JP5053155B2 - FLASH file automatic generation device, FLASH file automatic generation program - Google Patents

Description

  The present invention relates to a FLASH file automatic generation device and a FLASH file automatic generation program for automatically generating a FLASH file and transmitting it to a terminal device such as a mobile phone.

  In recent years, content has been provided via a network using a technique called FLASH. FLASH creates Web content by combining animation of voice and vector graphics. In a terminal device such as a mobile phone, a FLASH file created by FLASH can be played (viewed) by incorporating software called a FLASH player.

Dynamic generation of FLASH images created by FLASH is widely performed (for example, Patent Document 1). In the flash movie automatic creation system described in Patent Document 1, characters, photos, and illustrations used for a flash movie are input at a user terminal and transmitted to a flash movie generation server via a network. The flash video generation server recognizes the character and image data sent from the user terminal, and based on the flash pattern analysis file consisting of various patterns of flash video and the data indicating the movement instructed by the user, Flash animation is dynamically generated automatically by synthesizing with recognized character and image data.
JP 2002-366396 A

  As described above, in the conventional flash video automatic generation system, when generating a flash file (flash video) from a user terminal, characters, photos, and illustrations used in the video are input on the user terminal, and the flash video is generated via the network. There was a need to send to the server.

  Therefore, when creating a large number of flash files, it is necessary to transmit content data such as characters, photos, and illustrations used in the flash file each time.

  The present invention has been made in consideration of the above-described circumstances, and its purpose is to automatically generate a FLASH file and a FLASH file that can automatically generate a large number of FLASH files without requiring a great deal of labor. To provide a program.

The present invention includes a content recording unit that records a plurality of content data for each of a plurality of content types including an image, and a FLASH file generation unit that generates a FLASH file based on the content data recorded in the content recording unit. The FLASH file generated by the FLASH file generating unit is transmitted to the terminal device, and the FLASH file transmitted by the transmitting unit is reproduced in the terminal device, and the input to the terminal device for the reproduction is performed. receiving means for receiving a processing result, and and a status setting means for setting the status in accordance with the received processing result by the receiving means, the FLASH file generation means, the status set by the status setting means In response to the, Selects one of the content data for each of the serial multiple content types, and generate a FLASH file that combines the selected content data, said status setting means, a plurality of the FLASH generated by the FLASH file generating means The status is changed each time a file is transmitted to the terminal device and the processing result corresponding to the reproduction of each FLASH file is received .

  According to the present invention, a status is set according to an input in a terminal device for a FLASH file, and any content data is selected for each of a plurality of content types according to the set status, and the selected content data A FLASH file combining the above is generated. As a result, a large number of FLASH files can be automatically generated without requiring enormous effort.

  Embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1 is a block diagram showing a configuration of a system in the present embodiment. The system shown in FIG. 1 automatically generates a FLASH file in the FLASH file automatic generation apparatus 10 and is connected to a mobile phone 16 (16-1, 6-2,..., 16- connected via the Internet 12 and the mobile phone network 14. n).

  The FLASH file automatic generation device 10 provides a FLASH game in which a plurality of FLASH files are combined. The FLASH file is automatically generated according to the progress of the game and transmitted to the mobile phone 16. The FLASH file automatic generation device 10 sets a status indicating the execution state of the FLASH game in response to the input of the transmitted FLASH file in the mobile phone 16 in response to the input. Then, according to the status, any content data is selected for each of a plurality of content types (for example, character, background, advertisement, text, script, etc.), and a FLASH file is generated by combining the selected content data. .

FIG. 2 is a block diagram showing a configuration of the FLASH file automatic generation device 10.
As shown in FIG. 2, the FLASH file automatic generation device 10 includes a Web server 20 and a database 22, for example. The Web server 20 automatically generates a FLASH file and distributes the FLASH file to the mobile phone 16 accessed through the Web page. The database 22 records data necessary for automatically generating a FLASH file by the Web server 20, and includes status data 22a and content data 22b.

  The Web server 20 is realized by a computer, and includes a control unit 23, a communication unit 24, an input unit 25, and a memory 27 as shown in FIG.

  The control unit 23 includes a CPU and implements various functions by executing various programs by the CPU. For example, in the control unit 23, a Web function unit 30 and a FLASH generation unit 32 are realized.

