CN105069838A - Garment showing method and device - Google Patents

Abstract

The invention relates to the field of automation, and discloses a garment showing method and device, so as to solve the technical problem in the prior art that provided image information of network garments is not accurate enough. The method includes: determining a central point of a first garment piece which corresponds to a first body structure of a human body and is any one of M garment pieces contained by a garment, M being an integer greater than or equal to 1; generating a cylinder which surrounds the first body structure of a human body model; performing operation on the central point of the first garment piece and a first matrix, and then moving the central point from a first position to a second position; and flatly laying the first garment piece to the cylinder, and then establishing a three-dimensional garment model of the garment. The technical effect of improving accuracy of image information of network garments is achieved.

Description

A kind of clothing show method and device

Technical field

The present invention relates to automatic field, particularly relate to a kind of clothing show method and device.

Background technology

Along with the fast development of ecommerce, increasing people selects to do shopping on the net.Wherein network retail garment accounting is close to 30%, but the experience property of net purchase disappearance causes return of goods rate to remain high, and all brings great puzzlement to buyer and seller.Many times, buyer even because of not sure size, abandons purchase, impacts seller's sales volume.

Tradition buys the pattern of clothes, on-line shop adopts the mode of photo to show clothes, and under normal circumstances, the clothes of on-line shop are all through PS process, so distortion situation is comparatively serious, namely there is the technical matters that the image information of provided network clothes is not accurate enough in prior art, thus the rate of replacing causing network clothes to be concluded the business is high, reduces the efficiency of network clothes transaction.

Summary of the invention

The invention provides a kind of clothing show method and device, with the technical matters that the image information solving the network clothes provided in prior art is not accurate enough.

First aspect, the embodiment of the present invention provides a kind of clothing show method, comprising:

Determine the central point of the first garment piece, the first body structure of the corresponding human body of described first garment piece, the arbitrary garment piece in M the garment piece that described first garment piece comprises for clothes, M be more than or equal to 1 integer;

Generate the right cylinder surrounding described first body structure of manikin;

The central point of described first garment piece and the first matrix are carried out computing, and then described central point is moved to the second place by primary importance;

By described first garment piece tiling to described right cylinder, and then set up the three-dimensional garment model of described clothes.

Optionally, described by described first garment piece tiling extremely described right cylinder, specifically comprise:

Determine the type information of described first garment piece;

Whether the type information judging described first garment piece is ornaments;

When the type of described first garment piece is not described ornaments, by described first garment piece tiling to described right cylinder.

Optionally, by described first garment piece tiling to described cylindrical algorithm, be specially:

θ＝len(x ₀,y ₀)/R

X＝X _c+R*cosθ

Y＝Y _c+R*sinθ

Wherein, $len(x_0,y_0)=\sqrt{{x_0}^2+{y_0}^2};$

θ is deflection angle;

X ₀represent initial horizontal coordinate;

Y ₀represent initial ordinate;

X represent tiling after horizontal ordinate;

Y represent tiling after ordinate;

X _crepresent the center of circle horizontal ordinate of described cylinder section;

Y _crepresent the center of circle ordinate of described cylinder section.

Optionally, tiled after described right cylinder by described first garment piece described, described method also comprises:

Be based upon the cloth mass spring structure on triangle gridding;

Determine the internal force suffered by each particle;

The position of the internal force be subject to by each particle to each particle is corrected.

Optionally, by internal force that each particle of following formulae discovery is subject to:

$V_{correct}=\frac{X_i-X_j}{\left|\right|X_i-X_j\left|\right|}\left(\left|\right|X_i-X_j\left|\right|-L_{rest}\right)$

Wherein, X _irepresent the initial position correcting front spring first end particle;

X _jrepresent the initial position of described spring second end particle before correcting;

L _restunder representing that described first garment piece is in the raw, the distance between described first end particle and described second end particle.

Optionally, corrected by the position of following formula to each particle:

$X_i^{correct}=X_i-\frac{{m_i}^{Inverse}}{{m_i}^{Inverse}+{m_j}^{Inverse}}*V_{correct}$

$X_j^{correct}=X_i+\frac{{m_i}^{Inverse}}{{m_i}^{Inverse}+{m_j}^{Inverse}}*V_{correct}$

Wherein, X _i ^correctrepresent the position of first end particle after correcting;

X _j ^correctrepresent the position of the second end particle after correcting;

M _i ^inverserepresent the inverse quality of first end particle;

M _j ^inverserepresent the inverse quality of the second end particle.

Optionally, tiled after described right cylinder by described first garment piece described, described method also comprises:

Carry out hit-treatment to being attached to described cylindrical described first garment piece, the formula of described hit-treatment is:

$X_{respond}=c_{center}+\frac{x-c_{center}}{\left|\right|x-c_{center}\left|\right|}*r$

Wherein, X _respondrepresent the particle coordinate of collision rift;

X represents the particle coordinate before collision;

C _centerrepresent the centre of sphere of collision body;

R represents the radius of collision body.

Optionally, described by described first garment piece tiling to described right cylinder, and then after the three-dimensional garment model setting up described clothes, described method also comprises:

Three-dimensional garment model described in Dynamic Display.

Optionally, three-dimensional garment model described in described Dynamic Display, specifically comprises:

Determine the first scene selected by first user;

By described three-dimensional garment model display in described first scene.

Second aspect, the embodiment of the present invention provides a kind of Display Device for Garment, comprising:

First determination module, for determining the central point of the first garment piece, the first body structure of the corresponding human body of described first garment piece, the arbitrary garment piece in M the garment piece that described first garment piece comprises for clothes, M be more than or equal to 1 integer;

Generation module, for generating the right cylinder of described first body structure surrounding manikin;

Computing module, for the central point of described first garment piece and the first matrix are carried out computing, and then moves to the second place by described central point by primary importance;

Tiling module, for tiling described first garment piece to described right cylinder, and then sets up the three-dimensional garment model of described clothes.

Beneficial effect of the present invention is as follows:

Due in embodiments of the present invention, determine the central point of the first garment piece, the first body structure of the corresponding human body of described first garment piece, the arbitrary garment piece in M the garment piece that described first garment piece comprises for clothes, M be more than or equal to 1 integer; Generate the right cylinder surrounding described first body structure of manikin; The central point of described first garment piece and the first matrix are carried out computing, and then described central point is moved to the second place by primary importance; By described first garment piece tiling to described right cylinder, and then set up the three-dimensional garment model of described clothes.Due to when providing the bandwagon effect of network clothes, provide three-dimensional model bandwagon effect dress form being dressed in manikin, so the photographic intelligence provided is more comprehensive for photographic intelligence, reach the technique effect of the accuracy of the image information improving network clothes, thus can reduce network clothes transaction replace rate, improve network clothes transaction efficiency.

Accompanying drawing explanation

Fig. 1 is the process flow diagram of clothing show method in the embodiment of the present invention;

Fig. 2 is the schematic diagram determining the particle of garment piece in embodiment of the present invention clothing show method;

Fig. 3 is the structural drawing of Display Device for Garment in the embodiment of the present invention.

Embodiment

The invention provides a kind of clothing show method and device, with the technical matters that the image information solving the network clothes provided in prior art is not accurate enough.

Technical scheme in the embodiment of the present application is solve above-mentioned technical matters, and general thought is as follows:

Determine the central point of the first garment piece, the first body structure of the corresponding human body of described first garment piece, the arbitrary garment piece in M the garment piece that described first garment piece comprises for clothes, M be more than or equal to 1 integer; Generate the right cylinder surrounding described first body structure of manikin; The central point of described first garment piece and the first matrix are carried out computing, and then described central point is moved to the second place by primary importance; By described first garment piece tiling to described right cylinder, and then set up the three-dimensional garment model of described clothes.。Due to when providing the bandwagon effect of network clothes, provide three-dimensional model bandwagon effect dress form being dressed in manikin, so the photographic intelligence provided is more comprehensive for photographic intelligence, reach the technique effect of the accuracy of the image information improving network clothes, thus can reduce network clothes transaction replace rate, improve network clothes transaction efficiency.

In order to better understand technique scheme, below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, the specific features being to be understood that in the embodiment of the present invention and embodiment is the detailed description to technical solution of the present invention, instead of the restriction to technical solution of the present invention, when not conflicting, the technical characteristic in the embodiment of the present invention and embodiment can combine mutually.

First aspect, the embodiment of the present invention provides a kind of clothing show method, please refer to Fig. 1, comprising:

Step S101: the central point determining the first garment piece, the first body structure of the corresponding human body of described first garment piece, the arbitrary garment piece in M the garment piece that described first garment piece comprises for clothes, M be more than or equal to 1 integer;

Step S102: generate the right cylinder surrounding described first body structure of manikin;

Step S103: the central point of described first garment piece and the first matrix are carried out computing, and then described central point is moved to the second place by primary importance;

Step S104: by described first garment piece tiling to described right cylinder, and then set up the three-dimensional garment model of described clothes.

In step S101, the first body structure is such as: arm, trunk etc., and wherein different based on the first body structure, the first garment piece is also different, such as: if the first garment piece is the garment piece of coat-sleeve, then the first body structure is arm; If the first garment piece is anter, then the first body structure is trunk etc.

In step S102, for the first body structure for arm, then directly generate an outsourcing by the first garment piece and to stop the right cylinder of arm, this cylindrical radius R can be obtained simultaneously; Manikin is wherein generally three-dimensional (3 D) manikin, under normal circumstances, in advance based on the average somatotype of human body, can build the three-dimensional (3 D) manikin meeting most people and require.

In step S103, specifically namely say that the process surrounding the first body structure adjusted to by the right cylinder of generation, this operating process can be reduced to: translation, rotate, the combination of convergent-divergent, and each operation can be expressed as a matrix M i, matrix M=M0*M1..*Mn final like this.

In step S104, after the correspondence position to manikin that all tiled by the garment piece of all for correspondence body structures, just obtain the three-dimensional garment model of clothes.

As shown in Figure 2, plane is divided into grid according to the spacing of 2cm, then garment piece is tiled on grid, grid intersection point in then all garment pieces, the intersection point of garment piece boundary line and mesh lines, is all called the point of garment piece, and the coordinate recording each point is the initial coordinate of garment piece, then obtain matrix before initial coordinate being multiplied by, just central point can be moved to the second place by primary importance.

In step S104, described by described first garment piece tiling extremely described right cylinder, specifically comprise:

Determine the type information of described first garment piece;

Whether the type information judging described first garment piece is ornaments;

When the type of described first garment piece is not described ornaments, by described first garment piece tiling to described right cylinder.

For example, ornaments are such as: bowknot, brooch etc., if wherein the type of the first garment piece is ornaments, then do not need to be tiled to right cylinder; And if the first garment piece is not ornaments, such as: sleeve, then need to be tiled to right cylinder.

In specific implementation process, by described first garment piece tiling to described cylindrical algorithm, be specially:

θ＝len(x ₀,y ₀)/R

X＝X _c+R*cosθ

Y＝Y _c+R*sinθ

Wherein, $len(x_0,y_0)=\sqrt{{x_0}^2+{y_0}^2};$

θ is deflection angle;

X ₀represent initial horizontal coordinate;

Y ₀represent initial ordinate;

X represent tiling after horizontal ordinate;

Y represent tiling after ordinate;

X _crepresent the center of circle horizontal ordinate of described cylinder section;

Y _crepresent the center of circle ordinate of described cylinder section.

As further preferred embodiment, tiled after described right cylinder by described first garment piece described based on step S104, please refer to Fig. 3, described method also comprises:

Step S301: be based upon the cloth mass spring structure on triangle gridding;

Step S302: determine the internal force suffered by each particle;

Step S303: the position of the internal force be subject to by each particle to each particle is corrected.

By internal force that each particle of following formulae discovery is subject in step S302:

$V_{correct}=\frac{X_i-X_j}{\left|\right|X_i-X_j\left|\right|}\left(\left|\right|X_i-X_j\left|\right|-L_{rest}\right)$

Wherein, X _irepresent the initial position correcting front spring first end particle;

X _jrepresent the initial position of described spring second end particle before correcting.

In step S303, corrected by the position of following formula to each particle:

$X_i^{correct}=X_i-\frac{{m_i}^{Inverse}}{{m_i}^{Inverse}+{m_j}^{Inverse}}*V_{correct}$

$X_j^{correct}=X_i+\frac{{m_i}^{Inverse}}{{m_i}^{Inverse}+{m_j}^{Inverse}}*V_{correct}$

Wherein, X _i ^correctrepresent the position of first end particle after correcting;

X _j ^correctrepresent the position of the second end particle after correcting;

M _i ^inverserepresent the inverse quality of first end particle;

M _j ^inverserepresent the inverse quality of the second end particle;

L _restunder representing that described first garment piece in the raw, the distance between described first end particle and described second end particle is also the initial length of spring.

