Three-dimensional clothing modeling method

Abstract

The present invention relates to a three-dimensional clothing modeling method and, more specifically, to a three-dimensional clothing modeling method for displaying clothing in a three-dimensional space. Disclosed is the three-dimensional clothing modeling method comprising: a pattern arrangement step (S100) of arranging a plurality of patterns (20) forming clothing (30) on a three-dimensional body (10) to be spaced apart from each other by combining with each other; a combination order specification step (S200) of specifying a combination order for the patterns (20) combined with each other after the pattern arrangement step (S100); and a clothing wearing step (S300) of wearing the clothing (30) on the body (10) by combining the patterns (20) according to the combination order specified through the combination order specification step (S200).

Description

3D clothing modeling method

[0001] The present invention relates to a three-dimensional clothing modeling method, and more particularly, to a three-dimensional clothing modeling method for displaying clothing in three-dimensional space.

[0002] If we look at the traditional offline clothing production and design process, designers work on the design of clothing, create patterns and samples, and then request the production of designs with high commercial viability from clothing manufacturers to release the products.

[0003] The process of making patterns and samples manually offline like this requires a large number of people to spend a lot of time, which increases the unit cost of product production and lowers design efficiency.

[0004] In addition, considering that the purchase of products through the Internet has been rapidly increasing in recent years, and that clothing design and sales, which involve designing, manufacturing, and selling clothing, have expanded significantly through Internet shopping malls in addition to offline stores, a process of displaying and designing clothing in three-dimensional space is required.

[0005] Meanwhile, the frequency of purchasing clothes online is continuously increasing based on the young consumer base that is interested in clothes, but there is a problem that it is difficult to accurately know the size of the clothes or how they will look when worn because they cannot try on the clothes before purchasing.

[0006] To this end, a service has been proposed that provides a three-dimensional view of the clothes being worn online, thereby showing the actual appearance when worn. However, there is still a problem that it is difficult to implement the clothing wearing method that the user wants.

[0007] More specifically, the final appearance of the clothing changes depending on the order of wearing between clothing patterns. To achieve this, the worker must rearrange the positions of each pattern, which increases the work time and requires additional work to change the appearance of the clothing.

[0008] Additionally, there is a problem that conflicts may occur between clothing patterns, which may result in errors in the final appearance of the item when worn.

[0009] In addition, there is a problem that precise clothing and wearing states cannot be expressed because each of the joining points that are joined to each other within the same clothing pattern are joined simultaneously, and errors occur in collisions and joining states.

[0010] The purpose of the present invention is to provide a three-dimensional clothing modeling method capable of implementing various wearing forms of clothing in three-dimensional space in order to solve the above problems.

[0011] The present invention has been created to achieve the above-described object of the present invention, and discloses a three-dimensional clothing modeling method including a pattern arrangement step (S100) of arranging a plurality of patterns (20) spaced apart from each other to form a clothing (30) by combining them on a three-dimensional body (10); a combination order designation step (S200) of designating a combination order for the patterns (20) to be combined with each other after the pattern arrangement step (S100); and a clothing wearing step (S300) of combining the patterns (20) according to the combination order designated through the combination order designation step (S200) and wearing the clothing (30) on the body (10).

[0012] At least one of the steps before and after the above-mentioned combining order specifying step (S200) may additionally include a sewing line specifying step (S400) for connecting the positions where the plurality of clothing patterns (20) arranged according to the above-mentioned pattern arrangement step (S100) are combined with each other through a sewing line (40).

[0013] In the above pattern arrangement step (S100), N groups of patterns (20) forming one garment (30) can be arranged to form a plurality of garments (30).

[0014] The above combination order designation step (S200) can designate the combination order for the N groups of patterns (20) to designate the wearing order between a plurality of costumes (30).

[0015] In the above combination order designation step (S200), the patterns (20) within the same group can be combined simultaneously.

[0016] The above combination order designation step (S200) can designate the combination order for the patterns (20) within the same group.

[0017] The above combination order designation step (S200) can set the combination order and time difference for the pattern (20) that is the combination target.

