CN105243684B - The display methods and device of image in a kind of interface - Google Patents
The display methods and device of image in a kind of interface Download PDFInfo
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Abstract
The invention discloses the display methods and device of image in a kind of interface, display methods comprises the following steps：1) image to be shown is subjected to Fuzzy processing, and obtains blurred picture；2) pixel value of each pixel for the blurred picture for obtaining step 1) pixel value corresponding with color of object carries out dot-product operation, by the value normalization operation obtained after the dot-product operation of each pixel to 0~255 scope, obtains coloring effect figure；3) Overlapping display step：The coloring effect figure is superimposed with the artwork bottom of image to be shown and is overlapped display, shows the image of rendering effect.The display methods and device of the present invention, in display image during the different brackets state of content, the resource of consuming is few, treatment effeciency is low and applicability is wide.
Description
【Technical field】
The present invention relates to the display methods and device of image in a kind of interface.
【Background technology】
With the extensive use of mobile terminal, the demand for developing game on mobile terminals is also increasing.At present,
In the game of mobile platform, player user with to game deeply and player levels are lifted, the head portrait of player, possessed
Article equipment, technical ability etc. can all upgrade.In existing game, the general form using addition quality frame outside image icon shows
The grade of head portrait, equipment, technical ability etc., the quality frame of different colours, such as grey, it is green, it is blue, it is purple, it is orange, represent not at the same level respectively
Other height.The method for generating effect image, as shown in figure 1, being superimposed second layer thing more with first layer quality frame image resource 100
Product image resource 200 is superimposed third layer bottom background color image resource 300 to realize again, such as the clothes of red block blue background
Adorn the relatively high-grade equipment of graphical representation, the equipment of the dress ornament graphical representation of blue box blue background with respect to inferior grade.So,
In the image display at design games interface, following 3 picture elements are at least needed：1st, quality frame, 2, item pictures, 3, bottom
Background., it is necessary to write the combination display effect of above-mentioned 3 picture elements to each article when program is realized.This display methods
Have the following disadvantages：
1st, resource cost is big：Substantial amounts of quality frame, the Individual Items of different brackets performance occupy substantial amounts of development of games
Resource, the wasting of resources occurs if abandoning.
2nd, display processing efficiency is low：The display of image is one and read and the process of output, for seeming image
Icon, need during display to read output at least three picture resource, be unfavorable for quickly showing.The especially mobile terminal such as mobile phone, figure
Disposal ability is weaker than computer end, it is necessary to strictly control the display processing cost of image.
3rd, limitation is big：The repetition of quality frame is called and is only limited to the image that profile outward appearance is more regular, facilitates display
Head portrait, clothes in icon, such as game, technical ability image icon, for being not easy to the image of display (in interface
Scene, house, trees, river etc.) its grade can not be showed by way of adding quality frame.For such image, then need
The image resource of a variety of different brackets states is generated to same images of items, workload is very big.The great amount of images resource of generation
Import in games, can also cause the scale of construction of whole games therefore to increase.
4th, visual effect is poor：When showing different brackets for virtual objects such as equipment, technical ability, column can only be being wrapped up or equipped
In the different brackets of virtual objects is judged by quality frame, be directly installed to when images of items departs from quality frame with game role
When, it is impossible to intuitively judge very much the grade of the article of role's equipment.
【The content of the invention】
The technical problems to be solved by the invention are：Above-mentioned the deficiencies in the prior art are made up, are proposed in a kind of interface
The display methods and device of image, during image of the display with different brackets state content, the resource of consuming is few, treatment effeciency is low
And applicability is wide.
The technical problem of the present invention is solved by following technical scheme：
The display methods of image, comprises the following steps in a kind of interface：1) image to be shown is blurred
Processing, and obtain blurred picture；2) pixel value of each pixel for the blurred picture for obtaining step 1) and color of object pair
The pixel value answered carries out dot-product operation, by the model of the value normalization operation obtained after the dot-product operation of each pixel to 0~255
Enclose, obtain coloring effect figure；3) Overlapping display step：The coloring effect figure is superimposed with the artwork bottom of image to be shown
Display is overlapped, shows the image of rendering effect.