Wherein, inverse quality refers to the inverse of quality, and point mass obtains with empirical estimating by experiment: such as one piece of silk, density the chances are 10g/m2, and the density of particle is 2500/m2.Then the quality of each particle is 10/2500.

As further preferred embodiment, tiled after described right cylinder by described first garment piece described based on step S104, described method also comprises:

Carry out hit-treatment to being attached to described cylindrical described first garment piece, the formula of described hit-treatment is:

$X_{respond}=c_{center}+\frac{x-c_{center}}{\left|\right|x-c_{center}\left|\right|}*r$

Wherein, X _respondrepresent the particle coordinate of collision rift;

X represents the particle coordinate before collision;

C _centerrepresent the centre of sphere of collision body;

R represents the radius of collision body.

Wherein, the effect of hit-treatment makes each point on garment piece above manikin, and be unlikely to pass through, and visually sees to be exactly that clothes " are worn " on manikin, and do not wear and come into.

As further preferred embodiment, based on step S104 by described first garment piece tiling to described right cylinder, and then after the three-dimensional garment model setting up described clothes, described method also comprises:

Three-dimensional garment model described in Dynamic Display.

For example, can Dynamic Display three-dimensional garment model in several ways, two kinds of enumerating below are wherein introduced, and certainly, in specific implementation process, are not limited to following two kinds of situations.

1. at the uniform velocity rotate described three-dimensional garment model at a predetermined velocity, in this case, the three-dimensional garment model that the thing seen when user checks three-dimensional garment model one rotates, also namely user can see 360 °, three-dimensional garment model represent effect.

2. respond the rotation process of user, and then rotate three-dimensional garment model, such as: user can control three-dimensional garment model by " → " and rotate from left to right; Three-dimensional garment model can be controlled by " ← " to rotate etc. from right to left.

By above-mentioned Dynamic Display process, the arbitrarily angled three-dimensional model checking the 3 D human body wearing three dimensional garment of user 360 ° can be made, and user can also check the effect that " oneself " is worn current clothes and strolled in dynamic catwalk show field scape.

As further preferred embodiment, three-dimensional garment model described in described Dynamic Display, specifically comprises:

Determine the first scene selected by first user;

By described three-dimensional garment model display in described first scene.

For example, equipment can provide multiple scene to first user, and the first scene is therefrom determined in the selection operation then based on first user; Or first user directly imports the first scene, adopt which kind of mode to obtain the first scene to this, the embodiment of the present invention no longer itemizes, and is not restricted.

Wherein, the first scene is such as: shopping scene, party scene, tourism scene etc.

The background that the first scene is shown as three dress forms can be said, and then by three-dimensional garment model display in the first scene.And then the clothing show effect of first user under special scenes can be supplied to, thus further improve the accuracy rate of the image that clothing show provides.

Second aspect, based on same inventive concept, the embodiment of the present invention provides a kind of Display Device for Garment, please refer to Fig. 3, comprising:

First determination module 30, for determining the central point of the first garment piece, the first body structure of the corresponding human body of described first garment piece, the arbitrary garment piece in M the garment piece that described first garment piece comprises for clothes, M be more than or equal to 1 integer;

Generation module 31, for generating the right cylinder surrounding the first body structure described in manikin;

Computing module 32, for the central point of described first garment piece and the first matrix are carried out computing, and then moves to the second place by described central point by primary importance;

Tiling module 33, for tiling described first garment piece to described right cylinder, and then sets up the three-dimensional garment model of described clothes.

Optionally, described tiling module 33, specifically comprises:

First determining unit, for determining the type information of described first garment piece;

Judging unit, for judging whether the type information of described first garment piece is ornaments;

Tiled units, for when the type of described first garment piece is not described ornaments, by described first garment piece tiling to described right cylinder.

Optionally, described tiled units, specifically for described first garment piece being tiled to described right cylinder by following algorithm:

θ＝len(x ₀,y ₀)/R

X＝X _c+R*cosθ

Y＝Y _c+R*sinθ

Wherein, $len(x_0,y_0)=\sqrt{{x_0}^2+{y_0}^2};$

θ is deflection angle;

X ₀represent initial horizontal coordinate;

Y ₀represent initial ordinate;

X represent tiling after horizontal ordinate;

Y represent tiling after ordinate;

X _crepresent the center of circle horizontal ordinate of described cylinder section;

Y _crepresent the center of circle ordinate of described cylinder section.

Optionally, described device also comprises:

Setting up module, for being tiled after described right cylinder by described first garment piece described, being based upon the cloth mass spring structure on triangle gridding;

Second determination module, for determining the internal force suffered by each particle;

Correction module, is corrected for the position of internal force to each particle be subject to by each particle.

Optionally, described second determination module, the internal force specifically for being subject to by each particle of following formulae discovery:

$V_{correct}=\frac{X_i-X_j}{\left|\right|X_i-X_j\left|\right|}\left(\left|\right|X_i-X_j\left|\right|-L_{rest}\right)$

Wherein, X _irepresent the initial position correcting front spring first end particle;

X _jrepresent the initial position of described spring second end particle before correcting;

L _restunder representing that described first garment piece is in the raw, the distance between described first end particle and described second end particle.

Optionally, described correction module, specifically for being corrected by the position of following formula to each particle:

$X_i^{correct}=X_i-\frac{{m_i}^{Inverse}}{{m_i}^{Inverse}+{m_j}^{Inverse}}*V_{correct}$

$X_j^{correct}=X_i+\frac{{m_i}^{Inverse}}{{m_i}^{Inverse}+{m_j}^{Inverse}}*V_{correct}$

Wherein, X _i ^correctrepresent the position of first end particle after correcting;

X _j ^correctrepresent the position of the second end particle after correcting;

M _i ^inverserepresent the inverse quality of first end particle;

M _j ^inverserepresent the inverse quality of the second end particle.Optionally, described device also comprises:

Crash module, for by described first garment piece tiling to after described right cylinder, carry out hit-treatment to being attached to described cylindrical described first garment piece, the formula of described hit-treatment is:

$X_{respond}=c_{center}+\frac{x-c_{center}}{\left|\right|x-c_{center}\left|\right|}*r$

Wherein, X _respondrepresent the particle coordinate of collision rift;

X represents the particle coordinate before collision;

C _centerrepresent the centre of sphere of collision body;

R represents the radius of collision body.

Optionally, described device also comprises:

Display module, for after the three-dimensional garment model setting up described clothes, three-dimensional garment model described in Dynamic Display.

Optionally, described display module, comprising:

Second determining unit, for determining the first scene selected by first user;

Display unit, for by described three-dimensional garment model display in described first scene.

The one or more embodiment of the present invention, at least has following beneficial effect:

Due in embodiments of the present invention, determine the central point of the first garment piece, the first body structure of the corresponding human body of described first garment piece, the arbitrary garment piece in M the garment piece that described first garment piece comprises for clothes, M be more than or equal to 1 integer; Generate the right cylinder surrounding described first body structure of manikin; The central point of described first garment piece and the first matrix are carried out computing, and then described central point is moved to the second place by primary importance; By described first garment piece tiling to described right cylinder, and then set up the three-dimensional garment model of described clothes.。Due to when providing the bandwagon effect of network clothes, provide three-dimensional model bandwagon effect dress form being dressed in manikin, so the photographic intelligence provided is more comprehensive for photographic intelligence, reach the technique effect of the accuracy of the image information improving network clothes, thus can reduce network clothes transaction replace rate, improve network clothes transaction efficiency.

Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the present invention can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) of computer usable program code.

The present invention describes with reference to according to the process flow diagram of the method for the embodiment of the present invention, equipment (system) and computer program and/or block scheme.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block scheme and/or square frame and process flow diagram and/or block scheme and/or square frame.These computer program instructions can being provided to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computing machine or other programmable data processing device produce device for realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.

These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.

These computer program instructions also can be loaded in computing machine or other programmable data processing device, make on computing machine or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computing machine or other programmable devices is provided for the step realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.

Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.

Obviously, those skilled in the art can carry out various change and modification to the embodiment of the present invention and not depart from the spirit and scope of the embodiment of the present invention.Like this, if these amendments of the embodiment of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.

