KR100403332B1 - A design method provide with 3D rendering for fashion goods - Google Patents

Abstract

The present invention is designed by hand by a designer, all designs by a pre-worked external source or design of the fabrics, fabrics, prints, etc. made using a PC, and coated them on a 3D virtual model Design 3D stereoscopic mapping of a fashion product, which includes a series of processes that allow the actual model to be implemented in the same state as when the finished product is worn, and to input the designed data into a manufacturing facility to directly manufacture the designed product. The present invention relates to a method and a system, and in particular, the present invention uses a built-in image editing tool to create, save, and load a new design, and to recall, modify, supplement, and save a predesigned design as needed. A design work step; In the design work stage, the scanner scans documents, drawings, etc., and retrieves the designs of stored threads, fabrics, etc., and saves them by modifying them with drawing tools. design, layout, repeat, and mapping stages, and in this process, the predecessor stage of the yarn designing the type, condition, and color of the yarn using the dyeing program, and the fabric structure, state, and color Designing the back, and also printing the fabric, and all the designs and all importable designs produced in the above design work steps are color-coded or design-mapped on the 3D virtual model to various 3D models. Partially or totally texture mapping, visually rotating the 360 ° forward three-dimensionally when worn in three-dimensional as in reality In this way, it is possible to realize a three-dimensional design without the need for test production, thereby preventing the trial and error of design and trial-and-error elements in accordance with the test production in advance to prevent time and expense required for design work and test production. Total design that can provide all stages from design start to production of clothing and sundries according to the design and application of the determined design data to the facility, enabling immediate processing of yarn dyeing and printing. It can provide a total design solution.

Description

A design method provide with 3D rendering for fashion goods}

The present invention is performed by the designer at the same time performing the design color of the fabric for the composition of the garment on the computer, the design of the tissue and pattern, and the design of the yarn for weaving the fabric at the same time, the three-dimensional image of the designed fabric After modeling and color mapping and rendering in a realistic state, the design is determined, modified or supplemented and finally determined, and then output directly to the manufacturing device to fashion textile weaving and clothing. The present invention relates to a 3D stereoscopic mapping method and system for designing fashion goods using a computer that enables continuous production of water. In particular, the present invention relates to all new designs or pre-worked printed materials, photographs, and the like produced by hand. Using a computer to design or create a new image on a computer 3D virtual model was worn three-dimensionally on the 3D virtual model, and the computer image of the fabric texture of the woven fabric designed in the ombre, and the fabric pattern and the color of the garment fabricated by the designed fabric tissue It is characterized by a series of processes that allow the design, realization of appearances, images, colors, etc. to be made and observed, and then connecting the determined design to the production machine to directly produce the designed work.

In general, in the fields of fabrics and garments, design work such as dyeing of fabrics and weaving for weaving fabrics embodied by designers, design work of tissues and patterns by such yarns, and clothing originating from such fabrics The design work of the fashion goods such as, and the production work of the actual product executed by the design work were separately separated and implemented in different situations.

Therefore, in the design design of this field, all the design sources such as patterns or colors designed through the ground are provided in the manufacturing stage, and the fabricated designs are stored on a computer and printed on a flat paper (2D). In the case of a combination of cards installed on the loom itself, the pattern or color is determined, and a sample of the prototype is produced to examine the design or texture, and then the diameter, weft, and thickness of the loom (count, denier, etc.) After refining and supplementing the fabric, the fabric was retested to determine the design, color, and pattern of the fabric.

However, such a conventional method has caused a lot of trial and error, such as the appearance of a prototype or a sample which is quite far from the initial design intention when the prototype is produced. From the design work to the production stage of the prototype, Due to the complicated execution stage and trial and error, the process of implementing the finished product such as design required a lot of cost, effort, and work time, which showed a problem of low work efficiency.

In addition, most design programs used in the fields of fabrics and clothing are designed and produced in real time (2D) on the ground or on the monitor, except for special high-cost cases. In the product, there are significant differences and differences, and as a result, side effects such as considerable difficulty in conveying or expressing the intended concept of the designers and producers are caused. , Which causes frequent inconveniences such as repetition of complex design work many times, which requires a lot of effort and time for design work, thus increasing the initial cost required for design. Indicate problems It could represent a factor.

