CN105719237A - Image stitching method and system - Google Patents
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- CN105719237A CN105719237A CN201610029338.9A CN201610029338A CN105719237A CN 105719237 A CN105719237 A CN 105719237A CN 201610029338 A CN201610029338 A CN 201610029338A CN 105719237 A CN105719237 A CN 105719237A
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- G—PHYSICS
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- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T3/00—Geometric image transformations in the plane of the image
- G06T3/40—Scaling of whole images or parts thereof, e.g. expanding or contracting
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T3/00—Geometric image transformations in the plane of the image
- G06T3/40—Scaling of whole images or parts thereof, e.g. expanding or contracting
- G06T3/4038—Image mosaicing, e.g. composing plane images from plane sub-images
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
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- G—PHYSICS
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- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
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Abstract
The invention discloses an image stitching method. The method comprises steps of after obtaining an image, decomposing the image into multiple pixel units which correspond to multiple entity picture composition units; generating a virtual object which corresponds to an entity object; according to contents of the image, overlaying the pixel units on the virtual object so as to stitch into a virtual image corresponding to the image on the virtual object; and according to overlaying information of the pixel units on the virtual unit, stitching into an entity image corresponding to the image on the entity object via the entity image composition units. In this way, it is convenient and quite interesting for a user to composite an image on an entity object like an entity panel.
Description
Technical field
The present invention relates to a kind of pattern splicing method and system.
Background technology
In actual life, all can there be Art Design on the surface of major part product so that product can cling to trend on one's trail, meets feeling of freshness and personalization that consumer is pursued.
In prior art, the Art Design of product extexine is all sizing, so, change it is engraved in when by trend being, and the extexine Art Design of the product produced cannot change, after the extexine Art Design of product has been weary of by consumer, then needs to buy new product, cause bigger waste；The extexine of a lot of products all adopts air brushing mode to decorate, restriction by air brushing form, the decoration of product extexine easily comes off because of abrasion, or the reason dirty such as made by greasy dirt and be destroyed, and its air brushing decorative design effects is all often unmodifiable, the stereo decoration of Fixed Design has also limited to the pursuit that youngster is personalized, it is impossible to meets consumer and pursues feeling of freshness and personalized needs.Users ' individualized requirement can be met by dismountable composed pattern, but be often based upon the complexity of users ' individualized requirement pattern so that consumer is difficult to design personalized pattern satisfied in oneself mind, thus consumer demand cannot be met.
In summary, prior art there will naturally be inconvenience and defect in actual use, it is therefore necessary to improved.
Summary of the invention
For above-mentioned defect, it is an object of the invention to provide a kind of based on pattern splicing method and system thereof, it is possible to facilitate user to pass through entity patterning unit composition in the physical objects such as entity panel, and increase interest.
To achieve these goals, the present invention provides a kind of pattern splicing method, including:
After obtaining image, described picture breakdown being generated multiple pixel cells, multiple described pixel cells are corresponding with multiple entity patterning unit；
Generating dummy object, described dummy object is corresponding with physical objects；
Content according to described image, is added on described dummy object by each described pixel cell, to piece together the virtual image corresponding with described image on described dummy object；
Overlapped information according to pixel cell described on described dummy object, pieces together the solid images corresponding with described image by multiple described entity patterning unit in described physical objects.
According to pattern splicing method of the present invention, described physical objects is entity panel, and at least one side of described entity panel is provided with multiple entity attachment structure, and described entity patterning unit can realize detachable connection with described entity attachment structure；
Described generation dummy object, the described dummy object step corresponding with physical objects includes:
Generating the virtual panel corresponding with described entity panel, in described virtual panel, corresponding described entity attachment structure is provided with multiple virtual link structure；
The described content according to described image, is added on described dummy object by each described pixel cell, and the step to piece together the virtual image corresponding with described image on described dummy object includes:
Content according to described image, is added in multiple destination virtual attachment structures of described virtual panel by each described pixel cell, to piece together the virtual image corresponding with described image in described virtual panel；
The described overlapped information according to pixel cell described on described dummy object, the step piecing together the solid images corresponding with described image in described physical objects by multiple described entity patterning unit includes:
Overlapped information according to pixel cell described in described virtual panel, it is connected in the multiple described target entity attachment structure corresponding with multiple described destination virtual attachment structures by detachable for multiple described entity patterning unit, to piece together the solid images corresponding with described image on described entity panel.
