WO2004079652A1

WO2004079652A1 - Virtual try-on display apparatus, virtual try-on display method, virtual try-on display program, and computer readable recording medium in which that program has been recorded

Info

Publication number: WO2004079652A1
Application number: PCT/JP2004/002644
Authority: WO
Inventors: Akinori Suzuki
Original assignee: Digital Fashion Ltd.
Priority date: 2003-03-07
Filing date: 2004-03-03
Publication date: 2004-09-16
Also published as: JP2004272530A; JP3742394B2

Abstract

In a virtual try-on display apparatus that combines a two-dimensional image of a human body with a two-dimensional image of clothes to display a virtual try-on state, a storing part (30) stores an image of a human body and first and second images of clothes. A mask image producing part (22) produces a mask image in which the second image of clothes is superimposed on the human body image. A masking part (24) uses the mask image to mask the image in which the first image of clothes is superimposed on the human body image. A portrayal image producing part (25) produces a portrayal image in which the second clothes image is superimposed on the masked image. A display part (40) displays the portrayal image.

Description

Description Virtual fitting display device, virtual fitting display method, virtual fitting display program, and computer readable recording medium storing the program

The present invention provides a virtual try-on display device, a virtual try-on display method, a virtual try-on display program, and a computer-readable recording of the program, which display a virtual try-on state by combining a clothes image with a human body image. Related to a simple recording medium. Background art

Conventionally, in the apparel industry, for the purpose of selling fashion items such as clothes, a human body image as a model on a computer and a clothes image desired by a user are superimposed and displayed on a monitor as a composite image. Therefore, a simulation of a virtual fitting state of clothes is being performed. This prior art is disclosed, for example, in Japanese Patent Application Laid-Open No. H11-203347.

FIG. 20 is a diagram illustrating an example of a combined image obtained by combining a human body image, a first clothing image, and a second clothing image in a case where conventional processing is performed. When a human body image representing the human body M, a first clothing image representing the first clothing U, and a second clothing image representing the second clothing J are combined, a composite image G G4 is created.

By the way, in the case of performing a simulated fitting in a virtual fitting state by creating a composite image as described above, the first clothes representing clothes to be tried on the human body are further replaced by the first clothes. When the second garment is larger than the second garment representing the garment to be tried on, the first garment, which is actually covered by the second garment and should not be seen, protrudes from the second garment and is displayed.

As shown in FIG. 20, a human body M, a first garment U such as a shirt to be tried on the human body, and a second garment J to be tried on the shirt such as a knitted shirt are overlapped. When displayed together, the sleeve, torso, and hem (the hatched portion in the figure) of the first garment U are displayed so as to protrude from the second garment J. Therefore, the first clothes and Trying on the second and second clothes virtually will give a very uncomfortable feeling.

In order to solve such a problem, conventionally, for all combinations of clothes, corrections such as manually removing a protruding portion were added. However, manual correction is a very time-consuming task. If the number of clothes that simulate the fitting state increases, the number of combinations increases, and synthesis must be corrected. The number of images will be enormous, making manual corrections difficult.

Also, when creating such a composite image with a two-dimensional image, in order to be able to recognize the fitting state from any direction of 360 degrees, for example, each of the 16 directions divided every 22.5 degrees is used. 16 images taken from the viewpoint are prepared in advance for all clothing images. As a result, the number of clothing images used for the simulation of the fitting state is further increased, and it is more difficult to perform manual correction. Disclosure of the invention

The present invention has been made to solve the above-described problem, and can display a virtual fitting state in a case where clothes images representing a plurality of clothes are superimposed on a human body image representing a human body without a sense of discomfort. It is an object of the present invention to provide a virtual fitting display device, a virtual fitting display method, a virtual fitting display program, and a computer-readable recording medium storing the program.

The virtual fitting display device according to the present invention is a virtual fitting display device that displays a virtual fitting state by synthesizing a two-dimensional clothing image with a two-dimensional human body image, wherein the clothing image is the human body. A two-dimensional first clothing image virtually tried on on the image, and a two-dimensional second clothing image virtually tried on the first clothing image; Storage means for storing a human body image, a first clothing image, and a second clothing image; the human body image read from the storage means; and a second clothing image read from the storage means. Mask image creating means for creating a mask image by superimposing the first clothing image read from the storage means on the human body image read from the storage means. A mask created by the mask image creating means; Masking means for masking using an image; drawing image creation means for creating a drawing image in which the image masked by the masking means and the second clothing image read from the storage means are superimposed; Image display means for displaying the drawn image created by the drawn image creating means.

According to this configuration, a mask image in which the human body image and the second clothing image are superimposed on the image in which the first clothing image virtually tried on the human body image is superimposed on the human body image A drawing image is created by superimposing the masked image and the second clothing image, and the created drawing image is displayed, so that the first clothing image is compared to the second clothing image. Even when the size is large, the first clothing image can be displayed without protruding from the second clothing image, and the fitting state virtually tried on can be displayed without a sense of discomfort.

In the virtual fitting display device, the storage unit stores a plurality of types of second clothing images, and the mask image creation unit calculates a logical product of an overlapping area of the plurality of types of second clothing images. The mask image is created by calculating the logical sum of the overlapping area of the image created by the calculation and the human body image, and the masking means reads the first clothes read from the storage means. Masking an image obtained by superimposing an image on the human body image read from the storage unit using a mask image created by the mask image creating unit; Creating a drawn image in which the image masked by the means and the first second clothing image read from the storage means are superimposed, and the image display means comprises: It is preferable to display the drawn image created by the image the image creation means.

According to this configuration, the mask image is obtained by calculating the logical sum of the overlapping area of the human body image and the image created by obtaining the logical product of the overlapping areas of the plurality of types of second clothing images. Is created, a mask image is used to mask an image obtained by superimposing the first clothing image on the human body image, and a drawing image obtained by superimposing the masked image and the first second clothing image is obtained. The created drawing image is displayed. Therefore, since the first clothing image is masked by the mask image including the human body image while including all of the multiple types of second clothing images, the second clothing image of one of the multiple types of second clothing images is masked. Of the first clothing image and the human body image Also, the first clothing image can be displayed without protruding from the second clothing image.In the virtual fitting display device, the clothing image is virtually further above the second clothing image. The storage means stores a plurality of types of third clothing images, and the mask image creation means includes a logic of an overlapping area of the plurality of types of third clothing images. A mask image is created by calculating a logical sum of an image created by obtaining a product and an overlapping area of the human body image, and the masking unit reads the second clothing image read from the storage unit. Masking an image superimposed on the human body image read from the storage unit using a mask image created by the mask image creating unit; The step creates a drawn image in which the image masked by the masking means and the third clothing image read from the storage means are overlapped, and the image display means creates the drawn image by the drawn image creating means It is preferable to display the rendered drawing image. According to this configuration, when the third clothing image is virtually tried on further than the second clothing image, the logical product of the overlapping regions of the plurality of types of third clothing images is obtained. A mask image is created by calculating the logical sum of the created image and the overlapping region of the human body image, and the image obtained by superimposing the second clothing image on the human body image is masked using a mask image. A drawing image is created by superimposing the masked image and the first third clothing image, and the created drawing image is displayed. Therefore, since the second clothing image is masked by the mask image including the human body image while including all of the multiple types of third clothing images, one of the multiple types of third clothing images is included. Even if the third clothing image is combined with the second clothing image and the human body image, the second clothing image can be displayed without protruding from the third clothing image.