[0018] The parallax may be the same for the plurality of above patterns (20).

[0019] The above combination order designation step (S200) can designate the combination order by adjusting the arrangement interval between the patterns (20) that are combined with each other.

[0020] The above combination order designation step (S200) can be automatically designated according to the vertical distance between the patterns (20) and the body (10).

[0021] In the above combination order designation step (S200), the combination order can be faster as the vertical distance is closer.

[0022] In addition, the present invention discloses a three-dimensional clothing modeling method including a pattern arrangement step (S100) of arranging a plurality of patterns (20) spaced apart from each other to form a clothing (30) by combining with each other on a three-dimensional body (10); a sewing line designation step (S400) of connecting positions where the plurality of patterns (20) arranged according to the pattern arrangement step (S100) are combined with each other through a sewing line (40); and a clothing wearing step (S300) of combining the patterns (20) connected through the sewing line designation step (S400) to wear the clothing (30) on the body (10).

[0023] After the above sewing line designation step (S400), a sewing order designation step (S500) for designating the joining order for the sewing lines (40) may be additionally included.

[0024] The above sewing line designation step (S400) may include a joining point setting step (S410) for setting a joining point for each of the patterns (20) that are joined to each other, and a sewing line connection step (S420) for connecting the sewing line (40) between the joining points corresponding to each other through the joining point setting step (S410).

[0025] The above sewing line connecting step (S420) can set the joining pressure between the joining points that are joined through the sewing line (40).

[0026] The bonding pressure between the bonding points may vary depending on the length of the above sewing line (40).

[0027] The bonding pressure between the bonding points may vary depending on the thickness of the above-mentioned sewing line (40).

[0028] The above-mentioned clothing fitting step (S300) can sequentially combine the patterns (20) according to the order between the sewing lines (40) specified through the sewing order designation step (S500).

[0029] The three-dimensional clothing modeling method according to the present invention has the advantage of being able to precisely check the state and appearance of the clothing when worn by modeling and displaying the clothing in a three-dimensional space.

[0030] In particular, the three-dimensional clothing modeling method according to the present invention has the advantage of being able to confirm the appearance of the clothing worn in the final wearing method desired by the user by considering the wearing order for each pattern.

[0031] In addition, the three-dimensional clothing modeling method according to the present invention has the advantage of being able to prevent and process collisions between worn patterns through the wearing order for each pattern, thereby preventing errors in the final worn state.

[0032] In addition, the three-dimensional clothing modeling method according to the present invention has the advantage of being able to express precise clothing and wearing conditions by specifying the joining order between joining points that are joined to each other within the same pattern.

[0033] FIG. 1 is a drawing showing a system for implementing a three-dimensional clothing modeling method according to the present invention.

[0034] Figure 2 is a drawing showing the wearing state of a conventional 3D clothing modeling method.

[0035] Figures 3a to 3d are drawings showing the upper and lower garment wearing process using a three-dimensional garment modeling method according to the present invention.

[0036] Figures 4a to 4c are drawings showing the process of putting on a top using a three-dimensional clothing modeling method according to the present invention.

[0037] FIGS. 5a and 5b are drawings showing a sleeve rolling-up process using a three-dimensional clothing modeling method according to the present invention.

[0038] Figure 6 is a flowchart showing one embodiment of a three-dimensional clothing modeling method according to the present invention.

[0039] Figure 7 is a flowchart showing another embodiment of a three-dimensional clothing modeling method according to the present invention.

[0040] Hereinafter, a three-dimensional clothing modeling method according to the present invention will be described with reference to the attached drawings.

[0041] A three-dimensional clothing modeling method according to the present invention includes, as illustrated in FIG. 6, a pattern arrangement step (S100) of arranging a plurality of patterns (20) spaced apart from each other to form a clothing (30) by combining them on a three-dimensional body (10); a combination order designation step (S200) of designating a combination order for the patterns (20) to be combined with each other after the pattern arrangement step (S100); and a clothing wearing step (S300) of combining the patterns (20) according to the combination order designated through the combination order designation step (S200) and wearing the clothing (30) on the body (10).

