CN103076943A - Icon conversion method and icon conversion device - Google Patents
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Abstract
The embodiment of the invention provides an icon conversion method and an icon conversion device, which are used for fulfilling the aim of converting a third party icon into an icon which is consistent with the style of a system interface. The icon conversion method comprises the following steps of: reading an original icon; acquiring a theme and reading a processing parameter which corresponds to the theme; and converting the original icon according to the processing parameter. According to the embodiment of the invention, original icons of third party applications can be converted in batch, so that an icon system which is consistent with the style of a mobile terminal is generated.
Description
Technical Field
The present invention relates to the field of electronic technologies, and in particular, to a method and an apparatus for converting an icon in a mobile communication system.
Background
With the continuous progress of communication electronic technology, more and more mobile terminals allow users to install third-party application programs, but since the third-party application programs are not customized for the mobile terminals, the size, the tone and the shape of the icons produced by the third parties are different and not uniform.
Because the requirement on the aesthetic degree of the system interface of the mobile terminal is higher and higher, and the icons are important elements forming the interface, the unified icon style becomes more and more important, if the icons unified with the interface theme cannot be provided, the recognition degree of the system is lower, and the aesthetic degree of the interface cannot meet the specified requirement.
The icons produced by the third party are required to uniformly customize the size, the tone and the shape of the application program icons according to the requirements of the mobile terminal, and huge manpower and material resources are required to be spent. And, subsequent extension and modification are not facilitated. Once the mobile terminal modifies the attribute setting of the icon, the icon made by the third party needs to be modified again, which causes resource waste.
Therefore, one problem that needs to be solved by those skilled in the art is: how to provide an icon conversion method, and solve the problem that the icon made by a third party is not uniform with the interface theme.
Disclosure of Invention
The invention provides an icon conversion method and an icon conversion device, which are used for achieving the purpose of converting a third-party icon into an icon which accords with the style of a system interface.
In order to solve the above problem, the present invention discloses an icon transformation method, which includes:
reading an original icon;
obtaining a theme and reading a processing parameter corresponding to the theme;
and converting the original icon according to the processing parameters.
Optionally, the processing parameters include any one or more of:
translation processing parameters, rotation processing parameters, filter processing parameters, and scaling processing parameters.
Optionally, the converting the original icon according to the processing parameter includes:
and taking the original icon as a current object, and converting the current object by using any one or a combination of several of the processing parameters.
Optionally, the converting the original icon according to the processing parameter includes:
taking the original icon as a current object, and translating the current object by using the translation processing parameter to obtain a translated icon;
and taking the translated icon as a current object, taking the center of the original icon as an origin, and rotating the current object by using the rotation processing parameters to obtain a rotated icon.
Optionally, the converting the original icon according to the processing parameter further includes:
taking the rotated icon as a current object, and filtering the current object by using the filter processing parameters to obtain a filtered icon;
or, taking the rotated icon as a current object, and zooming the current object by using the zooming processing parameter to obtain a zoomed icon.
Optionally, the translation processing parameters include a lateral offset parameter and a longitudinal offset parameter;
the converting the current object using the translation processing parameter includes:
performing left-right translation on the current object on an X axis by using the transverse offset parameter, wherein the transverse offset parameter is positive and right translation is performed, and the transverse offset parameter is negative and left translation is performed;
and translating the current object up and down on the Y axis by using the longitudinal offset parameter, wherein the longitudinal offset parameter is positive and translates downwards, and the longitudinal offset parameter translates upwards when the longitudinal offset parameter is negative.
Optionally, the rotation processing parameters include an X-axis rotation amplitude parameter, a Y-axis rotation amplitude parameter, and a Z-axis rotation amplitude parameter;
the converting the current object using the rotation processing parameters includes:
rotating the current object on an X axis by using the X axis rotation amplitude parameter and taking the center of the original icon as an origin;
rotating the current object on a Y axis by using the Y axis rotation amplitude parameter and taking the center of the original icon as an origin;
and rotating the current object on the Z axis by using the Z axis rotation amplitude parameter and taking the center of the original icon as an origin.
Optionally, the filter processing parameters include filter type parameters and filter transformation parameters, where the filter type parameters correspond to a plurality of filter transformation parameters, and the filter transformation parameters are composed of variable names and variable values;
the converting the current object using the filter processing parameters includes:
determining a filter processing type according to the theme, and selecting the filter processing parameters according to the filter processing type;
and filtering the current object according to the variable value in the filter processing parameter.
Optionally, the scaling processing parameter includes: a lateral zoom ratio, a longitudinal zoom ratio, a lateral zoom center of gravity, and a longitudinal zoom center of gravity;
the converting the current object icon by using the zoom processing parameter comprises:
according to the transverse scaling comparison, carrying out transverse scaling on the current object by taking the transverse scaling gravity center as an origin to obtain a transversely scaled icon;
and carrying out longitudinal scaling on the current object by taking the longitudinal scaling gravity center as an origin according to the longitudinal scaling ratio to obtain a longitudinally scaled icon.
