CN108363604A - A kind of resolution adaptation method, apparatus and operation system - Google Patents
A kind of resolution adaptation method, apparatus and operation system Download PDFInfo
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Abstract
The present invention provides a kind of resolution adaptation method, apparatus and operation system, method is applied to the resolution adaptation device being arranged in mobile terminal, including：The application interface to be shown of server-side storage is obtained, and determines the interface resolution ratio of the application interface to be shown；It determines the screen resolution of the mobile terminal, and height ratio parameter and width ratio parameter is determined according to the interface resolution ratio and the screen resolution；Processing is zoomed in and out to generate intended application interface to the application interface to be shown according to the width ratio parameter and the height ratio parameter, and it is supplied to the display device of the mobile terminal to show at the intended application interface, wherein, the interface resolution ratio at intended application interface is identical as the screen resolution.The resource consumption of technical solution through the invention, server-side is relatively low.
Description
Technical Field
The present invention relates to the field of information technologies, and in particular, to a resolution adaptation method, apparatus, and service system.
Background
With the rapid development of information technology, various kinds of mobile terminals have been increased in large numbers, and the various kinds of mobile terminals may have different screen resolutions. Generally, when the screen resolution of the mobile terminal is different from the interface resolution of the application interface to be displayed, the application interface cannot be clearly and completely displayed, and therefore, the resolution of the mobile terminal needs to be adapted.
At present, when the resolution of a mobile terminal is adapted, a plurality of copy interfaces with different interface resolutions are generally required to be manufactured for an application interface to be displayed, elements on the copy interfaces are the same as those on the application interface to be displayed, all manufactured copy interfaces are stored in a server, the server can determine a target copy interface with the interface resolution being the same as that of a current mobile terminal from the stored copy application interfaces according to the screen resolution of each mobile terminal, and then the target copy interface is sent to the current mobile terminal for display.
In the technical scheme, the server needs to store a large number of copy interfaces, and the resource consumption of the server is large.
Disclosure of Invention
The embodiment of the invention provides a resolution adaptation method, a resolution adaptation device and a service system, and resource consumption of a server is low.
In a first aspect, the present invention provides a resolution adaptation method applied to a resolution adaptation apparatus disposed in a mobile terminal, including:
acquiring an application interface to be displayed stored by a server, and determining the interface resolution of the application interface to be displayed;
determining the screen resolution of the mobile terminal, and determining a height ratio parameter and a width ratio parameter according to the interface resolution and the screen resolution;
and zooming the application interface to be displayed according to the width proportion parameter and the height proportion parameter to generate a target application interface, and providing the target application interface for a display device of the mobile terminal to display, wherein the interface resolution of the target application interface is the same as the screen resolution.
Preferably, the first and second electrodes are formed of a metal,
the scaling the application interface to be displayed according to the width scale parameter and the height scale parameter to generate a target application interface, including:
determining a horizontal screen resolution unit and a vertical screen resolution unit;
forming a horizontal screen conversion relation corresponding to the horizontal screen resolution unit and the screen resolution according to the width proportion parameter, and forming a vertical screen conversion relation corresponding to the vertical screen resolution unit and the screen resolution according to the height proportion parameter;
and zooming the application interface to be displayed according to the horizontal screen conversion relation and the vertical screen conversion relation to generate a target application interface.
Preferably, the first and second electrodes are formed of a metal,
the respectively zooming the application interface to be displayed according to the horizontal screen conversion relationship and the vertical screen conversion relationship to form a target application interface includes:
analyzing the application interface to be displayed to extract each element on the application interface to be displayed and recording the current position of each element on the application interface to be displayed;
constructing an interface canvas, wherein the current interface resolution of the interface canvas is the same as the screen resolution;
normalizing each element by using the horizontal screen resolution unit and the vertical screen resolution unit to obtain a height parameter and a width parameter of each element;
scaling each element according to the horizontal screen conversion relation, the vertical screen conversion relation and the height parameter and the width parameter which correspond to each element respectively;
determining target positions respectively corresponding to the elements after the zooming processing on the interface canvas according to the width proportion parameter, the height proportion parameter and current positions respectively corresponding to the elements;
and adding each scaled element to the interface canvas according to the target position corresponding to each scaled element to form a target application interface.
Preferably, the first and second electrodes are formed of a metal,
the normalizing the elements by using the horizontal screen resolution unit and the vertical screen resolution unit to obtain the height parameters and the width parameters of the elements comprises the following steps:
normalizing each element through a first formula to obtain a height parameter of each element;
the first formula:
Hi＝hi/P1
normalizing each element through a second formula to obtain a width parameter of each element;
the second formula:
Wi＝wi/P2
wherein HiHeight parameter, h characterizing the ith said elementiCharacterizing the height of resolution, P, characterizing the ith said element1Characterizing the vertical screen resolution unit, WiWidth parameter, w, characterizing the ith said elementiCharacterizing the resolution width, P, of the ith said element2Characterizing the cross-screen resolution unit.