According to pattern splicing method of the present invention, include after the step of the virtual panel that described generation is corresponding with described entity panel: multiple described entity panels are spliced into the combined entity panel identical with the shape and size of described virtual panel.
According to pattern splicing method of the present invention, content according to described image, being added in multiple destination virtual attachment structures of described virtual panel by each described pixel cell, the step to piece together the virtual image corresponding with described image in described virtual panel includes:
Content according to described image, positions the described destination virtual attachment structure that each described pixel cell is corresponding in described virtual panel；
Described pixel cell is added in each self-corresponding described destination virtual attachment structure, to piece together the virtual image corresponding with described image in described virtual panel.
According to pattern splicing method of the present invention, content according to described image, each described pixel cell is added in multiple destination virtual attachment structures of described virtual panel, with in described virtual panel, piece together the virtual image corresponding with described image step after include:
Each described pixel cell is shown on described entity panel, and highlights the described target entity attachment structure corresponding with described destination virtual attachment structure.
According to pattern splicing method of the present invention, each described entity patterning unit is provided with similar and different color and/or graphic element；
Described detachable for the multiple described entity patterning unit step being connected in the multiple described target entity attachment structure corresponding with multiple described destination virtual attachment structures is also included:
Color according to described pixel cell corresponding in described destination virtual attachment structure and/or graphic element, by detachable for the described entity patterning unit with corresponding color and/or the graphic element described target entity attachment structure being connected to correspondence.
According to pattern splicing method of the present invention, described entity attachment structure is the first projection, and multiple described first projections are uniformly or non-uniformly distributed and are located on described entity panel；Single described entity patterning unit includes sleeve and base, is provided with inner chamber body in described sleeve；Described sleeve set is in single described first projection, and the profile of the shape of the described inner chamber body of described sleeve and single described first projection is fitted mutually；Described base is extended to form to horizontal direction by the lower limb of sleeve, described base is shaped to when multiple described first projection that multiple described entity patterning unit are set on described entity panel is upper, often can mutual formation plane pattern stitched together between the described base of adjacent two described entity patterning unit.
According to pattern splicing method of the present invention, described entity attachment structure is the second projection, and multiple described second projections are uniformly or non-uniformly distributed and are located on described entity panel；Described second projection includes bottom projection and convex top, the cross section of described protruding bottom is less than described convex top, one end of described protruding bottom is connected with described entity panel, the other end is connected with described convex top, described entity patterning unit lower end offers interface slot, and described interface slot is buckled in described convex top；Described interface slot seam medial wall is extended one described in buckle the snapping edge of convex top；
The bottom of described entity patterning unit is provided with target attachment structure, and the top of described entity patterning unit is provided with the second attachment structure；Described target attachment structure is suitable with the described convex top shape of described second projection, and described second attachment structure is identical with the described convex top shape of described second projection；The described entity patterning unit of described entity panel is divided into identically shaped target entity patterning unit and second instance patterning unit；Described target entity patterning unit is sleeved in the described convex top of described second projection by the described target attachment structure of oneself；Described second instance patterning unit is sleeved in described second attachment structure of all or part of described target entity patterning unit by the described target attachment structure superposing type of oneself, forms space pattern with split on described entity panel；Or, it is sleeved on the described second instance patterning unit of described target entity patterning unit and continues to be set with at least one other second instance patterning unit.
According to pattern splicing method of the present invention, described entity attachment structure is groove, and multiple described grooves are uniformly or non-uniformly distributed and are located on described entity panel；The profile of described entity patterning unit and described groove are to adaptation, and described entity patterning unit is connected in described groove.
According to pattern splicing method of the present invention, described entity patterning unit is paster, the described overlapped information according to pixel cell described on described dummy object, the step piecing together the solid images corresponding with described image in physical objects by multiple described entity patterning unit includes:
Overlapped information according to pixel cell described on described dummy object, by multiple described paster applyings in described physical objects to piece together the solid images corresponding with described image.
