CN104036543A - Rotary virtual clothes hanger - Google Patents
Rotary virtual clothes hanger Download PDFInfo
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- CN104036543A CN104036543A CN201410230809.3A CN201410230809A CN104036543A CN 104036543 A CN104036543 A CN 104036543A CN 201410230809 A CN201410230809 A CN 201410230809A CN 104036543 A CN104036543 A CN 104036543A
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Abstract
The invention discloses a rotary virtual clothes hanger. A method used for the rotary virtual clothes hanger comprises the following steps: creating a first array, wherein the first array is used for storing the identifiers and the positions of all clothes on the virtual clothes hanger, is provided with a first boundary and a second boundary and comprises a select box with a specific length; rotating the virtual clothes hanger comprising a circular region, enabling the select box to move to the first position of the first array, and displaying the specific number of clothes of which the coordinates are located in the select box onto the virtual clothes hanger; creating a second array used for storing the identifiers of the specific number of clothes to be displayed, and the relative positions of the clothes in the select box; determining the positions of the specific number of clothes in the circular region on the virtual clothes hanger; according to the width of the specific number of clothes on the specific positions in the circular region, determining the planar height of the specific number of clothes, and determining a corresponding aspect ratio on the basis of the weight and the height; and on the basis of the determined positions and aspect ratio, displaying the specific number of clothes.
Description
Technical field
The present invention relates to the virtual clothing display field in moving internet, the clothes classification in being specially adapted between virtual fitting shows, relates to a kind of nonoverlapping virtual clothes hanger that can continuous rotation.
Background technology
Along with the develop rapidly of shopping at network, the demand that consumer experiences shopping further improves in recent years.Prior art adopts plane tabulation form to show clothes.Yet, because tabular form shows that dress planar, vivid degree are low, low to the space utilization degree of screen, thereby make to realize and consumer interactive and lack authenticity.
For example, tradition, in the display technique of clothes, mainly contains two kinds of exhibition methods:
(1) be a form for plane, the shortcoming of this form is that clothes, all the time in two-dimensional space, can not merge mutually with three-dimensional scenic, cannot in three-dimensional scenic, be applied.
(2) use common hanger to show clothes." common " clothes hanger here refers to the rotating clothes rack in complete simulating reality, is suspended on clothes hanger clothes is equally spaced.The shortcoming of this form is can not there be too much clothes on clothes hanger, otherwise pledges clothes when and then clothes hanger rotates together, can overlap each other, and causes bad user to experience.In addition, because three-dimensional scenic is generally all used perspective projection technology, so this kind of clothes hanger can make clothes distortion on display screen.
Therefore, need a kind of user can move and put the nonoverlapping rotatable virtual clothes hanger clothes of getting, thus farthest reality shopping scene.
Summary of the invention
According to one embodiment of present invention, a kind of method for rotary virtual clothes hanger is provided, described method comprises: create the first array, described the first array is used for preserving the identifier of all clothes of described virtual clothes hanger and position and has the first border and the second boundary, and described the first array comprises the choice box with length-specific; Rotation comprises the described virtual clothes hanger of border circular areas, makes described choice box move to the primary importance of described the first array, and the clothes that coordinate drops on the given number in described choice box will be displayed on described virtual clothes hanger; Create the second array, described the second array is used for preserving identifier and the relative position in described choice box thereof of the clothes of the described given number will showing; Position on the described border circular areas of the clothes of determining described given number on described virtual clothes hanger; The width of the ad-hoc location according to the clothes of described given number on described border circular areas is determined the level of the clothes of described given number, and determines corresponding the ratio of width to height based on described width and described height; And the clothes that shows described given number based on determined position and the ratio of width to height.
Preferably, the length of described choice box is 10 π/7.
Preferably, the position on the described border circular areas of the clothes of determining described given number on described virtual clothes hanger further comprises: according to formula below, travel through all objects in described array, to determine the position of every clothes on described border circular areas:
Wherein, θ
1the position of described clothes in described choice box, θ
2the position of described clothes on described border circular areas.
Preferably, if described choice box moves to described the first border or described the second boundary, described choice box is divided into two parts, and described two parts lay respectively at described the first border and described the second boundary, and described virtual clothes hanger can infinite loop be rotated.
Preferably, described width is no more than predetermined threshold value, and described clothes is not overlapped in rotary course.
Preferably, described ad-hoc location is 5 π/4 and 7 π/4.