Preferably, the first and second electrodes are formed of a metal,
the scaling the application interface to be displayed according to the width scale parameter and the height scale parameter to generate a target application interface, including:
cutting the interface to be displayed into at least two image blocks, and marking the corresponding position parameters of the centers of the image blocks in the application interface to be displayed;
scaling each image block according to the width proportion parameter and the height proportion parameter;
and combining the scaled image blocks to form a target application interface according to the position parameters respectively corresponding to the image blocks.
In a second aspect, an embodiment of the present invention provides a resolution adaptation apparatus, disposed in a mobile terminal, including:
the interface acquisition module is used for acquiring an application interface to be displayed stored by the server and determining the interface resolution of the application interface to be displayed;
the ratio determining module is used for determining the screen resolution of the mobile terminal and determining a height ratio parameter and a width ratio parameter according to the interface resolution and the screen resolution;
and the interface processing module is used for carrying out scaling processing on the application interface to be displayed according to the width proportion parameter and the height proportion parameter so as to generate a target application interface, and providing the target application interface for a display device of the mobile terminal to display, wherein the interface resolution of the target application interface is the same as the screen resolution.
Preferably, the first and second electrodes are formed of a metal,
the interface processing module comprises: a unit determination unit, a relationship determination unit, and a conversion processing unit; wherein,
the unit determining unit is used for determining a horizontal screen resolution unit and a vertical screen resolution unit;
the relation determining unit is used for forming a horizontal screen conversion relation corresponding to the horizontal screen resolution unit and the screen resolution according to the width proportion parameter, and forming a vertical screen conversion relation corresponding to the vertical screen resolution unit and the screen resolution according to the height proportion parameter;
and the conversion processing unit is used for carrying out scaling processing on the application interface to be displayed according to the horizontal screen conversion relation and the vertical screen conversion relation so as to generate a target application interface.
Preferably, the first and second electrodes are formed of a metal,
the conversion processing unit includes: the device comprises an analysis subunit, a canvas construction subunit, a normalization processing subunit, a scaling processing subunit, a position determination subunit and a canvas processing subunit; wherein,
the analysis subunit is configured to analyze the application interface to be displayed to extract each element on the application interface to be displayed, and record a current position of each element on the application interface to be displayed;
the canvas constructing subunit is configured to construct an interface canvas, where a current interface resolution of the interface canvas is the same as the screen resolution;
the normalization processing subunit is configured to perform normalization processing on each element by using the horizontal screen resolution unit and the vertical screen resolution unit to obtain a height parameter and a width parameter of each element;
the zooming processing subunit is used for respectively zooming each element according to the horizontal screen conversion relationship, the vertical screen conversion relationship and the height parameter and the width parameter which are respectively corresponding to each element;
a position determining subunit, configured to determine, according to the width ratio parameter, the height ratio parameter, and current positions corresponding to the elements, target positions corresponding to the scaled elements on the interface canvas, respectively;
and the canvas processing subunit is configured to add each scaled element to the interface canvas according to a target position corresponding to each scaled element, so as to form a target application interface.
Preferably, the first and second electrodes are formed of a metal,
the normalization processing subunit is configured to perform:
normalizing each element through a first formula to obtain a height parameter of each element;
the first formula:
Hi＝hi/P1
normalizing each element through a second formula to obtain a width parameter of each element;
the second formula:
Wi＝wi/P2
wherein HiHeight parameter, h characterizing the ith said elementiCharacterizing the height of resolution, P, characterizing the ith said element1Characterizing the vertical screen resolution unit, WiWidth parameter, w, characterizing the ith said elementiCharacterizing the resolution width, P, of the ith said element2Characterizing the cross-screen resolution unit.
In a third aspect, an embodiment of the present invention provides a service system, including:
the system comprises a server and at least one mobile terminal; wherein,
each mobile terminal is connected with the server side;
each mobile terminal is internally provided with a resolution adaptation device as described in any one of the second aspects;
and the server is used for providing an application interface to be displayed for each mobile terminal.
The embodiment of the invention provides a resolution adaptation method, a resolution adaptation device and a service system, wherein the resolution adaptation method is applied to a resolution adaptation device arranged in a mobile terminal, and comprises the steps of obtaining an application interface to be displayed stored by a server, determining the interface resolution of the obtained application interface to be displayed, determining a height proportion parameter and a width proportion parameter according to the interface resolution and the screen resolution after further determining the screen resolution of the mobile terminal, and zooming the application interface to be displayed according to the width proportion parameter and the height proportion parameter to generate a target application interface with the interface resolution being the same as the screen resolution and providing the target application interface to a display device of the mobile terminal for display. In summary, according to the technical scheme provided by the invention, the corresponding scaling processing can be performed on the application interface to be displayed in the mobile terminal, so that the mobile terminal can clean and completely display the application interface to be displayed, the resolution of the mobile terminal can be adapted, the server does not need to store a duplicate application interface of the application interface to be displayed, and the resource consumption of the server is low.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.