[0042] In addition, the three-dimensional clothing modeling method according to the present invention may additionally include a sewing line designation step (S400) for connecting the positions where multiple clothing patterns (20) arranged according to the pattern arrangement step (S100) are combined with each other through a sewing line (40) at least one of before and after the combination order designation step (S200).

[0043] The three-dimensional modeling method of clothing according to the present invention can be performed through a network environment as illustrated in Fig. 1.

[0044] More specifically, the above network environment is a configuration including a user terminal (100), a server (200), and a network (300), and various configurations are possible.

[0045] The above user terminal (100) may be a fixed terminal implemented as a computer device or a mobile terminal, and may be, for example, a smartphone, a mobile phone, a navigation device, a computer, a laptop, a digital broadcasting terminal, a PDA (Personal Digital Assistant), a PMP (Portable Multimedia Player), a tablet PC, etc.

[0046] The above user terminal (100) can communicate with a single or multiple servers (200) and mutual user terminals (100) through a network (300) at the same time.

[0047] At this time, the user terminal (100) can apply any type of communication method disclosed in the past, and can include not only a communication method utilizing a communication network such as a mobile communication network, wired Internet, wireless Internet, broadcasting network, etc. that the network (300) can include, but also short-range wireless communication between devices.

[0048] The above network (300) may include, for example, one or more networks among networks such as PAN, LAN, CAN, MAN, WAN, BBN, and the Internet.

[0049] The above server (200) may be implemented as a computer device or multiple computer devices that provide commands, codes, files, contents, services, etc. to a user terminal (100) through a network (300).

[0050] For example, the server (200) can provide a file for installing an application to a user terminal (100) connected through a network (300), and the user terminal (100) can install the application using the file provided from the server (200).

[0051] In addition, the user terminal (100) can access the server (200) and receive services or content provided by the server (200). For example, when the user terminal (100) requests a pattern (20), which is data for clothing (30), through a network (300), the server (200) can transmit at least one stored pattern (20) to the user terminal (100) in response.

[0052] In the same way, when the user terminal (100) accesses the server (200) and requests a pre-stored 3D body (10) model as a service and content provided by the server (200), the server (200) can transmit the 3D body (10) to the user terminal (100) in response.

[0053] The above pattern arrangement step (S100) may be a step of arranging a plurality of patterns (20) that are spaced apart from each other to form a garment (30) by combining them on a three-dimensional body (10).

[0054] For example, the above pattern arrangement step (S100) can induce the formation of a garment (30) by combining the patterns (20) through the garment putting step (S300) described later by arranging the transmitted plurality of patterns (20) at intervals on the body (10).

[0055] To this end, the pattern arrangement step (S100) can arrange a plurality of patterns (20) at corresponding positions on the body (10), and can set a position where the garment (30) is worn on the body (10) as the garment (30) is formed by combining the corresponding patterns (20).

[0056] More specifically, the pattern arrangement step (S100) may be performed by arranging the front pattern (21), the back pattern (22) and the sleeve pattern (23) of the upper body (30) corresponding to the upper body at corresponding positions on the upper body (10) and spaced apart from the body (10), and then combining the front pattern (21), the back pattern (22) and the sleeve pattern (23) of the upper body based on the corresponding sewing line (40) to form the upper body.

[0057] In addition, in this case, the sleeves of the upper garment can be formed by joining the corresponding sewing lines (40) between the sleeve pattern (23) and the upper garment front pattern (21) and the upper garment back pattern (22), and at the same time, they can be arranged so that they correspond to the arm portion of the body (10) and can be worn.

[0058] Furthermore, in the pattern arrangement step (S100), N groups of patterns (20) forming one garment (30) can be arranged to form a plurality of garments (30).

[0059] That is, by arranging the patterns (20) of multiple groups, multiple costumes (30) can be formed and worn on the body (10).

