Classifications

• • A—HUMAN NECESSITIES
  • A41—WEARING APPAREL
  • A41H—APPLIANCES OR METHODS FOR MAKING CLOTHES, e.g. FOR DRESS-MAKING OR FOR TAILORING, NOT OTHERWISE PROVIDED FOR
  • A41H1/00—Measuring aids or methods
• • A—HUMAN NECESSITIES
  • A41—WEARING APPAREL
  • A41H—APPLIANCES OR METHODS FOR MAKING CLOTHES, e.g. FOR DRESS-MAKING OR FOR TAILORING, NOT OTHERWISE PROVIDED FOR
  • A41H3/00—Patterns for cutting-out; Methods of drafting or marking-out such patterns, e.g. on the cloth
  • A41H3/007—Methods of drafting or marking-out patterns using computers

Definitions

• the present invention relates to a method and a device for viewing, archiving and transmission over a computer network of a garment model, and their use.
• UK Patent GB 861 972 published on 1 March 1961 to A. LENY shows how the traditional taking of human measures to wear the garment by a tailor can be replaced with a photography session. At least three shots of the person standing on a swivel platform are taken in at least three different directions in front of a white background with orthogonal lines. A motor drives the platform, and the camera shutter and the lighting are synchronized with the rotation of the latter.
• the system can be implemented on a local computer, or on a central computer accessible by multiple users, via a communication network such as the Internet. Clothing models appearing in a catalog can be sent periodically to the customer.
• the various methods and systems for viewing a known item of clothing on a computer have at least two limitations: a) the oldest offer limited interactivity, b) the most recent are simulations carried out entirely by software which can therefore have gaps as for their realism.
• the present invention therefore aims to enable all parties jointly concerned along the "clothing value chain", such as designers, product managers, agents, sourcing offices, manufacturers, suppliers of materials, to effectively communicate essential information concerning the process of creation and choice, realization of prototypes and their manufacture, the technical and visual key points on quality, production costs and target prices on the basis of a visualization unique and identical translated and transmitted via any intranet, extranet or Internet communication network.
• MHS human dummy
• the method of the present invention is remarkable in that it consists in acquiring on a fifth computer system a first view of the specific MPS and in representing it by third data corresponding to this first view.
• the second essential characteristic of the method according to the invention is that it also consists in acquiring on the fifth computer system a second view of the specific physical mannequin (MPS) dressed in the garment, and in representing the whole by fourth data. corresponding to this second view.
• MPS physical mannequin
• An additional characteristic of the method according to the invention is that the second data are personalized on a sixth computer system by means of visual characteristics, preferably comprising the type and color of the hair and of the skin, in order to obtain fifths data representing a specific virtual “fashion” (MMNS) dummy.
• visual characteristics preferably comprising the type and color of the hair and of the skin
• the first and second views consist of several two-dimensional images of the MPS in several regularly spaced radial directions, preferably twelve.
• the images of the MPS include the registration of framing marks for shots at fixed distance.
• these images also include the recording of vertical and horizontal reference lines.
• the first two-dimensional base layer of the visualization of the clothing model is extracted on the sixth computer system from the first view, that is to say from the view of the naked MPS.
• the second two-dimensional base layer of this display is also generated on the sixth computer system from the fifth data representing the MMVS by simulating a shot in the radial directions in question.
• the first base layer of the visualization is subtracted on the sixth computer system by means of markers, lines or signals, fourth data representing the MPS dressed to form the two-dimensional model of the garment, according to each. of these directions.
• the first and second base layers as well as the clothing model are transmitted to a seventh computer by means of a data transport network, according to a predetermined communication protocol, preferably TCP / IP, for the purpose of viewing the model represented on the MMNS, or the MVS.
• a predetermined communication protocol preferably TCP / IP
• the model is merged by means of the marks, lines or signals on said sixth or seventh computer system with the second layer, for viewing in two dimensions, in each of the radial directions, a dressed MMVS intended for the evaluation of the garment.
• the model is processed on the sixth or seventh computer system to allow the second display layer to appear by transparency.
• the first and second layers, and the model are archived in a database on an eighth computer system accessible by means of a data transport network, according to a predetermined communication protocol, preferably TCP / IP. , for the purpose of viewing the model represented on the MMNS, or the MVS.
• a predetermined communication protocol preferably TCP / IP.
• each record in this database is associated with at least one record of a first, second, third and fourth file, preferably of the “material”, “accessories”, “manufacturing”, and “patterns” type.
• a plurality of the garment model corresponding to the same MVS is displayed layer on layer according to any degree of transparency.
• a device for viewing, archiving and transmitting on a network of computers a model of garment comprises, in known manner: a) a three-dimensional digitization system of a specific human dummy (MHS) connected to a first computer system, b) first processing means and first storage means specific to the first computer system, for the purpose of extracting and storing first categorization data human body profile relating to the MHS, c) alternatively, second processing means and second storage means specific to a second computer system, for the purpose of extracting the first data from a database, d) third processing means and third storage means specific to a third computer system for the purpose of generating second data representing a specific virtual mannequin (MVS), e) a numerically controlled manufacturing system for three-dimensional objects connected to a fourth computer system provided with fourth processing means and fourth storage means, for the purpose of manufacturing a specific physical manikin (MPS) from the second data.
• MHS human dummy
• first processing means and first storage means specific to the first computer system for the
• the device according to the invention further comprises a digital camera system recording images of the naked or clothed MPS.
• This shooting system is connected to a fifth computer system provided with fifth processing means and fifth storage means for the purpose of representing the naked or dressed MPS, respectively by third and fourth data corresponding to the recorded images.
• the shooting system includes alignment marks in the plane of the MPS.
• the device according to the invention benefits from a shooting system comprising a position detector of a light beam emitted by a light source, preferably a laser diode, integral with the MPS, preferably with a stand.
• a position detector of a light beam emitted by a light source preferably a laser diode
• the camera system includes an MPS orientation device in several regularly spaced radial directions, preferably twelve.
• the orientation device comprises a notched disc, preferably having twelve notches, and a blocking piece engaged in one of the notches.
• the camera system comprises a digital camera with fixed focal length, preferably provided with a matrix CCD sensor.
• the device for viewing, archiving and transmitting a garment model according to the invention on a computer network also comprises: a) a sixth computer system provided with sixth processing means, sixth storage means , visualization means and transmission means capable of processing, and memorizing the second, third and fourth data for the purposes of generating, visualizing and transmitting a two-dimensional model of the garment, as well as the visualization layers of the MVS and of '' a specific virtual “mode” (MMVS) mannequin dressed with varying degrees of transparency, b) a seventh computer system provided with reception means, seventh processing means, seventh storage means and display means, for the purpose of receiving this model and the visualization layers, to display the model, as well as to generate and display the MVS and the MMVS dressed with degree of transparency.
• an eighth computer system provided with communication means, eighth processing means and eighth storage means, for the purposes of receiving, transmitting and archiving a plurality of communication means, eighth
• Accessories "manufacturing” and “patterns”, d) a data transport network connecting the sixth, seventh and eighth computer systems, preferably a network using the TCP / IP protocol, in particular the Internet.
• access to the content of the storage means is controlled by security means, preferably of the “password” or cryptographic type.
• Figure 1 shows schematically the four main steps of the method according to the invention.
• Figure 2 is a schematic view of the digital camera system used for the implementation of the method 1 according to the invention.
• Figures 3a and 3b schematically show the process ensuring the correct positioning of the garment on the mannequin.
• Figure 4 schematically shows the computer architecture of the display, archiving and transmission device on a computer network of a garment model according to the invention.
• the invention generally constitutes an interactive and integrated system which provides tools for visualizing, organizing and communicating the appropriate information concerning the construction, the measurements, the fit, the manufacture of an order relating to a specific model of a claw of garment, and which is based on the arrangement of the photographic or virtual image of this specific garment dressing the specific human mannequin (the MHS) selected by the model maker or the specific virtual virtual mannequin (MVS) of this same silhouette.
• MHS human mannequin
• VMS virtual virtual mannequin
• FIG. 1 is a general flowchart showing the four main steps of the method implemented in the SW.
• the first step 1 leads to the provision, in parallel, in the profile and study size, of a specific virtual mannequin (MVS) in 3D and a specific physical mannequin (MPS) 2 strictly identical, perfectly representative of the morphology of the target consumer.
• VMS virtual mannequin
• MPS physical mannequin
• the second step is a step 3 of data acquisition. It implements the photography and simulation techniques specific to the process.
• the third step 4 merges the data acquired during the previous step.
• the data are viewed, archived and disseminated by implementing a specific document format suitable for the clothing industry, the GDF (Garment Document Format) format.
• GDF Garment Document Format
• the designer of the brand, as well as the product manager define the body silhouette considered to be representative of the target consumer to be served.
