JPS62172459A - Simplified language processor - Google Patents

Abstract

PURPOSE:To make a table form and a numeral data into a graph by enabling, at least, the table form and the numeral data on a display picture plane in a display means to transform to and display as a graph, when a command and other code and mark, etc., corresponding to an input message on the display picture plane in the display means through an input means. CONSTITUTION:The command and other code and mark, etc., are inputted from an input part 10 with a keyboard or a mouse as the input means. A CPU11 outputs a data to a picture plane 1 according to the command and other code and mark, etc., inputted from the input part 10, or stores and contains it on a memory part 12. The memory part 12 consists of a ROM which process- controls the CPU, and is processed with an input, such as the command from the input part 10, and also, stores and contains a control program, and a RAM which stores and contains temporarily the table form and the numeral, and other data, and it can store and contain the data at an external memory device 15. When the numeral data is made into the graph, a scale mark and a partition line are outputted on the screen or in a printout corresponding to the setting of the minimum and the maximum values from the input part 10. In this way, the numeral data in the table form can be transformed to the graph.

Description

[Detailed Description of the Invention] (Industrial Application Field) The present invention allows processing results such as table creation, table editing, calculation, etc. to be easily displayed on the screen by inputting commands and other symbols according to input messages on the screen. The present invention relates to a simple language processing device that can display on a screen, and particularly relates to a simple language processing device that converts and displays numerical data in a tabular format displayed on a screen into a graph by inputting commands and other symbols according to an input message. (Prior art and its problems) 1i1W
A simple language that allows users to create tables, perform calculations, etc. by simply inputting commands and other symbols according to the input message above without having to acquire specialized computer control program writing skills has become widespread. , to this day. With the spread of such simple languages, the current situation is that the people using simple languages are also in various fields, and they are used for schedule management, period management, aggregation and reporting of sales performance, academic results, etc. It has come to be processed and submitted in simple language, etc. For these tabulations and reports, it is becoming more desirable to use graphs and other figures rather than enumerations of numerical data because they can be visually confirmed. It has been possible to convert numerical data into graphs using conventional simple languages, but as users come from a variety of fields, conventional uniform graphing simply cannot meet their needs. Therefore, there was a problem that numerical data could not be expressed accurately in graphs.

(Purpose of the Invention) The present invention is intended to solve such problems, and in particular allows users who use simple language in various fields to select and graph various numerical data in a desired graph format. The purpose is to provide a simple language processing device that can be

(Summary of the Invention) To summarize the configuration of the present invention, the present invention comprises means for displaying tabular and numerical data and input messages on a display screen, means for inputting data and commands, symbols, etc. A memory means storing tabular and numerical data displayed on the screen and a microprocessor control program, and reading of data from the memory means, collection of IiI, and calculation processing by inputting commands and other symbols etc. from the input means. A simple language processing device comprising a screen control means for displaying on a screen,
When a command or other symbol, etc. corresponding to an input message on the display screen of the display means is inputted through the input means, at least tabular and numerical data on the display screen of the display means can be converted and displayed in a graph. , and by these, a graph is created in the table, a graph in the table, and a 'JA product graph' which is the accumulation of graphs.
! - You can create interval graphs, which are particularly useful for schedule management.

(Example) The configuration and examples of the present invention will be described based on the drawings. 1st
The figure is a front view showing the contents of the display screen displayed on the display device in the simple language processing device according to the present invention, where 1 is the screen, 2 is a part of the menu, 3 is a table format part, and 4 is a message part. . Menu part 2 displays [Table creation] [Table Ii result 1 [Calculation 1] [Secret operation 1] and others that can be processed by the simple language processing device, and can be selected and specified as desired by moving the cursor according to the processing task. Reference numeral 3 denotes a table format section, which can display contents corresponding to a sales ledger and a sales record in a table format. The message unit 4 receives message data from the simple language processing device in order to operate the simple language processing device according to the present invention to interactively operate operation procedures for E-table creation 1 [table editing 1] calculation 1, etc. is displayed. As long as you operate according to the message data displayed in the message section 4,
It can be done without any knowledge of computer programming.

Figure 2 (1) (2 > (3)) is an example diagram displayed in the table format section 3 of Figure 1, Figure 2 (1) is a numerical grade data table, and Figure 2 (2) is the graph in the table, and Figure 2 (3) is the cumulative graph.To convert the numerical grade data table in Figure 2 (1) to the graph in Figure FA2 (2) or (3). inputs commands and other signs and symbols according to the contents of the message data in the message section shown in Tables 1 to 3.

First, an embodiment of the operation for converting the numerical score data shown in FIG. 2(1) to fj &2-g'77 shown in FIG. 2(2) will be described using Table 1.

(1) Please input the command.

↓ GR (Enter the graph creation command.) or (
(Graph) (2) Rough in the table (T), Cumulative 1 graph (C), Section 7 (1) ↓ T (Set that you want the graph in the table.) or (Graph in the table) (3) What is the target column? (Column number) ↓ 2 and 3 (In Figure 2 (1), English in the second column and mathematics in the third column are the N end of the graph.) (4) Bar graph (B), point graph (P), Arrow graph (
^)? B (Set that you want a bar graph) or (bar graph) (5) What is the minimum value? ↓ 0 (Sets that 0 point is the minimum value.) (6) What is the maximum value? ↓ 100 points (Set that the maximum value is 100 points.) If you input the command or the language of the graph or the graph in the table according to the message from the message part 4 from (1) to (6) above, Screen 1 will appear. is instantly converted into the graph in the table shown in FIG. 2 (2).