Optionally, the method further comprises:
reading a background corresponding to the theme;
calculating the tone of the converted icon;
adjusting the color tone of the background corresponding to the theme according to the color tone of the converted icon;
generating a background plate according to the adjusted background;
and superposing the background board and the converted icon to obtain an icon consistent with the theme.
Optionally, after reading the processing parameter corresponding to the theme, the method further includes:
reading a fault-tolerant file corresponding to the theme, wherein the fault-tolerant file comprises the number of processing parameters, the parameter value range of the processing parameters and the type of the processing parameters;
judging whether the processing parameters corresponding to the theme are complete or not according to the number of the processing parameters in the fault-tolerant file, and judging that the processing parameters are complete when the number of the processing parameters in the fault-tolerant file is the same as the number of the processing parameters corresponding to the theme; when the number of the processing parameters in the fault-tolerant file is different from the number of the processing parameters corresponding to the theme, determining that the processing parameters are incomplete;
judging whether the processing parameter corresponding to the theme is correct or not according to the range of the processing parameter in the fault-tolerant file, and judging that the processing parameter corresponding to the theme is correct when the processing parameter belongs to the range of the processing parameter in the fault-tolerant file; when the processing parameter corresponding to the theme does not belong to the range of the processing parameter in the fault-tolerant file, determining that the processing parameter is incorrect;
and judging whether the processing parameters are effective or not according to the types of the processing parameters in the fault-tolerant file.
The invention also discloses a device for converting the icon, which comprises:
the icon reading module is used for reading the original icon;
the parameter reading module is used for acquiring a theme and reading a processing parameter corresponding to the theme;
and the conversion module is used for converting the original icon according to the processing parameters.
Optionally, the conversion module comprises:
the translation sub-module is used for taking the original icon as a current object and translating the current object by using translation processing parameters to obtain a translated icon;
the rotation sub-module is used for taking the translated icon as a current object, taking the center of the original icon as an origin, and rotating the current object by using a rotation processing parameter to obtain a rotated icon;
the filter submodule is used for taking the rotated icon as a current object and filtering the current object by using filter processing parameters to obtain a filtered icon;
and the scaling submodule is used for scaling the current object by using the scaling processing parameter by taking the rotated icon as the current object to obtain a scaled icon.
Optionally, the method further comprises:
the background reading module is used for reading the background corresponding to the theme;
a hue calculation module for calculating a hue of the converted icon;
the tone adjusting module is used for adjusting the tone of the background corresponding to the theme according to the tone of the converted icon;
a background plate generation module for generating a background plate according to the adjusted background;
and the superposition module is used for superposing the background plate and the converted icon to obtain an icon consistent with the theme.
Optionally, the method further comprises:
the fault-tolerant reading module is used for reading a fault-tolerant file corresponding to the theme after reading the processing parameters corresponding to the theme, wherein the fault-tolerant file comprises the number of the processing parameters, the parameter value range of the processing parameters and the type of the processing parameters;
the completeness judgment module is used for judging whether the processing parameters corresponding to the theme are complete or not according to the number of the processing parameters in the fault-tolerant file, and judging that the processing parameters are complete when the number of the processing parameters in the fault-tolerant file is the same as the number of the processing parameters corresponding to the theme; when the number of the processing parameters in the fault-tolerant file is different from the number of the processing parameters corresponding to the theme, determining that the processing parameters are incomplete;
the correct judgment module is used for judging whether the processing parameter corresponding to the theme is correct or not according to the range of the processing parameter in the fault-tolerant file, and judging that the processing parameter corresponding to the theme is correct when the processing parameter belongs to the range of the processing parameter in the fault-tolerant file; when the processing parameter corresponding to the theme does not belong to the range of the processing parameter in the fault-tolerant file, determining that the processing parameter is incorrect;
and the effective judgment module is used for judging whether the processing parameters are effective according to the types of the processing parameters in the fault-tolerant file.
Compared with the background art, the invention has the following technical effects:
the embodiment of the invention can convert the original icons of the third-party application programs in batches to generate the icon system conforming to the style of the mobile terminal.
Theme figure legend
FIG. 1 is a flow chart of a method for icon transformation according to an embodiment of the present invention;
FIG. 2 is a block diagram of an icon transforming apparatus according to an embodiment of the present invention;
FIG. 3 is a block diagram of a modification module according to an embodiment of the present invention;
FIG. 4 is a block diagram of a conversion module according to an embodiment of the present invention;
fig. 5 is a block diagram of another icon transforming device according to an embodiment of the present invention.
Detailed Description
In order to make the aforementioned objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in further detail below.
Referring to fig. 1, a flowchart of an icon transformation method according to the present invention is shown, and this embodiment may specifically include the following steps:
in this embodiment, the original icon may be an icon produced by a third party.