Therefore, in the present invention, when a designer designs a new one, a new design is created using an image editing tool built in a computer or a server itself connected to a network through a computer, and a function of storing the created design on a computer and a recall function. The designer can then reload, reload, and redesign new designs or pre-built and saved designs, as well as use external scanners for documents, fabrics, and more. Provides a total design solution, including the ability to scan and run it on a monitor, modify it with drawing tools, and save it again, allowing designers to design new ones by hand or use a scanner to print documents, shapes, backgrounds, etc. And monitor external design sources After the design is executed and modified to the required state on the monitor, the design is created, the created design is saved on the computer, and the saved design is loaded as needed by the designer to modify the atmosphere of the design to the required state. Its purpose is to make it easy for anyone to use in the field by supplementing, restoring or directly applying to weaving, cutting and sewing equipment.

In addition, the present invention provides new design techniques such as chromaticity correction, 4 color, layout, repeat, and 3D mapping in addition to the drawing tools existing in the existing design program. Design the yarns, tissues, types, thicknesses, etc., and design and fabricate woven fabrics using pre-dyed yarns, and color-mapping to vary the patterns and colors of yarns and fabrics in 3D on a plane as well as in 3D. In addition, it is possible to design various shapes and colors on woven fabrics and to provide a way to realize various fashion items such as clothes, bags and hats in 3D by using the printed fabrics in three dimensions. It is to be done.

In addition, the present invention includes a storage medium such as a hard disk, a floppy disk, a compact disk of a computer or a server or a computer, including a novel design produced by a designer using the design method of the present invention as described above (hereinafter referred to as a storage medium). Simply save all the stored design sources and map the textures to the various three-dimensional models, in part or in total, to create the same three-dimensional model as the actual model wears. In the atmosphere, the design concept, pattern, and color of the overall design can be realized concretely and practically, and the design decision for the completion of the product can be almost completely determined on the computer to reduce trial and error due to the trial production of the designed product. To save time and money. Will you ever.

In addition, the present invention enables the dyeing work of the yarn and the printing work of the fabric, ranging from the design of the yarn to the design work of the textile weaving, the design work of fashion goods such as clothing and miscellaneous goods using the same, to the production of all fashion products such as clothes and miscellaneous goods By providing a total design solution that can be carried out in a continuous flow process, all processes from the initial design stage to the production completion stage of the product can be processed continuously in a daylight, and also design, color, pattern 3D image rendering is rotated 360 degrees and realized in the same state as it is in real life, and it is possible to easily carry out the modification of design on the computer, making design by computer system, 3D modeling system, loom, etc. The combination of systems reduces time, cost, trial and error, increases production efficiency, and inspires designers and producers. It will be sufficiently alive with the purpose to provide a total design solution needed to produce products with high efficiency, low cost and short time.

The present invention for achieving this object comprises the steps of preparing a design source, such as drawing, design by the designer at the beginning stage; Scanning the prepared design source with a scanner or capturing an image with a digital camera; Manufacturing a new design by a drawing tool and a design program; Designing, modifying and re-storing a combination of these, individually or in combination, including the step of loading and executing design data stored in a storage medium such as a server, a CD, a hard disk, or a floppy disk; 3D mapping by color-mapping, design-mapping, and design-mapping a design produced by color-way, color pick, layout, repeat, and 3D mapping in a general design step; Determining whether or not the design is complete, and modifying or storing and printing it, and operating a hardware such as a weaving device to produce a product such as fabric, the present invention, Detailed description of the preferred embodiment according to the design production step and the execution method as follows.

1 is a diagram illustrating an overall network configuration of the present invention.

2 is a step-by-step flow sheet for practicing the present invention.

3 to 28 are execution screen diagrams for implementing the present invention.

3 is a basic window execution screen diagram of the present invention

4 to 10 is a running screen according to the design execution

11 to 26 is a running screen executed the design stage of the fabric

27 to 28 is a 3D rendering execution screen diagram

* Explanation of the main parts of the drawings 1: Work PC 2: Image support means 3: Storage medium means 4: Test printer

5: printing apparatus 6: manufacturing method 31: CD-ROM 32: database

33: hard or floppy disk 100: start step 200: image capture step

300: design work step 400: storage step 500: 3D implementation step 600: output step

700: production execution stage

1 is a schematic diagram of a method for installing an entire system for practicing the present invention, and FIG. 2 is a step-by-step flow sheet for practicing the present invention.

As shown in Fig. 1, the present invention provides a work PC 1 connected over a network, and image support means 2 such as a digital camera and a caller scanner for supporting sources such as images and backgrounds; A CD-ROM 31 for storing and recalling the worked design or an image source for supporting it; Storage medium means 3, such as a database 32, a hard or floppy disk 33, and the like; The system is composed of a test printer 4, an overall image printing apparatus 5, and a manufacturing means 6 for test outputting the designed program.