[0060] Meanwhile, when wearing the garment by combining the patterns (20) according to the clothing wearing step (S300) described later through the arrangement of the patterns (20), there is a problem that the user's desired wearing form cannot be implemented or that precise wearing cannot be achieved due to collision between the patterns (20) or between the pattern (20) and the body (10).

[0061] More specifically, for example, when the top and bottom are worn overlapping each other, the top may be worn in a way that it is positioned outside the bottom or the bottom may be worn in a way that it is positioned outside the top, depending on the user's choice.

[0062] That is, in the case of costumes (30) that have overlapping sections depending on the user's selection, the costumes (30) located on the inner and outer sides can be distinguished, and such a placement relationship needs to be set depending on the user's selection.

[0063] Furthermore, during the dressing process, a collision or overlapping phenomenon may occur between overlapping garments (30), and a similar phenomenon may also occur between the garments (30) and the body (10).

[0064] In order to improve the above-mentioned problem, the above-mentioned combination order designation step (S200) is a configuration that designates the combination order for patterns (20) that are combined with each other after the pattern arrangement step (S100), and various configurations are possible.

[0065] That is, the above combination order designation step (S200) can designate the combination order in the combination of the corresponding pattern (20) among the plurality of patterns (20) arranged apart from the body (10).

[0066] For example, the above combination order designation step (S200) can designate the combination order for N groups of patterns (20) to designate the wearing order between multiple garments (30).

[0067] That is, when a plurality of patterns (20) forming one garment (30) are viewed as one group, N groups can be arranged to form N garments (30) and wear them on a body (10), and at this time, the combination order between patterns (20) within one group and patterns (20) within another group can be determined.

[0068] More specifically, a combination order can be specified between a group including patterns (20) forming the upper garment, for example, a top front pattern (21), a top back pattern (22), and a sleeve pattern (23), and a group including patterns (20) forming the lower garment, for example, a bottom front pattern (25) and a bottom back pattern (26).

[0069] Furthermore, the waist strap pattern (27) forming the waist strap can also be set as a group and the joining order can be specified.

[0070] In this case, when the lower garment is to be worn on the inside of the upper garment, the combination order of the group of patterns (20) forming the lower garment may be specified to be combined before the combination order of the group of patterns (20) forming the upper garment.

[0071] At this time, patterns (20) within the same group can be combined simultaneously.

[0072] More specifically, the upper front pattern (21), upper back pattern (22), and sleeve patterns (23) are each joined later than the lower front pattern (25) and lower back pattern (26), but the joining between them can occur simultaneously.

[0073] That is, as shown in FIGS. 3a to 3d, the upper garment front pattern (21), the upper garment back pattern (22), and the sleeve pattern (23) are first combined to wear the upper garment by putting it into the lower garment, then the lower garment front pattern (25) and the lower garment back pattern (26) are combined, and finally, the sewing line (40) set at both ends of the waistband pattern (27) is combined, thereby sequentially arranging the upper garment, the lower garment, and the waistband.

[0074] In contrast, if all patterns (20) are combined simultaneously without specifying the combination order, problems may occur in which the upper and lower garments appear to overlap, or the waistband appears to overlap the upper garment or be worn inside, as shown in Fig. 2.

[0075] Meanwhile, as another example, the combination order designation step (S200) can separately designate the combination order for patterns (20) within the same group.

[0076] That is, by specifying not only the combination order between groups of patterns (20) that constitute a garment (30), but also the combination order between patterns (20) within the same group that constitute the same garment (30), a more precise dressing order and dressing of the garment can be implemented.

[0077] More specifically, the upper front pattern (21), upper back pattern (22), and sleeve patterns (23) are each joined later than the lower front pattern (25) and lower back pattern (26), and further, the joining order can be specified so that the joining between the upper front pattern (21) and upper back pattern (22) occurs before the joining with the sleeve pattern (23).

[0078] In this case, the lower garment is put on first based on the body (10), and then the upper garment, excluding the sleeves, is put on, and then the sleeves can be put on.

[0079] The above combination order designation step (S200) can set the combination order and time difference for the pattern (20) that is the combination target.

