JP3480738B2 - Display method in information processing apparatus and information processing apparatus - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION This invention, definitive information processing apparatus such as a file system with the icon display capable for example of displaying icons on a display screen icons
It relates to a display method and an information processing apparatus such as a.

[0002]

2. Description of the Related Art Conventionally, there is a system that allows a user to intuitively understand the meaning of each function, for example, by displaying various functions on a display screen using patterns. In addition, recently, a system has been developed in which the file system is visualized by representing the hierarchical structure of the file system with icons.

In this type of system, the icons representing files and directories are distinguished by displaying the names given to the files and directories in association with the icons. Therefore, when searching for a file, the user has to find the target file by looking only at the name part, which is not easy.

Therefore, as a means for distinguishing the old and new of a file at a glance, for example, Japanese Patent Laid-Open No. 63-282.
An icon display device in the information processing device disclosed in Japanese Patent No. 523 has been proposed. This is to make it possible to efficiently select the latest file by displaying an icon with a shade depending on the old and new of each file.

However, since the shade of the icon, for example, the color, is determined based on the time data (attribute) of the file, the user cannot freely change it.

That is, in order for the user to determine the shape and color of the icon, knowledge of the application program, setting file, etc. is required, and the shape and color of the icon set using the application program, setting file, etc. The color is fixed and does not reflect changes in file attributes.

Further, the attributes relating to the file cannot be easily changed by the user's intention, and the system has originally decided the file operation. Therefore, for example, even if the file is read by mistake, if the time data is updated, the icon color will change regardless of the user's intention.
In such a case, there was a problem that the old and new could not be distinguished.

[0008]

As described above, conventionally, it is not possible to easily distinguish icons representing individual files and directories, and the system has the right to decide the attribute of a file. However, it may be updated even when the user does not want it, and there is a drawback that the user's burden is heavy when searching for a target icon from a large number of icons.

Therefore, according to the present invention, individual file information can be easily distinguished, and whether or not the attribute information relating to the read file information can be changed can be decided by the user's intention, and the user can search the target icon. Display on information processing device capable of reducing the burden
An object of the present invention is to provide a method and an information processing device .

[0010]

In order to solve the above problems, a display method in an information processing apparatus according to the present invention uses at least file information representing file contents and at least each file information as attribute information attached to each file information. Product
Information indicating the completion date / time and reference date / time and file information for each file
The file size information and the reference date and time indicated by the corresponding attribute information are stored in each file information.
Corresponding to the relative time with the current date and time and file size
And displays the icon of the color and size, in the display method for displaying the file information window further corresponding to the icon selected by the user in the displayed icons, the <br/> associated with the file information window displayed the presence or absence of the updating of the attribute information can be selected by the user, before
The attribute information is updated only when the update of the attribute information is instructed, and the display of the corresponding icon is updated according to the update of the attribute information.

[0011]

The information processing apparatus according to the present invention has at least the creation date and time of each file information as file information representing the contents of the file and attribute information accompanying each file information.
・ Information indicating the reference date and time and file size of each file information
And a creation date / reference date / time indicated by the corresponding attribute information stored in the storage unit.
Color corresponding to the relative time with the date and time and the file size
And icon size and display, and display means for displaying the file information corresponding to the icon selected by the user in the displayed icon in a window, and attribute information accompanying the file information displayed by the display means in the window File size of the file information and the current when the user gives an update instruction to
Of the attribute information stored in the storage means according to the date and time
Attribute information updating means for updating the reference date information and file size information, and icon display changing means for changing the display of the corresponding icon by the display means in response to the updating of the attribute information by the updating means. It is characterized by

[0013]

[0014]

According to the present invention , the icon display causes the file to be displayed.
File information not only can be distinguished and expressed
The user decides whether to update the attribute information associated with
The file information can be
The attribute information indicating the size of the file is against the user's intention.
It is prevented from being changed blindly .

[0015]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. 1 and 2 schematically show a main part of an information processing apparatus according to the present invention.

