JPH07334661A - Seat layout data generating system - Google Patents

Abstract

PURPOSE:To easily generate seat layout data, which is required to display a seat layout used for seat reservation or the like on a display device, without expert knowledge. CONSTITUTION:The seat layout written in a form is read as an image by a seat layout read means 4, and it is stored in an image data register part 6 by an image register means 5. A registered picture display means 11 in a seat layout data generation and register part 1 displays the seat layout on a CRT 9 in accordance with image data registered in the image data register part 6, and a data generation and register means 12 generates segment data indicating the segments constituting the seat layout based on the position of the point pointed by a mouse 10-1. Since it is sufficient if a user uses the mouse 10-1 to point the point which specifies segments constituting the seat layout displayed on the CRT 9, seat layout data including segment data is generated without expert knowledge.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an incense board data creating system capable of easily creating incense board data for displaying an incense board (seat layout diagram) used for seat reservation in a theater on a display device.

[0002]

2. Description of the Related Art Displaying an incense board on the screen of a display device and making a seat reservation for a theater using this incense board has been conventionally performed (for example, Japanese Patent Application No. 62-6936).
3 gazette).

By the way, in order to display an incense board on a display device, incense disk data corresponding to the incense board to be displayed is required. Conventionally, a ruler is used to determine the position of each line segment of the incense board described on the paper. , The line segment part of the incense board is described using a programming language based on the measurement result, and by compiling it, the line segment data indicating the line segment that constitutes the incense board is included. Incense board data was being generated.

[0004]

As described above, conventionally, the position of each line segment and the like have to be manually measured, so that there has been a problem that it takes a lot of labor and time to create the barrel disk data. .

Further, conventionally, since it is necessary to describe and compile in a programming language, there is also a problem that specialized knowledge of the programming language and compilation work is required.

An object of the present invention is to provide a barrel disc data creating method capable of easily producing barrel disc data without specialized knowledge.

[0007]

In order to achieve the above-mentioned object, the present invention uses an image data registration section, a display section, an input section, an incense disk data registration section, and an incense board described on a sheet as an image. Based on the image data of the incense disc reading means, the image registration means for registering the image data read by the incense disc reading means in the image data registration unit, and the image data of the incense disc registered in the image data registration unit. An image of the incense disc is displayed on the screen of the display unit, and line segment data indicating a line segment forming the incense disc is created based on the position of a point designated by the input unit on the screen of the display unit, It is provided with a barrel disk data creating and registering unit for registering the created line segment data in the barrel disk data registering unit.

Further, according to the present invention, in order to achieve an object of facilitating the production of the incense disc data including character data, the incense disc data creation registration unit is input from the input unit and the display unit. The character data including the character code of the character displayed on the screen and the display position on the screen is registered in the barrel data registration unit.

Furthermore, the present invention achieves the object of facilitating the creation of seat data indicating the correspondence between the area surrounded by the line segments displayed on the screen and the seat number. The data creation registration unit includes a position of a point designated by the input unit on the screen of the display unit, a seat number input from the input unit, and line segment data registered in the barrel data registration unit. Based on the above, the seat data including the position of the area surrounded by the line segment including the point designated by the input unit and the seat number input from the input unit is created, and the barrel data registration is performed. Register in the department.

Further, the present invention achieves the object of being able to correct the line segment data, the character data or the seat data registered in the barrel disk data registering unit, and is registered in the barrel disk data registering unit. The line segment indicated by the line segment data and the characters indicated by the character data registered in the incense board data registration unit are developed on the screen of the display unit, and the incense is displayed according to a correction instruction input from the input unit. It is provided with an incense board data correction unit for correcting line segment data, character data or seat data registered in the board data registration unit.

[0011]

Operation: The incense-plate reading means reads the incense-plate recorded on the paper as an image, and the image data read by the incense-plate reading means is registered in the image data registration section.

The incense disk data creation / registration section displays the incense disk on the screen of the display section based on the image data of the incense disk registered in the image data registration section.

When the incense board is displayed on the screen of the display section, the user uses the input section to instruct points (for example, the start point and the end point of the line segment) for specifying the line segments forming the incense board. Then, when a point on the screen is designated by the input unit, the incense plate data creation / registration unit creates line segment data indicating a line segment forming the incense disc based on the position of the point, and registers the incense disc data. Store in the department.

Further, when writing a character on the incense board, the user uses the input section to input the character in a predetermined position on the incense board displayed on the screen. As a result, the barrel disc data registration unit registers the character data including the character code of the character input from the input unit and the display position on the screen in the barrel data registration unit.

Further, when associating the area surrounded by the line segment displayed on the screen with the seat number, the user uses the input unit to designate one of the areas and the seat is input from the input unit. Enter the number. Thereby, the incense plate data creation registration unit, based on the position of the point designated by the input unit, the seat number input from the input unit, and the line segment data registered in the incense plate data registration unit, Seat data including a position of a region including a point designated by the input unit and a seat number input from the input unit is created and registered in the barrel data registration unit.

Further, when the user corrects the line segment data, character data or seat data registered in the incense plate data registration unit, the user inputs a correction instruction from the input unit. As a result, the barrel disc data correction unit corrects the line segment data, character data, or seat data registered in the barrel disk data registration unit according to the correction instruction.

[0017]

Embodiments of the present invention will now be described in detail with reference to the drawings.

FIG. 1 is a block diagram of an embodiment of the present invention, in which a registration screen display means 11 and a data creation registration means 12 are shown.
Incense plate data creation / registration section 1 including correction screen display means 2
1 and the data correction unit 22 including the incense disk data correction unit 2
A seat reservation processing unit 3 including a reservation screen display unit 31 and a seat reservation data registration unit 32; and a scale reading unit 4 for reading a scale recorded on a sheet as an image.
An image registration means 5 for registering the image data of the incense plate read by the incense plate reading means 4 in the image data registration section 6, an incense board data registration section 7, and a seat reservation data registration section 8
, CRT9, mouse 10-1, keyboard 10-
2 and.

As shown in FIG. 2, the barrel disc data registration unit 7 is composed of a line segment data unit 71, a character data unit 72, and a seat data unit 73.

In the line segment data section 71, line segment data consisting of the coordinate values of the start point and the end point of the line segments that compose the incense board are registered.

In the character data section 72, character data including a character code of a character to be written on the incense board and a display position is registered.

In the seat data section 73, seat data consisting of a seat number and area information indicating which area on the screen the seat having the seat number is is registered.

In addition, the seat reservation data registration section 8 has a structure shown in FIG.
As shown in, the seat number, the reservation data indicating whether or not the seat with the seat number is reserved, and the area information indicating which area on the screen the seat with the seat number is registered are registered. It

The registration screen display means 11 has a function of displaying the incense board on the registration screen on the CRT 9 in accordance with the image data of the incense board registered in the image data registration section 6.

The data creation / registration means 12 is a mouse 10-
1. It has a function of creating line segment data, character data, and seat data in accordance with the operation of the keyboard 10-2 and registering the data in the barrel disc registration unit 7.

The correction screen display means 21 displays the line segment data and the character data registered in the barrel disc data registration section 7 on the CRT.
9 has a function of expanding and displaying the correction screen.

The data correction means 22 includes the mouse 10-1,
According to the operation of the keyboard 10-2, the incense disk data registration unit 7
It has a function to correct line segment data, character data, and seat data registered in.

The reservation screen display means 31 displays the line segment data and the character data registered in the barrel disc data registration section 7 on the CRT.
It has a function of expanding and displaying on the reservation screen on 9, and a function of changing the display of the area corresponding to the reserved seat according to the data registered in the seat reservation data registration unit 8.

The seat reservation data registration means 32 is the mouse 1
It has a function of performing seat reservation work in accordance with the operation of 0-1 and the keyboard 10-2.

FIG. 4 is a flow chart showing a processing example of the incense disk data creation / registration unit 1, FIG. 5 is a flow chart showing a processing example at the time of line segment data creation / registration of the data creation / registration means 12, and FIG. 6 is a data creation / registration means 12 7 is a flowchart showing an example of processing when creating and registering character data, FIG. 7 is a flowchart showing an example of processing when creating and registering seat data of the data creating / registering means 12, and FIG. FIG. 9 is a flow chart showing an example of processing when the data correction means 22 corrects line segment data, FIG. 10 is a flow chart showing an example of processing when the data correction means 22 corrects character data, and FIG. 11 shows seat data correction of the data correction means 22. 12 is a flow chart showing a processing example of the seat reservation processing unit 3, FIG. 13 is a flow chart showing a processing example of the seat reservation data registration means 32 at the time of seat reservation, and FIG. Seat forecast A flow diagram illustrating an example of processing of the data registration unit 32 will be described by referring to the operation of the embodiment of the figures below.

When creating the incense plate data, the user first uses the incense plate reading means 4 to read the image of the incense plate on the image. The image data of the incense disc read by the incense disc reading unit 4 is registered in the image data registration unit 6 by the image registration unit 5. Now, for example, if an incense board as shown in FIG. 15 is written on the paper, the image data corresponding to it will be registered in the image data registration unit 6.

When the image data of the barrel disk is registered in the image data registration unit 6, the user operates the barrel data creation registration unit 1.

As a result, the registration screen display means 11 in the incense-plate data creation / registration unit 1 is set as shown in the flow chart of FIG.
The incense disk is displayed on the registration screen on the CRT 9 according to the image data of the incense board registered in the image data registration section 6 (step S1).

FIG. 16 is a diagram showing a display example at this time. As shown in FIG. 16, the registration screen has soft buttons 161 to 164 and an input field 165 below it.

When the registration screen as shown in FIG. 16 is displayed on the CRT 9, the user uses the mouse 10-1 to click one of the soft buttons 161 to 164. That is, the user uses the soft button 161 to create and register line segment data, the soft button 162 to create and register character data, the soft button 163 to create and register seat data, and exits the registration screen. To do so, click the soft button 164.

Now, for example, the user may select the soft button 161.
If you click and instruct to create line segment data,
(YES in step S3), data creation / registration means 12
Executes line segment data creation processing (step S6).
FIG. 5 is a flow chart showing a processing example of the line segment data creation processing, and the data creation registration means 12 becomes a reception state of the start point and the end point by executing the line segment data creation processing.
(Step S11).

On the other hand, when the user gives an instruction to create the line segment data, the user uses the mouse 10-1 to input the line segment data. That is, the user inputs the coordinate values of the start point and the end point of each line segment by using the mouse 10-1 to point the start point and the end point of each line segment forming the incense board displayed on the registration screen.

The data creation / registration means 12 receives the start point of the line segment when the start point and end point are accepted (step S11).
When the coordinate value of the end point is input, line segment data including the coordinate values of the start point and the end point of the line segment are created and registered in the line segment data section 71 of the barrel disk data registration section 7 (steps S13, S).
14). Now, for example, if an M point [coordinate value (x1, y1)] that is the start point and an N point [coordinate value (x2, y2)] that is the end point of the line segment MN shown in FIG. As shown in FIG. 2, the minute data section 71 has a start point,
The coordinates of the end point are (x1, y1), (x2,
y2) will be registered.

When the line segment data of all the line segments forming the incense board is created and registered by repeating the above operation,
The user uses the mouse 10-1 to select the soft button 164.
Click to indicate the end of line segment data creation.

When the soft button 164 is clicked, the data creation / registration means 12 (YES in step S12).
S), the line segment data creation process shown in FIG. 5 is terminated, and the process returns to step S2 in FIG.

Further, for example, the user may select the soft button 16
If you click 2 and instruct to register the character data,
(FIG. 4, step S4 is YES), the data creation / registration means 12 executes character data registration processing (step S).
7). FIG. 6 is a flowchart showing a processing example of the character data registration processing, and the data creation / registration means 12 enters the character data acceptance state by executing the character data registration processing (step S21).

On the other hand, when the user gives an instruction to register the character data, the user uses the keyboard 10-2 to input the character data. That is, the user, as shown in FIG.
Enter the row number and row number of the seat at the specified position on the registration screen, or enter the name of each part such as the stage, flower path, and entrance.

When a character is input on the registration screen in the character data acceptance state (step S21), the data creation / registration means 12 creates character data including the character code and display position, and the incense board data registration unit. Character data part 7
2 is registered (step S23). Now, for example, if the column number “A” is entered using the keyboard 10-2, the character data section 72 of the barrel disc data registration section 7 will be displayed in FIG.
As shown in, the character code of "A" and its display position (x
3, y3) will be registered.

When the character data registration work is completed, the user clicks the soft button 164 to instruct the character data registration end.

As a result, the data creation / registration means 12
The character data registration process shown in FIG. 6 is terminated (step S2
2 is YES), the process returns to step S2 in FIG.

Further, for example, the user may select the soft button 16
If the user clicks 3 to instruct to register seat data (YES in step S5 in FIG. 4), the data creation / registration means 12 executes seat data creation processing (step S).
8).

FIG. 7 is a flow chart showing a processing example of seat data creation processing. The data creation / registration means 12 first converts line segment data registered in the line segment data section 71 of the barrel disc data registration section 7. Based on this, all the coordinate values of the intersections of the line segments forming the incense board are obtained (step S31), and then the seat number acceptance state is entered (step S32).

On the other hand, when the user gives an instruction to create seat data, the user uses the mouse 10-1 and the keyboard 10-2 to input the seat number. That is, as shown in FIG. 17, using the keyboard 10-2, the input field 16 of the registration screen is displayed.
5 while inputting the seat number (for example, A1), the mouse 10-1 is used to point to one point in the area surrounded by the line segment, which corresponds to the seat to which the seat number is assigned, with a mouse cursor indicated by an arrow. By inputting, the coordinate value is input.

When the seat number "A1" is entered in the input field 165 and the coordinate value of the point pointed by the mouse 10-1 is entered in the data entry / registration means 12 in the seat number acceptance state, From the coordinate values obtained in S31, the coordinate values of the four points in the vicinity of the pointed point (the coordinate values of the vertices of the area including the pointed point) are selected, and the seat number "A1 entered in the input field 165 is selected. And the coordinate values of the four points are registered in the seat data section 73 of the incense board data registration section 7 (steps S32, S34, S35).

When all seat data is created and registered by repeating the above-mentioned operation, the user clicks the soft button 164. As a result, the data creation / registration means 12 ends the seat data creation processing shown in FIG. 7 (YES in step S33), and returns to the processing in step S2 in FIG.

When the data creation / registration means 12 detects in step S2 that the soft button 164 has been clicked, it ends the processing.

Next, the operation for correcting the line segment data, the character data, and the seat data registered in the barrel disc data registration unit 7 will be described.

When correcting the line segment data, the character data, and the seat data, the user activates the barrel disc data correction unit 2.

As a result, the correction screen display means 21 in the barrel disk data correction unit 2 displays the line segment data and the character data stored in the barrel disk data registration unit 7 on the CRT 9 as shown in the flow chart of FIG. Displayed on the correction screen of (Step S4
1), the data correction means 22 enters a correction target acceptance state (step S42).

FIG. 19 is a view showing a display example at this time in FIG. 18, and the correction screen has soft buttons 181-187 and an input field 188 below it as shown in FIG.

The soft buttons 181 to 183 are used when designating the type of data to be corrected. The soft button 181 is used to correct the line segment data, and the soft button 182 is used to correct the character data. To correct the seat data, click the soft button 183.

The soft buttons 184 to 186 are used to instruct the type of correction. The soft button 184 is used when the type of correction is deletion, the soft button 185 is added when the type of correction is added, and the soft button 185 is used when changed. Click on button 186.

When the correction screen as shown in FIG. 18 is displayed on the CRT 9, the user uses the mouse 10-1 to click one of the soft buttons 181-183, 187. That is, the user uses the soft button 181 to modify the line segment data, the soft button 182 to modify the character data, the soft button 183 to modify the seat data, and the exit from the modification screen. Click on soft button 187.

Now, for example, when the soft button 181 is clicked to instruct that the correction target is line segment data, the correction target acceptance state (FIG. 8, step S42).
The data correction means 22 in 1 performs line segment data correction processing (steps S44, S45). FIG. 9 is a flowchart showing a processing example of the line segment data correction processing. When the data correction means 22 executes the line segment data correction processing, it enters a correction type acceptance state (step S51).

When the user indicates that the correction target is line segment data, one of the soft buttons 184 and 185 is selected.
By clicking one, it is indicated whether the type of correction is deletion or addition.

Now, for example, when the soft button 184 is clicked by the user and it is instructed that the modification type is deletion, the data modification means 22 in the modification type acceptance state (FIG. 9, step S51). , The start and end points are accepted (steps S53 and S54).

When the user indicates that the type of correction is deletion, the user uses the mouse 10-1 to point to the start point and end point of the line segment to be deleted, and Enter the coordinate value.

Acceptance state of start point and end point (step S5
When the start point and end point coordinate values of the line segment to be deleted are input, the data correction means 22 in 4) searches the line segment data section 71 of the barrel disc data registration section 7 to find the corresponding line segment data. (Line segment data in which the coordinate values of the start point and the end point match) is deleted (step S56).

When all the line segment data to be deleted are deleted by repeating the above operation, the soft button 187 is clicked.

As a result, the acceptance state of the start point and the end point
The data correction means 22 in (step S54) returns to the process of step S51 (YES in step S55).

Further, when the data correction means 22 is in the correction type acceptance state (step S51) and the soft button 185 is clicked by the user to instruct that the correction type is addition, the start point, The end point is accepted (steps S53 and S57).

When the user indicates that the type of correction is addition, the user points the start point and end point of the line segment to be added by using the mouse 10-1, so that the start point and end point of the line segment can be changed. Enter the coordinate value.

Acceptance state of start point and end point (step S5
When the start point and end point coordinate values of the line segment to be added are input, the data correction means 22 in 7) creates line segment data including the start point and end point coordinate values of the line segment, and the barrel disc data registration unit. 7
It is registered in the line segment data section 71 (step S59).

When all the line segment data to be added are added by repeating the above processing, the user clicks the soft button 187.

As a result, the acceptance state of the start point and the end point
The data correction means 22 in (step S57) returns to the process of step S51 (YES in step S58).

The user clicks the soft button 187 when all the corrections to the line segment data are completed.

As a result, the data correction means 22 in the correction type acceptance state (step S51) finishes the line segment data correction processing shown in FIG. 9 (step S52 returns YE.
S), a correction target acceptance state is entered (FIG. 8, step S).
42).

Further, the user clicks the soft button 182 to correct the character data.

As a result, the data correction means 22 in the correction target acceptance state (FIG. 8, step S42) executes the character data correction processing (steps S44, S4).
6). FIG. 10 is a flow chart showing a processing example of the character data correction processing, and the data correction means 22 enters the correction type acceptance state by executing the character data correction processing.
(Step S61).

When the user clicks the soft button 182 to indicate that the correction target is character data, the user clicks one of the soft buttons 184, 185, 186 to select the type of correction. Indicate whether it is deletion, addition, or change.

Now, for example, when the soft button 184 is clicked by the user and it is instructed that the modification type is deletion, the modification type acceptance state (step S6).
The data correction means 22 in 1) enters the state of accepting the deletion target character (steps S63 and S64).

When the user indicates that the type of correction is deletion, the user inputs the coordinate value by pointing the character to be deleted with the mouse 10-1.

Acceptance status of characters to be deleted (step S
When the coordinate values are input, the data correction means 22 in 64) searches the character data section 72 in the barrel disc data registration section 7 and deletes the corresponding character data (character data having the same coordinate value). (Step S66).

When all the character data to be deleted are deleted by repeating the above operation, the soft button 187 is clicked.

As a result, the data correction means 22 in the state of accepting characters to be deleted (step S64) returns to the processing of step S61 (YES in step S65).

In addition, when the data correction means 22 is in the correction type acceptance state (step S61) and the user clicks the soft button 185 to instruct that the correction type is addition, the addition character is added. Is accepted (steps S63 and S67).

When the user indicates that the type of correction is addition, the user uses the keyboard 10-2 to input the character to be added on the correction screen.

As a result, the data correction means 22 in the additional character acceptance state (step S67) creates character data including the character code and display position of the character,
It is registered in the character data section 72 of the incense board data registration section 7 (step S69).

When all the character data to be added are added by repeating the above operation, the user clicks the soft button 187.

As a result, the data correction means 22 in the additional character acceptance state (step S67) returns to the process of step S61 (YES in step S68).

Further, when the data correction means 22 is in the correction type acceptance state (step S61) and the user clicks the soft button 186 to instruct that the type of correction is to be changed, the change target is changed. The characters are accepted (steps S63 and S70).

When the user indicates that the type of modification is change, the user uses the keyboard 10-2 to overwrite the character to be changed already displayed on the correction screen with the changed character.

Thus, the acceptance status of the character to be changed
The data correction means 22 in (step S70) creates character data including the character code and the display position of the changed character, and the display position of the character data already stored in the character data section 72 is the same. The changed character data is replaced with the changed character data (step S72).

When all the character data to be changed are changed by repeating the above operation, the user clicks the soft button 187.

As a result, the acceptance status of the character to be changed
The data correction means 22 in (step S70) enters the correction type acceptance state (step S61) (YES in step S71).

The user clicks the soft button 187 when the correction of the character data is completed.

As a result, the data correction means 22 is set in FIG.
The character data correction process shown in 0 is terminated (step S62
Is YES), the process returns to the correction target acceptance state of FIG. 8 (step S42).

The user clicks the soft button 183 to correct the seat data.

As a result, the data correction means 22 in the correction target acceptance state (FIG. 8, step S42) executes seat data correction processing (steps S44, S4).
7). FIG. 11 is a flowchart showing a processing example of the seat data correction processing. When the seat data correction processing is executed, the data correction means 22 enters a correction type acceptance state (step S81).

The user clicks the soft button 183 to instruct that the correction target is seat data, and then clicks one of the soft buttons 184, 185, 186 to select the type of correction. Indicate whether it is deletion, addition, or change.

Now, for example, when the user instructs the modification type to be the deletion, the data modification means 2 in the modification type acceptance state (FIG. 11, step S81).
In No. 2, the number of seats to be deleted is accepted (steps S83 and S84).

When the user indicates that the type of correction is deletion, the user points 1 point in the area for the seat whose seat data is to be deleted by using the mouse 10-1 to set 1 point in the area. Enter the coordinate value of.

When the coordinate values are input, the data correction means 22 in the acceptance state of the seat number to be deleted (step S84) searches the seat data section 73 in the barrel disc data registration section 7 and finds the corresponding seat data. Is deleted (step S8
6).

When all the seat data to be deleted are deleted by repeating the above operation, the user clicks the soft button 187.

As a result, the data correction means 22 in the acceptance state (step S84) for the seat to be deleted returns to the process of step S81 (YES in step S85).

Further, when the data correction means 22 is in the correction type acceptance state (step S81) and the user clicks the soft button 185 to instruct that the correction type is addition, the seat number Is accepted (steps S83 and S87).

When the user indicates that the type of correction is addition, the user performs the same operation as when registering seat data.

As a result, the data correction means 22 in the seat number acceptance state (step S87) creates seat data in the same way as the data creation / registration means 12, and the seat data section 73 in the barrel data registration section 7 is created. To register (step S89).

When all the seat data to be added are added by repeating the above operation, the user clicks the soft button 187.

As a result, the data correction means 22 in the seat number acceptance state (step S87) returns to the processing of step S81 (YES in step S88).

Further, when the data correction means 22 is in the correction type acceptance state (step S81) and the soft button 186 is clicked by the user and the correction type is instructed, the change target is changed. The seat number is accepted (steps S83 and S90).

When the user indicates that the type of modification is change, the keyboard 10-2 is used to enter the input field 188.
Enter the new seat number in the
Use to point to one point in the area corresponding to the seat whose seat number is to be changed.

As a result, the data correction means 22 in the acceptance state of the change target seat number (step S90)
Seat data including the coordinate values of the four vertices of the area and the seat numbers are created, and the seat data section 73 is searched to change the corresponding seat data to the newly created data.
(Step S92).

When all the seat data to be changed are changed by repeating the above operation, the user clicks the soft button 187.

As a result, the data correction means 22 in the acceptance state of the seat number to be changed (step S90)
The correction type acceptance state (step S81) is entered (YES in step S91).

The user clicks the soft button 187 when all the corrections to the seat data are completed.

As a result, the data correction means 22 in the correction target acceptance state (step S81) finishes the seat data correction processing shown in FIG. 11 (step S82 returns Y.
ES), and returns to the acceptance state of the correction target in FIG. 8 (step S42).

The user clicks the soft button 187 when the correction processing for all the data registered in the barrel disk data registration section 7 is completed.

As a result, the data correction means 22 in the correction target acceptance state (FIG. 8, step S42) terminates the processing (step S43 is YES).

Next, the operation when the seat reservation processing section 3 is used to make a reservation will be described.

When carrying out a reservation operation using the seat reservation processing section 3, the user first activates the seat reservation processing section 3.

As a result, the reservation screen display means 31 in the seat reservation processing section 3 displays the line segment data and character data registered in the incense disk data registration section 7 on the CRT 9 as shown in the flow chart of FIG. Expanded display on the reservation screen (step S1
01) Further, the display of the area corresponding to the reserved seat is changed according to the data stored in the seat reservation data registration unit 8 (step S102). The data of the seat reservation data registration unit 8 is created based on the registration data of the seat data unit 73 shown in FIG.

FIG. 19 is a diagram showing a display example at this time. As shown in FIG. 19, soft buttons 191 to 193 are provided below the reservation screen. Further, the example of this figure shows that the seat with seat number A1 has been reserved.

When making a seat reservation, the user clicks the soft button 191 with the mouse 10-1 to instruct the seat reservation.

As a result, the seat reservation data registration means 32.
Executes seat reservation processing (steps S104, S1)
05). FIG. 13 is a flow chart showing a processing example of the seat reservation process. In the seat reservation process, the seat reservation data registration means 32 first enters a seat acceptance state as shown in FIG. 13 (step S111). .

When the user gives an instruction to reserve a seat, the user uses the mouse 10-1 to point one point in the area corresponding to the seat requested to be reserved.

As a result, the seat reservation data registration means 32
Changes the corresponding reservation data in the seat reservation data registration unit 8 to reserved (step S113), and then changes the display of the area corresponding to the reserved seat (step S1).
14) and then ticket issuing processing is performed (step S11).
5) and returns to step S111.

The user clicks the soft button 193 when the reservation of the seat requested to be reserved is completed.

Thus, the seat reservation data registration means 32
Ends the seat reservation process shown in FIG. 13 and returns to the process of step S103 of FIG. 12 (YES in step S112).
S).

When the user is requested to cancel the reserved seat, the user clicks the soft button 192 to instruct that the reserved seat is canceled.

Accordingly, the seat reservation data registration means 32
Executes seat cancellation processing (step S104,
S106). FIG. 14 is a flow chart showing an example of the seat canceling process. In the seat canceling process, as shown in FIG.
The seat is accepted (step S121).

When the user gives an instruction to cancel the reserved seat, the user uses the mouse 10-1 to point to the area corresponding to the seat requested to be canceled.

This allows the seat reservation data registration means 32.
Searches the seat reservation data registration unit 8 and changes the corresponding reservation data to the one indicating unreserved (step S12
3) Further, the display of the area corresponding to the canceled seat is returned to the original display (step S124), and then the process returns to step S121.

When the processing for the seat requested to be canceled is completed, the soft button 193 is clicked.

Thus, the seat reservation data registration means 32
Ends the seat cancel processing (YES in step S122), and returns to the processing in step S103 in FIG.

In the above-mentioned embodiment, the method of creating the line segment data has been described by taking the case where the incense disk is composed only of straight lines as an example. However, when the incense disk includes a curved line, a mouse is used. By tracing the curved line, line segment data of the curved portion can be created. That is, every time the point pointed by the mouse moves by a predetermined distance, the coordinate value of the point is sampled, whereby line segment data indicating a curve can be created.

Further, in the above-mentioned embodiment, the area information indicating the position of each area corresponding to the seat surrounded by the line segment is
By obtaining all the coordinate values of the intersections of the line segments forming the incense board, and then selecting the coordinate values of the four points near the point pointed by the mouse from the coordinate values of the above intersections,
Although the area information is created, the area information can be automatically created based on the line segment data stored in the line segment data section.

[0133]

As described above, according to the present invention, the image of the incense board written on the paper read by the incense board reading means is displayed on the display unit and the position of the point designated by the input unit is used. The incense board data creation / registration unit that creates line segment data indicating the line segments that make up the incense board is provided, and the user can specify the line segments that make up the incense board displayed on the screen of the display unit. Since it suffices to indicate the point using an input device such as a mouse, there is an effect that the disc data can be easily created even if there is no specialized knowledge about the programming language or the compiling work.

The incense disk data creation / registration unit has a function of creating character data including a code of a character input from an input unit such as a keyboard and displayed on the screen of the display unit and a display position on the screen. Therefore, the incense board data including the character data can be easily created.

Furthermore, the barrel disc data creation / registration unit is based on the point designated by the input unit on the screen of the display unit, the seat number input from the input unit, and the line segment data already created. Since it has the function of creating seat data including the position of the area including the point designated by the input unit and the seat number input from the input unit, the barrel data including the seat data can be easily created. .

Furthermore, the line segment indicated by the line segment data registered in the incense disc data registration section and the character indicated by the character data registered in the incense disc data registration section are displayed on the screen of the display section. Since the incense pad data correction unit for expanding and correcting the line segment data, the character data, or the seat data registered in the incense plate data registration unit according to the correction instruction input from the input unit is provided, The board data can be easily modified.

[Brief description of drawings]

FIG. 1 is a block diagram of an embodiment of the present invention.

FIG. 2 is a diagram showing an example of contents of an incense board data registration unit 7.

FIG. 3 is a diagram showing an example of contents of a seat reservation data registration unit 8.

FIG. 4 is a flowchart showing a processing example of the incense board data creation / registration unit 1.

FIG. 5: Data creation / registration means 1 for line segment data creation / registration
It is a flow chart which shows the example of 2 processing.

FIG. 6 is a data creation / registration means 1 when creating and registering character data.
It is a flow chart which shows the example of 2 processing.

FIG. 7: Data creation / registration means 1 for seat data creation / registration
It is a flow chart which shows the example of 2 processing.

FIG. 8 is a flowchart showing a processing example of the incense-plate data correcting section 2.

FIG. 9 is a flowchart showing a processing example of the data correction means 22 when correcting line segment data.

FIG. 10 is a flowchart showing a processing example of the data correction means 22 when correcting character data.

FIG. 11 is a flowchart showing a processing example of the data correction means 22 when correcting seat data.

FIG. 12 is a flowchart showing a processing example of a seat reservation processing section 3.

FIG. 13 is a flowchart showing a processing example of the seat reservation data registration means 32 at the time of seat reservation.

FIG. 14 is a flowchart showing a processing example of a seat reservation data registration means 32 when a reserved seat is canceled.

FIG. 15 is a diagram showing an example of an incense board written on a sheet.

FIG. 16 is a diagram showing a display example of a registration screen.

FIG. 17 is a diagram showing a display example of a registration screen.

FIG. 18 is a diagram showing a display example of a correction screen.

FIG. 19 is a diagram showing a display example of a reservation screen.

[Explanation of symbols]

 1 ... Koban data creation registration unit 11 ... Registration screen display means 12 ... Data creation registration unit 2 ... Koban data correction unit 21 ... Correction screen display unit 22 ... Data correction unit 3 ... Seat reservation processing unit 31 ... Reservation screen display unit 32 ... Seat reservation data registration means 4 ... Basket reading means 5 ... Image registration means 6 ... Image data registration section 7 ... Basket data registration section 71 ... Line segment data section 72 ... Character data section 73 ... Seat data section 8 ... Seat Reservation data registration section 9 ... CRT 10-1 ... Mouse 10-2 ... Keyboard

Claims (4)

[Claims] 1. An image data registration unit, a display unit, an input unit, an incense plate data registration unit, an incense plate reading unit for reading an image of an incense plate printed on a sheet, and a reading unit for reading the incense plate. Image registration means for registering the image data to the image data registration section, and displaying the image of the incense board on the screen of the display section based on the image data of the incense board registered in the image data registration section, Line segment data indicating a line segment forming the incense disc is created based on the position of the point designated by the input unit on the screen of the display unit, and the created line segment data is registered in the incense disc data registration unit. An incense plate data creating method comprising: an incense plate data creating and registering unit. 2. The incense plate data creation / registration unit receives the character data including the character code of the character input from the input unit and displayed on the screen of the display unit and the display position on the screen. The incense disc data creating method according to claim 1, wherein the incense disc data creating method is performed by registering in the registration section. 3. The incense-plate data creation / registration unit, the position of a point designated by the input unit on the screen of the display unit, the seat number input from the input unit, and the incense-plate data registration unit. Based on the line segment data registered in
Creating seat data including a position of an area surrounded by the line segment including a point designated by the input unit and a seat number input from the input unit, and registering the seat data in the barrel data registration unit. The method according to claim 2, wherein: 4. The line segment indicated by the line segment data registered in the incense disc data registration unit and the character indicated by the character data registered in the incense disc data registration unit are displayed on the screen of the display unit. It is provided with an incense pad data correcting unit that expands and corrects line segment data, character data, or seat data registered in the incense plate data registration unit according to a correction instruction input from the input unit. The method for creating the incense plate data according to item 3.