[0080] More specifically, the order of combination between patterns (20) that are combined with each other and other patterns (20) that are combined with each other can be specified, and further, the time difference between them in which the combination is performed can be set.

[0081] At this time, the time difference means the time difference in which the combination is performed between patterns (20) having a combination precedence relationship, and by setting the time difference, more stable combination can be induced.

[0082] Meanwhile, the above time difference may have the same value for multiple patterns (20), and more specifically, when the combining order is specified, combining may be performed with the same time difference.

[0083] Additionally, unlike what was mentioned above, it is also of course possible to specify the time difference differently for each pattern (20).

[0084] Meanwhile, as another embodiment of the combination order designation step (S200), the combination order designation step (S200) can designate the combination order by adjusting the arrangement interval between patterns (20) that are combined with each other.

[0085] That is, the above-mentioned combination order designation step (S200) can indirectly designate the combination order between the patterns (20) by adjusting the arrangement interval between the patterns (20) that are combined with each other, i.e., the degree of separation between the patterns (20) from the body (10).

[0086] For example, when it is desired to place the upper garment on the inside of the lower garment, the gap between the patterns (20) forming the upper garment and the body (10) is set to be smaller than the gap between the patterns (20) forming the lower garment and the body (10), so that when wearing is performed simultaneously according to the combination, the upper garment can be induced to be located on the inside of the lower garment.

[0087] Meanwhile, the above-described combination order designation step (S200) can be applied between various patterns (20) that make up a garment (30), and at this time, the pattern (20) includes not only a piece of cloth for simply making the garment (30), but also buttons, zippers, other joining parts and accessories used in making the garment (30), and it goes without saying that it can also be applied between a piece of cloth and other accessories.

[0088] In addition, the above combination order designation step (S200) performs combination according to the specified order, and in this case, combination can be performed regardless of the arrangement relationship between patterns (20) according to the above-described pattern arrangement step (S100).

[0089] More specifically, the above combination order designation step (S200) can be set to pass through without collision for a pattern (20) having a combination order that is the same as or later than the combination target pattern (20), and can be set to cause a collision for a pattern (20) having a combination order that is higher in priority than the combination target pattern (20).

[0090] In addition, as another example, the combination order designation step (S200) can be automatically designated according to a preset order after the pattern arrangement step (S100).

[0091] For example, the above combination order designation step (S200) can be automatically designated according to the vertical distance between the patterns (20) and the body (10), and the closer the vertical distance, the faster the combination order can be.

[0092] Also, as another example, the longer the vertical distance, the faster the combination order can be set, and the combination order can be automatically set quickly in the order of top, bottom, and accessories.

[0093] The above sewing line designation step (S400) is a step of connecting the positions where multiple clothing patterns (20) arranged according to the pattern arrangement step (S100) are combined with each other through a sewing line (40) at least one of before and after the combination order designation step (S200), and can be performed by various methods.

[0094] That is, the above sewing line designation step (S400) is a step for designating a joining position between patterns (20) that are joined to each other, and by setting a sewing line (40) between the joining positions of patterns (20) that are joined to each other, it is possible to induce joining to be performed along the sewing line (40) in the clothing wearing step (S300) described later.

[0095] In this case, the sewing line designation step (S400) may be performed before the clothing wearing step (S300) occurs after the pattern arrangement step (S100), and may be performed regardless of the combination order designation step (S200).

[0096] The above-mentioned clothing wearing step (S300) may be a step of wearing a clothing (30) on a body (10) by combining patterns (20) according to the combination order specified through the combination order designation step (S200).

[0097] More specifically, the above-described clothing wearing step (S300) forms a clothing (30) by combining positions corresponding to each of the patterns (20) that are connected to each other through sewing lines (40) designated through the sewing line designation step (S400), and at the same time, the clothing (30) can be worn on the body (10).

[0098] Meanwhile, in this case, the clothing wearing step (S300) can induce each clothing (30) to form an appropriate arrangement relationship on the body (10) according to the user's intention by combining the patterns (20) according to the combination order and time difference specified through the combination order designation step (S200) described above.