FIG. 1 is a flowchart of a resolution adaptation method according to an embodiment of the present invention;
FIG. 2 is a flow chart of another resolution adaptation method provided by an embodiment of the invention;
FIG. 3 is a schematic structural diagram of a resolution adaptation apparatus according to an embodiment of the present invention;
fig. 4 is a schematic structural diagram of another resolution adaptation apparatus provided in an embodiment of the present invention;
FIG. 5 is a schematic structural diagram of another resolution adapter according to an embodiment of the present invention;
fig. 6 is a schematic structural diagram of a service system according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer and more complete, the technical solutions in the embodiments of the present invention will be described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention, and based on the embodiments of the present invention, all other embodiments obtained by a person of ordinary skill in the art without creative efforts belong to the scope of the present invention.
As shown in fig. 1, an embodiment of the present invention provides a resolution adaptation method applied to a resolution adaptation apparatus disposed in a mobile terminal, including:
step 101, acquiring an application interface to be displayed stored by a server, and determining the interface resolution of the application interface to be displayed;
step 102, determining the screen resolution of the mobile terminal, and determining a height ratio parameter and a width ratio parameter according to the interface resolution and the screen resolution;
step 103, zooming the application interface to be displayed according to the width scale parameter and the height scale parameter to generate a target application interface, and providing the target application interface for a display device of the mobile terminal to display, wherein the interface resolution of the target application interface is the same as the screen resolution.
As shown in fig. 1, the method is applied to a resolution adaptation device disposed in a mobile terminal, and includes obtaining an application interface to be displayed stored by a server, and determining an interface resolution of the obtained application interface to be displayed, after further determining a screen resolution of the mobile terminal, determining a height ratio parameter and a width ratio parameter according to the interface resolution and the screen resolution, and then scaling the application interface to be displayed according to the width ratio parameter and the height ratio parameter to generate a target application interface with an interface resolution equal to the screen resolution, and providing the target application interface to a display device of the mobile terminal for display. In summary, according to the technical scheme provided by the embodiment of the invention, the corresponding scaling processing can be performed on the application interface to be displayed in the mobile terminal, so that the mobile terminal can clean and completely display the application interface to be displayed, the resolution of the mobile terminal can be adapted, the server does not need to store a duplicate application interface of the application interface to be displayed, and the resource consumption of the server is low.
In an embodiment of the present invention, the height ratio parameter refers to a ratio between a resolution height of the screen resolution and a resolution height of the interface resolution, and the width ratio parameter refers to a ratio between a resolution width of the screen resolution and a resolution width of the interface resolution; for example, if the interface resolution of the application interface to be displayed is 960px 540px and the screen resolution of the mobile terminal is 1920px 1080px, it may be determined that both the height ratio parameter and the width ratio parameter are 2.
The scaling processing of the application interface to be displayed according to the width scale parameter and the height scale parameter can be realized in the following two ways to generate the target application interface:
in the mode 1, the application interface to be displayed is cut into a plurality of image blocks and then respectively subjected to scaling processing, and the scaled image blocks are combined into the target application interface.
Specifically, the method can be realized through the following steps A1, A2 and A3:
a1: cutting the interface to be displayed into at least two image blocks, and marking the corresponding position parameters of the centers of the image blocks in the application interface to be displayed;
a2: scaling each image block according to the width proportion parameter and the height proportion parameter;
a3: and combining the scaled image blocks to form a target application interface according to the position parameters respectively corresponding to the image blocks.
In the implementation mode, the interface to be displayed is cut into a plurality of image blocks, corresponding position parameters of the centers of the image blocks in the application interface to be displayed are marked, then the cut image blocks are respectively subjected to scaling processing according to the width proportion parameters and the height proportion parameters, and then the scaled image blocks can be combined according to the corresponding position parameters of the image blocks to form a target application interface; the pixel value of each cut image block is far lower than that of the application interface to be displayed, scaling processing is respectively carried out on each cut image block, and the image blocks subjected to scaling processing are combined to form a target application interface, so that the distortion of the target application interface can be reduced, and the display effect of the scaled target application interface is the same as that of the application interface to be displayed.
For example, the application interface to be displayed may be cut into 9 image blocks in a form of a nine-square grid, and each image block is sequentially marked with 9 natural numbers from 1 to 9 in the order from left to right and from top to bottom, where the height ratio parameter and the width ratio parameter are both 2 as an example, then each image block may be respectively scaled to increase the interface resolution of each image block by one time, so as to realize that a corresponding pixel point in the application interface to be displayed is described by four pixel points of the target application interface.
It should be appreciated that when the application interface to be displayed is cut into a plurality of tiles, the interface resolution of the tiles may be made relatively small, where possible.
In the mode 2, a horizontal screen resolution unit and a vertical screen resolution unit are set by self-definition as middle units, and the interface resolution and the screen resolution are converted through the middle units set by self-definition.
