JP4721260B2 - PROCESSING SYSTEM, PROGRAM USED FOR PROCESSING SYSTEM, AND PROGRAM RECORDING MEDIUM CONTAINING THE PROGRAM - Google Patents

Description

  The present invention relates to a processing system processed by a program, a program used in the processing system, and a program recording medium on which the program is recorded.

  By using CAE (Computer Aided Engineering) for structures such as castings, analysis processing such as strength analysis can be performed at the design stage, and the analysis results can be reflected in the design. Thus, by using CAE, it is possible to perform simulations of heat conduction, vibration state, fluid state, electric field state, etc. in an object, including strength analysis of a structure.

  This CAE is generally performed using a computer on which a CAE program is installed. Currently, programs having various characteristics have been developed for use in CAE (see, for example, Patent Document 1).

  These CAE programs are generally composed of a program called a pre-post program and a program called a solver program. The solver program is a program that actually executes, on a computer, the above-described strength analysis of the structure, simulation of heat transfer and vibration in the object, fluid state, electric field state, and the like. In addition, the pre-post program is a pre-process such as reading the data to be simulated by the solver program into a computer, or setting conditions necessary for the solver program to specifically execute the simulation (pre-program ), And a post-process (by a post program) such as displaying a simulation result of the solver program.

For example, in CAE that performs strength analysis on a structure using a finite element method, CAD data is used as target data to be simulated, and this CAD data is read into a computer by a pre-post program. For solver programs for strength analysis, mesh division method, setting of material property values such as Young's modulus, setting of fixing conditions such as fixing position, load conditions such as load size and load application position, etc. It is necessary to set conditions for concrete execution of the simulation, such as setting the method and specifying the method for displaying the simulation results. The pre-post program takes charge of these condition settings. Further, the pre-post program has a function of displaying the simulation result of the solver program by a designated method. Various solver programs that actually perform strength analysis have been developed. The CAE program is composed of these solver programs and pre-post programs as described above.
JP 2002-202997 A

By the way, as described above, various solver programs have been developed, and there are various CAE programs composed of these solver programs and the above-mentioned pre-post programs. In these CAE programs, the condition setting item names, setting methods, setting order, and the like differ in each CAE program in condition settings necessary for analysis, and different operations are required for each CAE program. The Therefore, when using a CAE program, it is necessary to set conditions for each CAE program according to a method defined by each CAE program while confirming the CAE program in the manual of each CAE program.

  Therefore, when trying to analyze the same analysis target data from various viewpoints by utilizing the characteristics of each CAE program, a different operation is required each time each CAE program is used, and necessary condition settings are made. Etc. had to be performed while confirming with the manuals of the respective CAE programs, etc., which required very complicated and troublesome work.

  Therefore, the present invention has been made to cope with the above-described situation, and performs processing by a plurality of unique programs such as a plurality of analysis programs on the same data to be analyzed. In this case, the same operation common among a plurality of unique programs can be used for each unique program, and it is intended to provide a processing system that is simple and easy to operate and a program used for the processing system. is there.

  FIG. 1 is a block diagram showing the configuration of the processing system of the present invention. In FIG. 1, the processing system of the present invention is provided for each of a plurality of unique programs 1a, and includes a unique processing means 1 for performing processing based on the unique program 1a. The unique program 1a in the unique processing means 1 is The purpose of the processing of the specific program 1a is substantially the same, and at least one original processing condition setting item that requires an input operation to perform the processing. The types of the original processing condition setting items are substantially common, but the contents of the condition setting processing such as the item name, setting method, setting order, etc. are different among the unique programs 1a. It is a processing system.

  The processing system includes a processing procedure holding unit 2, a processing procedure summary display unit 3, a unique program selection unit 4, an input information input unit 5, a preprocessing unit 6, and a processing procedure control unit 7.

  Among these, the processing procedure holding means 2 is a common program selected according to a unique program selection for selecting one of the plurality of unique programs 1a and a common processing condition setting item provided corresponding to the original processing condition setting item. It has a function of holding common processing procedures relating to procedures such as condition setting processing, processing execution instruction, and processing result output instruction.

  The processing procedure summary display unit 3 has a function of displaying an overview of the common processing procedure held by the processing procedure holding unit 2.

  The unique program selection unit 4 has a function of selecting one of the multiple unique programs 1a as the selected unique program 1a by a selection operation performed in accordance with the common process procedure summary displayed by the process procedure summary display unit 3. is doing.

  The input information input means 5 has a function of inputting commonly usable input information to the specific processing means 1 by an input operation performed in accordance with the common processing procedure outline displayed by the processing procedure outline display means 3. is doing.

  The preprocessing means 6 is provided exclusively for each unique program 1a, preprocesses the input information input by the input information input means 5 so as to be compatible with the unique processing means 1, and the preprocessed information. Is provided to the unique processing means 1.

The processing procedure control means 7 performs a control among the unique program selection means 4, the input information input means 5, and the preprocessing means 6 based on a common processing procedure held by the processing procedure holding means 2. have.

  In this processing system, the processing procedure control means 7 receives the input information input by the input information input means 5 toward the specific processing means 1 corresponding to the selected specific program selected by the specific program selection means 4. It is characterized by providing to the pre-processing means 6 corresponding to.

  In the above processing system, the “unique program 1a” refers to various processing programs that have already been developed. For example, a CAE program composed of a pre-post program and a solver program in CAE corresponds to this. The “unique processing means 1 corresponding to the selected unique program” refers to the unique processing means 1 in which the processing in the unique processing means 1 is performed by the selected unique program.

  According to the above processing system, the processing procedure holding means 2 includes the unique program selecting means 4 for selecting one of the plurality of unique programs 1a and the common process provided corresponding to the original processing condition setting item. Common process procedures related to procedures such as a common condition setting process performed according to the condition setting items, a process execution instruction, and a process result output instruction are held. Further, the processing procedure summary display means 3 acquires and displays the summary of the common processing procedure held by the processing procedure holding means 2 via the processing procedure control means 7, and the processing procedure summary display means 3 is unique according to the summary display of this common processing procedure. Commonly usable input information is input to the processing means 1. The processing procedure control means 7 performs control among the unique program selection means 4, the input information input means 5, and the preprocessing means 6 based on the common processing procedure held by the processing procedure holding means 2. The input information input by the input information input means 5 toward the specific processing means 1 corresponding to the selected specific program 1a selected by the specific program selection means 4 is provided to the preprocessing means 6 corresponding to the selected specific program 1a. To do.

