CN103699294A - Unfolding method and device for multilevel menu - Google Patents
Unfolding method and device for multilevel menu Download PDFInfo
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Abstract
The invention discloses an unfolding method for a multilevel menu, which comprises the following steps: while detecting a next-level menu unfolding instruction, acquiring the center and radius of the circle of a last-level menu and the center and radius of the circle of the next-level menu; acquiring a theoretical display area for the next-level menu according to the center and radius of the circle of the last-level menu and the center and radius of the circle of the next-level menu; acquiring an area which does not exceed the boundary of a display interface in the theoretical display area for the next-level menu; taking the area which does not exceed the boundary of the display interface as a practical display area for the next-level menu. The invention also discloses an unfolding device for the multilevel menu. According to the unfolding method and device for the multilevel menu, the menu display can flexibly adapt to different display interfaces.
Description
Technical field
The present invention relates to interface display field, relate in particular to a kind of method of deploying and device of multilevel menu.
Background technology
Rise along with mobile electronic device, particularly touch the rise of mobile electronic device, occurred increasing disc menu, all menus all show around a center, with this center, to surrounding, expand the submenu of one-level one-level, as shown in Figure 1.
When surrounding expansion forms menu, will run into the problem that extending space is inadequate, especially, for the display screen of different size, expansion submenu out may exceed indication range, thereby causes menu part to show.
Summary of the invention
Fundamental purpose of the present invention is to provide a kind of method of deploying and device of multilevel menu, is intended to make multilevel menu to launch flexibly according to the different size of display interface.
For achieving the above object, the method for deploying of multilevel menu provided by the invention, comprises the following steps:
While detecting the expansion instruction of next stage menu, obtain the center of circle of previous menu place circle and the center of circle and the radius of radius and next stage menu place circle;
According to the center of circle and the radius of the center of circle of previous menu place circle and radius and next stage menu place circle, the theoretical viewing area that obtains next stage menu;
Obtain the region that does not exceed the border of display interface in the theoretical viewing area of next stage menu;
Using the region on border that does not exceed display interface as the actual displayed region of next stage menu.
Preferably, described the region that does not exceed the border of display interface is also comprised after the actual displayed region of next stage menu:
According to the preset coordinate system of display interface, calculate described previous menu place circle and drop on the area in four regions that described preset coordinate system is divided into, described preset coordinate is that to take the center of display interface be initial point, take horizontal direction as X-axis, and vertical direction is the formed coordinate system of Y-axis;
Described previous menu place circle is dropped on to direction corresponding to the region at place of the area minimum in four regions that described preset coordinate system is divided into as the expansion direction of next stage menu.
Preferably, described according to the preset coordinate system of display interface, calculate described previous menu place circle and also comprise after dropping on the area in four regions that described preset coordinate system is divided into:
Generate vector corresponding to each area in described four regions, the size of this vector is the size of the area of described previous menu in described four regions, the direction of vector is starting point for take the center of display interface, and the summit that display interface drops on the angle in this region is terminal;
Synthetic vector corresponding to each area, and the expansion direction using the opposite direction of the vector of synthesized as next stage menu.
The circumference of the circumference that preferably, the theoretical viewing area of described next stage menu is justified by previous menu place and next stage menu place circle encloses and forms.
Preferably, described in, obtaining the region that does not exceed the border of display interface in the theoretical viewing area of next stage menu comprises:
Judge whether each point of the theoretical viewing area of this next stage menu exceeds the border of display interface;
The region that the point that does not exceed display interface border is formed is as the region that does not exceed the border of display interface.
The present invention also provides the expanding unit of multilevel menu, comprising:
Detecting module, when detecting the expansion instruction of next stage menu, obtains the center of circle of previous menu place circle and the center of circle and the radius of radius and next stage menu place circle;
Region acquisition module, be used for according to the center of circle and the radius of the center of circle of previous menu place circle and radius and next stage menu place circle, obtain the theoretical viewing area of next stage menu, and obtain the region that does not exceed the border of display interface in the theoretical viewing area of next stage menu;
Region division module, for using the region on border that does not exceed display interface as the actual displayed region of next stage menu.
Preferably, described region acquisition module also for:
According to the preset coordinate system of display interface, calculate described previous menu place circle and drop on the area in four regions that described preset coordinate system is divided into, described preset coordinate is that to take the center of display interface be initial point, take horizontal direction as X-axis, and vertical direction is the formed coordinate system of Y-axis;
Described region division module also for:
Described previous menu place circle is dropped on to direction corresponding to the region at place of the area minimum in four regions that described preset coordinate system is divided into as the expansion direction of next stage menu.
Preferably, described region acquisition module also for:
Generate vector corresponding to each area in described four regions, the size of this vector is the size of the area of described previous menu in described four regions, the direction of vector is starting point for take the center of display interface, and the summit that display interface drops on the angle in this region is terminal;
Described region division module also for:
Synthetic vector corresponding to each area, and the expansion direction using the opposite direction of the vector of synthesized as next stage menu.
The circumference of the circumference that preferably, the theoretical viewing area of described next stage menu is justified by previous menu place and next stage menu place circle encloses and forms.
Preferably, described region acquisition module also for:
Judge whether each point of the theoretical viewing area of this next stage menu exceeds the border of display interface; The region that the point that does not exceed display interface border is formed is as the region that does not exceed the border of display interface.
The present invention is according to different display interfaces, when needs show next stage menu, selects not exceed in the theoretical viewing area of next stage menu and shows that the region on border carries out menu demonstration, thereby make the demonstration of menu can adapt to neatly different display interfaces.
Accompanying drawing explanation
Fig. 1 is the demonstration schematic diagram of the multilevel menu that the present invention is relevant;
Fig. 2 is the applied hardware structure figure of the method for deploying of multilevel menu of the present invention;
Fig. 3 is the schematic flow sheet of method of deploying first embodiment of multilevel menu of the present invention;
Fig. 4 selects the exemplary plot of the spreading area of next stage menu in method of deploying first embodiment of multilevel menu of the present invention;
Fig. 5 is the schematic flow sheet of method of deploying second embodiment of multilevel menu of the present invention;
Fig. 6 selects the exemplary plot of the spreading area of next stage menu in method of deploying second embodiment of multilevel menu of the present invention;
Fig. 7 is the schematic flow sheet of method of deploying the 3rd embodiment of multilevel menu of the present invention;
Fig. 8 selects the exemplary plot of the spreading area of next stage menu in method of deploying the 3rd embodiment of multilevel menu of the present invention;
Fig. 9 is the structural representation of the expanding unit preferred embodiment of multilevel menu of the present invention.
The realization of the object of the invention, functional characteristics and advantage, in connection with embodiment, are described further with reference to accompanying drawing.
Embodiment
Below in conjunction with Figure of description and specific embodiment, further illustrate technical scheme of the present invention.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
The invention provides a kind of method of deploying of multilevel menu, when launching next stage menu, can select corresponding viewing area for the display screen of different size, to launch better menu.The method of deploying of multilevel menu of the present invention is mainly applicable to the demonstration of disk menu in display device, and this display device can be the intelligent terminals such as PC, televisor, digital camera, mobile phone, panel computer, IPATD.Every demonstration that relates to disk menu, all within protection scope of the present invention.Below will take mobile phone as example, technical solution of the present invention is described, and it should be noted that, specific embodiment described below only, in order to explain the present invention, is not intended to limit the present invention.
The applied hardware configuration of method of deploying of multilevel menu of the present invention once first, is simply described.As shown in Figure 2, Fig. 2 is the applied hardware structure figure of method of deploying of multilevel menu of the present invention.This terminal device comprises processor 10, storage unit 11, display screen 12, wherein processor 10 is for receiving user's triggering, and from storage unit 11, obtain corresponding execution instruction and data according to described triggering, and according to carrying out instruction, data are processed, and the result of processing is presented on display screen 12.This display screen 12 can be that touch-screen can be also non-touch-screen, and for example, when this display screen 12 is touch-screen, user sends trigger pip by touching, and control processor 10 is processed accordingly.
The method of deploying of above-mentioned multilevel menu is implemented based on above-mentioned hardware configuration, by processor 10, calls the some instructions that are stored in storage unit 11 and realizes.As shown in Figure 3, Fig. 3 is the schematic flow sheet of method of deploying first embodiment of multilevel menu of the present invention.The method of deploying of this multilevel menu comprises the following steps:
Step S110, while detecting the expansion instruction of next stage menu, obtain the center of circle of previous menu place circle and the center of circle and the radius of radius and next stage menu place circle;
This previous menu and next stage menu represent by the annular region of launching around same center to surrounding, and the annular region of previous menu is in the inner side of the annular region of next stage menu.And this previous menu and next stage menu all can be designated as circle, the center of circle of this circle is center, and this radius of a circle is for the center of circle is to the distance between the border of annular region.The center of circle of the center of circle of this previous menu place circle and radius, next stage menu place circle and radius can be default setting, also can arrange as the case may be for developer.
The center of circle and the radius of step S120, the center of circle of justifying according to previous menu place and radius and next stage menu place circle, the theoretical viewing area that obtains next stage menu;
The circumference of the circumference that the theoretical viewing area of this next stage menu is justified by previous menu place and next stage menu place circle encloses and forms.
Step S130, obtain the region that does not exceed the border of display interface in the theoretical viewing area of next stage menu;
Before launching next stage menu, the border that must first obtain display interface.While then detecting next stage menu expansion instruction, judge whether each point of the theoretical viewing area of this next stage menu exceeds the border of display interface, and the region that the point that does not exceed display interface border is formed is as the region that does not exceed the border of display interface.Concrete, by judging that the border whether coordinate of each point exceeds display interface judges whether each point of the theoretical viewing area of next stage menu exceeds the border of display interface.
Step S140, using the region on border that does not exceed display interface as the actual displayed region of next stage menu.
The present invention is according to different display interfaces, when needs show next stage menu, selects not exceed in the theoretical viewing area of next stage menu and shows that the region on border carries out menu demonstration, thereby make the demonstration of menu can adapt to neatly different display interfaces.
Take Fig. 4 as example, and wherein Fig. 4 selects the exemplary plot of the spreading area of next stage menu in the method for deploying of multilevel menu of the present invention.In Fig. 4, R0 is the round track at previous menu place, and wherein central coordinate of circle is (m, n), and radius is r0; R1 is the round track at next stage menu place, and wherein central coordinate of circle is (m, n), and radius is r1; L is the border of display interface.As shown in Figure 4, in the circle of next stage menu place, subregion (as the region of circular arc l and border L composition) will exceed the border L of display interface, therefore the actual displayed region using the region S not being beyond the boundary as next stage menu.
With reference to Fig. 5, the schematic flow sheet of method of deploying the second embodiment that Fig. 5 is multilevel menu of the present invention.In this embodiment, after the step S140 of above-described embodiment, also comprise:
Step S150, according to the preset coordinate system of display interface, calculate described previous menu place circle and drop on the area in four regions that described preset coordinate system is divided into, described preset coordinate is that to take the center of display interface be initial point, take horizontal direction as X-axis, and vertical direction is the formed coordinate system of Y-axis;
Step S160, described previous menu place circle is dropped on to direction corresponding to the region at place of the area minimum in four regions that described preset coordinate system is divided into as the expansion direction of next stage menu.
With reference to Fig. 6, using the center of display interface as initial point, take horizontal direction as X-axis, the coordinate system that vertical direction is Y-axis is divided into four region a, b, c, d by described display interface.First by after step S140, using the region at place, border that does not exceed display interface as the actual displayed region of next stage menu.Then calculate previous menu place circle and drop on area S1, S2, S3, the S4 in four region a, b, c, d then.Last calculated area, the direction that the direction corresponding to region of selection area minimum launched as the viewing area of next stage menu of comparing again.As shown in Figure 6, S1 is all less than S2, S3, S4, so select direction that this S1 region a is corresponding as the expansion direction of next stage menu.It is the direction that the expansion direction of next stage menu is set to Bing Chao region, the neighboring a of previous menu.
The embodiment of the present invention not only makes the demonstration of menu can adapt to neatly different display interfaces, but also according to previous menu place circle, drop on the size of the area in four regions that described preset coordinate system is divided into, select the corresponding direction in region of area minimum as the expansion direction of next stage menu, thereby can launch more multistage menu.
With reference to Fig. 7, the schematic flow sheet of the method for deploying that Fig. 7 is multilevel menu of the present invention the 3rd embodiment.In this embodiment, after the step S150 of above-described embodiment, also comprise:
Step S170, generate vector corresponding to each area in described four regions, the size of this vector is the size of the area of described previous menu in described four regions, the direction of vector is starting point for take the center of display interface, and the summit that display interface drops on the angle in this region is terminal;
Step S180, synthetic vector corresponding to each area, and the expansion direction using the opposite direction of the vector of synthesized as next stage menu.
With reference to Fig. 8, take the center of display interface is initial point, take horizontal direction as X-axis, and the coordinate system that vertical direction is Y-axis, is divided into four region a, b, c, d by described display interface.First by step S150, by calculating described previous menu place circle, drop on the area in four regions that described preset coordinate system is divided into, then, in each region, generate the vector that each area is corresponding.The size of this vector is the area of described previous menu in described four regions, and the direction of vector is starting point for take the center of display interface, and the summit that display interface drops on the angle in this region is terminal.This line of vector is divided into two parts by the area in the region at this place, is the mean line of area of plane weight.As vector t1, t2, t3, t4 corresponding in region a, b, c, d in Fig. 8.Finally again this vector t1, t2, t3, t4 are synthesized to vector V, and the expansion direction using the opposite direction V' of synthetic vector V as next stage menu.
The embodiment of the present invention not only makes the demonstration of menu can adapt to neatly different display interfaces, but also according to previous menu place circle, drop on the size of the area in four regions that described preset coordinate system is divided into, select the corresponding direction in region of area minimum as the expansion direction of next stage menu, thereby can launch more multistage menu.
With reference to Fig. 9, Fig. 9 is the structural representation of the expanding unit preferred embodiment of multilevel menu of the present invention.The expanding unit of this multilevel menu comprises:
Detecting module 110, when detecting the expansion instruction of next stage menu, obtains the center of circle of previous menu place circle and the center of circle and the radius of radius and next stage menu place circle;
This previous menu and next stage menu represent by the annular region of launching around same center to surrounding, and the annular region of previous menu is in the inner side of the annular region of next stage menu.And this previous menu and next stage menu all can be designated as circle, the center of circle of this circle is center, and this radius of a circle is for the center of circle is to the distance between the border of annular region.Therefore, detecting module 110, when the expansion instruction that detects next stage menu, will obtain the center of circle of previous menu place circle and the center of circle and the radius of radius and next stage menu place circle.Then region acquisition module 120 is according to the center of circle and the radius of the center of circle of previous menu place circle and radius and next stage menu place circle, obtain the theoretical viewing area of next stage menu, and obtain the region that does not exceed the border of display interface in the viewing area of next stage menu.Be specially: before launching next stage menu, the border that must first obtain display interface.While then detecting next stage menu expansion instruction, judge whether each point of the theoretical viewing area of this next stage menu exceeds the border of display interface, and the region then point that does not exceed display interface border being formed is as the region that does not exceed the border of display interface.Concrete, by judging that the border whether coordinate of each point exceeds display interface judges whether each point of the theoretical viewing area of next stage menu exceeds the border of display interface.The region on the border that does not exceed display interface that 130 of region division modules are obtained region acquisition module 120 is as the actual displayed region of next stage menu.
The present invention, according to different display interfaces, when needs show next stage menu, does not exceed and shows that borderline region carries out menu demonstration in the theoretical viewing area of selection next stage menu, thereby make the demonstration of menu can adapt to neatly different display interfaces.
Further, described region acquisition module 120 also for:
According to the preset coordinate system of display interface, calculate described previous menu place circle and drop on the area in four regions that described preset coordinate system is divided into, described preset coordinate is that to take the center of display interface be initial point, take horizontal direction as X-axis, and vertical direction is the formed coordinate system of Y-axis.
Described region division module 130 also for:
Described previous menu place circle is dropped on to direction corresponding to the region at place of the area minimum in four regions that coordinate system is divided into as the expansion direction of next stage menu.
With reference to Fig. 6, using the center of display interface as initial point, take horizontal direction as X-axis, the coordinate system that vertical direction is Y-axis, is divided into four region a, b, c, d by described display interface.First by after step S140, using the region at place, border that does not exceed display interface as the actual displayed region of next stage menu.Then, then calculation procedure previous menu place circle drop on area S1, S2, S3, the S4 in four region a, b, c, d.Last calculated area, the direction that the direction corresponding to region at the place of selection area minimum launched as the viewing area of next stage menu of comparing again.As shown in Figure 6, S1 is all less than S2, S3, S4, so select direction that this S1 region a is corresponding as the expansion direction of next stage menu.It is the direction that the expansion direction of next stage menu is set to Bing Chao region, the neighboring a of previous menu.
The embodiment of the present invention not only makes the demonstration of menu can adapt to neatly different display interfaces, but also according to previous menu place circle, drop on the size of the area in four regions that described preset coordinate system is divided into, select the corresponding direction in region of area minimum as the expansion direction of next stage menu, thereby can launch more multistage menu.
Further, described region acquisition module 120 also for:
According to previous menu place circle, drop on the area in four regions that preset coordinate system is divided into, generate vector corresponding to each area in described four regions, the size of this vector is the size of the area of described previous menu in described four regions, the direction of vector is starting point for take the center of display interface, and the summit that display interface drops on the angle in this region is terminal.
Described region division module 130 also for:
Synthetic vector corresponding to each area, and the expansion direction using the opposite direction of the vector of synthesized as next stage menu.
With reference to Fig. 8, using the center of display interface as initial point, take horizontal direction as X-axis, the coordinate system that vertical direction is Y-axis, is divided into four region a, b, c, d by described display interface.First by step S150, by calculating described previous menu place circle, drop on the area in four regions that described preset coordinate system is divided into.Then, in each region, generate the vector that each area is corresponding.The size of this vector is the area of described previous menu in described four regions, and the direction of vector is starting point for take the center of display interface, and the summit that display interface drops on the angle in this region is terminal.This line of vector is divided into two parts by the area in the region at this place, is the mean line of area of plane weight.As vector t1, t2, t3, t4 corresponding in region a, b, c, d in Fig. 8.Finally again this vector t1, t2, t3, t4 are synthesized to vector V, and the expansion direction using the opposite direction V' of synthetic vector V as next stage menu.
The embodiment of the present invention not only makes the demonstration of menu can adapt to neatly different display interfaces, but also according to previous menu place circle, drop on the size of the area in four regions that described preset coordinate system is divided into, select the corresponding direction in region of area minimum as the expansion direction of next stage menu, thereby can launch more multistage menu.
The foregoing is only the preferred embodiments of the present invention; not thereby limit its scope of the claims; every equivalent structure or conversion of equivalent flow process that utilizes instructions of the present invention and accompanying drawing content to do; directly or indirectly be used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. a method of deploying for multilevel menu, is characterized in that, comprises the following steps:
While detecting the expansion instruction of next stage menu, obtain the center of circle of previous menu place circle and the center of circle and the radius of radius and next stage menu place circle;
According to the center of circle and the radius of the center of circle of previous menu place circle and radius and next stage menu place circle, the theoretical viewing area that obtains next stage menu;
Obtain the region that does not exceed the border of display interface in the theoretical viewing area of next stage menu;
Using the region on border that does not exceed display interface as the actual displayed region of next stage menu.
2. the method for deploying of multilevel menu according to claim 1, is characterized in that, described the region that does not exceed the border of display interface is also comprised after the actual displayed region of next stage menu:
According to the preset coordinate system of display interface, calculate described previous menu place circle and drop on the area in four regions that described preset coordinate system is divided into, described preset coordinate is that to take the center of display interface be initial point, take horizontal direction as X-axis, and vertical direction is the formed coordinate system of Y-axis;
Described previous menu place circle is dropped on to direction corresponding to the region at place of the area minimum in four regions that described preset coordinate system is divided into as the expansion direction of next stage menu.
3. the method for deploying of multilevel menu according to claim 2, is characterized in that, described according to the preset coordinate system of display interface, calculates described previous menu place circle and also comprises after dropping on the area in four regions that described preset coordinate system is divided into:
Generate vector corresponding to each area in described four regions, the size of this vector is the size of the area of described previous menu in described four regions, the direction of vector is starting point for take the center of display interface, and the summit that display interface drops on the angle in this region is terminal;
Synthetic vector corresponding to each area, and the expansion direction using the opposite direction of the vector of synthesized as next stage menu.
4. according to the method for deploying of the multilevel menu described in claim 1-3 any one, it is characterized in that, the circumference of the circumference that the theoretical viewing area of described next stage menu is justified by previous menu place and next stage menu place circle encloses and forms.
5. the method for deploying of multilevel menu according to claim 4, is characterized in that, described in obtain the region that does not exceed the border of display interface in the theoretical viewing area of next stage menu and comprise:
Judge whether each point of the theoretical viewing area of this next stage menu exceeds the border of display interface;
The region that the point that does not exceed display interface border is formed is as the region that does not exceed the border of display interface.
6. an expanding unit for multilevel menu, is characterized in that, comprising:
Detecting module, when detecting the expansion instruction of next stage menu, obtains the center of circle of previous menu place circle and the center of circle and the radius of radius and next stage menu place circle;
Region acquisition module, be used for according to the center of circle and the radius of the center of circle of previous menu place circle and radius and next stage menu place circle, obtain the theoretical viewing area of next stage menu, and obtain the region that does not exceed the border of display interface in the theoretical viewing area of next stage menu;
Region division module, for using the region on border that does not exceed display interface as the actual displayed region of next stage menu.
7. the expanding unit of multilevel menu according to claim 6, is characterized in that, described region acquisition module also for:
According to the preset coordinate system of display interface, calculate described previous menu place circle and drop on the area in four regions that described preset coordinate system is divided into, described preset coordinate is that to take the center of display interface be initial point, take horizontal direction as X-axis, and vertical direction is the formed coordinate system of Y-axis;
Described region division module also for:
Described previous menu place circle is dropped on to direction corresponding to the region at place of the area minimum in four regions that described preset coordinate system is divided into as the expansion direction of next stage menu.
8. the expanding unit of multilevel menu according to claim 7, is characterized in that, described region acquisition module also for:
Generate vector corresponding to each area in described four regions, the size of this vector is the size of the area of described previous menu in described four regions, the direction of vector is starting point for take the center of display interface, and the summit that display interface drops on the angle in this region is terminal;
Described region division module also for:
Synthetic vector corresponding to each area, and the expansion direction using the opposite direction of the vector of synthesized as next stage menu.
9. according to the expanding unit of the multilevel menu described in claim 6-8 any one, it is characterized in that, the circumference of the circumference that the theoretical viewing area of described next stage menu is justified by previous menu place and next stage menu place circle encloses and forms.
10. the expanding unit of multilevel menu according to claim 9, is characterized in that, described region acquisition module also for:
Judge whether each point of the theoretical viewing area of this next stage menu exceeds the border of display interface; The region that the point that does not exceed display interface border is formed is as the region that does not exceed the border of display interface.
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| CN108108080A (en) * | 2017-12-27 | 2018-06-01 | 北京传嘉科技有限公司 | Prompt operation processing method, device and mobile terminal |
| CN108108080B (en) * | 2017-12-27 | 2021-10-15 | 深圳传音制造有限公司 | Shortcut operation processing method and device and mobile terminal |
| CN109284328A (en) * | 2018-07-26 | 2019-01-29 | 阿里巴巴集团控股有限公司 | A kind of processing method of relational data, device, server and medium |
| CN109284328B (en) * | 2018-07-26 | 2022-05-31 | 创新先进技术有限公司 | Relational data processing method, device, server and medium |
| CN112578963A (en) * | 2019-09-30 | 2021-03-30 | 北京国双科技有限公司 | Menu processing method and device, storage medium and electronic equipment |
| CN112578963B (en) * | 2019-09-30 | 2022-11-22 | 北京国双科技有限公司 | Menu processing method and device, storage medium and electronic equipment |
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