• Current industrial practice in this area to obtain the precise profile and dimensional measurements of this representation is based on the choice of a living mannequin 6 corresponding as closely as possible to this definition (the MHS, the Specific Human Mannequin).
• a more scientific approach consists in using the information collected following a specific morphological survey by scanning the target population, data organized according to their key parameters of categorization of human body profile (ethnic family, sex, stature, weight , body measurements, attitude and posture) within a 7.8 morphological data bank such as that developed by the depositor, and to select the target profile.
• a virtual human representation is used, to which the patented “Cyberfit” deformation-expansion process on computer 11 is applied to ensure complete and precise filling of the defined volumetric space.
• the point cloud specific to the chosen category of human body profile (from the database 7.8), simultaneously correcting the asymmetries and revealing the key lines (the “red lines”) of clothing construction selected data of body measurements and attitude-posture considered essential in terms of dress design.
• the SW has a specific virtual representation of the target body (the MVS, the specific virtual mannequin) completely configured.
• the MVS the specific virtual mannequin
• This MPS 2 mannequin is equipped with a carabiner for attachment to a suspension system 13.
• the SW uses an automatic measurement and size evolution system for rationally construct the other sizes according to the dimensional measurements required by the label by showing the “Red lines” (more than 40 key measurement lines and key parameters of attitude and posture defining the body profile). All these measurement values correspond to the representative body profile of the consumer and are identical for the MVS and the MPS 2 being "modeled" from the same data.
• the method according to the invention implements, as a visualization base, a method of taking photographs of naked MPS 2, of dressed MPS 2 and of fusion with MVS, allowing a interactive communication to control the correct construction, the fit and the manufacturing details of the garment under discussion.
• the garment to be examined is placed on the MPS 2, suspended from a bracket 14, and is photographed with a digital camera 15 disposed on a metal frame 16, the distance of which from the bracket 14 is adjustable in order to obtain a focus. correct photographic.
• the bracket 14 includes positioning marks 17 for fixed focusing.
• the digital camera 15 can take a series of shots of this MPS 2 naked or dressed in several regularly spaced radial directions.
• the suspension device 13 of the MPS 2 comprises a notched disc 18 and a locking piece 19 allowing a succession of angular displacements of 30 ° over an overall rotation of 360 °.
• the twelve digital images of the naked MPS are taken in all of the twelve positions and transferred to the microcomputer 20 used to control the camera 15.
• the data corresponding to these images stored in the computer system 21 constitute the first display layer of the MPS of the label in the database 22,23 of the SW system.
• the garment is then placed on the MPS and photographed in the same way.
• the position markers 17 incorporated in the construction of the bracket 14 and positioned on the uprights are used to adjust the camera 15 with fixed focal length.
• a set of personalization details can be brought to the MVS by simulation on the computer system 21 in accordance with the body profile of the MPS 2 and certain of the visual characteristics of the target population (type and color of hair, of skin) to give, according to the definition of the brand, the appearance required for the fashion model.
• the specific virtual “fashion” dummy (MMVS) it will be used as such to show clothing on screen to indoor and outdoor customers 24,25,26.
• the data corresponding to all of the twelve images according to the twelve positions of the specific virtual mode dummy MMVS constitute the second display layer of the dummy MMVS.
• the dressed MPS is merged with the MMVS on the computer system 21 to reveal a viewable dressed MMVS mannequin. When the clothes are positioned on the mannequin 2, all twelve positions can be viewed for a subjective assessment.
• the whole of this step to reach an exploitable result requires a lot of precision concerning, on the one hand, the relative positioning of each element in the shooting booth (mannequin 2, camera 15) and, on the other hand, the correct positioning of the garment to be examined on the naked body of the MPS 2 or on the dressed mannequin, with or without a previous layer.
• d distance between the MPS 2 and the camera 15
• f focal length of the camera
• cw physical width of the CMOS sensor
• ch physical height of the CMOS sensor
• i width of the photo
• ih height of the photo
• pw width of the physical space captured by the photo
• ph height of the physical space captured by the photo
• h height of the physical dummy 2 in mm
• r ratio 1 pixel per physical unit in mm
• spmh the height of the MPS dummy 2 in number of pixels
• the SW asks users to define the low point as well as three marks in the photo space in order to fix the position of the low point of the MPS 2, the frame of the cabin 14 and the particular space to be photographed.
• the correct position of the MPS 2 is determined by the approximation of the spmh and the low point.
• the SW When shooting the naked MPS 2, the SW needs additional information to ensure the standard vertical orientation position. This is obtained by the arrangement of a laser source 27 under the legs of the MPS 2.
• the photograph of the garment must undergo a transformation so that the scale, orientation and position are correct.
• the procedure for covering the low reference point 0 allows the garment to be brought to the correct position on the MPS 2.
• the correct scale correction factor can be determined.
• the traces 29, 30 of the laser beam 27 every 30 ° help to fix the correct orientation of the garment. They are arranged in two concentric circles whose center O is the trace of the axis of rotation ZZ 'of the dummy 2 on the horizontal plane of the sensor.
• the angular difference between an AOB OA radius of the circle corresponding to the positions of the MPS 2 nu ( ⁇ black points) and the adjacent radius OB of the circle corresponding to the dummy dressed positions 2 (white dots) is shown in Figure 3a.
• the precise fusion of the images takes place during the third step 4, taking into account the corrections of scale, position and orientation.
• the MPS 2 being obtained from a mold from the MVS, both incorporate the “red lines” as well as the dimensional measurements and identical attitude and posture parameters.
• the “red line” of the upper section of the body and the “red line” of the lower section act as positioning and marking marks for the images to be merged.
• MVS with those of the MPS, the dressed MPS and the dressed MMVS mode dummy.
• the second layer (the MVS fashion model of the brand) is used for “subjective analyzes” (comments on the visual aspects, the aesthetic appearance of the style as well as on the details of differentiation added).
• Several types of clothing can be superimposed on the MPS 2.
• the merged images will appear exactly on top of each other, layer on layer.
• Each layer can be observed as a single garment dressing the MPS 2 and this according to any degree of transparency (from totally transparent to fully opaque), showing either the naked MPS 2 or the dressed MPS 2.
• Each layer can be observed in relation to the other layers. They can all relate to the points and lines of reference of the dimensional measurements and key parameters of the primary layer of the MPS 2.
• the model maker or one of the parties involved can ensure the correct positioning of the garment on the mannequin or on the previous layer, (using the “red lines” of reference and plumb), check the dimensional measurements, in particular with the AMS (automatic measurement system), examine the garment from any of the twelve viewing angles, in any degree of transparency showing either the naked MPS 2 with the “red lines” (construction and plumb lines), or the clothing dressing the MPS 2 with or without the “Red lines”.
• the space between the garment and the MPS 2 can be observed and measured in order to make sure that it goes well (ease and comfort) and that this achievement and this size correspond well to the specifications of the model maker both objectively, by measurements, and subjectively by appearance.
• the method of fusion is as follows.
• the MPS 2 is obtained from a mold from the MVS, both have parameters of identical size, attitude and posture.
• the upper and lower body markers - chest measurement and hip measurement - serve as marks to merge the MVS with the MPS 2, the dressed MPS 2 and the fashion model MMVS.
• the “red lines” are imported on the MPS 2. By locating the body positioning marks on the MPS 2, fusion is possible.
• the positioning of the MPS 2 on the photography area can also be identified by cleats 17 of the structure forming part of the construction of the shooting stand 14, 16. This facilitates photographic focusing and marking of distances.
• a light source 27 emitting a laser beam in a substantially vertical direction is placed at the base of a foot of the MPS 2.
• a matrix sensor 28 horizontal is arranged under the structure 14 to detect the position of the light spots 29, 30 resulting from the impact of the laser beam. Any deviation of the MPS 2 from a standard position can therefore be corrected by software to restore perfect alignment.
• the MVS is cropped, reoriented, merged exactly with the MPS 2.
• Personalization details are added to the merged MVS for viewing the second layer on the MMVS mode dummy.
• the dressed part - the garment to be examined - can be extracted.
• the combined set chosen will be composed by merging different garments on the MPS 2 or on the MMVS mode dummy constituting a combined set to be viewed.
• the end result is a visualization of the garment dressing the MMVS for the subjective control of the aesthetic aspect and the fit.
• the fusion step is firstly based on the photography of the different layers using the photographic techniques mentioned above to ensure the correct positioning, orientation and scale, the whole going from the base surface (MPS 2 nu ) to the last layer of the covering.
• MHS specific human dummy 6
• AMS automatic measurement system
• Red lines” specification file The first line of the INT file is meaningless, disregard it.
• each line structure will be: xl yl zl x2 y2 z2 number _ ID in which (xl, yl, zl) and (x2, y2, z2) are the coordinates of the origin and of l end of the segment whose ID number is "ID number”.
• “Red lines” corresponds to the height of the head, the ID4 number being the total height of the "red line” of the body. From this information, the system is able to calculate the height of the neck, c) having developed the photo of the MPS 2, the median line of the photo located under the suspension point must be strictly vertical. The height of the MPS 2 from the point of suspension to the base of the legs is known from the data, d) additional information is required, the height of the neck of the MPS 2, e) the positioning of the “red lines” data on the photos of the MPS 2 is determined relative to the midline.
• the scale of the “red lines” data is determined by the ratio between the neck height of the MPS 1 and the neck height of the “red lines” of the body, f) after adjusting the position and scale, the data "red lines” will be able to impress on the photo of the MPS 2.
• the SW presents itself as a natural complement to assistance to the parties involved in the supply chain allowing them to access the various documents, databases and communications. can be compared with the images being viewed concerning orders such as requests for information in progress. Thanks to the GDF document format, the SW makes available the multiple article files necessary for the different objectives and ensures that the process is kept under control to facilitate better understanding and better accessibility. All the functions of the SW are gathered in several software modules constituting the GDF Organizer:
• This last module also allows the editing of the process diagram for management contacts. It helps all the management to organize any item of clothing under development.
• the GDF organizer is as follows.
• the Studio and the GDF Viewer are an application to create and dispose of the elements of the GDF article file (a query concerning the garment or an order to order the garment).
• comments can be recorded directly in the GDF documents. They serve as a reference, trace, recording and basis for interactive communication.
• GDF studio different MPS dressed with a single garment or in combination with others can be viewed.
• the Studio as well as the GDF Viewer allow users to visualize the dimensional relationships between the garment and the body by specifying the different degrees of transparency.
• the various interlocutors can then use this visualization to establish interactive discussions concerning the “goodness” of the garment under observation.
• the GDF catalog is a tool for discovering and browsing the information contained in the GDF database.
• the GDF Editor is a tool for publishing the GDF catalog totally or partially through the web server and providing users of this web catalog with a consultation base.
• the GDF Diagram is an interactive communication system based on the definition of the specific role of the parties involved in the specific processes of the clothing supply chain. It presents itself as a privileged office tool which allows control of the progress of a stage with regard to each specific function performed by each particular service. This advancement is controlled by a series of advancement grids specific to each specific function performed allowing the particular visualization of the process.
• the specific step monitoring diagram is introduced in the GDF document when it is created.
• the diagram facilitates interactive communication within the GDF Organizer.
• GDF helps manage the total process by ensuring that quality, quantity, adequate rapid response and customer satisfaction are monitored, recorded and monitored.
• the GDF API Application program interface
• the GDF API is a tool allowing the extraction of detailed information and specifications as a result of a request made concerning a garment or as a result of an order to be discussed through the Studio and the GDF Viewer. , via XML parsers and interpreters (Extended tag language).
• the GDF Organizer captures information via API application interfaces as well as XML interpreters. Therefore, the user can use this system to read various documents.
• the material information on "Material.com” (a material site on the web) is captured through API and XML translators via the GDF Organizer. Through the Studio and the GDF Viewer, a user can call up the GDF links. This will ensure the connection with the many systems that frame the specifications and details of the order as well as requests concerning the garment. These systems include “Material.com” for incorporated materials and supplies and “Artwork.com” for embroidery, printing and manufacturing details. They also offer the "color palette” to define the colors.
• the GDF Organizer also offers a certain number of evolving buttons defined by the client. These are intended to facilitate the user in his definition of fashion accessories, items of clothing, etc. There is also a scalable optional toolbox, to help the user in his many requests.
• GDF presents itself as a universal structure for classifying information.
• the GDF Organizer as part of the SW using the MHS, the MPS 2, the dressed MPS 2 and the representation of the dressed MMNPS mode dummy, facilitates the visualization and communication of key information concerning the garment or its order. Users can store all information from all stakeholders in the Apparel supply chain related to clothing in GDF files. They can exchange the data included in the GDF through e-mail or FTP (File exchange protocol).
• users through the Studio and the GDF Viewer, the GDF Catalog, the GDF Editor and the GDF Diagram can, for clothing under observation, reassure themselves about the feasibility conditions, objectively by: - availability on screen or on a printed copy of the complete list of each key point of design and dimensional measurement, attitude and posture parameters of the MPS 2, corresponding measurements of the garment (depending on the layer observed), the inter-layer gap (comfort of ease or elasticity),
• GDF catalog the use of the “GDF catalog” to manipulate all the images of a specific line of clothing created by the same model designer with those captured and manufactured from other clothing approved by the model designer.