  That is, in the above processing system, a common processing procedure is used for any of the plurality of unique programs 1a regardless of which unique program 1a is used, and a common display according to the common processing procedure is performed. At the same time, input is performed by this display. Further, in this input, input information that can be used in common for any specific program 1a is input, and the above-described common processing is performed by the processing procedure control means 7 for the processing by a plurality of specific programs 1a. Procedures are commonly used.

  Therefore, when processing a plurality of unique programs 1a, such as a plurality of analysis programs, on the same data to be analyzed, etc., it is common among a plurality of unique programs 1a for each unique program 1a. The same operation can be used, and the operation in the processing system can be simplified and facilitated.

  In the above processing system, the processing procedure summary display unit 3 may display the outline of the common processing procedure held by the processing procedure holding unit 2 using graphics. In this way, an overview of the common processing procedure can be displayed in an easy-to-understand manner.

  In the above processing system, it is possible to change the names of items in the common processing condition setting items of the common processing procedure held by the processing procedure holding means 2, or to change the arrangement order of the items, or both You may make it possible. Alternatively, it is possible to make it possible to add to the common processing procedure held by the processing procedure holding means 2 items related to matters that do not depend on the processing in the unique processing means 1 corresponding to the unique program 1a.

The above-mentioned “items related to matters independent of processing in the specific processing unit 1 corresponding to the specific program 1a” are not related to the processing in the specific processing unit 1 corresponding to the specific program 1a. Say items related to things that do not affect you. By doing so, a user of the above processing system can easily change the processing system to a system that is easier to understand and use.

  In the above processing system, the common processing procedure held by the processing procedure holding means 2 may be described by, for example, CSV (Comma Separated Value), but XML (Extensible Markup Language), HTML (Hyper Text Markup Language). ), TeX (tau epsilon chi), or a markup language such as SGML (Standard Generalized Markup Language). Among these, the description in XML is preferable because it is easy to see and process, and is generally easy to manage because it is widely used. By doing so, it becomes easy to change the common processing procedure held by the processing procedure holding means 2, and the above processing system can be easily changed by a user of the above processing system into a system that is easier to understand and use. can do.

  The above processing system may be as follows. That is, in the above processing system, the common process procedure held by the process procedure holding unit 2 is selected by the common condition setting process performed according to the common process condition setting item and the unique program selection unit as the common process condition setting item. A selection item for selecting one of the condition setting processes performed according to the original processing condition setting item of the selected unique program is included. When the condition setting process performed according to the original processing condition setting item of the selected unique program is selected, the processing procedure control means 7 includes the condition setting process for the unique processing means 1 corresponding to the selected unique program. And direct execution.

  In this way, processing conditions can be set according to the original processing condition setting items included in the selection-specific program, and special settings that cannot be executed with settings performed according to the common processing condition setting items. Processing or the like can be performed by the unique processing means 1 corresponding to the selected unique program.

  In the above processing system, this processing system can be a processing system related to CAE. Such a system has the following configuration. That is, in the above processing system, a plurality of unique programs are CAE programs. In addition, the procedure for selecting the unique program in the common processing procedure held by the processing procedure holding means is a procedure in which one of the plurality of CAE programs is selected as the selected CAE program. Further, the function of the unique program selection means is a function for selecting a selected CAE program from among a plurality of CAE programs, and the function of the processing procedure control means corresponds to the selected CAE program selected by the unique program selection means. The unique processing means and the preprocessing means are controlled.

  According to the above processing system, a common processing procedure is used for a plurality of CAE programs regardless of which CAE program is used, and a common display according to the common processing procedure is performed. At the same time, input is performed by this display. In this input, input information that can be used in common for any CAE program is input, and the above-mentioned common processing procedure is commonly used for a plurality of CAE programs by the processing procedure control means. It is done.

  Therefore, when the same analysis target data is processed by a plurality of analysis programs, the same operation common to the plurality of CAE programs can be used for each CAE program. Operation in the system can be simple and easy.

  In the above processing system related to CAE, the CAE program usually includes a pre-post program and a solver program.

  In addition, the CAE program includes a plurality of solver programs, and the common processing procedure held by the processing procedure holding unit may include an item for selecting one of the plurality of solvers in the common processing condition setting item. In this way, different solver programs can be selected and used in one CAE program.

  Further, the above processing system for CAE may be as follows. That is, in the above processing system related to CAE, the common processing procedure held by the processing procedure holding unit is selected by the common processing condition setting item, the common condition setting processing performed according to the common processing condition setting item, and the unique program selection unit. A selection item for selecting one of the condition setting processes performed in accordance with the original processing condition setting item of the selected CAE program. When the condition setting process performed according to the original process condition setting item of the CAE program is selected, the process procedure control unit directly executes the process including the condition setting process on the specific processing unit corresponding to the CAE program. I will give you instructions.

  In this way, special processing conditions can be set according to the original processing condition setting items included in the selected CAE program, and cannot be executed with settings performed according to the common processing condition setting items. Processing or the like can be performed by a specific processing means corresponding to the selected CAE program.

  Next, the program of the present invention will be described. The program of the present invention is a program used for a processing system processed by a computer, and the computer is provided with a plurality of unique programs and is provided with unique processing means for performing processing based on the unique programs. ing.

  The specific program in the specific processing means included in the computer has at least one original processing condition setting item that has substantially the same purpose of processing of the specific program and requires an input operation to perform the processing. Yes. The types of the original processing condition setting items are substantially common, but the contents of the condition setting processing such as the item name, setting method, setting order, etc. are different among the unique programs.

  Further, the processing system includes a processing procedure holding function, a processing procedure overview display function, a unique program selection function, an input information input function, a preprocessing function, and a processing procedure control function. Is a program for realizing each of these functions by the above-described computer.

  Among the above functions, the processing procedure holding function is performed according to a unique program selection for selecting one of a plurality of unique programs and a common processing condition setting item provided corresponding to an original processing condition setting item. This is a function for holding common processing procedures relating to procedures such as common condition setting processing, processing execution instruction, and processing result output instruction.

  The processing procedure summary display function is a function for displaying an overview of the common processing procedure held by the processing procedure holding function.

  The unique program selection function is a function in which one of a plurality of unique programs is selected as a selected unique program by a selection operation performed according to the common process procedure summary displayed by the process procedure summary display function.

  The input information input function is a function for inputting commonly usable input information to the unique processing means by an input operation performed in accordance with the common processing procedure outline displayed by the processing procedure outline display function.

