CN102981596A - Terminal and screen interface display method - Google Patents
Terminal and screen interface display method Download PDFInfo
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- CN102981596A CN102981596A CN2012105640503A CN201210564050A CN102981596A CN 102981596 A CN102981596 A CN 102981596A CN 2012105640503 A CN2012105640503 A CN 2012105640503A CN 201210564050 A CN201210564050 A CN 201210564050A CN 102981596 A CN102981596 A CN 102981596A
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Abstract
The invention provides a terminal and a screen interface display method. The terminal comprises a zooming unit and a processor, wherein the zooming unit is used for shrinking contents displayed on a screen interface of the terminal and displaying the contents at a first area in response to a received interface shrinkage instruction; and the processor is used for regulating the brightness of a second area generated in the formation process of the first area on the screen interface. According to the technical scheme of the invention, the power consumption of the terminal, in particular to a large-screen terminal, can be reduced, the size of the screen interface can be configured flexibly, the privacy of a user is protected, and the one-hand operation of the user is convenient.
Description
Technical field
The present invention relates to the mobile communication technology field, in particular to a kind of terminal and a kind of screen interface display packing.
Background technology
At present, the screen of terminal is tending towards screen enlarging, has promoted greatly user's experience, but along with the continuous expansion of screen size, the power consumption of terminal also progressively improves, and has reduced the flying power of battery.Secondly, for the large-size screen monitors terminal, user's operation interface is observed easily, and when using the large-size screen monitors terminal, user's privacy can not get protection.
Therefore, need a kind of new screen interface display technique, when reducing power consumption of terminal, also protect user's privacy, make things convenient for user's one-handed performance.
Summary of the invention
Consider the above-mentioned background technology, an object of the present invention is to provide a kind of screen interface display technique, when reducing power consumption of terminal, also protect user's privacy.
According to an aspect of the present invention, provide a kind of terminal, having comprised: unit for scaling, dwindle instruction in response to the interface that receives, the displaying contents on the screen interface of terminal is dwindled being presented in the first area; Processor, the second area that generates when forming described first area on the described screen interface carries out brightness regulation.
In this technical scheme, can carry out convergent-divergent to all displaying contents of current display interface according to user's operational circumstances, can be according to this current display interface of intended trajectory direction convergent-divergent of user's touch, move to assigned address after perhaps current display interface being dwindled, move to assigned address after perhaps changing the shape of current display interface.When the display screen of terminal is larger, the current display interface of terminal can be dwindled and move to correct position, so just can prevent that current display interface from being peeped, and protected privacy of user.After current display interface is reduced, display screen has been vacated the screen area that does not have displaying contents, this screen area is left unused, at this moment, the brightness of this screen area of capable of regulating for example reduces the brightness of this screen area or directly is adjusted into zero, when zero luminance, just be equivalent to close the power supply of this screen area, be used for this regional power consumption thereby reduced terminal, be conducive to increase cruising time.
In technique scheme, preferably, described processor is used for when the screen of described terminal is LCDs, the brightness adjustment of backlight that will be corresponding with described screen area is to preset value or close described backlight, and when described screen was organic light-emitting diode (OLED) display screen, the size of the drive current of pixel that will be corresponding with described screen area was adjusted to preset value or ends described drive current.
For dissimilar display screens, can adopt different screen intensitys to adjust scheme based on the structure of display screen, for LCDs, it has backlight, so the brightness of adjustable back light source or directly close backlight.And for organic light-emitting diode (OLED) display screen, it does not have backlight, folder one deck organic material between the two-layer electrode, when having drive current to pass through, organic material is luminous, therefore, the size of adjustable drive current is adjusted the brightness of organic light-emitting diode (OLED) display screen or is directly ended this drive current, does not light this screen area, because the brightness of backlight is lowered, drive current is reduced, and has therefore just reduced the power consumption of terminal.
In technique scheme, preferably, can also comprise: activate the unit, when receiving the operational order of default touch action or default physical button, show choice menus, according to the select command for described choice menus that receives, make described current display interface enter scalable state.