Next, the numerical performance data shown in Figure 2 (1) is shown in Figure 2 (3).
An example of the operation of converting into the cumulative graph shown in ) will be described. (See Table 2) (1) Input the command.

↓ GR (input a graph creation command) or graph (2) table graph (T), cumulative graph (C), interval graph (1) ↓ c<'th product graph Set what you want. ) or (cumulative graph) (3) What column of n? ↓ 2 and 3 (set the graphs for the second column of English and the third column of mathematics) (4) Bar graph (B), point graph (P) ↓ B (set that you want a bar graph) or ( (bar graph) (5) What is the title? ↓ Grade cumulative graph (set “Grade cumulative graph” as the title) (6) What is the minimum value? ↓ (7) What is the maximum value? ↓ 200 (200 points are set for cumulative English and Mathematics) If you input according to the messages from the message section from (1) to (7) above, screen 1 will instantly change to Figure 2 (3).
) The screen changes to the one shown below.

Next, convert the graph in the table shown in Figure 2 (2) to Figure #42 (3).
An operational example of converting to the cumulative graph shown in FIG. (
(See Table 3) (1) Input the command.

↓ GR or (graph) (2) Graph (T), cumulative graph (C), interval graph (1) in the table ↓ C or (cumulative graph) (3) What column n? ↓ 2 and 3 (4) Bar graph (B), point graph (P) B or (bar graph) (5) What is the title? ↓ Grade cumulative graph (6) What is the minimum value? ↓ (7) What is the R maximum value? ↓ Enter commands and other inputs according to the messages from message section 4 from (1) to (7) above, and screen 1 will appear.
is instantly converted to the screen shown in FIG. 2 (3).

Figure 3 (1) and (2) are diagrams showing an example of converting interval numerical data into an interval graph, and Figure 2) (1) is a diagram showing numerical data for work schedule management showing work processes and persons in charge. The first column is the work content (process 1, process 2, process 3).
, Process 4, Process 5), the second column displays the start date, the third column displays the end date, and the fourth column displays the person in charge.

Table 3 is shown in Figure 3 (1) displayed in table format section 3 of screen 1.
The numerical data for work schedule management shown in is the message data displayed in the message section 4, and Table 3 is as follows:
These are commands and other signs and symbols that are input according to the message data.

An operational example of converting interval numerical data into an interval graph will be described.

(1) Please input the command.

↓ GR (Input a command to create a graph) or (Graph) (2) Graph in table (T), cumulative graph (C), interval graph (■) ↓ ■ (Set that you want an interval graph. ) or (interval graph) (3) What is the IJli opening price column? ↓ 2 (Set that the start date data is in the second column,) (4) What is the end value column? ↓ 3 (Set the end date date to be in the 3rd column.) (5) What about the annotation column? ↓ 4 (Set that the column to be annotated on the graph is the name of the person in charge in the 4th column,) (6) What is the title? ↓ Schedule management graph (set "Schedule management graph" as the title) (7) What is the small R value? ↓ 851100 (set the fi minimum value to be 851100) (7) What is the maximum value? ↓ 851130 (set the maximum value to 851130) If you input commands and other things according to the messages from message section 4 from (1) to (9) above, screen 1 will appear.
is instantly converted to the screen shown in FIG. 3 (2).

FIG. 4 is a block configuration diagram showing an embodiment of the present invention, in which 10 is an input section, 11 is a microprocessor H (CPU), 12 is a memory section (ROM, RAM), 1
3 is displayed! IlW, 14 is a screen control section. Input section 1
Commands and other symbols are input using a keyboard or mouse as an input means. A microprocessor unit (CPU) 11 includes a memory unit 12 and a display device 13.
and controls the screen control section 14 to output data to the screen 1 according to commands and other signs input from the input section 10, or to store and store data output to the screen 1 in the memory section 12. The memory n12 is a ROM that processes and controls the CPU, processes inputs such as commands from the input unit 10, and stores control programs.
The control program and other data can also be stored in an external storage device 15. Figure 2 (2) (3) and Figure 3 (2)
), when graphing numerical data, output the scale lines and dividing lines on the screen or printout in accordance with the minimum and maximum value settings from the input unit 10, and display annotations on the graph. You can also create easy-to-read graphs.

(Effects of the Invention) In addition to having the above configuration, the present invention instantly converts numerical data in a tabular format into a graph by inputting a command or other symbol, etc. in an interactive format according to the message data output to the message section of the screen. Make the most of your efforts.

[Brief explanation of drawings]

FIG. 1 is a front view of a display screen according to the present invention, and FIG. 2 (1)
(2) (3), Fig. 3 (1) (2) and Fig. 4 are block diagrams showing embodiments of the present invention, and Tables #S1 to 3 show operational examples according to the present invention. .

Claims (1)

[Claims] Means for displaying tabular and numerical data and input messages on a display screen; Means for inputting data, commands, and other symbols; and a memory means storing a processor control program; and a screen control means for reading out and editing data from the memory means, displaying calculation processing, etc. on a screen by inputting commands and other symbols from the input means. In the simple language processing device comprising: when a command or other symbol, etc. corresponding to an input message on the display screen of the display means is inputted via the input means, at least a tabular format and a symbol on the display screen of the display means are input. A simple language processing device that is capable of converting and displaying numerical data into graphs.