WO2012100700A1 - 一种实现多种显示模式通用图标的方法与装置 - Google Patents

一种实现多种显示模式通用图标的方法与装置 Download PDF

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Publication number
WO2012100700A1
WO2012100700A1 PCT/CN2012/070524 CN2012070524W WO2012100700A1 WO 2012100700 A1 WO2012100700 A1 WO 2012100700A1 CN 2012070524 W CN2012070524 W CN 2012070524W WO 2012100700 A1 WO2012100700 A1 WO 2012100700A1
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Prior art keywords
icon
mask layer
mode
original image
original
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PCT/CN2012/070524
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English (en)
French (fr)
Inventor
黎志云
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腾讯科技(深圳)有限公司
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Priority to EP12739513.5A priority Critical patent/EP2669792B1/en
Publication of WO2012100700A1 publication Critical patent/WO2012100700A1/zh
Priority to US13/826,902 priority patent/US20130201204A1/en

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Classifications

    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06TIMAGE DATA PROCESSING OR GENERATION, IN GENERAL
    • G06T11/002D [Two Dimensional] image generation
    • G06T11/001Texturing; Colouring; Generation of texture or colour
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0481Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
    • G06F3/04817Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance using icons
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00Arrangements for program control, e.g. control units
    • G06F9/06Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/44Arrangements for executing specific programs
    • G06F9/451Execution arrangements for user interfaces

Definitions

  • the present invention relates to image processing techniques, and more particularly to a method and apparatus for implementing a plurality of display mode general icons. Background of the invention
  • Terminal devices especially mobile terminal devices, often operate in different environments, such as outdoor environments, indoor environments, daytime environments, and nighttime environments, etc., in order to enable the icon (Icon) displayed on the display screen of the terminal device to adapt to the user.
  • the comfort requirements of different environments need to be adapted to different environments, and provide users with icons adapted to different display modes. For example, when in the daytime environment, the icon of the normal mode is required, and in the nighttime environment, the night mode is required. icon.
  • multiple sets of skins that need to be applied to different environments, each set of skins corresponding to a specific environment or display mode, containing multiple icons.
  • the following is an example of an icon of an existing mobile terminal in a normal mode and a night mode.
  • FIG. 1 is a schematic diagram showing the structure of an icon of a normal mobile terminal in a normal mode display
  • FIG. 2 is a schematic diagram showing the structure of an icon of a nighttime mode display of the existing mobile terminal. Since the user's icon browsing requirement in the normal mode is different from that in the night mode, in the normal mode, the icon only needs to consider that the user can normally recognize and use, and in the night mode, the icon not only needs to be recognized, but also needs to be recognized. Also consider the comfort of the user's eyes, so that the icon can not be glaring, the color should be gentle, and blend with the dark environment.
  • the pictures required to generate the display icons are different, and it is necessary to operate based on the pictures processed by the respective different processes.
  • the streaming network graphics cannot be used at this stage. More than 24 transparent images of the format (PNG, Portable Network Graphic Format) to realize the transparency and shadow of some icons and pictures on the mobile terminal software. Therefore, to present multiple sets of skins, it is necessary to store corresponding sets of pictures. That is, you need to provide a set of corresponding mask layers for each set of translucent or transparent display icons.
  • PNG Portable Network Graphic Format
  • the software A skin installation package contains 80 images.
  • you need to add new skin you should cut the picture corresponding to the newly added skin and its corresponding mask.
  • the generation of the normal mode display icon and the night mode display icon will be described below by taking the setting icons in FIGS. 1 and 2 as an example.
  • FIG. 3 a schematic flowchart of a method for generating an icon in a normal mode is generated, and the process includes:
  • Step 301 preset a normal mode original icon and store it
  • Step 302 Perform color adjustment on the normal mode original icon to obtain a normal mode mask layer icon and store it;
  • the normal mode icon is color-adjusted and processed to obtain the normal mode mask layer icon.
  • the background is set to pure black, the color value is #000000, and black is defined as fully transparent.
  • the foregoing steps 301 to 302 are performed on the network side.
  • the network side is packaged as a skin installation package and delivered to the mobile terminal side.
  • Step 303 Perform a code operation on the normal mode original icon and the normal mode mask layer icon to obtain a normal mode display icon.
  • the mobile terminal receives the skin installation package, and performs the code operation on the normal mode original icon and the normal mode mask layer icon, that is, the gray in the mask is used to achieve the translucent effect, so that the original icon is transparent and the background Fusion, to get a transparent transparent background layer icon with 256 color channels, which is presented to the normal mode display icon that the user can directly see.
  • FIG. 4 a schematic diagram of an existing generation normal mode display icon "Setting” is shown.
  • A is a normal mode mask layer icon
  • B is a normal mode original icon
  • C is a normal mode display icon.
  • the display icon generation process is similar to that of FIG. 3. Different from FIG. 3, since the night mode display icon considers different factors, it is necessary to perform color adjustment on the normal mode original image icon, and the screenshot is acquired for nighttime.
  • the mask icon of the mode icon and the original icon, and the obtained night mode original icon and the night mode mask layer icon are coded to obtain a night mode display icon.