  The web function unit 30 publishes a web page on the Internet 12 through the communication unit 24. The web function unit 30 transmits and receives files to and from the mobile phone 16 that has accessed the web page. The Web function unit 30 distributes the FLASH file generated by the FLASH generation unit 32 to the mobile phone 16 that has accessed the Web page in order to execute the FLASH game provided by the Web server 20.

  The FLASH generation unit 32 automatically generates a FLASH file using the status data 22a and the content data 22b recorded in the database 22. The FLASH generation unit 32 includes a transmission unit 33, a reception unit 34, a status setting unit 35, a model determination unit 36, and a FLASH file generation unit 37.

  The transmission unit 33 transmits the FLASH file generated by the FLASH file generation unit 37 to the mobile phone 16 that is executing the FLASH game. Since the FLASH game is realized by combining a plurality of FLASH files, the FLASH file sequentially generated by the FLASH file generation unit 37 is transmitted according to the progress of the game.

  The receiving unit 34 receives a result obtained by reproducing the FLASH file transmitted by the transmitting unit 33 on the mobile phone 16, for example, a status (parameter) determined as a game result. The mobile phone 16 displays a game screen by playing back the FLASH file distributed from the Web server 20, and executes a selection input of a command or a game event defined in the FLASH file by a user operation. The receiving unit 34 receives the results accompanying the reproduction of these FLASH files.

  The status setting unit 35 sets a status indicating the execution state of the FLASH game in accordance with the result obtained by playing the FLASH file received by the receiving unit 34. For example, the status setting unit 35 stores in the database 22 the status (parameters and the like) determined by the game executed by the mobile phone 16 playing the FLASH file, that is, the status (parameters, etc.) determined by the event executed on the input. Let me record as. Since the next FLASH file is generated based on the status set by the status setting unit 35 and the game proceeds, the game transitions while taking over the status (parameter). Details of the status set by the status setting unit 35 are shown in FIG. 3 (described later).

The model discriminating unit 36 discriminates the model of the mobile phone 16 that has been accessed via the web page. Model determination unit 36 receives information about the model by being accessed Web pages Web function section 30 is exposed by the mobile telephone 16 to determine the model based on this information.

  The FLASH file generation unit 37 selects any content data for each of a plurality of content types recorded in the database 22 in accordance with the status set by the status setting unit 35, and combines the selected content data. Generate a FLASH file. The FLASH file generation unit 37 sets the recording capacity of the FLASH file generation area 27 b used for generating the FLASH file according to the model of the mobile phone 16 determined by the model determination unit 36. That is, a FLASH file that can be played back on the mobile phone 16 is created in accordance with the specifications (for example, memory capacity, CPU performance, display size, sound source type, etc.) of the mobile phone 16 to which the FLASH file is distributed. That is, when the FLASH file generation unit 37 selects any content data for each of a plurality of content types (eg, character, background, etc.), the file size of the FLASH file generated by combining the plurality of content data is The recording capacity of the FLASH file generation area 27b set according to the model of the mobile phone 16 determined by the model determination unit 36 is set.

  The communication unit 24 controls communication via the Internet 12, transmits the FLASH file generated by the FLASH generation unit 32 through the Web page, and receives the result of reproducing the FLASH file on the mobile phone 16.

  The input unit 25 inputs various data.

  The memory 27 records various programs and data. The programs recorded in the memory 27 include the FLASH automatic generation program 27a in addition to the basic control program. The FLASH automatic generation program 27a is a program for realizing a FLASH game in which a plurality of FLASH files are combined. In addition, a FLASH file generation area 27b used for generating a FLASH file is set in the memory 27 in accordance with the execution of the FLASH automatic generation program 27a. The FLASH file generation area 27b is provided with a recording capacity (for example, 100 Kb or 200 Kb) according to the model of the mobile phone 16 determined by the FLASH generation unit 32 (model determination unit 36).

FIG. 3 is a diagram illustrating a data configuration example of the status data 22a.
In the status data 22a, map position data indicating the progress position of the game is used in association with user data for identifying the mobile phone 16 (user) who has accessed the Web page to execute the FLASH game. Parameters indicating the state of the player character to be played, item data indicating items acquired by the player character in the game, and the like are set.

