WO2017156986A1 - 一种移动终端全图展示方法及系统 - Google Patents
一种移动终端全图展示方法及系统 Download PDFInfo
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input 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
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input 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
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/0485—Scrolling or panning
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input 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
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/04845—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range for image manipulation, e.g. dragging, rotation, expansion or change of colour
Definitions
- the embodiments of the present invention relate to the technical field related to a mobile terminal, and in particular, to a method and system for displaying a full picture of a mobile terminal.
- Mobile terminals such as smart phones, have been well supported to display pictures. Picture browsing has become a very popular application for mobile terminals.
- an existing mobile terminal's picture application can open a full picture and then slide through to view all pictures in full view.
- An embodiment of the present invention provides a method for displaying a full picture of a mobile terminal, including:
- Thumbnail display steps including: obtaining multiple thumbnails from the server and on the screen of the mobile terminal Displaying the thumbnails;
- the information list obtaining step includes: in response to the thumbnail selected event, acquiring a list of information including a plurality of information items, each of the information items corresponding to one thumbnail, and each of the information items including a full-image network link;
- the information item selection step includes: selecting an information item corresponding to the selected thumbnail in the information list as the current information item, and using the number of information items in front of the current information item as the front neighbor information item, and the current information item
- the following number of information items of the following neighbors are used as the information items of the subsequent neighbors, and the number of the preceding neighbors and the number of the neighbors are natural numbers;
- the full-image downloading step includes: downloading a picture from the full-image network link included in the current information item as the current full picture, and downloading the number of front neighbors from the full-image network link included in the number of the preceding neighbor information items
- the pictures are used as the front neighbor full picture, and the number of neighboring pictures is downloaded as the rear neighbor full picture from the full picture network link included in the number of the subsequent neighbor information items;
- the full-image display step includes: sequentially arranging a plurality of the front neighbor full maps, the current full map, and the rear neighboring number of the rear neighbor full graphs into a full-image display interface that can be followed by a touch sliding. And presenting the current full picture on the screen of the mobile terminal.
- a sliding detection step and a page loading step are further included;
- the sliding detecting step includes: monitoring a sliding of the full-image display interface, and triggering a page loading step when the sliding of the full-image display interface exceeds a preset threshold;
- the page loading step includes:
- the sliding information quantity item behind the last one of the last neighboring information items is used as the added rear neighbor information item from the information list.
- the sliding information quantity item behind the last one of the preceding neighbor information items is used as the newly added front neighbor information item, and the sliding Loading a number of newly added pre-neighbor information items, including the full-map network link in the full-image network link, and downloading the full number of slide-loading maps as the newly added front-neighbor full-image, and adding the new front-top full-image and the full-image display interface.
- the current full picture is updated to the front neighbor full picture, and the corresponding current information item is updated to the previous neighbor information item, and the rear neighbor full picture updated by the screen is updated to the current full picture.
- the corresponding post-neighbor information item is updated to the current information item;
- the current full picture is updated to the front neighbor full picture
- the corresponding current information item is updated to the previous neighbor information item
- the front neighbor full picture displayed by the screen is updated to the current full picture.
- the corresponding neighbor information item is updated to the current information item
- the number of sliding loads is a natural number.
- the page loading step further includes:
- the information item loading step is further included;
- the sliding detecting step specifically includes: monitoring a sliding of the full-image display interface, and triggering a page loading step and an information item loading step when the sliding of the full-image display interface exceeds a preset threshold;
- the information item loading step includes: if the trend of the interface sliding is displaying the next neighbor full picture, and the rear neighbor information item is already the last information item in the information list, acquiring multiple new ones from the server The added information item is added to the list of information.
- the number of the front neighbors and the number of the neighbors are the same, and the number of the front neighbors and the number of the neighbors when the mobile terminal uses the mobile network is less than or equal to the number of the front neighbors and the number of the neighbors when the mobile terminal uses the WIFI network. .
- the information item further includes full map related information
- the full image downloading step specifically includes:
- the embodiment of the invention provides a full-image display system for a mobile terminal, including:
- a thumbnail display module configured to: acquire a plurality of thumbnails from a server and display the thumbnails on a screen of the mobile terminal;
- An information list obtaining module configured to: in response to the thumbnail selected event, acquire a list of information including a plurality of information items, each of the information items corresponding to one thumbnail, and each of the information items includes a full-image network link ;
- the information item selection module is configured to: select an information item corresponding to the selected thumbnail in the information list as the current information item, and use the number of information items in front of the current information item as the front neighbor information item, and the current information
- a full-image downloading module configured to: download a picture from the full-image network link included in the current information item as a current full picture, and download a front neighbor from a full-image network link included in the number of the preceding neighbor information items
- the number of pictures is used as the front neighbor full picture, and the number of pictures in the full picture network link included in the number of the subsequent neighbor information items is used as the rear neighbor full picture;
- the full-image display module is configured to: sequentially arrange a plurality of the front neighbor full maps, the current full map, and the rear neighboring number of the rear neighbor full graphs into a full-image display interface that can be followed by a touch sliding And presenting the current full picture on the screen of the mobile terminal.
- the sliding detection module is configured to: monitor a sliding of the full-image display interface, and trigger a page loading module when the sliding of the full-image display interface exceeds a preset threshold;
- the sliding information quantity item behind the last one of the last neighboring information items is used as the added rear neighbor information item from the information list.
- Load a number of new post-neighbor information items included in the full map network link The sliding full load map is added as the new rear neighbor full image, and the newly added rear neighbor full image and the full image display interface are sequentially combined;
- the current full picture is updated to the front neighbor full picture, and the corresponding current information item is updated to the previous neighbor information item, and the rear neighbor full picture updated by the screen is updated to the current full picture.
- the corresponding post-neighbor information item is updated to the current information item;
- the number of sliding loads is a natural number.
- the page loading module further includes:
- an information item loading module is further included;
- the number of the front neighbors is the same as the number of the neighbors, and the mobile terminal uses the shift
- the number of front neighbors and the number of neighbors when the network is active is less than or equal to the number of front neighbors and the number of neighbors when the mobile terminal uses the WIFI network.
- the information item further includes full map related information
- the full picture download module is specifically configured to:
- the number of the preceding neighbors is downloaded from the full graph network link included in the number of the preceding neighbor information items, and is matched with the full map related information included in the corresponding front neighbor information items to obtain the number of front neighbors.