  • FIG. 5 a schematic diagram of an existing generation night mode display icon "Settings" is shown.
  • D is a night mode mask layer icon
  • E is a night mode original icon
  • F is a night mode display icon.
  • a and D is that the color of the icon is adjusted and the degree of processing is different.
  • B and E is also that the color of the icon is adjusted and the degree of processing is different.
  • the existing method for generating the normal mode display icon and the night mode display icon needs to perform color adjustment on the image, and respectively perform the cut image to obtain the corresponding original image icon and the mask layer icon, and then the code is performed by the mobile terminal.
  • the operation obtains the display icon in the skin, so that the number of pictures included in the skin installation package is large, and the memory of the mobile terminal needs to be consumed. At the same time, the capacity of the installation package is large, which increases the overhead of wireless resource downloading and the user cost.
  • the main object of the present invention is to provide a method for implementing a plurality of display mode universal icons, which reduces the number of pictures included in the skin installation package and reduces the user download cost.
  • Another object of the present invention is to provide an apparatus for implementing a plurality of display mode universal icons, which reduces the number of pictures included in the skin installation package and reduces the user download cost.
  • the present invention provides a method for implementing a plurality of display mode universal icons, the method comprising:
  • the original icon is separately translucently processed to obtain a mask layer icon that meets the requirements of each display mode
  • the original image icon and the translucent processed mask layer icon are packaged as a skin installation package, and the skin installation package is issued.
  • the method further includes:
  • the mobile terminal receives the skin installation package, and performs code calculation on the original image icon and the mask layer icon corresponding to each display mode to obtain a display icon corresponding to each display mode.
  • the original image background is set to pure white, and white is defined as fully transparent.
  • the display mode includes a normal mode as well as a night mode.
  • the translucent processing of the original icon icons includes:
  • the stored original image icon adjust the transparency of the original image icon, so that the image effect meets the requirements of the user to view the image in the night mode, and obtain the night mode mask layer icon, the background is set to pure black, and the image is translucent gray. .
  • the pictures in the skin installation package include: an original image icon, a normal mode mask layer icon, and a night mode mask layer icon.
  • the original image icon is read from the skin installation package, and the normal mode mask layer icon corresponding to the original image icon is translucently processed, and the code operation is performed to obtain a normal mode display icon;
  • the original image icon is read from the skin installation package, and the night mode mask layer icon corresponding to the original image icon is translucently processed, and the code operation is performed to obtain a night mode display icon.
  • An apparatus for implementing a plurality of display mode common icons comprising: an original image icon storage module, a display mode policy storage module, a mask layer icon processing module, and a package module, wherein
  • the original icon storage module is configured to store an original icon of the acquired bitmap format
  • the display mode policy storage module is configured to store each display mode policy preset
  • the mask layer icon processing module is configured to perform translucent processing on the original image icons read from the original image icon storage module according to each display mode policy stored by the display mode policy storage module, to obtain The mask layer icon required by the display mode is output to the sealed module;
  • the encapsulation module is configured to perform encapsulation and delivery according to the original image icon stored by the original icon storage module and the received mask layer icon.
  • the mask layer icon processing module includes: a normal mode mask layer icon processing submodule and a night mode mask layer icon processing submodule, wherein
  • the normal mode mask layer icon processing submodule is configured to perform translucent processing on the original icon read from the original icon storage module according to the normal display mode policy stored by the display mode policy storage module. a normal mode mask layer icon, output to the package module;
  • the nighttime mode mask layer icon processing submodule is configured to perform translucent processing on the original image icon read from the original image icon storage module according to the nighttime display mode policy stored by the display mode policy storage module. Night mode mask layer icon, output to the package Module.
  • the present invention provides a method and a device for implementing a plurality of display mode universal icons, and presets an original image icon in a bitmap format; and respectively transacts the original image icons according to a preset display mode. Processing, obtaining a mask layer icon that meets the requirements of each display mode; encapsulating the original image icon and the translucent processing mask layer icon into a skin installation package and delivering the image.
  • the mask layer icons of the plurality of display modes can be transparently processed based on the original image icons, and the original image icons of the plurality of display modes can share the same icon, thereby Reduce the number of pictures in the software installation package, effectively reducing the cost of user downloads.
  • FIG. 1 is a schematic diagram showing the structure of an icon of a normal mobile terminal in a normal mode display.
  • FIG. 2 is a schematic diagram showing the structure of an icon of a night mode display of an existing mobile terminal.
  • FIG. 3 is a schematic flow chart of a method for generating a normal mode display icon.
  • Figure 4 is a schematic diagram of the existing generation normal mode display icon "Settings”.
  • Figure 5 is a schematic diagram of the existing generated night mode display icon "Settings”.
  • FIG. 6 is a schematic flow chart of a method for implementing a plurality of display mode common icons according to an embodiment of the present invention.
  • FIG. 7 is a schematic diagram of generating a normal mode display icon "Setting” according to an embodiment of the present invention.
  • FIG. 8 is a schematic diagram of generating a night mode display icon “Setting” according to an embodiment of the present invention.
