JPS62275288A - Information processor - 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 3. Detailed Description of the Invention The second invention relates to an information processing apparatus having a function of processing line information.

Prior Art - In general, a function 5i for processing line information in various information processing devices such as office computers, personal computers, data processors, workstations, automatic translation devices, word processors, teletex, etc.
I have something prepared.

In the information processing device that processes the line information as shown in 2, the line is set as the line processing function.

In addition to erasing, it also has functions such as moving and copying lines.

However, the conventional key line copy/move processing function is a function that copies/moves a vertical key line that is specified to be copied/moved to the current cursor line as is, and a horizontal key line to the current cursor line as is. Since the starting point position of the key line to be copied or moved cannot be changed, there is a disadvantage that the operability of line creation operations such as one tabulation is poor.

1-Saku This invention has been made in view of the above points, and aims to improve operability.

Sadakuni In order to achieve the above object, the present invention is provided with a function of copying or moving the key line closest to the current cursor position using the current cursor position as a reference point.

Hereinafter, a detailed explanation will be given based on one embodiment of the present invention.

ff12 is an external perspective view showing an example of a document creation communication terminal device as an information processing device embodying the present invention.

This document creation communication terminal device supports katakana and hiragana, which are necessary for document creation, transmission to one branch office, and system control.

a keyboard 1 having keys for inputting character information such as kanji, alphabets, numbers, etc., line information, and control information;
A display device 2 for displaying document information and information necessary for various operations such as document creation/editing operations and document sending operations; and 1. A wire for recording created document information, received document information, sending 4B records, receiving records, etc. on paper. dot serial printer 3
The main body 4 includes a floppy disk device, a thin hard disk device, a system control section 1, a communication control section as a communication control device, etc., a mouse 5, and a telephone 6.

Note that the specifications regarding teletex communication and facsimile communication in this document production communication terminal device comply with the CCITT recommendations regarding teletex and facsimile and the recommended communication method for Japanese teletex devices announced by the Ministry of Posts and Telecommunications.

FIG. 3 is a block diagram showing the internal configuration of the main body 4. As shown in FIG.

Hard disk drive device 0 (DI)) 7 consists of a hard disk drive device (HDD) having, for example, 8 units of 20 megabytes, an operating system (O3) having a resident process function capable of multitasking control, and a kana-kanji conversion function. Stores programs, kana-kanji conversion dictionary 2 creation document information 2 document transmission/reception programs, etc.

The floppy disk drive device (FDn) 8 is.

It consists of a well-known 5-inch double-density floppy disk drive (FDD) and stores document information and the like.

System control unit:
5CU) 9 is in charge of controlling the entire terminal device, and performs word processing (document creation and editing) processing such as creation and editing of one document, data compression processing of transmitted documents, and communication control unit 11.
Executes local transmission/reception processing such as procedures related to sending and receiving documents to and from the server, and printing of received documents.

CRT II both parts (CRT control unit)
(CRTCU) IQ controls the display of the display device 2 and the print control of the printer B.

The communication control unit (CCU) is a communication control device.

It controls communication such as controlling the transmission of documents to destination terminal devices such as teletex terminal devices, facsimile machines (FAX), and document creation communication terminal devices of the same type, and controlling the reception of documents from destination terminal devices.

A data compression unit (DCR) 12 converts image data into a compressed code according to facsimile communication regulations.

The main body 4 is provided with a mouse interface for a mouse S, a scanner interface for a scanner, etc. (not shown).

FIG. 4 is a block diagram showing an example of the system control section 9. As shown in FIG.

This system control section includes a CPU 21 consisting of a 16-bit microprocessor etc. that controls the entire system.
A path buffer 22, a timing generator 23, and a refresh controller 24 are interposed between the CPU 21 and the common bus.

The system control unit 9 also includes a system area in which resident programs such as programs related to O8 and document reception reside, and other areas, such as a RAM 2S having a capacity of 2 KB, and a RAM controller 26 that controls this RAM 25.゜27 and TD when the power is turned on.
It also includes a boot ROM 28 that stores a boot program that controls program loading from D7 to RAM 25.

Furthermore, this system control section also controls a keyboard interface (I/F) that controls information transfer between keyboard 1-1.
) 30, a hard disk interface (HDD r/F) 31 that controls the HDD 7, and this HDDI/F 3
1 and the common bus, and a buffer 32 interposed between the FD
Floppy disk controller (1?D
c) 33.

Furthermore, this system control unit S also includes a serial port (S To) 34.35.

FIG. 5 is a block diagram showing an example of CRTCUIO.

This CRTCUlo is a slave CP tJ41 consisting of a 16-bit microprocessor etc. that manages the overall control.
, a bus T/F 42 interposed between the slave CPU bus and the common bus, and a 16KB capacity R for TPL, for example.
C1443, a shared memory shared with the system control unit 9, and a RAM 44 for program memory.

The shared memory constituted by this RAM 44 consists of an index buffer, a management area, a record area, a data buffer for FAX transmission, a page buffer for printer, and a data buffer for image editing.

The CRTCUIO also includes a bus T/F 45 interposed between the slave CPU bus and the microbus, and a ROM 46 for the microprogram.

It also includes a RAM 47 for program control memory.

Furthermore, this CRTCUIO is a ROM for kanji patterns.
, character graphics (consisting of layout data ROM, system ROM, and external character pattern RAM)
CG) memory 48 and a CRT controller 1-4.

Furthermore, this CRTCUIO also includes an image memory 51 that expands the display data of the display device (CRT) 2.
and a timing generation circuit 52 that controls the 1 display timing.
and the printer T/ which controls data transfer between the printer 3 and the printer 3.
It is equipped with FS3.

FIG. 1 is a block diagram functionally showing a portion related to the line processing in this document creation communication terminal device.

The input section 61 inputs various information such as various instruction information regarding setting, erasing, moving, copying, etc. of a line, cursor movement instruction information, and editing mode instruction information. Display section 62
displays the input characters, a line, a cursor, etc.

The input processing unit 63 processes the input information from the input unit 61 and inputs the cursor address register 6 based on the processing result.
4 and 6 for updating the mode register S5. The cursor address register 64 stores each data of the page number and row 1 digit of the cursor.

Edit mode information is stored in the mode register 65. The key line data storage unit 66 contains page numbers related to the key line,
, line type, start point/digit, end point/digit, etc. are stored. The cursor save register 67 temporarily stores a cursor address necessary for editing the line.

The editing processing unit 68 uses the cursor save register 67 based on the editing mode information stored in the mode register 65.
Use this to instruct the data processing unit 6th to process.

The data processing section 6 receives instructions from the editing processing section 68 for the data in the line data storage section 66 and performs data sorting processing when adding or deleting data. In addition,
Prior to editing, the data processing section 6 performs sorting processing based on the page number, vertical/horizontal starting point, and digit of the line data.

The display control unit 70 displays a cursor and a line on the display unit 62 based on the data in the cursor address register 64 and the line data in the line data storage unit 66.

Next, the operation of this embodiment configured as described above will be explained with reference to FIG. 6 and subsequent figures.

First, the line function in this document creation communication terminal device will be explained.

■ Shaking plate direction 2 Up and down direction...vertical line, left and right direction...horizontal line type a:
Four types: solid line, two-dot line, dashed line, and one-point line Thickness: Thin line, thick line Specifying method: Specify the start and end points with the cursor Cursor: In the cursor mode, the cursor becomes a crosshair cursor and clicks at the bottom right of the line/column. Move between lines/K7.

屓Jθ1function - Individual deletion: Just as when setting vertical lines and horizontal lines, specify the range with the start point and end point to delete each line individually.

Continuous erasing: erasing the gray lines within 9 pages page by page; there are modes such as vertical line limited erasing, horizontal line limited erasing, and all gray line erasing.

Erase Vertical Line Erase the line indicated by the second cursor.

l-works plate Copy the already set lines or pages.

Inter-page copying: Copying all the lines within a page as they are to another page on a page-by-page basis.

Vertical line copy: Copies the vertical line closest to the beginning of the current cursor line to the current cursor line (end line remains unchanged, line type can be set) 0th copy mode.

Copies the vertical line closest to the beginning of the current cursor line to the current cursor line, starting from the current cursor line (the ending line remains unchanged,
There is a first copy mode (the line type can be set).

Horizontal line copy: Copy the horizontal line closest to the beginning of the sentence from the current cursor line to the current cursor line (the ending digit is unchanged, the line type can be set), and copy the horizontal line closest to the beginning of the sentence from the current cursor line. There is a second copy mode in which data is copied to the current cursor line starting from the cursor line (end digit is unchanged, line type can be set).