In the virtual fitting display device, the storage means may store a point at which a line that equally divides a circle centered on a human body into predetermined angles based on the center point and a circular arc of the circle intersect. A plurality of the human body images photographed from a plurality of viewpoints, and the first clothing image and the second clothing image are stored.The mask image creating unit is read from the storage unit. The human body image viewed from a specific viewpoint and a second clothing image viewed from the same viewpoint as the human body image read from the storage means. Creating a mask image in which the first clothing image viewed from the same viewpoint as the human body image read from the storage means is superimposed on the human body image read from the storage means. The masked image is masked using the mask image created by the mask image creating unit, and the drawn image creating unit reads the image masked by the masking unit and the image read from the storage unit. It is preferable that a drawing image is created by superimposing the human body image and a second clothing image viewed from the same viewpoint, and the image display means displays the drawing image created by the drawing image creation means.

According to this configuration, a point at which a line that equally divides a circle centered on the human body at a predetermined angle with respect to the center point as a reference and the arc of the circle intersect is used as a viewpoint, and shooting is performed from the same viewpoint. Alternatively, a mask image is created by superimposing the plurality of created human body images and the second clothing image, and masking is performed using the mask image on the image obtained by superimposing the first clothing image on the human body image. Then, a drawing image is created by superimposing the masked image and the second image, and the created drawing image is displayed. Therefore, even if the first clothing image is larger than the second clothing image, the first clothing image can be displayed without protruding from the second clothing image, and the fitting state virtually tried on is changed to 2 It can be displayed three-dimensionally using a two-dimensional image, and the fitting state viewed from multiple viewpoints can be confirmed.

The virtual fitting display device further includes a mask image correction accepting unit that accepts a modification of the mask image created by the mask image creating unit according to the outer shape of the first clothing image, and the masking unit. Preferably, the drawing image created by the drawing image creation unit is masked using the mask image modified by the mask image modification receiving unit.

According to this configuration, the correction according to the outer shape of the first clothing image of the mask image created by the mask image creating means by the user is accepted, and the drawing image created by the drawing image creating means is changed to the mask image correction. Since the masking is performed using the mask image corrected by the receiving means, the fitting state virtually tried on can be displayed without further discomfort, and the actual fitting state can be realistically reproduced. . The virtual fitting display method according to the present invention is a virtual fitting display method for displaying a virtual fitting state by combining a two-dimensional human body image with a two-dimensional clothing image. A two-dimensional first clothing image virtually tried on on the human body image, and a two-dimensional second clothing image virtually tried on the first clothing image, The computer is configured to read the human body image read from the storage unit that stores the human body image, the first clothing image, and the second clothing image, and the second clothing read from the storage unit. A mask image creating step of creating a mask image by superimposing a clothes image, wherein the combination superimposes the first clothes image read from the storage means on the human body image read from the storage means. For the combined image, the mask image creation step A masking step of masking using the mask image created in the step, and the computer superimposes the image masked in the masking step and the second clothing image read from the storage means. It is characterized by including a drawing image creation step of creating a drawing image, and an image display step of displaying the drawing image created by the computer in the drawing image creation step.

A virtual fitting display program according to the present invention is a virtual fitting display program for displaying a virtual fitting state by synthesizing a two-dimensional clothing image with a two-dimensional human body image, wherein the clothing image includes: A 2D first clothing image virtually tried on on the human body image, and a 2D second clothing image virtually tried on the first clothing image, Storage means for storing the human body image, the first clothing image, and the second clothing image; the human body image read from the storage means; and a second clothing image read from the storage means. Mask image creating means for creating a mask image in which the first clothing image is read from the storage means. Masking means for masking the image superimposed on the human body image by using the mask image created by the mask image creating means; an image masked by the masking means; Drawing image creation means for creating a drawing image in which the second clothing image read from the means is superimposed, and a computer as an image display means for displaying the drawing image created by the drawing image creation means It is characterized by the function of

A computer-readable recording medium recording a virtual fitting display program according to the present invention is a virtual fitting for displaying a virtual fitting state by combining a two-dimensional human body image with a two-dimensional clothing image. A computer-readable recording medium recording a display program, wherein the clothing image is a two-dimensional first clothing image virtually tried on on the human body image, and a first clothing image of the first clothing image. Storage means for storing the human body image, the first clothing image, and the second clothing image, the storage means including a two-dimensional second clothing image virtually tried on, and read out from the storage means. Creating a mask image by superimposing the human body image and the second clothing image read from the storage means, and the first clothing image read from the storage means. Record Masking means for masking the image superimposed on the human body image read from the means using the mask image created by the mask image creating means; an image masked by the masking means; and the storage A computer functioning as a drawing image creating means for creating a drawing image in which the second clothing image read from the means is superimposed, and an image display means for displaying the drawing image created by the drawing image creating means. It is characterized by having

According to this configuration, the first clothing image to be virtually tried on on the human body image is the human body image. The image superimposed on the image is masked using a mask image in which the human body image and the second clothing image are superimposed, and a drawing image is created in which the masked image and the second clothing image are superimposed. And the created drawing image is displayed, so that even if the first clothing image is larger than the second clothing image, the first clothing image can be displayed without protruding from the second clothing image. This makes it possible to display the fitting state virtually tried on without any discomfort.

The objects, features, aspects and advantages of the present invention will become more apparent from the following detailed description and the accompanying drawings. BRIEF DESCRIPTION OF THE FIGURES

FIG. 1 is a block diagram showing the configuration of the virtual fitting display device according to the first embodiment of the present invention.

FIG. 2 is a main function block diagram of the virtual fitting display device shown in FIG. 1 in the first embodiment.

FIG. 3 is a diagram illustrating an example of a human body image stored in the human body image storage unit.

FIG. 4 is a diagram illustrating an example of the first clothing image stored in the clothing image storage unit. FIG. 5 shows an example of another first clothing image stored in the clothing image storage unit.

FIG. 6 is a diagram illustrating an example of the second clothing image stored in the clothing image storage unit. FIG. 7 is a flowchart for explaining virtual fitting display processing by the virtual fitting display apparatus according to the first embodiment shown in FIG.

FIG. 8 is a diagram illustrating an example of a mask image.

FIG. 9 is a diagram showing an example of a combined image obtained by combining the first clothing image shown in FIG. 4 with the human body image shown in FIG.