  • FIG. 9 is a schematic structural diagram of an apparatus for implementing a plurality of display mode common icons according to an embodiment of the present invention. Mode for carrying out the invention
  • a bitmap (BMP, Bitmap) file is a hardware file-independent image file format, and the BMP gray is semi-transparent, based on the same BMP original icon, by changing the BMP original icon. Transparency, the brightness of the icon suitable for different modes is obtained, so that the original image icon does not need to be color-adjusted, cut, and the like, and the user can also browse the display icons of different modes.
  • FIG. 6 is a schematic flowchart of a method for implementing multiple display mode common icons according to an embodiment of the present invention, where the process includes:
  • Step 601 preset an original icon in a BMP format
  • Step 602 Perform translucent processing on the original icon according to the preset display mode to obtain a mask layer icon that meets the requirements of each display mode.
  • the preset display modes include the normal mode and the night mode.
  • the preset display modes include the normal mode and the night mode.
  • the user's needs change and the user's comfort improves more modes can be set, and each display mode is for the picture.
  • the requirements are all predetermined.
  • performing translucent processing on the original image icons specifically includes:
  • the user requests the browsing picture to obtain the night mode mask layer icon.
  • the background is set to pure black, the color value is #000000, and the picture is gray for translucent processing. That is to say, the gray between white and black is defined as translucent, and the different color depths of gray have different transparency characteristics.
  • the original image icon in the normal mode that is, the stored original image icon, is used. Then adjust the transparency of the original icon to suit the brightness of the icon displayed in night mode. Then, the icon that adjusts the transparency is processed. For example, if black is set to be opaque and white is fully transparent, then the icon with transparency adjusted. Perform a white color fill, add a black layer behind it, and get a gray mask. In night mode, you only need to use the gray mask to achieve the corresponding icon transparency.
  • the original image icon and the mask layer icon obtained by translucent processing can be stored.
  • step 603 the icon of the original image and the mask of the translucent processing are encapsulated into a skin installation package and delivered.
  • the pictures in the skin installation package include: the original image icon, the normal mode mask layer icon, and the night mode mask layer icon, and different icons can be distinguished by the logo.
  • the original icon in the night mode is reduced.
  • w is the number of sets of images contained in the skin installation package containing the "mode"
  • the number of sets of pictures included is three sets, that is, a set of original icon icons, a normal mode mask layer icon, and A set of night mode mask layer icons
  • the set number of pictures included is 4 sets, that is, the normal mode original icon set, the night mode original icon
  • a set of normal mode mask layer icons and a night mode mask layer icon reduce the number of night mode icons, which can reduce the amount of images by a quarter. That is to say, if the display mode included in the skin installation package is one, the size of the skin installation package is the same as that of the prior art, and the package installation mode includes two or more skin installation packages, which can be greatly reduced. The capacity of the skin installation package.
  • the mobile terminal After receiving the skin installation package, the mobile terminal further includes:
  • Step 604 Receive a skin installation package, and perform code operation on the mask icon corresponding to the display mode, and obtain a display icon corresponding to the display mode.
  • the gray in the mask is used to achieve the translucent effect, so that the icon is transparent and merged with the background to obtain a transparent transparent background containing 256 color channels.
  • the layer icon that is, the display icon corresponding to the display mode that the user can directly see.
  • the original image icon is read from the skin installation package, and the normal image mask layer icon corresponding to the original image icon is translucently processed, and the code operation is performed to obtain the normal mode display icon, that is, presented to the user.
  • the original image icon is read from the skin installation package, and the night image mask layer icon corresponding to the original image icon is translucently processed, and the code operation is performed to obtain a night mode display icon, which is presented to the user directly.
  • Night mode display icon For the night mode, the original image icon is read from the skin installation package, and the night image mask layer icon corresponding to the original image icon is translucently processed, and the code operation is performed to obtain a night mode display icon, which is presented to the user directly.
  • Night mode display icon is
  • FIG. 7 a schematic diagram of generating a normal mode display icon "setting" according to an embodiment of the present invention is shown.
  • A is the normal mode mask layer icon
  • B is the original image icon
  • C is the normal mode display icon.
  • the normal mode mask layer icon in FIG. 7 is obtained by translucent processing through the original icon
  • the normal mode mask layer icon in FIG. 4 is color processed and cut through the original icon. get.
  • FIG. 8 a schematic diagram of generating a night mode display icon "Setting” is shown in the embodiment of the present invention.
  • G is a night mode mask layer icon
  • B is an original icon
  • F is a night mode display icon.
  • the night mode mask layer icon in FIG. 8 is obtained by translucent processing through the original icon, and the night mode original icon and the normal mode original icon share the same icon, and the night mode in FIG.
  • the mask layer icon and the night mode original icon are color processed and cut through the normal mode original icon.
  • the original image icon of the BMP format is preset and stored; according to the preset display mode, the original icon is separately translucently processed to obtain a display conforming to each display.
  • the mask layer icon required by the mode is stored; the stored original image icon and the translucent processing mask layer icon are encapsulated into a skin installation package and delivered.
  • the mask mode icons of the night mode and the day mode can be obtained by transparent processing based on the original icon, and the original icon of the night mode can share the day mode.