  In the present embodiment, the FLASH game provided by the FLASH file automatic generation device 10 performs, for example, an event, a battle, an item, etc. that occur for each square while proceeding through a map of 100 squares in the “Sugoroku” format. The purpose of this game is to win the battle with the boss character in the game.

  The map position data indicates where the player character is in 100 squares. For example, “physical strength”, “intellect”, “luck”, “attack”, “defense”, “HP”, etc. are set as parameters, and are set according to the game situation and the result of executing the FLASH file on the mobile phone 16. The The item data indicates items acquired by event digestion or command selection during the game, for example, items such as weapons and armor.

In order to finally fight the boss in the game, it is necessary to stop at a specific square on the map and acquire a specific item, for example. If the item has not been acquired, it is not possible to fight the boss, and it will be repeated from the beginning of the map . Also, even if you can fight the boss, the user parameters ("physical strength", "intelligence", "luck", "attack", "defense", "HP") obtained by digesting certain events in the middle of the course are above a certain value If not, you cannot win the battle and return to the beginning of the map.

  FIG. 4 is a diagram illustrating the concept of the “Sugoroku” game. As shown in FIG. 4, various events are prepared at predetermined map positions in 100 squares. For example, a battle event, a parameter change event, an item GET event, a weapon purchase event, and the like are prepared. Each event is represented by a FLASH file (script data). Also, depending on the map position, the character or background used in the game screen may be determined.

  In the FLASH file automatic generation device 10 according to the present embodiment, a FLASH file is not prepared and prepared in advance for each of 100 squares, but for each of a plurality of content types according to the current game situation indicated by the status. By selecting and combining the content data, a FLASH file that dynamically matches the game situation is automatically generated.

FIG. 5 is a diagram illustrating a data configuration example of the content data 22b.
In the content data 22b, a plurality of content data is prepared for each of a plurality of content types, for example, character data, background data, advertisement data, text data, and script data. For example, the character data includes data for displaying a plurality of characters such as “character 1”, “character 2”,. A plurality of contents data is prepared for each of the other data.

The content data 22b includes data representing the same content but different data sizes. For example, “data 1”, “data 2”, and “data 3” having different data sizes are prepared as data for displaying “character 1”. A plurality of data having different data sizes are selected according to the specifications (memory capacity, CPU performance, etc. ) of the mobile phone 16 that is the destination of the FLASH file, and the FLASH file is combined with other content data. Generated. Note that the script data is data defining game logic. Although not shown in FIG. 4, it is possible to include other content data such as audio data corresponding to the sound source type.

  Next, the operation of the FLASH file automatic generation device 10 in the present embodiment will be described with reference to a flowchart. FIG. 6 is a flowchart for explaining the FLASH game process executed by the FLASH automatic generation program 27a, and FIG. 7 is a flowchart for explaining the FLASH file creation process during the FLASH game process.

  First, an outline of a FLASH game realized by combining a plurality of FLASH files provided by the FLASH file automatic generation device 10 in the present embodiment will be described with reference to FIG.

  The FLASH file automatic generation device 10 provides a web page (my page) representing a game situation as shown in FIG. 8A to the mobile phone 16 that is executing a game through the web server 20. This Web page displays the position (current location) and status (parameter) in the current map. In addition, a plurality of commands that can be selected by the user in the game situation indicated by the Web page are set. In the Web page shown in FIG. 8A, for example, “Continue to travel”, “Item equipment”, “Charge”, and “Item purchase” commands are set.

  When the “continue trip” command is selected here, the FLASH file automatic generation device 10 generates a FLASH file for displaying the next game screen in order to advance the game. The FLASH file automatic generation device 10 is configured so that each of a plurality of content types (character, background, advertisement, text, script, etc.) prepared in the database 22 according to the current user status (map position, parameter, possessed item) Is selected from a plurality of content data and combined to automatically generate a FLASH file (FIG. 8B). Since the user status varies depending on the user's response so far, for example, even when the player character is located on the same map, different game screens are displayed as shown in FIGS. 8 (c1) and (c2). A FLASH file to be generated is generated. When the game progresses by generating the FLASH file, the status is changed, and a FLASH file corresponding to the changed status is automatically generated and the game proceeds.

  First, in order to use the FLASH game provided by the FLASH file automatic generation device 10, the user of the mobile phone 16 uses the Web server 20 (Web function unit 30) via a network (mobile phone network 14, Internet 12). Access a public web page.

