TW200836100A - Program creation supporting device and program executing device - Google Patents

Abstract

Provided is a program creating supporting device capable of preventing workload from increasing and user-defined FB from becoming big size even for a case of having complicated FB, so as to reducing FBD program creation time. Also provided is a program executing device. The program creation supporting device of the present invention includes an user-defined FB creating means for assembling program commands containing predefined user-defined FB to define new functions or function blocks, and an user-defined FB processing execution code generating means. The program creation supporting device also includes an user-defined FB parameter setting means for setting user-defined FB parameters of user-defined FB, and an user-defined FB parameter setting value holding means for holding user-defined FB parameter setting values set by the user-defined FB parameter setting means. The user-defined FB processing execution code generating means encodes the user-defined FB according to the parameters held in the user-defined FB parameter setting value holding means.

Description

200836100 IX. OBJECTS OF THE INVENTION: TECHNICAL FIELD The present invention relates to a production program auxiliary device and a production program auxiliary device which are composed of a programming block and a memory medium using a function block diagram. A program execution device that creates and encodes a program. [Prior Art]

The functional block diagram (FBD) is a graphical programming language of the "IEC 61131-3" specification developed by the International Electrotechnical Commission. The program of F B D is expressed as a series of block diagrams in which blocks such as function or function blocks (FB, Fuct Ion Block) are connected to each other. Each function block has an input terminal on the left side of the function block and an output terminal on the right side, and the function block is connected between the input terminal and the output terminal (Function, function block "IEC 61131-3" The prescribed terms are used. Figure 41 shows a block diagram of a simple function or function block and shows the "NOT" function (NOT) as an example. In Fig. 41, the data value supplied from the input terminal (IN) is processed as a result after a predetermined process, and is supplied to an external element (not shown). In this case, the "NOT" function reverses the data value of the B00L (Boolean) type supplied from the input terminal (IN), and the output terminal (OUT) supplies the value of the inverted result to the external element. Figure 42 shows a block diagram of the function and function block (FB) 319119 200836100 w for complex processing. In Fig. 42, in the function and function block, in addition to the value of the input terminal (ίΝ) as the processing object, the value of the parameter used inside the processing is required, and thus the parameter value is provided. Parameter wheel terminal (PARAM). On the other hand, Fig. 43 shows a diagram of the FB when the parameter input terminal (PARAM) is not set and the mode is specified by the dialog box. In Fig. 43, use the mouse to click the function block (FB) twice, that is, the dialog box is displayed. Therefore, you can set the parameter value on the dialog box and press the button to press the button. The parameter values of the set rounding are processed. When using the dialog mode of Figure 43, you must also set parameters for functions and function blocks that have fewer input terminals and simpler functions. Therefore, you must perform a dialog display to perform the operation of the value. In addition, on the function side of the program, it is impossible to see what value is set in the parameter. Awkward 疋囝 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 较 较 较 较 较 较 较 较 较 较 较 较 较In terms of face, the middle/two, the number of input terminals and the complicated function and function block (F, such as the one used in Figure 42, the gentleman 丄 ν X mode%, because the majority must be set in the FB

As a result, the FB F J area ratio is huge, and one FB accounts for a large proportion of the production program, and all the connections are made. In addition, the terminal will be inserted into the terminal, and the wiring will be re-created. 319119 7 200836100 The readability of the program will be poor. ^ Therefore: When it is complicated, if it is as shown in Fig. 43, it is better to set the number of the live frame instead of setting the efficiency of the operation of the parameter, and the === mode is ideal. . ^ The readability of the program is the same as the function block (F β). ^^ 6A BR , , ~ The type of resentment should use either the 42nd or 43rd picture, you can borrow Division %% n. Field use this block diagram (FrniCn Block

Diagram) The design of the diagram and the recording of the p. (6) The program of the production of the media or the production of the auxiliary device, a - the program of the clothing The provider side of the running device, check the code; +, ♦ 杈 4 the above processing content and moderately determine the previous work function block diagram (Functic) n Block Diag reward) clothing program auxiliary device (programming method) In addition, the user-reserved media is a user-defined (four) function that shortens the production time of the FBD program by making the user pre-defined to the frequently used processing in the program (for example, see Patent Document 1) 〇, 44 The block diagram of the previous device is displayed in a flow chart manner, and the steps S31 to S34 (refer to the virtual line, line) are displayed with the prepared fb, the user-defined FB, the editing field, the user-defined user defined μ, and the program editing. The operation sequence related to the field (refer to the one-point line). In Fig. 44, if the user-defined FB is created by combining the function prepared in advance with the programming aid (FB) (step S31), The user-defined FB defined by the user is registered as a function block (step S32). Therefore, similarly to the FB prepared in advance, the user-defined FB can be 319119 8 200836100 'w is a function block and is used in other programs. It is used (step S33). At this time, the processing of the user-defined FB executes the content edited in step S31. The user-defined FB refers to encapsulation of a specific process in the form of a function block, and is used in the program. When the user defines the FB (Ng ~ S33), it is only necessary to know the processing content of the encapsulated EB defined by the package, ie Han Ke, and it is not necessary to know what kind of FBD is described by the processing (step S31) 此外... 'The user-defined FB of the packaged content is in the executable state of the error-free error, so when the user-defined 使用 is used (step S33) 'Do not worry about whether the description of the processing content is wrong, so - FBD program Production time. In addition, by letting the user-defined FB side cannot view the processing content encapsulated in the user-defined FB type, the knowhow of the description processing can be hidden. In addition, the previous programming of the function block diagram and the memory media also implemented the function of restricting the user's access level to the edit content of the user = FB. I am in the previous device. In the case, the six-day 斟 斟 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 隹 隹 隹 隹 隹 隹 隹 隹 隹 FB FB In the case of the 1" parameter input terminal method used in the internal processing, as shown in Fig. 45, the number of the check-in is set to the wheel-in terminal of the user-defined FB. The port result 'has occurred in the user-defined FB as described above in the case of the complicated 319119 9 200836100. In addition, if all the parameters used in the internal processing of the internal processing for the tenant definition FB and the internal processing of the function block are set as the input terminals of the user-defined FB, 'the user definition 肫 will be made larger. Poor. In addition, when the parameter used in the internal processing of the function and function block for the internal processing of the user-defined FB is the type of the second figure (the dialog box (fourth) mode), as shown in Fig. 46. As shown in the figure, the user-defined system operates according to the set value of the parameter, and the parameters are changed by the _ household method. μ Therefore, 'when you want to use the user-defined FB with different parameter values, you need to create a number of users* FBs for different types of wheat, so you will not be able to implement the user-defined FB function. Shorten the production time of the FBD program. [Patent Document] JP-A-2003-223204 SUMMARY OF THE INVENTION [Problems to be Solved by the Invention] The previous mu-wire type executing device is processed by the dialog mode definition unit.

In the case of using the number of hands in which the parameter is entered into the terminal, the work load is not only increased, but also the problem of FB is complicated. In addition, the function and method used in the internal processing of the function block inside the user-defined FB is 319119 10 200836100 The parameters cannot be changed when the user 疋 FB is used. Therefore, when different parameter values are to be used, it is necessary to create two types of login user-defined FBs according to the number of different parameter settings, and thus it is impossible to shorten the production time of the FBD program for the purpose of the user-defined fb function. The present invention has been made to solve the above-mentioned problems of the user-defined FB, and the purpose thereof is to realize the parameters used in the internal processing of the user and the FB by using the means of providing the dialogue, even if In the case of complex φ miscellaneous white, it is also possible to avoid the increase in the workload and the huge increase in the definition of intimidation by the tenants, and to obtain the production program auxiliary device for shortening the production time of the touch program and to implement the coding and coding by the production program auxiliary device. The program implements the device. (Means for Solving the Problem) The auxiliary device for the production program of the present invention has a user-defined FB clothing means for combining a predefined user-defined 肫:-range f command to define a new function or function. a user-defined fb two-dimensional code generation means' is to encode a user-defined ke part in the encoding of a program described in the program execution device/household FB; the production program The auxiliary device is provided with a user-defined soil> number, and the user-defined FB parameter is set as a parameter of the processing content of the user-defined fb; and the user-defined fb parameter setting means is used to define the parameter setting of the user-defined parameter. The handcuffs set by the means:::β翏 setting value; and the user-defined FB processing implementation code generation number: Use:: User-defined FB parameter setting value holding means maintains the user-defined FB. 319119 11 200836100 Further, the program execution device of the present invention performs a code generated by a user-defined quarantine code generation means for executing a program that is programmed to be coded by the auxiliaries 1 The auxiliary program of the production program (4) has a user-defined AFB production method, a program command that includes a pre-following user AFB, defines a new function or function block, and a user-defined FB processing code generation means. (Effect of the invention)