Preferably, on the top of described virtual clothes hanger, be provided with the display board of clothes title and sequence number, with the described clothes of box lunch, show that described clothes title and sequence number are for further operation when the dead ahead.
According to another embodiment of the invention, a kind of device for rotary virtual clothes hanger is provided, described device comprises: the first array creation module, described the first array creation module is used for creating the first array, described the first array is used for preserving the identifier of all clothes of described virtual clothes hanger and position and has the first border and the second boundary, and described the first array comprises the choice box with length-specific; Choice box mobile module, described choice box mobile module is by comprising the rotation of the described virtual clothes hanger of border circular areas, make described choice box move to the primary importance of described the first array, the clothes that coordinate drops on the given number in described choice box will be displayed on described virtual clothes hanger; The second array creation module, described the second array creation module is used for creating the second array, and described the second array is used for preserving identifier and the relative position in described choice box thereof of the clothes of the described given number will showing; Position determination module, the position on the described border circular areas of the clothes that described position determination module is determined described given number on described virtual clothes hanger; The ratio of width to height determination module, the width of described the ratio of width to height determination module ad-hoc location on described border circular areas according to the clothes of described given number is determined the level of the clothes of described given number, and determines corresponding the ratio of width to height based on described width and described height; And display module, described display module shows the clothes of described given number based on determined position and the ratio of width to height.
Preferably, the length of described choice box is 10 π/7.
Preferably, described position determination module is further used for:
According to formula below, travel through all objects in described array, to determine the position of every clothes on described border circular areas:
Wherein, θ
1the position of described clothes in described choice box, θ
2the position of described clothes on described border circular areas.
Preferably, if described choice box moves to described the first border or described the second boundary, described choice box is divided into two parts, and described two parts lay respectively at described the first border and described the second boundary, and described virtual clothes hanger can infinite loop be rotated.
Preferably, described width is no more than predetermined threshold value, and described clothes is not overlapped in rotary course.
Preferably, described ad-hoc location is 5 π/4 and 7 π/4.
Preferably, described device further comprises the display board on the top that is arranged on described virtual clothes hanger, and described display board comprises clothes title and sequence number, with the described clothes of box lunch, shows that described clothes title and sequence number are for further operation when the dead ahead.
The present invention proposes a kind of brand-new virtual clothes hanger, in three-dimensional scenic, clothes shown, have the following advantages:
● clothes hanger can carry the clothes of many arbitrarily, but only shows the clothes of limited quantity simultaneously, can not cause crowded sensation to user
● clothes hanger can continuous rotation, the current clothes not showing can be shown gradually, and the clothes of current demonstration is hidden gradually in rotary course, gives the level and smooth visual experience of user
● when clothes rotates with clothes hanger, can not overlap
● on clothes hanger top, there is title and sequence number display board, can show title and the sequence number of current clothes foremost.
According to the detailed description below of the disclosure and accompanying drawing, other object, feature and advantage will be apparent to those skilled in the art.
Accompanying drawing explanation
Accompanying drawing illustrates embodiments of the invention, and is used from and explains principle of the present invention with instructions one.In the accompanying drawings:
Fig. 1 illustrates the vertical view of rotary virtual clothes hanger according to an embodiment of the invention.
Fig. 2 illustrates according to the schematic diagram of the clothes permutation algorithm model for rotary virtual clothes hanger of the present invention.
Fig. 3 illustrates according to an embodiment of the invention the schematic diagram for the choice box of the clothes permutation algorithm model of rotary virtual clothes hanger.
Fig. 4 illustrates according to an embodiment of the invention the schematic diagram for the clothes Plane Rotation angle of rotary virtual clothes hanger.
Fig. 5 illustrates according to an embodiment of the invention device 500 arrangement plans for rotary virtual clothes hanger.
Fig. 6 illustrates according to an embodiment of the invention the process flow diagram for the method 600 of rotary virtual clothes hanger.
Embodiment
According to embodiments of the invention, a kind of method and apparatus for rotary virtual clothes hanger is disclosed.In the following description, for illustrative purposes, a plurality of details have been set forth so that the complete understanding to embodiments of the invention to be provided.Yet, for those skilled in the art, it is evident that, embodiments of the invention can not realized in the situation that there is no these details.