Can be terminal and increase a kind of compatible display mode, for example length is pressed screen or the long power key of pressing, jump out menu, the options such as this menu can comprise compatible display mode, copies, stickup, the user can select compatible display mode, at this moment, terminal just enters into this compatibility display mode, so that current display interface can be carried out convergent-divergent, if do not enter this compatibility display mode, current display interface can not be carried out convergent-divergent, prevent user's maloperation.
In technique scheme, preferably, described unit for scaling carries out corresponding convergent-divergent to described first area and processes also in response to the area zoom instruction that receives, and adjusts accordingly the size of described second area.
In this technical scheme, the user the screen display content to terminal dwindle process obtain the first area after, it can also be dwindled further or amplifies processing.Particularly, can be to carry out convergent-divergent according to default scaling, such as referring to specifically that from 80%(the first area is with respect to the size of screen interface) be contracted to 60%, 40% etc., or be amplified to 80%, 100% from 60% etc.; Also can be that scaling is determined in instruction according to area zoom, mark the gesture track such as the user by the screen interface in terminal and realize zoom operations, then can judge according to the length of this gesture track, wherein, length is larger, and namely user's finger is larger in the distance that screen slides, thereby zoom degree (ratio before and after the convergent-divergent poor) is also just larger, can realize more scaling this moment so, such as zooming to 72%.When carrying out convergent-divergent in the first area, because the area of screen interface is constant, then second area also can produce corresponding variation, and need to by terminal determine in real time second area on screen interface corresponding to part, to carry out real-time brightness regulation.
In technique scheme, preferably, the demonstration resource that at least one control in the described terminal exists many covers to be associated, and the described demonstration resource of every cover is corresponding at least a scaling, then described unit for scaling also dwindles instruction and/or described area zoom instruction in response to described interface, for the control in the described first area is selected demonstration resource corresponding to the current scaling of described first area.
In this technical scheme, convergent-divergent for the displaying contents in the screen interface is processed, in fact can regard the adjustment to resolution as, and for the different resolution of compatibility, can show resource (as for the picture that shows, literal etc.) for the default many covers of each control, to be contracted to first area or first area further when scaled when screen interface, can choose the demonstration resource that is best suited for current scaling, in order to obtain best display effect.
In above-mentioned arbitrary technical scheme, preferably, described processor is also according to the relative position relation between described first area and the described screen interface, and the touch coordinate system of described screen interface is carried out coordinate transform.
After current display interface being carried out the convergent-divergent processing, the touch coordinate system that also needs to be used for the touch point of consumer positioning carries out coordinate transform, process first area afterwards with the coupling convergent-divergent, can accurately judge like this operand of user's institute's touch-control on screen interface.
According to a further aspect in the invention, also provide a kind of screen interface display packing, having comprised: dwindled instruction in response to the interface that receives, the displaying contents on the screen interface of terminal is dwindled being presented in the first area; The second area that generates when forming described first area on the described screen interface carries out brightness regulation.
In this technical scheme, can carry out convergent-divergent to all displaying contents of current display interface according to user's operational circumstances, can be according to this current display interface of intended trajectory direction convergent-divergent of user's touch, move to assigned address after perhaps current display interface being dwindled, move to assigned address after perhaps changing the shape of current display interface.When the display screen of terminal is larger, the current display interface of terminal can be dwindled and move to correct position, so just can prevent that current display interface from being peeped, and protected privacy of user.After current display interface is reduced, display screen has been vacated the screen area that does not have displaying contents, this screen area is left unused, at this moment, the brightness of this screen area of capable of regulating for example reduces the brightness of this screen area or directly is adjusted into zero, when zero luminance, just be equivalent to close the power supply of this screen area, be used for this regional power consumption thereby reduced terminal, be conducive to increase cruising time.
In technique scheme, preferably, when the screen of terminal was LCDs, the brightness adjustment of backlight that will be corresponding with described screen area was to preset value or close described backlight; When described screen was organic light-emitting diode (OLED) display screen, the size of the drive current of pixel that will be corresponding with described screen area was adjusted to preset value or ends described drive current.
