CN104850298A - Information processing method and electronic equipment - Google Patents
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- CN104850298A CN104850298A CN201410056677.7A CN201410056677A CN104850298A CN 104850298 A CN104850298 A CN 104850298A CN 201410056677 A CN201410056677 A CN 201410056677A CN 104850298 A CN104850298 A CN 104850298A
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Abstract
The invention discloses an information processing method, which is used for improving display effect of electronic equipment, wherein the method comprises the steps as follows: controlling to display a background image in a display area and show a first display effect; controlling to display M icon images on the display area of the display unit, wherein the step of controlling to display M icon images on the display area of the display unit specifically comprises the steps as follows: determining an icon area corresponding to each icon image on the display area; displaying N icon images on the corresponding icon area according to a first transparency value of first parts of the N icon images and a second transparency value of second parts of N icon images so that the parts on the background image corresponding to the second parts of the N icon images show a second display effect different from the first display effect.
Description
Technical field
The present invention relates to field of computer technology, particularly a kind of information processing method and electronic equipment.
Background technology
In conventional icon shows on the desktop of electronic equipment, can, because a large amount of icons occupies screen, cause the content of wallpaper to be split incoherent by icon, wallpaper content be shown imperfect, especially the wallpaper of portrait, especially because block by icon and affect display effect.
Existing solution 1: system intialization wallpaper, weakens color and details, also substantially can not affect presenting of wallpaper even if blocked by icon.
The shortcoming of the program is: the wallpaper that can show is comparatively simple, well can not highlight the hardware superiority of screen, waste hardware resource.And wallpaper is still blocked, the details of wallpaper and color still cannot be presented preferably, and display effect is poor.
Existing solution 2: the behavior of restriction User Defined wallpaper, such as, can only use the default wallpaper of system.
The shortcoming of the program is: the personalized customization demand that can not meet user, and the default wallpaper of system is comparatively simple, well can not highlight the hardware superiority of screen, waste hardware resource.And wallpaper is still blocked, the details of wallpaper and color still cannot be presented preferably, and display effect is poor.
Summary of the invention
The embodiment of the present invention provides a kind of information processing method and electronic equipment, for solving the technical matters that in prior art, the display effect of electronic equipment is poor.
A kind of information processing method, described method is applied in electronic equipment, and described electronic equipment comprises display unit and processing unit, and described display unit has a viewing area, and described method comprises:
Described processing unit controls show a background image in the described viewing area of described display unit and present the first display effect;
Described processing unit controls to show M icon image, M >=1 on the described viewing area of described display unit; A described M icon image blocks part corresponding to described background image; Wherein, each icon image in a described M icon image occupies the icon area on described viewing area separately; In M icon area, each icon area is less than described viewing area; The functional unit that described icon image possesses for identifying application that described electronic equipment is installed or described electronic equipment, and control corresponding with described first icon image first when described processing unit obtains the first operational order for the first icon image and to apply or the first functional unit responds;
Wherein, described processing unit controls to show a described M icon image on the described viewing area of described display unit, specifically comprises:
Determine that each described M icon image is positioned at the icon area of respective described correspondence on described viewing area;
Described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image; Described first transparence value is less than described second transparence value; 1≤N≤M;
A described M-N icon image is presented in the icon area corresponding with a described M-N icon image by the 3rd transparence value according to M-N icon image.
Preferably, the described Part I of described N number of icon image is identification division, and for identifying corresponding application or functional module, the described Part II of described N number of icon image is bearing part.
Preferably, described identification division refers to the combination of pattern identification and words identification, and described bearing part comprises the bearing part of pattern identification and the bearing part of words identification; Wherein, the part of the background image that the bearing part of described pattern identification is corresponding presents described second display effect, the part of the background image that the bearing part of described words identification is corresponding presents the 3rd display effect, described 3rd display effect and described second display effect identical or different.
Preferably, described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, comprising:
Identify described N number of icon image;
Determine the described Part I of described N number of icon image and the described Part II of described N number of icon image;
Determine that the current transparent angle value of the described Part I of described N number of icon image is described first transparence value, and/or the current transparent angle value of described Part II determining described N number of icon image is the 4th transparence value;
The transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, and described 4th transparence value is less than described second transparence value;
Described N number of icon image is presented in the icon area corresponding with described N number of icon image by described second transparence value according to described first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents described second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image.
Preferably, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, comprises:
Obtain the first operation;
According to described first operation, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Or
Getting i is integer from 1 to N, carries out following steps respectively:
Obtain i-th operation;
According to described i-th operation, the transparence value of the described Part II of i-th icon image in described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Wherein, when adjusting described i-th icon image, the transparence value of the described Part II of all the other icon images in described N number of icon image maintains described 4th transparence value.