According to pattern splicing method of the present invention, each described paster is provided with similar and different color and/or graphic element；
The described step piecing together the solid images corresponding with described image in physical objects by multiple described entity patterning unit includes:
Color according to described pixel cell corresponding on described dummy object and/or graphic element, by having the described paster applying of corresponding color and/or graphic element to corresponding described physical objects, to piece together the solid images corresponding with described image.
The present invention also provides for a kind of puzzle system, and described system includes:
Pixel decomposing module, after being used for obtaining image, generates multiple pixel cells by described picture breakdown, and multiple described pixel cells are corresponding with multiple entity patterning unit；
Panel generation module, is used for generating dummy object, and described dummy object is corresponding with physical objects；
Pixel laminating module, for the content according to described image, is added on described dummy object by each described pixel cell, to piece together the virtual image corresponding with described image on described dummy object；Overlapped information according to pixel cell described on described dummy object, pieces together the solid images corresponding with described image by multiple described entity patterning unit in physical objects.
The present invention is by obtaining picture, picture is resolved into graphical pixel, and be shown in the puzzle system that terminal is installed one by one and generate on dummy object, entity patterning unit, according to the overlapped information of pixel element on dummy object, is connected in the physical objects of correspondence by user.Whereby, the present invention can facilitate user's composition in the physical objects such as entity panel, and increases interest.
Accompanying drawing explanation
Fig. 1 is the flow chart of pattern splicing method of the present invention；
Fig. 2 is the flow chart of the pattern splicing method of first embodiment of the invention；
Fig. 3 is the flow chart of the pattern splicing method of second embodiment of the invention；
Fig. 4 is the entity panel splicing schematic diagram of the 3rd embodiment of pattern splicing method of the present invention；
Fig. 5 is the entity patterning unit schematic diagram of the 3rd embodiment of pattern splicing method of the present invention；
Fig. 6 is the schematic diagram of the entity panel stitching image of the 3rd embodiment of pattern splicing method of the present invention；
Fig. 7 is the entity panel schematic diagram of the 4th embodiment of pattern splicing method of the present invention；
Fig. 8 is the entity attachment structure schematic diagram of the 4th embodiment of pattern splicing method of the present invention；
Fig. 9 is the entity patterning unit schematic diagram of the 4th embodiment of pattern splicing method of the present invention；
Figure 10 is the entity patterning unit superposition schematic diagram of the 4th embodiment of pattern splicing method of the present invention；
Figure 11 is the entity patterning unit superposition outside drawing of the 4th embodiment of pattern splicing method of the present invention；
Figure 12 is the entity panel splicing schematic diagram of the 4th embodiment of pattern splicing method of the present invention；
Figure 13 is the schematic diagram of the 5th embodiment of pattern splicing method of the present invention；
Figure 14 is the schematic diagram that the entity patterning unit of the 5th embodiment of pattern splicing method of the present invention is connected to entity attachment structure；
Figure 15 is the structural representation of puzzle system of the present invention.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the present invention, is not intended to limit the present invention.
Fig. 1 illustrates the flow chart of pattern splicing method of the present invention, including:
Step S101, after obtaining image, generates multiple pixel cell by picture breakdown, and multiple pixel cells are corresponding with multiple entity patterning unit 1.It practice, any image is all be made up of multiple pixels, the present invention utilizes this characteristic, is the multiple pixel cells being similar to pixel by picture breakdown, but this pixel cell is bigger than the pixel of prior art, in order to the patterning operation that user is follow-up.
Step S102, generates dummy object, and dummy object is corresponding with physical objects.Described physical objects is preferably entity panel 3, and certain described physical objects can also be the arbitrarily physical objects such as wall, household, door and window.
Step S103, the content according to image, each pixel cell is added on dummy object, to piece together the virtual image corresponding with image on dummy object.
Step S104, according to the overlapped information of pixel cell on dummy object, pieces together the solid images corresponding with image by multiple entity patterning unit 1 in physical objects.
The present invention is by obtaining picture, picture is resolved into graphical pixel, and be shown in the puzzle system that terminal is installed one by one and generate on dummy object, entity patterning unit 1, according to the overlapped information of pixel element on dummy object, is connected in the physical objects of correspondence by user.Whereby, the present invention can facilitate user's composition in the physical objects such as entity panel, and increases interest.
Fig. 2 illustrates the flow chart of the pattern splicing method of first embodiment of the invention, and in this enforcement, physical objects is entity panel, and at least one side of entity panel is provided with multiple entity attachment structure, and entity patterning unit 1 can realize detachable connection with entity attachment structure；Described method includes:
Step S201, after obtaining image, generates multiple pixel cells by described picture breakdown.
Step S202, generates the virtual panel corresponding with entity panel, and in virtual panel, correspondent entity attachment structure is provided with multiple virtual link structure.Preferably, described virtual panel and entity panel 3 have same size, or described virtual panel is identical with entity panel 3 shape, and size is different, and both are of a size of predetermined ratio design.Entity attachment structure on entity panel 3 is all identical with the number of virtual link structure in virtual panel, shape and distribution.Here the entity attachment structure on entity panel 3 is similar to pixel with the virtual link structure in virtual panel, the shape of described pixel cell and described virtual link structure and size match, in order to pixel cell can be covered in virtual link structure and be patterned.
Step S203, the content according to image, in multiple destination virtual attachment structures of the virtual panel that is added to by each pixel cell, to piece together the virtual image corresponding with image in virtual panel.Preferably, the content according to described image, position the described destination virtual attachment structure that each described pixel cell is corresponding in described virtual panel；Described pixel cell is added in each self-corresponding described destination virtual attachment structure, to piece together the virtual image corresponding with described image in described virtual panel.
Step S204, according to the overlapped information of pixel cell in virtual panel, it is connected in multiple target entity attachment structures corresponding with multiple destination virtual attachment structures by detachable for multiple entity patterning unit 1, to piece together the solid images corresponding with image on entity panel.Here, user is according to the distribution situation of pixel cell in virtual panel, it is possible to being connected to by entity patterning unit 1 easily in entity attachment structure corresponding on entity panel, form the solid images corresponding with image, user implements very convenient.
Preferably, described step S201 to step S203 realizes on the communication terminals such as mobile phone, namely on described communication terminal, obtain image by APP (application program) on communication terminals and resolve into multiple pixel, the virtual panel corresponding with entity panel 3 and the virtual link structure corresponding with entity attachment structure is generated by APP, again described pixel is added in virtual link structure, and show on described communication terminal, such that it is able to draw the design sketch of target image intuitively on communication terminals and splice entity patterning unit 1 on entity panel 3 by compareing this design sketch, thus realizing entity design sketch on entity panel 3；Its process is convenient directly perceived, strengthens Consumer's Experience.
Step and the step S101 or step S201 of described acquisition image include:
Described image is obtained, for instance the photographic head directly utilizing communication terminal obtains portrait, plant, animal, scenery etc. by shooting；Or
By local prestored digital image obtains described image, for instance select certain image from the machine photograph album of communication terminal；Or
By image described in Network Capture, for instance download certain image from webpage.
Particularly, shot by the APP (application software) of communication terminal and obtain described image or adopt the image on communication terminal or by Network Capture image, and described picture breakdown is become multiple pixel, the pixel of specified quantity can be decomposed into according to user's request.
Include after being step S202 after the step of the virtual panel that described generation is corresponding with described entity panel: multiple described entity panels 3 are spliced into the combined entity panel identical with the shape and size of virtual panel.The assembled panel suitable in stitching image can be combined into by multiple assembled panels according to the size specification of the image of virtual panel.Here, communication terminal can first content according to image, generate the virtual panel matched with it, in order to be more completely shown in virtual panel by the pixel cell of image.Then, several entity panels of split become combined entity panel, and this combined entity panel is corresponding with virtual panel, thus can connect the entity attachment structure of correspondence on combined entity panel to generate the solid images corresponding with image.
Content according to described image, is added in multiple destination virtual attachment structures of virtual panel by each described pixel cell, with in described virtual panel, piece together the virtual image corresponding with described image step after namely also include after step S203:
Each described pixel cell is shown on described entity panel 3, and highlights the described target entity attachment structure corresponding with described destination virtual attachment structure.
Preferably, by communication terminal the pixel of virtual image is mapped to one by one the entity attachment structure on entity panel 3, pixel is corresponded in entity attachment structure just as projector, make user be connected to by entity patterning unit 1 in the described entity attachment structure being mapped with pixel image more intuitively, facilitate user's composition.