Specifically, the method can be realized through the following steps B1, B2 and B3:
b1: determining a horizontal screen resolution unit and a vertical screen resolution unit;
b2: forming a horizontal screen conversion relation corresponding to the horizontal screen resolution unit and the screen resolution according to the width proportion parameter, and forming a vertical screen conversion relation corresponding to the vertical screen resolution unit and the screen resolution according to the height proportion parameter;
b3: and zooming the application interface to be displayed according to the horizontal screen conversion relation and the vertical screen conversion relation to generate a target application interface.
In the above implementation manner, the horizontal screen resolution unit and the vertical screen resolution unit can be set by the user in a user-defined manner by combining the actual service scene, and in a possible implementation manner, one horizontal screen resolution unit P can be set by the user in a user-defined manner1Setting a vertical screen resolution unit P for 1px in a self-defined manner2Is 1 px; if the height scale parameter and the width scale parameter are both 2, and the interface resolution is 960px 540px, for example, then the cross-screen transition relationship may be formed as follows: { P1＝2px、2P1＝4px、3P1＝6px……959P1＝1918px、960P11920px, the vertical screen conversion relationship is formed as follows: { P2＝2px、2P2＝4px、3P2＝6px……539P2＝1078px、540P2And zooming the application interface to be displayed according to the horizontal screen conversion relationship and the vertical screen conversion relationship, so that a corresponding pixel point in the application interface to be displayed is described through 4 pixel points arranged in a four-grid manner in the target application interface.
Specifically, in the foregoing implementation, B3 may include:
analyzing the application interface to be displayed to extract each element on the application interface to be displayed and recording the current position of each element on the application interface to be displayed;
constructing an interface canvas, wherein the current interface resolution of the interface canvas is the same as the screen resolution;
normalizing each element by using the horizontal screen resolution unit and the vertical screen resolution unit to obtain a height parameter and a width parameter of each element;
scaling each element according to the horizontal screen conversion relation, the vertical screen conversion relation and the height parameter and the width parameter which correspond to each element respectively;
determining target positions respectively corresponding to the elements after the zooming processing on the interface canvas according to the width proportion parameter, the height proportion parameter and current positions respectively corresponding to the elements;
and adding each scaled element to the interface canvas according to the target position corresponding to each scaled element to form a target application interface.
Here, each element is normalized through the determined horizontal screen resolution unit and vertical screen resolution unit to obtain the height parameter and width parameter of each element, then each element is respectively zoomed according to the horizontal screen conversion relation, the vertical screen conversion relation and the height parameter and width parameter respectively corresponding to each element, and then each element after being zoomed is added to the corresponding position on the interface canvas to form a target application interface; by respectively carrying out corresponding scaling processing on each element on the application interface to be displayed, namely carrying out corresponding proportional transformation on each element on the application interface to be displayed, the distortion degree of the formed target application interface relative to the application interface to be displayed is lower, and the display effect of the scaled target application interface and the display effect of the application interface to be displayed can be ensured to be the same.
Specifically, the normalizing each element by using the horizontal screen resolution unit and the vertical screen resolution unit to obtain the height parameter and the width parameter of each element includes:
normalizing each element through a first formula to obtain a height parameter of each element;
the first formula:
Hi＝hi/P1
normalizing each element through a second formula to obtain a width parameter of each element;
the second formula:
Wi＝wi/P2
wherein HiHeight parameter, h characterizing the ith said elementiCharacterizing the height of resolution, P, characterizing the ith said element1Characterizing the vertical screen resolution unit, WiWidth parameter, w, characterizing the ith said elementiCharacterizing the resolution width, P, of the ith said element2Characterizing the cross-screen resolution unit.
For example, if the height parameter of an element is calculated to be 2P1The width parameter is 3P2And horizontal screen resolution unit P1Is 1px, vertical screen resolution unit P2Is 1px, the horizontal screen conversion relation is formed as follows: { P1＝2px、2P1＝4px、3P1＝6px……959P1＝1918px、960P11920px, the vertical screen conversion relationship is as follows: { P2＝2px、2P2＝4px、3P2＝6px……539P2＝1078px、540P21080px, the element may be scaled to obtain a 4px by 6px element.
For example, for an element, in the application interface to be displayed, the element includes 4 pixel points, and the pixel coordinates of the four pixel points when the element is at the current position in the application interface to be displayed include: [ (1, 1), (1, 2) ], where the height ratio parameter and the width ratio parameter are both 2, for example, then, in the width direction, 4 rows of pixel points should be used to describe the element, and in the height direction, 2 rows of pixel points should be used to describe the element, and accordingly, the target position corresponding to the interface canvas should be [ (1, 1), (1, 2), (1, 3), (1, 4), (2, 1), (2, 2), (2, 3), (2, 4) ], that is, the element obtained by scaling the element should be placed in the target position formed by the aforementioned 8 pixel coordinates on the interface canvas.