In the figure, 11 is a CRT (Cathod)
e Ray Tube) or the like, and a large number of icons I for representing a file system and a pointing cursor P are displayed on the screen, and the pointing cursor P is used to display any one of the above icons I. Window W by selecting
Is displayed.

Reference numeral 12 denotes a storage device such as a hard disk, and the contents (file information) of the file represented by the large number of icons I and windows W displayed on the display device 11, and the name and size of the file. , Information indicating attributes such as creation date and time and reference date and time are stored.

The storage device 12 includes a file I / O unit 13
Are connected. The file I / O unit 13 functions as an interface when reading or writing information with respect to the storage device 12.

A file attribute reading unit 14, a file content reading unit 15, a file content writing unit 16, and a file attribute writing unit 17 are connected to the file I / O unit 13.

The file attribute reading unit 14 reads the information regarding the attribute of the file among the information stored in the storage device 12 through the file I / O unit 13. A relative time calculation unit 18 is connected to the file attribute reading unit 14.

Among the information from the file attribute reading unit 14, the relative time calculating unit 18 sets the creation date and time indicating the creation time of the file and the reference date and time indicating the previous date when the contents of the file are referenced. By comparing each with the current date and time from the clock 19, the relative time with the file creation date and time and the relative time with the file reference date and time are obtained.

The relative time calculating unit 18 includes the above-mentioned clock 1
In addition to 9, the icon attribute determination unit 20 is connected to output the obtained relative time and information (file name, size, etc.) from the file attribute reading unit 14.

The icon attribute determination section 20 includes information from the relative time calculation section 18 and information in the icon attribute determination rule storage section 21 (icon attribute determination rules 21a, 21b,
21c) is used to determine the attribute of the icon I to be displayed on the display device 11. A screen display position control unit 22 is connected to the icon attribute determination unit 20.

The screen display position control unit 22 determines the display position of the icon I or the window W on the screen of the display device 11 based on the information about the attribute of the icon I determined by the icon attribute determination unit 20. To do. A screen display information storage unit 23 is connected to the screen display position control unit 22.

The screen display information storage unit 23 stores information on the attribute and display position of the icon I from the screen display position control unit 22. A screen display control unit 24, an icon selection detection unit 25 and a window selection detection unit 26 described later are connected to the screen display information storage unit 23.

The file content reading unit 15 reads the contents of the file stored in the storage device 12 via the file I / O unit 13 based on the information from the icon selection detecting unit 25. It is output to the file content storage unit 27.

The file content storage unit 27 stores the contents of the file read by the file content reading unit 15, and the file content storage unit 27 stores the file content writing unit 16 and a window display described later. The data generator 28 is connected.

The file content writing unit 16 uses the information from the window selection detection unit 26 to transfer the information stored in the file content storage unit 27 via the file I / O unit 13. The data is written in the storage device 12.

The file attribute writing section 17 follows the clock 19 according to the information from the window selection detecting section 26.
The file attributes are regenerated based on the current date and time of the
It is something to write in.

Reference numeral 29 denotes a mouse as a pointing device for moving the pointing cursor P and inputting an instruction on the screen of the display device 11, and having a right button 29a and a left button 29b. There is. A mouse I / O unit 30 is connected to the mouse 29.

The mouse I / O unit 30 functions as an interface for taking in signals from the mouse 29. The mouse I / O unit 30 includes a right button press detection unit 31, a left button press detection unit 32, and an X / Y.
The coordinate detection unit 33 is connected.

The right button press detection unit 31 uses the mouse I
The operation input of the right button 29a of the mouse 29 captured via the / O unit 30 is detected. The right button press detection unit 31 is connected to the icon selection detection unit 25 and the window selection detection unit 26, respectively.

The left button press detection unit 32 uses the mouse I
The operation input of the left button 29b of the mouse 29 captured via the / O unit 30 is detected. The icon selection detection unit 25 and the window selection detection unit 26 are connected to the left button press detection unit 32, respectively.

The X / Y coordinate detection unit 33 uses the mouse I /
The position coordinates of the mouse 29 taken in through the O section 30 are detected. The icon selection detection unit 25, the window selection detection unit 26, and the pointing cursor display data generation unit 34 are connected to the X / Y coordinate detection unit 33.

