KR101107743B1 - Producing method of flash contents and recoding media storing plug in program for executing the same - Google Patents

Abstract

The present invention relates to a flash program and a method for producing flash content using a plug-in program which is plugged into and operated by the flash program. Flash content production method according to the invention comprises the steps of (a) executing the flash program to display a job screen; (b) selecting a JSFL terminal menu formed according to the plug-in of the plug-in program and displaying a JSFL terminal window provided with a code input window and an execution button on a screen; (c) inputting at least one JSFL script code into the code input window; (d) executing the JSFL script code according to the selection of the execution button. Accordingly, by improving the structural limitations of the flash program as an animation production tool, the animation producer can perform animation work more conveniently.

Description

PROCESSING METHOD OF FLASH CONTENTS AND RECODING MEDIA STORING PLUG IN PROGRAM FOR EXECUTING THE SAME}

The present invention relates to a flash content production method and a recording medium on which a program for performing the same is recorded. The present invention relates to a flash content production method and a plug-in program for performing the same. It is about the medium.

Based on Future Splash, released in 1996 by Future Wave Software to replace existing Gif-based animation tools, Flash has evolved into a web-based vector animation creation tool.

In particular, 'Flash 4' (1999), which provides near-complete functionality for animation production, has allowed the world's web developers and animators to adopt the concept of 'flash', which has led to an explosion of online-based Flash content. do.

Unlike traditional linear animation tools, the concept of 'symbols' provided by Flash has made it possible for animators to make innovative changes in the way they produce animations. The company has established itself as a production solution that can replace general 2D digital animation.

Actually, American works such as Warner Brothers' Mucharucha and Coconut Fred Island, and Korean works such as Ubi Boy and Pucca were also produced in TV series through the flash production process. All. And many of the 2D animations currently being planned in the United States are being produced in Flash in Canada, India and Korea.

However, despite Flash's expansion as an alternative to existing animation, Adobe's current copyright company, Adobe, sees the future of Flash as a web-based application creation tool rather than an animation creation tool. The demands of animation and character producers around the world have not been reflected in the Flash MX version of Adobe's Flash program.

In other words, the current Adobe Flash program as an animation production tool has not been upgraded as the most basic user convenience as an animation production tool, and thus a lot of inefficiency occurs while performing an actual animation project. Therefore, animators are often making animations at the expense of many inconveniences inherent in the animation in order to take advantage of the convenience and power of the flash program itself.

The present invention has been made to solve the above problems, the flash program having a variety of functions that can solve the inconvenience that the individual or group of workers in the process of producing animation or flash game using a flash program It is an object of the present invention to provide a method for producing a flash content using a plug-in program operating by being plugged in and a recording medium on which a plug-in program for performing the same is recorded.

According to an aspect of the present invention, there is provided a method for producing a flash content using a flash program and a plug-in program that is plugged into and operated by the flash program, the method comprising: (a) executing the flash program to display a work screen; (b) selecting a JSFL terminal menu formed according to the plug-in of the plug-in program and displaying a JSFL terminal window provided with a code input window and an execution button on a screen; (c) inputting at least one JSFL script code into the code input window; and (d) executing the JSFL script code according to the selection of the execution button.

Here, (e) selecting the entire execution button provided in the JSFL terminal window; and (f) executing the JSFL script code on all documents opened on the stage of the work screen according to the selection of the entire execution button.

(G) selecting a compile button provided in the JSFL terminal window; (h) The method may further include compiling all documents open on the stage of the work screen according to selection of the compilation button.

(I1) a step of displaying a virtual copy window on which a scale selection item, an offset input item, a center point selection item, and a copy count input item are provided by selecting an outlet copy menu formed according to the plug-in of the plug-in program; Wow; (i2) selecting one of the objects displayed on the stage of the work screen; (i3) selecting one of reduction and enlargement through the scale selection item; (i4) inputting an offset value through the offset input item; (i5) selecting one of a transform point and a registration point through the center point selection item; (i6) inputting copy number through the copy number input item; (i7) When the copy button provided in the catholic copy window is selected, the object selected in the step (i2) is copied by the number of copies input through the copy count input item, and the copied object is offset by the input. The image may be enlarged or reduced gradually according to the selection through the scale selection item by a value, and may be further enlarged or reduced based on the transform point or registration point selected through the center point selection item. .

(J1) selecting a round copy menu formed according to the plug-in of the plug-in program and displaying a round copy window on which a copy angle input item, a center point selection item, and a copy number input item are provided; (j2) selecting one of the objects displayed on the stage of the work screen; (j3) inputting a copy angle through the copy angle input item; (j4) selecting one of a transform point and a registration point through the center point selection item; (j5) a copy count is input through the copy count input item; (j6) When the copy button provided in the round copy window is selected, the rotation point is sequentially rotated by the copy angle input through the copy angle selection item about the transform point or the registration point selected through the center point selection item. The method may further include copying the object selected in the step (j2) by the copy count input through the copy count input item.

(K1) a library control menu formed according to the plug-in of the plug-in program is selected to display a library control window on which a target selection item, a symbol list display window, a symbol name input window, and a name conversion button are provided; (k2) selecting one of a library and a stage through the target selection item; (k3) at least one of symbols displayed on a library panel is selected when a library is selected through the target selection item, and at least one of symbols displayed on a stage of the work screen when a stage is selected through the target selection item; The above step is selected; (k4) displaying the list of symbols selected in the step (k3) on the symbol list display window; (k5) inputting a symbol name in the symbol name input window; (k6) When the name conversion button is selected, the name of the symbol displayed on the symbol list display window and the name of the symbol selected in the step (k3) displayed on the library panel are converted into the symbol name input through the symbol name input window. The method may further include a step of converting by adding a separator for dividing a symbol.

And (l1) selecting an in-place editing menu formed according to the plug-in of the plug-in program and displaying an in-place editing window on which a copy button and a paste button are provided; (l2) selecting any one of the symbols displayed on the library panel and displaying it on the stage; (l3) selecting one of objects included in the symbol displayed on the stage; (l4) selecting the copy button provided in the in-place editing window to copy the object selected in step (l3); (l5) When the paste button provided in the in-place editing window is selected while the document in operation on the stage is displayed, the object copied according to the selection of the copy button in step (l4) is copied into the document in operation. And may be displayed, but the position of the copied object in the working document is displayed at the same position as the position displayed on the stage in the step (l2).

According to the present invention, there is provided a flash content production method that enables an animation producer to perform animation work more conveniently by improving structural limitations of a flash program as an animation production tool, and a recording medium on which a plug-in program for performing the same is recorded. .

Hereinafter, with reference to the accompanying drawings will be described in detail the present invention.

FIG. 1 is a diagram illustrating a configuration of a computer in which a program for executing a flash content producing method is installed.

Referring to FIG. 1, a computer includes a central processing unit (CPU) 11, a chipset 12, a main memory 15, a display unit 13, a user input unit 14, and a hard disk drive. (HDD) 16 may be included.

The main memory 15 temporarily stores programs or other data in the form of random access memory (RAM), which is a nonvolatile memory. The display unit 13 is provided in the form of LCD (Liquid Crystal Display) or CRT (Color Ray Tube) to display an image, and the user input unit 14 is provided in the form of a keyboard or a mouse.

The chipset 12 manages the main memory 15 and the display unit 13, and manages data moving between the CPU 11, the main memory 15, the display unit 13, and the hard disk drive 16. .

The hard disk drive 16 stores data for driving an operating system (OS) 17 such as Windows, and includes a flash program 18 for performing a flash content production method according to the present invention. The plug-in program 19 is stored.

Here, the flash program 18 operates based on the operating system 17 of the computer. In the present invention, the flash program 18 is an 'Flash 8' version of Adobe. In addition, the plug-in program 19 is plugged into the flash program 18 to operate in conjunction with the flash program 18.

Hereinafter, as shown in FIG. 1, the flash using the flash program 18 in which the plug-in program 19 is plugged in with both the flash program 18 and the plug-in program 19 installed in the computer. The manufacturing method of the program 18 is demonstrated in detail.

FIG. 2 is a diagram illustrating an initial work screen displayed on a screen when the plug-in program 19 executes the plug-in flash program 18. Referring to FIG. 2, the work screen is provided with a menu bar MB, a tool box TB, a timeline window TLW, a property window PW, a library panel LW, and a stage STA. .

The menu bar MB collects commands into a menu to perform all functions used in the flash program 18. The plug-in menus (PIM) provided to the plug-in program 19 according to the present invention are plugged. When the in program 19 is plugged into the flash program 18, as illustrated in FIG. 2, the in program 19 is provided and displayed on the 'other panel' in the 'window' menu of the menu bar MB.

Here, the tool box (TB), timeline window (TLW), property window (PW), library panel (LW), and stage (STA) on the work screen shown in FIG. 2 are referred to as 'Flash 8' of Adobe. The version is taken as an example, and a detailed description thereof will be omitted herein. 3 to 9, reference numerals are omitted for the basic configuration provided by Adobe's Flash 8, such as tool box TB.

Hereinafter, the JSFL terminal menu of the plug-in menu PIM provided by the plug-in program 19 according to the present invention will be described in detail with reference to FIG. 3. JSFL is short for Java Script FLash.

First, when the flash program 18 is executed, the JSFL terminal menu is selected among the plug-in menus (PIM) displayed on the other panel in the window menu of the menu bar MB on the operation screen of FIG. As shown in, a JSFL terminal window JT_W is displayed on the screen. Here, the JSFL terminal window JT_W is provided with a code input window CI_W and an execution button RB, as shown in FIG.

Then, the worker inputs the JSFL script code into the code input window CI_W provided in the JSFL terminal window JT_W. When the input of the JSFL script code is completed and the execution button RB is clicked, the JSFL script code entered in the code input window CI_W is executed and reflected in the working student.

3 (a) shows a code input window CI_W,

doc.rotateSelection (30)

doc.moveSelectionBy ({x: 10, y: 10})

doc.frameRate = 30

Is a view illustrating a state in which a JSFL script code is input, and FIG. 3 (b) shows that the JSFL script code input in FIG. 3 (a) is executed to change the target object OB according to execution of the JSFL script code. An example is shown.

That is, according to the JSFL script code input in (a) of FIG. 3, the selected object OB rotates clockwise 30 degrees from the current state, moves from the current position to the horizontal +10 and vertical +10 positions, An example of changing the frame rate to 30 fps is illustrated.

According to the configuration as described above, the JSFL terminal menu according to the present invention allows the animation producer to perform the animation work more conveniently than the existing flash program (18).

That is, although the existing flash program 18 supports JSFL scripts by itself, in order to use the JSFL script, a worker creates a text file in which the JSFL script code is input, and loads and executes it in the flash program 18. In the present invention, the JSFL script code can be executed only by inputting into the code input window CI_W of the JSFL terminal window JT_W, which enables more convenient animation work.

Meanwhile, as illustrated in FIG. 3, the JSFL terminal window JT_W may be provided with the entire execution button RAB. Here, when the operator inputs the JSFL script code in the code input window (CI_W) and selects the entire execution button (RAB), the code input window (CI_W) is applied to all the job files open on the stage (STA) of the job screen. The JSFL script code entered in) is executed.

For example, if the user clicks the entire execution button (RAB) while entering 'doc.frameRate = 100' in the code input window (CI_W), 'doc.frameRate for all documents opened on the stage (STA) = 100 'is executed, and the frame rate attribute of all documents is changed to 100. Here, when the execution button (RB) is selected while 'doc.frameRate = 100' is input, the JSFL script code is executed only for the currently working document.

In addition, a compile button CB may be provided in the JSFL terminal window JT_W according to the present invention. Here, when the compilation button CB provided in the JSFL terminal window JT_W is selected, compilation of all documents opened on the stage STA of the work screen is executed. This eliminates the inconvenience that the operator had to compile each document open on the stage (STA) individually, so that all documents can be compiled in a batch and converted into a swf file.

Meanwhile, the non-explained reference numeral CB of FIG. 3 is a delete button, which is a button for deleting the JSFL script code currently described in the code input window CI_W.

Hereinafter, a concentric copy menu of the plug-in menu PIM provided by the plug-in program 19 according to the present invention will be described in detail with reference to FIGS. 4 and 5.

First, in the state where the flash program 18 is executed, if the outlet lik copy menu is selected from the plug-in menus (PIM) displayed on the other panel in the window menu of the menu bar MB on the operation screen of FIG. As shown, the potential copy window CC_W is displayed on the screen. Here, in the electric copy window CC_W, as shown in FIG. 4, the scale selection item SSI, the offset input item OSI, the center point selection item CPSI, and the copy count input item CCI are provided. .

Then, the operator selects the object to be copied from the stage (STA) of the work screen and selects one of the zoom in and out through the scale selection item SSI provided in the generic copy window CC_W. Select. In addition, the operator inputs an offset value through an offset input item OSI provided in the conduit copy window CC_W. In this case, the offset value inputted through the scale-in item (SSI), the zoom-out (In) and the zoom-out (Out), and the offset input item (OSI) are reduced or enlarged at an interval equal to the offset value. Applies to

The operator selects one of the transform point TP and the registration point RP through the center point selection item CPSI, and inputs the copy number through the copy count input item CCI.

If the copy button SCB provided in the potential copy window CC_W is selected in the above-described state, the object is copied as many times as the number of copies inputted through the copy count input item CCI. Only the offset value input through OSI) is gradually enlarged or reduced and copied according to the selection through the large scale selection item (SSI), and the transform point (TP) or registration point (RP) selected through the center point selection item (CPSI). Copies are enlarged or reduced based on.

5A illustrates a selected object, and FIG. 5B illustrates a copy button in which a reduction is selected through a scale selection item SSI and a transform point TP is selected through a center point selection item CPSI. The figure shows a screen on which copying is performed when (SCB) is selected. FIG. 5C is a diagram illustrating a screen on which copying is performed in a state in which a registration point RP is selected through a center point selection item CPSI under the same conditions as in FIG. 5B.

Through the above configuration, as shown in FIG. 5, when copying around a specific point such as a transform point TP or a registration point RP while reducing or expanding a specific object at a constant scale, FIG. 4. By using the conventional copy window (CC_W) shown in the above, in the case of using the existing flash program 18, it is possible to eliminate the inconvenience of repeating the same process by copying and resizing the size in the concentric position. .

Hereinafter, a round copy menu of the plug-in menu PIM provided by the plug-in program 19 according to the present invention will be described in detail with reference to FIG. 6.

First, in the state where the flash program 18 is executed, when the round copy menu is selected from the plug-in menus (PIM) displayed on the other panel in the window menu of the menu bar MB on the operation screen of FIG. As shown, the lined copy window CR_W is displayed on the screen. Here, the copy angle input item DII, the center point selection item CPSI_2 and the copy count input item CCI_2 are provided in the lined copy window CR_W.

At this time, the operator selects the object to be copied from the stage STA of the work screen and inputs the copy angle of the object to be copied through the copy angle input item DII of the lined copy window CR_W. In addition, the operator selects one of the transform point TP and the registration point RP through the center point selection item CPSI_2, and the number of objects to be copied, that is, the number of copies to be copied through the copy count input item CCI_2. Enter it.

When the copy button SCB_2 provided in the lined copy window CR_W is selected in the input state as described above, the transformation point TP or the registration point RP selected through the center point selection item CPSI_2 is centered. The object is copied as many times as the number of copies input through the copy count input item CCI_2 while sequentially rotating the copy angle input through the copy angle selection item.

6A illustrates a selected object, FIG. 6B illustrates a copy angle of 30 degrees through a copy angle input screen, and a transform point TP is selected through a center point selection item CPSI_2. FIG. 11 illustrates an example of a screen in which a copy button SCB_2 is selected and copied while a copy count is input 11 times through the copy count input screen. As shown in (b) of FIG. 6, the object copied with the transform point TP as the center point is copied at intervals of 30 degrees in the circumferential direction, and the target object itself is also copied while rotating.

As described above, when a specific object is to be copied at a predetermined interval on the circumference having the transform point TP or the registration point RP as a center point, the operation such as copying the object, placing it on the circumference and rotating it repeatedly is performed. The inconvenience of the existing flash program 18 that has been performed is eliminated.

Hereinafter, a library control menu of the plug-in menu PIM provided by the plug-in program 19 according to the present invention will be described in detail with reference to FIGS. 7A to 7C.

First, in the state where the flash program 18 is executed, when the library control menu is selected from the plug-in menus (PIM) displayed on the other panel in the window menu of the menu bar MB on the operation screen of FIG. As shown in 7c, the library control window LC_W is displayed on the screen. Here, the library control window LC_W is provided with a target selection item TSI, a symbol list display window SLDW, a symbol name input window SNIW, and a name conversion button NCB.

The worker selects one of the library and the stage STA through the target selection item TSI. The library or stage selection item provided in the target selection item TSI is an item for determining whether to load the symbol list in the library panel LW or the image displayed on the stage STA.

At this time, when the operator wants to load the symbol lists displayed in the library panel (LW), he selects a library from the target selection item (TSI) and then selects the list of symbols to be loaded from the library panel (LW) and the library control window (LC_W). Clicking on the import button (GIB) provided in the parenthesis) displays a list of symbols loaded in the symbol list display window SLDW as shown in FIG. 7A.

In addition, when the operator wants to load a symbol list from the image displayed on the stage STA, the user selects the stage STA in the target selection item TSI and then selects the blur symbols from the image displayed on the stage STA. Then, the import button (GIB) provided in the library control window (LC_W) is clicked.

On the other hand, the symbol list display window SLDW displays a current list display item ('Name' area in the symbol list display window of FIGS. 7A to 7C and the same as hereinafter) in which the loaded symbol list is displayed, and a converted list in which the converted symbol name is displayed. A display item ('NewName' area in the symbol list display window of FIGS. 7A to 7C, hereinafter the same) may be provided, and a symbol list loaded from the library panel LW or the STA is displayed on the current list display item. . Here, when a symbol is called from the library panel LW or the STA, the symbol list is displayed in the same manner as the current list display item and the conversion list display item as shown in FIG. 7A.

With the symbol list displayed on the symbol list display window SLDW of the library control window LC_W through the above process, the operator inputs a new symbol name in the symbol name input window SNIW and then converts the name into the name conversion button NCB. When is selected, the symbol name displayed on the symbol list display window SLDW and the symbol name displayed on the library panel LW, that is, the symbol name loaded from the library panel LW or the STA, are shown in FIG. 7C. As shown, the new symbol name entered in the symbol name display window is converted.

At this time, when the symbol name is converted, the newly converted symbol names are converted by adding a separator to distinguish each symbol. In FIG. 7C, numbers are sequentially converted to the separator after the symbol entered in the symbol name input window (SNIW). It is taken as an example to add.

Through the above configuration, when a group of specific symbols, for example, as shown in FIG. 7A, are to be renamed Symbol1 through Symbol5 uniformly, a new symbol name, for example, can be obtained using the library control window LC_W. For example, as shown in FIG. 7C, uniform changes to Animal0 to Animal4 are possible.

Meanwhile, FIG. 7B shows a preview button PNCB provided in the library control window LC_W in the state shown in FIG. 7A, that is, the symbol list is displayed on the symbol list display window SLDW and the operator inputs a new symbol name. When is clicked, the converted symbol name is displayed only in the conversion list display item of the symbol list display window SLDW without changing the symbol name of the library panel LW. This allows the operator to compare the symbol name before and after the conversion by comparing the current list display item on the symbol list display window (SLDW) and the conversion list display item before actually converting the new symbol name.

In this state, when the operator selects the name conversion button (NCB), the symbol name displayed on the current list display item and the library panel (LW) is input through the symbol name input window (SNIW), that is, the conversion list. It is changed to the new symbol name displayed in the display item.

Hereinafter, an in-place editing menu of the plug-in menu PIM provided by the plug-in program 19 according to the present invention will be described in detail with reference to FIGS. 8 and 9.

First, when the flash program 18 is executed, the in-place editing menu of the plug-in menu PIM displayed on the other panel in the window menu of the menu bar MB on the operation screen of FIG. 2 is selected. As shown in, an in-place editing window IPE_W is displayed on the screen. Here, the copy button Copy_B and the paste button Paste_B are provided in the in-place editing window IPE_W.

When the operator selects one of the symbols displayed on the library panel LW, the interior of the selected symbol is displayed on the stage STA, as shown in FIG. 9 (a) ('A in FIG. 9 (a)). 'See area). Then, the operator selects any one of the objects included in the symbol displayed on the stage STA, and clicks the copy button Copy_B provided in the in-place editing window IPE_W to copy the selected object. Here, when the cut button Cut_B shown in FIG. 8 is clicked, the selected object may be deleted from the symbol along with the copy of the selected object.

On the other hand, in the state in which the object is copied, the operator exits the symbol displayed on the stage STA, and as shown in FIG. 9 (b), while the document currently being worked on is displayed on the stage STA (in FIG. 9). (b) in the section (b)), when the paste button Paste_B provided in the in-place editing window IPE_W is selected, the object copied according to the selection of the copy button Copy_B is transferred to the current stage STA. Copied in the displayed document.

Here, the position of the object copied in the document currently displayed on the stage STA is displayed at the same position as the position of the symbol in the stage STA when the symbol to which the object belongs is displayed on the stage STA. In (b) and (c) of FIG. 9, the image on the document currently being worked on is the same as the symbol shown in FIG. 9 (a). For example, the eye-shaped object copied in FIG. It shows an example in which the document is being copied to the same location.

Through the above configuration, when the existing flash program 18 copies an object in a specific symbol and pastes it to a document currently being worked on, the location of the object is changed to an arbitrary position, thereby making it inconvenient to correct it. You can remove the box.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

1 is a diagram showing the configuration of a computer on which a flash program and a plug-in program are installed according to the present invention;

2 is an initial working screen displayed when a flash program according to the present invention is executed;

3 is a view for explaining the function of the JSFL terminal menu provided by the plug-in program according to the present invention,

4 and 5 are views for explaining the function of the original copy menu menu provided by the plug-in program according to the present invention,

6 is a view for explaining the function of the round copy menu provided by the plug-in program according to the present invention,

7A to 7C are diagrams for explaining the function of a library control menu provided by a plug-in program according to the present invention;

8 and 9 are views for explaining the function of the in-place editing menu provided by the plug-in program according to the present invention.

Claims (8)

A computer-readable recording medium having recorded thereon a plug-in program which operates by plugging in a flash program. The plug-in program is plugged into the flash program to the computer, (a) forming a JSFL terminal menu on a work screen displayed according to execution of the flash program; (b) displaying a JSFL terminal window on which a code input window and an execution button are provided according to the selection of the JSFL menu; and (c) executing a step of executing the JSFL script code input through the code input window according to the selection of the execution button. The method of claim 1, The plug-in program to the computer, (e) forming a full run button in the JSFL terminal window; (f) further executing the step of executing the JSFL script code for all documents opened on the stage of the work screen according to the selection of the entire execution button. media. 3. The method of claim 2, The plug-in program to the computer, (g) forming a compile button in the JSFL terminal window; and (h) executing compilation of all documents open to the stage of the work screen according to selection of the compilation button. The method of claim 1, The plug-in program to the computer, (i1) forming an essential copy menu when the flash program is executed; (i2) displaying, on the screen, a conjunctive copy window provided with a scale selection item, an offset input item, a center point selection item, and a copy count input item according to the selection of the conjunctive copy menu; (i3) If the copy button is selected after any one of the objects displayed on the stage of the work screen is selected, the selected object is copied by the number of copies input through the copy count input item, and the copied object is Copying by gradually expanding or contracting by the offset value input through the offset input item to the scale selected through the scale selection item, and copying by zooming in or out based on the transform point or registration point selected through the center point selection item. A computer-readable recording medium having a plug-in program recorded thereon, the method further comprising performing the step. The method of claim 1, The plug-in program to the computer, (j1) forming a round copy menu when the flash program is executed; (j2) when the round copy menu is selected, displaying a round copy window provided with a copy angle input item, a center point selection item, and a copy number input item on a screen; (j3) When a copy button provided in the round copy window is selected after any one of the objects displayed on the stage of the work screen is selected, the copy angle around the transform point or registration point selected through the center point selection item And sequentially copying the selected object by the copy count input through the copy count input item by sequentially rotating the copy angle input through the selection item. Record carrier. The method of claim 1, The plug-in program to the computer, (k1) forming a library control menu when the flash program is executed; (k2) if the library control menu is selected, displaying a library control window provided with a target selection item, a symbol list display window, a symbol name input window, and a name conversion button on the screen; (k3) at least one of symbols displayed on a library panel is selected when a library is selected through the target selection item, and at least one of symbols displayed on a stage of the work screen when a stage is selected through the target selection item; If more than one is selected, displaying the list of the selected symbols on the symbol list display window; (k4) When the name conversion button is selected, the symbol name displayed on the symbol list display window and the name of the symbol selected in the step (k3) displayed on the library panel are converted into the symbol name input through the symbol name input window. A computer-readable recording medium having a plug-in program recorded thereon, wherein the converting step is performed by adding a delimiter for dividing a symbol. The method of claim 1, The plug-in program to the computer, (l1) forming an in-place editing menu when the flash program is executed; (l2) if the in-place editing menu is selected, displaying an in-place editing window provided with a copy button and a paste button on the screen; (l3) if any one of the symbols displayed on the library panel is selected, displaying the selected symbol on a stage of the work screen; (l3) copying the selected object when any one of the objects included in the symbol displayed on the stage is selected and the copy button provided in the in-place editing window is selected; (l4) When the paste button provided in the in-place editing window is selected while the document in operation on the stage is displayed, an object copied according to the selection of the copy button in step (l3) is inserted into the document in operation. And copying and displaying the copy object so that the position of the copied object in the working document is the same as the position displayed on the stage in the step (l3). Readable record carrier. delete

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