In order to more clearly illustrate the technical scheme of the invention, the horizontal screen resolution unit P is set by self-definition11px, vertical screen resolution unit P2As shown in fig. 2, the resolution of the mobile terminal may be adapted specifically through the following steps:
step 201, at least one application interface to be displayed of the application program is developed with a set interface resolution and stored in a database.
The set interface resolution can be reasonably set by combining with actual business requirements, generally, the size of the set interface resolution can be 960px 540px generally, and the horizontal screen resolution unit P is set in a self-defined manner1Setting a vertical screen resolution unit P for 1px in a self-defined manner2For 1px as an example, the size of the set interface resolution can also be expressed as 960P1*540P2。
When an application interface to be displayed is developed, a corresponding resolution configuration file can be preset, and the corresponding relation between the customized horizontal screen resolution unit and the pixels and the corresponding relation between the customized vertical screen resolution unit and the pixels can be stored in the resolution configuration file.
Step 202, setting a resolution adaptation device in the mobile terminal.
Step 203, acquiring the application interface to be displayed stored by the server by using the resolution adaptation device, and determining the interface resolution of the application interface to be displayed.
And 204, determining the screen resolution of the mobile terminal by using a resolution adaptation device, and determining a height ratio parameter and a width ratio parameter according to the interface resolution and the screen resolution.
Here, the height ratio parameter refers to a ratio between a resolution height of the screen resolution and a resolution height of the interface resolution, and the width ratio parameter refers to a ratio between a resolution width of the screen resolution and a resolution width of the interface resolution; for example, if the interface resolution of the application interface to be displayed is 960px 540px and the screen resolution of the mobile terminal is 1920px 1080px, it may be determined that both the height ratio parameter and the width ratio parameter are 2.
Step 205, determining horizontal screen resolution unit and vertical screen resolution unit by using resolution adapting device.
Here, specifically, in the resolution configuration file set in the development process, the horizontal screen resolution unit and the vertical screen resolution unit may be set by a worker in a user-defined manner in combination with an actual service scenario, and in a possible implementation manner, one horizontal screen resolution unit P may be set in a user-defined manner1Setting a vertical screen resolution unit P for 1px in a self-defined manner2Is 1 px.
And step 206, forming a corresponding horizontal screen conversion relation between a horizontal screen resolution unit and the screen resolution according to the width proportion parameter and forming a corresponding vertical screen conversion relation between a vertical screen resolution unit and the screen resolution according to the height proportion parameter by using the resolution adaptation device.
Here, if the height scale parameter and the width scale parameter are both 2, and the interface resolution is 960px 540px, for example, then the cross-screen transition relationship may be formed as follows: { P1＝2px、2P1＝4px、3P1＝6px……959P1＝1918px、960P11920px, the vertical screen conversion relationship is formed as follows: { P2＝2px、2P2＝4px、3P2＝6px……539P2＝1078px、540P2＝1080px}。
And step 207, analyzing the application interface to be displayed by using the resolution adaptation device to extract each element on the application interface to be displayed, and recording the current position corresponding to each element on the application interface to be displayed.
And step 208, constructing an interface canvas by utilizing the resolution adaptation device.
And the current interface resolution of the constructed interface canvas is the same as the screen resolution.
Step 209, normalization processing is performed on each element by using the horizontal screen resolution unit and the vertical screen resolution unit to obtain a height parameter and a width parameter of each element.
Specifically, here, each element may be normalized by a first formula to obtain a height parameter of each element;
the first formula:
Hi＝hi/P1
normalizing each element through a second formula to obtain a width parameter of each element;
the second formula:
Wi＝wi/P2
wherein HiHeight parameter, h, characterizing the ith elementiCharacterizing the height of resolution, P, characterizing the ith element1Characterization vertical screen resolution unit, WiWidth parameter, w, characterizing the ith elementiCharacterizing the resolution width, P, of the ith element2The horizontal screen resolution unit is characterized.
And step 210, respectively carrying out scaling processing on each extracted element by using a resolution adaptation device according to the horizontal screen conversion relation, the vertical screen conversion relation and the height parameter and the width parameter which are respectively corresponding to each element.
For example, if the height parameter of an element is calculated to be 2P1The width parameter is 3P2And horizontal screen resolution unit P1Is 1px, vertical screen resolution unit P2Is 1px, the horizontal screen conversion relation is formed as follows: { P1＝2px、2P1＝4px、3P1＝6px……959P1＝1918px、960P11920px, the vertical screen conversion relationship is as follows: { P2＝2px、2P2＝4px、3P2＝6px……539P2＝1078px、540P21080px, the element may be scaled to obtain a 4px by 6px element.
And step 211, determining, by using a resolution adaptation device, target positions of the elements respectively corresponding to the zoom processing on the interface canvas according to the width ratio parameter, the height ratio parameter and the current positions respectively corresponding to the elements.