102, acquiring a theme and reading a processing parameter corresponding to the theme;
in this embodiment, a theme may be customized, and specifically, a plurality of themes may be defined, for example: simple, gorgeous, fashionable, romantic and the like. Each theme has corresponding processing parameters, and the processing parameters have specific parameter values. Also, the processing parameters or specific parameter values involved may vary from topic to topic.
It should be noted that the diversification of the icon implemented by the present embodiment can be implemented by defining multiple subjects or by modifying specific parameter values of the processing parameters of the existing subjects.
The embodiment may select from the customized themes, may determine a specific theme, for example, a brief theme, where the selected theme is the determined theme, and then read the processing parameters corresponding to the determined theme. The processing parameters may specifically include any one or more of the following: translation processing parameters, rotation processing parameters, filter processing parameters, and scaling processing parameters.
The four process parameters described above are described in detail below:
1) translation processing parameters
The translation processing parameters comprise a transverse offset parameter and a longitudinal offset parameter; the lateral offset parameter characterizes an offset in the lateral direction and the longitudinal offset parameter characterizes an offset in the longitudinal direction. Specifically, the lateral shift parameter is positive and right shift, and the lateral shift parameter is negative and left shift; the longitudinal offset parameter is positive and translates downwards, and the longitudinal offset parameter is negative and translates upwards.
2) Parameters of rotation processing
The rotation processing parameters include an X-axis rotation amplitude parameter, a Y-axis rotation amplitude parameter, and a Z-axis rotation amplitude parameter, which respectively represent rotation amplitudes on the X-axis, the Y-axis, and the Z-axis. Specifically, the current object may be rotated on the X-axis with the center of the original icon as an origin using the X-axis rotation amplitude parameter; rotating the current object on a Y axis by using the Y axis rotation amplitude parameter and taking the center of the original icon as an origin; and rotating the current object on the Z axis by using the Z axis rotation amplitude parameter and taking the center of the original icon as an origin.
3) Filter processing parameters
The filter processing parameters may specifically include filter type parameters and filter transformation parameters, wherein the filter type parameters correspond to a plurality of filter transformation parameters, and the filter transformation parameters are composed of variable names and variable values. Specifically, the filter type parameter is a string having a physical meaning, such as: mosaic, noise, and stain blu, etc. The filter transformation parameters are composed of variable names and variable values, for example radius ═ 1.2, where radius is the variable name, representing the radius; 1.2 is a variable value corresponding to the variable name radius, and represents that the radius is 1.2; similarly, pixel _ size 2 indicates that the variable name pixel size is 2.
It should be noted that the filter processing may change brightness and contrast of the icon, increase the image layer, or change RGB values of the icon, and correspond to different filter type parameters, respectively. These different filter type parameters may correspond to the same variable name, but may have different specific variable values.
4) Scaling processing parameters
The scaling processing parameters include: a lateral zoom ratio, a longitudinal zoom ratio, a lateral zoom center of gravity, and a longitudinal zoom center of gravity. During specific processing, firstly, according to the transverse scaling ratio, transverse scaling is carried out on the original image by taking the transverse scaling gravity center as an origin, so as to obtain an icon after transverse scaling; and then, according to the longitudinal scaling ratio, longitudinally scaling the transversely scaled icon by taking the longitudinal scaling gravity center as an origin to obtain a final scaled icon. Of course, the processing may also be performed according to the vertical scaling comparison icon first, and then the processing may be performed according to the horizontal scaling comparison icon, which is not limited in this embodiment.
And 104, converting the original icon according to the processing parameters. In this embodiment of the subject matter, the original icon may be used as a current object, and any one or a combination of several of the processing parameters may be used to convert the current object.
For example, combine one: converting the current object by using the translation processing parameter, the rotation processing parameter and the filter processing parameter;
combining two: and converting the current object by using the translation processing parameter, the rotation processing parameter and the scaling processing parameter.
Specifically, the implementation process of the combination unit comprises the following sub-steps:
taking the original icon as a current object, and translating the current object by using the translation processing parameter to obtain a translated icon;
because the translation processing parameters include a lateral shift parameter and a longitudinal shift parameter, the converting the current object using the translation processing parameters may specifically include:
performing left-right translation on the current object on an X axis by using the transverse offset parameter, wherein the transverse offset parameter is positive and right translation is performed, and the transverse offset parameter is negative and left translation is performed;
and translating the current object up and down on the Y axis by using the longitudinal offset parameter, wherein the longitudinal offset parameter is positive and translates downwards, and the longitudinal offset parameter translates upwards when the longitudinal offset parameter is negative.
And taking the translated icon as a current object, taking the center of the original icon as an origin, and rotating the current object by using the rotation processing parameters to obtain a rotated icon.
The rotation processing parameters comprise an X-axis rotation amplitude parameter, a Y-axis rotation amplitude parameter and a Z-axis rotation amplitude parameter;
the converting the current object using the rotation processing parameters includes:
rotating the current object on an X axis by using the X axis rotation amplitude parameter and taking the center of the original icon as an origin;
rotating the current object on a Y axis by using the Y axis rotation amplitude parameter and taking the center of the original icon as an origin;
and rotating the current object on the Z axis by using the Z axis rotation amplitude parameter and taking the center of the original icon as an origin.
It should be noted that, in a specific implementation, the translated icon may be used as a current object, and the current object is rotated on an X axis by using the X-axis rotation amplitude parameter and using the center of the original icon as an origin, so as to obtain an icon rotated on the X axis; taking the icon rotated on the X axis as a current object, and rotating the current object on a Y axis by using the Y-axis rotation amplitude parameter and taking the center of the original icon as an origin to obtain the icon rotated on the Y axis; and taking the icon rotated on the Y axis as a current object, and rotating the current object on the Z axis by using the Z axis rotation amplitude parameter and taking the center of the original icon as an origin. The icon translated in the step is firstly rotated on the X axis, then rotated on the Y axis, and finally rotated on the Z axis, and in fact, there is no sequence of rotation on the X axis, the Y axis, and the Z axis, and other implementation manners may be adopted, for example, the icon translated in the step is firstly rotated on the Z axis, then rotated on the X axis, and finally rotated on the Y axis.
It should be further noted that, when the current object is converted by using the rotation processing parameter, since the current object is rotated on the X axis, the Y axis and the Z axis, the planar icon is extended to the 3D space, so that the icon may have a 3D visual effect and be more vivid.
Taking the rotated icon as a current object, and filtering the current object by using the filter processing parameters to obtain a filtered icon;
the filter processing parameters comprise filter type parameters and filter transformation parameters, wherein the filter type parameters correspond to a plurality of filter transformation parameters, and the filter transformation parameters comprise variable names and variable values;
specifically, the current object may be filtered in the following manner:
determining a filter processing type according to the theme, and selecting the filter processing parameters according to the filter processing type;
and filtering the current object according to the variable value in the filter processing parameter.
The implementation process of the combination two comprises the following sub-steps:
taking the original icon as a current object, and translating the current object by using the translation processing parameter to obtain a translated icon;
and taking the translated icon as a current object, taking the center of the original icon as an origin, and rotating the current object by using the rotation processing parameters to obtain a rotated icon.
And taking the rotated icon as a current object, and zooming the current object by using the zooming processing parameter to obtain a zoomed icon.
The scaling processing parameters include: a lateral zoom ratio, a longitudinal zoom ratio, a lateral zoom center of gravity, and a longitudinal zoom center of gravity;
the current object may be scaled in the following manner:
according to the transverse scaling comparison, carrying out transverse scaling on the current object by taking the transverse scaling gravity center as an origin to obtain a transversely scaled icon;
and carrying out longitudinal scaling on the current object by taking the longitudinal scaling gravity center as an origin according to the longitudinal scaling ratio to obtain a longitudinally scaled icon.
It should be noted that, in the combination step, the original icon is first converted by using the translation processing parameter to obtain the translated icon, then the translated icon is converted by using the rotation processing parameter to obtain the rotated icon, and finally the rotated icon is converted by using the filter processing parameter to obtain the filtered icon, but after the filtered icon is obtained, the filtered icon may also be scaled by using the scaling processing parameter. Similarly, in the combination, the original icon is first converted by using the translation processing parameter to obtain a translated icon, then the translated icon is converted by using the rotation processing parameter to obtain a rotated icon, and finally the rotated icon is converted by using the zoom processing parameter to obtain a zoomed icon, but after the zoomed icon is obtained, the zoomed icon may be filtered by using the filter processing parameter.
In this embodiment, the original icon is used as the current object, and the current object is converted by using any one or a combination of several of the processing parameters without strict sequence, and only the current object needs to be processed according to the processing parameters corresponding to the selected theme in step 102. The processing parameters may include any one or more of translation processing parameters, rotation processing parameters, filter processing parameters, and scaling processing parameters. The current processing object may be an original icon, or a corresponding processed icon obtained after being processed by a certain processing parameter, which is not limited in the present invention.
Based on the above, in a preferred embodiment of the present invention, the method for converting icons further includes the following steps: reading a background corresponding to the theme by the theme;
after the theme is determined in step 102, the theme pack of the theme further includes a corresponding background.
Calculating the tone of the converted icon;
the hue of the icon is a general evaluation of the overall color of the icon. Hue refers to the fundamental tendency of an icon to look colored. Among the three elements of lightness, purity (saturation) and hue, a certain factor plays a dominant role and is called a certain hue. Although a plurality of colors are used for one icon, there is a general tendency to be bluish or reddish, warmer or colder, and so on. The tendency of such icons to be in color is the hue of the icon. The color tone of the icon is usually calculated according to four aspects of hue, lightness, temperature and purity, and any one of the conventional methods can be used for the specific calculation method, which is not limited in this embodiment.
Adjusting the color tone of the background corresponding to the theme according to the color tone of the converted icon;
the adjusted icon may be made to coincide with the color tone of the background by adjusting the RGB values of the modified icon.
Converting a background plate according to the adjusted background;
since the tone of the modified icon has been adjusted to be consistent with the tone of the background corresponding to the theme in substep three, the background plate converted from the adjusted background is also consistent with the theme.
And superposing the background board and the converted icon to obtain an icon consistent with the theme.
The background board and the converted icon can be overlapped by a similar layer overlapping method to obtain an icon consistent with the theme.
Through the five sub-steps, the converted icon can be ensured to be consistent with the style of the main body.
Based on the above, in another preferred embodiment of this embodiment, after the processing parameter corresponding to the theme is read, a fault tolerance processing procedure is further included, as follows:
reading a fault-tolerant file corresponding to the theme, wherein the fault-tolerant file comprises the number of processing parameters, the parameter value range of the processing parameters and the type of the processing parameters;
judging whether the processing parameters corresponding to the theme are complete or not according to the number of the processing parameters in the fault-tolerant file, and judging that the processing parameters are complete when the number of the processing parameters in the fault-tolerant file is the same as the number of the processing parameters corresponding to the theme; and when the number of the processing parameters in the fault-tolerant file is different from the number of the processing parameters corresponding to the theme, determining that the file is incomplete. For example, if the number of processing parameters in the fault-tolerant file is 5 and the number of processing parameters corresponding to the specified topic read in step 102 is 3, the two numbers are different and determined as incomplete.
Judging whether the processing parameter corresponding to the theme is correct or not according to the range of the processing parameter in the fault-tolerant file, and judging that the processing parameter corresponding to the theme is correct when the processing parameter belongs to the range of the processing parameter in the fault-tolerant file; and when the processing parameter corresponding to the theme does not belong to the range of the processing parameter in the fault-tolerant file, judging that the processing parameter is incorrect. For example, the processing parameters in the fault-tolerant file range from 0 to 20, while the processing parameters corresponding to the determined subject read in step 102 range from 25 to 30, which do not belong to the processing parameters in the fault-tolerant file, are determined to be incorrect.
And judging whether the processing parameters are effective or not according to the types of the processing parameters in the fault-tolerant file. For example, if the type of the processing parameter in the fault-tolerant file is variable, then the processing parameter should also be variable, and if the processing parameter is not variable, the processing parameter is determined to be invalid.
The fault-tolerant processing process can ensure that the processing parameters exist, are correct and effective, and avoid the problem that the modified original icon is still inconsistent with the theme due to errors of the processing parameters.
According to the embodiment of the invention, the original icon is converted by using the processing parameters corresponding to the determined theme, so that the icon consistent with the determined theme can be generated. Specifically, the icon is translated through the translation processing parameter, so that the icon is not displayed at the central position any more, and the icon is different from the icon only displayed at the central position in the prior art; by rotating the processing parameters, the icon can have a 3D visual effect and is more vivid; parameters are processed through the filter, and the style of the icon is consistent with the theme. And of course, the original icon is converted by adopting the zooming processing parameters, so that the converted icon is ensured to be consistent with the icon size required by the theme.
Moreover, the embodiment of the invention can realize the diversification of the icons. Specifically, the embodiment of the present invention may determine the theme from the various customized themes, and each theme has the corresponding processing parameter, and since different diversified themes may be customized, the theme is determined from the diversified themes, and the original icon is processed according to the processing parameter corresponding to the determined theme, so that the diversified icons may be obtained, which are consistent with the determined theme. The values of the processing parameters of the customized themes are converted to obtain more themes, the converted values of the processing parameters are used for processing the original icon, and a plurality of icons consistent with the themes after the processing parameters are converted can be obtained.
Based on the content of the above embodiments, the present invention further provides corresponding device embodiments as follows.
Referring to fig. 2, a block diagram of a structure of an icon transforming device according to the present invention is shown, and this embodiment may specifically include the following modules: an icon reading module 10, a parameter reading module 11 and a conversion module 12. Wherein,
an icon reading module 10 for reading an original icon;
in this embodiment, the original icon read by the icon reading module 10 may be an icon produced by a third party.
A parameter reading module 11, configured to obtain a theme and read a processing parameter corresponding to the theme;
a specific topic, such as a brief topic, may be determined, each topic having a topic package that includes processing parameters corresponding to the topic. The processing parameters may specifically include: translation processing parameters, rotation processing parameters, filter processing parameters, and scaling processing parameters. For a detailed description of the above four processing parameters, reference may be made to the related description in fig. 1, which is not described herein again in this embodiment.
A conversion module 12, configured to convert the original icon according to the processing parameter.
In this embodiment, the conversion module 12 may use the original icon as a current object, and convert the current object by using any one or a combination of several of the processing parameters.
As shown in fig. 3, the conversion module 12 in this embodiment may specifically include the following sub-modules:
a translation sub-module 121, a rotation sub-module 122, a filter sub-module 123, and a scaling sub-module 124, wherein,
a translation submodule 121, configured to use the original icon as a current object, and translate the current object by using the translation processing parameter, so as to obtain a translated icon;
because the translation processing parameters include a lateral shift parameter and a longitudinal shift parameter, the translation sub-module 121 uses the translation processing parameters to convert the current object, which may specifically include:
the translation sub-module 121 performs left-right translation on the current object on the X axis by using the lateral shift parameter, where the lateral shift parameter is positive and right-hand translation, and the lateral shift parameter is negative and left-hand translation;
the translation sub-module 121 uses the longitudinal shift parameter to translate the current object up and down on the Y-axis, where the longitudinal shift parameter is positive and translates down, and the longitudinal shift parameter is negative and translates up.
A rotation sub-module 122, configured to use the translated icon as a current object, use the center of the original icon as an origin, and rotate the current object by using the rotation processing parameter, so as to obtain a rotated icon;
the rotation processing parameters comprise an X-axis rotation amplitude parameter, a Y-axis rotation amplitude parameter and a Z-axis rotation amplitude parameter;
the rotation sub-module 122 may convert the current object using the rotation processing parameters in the following manner:
first, the rotation sub-module 122 uses the X-axis rotation amplitude parameter to rotate the current object on the X-axis with the center of the original icon as an origin;
secondly, the rotation sub-module 122 uses the Y-axis rotation amplitude parameter to rotate the current object on the Y-axis with the center of the original icon as the origin;
finally, the rotation sub-module 122 uses the Z-axis rotation magnitude parameter to rotate the current object on the Z-axis with the center of the original icon as the origin.
It should be noted that, the three steps are only for distinguishing different steps, and are not in sequence.
The filter submodule 123, configured to filter the current object by using the rotated icon as the current object and using the filter processing parameter to obtain a filtered icon;
and the scaling submodule 124 is configured to take the rotated icon as a current object, scale the current object by using the scaling processing parameter, and obtain a scaled icon.
The filter processing parameters comprise filter type parameters and filter transformation parameters, wherein the filter type parameters correspond to a plurality of filter transformation parameters, and the filter transformation parameters comprise variable names and variable values;
in particular, the scaling submodule 124 may filter the current object in the following manner:
firstly, determining a filter processing type according to the theme, and selecting the filter processing parameter according to the filter processing type;
and secondly, filtering the current object according to variable values corresponding to different variable names in filter transformation parameters corresponding to the filter type parameters.
As shown in fig. 4, the icon converting apparatus in this embodiment further includes the following modules:
a background reading module 13, a hue calculating module 14, a hue adjusting module 15, a background plate converting module 16, and a superimposing module 17, wherein,
a background reading module 13, configured to read a background corresponding to the theme;
a hue calculation module 14 for calculating a hue of the converted icon;
a hue adjusting module 15, configured to adjust a hue of the background corresponding to the theme according to the hue of the converted icon;
a background plate conversion module 16, configured to convert a background plate according to the adjusted background;
and the overlapping module 17 is configured to overlap the background board and the converted icon to obtain an icon consistent with the theme.
In another preferred embodiment of this embodiment, the conversion apparatus illustrated in fig. 5 further includes the following modules: a fault-tolerant reading module 18, a integrity judgment module 19, a correctness judgment module 20, and a validity judgment module 21, wherein,
a fault-tolerant reading module 18, configured to read a fault-tolerant file corresponding to the theme after the processing parameter corresponding to the theme is read, where the fault-tolerant file includes the number of processing parameters, a parameter value range of the processing parameters, and a type of the processing parameters;
a completeness judging module 19, configured to judge whether the processing parameter corresponding to the theme is complete according to the number of the processing parameters in the fault-tolerant file, and when the number of the processing parameters in the fault-tolerant file is the same as the number of the processing parameters corresponding to the theme, judge that the processing parameter is complete; when the number of the processing parameters in the fault-tolerant file is different from the number of the processing parameters corresponding to the theme, determining that the processing parameters are incomplete;
a correct judging module 20, configured to judge whether the processing parameter corresponding to the theme is correct according to a range of the processing parameter in the fault-tolerant file, and when the processing parameter corresponding to the theme belongs to the range of the processing parameter in the fault-tolerant file, determine that the processing parameter is correct; when the processing parameter corresponding to the theme does not belong to the range of the processing parameter in the fault-tolerant file, determining that the processing parameter is incorrect;
and the valid judgment module 21 is configured to judge whether the processing parameter is valid according to the type of the processing parameter in the fault-tolerant file.
According to the embodiment of the invention, the original icon is converted by using the processing parameters corresponding to the determined theme, so that the icon consistent with the determined theme can be generated. Specifically, the translation sub-module 121 translates the icon through the translation processing parameter, so that the icon is no longer displayed at the center position, which is different from the prior art that the icon is only displayed at the center position; the rotation sub-module 122 enables the icon to have a 3D visual effect by rotating the processing parameters, so that the icon is more vivid; the filter submodule 123 ensures that the style of the icon is consistent with the theme by processing the parameters through the filter. Of course, the scaling sub-module 124 converts the original icon by using the scaling parameters, so as to ensure that the converted icon is consistent with the icon size required by the theme.
For the apparatus embodiment, since it is substantially similar to the method embodiment, the description is relatively simple, and the relevant points can be referred to the partial description of the method embodiment in fig. 1.
Based on the above, embodiments of the present invention also provide a computer-readable recording medium having recorded thereon a program for executing the above-described icon transforming method. The icon transformation method may refer to the contents of the embodiment in fig. 1.
The computer-readable recording medium includes any mechanism for storing or transmitting information in a form readable by a computer (e.g., a computer). For example, a machine-readable medium includes Read Only Memory (ROM), Random Access Memory (RAM), magnetic disk storage media, optical storage media, flash memory media, electrical, optical, acoustical or other form of propagated signals (e.g., carrier waves, infrared signals, digital signals, etc.), and others.
In addition, another embodiment of the present invention further provides a non-volatile readable storage medium, in which one or more modules (programs) are stored, where the one or more modules may be described with reference to the modules in each of the apparatus embodiments in fig. 2 to 5. The one or more modules, when applied to a device having a touch screen, may cause the device to perform the following steps (instructions):
reading an original icon;
obtaining a theme and reading a processing parameter corresponding to the theme;
and converting the original icon according to the processing parameters.
Theme
The embodiments in the present specification are described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same and similar parts among the embodiments are referred to each other.
As is readily imaginable to the person skilled in the art: any combination of the above embodiments is possible, and thus any combination between the above embodiments is an embodiment of the present application, but the present disclosure is not necessarily detailed herein for reasons of space.
As will be appreciated by one skilled in the art, embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the application. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
While the preferred embodiments of the present application have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. Therefore, it is intended that the appended claims be interpreted as including preferred embodiments and all alterations and modifications as fall within the scope of the application.
The icon transformation method and the icon transformation device provided by the present invention are described in detail above, and the principle and the implementation of the present invention are explained in the present document by applying specific examples, and the description of the above examples is only used to help understanding the method and the core idea of the present invention; meanwhile, for a person skilled in the art, according to the idea of the present invention, there may be variations in the specific embodiments and the application scope, and in summary, the content of the present specification should not be construed as a limitation to the present invention.
Claims (15)
1. A method for converting an icon, comprising:
reading an original icon;
obtaining a theme and reading a processing parameter corresponding to the theme;
and the theme converts the original icon according to the processing parameters.
2. The method of claim 1, wherein the processing parameters include any one or more of:
translation processing parameters, rotation processing parameters, filter processing parameters, and scaling processing parameters.
3. The method of claim 2, wherein said transforming said original icon according to said processing parameters comprises:
and taking the original icon as a current object, and converting the current object by using any one or a combination of several of the processing parameters.
4. The method of claim 2, wherein said transforming said original icon according to said processing parameters comprises:
taking the original icon as a current object, and translating the current object by using the translation processing parameter to obtain a translated icon;
and taking the translated icon as a current object, taking the center of the original icon as an origin, and rotating the current object by using the rotation processing parameters to obtain a rotated icon.
5. The method of claim 4, wherein said transforming said original icon in accordance with said processing parameters further comprises:
taking the rotated icon as a current object, and filtering the current object by using the filter processing parameters to obtain a filtered icon;
or, taking the rotated icon as a current object, and zooming the current object by using the zooming processing parameter to obtain a zoomed icon.
6. The method according to claim 3 or 4, characterized in that:
the translation processing parameters comprise a transverse offset parameter and a longitudinal offset parameter;
the converting the current object using the translation processing parameter includes:
performing left-right translation on the current object on an X axis by using the transverse offset parameter, wherein the transverse offset parameter is positive and right translation is performed, and the transverse offset parameter is negative and left translation is performed;
and translating the current object up and down on the Y axis by using the longitudinal offset parameter, wherein the longitudinal offset parameter is positive and translates downwards, and the longitudinal offset parameter translates upwards when the longitudinal offset parameter is negative.
7. The method according to claim 3 or 4, characterized in that:
the rotation processing parameters comprise an X-axis rotation amplitude parameter, a Y-axis rotation amplitude parameter and a Z-axis rotation amplitude parameter;
the converting the current object using the rotation processing parameters includes:
rotating the current object on an X axis by using the X axis rotation amplitude parameter and taking the center of the original icon as an origin;
rotating the current object on a Y axis by using the Y axis rotation amplitude parameter and taking the center of the original icon as an origin;
and rotating the current object on the Z axis by using the Z axis rotation amplitude parameter and taking the center of the original icon as an origin.
8. The method according to claim 3 or 5, characterized in that:
the filter processing parameters comprise filter type parameters and filter transformation parameters, wherein the filter type parameters correspond to a plurality of filter transformation parameters, and the filter transformation parameters comprise variable names and variable values;
the converting the current object using the filter processing parameters includes:
determining a filter processing type according to the theme, and selecting the filter processing parameters according to the filter processing type;
and filtering the current object according to the variable value in the filter processing parameter.
9. The method according to claim 3 or 5, characterized in that:
the scaling processing parameters include: a lateral zoom ratio, a longitudinal zoom ratio, a lateral zoom center of gravity, and a longitudinal zoom center of gravity;
the converting the current object icon by using the zoom processing parameter comprises:
according to the transverse scaling comparison, carrying out transverse scaling on the current object by taking the transverse scaling gravity center as an origin to obtain a transversely scaled icon;
and carrying out longitudinal scaling on the current object by taking the longitudinal scaling gravity center as an origin according to the longitudinal scaling ratio to obtain a longitudinally scaled icon.
10. The method of claim 1, wherein the theme further comprises:
reading a background corresponding to the theme;
calculating the tone of the converted icon;
adjusting the color tone of the background corresponding to the theme according to the color tone of the converted icon;
generating a background plate according to the adjusted background;
and superposing the background board and the converted icon to obtain an icon consistent with the theme.
11. The method of claim 1, wherein after reading the processing parameter corresponding to the subject, further comprising:
reading a fault-tolerant file corresponding to the theme, wherein the fault-tolerant file comprises the number of processing parameters, the parameter value range of the processing parameters and the type of the processing parameters;
judging whether the processing parameters corresponding to the theme are complete or not according to the number of the processing parameters in the fault-tolerant file, and judging that the processing parameters are complete when the number of the processing parameters in the fault-tolerant file is the same as the number of the processing parameters corresponding to the theme; when the number of the processing parameters in the fault-tolerant file is different from the number of the processing parameters corresponding to the theme, determining that the processing parameters are incomplete;
judging whether the processing parameter corresponding to the theme is correct or not according to the range of the processing parameter in the fault-tolerant file, and judging that the processing parameter corresponding to the theme is correct when the processing parameter belongs to the range of the processing parameter in the fault-tolerant file; when the processing parameter corresponding to the theme does not belong to the range of the processing parameter in the fault-tolerant file, determining that the processing parameter is incorrect;
and judging whether the processing parameters are effective or not according to the types of the processing parameters in the fault-tolerant file.
12. An apparatus for icon transformation, comprising:
the icon reading module is used for reading the original icon;
the parameter reading module is used for acquiring a theme and reading a processing parameter corresponding to the theme;
and the conversion module is used for converting the original icon according to the processing parameters.
13. The apparatus of claim 12, wherein the conversion module comprises:
the translation sub-module is used for taking the original icon as a current object and translating the current object by using translation processing parameters to obtain a translated icon;
the rotation sub-module is used for taking the translated icon as a current object, taking the center of the original icon as an origin, and rotating the current object by using a rotation processing parameter to obtain a rotated icon;
the filter submodule is used for taking the rotated icon as a current object and filtering the current object by using filter processing parameters to obtain a filtered icon;
and the scaling submodule is used for scaling the current object by using the scaling processing parameter by taking the rotated icon as the current object to obtain a scaled icon.
14. The apparatus of claim 12, further comprising:
the background reading module is used for reading the background corresponding to the theme;
a hue calculation module for calculating a hue of the converted icon;
the tone adjusting module is used for adjusting the tone of the background corresponding to the theme according to the tone of the converted icon;
a background plate generation module for generating a background plate according to the adjusted background;
and the superposition module is used for superposing the background plate and the converted icon to obtain an icon consistent with the theme.
15. The apparatus of claim 12, further comprising:
the fault-tolerant reading module is used for reading a fault-tolerant file corresponding to the theme after reading the processing parameters corresponding to the theme, wherein the fault-tolerant file comprises the number of the processing parameters, the parameter value range of the processing parameters and the type of the processing parameters;
the completeness judgment module is used for judging whether the processing parameters corresponding to the theme are complete or not according to the number of the processing parameters in the fault-tolerant file, and judging that the processing parameters are complete when the number of the processing parameters in the fault-tolerant file is the same as the number of the processing parameters corresponding to the theme; when the number of the processing parameters in the fault-tolerant file is different from the number of the processing parameters corresponding to the theme, determining that the processing parameters are incomplete;
the correct judgment module is used for judging whether the processing parameter corresponding to the theme is correct or not according to the range of the processing parameter in the fault-tolerant file, and judging that the processing parameter corresponding to the theme is correct when the processing parameter belongs to the range of the processing parameter in the fault-tolerant file; when the processing parameter corresponding to the theme does not belong to the range of the processing parameter in the fault-tolerant file, determining that the processing parameter is incorrect;
and the effective judgment module is used for judging whether the processing parameters are effective according to the types of the processing parameters in the fault-tolerant file.
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