- An embodiment of the present invention further provides a full-frame display device for a mobile terminal, including:
- the processor, the memory, and the communication interface complete communication with each other through the bus;
- the communication interface is used for displaying the information between the device and the server in the full picture of the mobile terminal;
- the processor is configured to invoke logic instructions in the memory to perform the following method
- the item is a post-neighbor information item, and the number of the preceding neighbors and the number of the neighbors are natural numbers;
- the number of the front neighboring full picture, the current full picture, and the rear neighboring number of the rear neighboring full picture are sequentially combined into a full picture display interface that can be followed by a touch, and is displayed on the screen of the mobile terminal. Show the current full picture.
- the item is a post-neighbor information item, and the number of the preceding neighbors and the number of the neighbors are natural numbers;
- the number of the front neighboring full picture, the current full picture, and the rear neighboring number of the rear neighboring full picture are sequentially combined into a full picture display interface that can be followed by a touch, and is displayed on the screen of the mobile terminal. Show the current full picture.
- Embodiments of the present invention also provide a storage medium for storing the above computer program.
- the embodiment of the present invention downloads the adjacent full picture in addition to the full picture displayed by the user.
- it is not necessary to download all to save traffic, and on the other hand, it can be downloaded in advance, so that the user can display another by sliding.
- the full picture saves the user's waiting time, so that the user can slide through the network picture by using the full picture display mode.
- FIG. 1 is a flowchart of a method for displaying a full picture of a mobile terminal according to the present invention
- FIG. 2 is a schematic diagram of a list of information
- Figure 3 is a schematic diagram of one of the full picture display interfaces
- FIG. 4 is a schematic diagram of another full-image display interface
- Figure 6 is a flow chart of the operation of the preferred embodiment of the present invention.
- FIG. 7 is a structural block diagram of a full-image display system of a mobile terminal according to the present invention.
- FIG. 8 is a structural block diagram of a mobile terminal according to the present invention.
- FIG. 9 is a logic block diagram of a full-image display device of a mobile terminal according to an embodiment of the present invention.
- FIG. 1 is a flowchart of a method for displaying a full-image display of a mobile terminal according to the present invention, including:
- Step S101 comprising: acquiring a plurality of thumbnails from a server and displaying the thumbnails on a screen of the mobile terminal;
- Step S103 comprising: selecting an information item corresponding to the selected thumbnail in the information list as the current information item, and using the number of information items in front of the current information item as the front neighbor information item, and following the current information item.
- the number of information items in the subsequent neighbors is used as the information element of the subsequent neighbors, and the number of the preceding neighbors and the number of the neighbors are natural numbers;
- Step S104 comprising: downloading a picture from the full-image network link included in the current information item as a current full picture, and downloading a number of pictures of the previous neighbor from a full-map network link included in the number of the preceding neighbor information items.
- the number of neighboring pictures is downloaded as a posterior neighbor full picture from the full graph network link included in the number of the subsequent neighbor information items;
- Step S105 comprising: sequentially arranging a plurality of the preceding neighboring full maps, the current full map, and the rear neighboring plurality of the rear neighboring full graphs into a full graph display interface that can be followed by a touch, and The current full picture is displayed on the screen of the mobile terminal.
- the step S101 is triggered to display the plurality of thumbnails first, and then the user clicks to select one of the thumbnails, then the step S102 is triggered to obtain the information list, and the information list includes A plurality of information items, each of which corresponds to a thumbnail.
- the number of information items included in the information list is generally the same as the number of thumbnails displayed on the screen. However, when the number of thumbnails in the server exceeds the number of thumbnails that can be displayed on one screen of the mobile terminal, the information list can also be downloaded more. Thumbnails and corresponding information items. Each information item includes a full-map network link from which the full map corresponding to the thumbnail can be downloaded.
- the current information item, the pre-neighbor information item, and the subsequent neighbor information item are determined in step S103.
- the information item 21 is the current information item, and the information element 21 is preceded by the pre-neighbor information item 22, and the information item 21 is followed by the post-neighbor information item 23.
- FIG. 3 shows a schematic diagram of the full-image display interface when the number of front neighbors and the number of neighbors are both 1.
- the front full image 31, the current full image 32, and the rear full image 33 are sequentially combined into a full image display interface, and the screen of the mobile phone 30 coincides with the current full image 32, and only the current full image 32 can be displayed.
- the full-image display interface slides along with the user's touch slide.
- the full picture display interface can also adopt the upper and lower flattening manner.
- the front neighbor full image 41, the current full image 42 and the rear neighbor full image 43 are successively combined into a full image display interface from top to bottom, and the screen of the mobile phone 40 is The current full picture 42 coincides, and only the current full picture 42 can be displayed.
- the user can see the front neighbor full picture 41 by sliding down, and the rear neighbor full picture 42 can be seen by sliding up.
- the invention downloads the adjacent full picture in addition to the full picture displayed by the user when downloading the picture, on the one hand, it is not necessary to download all to save traffic, and on the other hand, it can be downloaded in advance, so that the user can display another by sliding.
- the full picture saves the user's waiting time, so that the user can slide through the network picture by using the full picture display mode.
- a sliding detection step and a page loading step are further included;
- the sliding detecting step includes: monitoring a sliding of the full-image display interface, and triggering a page loading step when the sliding of the full-image display interface exceeds a preset threshold;
- the page loading step includes:
- the sliding information quantity item behind the last one of the last neighboring information items is used as the added rear neighbor information item from the information list.
- the sliding information quantity item behind the last one of the preceding neighbor information items is used as the newly added front neighbor information item, and the sliding Loading a number of newly added pre-neighbor information items, including the full-map network link in the full-image network link, and downloading the full number of slide-loading maps as the newly added front-neighbor full-image, and adding the new front-top full-image and the full-image display interface.
- the current full picture is updated to the front neighbor full picture
- the corresponding current information item is updated to the previous neighbor information item
- the front neighbor full picture displayed by the screen is updated to the current full picture.
- the corresponding neighbor information item is updated to the current information item
- the number of sliding loads is a natural number.
- the sliding detection step is used to detect whether the sliding exceeds a preset threshold.
- the full loading of the image is performed by using a page loading step.
- the page loading step For example, in the full-image display interface shown in FIG. 3, the user slides to the right. At this time, the trend of the interface sliding is to display the full-image 33, so the page loading step will pre-download more rear neighboring full images and perform flattening. If the user swipes to the left, the interface slides The trend is to display the front neighbor full image 31, so the page loading step will pre-download more front neighbor full maps and flatten them together.