For dissimilar display screens, can adopt different screen intensitys to adjust scheme based on the structure of display screen, for LCDs, it has backlight, so the brightness of adjustable back light source or directly close backlight.And for organic light-emitting diode (OLED) display screen, it does not have backlight, folder one deck organic material between the two-layer electrode, when having drive current to pass through, organic material is luminous, therefore, the size of adjustable drive current is adjusted the brightness of organic light-emitting diode (OLED) display screen or is directly ended this drive current, does not light this screen area, because the brightness of backlight is lowered, drive current is reduced, and has therefore just reduced the power consumption of terminal.
In technique scheme, preferably, when receiving the operational order of default touch action or default physical button, show choice menus, according to the select command for described choice menus that receives, make described current display interface enter scalable state.
Can be terminal and increase a kind of compatible display mode, for example length is pressed screen or the long power key of pressing, jump out menu, the options such as this menu can comprise compatible display mode, copies, stickup, the user can select compatible display mode, at this moment, terminal just enters into this compatibility display mode, so that current display interface can be carried out convergent-divergent, if do not enter this compatibility display mode, current display interface can not be carried out convergent-divergent, prevent user's maloperation.
In technique scheme, preferably, also comprise: in response to the area zoom instruction that receives, corresponding convergent-divergent is carried out in described first area process, and adjust accordingly the size of described second area.
In this technical scheme, the user the screen display content to terminal dwindle process obtain the first area after, it can also be dwindled further or amplifies processing.Particularly, can be to carry out convergent-divergent according to default scaling, such as referring to specifically that from 80%(the first area is with respect to the size of screen interface) be contracted to 60%, 40% etc., or be amplified to 80%, 100% from 60% etc.; Also can be that scaling is determined in instruction according to area zoom, mark the gesture track such as the user by the screen interface in terminal and realize zoom operations, then can judge according to the length of this gesture track, wherein, length is larger, and namely user's finger is larger in the distance that screen slides, thereby zoom degree (ratio before and after the convergent-divergent poor) is also just larger, can realize more scaling this moment so, such as zooming to 72%.When carrying out convergent-divergent in the first area, because the area of screen interface is constant, then second area also can produce corresponding variation, and need to by terminal determine in real time second area on screen interface corresponding to part, to carry out real-time brightness regulation.
In technique scheme, preferably, the demonstration resource that at least one control in the described terminal exists many covers to be associated, and the described demonstration resource of every cover is corresponding at least a scaling, then described screen interface display packing also comprises: dwindle instruction and/or described area zoom instruction in response to described interface, for the control in the described first area is selected demonstration resource corresponding to the current scaling of described first area.
In this technical scheme, convergent-divergent for the displaying contents in the screen interface is processed, in fact can regard the adjustment to resolution as, and for the different resolution of compatibility, can show resource (as for the picture that shows, literal etc.) for the default many covers of each control, to be contracted to first area or first area further when scaled when screen interface, can choose the demonstration resource that is best suited for current scaling, in order to obtain best display effect.
In above-mentioned arbitrary technical scheme, preferably, also comprise: according to the relative position relation between described first area and the described screen interface, system carries out coordinate transform to the touch coordinate of described screen interface.
After current display interface being carried out the convergent-divergent processing, the touch coordinate system that also needs to be used for the touch point of consumer positioning carries out coordinate transform, process first area afterwards with the coupling convergent-divergent, can accurately judge like this operand of user's institute's touch-control on screen interface.
According to technical scheme of the present invention; can adjust flexibly according to user's needs the size of the current display interface of terminal; and when the whole terminal screen of current display interface underfill; brightness to the free screen zone is adjusted; Dimming or direct powered-down, therefore, when reducing power consumption of terminal; also protect user's privacy, make things convenient for user's one-handed performance.