It is preferably to, described entity panel 3 is connected with serial communication, and each entity attachment structure of described entity panel 3 is provided with display module, described communication terminal by the pixel number in virtual panel according to sending to the display module on described entity panel 3, by described display module, pixel is shown in entity attachment structure one by one, making described entity panel 3 highlight target attachment structure, whereby, the splicing entity patterning unit 1 that user can be convenient is in entity attachment structure.
Preferably, each entity patterning unit 1 is provided with similar and different color and/or graphic element.Described detachable for the multiple described entity patterning unit step being connected in the described target entity attachment structure that multiple and described destination virtual attachment structure is corresponding and step S204 are also included:
Color according to pixel cell corresponding in described destination virtual attachment structure and/or graphic element, by detachable for the entity patterning unit with corresponding color and/or the graphic element target entity attachment structure being connected to correspondence.Namely according to the color of the pixel on the virtual architecture of display on communication terminal or figure, entity patterning unit 1 correspondence of corresponding same color or figure is connected in the entity attachment structure of entity panel 3.Such as certain landscape image includes blue sky, then the entity patterning unit 1 corresponding with this blue sky content should select blueness.Again such as, entity patterning unit 1 is provided with several graphic elements, several graphic elements may be constructed the pattern that a width is complete, if certain image is corresponding with pattern, so entity patterning unit 1 can be connected in the entity attachment structure of entity panel 3 according to certain putting in order, so that the graphical pixel of entity patterning unit 1 is combined into the pattern corresponding with described image, increase the interest of picture mosaic.
Fig. 3 illustrates the flow chart of the pattern splicing method of second embodiment of the invention, and in the present embodiment, entity patterning unit 1 is paster, described can paster refer to have at least one side there is the adhesive layer can being adhered in physical objects.
Step S301, after obtaining image, generates multiple pixel cell by picture breakdown, and multiple pixel cells are corresponding with multiple sticker photos.Preferably, each paster is provided with similar and different color and/or graphic element.
Step S302, generates dummy object, and dummy object is corresponding with physical objects.
Step S303, the content according to image, each pixel cell is added on dummy object, to piece together the virtual image corresponding with image on dummy object.
Step S304, according to the overlapped information of pixel cell on dummy object, by multiple paster applyings in physical objects to piece together the solid images corresponding with image.Preferably, according to the color of pixel cell corresponding on dummy object and/or graphic element, by there is the paster applying of corresponding color and/or graphic element to corresponding physical objects, to piece together the solid images corresponding with image.
Such as, after APP (application program) on user communication terminal obtains someone's object image, character image is resolved into each pixel cell by APP, and on APP that each pixel cell is added on the virtual flat board of display, to piece together the virtual portrait image corresponding with image on virtual flat board.User according to the overlapped information of pixel cell on virtual flat board, by multiple paster applyings on wall to piece together the entity character image corresponding with character image.Here, color according to pixel cell corresponding on virtual flat board and/or graphic element, by having the paster applying of corresponding color and/or graphic element to corresponding metope, to piece together the entity character image corresponding with character image, not only picture mosaic is convenient, and has very much interest.
Fig. 4～6 illustrate that the 3rd embodiment of entity panel 3, described entity attachment structure are the first projection 2, and multiple described first projections 2 are uniformly or non-uniformly distributed and are located on described entity panel 3；Single described entity patterning unit 1 includes sleeve 11 and base 12, is provided with inner chamber body in described sleeve 11；Described sleeve 11 is sleeved in single described first projection 2, and the profile of the shape of the described inner chamber body of described sleeve 11 and single described first projection 2 is fitted mutually；Described base 12 is extended to form to horizontal direction by the lower limb of sleeve 11, described base 12 is shaped to when multiple described entity patterning unit 1 are set in multiple described first projection 2 on described entity panel 3, often can mutual formation plane pattern stitched together between the described base 12 of adjacent two described entity patterning unit 1.Certainly, the inner chamber body of described sleeve 11 is also provided with clamping position, makes described entity patterning unit 1 can more firmly be socketed in the first projection 2；Described to removably connect can be clamping, be spirally connected, snapping etc.；Then, user according to power flow changing, can change the entity patterning unit 1 on dismounting splicing entity panel 3, meet the demand of user and the pursuit to trend voluntarily.