A kind of electronic equipment, described electronic equipment has display unit and processing unit, and described display unit has a viewing area, and described processing unit comprises:
First controls subelement, shows a background image for controlling and presents the first display effect in the described viewing area of described display unit;
Second controls subelement, for controlling to show M icon image, M >=1 on the described viewing area of described display unit; A described M icon image blocks part corresponding to described background image; Wherein, each icon image in a described M icon image occupies the icon area on described viewing area separately; In M icon area, each icon area is less than described viewing area; The functional unit that described icon image possesses for identifying application that described electronic equipment is installed or described electronic equipment, and control corresponding with described first icon image first when described processing unit obtains the first operational order for the first icon image and to apply or the first functional unit responds;
Wherein, described second control subelement specifically for:
Determine that each described M icon image is positioned at the icon area of respective described correspondence on described viewing area;
Described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image; Described first transparence value is less than described second transparence value; 1≤N≤M;
A described M-N icon image is presented in the icon area corresponding with a described M-N icon image by the 3rd transparence value according to M-N icon image.
Preferably, the described Part I of described N number of icon image is identification division, and for identifying corresponding application or functional module, the described Part II of described N number of icon image is bearing part.
Preferably, described identification division refers to the combination of pattern identification and words identification, and described bearing part comprises the bearing part of pattern identification and the bearing part of words identification; Wherein, the part of the background image that the bearing part of described pattern identification is corresponding presents described second display effect, the part of the background image that the bearing part of described words identification is corresponding presents the 3rd display effect, described 3rd display effect and described second display effect identical or different.
Preferably, described second controls subelement is used for being presented in the icon area corresponding with described N number of icon image according to the second transparence value of the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon by described N number of icon image, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, be specially: identify described N number of icon image; Determine the described Part I of described N number of icon image and the described Part II of described N number of icon image; Determine that the current transparent angle value of the described Part I of described N number of icon image is described first transparence value, and/or the current transparent angle value of described Part II determining described N number of icon image is the 4th transparence value; The transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, and described 4th transparence value is less than described second transparence value; Described N number of icon image is presented in the icon area corresponding with described N number of icon image by described second transparence value according to described first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents described second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image.
Preferably, described second controls subelement is used for the transparence value of the described Part II of described N number of icon image to be adjusted to described second transparence value by described 4th transparence value, is specially: obtain the first operation; According to described first operation, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Or getting i is integer from 1 to N, carries out following steps respectively: obtain i-th operation; According to described i-th operation, the transparence value of the described Part II of i-th icon image in described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Wherein, when adjusting described i-th icon image, the transparence value of the described Part II of all the other icon images in described N number of icon image maintains described 4th transparence value.
Information processing method in the embodiment of the present invention is applied in electronic equipment, described electronic equipment comprises display unit and processing unit, described display unit has a viewing area, and described method comprises: described processing unit controls show a background image in the described viewing area of described display unit and present the first display effect, described processing unit controls to show M icon image, M >=1 on the described viewing area of described display unit, a described M icon image blocks part corresponding to described background image, wherein, each icon image in a described M icon image occupies the icon area on described viewing area separately, in M icon area, each icon area is less than described viewing area, the functional unit that described icon image possesses for identifying application that described electronic equipment is installed or described electronic equipment, and control corresponding with described first icon image first when described processing unit obtains the first operational order for the first icon image and to apply or the first functional unit responds, wherein, described processing unit controls to show a described M icon image on the described viewing area of described display unit, specifically comprise: determine that described N number of icon image is presented at the icon area corresponding with described N number of icon image according to the second transparence value of the first transparence value of the Part I of the N number of icon image of a described M icon image and the Part II of described N number of icon by the icon area that each described M icon image is arranged in respective described correspondence on described viewing area, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, described first transparence value is less than described second transparence value, 1≤N≤M, a described M-N icon image is presented in the icon area corresponding with a described M-N icon image by the 3rd transparence value according to M-N icon image.
In the embodiment of the present invention, described display unit is when showing described M icon image, can according to the first transparence value of the Part I of N number of icon image in a described M icon image and and second transparence value of Part II of described N number of icon described N number of icon image is presented in the icon area corresponding with described N number of icon image, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, in described icon image, the transparence value of different parts is different, user can tell which place in described display unit very clearly and show icon image, the normal use of user can not be affected.Simultaneously, described first transparence value is less than described second transparence value, the Part II of described N number of icon image can appear described background image as far as possible, the Part II being equivalent to described N number of icon image is bordering on to be presented on described background image pellucidly, be convenient to present background image better, user can arrange arbitrarily the image of oneself needs as described background image, can be good at the hardware superiority highlighting screen, effectively utilizes hardware resource.And avoid wallpaper to be blocked by icon as far as possible, the details of wallpaper and color can be presented preferably, enhance the display effect of described electronic equipment.
Accompanying drawing explanation
Fig. 1 is the main flow figure of information processing method in the embodiment of the present invention;
Fig. 2 is the detail flowchart of second step in information processing method in the embodiment of the present invention;
Fig. 3 is that in the embodiment of the present invention, identification division is a kind of schematic diagram after the icon image adjustment of pattern identification;
Fig. 4 is that in the embodiment of the present invention, identification division is the another kind of schematic diagram after the icon image adjustment of pattern identification;
Fig. 5 is that in the embodiment of the present invention, identification division is the schematic diagram after the icon image adjustment of the combination of pattern identification and words identification;
Fig. 6 is the structured flowchart of processor in electronic equipment in the embodiment of the present invention.