Fig. 1 illustrates the vertical view of rotary virtual clothes hanger according to an embodiment of the invention.As shown in Figure 1, the basis of clothes hanger model is circular rotary area, and the middle of every clothes can hang on this border circular areas, wherein the clothes plane in 0 to π region is on this radius of a circle straight line, π, to the clothes in 2 π regions, faces user, all the time without any angular deflection.Wherein 0 shows at most 7 clothes to π region, and π shows at most 3 clothes to the region of 2 π.Spare clothes, are all sightless, but this is technical invisible, and concerning user, spare clothes are all at pi/2 place, because clothes is herein that side faces toward user, therefore naturally invisible.In user's rotary course, if while having clothes A to cross pi/2 because of rotation, just A is hidden, clothes B is shown, give feeling all right of user similarly be A by B " top " out.As is known to persons skilled in the art, the number that used is in this application only exemplary, also can use other numbers.
Fig. 2 illustrates according to the schematic diagram of the clothes permutation algorithm model for rotary virtual clothes hanger of the present invention.First by the first array, clothes objects all on clothes hanger is stored, and it is equidistantly arranged in one dimension coordinate axis, the position of the clothes that index is n in coordinate axis is n π/7.As shown in Figure 2, this first array has the first border and the second boundary.Have a length is the choice box of 10 π/7 simultaneously, and coordinate position drops on the clothes in choice box, will be displayed on clothes hanger.User is when with mouse rotating clothes rack, and clothes hanger is caught mouse event, according to the displacement of mouse, comes the position of mobile choice box in coordinate axis, to determine clothes and the position thereof that will show.It will be understood by those skilled in the art that the choice box that also can use other length.
The algorithm that clothes is arranged is specific as follows:
1) user's rotating clothes rack, makes choice box move to A place, position, and the position that now choice box is selected in coordinate axis is [A, A+10 π/7];
2) create interim array, this interim array is used for preserving the clothes identifier that will show and relative position in choice box.Traversal clothes object array, to every dress object, if its coordinate, in choice box, calculates the position of its relative choice box, and adds in array;
3) determine the position of clothes on clothes hanger border circular areas.Particularly, establishing the position of clothes in choice box is θ
1, the position on clothes hanger border circular areas is θ
2,, according to all clothes objects in formula traversal array below, determine the position of every clothes on border circular areas:
Can prove, above formula can be mapped to the position in choice box on border circular areas, and guarantee on (π, 2 π), to have at most on border circular areas three clothes and this three clothes all evenly distributed, (0, π) in region, there are at most 7 clothes and evenly distributed.
Fig. 3 illustrates according to an embodiment of the invention the schematic diagram for the choice box of the clothes permutation algorithm model of rotary virtual clothes hanger.If choice box is moved to border, choice box will be divided into two parts, and described two parts lay respectively at the end on described border.As shown in Figure 3, now the choice box region in the algorithm first step is [0,3 π/7] and [3 π/7,10 π/7], and other steps of algorithm remain unchanged.Visible, the mode of this division choice box, can guarantee the infinite loop rotation of clothes hanger.
Fig. 4 illustrates according to an embodiment of the invention the schematic diagram for the clothes Plane Rotation angle of rotary virtual clothes hanger.After the algorithm of arranging according to clothes has been determined the position of every clothes plane that will show, need to the deflection angle of clothes plane be set according to following principle, in order to avoid clothes overlaps in rotary course.
Particularly, if the position of clothes on border circular areas be (0, π), its deflection angle is exactly its position, can make like this this clothes plane just on a radius of circle straight line, can guarantee to own that (0, the clothes in π) can be not overlapping; If clothes, in (π, 2 π), allows it face all the time user.Can prove, if two clothes do not overlap in the position shown in Fig. 4, overlap never.Can calculate now two clothes at the width of this position, guarantee that its width is no more than predetermined threshold value in this position, can guarantee that it does not overlap in rotary course.
In addition, well-known, three-dimensional scenic generally all carrys out visual experience that is virtually reality like reality with perspective projection.But a typical result of perspective projection is exactly originally square-folded three-dimensional planar, is projected to after display screen, can become rectangle, i.e. distortion.When this shows at clothes, to user, bring bad experience.
The present invention is at (π, 2 π) in region, first according to above-mentioned definite clothes width, determine that it projects to the width after display screen, and calculate clothes picture at this moment uniform zoom to after this width, the height value that should have, then projects in three-dimensional scenic this height value is contrary, determines the height of clothes plane.Like this, when this clothes is projected on display screen by perspective projection algorithm again, will keep the ratio of width to height of clothes picture, can distortion.
Further, according to technical scheme of the present invention, on clothes hanger top, the display board of a clothes title and sequence number can be set, in user's rotating clothes rack process, clothes title in dead ahead and sequence number will be presented on this display board, and user can click interested clothes and carry out other operations (such as trying on).Therefore, virtual clothes hanger that can continuous rotation of the present invention is adapted at being equipped with the clothing show of controlling in the mobile client of touch-screen.