The icon selection detection section 25 includes the information stored in the screen display information storage section 23, the right button press detection section 31, the left button press detection section 32, and the X /
The signal from the Y coordinate detection unit 33 is used to detect whether or not the icon I is selected on the screen of the display device 11.

Further, the icon selection detecting section 25 has information for making the selected icon I into a window in the screen display information storing section 23, or a file to be read by the file content reading section 15. It is designed to output instructions.

The window selection detection unit 26 includes the information stored in the screen display information storage unit 23, the right button press detection unit 31, the left button press detection unit 32, and the X button.
The signal from the / Y coordinate detection unit 33 is used to detect whether or not the window W is selected on the screen of the display device 11.

Further, the window selection detecting section 26 is
Output the information for iconifying the selected window W in the screen display information storage unit 23, and a writing instruction or the like to the file content writing unit 16 or the file attribute writing unit 17. It has become.

The screen display control unit 24 uses information from the screen display information storage unit 23 to control which of the icon I and the window W is displayed on the screen of the display device 11. is there. An icon display data generation unit 35 and the window display data generation unit 28 are connected to the screen display control unit 24.

The icon display data generation unit 35 uses the information from the screen display control unit 24 and the information (symbol data storage tables 36a and 36b) stored in the icon symbol data storage unit 36 to display the information. The image data of the icon I to be displayed on the screen of the device 11 is generated. A display drive controller 37 is connected to the icon display data generator 35.

The window display data generation unit 28 has information from the screen display control unit 24, information from the file content storage unit 27, and the window image memory 38.
The image data of the window W to be displayed on the screen of the display device 11 is generated by using the information of 1.
The display drive controller 37 is connected to the window display data generator 28.

The pointing cursor display data generating unit 34 uses the signal from the X / Y coordinate detecting unit 33 and the information in the pointing cursor image memory 39 to display the pointing to be displayed on the screen of the display device 11. The image data of the cursor P is generated. In the pointing cursor display data generation unit 34,
The display drive controller 37 is connected.

The display drive controller 37 displays the display based on the image data generated by the window display data generator 28, the pointing cursor display data generator 34, and the icon display data generator 35, respectively. It drives the display of the device 11. Figure 3
3 shows a description example of an icon attribute determination rule stored in advance in the icon attribute determination rule storage unit 21.

FIG. 11A shows a rule 21a for determining the size of the icon I to be displayed on the screen of the display device 11 based on the file size (S). For example, according to the file size. Four patterns of icon names and frame icon names are determined.

In this embodiment, for example, the larger the file size is, the larger the icon I is to represent the file, so that the condition for changing the size of the icon I according to the information amount of the file is ruled. There is.

FIG. 7B shows a rule 21b for determining the color (shading) of the icon I to be displayed on the screen of the display device 11 based on the relative time (T1) between the file reference date and time and the current date and time. For example, four patterns of colors are determined according to the relative time.

In this embodiment, for example, as the relative time with respect to the file reference date and time is larger, the file is referred to so that the file is represented by a darker color, that is, an icon I having a color closer to the color of the screen of the display device 11. The conditions for changing the color of the icon I according to the relative time with respect to the date and time are ruled.

FIG. 9C shows an icon I to be displayed based on the relative time (T2) between the file creation date and time and the current date and time.
This is a rule 21c for deciding the color of the frame of, and for example, four patterns of colors are decided according to the relative time.

In this embodiment, for example, the larger the relative time with respect to the file creation date and time, the darker the color of the file, that is, the file I is represented by a frame color icon I close to the color of the screen of the display device 11. The conditions for changing the color of the frame of the icon I according to the relative time with respect to the file creation date and time are ruled. FIG. 4 shows a description example of the information regarding the attribute and display position of the icon I, which is stored in the screen display information storage section 23 described above.

The table 23a includes, for example, a file name, a name indicating an icon name and a frame icon name associated with each file name, a color indicating an icon and the color of the frame (R, G, B), Each item includes a position (X, Y) indicating the display position of the icon or the window, and a display mode item indicating the icon or the window.

Here, four files abc1 and ab
For example, the file abc1 has a file size of small, the icon I and its frame have a dark gray color, the file abc2 has a file size of medium, and the icon I has a light gray color. The frame has a dark gray color, the file abc3 has a file size of large, the icon I and its frame have both a dark gray color, the file abc4 has a file size of huge, and the icon I and its frame have both a white color. ing. FIG. 5 shows a description example of the symbol data storage table stored in advance in the icon symbol data storage unit 36 described above.

FIG. 10A is an example of the icon symbol data storage table 36a used for generating the icon display data, and the symbol data of the size corresponding to each icon name described above is respectively used as bitmap data. It is something to remember.

FIG. 7B is also an example of the icon frame pattern data storage table 36b used to generate the icon display data, and the pattern data of the frame having the size corresponding to each frame icon name described above is displayed. , Respectively, are stored as bitmap data. FIG. 6 shows a description example of information stored in the file content storage unit 27 described above.

The table 27a is made up of, for example, each item of file name and content, and the content of each file is stored in association with each file name. Next, the operation of the above configuration will be described. FIG. 7 shows a flow of a screen setting process for displaying an icon.

That is, first, information on the file name, the file size, the file creation date and time, and the file reference date and time as the attributes of the file stored in the storage device 12 is read by the file attribute reading unit 14 into the file I / O unit 1.
It is read via 3 (step ST1).

At this time, the display drive control unit 37 drives the display device 11 in accordance with the image data generated by the pointing cursor display data generation unit 34, so that, for example, a screen image is displayed on the screen of the display device 11. Only the arrow-shaped pointing cursor P as shown in 8 is displayed.

Then, after the current time and date from the clock 19 is acquired by the relative time calculating section 18 (step ST
2) By sending the information read by the file attribute reading unit 14 to the relative time calculation unit 18, the current date and time is compared with the file creation date and time and the file reference date and time, respectively. As a result, the relative time with respect to the creation date and time and the reference date and time are calculated (step ST3).

The relative time obtained by the relative time calculating unit 18 and the information such as the file name and the file size from the file attribute reading unit 14 are sent to the icon attribute determining unit 20. Then, based on these pieces of information, each rule 21a in the icon attribute determination rule storage unit 21,
The attribute of the icon I is determined according to 21b and 21c (step ST4).

That is, the rule 21 shown in FIG.
By determining the file size using a, the size of the icon I (icon name, frame icon name) becomes
In addition, the color of the icon I is determined by determining the relative time with respect to the reference date and time using the rule 21b shown in FIG. 3B, and the creation date and time using the rule 21c shown in FIG. 3C. The color of the frame of the icon I is determined by determining the relative time with respect to.

Information relating to the determined attribute of the icon I is sent to the screen display position control section 22. Then, the coordinates indicating the display position of the icon I on the screen of the display device 11 and the display position of the window W with respect to the icon I are appropriately assigned according to the number of files (step ST5).

As a result, the information on the attribute of the icon I and the information on the display position are displayed on the screen display position control section 22.
Information table 2 shown in FIG.
3a is stored in the screen display information storage unit 23 (step ST6).

In this way, the screen display information storage unit 23
By storing the information table 23a therein, the setting process for displaying the icon I on the screen of the display device 11 is completed. FIG. 9 shows a flow of processing relating to display on the display device 11.

For example, when the information table 23a is now stored in the screen display information storage unit 23 by the above setting processing, the contents are read by the screen display control unit 24 (step ST11).

Then, the icon display data generating section 35 or the window display data generating section 28 is controlled according to the display form (I / W) of the information table 23a. That is, the display form of the table 23a is the icon I.
In the case of, the information is transmitted from the screen display controller 24 to the icon display data generator 35, and in the case of the window W, the information is transmitted to the window display data generator 28 (step ST12).

If the information is sent to the icon display data generation unit 35, the icon I is displayed on the screen of the display device 11 by using the table 36a in the icon pattern data storage unit 36 shown in FIG. Icon display data for display is generated (step ST13).