Fig. 7～12 illustrate that the 4th embodiment of entity panel 3, described entity attachment structure are the second projection 20, and multiple described second projections 20 are uniformly or non-uniformly distributed and are located on described entity panel 3；Described second projection 20 includes bottom projection 202 and convex top 201, the cross section of described protruding bottom 202 is less than described convex top 201, one end of described protruding bottom 202 is connected with described entity panel 3, the other end is connected with described convex top 201, described entity patterning unit 1 lower end offers interface slot 104, and described interface slot 104 is buckled in described convex top 201；Described interface slot 104 seam medial wall is extended one for the snapping edge 103 of buckle convex top 201；Preferably, described entity patterning unit 1 is made for flexible material, such as flexible rubber, flexible silica gel etc., thus the snapping edge 103 of entity patterning unit 1 has variable elastic, described entity patterning unit 1 can be disassembled described second projection 20, and the feel of entity patterning unit 1 is more preferably.
The bottom of described entity patterning unit 1 is provided with target attachment structure 101, and the top of described entity patterning unit is provided with the second attachment structure 102；Described target attachment structure 101 is suitable with convex top 201 shape of described second projection 20, and described second attachment structure 102 is identical with convex top 201 shape of described second projection 20；The entity patterning unit 1 of described entity panel 3 is divided into identically shaped target entity patterning unit 100 and second instance patterning unit 200；Described target entity patterning unit 100 is sleeved in the convex top 201 of described second projection 20 by the target attachment structure 101 of oneself；Described second instance patterning unit 200 is sleeved in the second attachment structure 102 of all or part of target entity patterning unit 100 by target attachment structure 101 superposing type of oneself, described target entity patterning unit 100 and second instance patterning unit 200 are overlapped mutually and form three-dimensional entity patterning unit 300, form space pattern with split on described entity panel 3；It is thus possible to make pattern more highlight third dimension so that composition more horn of plenty is lively；Preferably, it is sleeved on the described second instance patterning unit 200 of described target entity patterning unit 100 and continues to be set with at least one other second instance patterning unit；Namely entity patterning unit 300 can be made up of the entity patterning unit of more than three so that it is pattern is third dimension more, and composition more horn of plenty is lively.
Figure 13～14 illustrate the 5th embodiment of entity panel 3, and described attachment structure is groove 22, and multiple described grooves 22 are uniformly or non-uniformly distributed and are located on entity panel 3；The profile of described entity patterning unit 1 is suitable with groove 22, and described entity patterning unit 1 is connected in groove 22；Certainly, the profile of described entity patterning unit 1 is also suitable with groove 22, and described entity patterning unit 1 is connected in groove 22.Particularly, described entity patterning unit 1 includes body 111 and embeds position 112, described groove 22 also includes the clamping position 221 suitable with embedding position 112, described entity patterning unit 10 is connected to described clamping position 221 place by embedding position 112, and then firmly on described entity panel 3, difficult drop-off；Facilitate user's designed, designed space pattern, more promote the experience of user；And described entity patterning unit 1 can have different colours so that user can freely design the space pattern of different color, meet its individual character and pursue.
Preferably, described entity panel 3 is that the flexible materials such as flexible rubber, flexible silica gel or flexible plastic cement are made, and the bottom surface of entity panel 3 is set to adsorption layer or adhesive linkage, described adsorption layer or adhesive linkage absorption can be passed through or be bonded on appointment article, to specify increase aesthetic feeling on article.
As shown in figure 15, the present invention also proposes a kind of puzzle system 300, and described system includes:
Pixel decomposing module 301, after being used for obtaining image, generates multiple pixel cells by described picture breakdown；
Panel generation module 302, for generating the virtual panel corresponding with described entity panel, in described virtual panel, corresponding described entity attachment structure is provided with multiple virtual link structure；
Pixel laminating module 303, for the content according to described image, each described pixel cell is added in multiple destination virtual attachment structures of described virtual panel, to piece together the virtual image corresponding with described image in described virtual panel, to be connected in the multiple described target entity attachment structure corresponding with multiple described destination virtual attachment structures by detachable for multiple described entity patterning unit 1, to piece together the solid images corresponding with described image on described entity panel 3.