Embodiment
Information processing method in the embodiment of the present invention is applied in electronic equipment, described electronic equipment comprises display unit and processing unit, described display unit has a viewing area, and described method comprises: described processing unit controls show a background image in the described viewing area of described display unit and present the first display effect, described processing unit controls to show M icon image, M >=1 on the described viewing area of described display unit, a described M icon image blocks part corresponding to described background image, wherein, each icon image in a described M icon image occupies the icon area on described viewing area separately, in M icon area, each icon area is less than described viewing area, the functional unit that described icon image possesses for identifying application that described electronic equipment is installed or described electronic equipment, and control corresponding with described first icon image first when described processing unit obtains the first operational order for the first icon image and to apply or the first functional unit responds, wherein, described processing unit controls to show a described M icon image on the described viewing area of described display unit, specifically comprise: determine that described N number of icon image is presented at the icon area corresponding with described N number of icon image according to the second transparence value of the first transparence value of the Part I of the N number of icon image of a described M icon image and the Part II of described N number of icon by the icon area that each described M icon image is arranged in respective described correspondence on described viewing area, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, described first transparence value is less than described second transparence value, 1≤N≤M, a described M-N icon image is presented in the icon area corresponding with a described M-N icon image by the 3rd transparence value according to M-N icon image.
In the embodiment of the present invention, described display unit is when showing described M icon image, can according to the first transparence value of the Part I of N number of icon image in a described M icon image and and second transparence value of Part II of described N number of icon described N number of icon image is presented in the icon area corresponding with described N number of icon image, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, in described icon image, the transparence value of different parts is different, user can tell which place in described display unit very clearly and show icon image, the normal use of user can not be affected.Simultaneously, described first transparence value is less than described second transparence value, the Part II of described N number of icon image can appear described background image as far as possible, the Part II being equivalent to described N number of icon image is bordering on to be presented on described background image pellucidly, be convenient to present background image better, user can arrange arbitrarily the image of oneself needs as described background image, can be good at the hardware superiority highlighting screen, effectively utilizes hardware resource.And avoid wallpaper to be blocked by icon as far as possible, the details of wallpaper and color can be presented preferably, enhance the display effect of described electronic equipment.
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
In the embodiment of the present invention, described electronic equipment can be PC(personal computer), PAD(panel computer), the different electronic equipment of mobile phone, intelligent television etc., the present invention is not restricted this.
In addition, term "and/or" herein, being only a kind of incidence relation describing affiliated partner, can there are three kinds of relations in expression, and such as, A and/or B, can represent: individualism A, exists A and B simultaneously, these three kinds of situations of individualism B.In addition, character "/" herein, general expression forward-backward correlation is to the relation liking a kind of "or".
Below in conjunction with accompanying drawing, the preferred embodiment of the present invention is described in detail.
Refer to Fig. 1, the embodiment of the present invention provides a kind of information processing method, and described method can be applied to electronic equipment, and described electronic equipment comprises display unit and processing unit, described display unit has a viewing area, and the main flow of described method is described below.
Step 101: described processing unit controls show a background image in the described viewing area of described display unit and present the first display effect.
Preferably, described processing unit can be such as the CPU(central processing unit in described electronic equipment), MCU(microprocessor), or can be such as the GPU(graphic process unit in described electronic equipment) etc., the present invention does not limit this.
Described processing unit can control described electronic equipment, in the described viewing area of described display unit, show described background image, and described background image presents described first display effect.
Described background image can be the background image preset in described electronic equipment, or can be the background image that user is arranged voluntarily according to the hobby of oneself, etc.
Step 102: described processing unit controls to show M icon image, M >=1 on the described viewing area of described display unit; A described M icon image blocks part corresponding to described background image; Wherein, each icon image in a described M icon image occupies the icon area on described viewing area separately; In M icon area, each icon area is less than described viewing area; The functional unit that described icon image possesses for identifying application that described electronic equipment is installed or described electronic equipment, and control corresponding with described first icon image first when described processing unit obtains the first operational order for the first icon image and to apply or the first functional unit responds.
Described processing unit can control in described viewing area, show a described M icon image, and wherein, user just can call apply or perform corresponding function accordingly by carrying out operation to icon image.User operates icon object, such as, can be touch control operation, or can be such as clicking operation, or also can be other operations, as long as can trigger corresponding icon object.
Wherein, refer to Fig. 2, described processing unit controls to show a described M icon image on the described viewing area of described display unit, and concrete steps are described below.
Step 201: determine that each described M icon image is positioned at the icon area of respective described correspondence on described viewing area.
Described processing unit can determine the icon area that in a described M icon image, each icon image is corresponding on described viewing area, namely each icon image will be presented at which region in described viewing area.
Step 202: described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image; Described first transparence value is less than described second transparence value; 1≤N≤M.
Preferably, in the embodiment of the present invention, the described Part I of described N number of icon image is identification division, that is, the described Part I of each icon image is identification division, for identifying corresponding application or functional module, for an icon image, if lacked identification division, just can not be referred to as icon image, not possess the function of icon image.The described Part II of described N number of icon image is bearing part, namely for bearing identification part.