FIG. 10 is a diagram showing an example of a combined image obtained by combining the human body image shown in FIG. 3 with the first clothing image shown in FIG. 4 and the second clothing image shown in FIG.

FIG. 11 is a diagram showing an example of a drawing image in which the second clothing image shown in FIG. 6 is combined with the composite image obtained by masking the composite image shown in FIG. 9 using the mask image shown in FIG. FIG. 12 shows a main function profile of the virtual fitting display device shown in FIG. 1 in the second embodiment. FIG.

FIG. 13 is a flowchart for explaining virtual fitting display processing by the virtual fitting display apparatus according to the second embodiment shown in FIG.

FIG. 14 is a diagram showing an example of a combined image obtained by combining the first clothing image shown in FIG. 5 with the human body image shown in FIG.

FIG. 15 is a diagram illustrating an example of a drawing image obtained by combining the first clothing image and the second clothing image with the human body image and masking the mask using the mask image illustrated in FIG. 10.

FIG. 16 is a diagram illustrating an example of a corrected mask image.

FIG. 17 is a diagram illustrating an example of a drawn image obtained by masking a combined image in which a human body image and a first clothing image are combined using the mask image illustrated in FIG. 16.

FIG. 18 is a main function block diagram of the virtual fitting display device shown in FIG. 1 in the third embodiment.

FIG. 19 is a flowchart for explaining virtual fitting display processing by the virtual fitting display apparatus according to the third embodiment shown in FIG.

FIG. 20 is a diagram showing an example of a display screen displayed when a conventional process is performed. BEST MODE FOR CARRYING OUT THE INVENTION

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

(First Embodiment)

FIG. 1 is a block diagram showing the configuration of the virtual fitting display device according to the first embodiment of the present invention. The virtual fitting display device shown in Fig. 1 is composed of a personal computer, etc., and has an input device 1, ROM (read only memory) 2, CPU (central processing unit) 3, RAM (random access memory) 4, external A storage device 5, a display device 6, and a recording medium drive device 7 are provided. Each block is connected to an internal bus, and various data and the like are input and output between the blocks via the bus, and various processes are executed under the control of the CPU 3.

The input device 1 includes a keyboard, a mouse, and the like, and is used by an operator to input operation commands and the like. ROM 2 stores a system program and the like in advance. The external storage device 5 is composed of a hard disk drive or the like, and It stores a dress display program and the like. The CPU 3 reads a virtual fitting display program and the like from the external storage device 5 and executes a virtual fitting display process and the like described later to control the operation of each block. The RAM 4 is used as a work area of the CPU 3 and the like. The display device 6 is composed of a CRT (cathode ray tube) or a liquid crystal display device, and displays various screens under the control of the CPU 3.

The virtual fitting display program and the like may be recorded on a computer-readable recording medium 8 composed of a CD-ROM, a flexible disk, and the like. In this case, a virtual fitting display program and the like read from the recording medium 8 using the recording medium drive 7 composed of a CD-ROM drive, a flexible disk drive, and the like are installed in the external storage device 5. When the virtual fitting display program or the like is stored in another computer or the like connected via a network, the virtual fitting display program or the like may be downloaded from the computer or the like via the network.

Next, main functions of the virtual fitting display device configured as described above will be described. FIG. 2 is a block diagram of main functions of the virtual fitting display device shown in FIG. 1 in the first embodiment.

As shown in FIG. 2, the virtual fitting display device functionally includes an operation unit 10, a program execution unit 20, a storage unit 30, and a display unit 40. The program execution unit 20 includes a viewpoint information reception unit 21, a mask image creation unit 22, a composite image creation unit 23, a masking unit 24, a drawing image creation unit 25, and a display control unit 26. The storage unit 30 includes a human body image storage unit 31, a clothing image storage unit 32, a mask image storage unit 33, a combined image storage unit 34, and a drawn image storage unit 35.

The operation unit 10 includes the input device 1 and the like, and is used by an operator of the virtual fitting display device to input various operation commands.

The program execution unit 20 includes a CPU 3 and the like. The CPU 3 and the like execute a virtual fitting display program and the like stored in the external storage device 5 to thereby provide a viewpoint information reception unit 21 and a mask image creation unit 2. 2. Functions as a composite image creating section 23, a masking section 24, a drawing image creating section 25, and a display control section 26. The storage unit 30 includes an external storage device 5 and the like, and stores a human body image storage unit 31, a clothing image storage unit 32, and a mask image storage. It functions as the section 33, the composite image storage section 34, and the drawing image storage section 35.

The human body image storage unit 31 previously stores a human body image of a human body as a fitting object such as a mannequin. FIG. 3 is a diagram illustrating an example of the human body image MG stored in the human body image storage unit 31. The human body image storage unit 31 stores a human body image MG as shown in FIG. 3 as image data. The human body image MG is a two-dimensional image created in advance. The human body image storage unit 31 stores a line that equally divides a circle centered on the human body at a predetermined angle with respect to the center point and a point at which the arc of the circle intersects. The human body image MG viewed from a point is stored as image data.For example, 16 human body images MG viewed from 16 viewpoints in which a circle centered on the human body is divided every 22.5 degrees are recorded. Remember It should be noted that the human body image MG may be image data obtained by directly photographing a person trying on using a digital camera or the like. Alternatively, image data of the human body image MG may be obtained by capturing a photograph with a scanner or the like.

The clothing image storage unit 32 stores the image data of the first clothing image that is virtually tried on on the human body image, and the clothing data that is virtually tried on further on the first clothing image, and is located outside the human body. The image data of the second clothing image to be virtually tried on is stored in advance. The first clothing image is image data relating to a plurality of different types of first clothing, and the clothing image storage unit 32 stores image data relating to a plurality of types of first clothing. Similarly, the second clothing image is image data relating to a plurality of different types of second clothing, and the clothing image storage unit 32 stores image data relating to a plurality of types of second clothing.

FIG. 4 is a diagram illustrating an example of the first clothing image TG stored in the clothing image storage unit 32. FIG. 5 is a diagram illustrating another first clothing image TG stored in the clothing image storage unit 32. FIG. 6 is a diagram illustrating an example of an image SG, and FIG. 6 is a diagram illustrating an example of a second clothing image JK stored in the clothing image storage unit 32. The clothing image storage unit 32 stores the first clothing images TG and SG as shown in FIGS. 4 and 5 as image data, and stores the second clothing image JK as shown in FIG. 6 as image data. are doing.

The first clothing image TG, SG and the second clothing image JK are two-dimensional images. The clothing image storage unit 32 stores a line that equally divides a circle centered on the human body at a predetermined angle with respect to the center point and a point at which a circle intersects the arc of the circle. Clothing seen from Stores image data of clothes, for example, stores a 16-point image viewed from 16 viewpoints, which is a circle centered on the human body divided by 22.5 degrees, for each type. ing. The first garment and the second garment are, for example, garments that are virtually tried on on the upper body of the human body, the first garment is, for example, a T-shirt or a button shirt, and the second garment is, for example, For example, a jacket or the like.