For example, for an element, in the application interface to be displayed, the element includes 4 pixel points, and the pixel coordinates of the four pixel points when the element is at the current position in the application interface to be displayed include: [ (1, 1), (1, 2) ], where the height ratio parameter and the width ratio parameter are both 2, for example, then, in the width direction, 4 rows of pixel points should be used to describe the element, and in the height direction, 2 rows of pixel points should be used to describe the element, and accordingly, the target position corresponding to the interface canvas should be [ (1, 1), (1, 2), (1, 3), (1, 4), (2, 1), (2, 2), (2, 3), (2, 4) ], that is, the element obtained by scaling the element should be placed in the target position formed by the aforementioned 8 pixel coordinates on the interface canvas.
And 212, adding each element after the zooming processing to an interface canvas by using a resolution adaptation device according to the target position corresponding to each element after the zooming processing so as to form a target application interface.
And step 213, providing the formed target application interface to a display device of the mobile terminal by using the resolution adaptation device so as to display the target application interface.
As shown in fig. 3, an embodiment of the present invention provides a resolution adaptation apparatus, disposed in a mobile terminal, including:
the interface obtaining module 301 is configured to obtain an application interface to be displayed, which is stored by a server, and determine an interface resolution of the application interface to be displayed;
a ratio determining module 302, configured to determine a screen resolution of the mobile terminal, and determine a height ratio parameter and a width ratio parameter according to the interface resolution and the screen resolution;
the interface processing module 303 is configured to perform scaling processing on the application interface to be displayed according to the width scale parameter and the height scale parameter to generate a target application interface, and provide the target application interface for a display device of the mobile terminal to display, where an interface resolution of the target application interface is the same as the screen resolution.
As shown in fig. 4, in an embodiment of the present invention, the interface processing module 303 includes: a unit determination unit 3031, a relationship determination unit 3032, and a conversion processing unit 3033; wherein,
the unit determining unit 3031 is configured to determine a horizontal screen resolution unit and a vertical screen resolution unit;
the relationship determining unit 3032 is configured to form a horizontal screen conversion relationship corresponding to the horizontal screen resolution unit and the screen resolution according to the width ratio parameter, and form a vertical screen conversion relationship corresponding to the vertical screen resolution unit and the screen resolution according to the height ratio parameter;
the conversion processing unit 3033 is configured to perform scaling processing on the application interface to be displayed according to the horizontal screen conversion relationship and the vertical screen conversion relationship to generate a target application interface.
In an embodiment of the present invention, the conversion processing unit 3033 includes: a parsing subunit (not shown in the drawings), a canvas construction subunit (not shown in the drawings), a normalization processing subunit (not shown in the drawings), a scaling processing subunit (not shown in the drawings), a position determination subunit (not shown in the drawings), and a canvas processing subunit (not shown in the drawings); wherein,
the analysis subunit is configured to analyze the application interface to be displayed to extract each element on the application interface to be displayed, and record a current position of each element on the application interface to be displayed;
the canvas constructing subunit is configured to construct an interface canvas, where a current interface resolution of the interface canvas is the same as the screen resolution;
the normalization processing subunit is configured to perform normalization processing on each element by using the horizontal screen resolution unit and the vertical screen resolution unit to obtain a height parameter and a width parameter of each element;
the zooming processing subunit is used for respectively zooming each element according to the horizontal screen conversion relationship, the vertical screen conversion relationship and the height parameter and the width parameter which are respectively corresponding to each element;
a position determining subunit, configured to determine, according to the width ratio parameter, the height ratio parameter, and current positions corresponding to the elements, target positions corresponding to the scaled elements on the interface canvas, respectively;
and the canvas processing subunit is configured to add each scaled element to the interface canvas according to a target position corresponding to each scaled element, so as to form a target application interface.
In an embodiment of the present invention, the normalization processing subunit is configured to perform:
normalizing each element through a first formula to obtain a height parameter of each element;
the first formula:
Hi＝hi/P1
normalizing each element through a second formula to obtain a width parameter of each element;
the second formula:
Wi＝wi/P2
wherein HiHeight parameter, h characterizing the ith said elementiCharacterizing the height of resolution, P, characterizing the ith said element1Characterizing the vertical screen resolution unit, WiWidth parameter, w, characterizing the ith said elementiCharacterizing the resolution width, P, of the ith said element2Characterizing the cross-screen resolution unit.
As shown in fig. 5, in an embodiment of the present invention, the interface processing module 303 includes: a cutting processing unit 3034, a scaling processing unit 3035 and a combination processing unit 3036; wherein,
the cutting processing unit 3034 is configured to cut the interface to be displayed into at least two image blocks, and mark a position parameter corresponding to the center of each image block in the application interface to be displayed;
the scaling unit 3035 is configured to scale each image block according to the width ratio parameter and the height ratio parameter;
and the combining and processing unit 3036 is configured to combine the scaled image blocks to form a target application interface according to the position parameters respectively corresponding to the image blocks.