• These images in GDF format can be merged layer on layer and observed relatively relative to each other by the very fact that they all refer to the same key points of measurement and reference lines (the "red lines” of construction and plumb) appearing on the MPS 2, testing and analyzing the commercial appeal of clothing by: transmitting the approved prototype sample from the modeler's studio (the virtual sampling room) with its GDF format images to the Selection committee (model maker and product managers). It can also be sent for a sampled marketing test (consumers and distributors) through an Internet market study before any production decision is made, ensuring transmissions under secure protection by:
• the SW offers a universal integrated communication and visualization system for any garment product presented on the body of the intended profile, specific to the clothing industry supply chain. It provides critical information relating to the details of style, design design and patronage of clothing, fit, manufacturing and marketing to key stakeholders involved in these processes.
• the SW creates an efficient and interactive way to share computerized information about the garment product.
• This innovation facilitates the management of product data as well as joint and rapid decision through interactive communication, reduces delays and misunderstandings of the parties involved and contributes to better productivity, lower costs, as well as higher satisfaction. for each person involved in the clothing supply chain.
• the main advantages of this tool are:
• the fit of the garment can be observed by checking the garment in relation to the key points and reference lines (the "red lines” of dimensional measurement) marked on the MPS 2 base or on the mannequin mode MMVS and by being able to measure the space between the garment and the MPS 2.
• the key points of manufacturing and quality grade can be assessed objectively and subjectively by the observer, - the ability to view electronically, regardless of location and distance, via the Internet- intranet-extranet the sample prototype presented on the dedicated dedicated physical mannequin 2 (MPS) or the specific virtual mode mannequin (MMVS) to exercise a general and precise critical examination - objective and subjective - (with the possible call to the zoom function) on the manufacturing details making the difference in the grade of quality as well as in the differentiation of commercial attractiveness, - the possibilities to match, memorize, multiple information concerning a garment product in various specific identifiable files, and to consolidate in a universal tool - the GDF database 22,23 - all the information and key images linked to the details of this garment specific.
• MPS dedicated dedicated physical mannequin 2
• MMVS specific virtual mode mannequin
• buttons of the differentiation options box containing for example:
• the method and the device for viewing, archiving and transmitting a garment model according to the invention on a computer network therefore appear to be tools offering numerous advantages in that the stages of appraisal, control, retouching, research of differentiation and personalization of prototypes of models of a brand are facilitated by a system-process, precise, easy to understand and to apply instead of relying only on the traditional diagram of a living mannequin with all its imperfections.
• This typical living figure can change in size over time (bigger or thinner) and moreover he or she is generally more or less asymmetrical.
• the body profile exhibited may therefore or may not comply with all dimensional and parametric conditions of the Claw while it must be as close as possible for the greatest satisfaction of the customers.
• this living mannequin cannot be extrapolated in all the sizes of the range but can only be defined through a measurement table in the targeted range of sizes to be declined.
• this living mannequin may be representative, in the study size, of the profile and measurements of a specific target population to be dressed, it is obviously not valid for other targets even though the models of clothing created may also be intended for them and must also satisfy them.
• the SW clothing visualization system offers the possibility for each specific sales target - and over the whole range of desired sizes - to objectively and subjectively ensure "good fit and comfort” by using a visualization tool to examine the garment, intended for mass production, tested on specific physical mannequins with the targeted profile (MPS), as well as on a specific virtual mannequin (MVS) or a specific virtual mode mannequin
• the SW integrates a visualization and communication system which allows, whatever the place and the distance, to any party involved in the clothing supply chain to access, discuss, modify, correct the process applied to the definition, development and acceptance control of a given product, by viewing the prototype sample (like mass production samples) and this on any size, ensuring the fit, the validity of the measurements as well as its realization in manufacturing.
• This facilitation is due to the fact that the sample garment under study (or series) can be examined (simultaneously or deferred, by all parties called upon to decide) on a fashion mannequin specific to the target targeted, in the size wanted in its double representation strictly identical, both physical and virtual.
• This visualization can be done under the various states of transparency, on the naked fashion mannequin as on the virtual fashion mannequin defined by the brand according to each target clientele, and this in relation to the other layers of clothing worn for s '' ensure both comfort, good fit, but also “look”. All images and information thus obtained through the SW can be electronically transmitted, stored in computerized memory and protected by security.

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• Engineering & Computer Science (AREA)
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• Professional, Industrial, Or Sporting Protective Garments (AREA)

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