Preferably, in one embodiment of the invention, for an icon image, its identification division can only include pattern identification, pattern identification now can be different figures or image, or pattern identification also can refer to words identification, namely in this embodiment, words identification also can regard pattern identification as.
Such as, the identification division of icon image can have various different shape, be such as gear type, annular etc., it may be also various different picture, such as animal painting, landscape etc., that is, the shape of the identification division of each icon image may be different, and the shape of the bearing part of an icon image adapts with the shape of the identification division of this icon image.
Preferably, in one embodiment of the invention, for an icon image, its identification division can also refer to the combination of pattern identification and words identification, and its bearing part is also corresponding can comprise the bearing part of words identification and the bearing part of pattern identification.Wherein, the part of the background image that the bearing part of described pattern identification is corresponding presents described second display effect, the part of the background image that the bearing part of described words identification is corresponding presents the 3rd display effect, described 3rd display effect and described second display effect identical or different.Such as, under described background image presents described second display effect, the bearing part of described pattern identification has transparency A, under described background image presents described 3rd display effect, the bearing part of described words identification has transparency B, described transparency A can be identical with described transparency B, such as all-transparent can be, or described transparency A can be different from described transparency B, namely the bearing part of described pattern identification has different transparencies separately from the bearing part of described words identification.
In the embodiment of the present invention, the transparence value of described N number of icon image is adjusted, can be adjust at once when described electronic equipment dispatches from the factory, or can be adjust after described N number of icon image is presented in described viewing area, or also can be adjusted before described N number of icon image is presented in described viewing area, the present invention be restricted this.
Preferably, in the embodiment of the present invention, described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, specifically can comprise: identify described N number of icon image; Determine the described Part I of described N number of icon image and the described Part II of described N number of icon image; Determine that the current transparent angle value of the described Part I of described N number of icon image is described first transparence value, and/or the current transparent angle value of described Part II determining described N number of icon image is the 4th transparence value; The transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, and described 4th transparence value is less than described second transparence value; Described N number of icon image is presented in the icon area corresponding with described N number of icon image by described second transparence value according to search first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents described second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image.
First, no matter described N number of icon image show in described viewing area, or described N number of icon image also shows, first can identify described N number of icon image, afterwards, determine the described Part I of each icon image and the described Part II of each icon image in described N number of icon image, and, can determine that the current transparent angle value of the described Part I of each icon image is described first transparence value, be described 4th transparence value with the current transparent angle value of the described Part II of each icon image, now, described first transparence value can be identical with described 4th transparence value, also can be different.
Afterwards, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, namely, the transparence value of the described Part II of described N number of icon image is heightened, the described Part II of described N number of icon image is made to become more transparent, so that described background image can be demonstrated better.
Concrete, for an icon image, if its identification division is pattern identification, then its bearing part is equivalent to the bearing part only including pattern identification.Before adjustment, the transparence value of its bearing part is described 4th transparence value, can be adjusted to described second transparence value.
Concrete, for an icon image, if its identification division is the combination of pattern identification and words identification, then its bearing part also includes the bearing part of pattern identification and the bearing part of words identification.Now, described second transparence value can be the general name of the first sub-transparence value and the second sub-transparence value, after adjustment, the transparence value of the bearing part of described pattern identification is described first sub-transparence value, the bearing part of described words identification is described second sub-transparence value, and described first sub-transparence value and described second sub-transparence value can be the same or different.Such as described first sub-transparence value and described second sub-transparence value can be 100%, namely the bearing part of described pattern identification and the bearing part of described words identification are all-transparent after the adjustment, or described first sub-transparence value also can be different from described second sub-transparence value, namely the bearing part of described pattern identification and the bearing part of described words identification have different transparence values separately.Same, described 4th transparence value can be the general name of the 3rd sub-transparence value and the 4th sub-transparence value, before adjustment, the transparence value of the bearing part of described pattern identification is described 3rd sub-transparence value, the bearing part of described words identification is described 4th sub-transparence value, and described 3rd sub-transparence value and described 4th sub-transparence value can be the same or different.
If need described first sub-transparence value different from described second sub-transparence value, so the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, can be specifically adjust respectively, such as the bearing part of described pattern identification is adjusted to described first sub-transparence value by described 3rd sub-transparence value, the bearing part of described words identification is adjusted to described second sub-transparence value by described 4th sub-transparence value.
After the adjustment, can the described N number of icon image after adjustment be presented in described viewing area, like this, part corresponding with the described Part II of described N number of icon image on described background image can present to user as far as possible, thus, described background image can present described second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image.
Preferably, described first transparence value is less than described second transparence value, and the Part II of described N number of icon image can not be completely transparent, and namely described second transparence value can be not equal to 100%, is so more convenient to user area and separates each icon image.