Description of drawings
Fig. 1 shows the according to an embodiment of the invention synoptic diagram of terminal;
Fig. 2 shows the according to an embodiment of the invention process flow diagram of screen interface display packing;
Fig. 3 A to Fig. 3 D shows the according to an embodiment of the invention synoptic diagram of current display interface equal proportion convergent-divergent;
Fig. 4 A shows the coordinate system synoptic diagram of the current display interface before the convergent-divergent according to an embodiment of the invention;
Fig. 4 B shows the coordinate system synoptic diagram of the current display interface behind the convergent-divergent according to an embodiment of the invention;
Fig. 5 shows according to an embodiment of the invention, and the touch coordinate of convergent-divergent front and back is synoptic diagram;
Fig. 6 shows the screen display synoptic diagram behind the current display interface convergent-divergent according to an embodiment of the invention.
Embodiment
In order more clearly to understand above-mentioned purpose of the present invention, feature and advantage, below in conjunction with the drawings and specific embodiments the present invention is further described in detail.Need to prove that in the situation of not conflicting, the application's embodiment and the feature among the embodiment can make up mutually.
A lot of details have been set forth in the following description so that fully understand the present invention; but; the present invention can also adopt other to be different from other modes described here and implement, and therefore, protection scope of the present invention is not subjected to the restriction of following public specific embodiment.
Fig. 1 shows the according to an embodiment of the invention synoptic diagram of terminal.
As shown in Figure 1, terminal 100 according to an embodiment of the invention, comprising: unit for scaling 102, dwindle instruction in response to the interface that receives, and the displaying contents on the screen interface of terminal is dwindled being presented in the first area; Processor 104, the second area that generates when forming described first area on the described screen interface carries out brightness regulation.
In this technical scheme, can carry out convergent-divergent to all displaying contents of current display interface according to user's operational circumstances, can be according to this current display interface of intended trajectory direction convergent-divergent of user's touch, move to assigned address after perhaps current display interface being dwindled, move to assigned address after perhaps changing the shape of current display interface.When the display screen of terminal is larger, the current display interface of terminal can be dwindled and move to correct position, so just can prevent that current display interface from being peeped, and protected privacy of user.After current display interface is reduced, display screen has been vacated the screen area that does not have displaying contents, this screen area is left unused, at this moment, the brightness of this screen area of capable of regulating for example reduces the brightness of this screen area or directly is adjusted into zero, when zero luminance, just be equivalent to close the power supply of this screen area, be used for this regional power consumption thereby reduced terminal, be conducive to increase cruising time.
In technique scheme, preferably, processor 104 is used for when the screen of terminal 100 is LCDs, the brightness adjustment of backlight that will be corresponding with screen area is to preset value or close backlight, and when screen was organic light-emitting diode (OLED) display screen, the size of the drive current of pixel that will be corresponding with screen area was adjusted to preset value or cut-off drive current.
For dissimilar display screens, can adopt different screen intensitys to adjust scheme based on the structure of display screen, for LCDs, it has backlight, so the brightness of adjustable back light source or directly close backlight.And for organic light-emitting diode (OLED) display screen, it does not have backlight, folder one deck organic material between the two-layer electrode, when having drive current to pass through, organic material is luminous, therefore, the size of adjustable drive current is adjusted the brightness of organic light-emitting diode (OLED) display screen or is directly ended this drive current, do not light this screen area, because the brightness of backlight is lowered or drive current is reduced, therefore just reduced the power consumption of terminal.
In technique scheme, preferably, can also comprise: activate the unit (not shown), when receiving the operational order of default touch action or default physical button, show choice menus, according to the select command for choice menus that receives, make current display interface enter scalable state.
Can be terminal and increase a kind of compatible display mode, for example length is pressed screen or the long power key of pressing, jump out menu, the options such as this menu can comprise compatible display mode, copies, stickup, the user can select compatible display mode, at this moment, terminal just enters into this compatibility display mode, so that current display interface can be carried out convergent-divergent, if do not enter this compatibility display mode, current display interface can not be carried out convergent-divergent, prevent user's maloperation.
In technique scheme, preferably, described unit for scaling 102 carries out corresponding convergent-divergent to described first area and processes also in response to the area zoom instruction that receives, and adjusts accordingly the size of described second area.
