JPS60147880A - Correcting method of machine language circuit data - Google Patents

Abstract

PURPOSE:To correct machine language circuit data in a short time by generating a correction history of correction data on a correcting part, by converting correction data on said history into a machine language correction data and by replacing data of a correcting part with said machine language correction data. CONSTITUTION:Circuit data for simulation of a sequence control circuit are stored in a circuit information memory 16a in accordance with construction which an operator generates on a display device 14. A computer generates machine language circuit data according to these circuit data, and stores them in a machine language memory 16b. A CPU12 carries out simulation according to the machine language circuit data. At the time of correcting some part of the control circuit, an operator generates only the part to be corrected on the display device 14. Then the computer generates correction circuit data and machine language circuit data in accordance with the construction, stores them in a history registor 16c, and corrects the corrected part of the machine language circuit data in the machine language memory 16b to those of the history registor 16c.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention relates to a method for modifying machine open circuit data, and particularly to a method for modifying machine tn circuit data in which modification data is plotted and input on a screen.

Background technology Conventionally, when designing electrical circuits, especially when automatically designing electrical circuits using CAD, etc., it has been known to draw a circuit on a screen and enter circuit data using a predetermined input keyboard operation. .

The circuit data thus input is converted into predetermined mechanical open circuit data and used so that the combicoater can perform the processing as is.

However, with the conventional data correction 7i method, if the circuit data input at a glance is converted into mechanical circuit data and stored, then the circuit data, especially the mechanical open circuit data, will be stored. The disadvantage is that it is not possible to make corrections easily and quickly.

That is, in the conventional method for modifying machine language circuit data, when modifying a circuit, it is necessary to newly input the modified circuit data from the beginning. It was necessary to clear all the machine language circuit data that had already been stored, and to convert the input circuit data into completely new machine language circuit data. For this reason, there is a drawback that a lot of time and effort are required to correct the circuit, and the circuit cannot be corrected quickly.

In particular, when designing a control circuit using CAD, etc., the circuit data of the control circuit is input, this is code-converted into predetermined machine language circuit data for operation verification, and then the circuit data performs the desired operation. Verify the operation to see if it is performed correctly.

If a circuit defect is detected as a result of the verification, it is necessary to re-correct the defective part of the circuit. In such cases, traditional correction methods
There was a drawback in that it was not possible to quickly respond to the verification results and make corrections, and it was not possible to perform a circuit rQ measurement for the R or the first episode.

Purpose of the Invention The present invention has been made in view of the conventional problems as described above, and its purpose is to provide a machine that can easily modify already input mechanical circuit data in 0 hours. The object of the present invention is to provide a method for correcting word circuit data.

Structure of the Invention In order to achieve the above object, the present method involves inputting circuit data by drawing a circuit on a screen, converting the code into predetermined machine Kn circuit data, and storing the input machine language circuit data. In the method, the circuit data is displayed on the screen, and the circuit data correction section and the correction data are inputted by correcting and drawing only the correction section. Correction of corrected data in 1iiN
11m, and converting the correction data stored in the history book into machine language correction data, and converting only the data input into the correction section of the machine language circuit data into machine language correction data. A machine language data modification step of replacing and modifying the data, and modifying the data after inputting the machine language circuit data.

Example Next, preferred embodiments of the present invention will be described based on the drawings.

FIG. 1 shows a preferred embodiment of an equipment operation verification device to which the method of the present invention is applied. The device of the embodiment can create sequence control schedule data for equipment operation in advance, and control equipment operation according to sequence 1. Create circuit data for the 11111 circuit designed to perform according to the II Mikosada data, and perform -4 = operation verification to determine whether the designed tilII11 circuit can satisfactorily control the operation of the Torei according to the sequence υfill scheduled data. It is something to do.

In the apparatus of the embodiment, such circuit data is manually input by operating predetermined keys arranged on the keyboard 10. When such a key operation is performed, the input data is processed in the CP (J12) and displayed on the display device 14.
Images are displayed sequentially above. Therefore, the operator agrees to display 1
By drawing a circuit as shown in FIG. 2(A) on the screen of 4, circuit data 100 can be inputted.
The circuit data 100 thus input is stored in the circuit information memory 16a of the external storage device 16.

The input circuit data 100 is converted into predetermined machine 8Pi circuit data so that the Combi coater can directly use it to manipulate the circuit operation.
> Mechanical open circuit data 20 (code converted to 1, fRWi
f! memory 16]).

When the circuit data 1()0 which has been inputted in this manner is code-converted into machine speech circuit data 200 and stored, the CP
Using the machine language circuit data 200 stored until tJ121, it is verified whether or not the input circuit data 100 can satisfactorily perform membrane width operation according to the sequence control schedule data created in advance.

The output device W18 displays the result of the operation test X+T and the verification result to determine whether the circuit data 100 can properly control the equipment operation according to the predetermined sequence data.

Then, by this display, the input circuit data 100
If it is found that the circuit data 100 cannot be properly controlled, the circuit data 100 is modified and redesigned, for example, into modified circuit data 110 shown in FIG. 2(B).

Then, after reinstalling such modified circuit data 110, the modified circuit data 100 is re-inputted into the operation verification device in the same manner as in the above case, and the input modified circuit data is
As shown in Figure (B), the code is converted into machine language circuit data 210, and the redesigned circuit data 110 is converted into the pre-created sequence system ■1 scheduled data (Y means that the operation of the equipment is controlled in Le I7. Perform a horizontal string motion to determine whether or not to do so.

In this manner, the Hase Station of the embodiment alternately repeats the modification of the circuit data and the verification of its operation until it is verified that the input circuit data can perform the operation 11i+control of the HQm well.

A characteristic feature of the present invention is that such data modification, especially the modification of mechanical The reason lies in the fact that it has become possible to do this between short poems.

FIG. 4 shows a flowchart illustrating a preferred embodiment of the method according to the present invention. Circuit data 10 already recorded from
0 is read out and displayed as an image on the display device 14 as shown in FIG. 2(A).

100 tons of circuit data displayed in this way,
In the embodiment, the information ω is divided into 7 parts with 20 rows and 8 columns.
00 by keyboard operation and correcting only the correction section 300 on the screen, corrected circuit data 110 is drawn on the display device 14 as shown in FIG. 2(B).

In this manner, in the modification method of the present invention, only the desired modification portion 300 of the circuit data 100 displayed on the screen is modified, and the modification portion 300 of the circuit data 100 and its modification portions are drawn by drawing the modified circuit data 110. Correction data 400
Information regarding the information is entered.

When the correction section 300 of the circuit data 100 and its correction data 400 are input, the CPU 12 first determines the presence or absence of the machine city circuit data 200, and
If it is determined that 0 exists, a corrected thickness/thickness 16c of the circuit data 100 is created in the correction unit 300 in the external recording device 16. Then, in the modification history 116c, the modification part 300 of the circuit data 100, the modification data 4
00 and the 8-circuit data of 1 are written and stored in the correction section 300 before correction. Therefore, for example, FIG.
) If we take the example of modifying the circuit data 100 shown in (B) into the circuit data 110 shown in (B), the modified four layers 1111
6c, as shown in FIG. 2(C), the modification data 400 in the modification section 300, the circuit data 400' before modification in the modification section 300, and the modification section 3 (not shown).
J data representing 10 will be written and stored. At this time, in the method of the embodiment, the modified data 400 is also written into the circuit information memory 16a, and the modified data 400 is also written into the circuit information memory 16a.
Modify the circuit data 100 stored in the "Circuit data 110".

In the apparatus of the embodiment, when the creation of the J, Unishi C, NQ history, and thickness 6c and the data entry into the Mv history #16c are completed, the device then displays the corrected circuit data 11 in the display combination 140.
0 is displayed and the operator is asked to check whether the corrected circuit data 110 is valid or old.

This, J, Ui [Check unity, operator is 13EiF
If you discover that there is an I in the repair data 400 to be sent to the RI300, or if you have modified the circuit data 1.
If you wish to further modify the part 10, check the modified circuit data 110 displayed on the display device 16 in the same way as in the case described above, and repeatedly input the modified data. .

At this time, the correction unit 300 is notified and new correction data 4 is added.
If 00 is input, the correction section 300(I)r1 regular history entry 16c has already been created in the external record W1 device 16. In such a case, the CPU 12 updates the modified data 400 in the previously created modification history list 16C to new modified data without creating a new modification history list 16C.

Furthermore, when repeatedly inputting the above-described check and correction data, when specifying a completely new correction location 300 and inputting the correction data 400, the correction section 300
Since the modification history record 16C has not been created yet, the CPL 112 creates the modification history fl11(l) in the modification unit 300 after the modification data 400 is input in the same way as in the case described above, and updates the modification history list 160. Similarly to the previous i!li, data representing the modification section 300, modification data 9400, and previous circuit data are written and stored in the modification section 300.

Then, the above-mentioned check and correction data input are completed, and as a result of checking the correction circuit data 11('),
If the operator determines that the corrected circuit data 110 is correct, i, 1. , CPt, + 12 is the modified layer m book 16c
Repair stored in the memory 1 [data/l OO operation check 8
Code dust is imitated to the machine edict correction data for 1.

Then, only the data written in di1 is added to the modification part of the machine language circuit data 200 stored in the machine SR memory 161), and the modification 11 is performed. As a result, the machine LL circuit data 200 stored in the machine language memory 1611 as shown in FIG.
It was modified as shown in Figure 3 l), and the machine F1 circuit data 20r) was modified (in part 300, rANrl R22J to rORR2A, ORI was changed to only the data of 2BJ). Become.

In this way, according to the present invention, the machine language circuit data 2 already stored in the machine language memory 11-16b can be used.
00 correction is made.

Then, once the modification of the machine language circuit data 200 is completed, the modification history record 16C is no longer needed.
C is all cleared, and a series of machine language circuit data modification operations are completed.

In the embodiment, the machine language circuit data 200 and the circuit information memory 16 stored in the machine memory 16b at the point where the modification of the machine language circuit data is completed in this way.
The content matches the circuit data 100 stored in a. Therefore, the operator can display the corrected machine language circuit data 200 and corresponding circuit data as an image on the display device 18 as needed, and check the machine language circuit data 200 of the correction layer.

In addition, in the example '@ company, even when the circuit data 100 is displayed as an image on the display device 14', the Pi circuit data 100 is code-converted into mechanical open circuit data 200 and stored in the mechanical crystal memory 16b. 12- There may be no.

In such a case, the operator may input the correction section 300 and correction data 400 of the incorrectly displayed circuit data 100. In this case, the device of the embodiment only converts the circuit data 100 into machine language circuit data 200, writes and stores it in the machine language memory 16b, and completes the operation, and the above-mentioned modification history is stored. f*16c is not created.

As explained above, according to the data correction method of the present invention, the operator only has to input the correction data 400 for the repair part while looking at the circuit data 100 displayed as an image, and the correction is different from the conventional one. Compared to the method of inputting all of the circuit data 110, the burden and time required for the operator to input the correction data 400 can be significantly reduced.

Furthermore, according to the present invention, the data thus input is used to create a modified Japanese calendar 11) 16c, and the modified M calendar fl1
By storing it in 16c, the machine BH method 1
61) It is sufficient to replace only the data in the correction section 300 of the machine HFi circuit data 200 already written and stored in the machine with new machine language correction data, and as in the past, all of the correction circuit data 110 can be replaced with new machine language correction data. Word circuit data 200
According to the present invention, the input circuit data 100 is converted into 10 machine code circuit data 200. Even after this, it becomes possible to modify the machine language circuit data 200 extremely easily and in a short time, and it becomes possible to significantly reduce the negative 10 required for modifying the circuit.

Therefore, if the method of the present invention is applied to the circuit operation verification apparatus as described above, when a defect is verified in circuit data inputted for operation verification, the circuit data 100 can be corrected in a very short time. and the modified circuit data 110
It is possible to perform re-operation verification. Therefore, the operator can modify the circuit with good responsiveness in response to the operation verification, and can quickly design the circuit data 100 that satisfactorily controls the operation of the equipment according to the desired sequence control schedule data.

In addition, in the above-mentioned example, the case where the method of the present invention is applied to the operation verification device was explained as an example, but the method of this defense is not limited to this. For example, it can be widely used for modifying the circuit data of the machine Ef1 (for example, in the creation part of the absolute module of g'1).

As described in detail, according to the present invention, even if input circuit data has already been code-converted into machine code circuit data and stored, it is possible to modify the machine language circuit data in advance. This can be done easily and in a short time.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing a preferred embodiment of an equipment operation verification device to which the method of the present invention is applied, FIG. 2 is an explanatory diagram showing circuit data and correction data, and FIG. The previous circuit data explanatory diagram, Figure 2 (B), has been changed to 1 after modification.
Figure 2 (C) is an explanatory diagram of the data stored in the modification history record; Figure 3 is the machine language circuit data stored in the machine memory and the data after modification. FIG. 4 is a flowchart showing a preferred embodiment of the method of the present invention. 16C... Correction history record 100... Circuit data 200... Machine language circuit data 300... Correction section 400... Correction data. Agent Patent Attorney Kenji Furuta 16-

Claims (1)

[Claims] (1) In a machine language circuit data input method that involves inputting circuit data to draw a circuit on a screen, converting it into predetermined machine language circuit data and storing it, the circuit data is displayed on the screen. The correction data input process involves inputting the circuit data correction section and the correction data by displaying and correcting and drawing only the correction section, and the correction data input step in the circuit data correction section! A machine that converts the correction data stored in the history book into machine language correction data and replaces and corrects only the data in the correction section of the machine language circuit data with the machine code correction data. A method for modifying L circuit data in a machine, characterized in that the data is modified after inputting the machine language circuit data, the method comprising: a similar data modification T culm; (2. A method for modifying machine fFj circuit data according to claim (1), characterized in that a modification H history record is created for each modification section.