  When there is an access from the mobile phone 16 (step A1, Yes), the model discriminating unit 36 receives information on the model received from the mobile phone 16, discriminates the model and records it (step A2).

  When the game is started, the status setting unit 35 sets a status for the user of the mobile phone 16 to an initial value. That is, the status setting unit 35 sets user data for identifying the accessed mobile phone 16 (user) as the status data 22a, and map position data (initial value “1”) associated with the user data. ]), Parameters and item data are set to initial values.

  The FLASH file generation unit 37 executes a FLASH file creation process for creating a FLASH file according to the status set by the status setting unit 35 according to the flowchart shown in FIG. 7 (step A4).

  The FLASH file generation unit 37 determines the specifications related to the generation of the FLASH file according to the model of the mobile phone 16 determined by the model determination unit 36 (step B1). Here, for example, the memory capacity and CPU performance of the mobile phone 16 are determined.

  The FLASH file generation unit 37 sets the recording capacity of the FLASH file generation area 27b used for generating the FLASH file according to the model of the mobile phone 16 determined by the model determination unit 36 (step B2).

  Some mobile phones 16 currently in circulation have different performance (specs) depending on the model. The mobile phone 16 has a function of playing back a FLASH file as compared with a relatively high-performance information processing apparatus such as a personal computer. For example, there is a model that can reproduce only a FLASH file with a file size up to 100 Kb or 200 Kb because of the memory capacity. Therefore, the FLASH file automatic generation device 10 sets the capacity in the FLASH file generation area 27b according to the specifications of the mobile phone 16 so that the FLASH file can be played in advance on the mobile phone 16 that is the destination of the FLASH file. A FLASH file can be generated by combining a plurality of content data in accordance with the FLASH file generation area 27b.

  Further, the mobile phone 16 has different playback speeds even if the same FLASH file is played back due to the difference in CPU performance. In order to play the FLASH file at the same speed regardless of the model of the mobile phone 16 (display the game screen), the file size of the FLASH file is changed according to the CPU performance of the mobile phone 16.

  For example, for the mobile phone 16 with high CPU performance, the file size of the FLASH file is increased so that it takes time to reproduce the FLASH file, and for the mobile phone 16 with low CPU performance, the mobile phone with high CPU performance. The file size is made smaller than the FLASH file generated for the telephone set 16. As a result, regardless of the CPU performance of the mobile phone 16, the time until the completion of the reproduction of the FLASH file is adjusted to be substantially the same. In addition, when the CPU performance of the mobile phone 16 is classified into a plurality of stages, a file size corresponding to each stage is set.

  Next, the FLASH file generation unit 37 selects any content data for each of the plurality of content types according to the current status (map position, user parameter, item) (step B3). The FLASH file generation unit 37 determines whether the file size of the FLASH file obtained by combining the plurality of selected content data can be accommodated in the capacity set in the FLASH file generation area 27b. If it is determined that the file size of the FLASH file does not fit in the capacity set in the FLASH file generation area 27b (step B4, No), the FLASH file generation unit 37 re-reads content data with a small data size. Make a selection. When reselecting content data, content data having a small data size can be selected according to, for example, a priority order determined in advance for the content type. For example, content data with a small data size is selected again for the background data, and the file size of the FLASH file combined with the content data selected for other content types is determined in the same manner as described above.

  In this way, when content data is selected for each of a plurality of content types so as to fit within the capacity set in the FLASH file generation area 27b, the FLASH file generation unit 37 combines the selected plurality of content data into a FLASH file. Generate (step B5).

  In addition, as described above, the method for selecting content data is not limited to changing the combination of content data so as to be within the capacity set in the FLASH file generation area 27b, and other methods can be used. For example, a priority is set for the content type, and content data is sequentially selected from each content type according to the priority. Then, when the capacity set in the FLASH file generation area 27b is reached, the selection of content data is terminated.

Further, content data having a data size to be selected in accordance with the capacity set in the FLASH file generation area 27b may be prepared in the database 22 in advance. In other words, content data having a data size prepared in advance is selected for each content type according to the recording capacity set in the FLASH file generation area 27b, and content data is created so as to fit within the recording capacity. deep.
It should be noted that other methods can be used for selecting content data.

