JPH02148357A - Document edition processing system - Google Patents

Abstract

PURPOSE:To easily move data of arbitrary forms displayed in each window to another window by providing an editing means which performs a graphic process on dot data in a bit map memory. CONSTITUTION:A table preparing program 11, graph preparing program 12, and document editing program 13 respectively perform processing using data in the form of codes. Displaying areas of output data of the programs 11-13 are respectively enclosed in windows 15-17 by window management, but the window management does not control data in a bit map memory 14. Therefore, a graphic editing program 18 can move the dot pattern of graphic data or character data in the area of one arbitrary window (e.g. 15 or 16) to another window (e.g. 17) in accordance with designation.

Description

[Detailed Description of the Invention] [I Overview] A document editing processing method in which graphic data and character data displayed in multiple windows on a display can be edited as documents in other windows In document editing processing using multi-windows, each window screen In a multi-window processing system that is equipped with bitmap memory and capable of dot-by-dot display, the purpose of which is to make it possible to easily move data in any format displayed on the screen to other windows.

Document editing means executed in one window screen.

A graphic editing means that has the function of performing graphical processing such as area movement on dot data on the bitmap memory is installed.The screen data of any window displayed in a multi-window can be edited using the graphic editing means mentioned above. Move to the execution window screen of the editing means.

The document was configured to allow editing.

(Industrial Field of Application) The present invention relates to a document editing processing method that allows graphic data and character data displayed in multiple windows on a display to be edited in other windows.

[Conventional technology]

In a multi-window processing system, different tasks such as graph creation and text creation can be processed in separate windows set on the display screen and displayed in parallel, as shown in Figure 4. . Each window constitutes an independent processing space, and the running software has a unique file interface for each window. For this reason, data cannot be easily moved between software in different windows, for example, in the case of FIG. 4, graph creation software and word processing software.

[Problem to be solved by the invention] In conventional multi-window processing systems, it is difficult to incorporate and edit result tables, graphs, character data, etc. created using software in separate windows in other windows. However, there was a drawback that document editing of data in various formats could not be performed efficiently.

An object of the present invention is to enable data in any format displayed on each window screen to be easily moved to another window screen in document editing processing using multiple windows.

[Means to solve the problem]

The present invention focuses on the fact that data in different file interface formats, such as figures and characters displayed on each window screen, can be handled with the same interface at the display data level in the Tondo pattern format, and moves between windows. It is what makes it possible.

Note that figures and characters are handled in the same dot pattern data format, so when moving between windows.

It is also possible to perform enlargement, reduction, and other commonly used graphic conversion processing.

FIG. 1 is a diagram explaining the principle of the present invention.

In FIG. 1, 10 is a display, 11 is a table creation program, and 12 is a graph creation program.

Reference numeral 13 is a document editing program having a word processing function, and reference numeral 14 is a bitmap memory corresponding to the display screen. 15 to 17 are windows;
These are display areas for programs 11 to 13, respectively. 18 is a graphic editing program that handles dot-format data on the bitmap memory 14, and is used to move dot patterns.

It has functions such as enlargement and reduction.

[Effect]

In FIG. 1, 1 table creation program 11. Graph creation program 12. Each of the document editing programs 13 performs processing using data in code format. Therefore, the output data of each program 11 to 13 is converted into dot format data and then stored in the bitmap memory 1.
4 and displayed on the 5 display 10.

The display area of the output data from each program 11 to 13 is determined by window management.
Although it is closed within 1-17 days.

Window management does not extend to the data on bitmap memory 14. Therefore, the graphic editing program 18 can select any window (for example, 15.16.
) can be moved to the area of another window (eg 17).

Further, the one-figure editing program 18 can edit any dot pattern on the bitmap memory 14.

It is possible to perform graphical transformations such as enlarging and rotating by $1 small.

In addition, by providing the document editing program 13 with a function of reading the tondo pattern in the area corresponding to its own window 17 on the biftomaso program memory 14, the graphic editing program 18 can be moved from the window 15 or 16 to the window 17. It becomes possible for the document editing program 13 to take in the tondo pattern as processing data and add editing operations such as re-movement and deletion.

〔Example〕

FIG. 2 is a configuration diagram of a system according to an embodiment of the present invention.

In FIG. 2, 20 is a display, 21 is a table creation program, and 22 is a graph creation program.

23 is a document editing program, 24 to 2G are display data buffers for the programs 21 to 23, respectively, 27 is a display control unit having a tone pattern generation function, and 28 is a bitmap memory.

29 is a multi-window control unit; 30a to 30c are window control information such as position and size for managing each window of programs 21 to 23;
31 is a graphic editing program.

The output data of the processing results of each of the programs 21 to 23 is temporarily stored in the display data buffers 24 to 26, respectively, read out at a constant timing by the 1 display control section 27, converted to a tone pattern, and stored in the bitmap memory 28. Stored.

The multi-window control unit 29 controls the operation mode of each program 21 to 23.

A bitmap memory that notifies the display control unit 27 of information on the position and size of each window based on the window control information 30a to 30c and writes data read out from each display data buffer 24 to 26 by the display control unit 27. 28 M area is specified.

The graphic editing program 31 performs instructed movement, conversion, and other processing on the data in the bitmap memory 28 .

The display control section 27 reads out the contents of the bitmap memory 28 and causes the display 20 to display the read contents.

Figure Ii! The functions of the program 31 are basically the same as the techniques commonly used in graphic processing in units of dots (pixels).

When moving graphic data or character data in a window such as table creation or graph creation into the Doki Kasament ML window, specify the rectangular area that contains the data.Use the specific example shown in Figure 3 below. explain.

In FIG. 3, 32 is a window screen for document editing, and 33 is a window screen for graph creation.

■ Coordinates (X+,!+), (x,.

yz) with a graphic cursor, etc.

Execute a move command.

■ Read the dot data within the rectangular area specified by (X+, y+), (Xz,)'g).

■ Coordinates of destination area (Xs, ys) + (X4.
Perform y4) manually in the same manner as 2■.

(2) Using the proportional formula below, move data whose bits are ON among the dot data in the source area to the destination area bit by bit. Note that the coordinates of the dot ON data in the movement source area 4 of (2) are (X., yo)+, and the corresponding coordinates where the bit should be turned ON in the movement destination area of (2) are (x, y).

x, -Xi Y+ -y! ■ In case enlargement movement is performed in
Check N items, and if there is a bit that is ON, draw a line between the destination coordinate of that bit and the destination coordinate of the self.
Interpolation is performed to turn on the intermediate bits to provide continuity.

■ Regarding all dot data within the area of ■.

Repeat the process of ■.

14: Bitmap memory 15 to 17: Window [Effect of the invention] According to the present invention, it is possible to move various types of data in different windows with simple operations and edit documents without having to be aware of their file interfaces. 1. Editing performance can be improved.

182 graphic editing program patent applicant Representative of Fuji Facom Control Co., Ltd. Patent attorney Fumihiro Hase (2 others)

[Brief explanation of the drawing]

FIG. 1 is an explanatory diagram of the principle of the present invention, FIG. 2 is a configuration diagram of a system according to an embodiment of the present invention, and FIG. 3 is an explanatory diagram of data movement processing in the system according to an embodiment of the present invention. FIG. 4 is an explanatory diagram of a multi-window type processing system. In Figure 1. 10: Display 12: Table creation program 12 Nigelaf creation program 13: Dokikoment editing program

Claims (1)

[Scope of Claim] In a multi-window processing system equipped with a bitmap memory and capable of displaying dots on a dot-by-dot basis, a document editing means executed on one window screen and dot data on the bitmap memory are targeted. A graphic editing means equipped with the function of performing graphical processing such as area movement is provided in the graphics editing means, and the screen data of any window displayed in a multi-window is moved to the execution window screen of the document editing means using the graphic editing means. , a document editing processing method characterized by enabling document editing.