes all falls into viewing areas four, or one falls into viewing areas four, another falls into viewing areas two or three, and the display mode of its correspondence is the system interface of projection display system two between beholder and terminal screen; One, the locus of distribution mode three: two beholder's eyes falls into viewing areas four, another falls into viewing areas one, the display mode of its correspondence is the system interface a projection display system between beholder and terminal screen one, simultaneously the system interface of projection display system one between another beholder and terminal screen.According to the locus of two beholder's eyes the distribution mode that meets carry out display and control.
The displaying principle schematic diagram of the concentrated beholder's eye position in Fig. 5-Figure 10 the present embodiment.
Fig. 5 is the scene of not opening projecting pattern in single player mode, and in figure, the locus of eyes fall in viewing areas two or three, directly the system interface of display system one on a terminal screen.
Fig. 6 is the scene of opening projecting pattern in single player mode, and in figure, the locus of eyes fall in viewing areas two or three, the system interface 63 of projection display system one between beholder's eyes and terminal screen; If the locus of eyes fall in viewing areas four, then the system interface 61 of projection display system two between beholder's eyes and terminal screen.
Fig. 7 is the scene of not opening projecting pattern in two-player mode, in figure, the locus of the eyes of a beholder fall in viewing areas one, the locus of the eyes of another beholder fall in viewing areas two or three, directly the system interface of display system one on a terminal screen.
Fig. 8 is the scene of opening projecting pattern in two-player mode, in figure, the locus of the eyes of a beholder fall in viewing areas one, the locus of the eyes of another beholder fall in viewing areas two or three, the system interface of projection display system one between beholder's eyes and terminal screen.
Fig. 9 is the scene of opening projecting pattern in two-player mode, in figure, the locus of the eyes of a beholder fall in viewing areas four, the locus of the eyes of another beholder fall in viewing areas two or three, the system interface of projection display system two between beholder's eyes and terminal screen.
Figure 10 is the scene of opening projecting pattern in two-player mode, in figure, the locus of the eyes of a beholder fall in viewing areas one, the locus of the eyes of another beholder fall in viewing areas four, respectively the system interface 1001 of projection display system one and the system interface 1003 of system two between two beholder's eyes and terminal screen.
Above content is in conjunction with concrete embodiment further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, some simple deduction or replace can also be made, all should be considered as belonging to protection scope of the present invention.
Claims (12)
1. a terminal, is characterized in that, comprising:
Viewing areas arranges module, for the Spacial domain decomposition of terminal screen can be watched to become at least two viewing areas, and by the beholder's eyes a kind of distribution mode of locus in described viewing areas at least one system corresponding relative to terminal screen;
Locus determination module, for obtaining the viewing perspective data of beholder's eyes, and determines the locus of beholder's eyes relative to terminal screen according to described viewing perspective data;
Display control module, for determining its distribution mode in described viewing areas according to described locus, determines corresponding system according to this distribution mode, and shows the system interface of described system.
2. terminal according to claim 1, is characterized in that, described viewing areas arranges module and comprises:
First Spacial domain decomposition unit, for the area of space of viewing terminal screen is divided in such a way: with the center of terminal screen for cone point, with through described cone point and the straight line vertical with the face at terminal screen place for axis, outwards form the conical divisional plane of default cone angle along terminal screen, region, locus is divided into two viewing areas along described conical divisional plane.
3. terminal according to claim 1, is characterized in that, described viewing areas arranges module and comprises:
Second space area division unit, for being split according to following two dimensions by the area of space of viewing terminal screen, is divided into multiple viewing areas:
Dimension one, with the center of terminal screen for cone point, with through described cone point and the straight line vertical with the face at terminal screen place for axis, outwards form the conical divisional plane of default cone angle along terminal screen;
Dimension two, the Width from the center of terminal screen along terminal screen extends to form terminal screen cut-off rule up and down, and described terminal screen cut-off rule forms plane divisional plane outward along terminal screen Vertical dimension.
4. the terminal according to any one of claim 1-3, it is characterized in that, described display control module also comprises: multisystem display processing unit, for when determining that according to described distribution mode the quantity of corresponding system is more than or equal to two, determine the space display position of each system in corresponding system, each system is shown on the space display position of its correspondence simultaneously.
5. a terminal multisystem display packing, is characterized in that, comprising:
The Spacial domain decomposition of terminal screen can be watched to become at least two viewing areas, and by the beholder's eyes a kind of distribution mode of locus in described viewing areas at least one system corresponding relative to terminal screen;
Obtain the viewing perspective data of beholder's eyes, and determine the locus of beholder's eyes relative to terminal screen according to described viewing perspective data;
Determine its distribution mode in described viewing areas according to described locus, determine corresponding system according to this distribution mode, and show the system interface of described system.
6. terminal multisystem display packing according to claim 5, is characterized in that, the described Spacial domain decomposition of terminal screen of can watching becomes at least two viewing areas to comprise:
The area of space of viewing terminal screen is divided in such a way: with the center of terminal screen for cone point, with through described cone point and the straight line vertical with the face at terminal screen place for axis, outwards form the conical divisional plane of default cone angle along terminal screen, region, locus is divided into two viewing areas along described conical divisional plane.
7. terminal multisystem display packing according to claim 5, is characterized in that, the described Spacial domain decomposition of terminal screen of can watching becomes at least two viewing areas to comprise:
The area of space of viewing terminal screen is split according to following two dimensions, is divided into multiple viewing areas:
Dimension one, with the center of terminal screen for cone point, with through described cone point and the straight line vertical with the face at terminal screen place for axis, outwards form the conical divisional plane of default cone angle along terminal screen;
Dimension two, the Width from the center of terminal screen along terminal screen extends to form terminal screen cut-off rule up and down, and described terminal screen cut-off rule forms plane divisional plane outward along terminal screen Vertical dimension.
8. the terminal multisystem display packing according to any one of claim 5-7, is characterized in that, the viewing perspective data of described acquisition beholder eyes, and determines that beholder's eyes relative to the locus of terminal screen are according to described viewing perspective data:
Obtain at least two viewing perspective data of beholder's eyes one by one, described at least two viewing perspective data are the viewing perspective data from diverse location collection beholder eyes, and at least two viewing perspective data according to each beholder's eyes determine the locus of each beholder's eyes relative to terminal screen.
9. the terminal multisystem display packing according to any one of claim 5-7, it is characterized in that, describedly determine that beholder's eyes relative to the locus of terminal screen are according to described viewing perspective data: on the center of terminal screen, set up three-dimensional system of coordinate, wherein on two mutually perpendicular faces being positioned at terminal screen place of coordinate, another coordinate is vertical with the face at terminal screen place; Determine according to described viewing perspective data the coordinate figure that beholder's eyes are fastened at described three-dimensional coordinate, this coordinate figure is defined as the locus of beholder's eyes relative to terminal screen.
10. the terminal multisystem display packing according to any one of claim 5-7, it is characterized in that, when the quantity of beholder is more than or equal to two, describedly determine that its distribution mode in described viewing areas comprises with any one under type according to described locus:
Each beholder's eyes are carried out collecting computing relative to each locus of terminal screen and obtains the general space position of each beholder's eyes relative to terminal screen, determine its distribution mode in described viewing areas according to described general space position;
Its distribution mode in described viewing areas is determined relative to each locus of terminal screen respectively according to each beholder's eyes.
11. terminal multisystem display packings according to any one of claim 5-7, it is characterized in that, when determining that according to described distribution mode the quantity of corresponding system is more than or equal to two, the system interface of the described system of described display is: the space display position determining each system in corresponding system, shows each system on the space display position of its correspondence simultaneously.
12. terminal multisystem display packings according to claim 11, is characterized in that, describedly determine that the space display position of each system in corresponding system comprises with any one under type:
The plane of terminal screen marks off at least two sub-faces of display, using a sub-face of display as the space display position of a system, determines the sub-face of display that described each system is corresponding;
When described terminal screen has at least two display layers, using the space display position of a display layer as a system, determine the display layer that described each system is corresponding;
When described terminal screen has a projection display layer, this projection display plane marks off at least two sub-faces of projection, using a sub-face of projection as the space display position of a system, determine the sub-face of projection that described each system is corresponding;
When described terminal screen has at least two projection display layers, using a projection layer as the space display position of a system, determine the projection layer that described each system is corresponding.
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