Figure 2 shows an overall flowchart for implementing the present invention, the present invention comprises a start step (100) for preparing and starting a design source, such as drawing, design by the designer in the start step; An image capturing step (200) of capturing various design sources such as photographs, drawings, patterns, texts, etc. with the image supporting means (2) of a scanner or a digital camera; A design work step 300 for producing a new design with a work PC 1 by an existing drawing tool such as Photoshop, Illustrator, AUTO-CAD or the design program of the present invention; Designing, modifying, and re-saving the combined designs alone or in combination, including the steps of storing the worked designs on a storage medium (3) such as a server, CD, hard disk, or floppy disk. Step 400; 3D implementation step 500 of color-mapping the produced design to a three-dimensional virtual model and mapping the design to an actual 3D-implemented model to rotate 360 ° and three-dimensional mapping to a real three-dimensional state (3D mapping); Weaving means (6) by the output stage 600 and the completed design program to determine whether or not the design is complete, to modify or save it and to check, confirm and print the output state to the printer (4) (5) It includes a manufacturing execution step 700 to operate the hardware, such as) to manufacture products such as fabrics.

The present invention described above, in the start step 100, various external design sources such as drawings, patterns, texts, etc., which are drawn or designed by a designer, are prepared, and various external design sources such as photographs, drawings, patterns, and letters are prepared. If you obtain an external design source through an image capture step (200) that captures an image by means of an image support means (2) such as a scanner or a digital camera and executes it on the work PC (1), Design and work on the work PC (1) by performing a design work step 300 for producing a new design by the existing drawing tools such as Photoshop, Illustrator, AUTO-CAD and the design program of the present invention Including the storage step of storing the completed designs on a storage medium (3) such as a server, CD, hard disk, or floppy disk, or by loading and executing the stored design data. Through the storage step 400 for designing, modifying, and saving the combined use or complex combination, the image of the planar design such as the yarn dyeing, the printing condition and the texture of the fabric, and the texture (Texrure Rendering) are produced. The produced design is color-mapped in three dimensions, and the design mapping is realized in the actual 3D state, 3D modeling, and the 3D alleled design is rotated, reduced, and enlarged 360 ° continuously or stepwise to design the design from all directions. 3D implementation that expresses products designed by three-dimensional mapping (3D mapping) three-dimensionally like a real one and reliably realizes three-dimensional texture, density, color, pattern, etc., as worn by a real person (model) Output stage that completes the design through step 500 and prints to the printer 4 and 5 when the required design is completed and checks and confirms the design output state. The design completed through the system 600 includes a manufacturing execution step 700 for manufacturing a product such as fabric through hardware, such as weaving means (6), all of these steps are a total design provided by the present invention The solution can be run continuously or selectively.

After the step of designing and storing in detail according to the step-by-step execution process of the design work step 300 and the storage step 400 and the 3D implementation step 500 of the present invention to go through all the above steps to produce products such as fabric Detailed process according to the attached drawings for the process up to the stage, the dyeing design method and process of the thread, the printing method and process for the printing of the fabric using the same, and the method and process for color mapping and design mapping the produced design in 3D. Explain.

First, when a designer using a design program according to the present invention starts by executing the work PC 1, a window as shown in FIG. 3 is opened.

The design program of the present invention has an existing drawing program such as AUTO-CAD, Photoshop, Illustrate, etc., and has a drawing tool having a new drawing, opening, saving, scanning, printing, and various drawing tools. Repeat), chromaticity correction, 4 colors, layout, mapping and diagramming functions are provided with basic file menus and icons. The design program of the present invention includes a window (WIN95, 98, 2000 Proressional) to execute each function required.

First, run the New Picture (New) icon in the File menu to launch the New Picture dialog box.Then set the size of the file by entering the setting values in the size, width, height, and resolution fields of the file you are designing. The design work required within this range is newly executed.

Also, if you open it from the File menu, you can open and use the already saved design file. If you select Open from the File menu, a dialog box appears. Select the file to open through the dialog box and click the Open button. Press to open a design file that has already been saved and used.

The save command is used to save the current file. When you choose Save from the File menu, the file is saved immediately, when you want to save it with a different name, or when you save your work by giving it the first file name, or by resetting the current file name and specifying the path. If you choose Save As from the File menu, a dialog box prompts you to save. Select the folder to save here, write the file name using the keyboard, set the file type, and click the Save button to complete the saving by specifying the new path and name.The work path is performed in the same way as the existing design program. .