In this technical scheme, the user the screen display content to terminal 100 dwindle process obtain the first area after, it can also be dwindled further or amplifies processing.Particularly, can be to carry out convergent-divergent according to default scaling, such as referring to specifically that from 80%(the first area is with respect to the size of screen interface) be contracted to 60%, 40% etc., or be amplified to 80%, 100% from 60% etc.; Also can be that scaling is determined in instruction according to area zoom, mark the gesture track such as the user by the screen interface in terminal 100 and realize zoom operations, then can judge according to the length of this gesture track, wherein, length is larger, and namely user's finger is larger in the distance that screen slides, thereby zoom degree (ratio before and after the convergent-divergent poor) is also just larger, can realize more scaling this moment so, such as zooming to 72%.When carrying out convergent-divergent in the first area, because the area of screen interface is constant, then second area also can produce corresponding variation, and need to by terminal 100 determine in real time second areas on screen interface corresponding to part, to carry out real-time brightness regulation.
In technique scheme, preferably, the demonstration resource that at least one control in the described terminal 100 exists many covers to be associated, and the described demonstration resource of every cover is corresponding at least a scaling, then described unit for scaling 102 also dwindles instruction and/or described area zoom instruction in response to described interface, for the control in the described first area is selected demonstration resource corresponding to the current scaling of described first area.
In this technical scheme, convergent-divergent for the displaying contents in the screen interface is processed, in fact can regard the adjustment to resolution as, and for the different resolution of compatibility, can show resource (as for the picture that shows, literal etc.) for the default many covers of each control, to be contracted to first area or first area further when scaled when screen interface, can choose the demonstration resource that is best suited for current scaling, in order to obtain best display effect.
In the first situation, store default scaling in the terminal 100, be assumed to 20%, 40%, 60%, 80% and 100%(refer to that specifically the first area is with respect to the ratio of screen interface).Be the demonstration resource of one or more control settings corresponding to these default scalings, then when the first area is in certain scaling, such as 60%, then can directly select the demonstration resource corresponding to 60%, this control is shown.Perhaps, default scaling can not be corresponding one by one with the demonstration resource, show that such as a cover resource can corresponding a plurality of ratios, then when the first area is in these a plurality of ratios any, all can adopt corresponding demonstration resource, and according to current scaling this demonstrations resource to be carried out the convergent-divergent processing (be picture such as this demonstration resource, then when the first area zooms to b% from a%, use identical picture, and this picture is zoomed to b% from a%).
In the second situation, there is not default scaling in the terminal 100, then can corresponding scaling scope be set for every cover shows resource, and according to the real-time scaling that use the first area, selects corresponding demonstration resource.In the time of in being in certain scaling scope, also according to current scaling this demonstration resource being carried out that convergent-divergent processes (is picture such as this demonstration resource, then when the first area zooms to d% from c%, use identical picture, and this picture is zoomed to d% from c%).
In above-mentioned arbitrary technical scheme, preferably, processor 104 is also according to the relative position relation between described first area and the described screen interface, and the touch coordinate system of described screen interface is carried out coordinate transform.
After current display interface being carried out the convergent-divergent processing, the touch coordinate system that also needs to be used for the touch point of consumer positioning carries out coordinate transform, process first area afterwards with the coupling convergent-divergent, can accurately judge like this operand of user's institute's touch-control on screen interface.
Fig. 2 shows the according to an embodiment of the invention process flow diagram of screen interface display packing.
As shown in Figure 2, screen interface display packing according to an embodiment of the invention can may further comprise the steps: step 202, dwindle instruction in response to the interface that receives, and the displaying contents on the screen interface of terminal is dwindled being presented in the first area; Step 204, the second area that generates when forming described first area on the described screen interface carries out brightness regulation.
In this technical scheme, can carry out convergent-divergent to all displaying contents of current display interface according to user's operational circumstances, can be according to this current display interface of intended trajectory direction convergent-divergent of user's touch, move to assigned address after perhaps current display interface being dwindled, move to assigned address after perhaps changing the shape of current display interface.When the display screen of terminal is larger, the current display interface of terminal can be dwindled and move to correct position, so just can prevent that current display interface from being peeped, and protected privacy of user.After current display interface is reduced, display screen has been vacated the screen area that does not have displaying contents, this screen area is left unused, at this moment, the brightness of this screen area of capable of regulating for example reduces the brightness of this screen area or directly is adjusted into zero, when zero luminance, just be equivalent to close the power supply of this screen area, be used for this regional power consumption thereby reduced terminal, be conducive to increase cruising time.