Such as, refer to Fig. 3, the schematic diagram after pattern identification icon image adjustment that to be an identification division be.The Part I of this icon image is a figure pattern, and as shown in the numeral 1 in Fig. 3, the shape of the shape of the Part II of this icon image and the Part I of this icon image adapts, as shown in the numeral 2 in Fig. 3.In Fig. 3, the Part I of this icon image is different with the oblique line density degree in Part II, and represent that the Part I of this icon image is different with the transparence value of Part II, obviously the Part II of this icon image is more transparent.Namely, after adjustment, described first transparence value of the identification division of this icon image is less than described second transparence value of the bearing part of this icon image.In Fig. 3, although the transparence value of the identification division of this icon image is less than the transparence value of the bearing part of this icon image, but the identification division of this icon image non-fully is opaque, or some background images can be appeared, under the prerequisite not affecting user operation, be convenient to user watch background image.
Such as, refer to Fig. 4, the schematic diagram after pattern identification icon image adjustment that to be an identification division be.The Part I of this icon image is an identification pattern, and as shown in the numeral 1 in Fig. 4, the shape of the shape of the Part II of this icon image and the Part I of this icon image adapts, as shown in the numeral 2 in Fig. 4.In Fig. 4, do not have oblique line in the Part I of this icon image, drawing in the Part II of this icon image has oblique line, and represent that the Part I of this icon image is different with the transparence value of Part II, obviously the Part II of this icon image is more transparent.Namely, after adjustment, described first transparence value of the identification division of this icon image is less than described second transparence value of the bearing part of this icon image.In Fig. 4, the identification division of this icon image is completely opaque, and in this case, the bearing part of this icon image can be set to completely transparent, because the identification division of this icon image is opaque, can not have influence on the operation of user.
Such as, refer to Fig. 5, the schematic diagram after the icon image adjustment of the combination of pattern identification and words identification that to be an identification division be.Pattern identification is the phone image in Fig. 5, and words identification is " phone " in Fig. 5, and the bearing part of pattern identification is the part shown in the numeral 1 in Fig. 5, and the bearing part of words identification is the part shown in the numeral 2 in Fig. 5.In Fig. 5, the bearing part of the pattern identification of this icon image is different with the oblique line density degree in the bearing part of words identification, represent that the bearing part of pattern identification of this icon image after adjusting is different with the transparence value of the bearing part of words identification, the bearing part of obvious words identification is more transparent.
Preferably, in the embodiment of the present invention, adjust the transparence value of described N number of icon image, can be adjust described N number of icon image simultaneously, or also can be adjust respectively described N number of icon image.
Preferably, in the embodiment of the present invention, described electronic equipment can support edit pattern, under described edit pattern, can adjust described N number of icon image simultaneously, or also can be adjust respectively described N number of icon image.
Concrete, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, can comprises: under described edit pattern, obtain the first operation; According to described first operation, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Or getting i is integer from 1 to N, carries out following steps respectively: under described edit pattern, obtains i-th operation; According to described i-th operation, the transparence value of the described Part II of i-th icon image in described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Wherein, when adjusting described i-th icon image, the transparence value of the described Part II of all the other icon images in described N number of icon image maintains described 4th transparence value.
That is, can obtain an operation, namely described first operation, unifies to adjust described N number of icon image by an operation simultaneously, and adjustment is got up more like this, and only need an operation can complete adjustment object, regulated efficiency is higher.
Or can obtain an operation for each icon image, adjust different icon images by different operations, can adjust respectively like this for each icon image, adjustment result is comparatively accurate.Further, when adjusting one of them icon image, remaining icon image can not be influenced, also can continue to keep its original state, like this, can not have influence on other icon images because of adjusting an icon image.
In the embodiment of the present invention, the transparence value of described N number of icon image is adjusted, can be adjusted by user, or also can be adjusted voluntarily by described electronic equipment.
In the embodiment of the present invention, concrete described second transparence value can be set by user, or also can by described electronic equipment sets itself.
Step 203: a described M-N icon image is presented in the icon area corresponding with a described M-N icon image by the 3rd transparence value according to M-N icon image.
In a described M-N icon image, each icon image can comprise the Part I of icon image and the Part II of icon image too, and each icon image both can refer to pattern identification, also can refer to the combination of pattern identification and words identification.But a described M-N icon image can not adjusted, namely in a described M-N icon image, the transparence value of the transparence value of the Part I of each icon image and the Part II of each icon image can be identical, be described 3rd transparence value, or, even if a described M-N icon image is not adjusted, the transparence value of the transparence value of the Part I of each icon image and the Part II of each icon image also can be different, and described 3rd transparence value is the general name of this two-part transparency.
Can regard as, transparence value adjustment has been carried out to the described N number of icon image in a described M icon image, but a described M-N icon image is not adjusted.
Refer to Fig. 6, the embodiment of the present invention provides a kind of electronic equipment, and described electronic equipment can have display unit and processing unit, and described display unit can have a viewing area.Described processing unit can comprise the first control subelement 601 and second and control subelement 602.Preferably, the described electronic equipment in Fig. 6 and foregoing electronic equipment can be same electronic equipments.
First controls subelement 601 may be used for controlling show a background image in the described viewing area of described display unit and present the first display effect.
