JPS582876A - Data display - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a negative Ifk ray tube display device (0IFIT device).

Conventionally, fixed ik1gI data displayed on the O/RT device, for example, on the bottom of the screen indicating the plant operating status.

Large-capacity magnetic storage UIA vehicle, which is the storage medium of the central computer
(device in DI8), etc., store machine language format Ii 1 side data that has been translated into machine @ as fixed data in advance, and when this data is transferred from the central computer to the CRT device ain, it will be transferred to the CRT 'ml. (picture) was now displayed.

Therefore, when making partial corrections or additions to the ITu surface data, the corrections (
(or add)) Find the storage address in the device in DI8 of the data you want to add, enter the new content @ in this translation list, and at the same time clearly write down the location of the data, so you can save it at a later date. When inspecting or making corrections, it was necessary to directly modify the 1illD data in 1 machine language format using a console typewriter to avoid confusion.

Also, if you want to modify a small amount of data, please use the storage address in llID 8.
Corrected data from console typewriter Ginryokuhiro (machine 1)
I keyed in and modified (or added) the contents in I) 18. However, it is not recommended to add or modify a large amount of data, as in cases where more than approximately /QO corrections are required. 1. Work efficiency is poor.

The quality of -+no deteriorates due to erroneous corrections due to key-in mistakes. Therefore, the correction [, Boogram 1! IIU side data (original data) E in the form of Nsu words written in candy
There is a method of doing this. That is, using the language 1 of an assembler or compiler, this source language data is input into a central computer, translation processing 1 is performed, and as a result, a new machine language format 111tl data 1 is created, which is converted into D.
I8KKI remembers this data vO! It was decided to forward it to IT@@ and display the revised version. This method will be explained in more detail below.

Figure s1 is a diagram of the correction work for the 111-page data in the conventional method.
), first check the correction points by looking at the displayed screen (l
O7) Next, look at the translation list and correct the list correctly (10) Next, determine whether there are any other corrections, and if there are, return to step /Q/. 1 if not
Next, judge whether or not it is a major correction (see 10). In the case of a large number of corrections, first code the correction data (taj), then create a punch card, and then write the correction data.
(7174), after reading the L, translate the Nose m candy data from the needle H1faK and input the new result into DI8KKI (toy) For place names that are determined not to be modified, the machine language format screen data stored above in DI8 can be directly modified by pressing the V key in the modification data (machine language) entered in the translation list from the console typewriter. (10K), at step lO or 10g, display the - plane again using new data, and judge whether the iit plane is correct (// to l) @ If it is incorrect, step 10
Please refer. If it is correct, finish the correction (///).

This conventional method has the following drawbacks: (1) It is necessary to always store source language data and machine format data JS as surface data. Pa (kl) translation squirrel) It is necessary for the gadfly to keep the modified contents of the power outage.

(C) - There is no guarantee of surface quality.

Even if only a small amount of correction is required, one person can make the correction directly by inputting keys from the console typewriter, so W
There is a high degree of immunity for A-correction to occur.

−) Poor work efficiency.

Most corrections are made across many wUKs for small amounts of data. II Modify the machine language formal surface data K is a translation list for each modification) K The source language written in the indicated programming language - both the surface data part and the machine language part are on the translation list at the same time. This work requires a long time.

SUMMARY OF THE INVENTION The object of the present invention is to provide an OR-type riveting device V which can improve the work efficiency of the VF1 eraser to a large extent. .

According to the original W#, fixed image data is usually stored in a central computer as source language internal data.
The surface modification is performed by modifying this source speech-internal data. Since the source vtmgm surface is created in the Puyidalam language, it is very easy to modify it, unlike modification by conventional machines. This 1llo
There is no need to translate and convert it into machine language format, use the 011 device of the present invention, and transfer the source language data from the central computer to the 05T device.
gI (boat) is displayed.

IIJfig is an interesting example of the present invention oI+! ! This figure shows a computer system including an I station.

The central computer J/ is equipped with a console typewriter. This console typewriter is one of Harumaihan's
It is used to input commands, etc. for the III 111. D-engine 8xn is also connected to the central computer J/. D! 8 K # K is the source language-face language type Isi^employed n is registered. Danta oR'r@@J4I is connected to the central calculation *J/ as a peripheral device.

The ORT installation consists of an on'r@B control section, a display device, and a keyboard.

ms- indicates the functional configuration of the o II TE device of the present invention, which performs data transmission and reception with the central computer, manages the entire analysis@J/, 011 TE organization, and manages the received source language 1llifl data. A combination for management and translation that decodes and converts machine language data Kll', -ta 1 For example, a microcombi, -#J Co 1 Sends image data to a cathode ray tube based on the machine language front-page display data for display and key-in. Image display 1111 for processing of data J3. Includes a display device (11 cathode ray tubes) and a keyboard. The input angle entered by the keyboard alone is sent to the central calculation through the reverse route of the received display data.

The OR1 device Koda has a machine language format data receiving function v4 similar to the conventional version 4, in addition to receiving zero-originated source language data. Therefore, from the central computer J/, IJ#
Descriptive data using the 5-1 candy shown in the figure (data for source language 1ikl) V Received data analysis section s in Figure J
When received by i, check the first l bytes of the received data,
When the l byte of 7 is the number l, it is determined that K is source language screen data, and when it is 0, it is determined that k is machine language format screen data.

For management and translation, the three source languages ii are 1-page data, which is used to clear the content of received data and create one machine language. Assume that 1klIII is displayed as shown in the figure.・Among the codes in Part II (a), 1M is the shift hood, D indicates that data indicating the address will come next, and 4.10 is the address X-4, 1 of 1-10. Elementary (
- unit of own display) K day # is displayed, R richness is red, yJj is an r-shaped pattern,
DMY does not have the meaning V%; T11af) 9 minutes is formed by data of 0 or more which is -do m**hcb>
Among the nodes, Hlt, AD, ? .

// , 10ktX -7~10, Y -10K
Horizontal Khv subtraction and IJO show an r-shaped pattern, respectively.

Of the 1st Llkl (c), VL, AD, 4
, ii, ip is X-Todoroki.

Y-//~tsK@vertical direction - and lateral direction, IJJ indicates 1-type pattern t, respectively. From all this busyness,
TELm) and TLc are formed.

Management and Translation Duo received. source word I
I-plane d Iv translated and interpreted as the above meaning, IIIk
machine Wt and transfers the result to the image display control unit JjK, -Lun display control unit sends the sent machine language data to the display device J# and displays the 1Lun (TL) v shown in ms. let

On the other hand, 1m machine language format-plane data [if received].

Since there is no need for translation, Uke uses the captured data vnimK&
l*II Indication 111i Move to I+ section J3.

FIG. 1 is a flowchart of the LK1 surface correction work in one embodiment of the present invention.

Once the modification is started (JOO), the operator can use the 0! Use the IT device to display the one-page data you want to modify (coat), then look at the displayed one-page and check the part to be modified (J0co) Source language-plane data corresponding to 0th correction-1 (stored on the DXBK in the programming language) v, Modify from the optometrist or console typewriter (ko03), Modify source 1 word 1111 page data V Once completed,! +biaPtef! From the outfit i
After requesting the display of ti+m, I looked at the 1lllil (picture) that was displayed, and asked if I was able to correct it correctly (ko04L). If there are any other corrections.

Return to stepco0/. If not, end the modification (−〇j).

The O1'lte device of the present invention transfers the original source language screen data from the central computer to 0! When transferred to the IT scissor station, the translation convenience store in the CIIT* facility will operate, converting the source 'l1lltli 1 page data into machine language format 1 page data, and immediately display -mV on the 1 page of KORT. . Therefore, there is a first-order effect.

(1) Data for storage is source 1m! You only need one page of tiik data, and there is no need to assemble or translate it every time you make a correction.

(b) Therefore, as shown in the screen during debugging,
Ith can be modified using a programming language. Therefore, work is the container.

(C) Always the latest source 11i11 data is DI8K
K is saved. Therefore, there is no need to create a correction card, and the latest list can be obtained by performing one IIF such as assembly.

61) Since corrections are made in a programming language, there is less chance of confusion compared to corrections made in a single machine language.

[Brief explanation of the drawing]

FIG. 1 is a crossing diagram showing a conventional 1iIiIli modified child door. 11'1Jll is a block diagram showing a meter-like system including a display device according to an embodiment of the present invention, and No. 11'1Jll is a block diagram showing the function of the display device for IpH test of the present invention. Figures (IL) to (0) show the structure of screen data.
Fig. f and Fig. 1 are schematic diagrams showing an example of hgI, and Fig. 4 is a flowchart for removing the trend correction method m when the display device 1v of the present invention is used. -7...Central metering e,, u...Console typewriter, N...Magnetic storage fluid amount, Koda...01'1Tii
t, O...ORT Iioki installation control unit B...Display device, J7...Keyboard, si...Transmission/reception data analysis unit, JJ...Microcombi for management and translation, -ta, JJ ...iiiu [Display control unit. Applicant's agent Kiyoma Inomata Figure 4 Figure 5

Claims (1)

[Claims] A data display device connected to the main computer* equipped with a storage device for storing image data, which performs data conversion for the cathode ray tube for displaying 11 II I V II, the H image display control unit, and the Th image period. It is equipped with a translation computer and a keyboard device, and the basic data format of the image data stored in the storage area is 1k11fl data in the source language format, and the 1Ii 1st page data is converted into the above data by the operation of the main computer. When the data is transferred to the data display device 1, the translation computer is activated and the received screen data is converted into machine language format data. It is checked whether the data is in the source language format, and if the data is in the machine language format, the control a is moved to the image display brake sK to display one line, whereas if the data is in the source language format, , Machine I! according to the descriptive rules of speech! data display device that converts the data into the IM&display control unit and displays the result along with the cost conversion result V control.