According to the present invention, an external pre-worked image and the like are obtained by the step 200 of capturing various design sources such as photographs, drawings, patterns, texts, etc., prepared by the image support means 2, such as a scanner. You can enter, save, edit, and modify the design source of.

The image capture step 200 may differ slightly depending on the type of scanner. However, when the dialog box appears by selecting Open from the File menu or by executing the scanner icon, the preview of the dialog box appears. The image of the design source to be scanned is displayed on the window, the information to be input for this image is determined, the numerical value of the resolution is entered, the image type and the area to be scanned are set, and the image of the scanned design source is scanned. Run it on your work PC (1), and then choose Save from the File menu.The Save dialog box appears.Select a folder to save to, enter a file name using the keyboard, and then click the Save button. 1) or the storage medium means (3) connected thereto, and in step 400 of storing, modifying and supplementing the same, Call it up and use it.

At this stage, the external image source or the stored image source captured by the test printer (4) can be printed in advance by setting the paper size, the number of copies, and the output direction such as A4 size in the usual way. Allows you to check for yourself.

The present invention executes step 300 of creating a new design directly operated by a designer by executing a drawing window having a tool for drawing various functions by opening a file menu of a design program.

In the drawing menu window of the present invention, like the existing program, an airbrush tool used to draw a dot pattern, an eraser tool used to erase an image, a paint tool used to fill a color of a clicked part, and a line to draw a line Pressing the Shift and Shift buttons will allow you to draw vertical, horizontal, and 45 ° lines, a pencil tool for drawing the desired image, a curve tool for dragging and dragging the lines to create the desired curve, and a rectangle. Draw a rectangle filled with a border or fill the rectangle, press the shift button to convert to a square tool, a circular border or a filled circle, press the shift button to draw a garden tool There is a font tool that inserts a character by clicking on the desired part of the image and the image. Type font, color and color, and then enter and approve the angle to determine the characters to be inserted into the image, the magnifier tool used to zoom in and out of the image, and the color used to pick up the color. Eyedropper tool, Lasso and Polygon Lasso tool used to draw and select the desired area or polygon area, Magic tool used to select the same color as the clicked part, Click and drag a part to create an area The area selection tool used to work in the area, the area moving tool used to move the selected area to a new window, copy the selected area to the current image, and cut out the selected area from the current image. There is also a drawing tool such as a palm tool that moves the screen using the palm when it is not. The tool is also used in existing drawing programs.

In addition, in the design program of the present invention, when a color is double-clicked on a color palette as shown in FIG. 7 to express a required color, a bar of CMY (Cyan, Magenta, Yellow) appears, and FIG. 4 of the present invention. Color palettes such as have an exclusion color that determines colors to be excluded when the image file is executed, a target color to be executed only for the selected color when the image file is executed, and a threshold determination function that changes similar colors to one color when all colors are applied. In the C, M, and Y Bars, C, M, Y values can be entered numerically or the arrows can be adjusted to add a new function to determine the required color. Function, to rotate the whole image to the left or right, to flip the whole image upside down or the whole image left and right, and to use the angle to rotate arbitrarily It is appointed and has a flip feature that can reverse the entire image at an angle.

In addition, the present invention has a basic program that can invert the color of the image file, the ability to adjust the brightness and contrast, the function of smoothing or sharpening the image border, the ability to extract the border formed from the image, the texture of the image It includes embossing functions that can be expressed as well, and it also includes the function of processing the color mode as a black and white image, and the binarization function to simply process the color as black and white.

In addition, the present invention adds a novel repeat function.

In the repeat function of the present invention, after selecting an area to be repeated from an image file loaded, a new image file is created in a new window by clicking a right button of a mouse to open a new window and pasting it into a new window.

After the execution, the repeat icon on the top of the new image file is displayed as shown in FIG. Use this dialog box to set the direction to repeat the selected image, e.g. X export direction, Y axis direction, etc., and change the size of the image to original size, 1/4, 2/4, 3/4 ... This allows you to repeat the selected image using the size selector function that appears repeatedly at the required reduction ratio, so that the same repeating pattern or image can be expressed simply and precisely, and if the lift is not necessary, the repeat is repeated. Tap the icon to return to the original state.

In addition, the present invention newly provides a chromaticity correction function.

To adjust chroma, first open the dialog box by selecting Open from the File menu, then select the photo image file (32Bit, RGB color mode) and press the Open button. When a color cleanup dialog box appears asking whether to clean up, the user may select manual or automatic, and the chromaticity adjustment dialog as shown in FIG. 6 appears.

