JP5016096B2 - Seat layout creation device, system, method, and program - Google Patents

Description

  The present invention relates to a technique for creating a seat layout image used for seat reservation in a movie theater or a theater.

  Conventionally, a system has been proposed in which a seat to be viewed can be reserved on the Internet together with the purchase of a viewing ticket in a theater or a movie theater (for example, see Patent Document 1).

  In such a system, the reservation center collects screening information such as the movies and screening schedules shown in each movie theater, and seat information such as the number of seats owned by the movie theater and the seat layout from each movie theater. Centralized management on the server.

  A user connects to a reservation center server from a personal computer (PC) or mobile terminal device that he owns via the Internet, and sees movie theater information, screening information, and seat information displayed on the terminal screen. However, it is possible to purchase a viewing ticket and reserve a seat by designating a desired movie theater, movie, screening date and time, and seating to the server. In this way, the user can watch the movie while seating on the promised seat without worrying about lining up before the screening to secure a seat or standing up without being able to secure the seat.

JP 2002-24465

  In the system as described above, the reservation center needs to have a seat layout image representing the arrangement of seats in a movie theater in order to allow the user to specify a desired seat on the terminal screen. In addition, the reservation center receives seat layout images from the respective movie theaters to collect the seat layout images of the respective theaters. However, when the seat layout image itself created on the cinema side is handled, it is difficult to flexibly deal with the processing / modification of the seat layout and the design change, and the work load on both the cinema side and the reservation center side is difficult. There is a problem of being big. For example, the movie theater side is forced to create a layout image to be provided to the reservation center. Therefore, the movie theater side changes the seat information such as the number of seats and arrangement, and seat attributes such as wheelchair seats and pair seats. If there is, work will occur each time. On the other hand, on the reservation center side, the work load is large when the differences in image format and layout design provided from each movie theater are absorbed and unified.

  In view of the above problems, an object of the present invention is to support the creation of a seat layout image used when reserving a movie theater seat on the Internet. It is to reduce the workload.

Based on the above objects, one aspect of the present invention (1), a program accepts input of seating layout data defined by a predetermined value the seat attribute for each element of the matrix consisting of columns and a predetermined number of rows of Tokoro constant the enumeration and means for transmitting, means for receiving the seating layout data from the client terminal apparatus, from the seating layout data, a value that indicates the seat attributes defined for each element of the matrix with respect to the client terminal device Means for extracting the seat attribute data, means for shaping the seat attribute data as a seat matrix, and converting the seat attribute data shaped as the seat matrix into an image corresponding to a value indicating the seat attribute, And a means for creating a seat layout image.

According to another aspect (3) of the present invention, the above aspect is regarded as a system category. In the information processing system including the above-described seat layout creation device and the client terminal device, the client terminal device is a predetermined one. display matrix comprising a number of columns and a predetermined number of lines as an input form, an input of the seating layout data defining a seat attribute by a predetermined value for each element of the matrix consisting of a predetermined number of columns and a predetermined number of rows And means for transmitting the inputted seat layout data to the seat layout creation device.

Another aspect of the present invention (4), which is assumed the embodiment as a category of methods, computer is a predetermined value a seat attribute for each element of the matrix consisting of a predetermined number of columns and a predetermined number of rows comprising the steps of a program that receives an input of seating layout data defining transmits to the client terminal apparatus by the computer, and receiving the seating layout data from the client terminal device, the computer, the seating layout data from extracting seat attribute data listing the value indicating the seat attributes defined for each element of the matrix, the steps of the computer, shaping the seat attribute data as a seat matrix, computer, pre-Symbol seat matrix said seat attribute data shaped as, the seat Into image corresponding to the value indicating the sex, characterized in that it comprises the steps of creating a seating layout image.

Another aspect of the present invention (5), which is assumed the embodiment as a category of the program, computer, and predetermined values seats attributes for each element of the matrix consisting of a predetermined number of columns and a predetermined number of rows define a program that receives an input of seating layout data defining means to be transmitted to the client terminal, means for receiving the seating layout data from the client terminal apparatus, from the seating layout data, each element of the matrix by Means for extracting seat attribute data enumerating values indicating the seat attributes, means for shaping the seat attribute data as a seat matrix, and the seat attribute data shaped as the seat matrix indicates the seat attributes into image according to the value, means for creating a seating layout image, as the machine Characterized in that to.

According to the aspects of (1) and (3) to ( 5 ), the seat layout data in which the seat attribute is defined by the predetermined value for each element of the seat matrix composed of the predetermined number of columns and the predetermined number of rows is stored in the client terminal. Let the device input. Then, based on the seat layout data, a seat layout image is created by converting a predetermined value defined as a seat attribute for each element of the seat matrix into an image associated in advance.

  In this way, by inputting data as a material for creating a seat layout image to the movie theater side, it is not necessary to receive the image data of the seat layout itself from the movie theater side. As a result, it is possible to flexibly cope with processing / modification of seat layouts, design changes, and the like, and it is possible to reduce the workload on both the movie theater side and the system provider side.

According to another aspect (2) of the present invention, in any one of the above aspects, the seat attribute includes a seat type and a seat block, and the means for creating the seat layout image is shaped as the seat matrix. The seat attribute data is converted into an image corresponding to the value indicating the seat type, and a first layout image is created, and the seat attribute data shaped as the seat matrix is changed according to the value indicating the seat block. And a means for creating a second layout image and a means for synthesizing the first layout image and the second layout image to create the seat layout image.

  According to the aspect of (2), the seat layout data that defines the seat type and the seat block by the predetermined value as the seat attribute is input to the client terminal device. In addition, the first layout image and the second layout image are respectively created by converting predetermined values respectively defined as the seat type and the seat block for each element of the seat matrix into images that are associated in advance with each other. . Then, the first layout image and the second layout image are combined to create a seat layout image.

  In other words, a layer image is created according to the content treated as a seat attribute, and a single seat layout image is created by combining them, so when any of the seat attributes changes, Only the layer image needs to be created in accordance with the changed content, which is suitable for flexibly responding to seat layout processing / modification and design change.

  It should be noted that a category (method for the apparatus, program for the method, etc.) different from each of the above aspects and more specific aspects described below are also included in the present invention. For different categories, “means” shall be appropriately read as “process” or “step”. Further, the execution order of processes and steps is not limited to the above, and can be changed as appropriate.

  ADVANTAGE OF THE INVENTION According to this invention, creation of the seat layout image used when reserving the seat of a movie theater on the internet can be supported, and the workload on both the movie theater side and the system provider side can be reduced.

The functional block diagram which shows the structure of the system 1 of embodiment of this invention. The figure which shows the information (data) used by embodiment of this invention. The figure which shows the information (data) used by embodiment of this invention. The figure which shows the information (data) used by embodiment of this invention. The flowchart which shows the process sequence in embodiment of this invention. The flowchart which shows the process sequence in embodiment of this invention. The conceptual diagram showing the effect | action of embodiment of this invention. The conceptual diagram showing the effect | action of embodiment of this invention. The conceptual diagram showing the effect | action of embodiment of this invention. The conceptual diagram showing the effect | action of embodiment of this invention. The conceptual diagram showing the effect | action of embodiment of this invention.

  Next, modes for carrying out the present invention (hereinafter referred to as embodiments) will be described with reference to the drawings. Note that assumptions common to the contents described in the background art and issues are omitted as appropriate.

[System configuration]
As shown in FIG. 1, the present embodiment is connected to a client terminal device (hereinafter referred to as a terminal) 2 installed on a movie theater side and a terminal 2 via a communication network, and becomes a material for creating a seat layout image. The present invention relates to an information processing system (hereinafter, system) 1 having a seat layout creation device (hereinafter, server) 3 that receives data (hereinafter, seat layout data) from a terminal 2.

  The terminal 2 is an information processing apparatus that accesses a web page provided by the server 3 via a communication network, and is a personal computer (PC), a smartphone, a tablet PC, a mobile phone terminal device, or the like used by a movie theater administrator. is there. In addition, in FIG. 1, although one is typically illustrated as the terminal 2, many exist in fact. The server 3 is a personal computer (PC) used by an administrator who manages and manages the system 1.

  The server 3 includes, as a general computer configuration, an arithmetic control unit 21 such as a CPU, a storage unit 22 such as an external storage device (HDD or the like) or a main memory, a communication network (the Internet or a mobile phone communication network, these A communication unit (gateway server, LAN adapter, etc.) 23 that performs communication via a combination, and an image creation unit 34 that creates a seat layout image. The server 3 provides the terminal 2 with a computer program (application, script, web page, etc.) that allows the theater side to input seat layout data via the communication network, and based on the input seat layout data. A seat layout image.

  As a general computer configuration, the terminal 2 includes an arithmetic control unit 31 such as a CPU, a storage unit 32 such as an external storage device or a main memory, and a communication unit 23 that performs communication via a communication network. Furthermore, it has the input part 24, such as a key switch and a touch-panel function, and the display parts 25, such as a display panel and organic EL (electroluminescence).

  In these terminals 2 and server 3, the arithmetic control units 21 and 31 read and execute predetermined computer programs stored (installed) in the storage units 22 and 32, respectively, and the storage units 22 and 32 and the communication units 23 and 32. By operating in cooperation with other hardware resources such as 33, each means provided in the terminal 2 and the server 3 is realized.

  Among these means, means for storing information (hereinafter referred to as storage means) are various databases (hereinafter referred to as DB), variables such as files and arrays, various stacks and registers, system setting values, and the like in the storage units 22 and 32. It can be realized in any format.

  Among such storage means, the means for storing the seat layout data of the server 3 is a screen owned by the movie theater and the movie theater for the seat layout data transmitted from the terminal 2, as shown in FIGS. This is realized by the seat layout data DB 4 stored every time.

  Further, as shown in FIG. 4, the means for storing the seat layout image of the server 3 is configured to display the seat layout image created by the image creation unit 34 based on the seat layout data stored in the seat layout data DB, as shown in FIG. And a DB stored for each screen owned by the movie theater. The reservation center provides a seat reservation service for a movie theater using the seat layout image.

  The seat layout data DB 4 uses a “coordinate number”, “seat row number”, “seat row number”, “seat type” for each “movie theater ID” that identifies a movie theater using the system 1 using the terminal 2. "And" seat block "are stored in association with" screen code ".

  The coordinate number is data for specifying the coordinate position of each element in a seat matrix (illustrated in the figure) composed of a predetermined number of columns and a predetermined number of rows, and is composed of a coordinate column number and a coordinate row number. . Note that “coordinate number”, “seat row number”, “seat row number”, “seat type”, and “seat block” are set for all elements constituting the seat matrix. In the illustrated example, the seat matrix is 10 rows and 16 columns, and “coordinate number”, “seat column number”, “seat row number”, “seat type”, and “seat block” are set for all 160 elements. . For example, as a coordinate number, in the case of an element filled in the illustrated example, “4” is set to the coordinate column number and “2” is set to the coordinate row number.

  The seat row number is data that defines the row number of the seat for the element defined as a seat in the seat matrix. In the illustrated example, “3” is set as the seat row number.

  The seat row number is data that defines what row the seat is for the element defined as a seat in the seat matrix. In the illustrated example, “2” is set as the seat row number.

  The seat type is data that defines whether or not the element of the seat matrix is a seat and whether it is a general seat or a special seat (wheelchair-only or pair seat, etc.). is there. The seat type is data defined by a predetermined value, for example, “1” for a general seat, “8” for a passage, “2” for a pair seat, “ 3 ”. In the illustrated example, “1” is set as the seat type.

  The seat block is data defining which block the seat belongs to for an element defined as a seat in the seat matrix. A block is a unit indicating a group of a plurality of seats. In the illustrated example, “B” is set as the seat block.

  The seat layout image DB 5 stores the image data of “seat layout image”, “seat type layout image”, “seat block layout image”, and “seat row / column number layout image” on a screen for each movie theater ID described above. It is stored in association with the code. The seat layout image is an image created as a single image by overlaying a seat type layout image, a seat block layout image, and a seat row / column number layout image in a layer shape. As the image data, any format such as GIF, FLASH, and JPEG (all are registered trademarks) can be applied.

[Action]
A processing procedure executed by the terminal 2 in the system 1 configured as described above is shown in the flowchart of FIG. An example of specific display corresponding to this processing procedure is shown in the conceptual diagram of FIG.

<Processing procedure of terminal 2>
A processing procedure of the terminal 2 will be described. Note that the processing procedure of the terminal 2 described below is performed when the arithmetic control unit 21 of the terminal 2 executes a program such as an application or a script stored in the storage unit 22. This program is provided to the terminal 2 by the provider of the system 1 being transmitted from the server 3 via the network. Moreover, the calculation control part 21, the memory | storage part 22, the communication part 23, the input part 24, and the display part 25 which perform each step demonstrated below each comprise the various means with which the terminal 2 of this invention is provided.

  First, the terminal 2 performs input processing of the number of coordinate columns and the number of coordinate rows (step S11). The terminal 2 displays an input form on the display unit 25 (see (1) in FIG. 7), and accepts input of numerical values indicating the number of coordinate columns and the number of coordinate rows by the user. And if a user inputs via the input part 24, it will memorize | store in the memory | storage part 22. FIG. In the example shown in (1) of FIG. 7, “16” is input as the number of coordinate columns and “10” is input as the number of coordinate lines.

  Next, the terminal 2 performs a seat matrix display process (step S12). The terminal 2 generates a matrix composed of the number of coordinate columns and the number of coordinate lines input in step S11, and displays the matrix on the display unit 25 as a seat attribute input form described later (see (2) in FIG. 7). In the example shown in (2) of FIG. 7, it is assumed that a matrix of 10 rows and 16 columns is displayed. The user is allowed to input seat attributes for the elements of the matrix.

  Next, the terminal 2 performs seat attribute input processing (step S13, step S14). The seat attribute includes a seat type and a seat block.

  In the seat type input process of step S13, the terminal 2 receives the input of the seat type from the user via the seat matrix displayed as an input form on the display unit 25 by the input unit 24.

  The seat type is data that identifies a seat and a passage, a special seat such as a pair seat or a wheelchair seat, and a general seat, and is represented by a value assigned to each. In other words, it is data that defines matrix elements with predetermined values. For example, “1” for a general seat, “8” for a passage, “2” for a pair seat, and a wheelchair seat. The condition is “3”.

  At the time of input, it is possible to apply a method in which one or a plurality of elements are specified by a pointer and key touch input in a manner of inputting a value to a known spreadsheet application. Moreover, in order to facilitate the input, the above values are not limited to actual input. For example, only by designating elements to be used for passages and special seats (see (3) in FIG. 7), other than that These elements can be general seats and can be assigned values corresponding to each.

  When the seat type is input, the terminal 2 assigns the input value in accordance with each element specified by the coordinates composed of the seat column number and the seat row number, and stores them in the storage unit 22 ( (See (5) in FIG. 7 and FIGS. 2 and 3).

  Further, in the seat block input process of step S14, the terminal 2 receives the input of the seat block from the user by the input unit 24 via the seat matrix displayed as the input form on the display unit 25. At this time, the seat type input in step S13 is reflected in the display of the matrix (see (3) in FIG. 7).

  The seat block indicates a set of elements in which the general seat is defined, and is data represented by values assigned to the respective elements. In other words, the seat block is also a value that defines the elements of the matrix. For example, a predetermined value is set such as “A” for the A block and “B” for the B block ((( See 4)).

  Note that, when inputting, a method of specifying one or a plurality of elements with a pointer and inputting a key can be applied as in the above-described seat attribute. When the seat block is input, the terminal 2 assigns the input value in accordance with each element specified by the coordinates including the seat column number and the seat row number, and stores the value in the storage unit 22 ( (See (5) in FIG. 7 and FIGS. 2 and 3).

  Next, the terminal 2 performs seat layout data generation processing (step S15). Based on the seat attributes stored in the storage unit 22, the terminal 2 determines “seat row number” and “seat row number” in accordance with each element specified by coordinates including a seat row number and a seat row number. Is stored in the storage unit 22 (see (5) in FIG. 7, FIG. 2 and FIG. 3). The seat row number and the seat row number correspond to a number assigned to a movie theater seat such as “A-10”, for example, and are data represented by predetermined values. The assignment of the seat row number and the seat row number is performed for the element in which the general seat excluding the passage is defined in the seat matrix. For example, when a passage is assigned to all the elements constituting one column or one row, a value as a number is not assigned to the elements constituting the column or row. When a general seat is assigned to at least one of the elements constituting one column or one row, a value as a number is assigned to the element constituting the column or row.

  Further, the terminal 2 calculates “the number of general seats” and “the number of special seats” based on the seat attributes stored in the storage unit 22 and stores them in the storage unit 22. The number of general seats is the sum of the elements for which general seats are defined. The number of special seats is the sum of the elements for which special seats are defined.

  Next, the terminal 2 performs seat layout data transmission processing (step S16). The terminal 2 transmits the seat layout data generated in steps S11 to S15 to the server 3 through the communication unit 23.

<Processing procedure of server 3>
A processing procedure of the server 3 will be described. In addition, the process procedure of the server 3 demonstrated below is performed when the calculation control part 31 of the server 3 runs the program memorize | stored in the memory | storage part 32. FIG. In addition, the calculation control unit 31, the storage unit 32, the communication unit 33, and the image creation unit 34 that execute each step described below constitute various units included in the server 3 of the present invention.

  First, the server 3 performs seat layout data reception processing (step S21). The server 3 receives the seat layout data transmitted from the terminal 2 in step S16 described above, and stores it in the seat layout data DB 4 of the storage unit 32.

  Next, the server 3 performs seat attribute data extraction processing from the seat layout data stored in the seat layout data DB 4 (step S22). The server 3 sorts out and lists the values indicating the seat type defined in each element specified by the coordinates made up of the coordinate row number and the coordinate row number, with the coordinate row sorted as an axis, Is extracted (see (1) in FIG. 8).

  Next, the server 3 performs shaping processing of the extracted seat type data (step S23). The server 3 forms the seat type data by dividing the extracted seat type data by the number of coordinate columns (18), cutting the line, and making a line feed (see (2) in FIG. 8). That is, the value defining the seat type is shaped as a seat matrix with 16 columns and 10 rows.

  Next, the server 3 performs seat type layout image creation processing based on the shaped seat type data (step S24). The server 3 creates a seat type layout image by converting the image into predetermined image elements according to each value constituting the shaped seat type data. For example, the color of the image element corresponding to the value “1” indicating the general seat, the color of the image element corresponding to the value “8” indicating the passage, and the values “2” and “3” indicating the special seat. A seat type layout image is created by setting the colors of the corresponding image elements to different colors and painting them separately (see (3) in FIG. 8). The server 3 stores the created seat type layout image in the seat layout image DB 5 of the storage unit 32.

  Subsequently, the server 3 performs seat block data extraction processing from the seat layout data stored in the seat layout data DB 4 (step S24). The server 3 extracts the seat block data by extracting and listing the values indicating the seat blocks defined for each element specified by the coordinates made up of the coordinate sequence and the coordinate row, with the coordinate sequence sorted as an axis. (Refer to (1) in FIG. 9).

  Next, the server 3 performs shaping processing of the extracted seat block data (step S25). The server 3 forms the seat block data by dividing the extracted seat block data by the number of coordinate columns (18), cutting it, and then starting a line feed (see (2) in FIG. 9). That is, the value defining the seat block is shaped as a seat matrix of 16 columns and 10 rows.

  Next, the server 3 performs a seat block layout image creation process based on the shaped seat block data (step S26). The server 3 creates a seat block layout image by converting the image into predetermined image elements according to each value constituting the shaped seat block data. For example, setting the color of the image element corresponding to the value “A” indicating the seat block A and the color of the image element corresponding to the value “B” indicating the seat block B to different colors, A seat block layout image is created by adding an image element describing a block name for each block (see (3) in FIG. 9). The server 3 stores the created seat block layout image in the seat layout image DB 5 of the storage unit 32.

  Subsequently, the server 3 performs processing for extracting seat column number data and seat row number data from the seat layout data stored in the seat layout DB 4 (step S27). The server 3 sorts out and lists the values indicating the seat column number and the seat row number defined for each element specified by the coordinates including the coordinate sequence and the coordinate row, with the coordinate sequence as an axis, The seat column number data and the seat row number data are extracted.

  Next, the server 3 performs a shaping process on the extracted seat column number data and seat row number data (step S28). The server 3 forms the seat column number data and the seat row number data by dividing the extracted seat column number data and the seat row number data by the number of coordinate columns (18), cutting them, and starting a line feed. That is, the values defining the seat column number and the seat row number are shaped as a 16-column 10-row seat matrix.

  Next, the server 3 performs a seat row / row number layout image creation process based on the shaped seat row number data and seat row number data (step S29). The server 3 creates a seat row / row layout image by converting the image into predetermined image elements in accordance with the values constituting the shaped seat row number data and seat row number data. For example, a seat column / row layout image such as a frame describing column numbers and row numbers at the start and end of an element indicating a general seat is created (see FIG. 10). The server 3 stores the created seat row / row layout image in the seat layout image DB 5 of the storage unit 32.

  Subsequently, the server 3 synthesizes the created layout images stored in the seat layout image DB 5 and performs a seat layout image creation process (step S30). The server 3 creates a seat layout image by superimposing each layout image as a layer image in the order of a seat type layout image, a seat block layout image, and a seat row / row layout image and combining them into a single image ( (See FIG. 11). The server 3 stores the created seat layout image in the seat layout image DB 5.

  As described above, according to the present embodiment, the seat layout data in which the seat attribute is defined by the predetermined value for each element of the seat matrix including the predetermined number of columns and the predetermined number of rows is used for the movie theater. Let the administrator enter it. Then, based on the seat layout data, a predetermined value defined as a seat attribute for each element of the seat matrix is converted into a previously associated image on the server 3 side, thereby creating a seat layout image. I made it.

  In this way, by inputting data as a material for creating a seat layout image to the movie theater side, it is not necessary to receive the image data of the seat layout itself from the movie theater side. As a result, it is possible to flexibly cope with processing / modification of seat layouts, design changes, and the like, and it is possible to reduce the work load on both the movie theater side and the system provider side.

  In addition, the seat manager uses the terminal 2 to input the seat layout data that defines the seat type and the seat block with predetermined values as seat attributes. Also, predetermined values respectively defined as the seat type and the seat block for each element of the seat matrix are converted into images that are associated in advance, thereby creating a layout image corresponding to each. Then, the created layout image is synthesized to create a seat layout image. In other words, a layer image is created according to the content treated as a seat attribute, and a single seat layout image is created by combining them, so when any of the seat attributes changes, Only the layer image needs to be created in accordance with the changed content, which is suitable for flexibly responding to seat layout processing / modification and design change.

  In addition, said each embodiment is only an illustration, and this invention includes what is illustrated below and other embodiment other than that. For example, the seat column number and the seat row number are assigned to the elements of the seat matrix in the terminal 2 (see step S15). However, the present invention is not limited to this, and the server 3 performs this processing. Also good.

  In addition, each element such as means relating to the present invention is not limited to an arithmetic control unit of a computer, but may be realized by other information processing mechanisms such as an electronic circuit based on wired logic or the like. Each configuration diagram, data diagram, flowchart diagram, and the like are merely examples, and the presence / absence of each element, the arrangement order thereof, the execution order of each process, specific contents, and the like can be appropriately changed. For example, the server device of the present invention may be realized by using a plurality of devices such as a server as a component, and a configuration in which each storage unit is realized by a separate and independent server device or system is also common. Further, depending on the function, the configuration can be flexibly changed, for example, by calling an external platform or the like with an API (Application Program Interface) or network computing.

1 System 2 Terminal 3 Server 4 Seat layout data DB
5 Seat layout image DB
21, 31 Operation control unit 22, 32 Storage unit 23, 33 Communication unit 24 Input unit 25 Display unit 34 Image creation unit

Claims (5)

A program that accepts input of the seating layout data seats attributes defined by a predetermined value for each element of the matrix consisting of columns and a predetermined number of rows of Tokoro constants, and means for transmitting against client terminal device,
Means for receiving the seat layout data from the client terminal device;
Means for extracting, from the seat layout data, seat attribute data listing values indicating seat attributes defined in each element of the matrix;
Means for shaping the seat attribute data as a seat matrix;
Means for converting the seat attribute data shaped as the seat matrix into an image corresponding to a value indicating the seat attribute and creating a seat layout image;
A seat layout creation device characterized by comprising: The seat attributes include a seat type and a seat block,
The means for creating the seat layout image includes:
Means for converting the seat attribute data shaped as the seat matrix into an image corresponding to a value indicating the seat type, and creating a first layout image;
Means for converting the seat attribute data shaped as the seat matrix into an image corresponding to a value indicating the seat block, and creating a second layout image;
The seat layout creation device according to claim 1, further comprising means for synthesizing the first layout image and the second layout image to create the seat layout image. In the information processing system which has the seat layout creation device according to claim 1 or 2, and the client terminal device,
The client terminal device
Display matrix consisting of a predetermined number of columns and a predetermined number of rows as input form, the seating layout data defined by a predetermined value the seat attribute for each element of the matrix consisting of a predetermined number of columns and a predetermined number of rows Means for accepting input;
Means for transmitting the inputted seat layout data to the seat layout creation device. Step computer is to be transmitted, a program that accepts input of a seating layout data defining a predetermined value the seat attribute for each element of the matrix consisting of a predetermined number of columns and a predetermined number of rows, with respect to the client terminal device When,
A computer receiving the seat layout data from the client terminal device;
A computer extracting seat attribute data listing values indicating seat attributes defined in each element of the matrix from the seat layout data;
A computer shaping the seat attribute data as a seat matrix;
And step computer, to said seat attribute data shaped as a pre-Symbol seat matrix, into image corresponding to the value indicating the seat attribute, create a seating layout image,
The seat layout creation method characterized by including this. The computer,
A program that accepts input of the seating layout data seats attributes defined by a predetermined value for each element of the matrix consisting of a predetermined number of columns and a predetermined number of lines, it means to be transmitted to the client terminal apparatus,
Means for receiving the seat layout data from the client terminal device;
Means for extracting seat attribute data listing values indicating the seat attributes defined in each element of the matrix from the seat layout data;
Means for shaping the seat attribute data as a seat matrix; and
Means for converting the seat attribute data shaped as the seat matrix into an image corresponding to a value indicating the seat attribute and creating a seat layout image;
A program characterized by functioning as

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