[0099] Hereinafter, a three-dimensional clothing modeling method according to another embodiment of the present invention will be described with reference to the attached drawings, and the same terms will be used for the same steps as in the above-described embodiment, and duplicate descriptions will be omitted.

[0100] Therefore, the contents of the above-described embodiments can be equally applied except for the descriptions mentioned in the examples below.

[0101] In addition, the three-dimensional clothing modeling method according to the present invention includes, as illustrated in FIG. 7, a pattern arrangement step (S100) of arranging a plurality of patterns (20) spaced apart from each other to form a clothing (30) by combining with each other on a three-dimensional body (10); a sewing line designation step (S400) of connecting positions of the plurality of patterns (20) arranged according to the pattern arrangement step (S100) to be combined with each other through a sewing line (40); and a clothing wearing step (S300) of combining the patterns (20) connected through the sewing line designation step (S400) to wear the clothing (30) on the body (10).

[0102] In addition, the three-dimensional clothing modeling method according to the present invention may additionally include a sewing order designation step (S500) for designating the joining order of the sewing lines (40) after the sewing line designation step (S400).

[0103] The above pattern arrangement step (S100) and clothing fitting step (S300) can be applied to the above-described steps, so redundant explanations are omitted.

[0104] The above sewing line designation step (S400) may be a step of connecting the positions where multiple patterns (20) arranged according to the pattern arrangement step (S100) are combined with each other through a sewing line (40).

[0105] For example, the above sewing line designation step (S400) may include a joining point setting step (S410) for setting a joining point for each of the patterns (20) that are joined to each other, and a sewing line connection step (S420) for connecting a sewing line (40) between the joining points that correspond to each other through the joining point setting step (S410).

[0106] That is, the above sewing line designation step (S400) can set each joining point between patterns (20) that are joined to each other and designate a sewing line (40) that connects the set joining positions.

[0107] Meanwhile, in this case, the joining information between the joining points can be expressed and set through the sewing line (40).

[0108] For example, the above sewing line connecting step (S420) can set the joining pressure between the joining points that are joined through the sewing line (40), and the joining pressure at this time is the difference in the degree of joining between each other. When joining with a high joining pressure, the joining speed between the two joining points can be fast and the degree of joining can be strong.

[0109] At this time, as a method for expressing the bonding pressure, the bonding pressure between the bonding points may vary depending on the length of the sewing line (40), and more specifically, the longer the length of the sewing line (40), the greater the bonding pressure between the bonding points.

[0110] In addition, as another example, the degree of bonding between bonding points may vary depending on the thickness of the sewing line (40), and more specifically, as the thickness of the sewing line (40) increases, the bonding pressure between the bonding points may increase.

[0111] The above sewing order designation step (S500) may be a step for designating the joining order of sewing lines (40) after the sewing line designation step (S400).

[0112] That is, by specifying the order of combination between multiple sewing lines (40) set between patterns (20) that are combined with each other, a more precise expression of clothing (30) can be achieved.

[0113] For example, in the sewing order designation step (S500), as shown in FIGS. 4a to 4c, when expressing a wrinkled shape in the waist area of ​​the garment (30), first sewing lines (41) for joining the edges between the front pattern (21) and the back pattern (22) of the top, and second sewing lines (42) for joining the patterns between the front pattern (21) and the back pattern (22) of the top by folding them inward can be set.

[0114] In this case, if the second sewing lines (42) are joined at the same time as or later than the first sewing line (41), the second sewing line (42) may not perform the joining that folds the pattern waist part inward according to the joining pressure of the first sewing line (41) as the second sewing line (42) is joined while the first sewing line (41) is joined, and an error may occur in which the pattern waist part protrudes outward and folds.

[0115] That is, by specifying the joining order between sewing lines (40) connecting each joining point between patterns (20), precise joining can be induced and delicate clothing (30) can be expressed.

[0116] In addition, as another example, in the case of expressing a rolled-up shape, in which the end of the sleeve portion of the garment (30) is folded and rolled up as shown in FIGS. 5a and 5b, a third sewing line (43) connecting the joining point of the end of the sleeve and the middle of the sleeve may be set to express the shape of the folded sleeve, and a fourth sewing line (44) connecting the two ends may be set to express the circular rolled-up shape of the end of the sleeve.