The processing content of the user-defined FB of the internal processing of the user-defined FB is set, and the user can define the fb by the user and the parameter including the parameter of the FB used in the description. between. [Embodiment] Example 1 The following is a description of the "Parameter Setting" of the embodiment of the Japanese invention, and the description of the configuration of the example 1 _ Production Program Submission 2 "隹图" shows the production program auxiliary device (or: the personal electric coffee box of the invention; the user-defined FB processing function of the real two; or the implementation of the device is purely user-defined Instead, ^ segment: for the process; and "quote the code of the program 319119 12 200836100 ^ to encode the user-defined FB part. In addition, as a pre-block (FB). In addition, p - 蕈々 m , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Production: Mosuke: device (personal computer) just, including: microprocessor ι〇ι:=:2; communication green display unit 1〇4; input part J (hardware) (10), each component 1G1 To the busbar on the human computer 100., 1Π Ι" ί=-type auxiliary device (personal electric tanning) 100 (4) The controller 200 used for the ΓνΛ^^τ device is implemented by the controller (々王式贝行置)2 0 0. The microprocessor 1 (the system is a production program auxiliary device (personal computer)) The main part is the processing of the production program auxiliary device (that is, the processing related to the user-defined FB here). The data storage memory 1〇2 temporarily stores the data as the microprocessor m processes. The communication device 3 is connected to the controller 200 to perform communication between the personal computer (10) and the controller 2. The display unit 104 displays a production program supporting device (tree e) or an icon (ic 〇η), which will be described later. The input unit (the 〇5 system has a keyboard, a mouse, etc. (not shown), and forms a man-machine interface with the display unit 〇4. The memory unit 丨〇6 is assisted by the production program. The data set by the device (that is, the data related to the user-defined FB) is stored. 319119 13 200836100 The microprocessor 101 is communicated with the program execution device (controller) 200 via the communication device 103, and is stored with the data storage memory. 102. Display unit 104 The input unit 105 and the storage unit 106 operate in association with each other. Accordingly, the micro-processing benefit 101 constitutes a user-defined FB parameter setting means for setting a user-defined FB parameter of a parameter related to the processing content of the user-defined FB; The user-defined FB parameter setting value holding means maintains the user-defined FB parameter setting value set by the user-defined FB parameter setting means; and the user-defined FB processing execution code generating means, and uses the user-defined FB parameter setting value holding means to maintain the user definition The FB parameter setting value generates a code for executing the processing of the user-defined FB corresponding to the user-defined FB parameter setting value, and implements a dialog box for providing parameters for setting the internal processing of the user-defined FB by the dialog mode. means. Fig. 2 is a block diagram showing the functional configuration of the embodiment 1 of the present invention. In the second drawing, the production program assistance device 300 includes a user-defined FB creation means 303, a user-defined FB parameter setting means 301, an FB 10 parameter setting means 304, a user-defined FB parameter setting value holding means 302, and a user-defined FB. The processing code generation means 305 is processed. When the program coded by the program support device 300 is transferred, the program execution device 400 is connected to the user-defined FB process execution code generation means 305. The user-defined FB parameter setting means 301 activates and displays the FB parameter setting means 304, and the FB parameter setting means 304 acquires the parameter value set by the FB parameter setting means 304. The value of this parameter is transmitted to and held by the user-defined FB parameter set value holding means 302. When the program code is generated by the user-defined FB processing execution code generating means 305, the value held by the user is set to be held by the user FB parameter setting value holding means 3{)2. In the block diagram of FIG. 0 + 3 in which the program creation device 1 for producing the same type of bedding clothes is implemented as an embodiment of the present invention, the program creation device 1 is configured to have a human interface (10). Now (refer to Figure 1), it has: tree menu 2; 叩 field 3' user-defined FB field 4; FBD program editing field 5; and user-defined FB editing field 6 〇μ in tree menu 2, user The program and the user-defined FB are displayed hierarchically using the programming components. In the FB field 3, the program (4) device 1 side has been displayed, and in the user FB field 4, the user-defined fb (user definition (8) is displayed. In the FBD program editing field 5) In the user-defined FB editing field 6, the user-defined FB is edited. The following describes the basic operations related to the general program. In Figure 3, for example, the user clicks the tree menu twice with the mouse. When the program α in 2 is displayed, the program editing field 5 is displayed, and the state of the content of the editable program α is formed. The specific editing sequence of the program is, for example, the FB in the FB field 3 by the mouse (pre-prepared FB) Select the desired ρΒ, then move the mouse (drag and drop) to the FB program editing field 5, and add fb to the program. Then 'by using the mouse to configure the program The wiring of the input terminal and the output terminal can be edited by the user. In addition, when 319119 15 200836100 is re-added, the program displays pop-up 2:! Right click on the tree menu 2, etc. Early (po In the pupmenu), a new program is added to explain the related operation that the user has set. Next, abbreviated as "user FB". In the picture of Du Di 3, the user in your mouth (5) 2 Τβα萨, a household clicks with the mouse The secondary tree menu becomes the editable user/卩❹ user-defined FB edit field 6, and the state of the content of the user FFB is shaped. The user-defined FB and the FBC pre-complex sequence in the real estate field 3, for example, the mouse is moved from the Mole (drag and drop) to the user, the desired FB is selected, and then the slide editing is added. Up to 7; the upper field 6 and the general program Ke, are pop-up options displayed by re-adding the user definition with the right mouse button: etc. Adding an instruction to the new user-defined FB in the middle of the morning > The tree-like menu 2 produced in the above manner is also recognized as not only hierarchically but also in the user-defined FB field 4. In the editing program, as the prestige is prepared in advance FB) /1= _ FB field 3 selects the domain 5 drag and drop action to add ρβ to the moving H flat series from the user-defined FB field 4 In the same way, the mouse is also used to move the mouse to the program (4)^; R user-defined FB, and then by the add-on to the program-style domain 5 drag-and-drop action to set the user (four) then 'together with Figure 4巩 同 同 — — — — — 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 , only the order of operation is straight, in the dialog box shown in each of the fields associated with the 5th and 6th, and the sequence of the line, the ή ρ 邛 times 邛 。. In addition, the Μ white block display can be wheeled Make the μ line check, or select the sub-column and the input by browsing, and use the gray block iph value to turn the elements of the dialog box of the dialog box. The text column display or the button, etc. 4: The middle ' shows that there is a record for directly using the internal processing for the user 疋 FB from the user-defined FB. Block, is set so that the wire-type napkin read ^ dialogue sequence. Suppressors parameters of a user-defined operation Cloth cis

In step S3, when the user F user FB is created, the library is closed: S1 'S2 and the operation is performed. Corresponding to the basic system related to (4) general program, you are set in the step illusion, when creating the user FB, = the user defined in the 5th figure, the field 4 is also set in the user (four) , the description has ^ value _ ΑΜ Φ (user-defined FB parameter setting value). When there is a new user FB (step S1) and editing (step S2), the user (four) shown in Fig. 5 is created. As shown in Fig. 6, the user equipment fb is first configured in the program (step S3). Next, the user-defined fb arranged in the program is clicked twice by the mouse, and the parameter setting dialog box of FB0 used in the description of 319119 17 200836100 processed by the user (4) created in step SbS2 is directly displayed, and the setting fb^ is input. The internally processed parameter value PARAM Φ (step S4). The parameter value PARAM0 input in step S4 is set to the user-defined FB parameter set value holding means 3 (10) of the user. Finally, the encoding of the user-defined FB is carried out based on the value of PARAM φ (step S5), and the operation sequence of Fig. 4 is ended. / At this time, the parameter setting dialog box of the user-defined FB is implemented by the parameter setting dialog box for calling the FB of the internal processing description, and the function of the user-defined parameter and the parameter-definite means 3 01 is implemented. Further, in step S2, the user FB/? shown in the user-defined FB field 4 in FIG. 5 is created, so in the step S4 when the user FB is created, the FB field is defined by the user. 4 Drag and drop the user to the ρ program editing field 5 to form the state shown in the FBD program editing field 5 in Fig. 6. In the FBD program editing field 5, the parameter value PARAM0 of the internal processing of the user FB is set. In step 4, the user-defined FB parameter setting value holding means 3〇2 also operates, and the value of the parameter pARAM^ set in step S4 is held as a parameter of the user FB/3. In step 5, the code for executing the processing of the user-defined scar is generated using the parameter setting value ΡΑΜΜφ held by the user-defined FB parameter set value holding means 302. In step S5, the user-defined FB processing execution code generation hand slave 305 performs its function, and then performs the processing of the user F 根据 based on the value Φ of the set parameter. 319119 18 200836100 Explain the method of generating Cheng Xinma. Value: Case purchase _, Figure 6). That is, the same code code described in the FBD FB will be defined as: • Internal processing coding. The user of the heart user FB is implemented by a program that is executed by the program that has been compiled. The field is executed, and the program is coded after the user-defined FB editing user FB/?d. Therefore, 甩 is not carried out by the value PARAM0 which is counted in the user-defined FB editing field 6. Next, the case where the parameter value ΡΑ_Φ of the Settlement_ is set will be described. In this case, 将 'will be described in the program of FBD program 5, when encoding with 彳FB red coding based on the user-defined parameter sigh value, holding the parameters held by means 3{)2 . Next, the program execution means of the coded program executes the coded portion of the internal processing described in the user-defined FB edit field 6 by reflecting the value ρ φ of the parameter value when the user FB is executed. Since the user FB0 is set by the user-defined FB parameter setting means 3〇1 and held at the value PARA1 φ of the parameter of the user-defined FB parameter set value holding means 3〇2. As described above, the production program auxiliary device of the embodiment i of the present invention is: k has a user 疋 my FB production means 3 0 3, for combining a program command including a predetermined user-defined FB, and defining a new function. Or the function side 319119 19 200836100 block; and the user-defined FB processing execution code generation means 305 (step S5), and the user-defined FB part is performed in the coding execution performed by the program execution means in order to program the user-defined FB. The coding auxiliary device is provided with: a user-defined FB parameter setting means 301 (step S4); a user-defined FB parameter for setting a user-defined FB; and a user-defined FB wheat number setting value holding means 3 0 2 (step S 4 ) 'Maintains the user-defined FB parameter setting value set by the user-defined FB number setting means 301. The user-defined FB processing execution code generation means 305 encodes the user-defined FB in accordance with the parameter held by the user-defined FB parameter setting means 302, and the user-defined FB parameter setting means 301 displays the FB used for the description of the internal processing of the user-defined FB. The FB parameter setting means 304, the user-defined FB parameter setting value holding means 302 holds the parameter setting value set by the FB parameter setting means. Furthermore, the program execution apparatus of the first embodiment of the present invention is configured to implement a new function or function block by having a user-defined FB creation means 303 for combining program commands including a user definition FB defined in advance; And the user-defined FB processing execution password generation means 305 (step S5), in which the program described in order to use the user-defined FB can be encoded by the user-defined FB part in the encoding of the program execution apparatus. The code generated by the user-defined FB processing execution code generating means 305 is executed by the program created and encoded by the device. Therefore, by implementing a dialog box that provides a dialogue-configurable parameter for the internal processing of the user-defined FB, the increase in the workload generated in the case of complex FBs can be avoided and the user-defined 20 319119 200836100 = ί大化', and it was able to obtain a private accessory and program implementation device that shortened the production time of FBD. In addition, in the FBD spear-based editing field 5, the encoding is performed, and the encoding of the user FB is not encoded by the parameters of the user-defined scary value setting means 302. Chemical. [Embodiment 2] In the first embodiment (Fig. 5 and Fig. 6), the case where the user FB stone of FB φ is described and the parameter value pAR_ is set is described. As shown in Fig. 8, the user FB 5 in which FB f is described can also be created and the value of the parameter can be set to a constant. FIG. 7 and FIG. 8 are diagrams showing the operation sequence of the manufacturing process=assist device and the program execution device according to the second embodiment of the present invention and the third drawing, respectively, corresponding to the fifth figure and the 6 picture. The configuration of Embodiment 2 of the present invention is as shown in Figs. 3 to 3. Further, the setting order of the parameters of the second embodiment of the present invention is as shown in Fig. 4, and the result of f is formed as shown in Fig. 8 . Here, the case where the user fb is created as shown in the user-defined FB field 4 in the & figure is shown in the same steps S1 and % as described above. That is, the foregoing embodiment 1 describes that the function for the user-defined &/internal processing description and the function block diagram have the parameter setting and the dialog state (refer to FIG. 43), but in the second embodiment of the present invention It does not have a parameter setting dialog box, but has a parameter terminal pARAM (refer to the U-picture). Further, in the second embodiment of the present invention, even in the internal processing of the function or the functional block used for the description of the internal processing of the user-defined FB, the parameter used in the 319119 21 200836100 is the type of the 42nd figure. State, also does not adopt the 5 type state (the parameters are from the user-defined 输入 input terminal), as described in the first line. The value of the value of the supply parameter is set by the value of the sling. In addition, the same operation sequence as in the first embodiment is used, and the constant FB used for the description of the internal processing is sighed. The dialog box of the user-defined FB is set as described above. With the second embodiment of the present invention, the constant value of ❹y can be processed inside the dialog box, so that 'the same as the above, Even in the lower = avoid, increase and user-defined _ implementation device.制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作In the case of the date, it can also be used directly from the user-defined FB. Hereinafter, the ninth drawing of the present invention will be described with reference to the ninth to twelfth drawings, and the symbol of the block of the function of the present invention, which is a simple example of 3 ®>ik^-i4 (^as^2FIU), is omitted. Detailed description. At this time, the user is the same as the above. My FB parameter setting hand 319119 22 200836100 Section 301 contains the user command μ, / I fb parameter setting means selection hand ρ and FB parameter setting device 3 ^ d and 306,彳 User-defined FB parameter setting Feng p, n Select means 306. Use white ~ two ^ 乂 口 疋 疋 I I 又 又 FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB 当 当 当 当 当 当 当Ding only to choose the hand slaves I the internal processing of the number of setting device 304 for a number of jin% 丄 ..., 7 Μ FB 爹 才 ' can be selected from the complex FB parameters set in the nightmare 304 as a user Μ ρη △ Double sigh 疋 怦 怦 is the user 疋 my FB parameter setting means 3 〇 1 make

Parameter setting means. The W110 diagram shows a flow chart for setting the number of kites of the present invention and ☆ ▲ _ 1 month yoke example 3, showing the number of FBs used for the description of the internal processing of the user-defined fb. When the setting dialog box exceeds two or more, the parameter setting order when the user-defined FB is used in the program is directly used from the user-defined fb. The configuration of the production program supporting device and the program executing device according to the third embodiment of the present invention are as shown in Figs. 1 and 3. Fig. 11 and Fig. 12 are diagrams showing the order of the woodworking of the present invention only in relation to Fig. 3, which corresponds to the fifth and δth drawings, respectively. In Fig. 10, steps S1 to S3 and S5 perform the same operation processing as described above (refer to Fig. 4), and step S4A'S4B corresponds to the aforementioned step S4, at this time, 'step si when creating the user FB, In S2, it is assumed that the user FB 7 as shown in the user-defined ρβ field 4 in Fig. 11 has been created. Further, in the user FBr, it is assumed that FB0 and FBy are described, and fB Φ and FBy have parameter values ΡΑΚΑΜφ and pARMy, respectively. 319119 23 200836100 In step Μ, Q9 rb , ώ M S2 in Fig. 0, user FB 7 ' as shown in Fig. 11 is created, and thus in step S3. The user FBr can be configured in the process, as shown in Fig. 12, using the voucher package - medium μ rD , 1 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , + In the pop-up menu that is not in the head, the FB (w) and the FB (FB0 and FBy) are used in the second step, and the 圮曰 (^ σ) One of the #f's number rights dialog box, or the dialog box displayed by 庥占占# twice is used in the use of 芦PR卞$, [, in the steps S1, S2: The user's internal processing description of the paste money setting dialog box is one of them (step (4). In addition, (4) in the (four) S4A selection parameter set the input (step S4B) parameter value ΡΑΡΛΜΑ [the input value is determined to be used and PAR_. At this time, the value of the octave is sighed in the user FB r parameter 佯 拉 曰 曰 S4B round person value implementation user d; hold & after taking, according to the step of my coding (step S5), έ The sequence of operations of the 10th row of the basket. Call, "Bundle, at this time, in step S4A, use the order M rD, also the hand esnfi Bo - I count The setting means is selected to be 仃^月b. That is, the parameter setting dialog box for internally processing several FBs is selected as the means of the user dialog box, which is equivalent to using,, >1乂. Moxibustion> In addition, in the step ShS2, the use of the FB field 4 as shown in the figure is defined by the pm J. Lu PR "User FB 7 in the gentry", therefore, in step S4A, the state of the editing field of the coffee program in Fig. 12 will be formed. In Fig. 11, the display - < - the mouthpiece is not Set the internal processing parameters 319119 24 200836100 The value of PARAMO, PARAMv is 1 σ r W. In addition, in Figure 12, select the user FBr within the user's voice - 丨 如 system < The dialog box of the tea value, the internal processing of the F Β φ, γ, the &, /, and the mouth and I k 翏 翏 、, param as described above, according to the invention J-like 叨In the case of only example 3, the user-defined setting means 301 is still available. White is used. Mrn a. I have a number of teas. The user-defined FB parameter setting means selects the late section 306 (step S4A), and the user sets Ρβ. A

. The user 疋 my FB mic setting means selects the hand P 306, and the PR tea setting device 3 0 4 of the FB used for the user-defined pR sheep and the internal processing of the FB exists; ^ |彳面* $班士There are several defensive 'systems consisting of a plurality of FB parameter setting devices 304 ^, selecting the undocking field & - 晏 口 and + /: FB parameter setting means for the user to define the FB parameter setting means 301, and d01 plus Therefore, even if the parameters used in the user-defined FB meat processing are committed to my ίβ inner gland, you have more than two dialog boxes, and you can also use the user-defined FB. The setting of the number of wheat processed in the South " _ _ _ _ 妒

My king, and obtained the same effect as the foregoing. J. Example 4 In addition, in the above-mentioned embodiment, the implementation of the FB is set to the user's setting M叩+ 士T马攸, the user's prescription, and all the FBs used in the description of the internal and internal processing are all teas. The number, and from the user defined FB f + ϋ I used directly to provide the user I W dialog box as the parameter setting dialog for the user's ^.疋 叩 叩 内部 内部 内部 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而 然而

When the time is often # Α Right, there is a desire to define the FB extraction parameter setting dialog box when using the user-defined FB *, 隹锊 is a fixed value parameter. 5 is not to be taken from the user. Referring to FIG. 13 to FIG. π, an embodiment 4 of the present invention for achieving the above object 319119 25 200836100 is described - in addition, the production program auxiliary device of the embodiment 4 of the present invention The structure of the program execution device is as shown in Fig. 1. Figure 13 is a block diagram showing the functional configuration of the embodiment 4 of the present invention, and the same portions as those described above are denoted by the same reference numerals and the detailed description thereof is omitted. In this case, the user-defined Fβ production device 3〇3 is still available. The user-defined FB parameter setting means specifying means 3?7, the user-defined fb parameter setting means specifying means 307 is associated with the user-defined FB parameter setting means selecting means 306 in the user-defined FB parameter setting means. FIG. 14 is a block diagram showing a fourth embodiment of the present invention, showing that the user-defined FB is directly used in the parameter setting dialog box of the FB used for the description of the internal processing, and is provided in a user-defined manner. The structure of the dialogue at the same time to achieve the above objectives. Fig. 15 is a diagram showing the configuration of a parameter setting dialog box for the FB used in the description of the internal processing of the user-defined FB directly by the user-defined FB, which is a parameter setting diagram of the fourth embodiment of the present invention. In addition to the above (see FIG. 3), the production program device 1 has the FB parameter setting means specifying means 99 corresponding to the user-defined FB parameter setting means specifying means. For 2: meaning map: it = specify whether it is directly defined by the user