In technique scheme, preferably, when the screen of terminal was LCDs, the brightness adjustment of backlight that will be corresponding with described screen area was to preset value or close described backlight; When described screen was organic light-emitting diode (OLED) display screen, the size of the drive current of pixel that will be corresponding with described screen area was adjusted to preset value or ends described drive current.
For dissimilar display screens, can adopt different screen intensitys to adjust scheme based on the structure of display screen, for LCDs, it has backlight, so the brightness of adjustable back light source or directly close backlight.And for organic light-emitting diode (OLED) display screen, it does not have backlight, folder one deck organic material between the two-layer electrode, when having drive current to pass through, organic material is luminous, therefore, the size of adjustable drive current is adjusted the brightness of organic light-emitting diode (OLED) display screen or is directly ended this drive current, do not light this screen area, because the brightness of backlight is lowered or drive current is reduced, therefore just reduced the power consumption of terminal.
In technique scheme, preferably, when receiving the operational order of default touch action or default physical button, show choice menus, according to the select command for described choice menus that receives, make described current display interface enter scalable state.
Can be terminal and increase a kind of compatible display mode, for example length is pressed screen or the long power key of pressing, jump out menu, the options such as this menu can comprise compatible display mode, copies, stickup, the user can select compatible display mode, at this moment, terminal just enters into this compatibility display mode, so that current display interface can be carried out convergent-divergent, if do not enter this compatibility display mode, current display interface can not be carried out convergent-divergent, prevent user's maloperation.
In technique scheme, preferably, also comprise: in response to the area zoom instruction that receives, corresponding convergent-divergent is carried out in described first area process, and adjust accordingly the size of described second area.
In this technical scheme, the user the screen display content to terminal dwindle process obtain the first area after, it can also be dwindled further or amplifies processing.Particularly, can be to carry out convergent-divergent according to default scaling, such as referring to specifically that from 80%(the first area is with respect to the size of screen interface) be contracted to 60%, 40% etc., or be amplified to 80%, 100% from 60% etc.; Also can be that scaling is determined in instruction according to area zoom, mark the gesture track such as the user by the screen interface in terminal and realize zoom operations, then can judge according to the length of this gesture track, wherein, length is larger, and namely user's finger is larger in the distance that screen slides, thereby zoom degree (ratio before and after the convergent-divergent poor) is also just larger, can realize more scaling this moment so, such as zooming to 72%.When carrying out convergent-divergent in the first area, because the area of screen interface is constant, then second area also can produce corresponding variation, and need to by terminal determine in real time second area on screen interface corresponding to part, to carry out real-time brightness regulation.
In technique scheme, preferably, the demonstration resource that at least one control in the described terminal exists many covers to be associated, and the described demonstration resource of every cover is corresponding at least a scaling, then described screen interface display packing also comprises: dwindle instruction and/or described area zoom instruction in response to described interface, for the control in the described first area is selected demonstration resource corresponding to the current scaling of described first area.
In this technical scheme, convergent-divergent for the displaying contents in the screen interface is processed, in fact can regard the adjustment to resolution as, and for the different resolution of compatibility, can show resource (as for the picture that shows, literal etc.) for the default many covers of each control, to be contracted to first area or first area further when scaled when screen interface, can choose the demonstration resource that is best suited for current scaling, in order to obtain best display effect.
In the first situation, store default scaling in the terminal 100, be assumed to 20%, 40%, 60%, 80% and 100%(refer to that specifically the first area is with respect to the ratio of screen interface).Be the demonstration resource of one or more control settings corresponding to these default scalings, then when the first area is in certain scaling, such as 60%, then can directly select the demonstration resource corresponding to 60%, this control is shown.Perhaps, default scaling can not be corresponding one by one with the demonstration resource, show that such as a cover resource can corresponding a plurality of ratios, then when the first area is in these a plurality of ratios any, all can adopt corresponding demonstration resource, and according to current scaling this demonstrations resource to be carried out the convergent-divergent processing (be picture such as this demonstration resource, then when the first area zooms to b% from a%, use identical picture, and this picture is zoomed to b% from a%).
In the second situation, there is not default scaling in the terminal 100, then can corresponding scaling scope be set for every cover shows resource, and according to the real-time scaling that use the first area, selects corresponding demonstration resource.In the time of in being in certain scaling scope, also according to current scaling this demonstration resource being carried out that convergent-divergent processes (is picture such as this demonstration resource, then when the first area zooms to d% from c%, use identical picture, and this picture is zoomed to d% from c%).
In above-mentioned arbitrary technical scheme, preferably, also comprise: according to the relative position relation between described first area and the described screen interface, system carries out coordinate transform to the touch coordinate of described screen interface.
After current display interface being carried out the convergent-divergent processing, the touch coordinate system that also needs to be used for the touch point of consumer positioning carries out coordinate transform, process first area afterwards with the coupling convergent-divergent, can accurately judge like this operand of user's institute's touch-control on screen interface.
Next describe in detail according to screen interface display packing of the present invention in conjunction with Fig. 3 A to Fig. 6.
At first with reference to figure 3A, access choice menus with the head of a household by power key or by other default touch action (for example long by screen or mark certain touch track), this choice menus has comprised variety of option, compatible display mode for example, airplane-mode, copy, paste, shear etc., when user selection after the compatible display mode, make screen interface enter scalable state, otherwise, can't be that current display interface 302 is carried out the convergent-divergent processing to screen interface, such restriction setting is in order to prevent user's maloperation, should understand, also can not carry out such restriction setting, in a single day under any circumstance find user's zoom operations, just can carry out convergent-divergent to current display interface and process.
Shown in Fig. 3 B, the edge that user's finger can be pinned current display interface narrows down to suitable size with it, and the current display interface after will dwindling 302 moves to assigned address, the position shown in Fig. 3 B for example, also current display interface 302 can be narrowed down to the size shown in Fig. 3 C, and it is moved to the lower left corner or the lower right corner of screen, the user can adjust flexibly according to the use habit of oneself size and the position of current display interface 302.
Shown in Fig. 3 D, can also adjust the shape of current display interface, mate flexibly the position of current display interface on screen interface.
Current display interface is carried out convergent-divergent, in fact is exactly the coordinate of current display interface is switched, shown in Fig. 4 A, suppose to be take the upper left corner of screen interface the true origin A(0 of former coordinate system, 0), wide as the x axle take screen, the length of screen is the y axle.According to length and the wide coordinate that just can determine four summits of former current display interface 402 of screen, be respectively A(0,0), B(0, Ym), C(Xm, Ym), D(Xm, 0).Shown in Fig. 4 B, after former current display interface 402 was carried out convergent-divergent, corresponding coordinate system had carried out the switching shown in Fig. 4 B, and the coordinate on four summits of the current display interface 404 after the switching is respectively:
A’（0,0）、B’（0,Ym’）、C’（Xm’,Ym’）、D’（Xm’,0）。
After current display interface having been carried out switching, corresponding touch coordinate is also to switch according to identical scaling.As shown in Figure 5, suppose from former touch coordinate to be to switch to current touch coordinate to be, moved w length at the x direction of principal axis, moved h length in Y direction, supposed that touch point P is P(Xi, Yi at the coordinate that former touch coordinate is), then the coordinate in the touch coordinate system of this touch point P after switching become P ' (Xi ', Yi '), Xi '=Xi-w wherein, Yi '=Yi-h.Like this, even if current display interface has been carried out convergent-divergent, also can accurately control the operand on the current display interface.In the large-size screen monitors terminal, owing to can carry out flexible convergent-divergent to current display interface, therefore, under the different application scene, can select the size of suitable display interface, protected user's privacy, promoted user's experience.