The display device of image in a kind of interface, including Fuzzy Processing module, staining module and Overlapping display module,
The Fuzzy Processing module is used to image to be shown carrying out Fuzzy processing, and obtains blurred picture；The staining module
, will be each for the pixel value of each pixel of blurred picture pixel value corresponding with color of object to be carried out into dot-product operation
The value normalization operation obtained after the dot-product operation of individual pixel exports coloring effect figure to 0~255 scope；The superposition
Display module is overlapped display for being superimposed with the coloring effect figure in the artwork bottom of image to be shown, has shown
The virtual objects image of rendering effect.
The beneficial effect that the present invention is compared with the prior art is：
The display methods and device of image in the interface of the present invention, after image Fuzzy processing to be shown,
Upper target color information is coloured on blurred picture and obtains coloring effect figure, artwork bottom then is superimposed into the coloring effect figure is carried out
Overlapping display, that is, obtain the image with color of object rendering effect.So, the different colors by being rendered on image
Definition shows different level status.Distinguished and realized by quality frame no longer as prior art, so as to eliminate quality frame
Picture resource use, reduce resource cost, and only need to read two picture resources of output during display processing, improve place
Manage efficiency.Furthermore grade classification is realized by rendered color, so as to which the grade for the article for being no longer limited to exhibit is drawn
Point, any image can render different colors so as to show different grade effects by the above method in interface
Fruit, the applicable object of method are very wide.The display methods of the present invention directly can transfer graphics processor (GPU) using code and enter
Row image renders presentation, can fully call GPU flexibility, more efficiently reading and display image, hence for mobile terminal
The image of game is presented advantageously.Due to presentation directly can be rendered using code transfer GPU progress images, part is eliminated
The making of png sources resource, resource cost is reduced, and mobile terminal CPU processing can be substantially reduced by transferring GPU aid in treatment
Quick, the smooth presentation of pressure, more conducively figure.
【Brief description of the drawings】
Combination of resources view when Fig. 1 is the grade effect of display image in the prior art；
Fig. 2 is the flow chart of the display methods of the image in the interface of the specific embodiment of the invention；
Fig. 3 be the specific embodiment of the invention method for displaying image in two width figures be superimposed schematic diagram；
Fig. 4 is the design sketch for the image that the method for displaying image of the specific embodiment of the invention is shown；
Fig. 5 is that the method for displaying image of the specific embodiment of the invention sets the effect contrast figure after preferred steps；
Fig. 6 is the structural representation of the image display device of the specific embodiment of the invention；
Fig. 7 is the preferred structure schematic diagram of the image display device of the specific embodiment of the invention.
【Embodiment】
With reference to embodiment and compare accompanying drawing the present invention is described in further details.
Idea of the invention is that breaking through traditional quality frame by way of resource, background color are combined, use
For color technology to realize that the quality of different pictures and grade show, resource cost is few, and which not by the profile of image content outside
Limitation is seen, only relates to the superposition of two pictures, display processing efficiency high.
As shown in Fig. 2 the display methods for image in the interface of present embodiment.Interface can be computer
Or the interface on mobile terminal, it is preferable that in mobile terminal, on mobile phone, handheld device or tablet personal computer
Applied in interface.Method for displaying image comprises the following steps：
1) image to be shown is subjected to Fuzzy processing, and obtains blurred picture.
Image Fuzzy Processing is more ripe technology.In the step, when carrying out Fuzzy processing, blur radius is set
In the range of 1 pixel to 5 pixels.According to the observation to follow-up rendering effect, the setting of blur radius can influence
The rendered color size of rear images of items periphery is rendered, when radius is arranged on into 1~5 pixel point range, periphery renders
The color and dimensions effect gone out is suitable, has both been unlikely to too small, leads to not the color effects rendered occur, is also unlikely to cause greatly very much
The excessive influence visual appearance of rendering effect.
Preferably, selection Gaussian Blur technology realizes above-mentioned Fuzzy Processing.The general principle of Gaussian Blur is exactly original pixel
Point mixing surrounding pixel point generation objective fuzzy pixel.The mode of mixing has a variety of, and conventional has four point samplings, seven point samplings
With nine point samplings, sample offset and weight are set respectively.Preferable nine point sampling of effect is used in present embodiment.
It is further preferred that when Gaussian Blur is handled, horizontal, longitudinal Fuzzy Processing is carried out to image, obtains blurred picture.Laterally and
Fuzzy Processing is carried out on longitudinal direction so that blur effect is more uniform, and follow-up rendering effect is also more preferable.