Fig. 5 illustrates according to an embodiment of the invention the arrangement plan for the device 500 of rotary virtual clothes hanger.Device 500 comprises the first array creation module 501, described the first array creation module 501 is for creating the first array, described the first array is used for preserving the identifier of all clothes of described virtual clothes hanger and position and has the first border and the second boundary, and described the first array comprises the choice box with length-specific; Choice box mobile module 503, described choice box mobile module 503 is by comprising the rotation of the described virtual clothes hanger of border circular areas, make described choice box move to the primary importance of described the first array, the clothes that coordinate drops on the given number in described choice box will be displayed on described virtual clothes hanger; The second array creation module 505, described the second array creation module 505 is for creating the second array, and described the second array is used for preserving identifier and the relative position in described choice box thereof of the clothes of the described given number that will show; Position determination module 507, the position on the described border circular areas of the clothes of described position determination module 507 definite described given numbers on described virtual clothes hanger; The ratio of width to height determination module 509, the width of described the ratio of width to height determination module 509 ad-hoc location on described border circular areas according to the clothes of described given number is determined the level of the clothes of described given number, and determines corresponding the ratio of width to height based on described width and described height; And display module 511, described display module 511 shows the clothes of described given number based on determined position and the ratio of width to height.
Fig. 6 illustrates according to an embodiment of the invention the process flow diagram for the method 600 of rotary virtual clothes hanger.As shown in Figure 6, in step 601, create the first array, described the first array is used for preserving the identifier of all clothes of described virtual clothes hanger and position and has the first border and the second boundary, and described the first array comprises the choice box with length-specific.In step 603, rotation comprises the described virtual clothes hanger of border circular areas, makes described choice box move to the primary importance of described the first array, and the clothes that coordinate drops on the given number in described choice box will be displayed on described virtual clothes hanger.In step 605, create the second array, described the second array is used for preserving identifier and the relative position in described choice box thereof of the clothes of the described given number that will show.In step 607, the position on the described border circular areas of the clothes of determining described given number on described virtual clothes hanger.In step 609, the width of the ad-hoc location according to the clothes of described given number on described border circular areas is determined the level of the clothes of described given number, and determines corresponding the ratio of width to height based on described width and described height.In step 611, based on determined position and the ratio of width to height, show the clothes of described given number.
The present invention makes virtual clothing display imagery, and high capacity is controlled simple, intuitive, good visual effect.Particularly, according to the advantage of virtual clothes hanger of the present invention, be: (1) can not overlap each other between clothes; (2) no matter the clothes quantity number on clothes hanger can guarantee that top 3 clothes of clothes hanger are completely with front user oriented; (3) quantity that clothes hanger can hold clothes is not subject to space constraint; (4) clothes hanger can continuous rotation, automatically changes rearward clothes in rotary course, can not realized by user; (5) clothes shows and there will not be shape distortion in 3D scene.
Therefore, according to the virtual clothes hanger of technical scheme of the present invention, can many spatial detail be together in series with three-dimensional form, with the form of animation, represent to consumer.Owing to there being motion, just there is the time, then produced the four-dimensional form of expression.This abundanter represent effect can effectively attract consumer, promote consumer desire to purchase, realize better shopping and experience.
Above-described embodiment is only the preferred embodiments of the present invention, is not limited to the present invention.It will be apparent for a person skilled in the art that without departing from the spirit and scope of the present invention, can carry out various modifications and change to embodiments of the invention.Therefore, the invention is intended to contain all modifications or the modification falling within the scope of the present invention limiting as claim.
Claims (14)
1. for a method for rotary virtual clothes hanger, described method comprises:
Create the first array, described the first array is used for preserving the identifier of all clothes of described virtual clothes hanger and position and has the first border and the second boundary, and described the first array comprises the choice box with length-specific;
Rotation comprises the described virtual clothes hanger of border circular areas, makes described choice box move to the primary importance of described the first array, and the clothes that coordinate drops on the given number in described choice box will be displayed on described virtual clothes hanger;
Create the second array, described the second array is used for preserving identifier and the relative position in described choice box thereof of the clothes of the described given number will showing;
Position on the described border circular areas of the clothes of determining described given number on described virtual clothes hanger;
The width of the ad-hoc location according to the clothes of described given number on described border circular areas is determined the level of the clothes of described given number, and determines corresponding the ratio of width to height based on described width and described height; And
The clothes that shows described given number based on determined position and the ratio of width to height.
2. method according to claim 1, the length of wherein said choice box is 10 π/7.
3. method according to claim 2, the position on the described border circular areas of the clothes of wherein determining described given number on described virtual clothes hanger further comprises:
According to formula below, travel through all objects in described array, to determine the position of every clothes on described border circular areas:
Wherein, θ
1the position of described clothes in described choice box, θ
2the position of described clothes on described border circular areas.
4. method according to claim 1 and 2, if wherein described choice box moves to described the first border or described the second boundary, described choice box is divided into two parts, described two parts lay respectively at described the first border and described the second boundary, and described virtual clothes hanger can infinite loop be rotated.
5. method according to claim 1, wherein said width is no more than predetermined threshold value, and described clothes is not overlapped in rotary course.
6. method according to claim 1 or 5, wherein said ad-hoc location is 5 π/4 and 7 π/4.
7. method according to claim 1, is wherein provided with the display board of clothes title and sequence number on the top of described virtual clothes hanger, with the described clothes of box lunch, show that described clothes title and sequence number are for further operation when the dead ahead.
8. for a device for rotary virtual clothes hanger, described device comprises:
The first array creation module, described the first array creation module is used for creating the first array, described the first array is used for preserving the identifier of all clothes of described virtual clothes hanger and position and has the first border and the second boundary, and described the first array comprises the choice box with length-specific;
Choice box mobile module, described choice box mobile module is by comprising the rotation of the described virtual clothes hanger of border circular areas, make described choice box move to the primary importance of described the first array, the clothes that coordinate drops on the given number in described choice box will be displayed on described virtual clothes hanger;
The second array creation module, described the second array creation module is used for creating the second array, and described the second array is used for preserving identifier and the relative position in described choice box thereof of the clothes of the described given number will showing;
Position determination module, the position on the described border circular areas of the clothes that described position determination module is determined described given number on described virtual clothes hanger;
The ratio of width to height determination module, the width of described the ratio of width to height determination module ad-hoc location on described border circular areas according to the clothes of described given number is determined the level of the clothes of described given number, and determines corresponding the ratio of width to height based on described width and described height; And
Display module, described display module shows the clothes of described given number based on determined position and the ratio of width to height.
9. device according to claim 8, the length of wherein said choice box is 10 π/7.
10. device according to claim 9, wherein said position determination module is further used for:
According to formula below, travel through all objects in described array, to determine the position of every clothes on described border circular areas:
Wherein, θ
1the position of described clothes in described choice box, θ
2the position of described clothes on described border circular areas.
11. devices according to claim 8 or claim 9, if wherein described choice box moves to described the first border or described the second boundary, described choice box is divided into two parts, described two parts lay respectively at described the first border and described the second boundary, and described virtual clothes hanger can infinite loop be rotated.
12. devices according to claim 8, wherein said width is no more than predetermined threshold value, and described clothes is not overlapped in rotary course.
Device described in 13. according to Claim 8 or 12, wherein said ad-hoc location is 5 π/4 and 7 π/4.
14. devices according to claim 8, further comprise:
Be arranged on the display board on the top of described virtual clothes hanger, described display board comprises clothes title and sequence number, with the described clothes of box lunch, shows that described clothes title and sequence number are for further operation when the dead ahead.
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| CN201495422U (en) * | 2009-07-24 | 2010-06-02 | 沈阳师范大学 | Rotary clothes rack |
| CN103440580A (en) * | 2013-08-27 | 2013-12-11 | 北京京东尚科信息技术有限公司 | Method and device for providing clothing images of virtual fitting |
| US20140035913A1 (en) * | 2012-08-03 | 2014-02-06 | Ebay Inc. | Virtual dressing room |
| CN103799769A (en) * | 2012-11-07 | 2014-05-21 | 程抒一 | Digital virtual storage rack |
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|---|---|---|---|---|
| US20070288332A1 (en) * | 2005-02-14 | 2007-12-13 | Fujitsu Limited | Apparatus for supporting sales of product |
| CN201495422U (en) * | 2009-07-24 | 2010-06-02 | 沈阳师范大学 | Rotary clothes rack |
| US20140035913A1 (en) * | 2012-08-03 | 2014-02-06 | Ebay Inc. | Virtual dressing room |
| CN103799769A (en) * | 2012-11-07 | 2014-05-21 | 程抒一 | Digital virtual storage rack |
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