- the page loading step further includes:
- the redundant front neighbor full graph or the rear neighbor full graph is deleted, so that the full graph display interface is too large to occupy too much memory.
- the information item loading step is further included;
- a certain number of information items are stored in the general information list.
- a certain number of information items can be obtained in advance from the server, so that the information can be loaded later.
- the network image is loaded in a distributed manner, that is, the information item is downloaded first, and then the image is further downloaded to avoid excessive bandwidth or traffic occupied by downloading a large number of full images at a time.
- the number of its neighbors and the number of neighbors should not be too large, generally 1.
- a WIFI network that is, a network using the IEEE 802.11 series protocol
- the bandwidth is large and the cost is low, more front neighbor full pictures and rear neighbor full pictures can be downloaded in advance so that the user can quickly browse, preferably, In the WIFI network, the number of front neighbors and the number of neighbors are 2.
- the information item further includes full map related information
- the full picture related information is added, so that the user can not only see the full picture but also see, for example, the picture author, the category, and other related recommendation information, and the effect is as shown in FIG. 5, wherein the download picture 51 is related information below. 52.
- the user can click on the picture 51 to hide or display the related information 52.
- Step S601 when the user clicks on the thumbnail in a certain list interface, the full image of the thumbnail is displayed, specifically:
- Step 604 constructing a full-image display adapter, and initializing the display layout in the full-image display interface to display related information, including: adding wallpaper introduction information, such as author information, wallpaper name, wallpaper introduction, adding wallpaper related author information, adding wallpaper related topics Information, specifically:
- Step S605 when clicking the full picture, the hidden wallpaper information is displayed. If the wallpaper information is visible, then click on the full picture, return to the top of the whole picture, and hide the wallpaper information. If the wallpaper information is not visible, then the click displays the wallpaper related information, specifically Say:
- Step S606 at the top of the wallpaper, add a collection wallpaper, set a picture as a wallpaper, and share a wallpaper function, wherein:
- the collection wallpaper function is specifically:
- Set the picture as wallpaper function set as lock screen wallpaper, set as desktop wallpaper and set at the same time;
- the sharing wallpaper function is: when clicking to share, the address of the image cache is passed to the sharing control, and the sharing control displays the corresponding sharing options: WeChat, Weibo, and the like.
- FIG. 7 is a structural block diagram of a full-image display system for a mobile terminal according to the present invention, including:
- a thumbnail display module 701 configured to: acquire a plurality of thumbnails from a server and display the thumbnails on a screen of the mobile terminal;
- the information list obtaining module 702 is configured to: in response to the thumbnail selected event, acquire a list of information including a plurality of information items, each of the information items corresponding to one thumbnail, and each of the information items includes a full map network link;
- the information item selection module 703 is configured to: select an information item corresponding to the selected thumbnail in the information list as the current information item, and use the number of information items in front of the current information item as the front neighbor information item, and the current information item The number of information items following the information item is followed by the information item, and the number of the preceding neighbors and the number of the neighbors are natural numbers;
- the full-image downloading module 704 is configured to: download a picture from the full-image network link included in the current information item as a current full picture, and download from the full-map network link included in the number of the preceding neighbor information items
- the neighboring number of pictures is used as the front neighboring full picture, and the number of neighboring pictures is downloaded as the rear neighboring full picture from the full picture network link included in the number of the subsequent neighbor information items;
- the full-image display module 705 is configured to: sequentially combine the number of the front neighboring full-image, the current full-image, and the rear neighboring number of the rear neighboring full-images into a full-image display that can be followed by a touch
- the interface displays the current full picture on the screen of the mobile terminal.
- a sliding detection module and a page loading module are further included;
- the page loading module is configured to:
- the sliding load quantity information item behind the last one of the subsequent neighbor information items is used as a new post-neighbor information item, and the number of sliding loads is downloaded from the full-map network link included in the sliding load number of newly added post-neighbor information items.
- the whole picture is added as a new post-neighbor full picture, and the newly added rear neighbor full picture and the full picture display interface are sequentially combined;
- the sliding information quantity item behind the last one of the preceding neighbor information items is used as the newly added front neighbor information item, and the sliding Loading a number of newly added pre-neighbor information items, including the full-map network link in the full-image network link, and downloading the full number of slide-loading maps as the newly added front-neighbor full-image, and adding the new front-top full-image and the full-image display interface.
- the current full picture is updated to the front neighbor full picture, and the corresponding current information item is updated to the previous neighbor information item, and the rear neighbor full picture updated by the screen is updated to the current full picture.
- the corresponding post-neighbor information item is updated to the current information item;
- the current full picture is updated to the front neighbor full picture
- the corresponding current information item is updated to the previous neighbor information item
- the front neighbor full picture displayed by the screen is updated to the current full picture.
- the corresponding neighbor information item is updated to the current information item
- the page loading module further includes:
- an information item loading module is further included;
- the sliding detection module is configured to: monitor a sliding of the full-image display interface, and trigger a page loading module and an information item loading module when the sliding of the full-image display interface exceeds a preset threshold;
- the information item loading module is configured to: if the trend of the interface sliding is to display a neighboring full picture, and the subsequent neighbor information item is already the last information item in the information list, The server obtains a plurality of newly added information items to join the information list.
- the number of the front neighbors and the number of the neighbors are the same, and the number of the front neighbors and the number of the neighbors when the mobile terminal uses the mobile network is less than or equal to the number of the front neighbors when the mobile terminal uses the WIFI network. The number of neighbors.
- the information item further includes full map related information
- the full picture download module is specifically configured to:
- the number of the preceding neighbors is downloaded from the full graph network link included in the number of the preceding neighbor information items, and is matched with the full map related information included in the corresponding front neighbor information items to obtain the number of front neighbors.
- FIG. 8 is a structural block diagram of a mobile terminal according to the present invention, which mainly includes a processor 801, a memory 802, a communication component 803, and the like.
- the mobile terminal of the present invention is preferably a smartphone or the like.
- the specific code in which the foregoing method is stored in the memory 802 is specifically executed by the processor 801, and the communication component 803 communicates with the server.
- FIG. 9 is a logic block diagram showing a full-image display device of a mobile terminal according to an embodiment of the present invention.
- the processor 901, the memory 902, and the communication interface 903 complete communication with each other through the bus 904;
- the processor 901 is configured to invoke logic instructions in the memory 902 to perform the following methods;
- the number of the front neighboring full picture, the current full picture, and the rear neighboring number of the rear neighboring full picture are sequentially combined into a full picture display interface that can be followed by a touch, and is displayed on the screen of the mobile terminal. Show the current full picture.
- the embodiment discloses a computer program, including program code, where the program code is used to perform the following operations:
- the item is a post-neighbor information item, and the number of the preceding neighbors and the number of the neighbors are natural numbers;
- the number of the front neighboring full picture, the current full picture, and the rear neighboring number of the rear neighboring full picture are sequentially combined into a full picture display interface that can be followed by a touch, and is displayed on the screen of the mobile terminal.
- the current full picture is shown on the above.
- This embodiment discloses a storage medium for storing a computer program as described in the foregoing embodiments.
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Abstract
本发明实施例公开一种移动终端全图展示方法及系统,方法包括:从服务器获取多个缩略图并在移动终端屏幕上展示缩略图;响应于缩略图被选择事件,获取包括多个信息项的信息列表;选择信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的信息项作为前邻信息项,将当前信息项后面的信息项作为后邻信息项;下载当前全图、前邻全图和后邻全图;将前邻全图、当前全图和后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示当前全图。本发明节省用户的等待时间,使得用户可以采用全图展示方式滑动浏览网络图片。
Description
交叉引用
本申请引用于2016年03月14日提交的专利名称为“一种移动终端全图展示方法及系统”的第2016101441782号中国专利申请,其通过引用被全部并入本申请。
本发明实施例涉及移动终端相关技术领域,特别是一种移动终端全图展示方法及系统。
移动终端,例如智能手机,已经能够很好地支持显示图片。图片浏览已经成为移动终端一个非常常用的应用。
例如,现有的移动终端的图片应用,能够打开全图,然后不停滑动以全图形式浏览全部图片。
然而,这种能够不停滑动以全图形式浏览的方式只能用于浏览本地图片。当浏览网络图片时,由于需要从网络下载图片,由于全图一般很大,下载需要比较大的带宽。因此在实现本发明实施例的过程中,发明人发现现有的方法通常是显示一个缩略图,然后用户点击缩略图后,才能看到全图。用户想看下一个全图,需要关闭全图,回到缩略图模式,再去选择点击,非常不便。
发明内容
基于此,有必要针对现有技术移动终端中无法采用全图展示方式滑动浏览网络图片的技术问题,提供一种移动终端全图展示方法及系统。
本发明实施例提供一种移动终端全图展示方法,包括:
缩略图显示步骤,包括:从服务器获取多个缩略图并在移动终端屏幕
上展示所述缩略图;
信息列表获取步骤,包括:响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;
信息项选择步骤,包括:选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;
全图下载步骤,包括:从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;
全图展示步骤,包括:将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示所述当前全图。
进一步的,还包括滑动检测步骤和页面加载步骤;
所述滑动检测步骤,包括:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载步骤;
所述页面加载步骤,包括:
如果所述界面滑动的趋势为显示后邻全图,则从所述信息列表中,将最后一个所述后邻信息项后面的滑动加载数量个信息项作为新增的后邻信息项,从滑动加载数量个新增的后邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的后邻全图,将新增的后邻全图与所述全图显示界面依序拼合;
如果所述界面滑动的趋势为显示前邻全图,则从所述信息列表中,将最后一个所述前邻信息项后面的滑动加载数量个信息项作为新增的前邻信息项,从滑动加载数量个新增的前邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的前邻全图,将新增的前邻全图与所述全图显示界面依序拼合;
当所述屏幕完整显示后邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的后邻全图更新为当前全图,对应的后邻信息项更新为当前信息项;
当所述屏幕完整显示前邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的前邻全图更新为当前全图,对应的前邻信息项更新为当前信息项;
所述滑动加载数量为自然数。
更进一步的,所述页面加载步骤,还包括:
如果所述界面滑动的趋势为显示后邻全图,则将新增的后邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个前邻全图删除;
如果所述界面滑动的趋势为显示前邻全图,则将新增的前邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个后邻全图删除。
更进一步的,还包括信息项加载步骤;
所述滑动检测步骤,具体包括:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载步骤和信息项加载步骤;
所述信息项加载步骤,包括:如果所述界面滑动的趋势为显示后邻全图,且所述后邻信息项已经为所述信息列表中的最后一个信息项,则从服务器获取多个新增的信息项加入所述信息列表。
再进一步的,所述前邻数量和所述后邻数量相同,且移动终端使用移动网络时的前邻数量和后邻数量,小于或等于移动终端使用WIFI网络时的前邻数量和后邻数量。
再进一步的,所述信息项还包括全图相关信息;
所述全图下载步骤,具体包括:
从所述当前信息项所包括的全图网络链接中下载图片并与当前信息项所包括的全图相关信息拼合得到当前全图;
从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数
量个图片,并与相应的前邻信息项所包括的全图相关信息拼合分别得到前邻数量个前邻全图;
从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片,并与相应的后邻信息项所包括的全图相关信息拼合,分别得到后邻数量个后邻全图。
本发明实施例提供一种移动终端全图展示系统,包括:
缩略图显示模块,用于:从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;
信息列表获取模块,用于:响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;
信息项选择模块,用于:选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;
全图下载模块,用于:从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;
全图展示模块,用于:将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示所述当前全图。
进一步的,还包括滑动检测模块和页面加载模块;
所述滑动检测模块,用于:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载模块;
所述页面加载模块,用于:
如果所述界面滑动的趋势为显示后邻全图,则从所述信息列表中,将最后一个所述后邻信息项后面的滑动加载数量个信息项作为新增的后邻信息项,从滑动加载数量个新增的后邻信息项所包括的全图网络链接中下
载滑动加载数量个全图作为新增的后邻全图,将新增的后邻全图与所述全图显示界面依序拼合;
如果所述界面滑动的趋势为显示前邻全图,则从所述信息列表中,将最后一个所述前邻信息项后面的滑动加载数量个信息项作为新增的前邻信息项,从滑动加载数量个新增的前邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的前邻全图,将新增的前邻全图与所述全图显示界面依序拼合;
当所述屏幕完整显示后邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的后邻全图更新为当前全图,对应的后邻信息项更新为当前信息项;
当所述屏幕完整显示前邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的前邻全图更新为当前全图,对应的前邻信息项更新为当前信息项;
所述滑动加载数量为自然数。
更进一步的,所述页面加载模块,还包括:
如果所述界面滑动的趋势为显示后邻全图,则将新增的后邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个前邻全图删除;
如果所述界面滑动的趋势为显示前邻全图,则将新增的前邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个后邻全图删除。
更进一步的,还包括信息项加载模块;
所述滑动检测模块,具体用于:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载模块和信息项加载模块;
所述信息项加载模块,用于:如果所述界面滑动的趋势为显示后邻全图,且所述后邻信息项已经为所述信息列表中的最后一个信息项,则从服务器获取多个新增的信息项加入所述信息列表。
再进一步的,所述前邻数量和所述后邻数量相同,且移动终端使用移
动网络时的前邻数量和后邻数量,小于或等于移动终端使用WIFI网络时的前邻数量和后邻数量。
再进一步的,所述信息项还包括全图相关信息;
所述全图下载模块,具体用于:
从所述当前信息项所包括的全图网络链接中下载图片并与当前信息项所包括的全图相关信息拼合得到当前全图;
从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片,并与相应的前邻信息项所包括的全图相关信息拼合分别得到前邻数量个前邻全图;
从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片,并与相应的后邻信息项所包括的全图相关信息拼合,分别得到后邻数量个后邻全图。
本发明的实施例还提供了一种移动终端全图展示设备,包括:
处理器、存储器、通信接口和总线;其中,
所述处理器、存储器、通信接口通过所述总线完成相互间的通信;
所述通信接口用于所述移动终端全图展示设备与服务器之间的信息传输;
所述处理器用于调用所述存储器中的逻辑指令,以执行如下方法;
从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;
响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;
选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;
从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;
将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示所述当前全图。
本发明的实施例还提供了一种计算机程序,包括程序代码,所述程序代码用于执行如下操作:
从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;
响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;
选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;
从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;
将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示所述当前全图。
本发明的实施例还提供了一种存储介质,用于存储上述计算机程序。
本发明实施例在下载图片时,除了用户选择显示的全图以外,还下载相邻的全图,一方面无需全部下载以节省流量,另一方面能够通过预先下载,使得用户可以通过滑动显示另外的全图,节省用户的等待时间,使得用户可以采用全图展示方式滑动浏览网络图片。
为了更清楚地说明本发明实施例或现有技术中的技术方案,下面将对实施例或现有技术描述中所需要使用的附图作一简单地介绍,显而易见地,下
面描述中的附图是本发明的一些实施例,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图获得其他的附图。
图1为本发明一种移动终端全图展示方法的工作流程图;
图2为信息列表示意图;
图3为其中一种全图显示界面示意图;
图4为另一种全图显示界面示意图;
图5为全图信息和图片示意图;
图6为本发明最佳实施例的工作流程图;
图7为本发明一种移动终端全图展示系统的结构模块图;
图8为本发明移动终端的结构框图;
图9为本发明一个实施例的一种移动终端全图展示设备的逻辑框图。
为使本发明的目的、技术方案和优点更加清楚,下面将结合本发明实施例中的附图,对本发明中的技术方案进行清楚、完整地描述,显然,所描述的实施例是本发明一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。
下面结合附图和具体实施例对本发明做进一步详细的说明。
如图1所示为本发明一种移动终端全图展示方法的工作流程图,包括:
步骤S101,包括:从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;
步骤S102,包括:响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;
步骤S103,包括:选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;
步骤S104,包括:从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;
步骤S105,包括:将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示所述当前全图。
用户在移动终端选择通过全图浏览应用,例如壁纸应用中,则触发步骤S101先显示多个缩略图,然后用户点击选择其中一个缩略图,则触发步骤S102,获取信息列表,信息列表中包括了多个信息项,每个信息项与一个缩略图对应。信息列表所包括的信息项的数量一般与屏幕所展示的缩略图数量相同,然而,当服务器中的缩略图数量超过移动终端一个屏幕可展示的缩略图数量时,信息列表也可以下载更多的缩略图及相应的信息项。每个信息项均包括一个全图网络链接,从该全图网络连接能够下载得到与缩略图对应的全图。
在步骤S103中确定当前信息项、前邻信息项和后邻信息项。例如如图2所示的信息列表中,信息项21为当前信息项,则在信息项21之前的为前邻信息项22,在信息项21之后的为后邻信息项23。
在确定好当前信息项、前邻信息项和后邻信息项后,步骤S104分别下载对应的全图,并在步骤S105中进行拼合得到全图显示界面。如图3所示为前邻数量和后邻数量均为1时的全图显示界面示意图。前邻全图31、当前全图32和后邻全图33依次拼合成为全图显示界面,且手机30的屏幕与当前全图32重合,仅能显示当前全图32。当用户进行滑动时,全图显示界面伴随用户的触摸滑动而滑动,例如用户向左滑动就能看到后邻全图33,向右滑动则能看到前邻全图32。全图显示界面也可采用上下拼合方式,例如图4所示,前邻全图41、当前全图42和后邻全图43从上至下依次拼合为全图显示界面,手机40的屏幕与当前全图42重合,仅能显示当前全图42,此时用户向下滑动则能看到前邻全图41,向上滑动则能看到后邻全图42。
本发明由于在下载图片时,除了用户选择显示的全图以外,还下载相邻的全图,一方面无需全部下载以节省流量,另一方面能够通过预先下载,使得用户可以通过滑动显示另外的全图,节省用户的等待时间,使得用户可以采用全图展示方式滑动浏览网络图片。
在其中一个实施例中,还包括滑动检测步骤和页面加载步骤;
所述滑动检测步骤,包括:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载步骤;
所述页面加载步骤,包括:
如果所述界面滑动的趋势为显示后邻全图,则从所述信息列表中,将最后一个所述后邻信息项后面的滑动加载数量个信息项作为新增的后邻信息项,从滑动加载数量个新增的后邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的后邻全图,将新增的后邻全图与所述全图显示界面依序拼合;
如果所述界面滑动的趋势为显示前邻全图,则从所述信息列表中,将最后一个所述前邻信息项后面的滑动加载数量个信息项作为新增的前邻信息项,从滑动加载数量个新增的前邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的前邻全图,将新增的前邻全图与所述全图显示界面依序拼合;
当所述屏幕完整显示后邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的后邻全图更新为当前全图,对应的后邻信息项更新为当前信息项;
当所述屏幕完整显示前邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的前邻全图更新为当前全图,对应的前邻信息项更新为当前信息项;
所述滑动加载数量为自然数。
滑动检测步骤用于检测滑动是否超过预设阈值,当超过时,则会进行采用页面加载步骤进行全图加载。例如在图3所示全图显示界面中,用户向右滑动,此时界面滑动的趋势为显示后邻全图33,因此页面加载步骤会预先下载更多的后邻全图,并进行拼合。如果用户向左滑动,此时界面滑
动的趋势为显示前邻全图31,因此页面加载步骤会预先下载更多的前邻全图,并进行拼合。
本实施例监听用户对全图显示界面的滑动操作,预先下载图片并进行拼合,使得在用户没看到全图之前,全图已经下载完毕,因此,用户无需等待即可一直采用全图形式浏览网络图片。
在其中一个实施例中,所述页面加载步骤,还包括:
如果所述界面滑动的趋势为显示后邻全图,则将新增的后邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个前邻全图删除;
如果所述界面滑动的趋势为显示前邻全图,则将新增的前邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个后邻全图删除。
本实施例在全图显示界面加载新的前邻全图或者后邻全图后,将多余的前邻全图或者后邻全图删除,避免全图显示界面过大占用过多内存。
在其中一个实施例中,还包括信息项加载步骤;
所述滑动检测步骤,具体包括:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载步骤和信息项加载步骤;
所述信息项加载步骤,包括:如果所述界面滑动的趋势为显示后邻全图,且所述后邻信息项已经为所述信息列表中的最后一个信息项,则从服务器获取多个新增的信息项加入所述信息列表。
如前所述,一般信息列表中会保存一定数量的信息项,当信息项已经都被下载后,则可以从服务器中预先获取一定数量的信息项,以便后续能够更好地加载。本实施例对网络图片的加载采用分布方式,即先下载信息项,然后再进一步下载图片,避免一次下载大量的全图占用过多带宽或流量。
在其中一个实施例中,所述前邻数量和所述后邻数量相同,且移动终端使用移动网络时的前邻数量和后邻数量,小于或等于移动终端使用WIFI网络时的前邻数量和后邻数量。
由于采用移动网络时流量带宽受限,因此其前邻数量和后邻数量不宜过大,一般为1。而在WIFI网络,即使用IEEE 802.11系列协议的网络时,由于带宽较大且费用较低,因此可以预先下载更多的前邻全图和后邻全图,以便用户能快速浏览,优选地,在WIFI网络时,前邻数量和后邻数量为2。
在其中一个实施例中,所述信息项还包括全图相关信息;
所述步骤S104,具体包括:
从所述当前信息项所包括的全图网络链接中下载图片并与当前信息项所包括的全图相关信息拼合得到当前全图;
从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片,并与相应的前邻信息项所包括的全图相关信息拼合分别得到前邻数量个前邻全图;
从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片,并与相应的后邻信息项所包括的全图相关信息拼合,分别得到后邻数量个后邻全图。
本实施例增加了全图相关信息,使得用户不仅能看到全图,还能看到例如图片作者、类别及其他相关推荐信息,效果如图5所示,其中下载图片51的下方为相关信息52。优选地,用户可以点击图片51隐藏或显示相关信息52。
图6为本发明最佳实施例的工作流程图,优选为壁纸应用,具体包括:
步骤S601,当用户在某个列表界面点击略图时,展示该缩略图的全图,具体来说:
点击小图时调用FullWallpapersActivity的showFullWallpaper(Context context,int category,int id,ArrayList<Thumbnail>thumbnails,int position)方法将要展示的小图传递给全图展示界面。其中category为该缩略图所属种类,thumbnails为信息列表,id是缩略图id,position是缩略图位置;
步骤S602,初始化全图显示界面,设定同时展示的个数为3,其中1个当前可见,左右两侧各一个,具体来说:
实例化FullWallpapersPagerAdapter并通过mPager.setAdapter(adapter),绑定展示全图;
步骤S603,注册页面改变监听器,当页面发生滑动时加载更多缩略图,具体来说:
通过mPager.setOnPageChangeListener(onPageChangeListener)监听全图的左右滑动,如果当前图片位置距离右侧或左侧边界一定值时,加载更多缩略图,通过check2FetchMoreWallpapers方法检查是否加载更多缩略,并利用EntityLoader判断是否为缩略图的下一页,如果为下一页则加载更多缩略图,需要的输入值是当前图片的id,以及想要获取的图片数量;
步骤604,构造全图展示适配器,并在全图显示界面初始化展示布局以展示相关信息,包括:加入壁纸介绍信息,例如作者信息,壁纸名称,壁纸介绍,加入壁纸相关作者信息,加入壁纸相关专题信息,具体来说:
当FullWallpapersPagerAdapter展现单独一张壁纸的时候通过FullWallpaperFragment的fetchWallpaper加载图片的全图信息,在全图的mFullWallpaperCallback中解析全图信息,将缩略图更新为全图,获取全图信息后,在相应的RelevantFragment中展示壁纸的相关信息,通过调用addFragments()方法将RelevantFragments加入到FullWallpaperFragment的header中,addFragments先获取childFragmentManager,然后将fragments加入到其中,在RelevantFragments中展现相关信息;
步骤S605,点击全图时,显隐壁纸信息,如果壁纸信息可见那么点击全图则,回到全图顶部,同时隐藏壁纸信息,如果壁纸信息不可见,那么点击则显示壁纸相关信息,具体来说:
在全图显示界面中,如果点击全图,会将其它所有信息隐藏,只展示整个图片,当监听到用户点击全图的时候,RelevantContentFragment通过onFullImageClick()方法通知FullWallpaperFragment;
FullWallpaperFragment统一控制其它信息显隐,并回到界面顶部显示壁纸全图;
步骤S606,在壁纸顶端,增加收藏壁纸、设置图片为壁纸以及分享壁纸功能,其中:
收藏壁纸功能具体为:
如果用户没有登陆,那么则跳转到登录界面,如果当前未收藏,那么点击则收藏这张图片,如果当前已经收藏,那么点击则取消收藏这张图片
设置图片为壁纸功能为:设置为锁屏壁纸、设置为桌面壁纸和同时设置;
分享壁纸功能为:点击分享时,将图片缓存的地址传递给分享控件,分享控件展示相应分享选项:微信、微博等。
如图7所示为本发明一种移动终端全图展示系统的结构模块图,包括:
缩略图显示模块701,用于:从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;
信息列表获取模块702,用于:响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;
信息项选择模块703,用于:选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;
全图下载模块704,用于:从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;
全图展示模块705,用于:将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示所述当前全图。
在其中一个实施例中,还包括滑动检测模块和页面加载模块;
所述滑动检测模块,用于:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载模块;
所述页面加载模块,用于:
如果所述界面滑动的趋势为显示后邻全图,则从所述信息列表中,将
最后一个所述后邻信息项后面的滑动加载数量个信息项作为新增的后邻信息项,从滑动加载数量个新增的后邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的后邻全图,将新增的后邻全图与所述全图显示界面依序拼合;
如果所述界面滑动的趋势为显示前邻全图,则从所述信息列表中,将最后一个所述前邻信息项后面的滑动加载数量个信息项作为新增的前邻信息项,从滑动加载数量个新增的前邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的前邻全图,将新增的前邻全图与所述全图显示界面依序拼合;
当所述屏幕完整显示后邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的后邻全图更新为当前全图,对应的后邻信息项更新为当前信息项;
当所述屏幕完整显示前邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的前邻全图更新为当前全图,对应的前邻信息项更新为当前信息项;
所述滑动加载数量为自然数。
在其中一个实施例中,所述页面加载模块,还包括:
如果所述界面滑动的趋势为显示后邻全图,则将新增的后邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个前邻全图删除;
如果所述界面滑动的趋势为显示前邻全图,则将新增的前邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个后邻全图删除。
在其中一个实施例中,还包括信息项加载模块;
所述滑动检测模块,具体用于:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载模块和信息项加载模块;
所述信息项加载模块,用于:如果所述界面滑动的趋势为显示后邻全图,且所述后邻信息项已经为所述信息列表中的最后一个信息项,则从服
务器获取多个新增的信息项加入所述信息列表。
在其中一个实施例中,所述前邻数量和所述后邻数量相同,且移动终端使用移动网络时的前邻数量和后邻数量,小于或等于移动终端使用WIFI网络时的前邻数量和后邻数量。
在其中一个实施例中,所述信息项还包括全图相关信息;
所述全图下载模块,具体用于:
从所述当前信息项所包括的全图网络链接中下载图片并与当前信息项所包括的全图相关信息拼合得到当前全图;
从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片,并与相应的前邻信息项所包括的全图相关信息拼合分别得到前邻数量个前邻全图;
从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片,并与相应的后邻信息项所包括的全图相关信息拼合,分别得到后邻数量个后邻全图。
如图8所示为本发明移动终端的结构框图,其主要包括:处理器801、存储器802及通信组件803等。一般来说,本发明的移动终端优选为智能手机等。
其中存储器802中存储前述方法的具体代码,由处理器801具体执行,通信组件803与服务器进行通信。
图9是示出本发明一实施例的移动终端全图展示设备的逻辑框图。
参照图9,所述移动终端全图展示设备,包括:
处理器(processor)901、存储器(memory)902、通信接口(Communications Interface)903和总线904;其中,
所述处理器901、存储器902、通信接口903通过所述总线904完成相互间的通信;
所述通信接口903用于该移动终端全图展示设备与服务器之间的信息传输;
所述处理器901用于调用所述存储器902中的逻辑指令,以执行如下方法;
从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;
响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;
选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;
从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;
将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示所述当前全图。
参看图1,本实施例公开一种计算机程序,包括程序代码,所述程序代码用于执行如下操作:
从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;
响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;
选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;
从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;
将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕
上展示所述当前全图。
本实施例公开一种存储介质,用于存储如前述实施例所述的计算机程序。
以上所述实施例仅表达了本发明的几种实施方式,其描述较为具体和详细,但并不能因此而理解为对本发明专利范围的限制。应当指出的是,对于本领域的普通技术人员来说,在不脱离本发明构思的前提下,还可以做出若干变形和改进,这些都属于本发明的保护范围。因此,本发明专利的保护范围应以所附权利要求为准。
通过以上的实施方式的描述,本领域的技术人员可以清楚地了解到各实施方式可借助软件加必需的通用硬件平台的方式来实现,当然也可以通过硬件。基于这样的理解,上述技术方案本质上或者说对现有技术做出贡献的部分可以以软件产品的形式体现出来,该计算机软件产品可以存储在计算机可读存储介质中,如ROM/RAM、磁碟、光盘等,包括若干指令用以使得一台计算机设备(可以是个人计算机,服务器,或者网络设备等)执行各个实施例或者实施例的某些部分所述的方法。
最后应说明的是:以上实施例仅用以说明本发明的实施例的技术方案,而非对其限制;尽管参照前述实施例对本发明的实施例进行了详细的说明,本领域的普通技术人员应当理解:其依然可以对前述各实施例所记载的技术方案进行修改,或者对其中部分技术特征进行等同替换;而这些修改或者替换,并不使相应技术方案的本质脱离本发明各实施例技术方案的精神和范围。
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- 一种移动终端全图展示方法,其特征在于,包括:缩略图显示步骤,包括:从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;信息列表获取步骤,包括:响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;信息项选择步骤,包括:选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;全图下载步骤,包括:从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;全图展示步骤,包括:将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示所述当前全图。
- 根据权利要求1所述的移动终端全图展示方法,其特征在于,还包括滑动检测步骤和页面加载步骤;所述滑动检测步骤,包括:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载步骤;所述页面加载步骤,包括:如果所述界面滑动的趋势为显示后邻全图,则从所述信息列表中,将最后一个所述后邻信息项后面的滑动加载数量个信息项作为新增的后邻信息项,从滑动加载数量个新增的后邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的后邻全图,将新增的后邻全图与所述全图显示界面依序拼合;如果所述界面滑动的趋势为显示前邻全图,则从所述信息列表中,将 最后一个所述前邻信息项后面的滑动加载数量个信息项作为新增的前邻信息项,从滑动加载数量个新增的前邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的前邻全图,将新增的前邻全图与所述全图显示界面依序拼合;当所述屏幕完整显示后邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的后邻全图更新为当前全图,对应的后邻信息项更新为当前信息项;当所述屏幕完整显示前邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的前邻全图更新为当前全图,对应的前邻信息项更新为当前信息项;所述滑动加载数量为自然数。
- 根据权利要求2所述的移动终端全图展示方法,其特征在于,所述页面加载步骤,还包括:如果所述界面滑动的趋势为显示后邻全图,则将新增的后邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个前邻全图删除;如果所述界面滑动的趋势为显示前邻全图,则将新增的前邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个后邻全图删除。
- 根据权利要求2所述的移动终端全图展示方法,其特征在于,还包括信息项加载步骤;所述滑动检测步骤,具体包括:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载步骤和信息项加载步骤;所述信息项加载步骤,包括:如果所述界面滑动的趋势为显示后邻全图,且所述后邻信息项已经为所述信息列表中的最后一个信息项,则从服务器获取多个新增的信息项加入所述信息列表。
- 根据权利要求1-4任一项所述的移动终端全图展示方法,其特征在于,所述前邻数量和所述后邻数量相同,且移动终端使用移动网络时的前 邻数量和后邻数量,小于或等于移动终端使用WIFI网络时的前邻数量和后邻数量。
- 根据权利要求1-4任一项所述的移动终端全图展示方法,其特征在于,所述信息项还包括全图相关信息;所述全图下载步骤,具体包括:从所述当前信息项所包括的全图网络链接中下载图片并与当前信息项所包括的全图相关信息拼合得到当前全图;从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片,并与相应的前邻信息项所包括的全图相关信息拼合分别得到前邻数量个前邻全图;从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片,并与相应的后邻信息项所包括的全图相关信息拼合,分别得到后邻数量个后邻全图。
- 一种移动终端全图展示系统,其特征在于,包括:缩略图显示模块,用于:从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;信息列表获取模块,用于:响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;信息项选择模块,用于:选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;全图下载模块,用于:从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;全图展示模块,用于:将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界 面,并在移动终端的屏幕上展示所述当前全图。
- 根据权利要求7所述的移动终端全图展示系统,其特征在于,还包括滑动检测模块和页面加载模块;所述滑动检测模块,用于:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载模块;所述页面加载模块,用于:如果所述界面滑动的趋势为显示后邻全图,则从所述信息列表中,将最后一个所述后邻信息项后面的滑动加载数量个信息项作为新增的后邻信息项,从滑动加载数量个新增的后邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的后邻全图,将新增的后邻全图与所述全图显示界面依序拼合;如果所述界面滑动的趋势为显示前邻全图,则从所述信息列表中,将最后一个所述前邻信息项后面的滑动加载数量个信息项作为新增的前邻信息项,从滑动加载数量个新增的前邻信息项所包括的全图网络链接中下载滑动加载数量个全图作为新增的前邻全图,将新增的前邻全图与所述全图显示界面依序拼合;当所述屏幕完整显示后邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的后邻全图更新为当前全图,对应的后邻信息项更新为当前信息项;当所述屏幕完整显示前邻全图时,将所述当前全图更新为前邻全图,对应的当前信息项更新为前邻信息项,被屏幕完整显示的前邻全图更新为当前全图,对应的前邻信息项更新为当前信息项;所述滑动加载数量为自然数。
- 根据权利要求8所述的移动终端全图展示系统,其特征在于,所述页面加载模块,还包括:如果所述界面滑动的趋势为显示后邻全图,则将新增的后邻全图与所述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个前邻全图删除;如果所述界面滑动的趋势为显示前邻全图,则将新增的前邻全图与所 述全图显示界面依序拼合后,将所述全图显示界面中滑动加载数量个后邻全图删除。
- 根据权利要求8所述的移动终端全图展示系统,其特征在于,还包括信息项加载模块;所述滑动检测模块,具体用于:监听所述全图显示界面的滑动,当所述全图显示界面的滑动超过预设阈值时,触发页面加载模块和信息项加载模块;所述信息项加载模块,用于:如果所述界面滑动的趋势为显示后邻全图,且所述后邻信息项已经为所述信息列表中的最后一个信息项,则从服务器获取多个新增的信息项加入所述信息列表。
- 根据权利要求7-10任一项所述的移动终端全图展示系统,其特征在于,所述前邻数量和所述后邻数量相同,且移动终端使用移动网络时的前邻数量和后邻数量,小于或等于移动终端使用WIFI网络时的前邻数量和后邻数量。
- 根据权利要求7-10任一项所述的移动终端全图展示系统,其特征在于,所述信息项还包括全图相关信息;所述全图下载模块,具体用于:从所述当前信息项所包括的全图网络链接中下载图片并与当前信息项所包括的全图相关信息拼合得到当前全图;从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片,并与相应的前邻信息项所包括的全图相关信息拼合分别得到前邻数量个前邻全图;从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片,并与相应的后邻信息项所包括的全图相关信息拼合,分别得到后邻数量个后邻全图。
- 一种移动终端全图展示设备,其特征在于,包括:处理器、存储器、通信接口和总线;其中,所述处理器、存储器、通信接口通过所述总线完成相互间的通信;所述通信接口用于所述移动终端全图展示设备与服务器之间的信息 传输;所述处理器用于调用所述存储器中的逻辑指令,以执行如下方法;从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示所述当前全图。
- 一种计算机程序,其特征在于,包括程序代码,所述程序代码用于执行如下操作:从服务器获取多个缩略图并在移动终端屏幕上展示所述缩略图;响应于缩略图被选择事件,获取包括多个信息项的信息列表,每个所述信息项与一个缩略图对应,且每个所述信息项包括全图网络链接;选择所述信息列表中被选择的缩略图所对应的信息项作为当前信息项,将当前信息项前面的前邻数量个信息项作为前邻信息项,将当前信息项后面的后邻数量个信息项作为后邻信息项,所述前邻数量和所述后邻数量为自然数;从所述当前信息项所包括的全图网络链接中下载图片作为当前全图,从前邻数量个所述前邻信息项所包括的全图网络链接中下载前邻数量个图片作为前邻全图,从后邻数量个所述后邻信息项所包括的全图网络链接中下载后邻数量个图片作为后邻全图;将前邻数量个所述前邻全图、所述当前全图和后邻数量个所述后邻全图依序拼合为可跟随触摸进行滑动的全图显示界面,并在移动终端的屏幕上展示所述当前全图。
- 一种存储介质,用于存储如权利要求14所述的计算机程序。
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