2) pixel value of each pixel for the blurred picture for obtaining step 1) pixel value corresponding with color of object enters
Row dot-product operation, by the value normalization operation obtained after the dot-product operation of each pixel to 0~255 scope, coloured
Design sketch.
The display methods of present embodiment, target are to render different colors to the superposition of image to be displayed periphery, are in
Existing different colours " luminous " effect, so as to distinguish the different level status of image.Therefore in the step, such as wish to be superimposed with imparting
Rose effect, then each pixel of blurred picture pixel value (r, g, b) pixel value corresponding with rose (r1=222,
G1=88, b1=199) carry out dot-product operation.After dot-product operation, obtain each pixel and pass through r × r1, g × g1, b × b1 fortune
Corresponding value after calculation, corresponding value normalization after each pixel point processing is then adjusted into the scope to 0~255, as each
The pixel value of pixel, and then obtain coloring effect figure.Similarly, such as wish to be superimposed with blue color effect, then blurred picture is each
Pixel value (r, g, the b) value of individual pixel and the corresponding pixel value of blueness carry out dot-product operation, then normalization regulation to 0~
255 scope.Adjusted by dot-product operation and normalization, blurred picture is painted to corresponding color of object.Such as Fig. 3 institutes
Show, the blurred picture below left side is the blurred picture adhered to after grey.
3) Overlapping display step：Be superimposed with the artwork bottom of image to be shown the coloring effect figure be overlapped it is aobvious
Show, show the image of rendering effect.
As shown in figure 3, for superposition when view.The artwork of image is superimposed with the blurred picture of gray colored, double
Layer Overlapping display obtains the display image of peripheral band grey rendering effect.
The method for displaying image of present embodiment, by Fuzzy Processing, retain the overall dimensions peripheral shape of artwork,
In coloring after color of object, using blurred picture as on background color imaging importing to artwork image, the effect of peripheral rendered color is formed
Fruit.Carry out taking point fuzziness to render in itself by being then based on each image resource, rendering effect extremely can be bonded outside picture material
Shape, there is naturally display effect.Regulating step 2) in color of object, you can conveniently realize rendering for different colours.It is logical
Cross and render different colors, the presentation of the different brackets state of content in image can be achieved.And as shown in figure 4, from game
Observed in interface, after rendering blue color effect for the staff of authority this virtual objects, it is a kind of outer that the periphery blueness that renders make it that the staff of authority produces
The effect of " luminous " is enclosed, effect, which is presented, more has interest.Different color expression different brackets states is superimposed by rendering,
The grade for the quality frame reflection picture material for being no longer rely on showing in list, it is substantial amounts of so as to save without being related to quality frame
Quality frame, background color picture resource, reduce resource cost.Carelessness is read out for two width pictures during display processing, can
More efficiently and rapidly present.And due to being no longer rely on quality frame display level, so as to be no longer limited to what can be exhibited
The grade classification of article, any picture material can render different colors so as to aobvious by the above method in interface
Different grade effects is shown, the applicable object of method is very wide.
Preferably, this method applicable object is very wide, when being shown for picture material for the image of virtual objects, effect
Fruit more preferably, shows that visual effect is preferable.Virtual objects can be head portrait, equipment or technical ability of game player etc..Work as virtual objects
Image by rendering peripheral different colours to distinguish different brackets when, not only displaying list on virtual objects can be observed
Level status, after virtual objects are installed to game role, in images of items together carry render be used for distinguish grade
Colouring information, namely after article is installed to game role, also can from the colour recognition that article renders to class information,
As shown in figure 4, the staff of authority has rendered blueness, it is known that represents the staff of authority of a certain grade.So, player can match somebody with somebody from game role
Standby virtual objects are visually known class information, and solving in the past can not be straight from the interface after role's arrangement of objects
The problem of judging class information is connect, visual effect is good, improves the interest of game.