Set the dialog box, -曰/^# to describe the parameter of the FB used in the description. ^— The ceremony is used by the user directly by J| PR. The parameter of the specified FB is used. To set the program; use 319119 26 200836100 user-defined FB parameters in the order of operation. In Fig. 15, steps S1 to S5 perform the same operations as described above (see the figure), but the point of adding step S6 after step S2 when the user FB is created is different from the above. Fig. 16 is an explanatory diagram showing a state designated as being directly usable by the user to define fb. Further, Fig. 17 is an explanatory view showing a state after the operation of the step 34 of Fig. 15, which corresponds to the aforementioned Fig. 12. The FB parameter setting means specifying means 99 in Fig. 14 performs an FB parameter setting means designation instruction from the pop-up menu displayed by pressing the right mouse button on the user FBr of the tree menu 2, or from the user. The blank area on the FB editing field 6 is defined by pressing the right mouse button and displaying the FB parameter setting device designation instruction in the pop-up menu displayed. In the FB parameter setting means specifying means 99, the user can be designated as the user-defined FB parameter setting means 3?1 by the parameter setting means described in the plural of the internal processing of the user-defined FB. Further, in the fourth embodiment of the present invention, as in the third embodiment, the user FBr is created in steps S1 and S2 (see Fig. u). Further, in the user FB r, FB φ and FB φ are described as having parameter values PARAM φ and PARAMy, respectively. In Fig. 15, after step S2 when the user 制作 is created, the FB parameter setting means designation means (10) is displayed by pressing the right mouse button (see Fig. 14), and the parameter setting dialog is designated as the user FB. The parameter setting dialog box of the FB used by the frame (step S6). In the case of the FB parameter setting means specifying means 99 319119 27 200836100, the FB parameter setting means specifying means 99 319119 27 200836100 displays the name of the FB of the parameter setting dialog box in the FB used in the description of the internal processing of the user-defined FB. As shown in Fig. 16, the FB parameter setting means designation means 99 (4) has a port directly defined by the user (10) a check box. By this, you can specify only the parameters of 叩φ. The clean frame can also be used directly by the user-defined FB. In step S1, S2, the user FBr of the user defined in the second figure is created, so that the user FBy can be placed in the program as described above. Then, in step S4A, it is known from the use of , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , It is the dialog box displayed by the dial and the mouse. The two values are: # two households - (four) rational two == s= choose, S" is assigned the parameters of the break = the input value at this time is Set in the user line user to determine the stem ^, and then take it, in the step dip, according to the input value, and end the operation sequence of Figure 15. In order to enter 'two: user FB step S6' as Figure 16,

Parameter setting == tick = user definition 叩 direct use _ will be formed: the figure shown in the figure: check tick 'so in step S4A ~ h figure', display the following status: select to set the user

2S 319119 200836100 FBr internal processing parameter value dialog box, r ethical parameter value PARAMO. Further, as described above, according to Embodiment 4 of the present invention, the user-defined FBf is also provided with means: the user sets (4) the parameter setting means: the fixed value is f7 (the fiscal setting means shirt hand X (4) (6), when When there are a plurality of t=setting devices 304 for the user-defined internal processing description (4), the FB MG setting device 304 of the plural number of fr > number - (4) & For the user to use. In addition, the user segment 301 to step S4A) only displays the complex FB parameter = 306 (step FR mourning master, this double ° and 疋 1 1 3 〇 4 defined by the tenant 3 〇 1 determination means The parameter setting means specified by 307 is used to set the pair of parameters of the FB used by the user-defined FB directly for the description of the internal processing: for the user to define, in the & processing, use the user-defined in n The internal user-defined FB of the FB is set to the right-hand dialog box so that when the parameter that must be held by the user (4) is used, it is set to the default setting dialog box. 1 to 4, in order to set all If there is a parameter that is to be maintained as _ when the user is using it, 319119 29 200836100 is directly used by the user 疋 FB to use the moxibustion p p D & From the parameter setting dialog box of ... Λ :, the parameter setting dialog box of the FB used for the description of the internal processing of the user-defined ― ― FB dialog box. The 0 million type is for the user but 'consider this The type of F Β (functional block) makes the nature of the FB of the special FB, and is designed to be user-definable and sighs only when the user-defined 叩 is used. The parameter is in the !! Describe the number of heart attacks in the internal processing of the user domain (4)! 疋 Set the frame to make the user-defined fbs = fixed value. Hang, and the meal is. For example, the parameter setting dialog box of the magic FB When two or more = are set, if some of the parameters are to be compared, and the other parameters can be set by the user to set the live frame of the FB, the above-mentioned first "real" achieves the purpose. 疋", Therefore, it is best not to specify whether to use scare separately In the manner of specifying the frame (refer to the above-mentioned embodiment 4), it is possible to specify whether each of them can be changed. The number of the mouth is several or less, and referring to Figs. 18 to 23, the above object is explained. The fifth embodiment of the present invention is provided with a user-defined parameter setting means for creating a dialog box for creating a user-defined FB. / ^ The production program auxiliary device of the fifth embodiment and the structure of the program are only set to four. Fig. 18 is a block diagram showing the functional configuration of the fifth embodiment of the present invention, and the same members as those described above (see Figs. 2, 9 and 13), 319119 30 200836100 are denoted by the same reference numerals. The detailed description is omitted. At this time, the user-defined fb creation means 303 is provided with the FB parameter setting means creating means 3? δ in association with the user-defined FB parameter setting means 3?1 in place of the user-defined FB parameter setting means specifying means 3?. The user-defined FB parameter setting means creating means 308 includes: parameter obtaining means 3G9; and parameter phase (four) determining means 31 (), and the parameter obtaining means 309 acquires processing contents of the user-defined FB (description of internal processing). The parameters of the processing of the FB used). Further, the parameter-related setting means 310 is associated with each of the parameter setting elements of the created user-defined FB parameter setting means and the number of parameters obtained by the parameter obtaining means 3〇9. The block diagram of the fifth embodiment of the present invention is shown in the drawings, and the same members as those described above (see Figs. 3 and 14) are denoted by the same reference numerals as those described above. In Figure 19, the programming device! The system has: user-defined 肫 对话框 dialog edit field 7; and display GUI for user-defined fb dialog editing (graphical user interface: Graphical part user-defined FB dialog editing GUI part field 8. User 疋 FB dialogue The frame editing field 7 and the user's fb dialog editing component field 8 are configured for the user to create a user-defined parameter parameter means 301 <user-defined FB parameter setting means creating means 308. Thereby, the user can make A dialog box for setting the user-defined parameters to be created. Next, with reference to the flowchart of FIG. 2G, refer to the explanatory diagram of FIG. 21, 319119 31 200836100, and the operation of the fifth embodiment of the present invention shown in FIG. = Use the dialog box of the FB parameter to the order set in the second parameter of the user 疋 FB. In the 20th drawing, the step SUS5 is the same as the previous operation, but it is different from the above in the point of the creation of the user FB (4) map by the user-defined FB parameter setting means 3 port SY, S8). Woodwork (Private) 21 figure, which shows the relationship between the user-defined FB dialog box editing ^ = field 8, user-defined FB dialog box editing field 7, and ▲ command box 9. Box 9, the system U is closed opposite 310. In addition, the 23rd figure shows the second 〇 'Q & 目 疋 疋 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ The drawings correspond to the above-described 12th and FIG. 5th, and are the same as the second embodiment, and are in the second diagram. ^, it is assumed that the user H, the middle, and the description are created as shown in FIG. There are FO and foot, _, ~ are the number PARAM 0 and PARAMy 分别 respectively, the value of the first one is edited in the pop-up menu displayed by the user of the tree menu 2 in the 19th picture (4) right mouse button Refers to the blank area on the user-defined FB editing field 6 and presses the dialog box to display the dialog box in the pop-up menu displayed by the right mouse button to display the user-defined dialog box editing field 7 and create a dialogue for the user. Box (step S7). By lending, a dialog box for editing the F heart can be formed. User-defined FB The edit of the dialog box, as shown in Fig. 2ι, from the 319119 32 200836100 user defined FB dialog box to compile the 卞 卞 GUI GUI GUI GUI GUI GUI GUI 再 再 再 再 再 再 再 再 再 再 再 再 再 再 再 再 再 再 再The desired domain 7 (drag and drop), by which you can add a GUI to the dialog box. This I w dialogue c, the other areas of the flat series also use the θ - meaning FB dialog box editing field in the user's decision - Park The early or the form of the tool bar.

The picker 's by the sliding window to go to the number; the GUI part on A, etc., (4) the second yv has been placed in the dialog box in Figure 21, the specified parameter pairs of the parameters of the heart

The parameters associated with the two L/UI parts cause the GUI part of the dialog to be associated with the mic. The gui dream number related dialog box 9 displays the parameters obtained by parameter 309 in a list. / Double-handed slaves ΛIn the 21st order, the status of the number of signatures of the GUI parts selected from the list is displayed. In addition, the user-defined FB dialog box edits the 〇Κ key and the material key on the dialog box of the field 7, and the county is set on the pair, and the : can not be associated with the parameters. Further, in the box (9), it is possible to appropriately realize a convenient function such as a parameter of which ρΒ the display belongs to, or a name of an associated GUI part to which the associated parameter has been generated. In the steps S7, S8, and the step phantom, % is related, and the dialog box of the user FBr is created as shown in Fig. 22. As described above, in the user's punch, _ and qing are described, and Ρβφ and FBiM have parameter values ρΑω Φ and PARAMy, respectively, and therefore the GUI components are configured in such a manner that the parameters can be individually set in the dialog box of the user's heart. As shown in Figure 22, individual 319119 33 200836100 is associated. In Figure 22, the system displays: User-defined FB dialog editing. Use the GUi part field 8 to drag and drop "Sl:atic Text" and "Edit Box" to the user-defined FB dialog box. The field, the state, and the Static Text of the GUI part are configured and the character string is changed to the wheat value ΡΑίίΑΜφ and PARAMy, and the "Edit Β〇χ" of the GUI part is configured and set to the parameter values PARAM0, PARAMi^ of ΡΒφ and FBy. status. In the step S3 in the case of using the user FB in Fig. 20, the user's heart is created in steps w and S2 when the user FB is created (see Fig. 11 and Fig. 11), so that the user can be placed in the program. Then, in step S4, 'by clicking the mouse on the user-defined FB configured in the program twice, the parameter setting dialog box of the user-defined FB created in step S7, % is displayed, and the parameter is entered. Value. The rounding value of the parameter is set to the parameter that is associated in the step, and the user definition is performed based on the value in step S5. At this time, the user-defined parameter setting dialog box (4) is at the user setting means 301. % 22T)51S? # ^ ^ FB r ^ ^ t^i (^ a, in the step S4, the state shown in Fig. 23 will be formed. In the figure 3, the figure is displayed by dragging and dropping with cold FBr. To the process of the user, the user 叩 "4 will be the user ^, the field of the field 5; and in the user FBr parameter setting dialog 10 of the FBD program " 5, set the parameter value PAR of the internal processing of the user w The state of the brain_ 319119 34 200836100 In addition, in step S8, the GUI component is associated with the parameter (refer to FIG. 22), so as long as the dialog box in the user-defined FB dialog edit field 7 is displayed. Enter the wheat value in the "Edit Box" on the right side of PARAM6", and you can use this input value as the parameter value PARAM φ of FB Φ and keep it in the user 疋 my FB parameter is not fixed value. Similarly, as long as the dialogue Enter the parameter value in the "Edit Box" on the right side of the "PARAM〆" displayed in the box, and the wheeled value can be used as the parameter value PARAMy of the FB〆 and held in the user 疋 FB parameter setting value holding means. In step S5, the encoding process of the user FB γ is performed based on the set parameter value. According to the fifth embodiment of the present invention, there is provided a user-defined parameter setting means for creating a user-defined FB parameter setting means 3 〇 1 means 制作 δ (using 彳 to define the FB dialog box editing field 7 , user Defining the GUI component field for editing the FB dialog box 8), the user-defined FB parameter setting means is provided with a parameter acquisition means for obtaining parameters related to the processing content of the *user^ meaning FB; The user-defined FB parameter setting means (GUI part) is used in the internal processing of the user who is associated with the parameter-based setting means payment means 9 means of the parameter, and is used in the internal processing of the user. To the same effect as the above * FB, ^ Becky] f shape, can also be set from the user shame set to use the user set M m + my fb dialog box 疋 疋 欲 want to set the variable parameters , while the other 319119 35 200836100 parameters describe the number of eves of the internal processing of the user-defined FB - : _ is called to use - when the fixed 4::;: Specifically, when making the user FBr dialog box, at 2 In the example, in order to be able to set the PARAM φ and the brother map configuration GUI disaster |, the technical female rAKA ~ two parameter values are separated, the 歹 1 command is associated with each other, but the invention is not limited to the type 2 ^, can be hunt by configuring the GUI part on only one of them to make the peak milk %%' and set the value of the worm number to a dialog box that can be defined by the user-defined dialog box. _6 The parameter value rides to make a fixed value. In the case of the function described in the section 5 and the FB (function block), there is a case where the dialog box is displayed (for example, to show the syllabus and the squad, and the picture 43), but the parameter is as shown in Fig. 24. The present invention is also applicable to a case where there is no parameter material dialog box or/or a sub-PARAM (for example, refer to FIG. 42). Fig.: = Refer to Fig. 2, and refer to Fig. 24 and Fig. 实行 to implement F setting: the production program auxiliary device of Example 6 and the program diagram = set. Further, the functional configuration of the embodiment 6 of the present invention is as follows: ί日: The operation sequence of the embodiment 6 of the present invention is as shown in Fig. 20, and the ST is displayed as a system. The dialogue of the user (4) t '祝明图' $ 25 is an explanatory diagram showing the state of the user FB when using the 319119 36 200836100 state. In Fig. 24, it is shown that the user-defined FB field 4 drags and drops "c Tex t" and "Edi t Β〇χ" to the state of the editing program field 5; and configures the static text of the GUI part and the character string Change to the parameter value PARAMf, and configure the "wrist β〇χ" of the GUi part and set it to the state associated with the constant value of the constant FB. In addition, in FIG. 25, the user defines the FB field 4 to drag and drop the user FB to the state of the FBD program editing field 5; u and the user in the excitation type 2 editing field 5 take the parameter setting dialog box,疋 User FB (the state of the parameter value pARAMf of the internal processing of 5. In Fig. 20, by the steps S7, S8, as shown in Fig. 24, the dialog box of the user (4) is made and the parameters are linked, and then The state shown in Fig. 25 is formed by the steps S3 to S5. At this time, the odour acquisition unit 309 acquires the table from the 保持 of the parameter FB used in the description of the processing of the user-defined unit. ^ That is, even if the description of the internal processing used for the user-defined FB = in the case where the function and the parameter processed internally by the function block are the U-th picture, the case as shown in Fig. 45 is not performed. In the description, the soil loss is not used as the input terminal of the user-defined FB, and the value of the parameter is supplied as the value of the parameter. The number of the crane is as described above, and the number of the embodiment is according to the present invention. Segment 309 is from the description of the internal processing used for the user-defined FB. This parameter is obtained in the FB which maintains the parameter. Therefore, it is assumed that the value of the constant ❿ used in the internal processing of the user is 319119 37 200836100, and the embodiment 7/cloth is prepared. In the above-mentioned Embodiments 5 and 6, the dialog box of the Fb can be used to set the parameters of the other households with the use of Lu Ding = the frame of the parameter: κ π When I was a corpse, I was bound to a letter. I never imagined that I would be p A, Ding, Yi, and Gong were the fixed value, but the type of the block would be specific. In the case of the nature, the purpose is achieved. U-shaped user's shoulder but 'in the above-mentioned steps 5 and 6 of the operation sequence, the system can be used to achieve the use of cold, brother 20 map. In the description of the processing, the parameter setting of the parameter = (4) function FB dialog box (step s 7), the new operation of the household 疋. Therefore, 曰... is associated (step S8), and there is no (four) okay. A dialog box for generating a user-defined FB is generated, and an additional operation in the music map 20 is present (steps S7 and S8). In the following, referring to Fig. 2, reference is made to the seventh embodiment of the present invention in which the map of Fig. 26 to the first commit (the user-defined F B dialog box does not require a new job U steps S7, S8). <Fig. 6 is a block diagram showing the functional configuration of the seventh embodiment of the present invention, and Fig. 18 is the same as the same reference numerals, and the detailed description is omitted. In this case, the user-defined parameter setting means creating means 3 〇 8 in the user-defined FB creating means 303 replaces the parameter obtaining means 9 and the meal number setting means 31, and includes the $number information obtaining means 311. . In addition, in the parameter 肫, the details of 319119 38 200836100 related to this parameter are maintained. Specifically, as shown in the explanatory diagram of Fig. 27, for example, the F and the constant FB are held, the data type, the upper limit of the value, the lower limit of the value, and the selected value. Information related to the value Φ of the parameter; and the name of the parameter, the GM information of the parameter such as the attribute (type, ruler color ί) of the GUi part displayed on the dialog box. The above structure is also the same in the 31st, 34th, and 38th drawings which will be described later. In Fig. 27, the parameters used in the foregoing embodiment 5 and the angling FB having the constant value used in the foregoing embodiment 6 are explained as specific examples. .=This, the information related to the parameter φ of FB φ is set to be the one with the material type sorrow = B 〇〇 L, the parameter name = PARAM φ, and the GUI (9) it box. Further, the information of the constant of the parameter possessed by the constant ke is set to have: f type ^βγτΕ, parameter name 苇 value, and attribute of the GUI part = other torus β 〇χ. Since the FB must have a dialog box for setting the parameter 0, the information related to the second effect φ is the same as the information used in the dialog box, ^: the Φ related information can be directly used to store the display. The dialog box's 'in the middle=information or can also be kept as other data sheets. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 7 is a block diagram showing a seventh embodiment of the present invention, which is the main part of the second clothing device 1 for implementing the program auxiliary device and the program execution device. Fig. 2 is a flow chart showing the main part of the drawing sequence of the seventh embodiment of the present invention, which corresponds to the above (refer to the operation of the 20th red step 34. The third drawing shows the 319119 after the operation of the 29th figure. 39 200836100 An illustration of the anger. In addition, the 31st picture shows an illustration of other examples of the table 欠 μ yy / ping ping bai bai ' ' 弟 弟 图 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟Description of Embodiments of the Present Invention The embodiment of the present invention will be described with reference to the operation sequence of the second drawing. The user ^1; ^_ is used in the steps _ and 32 to create the second _ _ Ρβφ shown in Fig. 27 and FBf according to Fig. 7).乂 则 则 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ^Which attribute of the order is two cents ^ and as the information related to the constant value of the second BYTE, and obtain the data type as the value of the =f value, the attribute of the GUi part = the parameter of the leg Numerically relevant information. In step S12 (user Ding FR cf s< ^ performs the following operation. (User 疋 My tea setting means 3 〇 1), this Japanese leader first and steps The parameter obtained by sn " the display of the target. / = name is the brain Μ Φ, so in the dialog box * "pARM, sub-column. In addition, next to the text column, because of the parameters of the _ part 319119 40 200836100 The attribute is "Edit Box , & a . + " In the dialog box, the factory displays Ed It Box". This, 闵! is in /, below, the head is shown as the "constant value" of the next parameter. It is a constant value, so the "constant value" is displayed in the dialog box. Λ rFd.+ R The text next to the column is attributed to the attribute value of the GUI part. U0XJ, so "Edit B〇x" is displayed in the dialog box. Next, in step Si3 (the following operation is performed with the command μ rD ▲. 疋 My FB parameter setting means 301) +, First, the parameter φ is determined. The dialog box displayed in the user's cow is the value of the si-h rounded by the user in the step S12, and it is judged to be the correct value according to the type (4) obtained by the step su. , the constant value of the other parameter is displayed. At this time, since the number of the capital type is ΒΥΤΕ, the 资料 E 的 的 E E E E E E E E E E E BY BY BY BY BY BY BY BY BY BY BY The squad judges that it is the correct value. ~, 'After, in step S14 (user-defined FB parameter setting hand to do the following operation. Yufeng 3 01), that is, 'by the user FB& - Keep the value of "Edit B〇x" that is determined to be the slate in the step S13, the value of "Edit B〇x", and the value of the parameter = constant value of "EditB〇x". By performing the above steps S11 to S14, fbd will form the m shown in the third 〇w (• stencil field 5, in the 30th figure The system displays: User defined FB field 4 will user 卯 319119 41 200836100 (10) program editing field 5 state; and in the U field 5 (four) user F Β ε parameter setting dialog box, the internal processing of the γ heart is determined by the (four) value ρ ΑΚΑΜ φ The state of the user who sighs and sighs, even if the step S7 in Fig. 20 is not carried out, the processing related to the parameter dialog box of the setting user FBe can be performed from the μ. . P, the portion of the above step (4) is performed by the step su in the figure of the brother 29, and the portion of the step S8 is described by the steps SU and S14. Only 仃相于刖 刖 In addition to the parameters _ detailed f news, the present invention is not limited to the example of the figure, can also be the same as the third 〗 1-3. 731 Figure does not, keep the parameters "spoon related resources" Ed this pair: PARAMr in the 31 map, in step, step S13, when QQ enters the data of 1Ντ type, and the value is from 〇 to 999 In the range, it is judged to be the correct value. At 0, in addition, for the PARAM/C in Fig. 31, the dialog box shown in Fig. 32 is displayed. That is, by the candidate: ;1 The value of the first dragon φ is set as the candidate for the PAP request from "Bu 2, 3, 4, 5". θ is displayed on the user FFE parameter setting dialog 12 to display the setting state of the parameter value of the internal processing of the user FB. As described above, according to Embodiment 7 of the present invention, the parameter related to the content processed by the user has: a parameter value associated with the parameter value, and information for setting the parameter, and the user defines the means of creation. 303 is still provided with parameter information obtaining means 311. 319119 42 200836100 The parameter number acquisition means 311 obtains parameters related to the processing content of the user-defined FB in the form of parameter value information and GUI information, and the user-defined FB wheat number setting means 3〇1 is based on the parameter information acquisition means "I". The GUI information display setting dialog box (step S12) is used to determine whether the parameter value of the setting is correct based on the parameter value information acquired by the parameter number acquisition means 311 (step S13). The FB of the description of the internal processing of the user-defined FB is known, and the FB of the number has the parameter g information associated with the parameter and related to the value of the parameter; and the gui information for setting the parameter. The value # 5fL has at least one of the data type of the parameter; the upper limit of the parameter, the lower limit of the number of tea; and one of the tables of the selectable values in the parameter. See μ additionally 'GUI information system has: parameter Name; the attribute of the 〇υι part displayed on the dialog box of Seto FB. You can automatically provide a dialog box for setting the parameters used in the internal processing of the user-defined FB. In addition to the one, one, the same effect, and the operation of the dialog box (steps S7, S8), so the production time of the FBD program can be further shortened. In the foregoing embodiment 6, it is not only necessary to automatically obtain the parameters used in the internal processing of the user (the storage also needs to define the FB dialog box, and also requires the user to define the GUi zero on the FB dialog box. The parameters used in the processing of the dynamic part and its detailed information, therefore no; 2; 319119 43 200836100 The user-defined FB dialog box can also achieve the effect of the helmet φ.... and manually implement the implementation Example 8 Further, in the above-described Embodiment 7,

夕粗β Α Each user-defined FB 4 dialog box program, and automatically provides the use of # 夂 夂 & 欠 W 之 之 之 之 之 之 之 W W W W W W W W W W W W W W W W W W W W W W W W W When using the user-defined FB, the parameters that are to be changed by the drawing of the younger brother 37, and other parameters, are set in the dialog box so that the FB is often a fixed value. Hereinafter, while referring to Fig. 20, Yan Zhaohui θ 歹 歹 弟 33 33 to 37, and the above-described Example 7 is further described. / Gu Zhan's 8th implementation of the 8th to 3rd figure of the present invention, respectively, 斟幡乂, +, - 笛 9713^, 刀幻 corresponds to the block diagram of the other brother 26, the diagram of the music diagram , #方# R # ^ m of Fig. 28, η θ· ^ The flowchart of the block diagram 29, and the explanatory diagram of the brother 30 diagram. In the present drawing, the user μ FB parameter ^ means of creation means - the parameter information use setting means 312 related to the parameter information acquisition means 311. The parameter information use setting specifies the hand and 2] times. The slave 312 system has ···········································

I set the FB parameter setting means 301; ^M 2 The meaning of the internal processing of the user 疋 FB is the flag of the parameter held by the FB used. In addition, in the picture of the younger brother, the difference between the figure + on m and the figure 29 is only: 319119 44 200836100 = step sm is added between step S11 and step S12 (by parameter:: Let (4) means 312 have a set flag for each parameter: In the §, the flag is set to "〇" or "1". User _ 8' "The parameter that can be used by the user-defined FB to be used in the description of the internal processing of the FB is used to define the block type. The so-called corpse is used to encapsulate the specific processing. Under the consideration of several times, in the tL34 diagram, except for the specific exceptions mentioned above (refer to Figure 27), the Shiding ϊΐ means 312 also corresponds to each parameter to see the internal shore of the FB1. The setting method 301 is set to the user definition! The flag of the parameter held by the FB used by the second idiom = 俜 in the second 2:: 'when the value of the flag is set, it means that the parameter is set in the parameter of the user 疋 FB. When the value of the flag is set to "〇", the order is 5 and 疋. The other party ρ η η ^ ^ The code indicates this parameter, not in the user macro FB read setting dialog box to set r user ' I in addition to the invention of the certificate Qk example 7 phase Xiao (refer to the second 〇 H ,, example The operation sequence is the same as the above-mentioned actual eight one, 罘 20 map, and 29th map). This day τ ′ as in Figure 3 5 and Figure 7 7 is a new one. S 2 is the same as the previous one.

However, in the case of the second FB, the case of the second FB is only set in the parameter setting dialog box of the user FBe εβ 钱 money setting dialog box 12, and it is necessary to make the (four) of the ^^ The reason, as shown in Fig. 35, is that the value of the multi-control coefficient is not fixed.:: 吏/, is the second white block, and the constant value is set in the parameter setting dialog of the constant FB in the 319119 45 200836100 number setting dialog box. "丨23". Thereby, the parameter information use setting specifying means 312 maintains the related information of the parameter Φ which does not perform the setting of the inflammation number and forms the blank column in the setting flag = 1, and the related information of the constant value of the parameter setting is given. In the eighth embodiment of the present invention, in the step S4 (refer to FIG. 20), specifically, a ' is as shown in FIG. 36, and the following operation sequence is performed (鞞S11 to Step S14) In the first step, in step SU (parameter information obtaining means 311), the following operations are performed. As shown in Figure 34, it is obtained: data type = ΡΑΜΜ Φ, attribute of GU1 part = Edi t BcTx, set value = air block is FB φ has less information about the number of points, in addition, obtained Dust % BYTE, parameter name = constant value, attribute of 6υι part = £^ Box 'Set the value of =123 and the constant of the constant parameter •. 1 Then 'the parameter information with the setting flag makes Wei Ding specify the means to make each reading have a setting flag, and also in the setting flag:: number of times, the title is not 'not displaying the constant value of the setting flag (Step S12), the number of tables ώ 4,

, π ' correlation judgment (step SI3). In step SI, the data type of the parameter can be used to input ugly data; t Wei, so when "EdltB°x" is shaken, it is judged to be the correct data. Finally, the value of the input parameter k "(4)-" is set. 319119 46 200836100 The FB (K step S14) is initially obtained. By using the above #木作序 (steps SI1 to S14), it is possible to obtain the image of Fig. 37, which can be automatically performed: with the tea set only having the user FBE set to be set. The dialog related processing of the parameters. In the music diagram 37, it is shown that the user defines the FB state 4 to put the user FE=扼 into the state of the FBD private editing field 5; and in the user parameter setting dialog 12 in the newly programmed (4) field 5, the user is set. The state of the parameter value PARAM0 of the internal processing of FBe. As described above, according to the embodiment 8 of the present invention, the information is at least: the name of the parameter; and the attribute of the GUI part displayed on the dialog box of the user-defined FB. User-defined FB parameter setting means means to use the setting specification device, / mussel. The parameter information using the bullying means 312 has: the number of the tables obtained by the means 311 for obtaining the number of 苍 ,, # ό ^ M pn mouth, the number, the table does not use the user 疋 my FB parameter setting means 3〇1 is set to m king? 々 々, +, π 扣 疋 疋 疋 FB FB FB FB FB FB FB FB FB FB FB FB FB 逑 逑 逑 逑 逑 逑 逑 FB FB FB In this case, the dialog box for setting the use of the inside of the user-defined FB can be automatically provided, and the effect of the above (4) effect is achieved, and the program is implemented with fewer programs: only from the use , > m 疋 My FB dialog box sets the parameters that Li wants to change when using the user-defined FB, while other parameters make the internal processing of the user-defined FB in the ^^ ΛΑ ^ The shape of the value of the 疋 , , , 进一步 进一步 考 考 考 考 考 考 考 饰 饰 饰 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块 块Time 319119 47 200836100. Embodiment g will be able to simplify the production of the dialog box of the 疋 疋 FB FB in addition to the nature of the user-defined FB that is not encapsulated by the functional block, the size = processing, in the above-mentioned embodiment 8. The program, although it can be automatically provided to the user = FB internal processing parameters used in the parameters of the parameter set = the box, but in order to achieve the encapsulation, for the user-defined FB parameters are not expected to change the parameters It must be set in the parameter setting dialog box of the FB when performing internal processing of the user-defined FB. ^ The parameter that does not want to change is always maintained at a fixed value when using the Settlement FB, and is not displayed in the dialog box of the user-defined FB. That is, in the case of creating a user-defined FB, in order to confirm which parameter is to be set as a fixed parameter, it is necessary to separately display the dialog box of the FB used for internal processing of the user-defined fb, and thus a large number of programs are required. Therefore, in order to solve the above problems, the ninth embodiment (see FIG. 39, FIG. 40) of the present invention is formed by editing in the user-defined FB dialog box of the above-described fifth and sixth embodiments (see FIGS. 19 and 24). In the field 7 (dialog editing device), the structure of the dialog box which is automatically formed as described in the seventh and eighth embodiments described above is edited. Hereinafter, Embodiment 9 of the present invention will be described with reference to the drawings of Figs. 38 to 40 with reference to Figs. 1, 20, 33, and 36. Fig. 38 to Fig. 40 correspond to the aforementioned Figs. 34, 22, and 37, respectively. This day, the parameter information use setting specifying means 312 (refer to Fig. 3 3) 319119 48 200836100 2', Yes. No The number of copers obtained by the parameter information obtaining means 311 will be defined by the Seto. The value set by the Cangmaiwei h is also used as the user-defined FB parameter setting segment: the preset value of the second set parameter is used to refer to the first: _38 system display and the embodiment 9 of the present invention. In addition to the above (refer to Figure 34) information, there is also a preset value flag to indicate whether it will be used in the user-defined FB: the description of the processing. The value set by the FB parameter setting means 3Q4 of the print is used as a preset value of the parameter set by the user-defined FB parameter setting means 3G1. & Fig. 39 shows a state for indicating the parameter attribute setting dialog 19 for performing a dialogue with the user-defined dialog in the user-defined dialog editing field 7. The value of the frame = PA PARAM φ (or PARAM φ ), and the setting used in the setting of the 疋 叩 叩 叩 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Further, the production program device 1 of the ninth embodiment of the present invention is substantially the same as the configuration shown in the drawings, but does not require a user-defined dialog or a flat GUI component 8. Further, the procedure for creating a parameter for setting the user-defined fb to the parameter for setting the user-defined FB in the program is substantially the same as that shown in Fig. 20, but step S8 may be omitted. In the case of the ninth embodiment of the present invention, first, in the steps S1 and S2 in the second drawing, the user FFe is created in the same manner as in the above-described seventh embodiment (see FIG. 49 319119 200836100, see Fig. 28). In this case, the parameter of the FBj used for the description of the internal processing of the user FBe is set by using only the user FBe parameter setting dialog box, and the preset value is displayed by the user's dialog box, so as shown in Fig. 39 40)), in the user-defined ρΒ dialog editing area (FBe tea number setting dialog box 12), the "medium setting value "dip 6". In addition, the parameter constant value of the HI constant FB is a fixed value, so the value "123" is set in the constant FB parameter parameter dialog box. In addition, in the case of the number of turns, the same as in the above-described seventh embodiment, the detailed information relating to the number of the numbers is maintained (refer to the figure π). In the step S7 in Fig. 20, the apricots only replace the steps su and S12 in Fig. 29 instead of the creation dialog box. In this way, the user Β ε dialog box is automatically generated and displayed in the user defined 肫 dialog edit field. That is, in Fig. 39, the value set in the FB 蠡Ϊ dialog box is displayed in the "Edit Box". Here, by clicking the GUI of one parameter twice, it is not necessary to set whether or not to use the dialog box of the user-defined FB to set the parameter attribute setting dialog 19 of the value of =, =. In addition, if it is assumed that the value of the wheat number is not determined by the pair of live FBs, the parameter attribute setting dialog box for setting whether or not the value set in the dialog box of the FB is used as the preset value is displayed. 〇

Here, assuming that the PARAM φ is not set using the dialog box of the user-defined FB, in the parameter attribute setting dialog 19, as shown in the lower part of Fig. 39, the check box of the check box is removed. In addition, assume that PARAM Φ is set using the user-defined FB dialog box 319119 50 200836100 疋 'In the dream number attribute setting dialog 19, as shown in the upper part of Figure 39, the step-by-step display is used to set whether (4) The value set in the dialog box is used as a check box for the preset value, so it is also checked here. - Hereinafter, the state shown in Fig. 40 is formed by performing steps 33 to % in Fig. 20. As shown above, according to Embodiment 9 of the present invention, the GUi information has at least the name of the parameter; and the attribute of the part is displayed on the dialog box defined by the user. In addition, the parameter information use setting specifying means 312 still has a preset value flag, which is a GF parameter setting means for the internal processing of the FJB, which is determined by the parameter information obtaining means 3? The master uses the macro (used by k kg as the preset value of the parameter set by the user-defined FB parameter setting means 301. Thereby, as in the foregoing, the setting can be automatically provided in the internal processing of the meaning The parameter dialog box. ^ In addition, the user-defined FB frame setting can be implemented in a simpler way: the parameter that you want to change when using the user-defined FB, and the internal processing of the user-defined FB is determined in the FB. The value of the ground uses the user-defined FB frame H number μ dialog box to set the W dialog box is not the default value, the number is used when describing the internal processing of the meaning FB. The type of the value set in the middle. Therefore, the type of the 翏文汉 block can be further advanced to enable the specific processing to be packaged by the user to create a functional FBD program. 疋哉FB Sex [Simple diagram Say FIG] 319 119 51 200 836 100/1-based auxiliary display device, and program of embodiments of the present invention is the production of a program block diagram of the hardware configuration of the device implementation.

Fig. 2 is a block diagram showing the functional configuration of only the target 1 of the present invention. Brother 3 is shown in the picture Gu Yuaner! v 丄 丄 丄 不用 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 眚 眚 眚 眚 眚 眚 眚 眚 眚 眚 眚 眚 眚 眚 眚 眚 眚 眚 及 及 眚 及 及 及 及Use embodiments of the invention! User 疋== Flowchart for setting the operation sequence of parameters. An explanatory diagram of the operation sequence for parameter setting in the first embodiment of the invention of the ls skin 5th face. Fig. 6 is an explanatory view showing the operation after the operation of the parameter setting of Example 1 of the present invention. Fig. 7 is an explanatory diagram of the sequence used in the second embodiment of the present invention. The parameter setting of the second embodiment of the present invention is shown in the following. Fig. 9 is a block diagram showing the functional configuration of the target example 3 of the present invention. The user of the third embodiment of the present invention is not in the program. The operation of setting parameters (I) when I am scared is shown in Fig. 1, and Fig. 11 is an explanatory diagram showing the operation sequence used in the embodiment of the present invention. The sequel to the sequel is shown as a § brother's figure showing the parameter setting of the third embodiment of the present invention. Fig. 13 is a block diagram showing the functional configuration of the example 4 of each of the cores of the present invention 319119 52 200836100. Fig. 14 is a block diagram showing a program creating device for realizing the program supporting device and the program executing device of the fourth embodiment of the present invention. Fig. 15 is an explanatory diagram showing the operation sequence for setting the parameters of the fourth embodiment of the present invention. Fig. 16 is an explanatory diagram showing a state for specifying that the FB can be directly used by the tenant of the embodiment 4 of the present invention. Fig. 17 is an explanatory view showing an operational state after parameter setting in the fourth embodiment of the present invention. Figure 18 is a block diagram showing the functional configuration of Embodiment 5 of the present invention. Fig. 19 is a view showing a diagram of a program creating device for realizing the program supporting device and the program executing device of the fifth embodiment of the present invention. Fig. 20 is a flow chart showing the operational sequence of the parameter when the user 疋 FB of the embodiment 5 of the present invention is used in the program. Fig. 21 is an explanatory view showing an operation procedure for parameter setting in the fifth embodiment of the present invention. Fig. 22 is an explanatory view showing an operation procedure for parameter setting in the fifth embodiment of the present invention. Fig. 23 is an explanatory view showing an operational state after parameter setting in the fifth embodiment of the present invention. Fig. 24 is a view showing a dialog of the user FB5 of the embodiment 6 of the present invention 319119 53 200836100. Fig. 25 is an explanatory view showing the sorrow of the user FB in the sixth embodiment of the present invention. Figure 26 is a block diagram showing the functional configuration of Embodiment 7 of the present invention. Fig. 27 is an explanatory view showing detailed information on parameters held in the seventh embodiment of the present invention. Fig. 28 is a block diagram showing the main part of a program creating device for realizing the program supporting device and the program executing device of the seventh embodiment of the present invention. Figure 29 is a flow chart showing the main part of the operation sequence for parameter setting in the seventh embodiment of the present invention. Fig. 30 is an explanatory view showing a state after the operation for parameter setting in the seventh embodiment of the present invention. Fig. 31 is an explanatory view showing another example of detailed information on the parameters related to the parameters held in the seventh embodiment of the present invention. Fig. 32 is an explanatory view showing a display state of a dialog box in the case of detailed information of Embodiment 7 of the present invention. Figure 33 is a block diagram showing the functional configuration of Embodiment 8 of the present invention. Fig. 34 is an explanatory view showing detailed information on parameters held in the eighth embodiment of the present invention. Fig. 35 is an explanatory view showing an operation sequence for parameter setting in the eighth embodiment of the present invention. 54 319119 200836100 Brother 3 6 is a flowchart of the main part of the operation sequence for setting the number of teas in the eighth embodiment of the present invention. Fig. 3 is an explanatory view showing an operational state after parameter setting in the eighth embodiment of the present invention. Fig. 3 is an explanatory diagram showing detailed information on parameters held in the ninth embodiment of the present invention. Fig. 39 is an explanatory view showing the operation sequence of the parameter setting 实施 of the ninth embodiment of the present invention. Fig. 40 is an explanatory diagram showing an operational state after parameter setting in the ninth embodiment of the present invention. Fig. 41 is a block diagram showing a simple FB of a general type used in the past. Fig. 42 is a block diagram showing ρΒ which has been subjected to general complicated processing in the past. Figure 43 shows the block that was previously scared by the general dialog box. The humble 44 diagram shows the block diagram of the previous device in a flow mode. The set == shows the illustration of the Ρβ and the flat % of the parameter wheel 罝. The brother 46 shows an explanatory diagram of the FB editing operation that was previously referred to by the dialog box.彳 根据 根据 【 主要 主要 主要 主要 主要 主要 树 树 树 树 树 树 树 树 树 用户 用户 用户 用户 用户 用户 用户 用户 用户 用户 用户 用户 用户 用户 用户 用户 用户 用户 FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB FB User-defined FB dialog box editing GUI part field parameter related dialog box 10 11 12 19 99 User-defined FBr parameter setting dialog box User-defined FB5 parameter setting dialog box User-defined FFB parameter setting dialog box Parameter attribute setting dialog box 307, S6 FB parameters Setting means specifying means (user-defined FBI Weng Zongxuanzhong 100 personal computer 101 microprocessor 102 data storage memory 103 communication port 104 display unit 105 input unit 106 s billion unit 200 controller 300 production program auxiliary device 301 303 304 305 306 308 309 311 312 400 S4, S12 to S14 User-defined FB parameter setting means 302, S4 User-defined FB parameter setting value holding means °π° User-defined FB creation means FB parameter setting means User-defined FB processing implementation code generation Means S4A user-defined FB parameter setting means selection means S7, S8 user-defined Ling number of production methods FB parameter setting means for setting parameters related to the acquisition means 31〇 hand S11 parameter information acquisition means S11A parameter setting information used to specify the program executing means means 31911956

Claims (1)

200836100 X. Patent application scope: 1. An auxiliary device for programming, which has: user-defined FB production means for combining program commands containing predefined user-defined FBs, defining new functions or function blocks; and user-defined The FB processing execution code generation means performs coding of the user-defined FB part in the coding of the program described by the user-defined FB for the program execution device; the auxiliary device of the production program is provided with: a user-defined FB The parameter setting means 'sets a user-defined FB parameter as a parameter related to the processing content of the user-defined FB; and a user-defined FB parameter setting value holding means for maintaining the user-defined FB set by the user-defined FB parameter setting means The parameter setting value; and the user-defined FB processing execution code generating means encodes the user-defined FB according to the parameter held by the user-defined FB parameter setting value holding means. 2. The auxiliary device for creating a program according to the first aspect of the patent application, wherein the user-defined FB parameter setting means is an FB parameter setting means for displaying an FB used for description of internal processing of the user-defined FB, and the user The FB parameter setting value holding means is defined to maintain the maiden setting value set by the FB parameter setting means. 3. The auxiliary device of the production program of claim 2, wherein the user-defined FB parameter setting means is provided with a user-defined FB parameter setting means selection means, and there are a plurality of internal processings for the user-defined FB 57 319119 In the FB parameter setting means of the FB described in 200836100, the user-defined FB parameter setting means selection means selects the FB parameter setting means used as the user-defined FB parameter setting means from the plurality of FB parameter setting means. 4. The auxiliary device of the production program of claim 3, wherein the user-defined FB creation means is provided with a user-defined FB parameter setting means specifying means, and is used in the description of the internal processing of the user-defined FB When there are a plurality of FB parameter setting means of the FB, the FB parameter setting means used as the user-defined FB parameter setting means is specified by the plurality of FB parameter setting means, and the user-defined FB parameter setting means selection means is displayed only. The FB parameter setting means specified by the user-defined FB parameter setting means specifying means among the plurality of FB parameter setting means. 5. The auxiliary device for the production program of the first application of the patent scope, wherein the user-defined FB creation means includes: a user-defined FB parameter setting means for creating the user φ definition FB parameter setting means, and the foregoing The user-defined FB parameter setting means manufacturing means includes: a parameter obtaining means for obtaining a parameter related to the processing content of the user-defined FB; and a parameter related setting means for making the means by the user-defined FB parameter setting means Each parameter setting element of the user-defined FB parameter setting means is associated with a parameter obtained by the parameter obtaining means. 58 319119 200836100 6. If the production process of the fifth paragraph of the scope of the patent application is before Zhao __ + 拙 "manufacturing of the household", the internal processing of the m 疋哉 FB used in the description of the parameters (10) = Patent _ Item i of the production program, Yizhong, set in the slave system. User-defined FB parameter setting hand ^ system used to make the above-mentioned user-defined wealth set the fish ^ FB parameter setting means production means The parameter information having the parameter information of the parameter of the processing content (4) of the known hand (10) and the processing content of the user-defined FB and the parameter value information related to the value of the όυΓ= value, and the information about the parameter used to set the parameter The means obtains parameters related to the processing of the user-defined AFB in the form of the parameter value information and the =, ιπ information, and the user-defined FB parameter setting means is based on the GUI information obtained by the parameter acquisition means. The setting dialog is displayed, and it is determined whether the parameter value set according to the parameter value information acquired by the parameter information obtaining means is correct. An auxiliary device for a production program of 7 items, wherein ^ is used for the FB of the description of the internal processing of the user-defined FB, and the FB has a parameter value related to the value of the parameter. And the GUI information used to set the parameter. 319119 59 200836100 9·If the standard version of the patent application scope item 7 has at least one of the following types, the data type of the parameter; The upper limit value; the lower limit value of the parameter; and the _ view of the selectable value in the parameter. 10. The above-mentioned GUI information supplemented by the production program of claim 7 has at least: the name of the parameter; and the attribute is displayed on the dialog box of the user-defined FB. 11. Please create a full-time fourth item. The auxiliary device of the program, the description of the user-defined FB parameter setting means has the following means: = Inferior use setting means, ^ ^ Forward number information to make the limbs (4): / Number:: The means obtained by the means The parameter indicates whether or not the first two: the FB tea number setting means is used to set the number of flags held by the FB used in the description of the user-defined ;2; 12. : The production of the Scope 11 of the patent application ^ ^, The reading information is set by the specified means to have the "six months" obtained by the means of obtaining the information. The value set by the FB_determination means described in the internal processing of the FB is used as the flag used as the preset value of the parameter set by the user-defined ρβ parameter. 319119 60 200836100 ' 13. A program execution device is a program execution device for executing a program created and encoded by a production program auxiliary device of any one of the first to twelfth patent applications. The encoding generated by the aforementioned user-defined FB processing of the progressive code generating means is performed. 61 319119