The first clothing image TG shown in FIG. 4 is a first clothing image representing Tsh, and the first clothing image SG shown in FIG. 5 is a first clothing image representing a sweater. The second clothing image JK shown in FIG. 6 is a second clothing image representing a jacket. Note that the first clothing image TG, SG and the second clothing image JK are obtained by directly photographing the person wearing the clothing using a digital camera or the like, and processing the captured image to perform image processing. It is also possible to create a clothes image composed of only clothes except objects, and use the created clothes image as image data.

In the present embodiment, the human body image, the first clothing image, and the second clothing image store 16 pieces of image data for clothing images of the same type, respectively. However, the present invention is not particularly limited thereto.For example, 12 image data obtained by dividing the surrounding 360 degrees by 30 degrees may be used, and 4 image data obtained by dividing the surrounding 360 degrees by 90 degrees. May be used, or 36 image data obtained by dividing the surrounding 360 degrees at every 10 degrees may be used. Further, the human body image, the first clothing image, and the second clothing image may use only one image viewed from a predetermined direction instead of an image viewed from a plurality of viewpoints.

Returning to Fig. 2, the viewpoint information reception unit 21 receives the virtual fitting state of the clothes on the human body from which direction among the multiple viewpoints, and from which of the multiple viewpoints the clothing body is reached. Is displayed as the viewpoint information. In the present embodiment, a line that is equally divided into 22.5 degrees with respect to the center point of a circle centered on the human body that has virtually tried on clothes intersects the arc of the circle Since the human body image, the first clothing image, and the second clothing image are prepared from the viewpoint from the point of view, the viewpoint information reception unit 21 makes a virtual fitting of the clothing on the human body. It accepts from which of the 16 viewpoints the state is viewed, and accepts, as viewpoint information, from which of the 16 viewpoints the virtual fitting state of the clothes on the human body is displayed. In addition, The information is input using the mouse or keypad of the operation unit 10.

The mask image creation unit 22 creates a mask image in which the human body image read from the human body image storage unit 31 and the second clothing image read from the clothing image storage unit 32 are superimposed. Here, the mask image MASK-S applied to the first clothing image is an image created by calculating the logical product of the overlapping regions of the plurality of types of second clothing images, and the logic of the overlapping region with the human body image. It is created by calculating the sum, and is expressed by the following equation (1).

MASK_S = (JK1 ΓΊ JK2 Π JK3 ···) UBODY · · · · (1) In the above equation (1), MASK-S represents a mask image applied to the first clothes image, and JK1, JK2 and JK3 each represent a second clothing image, BOD Y represents a human body image, 门 represents a logical product (AND), and U represents a logical sum (OR).

As shown in the above equation (1), the mask image MASK-S is an image that includes all of a plurality of types of second clothing images and also includes a human body image. In addition, the mask image MASK-S converts the image obtained by superimposing a plurality of types of second clothing images and a human body image into "0" and "1", and delineates the area to be transmitted through black (" 0 ") or white (" 1 "). In the mask image MASK_S in the present embodiment, a region to be transmitted is represented by black, and other background regions are represented by white. That is, the mask image creating unit 22 is created by calculating the logical sum of the image created by calculating the logical product of the overlapping areas of the plurality of types of second clothing images and the human body image. A black-and-white image representing the image in black and the background in white is created as a mask image MASK_S, and the created mask image MASK-S is stored in the mask image storage unit 33. The mask image storage unit 33 stores the mask image MASK-S created by the mask image creation unit 22.

The composite image creation unit 23 creates a composite image in which the first clothing image read from the clothing image storage unit 32 is superimposed on the human body image read from the human body image storage unit 31. At this time, the composite image creating unit 23 reads the human body image and the first clothing image based on the viewpoint information received by the viewpoint information receiving unit 21. In other words, when displaying the fitting state viewed from the front, an image of the human body viewed from the front and an image of the first clothing viewed from the front are read out, and a composite image is created by superimposing the read out images. . In addition, The composite image creating section 23 creates a composite image by combining the first clothing image on the human body image. The composite image storage unit 34 stores a composite image in which the human body image created by the composite image creation unit 23 and the first clothing image are superimposed.

The masking unit 24 reads out the composite image created by the composite image creation unit 23 and stored in the composite image storage unit 34, and is created by the mask image creation unit 22 and stored in the mask image storage unit 33. The read mask image is read out, and the masked image is used to mask the composite image obtained by superimposing the first clothing image on the human body image. The image masked by the masking section 24 is stored again in the composite image storage section 34.

The drawing image creation unit 25 reads out a combined image of the first clothing image and the human body image masked by the mask image from the combined image storage unit 34 and stores the second clothing image in the clothing image storage unit 3 2 The drawing image is created by combining the synthesized image and the second clothing image, and the created drawn image is stored in the drawn image storage unit 35. The drawing image storage unit 35 stores the drawing image created by the drawing image creation unit 25.

The display control unit 26 controls to output the drawn image stored in the drawn image storage unit 35 to the display unit 40. The display unit 40 includes a display device 6 and displays a drawn image output from the drawn image storage unit 35.

In the present embodiment, the human body image storage section 31 and the clothing image storage section 32 correspond to storage means, the mask image creation section 22 corresponds to mask image creation means, and the masking section 24 corresponds to masking means. The drawing image creation unit 25 corresponds to a composite image creation unit, and the display control unit 26 and the display unit 40 correspond to a display unit.

FIG. 7 is a flowchart for explaining virtual fitting display processing by the virtual fitting display apparatus according to the first embodiment shown in FIG. 8 to 11 are diagrams for explaining the virtual fitting display processing according to the first embodiment.

In step S1, the viewpoint information receiving unit 21 receives the viewpoint information input by the user using the operation unit 10. The viewpoint information is information for displaying a fitting state from a predetermined viewpoint among a plurality of viewpoints. In the present embodiment, the center of a circle whose center is a human body on which clothes are virtually tried on is considered. 22.5 degrees equally from point The view point is the point at which the line dividing the circle intersects with the arc of the circle. 16 The human body image, the first clothing image, and the second clothing image viewed from each of the 16 directions are stored in the storage unit 30. Is remembered. 'Therefore, the viewpoint information accepting unit 21 accepts which viewpoint among the viewpoints 16 to display the image viewed from.

In step S2, the mask image creation unit 22 reads the human body image based on the viewpoint information from the human body image storage unit 31 and reads the second clothing image based on the viewpoint information from the clothing image storage unit 32, The region representing the human body in the human body image read from the human body image storage unit 31 and the region representing the second clothing in the second clothing image read from the clothing image storage unit 32 A black and white two-color mask image is created by making the superimposed area black and the area representing the human body in the human body image and the background area other than the area representing the second clothing in the second clothing image white. I do. In step S3, the mask image creation unit 22 stores the mask image created in step S2 in the mask image storage unit 33.