It is further preferred that the design sketch after above-mentioned coloring is superimposed to artwork bottom again after amplifying migration processing,
It can make design sketch that more highlighted effect be presented, be preferably bonded with artwork, so as to which overall rendering effect is more uniformly full, no
Situation not in place or not bright enough after rendering is rendered as there are some positions.Specifically, method for displaying image is described
Also include step 2 after step 2) ') (not illustrated on flow chart), comprise the following steps：
A) pixel value in coloring effect figure after each amplified migration processing of pixel is obtained according to equation below：Ai=
(Bi+offset) × scale, wherein, Ai represents the pixel value after the amplified migration processings of pixel i, and Bi represents coloring effect
Pixel i pixel value in figure, offset are default offset, and scale is default multiplication factor.In the step, skew
The value of amount and multiplication factor can first be set, and then constantly adjust value repeatedly according to the feedback of the design sketch of presentation, so as to basis
Effect design target adjustment is suitable value.
B) operation is normalized to obtaining after 0~255 scope in the pixel value of each pixel obtained to step a)
Coloring effect figure after amplified migration processing.After previous step amplifies the pixel value skew of pixel in image, the step
Regulation is normalized to 0~255 scope, consequently facilitating forming piece image.
Image obtained above is to amplify the coloring effect figure after migration processing, correspondingly, former when being superimposed in step 3)
Figure is superimposed with the coloring effect figure after amplified migration processing and obtains the image with rendering effect.Obtained rendering effect has
The characteristics of more uniformly full.Specifically, as shown in figure 5, c figures are the design sketch of colored blue, d figures are coloring piece red effect
Fruit is schemed, while d figures also include above-mentioned amplification migration processing step during display processing, then the rendered color that d figures obtain is more
Add full bright, " luminous " effect is stronger, i.e. rendering effect more lifelike image.
A kind of display device of image in interface is also provided in present embodiment, as shown in fig. 6, being device
Structural representation, including Fuzzy Processing module 400, staining module 500 and Overlapping display module 600.Fuzzy Processing module 400 is used
In image to be shown is carried out into Fuzzy processing, and export blurred picture.Staining module 500 is used for each of blurred picture
The pixel value of pixel pixel value corresponding with color of object carries out dot-product operation, will be obtained after the dot-product operation of each pixel
Scope of the value normalization operation to 0~255, export coloring effect figure.Overlapping display module 600 is used in image to be shown
Artwork bottom be superimposed with coloring effect figure and be overlapped display, show the virtual objects image of rendering effect.
By the display device, render and be superimposed different color expression different brackets states, be no longer rely on showing in list
Quality frame reflection picture material grade, also can be more so as to reduce resource cost, during display processing without being related to quality frame
Increase effect to be rapidly presented.And due to being no longer rely on quality frame display level, so as to be no longer limited to the thing that can be exhibited
The grade classification of product, any picture material can render different colors by the above method so as to show in interface
Go out different grade effects, the applicable object of method is very wide.
Preferably, as shown in fig. 7, display device also includes amplification offset module 700 and normalized module 800, put
Big offset module 700 is used for obtaining the pixel value after the amplified migration processing of each pixel according to equation below：Ai=(Bi
+ offset) × scale, wherein, Ai represents the pixel value after the amplified migration processings of pixel i, and Bi is represented in coloring effect figure
Pixel i pixel value, offset are default offset, and scale is default multiplication factor.Normalized module 800
The pixel value of each pixel for being obtained to the amplification offset module, which is normalized, to be operated to after 0~255 scope
Obtain the coloring effect figure after amplified migration processing.Overlapping display module 600 is amplified for being superimposed with Overlapping display
Coloring effect figure after migration processing.By setting up amplification offset module and normalized module, so that rendering effect
More uniform full, " luminous " effect more lifelike image.
Above content is to combine specific preferred embodiment further description made for the present invention, it is impossible to is assert
The specific implementation of the present invention is confined to these explanations.For general technical staff of the technical field of the invention,
Some replacements or obvious modification are made on the premise of not departing from present inventive concept, and performance or purposes are identical, should all be considered as
Belong to protection scope of the present invention.
Claims (11)
- A kind of 1. display methods of image in interface, it is characterised in that：Comprise the following steps：1) image to be shown is subjected to Fuzzy processing, and obtains blurred picture；2) pixel value (r, g, the b) pixel value corresponding with color of object of each pixel for the blurred picture for obtaining step 1) (r1, g1, b1) carries out dot-product operation：R × r1, g × g1, b × b1, the value normalizing that will be obtained after the dot-product operation of each pixel Change operation to 0~255 scope, obtain coloring effect figure；3) Overlapping display step：The coloring effect figure, which is superimposed with, in the artwork bottom of image to be shown is overlapped display, Show the image of rendering effect.
- 2. the display methods of image according to claim 1, it is characterised in that：Also include step after the step 2) 2 ') migration processing, is amplified to the coloring effect figure, including：A) obtained according to equation below each in coloring effect figure Pixel value after the amplified migration processing of pixel：Ai=(Bi+offset) × scale, wherein, Ai represents pixel i through putting Pixel value after big migration processing, Bi represent the pixel value of pixel i in coloring effect figure, and offset is default offset, Scale is default multiplication factor；B) pixel value of each pixel obtained to step a) be normalized operation to 0~ The coloring effect figure after amplified migration processing is obtained after 255 scope；Amplified migration processing is superimposed with the step 3) Coloring effect figure afterwards.
- 3. the display methods of image according to claim 1, it is characterised in that：In the step 1), at the blurring Blur radius is in the range of 1 pixel to 5 pixels during reason.
- 4. the display methods of image according to claim 1, it is characterised in that：In the step 1), using Gaussian Blur Processing method carries out Fuzzy Processing.
- 5. the display methods of image according to claim 4, it is characterised in that：During Gaussian Blur processing, image is carried out Laterally, longitudinal Fuzzy Processing, obtains blurred picture.
- 6. according to the display methods of any described image in claim 1 to 5, it is characterised in that：The image to be shown For the image of virtual objects in interface.
- 7. the display methods of image according to claim 6, it is characterised in that：The virtual objects are the head of game player Picture, equipment or technical ability.
- 8. the display methods of image according to claim 1, it is characterised in that：The interface is on mobile terminal Interface.
- 9. the display methods of image according to claim 8, it is characterised in that：The mobile terminal is mobile phone, palm trip Gaming machine or tablet personal computer.
- A kind of 10. display device of image in interface, it is characterised in that：Including Fuzzy Processing module, staining module and fold Add display module, the Fuzzy Processing module is used to image to be shown carrying out Fuzzy processing, and exports blurred picture；Institute Staining module is stated to be used for pixel value (r, g, the b) pixel value corresponding with color of object of each pixel of the blurred picture (r1, g1, b1) carries out dot-product operation：R × r1, g × g1, b × b1, the value normalizing that will be obtained after the dot-product operation of each pixel Change operation to 0~255 scope, export coloring effect figure；The Overlapping display module is used for the artwork in image to be shown Bottom is superimposed with the coloring effect figure and is overlapped display, shows the virtual objects image of rendering effect.
- 11. the display device of image according to claim 10, it is characterised in that：Also include amplification offset module and normalizing Change processing module, after the amplification offset module is used for obtaining the amplified migration processing of each pixel according to equation below Pixel value：Ai=(Bi+offset) × scale, wherein, Ai represents the pixel value after the amplified migration processings of pixel i, Bi tables Show the pixel value of pixel i in coloring effect figure, offset is default offset, and scale is default multiplication factor；It is described Operation is normalized to 0 in the pixel value for each pixel that normalized module is used to obtain the amplification offset module The coloring effect figure after amplified migration processing is obtained after~255 scope；The Overlapping display module is used in Overlapping display When be superimposed with the coloring effect figure after amplified migration processing.
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| CN107820113A (en) * | 2017-09-20 | 2018-03-20 | 广州视源电子科技股份有限公司 | Multimedia entry display methods, device, display terminal and storage medium |
| CN108305228B (en) * | 2018-01-26 | 2020-11-27 | 网易（杭州）网络有限公司 | Image processing method, image processing device, storage medium and processor |
| CN108295467B (en) * | 2018-02-06 | 2021-06-22 | 网易（杭州）网络有限公司 | Image presentation method and device, storage medium, processor and terminal |
| CN108563724A (en) * | 2018-03-30 | 2018-09-21 | 掌阅科技股份有限公司 | Acquisition methods, electronic equipment and the storage medium of user's head portrait frames |
| CN109859258B (en) * | 2019-02-02 | 2021-02-12 | 网易（杭州）网络有限公司 | Interface processing method and device and electronic equipment |
| CN113648653B (en) * | 2021-08-24 | 2024-05-28 | 网易（杭州）网络有限公司 | Game virtual object rendering method, device, equipment and storage medium |
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