As shown in fig. 6, an embodiment of the present invention provides a service system, including:
a server 601 and at least one mobile terminal 602; wherein,
each mobile terminal 602 is connected with the server 601;
each of the mobile terminals 602 is provided therein with a resolution adapting apparatus 6021 provided in any one of the embodiments of the present invention;
the server 601 is configured to provide an application interface to be displayed to each mobile terminal 602.
Because the information interaction, execution process, and other contents between the units in the device are based on the same concept as the method embodiment of the present invention, specific contents may refer to the description in the method embodiment of the present invention, and are not described herein again.
In summary, the embodiments of the present invention have at least the following advantages:
1. in an embodiment of the present invention, a resolution adaptation method is applied to a resolution adaptation device disposed in a mobile terminal, and includes obtaining an application interface to be displayed stored by a server, and determining an interface resolution of the obtained application interface to be displayed, after further determining a screen resolution of the mobile terminal, determining a height ratio parameter and a width ratio parameter according to the interface resolution and the screen resolution, and subsequently scaling the application interface to be displayed according to the width ratio parameter and the height ratio parameter to generate a target application interface with an interface resolution equal to the screen resolution, and providing the target application interface to a display device of the mobile terminal for display. In summary, according to the technical scheme provided by the invention, the corresponding scaling processing can be performed on the application interface to be displayed in the mobile terminal, so that the mobile terminal can clean and completely display the application interface to be displayed, the resolution of the mobile terminal can be adapted, the server does not need to store a duplicate application interface of the application interface to be displayed, and the resource consumption of the server is low.
2. In one embodiment of the invention, an interface to be displayed is cut into a plurality of image blocks, corresponding position parameters of the centers of the image blocks in an application interface to be displayed are marked, then the cut image blocks are respectively subjected to scaling processing according to a width proportion parameter and a height proportion parameter, and then the scaled image blocks can be combined according to the corresponding position parameters of the image blocks to form a target application interface; the pixel value of each cut image block is far lower than that of the application interface to be displayed, scaling processing is respectively carried out on each cut image block, and the image blocks subjected to scaling processing are combined to form a target application interface, so that the distortion of the target application interface can be reduced, and the display effect of the scaled target application interface is the same as that of the application interface to be displayed.
3. In one embodiment of the invention, each element is normalized through a determined horizontal screen resolution unit and a determined vertical screen resolution unit to obtain a height parameter and a width parameter of each element, each element is respectively zoomed according to a horizontal screen conversion relation, a vertical screen conversion relation and the height parameter and the width parameter which are respectively corresponding to each element, and then each element after being zoomed is added to a corresponding position on an interface canvas to form a target application interface; by respectively carrying out corresponding scaling processing on each element on the application interface to be displayed, namely carrying out corresponding proportional transformation on each element on the application interface to be displayed, the distortion degree of the formed target application interface relative to the application interface to be displayed is lower, and the display effect of the scaled target application interface and the display effect of the application interface to be displayed can be ensured to be the same.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising a" does not exclude the presence of other similar elements in a process, method, article, or apparatus that comprises the element.
Finally, it is to be noted that: the above description is only a preferred embodiment of the present invention, and is only used to illustrate the technical solutions of the present invention, and not to limit the protection scope of the present invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention shall fall within the protection scope of the present invention.
Claims (10)
1. A resolution adaptation method is applied to a resolution adaptation device arranged in a mobile terminal, and comprises the following steps:
acquiring an application interface to be displayed stored by a server, and determining the interface resolution of the application interface to be displayed;
determining the screen resolution of the mobile terminal, and determining a height ratio parameter and a width ratio parameter according to the interface resolution and the screen resolution;
and zooming the application interface to be displayed according to the width proportion parameter and the height proportion parameter to generate a target application interface, and providing the target application interface for a display device of the mobile terminal to display, wherein the interface resolution of the target application interface is the same as the screen resolution.
2. The method of claim 1,
the scaling the application interface to be displayed according to the width scale parameter and the height scale parameter to generate a target application interface, including:
determining a horizontal screen resolution unit and a vertical screen resolution unit;
forming a horizontal screen conversion relation corresponding to the horizontal screen resolution unit and the screen resolution according to the width proportion parameter, and forming a vertical screen conversion relation corresponding to the vertical screen resolution unit and the screen resolution according to the height proportion parameter;
and zooming the application interface to be displayed according to the horizontal screen conversion relation and the vertical screen conversion relation to generate a target application interface.
3. The method of claim 2,
the respectively zooming the application interface to be displayed according to the horizontal screen conversion relationship and the vertical screen conversion relationship to form a target application interface includes:
analyzing the application interface to be displayed to extract each element on the application interface to be displayed and recording the current position of each element on the application interface to be displayed;
constructing an interface canvas, wherein the current interface resolution of the interface canvas is the same as the screen resolution;
normalizing each element by using the horizontal screen resolution unit and the vertical screen resolution unit to obtain a height parameter and a width parameter of each element;
scaling each element according to the horizontal screen conversion relation, the vertical screen conversion relation and the height parameter and the width parameter which correspond to each element respectively;
determining target positions respectively corresponding to the elements after the zooming processing on the interface canvas according to the width proportion parameter, the height proportion parameter and current positions respectively corresponding to the elements;
and adding each scaled element to the interface canvas according to the target position corresponding to each scaled element to form a target application interface.