As shown in Figure 6, because the power consumption of large-size screen monitors terminal is larger, in order further to reduce the power consumption of large-size screen monitors terminal, after current display interface 302 is dwindled processing, can process the screen intensity of free screen zone 600 correspondences, when the display screen of terminal was LCDs, it had backlight, so the brightness of adjustable back light source or directly close backlight.Display screen in terminal is organic light-emitting diode (OLED) display screen, it does not have backlight, folder one deck organic material between the two-layer electrode, when having drive current to pass through, organic material is luminous, therefore, the size of adjustable drive current is adjusted the brightness of organic light-emitting diode (OLED) display screen or is directly ended this drive current, do not light this free screen zone 600, because the brightness of backlight is lowered or drive current is reduced, therefore just reduced the power consumption of terminal.
More than be described with reference to the accompanying drawings according to technical scheme of the present invention; can adjust flexibly according to user's needs the size of the current display interface of terminal; and when the whole terminal screen of current display interface underfill; brightness to the free screen zone is adjusted; Dimming or direct powered-down; therefore, when reducing power consumption of terminal, also protect user's privacy.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a terminal is characterized in that, comprising:
Unit for scaling dwindles instruction in response to the interface that receives, and the displaying contents on the screen interface of terminal is dwindled being presented in the first area;
Processor, the second area that generates when forming described first area on the described screen interface carries out brightness regulation.
2. terminal according to claim 1, it is characterized in that, described processor is used for when the screen of described terminal is LCDs, the brightness adjustment of backlight that will be corresponding with described screen area is to preset value or close described backlight, when described screen was organic light emitting display, the size of the drive current of the pixel that described screen area is corresponding was adjusted to preset value or ends described drive current.
3. terminal according to claim 1 is characterized in that, described unit for scaling carries out corresponding convergent-divergent to described first area and processes also in response to the area zoom instruction that receives, and adjusts accordingly the size of described second area.
4. terminal according to claim 3, it is characterized in that, the demonstration resource that at least one control in the described terminal exists many covers to be associated, and the described demonstration resource of every cover is corresponding at least a scaling, then described unit for scaling also dwindles instruction and/or described area zoom instruction in response to described interface, for the control in the described first area is selected demonstration resource corresponding to the current scaling of described first area.
5. each described terminal in 4 according to claim 1 is characterized in that, described processor is also according to the relative position relation between described first area and the described screen interface, and the touch coordinate system of described screen interface is carried out coordinate transform.
6. a screen interface display packing is characterized in that, comprising:
Dwindle instruction in response to the interface that receives, the displaying contents on the screen interface of terminal is dwindled being presented in the first area;
The second area that generates when forming described first area on the described screen interface carries out brightness regulation.
7. screen interface display packing according to claim 6 is characterized in that, when the screen of terminal was LCDs, the brightness adjustment of backlight that will be corresponding with described screen area was to preset value or close described backlight;
When described screen was organic light-emitting diode (OLED) display screen, the size of the drive current of pixel that will be corresponding with described screen area was adjusted to preset value or ends described drive current.
8. screen interface display packing according to claim 6 is characterized in that, also comprises:
In response to the area zoom instruction that receives, corresponding convergent-divergent is carried out in described first area process, and adjust accordingly the size of described second area.
9. screen interface display packing according to claim 8, it is characterized in that, demonstration resource that at least one control in the described terminal exists many covers to be associated, and the described demonstration resource of every cover is corresponding at least a scaling, and then described screen interface display packing also comprises:
Dwindle instruction and/or described area zoom instruction in response to described interface, for the control in the described first area is selected demonstration resource corresponding to the current scaling of described first area.
10. each described screen interface display packing in 9 according to claim 6 is characterized in that, also comprises:
According to the relative position relation between described first area and the described screen interface, system carries out coordinate transform to the touch coordinate of described screen interface.
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| CN2012105640503A CN102981596A (en) | 2012-12-21 | 2012-12-21 | Terminal and screen interface display method |
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| CN2012105640503A CN102981596A (en) | 2012-12-21 | 2012-12-21 | Terminal and screen interface display method |
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| CN102981596A true CN102981596A (en) | 2013-03-20 |
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| CN2012105640503A Pending CN102981596A (en) | 2012-12-21 | 2012-12-21 | Terminal and screen interface display method |
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