WO2013159482A1 - 图标智能显示的方法和装置 - Google Patents

图标智能显示的方法和装置 Download PDF

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Publication number
WO2013159482A1
WO2013159482A1 PCT/CN2012/081317 CN2012081317W WO2013159482A1 WO 2013159482 A1 WO2013159482 A1 WO 2013159482A1 CN 2012081317 W CN2012081317 W CN 2012081317W WO 2013159482 A1 WO2013159482 A1 WO 2013159482A1
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WO
WIPO (PCT)
Prior art keywords
icon
menu item
display rule
display
brightness
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PCT/CN2012/081317
Other languages
English (en)
French (fr)
Inventor
杨福军
王凌晨
黄高波
Original Assignee
深圳Tcl新技术有限公司
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Publication date
Application filed by 深圳Tcl新技术有限公司 filed Critical 深圳Tcl新技术有限公司
Publication of WO2013159482A1 publication Critical patent/WO2013159482A1/zh

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    • 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]
    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09GARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G2340/00Aspects of display data processing
    • G09G2340/14Solving problems related to the presentation of information to be displayed
    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09GARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G5/00Control arrangements or circuits for visual indicators common to cathode-ray tube indicators and other visual indicators

Definitions

  • the present invention relates to a method for displaying an icon, and more particularly to a method and apparatus for intelligent display of an icon.
  • the icon of each menu item in the system can generally represent the function and content of the menu item, which is the graphic identifier of the corresponding menu item, and is also the first of the menu items in the user browsing the system menu.
  • a browse object often even the only one to browse.
  • the icons of menu items tend to maintain a display state, which is set by the device manufacturer when the product is designed, which makes it impossible for the user to know the cured icon.
  • the main object of the present invention is to provide a method and device for intelligently displaying an icon, which aims to make the display of the icon of the menu item intelligent, and enable the user to know the status of the function content of the menu item corresponding to the icon through the icon. To improve the market competitiveness of products.
  • the invention provides a method for intelligent display of icons, comprising:
  • the icon of the menu item is adjusted according to the icon display state and the preset icon display rule for displaying the icon of the adjusted menu item.
  • the status parameter includes at least one of the following: a source of the system, a network connection status, and content corresponding to the menu item.
  • the icon display rule includes an icon shape display rule, an icon brightness display rule, and an icon animation display rule.
  • the adjusting the icon of the menu item according to the icon display rule corresponding to the preset icon display state comprises:
  • the icon display rule corresponding to the icon display state of the menu item is an icon shape display rule
  • the icon shape of the menu item is scaled or deformed according to the icon shape display rule
  • the icon display rule corresponding to the icon display state of the menu item is an icon brightness display rule
  • the icon brightness of the menu item is darkened or brightened according to the icon brightness display rule
  • the icon display rule corresponding to the icon display state of the menu item is an icon animation display rule
  • the icon of the menu item is animated or the number of the animation is changed according to the icon animation display rule.
  • the icon display rule corresponding to the icon display state of the menu item is an icon shape display rule.
  • the method further includes:
  • the minimum and maximum values of the number of files and directories that cause the icon change of the menu item are set.
  • the icon display rule corresponding to the icon display state of the menu item is an icon brightness display rule, and before the process of dimming or brightening the icon brightness of the menu item, the method further includes:
  • the icon display rule corresponding to the icon display state of the menu item is an icon animation display rule.
  • the method further includes:
  • the invention also provides a method for intelligent display of icons, comprising:
  • the icon of the menu item is adjusted according to the icon display state and the preset icon display rule for displaying the icon of the adjusted menu item.
  • the status parameter includes at least one of the following: a source of the system, a network connection status, and content corresponding to the menu item.
  • the method before performing the adjustment process on the icon of the menu item according to the icon display rule corresponding to the preset icon display state, the method further includes:
  • the icon display rule corresponding to the icon display state is preset.
  • the icon display rule includes an icon shape display rule, an icon brightness display rule, and an icon animation display rule.
  • the adjusting the icon of the menu item according to the icon display rule corresponding to the preset icon display state comprises:
  • the icon display rule corresponding to the icon display state of the menu item is an icon shape display rule
  • the icon shape of the menu item is scaled or deformed according to the icon shape display rule
  • the icon display rule corresponding to the icon display state of the menu item is an icon brightness display rule
  • the icon brightness of the menu item is darkened or brightened according to the icon brightness display rule
  • the icon display rule corresponding to the icon display state of the menu item is an icon animation display rule
  • the icon of the menu item is animated or the number of the animation is changed according to the icon animation display rule.
  • the icon display rule corresponding to the icon display state of the menu item is an icon shape display rule.
  • the method further includes:
  • the minimum and maximum values of the number of files and directories that cause the icon change of the menu item are set.
  • the icon display rule corresponding to the icon display state of the menu item is an icon brightness display rule, and before the process of dimming or brightening the icon brightness of the menu item, the method further includes:
  • the icon display rule corresponding to the icon display state of the menu item is an icon animation display rule.
  • the method further includes:
  • the invention further provides an apparatus for intelligent display of icons, comprising:
  • the query and judgment module is configured to: after receiving the display request for displaying the icon of the menu item, querying the state parameter currently set by the menu item, and determining the icon display of the menu item according to the queried state parameter status;
  • an adjustment module configured to adjust an icon of the menu item according to the icon display state and a preset icon display rule, so that the icon of the adjusted menu item is displayed.
  • the status parameter includes at least one of the following: a source of the system, a network connection status, and content corresponding to the menu item.
  • the device for intelligently displaying the icon further comprises:
  • the preset module is configured to preset an icon display rule corresponding to the icon display state.
  • the icon display rule includes an icon shape display rule, an icon brightness display rule, and an icon animation display rule.
  • the adjustment module is specifically configured to:
  • the icon display rule corresponding to the icon display state of the menu item is an icon shape display rule
  • the icon shape of the menu item is scaled or deformed according to the icon shape display rule
  • the icon display rule corresponding to the icon display state of the menu item is an icon brightness display rule
  • the icon brightness of the menu item is darkened or brightened according to the icon brightness display rule
  • the icon display rule corresponding to the icon display state of the menu item is an icon animation display rule
  • the icon of the menu item is animated or the number of the animation is changed according to the icon animation display rule.
  • the present invention After receiving the display request for displaying the icon of the menu item, the present invention queries the state parameter under the current setting corresponding to the menu item, and after determining the icon display state of the menu item according to the queried state parameter, According to the icon display rule corresponding to the preset icon display state, the icon of the menu item is adjusted, and the adjusted icon is displayed.
  • This method is used to display the icon of the item, and the user only needs to browse the icon to know the status of the function content of the menu item corresponding to the icon, so that the display of the icon of the menu item is more intelligent and improved.
  • the user experience is used and the market competitiveness of the product can be improved.
  • FIG. 1 is a schematic flow chart of a first embodiment of a method for icon intelligent display according to the present invention
  • FIG. 2 is a schematic flowchart of adjusting an icon of a menu item in the first embodiment of the method for intelligent display of icons according to the present invention
  • FIG. 3 is a schematic flow chart of a second embodiment of a method for icon intelligent display according to the present invention.
  • FIG. 4 is a schematic structural diagram of a first embodiment of an apparatus for intelligently displaying an icon according to the present invention
  • FIG. 5 is a schematic structural diagram of a second embodiment of an apparatus for intelligently displaying an icon according to the present invention.
  • FIG. 1 is a schematic flowchart of a first embodiment of a method for intelligent display of icons according to the present invention.
  • the method includes:
  • Step S10 after receiving the display request for displaying the icon of the menu item, querying the status parameter of the current setting of the menu item, and determining the icon display state of the menu item according to the queried state parameter;
  • the method for intelligently displaying an icon according to the present invention adjusts the display of the icon of the menu item according to the content, the analog quantity and the like corresponding to each menu item in the system menu, so that the icon of the menu has the expression expression capability. Thereby making the display of the icon intelligent. In this way, by browsing the icon of a menu item, the user can know the current content, the number of contents, and the function adjustment status of the item.
  • a display request for displaying the icon of the menu item is first initiated.
  • the display request may be initiated by an external device such as a button of the remote controller or an external button, or may be performed by the system.
  • the module that comes with it is initiated.
  • the status parameter under the current setting corresponding to the menu item is queried in the list of status parameters set in the system.
  • a thread may be added to the system for collecting the state parameter under the current setting corresponding to the menu item in the background. After querying the state parameter under the current setting corresponding to the menu item, the icon display state of the menu item is determined according to the state parameter.