  The preprocessing function is provided for each unique program, and the input information input by the input information input function is preprocessed so as to be compatible with the specific processing means, and the preprocessed information is processed by the specific processing means. It is a function to provide.

  The processing procedure control function is a function that performs control among the unique program selection function, the input information input function, and the preprocessing function based on a common processing procedure held by the processing procedure holding function.

  In the program according to the present invention, the processing procedure control function corresponds to the input information input by the input information input function toward the processing function corresponding to the selected specific program selected by the specific program selection function. It is a program characterized by being provided to a preprocessing function.

  In the program of the present invention described above, the processing procedure overview display function may display the overview of the common processing procedure held by the processing procedure holding function using graphics. In addition, the common processing procedure held by the processing procedure holding function can change the item name in the common processing condition setting item, or the arrangement order of the items can be changed, or both can be performed. It may be. Alternatively, an item that does not depend on the unique program may be added to the common processing procedure held by the processing procedure holding function.

  In the program of the present invention described above, it is preferable to describe the common processing procedure held by the processing procedure holding function in a markup language such as XML, for example.

  The above-described program of the present invention may be as follows. That is, in the above-described program of the present invention, the common process procedure held by the process procedure holding function is selected by the common condition setting process performed according to the common process condition setting item and the unique program selection function. A selection item for selecting one of the condition setting processes performed in accordance with the original processing condition setting item of the selected unique program. When the condition setting process performed according to the original process condition setting item of the selected unique program is selected, the process procedure control function directly includes the condition setting process to the unique processing means corresponding to the selected unique program. The execution is instructed.

  The above-described program of the present invention can be used for CAE. Such a program has the following configuration. That is, in the above-described program of the present invention, a plurality of unique programs are CAE programs. The procedure for selecting a unique program in the common processing procedure held by the processing procedure holding function is a procedure in which one of a plurality of CAE programs is selected as a selected CAE program. The unique program selection function selects a selected CAE program from among a plurality of CAE programs, and the processing procedure control function corresponds to the selected CAE program selected by the unique program selection function and the preprocessing function. It is set as the function which controls with respect to.

  In the above-mentioned program for CAE, the CAE program usually includes a pre-post program and a solver program.

In the above-mentioned program for CAE, the CAE program includes a plurality of solver programs, and the common processing procedure held by the processing procedure holding function is one of a plurality of solver programs in the common processing condition setting item. An item to be selected may be included.

  The above-mentioned program for CAE may be as follows. That is, in the above-mentioned program for CAE, the common processing procedure held by the processing procedure holding function is selected by the common condition setting process performed in accordance with the common process condition setting item and the unique program selection function. A selection item for selecting one of the condition setting processes performed in accordance with the original processing condition setting item of the selected CAE program. When the condition setting process to be performed according to the original process condition setting item of the CAE program is selected, the process procedure control function directly executes the process including the condition setting process to the specific processing means corresponding to the CAE program. I will give you instructions.

  The processing performed by the computer using the above-described program of the present invention has the same operations and effects as the above-described processing system of the present invention.

  In addition, a program recording medium on which these programs are recorded can be manufactured using the above-described program of the present invention.

  According to the present invention, regardless of which unique program is used for a plurality of unique programs, a common processing procedure is used, and a common display is performed according to the common processing procedure. Input is performed according to the display. Also, in this input, input information that can be used in common is input for processing by any specific program, and the above-described common processing procedure is used for processing by a plurality of specific programs.

  Therefore, when processing a plurality of unique programs, such as a plurality of analysis programs, on the same data to be analyzed, etc., the same operation common to a plurality of unique programs for each unique program Can be used, and the operation in the processing system can be simplified and facilitated.

  In addition, it is possible to change the item names and the arrangement order of items in the common processing condition setting items of the common processing procedure, or items related to matters that do not depend on the processing in the specific processing means corresponding to the specific program in the common processing procedure. Can be added. Further, the common processing procedure can be described in a markup language such as XML. Therefore, a user of the above processing system can easily change this processing system to a system that is easier to understand and use.

Hereinafter, the processing system in the present embodiment will be described in detail with reference to the drawings. The processing system in the present embodiment is a CAE system that performs strength analysis using data of a structure designed by CAD (Computer Aided Design), and is a system that uses a personal computer. FIG. 2 is a block diagram showing the configuration of the personal computer 10 used in this CAE system. 2, the personal computer 10 includes a CPU 11 composed of a microcomputer and other hardware, a memory 12 composed of a hard disk drive and a semiconductor memory, an input device 13, a display device 14 composed of an LCD, and the like. The printer 15 is configured. The input device 13 includes a mouse 13a, a keyboard 13b, and a data input device 13c such as a CD-R.

The memory 12 of the personal computer 10 is loaded with an OS (operating system) and other programs necessary for operating the personal computer 10. In addition, the memory 12 of the personal computer 10 is loaded with a later-described CAE system related program necessary for operating as a CAE system. The specific program described above corresponds to one of these CAE system related programs.

  Further, the processing functions in the specific processing means corresponding to the above-described specific programs are realized by processing operations performed on the personal computer 10 by the specific programs installed in the memory 12. That is, the above-described unique processing means is realized by the cooperation of the personal computer 10 that is hardware and the unique program that is software installed in the memory 12 of the personal computer 10. Similarly, the processing procedure holding means, the processing procedure summary display means, the unique program selection means, the input information input means, the preprocessing means, and the processing procedure control means described above are also the personal computer 10 that is hardware and the personal computer 10 This is realized by cooperation with a program which is software installed in the memory 12.

  As described above, the CAE system in the present embodiment is a CAE system that performs strength analysis using data of a structure designed by CAD, and includes a plurality of unique CAE programs that are programs for performing strength analysis. One of these is selected for strength analysis. In this CAE system, the above-mentioned CAE system related program as shown in FIG. 3 including this unique CAE program is used as a program necessary for this processing. These CAE system related programs include a basic program, a procedure processing program, and a preprocessing program in addition to a specific CAE program.

  The specific CAE program corresponds to the above-described specific program, and is a program for analyzing the strength of the structure, and includes a pre-post program and a solver program. Various programs have been developed and used as the specific CAE program. In the CAE system of the present embodiment, as the specific CAE program, the # 1 CAE program 27 a, the # 2 CAE program 27 b, and the # 3 CAE program 27 c are used. It is assumed that three types of unique CAE programs referred to as are installed.

  Since these three types of specific CAE programs are programs for analyzing the strength of the structure, it can be said that the purpose of the processing is the same. Each unique CAE program also has a common point that it has a plurality of original processing condition setting items that require an input operation to perform this processing. The original processing condition setting items include, for example, mesh creation, material property value setting, fixed condition setting, load condition setting, and the like. However, these original processing condition setting items differ in the contents of the condition setting processing, such as the item name, setting method, and setting order, among the above three types of unique CAE programs. Confusing. If these unique CAE programs are used alone, the input operation must be performed in accordance with original processing condition setting items included in each unique CAE program.

  Under such circumstances, the CAE system in the present embodiment is intended to be able to use any specific CAE program in a common procedure. In order to realize this, firstly, the items displayed on the display device 14 at the time of the input operation are made common and the input operation is made common. Immediately before providing the information to be used for processing by the specific CAE program, the information to be used is converted into information suitable for processing by the specific CAE program. From such a viewpoint, the CAE system in the present embodiment is formed.

The basic program is composed of a basic procedure program 21. The basic procedure program 21 includes a common processing procedure that is a basic processing in the CAE system of the present embodiment, and is written in XML, which is a kind of markup language. The common processing procedure includes a procedure for selecting a unique CAE program for selecting one of a plurality of unique CAE programs, and a common processing condition setting item commonly used for each unique CAE program. It includes a condition setting process procedure, a process execution instruction, a process result output instruction procedure, and the like. The common processing condition setting item is formed in correspondence with the original processing condition setting item provided in each unique CAE program so that it can be used in common with each unique CAE program.

  Specific examples of the common processing condition setting items include model reading, view, mesh creation, material property value setting, unique condition setting, and load condition setting. Each of these items includes more detailed items that are used when an operation relating to the item is performed.

  The procedure processing program is a program for processing a procedure in the CAE system in response to an operation performed on the personal computer 10 by the user of the CAE system in the CAE system of the present embodiment. The procedure processing program includes a processing procedure summary display processing program 22, a unique CAE program selection processing program 23, an input information input processing program 24, and a processing procedure control program 25.

  The processing procedure overview display processing program 22 is a program that acquires an overview of the common basic procedure held by the basic procedure program 21 through processing by the processing procedure control program 25 and displays it on the display device 14. The outline of the common basic procedure includes the common processing condition setting items described above.

  The unique CAE program selection processing program 23 is a program for selecting one of the three types of unique CAE programs installed in the CAE system of the present embodiment. The specific CAE program selected here becomes the selected specific CAE program.

  The input information input processing program 24 is a program for performing input processing of input information input by an input operation to the personal computer 10 by a user of the CAE system. The input information input by the input information input processing program 24 is input information that can be used in common for any specific CAE program.

  The processing procedure control program 25 is a core program in the procedure processing program, and based on the common processing procedure described above, the specific CAE program selection processing program 23, the input information input processing program 24, and a preprocessing program to be described later Are programs that perform mutual control of the processing functions performed by each.

  The pre-processing program is a program that acts as a bridge between the processing procedure control program and the specific CAE program, and is provided corresponding to each specific CAE program. That is, the pre-processing program is a program that provides information used in a common procedure by converting it into information suitable for processing by the specific CAE program immediately before providing the information for processing by the specific CAE program.

  In the CAE system of the present embodiment, as the preprocessing programs, the # 1 preprocessing program 26a corresponding to the # 1CAE program 27a, the # 2 preprocessing program 26b corresponding to the # 2CAE program 27b, and the # 3CAE program 27c A corresponding # 3 preprocessing program 26c is installed. Therefore, when a new unique CAE program different from the above-described unique CAE programs is used, a pre-processing program corresponding to the new unique CAE program is required. A preprocessing program corresponding to the selection-specific CAE program is a selection preprocessing program.

  FIG. 4 is a CAE system function explanatory diagram showing the relationship between the functions realized by the above-described programs operating on the personal computer 10 in the CAE system of the present embodiment. In FIG. 4, these functions are a common basic procedure holding function 31, a processing procedure summary display processing function 32, a specific CAE program selection processing function 33, an input information input processing function 34, a processing procedure control function 35, a preprocessing function, and The CAE function is configured. The preprocessing function includes a # 1 preprocessing function 36a, a # 2 preprocessing function 36b, and a # 3 preprocessing function 36c, and the CAE function includes a # 1 CAE function 37a, a # 2 CAE function 37b, and a # 3 CAE function. 37c. These functions have a corresponding relationship with the above-described program. Therefore, the description of the functions of the above-described program is appropriate for the contents of these functions. In FIG. 4, a solid line indicates a direct relationship between the functions, and a dotted line indicates that there is a relationship.

  Next, the operation of the CAE system in the present embodiment will be described with reference to FIG. 4 and FIGS. 5 to 21 show display screens displayed on the display device 14 of the personal computer 10 during operation of the CAE system in the present embodiment. As can be seen from FIGS. 5 to 21, in the display of the CAE system in the present embodiment, display items are displayed using icons and trees, and graphics are used for display.

  In the CAE system in the present embodiment, data of a structure designed by CAD is given a data name and stored as a file in a predetermined area of the memory 12 of the personal computer 10 prior to system operation. ing. For example, the data input device 13c of the personal computer 10 is used for storing the data.

  When the above CAE system is activated, in FIG. 4, the process procedure control function 35 accesses the common basic procedure held by the common basic procedure holding function 31, acquires the procedure contents, and displays the procedure contents. The contents are sent to the display device 14 via the processing procedure summary display processing function 32, and the screen of FIG. 5 is displayed (this processing route is referred to as processing route 1). Two icons are displayed on the screen of FIG. “S” is displayed for “CAE program selection”, and “M” is displayed for “menu”.

  Then, when “S” on the screen of FIG. 5 is clicked with the mouse 13b, the item clicked with the mouse 13b, here “S”, is input as input information via an OS or the like not shown. Is transmitted to the processing procedure control function 35 (this processing route is referred to as processing route 2). Then, the screen of FIG. 6 in which “S” is displayed in gray is displayed on the display device 14 by the processing route 1. The screen of FIG. 6 shows that there are three unique CAE programs that can be selected: “# 1 CAE program”, “# 2 CAE program”, and “# 3 CAE program”.

Therefore, here, the “# 2CAE program” is used, and when the “# 2CAE program” on the screen of FIG. 6 is clicked with the mouse 13a, the item clicked by the mouse 13a, here “# 2CAE program”. Is transmitted to the processing procedure control function 35 as input information by the unique CAE program selection processing function 33 once through the processing procedure control function 35 and the OS not shown. Therefore, the processing procedure control function 35 recognizes that the # 2 CAE program is the selection-specific CAE program. Then, the processing procedure control function 35 handles the subsequent processing as processing for the # 2CAE function 37b corresponding to the “# 2CAE program”. At this time, the processing procedure control function 35 recognizes that the # 2 pre-processing program 26b corresponding to the # 2 CAE program that is the selection-specific CAE program is the selection pre-processing program, and the # 2 pre-processing program. The # 2 preprocessing function 36b corresponding to 26b is recognized as a preprocessing function for the # 2CAE function 37b. At the same time, the screen of FIG. 7 in which “# 2CAE program” is displayed in gray by the processing route 1 is displayed. By this display, it is displayed that “# 2CAE program” has been selected.

  Next, when “M” displayed under “S” is clicked according to the item order of the screen of FIG. 7, “M” is displayed in gray by processing route 2 and processing route 1. Is displayed. In the screen of FIG. 8, eight items from “model reading” to “analysis result display” are newly displayed.

  Then, next, according to the order of items on the screen of FIG. 8, when the top “model read” is clicked with the mouse 13a, the item clicked with the mouse 13a, here “model read” is not shown. In addition to passing through the OS or the like, the input information input processing function 34 transmits the input information to the processing procedure control function 35 (this processing route is referred to as processing route 3). Then, the processing route 1 displays the screen of FIG. 9 in which “Model read” is displayed in gray. In the screen of FIG. 9, an input box for entering a file name is displayed.

  Therefore, when the data name of the structure designed by CAD is input to the input box from the keyboard 13b and the enter key is pressed, the input information, here, the data name of the structure designed by CAD, The information is transmitted to the processing procedure control function 35 as input information by the input information input processing function 34 through an OS (not shown). (This processing route is referred to as processing route 4). Therefore, the processing procedure control function 35 treats the subsequent processing as processing in which the input data name is an analysis processing target. At the same time, the processing route 1 displays the screen of FIG. 10 in which the input data name is displayed in gray. By this display, it is displayed that the CAD data of the input data name is an analysis processing target.

  Next, when “view” under “model reading” is clicked with the mouse 13a in accordance with the item order of the screen of FIG. 10, “view” is grayed out by processing route 3 and processing route 1 in FIG. Is displayed. The screen of FIG. 11 shows that there are four view options. “View” refers to the viewpoint of the structure to be analyzed.

  Here, selecting “basic view” and clicking “basic view” on the screen of FIG. 11 with the mouse 13a indicates that the “basic view” has been selected by the processing route 3; Communicated to function 35. Therefore, the processing procedure control function 35 notifies the # 2 preprocessing function 36b that the view used for the analysis is the “basic view” (this processing route is referred to as processing route 5). Then, this information is converted by the # 2 preprocessing function 36b so as to be compatible with the # 2CAE function 37b and transmitted to the # 2CAE function 37b (this processing route is referred to as processing route 6). At the same time, the screen of FIG. 12 in which the “basic view” is displayed in gray is displayed by the processing route 1. This display indicates that “basic view” has been selected. The “basic view” refers to a viewpoint viewed from the system default direction.

Next, when “Mesh creation” is clicked under “View” in accordance with the item order of the screen of FIG. 12, the screen of FIG. 13 in which “Mesh creation” is displayed in gray is displayed by processing route 3 and processing route 1. Is done. In the screen of FIG. 13, “Automesh” and “Local division” are displayed. Therefore, here, “auto mesh” is used, and when “auto mesh” on the screen of FIG. 13 is clicked with the mouse 13a, “auto mesh” is transmitted to the processing procedure control function 35 by the processing route 3. . Accordingly, the processing route 5 informs the mesh creation used for the analysis to be “automesh” from the processing procedure control function 35 to the # 2 preprocessing function 36b, and the processing route 6 causes the # 2 This information is converted by the processing function 36b so as to be compatible with the # 2CAE function 37b and transmitted to the # 2CAE function 37b. At the same time, the screen of FIG. 14 in which “Auto Mesh” is displayed in gray is displayed by the processing route 1. This display indicates that “Automesh” has been selected.

  Next, according to the order of items on the screen of FIG. 14, when “Set material property value” is clicked under “Mesh creation”, “Set material property value” is displayed in gray by process route 3 and process route 1. The screen shown in FIG. 15 is displayed. In the screen of FIG. 15, “isotropic material” and “anisotropic material” are displayed. Therefore, here, by selecting “isotropic material” and clicking “isotropic material” on the screen of FIG. 15 with the mouse 13a, the processing route 3 causes the “isotropic material” to be processed. This is transmitted to the control function 35. Therefore, the processing route 5 informs that the material property used for the analysis is “isotropic material” from the processing procedure control function 35 to the # 2 preprocessing function 36b, and the processing route 6 allows # This information is converted by the 2 pre-processing function 36b so as to be compatible with the # 2CAE function 37b and transmitted to the # 2CAE function 37b. At the same time, the screen of FIG. 16 in which “isotropic material” is displayed in gray is displayed by the processing route 1. By this display, it is displayed that “isotropic material” is selected. In addition, an input box for “Young's modulus” and “Poisson's ratio” is displayed on the screen of FIG. 16 as physical property values of the isotropic material.

  Therefore, when a value of Young's modulus is first input to the input box from the keyboard 13b, the input information is transmitted to the processing procedure control function 35 through the processing route 4. The processing procedure control function 35 temporarily stores this Young's modulus value. At the same time, the screen of FIG. 17 in which the input box for “Young's modulus” is displayed in gray is displayed by processing route 1. This display indicates that the value of Young's modulus has been input.

  Next, when a Poisson's ratio value is input from the keyboard 13 b, the input information is transmitted to the processing procedure control function 35 through the processing route 4. Therefore, the processing route 5 transmits the Poisson's ratio value and the temporarily stored Young's modulus value previously stored from the processing procedure control function 35 to the # 2 preprocessing function 36b, and processing route 6 Thus, the information is converted by the # 2 preprocessing function 36b so as to be compatible with the # 2CAE function 37b and transmitted to the # 2CAE function 37b. At the same time, the processing route 1 displays the screen of FIG. 18 in which the “Poisson's ratio” input box is displayed in gray. This display indicates that the Poisson's ratio value has also been input.

  In the same manner as described above, although details are not described, processing relating to “setting of fixed conditions” and “setting of additional conditions” displayed as menus is performed. When these are completed, “analysis execution” is clicked with the mouse 13b. Then, the processing procedure control function 35 is notified that “analysis execution” is instructed by the processing route 3. Therefore, an instruction to execute analysis is transmitted from the processing procedure control function 35 to the # 2 preprocessing function 36b by the processing route 5, and this information is transmitted by the # 2 preprocessing function 36b by the processing route 6 to the # 2CAE function 37b. Is converted so as to conform to the above, and is transmitted to the # 2 CAE function 37b. At the same time, the screen of FIG. 19 in which “Analysis execution” is displayed in gray is displayed by the processing route 1. By this display, it is displayed that an instruction to execute analysis is given.

When the analysis execution is finished by the # 2CAE function 37b, it is transmitted to the processing procedure control function 35 through a processing route not shown. Then, the screen of FIG. 20 is displayed by the processing route 1. This display indicates that the analysis execution has been completed. When the “analysis result display” on the screen of FIG. 20 is clicked, “analysis result display” is transmitted to the processing procedure control function 35 through the processing route 3. Therefore, the analysis result display is transmitted from the processing procedure control function 35 to the # 2 preprocessing function 36b by the processing route 5, and this information is transmitted to the # 2CAE function 37b by the # 2 preprocessing function 36b by the processing route 6. It is converted so as to fit, and is transmitted to the # 2CAE function 37b. As a result, the analysis result is displayed on the display device 14 of the personal computer 10. At the same time, the screen of FIG. 21 in which “analysis result display” is displayed in gray is displayed by the processing route 1. This display indicates that “analysis result display” is being executed. Then, when “end” on the screen of FIG. 21 is clicked, the operation of the CAE system in the present embodiment is ended.

  Next, a method for changing or adding display contents displayed on the display device 14 will be described. 22 to 27 show a part of the part related to the display of the basic procedure program 21 described in XML and the display when the program is executed. FIG. 22A is an example of an XML program for displaying “Mesh creation”. In this case, the screen is displayed as shown in FIG. Therefore, when FIG. 22A is rewritten as “mesh division” as shown in FIG. 23A, the screen is displayed as shown in FIG. That is, the display can be easily changed by simply rewriting the basic procedure program 21 described in XML as shown in FIG. 22 (a) to FIG. 23 (a).

  Similarly, as shown in FIG. 24A, an XML program described as “fixed condition setting” and “load condition setting” in order from the top is displayed as shown in FIG. Therefore, when FIG. 24A is rewritten by switching the top and bottom as shown in FIG. 25A, “load condition setting” and “fixed condition setting” are displayed in order from the top as shown in FIG. 25B. Is done. That is, the display order can be easily changed by simply rewriting the basic procedure program 21 described in XML as shown in FIGS. 24 (a) to 25 (a).

  Similarly, as shown in FIG. 26A, an XML program described as “analysis result display” displays as shown in FIG. Therefore, when FIG. 26A is rewritten by adding “analysis result printing” below “analysis result display” as shown in FIG. 27A, it is displayed as shown in FIG. 27B. That is, the display can be easily added by simply rewriting the basic procedure program 21 described in XML by adding new items as shown in FIGS. 26 (a) to 27 (a). However, items that can be newly added to the basic procedure program 21 must be items related to matters that do not depend on processing performed by the specific CAE program. In this regard, the new item added in FIG. 27A is an item related to matters that are “analysis result printing” and do not depend on the processing performed by the specific CAE program. Of course, in order to actually print the analysis result, it is necessary to add not only the “analysis result printing” item to the basic procedure program 21 but also a print instruction program.

  According to the above-described CAE system in the present embodiment, a common processing procedure is used for a plurality of unique CAE programs, regardless of which unique CAE program is used. A common display is performed and input is performed by this display. Further, in this input, input information that can be used in common is input for processing by any specific CAE program, and the above-described common processing is performed by the processing procedure control program 25 for processing by a plurality of specific CAE programs. A procedure is used.

  Therefore, when processing a plurality of unique CAE programs, such as a plurality of analysis programs, on the same data to be analyzed, etc., it is common among a plurality of unique CAE programs for each unique CAE program. The same operation can be used, and the operation in the processing system can be simplified and facilitated.

In addition, since the items of the common processing procedure are displayed using graphics, an outline of the common processing procedure can be displayed in an easy-to-understand manner. The processing procedure control program 25 is described in XML, which is a markup language, and the items of the common processing procedure can be changed and added only by rewriting the basic procedure program 21 described in XML. A user of the processing system can easily change the processing system to a system that is easier to understand and use.

  In the CAE system in the above embodiment, the basic procedure program 21 is described in XML, which is a kind of markup language. However, the basic procedure program 21 is described in other markup languages such as HTML, TeX, and SGML other than XML. It may be.

  In the CAE system in the above-described embodiment, the unique CAE program includes only one solver program. However, the unique CAE program includes a plurality of solver programs and the common processing held by the basic procedure program 21. The common processing condition setting item of the procedure may include an item for selecting one of a plurality of solvers. In this way, different solver programs can be selected and used in one unique CAE program.

  In the CAE system in the present embodiment described above, a method of adding items related to matters independent of the processing performed by the specific CAE program to the display contents of the display device 14 is described. However, in the present embodiment described above, items related to matters depending on processing performed by the unique CAE program can be added to the display content of the display device 14. For example, when a new item of “elasto-plastic material” is added, it is performed as follows.

  That is, first, a program related to “elastic plastic material” is added to a predetermined specific CAE program in advance, and a pre-processing program related to “elastic plastic material” is created in the pre-processing program corresponding to the above-mentioned specific CAE program. And add it. Next, an item of “elasto-plastic material” is added to the basic procedure program 21. Further, the operation of the program related to “elastic plastic material” in the basic procedure program 21 is performed in the basic processing program 21 so that the above-mentioned program added when this “elastic plastic material” is selected operates. A program for instructing through processing is added.

  Further, the CAE system in the present embodiment described above can also be configured as follows. That is, in the CAE system according to the present embodiment described above, the common processing procedure held by the basic procedure program 21 includes common condition setting processing performed according to the common processing condition setting item, and specific CAE program selection in the common processing condition setting item. A selection item for selecting one of the condition setting processes performed according to the original processing condition setting item of the selection-specific CAE program selected by the processing program 23 is included. When the condition setting process performed according to the original process condition setting item of the selection specific CAE program is selected, the process procedure control function 35 includes the condition setting process for the CAE function corresponding to the selection specific CAE program. And direct execution.