Second controls subelement 602 may be used for controlling to show M icon image, M >=1 on the described viewing area of described display unit; A described M icon image blocks part corresponding to described background image; Wherein, each icon image in a described M icon image occupies the icon area on described viewing area separately; In M icon area, each icon area is less than described viewing area; The functional unit that described icon image possesses for identifying application that described electronic equipment is installed or described electronic equipment, and control corresponding with described first icon image first when described processing unit obtains the first operational order for the first icon image and to apply or the first functional unit responds;
Wherein, the second control subelement 602 specifically may be used for: determine that each described M icon image is positioned at the icon area of respective described correspondence on described viewing area; Described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image; Described first transparence value is less than described second transparence value; 1≤N≤M; A described M-N icon image is presented in the icon area corresponding with a described M-N icon image by the 3rd transparence value according to M-N icon image.
Preferably, in the embodiment of the present invention, the described Part I of described N number of icon image is identification division, and for identifying corresponding application or functional module, the described Part II of described N number of icon image is bearing part.
Preferably, in the embodiment of the present invention, described identification division refers to the combination of pattern identification and words identification, and described bearing part refers to the bearing part of pattern identification and the bearing part of words identification; Wherein, the part of the background image that the bearing part of described pattern identification is corresponding presents described second display effect, the part of the background image corresponding to bearing part of search words identification presents the 3rd display effect, described 3rd display effect and described second display effect identical or different.
Preferably, in the embodiment of the present invention, second controls subelement 602 may be used for being presented in the icon area corresponding with described N number of icon image according to the second transparence value of the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon by described N number of icon image, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, be specially: identify described N number of icon image; Determine the described Part I of described N number of icon image and the described Part II of described N number of icon image; Determine that the current transparent angle value of the described Part I of described N number of icon image is described first transparence value, and/or the current transparent angle value of described Part II determining described N number of icon image is the 4th transparence value; The transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, and described 4th transparence value is less than described second transparence value; Described N number of icon image is presented in the icon area corresponding with described N number of icon image by described second transparence value according to described first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents described second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image.
Preferably, in the embodiment of the present invention, second controls subelement 602 may be used for the transparence value of the described Part II of described N number of icon image to be adjusted to described second transparence value by described 4th transparence value, is specially: obtain the first operation; According to described first operation, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Or getting i is integer from 1 to N, carries out following steps respectively: obtain i-th operation; According to described i-th operation, the transparence value of the described Part II of i-th icon image in described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Wherein, when adjusting described i-th icon image, the transparence value of the described Part II of all the other icon images in described N number of icon image maintains described 4th transparence value.
Information processing method in the embodiment of the present invention is applied in electronic equipment, described electronic equipment comprises display unit and processing unit, described display unit has a viewing area, and described method comprises: described processing unit controls show a background image in the described viewing area of described display unit and present the first display effect, described processing unit controls to show M icon image, M >=1 on the described viewing area of described display unit, a described M icon image blocks part corresponding to described background image, wherein, each icon image in a described M icon image occupies the icon area on described viewing area separately, in M icon area, each icon area is less than described viewing area, the functional unit that described icon image possesses for identifying application that described electronic equipment is installed or described electronic equipment, and control corresponding with described first icon image first when described processing unit obtains the first operational order for the first icon image and to apply or the first functional unit responds, wherein, described processing unit controls to show a described M icon image on the described viewing area of described display unit, specifically comprise: determine that described N number of icon image is presented at the icon area corresponding with described N number of icon image according to the second transparence value of the first transparence value of the Part I of the N number of icon image of a described M icon image and the Part II of described N number of icon by the icon area that each described M icon image is arranged in respective described correspondence on described viewing area, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, described first transparence value is less than described second transparence value, 1≤N≤M, a described M-N icon image is presented in the icon area corresponding with a described M-N icon image by the 3rd transparence value according to M-N icon image.
In the embodiment of the present invention, described display unit is when showing described M icon image, can according to the first transparence value of the Part I of N number of icon image in a described M icon image and and second transparence value of Part II of described N number of icon described N number of icon image is presented in the icon area corresponding with described N number of icon image, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, in described icon image, the transparence value of different parts is different, user can tell which place in described display unit very clearly and show icon image, the normal use of user can not be affected.Simultaneously, described first transparence value is less than described second transparence value, the Part II of described N number of icon image can appear described background image as far as possible, the Part II being equivalent to described N number of icon image is bordering on to be presented on described background image pellucidly, be convenient to present background image better, user can arrange arbitrarily the image of oneself needs as described background image, can be good at the hardware superiority highlighting screen, effectively utilizes hardware resource.And avoid wallpaper to be blocked by icon as far as possible, the details of wallpaper and color can be presented preferably, enhance the display effect of described electronic equipment.
Those skilled in the art can be well understood to, for convenience and simplicity of description, only be illustrated with the division of above-mentioned each functional module, in practical application, can distribute as required and by above-mentioned functions and be completed by different functional modules, inner structure by device is divided into different functional modules, to complete all or part of function described above.The system of foregoing description, the specific works process of device and unit, with reference to the corresponding process in preceding method embodiment, can not repeat them here.