In this state, if you manually select chromaticity correction, press the chromaticity cleanup button to move to the image, and the cursor changes to the eyedropper shape. The collar is imprinted. After running like this, press the run button. 8Bit. The image of the index color mode appears as a new file.

If you execute the chromaticity cleanup automatically, input the desired color frequency, press the release button and run 8Bit. The image of the index color mode appears as a new file.

This chromaticity correction function is useful when converting a complex picture image into a picture image and converting the picture into a picture using a picture image.

The present invention has a four color function that can be expanded and expanded four times in the same pattern on the screen.

To execute the four-color function, first press the four-color icon in the file menu to display the four-color dialog box divided into the picture mode and the screen mode as shown in FIG.

Picture mode performs the function of selecting single window, 4 windows, and range designation, and single window of picture mode is selected when developing 4 images on one sheet at a time. 4 windows each displays 4 images. This mode is used to make an image file of a file. Each image file can be saved. In the range designation, it is a button to select only the desired area from the image file and deploy it to 4 images at the same time.

In addition, the original mode and 1/2 reduction function can be selected in the screen mode. The original function has a function that can be expanded to 4 colors according to the original size on the screen, and the 1/2 reduction function uses 4 colors. When deployed to the screen, you can reduce the size of the image by a factor of 1/2.

Therefore, in the dialog box shown in FIG. 7, selecting the picture mode and the screen mode and pressing the OK button, four image files of the same size and shape are created on the screen, and in this state, the color palette of the above drawing is double-clicked. Therefore, various color mapping is performed while changing different colors in each of the four image files, and various colors can be embodied in the same pattern design to determine colors.

The present invention has a layout function. The layout function of the present invention performs a function of selecting an image to be picked from the original image and attaching it to the image to be pasted to synthesize the image. To execute the layout, first open the file menu, select an image to be synthesized, and execute the layout icon to display the layout dialog box as shown in FIG.

In the layout dialog box, the image to be pasted, the image to be pasted, the magnification of the image, the zoom area setting (X, Y) (XL, YL), the rotation, the left-right symmetry, the up-down symmetry, the color selection-the color to be excluded from brown and imported brown, It has selection functions such as color to be pasted, color to be excluded from the color to be pasted, preview and execution.

The above-mentioned image is set in the original image file, and the image to be pasted is set in the image file to be pasted. Therefore, after selecting the area of the image to be picked from the original image file and clicking on the image file to be pasted, the image is created in the same size, then the area range of the image to be pasted is set and moved to the desired position. Drag the corners of the image to reduce or enlarge the size of the image, then select Rotate, Left / Right, Top / Side Symmetry if necessary to synthesize the images first, and then select the Color button to exclude the colors to be taken from the image. If you select a color and execute it to color map and select a color to be attached to only one area of the picture image to be synthesized or execute the execute button, it will apply various colors to the synthesized image arbitrarily to vary the multiple images and colors. Will be able to design.

In addition, the present invention also has mapping and mapping functions.

The mapping of the present invention works by executing in the same manner as the layout described above.

The mapping function of the present invention works by adding / removing vertical lines and horizontality when mapping and by generating a mesh or by hiding a function when an image is not covered by the mapping line, and after executing the layout by executing the operation. It also has the function to give a wave to an image to be implemented in three-dimensional (3D).

In addition, it includes a plotting function and a stripe function for drawing horizontal, vertical, and diagonal lines.

The stripe function is executed in the file menu, and then pressing the stripe icon opens a dialog as shown in FIG. When this dialog opens, double-click inside the box at the top to display the CMYBar, and you can specify the color accordingly. After selecting the color, enter the length in the HotKey, press the Enter button, and select the desired angle. Press the Preview button to determine the design status while pressing the OK button.

The present invention can also carry out the design on polka. To execute this, select New from the File menu or open a desired image file and then press the Polka icon. The dialog box shown in FIG. 10 appears. In this dialog box, set the input units, for example pixel, mm, inch, etc. Double-click in the Tool Color and Background Color boxes to specify a color, enter a value, then click Garden and enter the value in one place. After doing this, press Preview to check the design status and press OK when the desired image is complete.

The present invention, such as the dyeing and design process of the yarn and the dyeing fabric design process for designing the structure, texture, etc. of the fabric of the dyeing fabric is woven with the dyeing yarn; A new design manufacturing step 300 including a process for performing a printing process for printing a woven cloth to a woven fabric;

A three-dimensional mapping step 500 including a process of modeling, mapping, and rendering such fabrics on a fashion item such as clothing in 3D and rotating them three-dimensionally by 360 ° on a 3D image;

It describes the design process and steps performed according to the design program of the present invention to perform each process by dividing.

First, FIGS. 11 to 22 illustrate the process of designing the fabric of the yarn and the design of the fabric, texture, and the like of the fabric of the fabric of the dye-dyed fabric which is woven with the yarn.

In this process, various yarns can be made using the above-mentioned novel design program stored in a working PC 1 for designing a dyed fabric or a storage medium means 3 such as a CD-ROM 31 or a database 32. Design and design organizations.

Actual Design Course:

When the real design icon is selected in the start menu and new is selected in the file menu, the real selection dialog box shown in FIG. 11 is executed. In this dialog box: a) Determine the thread thickness and enter the numerical value into the thread thickness window. b) Enter the size of the raising according to the raising condition of the yarn. c) Click the custom button to run it. d) Depending on the thread type, the information is displayed when selected in the twill or plain window. e) Click the OK button and execute the color palette.

Run the color palette to open the dialog box shown in Fig. 12, set the CMY value, RGB value, HSB value, and so on, and select a) color. b) Double-click on the palette to change the color. In this case, enter a number or click directly on the color. c) Click the OK button. In this step, if you execute Repeat and draw one thread pattern with the pen of the drawing tool, and drag the area, the area is repeated as the entire area is repeated.

The process of selecting and designing a thread from the thread type box in the dialog box of FIG. 11 will be described.

The process of creating a speaker in the speaker creation dialog box shown in FIG. 13 by selecting CS (Twist company) in the actual type of the dialog box of FIG. 11 is as follows.

a) Choose the color and thickness of the thread. b) Click on the thickness of the thread in the box, and move the mouse to the cross mark to locate the thickness. c) Select another color and execute as b) above. d) Select the twist direction. e) Enter the number of twists. f) Press the Execute button to display the designed speaker (twist company) at the top of the dialog box shown in FIG. 13 to complete the design of the speaker.

Melange, brushing and its design process are carried out as follows.

The actual deformation dialog box shown in FIG. 14 is executed by selecting the actual deformation from the thread type.

a. Melanzia Design Course;

① On the color palette, draw as many colors as the number of colors of melange with the pen of the drawing tool, and determine the respective colors for the increase and decrease colors, and then enter the mixing percentage (%).

② When spraying, the two colors are mixed.

b. Brushed yarn design process;

① Enter the number of raising.

② Run raising.

Preparing (weak, preparing wefts);

1) Press the icon.

2) Click on the blank of the warp or weft to bring up the stored thread.

`3) If you click the blank of the warp or weft with the right mouse, the dialog box as shown in Fig. 15 appears. In this dialog. a) Import the thread designed in the previous step: You can import the thread worked in the previous step design. b) Bring Cross :: You can import the cross weft on the right side with the weft and cross the weft bottom. c) Bring Left Thread: Bring left thread. d) Clear current thread: Delete the thread you clicked.

4) Design the warp and weft yarn in the same dialog box as Fig. 16, where the warp and weft yarn number 1 is the original and check the number 2, 3 ... I can hear it.

5) Color Change: Double click the right color to execute color palette.

The color change is the same as in the thread design.

Warp, weft arrangement;

Tap the Weft Arrangement icon.

1) Select the warp thread and weft thread.

2) When the selected thread is lit, the number of the selected thread is displayed on the selection slope and the selection weft.

3) Insert the number of strands and press the enter button.

4) The slopes are arranged horizontally and the wefts are arranged vertically.

a. Delete: Select the area and press the Delete button to delete the thread.

b. Insertion: After designating the position to insert, select the thread, input the number of strands, and press the insert button to insert it.

c. Replace: It is used to replace another thread after the area setting.

d. Repeat: Select the area to repeat and press the repeat button.

-After input the number of times to repeat

-By selecting the repetition method and clicking the OK button, it is possible to check the light and weft arrangement state through the dialog box shown in Figs. 17 to 18.

Print process

1) If you press the print icon, you can check the information, such as the array, tissue, magnetism, etc. designed in the above-described as shown in Figure 19-21.

2) The patterns entered in the light and weft arrangement are developed.

3) Select Print Preview from File.

a. Table View: Displays the data of the slope and weft input.

b. View Thread Information: Prints the color and type of thread used for the thread.

c. View Organization Information: Displays the type of organization.

4) Press the OK button.

Design process of organizational design;

1) Open tissue

① Select Open from the File menu to open the dialog box shown in FIG.

② Double click on the organization name or double click on the figure to open the dialog box showing the organization as shown in FIG.

2) Design the organization using the following drawing tools.

① Pencil-Draw tissue points.

② Straight Line-Draw a line. Press the shift button to draw a vertical or horizontal 45 ° line.

③ Rectangle-Draws a border. Press the shift button to draw a square.

④ Filled Square-Draw a filled square and press the shift button to draw a square.

⑤ Ellipse-Draw an oval frame and press the shift button to draw a garden.

⑥ Filled ellipse-Chaewonjin Circle Press the shift button to draw a garden.

⑦ Area selection-Clean the outside of area when solving area with area selection tool.

You can only work within an area, and you can move by grabbing and dragging inside the area.

⑧ Eraser-Delete tissue points.

⑨ palm-move the work area.

⑩ Magnifier-Zoom in and out on the work area. Right click: Zoom out Left click: Zoom in

Undo / redo-You can undo or redo something you just did.

3) Run the color palette to open the color selection dialog shown in FIG. The color in the box at the top represents the slope, and the color in the box at the bottom represents the weft.

Select light and weft color from the color palette next to it.

4) Edit

After grabbing, you can copy, cut, paste, flip, paste, delete, and repeat.

5) Organizational storage

To save the newly created organization, select Save from the File menu or click the Save button on the top toolbar and find the path you want to save.

Jacquard Design Course

1) If the jacquard menu is executed by pressing the function button at the top of the dialog box of FIG. 22, the jacquard dialog box shown in FIG. 28 is opened.

2) Double-click on one of the squares of the tissue pattern to bring up the tissue.

3) Select the desired tissue using the brush on the color palette and draw the necessary images such as the figure shown in FIG.

In the present invention, the pre-dyed yarn designed as described above, and the fabrics weaved with the yarn and designed in the state of printing, the accessories such as various garments, bags, hats, etc. in the 3D-phase consumer, men, women, teenagers, children, etc. The process of realizing the wearing state, modeling and rotating 3D three-dimensionally by 360 ° will be described with reference to FIGS. 27 to 28.

First, when an icon for implementing 3D is executed in an executable file, a screen window as shown in FIG. 27 is opened.

On this screen, models of men, women, adolescents, and children appear in four windows.

-Click the icon of the desired model to display the model.

First, when a male model is needed, as shown in FIG. 27, when a male display icon is clicked, a male model appears. When details are entered, a model detail selection dialog box appears as shown in the right left of FIG. 27. The box includes button for selecting style of clothes such as suit, casual, underwear, shirt, shorts, pattern, and so on; A selection button for a tie, a shirt, a left sleeve, a right sleeve, a jacket collar, a front and back jacket, and the like; Bottom selection function buttons such as pants left-right, shoes right-left; It has a selection function that makes it possible to realize information on all men's clothing and accessories such as the selection of parts such as overall, top and bottom.

For example, selecting male suit and 3D mapping;

In the model detail selection dialog box, click the part to be patterned, that is, the corresponding function button to implement the design.

-If you select the desired image file, the image file is added to the selected part.

-Perform a pattern on the male suit.

-When you wear a pattern, you can see all sides by wearing a 3D image in the same state that you actually wore the designed top from the 360 ° rotation state while the male model was wearing it.

When the male casual is selected, the same manner as in the above-described suit is performed by the male model wearing a 3D map while wearing a casual wear.

In this state, the design images of all men's clothing, such as clothes style, top and bottom, are modeled in 3D and color-mapped to realize three-dimensional omnidirectional.

When the female model is selected, the screen is displayed as shown in FIG. 28.

Click on the female icon.

When the female model appears on the screen, select the desired part with the selection button that can select all the design information about the women's clothing in the model details selection as in the case of the male.

-Like the men above, when the Open box appears, open the desired image file.

The image file is overlaid on part of the model.

Female suit;

-Select the bottom of the female formal model.

-Open image file with Open.

-You can see both the front and back sides of the image.

In addition, even in the case of adolescents and children, the male figure is executed in the same manner as that of selecting a female, so that the three-dimensional modeling can be implemented in all directions while rotating the 360 ° in the same state as the actual model wearing the clothes in 3D. do.

In addition, the program of the present invention as shown in FIGS. 27 and 28 for implementing 3D includes a function of setting a background.

First, click on the background icon.

When a box for opening a background is created, the background stored in advance is loaded.

-The selected image is applied to the whole background.

Zoom in: Keep clicking the icon to enlarge the image.

Zoom out: Keep clicking the icon to zoom out.

Pause: Click to stop or rotate a model that rotates 360 °.

In addition, if the printer icon is selected, the current screen is printed.

Therefore, with the image designed through this process, the design of yarn and fabric, and the design and fabric of the fabric, and with the fabric designed in various ways in three dimensions in three dimensions, rotate 360 ° to zoom in, zoom out, and pull from all directions (Zoom-in), Zoom-out, 4 models can be executed simultaneously on one screen, and 4 color functions are executed in different design states. Will be implemented in three dimensions in three dimensions.

As described above, the present invention can change the color of the complex images such as photos by eliminating the complexity and the complexity of working with each layer using the Layer function, by changing the entire color mainly on the photo work in the existing design program such as Photoshop. By arranging the color number as desired by the designer and simplifying the design into a picture image, the design can be easily performed using photos. It is possible to work by matching the number of colors and the number of colors, so that it is possible to accurately and easily work on film production for actual printing work. Also, by adding a repeat function, only one pattern is designed and then the same pattern and Repeat the pattern in various directions to perform continuous pattern design work. It is very efficient and simple to perform pattern design work, and 4 color function is added to make a variety of colors in the same pattern when designing. 4 windows (or color) are executed at the same time. Expect to diversify the design by executing the required number of times in succession four times for each of the four windows, and also to easily and quickly change, modify and design colors and patterns on multiple screens. It allows you to carry out various design work, and adds layout function to compose pictures with each other to display two design images on the screen, set the area of the picture, synthesize the pictures based on the pictures to be pasted, rotate them, You can zoom in and out, and set the transparency so that the two images overlap somewhat when they are combined. p) make it possible to decide whether to make a picture, that is, the composition of images, and to give these design images a wave so that even the wrinkles of clothes as in actual wear can be made. By mapping to the model and rotating it 360 ° in the same state as the real model is wearing, the result of the design is realized in three dimensions and 3D rendering in the realistic state to determine the design, modify or supplement the final design. After that, it can be directly outputted to the production equipment, so that fabrication work such as weaving of fabrics and clothing can be carried out immediately and continuously, thus reducing trial and error due to the trial production of the designed product. It has many features, such as a significant cost savings.

Claims (9)

Preparing a design source by drawing and designing clothes or yarns by a designer in a starting stage; Scanning the prepared design source with a scanner or capturing an image with a digital camera to produce a design of clothes or a thread by a drawing tool and a design program; At least one source that designed clothes, threads, fabrics, etc. by hand by a designer, and ones that designed clothes, threads, fabrics, etc. required by the drawing tool or design program of a PC Design steps for designing garments, threads, fabrics, etc .; Color mapping, design mapping, and rendering a design produced by chromaticity theorem, layout, repeat, and 3D mapping to a 3D virtual model in the design step; Design 3D stereo mapping function of fashion items, which includes determining whether or not to complete the design, modifying, storing or printing the same, and manufacturing products such as fabrics by operating hardware such as a weaving device. Design method having a. The method of claim 1, In the design stage, the design of 3D solids of fashion items, which includes a chromaticity step of arranging complex images such as photographs into a chromaticity cleanup menu and setting the color frequency as desired by the designer and simplifying the design into a picture image Design method with mapping function. The method of claim 1, In the design stage, designing only one pattern, repeating the same pattern and pattern in various directions as desired repeat pattern (Repeat) step of designing a fashion product, characterized in that it comprises a repeating step Design method with mapping function. The method of claim 1, In the design phase, four colors can be displayed by executing four windows at once to make various colors on the same pattern during design work, and executing the required number of times in succession four times for each of the four windows. A design method having a 3D stereoscopic mapping function of a fashion product, characterized in that it comprises a function. The method of claim 1, In the design stage, two design images are displayed on the screen, the area of the picture is set, the picture drawn to the pasted picture is synthesized, and it can be rotated and enlarged / reduced and the transparency can be set. 3D stereo mapping function of fashion items, including a layout function that determines whether to overlap and gives a wave to the design images so that even the wrinkles of clothes as in actual wear are included. Having design method. The method of claim 1, Map the multi-designed image to a three-dimensional model in 3D, rotate the 360 ° in the same state as the actual model is wearing, and realize the result of the design in three dimensions. Design method having a 3D stereoscopic mapping function of the design of fashion, characterized in that it comprises a 3D rendering function to enable the complementary work. The method of claim 6, The 3D rendering function is a design method having a 3D stereoscopic mapping function of a fashion object characterized in that the 3D stereoscopic models of men, women, adolescents, and children are executed. The method of claim 6, A 3D rendering function is a design method having a 3D stereoscopic mapping function of a fashion object, characterized in that it contains all the fashion information of men, women, adolescents, children. delete