  • the proposed status parameter may generally include: a source of the system, a network connection status, and a content corresponding to the menu item; of course, the status parameter set for the menu item may also include other types that may be used.
  • the parameters of the menu item are described, and are not limited to the above several state parameters. Different state parameters, the corresponding menu items may have different icon display states.
  • step S20 according to the icon display state and the preset icon display rule, the icon of the menu item is adjusted to display the icon of the adjusted menu item.
  • the icon of the menu item is adjusted according to the icon display rule corresponding to the icon display state set in advance in the system.
  • the preset icon display rules include an icon shape display rule, an icon brightness display rule, and an icon animation display rule.
  • the icon of the menu item may be scaled or deformed, or the brightness, color, transparency, etc. of the partial or all areas of the same icon of the menu item may be adjusted; You can also add a dynamic picture to the icon of the menu item, or increase or decrease the number of animations as needed.
  • the adjusted icon is displayed on the display.
  • the user can intuitively know the current content, the number of contents, and the function adjustment state in the menu item by browsing the icon of the menu item.
  • a plurality of different icons may be simultaneously combined in the display area of the icon for displaying a menu item, and the same or different brightness and color may be used.
  • the setting of transparency is to display their states separately, so that multiple icons are presented as an icon as a whole, and this icon may have different forms due to different state parameters corresponding to the menu items.
  • two or more different icons may be used to respectively identify changes of different state parameters corresponding to the menu items, and among the different icons, only one of the one state parameters may be displayed. come out.
  • the state parameter under the current setting corresponding to the menu item is queried, and the icon display of the menu item is determined according to the queried state parameter.
  • the icon of the menu item is adjusted, and the adjusted icon is displayed.
  • This method is used to display the icon of the item, and the user only needs to browse the icon to know the status of the function content of the menu item corresponding to the icon, so that the display of the icon of the menu item is more intelligent and improved. The user experience is used and the market competitiveness of the product can be improved.
  • FIG. 2 is a schematic flowchart of adjusting an icon of a menu item in the first embodiment of the method for intelligent display of icons according to the present invention.
  • step S20 specifically includes:
  • step S21 the icon display rule corresponding to the icon display state of the menu item is determined; if the icon display rule corresponding to the icon display state of the menu item is the icon shape display rule, the process proceeds to step S22; if the icon display state of the menu item corresponds to If the icon display rule is the icon brightness display rule, the process proceeds to step S23; if the icon display rule corresponding to the icon display state of the menu item is the icon animation display rule, the process proceeds to step S24.
  • Step S22 performing a process of scaling or deforming the icon shape of the menu item according to the icon shape display rule
  • Step S23 performing darkening or brightening of the icon brightness of the menu item according to the icon brightness display rule
  • step S24 according to the icon animation display rule, the icon of the menu item is animated or the number of the animation is changed.
  • the icon display rule corresponding to the icon display state is further determined according to the icon display state.
  • the current state parameter corresponding to the menu item is usually the quantity or size of the content in the file, and the like.
  • Parameter; according to the icon shape display rule, the shape of the icon of the menu item is enlarged, reduced, or deformed.
  • the flow of the adjustment of the icon of the menu item is described by taking two cases of the size change of the icon of the menu item and the change of the deformation of the concave and convex portion as an example:
  • the size of the file needs to be adjusted according to the number of files and directories in the folder.
  • the size of the folder is the smallest; the more files and directories contained in the folder, the larger the size of the folder; when the number of files and directories reaches the set maximum value, The icon for this folder is maximized.
  • the setting of the maximum value and the minimum value is as follows: First, the width and height of the minimum display size icon of the folder icon can be set to be 90% of the width and height of the original icon.
  • the number of files and directories corresponding to the folder MIN_NUM is 0; then, when the width and height of the actual display size icon of the folder icon are equal to the width and height of the original icon, the files and directories under the folder
  • the number of NORMAL_NUM is 1; finally, the width and height of the maximum display size icon of the folder icon are respectively 150% of the width and height of the original icon.
  • MAX_NUM is 11.
  • the calculation method for the width and height of the current display size of the folder icon is the original icon width and height (100+ 50*(num- NORMAL_NUM)/(MAX_NUM-NORMAL_NUM))%, that is, the width and height of the actual display are (100+50*(num-1)/10)% of the original icon width and height.
  • the menu item to be displayed is a folder
  • the sides of the folder icon are recessed to a greater extent; the number of files and directories contained in the folder is larger, and the folder icon is larger than normal.
  • both sides of the folder icon will be outwardly convex.
  • the number of files and directories reaches the set maximum value, the amount of deformation of the two sides of the folder icon will be maximized.
  • the setting of the maximum value and the minimum value is as follows: First, when the number of files and directories under the folder is 0, the sides of the folder icon are recessed to the greatest extent; Then, when the number of files and directories under the folder is 1, the folder icon assumes a standard state, that is, no adjustment of the unevenness is performed; setting the number of files and directories under the folder is 2, the sides of the folder icon will slightly bulge outward; and when the number of files and directories under the folder is greater than or equal to 5, the amount of deformation of the folder icon will be convex outward to reach maximum.
  • the amount of deformation of the two sides of the folder icon is larger than the amount of deformation when the number of files and directories is 2, but slightly smaller than the file and directory.
  • the amount of deformation is 5 when it is.
  • the current state parameter corresponding to the menu item is usually a parameter such as a system source and a network connection state. .
  • the RGBA coefficient adjustment range value of the brightness icon and the range value of the brightness causing the change of the icon RGBA coefficient are initialized.
  • the range value of the brightness for example, if the range of the brightness value adjustable by the user is 0 to 100, the brightness icon can be set when the brightness value is less than or equal to ADJ_MIN_VALUE (which can be preset to 20).
  • the coefficient value is COEFFICIENT_MIN (can be preset to 0.6); when the brightness value is greater than or equal to ADJ_MAX_VALUE (can be preset to 90), the RGBA of each image point of the brightness icon
  • the coefficient value is COEFFICIENT_MAX (which can be preset to 1.0); when the brightness value is greater than ADJ_MIN_VALUE and less than ADJ_MAX_VALUE, the RGBA coefficient value of each image of the luminance icon can be linearly or nonlinearly adjusted between COEFFICIENT_MIN and COEFFICIENT_MAX.
  • the adjustment of the brightness change of the brightness icon may be performed by adjusting the RGBA adjustment coefficient of each image point of the icon at the same time, or by adjusting one or several of R, G, B, and A separately or in combination.
  • the brightness icon will regularly exhibit different brightness changes.
  • the icon display rule corresponding to the icon display state of the menu item is an icon animation display rule
  • the current state parameter corresponding to the menu item is usually also the quantity or size of the content in the file. And other parameters.
  • an animation is added to the shape of the icon of the menu item or the number of animations is changed.
  • the icon corresponding to the menu item is a U disk music icon, and the added animation is a music symbol as an example, and the process of adjusting the icon of the menu item is described:
  • the minimum and maximum values of the number of music files corresponding to the music symbols of the U disk are floated out by different numbers of music symbols.
  • the minimum value and the maximum value for example, firstly, it can be set that when there is no music file in the U disk, the U disk music icon has no music symbol floating out; when the number of music files in the U disk is greater than or equal to U_MUSIC_FILE_NUM_1 (can be set to 1) and less than U_MUSIC_FILE_NUM_2 (can be set to 5), one music symbol can be floated on the U disk music icon; when the number of music files in the U disk is greater than or equal to U_MUSIC_FILE_NUM_2 and less than U_MUSIC_FILE_NUM_3 (can be set When it is 20), the music icon of the U disk can be simultaneously (or sequentially) 2 music symbols; and so on.
  • the music icon of the U disk can simultaneously (or sequentially) float MUSIC_ICON_MAX (can be set to 5) music symbols.
  • the U disk music icon may float out a different number of music symbols.
  • the corresponding icon display rule is specifically an icon shape display rule, an icon brightness display rule, or an icon animation display rule, and in the corresponding case, according to different icon display rules, the menu is The icon of the item is adjusted accordingly for displaying the adjusted icon. This step ensures that the icons of the menu items can be displayed intelligently, thereby further improving the user experience and further ensuring that the product's market competitiveness can be improved.
  • FIG. 3 is a schematic flowchart diagram of a second embodiment of a method for icon intelligent display according to the present invention.
  • the method further includes:
  • step S30 the icon display rule corresponding to the preset icon display state is displayed.
  • the icon display rules may include: an icon shape display rule, an icon brightness display rule, and an icon animation display rule.
  • the icon display rule corresponding to the icon display state is preset in the system, so that the icon corresponding to the menu item is differently adjusted according to different icon display rules.
  • Presetting the icon shape display rule substantially means presetting the maximum value and the minimum value of the factor that can cause the icon shape to change; presetting the icon brightness display rule substantially, referring to the brightness that causes the icon RGBA coefficient to change.
  • the range value is preset; and the icon animation display rule is preset, which essentially means that the minimum value and the maximum value of the factors causing the animation of the icon and the number of added animations are preset.
  • the icon display rule corresponding to the icon display state is preset, so as to conveniently determine the icon display of the menu item according to the state parameter corresponding to the currently displayed menu item.
  • the icon corresponding to the menu item is subjected to different adjustment processing according to the icon display rule corresponding to the icon display status. In this way, it provides greater convenience for different adjustment processing of the icons corresponding to the menu items.
  • FIG. 4 is a schematic structural diagram of a first embodiment of an apparatus for intelligently displaying an icon according to the present invention.
  • the device includes:
  • the query and judgment module 10 is configured to: after receiving the display request for displaying the icon of the menu item, querying the state parameter currently set by the menu item, and determining the icon display state of the menu item according to the queried state parameter;
  • the adjustment module 20 is configured to adjust an icon of the menu item according to the icon display state and the preset icon display rule, so as to display the icon of the adjusted menu item.
  • the device for intelligently displaying an icon adjusts the display of the icon of the menu item according to the state parameter corresponding to each menu item in the system menu, the analog quantity, and the like, so that the icon of the menu has the expression expression capability. Thereby making the display of the icon intelligent. In this way, by browsing the icon of a menu item, the user can know the current content, the number of contents, and the function adjustment status of the item.
  • a display request for displaying the icon of the menu item is first initiated.
  • the display request may be initiated by an external device such as a button of the remote controller or an external button, or may be performed by the system.
  • the module that comes with it is initiated.
  • the query and judgment module 10 queries the status parameter of the current setting corresponding to the menu item in the list of status parameters set in the system.
  • a thread may be added to the system for collecting the state parameter under the current setting corresponding to the menu item in the background.
  • the query and judgment module 10 determines the icon display status of the menu item according to the status parameter.
  • the proposed status parameter may generally include: a source of the system, a network connection status, and a content corresponding to the menu item; of course, the status parameter set for the menu item may also include other types that may be used.
  • the parameters of the menu item are described, and are not limited to the above several state parameters. Different state parameters, the corresponding menu items may have different icon display states.
  • the adjustment module 20 After determining the icon display state of the corresponding menu item according to the state parameter, the adjustment module 20 performs an adjustment process on the icon of the menu item according to the icon display rule corresponding to the icon display state set in advance in the system.
  • the preset icon display rules include an icon shape display rule, an icon brightness display rule, and an icon animation display rule.
  • the icon of the menu item may be scaled or deformed, or the brightness, color, transparency, etc. of the partial or all areas of the same icon of the menu item may be adjusted; You can also add a dynamic picture to the icon of the menu item, or increase or decrease the number of animations as needed.
  • the adjusted icon is displayed on the display.
  • the user can intuitively know the current content, the number of contents, and the function adjustment state in the order item by browsing the icon of the menu item.
  • a plurality of different icons may be simultaneously combined in the display area of the icon for displaying a menu item, and the same or different brightness and color may be used.
  • the setting of transparency is to display their states separately, so that multiple icons are presented as an icon as a whole, and this icon may have different forms due to different state parameters corresponding to the menu items.
  • two or more different icons may be used to respectively identify changes of different state parameters corresponding to the menu items, and among the different icons, only one of the one state parameters may be displayed. come out.
  • the state parameter under the current setting corresponding to the menu item is queried, and the icon display of the menu item is determined according to the queried state parameter.
  • the icon of the menu item is adjusted, and the adjusted icon is displayed.
  • This method is used to display the icon of the item, and the user only needs to browse the icon to know the status of the function content of the menu item corresponding to the icon, so that the display of the icon of the menu item is more intelligent and improved. The user experience is used and the market competitiveness of the product can be improved.
  • the adjustment module 20 is specifically configured to:
  • the icon display rule corresponding to the icon display state of the menu item is an icon shape display rule
  • the icon shape of the menu item is scaled or deformed according to the icon shape display rule
  • the icon display rule corresponding to the icon display state of the menu item is the icon brightness display rule, the icon brightness of the menu item is darkened or brightened according to the icon brightness display rule;
  • the icon display rule corresponding to the icon display state of the menu item is the icon animation display rule
  • the icon of the menu item is animated or the number of the animation is changed according to the icon animation display rule.
  • the icon display rule corresponding to the icon display state is further determined according to the icon display state.
  • the current state parameter corresponding to the menu item is usually the quantity or size of the content in the file, and the like.
  • the parameter adjustment module 20 adjusts the shape of the icon item by zooming in, reducing, or deforming the shape of the icon item according to the icon shape display rule.
  • the flow of the adjustment of the icon of the menu item is described by taking two cases of the size change of the icon of the menu item and the change of the deformation of the concave and convex portion as an example:
  • the size of the file needs to be adjusted according to the number of files and directories in the folder.
  • the size of the folder is the smallest; the more files and directories contained in the folder, the larger the size of the folder; when the number of files and directories reaches the set maximum value, The icon for this folder is maximized.
  • the setting of the maximum value and the minimum value is as follows: First, the width and height of the minimum display size icon of the folder icon can be set to be 90% of the width and height of the original icon.
  • the number of files and directories corresponding to the folder MIN_NUM is 0; then, when the width and height of the actual display size icon of the folder icon are equal to the width and height of the original icon, the files and directories under the folder
  • the number of NORMAL_NUM is 1; finally, the width and height of the maximum display size icon of the folder icon are respectively 150% of the width and height of the original icon.
  • MAX_NUM is 11.
  • the calculation method for the width and height of the current display size of the folder icon is the original icon width and height (100+ 50*(num- NORMAL_NUM)/(MAX_NUM-NORMAL_NUM) %), that is, the width and height of the actual display are the original icon width and height (100+50*(num-1)/10)%.
  • the menu item to be displayed is a folder
  • the sides of the folder icon are recessed to a greater extent; the number of files and directories contained in the folder is larger, and the folder icon is larger than normal.
  • both sides of the folder icon will be outwardly convex.
  • the number of files and directories reaches the set maximum value, the amount of deformation of the two sides of the folder icon will be maximized.
  • the setting of the maximum value and the minimum value is as follows: First, when the number of files and directories under the folder is 0, the sides of the folder icon are recessed to the greatest extent; Then, when the number of files and directories under the folder is 1, the folder icon assumes a standard state, that is, no adjustment of the unevenness is performed; setting the number of files and directories under the folder is 2, the sides of the folder icon will slightly bulge outward; and when the number of files and directories under the folder is greater than or equal to 5, the amount of deformation of the folder icon will be convex outward to reach maximum.
  • the amount of deformation of the two sides of the folder icon is larger than the amount of deformation when the number of files and directories is 2, but slightly smaller than the file and directory.
  • the amount of deformation is 5 when it is.
  • the current state parameter corresponding to the menu item is usually a parameter such as a system source and a network connection state.
  • the adjustment module 20 performs a process of dimming or brightening the brightness of the icon of the menu item according to the icon brightness display rule.
  • the RGBA coefficient adjustment range value of the brightness icon and the range value of the brightness causing the change of the icon RGBA coefficient are initialized.
  • the range value of the brightness for example, if the range of the brightness value adjustable by the user is 0 to 100, the brightness icon can be set when the brightness value is less than or equal to ADJ_MIN_VALUE (which can be preset to 20).
  • the coefficient value is COEFFICIENT_MIN (can be preset to 0.6); when the brightness value is greater than or equal to ADJ_MAX_VALUE (can be preset to 90), the RGBA of each image point of the brightness icon
  • the coefficient value is COEFFICIENT_MAX (which can be preset to 1.0); when the brightness value is greater than ADJ_MIN_VALUE and less than ADJ_MAX_VALUE, the RGBA coefficient value of each image of the luminance icon can be linearly or nonlinearly adjusted between COEFFICIENT_MIN and COEFFICIENT_MAX.
  • the adjustment of the brightness change of the brightness icon may be performed by adjusting the RGBA adjustment coefficient of each image point of the icon at the same time, or by adjusting one or several of R, G, B, and A separately or in combination.
  • the brightness icon will regularly exhibit different brightness changes.
  • the current state parameter corresponding to the menu item is usually also the quantity or size of the content in the file. And other parameters.
  • the adjustment module 20 adds an animation to the shape of the icon of the menu item or changes the number of animations according to the icon animation display rule.
  • the icon corresponding to the menu item is a U disk music icon, and the added animation is a music symbol as an example, and the process of adjusting the icon of the menu item is described:
  • the minimum and maximum values of the number of music files corresponding to the music symbols of the U disk are floated out by different numbers of music symbols.
  • the minimum value and the maximum value for example, firstly, it can be set that when there is no music file in the U disk, the U disk music icon has no music symbol floating out; when the number of music files in the U disk is greater than or equal to U_MUSIC_FILE_NUM_1 (can be set to 1) and less than U_MUSIC_FILE_NUM_2 (can be set to 5), one music symbol can be floated on the U disk music icon; when the number of music files in the U disk is greater than or equal to U_MUSIC_FILE_NUM_2 and less than U_MUSIC_FILE_NUM_3 (can be set When it is 20), the music icon of the U disk can be simultaneously (or sequentially) 2 music symbols; and so on.
  • the music icon of the U disk can simultaneously (or sequentially) float MUSIC_ICON_MAX (can be set to 5) music symbols.
  • the U disk music icon may float out a different number of music symbols.
  • the corresponding icon display rule is specifically an icon shape display rule, an icon brightness display rule, or an icon animation display rule, and in the corresponding case, according to different icon display rules, the menu is The icon of the item is adjusted accordingly for displaying the adjusted icon. This step ensures that the icons of the menu items can be displayed intelligently, thereby further improving the user experience and further ensuring that the product's market competitiveness can be improved.
  • FIG. 5 is a schematic structural diagram of a second embodiment of an apparatus for intelligently displaying an icon according to the present invention.
  • the device also includes:
  • the preset module 30 is configured to preset an icon display rule corresponding to the icon display state.
  • the icon display rules may include: an icon shape display rule, an icon brightness display rule, and an icon animation display rule.
  • the preset module 30 Before performing the adjustment processing on the icon corresponding to the menu item, the preset module 30 first presets the icon display rule corresponding to the icon display state in the system, so that the icon corresponding to the menu item is different according to different icon display rules. Adjustment processing. Presetting the icon shape display rule substantially means presetting the maximum value and the minimum value of the factor that can cause the icon shape to change; presetting the icon brightness display rule substantially, referring to the brightness that causes the icon RGBA coefficient to change. The range value is preset; and the icon animation display rule is preset, which essentially means that the minimum value and the maximum value of the factors causing the animation of the icon and the number of added animations are preset.
  • the icon display rule corresponding to the icon display state is preset, so as to conveniently determine the icon display of the menu item according to the state parameter corresponding to the currently displayed menu item.
  • the icon corresponding to the menu item is subjected to different adjustment processing according to the icon display rule corresponding to the icon display status. In this way, it provides greater convenience for different adjustment processing of the icons corresponding to the menu items.

Abstract

本发明公开了一种图标智能显示的方法,包括:接收到对菜单项的图标进行显示的显示请求后,对菜单项当前设置下的状态参数进行查询,并根据查询到的状态参数判断菜单项的图标显示状态;根据图标显示状态以及预设的图标显示规则,对菜单项的图标进行调整处理,以供将调整后的菜单项的图标进行显示。本发明还提供了相应的装置。本发明所提供的图标智能显示的方法,用户只需要浏览菜单项的图标,就可以了解到该图标所对应的菜单项的功能内容等状态,使得菜单项的图标的显示更为智能化,提高了用户的使用体验,并且可以提高产品的市场竞争力。

Description

图标智能显示的方法和装置
技术领域
本发明涉及到图标显示的方法,特别涉及到一种图标智能显示的方法和装置。
背景技术
嵌入式电子产品中,系统中各菜单项的图标一般能形象的表述该菜单项的功能和内容,它是对应菜单项的图形标识,同时,也是用户在浏览系统菜单中的各菜单项的第一浏览对象,很多时候甚至是唯一浏览对象。在嵌入式电子产品中,菜单项的图标往往保持一种显示状态,这种显示状态由设备制造商在做产品设计时就已固化设定,这就使得用户无法通过这个固化的图标来得知该菜单项中的是否有目录,并且也无法得知目录的大小和多少。
而现有的产品中,也已经开始针对少数菜单项的图标,进行了一些简单的变化。如电视的搜台菜单在TV信源下显示是彩色的,则表明此时该菜单可选;而在PC信源下显示是灰色的,则表明此时该菜单不可选;另外,如电视处于网络连接状态时,网络连接状态的菜单图标是彩色的,而电视处于网络断开状态时,网络连接状态的菜单图标则是灰色的。但是,上述的图标变化都只是分别用两个不同图标在同一个图标区域进行显示,这种显示方法不够智能化,使得用户仍然不能通过该图标了解到该图标所对应的菜单项的功能内容等状态。
发明内容
本发明的主要目的为提供一种图标智能显示的方法和装置,旨在使菜单项的图标的显示智能化,并且使用户可以通过该图标了解到该图标所对应的菜单项的功能内容等状态,从而提高产品的市场竞争力。
本发明提供种图标智能显示的方法,包括:
接收到对菜单项的图标进行显示的显示请求后,对所述菜单项当前设置下的状态参数进行查询,并根据查询到的状态参数判断所述菜单项的图标显示状态;
预设所述图标显示状态所对应的图标显示规则;
根据所述图标显示状态以及预设的图标显示规则,对所述菜单项的图标进行调整处理,以供将调整后的菜单项的图标进行显示。
优选地,所述状态参数至少包括以下之一:系统的信源、网络连接状态以及菜单项对应的内容。
优选地,所述图标显示规则包括图标形状显示规则、图标亮度显示规则和图标动画显示规则。
优选地,所述根据预设的图标显示状态所对应的图标显示规则,对所述菜单项的图标进行调整处理包括:
如所述菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,则根据所述图标形状显示规则,对所述菜单项的图标形状进行缩放或变形的处理;
如所述菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,则根据所述图标亮度显示规则,对所述菜单项的图标亮度进行变暗或变亮的处理;
如所述菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,则根据所述图标动画显示规则,对所述菜单项的图标进行添加动画或改变动画数量的处理。
优选地,如所述菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,在对所述菜单项的图标形状进行缩放或变形的处理之前,还包括:
设置引起所述菜单项的图标变化的文件和目录数目的最小值以及最大值。
优选地,如所述菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,在对所述菜单项的图标亮度进行变暗或变亮的处理之前,还包括:
初始化反应所述菜单项的图标亮度的RGBA系数的调整范围,以及引起所述RGBA系数变化的亮度的范围。
优选地,如所述菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,在对所述菜单项的图标进行添加动画或改变动画数量的处理之前,还包括:
设置使所述菜单项的图标显示出不同数量动画的动画文件数量的最小值和最大值。
本发明还提供一种图标智能显示的方法,包括:
接收到对菜单项的图标进行显示的显示请求后,对所述菜单项当前设置下的状态参数进行查询,并根据查询到的状态参数判断所述菜单项的图标显示状态;
根据所述图标显示状态以及预设的图标显示规则,对所述菜单项的图标进行调整处理,以供将调整后的菜单项的图标进行显示。
优选地,所述状态参数至少包括以下之一:系统的信源、网络连接状态以及菜单项对应的内容。
优选地,在执行所述根据预设的图标显示状态所对应的图标显示规则,对所述菜单项的图标进行调整处理之前,还包括:
预设所述图标显示状态所对应的图标显示规则。
优选地,所述图标显示规则包括图标形状显示规则、图标亮度显示规则和图标动画显示规则。
优选地,所述根据预设的图标显示状态所对应的图标显示规则,对所述菜单项的图标进行调整处理包括:
如所述菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,则根据所述图标形状显示规则,对所述菜单项的图标形状进行缩放或变形的处理;
如所述菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,则根据所述图标亮度显示规则,对所述菜单项的图标亮度进行变暗或变亮的处理;
如所述菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,则根据所述图标动画显示规则,对所述菜单项的图标进行添加动画或改变动画数量的处理。
优选地,如所述菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,在对所述菜单项的图标形状进行缩放或变形的处理之前,还包括:
设置引起所述菜单项的图标变化的文件和目录数目的最小值以及最大值。
优选地,如所述菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,在对所述菜单项的图标亮度进行变暗或变亮的处理之前,还包括:
初始化反应所述菜单项的图标亮度的RGBA系数的调整范围,以及引起所述RGBA系数变化的亮度的范围。
优选地,如所述菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,在对所述菜单项的图标进行添加动画或改变动画数量的处理之前,还包括:
设置使所述菜单项的图标显示出不同数量动画的动画文件数量的最小值和最大值。
本发明进一步提供一种图标智能显示的装置,包括:
查询及判断模块,用于接收到对菜单项的图标进行显示的显示请求后,对所述菜单项当前设置下的状态参数进行查询,并根据查询到的状态参数判断所述菜单项的图标显示状态;
调整模块,用于根据所述图标显示状态以及预设的图标显示规则,对所述菜单项的图标进行调整处理,以供将调整后的菜单项的图标进行显示。
优选地,所述状态参数至少包括以下之一:系统的信源、网络连接状态以及菜单项对应的内容。
优选地,图标智能显示的装置还包括:
预设模块,用于预设所述图标显示状态所对应的图标显示规则。
优选地,所述图标显示规则包括图标形状显示规则、图标亮度显示规则和图标动画显示规则。
优选地,所述调整模块具体用于:
如所述菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,则根据所述图标形状显示规则,对所述菜单项的图标形状进行缩放或变形的处理;
如所述菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,则根据所述图标亮度显示规则,对所述菜单项的图标亮度进行变暗或变亮的处理;
如所述菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,则根据所述图标动画显示规则,对所述菜单项的图标进行添加动画或改变动画数量的处理。
本发明通过在接收到对菜单项的图标进行显示的显示请求后,对菜单项对应的当前设置下的状态参数进行查询,并在根据查询到的状态参数判断出菜单项的图标显示状态后,根据预设的图标显示状态所对应的图标显示规则,对菜单项的图标进行调整处理,并将调整后的图标进行显示。采用这种方法来将采单项的图标进行显示,用户只需要浏览该图标,就可以了解到该图标所对应的菜单项的功能内容等状态,使得菜单项的图标的显示更为智能化,提高了用户的使用体验,并且可以提高产品的市场竞争力。
附图说明
图1为本发明图标智能显示的方法第一实施例的流程示意图;
图2为本发明图标智能显示的方法第一实施例中对菜单项的图标进行调整处理的流程示意图;
图3为本发明图标智能显示的方法第二实施例的流程示意图;
图4为本发明图标智能显示的装置第一实施例的结构示意图;
图5为本发明图标智能显示的装置第二实施例的结构示意图。
本发明目的的实现、功能特点及优点将结合实施例,参照附图做进一步说明。
具体实施方式
应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。
参照图1,图1为本发明图标智能显示的方法第一实施例的流程示意图。
该方法包括:
步骤S10,接收到对菜单项的图标进行显示的显示请求后,对菜单项对当前设置下的状态参数进行查询,并根据查询到的状态参数判断菜单项的图标显示状态;
本发明所提供的图标智能显示的方法,根据系统菜单中各菜单项所对应的内容、模拟量等状态参数,来对该菜单项图标的显示进行调整,使该菜单的图标具备表情表达能力,从而使图标的显示智能化。这样,用户通过浏览某一菜单项的图标,即可得知该采单项中目前的内容、内容的数量以及功能调整状态。
在本实施例中,根据用户的需要,首先会发起一个对菜单项的图标进行显示的显示请求,这个显示请求可以通过遥控器的按键或外部按键等外部设备发起,也可以是由系统中所自带的模块所发起的。当接收到这个显示请求后,在系统中所设置的状态参数的列表中查询该菜单项所对应的当前设置下的状态参数。本实施例中,为了加快菜单项的图标显示的速度,可以在系统中增加一个线程,用于专门在后台搜集菜单项所对应的当前设置下的状态参数。当查询到菜单项所对应的当前设置下的状态参数后,根据这个状态参数判断该菜单项的图标显示状态。
本实施例中,所提出的状态参数通常可以包括:系统的信源、网络连接状态以及菜单项对应的内容等参数;当然,对菜单项所设置的状态参数也可以包括其他类型的可以用于描述该菜单项的参数,而并不局限于上述几种状态参数。不同的状态参数,其所对应的菜单项可以有不同的图标显示状态。
步骤S20,根据图标显示状态以及预设的图标显示规则,对菜单项的图标进行调整处理,以供将调整后的菜单项的图标进行显示。
当根据状态参数判断出其所对应的菜单项的图标显示状态后,根据系统中预先所设置好的图标显示状态所对应的图标显示规则,对菜单项的图标进行调整处理。本实施例中,所预设的图标显示规则包括图标形状显示规则、图标亮度显示规则和图标动画显示规则。根据相应的图标显示规则,可以对菜单项的图标进行外形尺寸的大小缩放或变形等调整;也可以对菜单项的同一个图标的部分区域或全部区域的亮度、颜色、透明度等进行调整;同样,也可以在菜单项的图标上添加动态画面,或者根据需要对动画的数量进行增减。
完成了对菜单项的图标进行调整处理后,会将经过了调整处理的图标在显示屏上进行显示。这样,用户通过浏览菜单项的图标,即可以很直观地得知该菜单项中目前的内容、内容的数量以及功能调整状态。
当然,在本实施例中,除以上三种显示规则外,还可以在用于显示某菜单项的图标的显示区域内,同时组合放置多个不同的图标,并通过相同或不同的亮度、颜色、透明度的设置来将它们的状态分别进行显示,使多个图标在整体上呈现为一个图标,这个图标可能会因为菜单项对应的状态参数的不同,而呈现不同的形态。另外,还可以采用两种或两种以上不同的图标来分别标识菜单项所对应的不同的状态参数的变化,而这些不同的图标中,在一种一状态参数下,只能有一个被显示出来。
本发明实施例,通过在接收到对菜单项的图标进行显示的显示请求后,对菜单项对应的当前设置下的状态参数进行查询,并在根据查询到的状态参数判断出菜单项的图标显示状态后,根据预设的图标显示状态所对应的图标显示规则,对菜单项的图标进行调整处理,并将调整后的图标进行显示。采用这种方法来将采单项的图标进行显示,用户只需要浏览该图标,就可以了解到该图标所对应的菜单项的功能内容等状态,使得菜单项的图标的显示更为智能化,提高了用户的使用体验,并且可以提高产品的市场竞争力。
参照图2,图2为本发明图标智能显示的方法第一实施例中对菜单项的图标进行调整处理的流程示意图。
在本实施例中,步骤S20具体包括:
步骤S21,判断菜单项的图标显示状态所对应的图标显示规则;如菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,则进入步骤S22;如菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,则进入步骤S23;如菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,则进入步骤S24。
步骤S22,根据图标形状显示规则,对菜单项的图标形状进行缩放或变形的处理;
步骤S23,根据图标亮度显示规则,对菜单项的图标亮度进行变暗或变亮的处理;
步骤S24,根据图标动画显示规则,对菜单项的图标进行添加动画或改变动画数量的处理。
在本实施例中,当根据菜单项所对应的当前状态参数判断出该菜单项的图标显示状态后,进一步根据图标显示状态对其所对应的图标显示规则进行判断。
一、当判断出菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则时,在这种情况下,该菜单项所对应的当前状态参数通常为文件中的内容的数量或大小等参数;根据这个图标形状显示规则,对菜单项的图标的形状进行放大、缩小或变形等形状上的调整处理。本实施例中,以对菜单项的图标进行缩放的大小变化和凹凸量变形的变化两种情况为例,将对菜单项的图标进行调整处理的流程进行说明:
1、对菜单项的图标进行缩放的大小变化
在这种情况下,如所需要显示的菜单项是文件夹,则需要根据这个文件夹中的文件和目录的数目来对文件来的尺寸大小进行调整。当文件夹中没有文件时,文件夹的尺寸为最小;而其中包含的文件和目录的数目越多,文件夹的尺寸则越大;当文件和目录的数目达到所设定的最大值时,这个文件夹的图标则呈最大化显示。这样,就需要预先对引起图标变化的文件和目录的数目最小值以及最大值分别进行设置。当设置了最小值和最大值之后,根据这个最小值和最大值,可以计算出该文件夹图标的实际显示大小。
本实施例中,对最大值和最小值的设定,举例如下:首先,可以设定该文件夹图标的最小显示尺寸图标的宽、高分别为原图标的宽、高的90%,此时对应于文件夹下的文件和目录的数量MIN_NUM为0;然后,设定该文件夹图标的实际显示尺寸图标的宽、高分别等于原图标的宽、高时,该文件夹下的文件和目录的数量NORMAL_NUM为1;最后,设定该文件夹图标的最大显示尺寸图标的宽、高分别为原图标宽、高的150%,此时,对应于文件夹下的文件和目录数目的最大值MAX_NUM为11。
如果该文件夹中的文件和目录的数目num大于NORMAL_NUM而小于MAX_NUM时,该文件夹图标当前显示尺寸的宽、高的计算方法即为原图标宽、高的(100+ 50*(num- NORMAL_NUM)/(MAX_NUM-NORMAL_NUM))%,也就是实际显示的宽、高各为原图标宽、高的(100+50*(num-1)/10)%。例如,当该文件夹下文件和目录的数目num为3时,该文件夹图标实际显示的宽、高分别为原图标宽、高的(100+50*(3-1)/10)%=110%。
2、对菜单项的图标进行凹凸量变形的变化
在这种情况下,如所需要显示的菜单项是文件夹,同样需要根据这个文件夹中的文件和目录的数目来对文件来的凹凸量变形进行调整。当文件夹中的文件和目录的数目较少时,文件夹图标的两侧向内凹陷的程度会较大;而文件夹中包含的文件和目录的数目比较多,并且大于使文件夹图标正常显示的数目时,文件夹图标的两侧则会呈现向外凸起的状态。当文件和目录的数目达到所设定的最大值时,文件夹图标的两侧向外凸起的变形量则会达到最大。这样,就需要预先对引起图标变化的文件和目录的数目最小值以及最大值分别进行设置。当设置了最小值和最大值之后,根据这个最小值和最大值,对该文件夹图标的凹凸量变形的变化进行调整。
本实施例中,对最大值和最小值的设定,举例如下:首先,设定当该文件夹下的文件和目录的数目为0时,文件夹图标的两侧向内凹陷的程度最大;然后,设定当该文件夹下的文件和目录的数目为1时,文件夹图标呈现标准状态,即不做任何凹凸量变形的调整;设定当该文件夹下的文件和目录的数目为2时,文件夹图标的两侧则会略微向外凸起;而当该文件夹下的文件和目录的数目为大于等于5时,文件夹图标的两侧向外凸起的变形量则会达到最大。如果该文件夹下的文件和目录的数目分别为3和4时,文件夹图标的两侧向外凸起的变形量大于文件和目录的数目为2时的变形量,但略小于文件和目录的数目为5时的变形量。
二、当判断出菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则时,在这种情况下,该菜单项所对应的当前状态参数通常为系统信源和网络连接状态等参数。根据图标亮度显示规则,对菜单项的图标的亮度进行变暗或变亮的处理。
本实施例中,在系统开机后,将会初始化亮度图标的RGBA系数调整范围值和引起图标RGBA系数变化的亮度的范围值。对亮度的范围值的设定,举例如下:若用户可调整的亮度的值的范围是0~100,则可设定当亮度值小于等于ADJ_MIN_VALUE(可预设为20)时,亮度图标的各像数点的RGBA 系数值都为COEFFICIENT_MIN(可预设为0.6);当亮度值大于等于ADJ_MAX_VALUE(可预设为90)时,亮度图标的各像数点的RGBA 系数值为COEFFICIENT_MAX(可预设为1.0);当亮度值大于ADJ_MIN_VALUE而小于ADJ_MAX_VALUE时,亮度图标的各像数的RGBA系数值在COEFFICIENT_MIN与COEFFICIENT_MAX之间可以线性关系或非线性进行调整。
上述对亮度图标的亮度变化的调整,可以是针对图标各像数点的RGBA调整系数同时调整,也可以是对R、G、B、A中的一个或几个进行单独或组合调整。当用户调整亮度值在不同的值时,该亮度图标将会有规律的呈现出不同的明暗变化。
三、当判断出菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则时,在这种情况下,该菜单项所对应的当前状态参数通常也为文件中的内容的数量或大小等参数。根据这个图标动画显示规则,对菜单项的图标的形状进行添加动画或改变动画数量的处理。本实施例中,以菜单项所对应的图标为U盘音乐图标,并且所添加的动画为音乐符号为例,将对菜单项的图标进行调整处理的流程进行说明:
本实施例中,系统开机后,首先需要对使U盘音乐图标飘出不同数量的音乐符号所对应的音乐文件的数量的最小值和最大值进行设定。对最小值和最大值的设定,举例如下:首先,可以设定当U盘中无任何音乐文件时,该U盘音乐图标无音乐符号飘出;当U盘中音乐文件的数量大于或等于U_MUSIC_FILE_NUM_1(可设为1)而小于U_MUSIC_FILE_NUM_2(可设为5)时,该U盘音乐图标上可飘出1个音乐符号;当U盘中音乐文件的数量大于或等于U_MUSIC_FILE_NUM_2而小于U_MUSIC_FILE_NUM_3(可设为20)时,该U盘音乐图标上可同时(或先后)飘出2个音乐符号;以此类推。而当U盘中音乐文件的数量大于或等于U_MUSIC_FILE_NUM_MAX(可设为120)时,该U盘音乐图标上可同时(或先后)飘出MUSIC_ICON_MAX(可设为5)个音乐符号。这样,当U盘中拥有不同数量的音乐文件时,该U盘音乐图标就可能会飘出不同数量的音乐符号。
根据菜单项的图标显示状态,判断出其所对应的图标显示规则具体为图标形状显示规则、图标亮度显示规则还是图标动画显示规则后,在相应的情况下,根据不同的图标显示规则,对菜单项的图标进行相应的调整处理,以供将经过调整处理后的图标进行显示。这就进行步保证了可以智能地对菜单项的图标进行显示,从而进一步提高了用户的使用体验,并且进一步保证了可以提高产品的市场竞争力。
参照图3,图3为本发明图标智能显示的方法第二实施例的流程示意图。
在执行步骤S20之前,还包括:
步骤S30,预设图标显示状态所对应的图标显示规则。
在本实施例中,不同的图标显示状态对应不同的图标显示规则。而图标显示规则可以包括:图标形状显示规则、图标亮度显示规则和图标动画显示规则等。在对菜单项对应的图标进行调整处理之前,首先在系统中对图标显示状态所对应的图标显示规则进行预设,以供根据不同的图标显示规则对菜单项对应的图标进行不同的调整处理。对于图标形状显示规则进行预设,实质是指对可以引起图标形状变化的因素的最大值和最小值进行预设;对图标亮度显示规则进行预设,实质是指对引起图标RGBA系数变化的亮度的范围值进行预设;而对图标动画显示规则进行预设,实质是指对引起图标的是否添加动画以及所添加的动画的数量变化的因素的最小值和最大值进行预设。
在对菜单项对应的图标进行调整处理之前,对图标显示状态所对应的图标显示规则进行预设,以方便当根据当前需要进行显示的菜单项所对应的状态参数判断出该菜单项的图标显示状态后,根据图标显示状态所对应的图标显示规则对菜单项对应的图标进行不同的调整处理。这样,就为对菜单项对应的图标进行不同的调整处理提供了更大的方便。
参照图4,图4为本发明图标智能显示的装置第一实施例的结构示意图。该装置包括:
查询及判断模块10,用于接收到对菜单项的图标进行显示的显示请求后,对菜单项当前设置下的状态参数进行查询,并根据查询到的状态参数判断菜单项的图标显示状态;
调整模块20,用于根据图标显示状态以及预设的图标显示规则,对菜单项的图标进行调整处理,以供将调整后的菜单项的图标进行显示。
本发明所提供的图标智能显示的装置,根据系统菜单中各菜单项所对应的内容、模拟量等状态参数,来对该菜单项图标的显示进行调整,使该菜单的图标具备表情表达能力,从而使图标的显示智能化。这样,用户通过浏览某一菜单项的图标,即可得知该采单项中目前的内容、内容的数量以及功能调整状态。
在本实施例中,根据用户的需要,首先会发起一个对菜单项的图标进行显示的显示请求,这个显示请求可以通过遥控器的按键或外部按键等外部设备发起,也可以是由系统中所自带的模块所发起的。当接收到这个显示请求后,查询及判断模块10在系统中所设置的状态参数的列表中查询该菜单项所对应的当前设置下的状态参数。本实施例中,为了加快菜单项的图标显示的速度,可以在系统中增加一个线程,用于专门在后台搜集菜单项所对应的当前设置下的状态参数。当查询到菜单项所对应的当前设置下的状态参数后,查询及判断模块10根据这个状态参数判断该菜单项的图标显示状态。
本实施例中,所提出的状态参数通常可以包括:系统的信源、网络连接状态以及菜单项对应的内容等参数;当然,对菜单项所设置的状态参数也可以包括其他类型的可以用于描述该菜单项的参数,而并不局限于上述几种状态参数。不同的状态参数,其所对应的菜单项可以有不同的图标显示状态。
当根据状态参数判断出其所对应的菜单项的图标显示状态后,调整模块20根据系统中预先所设置好的图标显示状态所对应的图标显示规则,对菜单项的图标进行调整处理。本实施例中,所预设的图标显示规则包括图标形状显示规则、图标亮度显示规则和图标动画显示规则。根据相应的图标显示规则,可以对菜单项的图标进行外形尺寸的大小缩放或变形等调整;也可以对菜单项的同一个图标的部分区域或全部区域的亮度、颜色、透明度等进行调整;同样,也可以在菜单项的图标上添加动态画面,或者根据需要对动画的数量进行增减。
完成了对菜单项的图标进行调整处理后,会将经过了调整处理的图标在显示屏上进行显示。这样,用户通过浏览菜单项的图标,即可以很直观地得知该采单项中目前的内容、内容的数量以及功能调整状态。
当然,在本实施例中,除以上三种显示规则外,还可以在用于显示某菜单项的图标的显示区域内,同时组合放置多个不同的图标,并通过相同或不同的亮度、颜色、透明度的设置来将它们的状态分别进行显示,使多个图标在整体上呈现为一个图标,这个图标可能会因为菜单项对应的状态参数的不同,而呈现不同的形态。另外,还可以采用两种或两种以上不同的图标来分别标识菜单项所对应的不同的状态参数的变化,而这些不同的图标中,在一种一状态参数下,只能有一个被显示出来。
本发明实施例,通过在接收到对菜单项的图标进行显示的显示请求后,对菜单项对应的当前设置下的状态参数进行查询,并在根据查询到的状态参数判断出菜单项的图标显示状态后,根据预设的图标显示状态所对应的图标显示规则,对菜单项的图标进行调整处理,并将调整后的图标进行显示。采用这种方法来将采单项的图标进行显示,用户只需要浏览该图标,就可以了解到该图标所对应的菜单项的功能内容等状态,使得菜单项的图标的显示更为智能化,提高了用户的使用体验,并且可以提高产品的市场竞争力。
在上述实施例中,调整模块20具体用于:
如菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,则根据图标形状显示规则,对菜单项的图标形状进行缩放或变形的处理;
如菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,则根据图标亮度显示规则,对菜单项的图标亮度进行变暗或变亮的处理;
如菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,则根据图标动画显示规则,对菜单项的图标进行添加动画或改变动画数量的处理。
在本实施例中,当根据菜单项所对应的当前状态参数判断出该菜单项的图标显示状态后,进一步根据图标显示状态对其所对应的图标显示规则进行判断。
一、当判断出菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则时,在这种情况下,该菜单项所对应的当前状态参数通常为文件中的内容的数量或大小等参数;调整模块20根据这个图标形状显示规则,对菜单项的图标的形状进行放大、缩小或变形等形状上的调整处理。本实施例中,以对菜单项的图标进行缩放的大小变化和凹凸量变形的变化两种情况为例,将对菜单项的图标进行调整处理的流程进行说明:
1、对菜单项的图标进行缩放的大小变化
在这种情况下,如所需要显示的菜单项是文件夹,则需要根据这个文件夹中的文件和目录的数目来对文件来的尺寸大小进行调整。当文件夹中没有文件时,文件夹的尺寸为最小;而其中包含的文件和目录的数目越多,文件夹的尺寸则越大;当文件和目录的数目达到所设定的最大值时,这个文件夹的图标则呈最大化显示。这样,就需要预先对引起图标变化的文件和目录的数目最小值以及最大值分别进行设置。当设置了最小值和最大值之后,根据这个最小值和最大值,可以计算出该文件夹图标的实际显示大小。
本实施例中,对最大值和最小值的设定,举例如下:首先,可以设定该文件夹图标的最小显示尺寸图标的宽、高分别为原图标的宽、高的90%,此时对应于文件夹下的文件和目录的数量MIN_NUM为0;然后,设定该文件夹图标的实际显示尺寸图标的宽、高分别等于原图标的宽、高时,该文件夹下的文件和目录的数量NORMAL_NUM为1;最后,设定该文件夹图标的最大显示尺寸图标的宽、高分别为原图标宽、高的150%,此时,对应于文件夹下的文件和目录数目的最大值MAX_NUM为11。
如果该文件夹中的文件和目录的数目num大于NORMAL_NUM而小于MAX_NUM时,该文件夹图标当前显示尺寸的宽、高的计算方法即为原图标宽、高的(100+ 50*(num- NORMAL_NUM)/(MAX_NUM-NORMAL_NUM) )%,也就是实际显示的宽、高各为原图标宽、高的(100+50*(num-1)/10)%。例如,当该文件夹下文件和目录的数目num为3时,该文件夹图标实际显示的宽、高分别为原图标宽、高的(100+50*(3-1)/10)%=110%。
2、对菜单项的图标进行凹凸量变形的变化
在这种情况下,如所需要显示的菜单项是文件夹,同样需要根据这个文件夹中的文件和目录的数目来对文件来的凹凸量变形进行调整。当文件夹中的文件和目录的数目较少时,文件夹图标的两侧向内凹陷的程度会较大;而文件夹中包含的文件和目录的数目比较多,并且大于使文件夹图标正常显示的数目时,文件夹图标的两侧则会呈现向外凸起的状态。当文件和目录的数目达到所设定的最大值时,文件夹图标的两侧向外凸起的变形量则会达到最大。这样,就需要预先对引起图标变化的文件和目录的数目最小值以及最大值分别进行设置。当设置了最小值和最大值之后,根据这个最小值和最大值,对该文件夹图标的凹凸量变形的变化进行调整。
本实施例中,对最大值和最小值的设定,举例如下:首先,设定当该文件夹下的文件和目录的数目为0时,文件夹图标的两侧向内凹陷的程度最大;然后,设定当该文件夹下的文件和目录的数目为1时,文件夹图标呈现标准状态,即不做任何凹凸量变形的调整;设定当该文件夹下的文件和目录的数目为2时,文件夹图标的两侧则会略微向外凸起;而当该文件夹下的文件和目录的数目为大于等于5时,文件夹图标的两侧向外凸起的变形量则会达到最大。如果该文件夹下的文件和目录的数目分别为3和4时,文件夹图标的两侧向外凸起的变形量大于文件和目录的数目为2时的变形量,但略小于文件和目录的数目为5时的变形量。
二、当判断出菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则时,在这种情况下,该菜单项所对应的当前状态参数通常为系统信源和网络连接状态等参数。调整模块20根据图标亮度显示规则,对菜单项的图标的亮度进行变暗或变亮的处理。
本实施例中,在系统开机后,将会初始化亮度图标的RGBA系数调整范围值和引起图标RGBA系数变化的亮度的范围值。对亮度的范围值的设定,举例如下:若用户可调整的亮度的值的范围是0~100,则可设定当亮度值小于等于ADJ_MIN_VALUE(可预设为20)时,亮度图标的各像数点的RGBA 系数值都为COEFFICIENT_MIN(可预设为0.6);当亮度值大于等于ADJ_MAX_VALUE(可预设为90)时,亮度图标的各像数点的RGBA 系数值为COEFFICIENT_MAX(可预设为1.0);当亮度值大于ADJ_MIN_VALUE而小于ADJ_MAX_VALUE时,亮度图标的各像数的RGBA系数值在COEFFICIENT_MIN与COEFFICIENT_MAX之间可以线性关系或非线性进行调整。
上述对亮度图标的亮度变化的调整,可以是针对图标各像数点的RGBA调整系数同时调整,也可以是对R、G、B、A中的一个或几个进行单独或组合调整。当用户调整亮度值在不同的值时,该亮度图标将会有规律的呈现出不同的明暗变化。
三、当判断出菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则时,在这种情况下,该菜单项所对应的当前状态参数通常也为文件中的内容的数量或大小等参数。调整模块20根据这个图标动画显示规则,对菜单项的图标的形状进行添加动画或改变动画数量的处理。本实施例中,以菜单项所对应的图标为U盘音乐图标,并且所添加的动画为音乐符号为例,将对菜单项的图标进行调整处理的流程进行说明:
本实施例中,系统开机后,首先需要对使U盘音乐图标飘出不同数量的音乐符号所对应的音乐文件的数量的最小值和最大值进行设定。对最小值和最大值的设定,举例如下:首先,可以设定当U盘中无任何音乐文件时,该U盘音乐图标无音乐符号飘出;当U盘中音乐文件的数量大于或等于U_MUSIC_FILE_NUM_1(可设为1)而小于U_MUSIC_FILE_NUM_2(可设为5)时,该U盘音乐图标上可飘出1个音乐符号;当U盘中音乐文件的数量大于或等于U_MUSIC_FILE_NUM_2而小于U_MUSIC_FILE_NUM_3(可设为20)时,该U盘音乐图标上可同时(或先后)飘出2个音乐符号;以此类推。而当U盘中音乐文件的数量大于或等于U_MUSIC_FILE_NUM_MAX(可设为120)时,该U盘音乐图标上可同时(或先后)飘出MUSIC_ICON_MAX(可设为5)个音乐符号。这样,当U盘中拥有不同数量的音乐文件时,该U盘音乐图标就可能会飘出不同数量的音乐符号。
根据菜单项的图标显示状态,判断出其所对应的图标显示规则具体为图标形状显示规则、图标亮度显示规则还是图标动画显示规则后,在相应的情况下,根据不同的图标显示规则,对菜单项的图标进行相应的调整处理,以供将经过调整处理后的图标进行显示。这就进行步保证了可以智能地对菜单项的图标进行显示,从而进一步提高了用户的使用体验,并且进一步保证了可以提高产品的市场竞争力。
参照图5,图5为本发明图标智能显示的装置第二实施例的结构示意图。该装置还包括:
预设模块30,用于预设图标显示状态所对应的图标显示规则。
在本实施例中,不同的图标显示状态对应不同的图标显示规则。而图标显示规则可以包括:图标形状显示规则、图标亮度显示规则和图标动画显示规则等。在对菜单项对应的图标进行调整处理之前,预设模块30首先在系统中对图标显示状态所对应的图标显示规则进行预设,以供根据不同的图标显示规则对菜单项对应的图标进行不同的调整处理。对于图标形状显示规则进行预设,实质是指对可以引起图标形状变化的因素的最大值和最小值进行预设;对图标亮度显示规则进行预设,实质是指对引起图标RGBA系数变化的亮度的范围值进行预设;而对图标动画显示规则进行预设,实质是指对引起图标的是否添加动画以及所添加的动画的数量变化的因素的最小值和最大值进行预设。
在对菜单项对应的图标进行调整处理之前,对图标显示状态所对应的图标显示规则进行预设,以方便当根据当前需要进行显示的菜单项所对应的状态参数判断出该菜单项的图标显示状态后,根据图标显示状态所对应的图标显示规则对菜单项对应的图标进行不同的调整处理。这样,就为对菜单项对应的图标进行不同的调整处理提供了更大的方便。
以上所述仅为本发明的优选实施例,并非因此限制本发明的专利范围,凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换,或直接或间接运用在其他相关的技术领域,均同理包括在本发明的专利保护范围。

Claims (20)

  1. 一种图标智能显示的方法,其特征在于,包括:
    接收到对菜单项的图标进行显示的显示请求后,对所述菜单项当前设置下的状态参数进行查询,并根据查询到的状态参数判断所述菜单项的图标显示状态;
    预设所述图标显示状态所对应的图标显示规则;
    根据所述图标显示状态以及预设的图标显示规则,对所述菜单项的图标进行调整处理,以供将调整后的菜单项的图标进行显示。
  2. 如权利要求1所述的图标智能显示的方法,其特征在于,所述状态参数至少包括以下之一:系统的信源、网络连接状态以及菜单项对应的内容。
  3. 如权利要求2所述的图标智能显示的方法,其特征在于,所述图标显示规则包括图标形状显示规则、图标亮度显示规则和图标动画显示规则。
  4. 如权利要求3所述的图标智能显示的方法,其特征在于,所述根据预设的图标显示状态所对应的图标显示规则,对所述菜单项的图标进行调整处理包括:
    如所述菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,则根据所述图标形状显示规则,对所述菜单项的图标形状进行缩放或变形的处理;
    如所述菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,则根据所述图标亮度显示规则,对所述菜单项的图标亮度进行变暗或变亮的处理;
    如所述菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,则根据所述图标动画显示规则,对所述菜单项的图标进行添加动画或改变动画数量的处理。
  5. 如权利要求4所述的图标智能显示的方法,其特征在于,如所述菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,在对所述菜单项的图标形状进行缩放或变形的处理之前,还包括:
    设置引起所述菜单项的图标变化的文件和目录数目的最小值以及最大值。
  6. 如权利要求4所述的图标智能显示的方法,其特征在于,如所述菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,在对所述菜单项的图标亮度进行变暗或变亮的处理之前,还包括:
    初始化反应所述菜单项的图标亮度的RGBA系数的调整范围,以及引起所述RGBA系数变化的亮度的范围。
  7. 如权利要求4所述的图标智能显示的方法,其特征在于,如所述菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,在对所述菜单项的图标进行添加动画或改变动画数量的处理之前,还包括:
    设置使所述菜单项的图标显示出不同数量动画的动画文件数量的最小值和最大值。
  8. 一种图标智能显示的方法,其特征在于,包括:
    接收到对菜单项的图标进行显示的显示请求后,对所述菜单项当前设置下的状态参数进行查询,并根据查询到的状态参数判断所述菜单项的图标显示状态;
    根据所述图标显示状态以及预设的图标显示规则,对所述菜单项的图标进行调整处理,以供将调整后的菜单项的图标进行显示。
  9. 如权利要求8所述的图标智能显示的方法,其特征在于,所述状态参数至少包括以下之一:系统的信源、网络连接状态以及菜单项对应的内容。
  10. 如权利要求9所述的图标智能显示的方法,其特征在于,在执行所述根据预设的图标显示状态所对应的图标显示规则,对所述菜单项的图标进行调整处理之前,还包括:
    预设所述图标显示状态所对应的图标显示规则。
  11. 如权利要求10所述的图标智能显示的方法,其特征在于,所述图标显示规则包括图标形状显示规则、图标亮度显示规则和图标动画显示规则。
  12. 如权利要求11所述的图标智能显示的方法,其特征在于,所述根据预设的图标显示状态所对应的图标显示规则,对所述菜单项的图标进行调整处理包括:
    如所述菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,则根据所述图标形状显示规则,对所述菜单项的图标形状进行缩放或变形的处理;
    如所述菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,则根据所述图标亮度显示规则,对所述菜单项的图标亮度进行变暗或变亮的处理;
    如所述菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,则根据所述图标动画显示规则,对所述菜单项的图标进行添加动画或改变动画数量的处理。
  13. 如权利要求12所述的图标智能显示的方法,其特征在于,如所述菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,在对所述菜单项的图标形状进行缩放或变形的处理之前,还包括:
    设置引起所述菜单项的图标变化的文件和目录数目的最小值以及最大值。
  14. 如权利要求12所述的图标智能显示的方法,其特征在于,如所述菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,在对所述菜单项的图标亮度进行变暗或变亮的处理之前,还包括:
    初始化反应所述菜单项的图标亮度的RGBA系数的调整范围,以及引起所述RGBA系数变化的亮度的范围。
  15. 如权利要求12所述的图标智能显示的方法,其特征在于,如所述菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,在对所述菜单项的图标进行添加动画或改变动画数量的处理之前,还包括:
    设置使所述菜单项的图标显示出不同数量动画的动画文件数量的最小值和最大值。
  16. 一种图标智能显示的装置,其特征在于,包括:
    查询及判断模块,用于接收到对菜单项的图标进行显示的显示请求后,对所述菜单项当前设置下的状态参数进行查询,并根据查询到的状态参数判断所述菜单项的图标显示状态;
    调整模块,用于根据所述图标显示状态以及预设的图标显示规则,对所述菜单项的图标进行调整处理,以供将调整后的菜单项的图标进行显示。
  17. 如权利要求16所述的图标智能显示的装置,其特征在于,所述状态参数至少包括以下之一:系统的信源、网络连接状态以及菜单项对应的内容。
  18. 如权利要求17所述的图标智能显示的装置,其特征在于,还包括:
    预设模块,用于预设所述图标显示状态所对应的图标显示规则。
  19. 如权利要求18所述的图标智能显示的装置,其特征在于,所述图标显示规则包括图标形状显示规则、图标亮度显示规则和图标动画显示规则。
  20. 如权利要求19述的图标智能显示的装置,其特征在于,所述调整模块具体用于:
    如所述菜单项的图标显示状态所对应的图标显示规则为图标形状显示规则,则根据所述图标形状显示规则,对所述菜单项的图标形状进行缩放或变形的处理;
    如所述菜单项的图标显示状态所对应的图标显示规则为图标亮度显示规则,则根据所述图标亮度显示规则,对所述菜单项的图标亮度进行变暗或变亮的处理;
    如所述菜单项的图标显示状态所对应的图标显示规则为图标动画显示规则,则根据所述图标动画显示规则,对所述菜单项的图标进行添加动画或改变动画数量的处理。
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