In several embodiments that the application provides, should be understood that, disclosed system, apparatus and method, can realize by another way.Such as, device embodiment described above is only schematic, such as, the division of described module or unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, such as multiple unit or assembly can in conjunction with or another system can be integrated into, or some features can be ignored, or do not perform.Another point, shown or discussed coupling each other or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of device or unit or communication connection can be electrical, machinery or other form.
The described unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.
In addition, each functional unit in each embodiment of the application can be integrated in a processing unit, also can be that the independent physics of unit exists, also can two or more unit in a unit integrated.Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form of SFU software functional unit also can be adopted to realize.
If described integrated unit using the form of SFU software functional unit realize and as independently production marketing or use time, can be stored in a computer read/write memory medium.Based on such understanding, the part that the technical scheme of the application contributes to prior art in essence in other words or all or part of of this technical scheme can embody with the form of software product, this computer software product is stored in a storage medium, comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) or processor (processor) perform all or part of step of method described in each embodiment of the application.And aforesaid storage medium comprises: USB flash disk, portable hard drive, ROM (read-only memory) (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or CD etc. various can be program code stored medium.
Specifically, the computer program instructions that a kind of information processing method in the embodiment of the present application is corresponding can be stored in CD, hard disk, on the storage mediums such as USB flash disk, when the computer program instructions corresponding with a kind of information processing method in storage medium is read by an electronic equipment or be performed, comprise the steps:
Described processing unit controls show a background image in the described viewing area of described display unit and present the first display effect;
Described processing unit controls to show M icon image, M >=1 on the described viewing area of described display unit; A described M icon image blocks part corresponding to described background image; Wherein, each icon image in a described M icon image occupies the icon area on described viewing area separately; In M icon area, each icon area is less than described viewing area; The functional unit that described icon image possesses for identifying application that described electronic equipment is installed or described electronic equipment, and control corresponding with described first icon image first when described processing unit obtains the first operational order for the first icon image and to apply or the first functional unit responds;
Wherein, described processing unit controls to show a described M icon image on the described viewing area of described display unit, specifically comprises:
Determine that each described M icon image is positioned at the icon area of respective described correspondence on described viewing area;
Described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image; Described first transparence value is less than described second transparence value; 1≤N≤M;
A described M-N icon image is presented in the icon area corresponding with a described M-N icon image by the 3rd transparence value according to M-N icon image.
Optionally, the described Part I of described N number of icon image is identification division, and for identifying corresponding application or functional module, the described Part II of described N number of icon image is bearing part.
Optionally, described identification division refers to the combination of pattern identification and words identification, and described bearing part comprises the bearing part of pattern identification and the bearing part of words identification; Wherein, the part of the background image that the bearing part of described pattern identification is corresponding presents described second display effect, the part of the background image corresponding to bearing part of search words identification presents the 3rd display effect, described 3rd display effect and described second display effect identical or different.
Optionally, store in described storage medium with step: described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, corresponding computer instruction, in the process be performed, specifically comprises:
Identify described N number of icon image;
Determine the described Part I of described N number of icon image and the described Part II of described N number of icon image;
Determine that the current transparent angle value of the described Part I of described N number of icon image is described first transparence value, and/or the current transparent angle value of described Part II determining described N number of icon image is the 4th transparence value;
The transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, and described 4th transparence value is less than described second transparence value;
Described N number of icon image is presented in the icon area corresponding with described N number of icon image by described second transparence value according to described first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents described second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image.
Optionally, that store in described storage medium and step: the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, corresponding computer instruction is specifically being performed in process, specifically comprises:
Obtain the first operation;
According to described first operation, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Or
Getting i is integer from 1 to N, carries out following steps respectively:
Obtain i-th operation;
According to described i-th operation, the transparence value of the described Part II of i-th icon image in described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Wherein, when adjusting described i-th icon image, the transparence value of the described Part II of all the other icon images in described N number of icon image maintains described 4th transparence value.
The above, above embodiment is only in order to be described in detail the technical scheme of the application, but the explanation of above embodiment just understands method of the present invention and core concept thereof for helping, and should not be construed as limitation of the present invention.Those skilled in the art are in the technical scope that the present invention discloses, and the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.
Claims (10)
1. an information processing method, described method is applied in electronic equipment, and described electronic equipment comprises display unit and processing unit, and described display unit has a viewing area, and described method comprises:
Described processing unit controls show a background image in the described viewing area of described display unit and present the first display effect;
Described processing unit controls to show M icon image, M >=1 on the described viewing area of described display unit; A described M icon image blocks part corresponding to described background image; Wherein, each icon image in a described M icon image occupies the icon area on described viewing area separately; In M icon area, each icon area is less than described viewing area; The functional unit that described icon image possesses for identifying application that described electronic equipment is installed or described electronic equipment, and control corresponding with described first icon image first when described processing unit obtains the first operational order for the first icon image and to apply or the first functional unit responds;
Wherein, described processing unit controls to show a described M icon image on the described viewing area of described display unit, specifically comprises:
Determine that each described M icon image is positioned at the icon area of respective described correspondence on described viewing area;
Described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image; Described first transparence value is less than described second transparence value; 1≤N≤M;
A described M-N icon image is presented in the icon area corresponding with a described M-N icon image by the 3rd transparence value according to M-N icon image.