Then, the icon display data is output from the icon display data generating section 35 to the display drive control section 37, so that the display device 11 is displayed as shown in FIG.
The icon I is displayed at the position (X, Y) indicated by the icon in the information table 23a on the screen (step ST14).

As a result, the file abc1 has a very small size (the amount of information is very small), and both the creation date and the reference date and time are very old. The file abc2 has a small size (the information amount is small) and the creation date and time. Is very old and the reference date and time are old, the file abc3 has a large size (a large amount of information), both the creation date and reference date and time are old, and the file abc4 has a very large size (information It can be expressed that the creation date and reference date are very new.

When the display form is the window W and the information is sent to the window display data generation unit 28, the table 27a in the file content storage unit 27 and the window image memory shown in FIG. Using the information in 38, window display data for displaying the window W on the screen of the display device 11 is generated (step ST15).

The window display data is output from the window display data generating section 28 to the display drive control section 37, so that the window W is displayed on the screen of the display device 11 (step ST16).

In this way, by displaying the icon I or the window W on the screen of the display device 11, a series of processing for displaying on the display device 11 is completed. FIG. 11 shows the flow of the screen switching process according to the selection of the icon I or the window W.

That is, when the mouse 29 is operated, the movement is detected by the X / Y coordinate detecting section 33 via the mouse I / O section 30. Then, the X / Y coordinate detection unit 33
Is sent to the pointing cursor display data generation unit 34, the image data of the pointing cursor P to be displayed on the screen of the display device 11 is generated based on the information in the pointing cursor image memory 39. . Then, the image data is sent to the display drive control unit 37, and the pointing cursor P is moved on the screen of the display device 11 according to the operation of the mouse 29.

When the right button 29a or the left button 29b of the mouse 29 is operated, the button press is detected by the right button press detection unit 31 or the left button press detection unit 32 (step ST21).

The signal from the right button press detection unit 31 or the left button press detection unit 32 is sent to the icon selection detection unit 2
5 and the window selection detector 26, and further X
/ By transmitting the signal from the Y coordinate detection unit 33,
The contents of the information table 23a at the time when the button press is detected are read from the screen display information storage unit 23 (step ST22).

As a result, in the icon selection detecting section 25, as shown in FIG. 12, it is judged whether or not the button is pressed while the pointing cursor P is moved on the icon I, and the above screen display is performed. This is performed using the information from the information storage unit 23 (step ST23).

If it is determined that a click has occurred on the icon I, the icon selection detection unit 25 sends information about the selected icon I to the file content reading unit 15. Then, the content of the file corresponding to the icon I is read from the storage device 12 via the file I / O unit 13 (step ST24).

Thus, the contents of the file read by the file contents reading unit 15 are stored in the file contents storage unit 2
The information table 27a as shown in FIG. 6 is stored by being sent to No. 7 (step ST25).

Further, the information stored in the screen display information storage section 23 is updated by the icon selection detection section 25 (step ST26). For example, the file name ab
When the icon I corresponding to c1 is selected, as shown in FIG.
As shown in FIG. 3, the display form of the file name abc1 is changed from [I] to [W], that is, the form of the window W.

As a result, as described in the above-mentioned display processing, the window display data generation unit 28 sends the information from the screen display information storage unit 23 sent via the screen display control unit 24 and the information shown in FIG. The window display data is generated by using the information from the file content storage unit 27 and the information in the window image memory 38 shown in FIG. 9 (step ST15 in FIG. 9).

Then, the window display data is sent from the window display data generating section 28 to the display drive control section 37, so that the display device 1 is displayed as shown in FIG.
A window W having a predetermined size at the position (X, Y) indicated by the window of the information table 23a on the first screen.
Is displayed (step ST16 in FIG. 9).

On the other hand, in the window selection detecting section 26, as shown in FIG. 15, it is judged whether or not the button is pressed while the pointing cursor P is moved on the window W. This is performed using the information from the screen display information storage unit 23 at the time when it is detected (step ST27). If the occurrence of a click on icon I and window W is not determined,
Waiting for the next click to occur.

When it is determined that a click has occurred on the window W, the window selection detection unit 26 issues a write instruction to the file content writing unit 16. Then,
The file content for the selected window W is retrieved from the file content storage unit 27 (step ST28), and the file size is acquired (step ST29).

Then, the extracted file contents are written in the storage device 12 via the file I / O unit 13 based on the file size acquired from the system (step ST30).

After that, whether the button press on the window W is the right button 29a of the mouse 29,
Alternatively, it is determined whether it is the left button 29b (step ST31).

For example, when the window selection detection unit 26 detects that the right button 29a has been pressed, the window selection detection unit 26 issues an instruction to the file attribute writing unit 17. Then, the above clock 19
Then, the current date and time is obtained (step ST32), and this current date and time is used as the reference date and time of the attribute of the file I
The attributes of the file in the storage device 12 are rewritten via the / O unit 13 (steps ST33 and ST34).

When the file attribute writing process is completed in this way, the window selection detection unit 26 causes the information table 23a in the screen display storage unit 23 to display, for example, in FIG.
It is rewritten as shown in 6 (step ST35).

That is, when the window W having the file name abc1 is selected by the pointing cursor P and the pressing of the right button 29a of the mouse 29 is detected, the file name abc1 on the information table 23a is detected.
While the color of the icon corresponding to is changed to white,
The display form changes from [W] to [I], that is, the icon I
Is changed to the shape of.

Further, as the window display data is newly generated along with the rewriting of the information table 23a, the icon of the information table 23a is displayed on the screen of the display device 11 as shown in FIG. At the position (X, Y) shown, the icon I of the file name abc1 is displayed in the changed color.

In this case, the icon name and the frame icon name corresponding to the file name abc1 on the information table 23a are changed from "small" to "large" according to the file size. The size of the icon I will also be changed accordingly.

As a result, the file abc1 has a large size (a large amount of information), the creation date and time is very old, and the reference date and time is very new, that is, recently,
It can be expressed that this file is referenced.

On the other hand, when the window selection detection unit 26 detects that the left button 29b is pressed, the window selection detection unit 26 rewrites the information table 23a in the screen display storage unit 23 as shown in FIG. (Step ST35).

That is, in a situation where the window W with the file name abc1 is selected by the pointing cursor P and the pressing of the left button 29b of the mouse 29 is detected, the file name abc1 on the information table 23a is detected.
The display form corresponding to is changed from [W] to [I], that is, the form of icon I.

Then, by rewriting the information table 23a, new window display data is generated, so that the icon of the information table 23a is displayed on the screen of the display device 11 as shown in FIG. File name a in the original color at the position (X, Y) shown
The icon I of bc1 is displayed.

As a result, the size of the file abc1 is very small (the amount of information is very small), and both the creation date and the reference date and time are very old, that is, it can be expressed that this file has not been referenced recently.

Thus, the expression of the icon I corresponding to the selected file is changed / unchanged depending on whether the right button 29a is pressed or the left button 29b is pressed. The process ends and returns to the click wait state. As described above, not only the files can be distinguished and expressed, but also the update of the file attributes can be decided by the user.

That is, the file can be easily identified by the size and color of the icon, and the user is given the decision right to change the file attribute. This makes it possible for the user to change the attribute of the file that he / she worked on, and thus prevents the old and new of the file from being unnecessarily changed even if the icon is selected by mistake. It will be possible. Therefore, the burden on the user when searching for the desired icon can be greatly reduced.

Although the file size is represented by the size of the icon in the above embodiment,
Not limited to this, for example, each icon may have a depth (thickness), and the file size may be expressed by the difference. Further, the window is not limited to be displayed in a fixed size, but may be changed and displayed in accordance with the file size, for example. Of course, various modifications can be made without departing from the scope of the invention.

[0097]

As described above in detail, according to the present invention,
The stored individual file information can be easily distinguished, and whether or not the attribute information related to the read file information is changed can be decided by the user's intention, and the burden on the user when searching for a target file can be reduced. It will be possible.

[Brief description of drawings]

FIG. 1 is a block diagram schematically showing a main part of a configuration of an information processing apparatus according to an embodiment of the present invention.