Claims (10)

1. a clothing show method, is characterized in that, comprising:

Determine the central point of the first garment piece, the first body structure of the corresponding human body of described first garment piece, the arbitrary garment piece in M the garment piece that described first garment piece comprises for clothes, M be more than or equal to 1 integer;

Generate the right cylinder surrounding described first body structure of manikin;

The central point of described first garment piece and the first matrix are carried out computing, and then described central point is moved to the second place by primary importance;

By described first garment piece tiling to described right cylinder, and then set up the three-dimensional garment model of described clothes.

2. the method for claim 1, is characterized in that, described by described first garment piece tiling extremely described right cylinder, specifically comprises:

Determine the type information of described first garment piece;

Whether the type information judging described first garment piece is ornaments;

When the type of described first garment piece is not described ornaments, by described first garment piece tiling to described right cylinder.

3. the method for claim 1, is characterized in that, by described first garment piece tiling to described cylindrical algorithm, is specially:

θ＝len(x ₀,y ₀)/R

X＝X _c+R*cosθ

Y＝Y _c+R*sinθ

Wherein, $len(x_0,y_0)=\sqrt{{x_0}^2+{y_0}^2};$

θ is deflection angle;

X ₀represent initial horizontal coordinate;

Y ₀represent initial ordinate;

X represent tiling after horizontal ordinate;

Y represent tiling after ordinate;

X _crepresent the center of circle horizontal ordinate of described cylinder section;

Y _crepresent the center of circle ordinate of described cylinder section.

4. method as claimed in claim 3, is characterized in that, tiled after described right cylinder by described first garment piece described, described method also comprises:

Be based upon the cloth mass spring structure on triangle gridding;

Determine the internal force suffered by each particle;

The position of the internal force be subject to by each particle to each particle is corrected.

5. method as claimed in claim 4, be is characterized in that, the internal force be subject to by each particle of following formulae discovery:

$V_{correct}=\frac{X_i-X_j}{\left|\right|X_i-X_j\left|\right|}\left(\left|\right|X_i-X_j\left|\right|-L_{rest}\right)$

Wherein, X _irepresent the initial position correcting front spring first end particle;

X _jrepresent the initial position of described spring second end particle before correcting;

L _restunder representing that described first garment piece is in the raw, the distance between described first end particle and described second end particle.

6. method as claimed in claim 5, be is characterized in that, corrected by the position of following formula to each particle:

$X_i^{correct}=X_i-\frac{{m_i}^{Inverse}}{{m_i}^{Inverse}+{m_j}^{Inverse}}*V_{correct}$

$X_j^{correct}=X_i+\frac{{m_i}^{Inverse}}{{m_i}^{Inverse}+{m_j}^{Inverse}}*V_{correct}$

Wherein, X _i ^correctrepresent the position of first end particle after correcting;

X _j ^correctrepresent the position of the second end particle after correcting;

M _i ^inverserepresent the inverse quality of first end particle;

M _j ^inverserepresent the inverse quality of the second end particle.

7. the method for claim 1, is characterized in that, tiled after described right cylinder by described first garment piece described, described method also comprises:

Carry out hit-treatment to being attached to described cylindrical described first garment piece, the formula of described hit-treatment is:

$X_{respond}=c_{center}+\frac{x-c_{center}}{\left|\right|x-c_{center}\left|\right|}*r$

Wherein, X _respondrepresent the particle coordinate of collision rift;

X represents the particle coordinate before collision;

C _centerrepresent the centre of sphere of collision body;

R represents the radius of collision body.

8. the method for claim 1, is characterized in that, described by described first garment piece tiling to described right cylinder, and then after the three-dimensional garment model setting up described clothes, described method also comprises:

Three-dimensional garment model described in Dynamic Display.

9. method as claimed in claim 8, it is characterized in that, three-dimensional garment model described in described Dynamic Display, specifically comprises:

Determine the first scene selected by first user;

By described three-dimensional garment model display in described first scene.

10. a Display Device for Garment, is characterized in that, comprising:

First determination module, for determining the central point of the first garment piece, the first body structure of the corresponding human body of described first garment piece, the arbitrary garment piece in M the garment piece that described first garment piece comprises for clothes, M be more than or equal to 1 integer;

Generation module, for generating the right cylinder of described first body structure surrounding manikin;

Computing module, for the central point of described first garment piece and the first matrix are carried out computing, and then moves to the second place by described central point by primary importance;

Tiling module, for tiling described first garment piece to described right cylinder, and then sets up the three-dimensional garment model of described clothes.