  When the FLASH file generation process is completed, the transmission unit 33 transmits the FLASH file generated by the FLASH file generation unit 37 to the mobile phone 16 (step A5).

  When the mobile phone 16 receives the FLASH file from the FLASH file automatic generation device 10, the mobile phone 16 reproduces the FLASH file to display a game screen corresponding to the current map position. When there is an input to the game screen, the mobile phone 16 executes a process according to the script data (game logic) included in the FLASH file. When a game event is defined in the current map, an event corresponding to an input by a user operation is executed.

  The mobile phone 16 transmits the FLASH file playback result, that is, the status changed by executing the game event, to the FLASH file automatic generation device 10.

  When receiving the FLASH file playback result (status (parameter, etc.)) from the mobile phone 16 (Step A6, Yes), the receiving unit 34 updates the status data 22a corresponding to the mobile phone 16 stored in the data database 22. (Step A7).

  If the FLASH game has not ended (step A8, No), that is, if the battle with the boss character has not ended after reaching the 100th square, the FLASH generating unit 32 stores the status data 22a in the same manner as described above. A FLASH file is generated according to the set (updated) status. That is, a FLASH file in which appropriate game screens and game events are defined in the current game situation is generated by selecting content data from each of a plurality of content types (step A4, FIG. 5).

FIG. 9 shows an example of a game event.
It is assumed that a FLASH file for executing an event based on the current status is generated by selecting the “continue trip” command on the Web page (my page) shown in FIG. FIG. 9B shows an example of a game screen displayed by a FLASH file for executing an event. In this event, the roulette as shown in FIG. 9C is developed, and the rotation of the roulette is stopped according to an instruction from the user. In the roulette, for example, the numbers “1” to “6” and the actions of the player character such as “run”, “attack”, “dancing”, “eat” and “defense” are selected. The roulette shown in FIG. 9C shows a state where the numbers “1” and “run” are selected.

  The result of this event is transmitted by the web function unit 30 to the mobile phone 16 by a web page, for example, as shown in FIG. In the Web page shown in FIG. 9 (d), it is notified that the event has been cleared, and the values of user parameters that are updated as the event is executed are “intellect” +5, “physical strength” +2, “luck” − 5 is displayed. Further, the next map position (“6th mile”) is displayed according to the number “1” selected in the roulette. Note that in the FLASH game, as shown in FIG. 9D, an advertisement that is not directly related to the game content can be displayed by sandwiching the Web page display.

  Here, when the “Forward” command set in the Web page is selected, a series of events are ended, and the current location, current parameters, and the like are displayed on the Web page (my page) indicating the current game situation. (FIG. 9A).

Next, a specific example of the FLASH file automatic generation by the FLASH file generation unit 37 will be described.
FIG. 10 is a diagram for explaining a difference in the FLASH file depending on the map position. For example, in the status shown in FIG. 10A, data indicating “10th square” is set as map position data (position information). In this case, the FLASH file automatic generation device 10 (FLASH file generation unit 37) selects the background data prepared in the content data 22b for the 10th cell, and sets the enemy according to other parameters, for example, “physical strength” 20 A character file and enemy parameters (script data) are selected to generate a FLASH file. As a result, the game screen displayed by reproducing the FLASH file is as shown in FIG.

  On the other hand, the status shown in FIG. 10B is different from the status shown in FIG. 10A only in map position data (position information), and data indicating “50 cells” is set. In this case, the FLASH file automatic generation device 10 (FLASH file generation unit 37) selects the background data prepared in the content data 22b for the 50th cell, selects content data according to other parameters, and selects the FLASH file. Is generated. As a result, the game screen displayed by reproducing the FLASH file is as shown in FIG.

  FIG. 11 is a diagram for explaining the difference in the FLASH file depending on the acquired item. For example, in the status shown in FIG. 11A, it is assumed that the map position data (position information) indicates the last 100 cells and data indicating that no item is acquired (none) is set as item data. The goal of the game is to “win the battle with the boss character in the 100th square”, but since it is necessary to acquire a specific item as a condition of the battle event with the boss character, no item has been acquired (none ) Data is set, a FLASH file for displaying a game screen indicating that the player cannot fight the boss character as shown in FIG. 11C is created.