FIG. 2 is a block diagram schematically showing the main part of the configuration of the information processing apparatus.

FIG. 3 is a diagram similarly showing a description example of an icon attribute determination rule.

FIG. 4 is a diagram showing an example of an information table that also stores screen display information.

FIG. 5 is a diagram showing an example of a symbol data storage table.

FIG. 6 is a diagram showing an example of a table for storing file contents.

FIG. 7 is a flow chart similarly shown for explaining the flow of screen setting processing.

FIG. 8 is a diagram showing an example of a screen display of a pointing cursor.

FIG. 9 is a flow chart similarly shown for explaining the flow of processing relating to display processing.

FIG. 10 is a diagram similarly showing an example of an icon display screen.

FIG. 11 is a flowchart similarly illustrating the flow of screen switching processing.

FIG. 12 is a diagram showing an example of an icon selection screen.

FIG. 13 is a diagram showing a description example of an information table when a window is displayed.

FIG. 14 is a diagram similarly showing an example of a window display screen.

FIG. 15 is a diagram showing an example of a window selection screen.

FIG. 16 is a diagram showing a description example of the information table when the right button is pressed.

FIG. 17 is a diagram showing an example of an icon display screen when the right button is pressed.

FIG. 18 is a diagram showing a description example of an information table when the left button is pressed.

FIG. 19 is a diagram showing an example of an icon display screen when the left button is pressed.

[Explanation of symbols]

11 ... Display device, 12 ... Storage device, 13 ... File I /
O section, 14 ... File attribute reading section, 15 ... File content reading section, 16 ... File content writing section, 17 ... File attribute writing section, 18 ... Relative time calculating section, 19 ... Clock, 20 ...
Icon attribute determination unit, 21 ... Icon attribute determination rule storage unit, 22 ... Screen display position control unit, 23 ... Screen display information storage unit, 24 ... Screen display control unit, 25 ... Icon selection detection unit, 26 ... Window selection detection unit , 27 ... File content storage section, 28 ... Window display data generation section, 29 ...
Mouse, 30 ... Mouse I / O section, 31 ... Right button press detection section, 32 ... Left button press detection section, 33 ... X / Y coordinate detection section, 34 ... Pointing cursor display data generation section, 35 ... Icon display data generation Part, 36 ... Icon pattern data storage part, 37 ... Display drive control part, 38 ... Window image memory, 39 ... Pointing cursor image memory.

Front page continuation (58) Fields surveyed (Int.Cl. ⁷ , DB name) G06F 3/00 601-658 G06F 3/14-3/153 G06F 12/00-12/00 549

Claims (2)

(57) [Claims] 1. File information representing file contents and each file information as attribute information accompanying each file information.
Information that indicates at least the creation date / reference date and time of each report
The information indicating the file size of the file information is stored,
Creation of each file information indicated by the corresponding attribute information
Relative time and date and time and reference date and time and file
And displays the icon of the color and size corresponding to the size, in the display method further window displays the file information corresponding to the selected icon by the user in icon displayed, the associated file information window displayed the presence or absence of the updating of the attribute information can be selected by the user, and updates only the attribute information when updating of the attribute <br/> property information is instructed, displaying icons corresponding according to the update of the attribute information A display method in an information processing apparatus, characterized by updating. 2. File information representing file contents and attribute information attached to each file information
Information that indicates at least the creation date / reference date and time of each report
Storage means for storing information indicating the file size of the file information, and the creation date indicated by the corresponding attribute information stored in the storage means for each file information stored in the storage means.
Relative time between time and reference date and time and current date and time
Display means for displaying in a window the file information corresponding to the icon selected by the user in the displayed icon in a color and size corresponding to the size, and the file information displayed in the window by the display means. The file size of the file information when the user gives an update instruction for the attribute information associated with
Of the attribute information stored in the storage means according to the current date and time.
Attribute information updating means for updating the reference date / time information and file size information, and icon display changing means for changing the display of the corresponding icon by the display means according to the updating of the attribute information by the updating means. An information processing device characterized by: