CN105245728A - View layout method and device in display screen and mobile terminal - Google Patents
View layout method and device in display screen and mobile terminal Download PDFInfo
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- CN105245728A CN105245728A CN201510725501.0A CN201510725501A CN105245728A CN 105245728 A CN105245728 A CN 105245728A CN 201510725501 A CN201510725501 A CN 201510725501A CN 105245728 A CN105245728 A CN 105245728A
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- display screen
- view component
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- central shaft
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Abstract
The invention provides a view layout method and device in a display screen and a mobile terminal. At least one view component is displayed in the display screen. The view layout method in the display screen comprises the following steps: determining a first boundary coordinate and a second boundary coordinate of the display screen, wherein a first boundary and a second boundary are two relative sides of the display screen; determining a centre axis and a centre axis coordinate of the display screen according to the first boundary coordinate and the second boundary coordinate; and symmetrically displaying the view component in the display screen according to the centre axis. According to the view layout method in the display screen disclosed by the invention, the view component is symmetrically displayed along two sides of the centre axis of the display screen, such that the layout of the display screen is more attractive; simultaneously, the view component is also convenient to find; and thus, the view component is more rapid and convenient to find.
Description
Technical field
The present invention relates to a kind of image display technology field, particularly relate to view layout method and device, mobile terminal in a kind of display screen.
Background technology
Along with the development of science and technology, the function of electronic equipment also gets more and more, and in electronic equipment, display screen needs the view component of the application program shown also to get more and more.
The current electronic equipment used in major part (such as, mobile phone, panel computer or other mobile terminals), the view component layout of its display screen display is all changeless, such user according to the operating habit of oneself or can not need the layout adjusting view interface, according to original view interface design operation, the different interface layouts and the mode of operation that are suitable for different mobile phones can only be gone.
And in the display system of existing electronic equipment, there is multiple view layout method, such as linear placement, table-layout, frame layout, relative placement etc.For above-mentioned electronic equipment, user, in so numerous and jumbled view component heap, is difficult to the view component finding oneself to expect to use.And above-mentioned view component layout method aesthetic property is poor.
Therefore, how to provide a kind of layout attractive in appearance, search view component topology easily, become one of current problem demanding prompt solution.
Summary of the invention
The shortcoming of prior art in view of the above, the object of the present invention is to provide view layout method and device, mobile terminal in a kind of display screen, poor for solving view component layout aesthetic property in prior art, searches the problem of difficulty.
For achieving the above object and other relevant objects, the invention provides a kind of view layout method in display screen, a view component is at least shown in described display screen, in described display screen, view layout method comprises the following steps: the first boundary coordinate and the second boundary coordinate of determining described display screen, and the first border and the second boundary are the relative both sides of described display screen; According to described first boundary coordinate and described the second boundary coordinate, determine central shaft and the central shaft coordinate of described display screen; By view component in display screen according to the display of described central shaft symmetry.
In one embodiment of the invention, the direction of the central shaft of described display screen is vertical direction or horizontal direction.
In one embodiment of the invention, in described display screen, the number of view component is odd number; View component in display screen is comprised the following steps according to the display of described central shaft symmetry: by view component sequence in described display screen; First described view component is shown between two parties, by other view component except first described view component according to sequence, shows in interval, first view component both sides.
In one embodiment of the invention, in described display screen, the number of view component is even number; View component in display screen is comprised the following steps according to the display of described central shaft symmetry: by view component sequence in described display screen; By described view component according to sequence, show in interval, described central shaft both sides.
In one embodiment of the invention, view component in described display screen sorts by the height according to the frequency of utilization of view component in described display screen.
Accordingly, present invention also offers view layout device in a kind of display screen, a view component is at least shown in described display screen, in described display screen, view layout device comprises: information transfers unit, be connected with described display screen, for determining the first boundary coordinate and the second boundary coordinate of described display screen, the first border and the second boundary are the relative both sides of described display screen; Coordinate calculating unit, transfers unit with described information and is connected, and for according to described first boundary coordinate and described the second boundary coordinate, determines central shaft and the central shaft coordinate of described display screen; Processing unit, is connected with described coordinate calculating unit and display screen, for by view component in described display screen according to described central shaft symmetric configuration, and trigger described display screen by view component in display screen according to the display of described central shaft symmetry.
In one embodiment of the invention, the direction of the central shaft of described display screen is vertical direction or horizontal direction.
In one embodiment of the invention, described processing unit comprises: sequencing unit, for view component in described display screen being sorted; Layout units, be connected with described sequencing unit, coordinate calculating unit and display screen, when number for view component in described display screen is odd number, by first described view component layout placed in the middle, by other view component except first described view component according to sorting in interval, first view component both sides layout; And when being even number for the number of view component in described display screen, by described view component according to sorting in interval, described central shaft both sides layout; Described display screen is used for triggering according to described layout units, by view component in display screen according to the display of described central shaft symmetry.
In one embodiment of the invention, view component in described display screen sorts according to the height of view component frequency of utilization in described display screen by described sequencing unit.
Present invention also offers a kind of mobile terminal, comprise view layout device in arbitrary display screen as above.
As mentioned above, complete denomination of invention of the present invention, has following beneficial effect:
When at least showing a view component in display screen, first determine the coordinate on the relative both sides of display screen, namely the first boundary coordinate of described display screen and the second boundary coordinate, then according to the first boundary coordinate and described the second boundary coordinate, determine central shaft and the central shaft coordinate of described display screen; Finally view component in display screen is shown according to described central shaft symmetry.By by display screen top view assembly centrally axial symmetry display, make the layout of display screen more attractive in appearance, user is also more convenient when searching view component, improves search efficiency.
Further, display screen comprises vertical relative both sides and the relative both sides of level, thus view component central shaft symmetry display vertically can be made, or central shaft symmetry display in the horizontal direction, user can unrestricted choice as required, the layout hommization more of display screen, meets individual needs.
Further, in described display screen, view component can be shown to both sides by display screen central shaft one by one according to the height of view component frequency of utilization, and user is more convenient when searching view component.
Accompanying drawing explanation
Fig. 1 is shown as the schematic flow sheet of view layout method in an embodiment in display screen of the present invention.
Fig. 2 is shown as view layout in display screen of the present invention and is installed on the structural representation in an embodiment.
Fig. 3 is shown as view layout in display screen of the present invention and is installed on the structural representation in another embodiment.
Element numbers explanation
View layout device in 1 display screen
11 display screens
12 information transfer unit
13 coordinate calculating unit
14 processing units
View layout device in 2 display screens
21 display screens
22 information transfer unit
23 coordinate calculating unit
24 processing units
241 sequencing units
242 layout units
S1 ~ S13 step
Embodiment
Below by way of specific instantiation, embodiments of the present invention are described, those skilled in the art the content disclosed by this specification can understand other advantages of the present invention and effect easily.The present invention can also be implemented or be applied by embodiments different in addition, and the every details in this specification also can based on different viewpoints and application, carries out various modification or change not deviating under spirit of the present invention.It should be noted that, when not conflicting, the feature in following examples and embodiment can combine mutually.
It should be noted that, the diagram provided in following examples only illustrates basic conception of the present invention in a schematic way, then only the assembly relevant with the present invention is shown in graphic but not component count, shape and size when implementing according to reality is drawn, it is actual when implementing, and the kenel of each assembly, quantity and ratio can be a kind of change arbitrarily, and its assembly layout kenel also may be more complicated.
When display screen shows at least one view component, in order to improve the aesthetic property of view component layout shown by display screen, and facilitating user to search view component, the invention provides a kind of view layout method in display screen.
Refer to Fig. 1, the invention provides the schematic flow sheet of view layout method in an embodiment in a kind of display screen.In Fig. 1, in display screen, view layout method comprises:
Step S11, determines the first boundary coordinate and the second boundary coordinate of described display screen, and the first border and the second boundary are the relative both sides of described display screen;
Step S12, according to described first boundary coordinate and described the second boundary coordinate, determines central shaft and the central shaft coordinate of described display screen;
Step S13, by view component in display screen according to the display of described central shaft symmetry.
In the present embodiment, when at least showing a view component in display screen, first determine the coordinate (i.e. first boundary coordinate of described display screen and the second boundary coordinate) of display screen relative to both sides, then determine central shaft and the central shaft coordinate of described display screen according to the first boundary coordinate and described the second boundary coordinate; Finally view component in display screen is shown according to described central shaft symmetry.In this display screen, view layout method is passed through the centrally axial symmetry display of display screen top view assembly, and make the layout of display screen more attractive in appearance, user is also more convenient when searching view component, improves search efficiency.
In another embodiment of the present invention, the direction of the central shaft of described display screen is vertical direction or horizontal direction.Because display screen comprises vertical relative both sides and the relative both sides of level, user can make view component central shaft symmetry display vertically as required, or central shaft symmetry display in the horizontal direction, thus make the layout hommization more of display screen, meet individual needs.
In another embodiment of the present invention, view component in described display screen sorts by the height according to the frequency of utilization of view component in described display screen.Namely shown one by one to both sides by display screen central shaft according to the height of view component frequency of utilization, the frequency of utilization of view component is higher, and its display position the closer to the central shaft of display screen, and then makes user more convenient when searching view component.
In yet another embodiment of the present invention, if the number of view component is odd number in described display screen; View component in display screen is comprised the following steps according to the display of described central shaft symmetry: by view component sequence in described display screen; First described view component is shown between two parties, by other view component except first described view component according to sequence, shows in interval, first view component both sides.If the number of view component is even number in described display screen; View component in display screen is comprised the following steps according to the display of described central shaft symmetry: by view component sequence in described display screen; By described view component according to sequence, show in interval, described central shaft both sides.
With one, the example of view component central shaft symmetry display in the horizontal direction in display screen is illustrated to view layout method in display screen in the present invention below.
When making the central shaft symmetry display in the horizontal direction of view component in display screen, first boundary coordinate (i.e. the left margin of view layout) of display screen is Left, the second boundary coordinate (i.e. the right margin of view layout) of display screen is Right, then the horizontal center position Center=(Left+Right)/2 of view layout.
If the number N of view component is even number in display screen, so the position of first view component is in first position on the central shaft left side, and suppose that the wide of it is Width, so its left margin is Center-Width, and right margin is Center.For the position of the n-th view component, if n is odd number, so this view component is on the left side of central shaft, and centered by position an axial left position, (n+1)/2; N is even number, and view component is on the right of central shaft, and centered by position axial right the n-th/2 position.
If N is odd number, so the position of first view component is just on central shaft, and its left margin is Center-Width/2, and right margin is Center+Width/2.For the n-th view component, if n is odd number, its position is in a position, (n-1)/2 to the right, the right of central shaft, and n is even number, and its position is the n-th/2 position left on the view component left side.
For the border of the n-th view component, calculate the position of each view component successively, thus determine the position of next view component, arrange from left to right or from right to left, queueing discipline here and linear array similar.
In symmetric configuration, determine right position and the border of view component, so view component position in the horizontal direction just determines, thus achieves layout symmetric arrays in the horizontal direction.
Suppose to show N number of view component in display screen, be respectively view component 1, view component 2 ..., view component N, the width that they are gone up in the horizontal direction is respectively wid (1), wid (2) ..., wid (N).
If N is even number, for the position of the n-th view component, suppose that n is odd number, so this view component left margin Left=Center-wid (1)-wid (3)-...-wid (n-2)-...-wid (n), right margin is Left+wid (n).
If N is odd number, for the position of the n-th view component, suppose that n is even number, so this view component left margin Left=Center-wid (2)-wid (4)-...-wid (n-2)-...-wid (n), right margin is Left+wid (n).
Behind the above left margin of algorithm determination view component and the position of right margin, also just achieve view component symmetric configuration in the horizontal direction.
Make the method for view component central shaft symmetry display vertically in display screen and make the method that in display screen, view component central shaft symmetry in the horizontal direction shows similar, not repeating them here.
When display screen shows at least one view component, in order to improve the aesthetic property of view component layout shown by display screen, and facilitating user to search view component, present invention also offers view layout device in a kind of display screen.
Refer to Fig. 2, the invention provides view layout in a kind of display screen and be installed on the structural representation in an embodiment.In Fig. 2, in display screen 11, view layout device 1 comprises: information transfers unit 12, coordinate calculating unit 13, and processing unit 14.
Information is transferred unit 12 and is connected with described display screen 11, and for determining the first boundary coordinate and the second boundary coordinate of described display screen 11, the first border and the second boundary are the relative both sides of described display screen 11;
Coordinate calculating unit 13 and described information are transferred unit 12 and are connected, and for according to described first boundary coordinate and described the second boundary coordinate, determine central shaft and the central shaft coordinate of described display screen 11;
Processing unit 14 is connected with described coordinate calculating unit 13 and display screen 11, for by view component in described display screen 11 according to described central shaft symmetric configuration, and trigger described display screen 11 by view component in display screen 11 according to the display of described central shaft symmetry.
In the present embodiment, when at least showing a view component in display screen 11, first transfer by information the coordinate (i.e. the first boundary coordinate of described display screen and the second boundary coordinate) that unit 12 determines the relative both sides of display screen 11, then determined central shaft and the central shaft coordinate of described display screen by coordinate calculating unit 13 according to the first boundary coordinate and described the second boundary coordinate; Finally by processing unit 14 by view component in described display screen 11 according to described central shaft symmetric configuration, and trigger described display screen 11 by view component in display screen 11 according to the display of described central shaft symmetry.In this display screen, view layout device passes through the centrally axial symmetry display of display screen top view assembly, and make the layout of display screen more attractive in appearance, user is also more convenient when searching view component, improves search efficiency.
In another embodiment of the present invention, the direction of the central shaft of described display screen is vertical direction or horizontal direction.Because display screen comprises vertical relative both sides and the relative both sides of level, user can make view component central shaft symmetry display vertically as required, or central shaft symmetry display in the horizontal direction, thus make the layout hommization more of display screen, meet individual needs.
Refer to Fig. 3, the invention provides view layout in a kind of display screen and be installed on the structural representation in an embodiment.In Fig. 3, in display screen 21, view layout device 2 comprises: information transfers unit 22, coordinate calculating unit 23, and processing unit 24.
Information is transferred unit 22 and is connected with described display screen 21, and for determining the first boundary coordinate and the second boundary coordinate of described display screen 21, the first border and the second boundary are the relative both sides of described display screen 21;
Coordinate calculating unit 23 and described information are transferred unit 22 and are connected, and for according to described first boundary coordinate and described the second boundary coordinate, determine central shaft and the central shaft coordinate of described display screen 21;
Processing unit 24 is connected with described coordinate calculating unit 23 and display screen 21, for by view component in described display screen 21 according to described central shaft symmetric configuration, and trigger described display screen 21 by view component in display screen 21 according to the display of described central shaft symmetry.
In the present embodiment, described processing unit 24 comprises sequencing unit 241 and layout units 242 further.
Sequencing unit 241 is for sorting view component in described display screen 21;
Layout units 242 is connected with described sequencing unit 241, coordinate calculating unit 23 and display screen 21, when number for view component in described display screen 21 is odd number, by first described view component layout placed in the middle, by other view component except first described view component according to sorting in interval, first view component both sides layout; And when being even number for the number of view component in described display screen 21, by described view component according to sorting in interval, described central shaft both sides layout; Described display screen is used for triggering according to described layout units, by view component in display screen according to the display of described central shaft symmetry.
In one embodiment of the invention, view component in described display screen sorts according to the height of view component frequency of utilization in described display screen 21 by described sequencing unit 241.Namely shown one by one to both sides by display screen 21 central shaft according to the height of view component frequency of utilization, the frequency of utilization of view component is higher, and its display position the closer to the central shaft of display screen 21, and then makes user more convenient when searching view component.
Present invention also offers a kind of mobile terminal, comprise view layout device in arbitrary display screen as above.The layout that this mobile terminal also possesses display screen is more attractive in appearance, and user is convenient and swift when searching view component, efficiency advantages of higher.
In sum, in display screen of the present invention, view layout method is passed through the centrally axial symmetry display of display screen top view assembly, and make the layout of display screen more attractive in appearance, user is also more convenient when searching view component, improves search efficiency.And, because display screen comprises vertical relative both sides and the relative both sides of level, thus view component central shaft symmetry display vertically can be made, or central shaft symmetry display in the horizontal direction, user can unrestricted choice as required, the layout hommization more of display screen, meets individual needs.In addition, in described display screen, view component can be shown to both sides by display screen central shaft one by one according to the height of view component frequency of utilization, and user is more convenient when searching view component.So the present invention effectively overcomes various shortcoming of the prior art and tool high industrial utilization.
Above-described embodiment is illustrative principle of the present invention and effect thereof only, but not for limiting the present invention.Any person skilled in the art scholar all without prejudice under spirit of the present invention and category, can modify above-described embodiment or changes.Therefore, such as have in art usually know the knowledgeable do not depart from complete under disclosed spirit and technological thought all equivalence modify or change, must be contained by claim of the present invention.
Claims (10)
1. a view layout method in display screen, is characterized in that, at least show a view component in described display screen, in described display screen, view layout method comprises the following steps:
Determine the first boundary coordinate and the second boundary coordinate of described display screen, the first border and the second boundary are the relative both sides of described display screen;
According to described first boundary coordinate and described the second boundary coordinate, determine central shaft and the central shaft coordinate of described display screen;
By view component in display screen according to the display of described central shaft symmetry.
2. view layout method in display screen according to claim 1, is characterized in that: the direction of the central shaft of described display screen is vertical direction or horizontal direction.
3. view layout method in display screen according to claim 1, is characterized in that: in described display screen, the number of view component is odd number; View component in display screen is comprised the following steps according to the display of described central shaft symmetry:
By view component sequence in described display screen;
First described view component is shown between two parties, by other view component except first described view component according to sequence, shows in interval, first view component both sides.
4. view layout method in display screen according to claim 1, is characterized in that: in described display screen, the number of view component is even number; View component in display screen is comprised the following steps according to the display of described central shaft symmetry:
By view component sequence in described display screen;
By described view component according to sequence, show in interval, described central shaft both sides.
5. view layout method in the display screen according to claim 3 or 4, is characterized in that: view component in described display screen sorts by the height according to the frequency of utilization of view component in described display screen.
6. a view layout device in display screen, is characterized in that, at least show a view component in described display screen, in described display screen, view layout device comprises:
Information transfers unit, is connected with described display screen, and for determining the first boundary coordinate and the second boundary coordinate of described display screen, the first border and the second boundary are the relative both sides of described display screen;
Coordinate calculating unit, transfers unit with described information and is connected, and for according to described first boundary coordinate and described the second boundary coordinate, determines central shaft and the central shaft coordinate of described display screen;
Processing unit, is connected with described coordinate calculating unit and display screen, for by view component in described display screen according to described central shaft symmetric configuration, and trigger described display screen by view component in display screen according to the display of described central shaft symmetry.
7. view layout device in display screen according to claim 6, is characterized in that: the direction of the central shaft of described display screen is vertical direction or horizontal direction.
8. view layout device in display screen according to claim 6, is characterized in that: described processing unit comprises:
Sequencing unit, for sorting view component in described display screen;
Layout units, be connected with described sequencing unit, coordinate calculating unit and display screen, when number for view component in described display screen is odd number, by first described view component layout placed in the middle, by other view component except first described view component according to sorting in interval, first view component both sides layout; And when being even number for the number of view component in described display screen, by described view component according to sorting in interval, described central shaft both sides layout;
Described display screen is used for triggering according to described layout units, by view component in display screen according to the display of described central shaft symmetry.
9. view layout device in display screen according to claim 8, is characterized in that: view component in described display screen sorts according to the height of view component frequency of utilization in described display screen by described sequencing unit.
10. a mobile terminal, is characterized in that, comprises view layout device in the display screen according to any one of claim 6 to 9.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510725501.0A CN105245728A (en) | 2015-10-30 | 2015-10-30 | View layout method and device in display screen and mobile terminal |
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| CN201510725501.0A CN105245728A (en) | 2015-10-30 | 2015-10-30 | View layout method and device in display screen and mobile terminal |
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Cited By (1)
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Application publication date: 20160113 |