JPS60207932A - Automatic program forming device - Google Patents

Abstract

PURPOSE:To reduce user's load at operation by inputting parameter information necessary for the formation of a program on the basis of a conversation format in a reference program system. CONSTITUTION:While referring input guide information to be fixed and variable parameter picture information sent from a program formation part 11, the user inputs the input guide information to an input device 10. The program formation part 11 selects a reference program stored in a reference program storage part 12 on the basis of the parameter information applied from the input device 10 and changes a part of the selected reference program on the basis of parameter information in a parameter storage part 13 to execute program formation processing. Consequently, the user can input the parameter information to the program formation part 11 on the basis of the conversation format.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to an automatic program generation device based on a basic programming method φ.

[Technical background of the invention and its problems]

Conventionally, as a method for automatically generating a program, a method has been developed that analyzes parameters given by a user and generates a program according to the parameters.

In such an automatic program generation method, a group of partial programs, which are parts of a normal program, are prepared in advance in a program generation unit, and a program is generated by assembling each partial program according to the above-mentioned parameters. Therefore, the programs that are generated are limited to those that are generated by combining partial program groups. To generate other programs, it is necessary to modify the program generation section and add a partial program group.

On the other hand, in the generation method based on the basic program method, a core number of basic programs are prepared in advance in the external memory of the program generation section, and a partial program is first selected based on some of the parameters from the user. Additionally, the remaining parameters provide the control take for the macroinstructions in the basic blockrum. As a result, for example, there is no selection as to whether or not part 17'5b of the basic program is to be changed, and the selected part is instructed to be changed, so that a new program is generated. This method has the advantage that a predetermined program can be generated by simply changing the basic program without modifying the inside of the program generation section.

However, in the basic programming method described above,
Since the parameters given by the user are determined in advance by the basic program, the user needs to know each parameter for each basic program and its meaning. Therefore, the program generation device cannot generate a program by inputting parameters in a conversational manner by the user, which has the drawback of increasing the operational burden on the user.

[Purpose of the invention]

The present invention has been made in view of the above-mentioned circumstances, and its purpose is to enable the input of parameter information necessary for program generation in a conversational manner in the basic programming method, thereby improving the user's presentation. The object of the present invention is to provide a J program generation device that can significantly reduce the burden on users.

[Summary of the invention]

In the present invention, the input control means outputs input guide information consisting of fixed parameter display information for selecting a predetermined basic program from the basic program memory means and variable parameter display information for instructing parameter information of each basic program 1U. is provided. Each basic program consists of a parameter section that specifies unique parameters necessary for program generation, and a fixed program section. The parameter manual means is configured, for example, to display the manual guide information given by the input control means and manually input each manual parameter information corresponding to the displayed input guide information Yμ.

The parameter memory means temporarily stores input parameter information corresponding to the unique parameter 11V information among the information provided by the parameter input means. The program generation means selects one predetermined basic program from the basic program memory means based on input parameters input by the parameter input means. Then, the program generation process is performed by changing the fixed form program of the selected basic program based on the input parameter information in the parameter memory means.

With the above-described configuration, the user can interactively provide input parameter information that is safe for program generation in accordance with the fixed TF parameter display information and the variable parameter display information.

[Hasen royalty fee]

Hereinafter, one embodiment of the invention will be described with reference to the drawings. FIG. 1 is a block 1 showing +rh K of an automatic program generation device according to an embodiment. Screen display human power device (hereinafter simply referred to as input device) 10 is, for example, C
It is a parameter input/output device consisting of an RT display 'Ail 10B and a keyboard 101). Program main component 1 is an I for selecting the basic program.
The input device 101 outputs information on 16 constant parameters l, Ll and variable parameters ljj for specifying unique parameters for each basic program. Furthermore, the program generation unit 11 generates a ? : Select the basic program from the basic program storage section 12 and write the parameters 1.
A part of the selected basic program is changed based on the parameter information in the control section 13, and program generation processing is performed.

The basic program storage unit 12 stores a plurality of basic programs in advance. Parameter description 1. The C input device 10 responds to unique parameter command information (parameter definition section) for each dead tree program or its command 1a information.
The parameter information input from the computer is memorized. The generated program storage unit 14 stores programs generated by the program generation unit 11.

In the program generating apparatus configured as described above, the operation related to execution will be explained with reference to the third flowchart. First, the fixed parameter 1IilIllIJ information is sent from the program generation unit 11 to the input device ^IO and displayed on the screen of the CRT device I%10a (2
．． 3 += step SJ). This fixed parameter screen information is information consisting of parameters that are common to each basic program such as selection instructions.

The user (hereinafter referred to as the operator) is the CI? T device 10
Refer to the screen display in a and operate the keyboard 10 b to select the basic program. Parameter information 4S
Input D to the program generation unit 11 (step S2)
. Based on the input parameter 1 information SDI, a predetermined book program is selected from the main program storage section J2 at 7p (step S3). Here, the basic program is roughly divided into the second part 1 and consists of a C1 parameter command part and a W type program part 1. The parameter command section includes a parameter redundancy section that instructs the parameter 1 information ID uniquely required by each basic program for generation, a display quality group of the variable parameter screen 1^ information, a parameter input command group,
The command evaluation, etc. that makes a decision and branches based on one input parameter is provided.

Program generation 1flt J J 1, select the parameter command section of the selected basic program (5e,
L7, a storage area is provided in the parameter storage unit 13 for storing unique parameter information ID (step S4).

Next, the program generation section 11 displays the LiJE parameter screen + R report on the CRT screen of the input device IO together with a parameter fixed price section that indicates parameters necessary for program generation (step 5).

At this time, program generation 7A1z+f, '?' of the parameter command section above? ! The f6＾゛ command group will be executed.

The operator inputs the CRT1[! 1llI
In accordance with the variable parameter screen information displayed on [I], operate the keyboard 101) to enter the necessary parameter information ID.
is input (step S6). This input parameter information ID is stored in the lower part 13 (
Step S7).

The main program generation section 1 sequentially reads out the standard program sections of the basic program selected as described above and generates a new program based on the parameter information ID in the parameter storage section 13 (steps s8 and S9). . Specifically, for example, the control data for each macro instruction of 1K1 graph is given by the parameter information ID.Thereby, based on the parameter information ID, the fixed program part of the even tree program is -81～
will be changed, and a shield program will be generated.

In this way, the υ[tana program generated in the program generation f,+511 is stored in the generated program storage unit 14. This generation program is generated based on the valley parameters Fils D and ID input by the operator as described above. In this case, the operator
Enter the necessary parameter information by reading the input guide information displayed on the screen a and iiJ variable parameter screen 16. That is, the operator can interactively input the required I, 1' nomura meter information for program generation to the program Kuni I'%l (11).

〔Effect of the invention〕

As described above, according to the present invention, the user can input I\etc4N6! from the block diagram generator. 'J > N * i
】J＾Nonora Make Picture 11 According to the human power guidance information that is J1 information, you can input the N6 lameter 1) 1 manga necessary for program generation]. Therefore, the usage name is λ dimension to the program generated sum, and the usage name is 4.
Blue reports can be input, and as a result, the user's burden on the 1st and 9th works can be significantly reduced.

[Brief explanation of the drawing]

FIG. 1 ζJ Automatic program generation device according to an embodiment of the present invention? A block diagram showing the 4 and 9 configurations of t, Figure 2 is the first
A diagram showing the configuration of the basic program used in the device shown in the figure.
FIG. 3 is a flowchart for explaining the operation of the apparatus shown in FIG. A1. 10... Screen display input device (-1, 11... Program generation $1, 12... Basic program storage unit, 13...
...Parameter 6 Self-intention 5 out of 11! 0 people out and 1 out Patent attorney Suzue Takehiko Figure 1 Figure 2 Procedural amendment 1982 5. 9 Japan Patent Office Commissioner Kazuo Wakasugi 1, Indication of Case Patent Application No. 59-63699 2, Title of Invention Automatic Program Generation Device 3, Relationship with the Nagisa Case to be amended Patent Applicant (307) Toshiba Corporation 4. Agent clear seal (no change in content)

Claims (1)

[Claims] A basic program memory means that stores in advance each basic program consisting of a parameter definition section and a foot shape program section that specify parameter information necessary for program generation, and a predetermined basic program is selected from this basic program memory means, and an input control means for outputting input guide information for specifying parameter information; a parameter input means for inputting each input parameter information according to the input guide information sent from the input control means;
Parameter memory means stores input parameter information corresponding to the parameter information ζ in each input parameter 1R information given by the parameter input means, and input parameters +1 (according to iu) corresponding to the parameter information ζ. and program generation means for selecting a predetermined basic program from the program memory means and generating a program by modifying the standard program of the selected basic program based on the manual parameter information in the parameter memory means. An automatic program generation device characterized by: