JPS58202492A - Character 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 character display device such as a sentence/nonconformity file and a Japanese document creation Wli1.

Generally, document files and Japanese documents f''F8-fJxF
8-fJx One unit of the amount of character information to be handled in the neck is the content of one page of paper according to the format, or a certain amount of character information (hereinafter referred to as one page) that is easy to handle on the recording medium. However, with a normal CRT character display device, it is impossible to display all of the character information for one page on one screen due to limitations in the number of display characters and resolution.

Therefore, in the past, a method has been adopted in which the content of one page is sequentially displayed on a CRT screen by combining a read-through display that ignores the format with vertical scrolling or vertical and horizontal scrolling.

L card, with this method, the character of the mataji arrangement taro in 1,
The state of empty frames for figures and tables is difficult to get rid of, and I often feel inconvenienced when inputting data on a calligraphy creation device or when making a marriage ceremony.

As one method to solve this problem, a method has been considered in which layout information of one page's worth of ideograms is roughly displayed on the screen.

FIG. 1 shows an example of this conventional schematic screen display.
In the example in Figure 1, full-width characters such as kana and kanji are represented by ○, and half-width characters such as English and triangular characters are represented by △, which is displayed on the screen in an abbreviated form, making it impossible to read and interpret a single sentence. However, layout information such as the overall character arrangement and frame spacing can be seen at a glance. Some devices also have a function to edit text in this layout display state, providing convenience to the user.

However, in the conventional layout display, the normal character table is displayed in a bucket mode, and only one of them can be selected. Part 1: In the layout display state of T words, you can see how all (4) characters are mapped, but there is a drawback that it is difficult to mark pairs with the positions of individual characters. If you want to see the entire layout while inputting or editing characters on a document creation device, etc., you will need to change the mode each time, and there are still gaps in terms of usability.

The present defense has been made in view of the above problems in conventional character display devices. The object of the present invention is to provide a character display device that is extremely easy to use for the user by simultaneously displaying characters.

The present invention will be described in detail with reference to the drawings below. Fig. 2 shows an example of a T-co-poetry display screen in which the present invention is used to display a mixture of normal character display and layout layout screen display in a two-screen display mode. FIG. In the example in Figure 2, the main screen (10ζ
The layout of the normal character display is displayed on the sub-screen (2). Since layout display is originally intended to give an overview of the entire character arrangement, even if it is displayed in a relatively small area as shown in FIG. 2, the purpose can be fully achieved. If you can set the digit 1 of crystal 1/screen (2) arbitrarily using the convenience @ hammer, you can bring the layout display to a place where the carp will not get in the way in relation to the display content on the main screen. Similarly, the size and shape of the sub-surface (2) can be set in such a way that the layout can be displayed according to the notification style.

On the other hand, FIG. 8 shows 21 [! 11 is a diagram illustrating an example of a case in which the main screen (1) displays an outline of the layout, and the sub-screen (2) displays characters indicating energization. Layout display is main II! III
II] (1), so it is relatively large, and it is also possible to count the number of characters and read them one by one. On the other hand, on the rigid screen (2), a part of the character arrangement displayed on the main screen is close-uped and normal character display is performed in a one-frame format. In addition to this, if you make some corrections and edits while looking at the layout,
In Figure 8, the point @(
3) Surrounded by 7: There are many areas that correspond to the display lζ in sub-'1kJ(2), and if the correspondence is shown with this auxiliary display, we can expect further improvement in usability. I can do it.

Next, one embodiment of the present invention will be described with reference to the drawings.

In FIG. 4, (101) is a keyboard for inputting document data, (102) is a document writing section that holds document data, (108) is a document screen creation section, f104) is a character font, button code, ( 105) is a layout screen creation section, (106) is a layout button code, (
107) is the code refresh function that holds the character font, baton code, and hirayaudo batan code.
Memory, (108) is the code, screen control details that control the document screen area and layout screen @ area of JJ fresh memory (107), (109) is the character font button memory (110) and layout button memory. A video signal generator (11B) converts the output of the memory (111) into a serial video signal (112), and is a CRT.

The input data from the key fob (101) is t+r, and the sparrow data storage 8'1. +102), the document-self-made number (108) is attached to the memo data (102)
Enter CkT1 Machi Koubun's matatata from CkT1 and convert it to Bunzai font, bang code + ta4). Layout IILI Creation g'j (105) i, j One page of document data is input from the Matakure Theta Luxury Department (102) and converted into a layout/bang/hood (106) for small display.

Section 5 1 is a layout-homemade acid section (105) circle configuration. The layout screen creation section (201) converts the text into 5 from the block extraction section (202) and the P encoding section (208), (204) is the document data from the data storage section (102), and C205) is It's a layout slam code.

Figure 6 shows the effect of layout-plane t'TI: kol. The block 1 output part (202) is one page of document data (801> block of n characters x horizontal m characters) (
802) is extracted. , extruded T-block (802
), the encoding unit (2H) checks the character data for one character and assigns 0” if it is white, and assigns “1” if it is not blank, thereby obtaining a button (808).The encoding unit ( 208) makes Batan (808) one-dimensional, and this one
The dimensionalization code (804) is output as a layout-bang code (205). (805) is the hood (80
4) The layout button corresponds to
It is stored in the iaudo batan memory (111).

The screen control unit Bos) outputs the character font, button code (104) output by the document 1-homemade b5< section (108) or the layout screen creation section ( 105
) is written to the code refresh memory (107).

In normal mode, the character font, bang code (10
4) for one screen is written to the code refresh memory (107). When the output of this code refresh memory (107) is addressed and selected, the output button of the character font button memory (, = 110) is output to the IC column video signal (112) by the video signal generator (109). It is converted and displayed on the CRT (118).

In layout mode, first, as in normal mode, the Cζ Ayako font slam code (104) is dug into the code refresh memory (10?) for one screen direction. 106) is the ID
4J [! 11 Control 1 Code specified by (18)
Refresh, Layout 7If in Memo 1JHO7)
The content of the code refresh memory (107) in the layout mode is the character font slam code (104) tray layout bar 9'/...:l-F (106) are mixed, and one place where the character font slam code (104) is written, there is a character on Ct'T (11), and the layout button code (106) is written on the other side. A layout button will be displayed corresponding to the button.

Other embodiments and examples of the present invention will now be described. In the configuration described above, all layout buttons must be stored in semi-imL in the layout button memo IJ (111) in advance.

If the block at position #R of the layout/bump f' layout f' is thick, that is, if the morbidity ratio is large, the layout/bump to be prepared will be <= b = - large, which is disadvantageous. be. In order to deal with this inconvenience, the second embodiment adopts a method of creating layout buttons as necessary. The basic structure of the second embodiment is the same as that of the 40th embodiment. The internal structure of the layout @ self-created version (2005) is shown in FIG.

The toyout screen creation section (401) consists of a block output section (402), a coding section (408), and a layout/pattern creation section (404). (405) is a document data storage (from (102)) , (406) is the layout button code, (407) is the layout button, and Figure 8 shows the layout screen creation unit (
401). Block draw 1+L! autopsy <402
) is from 1 page of n-portrait data (501), n characters x width m
Exit the block of characters (602). Character data layout/pattern creation analysis of extracted blocks (4
04') is checked one by one, and if it is blank, reset the corresponding dot on the layout button (508),
Set it if it is not blank. The encoding unit (408) outputs a layout button code (406) to be assigned to the layout button created by A. The simplest allocation method is to uniquely determine the block position.

The loaded button (4υ7) is stored at the location of the layout button memory (111) indicated by the layout button code (406). The f′Y-river in the part other than the layout image m1 creation part is the lth ¥
As described above, the device according to the present invention harmonizes normal character display and layout display by conveniently using two screens. Traditionally, this problem has been considered a problem in document files and Japanese document processing devices. The inconvenience of using Awagami can be solved with a simple configuration, and it is a great practical solution.

In the explanations in the examples, the layout display is based on the assumption that one page's worth of layout information is roughly displayed on the screen, but in some cases, one page may be divided into several areas and the layout may be displayed. Displaying it can also be considered diarrhea.

[Brief explanation of drawings]

FIG. 1 is a diagram showing an example of a conventional layout display, and FIGS. 2 and 8 are diagrams showing an example of a conventional layout display. ! FIG. 4 is a block diagram showing an example of a one-page display, FIG. 5 is a block diagram showing a practical example of the present invention, FIG. 5 is a diagram illustrating the cause of plagiarism in the layout screen creation section, and FIG. 6 is a diagram showing the operation of the layout screen creation section. Figures 7 and 8 are layouts of other self-made screw parts -ffi e/! It is a figure which shows i and its effect. (1 no... main picture direct, (2... short picture =, (101
)...keyboard, (102)...document data storage section, (10B)...document th side self-creation section, (104)...
・Character font, bang, code, (105) (20
1) (401)...-Layout screen creation department, (106
) (205) (406)...Layout/bang code, (107)...Code refresh memory, (108)...Screen control pigtail 9 section, f109)...Video signal generation section, (110)...Character font, button, memory, (112)...Layout, button,
Memory representative Yoshihiro Morimoto Figure 5 Figure 7

Claims (1)

[Claims] 1. One stroke m from the document data input section, the document data storage section that holds the document data, and the seal document data storage section.
A writing screen creation unit that can convert one minute of document data into an array of character font button codes, and one page of document data from the document data storage section into an array of layout buttons and codes for reduced display. A layout screen creation section to be converted, a code refresh memory containing a document screen area for storing character font/bang code and a layout screen area for storing layout button code, and input from the document data input section. According to the display mode information, the screen control unit that changes the document screen area and the layout screen area, the character font button memory, the layout button memory, and the code refresh memory output are selected as addresses. : A character display device comprising an autopsy character font-to-bump memory and a video signal generator for converting the output of the layout button memory into a serial video signal.