  • the original icon reduces the number of pictures in the software installation package, reduces the capacity of the installation package, saves wireless network resource overhead, and effectively reduces the cost of user downloads. At the same time, it also avoids the excessive consumption of pictures, the running memory of the mobile terminal, and the ease of program use.
  • a schematic diagram of a device structure for implementing a plurality of display mode common icons includes: an original icon storage module, a display mode policy storage module, a mask layer icon processing module, and a package module, where
  • the original icon storage module is configured to store the acquired original image icon of the BMP format;
  • the display mode policy storage module is configured to store each display mode policy set in advance;
  • the display mode policy is the correspondence between the display icon finally obtained by the code operation and the transparency of the original icon icon, that is, the translucent processing is performed on the original icon according to the corresponding relationship, and finally, the code operation is obtained.
  • the display icon can meet the user's comfort needs.
  • the mask layer icon processing module is configured to perform translucent processing on the original image icons read from the original icon storage module according to each display mode policy stored in the display mode policy storage module, to obtain a mask conforming to each display mode requirement. Layer icon, output to the package module;
  • the encapsulation module is configured to be encapsulated and delivered according to the original icon stored in the original icon storage module and the received mask layer icon.
  • the mobile terminal After receiving the skin installation package, the mobile terminal codes the original icon and the mask layer icon corresponding to the display mode to obtain a display icon corresponding to the display mode.
  • the mask layer icon processing module includes: a normal mode mask layer icon processing submodule and a night mode mask layer icon processing submodule, where
  • the normal mode mask layer icon processing submodule is configured to perform translucent processing on the original icon read from the original icon storage module according to the normal display mode policy stored by the display mode policy storage module, to obtain a normal mode mask layer icon. , output to the package module;
  • the night mode mask layer icon processing sub-module is configured to perform translucent processing on the original icon read from the original icon storage module according to the night display mode policy stored by the display mode policy storage module, to obtain a night mode mask layer icon. , output to the package module.

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Abstract

本发明公开了一种实现多种显示模式通用图标的方法及装置。预先设置位图格式的原图图标;根据预先设置的显示模式,对原图图标分别进行半透明处理,得到符合各显示模式要求的遮罩层图标;将原图图标与半透明处理得到的遮罩层图标封装为皮肤安装包,下发皮肤安装包。应用本发明,可以减少皮肤安装包里包含的图片数量、降低用户下载成本。

Description

一种实现多种显示模式通用图标的方法与装置 技术领域
本发明涉及图像处理技术, 特别涉及一种实现多种显示模式通用图 标的方法与装置。 发明背景
终端设备, 尤其是移动终端设备, 经常运行在不同的环境中, 例如, 户外环境、 户内环境、 白天环境以及夜间环境等, 为了使终端设备显示 屏幕上显示的图标(Icon ) 能够适应用户在不同环境的舒适性需求, 需 要针对不同的环境, 为用户提供适应不同显示模式下的图标, 例如, 当 处于白天环境时, 需要采用正常模式的图标, 而处于夜间环境时, 需要 采用夜间模式的图标。也就是说,需要准备应用于不同环境的多套皮肤, 每套皮肤对应一种特定的环境或显示模式, 包含多个图标。
下面以现有移动终端在正常模式以及夜间模式下的图标为例进行说 明。
参见图 1和图 2, 图 1为现有移动终端正常模式显示的图标结构示 意图, 图 2为现有移动终端夜间模式显示的图标结构示意图。 由于用户 对正常模式下的图标浏览要求与夜间模式下不一样, 在正常模式下, 图 标只需考虑用户能够正常的识别、 运用即可, 而在夜间模式下, 图标不 仅需要保证能正常识别, 还要考虑用户眼睛的舒适性, 使得图标不能刺 眼、 颜色要温和, 与黑暗的大环境融合。 这样, 使得生成显示图标所需 的图片也不一样, 需要基于各自不同处理的图片进行操作, 而且, 由于 移动终端系统自身性能及开发工具的问题, 现阶段不能用流式网络图形 格式( PNG, Portable Network Graphic Format )的 24位以上全透明的图 像来实现一些图标与图片在移动终端软件上的透明和阴影, 因此, 要呈 现多套皮肤, 则需要存储对应的多套图片, 也就是说, 需要为每套实现 半透明或透明的显示图标提供一套相对应的遮罩层。 例如, 如果软件 A 皮肤的图片切好图后, 有 40 张图片需要用到透明和半透明, 则为了达 到用户界面(UI, User Interface )设计效果, 需要为该 40张图片提供一 套相对应的遮罩, 用于生成显示图标, 因而, 该软件 A皮肤的安装包里 包含 80 张图片。 当然, 如果需要增加新的皮肤, 则要切与新增皮肤相 对应颜色的图片及其对应的遮罩。
以下以图 1和图 2中的设置图标为例, 对生成正常模式显示图标以 及夜间模式显示图标分别进行说明。
参见图 3 , 为现有生成正常模式显示图标的方法流程示意图, 该流 程包括:
步骤 301 , 预先设置正常模式原图图标并存储;
本步骤中,将正常模式原图图标背景设置为纯白,即颜色值为 #ffffff, 并定义白色为不透明。
步骤 302 , 对正常模式原图图标进行颜色调整得到正常模式遮罩 ( Mask )层图标并存储;
本步骤中, 对正常模式原图图标进行颜色调整、 处理, 得到正常模 式遮罩层图标, 背景设置为纯黑, 颜色值为 #000000, 并定义黑色为全 透明。
上述步骤 301 ~步骤 302在网络侧执行, 在得到相关显示模式的相 关处理图片后, 网络侧封装为皮肤安装包, 并下发至移动终端侧。
步骤 303 , 将正常模式原图图标与正常模式遮罩层图标进行代码运 算, 得到正常模式显示图标。 本步骤中, 移动终端接收皮肤安装包, 将正常模式原图图标与正常 模式遮罩层图标进行代码运算后, 即利用遮罩中的灰色来实现半透明效 果, 使得原图图标透明后与背景融合, 得到透明的含有 256色通道的透 明背景图层图标, 即呈现给用户直接能够看到的正常模式显示图标。
参见图 4, 为现有生成正常模式显示图标 "设置" 的示意图, 图中, A为正常模式遮罩层图标, B为正常模式原图图标, C为正常模式显示 图标。
对于夜间模式, 其显示图标生成流程与图 3相类似, 与图 3不同的 是, 由于夜间模式显示图标考虑的因素不同, 需要再对正常模式原图图 标进行颜色调整, 截图, 获取用于夜间模式图标的遮罩层图标以及原图 图标, 并将获取的夜间模式原图图标与夜间模式遮罩层图标进行代码运 算, 得到夜间模式显示图标。
参见图 5, 为现有生成夜间模式显示图标 "设置" 的示意图, 图中, D为夜间模式遮罩层图标, E为夜间模式原图图标, F为夜间模式显示 图标。 其中, A与 D的区别在于图标颜色调整、 处理的程度不同, B与 E的区别也在于图标颜色调整、 处理的程度不同。
由上述可见, 现有生成正常模式显示图标以及夜间模式显示图标的 方法, 需要对图片进行颜色调整, 并分别进行切图获取相应的原图图标 以及遮罩层图标, 然后再由移动终端进行代码运算得到皮肤中的显示图 标, 使得皮肤安装包里包含的图片数量多, 需要消耗移动终端较多的内 存; 同时, 安装包的容量大, 增加了无线资源下载的开销以及用户成本。 发明内容
有鉴于此, 本发明的主要目的在于提出一种实现多种显示模式通用 图标的方法, 减少皮肤安装包里包含的图片数量、 降低用户下载成本。 本发明的另一目的在于提出一种实现多种显示模式通用图标的装 置, 减少皮肤安装包里包含的图片数量、 降低用户下载成本。
为达到上述目的, 本发明提供了一种实现多种显示模式通用图标的 方法, 该方法包括:
预先设置位图格式的原图图标;
根据预先设置的显示模式, 对原图图标分别进行半透明处理, 得到 符合各显示模式要求的遮罩层图标;
将原图图标与半透明处理得到的遮罩层图标封装为皮肤安装包, 下 发皮肤安装包。
所述下发安装包之后, 该方法进一步包括:
移动终端接收皮肤安装包, 分别将原图图标与各显示模式对应的遮 罩层图标进行代码运算, 得到各显示模式对应的显示图标。 所述原图图 标背景设置为纯白, 并定义白色为全透明。
所述显示模式包括正常模式以及夜间模式。
所述对原图图标分别进行半透明处理具体包括:
读取存储的原图图标, 调整原图图标的透明度, 使图片效果符合正 常模式下用户对浏览图片的要求, 得到正常模式遮罩层图标, 背景设置 为纯黑, 并定义黑色为全透明;
读取存储的原图图标, 调整原图图标的透明度, 使图片效果符合夜 间模式下用户对浏览图片的要求, 得到夜间模式遮罩层图标, 背景设置 为纯黑, 图片为半透明处理的灰色。
所述皮肤安装包中的图片包括: 原图图标、 正常模式遮罩层图标以 及夜间模式遮罩层图标。
所述分别将原图图标与各显示模式对应的遮罩层图标进行代码运 算, 得到各显示模式对应的显示图标具体包括: 从皮肤安装包中读取原图图标以及该原图图标经半透明处理对应的 正常模式遮罩层图标, 进行代码运算, 得到正常模式显示图标;
从皮肤安装包中读取原图图标以及该原图图标经半透明处理对应的 夜间模式遮罩层图标, 进行代码运算, 得到夜间模式显示图标。
一种实现多种显示模式通用图标的装置, 该装置包括: 原图图标存 储模块、 显示模式策略存储模块、 遮罩层图标处理模块以及封装模块, 其中,
所述原图图标存储模块, 用于存储获取的位图格式的原图图标; 所述显示模式策略存储模块, 用于存储预先设置的各显示模式策 略;
所述遮罩层图标处理模块, 用于根据所述显示模式策略存储模块存 储的各显示模式策略, 将从所述原图图标存储模块读取的原图图标分别 进行半透明处理, 得到符合各显示模式要求的遮罩层图标, 输出至封所 述装模块;
所述封装模块, 用于根据所述原图图标存储模块存储的原图图标以 及接收的遮罩层图标, 进行封装并下发。
所述遮罩层图标处理模块包括: 正常模式遮罩层图标处理子模块以 及夜间模式遮罩层图标处理子模块, 其中,
所述正常模式遮罩层图标处理子模块, 用于根据所述显示模式策略 存储模块存储的正常显示模式策略, 对从所述原图图标存储模块读取的 原图图标进行半透明处理, 得到正常模式遮罩层图标, 输出至所述封装 模块;
所述夜间模式遮罩层图标处理子模块, 用于根据所述显示模式策略 存储模块存储的夜间显示模式策略, 对从所述原图图标存储模块读取的 原图图标进行半透明处理, 得到夜间模式遮罩层图标, 输出至所述封装 模块。
由上述的技术方案可见, 本发明提供的一种实现多种显示模式通用 图标的方法及装置, 预先设置位图格式的原图图标; 根据预先设置的显 示模式, 对原图图标分别进行半透明处理, 得到符合各显示模式要求的 遮罩层图标; 将原图图标与半透明处理得到遮罩层图标封装为皮肤安装 包并下发。 这样, 通过对原图图标根据显示模式分别进行半透明处理, 多种显示模式的遮罩层图标可以基于原图图标进行透明处理得到, 而多 种显示模式的原图图标可以共享同一图标, 从而减少了软件安装包的图 片数量, 有效降低了用户下载的成本。 附图简要说明
图 1为现有移动终端正常模式显示的图标结构示意图。
图 2为现有移动终端夜间模式显示的图标结构示意图。
图 3为现有生成正常模式显示图标的方法流程示意图。
图 4为现有生成正常模式显示图标 "设置" 的示意图。
图 5为现有生成夜间模式显示图标 "设置" 的示意图。
图 6 为本发明实施例实现多种显示模式通用图标的方法流程示意 图。
图 7为本发明实施例生成正常模式显示图标 "设置" 的示意图。 图 8为本发明实施例生成夜间模式显示图标 "设置" 的示意图。 图 9 为本发明实施例实现多种显示模式通用图标的装置结构示意 图。 实施本发明的方式
为使本发明的目的、 技术方案和优点更加清楚, 下面将结合附图及 具体实施例对本发明作进一步地详细描述。
现有技术中, 由于移动终端个性化的需求, 软件 UI皮肤众多, 每 一模式显示图标需要通过相应模式的原图图标与遮罩层图标进行代码 运算, 使得皮肤安装包里包含的图片数量多, 用户下载的成本高。 本发 明实施例中, 考虑位图 (BMP, Bitmap )文件是一种与硬件设备无关的 图像文件格式,其 BMP灰色为半透明的特性,基于同一 BMP原图图标, 通过改变 BMP原图图标的透明度, 得到适合不同模式下的图标亮度, 从而不需要对原图图标进行颜色调整、 切图等处理, 同样可以满足用户 对不同模式下显示图标的浏览需求。
参见图 6, 为本发明实施例实现多种显示模式通用图标的方法流程 示意图, 该流程包括:
步骤 601 , 预先设置 BMP格式的原图图标;
本步骤中, 将原图图标背景设置为纯白, 即颜色值为 #ffffff, 并定 义白色为全透明。
步骤 602, 根据预先设置的显示模式, 对原图图标分别进行半透明 处理, 得到符合各显示模式要求的遮罩层图标;
本步骤中,预先设置的显示模式包括正常模式以及夜间模式,当然, 实际应用中, 随着用户需求的变化以及用户舒适性的提升, 也可以设置 更多的模式, 每一显示模式对图片的要求都是预先确定的。
以预先设置的显示模式包括正常模式以及夜间模式为例, 对原图图 标分别进行半透明处理具体包括:
读取存储的原图图标, 调整原图图标的透明度, 使图片效果符合正 常模式下用户对浏览图片的要求, 得到正常模式遮罩层图标, 背景设置 为纯黑, 颜色值为 #000000, 并定义黑色为全透明;
读取存储的原图图标, 调整原图图标的透明度, 使图片效果符合夜 间模式下用户对浏览图片的要求, 得到夜间模式遮罩层图标, 背景设置 为纯黑, 颜色值为 #000000, 图片为半透明处理的灰色。 也就是说, 将 位于白色与黑色之间的灰色定义为半透明, 利用灰色的不同色深就有不 同透明度的特性, 具体来说, 采用正常模式的原图图标, 即存储的原图 图标, 然后调节原图图标的透明度, 使之适合夜间模式下显示图标的亮 度, 接着, 对调节透明度的图标进行处理, 例如, 如果设定黑色为不透 明, 白色为全透明, 则对调节好透明度的图标进行白色的颜色填充, 在 其后面添加一个黑色的图层, 得到一个灰色的遮罩, 这样, 在夜间模式 下, 只需要利用得到的灰色遮罩就可以实现相对应的图标的透明, 从而 达到和正常模式共用一套原图图标的目的。
实际应用中, 可以对原图图标以及半透明处理得到的遮罩层图标进 行存储。
步骤 603 , 将原图图标与半透明处理得到遮罩层图标封装为皮肤安 装包并下发。
本步骤中, 皮肤安装包中的图片包括: 原图图标、 正常模式遮罩层 图标以及夜间模式遮罩层图标, 不同的图标可以以标识进行区别。 相对 于现有技术中的皮肤安装包中的图片, 减少了夜间模式下的原图图标。
这样, 对于包含" ( "为自然数)种显示模式的皮肤安装包, 其包 含的图片套数为:
N = 2n - (n -l) = n + l
式中, w为包含 "种模式的皮肤安装包包含的图片套数;
"为自然数, 2"表示现有包含"种模式的皮肤安装包包含的图片套 数。
例如, 对于包含正常模式和夜间模式两种显示模式的皮肤安装包, 其包含的图片套数为 3套, 即原图图标一套、 正常模式遮罩层图标以及 夜间模式遮罩层图标一套, 相对于现有包含正常模式和夜间模式两种模 式的皮肤安装包,其包含的图片套数为 4套,即正常模式原图图标一套、 夜间模式原图图标一套、 正常模式遮罩层图标以及夜间模式遮罩层图标 一套, 减少了一套夜间模式原图图标, 即可以减少四分之一的图片量。 也就是说, 如果皮肤安装包中包含的显示模式为一种, 则皮肤安装包容 量大小与现有技术相同, 而对于包含的显示模式为两种或两种以上的皮 肤安装包, 可以大大减少皮肤安装包的容量。
移动终端接收到皮肤安装包后, 进一步包括:
步骤 604, 接收皮肤安装包, 分别将原图图标与显示模式对应的遮 罩层图标进行代码运算, 得到该显示模式对应的显示图标。
本步骤中, 将原图图标与相应遮罩层图标进行代码运算后, 即利用 遮罩中的灰色来实现半透明效果, 使得图标透明后与背景融合, 得到透 明的含有 256色通道的透明背景图层图标, 即呈现给用户直接能够看到 的显示模式对应的显示图标。
如上所述, 对于正常模式, 从皮肤安装包中读取原图图标以及该原 图图标经半透明处理对应的正常模式遮罩层图标, 进行代码运算, 得到 正常模式显示图标, 即呈现给用户直接能够看到的显示图标, 例如, 对 于图 1中的书签显示图标, 从皮肤安装包中读取书签原图图标以及正常 模式书签遮罩层图标, 进行代码运算,得到书签显示图标, 其它如历史、 工具、 设置、 下载、 帮助以及推出等显示图标, 可以依据与书签显示图 标同样的方法获取;
对于夜间模式,从皮肤安装包中读取原图图标以及该原图图标经半 透明处理对应的夜间模式遮罩层图标, 进行代码运算, 得到夜间模式显 示图标, 即呈现给用户直接能够看到的夜间模式显示图标。
参见图 7, 为本发明实施例生成正常模式显示图标 "设置" 的示意 图, 图中, A为正常模式遮罩层图标, B为原图图标, C为正常模式显 示图标。 与图 4不同的是, 图 7中的正常模式遮罩层图标为通过原图图 标进行半透明处理得到, 而图 4中的正常模式遮罩层图标为通过原图图 标进行颜色处理以及切图得到。
参见图 8, 为本发明实施例生成夜间模式显示图标 "设置" 的示意 图, 图中, G为夜间模式遮罩层图标, B为原图图标, F为夜间模式显 示图标。 与图 5不同的是, 图 8中的夜间模式遮罩层图标为通过原图图 标进行半透明处理得到, 夜间模式原图图标与正常模式原图图标共用同 一图标, 而图 5中的夜间模式遮罩层图标以及夜间模式原图图标为通过 正常模式原图图标进行颜色处理以及切图得到。
由上述可见, 本发明实施例的实现多种模式通用图标的方法, 预先 设置 BMP格式的原图图标并存储; 根据预先设置的显示模式, 对原图 图标分别进行半透明处理, 得到符合各显示模式要求的遮罩层图标并存 储; 将存储的原图图标与半透明处理得到遮罩层图标封装为皮肤安装包 并下发。 这样, 通过对原图图标根据显示模式分别进行半透明处理, 夜 间模式和日间模式的遮罩层图标可以基于原图图标进行透明处理得到, 而夜间模式的原图图标可以共享日间模式的原图图标, 从而减少了软件 安装包的图片数量, 降低了安装包的容量, 节约了无线网络资源开销, 也有效降低了用户下载的成本。 同时, 也避免了图片过多消耗移动终端 运行内存, 并易于程序使用。
参见图 9, 为本发明实施例实现多种显示模式通用图标的装置结构 示意图, 该装置包括: 原图图标存储模块、 显示模式策略存储模块、 遮 罩层图标处理模块以及封装模块, 其中,
原图图标存储模块, 用于存储获取的 BMP格式的原图图标; 显示模式策略存储模块, 用于存储预先设置的各显示模式策略; 本实施例中 , 显示模式策略即是最后经过代码运算得到的显示图标 与原图图标透明度的对应关系, 也就是说, 根据该对应关系对原图图标 进行半透明处理后, 最后经过代码运算得到的显示图标就能满足用户的 舒适性需求。
遮罩层图标处理模块, 用于根据显示模式策略存储模块存储的各显 示模式策略, 将从原图图标存储模块读取的原图图标分别进行半透明处 理, 得到符合各显示模式要求的遮罩层图标, 输出至封装模块;
封装模块, 用于根据原图图标存储模块存储的原图图标以及接收的 遮罩层图标, 进行封装并下发。
移动终端在接收到皮肤安装包后, 分别将原图图标与显示模式对应 的遮罩层图标进行代码运算, 得到该显示模式对应的显示图标。
本发明实施例中, 遮罩层图标处理模块包括: 正常模式遮罩层图标 处理子模块以及夜间模式遮罩层图标处理子模块, 其中,
正常模式遮罩层图标处理子模块, 用于根据显示模式策略存储模块 存储的正常显示模式策略, 对从原图图标存储模块读取的原图图标进行 半透明处理, 得到正常模式遮罩层图标, 输出至封装模块;
夜间模式遮罩层图标处理子模块, 用于根据显示模式策略存储模块 存储的夜间显示模式策略, 对从原图图标存储模块读取的原图图标进行 半透明处理, 得到夜间模式遮罩层图标, 输出至封装模块。
以上所述仅为本发明的较佳实施例而已, 并非用于限定本发明的保 护范围。 凡在本发明的精神和原则之内, 所作的任何修改、 等同替换以 及改进等, 均应包含在本发明的保护范围之内。

Claims

权利要求书
1、 一种实现多种显示模式通用图标的方法, 其特征在于, 该方法 包括:
预先设置位图格式的原图图标;
根据预先设置的显示模式, 对原图图标分别进行半透明处理, 得到 符合各显示模式要求的遮罩层图标;
将原图图标与半透明处理得到的遮罩层图标封装为皮肤安装包, 下 发皮肤安装包。
2、 如权利要求 1所述的方法, 其特征在于, 所述下发安装包之后, 该方法进一步包括:
移动终端接收皮肤安装包, 分别将原图图标与各显示模式对应的遮 罩层图标进行代码运算, 得到各显示模式对应的显示图标。
3、 如权利要求 2所述的方法, 其特征在于, 所述原图图标的背景 设置为纯白, 并定义白色为全透明。
4、 如权利要求 3所述的方法, 其特征在于, 所述显示模式包括正 常模式以及夜间模式。
5、 如权利要求 4所述的方法, 其特征在于, 所述对原图图标分别 进行半透明处理具体包括:
读取存储的原图图标, 调整原图图标的透明度, 使图片效果符合正 常模式下用户对浏览图片的要求, 得到正常模式遮罩层图标, 背景设置 为纯黑, 并定义黑色为全透明;
读取存储的原图图标, 调整原图图标的透明度, 使图片效果符合夜 间模式下用户对浏览图片的要求, 得到夜间模式遮罩层图标, 背景设置 为纯黑, 图片为半透明处理的灰色。
6、 如权利要求 5所述的方法, 其特征在于, 所述皮肤安装包中的 图片包括: 原图图标、 正常模式遮罩层图标以及夜间模式遮罩层图标。
7、 如权利要求 4所述的方法, 其特征在于, 所述分别将原图图标 与各显示模式对应的遮罩层图标进行代码运算, 得到各显示模式对应的 显示图标具体包括:
从皮肤安装包中读取原图图标以及该原图图标经半透明处理对应 的正常模式遮罩层图标, 进行代码运算, 得到正常模式显示图标; 从皮肤安装包中读取原图图标以及该原图图标经半透明处理对应 的夜间模式遮罩层图标, 进行代码运算, 得到夜间模式显示图标。
8、 一种实现多种显示模式通用图标的装置, 其特征在于, 该装置 包括: 原图图标存储模块、 显示模式策略存储模块、 遮罩层图标处理模 块以及封装模块, 其中,
所述原图图标存储模块, 用于存储获取的位图格式的原图图标; 所述显示模式策略存储模块, 用于存储预先设置的各显示模式策 略;
所述遮罩层图标处理模块, 用于根据所述显示模式策略存储模块存 储的各显示模式策略, 将从所述原图图标存储模块读取的原图图标分别 进行半透明处理, 得到符合各显示模式要求的遮罩层图标, 输出至封所 述装模块;
所述封装模块, 用于根据所述原图图标存储模块存储的原图图标以 及接收的遮罩层图标, 进行封装并下发。
9、 如权利要求 8所述的装置, 其特征在于, 所述遮罩层图标处理模 块包括: 正常模式遮罩层图标处理子模块以及夜间模式遮罩层图标处理 子模块, 其中,
所述正常模式遮罩层图标处理子模块, 用于根据所述显示模式策略 存储模块存储的正常显示模式策略, 对从所述原图图标存储模块读取的 原图图标进行半透明处理, 得到正常模式遮罩层图标, 输出至所述封装 模块;
所述夜间模式遮罩层图标处理子模块, 用于根据所述显示模式策略 存储模块存储的夜间显示模式策略, 对从所述原图图标存储模块读取的 原图图标进行半透明处理, 得到夜间模式遮罩层图标, 输出至所述封装 模块。
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