Pixel decomposing module 301, after being used for obtaining image, generates multiple pixel cells by described picture breakdown, and multiple described pixel cells are corresponding with multiple entity patterning unit 1；
Panel generation module 302, is used for generating dummy object, and described dummy object is corresponding with physical objects；
Pixel laminating module 303, for the content according to described image, is added on described dummy object by each described pixel cell, to piece together the virtual image corresponding with described image on described dummy object；Overlapped information according to pixel cell described on described dummy object, pieces together the solid images corresponding with described image by multiple described entity patterning unit 1 in physical objects.
In sum, picture, by obtaining picture, is resolved into graphical pixel, and is shown in the puzzle system that terminal is installed one by one and generates on dummy object by the present invention, entity patterning unit, according to the overlapped information of pixel element on dummy object, is connected in the physical objects of correspondence by user.Whereby, the present invention can facilitate user's composition in the physical objects such as entity panel, and increases interest.
Certainly; the present invention also can have other various embodiments; when without departing substantially from present invention spirit and essence thereof; those of ordinary skill in the art are when can make various corresponding change and deformation according to the present invention, but these change accordingly and deformation all should belong to the scope of the claims appended by the present invention.
Claims (12)
1. a pattern splicing method, it is characterised in that including:
After obtaining image, described picture breakdown being generated multiple pixel cells, multiple described pixel cells are corresponding with multiple entity patterning unit；
Generating dummy object, described dummy object is corresponding with physical objects；
Content according to described image, is added on described dummy object by each described pixel cell, to piece together the virtual image corresponding with described image on described dummy object；
Overlapped information according to pixel cell described on described dummy object, pieces together the solid images corresponding with described image by multiple described entity patterning unit in described physical objects.
2. pattern splicing method according to claim 1, it is characterised in that described physical objects is entity panel, at least one side of described entity panel is provided with multiple entity attachment structure, and described entity patterning unit can realize detachable connection with described entity attachment structure；
Described generation dummy object, the described dummy object step corresponding with physical objects includes:
Generating the virtual panel corresponding with described entity panel, in described virtual panel, corresponding described entity attachment structure is provided with multiple virtual link structure；
The described content according to described image, is added on described dummy object by each described pixel cell, and the step to piece together the virtual image corresponding with described image on described dummy object includes:
Content according to described image, is added in multiple destination virtual attachment structures of described virtual panel by each described pixel cell, to piece together the virtual image corresponding with described image in described virtual panel；
The described overlapped information according to pixel cell described on described dummy object, the step piecing together the solid images corresponding with described image in described physical objects by multiple described entity patterning unit includes:
Overlapped information according to pixel cell described in described virtual panel, it is connected in the multiple described target entity attachment structure corresponding with multiple described destination virtual attachment structures by detachable for multiple described entity patterning unit, to piece together the solid images corresponding with described image on described entity panel.
3. pattern splicing method according to claim 2, it is characterized in that, include after the step of the virtual panel that described generation is corresponding with described entity panel: multiple described entity panels are spliced into the combined entity panel identical with the shape and size of described virtual panel.
4. pattern splicing method according to claim 2, it is characterized in that, content according to described image, being added in multiple destination virtual attachment structures of described virtual panel by each described pixel cell, the step to piece together the virtual image corresponding with described image in described virtual panel includes:
Content according to described image, positions the described destination virtual attachment structure that each described pixel cell is corresponding in described virtual panel；
Described pixel cell is added in each self-corresponding described destination virtual attachment structure, to piece together the virtual image corresponding with described image in described virtual panel.
5. pattern splicing method according to claim 2, it is characterized in that, content according to described image, each described pixel cell is added in multiple destination virtual attachment structures of described virtual panel, with in described virtual panel, piece together the virtual image corresponding with described image step after include:
Each described pixel cell is shown on described entity panel, and highlights the described target entity attachment structure corresponding with described destination virtual attachment structure.
6. pattern splicing method according to claim 2, it is characterised in that each described entity patterning unit is provided with similar and different color and/or graphic element；
Described detachable for the multiple described entity patterning unit step being connected in the multiple described target entity attachment structure corresponding with multiple described destination virtual attachment structures is also included:
Color according to described pixel cell corresponding in described destination virtual attachment structure and/or graphic element, by detachable for the described entity patterning unit with corresponding color and/or the graphic element described target entity attachment structure being connected to correspondence.
7. pattern splicing method according to claim 2, it is characterised in that described entity attachment structure is the first projection, and multiple described first projections are uniformly or non-uniformly distributed and are located on described entity panel；Single described entity patterning unit includes sleeve and base, is provided with inner chamber body in described sleeve；Described sleeve set is in single described first projection, and the profile of the shape of the described inner chamber body of described sleeve and single described first projection is fitted mutually；Described base is extended to form to horizontal direction by the lower limb of sleeve, described base is shaped to when multiple described first projection that multiple described entity patterning unit are set on described entity panel is upper, often can mutual formation plane pattern stitched together between the described base of adjacent two described entity patterning unit.
8. pattern splicing method according to claim 2, it is characterised in that described entity attachment structure is the second projection, and multiple described second projections are uniformly or non-uniformly distributed and are located on described entity panel；Described second projection includes bottom projection and convex top, the cross section of described protruding bottom is less than described convex top, one end of described protruding bottom is connected with described entity panel, the other end is connected with described convex top, described entity patterning unit lower end offers interface slot, and described interface slot is buckled in described convex top；Described interface slot seam medial wall is extended one described in buckle the snapping edge of convex top；
The bottom of described entity patterning unit is provided with target attachment structure, and the top of described entity patterning unit is provided with the second attachment structure；Described target attachment structure is suitable with the described convex top shape of described second projection, and described second attachment structure is identical with the described convex top shape of described second projection；The described entity patterning unit of described entity panel is divided into identically shaped target entity patterning unit and second instance patterning unit；Described target entity patterning unit is sleeved in the described convex top of described second projection by the described target attachment structure of oneself；Described second instance patterning unit is sleeved in described second attachment structure of all or part of described target entity patterning unit by the described target attachment structure superposing type of oneself, forms space pattern with split on described entity panel；Or, it is sleeved on the described second instance patterning unit of described target entity patterning unit and continues to be set with at least one other second instance patterning unit.
9. pattern splicing method according to claim 2, it is characterised in that described entity attachment structure is groove, multiple described grooves are uniformly or non-uniformly distributed and are located on described entity panel；The profile of described entity patterning unit and described groove are to adaptation, and described entity patterning unit is connected in described groove.
10. pattern splicing method according to claim 1, it is characterized in that, described entity patterning unit is paster, the described overlapped information according to pixel cell described on described dummy object, the step piecing together the solid images corresponding with described image in physical objects by multiple described entity patterning unit includes:
Overlapped information according to pixel cell described on described dummy object, by multiple described paster applyings in described physical objects to piece together the solid images corresponding with described image.
11. pattern splicing method according to claim 10, it is characterised in that each described paster is provided with similar and different color and/or graphic element；
The described step piecing together the solid images corresponding with described image in physical objects by multiple described entity patterning unit includes:
Color according to described pixel cell corresponding on described dummy object and/or graphic element, by having the described paster applying of corresponding color and/or graphic element to corresponding described physical objects, to piece together the solid images corresponding with described image.
12. one kind realizes the puzzle system of method as described in any one of claim 1～11, it is characterised in that described system includes:
Pixel decomposing module, after being used for obtaining image, generates multiple pixel cells by described picture breakdown, and multiple described pixel cells are corresponding with multiple entity patterning unit；
Panel generation module, is used for generating dummy object, and described dummy object is corresponding with physical objects；
Pixel laminating module, for the content according to described image, is added on described dummy object by each described pixel cell, to piece together the virtual image corresponding with described image on described dummy object；Overlapped information according to pixel cell described on described dummy object, pieces together the solid images corresponding with described image by multiple described entity patterning unit in physical objects.
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| CN108638495A (en) * | 2018-05-11 | 2018-10-12 | 胡锡文 | The method, apparatus and decorated body of predetermined pattern are generated in decorated body |
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| CN110390537A (en) * | 2019-07-29 | 2019-10-29 | 深圳市鸣智电子科技有限公司 | A kind of commodity counterfeit prevention implementation method that actual situation combines |
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