2. the method for claim 1, is characterized in that, the described Part I of described N number of icon image is identification division, and for identifying corresponding application or functional module, the described Part II of described N number of icon image is bearing part.
3. method as claimed in claim 2, it is characterized in that, described identification division refers to the combination of pattern identification and words identification, and described bearing part comprises the bearing part of pattern identification and the bearing part of words identification; Wherein, the part of the background image that the bearing part of described pattern identification is corresponding presents described second display effect, the part of the background image that the bearing part of described words identification is corresponding presents the 3rd display effect, described 3rd display effect and described second display effect identical or different.
4. the method for claim 1, it is characterized in that, described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, comprising:
Identify described N number of icon image;
Determine the described Part I of described N number of icon image and the described Part II of described N number of icon image;
Determine that the current transparent angle value of the described Part I of described N number of icon image is described first transparence value, and/or the current transparent angle value of described Part II determining described N number of icon image is the 4th transparence value;
The transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, and described 4th transparence value is less than described second transparence value;
Described N number of icon image is presented in the icon area corresponding with described N number of icon image by described second transparence value according to described first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents described second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image.
5. method as claimed in claim 4, is characterized in that, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, comprises:
Obtain the first operation;
According to described first operation, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Or
Getting i is integer from 1 to N, carries out following steps respectively:
Obtain i-th operation;
According to described i-th operation, the transparence value of the described Part II of i-th icon image in described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Wherein, when adjusting described i-th icon image, the transparence value of the described Part II of all the other icon images in described N number of icon image maintains described 4th transparence value.
6. an electronic equipment, described electronic equipment has display unit and processing unit, and described display unit has a viewing area, and described processing unit comprises:
First controls subelement, shows a background image for controlling and presents the first display effect in the described viewing area of described display unit;
Second controls subelement, for controlling to show M icon image, M >=1 on the described viewing area of described display unit; A described M icon image blocks part corresponding to described background image; Wherein, each icon image in a described M icon image occupies the icon area on described viewing area separately; In M icon area, each icon area is less than described viewing area; The functional unit that described icon image possesses for identifying application that described electronic equipment is installed or described electronic equipment, and control corresponding with described first icon image first when described processing unit obtains the first operational order for the first icon image and to apply or the first functional unit responds;
Wherein, described second control subelement specifically for:
Determine that each described M icon image is positioned at the icon area of respective described correspondence on described viewing area;
Described N number of icon image is presented in the icon area corresponding with described N number of icon image by the second transparence value according to the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents from the part corresponding to the described Part II of described N number of icon image with described first display effect different
Two display effects; Described first transparence value is less than described second transparence value; 1≤N≤M;
A described M-N icon image is presented in the icon area corresponding with a described M-N icon image by the 3rd transparence value according to M-N icon image.
7. electronic equipment as claimed in claim 6, it is characterized in that, the described Part I of described N number of icon image is identification division, and for identifying corresponding application or functional module, the described Part II of described N number of icon image is bearing part.
8. electronic equipment as claimed in claim 7, it is characterized in that, described identification division refers to the combination of pattern identification and words identification, and described bearing part comprises the bearing part of pattern identification and the bearing part of words identification; Wherein, the part of the background image that the bearing part of described pattern identification is corresponding presents described second display effect, the part of the background image that the bearing part of described words identification is corresponding presents the 3rd display effect, described 3rd display effect and described second display effect identical or different.
9. electronic equipment as claimed in claim 6, it is characterized in that, described second controls subelement is used for being presented in the icon area corresponding with described N number of icon image according to the second transparence value of the first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon by described N number of icon image, to make described background image presents second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image, be specially: identify described N number of icon image, determine the described Part I of described N number of icon image and the described Part II of described N number of icon image, determine that the current transparent angle value of the described Part I of described N number of icon image is described first transparence value, and/or the current transparent angle value of described Part II determining described N number of icon image is the 4th transparence value, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value, and described 4th transparence value is less than described second transparence value, described N number of icon image is presented in the icon area corresponding with described N number of icon image by described second transparence value according to described first transparence value of the Part I of N number of icon image in a described M icon image and the Part II of described N number of icon, to make described background image presents described second display effect different with described first display effect from the part corresponding to the described Part II of described N number of icon image.
10. electronic equipment as claimed in claim 9, it is characterized in that, described second controls subelement is used for the transparence value of the described Part II of described N number of icon image to be adjusted to described second transparence value by described 4th transparence value, is specially: obtain the first operation; According to described first operation, the transparence value of the described Part II of described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Or getting i is integer from 1 to N, carries out following steps respectively: obtain i-th operation; According to described i-th operation, the transparence value of the described Part II of i-th icon image in described N number of icon image is adjusted to described second transparence value by described 4th transparence value; Wherein, when adjusting described i-th icon image, the transparence value of the described Part II of all the other icon images in described N number of icon image maintains described 4th transparence value.
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| CN104850298B (en) | 2018-07-06 |
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