FIG. 8 is a diagram illustrating an example of the mask image MASK_S. As shown in FIG. 8, the mask image MAS K_S represents the overlapping region in which the region representing the human body of the human body image MG and the region representing the second clothing of the second clothing image JK are superimposed, and the background area is black. This is an image in which is represented by white. Note that in FIG. 8, the overlapping region where the region representing the human body of the human body image MG and the region representing the second clothing of the second clothing image JK are overlapped is represented by hatching, but originally represented in black. Is done. Therefore, the outer shape of the mask image MASK-1S is formed by the outer shape of the second clothing image JK and the outer shape of the human body image MG. Returning to FIG. 7, in step S4, the composite image creating unit 23 reads out the human body image based on the viewpoint information from the human body image storage unit 31 and performs the first reading based on the viewpoint information from the clothing image storage unit 32. The clothing image is read, and a first clothing image read from the clothing image storage unit 32 is superimposed on the human body image read from the human body image storage unit 31 to create a composite image. In step S5, the composite image creation unit 23 in step S4 stores the created composite image in the composite image storage unit 34.

FIG. 9 is a diagram showing an example of a synthesized image GG1 obtained by combining the first clothing image TG shown in FIG. 4 with the human body image MG shown in FIG. 3, and FIG. 10 is a diagram showing the human body image MG shown in FIG. The composite image G obtained by combining the first clothing image TG shown in Fig. 4 and the second clothing image JK shown in Fig. 6 FIG. 6 is a diagram illustrating an example of G2. When the first clothing image TG is overlaid on the human body image MG and synthesized, a synthesized image GG1 shown in FIG. 9 is created. Also, when the first clothing image TG and the second clothing image JK are superimposed on the human body image MG and synthesized, a synthesized image GG2 shown in FIG. 10 is created. When the first clothing image TG and the second clothing image JK are superimposed on the human body image MG, the first clothing image of the first clothing image is larger than the second clothing image of the second clothing image JK. In such a case, a portion of the first garment may be displayed so as to protrude from the second garment. In FIG. 10, the sleeve portion A of the first garment is displayed so as to protrude from the second garment. Therefore, a mask image is created, and the composite image GG1 is masked with the mask image to remove the protruding portion.

Returning to FIG. 7, in step S6, the masking section 24 reads out the composite image from the composite image storage section 34, reads the mask image MA SK —S from the mask image storage section 33, and reads the composite image storage section 3. The combined image read from 4 is masked using the mask image MA SK-S read from the mask image storage unit 33. The black area of the mask image MA SK-S, that is, the area representing the human body and the second clothing in the mask image MA SK-S is transparent, so if the mask image is overlaid on the composite image, The area other than the area representing the human body and the second garment will be covered and the first garment protruding from the second garment will be removed. In step S7, the masking section 24 stores the composite image masked in step S6 in the composite image storage section 34.

In step S8, the drawing image creation unit 25 reads the composite image from the composite image storage unit 34, reads the second clothing image from the clothing image storage unit 32, and reads the second clothing image from the composite image storage unit 34. The drawing image is created by superimposing the second synthesized image read from the clothing image storage unit 32 on the output synthesized image and synthesizing the second synthesized image. In step S9, the drawing image creation unit 25 stores the drawing image created in step S8 in the drawing image storage unit 35.

Fig. 11 shows an example of a drawing image BG1 in which the composite image GG1 shown in Fig. 9 is masked using the mask image MASK-S shown in Fig. 8 and the second clothing image shown in Fig. 6 is composited. FIG. As shown in FIG. 11, the drawing image BG 1 is a composite image obtained by combining the first clothing image TG and the human body image MG, and the human body image MG and the second clothing image J Since masking is performed using the mask image created with K, the outer shape becomes the outer shape of the human body and the second clothing, and the first clothing is synthesized without protruding from the second clothing.

In step S10, the display control unit 26 reads the drawn image BG1 from the drawn image storage unit 35, and outputs the drawn image BG1 read from the drawn image storage unit 35 to the display unit 40. . The display section 40 displays the drawn image BG1 output from the display control section 26. Therefore, the composite image GG1 shown in FIG. 9 in which the first clothing image TG is superimposed on the human body image MG is used as the mask image MASK-S shown in FIG. 8 created from the human body image MG and the second clothing image JK. By masking with, the sleeve portion A of the first garment protruding from the second garment is removed, and the fitting state can be displayed without feeling uncomfortable.

Thus, the human body image MG and the second clothing image JK are superimposed on the image in which the first clothing image TG virtually tried on on the human body image MG is superimposed on the human body image MG. Mask image MA SK-S, a composite image is created by superimposing the masked image and the second clothing image JK, and the created composite image is displayed. Even when the clothing image TG is larger than the second clothing image JK, the first clothing image TG can be displayed from the second clothing image JK without protruding, and the fitting state virtually tried on can be displayed without discomfort. Can be displayed.

In addition, a mask image MA SK-S is created by calculating a logical sum of an overlapping region of an overlapping region of a plurality of types of second clothing images and an overlapping region of the human body image MG. The mask image MA SK-S is used to mask the image obtained by superimposing the first clothing image TG on the human body image MG, and the masked image is superimposed on the second clothing image JK. The created composite image is created, and the created composite image is displayed. Therefore, the first clothing image TG is masked by the mask image MA SK-S including the human body image MG while including all of the multiple types of second clothing images. Even if the first second clothing image JK is combined with the first clothing image TG and the human body image MG, the first clothing image TG can be displayed without protruding from the second clothing image J. Also, the mask image creation unit 22 includes all of the plurality of types of second clothing images and a human body image. Since the mask image including the image is created, the created mask image can be used for synthesizing all the second clothing images.

In addition, a point where a line that equally divides a circle centered on the human body at a predetermined angle with respect to the center point as a reference and the arc of the circle intersects as a viewpoint is taken or created from the same viewpoint. A mask image MASK_S is created by superimposing the human body image MG and the second clothing image JK, and a mask image MASK-S is created for the image in which the first clothing image TG is superimposed on the human body image MG. Used and masked .. A composite image is created by superimposing the masked image and the second image JK, and the created composite image is displayed. Therefore, even when the first clothing image TG is larger than the second clothing image JK, the first clothing image TG can be displayed without protruding from the second clothing image JK, and virtually. The fitting state of the fitting is displayed three-dimensionally using a two-dimensional image, and the fitting state from multiple viewpoints can be confirmed.

(Second embodiment)

Next, a virtual fitting display device according to the second embodiment will be described. The virtual fitting display device according to the second embodiment realizes a display of a fitting state without any uncomfortable feeling by receiving a correction of a mask image created automatically.

FIG. 12 is a main function block diagram of the virtual fitting display device shown in FIG. 1 in the second embodiment.

As shown in FIG. 12, the virtual fitting display device functionally includes an operation unit 10, a program execution unit 20, a storage unit 30, and a display unit 40. The program execution unit 20 includes a viewpoint information reception unit 21, a mask image creation unit 22, a composite image creation unit 23, a masking unit 24, a drawing image creation unit 25, a display control unit 26, and a mask image correction. Includes reception section 27. The storage unit 30 includes a human body image storage unit 31, a clothing image storage unit 32, a mask image storage unit 33, a combined image storage unit 34, and a drawn image storage unit 35. Since the virtual fitting display device according to the second embodiment shown in FIG. 12 has almost the same configuration as the virtual fitting display device shown in FIG. 2, only different configurations will be described below.

The mask image correction receiving unit 27 receives the correction of the mask image by the operation unit 10 and corrects the mask image created by the mask image creating unit 22 according to the outer shape of the first clothing image. Specifically, the mask image created in the first embodiment MASK—S 'is created by adding a shape SS to MA S K__S to eliminate discomfort. This can be expressed by the following equation (2).

MASK—S '= MASK_S US S-· · · (2)

In the above equation (2), MASK-S ′ represents a corrected mask image, and MASK-S is a mask image composed of a human body image and a second clothing image automatically created by the mask image creating section 22. Where SS represents an image that is newly added to eliminate the discomfort of the mask image MASK-S, and U represents a logical sum (OR). The mask image correction receiving unit 27 stores the corrected mask image in the mask image storage unit 33. In the present embodiment, the mask image correction receiving unit 27 corresponds to a mask image correction receiving unit.

FIG. 13 is a flowchart for explaining virtual fitting display processing by the virtual fitting display apparatus according to the second embodiment shown in FIG. FIGS. 14 to 17 are diagrams for explaining the virtual fitting display processing in the second embodiment.

Note that the processing of step S21 and step S22 shown in FIG. 13 is the same as the processing of step S1 and step S2 shown in the flow chart of FIG. 7, and a description thereof will be omitted.

Further, in step S25, the composite image creating section 23 creates a composite image in which the human body image MG shown in FIG. 3 and the first clothing image SG shown in FIG. 5 are superimposed. FIG. 14 is a diagram showing an example of a synthesized image GG3 obtained by synthesizing the first clothing image SG shown in FIG. 5 on the human body image MG shown in FIG. 3, and FIG. FIG. 9 is a diagram showing an example of a drawn image BG2 obtained by combining a clothing image SG and a second clothing image JK and masking the mask image using a mask image MASK-S shown in FIG. When the first clothing image SG is overlaid on the human body image MG and synthesized, a synthesized image GG3 shown in FIG. 14 is created. In addition, when the first clothing image SG and the second clothing image JK are superimposed on the human body image MG and synthesized, and masked using the mask image MASK-S created by the mask image creating unit 22, FIG. The drawing image BG2 shown in FIG. 15 is created. When the composite image obtained by superimposing the first clothing image SG on the human body image MG and combining it is masked using the mask image MASK-S shown in FIG. 6, as shown in FIG. 15, the first clothing image SG The wrist cuff B is also masked. This is the mask image MASK ■ This is because the region through which S penetrates is composed of a region representing the human body in the human body image and a region representing the second clothing in the second clothing image. As shown in FIG. If the cuff portion is separated from the wrist and the first garment extends to the wrist, the shape of the cuff portion B of the first garment is in close contact with the human body, resulting in an uncomfortable fitting state. Therefore, the mask image is modified as follows.

In step S23, the mask image correction receiving unit 27 receives correction of the mask image created in step S22. Here, the user corrects the mask image created by the mask image creation unit 22 using the operation unit 10 according to the outer shape of the first garment. FIG. 16 is a diagram showing an example of the corrected mask image MASH_S '. As shown in FIG. 16, the modified mask image MA S K—S ′ has a shape S S added to the external shape of the mask image MA S K—S shown in FIG. Note that in FIG. 16, an overlapping region in which the region representing the human body of the human body image MG and the region representing the second clothing of the second clothing image JK are overlapped is shown by hatching, and the mask image MA SK- Areas for eliminating discomfort in the external shape of S are indicated by diagonal lines, but all are originally expressed in black. In step S 24, mask image correction receiving section 27 stores the corrected mask image in mask image storage section 33.

Note that the processing from step S25 to step S31 shown in FIG. 13 is the same as the processing from step S4 to step S10 shown in the flowchart of FIG.

Fig. 17 shows a drawing image BG3 in which the combined image obtained by combining the human body image MG and the first clothing image SG is masked using the mask image shown in Fig. 16 and the second clothing image JK is combined. It is a figure showing an example. As shown in FIG. 17, a combined image obtained by superimposing the first clothing image SG on the human body image MG and combining the masked image with the modified mask image MASK-S ′ shown in FIG. By combining the second clothing image JK shown in FIG. 6, the cuff portion B in the first clothing image SG can be displayed without discomfort.

As described above, the mask image MAS K_S created by the mask image creation unit 22 is modified according to the outer shape of the first clothing image SG, and the mask image MAS K_S is modified by the composite image creation unit 23. The composite image created by the masking is masked using the mask image MA SK-S 'corrected by the mask image correction receiving unit 27, so that the fitting state that is virtually tried on is displayed without further discomfort. In addition to being able to do this, it is possible to reproduce the state of the actual fitting in a realistic manner. In addition, the mask image is corrected manually by the user, but is corrected using the automatically created mask image, so that the mask image is created in a shorter time than when the mask image is manually created from scratch. A mask image can be created.

(Third embodiment)

Next, a third embodiment will be described. In the third embodiment, the clothing image storage unit 32 stores a two-dimensional third clothing image virtually tried on further than the second clothing image, and a human body image and the first clothing image are stored. The image, the second clothing image, and the third clothing image are combined, and the combined image is displayed.

As shown in FIG. 18, the virtual fitting display device functionally includes an operation unit 10, a program execution unit 20, a storage unit 30, and a display unit 40. The program execution unit 20 includes a viewpoint information reception unit 21, a mask image creation unit 22, a composite image creation unit 23, a masking unit 24, a drawing image creation unit 25, a display control unit 26, and a mask image correction. Includes reception section 27. The storage unit 30 includes a human body image storage unit 31, a clothing image storage unit 32, a mask image storage unit 33, a combined image storage unit 34, and a drawn image storage unit 35. Note that the virtual fitting display device according to the second embodiment shown in FIG. 18 has almost the same configuration as the virtual fitting display device shown in FIG. 2, and therefore only different configurations will be described below.

The clothing image storage unit 32 stores the image data of the first clothing image that is virtually tried on on the human body image, and the first clothing image that is virtually tried on further than the first clothing image. The image data of the third clothing image and the image data of the third clothing image to be virtually tried on are further stored in advance on the second clothing image. The third clothing image is image data relating to a plurality of different types of third clothing, and the clothing image storage unit 32 stores image data relating to a plurality of types of third clothing.

The third clothing image is a two-dimensional image. The clothing image storage unit 32 includes a line that equally divides the circle centered on the human body into predetermined angles based on the center point, and a circle of the circle. Stores image data of clothes viewed from each viewpoint with a point where the arc intersects. For example, a circle centered on the human body is divided into 22.5 degrees and viewed from 16 viewpoints. The image data is stored for each type. The third clothing is, for example, clothing that is virtually tried on on the upper body of the human body, such as a coat.

The mask image creation unit 22 creates a mask image in which the human body image read from the human body image storage unit 31 and the third clothing image read from the clothing image storage unit 32 are superimposed. Here, the mask image MASK-J applied to the second clothing image is an image created by calculating a logical product of overlapping regions of a plurality of types of third clothing images, and the human body image. It is created by calculating the logical sum of the overlapping areas, and is expressed by the following equation (3).

MASK—J = (CT1ΠΟΤ2ηθΤ3 ···) UBODY-· · · (3) In the above equation (3), MASK-J represents a mask image applied to the second clothing image, and CT1, CT2 , CT 3 represent the third clothing image, BOD Y represents the human body image, Π represents the logical product (AND), and U represents the logical sum (OR).

As shown in the above equation (3), the mask image MASK-J is an image that includes all of a plurality of types of third clothing images and also includes a human body image. Also, the mask image MASK — J converts the image obtained by superimposing a plurality of types of third clothing images and the human body image into “0” and “1”, and deciphers the area to be transmitted through black (“ 0 ") or white (" 1 "). In the mask image MASK-J in the present embodiment, the region to be transmitted is represented by black, and the other background is represented by white. That is, the mask image creation unit 22 calculates the logical sum of the overlapping area of the overlapping area of the plurality of types of third clothing images and the image created by calculating the logical sum of the overlapping area of the human body image. Is represented as black and a black-and-white image representing the background as white is created as a mask image MASK-J, and the created mask image MASK-J is stored in the mask image storage unit 33. The mask image storage unit 33 stores the mask image MASK_J created by the mask image creating unit 22.

The composite image creation unit 23 converts the second clothing image read from the clothing image storage unit 32 into the human body image read from the composite image storage unit 31, the first clothing image, and the mask image MA SK-1S. A composite image is created by superimposing the composite image on the composite image. At this time, The image creating unit 23 reads out the second clothing image based on the viewpoint information received by the viewpoint information receiving unit 21. That is, when displaying the fitting state viewed from the front, an image of the second clothing viewed from the front is read, and a composite image is created by superimposing the read images. Note that the composite image creating unit 23 creates a composite image by synthesizing the second clothing image on the composite image. The composite image storage unit 34 stores a composite image in which the second clothing image created by the composite image creation unit 23 and the composite image are superimposed. '

The masking section 24 is created by the combined image creation section 23, and the combined image stored in the combined image storage section 34 is created by the mask image creation section 22 and stored in the mask image storage section 33. Masking is performed using the mask image. The image masked by the masking unit 24 is stored again in the composite image storage unit 34. The drawing image creation unit 25 reads out a composite image of the first clothing image, the second clothing image, and the human body image masked by the mask image from the composite image storage unit 34, and reads the third clothing image. Is read from the clothing image storage unit 32, a drawing image is created by combining the composite image with the third clothing image, and the created drawing image is stored in the drawing image storage unit 35. The drawing image storage unit 35 stores the drawing image created by the drawing image creation unit 25.

FIG. 19 is a flowchart for explaining virtual fitting display processing by the virtual fitting display apparatus according to the third embodiment shown in FIG. Note that the processing up to step S41 and step S47 shown in FIG. 19 is the same as the processing up to step S1 and step S7 shown in the flowchart of FIG.

In step S48, the mask image creation unit 22 reads the human body image based on the viewpoint information from the human body image storage unit 31 and reads the third clothing image based on the viewpoint information from the clothing image storage unit 32. A region representing the human body in the human body image read from the human body image storage unit 31; and a region representing the third clothing in the third clothing image read from the clothing image storage unit 32. The black-and-white two-color mask is obtained by making the overlapping area where the image is overlapped black and the area representing the background other than the area representing the human body in the human body image and the area representing the third clothing in the third clothing image white. Create an image. In step S49, the mask image creating section 22 converts the mask image created in step S48 into a mask image. The image is stored in the image storage unit 33.

In step S50, the composite image creation unit 23 reads out the composite image obtained by combining the human body image, the first clothing image, and the mask image MA SK-S from the composite image storage unit 34, and stores the clothing image in the clothing image storage unit. The second clothing image read from the human body image storage unit 31 is superimposed on the composite image read from the human body image composite image storage unit 34 by reading the second clothing image based on the viewpoint information from 32. Create a combined image. In step S51, the composite image creation unit 23 stores the composite image created in step S50 in the composite image storage unit 34.

In step S52, the masking unit 24 reads the composite image from the composite image storage unit 34, reads the mask image MA SK-J from the mask image storage unit 33, and reads the mask image MA SK-J from the composite image storage unit 34. The read composite image is masked using the mask image MA SK-J read from the mask image storage unit 33. The black region of the mask image MA SK-J, that is, the region representing the human body and the third clothing in the mask image MA SK-J is transparent, so if the mask image is overlaid on the composite image, The area other than the area of the human body and the third garment will be covered, and the second garment protruding from the third garment will be removed. In step S53, the masking section 24 stores the composite image masked in step S52 in the composite image storage section 34.

In step S54, the drawn image creating unit 25 reads the synthesized image from the synthesized image storage unit 34, reads the third clothing image from the clothing image storage unit 32, and reads the third clothing image from the synthesized image storage unit 34. The drawing image is created by superimposing the third clothing image read from the clothing image storage unit 32 on the read composite image and combining the third clothing image. In step S55, the drawing image creation unit 25 stores the drawing image created in step S54 in the drawing image storage unit 35.

In step S56, the display control unit 26 reads the drawn image from the drawn image storage unit 35, and outputs the drawn image read from the drawn image storage unit 35 to the display unit 40. The display unit 40 displays the drawing image output from the display control unit 26. Therefore, masking a composite image obtained by superimposing the first clothing image and the second clothing image on the human body image using a mask image created from the human body image and the third clothing image. As a result, the second garment protruding from the third garment is removed, and the fitting state can be displayed without feeling uncomfortable.