[0117] Even in this case, if the third sewing line (43) is joined simultaneously or late with the fourth sewing line (44), the third sewing line (43) for roll-up is joined while both ends are joined to each other in order to express the circular shape of the sleeve end, and the roll-up at the position where the fourth sewing line (44) is positioned cannot be performed, and an error may occur overall.

[0118] Accordingly, a sewing order designation can be performed to sequentially combine the third sewing line (43) and the fourth sewing line (44).

[0119] Meanwhile, the sewing order designation step (S500) can be applied to the sewing line (40) in the same manner as the above-described joining order designation step (S200), and the joining order and time difference can be designated, and the length of the sewing line (40), i.e., the distance between joining points, can be adjusted.

[0120] Accordingly, the above-mentioned clothing fitting step (S300) can sequentially combine patterns (20) according to the order between sewing lines (40) specified through the sewing order designation step (S500).

[0121] Meanwhile, the combination order designation step (S200) for designating the combination order between patterns (20) and the sewing order designation step (S500) for designating the combination order between sewing lines (40) can be applied simultaneously, and through this, while sequential combination between patterns (20) is performed, sequential combination between sewing lines (40) within the pattern (20) can be performed at a time difference.

[0122] In addition, the three-dimensional clothing modeling method according to the present invention may additionally include a step of loading body (10) and pattern (20) information before the pattern placement step (S100).

[0123] That is, the three-dimensional clothing modeling method according to the present invention may further include a data loading step of loading pattern data including the pattern (20) information and body data including the three-dimensional shape of the body (10); and a body display step of displaying the body (10) in three-dimensional space based on the body data.

[0124] The above data loading step may be a step of loading pattern data including pattern (20) information and body data including three-dimensional shape information of the body (10).

[0125] The above data loading step can load the data from the memory in the terminal (100) or the server (200) to make the pattern data and body data displayable and editable.

[0126] At this time, if there are multiple generated pattern data, loading of the pattern data can be done by the user's selection of one of the multiple pattern data stored in the memory of the user terminal (100).

[0127] Additionally, loading of the above pattern data may be accomplished by the user downloading specific pattern data from the server (200).

[0128] Similar to the above-described pattern data, the data loading step can load body data for the body (10), and at this time, the body data is three-dimensional shape information of the body (10), and can include information on at least one of size, proportion of each part, race, gender, and skin color.

[0129] In addition, the user terminal (100) according to the present invention can modify the values ​​of items included in the body data based on the user's body data modification input, and as an example, the user terminal (100) can modify information about gender included in the body data from male to female based on the user's input for modifying the user's gender from male to female.

[0130] The above body display step may be a step of displaying a three-dimensional body (10) reflecting the user's body data.

[0131] At this time, the body data, as described above, may be information for matching the body (10) on which the clothing is displayed to be similar to the user's body, as dimensional information about the user's body.

[0132] To this end, the body data can be provided by the user by inputting it through the user terminal (100), and may include, for example, dimensional information for each body part such as height, weight, waist circumference, and chest circumference.

[0133] The above body display step can display the body (10) with the highest similarity among a plurality of 3D bodies (10) stored in the server (200) or user terminal (100) based on body data input by the user.

[0134] At this time, the body display step can display the stored 3D body (10) with the highest similarity by synthesizing the body data input by the user on the user terminal (100), and in this case, the body (10) with the highest similarity among the multiple 3D bodies (10) stored in the server (200) can be retrieved.

[0135] Meanwhile, as another example, it is also obvious that a user can immediately display a 3D body (100) in which body data that the user has previously stored in a user terminal (100) or server (200) is reflected.

[0136]

[0137] The above is only a description of some of the preferred embodiments that can be implemented by the present invention, and as is well known, the scope of the present invention should not be construed as being limited to the above embodiments, and the technical ideas of the present invention described above and the technical ideas underlying them are all included in the scope of the present invention.