4. The method of claim 3,
the normalizing the elements by using the horizontal screen resolution unit and the vertical screen resolution unit to obtain the height parameters and the width parameters of the elements comprises the following steps:
normalizing each element through a first formula to obtain a height parameter of each element;
the first formula:
Hi＝hi/P1
normalizing each element through a second formula to obtain a width parameter of each element;
the second formula:
Wi＝wi/P2
wherein HiHeight parameter, h characterizing the ith said elementiCharacterizing the height of resolution, P, characterizing the ith said element1Characterizing the vertical screen resolution unit, WiWidth parameter, w, characterizing the ith said elementiCharacterizing the resolution width, P, of the ith said element2Characterizing the cross-screen resolution unit.
5. The method of claim 1,
the scaling the application interface to be displayed according to the width scale parameter and the height scale parameter to generate a target application interface, including:
cutting the interface to be displayed into at least two image blocks, and marking the corresponding position parameters of the centers of the image blocks in the application interface to be displayed;
scaling each image block according to the width proportion parameter and the height proportion parameter;
and combining the scaled image blocks to form a target application interface according to the position parameters respectively corresponding to the image blocks.
6. A resolution adaptation apparatus, provided in a mobile terminal, comprising:
the interface acquisition module is used for acquiring an application interface to be displayed stored by the server and determining the interface resolution of the application interface to be displayed;
the ratio determining module is used for determining the screen resolution of the mobile terminal and determining a height ratio parameter and a width ratio parameter according to the interface resolution and the screen resolution;
and the interface processing module is used for carrying out scaling processing on the application interface to be displayed according to the width proportion parameter and the height proportion parameter so as to generate a target application interface, and providing the target application interface for a display device of the mobile terminal to display, wherein the interface resolution of the target application interface is the same as the screen resolution.
7. The apparatus of claim 6,
the interface processing module comprises: a unit determination unit, a relationship determination unit, and a conversion processing unit; wherein,
the unit determining unit is used for determining a horizontal screen resolution unit and a vertical screen resolution unit;
the relation determining unit is used for forming a horizontal screen conversion relation corresponding to the horizontal screen resolution unit and the screen resolution according to the width proportion parameter, and forming a vertical screen conversion relation corresponding to the vertical screen resolution unit and the screen resolution according to the height proportion parameter;
and the conversion processing unit is used for carrying out scaling processing on the application interface to be displayed according to the horizontal screen conversion relation and the vertical screen conversion relation so as to generate a target application interface.
8. The apparatus of claim 7,
the conversion processing unit includes: the device comprises an analysis subunit, a canvas construction subunit, a normalization processing subunit, a scaling processing subunit, a position determination subunit and a canvas processing subunit; wherein,
the analysis subunit is configured to analyze the application interface to be displayed to extract each element on the application interface to be displayed, and record a current position of each element on the application interface to be displayed;
the canvas constructing subunit is configured to construct an interface canvas, where a current interface resolution of the interface canvas is the same as the screen resolution;
the normalization processing subunit is configured to perform normalization processing on each element by using the horizontal screen resolution unit and the vertical screen resolution unit to obtain a height parameter and a width parameter of each element;
the zooming processing subunit is used for respectively zooming each element according to the horizontal screen conversion relationship, the vertical screen conversion relationship and the height parameter and the width parameter which are respectively corresponding to each element;
a position determining subunit, configured to determine, according to the width ratio parameter, the height ratio parameter, and current positions corresponding to the elements, target positions corresponding to the scaled elements on the interface canvas, respectively;
and the canvas processing subunit is configured to add each scaled element to the interface canvas according to a target position corresponding to each scaled element, so as to form a target application interface.
9. The apparatus of claim 8,
the normalization processing subunit is configured to perform:
normalizing each element through a first formula to obtain a height parameter of each element;
the first formula:
Hi＝hi/P1
normalizing each element through a second formula to obtain a width parameter of each element;
the second formula:
Wi＝wi/P2
wherein HiHeight parameter, h characterizing the ith said elementiCharacterizing the height of resolution, P, characterizing the ith said element1Characterizing the vertical screen resolution unit, WiWidth parameter, w, characterizing the ith said elementiCharacterizing the resolution width, P, of the ith said element2Characterizing the cross-screen resolution unit.
10. A business system, comprising:
the system comprises a server and at least one mobile terminal; wherein,
each mobile terminal is connected with the server side;
a resolution adaptation device according to any one of claims 6 to 9 is arranged in each mobile terminal;
and the server is used for providing an application interface to be displayed for each mobile terminal.
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Application publication date: 20180803 |