1 track 1 belly Direction: Vertical and diagonal (top right, bottom right, top left).

lower left) Target range: Left/right movement is after the right turn at the cursor position.

The vertical direction is from the line below the cursor position.

Sumiko'Umu'I Targets a line whose start and end points are within the rectangular area specified by diagonal specification, and deletes or copies/moves this line to another area. If there is already a key line at the copy/move destination, the new key line will have priority. The type of line does not matter as long as the target line is within a rectangular area.

Next, the K i operation will be explained. On the editing screen, by pressing down the key line key on the keyboard 1, the next key line function menu is displayed in the guidance area of the display device 2.

<K line> J: Create line 2: Copy 3: Move 4: Status 5: Erase 6: Call 7: Diagonal Here, when you press "l" on the numeric keypad to specify the tabulation, the guidance area will display A line type specification menu will be displayed: <K line l: Solid line 2:, W hire 3: Broken line 4 Knee, South chain line. Press the numeric keypad to specify the line type of the K line. As a result, the following processing specification menu is displayed in the guidance area: 1: Thick line 2: Thin 1g: 1: Vertical copy 4: Horizontal copy, so press the numeric keypad to select the processing content.

Here, as the processing content, for example, numeric keypad r4J or "
5" manually to specify vertical copy or horizontal copy, the C line of the same line type closest to the current cursor position (toward the beginning of the line for vertical copying, and to the beginning of the sentence for horizontal copying) is copied. For example, in Figure 6 (
After setting the vertical and horizontal lines as shown in b),
Move the cross cursor CC to the position shown and specify vertical copy.
Furthermore, by specifying horizontal copying, the C line is set as shown in FIG.

Note that the positional relationship between the current cursor position and the duplicated line of the same line type is that in the case of a vertical line, the current cursor position is a vertical line of the same line type that was previously drawn on the same line as the current cursor line. The target of copying is the line at the beginning of the line closest to the line, and in the case of a horizontal line, a horizontal line of the same line type drawn over the same column as the current cursor line and closest to the line at the cursor (however, the same (within the page) are to be copied.

The line type can be changed by pressing "," on the numeric keypad, and the line type is rotated in the order of solid line → dotted line → broken line → dashed line → solid line each time the key is pressed.

Next, when you press "2" on the numeric keypad to specify "copy" in the line function menu, the guidance screen 117 is displayed.

(C line> 1: Inter-page copy 2: A process specification menu of vertical copy/horizontal copy is displayed, so select the process content using the numeric keys.

Here, when rlJ on the numeric keypad is pressed to designate inter-page copying, the highlighted line of the designated copying source page is copied as is to the copying destination page.

Also, when you press [2] on the numeric keypad to specify vertical copy/horizontal copy, the current cursor moves the same line type closest to the current cursor position (toward the beginning of the line for vertical copying, and to the beginning of the sentence for horizontal copying). is copied starting from the position (first copy mode). For example, as shown in FIG. 7(a), if you specify horizontal copying with the line set and the cursor CC at the position shown in the figure.

As shown in FIG. 3B, the horizontal key line closest to the beginning of the sentence is copied starting from the position of the cursor CC.

Note that when this vertical copy/horizontal copy is specified.

In the guidance area, the following guidance will be displayed.
” to specify vertical or horizontal copying.

To change the line type, enter [, J on the numeric keypad. At this time, the line type changes from thick solid line to thin solid line to
Rotate in the following order: thick dotted line → thin dotted line → thick broken line → thin broken line → thick dotted line → thin dotted line → thick solid line.

Next, when you press "5" on the numeric keypad to specify deletion in the key line function menu, 1; will be in the guidance area.

Cross line〉1: Vertical line only 2: Horizontal line only 3: Vertical and horizontal lines at the same time 4:
A processing specification menu called cursor position will be displayed, so
Press the numeric keypad to select the processing content and move the cursor to the target page.

When you press "3" on the numeric keypad, all vertical and horizontal lines on the page to which the curse cursor position belongs will be erased, and when you press "2" on the numeric keypad, all the lines on the page to which the current cursor position belongs will be erased. When you press "1" on the numeric keypad, all the vertical lines on the page to which the current cursor position belongs are erased, and when you press r6 on the numeric keypad
When J is pressed down, the line indicated by the cursor is erased.

Next, in the Key line function menu, press "7" on the numeric keypad.
When you press down to specify a diagonal, a message saying 〈K line〉βdimensional angle will be displayed in the guidance area, so move the cursor to the edge of the area where you want to specify a diagonal and press the Delete key.

When a copy key or a movement key is selected, the cursor is locked at the current cursor position.For example, when the copy key is selected, the cursor is moved to the guidance area.

(K line> [diagonal opening] [copy] is displayed.

Therefore, if you move the cursor to the other end of the area you want to specify diagonally and select the delete key, copy key, or movement key (the same key you entered initially), the cursor will be locked at the current cursor position.

Note that the rectangular areas may be specified in the upper left and lower right, or the upper right and lower left, and the order is arbitrary, but they must be in the same line format within the same page.

Furthermore, a line within a rectangular area means a line whose starting point and end point are within the specified area (including the boundary), and a line whose starting point or end is outside the area is not included. do not have. In other words, 1. For example, as shown in FIG. 8, the C-lines in a rectangular area include only the C-line in (A) whose start and end points are included in the area P, and the other C-lines in (B) to (D). Lines are not included.

Furthermore, after specifying an area, if you want to delete it, continue to press the execution key to erase the line within the area, and if you want to copy or move, move the cursor again, specify the copy destination/move destination, and then press the execution key. Copying and moving are performed by inputting information.

Note that the copy/move file and the copy/move destination page and line format may be different.

Next, the vertical line copying process of the double line copying will be explained with reference to FIG. 1 and FIG.

When vertical line copying is instructed, the editing processing section 68 reads the cursor page number, CPG, cursor line CL, and cursor line CC from the cursor address register 64 as cursor data.

Then, the current cursor line is placed between the start point digit and the end point row with the same vane as the current cursor position, based on the key line data table stored in the key line data storage section 66, as shown in FIG. Initialize each register used to search for a vertical line whose starting point column is smaller than the cursor line and whose starting point column is the largest among them, that is, the closest vertical line to the beginning of the line from the current cursor column. Set to .

That is, set the register I for counting the search rNo and J number of the K line data table to "0" (■←0),
Set the register R5CM for saving the digit of the vertical line at the beginning of the line closest to the current cursor line to rl (R5CM4-0),
Register R5V for saving "No." of the vertical line data table of the vertical line at the beginning of the line closest to the current cursor line.
is set to "-1".

Thereafter, it is determined whether the value of register I is smaller than the total number of wires (total number of wires) RMAX (T<R, MAX) stored in the wire data table.

At this time, if the value of the register T is smaller than the total number of lines RMAX, that is, if there is unsearched line data, press the line start point R3L and cursor line CL.

The line end line REL, cursor page number, CPG, and line page RPC are R3L:aCL≦REL and CP
Determine whether G=RPC or not, and select the current page on the same page as the cursor and between the start line and end line of the relevant line (8 of the line of the line data of rNo, J being searched). Determine whether there is a cursor line.

If R5L≦CL≦REL and CPG=RPC, that is, if the page is the same as the current cursor position and the current cursor line is between the start line and end line of the relevant line,
It is determined whether or not the starting point row R5C of the relevant key line is smaller than the currer 11 digit CC (R3C(CC)), and it is determined whether the relevant key line is on the head side of the current cursor line.

At this time, if R3C<CC, that is, if the line is on the head side of the current cursor line, then the starting point line of the line is R8
C is greater than the value of register R5CM (R3C>R3C
M) Determine whether or not the start line of the current cursor line is larger than the start line of the line that is closer to the head of the current cursor line where the line is already found, that is, the line is at the head of the line that is earlier than the current cursor line where the line is already found. Determine whether the line is closer to the current cursor line than the side key line.

Then, if R3C>R3CM, that is, if the starting point line of the relevant C line is larger than the start line of the C line that is on the head side of the current cursor line that has already been found (if it is on the right side), then move the corresponding C line to the current cursor line. Set the value of register ■ to register R3V as the key line closest to the beginning of the line (R5V=
T) and also sets the starting point row R3C in the register R5CM (R3CM4-R3C).

Thereafter, the register (2) is incremented (+1), and the process returns to the above-described determination of whether T<RMAX.

The above-described process is repeated for the next No. of the line data in the line data table.

On the other hand, R3L≦CL, ≦RE[, and CPG=
When the page is not an RPC, that is, the page is the same as the current cursor position, and the curse cursor line is not between the start line and end line of the relevant line, and R3C<CC, that is, when the line is not at the beginning of the line from the current cursor line, and R5C>R5
If it is not a CM, that is, the start line of the relevant line is smaller (to the left) than the start line of the line at the head of the current cursor line that has already been found, register r is incremented (+I) and the first No. Move on to checking the K-line data.

In this way, the value of register r is equal to the total number of Kay lines RMAX
・When the value becomes larger, that is, when all rNos and J's Key 49i3 in the Key line data table have been checked, the value of register R3V is "-1" (R3V=
-1), that is, whether a vertical line that includes the current cursor line on the same page as the current cursor position and is closest to the current cursor position is found.

At this time, if R5V=-1, it means that there is no vertical line to be imaged, so the process directly proceeds to error processing.

On the other hand, if R3V=-1, it means that the vertical line to be copied has been found, so 5 mode register 6
Read the current editing mode from 5 and select either mode 0 (the 0th copy mode mentioned above) or mode 1 (the 0th copy mode mentioned above).
Determine whether or not.

At this time, in mote 0, set the cursor digits C'' and C to the starting point digit R3C and the ending point $17REc of the vertical line (R3
C4-CC, RFe5-CC), and if the mode is not O, that is, if the mode is 1, set the cursor line CC to the start point digit R5C and end point digit RFC of the vertical line (R3C4-CC
, RFe5-CC) and set the cursor line CL to the starting line R5L, and then performs line type specification processing (in mode O, the same line type as the copy target).

When in mode 1, new data is created with an arbitrary line type) and this data is passed to the data processing section 6S.

The data processing unit 6 sorts and registers the received data in the line data storage unit 66, and the display control unit 70 displays the line based on the data registered in the line data storage unit 66. .

As a result, in mode 0 (first copy mode), the vertical line closest to the beginning of the line from the current cursor column is copied as is to the current cursor column, as described above, and in mode 1 (first copy mode)
In copy mode), as described above, the vertical line closest to the beginning of the line from the current cursor column is copied starting from the current cursor line.

Note that the combination of line type and starting point indication mode may be arbitrary, and the same applies to horizontal line copying (in vertical line copying, "column" is simply changed to r row J, and "row" is changed to "column"). Process.

Therefore, for example, as shown in the table shown in FIG.
This facilitates line creation operations when creating a table consisting of vertical lines and horizontal lines with different starting point digits.

As described above, this document creation communication terminal device has a function of copying the closest line to the current cursor position using the current cursor position as a base point (starting point), so that the operability of line creation operations is improved.

In addition, in the above embodiment, an example was described in which the present invention was applied to copying a line, but when it comes to moving a line, the difference between movement and copying is only whether or not the object to be copied is erased in the copying process. Therefore, it can be implemented in the same way. It is also possible to use the base point as the end point.

Further, in the above embodiment, an example was described in which the present invention was implemented in a document creation communication terminal device, but the present invention is not limited to this and can be applied to an office computer.

The present invention can be implemented in various information processing apparatuses including personal computers, data processors, workstations, automatic translation devices, word processors, teletex, and the like, which are equipped with a function of processing line information.

As explained above, this invention improves operability.
It can be rubbed.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing a portion related to wire line processing in an embodiment of the present invention, and FIG. 2 is an external perspective view showing an example of a document creation communication terminal device as an information processing device implementing the present invention. FIG. 3 is a block diagram showing the internal structure of the main body 4. Figures 4 and 5 also show the system control unit and CRTC.
A block diagram showing an example of U. FIGS. 6 to 8 are explanatory diagrams for explaining the key line function in this device. FIGS. 9 to 11 are a flowchart showing the vertical line copying process and an explanatory diagram for explaining the process. 1...Keyboard 2...Display device 3...
-Printer 4...Main unit S...System control unit 10...CRTCU Figure 3 Figure 6 (A)
(0)c Figure 7 (a)
(B) C ( Figure 8

Claims (1)

[Claims] 1. An information processing apparatus having a function of processing line information, characterized by comprising a line processing means for copying or moving the line closest to the current cursor position with the current cursor position as a base point.