Claims

1. A pattern arrangement step (S100) of arranging a plurality of patterns (20) spaced apart from each other to form a garment (30) by combining them on a 3D body (10); A combination order designation step (S200) for designating the combination order of the patterns (20) that are combined with each other after the above pattern arrangement step (S100); A three-dimensional clothing modeling method characterized by including a clothing wearing step (S300) of wearing the clothing (30) on the body (10) by combining the patterns (20) according to the combination order specified through the combination order designation step (S200).

2. In claim 1, A three-dimensional clothing modeling method characterized in that it additionally includes a sewing line designation step (S400) for connecting the positions where multiple clothing patterns (20) arranged according to the pattern arrangement step (S100) are combined with each other through a sewing line (40) at least one of before and after the above combination order designation step (S200).

3. In claim 1, The above pattern placement step (S100) is A three-dimensional clothing modeling method characterized in that a group of patterns (20) forming one clothing (30) are arranged in N groups to form a plurality of clothing (30).

4. In claim 3, The above combination order designation step (S200) is A three-dimensional clothing modeling method characterized in that the combination order is specified for the above patterns (20) of N groups to specify the wearing order among a plurality of clothing (30).

5. In claim 4, The above combination order designation step (S200) is A three-dimensional clothing modeling method characterized in that the above patterns (20) within the same group are combined simultaneously.

6. In claim 4, The above combination order designation step (S200) is A three-dimensional clothing modeling method characterized by specifying a combination order for the above patterns (20) within the same group.

7. In claim 1, The above combination order designation step (S200) is A three-dimensional clothing modeling method characterized by setting the combination order and time difference for the above pattern (20) which is a combination target.

8. In claim 7, A three-dimensional clothing modeling method characterized in that the parallax for the plurality of above patterns (20) is the same.

9. In claim 1, The above combination order designation step (S200) is A three-dimensional clothing modeling method characterized in that the combination order is specified by adjusting the arrangement interval between the above patterns (20) that are combined with each other.

10. In claim 1, The above combination order designation step (S200) is A three-dimensional clothing modeling method characterized in that the vertical distance between the above patterns (20) and the above body (10) is automatically designated.

11. In claim 10, The above combination order designation step (S200) is A 3D clothing modeling method characterized in that the closer the vertical distance, the faster the combination order.

12. A pattern arrangement step (S100) of arranging a plurality of patterns (20) spaced apart from each other to form a garment (30) by combining them on a 3D body (10); A sewing line designation step (S400) for connecting the positions where the plurality of patterns (20) arranged according to the above pattern arrangement step (S100) are combined with each other through a sewing line (40); A three-dimensional clothing modeling method characterized by including a clothing wearing step (S300) of wearing the clothing (30) on the body (10) by combining the patterns (20) connected through the sewing line designation step (S400).

13. In claim 12, A three-dimensional clothing modeling method characterized in that it additionally includes a sewing order designation step (S500) for designating the joining order of the sewing lines (40) after the sewing line designation step (S400).

14. In claim 13, The above sewing line designation step (S400) is A three-dimensional clothing modeling method characterized by including a joining point setting step (S410) for setting a joining point for each of the above patterns (20) that are joined to each other, and a sewing line connecting step (S420) for connecting the sewing line (40) between the joining points corresponding to each other through the joining point setting step (S410).

15. In claim 14, The above sewing line connection step (S420) is A three-dimensional clothing modeling method characterized by setting a joining pressure between the joining points that are joined through the above sewing line (40).

16. In claim 12, A three-dimensional clothing modeling method characterized in that the bonding pressure between the bonding points varies depending on the length of the above sewing line (40).

17. In claim 12, A three-dimensional clothing modeling method characterized in that the bonding pressure between the bonding points varies depending on the thickness of the above sewing line (40).

18. In claim 13, The above clothing fitting step (S300) is A three-dimensional clothing modeling method characterized in that the patterns (20) are sequentially combined according to the order between the sewing lines (40) specified through the sewing order designation step (S500).

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