  On the other hand, in the status shown in FIG. 11B, data indicating item acquisition (present) is set as item data. In this case, a FLASH file in which a game screen for executing a battle with a boss character and script data (game logic) is defined as shown in FIG.

  FIG. 12 is a diagram for explaining a case where the specifications of the mobile phone 16 that is the destination of the FLASH file are different with the same status. As described above, in accordance with the status shown in FIG. 12A, the content data (material) (FIG. 12B) recorded in the database 22 is selected to create a FLASH file. At this time, the FLASH file generation unit 37 generates a FLASH file so as to fit in the recording capacity (FIG. 12C) set in the FLASH file generation area 27b according to the specifications of the mobile phone 16. For example, when the CPU performance of the mobile phone 16 is high, the recording capacity set in the FLASH file generation area 27b is increased (for example, 200 Kb), and when the CPU performance of the mobile phone 16 is low, it is stored in the FLASH file generation area 27b. The recording capacity to be set is reduced (for example, 100 Kb).

  As shown in FIG. 5, data having the same contents but different data sizes is prepared in the database 22 (for example, data for displaying “Character 1” has “Data 1” having a different data size). FIG. 12 corresponds to the specifications of the cellular phone 16 by selecting content data having a data size corresponding to the recording capacity set in the FLASH file generation area 27b. (D) As shown in (e), a FLASH file that displays a game screen that looks the same can be created.

  In this way, the FLASH file automatic generation device 10 selects a command for instructing progress to the next map on the game screen displayed by playing the FLASH file on the mobile phone 16, or the event A plurality of contents recorded in advance in the database 22 as appropriate FLASH files for realizing battles and events in the next map based on the current status when moving to the next game situation by execution It can be automatically generated by selecting and combining content data from each type.

  As described above, even in the “Sugoroku” format game composed of 100 square maps, the content data is selected according to the status changed by the user operation and the FLASH file is generated, so the characters and backgrounds on the game screen, Further, by changing the combination of materials such as script data (game logic), it is possible to provide a FLASH game with a vast amount of content corresponding to each user. In the FLASH file automatic generation device 10 according to the present embodiment, it is not necessary to create in advance a large number of FLASH files corresponding to a huge number of game situations with different statuses. Therefore, it is possible to reduce labor (man-hours).

  In addition, when a FLASH file has been created in advance, every time a new model is released on the mobile phone 16, it is necessary to confirm whether or not the FLASH file can be played back on that model for all FLASH files. In the present invention, the FLASH file automatic generation apparatus 10 (FLASH automatic generation program 27a) is compatible with a new model, so that a huge number of FLASH files generated by a combination of a plurality of content data are compatible with the new model mobile phone 16. It is possible to reduce the operation cost.

  Further, even when the game content is changed, it can be dealt with by adding the content data 22b recorded in the database 22, so that the type of the FLASH file can be easily added.

  Further, the FLASH file automatic generation device 10 records and sets the processing result (game result such as parameters) of the FLASH file reproduced on the mobile phone 16 in the database 22 as the status data 22a. The game can be continued. In the above description, the “Sugoroku” format game consisting of 100 squares is taken as an example, but in the same way as described above, the status (parameters) are taken over and FLASH files are sequentially generated and provided according to the game situation. Thus, various forms of FLASH games can be realized.

  Further, the present invention is not limited to the above-described embodiments as they are, and can be embodied by modifying the constituent elements without departing from the scope of the invention in the implementation stage. In addition, various inventions can be formed by appropriately combining a plurality of components disclosed in the embodiment. For example, some components may be deleted from all the components shown in the embodiment. Furthermore, constituent elements over different embodiments may be appropriately combined.

  In addition, the technique described in the embodiment is a FLASH file automatic generation program (software means) that can be executed by a computer, such as a magnetic disk (flexible disk, hard disk, etc.), an optical disk (CD-ROM, DVD, MO, etc.). ), Stored in a recording medium such as a semiconductor memory (ROM, RAM, flash memory, etc.), or transmitted through a communication medium for distribution. The program stored on the medium side also includes a setting program that configures in the computer software means (including not only the execution program but also a table and data structure) that is executed by the computer. A computer that implements the present apparatus reads the program recorded on the recording medium, constructs software means by a setting program in some cases, and executes the above-described processing by controlling the operation by the software means. The recording medium referred to in this specification is not limited to the distribution, but includes a recording medium such as a magnetic disk or a semiconductor memory provided in a computer or a device connected via a network.

The block diagram which shows the structure of the system in this embodiment. 1 is a block diagram showing a configuration of a FLASH file automatic generation device 10. FIG. The figure shown about the detail of the status set by the status setting part 35. FIG. The figure which shows the concept of the game of a "Sugoroku" form. The figure which shows the data structural example of the content data 22b. The flowchart for demonstrating the FLASH game process performed by the FLASH automatic generation program 27a. The flowchart for demonstrating the FLASH file creation process in a FLASH game process. The figure shown about the outline | summary of the FLASH game implement | achieved combining the several FLASH file which the FLASH file automatic generation apparatus 10 in this embodiment provides. The figure which shows an example of a game event. The figure for demonstrating the difference of the FLASH file by a map position. The figure for demonstrating the difference of the FLASH file by an acquisition item. The figure for demonstrating the case where the specification of the mobile telephone 16 of the transmission destination of a FLASH file differs in the same status.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 10 ... FLASH file automatic generation apparatus, 12 ... Internet, 14 ... Mobile phone network, 16 (16-1, 6-2, ..., 16-n) ... Mobile phone, 20 ... Web server, 22 ... Database, 22a ... Status Data, 22b ... Content data, 23 ... Control part, 24 ... Communication part, 25 ... Input part, 27 ... Memory, 27a ... FLASH automatic generation program, 27b ... FLASH file generation area, 30 ... Web function part, 32 ... FLASH generation Reference numeral 33: Transmission unit 34: Reception unit 35: Status setting unit 36: Model discrimination unit 37: FLASH file generation unit

Claims (6)

Content recording means for recording a plurality of content data for each of a plurality of content types including an image;
FLASH file generation means for generating a FLASH file based on the content data recorded in the content recording means;
Transmitting means for transmitting the FLASH file generated by the FLASH file generating means to the terminal device;
The FLASH file transmitted by the transmitting means is reproduced in the terminal device, and receiving means for receiving a processing result corresponding to the input to the terminal device for the reproduction ;
Status setting means for setting a status according to the processing result received by the receiving means,
The FLASH file generating means, depending on the status set by the status setting means selects one of the content data for each of the plurality of content types, generate a FLASH file that combines the selected content data ,
The status setting unit is configured to transmit the plurality of FLASH files generated by the FLASH file generation unit to the terminal device and receive the processing result corresponding to the reproduction of each FLASH file each time the status setting unit receives the processing result. The FLASH file automatic generation apparatus characterized by changing the above.   2. The FLASH file automatic generation device according to claim 1, wherein the content recording means includes a plurality of content data having different data sizes representing the same content.   3. The FLASH file according to claim 2, wherein the FLASH file generation means selects the content data so that the size of the FLASH file generated by the combination of the content data is within a preset recording capacity. Automatic generator. Further comprising a determining means for determining the type of the terminal device;
The FLASH file generation means selects the content data so that the size of the FLASH file fits in a recording capacity determined according to the type of the terminal device determined by the determination means. Item 4. The FLASH file automatic generation device according to Item 3.   2. The FLASH file automatic generation device according to claim 1, wherein a Web page including a result received by the receiving unit is transmitted while the transmitting unit transmits a plurality of FLASH files to the terminal device. . Computer
Content recording means for recording a plurality of content data for each of a plurality of content types including an image;
FLASH file generation means for generating a FLASH file based on the content data recorded in the content recording means;
Transmitting means for transmitting the FLASH file generated by the FLASH file generating means to the terminal device;
The FLASH file transmitted by the transmitting means is reproduced in the terminal device, and receiving means for receiving a processing result corresponding to the input to the terminal device for the reproduction ;
Function as status setting means for setting the status according to the processing result received by the receiving means;
The FLASH file generating means, depending on the status set by the status setting means selects one of the content data for each of the plurality of content types, generate a FLASH file that combines the selected content data ,
The status setting unit is configured to transmit the plurality of FLASH files generated by the FLASH file generation unit to the terminal device and receive the processing result corresponding to the reproduction of each FLASH file each time the status setting unit receives the processing result. FLASH file automatic generation program to change

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