  In this way, processing conditions can be set according to the original processing condition setting items included in the selection-specific CAE program, and special settings that cannot be executed with settings performed according to the common processing condition setting items. Such processing can be performed by the CAE function corresponding to the selection-specific CAE program.

In the CAE system according to the present embodiment, a preprocessing program is provided corresponding to each unique CAE program, and a preprocessing function corresponding to this preprocessing program has a CAE corresponding to the specific CAE program. All information given to the processing function is converted immediately before. However, for each piece of individual information given to the CAE processing function corresponding to the specific CAE program, a different preprocessing program is provided, and information conversion of individual information is performed by the preprocessing function corresponding to the preprocessing program. Good. In this case, a plurality of independent pre-processing programs are provided for each unique CAE program.

  In the CAE system according to the present embodiment, the data of the structure designed by CAD is given to the predetermined area of the memory 12 of the personal computer 10 prior to the operation of the system. Although it is stored as a file, a CAD program is also mounted on the CAE system in the present embodiment, and the data designed by the CAD program is used in the CAE system in the present embodiment. You can also.

  In the CAE system in the present embodiment, the unique CAE program installed in the personal computer 10 is composed of a pre-post program and a solver program. However, the CAE system is not limited to this, and the unique CAE program installed in the personal computer 10 is configured only by the pre-post program, and the solver program installed in another computer can be used as a LAN or other network or communication. A system that can be used via a line is also conceivable.

  In the above embodiment, a CAE system using a CAE program has been described as an example. However, the processing system of the present invention is not limited to the CAE system, and the purpose of the program processing is substantially the same. There are original processing condition setting items that require an input operation to perform the processing, and the types of the original processing condition setting items are substantially the same, but the item name, setting method, or setting The processing system of the present invention can be constructed with any program as long as the contents of the condition setting processing such as the order of the programs are different among the programs.

It is the block diagram which showed the structure of the processing system of this invention. It is the block diagram which showed the structure of the personal computer used for the CAE system in this Embodiment. It is a list of the programs used for the CAE system in this Embodiment. It is CAE system function explanatory drawing which showed the relationship between each function in the CAE system of this Embodiment. It is a display screen figure (the 1) of the CAE system in this Embodiment. It is a display screen figure (the 2) of the CAE system in this Embodiment. It is a display screen figure (the 3) of the CAE system in this Embodiment. It is a display screen figure (the 4) of the CAE system in this Embodiment. It is a display screen figure (the 5) of the CAE system in this Embodiment. It is a display screen figure (the 6) of the CAE system in this Embodiment. It is a display screen figure (the 7) of the CAE system in this Embodiment. It is a display screen figure (the 8) of the CAE system in this Embodiment. It is a display screen figure (the 9) of the CAE system in this Embodiment. It is a display screen figure (the 10) of the CAE system in this Embodiment. It is a display screen figure (the 11) of the CAE system in this Embodiment. It is a display screen figure (the 12) of the CAE system in this Embodiment. It is a display screen figure (the 13) of the CAE system in this Embodiment. It is a display screen figure (the 14) of the CAE system in this Embodiment. It is a display screen figure (the 15) of the CAE system in this Embodiment. It is a display screen figure (the 16) of the CAE system in this Embodiment. It is a display screen figure (17) of the CAE system in this Embodiment. (A) is a part of the basic procedure program list described in XML (part 1), and (b) is a diagram (part 1) showing a display state when the program is executed. (A) is a part of the basic procedure program list described in XML (part 2), and (b) is a diagram (part 2) showing a display state when the program is executed. (A) is a part of the basic procedure program list described in XML (No. 3), and (b) is a diagram (No. 3) showing a display state when the program is executed. (A) is an example (part 4) of a part of the basic procedure program list described in XML, and (b) is a diagram (part 4) showing a display state when the program is executed. (A) is a part of the basic procedure program list described in XML (No. 5), and (b) is a diagram (No. 5) showing a display state when the program is executed. (A) is a part of the basic procedure program list described in XML (No. 6), and (b) is a diagram (No. 6) showing a display state when the program is executed.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Unique processing means 1a Unique program 2 Processing procedure holding means 3 Processing procedure summary display means 4 Unique program selection means 5 Input information input means 6 Preprocessing means 7 Processing procedure control means 10 Personal computer 11 CPU
DESCRIPTION OF SYMBOLS 12 Memory 13 Input device 13a Mouse 13b Keyboard 13c Data input device 14 Display device 15 Printer 20 Table 21 Basic procedure program 22 Processing procedure summary display processing program 23 Specific CAE program selection processing program 24 Input information input processing program 25 Processing procedure control program 26a # 1 pre-processing program 26b # 2 pre-processing program 26c # 3 pre-processing program 27a # 1 CAE program 27b # 2 CAE program 27c # 3 CAE program 31 common basic procedure holding function 32 processing procedure overview display processing function 33 unique CAE program selection processing function 34 Input information input processing function 35 Processing procedure control function 36a # 1 preprocessing function 36b # 2 preprocessing function 36c # 3 preprocessing function 37a # 1CAE function 7b # 2CAE function 37c # 3CAE function

Claims (21)

Provided for each of the plurality of unique programs, and equipped with unique processing means for performing processing based on the unique program, the unique program in the unique processing means has substantially the same purpose of processing of the unique program, and It has at least one original processing condition setting item that requires an input operation to perform the processing, and the type of the original processing condition setting item is substantially common, but the item name and setting method, Alternatively, the processing system in which the content of the condition setting process such as the order of setting is different between the specific programs,
A unique program selection for selecting one of the plurality of unique programs, a common condition setting process performed in accordance with a common process condition setting item provided corresponding to the original process condition setting item, a process execution instruction, and Processing procedure holding means for holding a common processing procedure relating to a procedure such as a processing result output instruction;
Processing procedure summary display means for displaying an overview of the common processing procedure held by the processing procedure holding means;
A unique program selection means for selecting one of the plurality of unique programs as a selected unique program by a selection operation performed according to the common process procedure summary displayed by the process procedure summary display means;
Input information input means for inputting commonly usable input information to the specific processing means by an input operation performed according to the common processing procedure outline displayed by the processing procedure outline display means;
A dedicated program is provided for each unique program, and the input information input by the input information input means is preprocessed so as to be compatible with the unique processing means, and the preprocessed information is supplied to the unique processing means. Providing pre-processing means;
A processing procedure control means for performing control among the unique program selection means, the input information input means, and the preprocessing means based on a common processing procedure held by the processing procedure holding means; ,
The processing procedure control means preprocesses the input information input by the input information input means toward the specific processing means corresponding to the selected specific program selected by the specific program selection means. A processing system characterized in that the processing system is provided.   The processing system according to claim 1, wherein the processing procedure summary display unit displays a summary of a common processing procedure held by the processing procedure holding unit using a graphic.   The common processing procedure held by the processing procedure holding unit can change the item name in the common processing condition setting item, or the arrangement order of the items can be changed, or both. The processing system according to claim 1 or 2.   The common processing procedure held by the processing procedure holding unit can add an item related to a matter independent of processing in the unique processing unit corresponding to the unique program to the common processing procedure. The processing system according to item.   The processing system according to claim 1, wherein the common processing procedure held by the processing procedure holding unit is written in a markup language.   The processing system according to claim 5, wherein the markup language is XML. The common processing procedure held by the processing procedure holding means includes, in the common processing condition setting item, a common condition setting process performed in accordance with a common processing condition setting item, and an original of the selected unique program selected by the unique program selecting means. It includes a selection item for selecting one of the condition setting processes performed according to the processing condition setting item,
When the condition setting process performed according to the original process condition setting item of the selected specific program is selected, the processing procedure control means includes the condition setting process for the specific processing means corresponding to the selected specific program. The processing system according to claim 1, which directly instructs execution. The plurality of unique programs are CAE programs,
The procedure for selecting a unique program in the common processing procedure held by the processing procedure holding means is a procedure in which one of the plurality of CAE programs is selected as a selected CAE program,
The unique program selecting means selects the selected CAE program from a plurality of the CAE programs,
8. The processing procedure control unit according to claim 1, wherein the processing procedure control unit controls the specific processing unit and the preprocessing unit corresponding to the selected CAE program selected by the specific program selection unit. Processing system.   The CAE program includes a plurality of solver programs, and the common processing procedure held by the processing procedure holding unit includes an item for selecting one of the plurality of solvers in the common processing condition setting item. The processing system according to claim 8. The common processing procedure held by the processing procedure holding unit includes, as the common processing condition setting item, a common condition setting process performed according to a common processing condition setting item, and an original of the selected CAE program selected by the unique program selecting unit. In addition to a selection item for selecting one of the condition setting processes performed according to various processing condition setting items,
When the condition setting process performed according to the original process condition setting item of the selected CAE program is selected, the process procedure control means includes the condition setting process with respect to the specific processing means corresponding to the selected CAE program. The processing system according to claim 8 or 9, which directly instructs execution. A unique processing means that is provided for each of the plurality of unique programs and performs processing based on the unique program is provided in the computer, and the unique program in the unique processing means provided by the computer is the processing of the unique program. The purpose is substantially the same, and at least one original processing condition setting item that requires an input operation to perform the processing is included, and the types of the original processing condition setting items are substantially common. A program used for a processing system processed by the computer, such that the contents of condition setting processing such as item names, setting methods, setting order, etc. are different between the specific programs. ,
A unique program selection for selecting one of the plurality of unique programs, a common condition setting process performed in accordance with a common process condition setting item provided corresponding to the original process condition setting item, a process execution instruction, and A processing procedure holding function that holds a common processing procedure related to a procedure such as processing result output instruction
A processing procedure overview display function for displaying an overview of a common processing procedure held by the processing procedure holding function;
A unique program selection function in which one of the plurality of unique programs is selected as a selected unique program by a selection operation performed according to the common procedure outline displayed by the processing procedure summary display function;
An input information input function for inputting commonly usable input information to the unique processing means by an input operation performed in accordance with a common processing procedure summary displayed by the processing procedure summary display function;
A dedicated program is provided for each unique program, and the input information input by the input information input function is preprocessed so as to be compatible with the specific processing means, and the preprocessed information is supplied to the specific processing means. A pre-processing function to provide,
A processing procedure control function for performing control among the unique program selection function, the input information input function, and the preprocessing function based on a common processing procedure held by the processing procedure holding function; ,
The processing procedure control function is a pre-processing function corresponding to the selected specific program, with the input information input by the input information input function toward the processing function corresponding to the selected specific program selected by the specific program selecting function. A program for causing a computer to realize each function in the processing system.   12. The program according to claim 11, wherein the processing procedure summary display function displays a summary of a common processing procedure held by the processing procedure holding function using graphics.   The common processing procedure held by the processing procedure holding function can change the name of items in the common processing condition setting item, or the arrangement order of the items can be changed, or both. The program according to claim 11 or 12.   14. The common processing procedure held by the processing procedure holding function can add an item related to a matter independent of processing in the unique processing means corresponding to the unique program to the common processing procedure. The program described in the section.   The program according to any one of claims 11 to 14, wherein the common processing procedure held by the processing procedure holding function is written in a markup language.   The program according to claim 15, wherein the markup language is XML. The common processing procedure held by the processing procedure holding function includes, as the common processing condition setting item, a common condition setting process performed in accordance with a common processing condition setting item and an original of the selected unique program selected by the unique program selection function. It includes a selection item for selecting one of the condition setting processes performed according to the processing condition setting item,
When the condition setting process performed according to the original process condition setting item of the selected specific program is selected, the process procedure control function includes the condition setting process for the specific processing means corresponding to the selected specific program. The program according to any one of claims 11 to 16, which directly instructs execution. The plurality of unique programs are CAE programs,
The unique program selection procedure in the common processing procedure held by the processing procedure holding function is a procedure in which one of the plurality of CAE programs is selected as a selected CAE program,
The unique program selection function selects the selected CAE program from a plurality of the CAE programs,
The said process sequence control function controls the said specific process means and the said pre-process function corresponding to the said selection CAE program selected by the said specific program selection function, The any one of Claims 11-17 Program.   The CAE program includes a plurality of solver programs, and the common processing procedure held by the processing procedure holding function includes an item for selecting one of the plurality of solver programs in the common processing condition setting item. The program according to claim 18. The common process procedure held by the process procedure holding function includes the common process condition setting item, the common condition setting process performed according to the common process condition setting item, and the original of the selected CAE program selected by the unique program selection function. In addition to a selection item for selecting one of the condition setting processes performed according to various processing condition setting items,
When the condition setting process performed according to the original process condition setting item of the selected CAE program is selected, the process procedure control function includes the condition setting process for the specific processing means corresponding to the CAE program. The program according to any one of claims 18 and 19, which instructs direct execution.   The program recording medium with which the program of any one of Claims 11-20 was recorded.

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