In this way, when the third clothing image CT is virtually tried on further than the second clothing image JK, the logical product of the overlapping regions of the plurality of types of third clothing images is obtained. The mask image MASK_J is created by calculating the logical sum of the created image and the overlapping area of the human body image MG, and the second clothing image JK is superimposed on the human body image MG. The mask image MASK-J is used for masking, a composite image is created by superimposing the masked image and the first third clothing image CT, and the generated composite image is displayed. Therefore, the second clothing image JK is masked by the mask image MA SK—J including the human body image MG while including all of the multiple types of third clothing images. Even if the third clothing image CT of one of them is combined with the second clothing image JK and the human body image MG, the second clothing image JK can be displayed without protruding from the third clothing image CT. In the present embodiment, a face image of a person may be captured by a digital camera or the like, stored in advance, and pasted to a region corresponding to the face portion of the mannequin to be used as the human body image MG. That is, the storage unit 30 stores the face image of the person photographed in advance, and the composite image creation unit 23 stores the first clothing image TG, SG and the second clothing image read from the storage unit 30. The image JK is superimposed on the human body image MG read from the storage unit 30, and the composite image obtained by superimposing the face image read from the storage unit 30 on an area corresponding to the face portion of the human body image MG. Create In this case, since a composite image is created by superimposing a face image of a person taken in advance on a face image of a human body image, a virtual fitting state can be confirmed using the face image of the desired person. .

Although the present embodiment has been described using a human body as an object to be tried on, the present invention is not particularly limited thereto. For example, an animal such as a dog or a cat may be used, or a fictional character such as an animation. It may be.

Although the present invention has been described in detail, the above description is illustrative in all aspects and the present invention is not limited thereto. It is understood that innumerable modifications that are not illustrated can be assumed without departing from the scope of the present invention. Industrial applicability

A virtual fitting display device, a virtual fitting display method, a virtual fitting display program, and a computer-readable recording medium storing the program according to the present invention are obtained by superimposing a clothing image representing a plurality of clothes on a human body image representing a human body. A virtual fitting display device, a virtual fitting display method, and a virtual fitting display that display a virtual fitting state by combining a clothing image with a human body image. It is useful as a computer-readable recording medium that stores programs and programs.

Claims

The scope of the claims

1. A virtual fitting display device that displays a virtual fitting state by combining a two-dimensional human body image with a two-dimensional clothing image.

The clothing image is a two-dimensional first clothing image virtually tried on on the human body image, and a two-dimensional second clothing virtually trying on the first clothing image. Images and

Storage means for storing the human body image, the first clothing image and the second clothing image; the human body image read from the storage means; and a second clothing image read from the storage means. Mask image creating means for creating a mask image in which the first clothing image read from the storage means is overlapped with the human body image read from the storage means; Masking means for masking using the mask image created by the mask image creating means;

A drawing image creation unit that creates a drawing image in which the image masked by the masking unit and the second clothing image read from the storage unit are superimposed; and a drawing image creation unit that creates the drawing image. A virtual fitting display device comprising: an image display means for displaying a drawn image.

2. The storage means stores a plurality of types of second clothing images,

The mask image creating means calculates a logical sum of an overlapping area of the overlapping area ^ of the plurality of types of second clothing images and an overlapping area of the human body image to obtain a mask image. To create

The masking means is formed by the mask image forming means on an image obtained by superimposing the first clothing image read from the storage means on the human body image read from the storage means. Mask using the mask image,

The drawing image creating means creates a drawing image in which the image masked by the masking means and the first second clothing image read from the storage means are superimposed,

2. The virtual fitting display device according to claim 1, wherein the image display means displays the drawn image created by the drawn image creating means.

3. The clothing image includes a two-dimensional third clothing image virtually tried on further than the second clothing image,

The storage means stores a plurality of types of third clothing images,

The mask image creating means may be configured to obtain a logical sum of an image created by obtaining a logical product of overlapping regions of a plurality of types of third clothing images and an overlapping region of the human body image, thereby obtaining a mask. Create an image,

The masking means is created by the mask image creating means on an image obtained by superimposing the second clothing image read from the storage means on the human body image read from the storage means. Mask using the mask image,

The drawing image creating means creates a drawing image in which an image masked by the masking means and a third clothing image read from the storage means are superimposed,

4. The storage means comprises: a plurality of viewpoints each having a point of intersection of a line dividing a circle centered on a human body at a predetermined angle based on the center point and an arc of the circle as a viewpoint. A plurality of the human body images, the first clothing image and the second clothing image taken from

The mask image creating means includes: the human body image read from the specific viewpoint read from the storage means; and a second clothing image viewed from the same viewpoint as the human body image read from the storage means. To create a mask image with

The masking unit is configured to superimpose a first clothing image viewed from the same viewpoint as the human body image read from the storage unit on the human body image read from the storage unit. Masking using the mask image created by the mask image creating means,

The drawing image creating means creates a drawing image in which an image masked by the masking means and a second clothing image viewed from the same viewpoint as the human body image read from the storage means are superimposed. And

The image display means displays a drawing image created by the drawing image creation means. 3. The virtual fitting display device according to claim 1, wherein:

5. The apparatus further includes a mask image correction accepting unit that accepts a modification of the mask image created by the mask image creating unit according to the outer shape of the first clothing image, wherein the masking unit is read from the storage unit. Masking an image obtained by superimposing the first clothing image on the human body image read from the storage means using the mask image corrected by the mask image correction receiving means. The virtual fitting display device according to claim 1.

6. A virtual fitting display method for displaying a virtual fitting state by combining a two-dimensional human body image with a two-dimensional clothing image,

A computer configured to store the human body image read from the storage unit that stores the human body image, the first clothing image, and the second clothing image; and a second clothing image read from the storage unit. A mask image creation step of creating a mask image that is superimposed; and a computer, wherein the first clothing image read from the storage means is superimposed on the human body image read from the storage means. A masking step for masking using the mask image created in the mask image creating step;

A computer generating a drawing image in which the image masked in the masking step is superimposed on the second clothing image read from the storage means;

A virtual fitting display method, wherein the computer includes an image displaying step for displaying the drawn image created in the drawn image creating step.

7. A virtual fitting display program for displaying a virtual fitting state by combining a two-dimensional human body image with a two-dimensional clothing image,

The clothing image is a two-dimensional first clothing image virtually tried on on the human body image, and a two-dimensional second clothing virtually trying on the first clothing image. Images and Storage means for storing the human body image, the first clothing image and the second clothing image; the human body image read from the storage means; and a second clothing image read from the storage means. Mask image creating means for creating a mask image in which the first clothing image read from the storage means is overlapped with the human body image read from the storage means; Masking means for masking using the mask image created by the mask image creating means;

A drawing image creation unit that creates a drawing image in which the image masked by the masking unit and the second clothing image read from the storage unit are superimposed; and a drawing image creation unit that creates the drawing image. A conceptual fitting display program that causes a computer to function as image display means for displaying a drawn image.

8. A computer-readable recording medium recording a virtual fitting display program for displaying a virtual fitting state by combining a two-dimensional clothing image with a two-dimensional clothing image,

A drawing image creating means for creating a drawing image in which the image masked by the masking means and the second clothing image read from the storage means are superimposed; a drawing image created by the drawing image creating means A computer-readable recording medium storing a virtual fitting display program, wherein the computer functions as an image display means for displaying an image.