JP7378863B1 - Game live distribution server and program - Google Patents

Abstract

[Problem] To reduce the time and effort required to level up objects to be cultivated during times other than broadcasting, and to secure longer time to devote to broadcasting, making it easier to attract viewers. We provide a game live distribution server that allows you to. [Solution] A game live distribution server 2 that live-distributes a game play video by a distributor to viewers, and a game providing unit 221 that provides the distributor and the viewers with a game in which objects to be cultivated can be raised. A game live distribution server 2 comprising: and a parameter providing unit 225 that provides a distributor with characteristic parameters of an object to be trained by a viewer. [Selection diagram] Figure 3

Description

The present invention relates to a game live distribution server and program.

In recent years, various video distribution services have become popular as various devices such as smartphones have become more sophisticated and functional, and communication speeds over the Internet have become faster. In particular, live game distribution services have become available, in which a broadcaster broadcasts the game being played in real time to the terminals of a large number of viewers.

In various distribution systems that perform live distribution of such games, various functions are implemented to enable various types of communication between users.

For example, as a game live distribution system, there is a game live distribution system that implements a function that allows breeding objects such as plants and animals. Furthermore, in such a training game, there is also a game live distribution system that allows distributors to collaborate with each other (see Patent Document 1).

By implementing such training and collaboration functions, we have realized live streaming that can generate more interest from viewers.

Japanese Patent Application Publication No. 2022-019118

By the way, broadcasters who live-stream training games need to raise the level of the objects to be trained in-game in order to liven up the broadcast and attract viewers, but it is necessary to raise the level of the objects to be trained in the game in order to liven up the broadcast and attract viewers. It takes a lot of time and effort to level up the object to be trained. In addition, if you spend a lot of time and effort on leveling up the objects to be trained, it becomes difficult to allocate that time to distribution, and as a result, there is a problem that it becomes difficult to sufficiently attract viewers. .

Therefore, the present invention has been made in view of the above-mentioned problems, and is intended to reduce the time and effort required to level up the objects to be trained in a game that allows training objects at times other than distribution. To provide a game live distribution server and a program that can secure a longer time devoted to distribution and more easily attract viewers.

The present invention is a live distribution server for a game that live-distributes a video of a game played by a distributor to a viewer, and a game providing unit that provides the distributor and the viewer with a game in which an object to be cultivated can be raised. a parameter providing unit that provides characteristic parameters of the training target object of the viewer to the broadcaster; and crossbreeding the training target object of the broadcaster and the training target object of the viewer. , a mating management unit that provides the broadcaster with the generated new training target object, and the parameter providing unit provides the broadcaster with the characteristic parameters of the training target object of the viewer. is performed by providing the characteristic parameters of the object to be cultivated of the viewer to the characteristic parameters of the new object to be cultivated generated by mating, and the object to be cultivated has a growth degree parameter indicating the degree of growth. The mating management unit performs mating only with respect to the breeding object whose growth parameter exceeds a predetermined threshold, and the higher the growth parameter of the breeding object to be mated, the more the parameter is provided. The division is a live distribution server of the game that provides high characteristic parameters to the generated training target object, or the mating management unit provides the training target object that appears less frequently as the new training target object. It is characterized by

Further, in the live distribution server of the game, the characteristic parameters of the new object to be trained are the characteristic parameters of the object to be trained of the broadcaster, and the characteristic parameters of the object to be trained of the viewer. It is preferable that the

Further, in the game live distribution server, it is preferable that the parameter providing unit is capable of providing the distributor with the growth parameter of the object to be developed of the viewer.

Further, in the live distribution server of the game, it is preferable that the new object to be raised that is generated by mating changes depending on the amount of the growth parameter.

The present invention also provides a live distribution server for a game that broadcasts live video of a game played by a distributor to a viewer, and provides the distributor and the viewer with a game in which a target object can be raised. a providing unit; and a parameter providing unit that provides the broadcaster with characteristic parameters that the object to be cultivated of the viewer has; It is characterized by being a configurable live distribution server for games.

The present invention also provides a live distribution server for a game that broadcasts live video of a game played by a distributor to a viewer, and provides the distributor and the viewer with a game in which a target object can be raised. a providing unit; and a parameter providing unit that provides the broadcaster with the characteristic parameters of the object to be cultivated of the viewer, and the parameter providing unit is configured to It is characterized by being a game live distribution server that allows you to set conditions.

The present invention also provides a live distribution server for a game that broadcasts live video of a game played by a distributor to a viewer, and provides the distributor and the viewer with a game in which a target object can be raised. and a parameter providing unit that provides the broadcaster with a characteristic parameter of the training target object of the viewer, and the parameter providing unit determines the degree of intimacy between the viewer and the broadcaster. The present invention is characterized in that the game live distribution server changes the amount of the characteristic parameter provided by the distributor based on the indicated intimacy index.

Further, in the game live distribution server, it is preferable that the intimacy index is the number of messages exchanged between the viewer and the distributor.

Further, in the game live distribution server, it is preferable that the intimacy index is the number of gift contents given to the distributor from the viewer.

The present invention also provides a live distribution server for a game that broadcasts live video of a game played by a distributor to a viewer, and provides the distributor and the viewer with a game in which a target object can be raised. and a parameter providing unit that provides the broadcaster with the characteristic parameters that the training target object of the viewer has, and the broadcaster provides the broadcaster with the characteristic parameters that the training target object has. The present invention is characterized in that it is a game live distribution server that can select the viewer who can provide characteristic parameters.

Further, the present invention provides a program for live distribution of a game for live distribution of a game play video by a distributor to a viewer, and provides the distributor and the viewer with a game in which an object to be cultivated can be cultivated. a parameter providing step of providing a characteristic parameter of the object to be trained of the viewer to the broadcaster; a mating management step of performing crossbreeding and providing the generated new object to be cultivated to the broadcaster, and in the parameter providing step, the distribution of the characteristic parameter that the object to be cultivated of the viewer has . by providing the characteristic parameters of the object to be cultivated of the viewer to the characteristic parameters of the new object to be cultivated generated by mating, and the object to be cultivated indicates a degree of growth. having a growth degree parameter, and in the mating management step, crossbreeding is performed only on the breeding object whose growth degree parameter exceeds a predetermined threshold value, and the higher the growth degree parameter of the breeding object to be mated, the higher the growth degree parameter; , in the parameter providing step, a process of providing a high characteristic parameter to the generated object to be trained, or providing the object to be trained with a low frequency of appearance as a new object to be trained in the mating management step, to a computer; It is characterized by being a program for execution.

According to the present invention having the above-described configuration, it is possible to reduce the time and effort required to level up objects to be cultivated during times other than broadcasting, and it is also possible to secure longer time to devote to broadcasting, thereby making it possible to This makes it easier to attract people.

1 is a schematic diagram showing a game live distribution system to which a game live distribution server according to an embodiment of the present invention is applied. 1 is a configuration block diagram of a game live distribution server according to an embodiment of the present invention. FIG. FIG. 2 is a functional block diagram of a game live distribution server according to an embodiment of the present invention. FIG. 2 is a schematic diagram showing a specific example of a training target object database stored in a storage means of a game live distribution server according to an embodiment of the present invention. FIG. 2 is a schematic diagram showing a specific example of a screen displayed on a viewer terminal that communicates with a live distribution server for a game according to an embodiment of the present invention. It is a flow chart showing processing by a live distribution server of a game according to an embodiment of the present invention.

Hereinafter, a game live distribution system to which a game live distribution server according to an embodiment of the present invention is applied will be described with reference to the drawings.

FIG. 1 is a schematic diagram showing a game live distribution system 1 to which a game live distribution server 2 according to an embodiment of the present invention is applied. As shown in FIG. 1, a game live distribution system 1 according to the present embodiment includes a game live distribution server 2 (hereinafter also simply referred to as "server 2") and a server connected to the server 2 via a network N. It is configured to include a distributor terminal 3 and a plurality of viewer terminals 4 (4A, 4B, . . . , 4N).

In the present embodiment, the game live distribution system 1 is a system that allows a user acting as a distributor to provide a video of a game played being distributed in real time to one or more users acting as viewers.

Specifically, in the game live distribution system 1, the server 2 provides one or more games, and each user accesses the server 2 from his or her own terminal (broadcaster terminal 3 or viewer terminal 4). By doing so, the game operation information is sent from the terminal to the server 2, and the server 2 performs various information processing in the game based on the operation information and sends the results of the information processing to the user's terminal, and the user's terminal A play video is displayed based on the result of the information processing. That is, the user's terminal only generates and transmits game operation information, and receives and draws play videos, and all other information processing related to the game is performed by the server 2.

Further, when a user who plays the game wishes to live-distribute his/her play video, the server 2 provides the play video to the viewer terminal 4 of the viewer who desires the distribution.

The broadcaster terminal 3 and the viewer terminal 4 are terminals equipped with a communication function, a voice call function, a recording/recording function, an operation function, a display function, etc. By accessing the server 2, the terminal is capable of playing various games, and is also capable of distributing or viewing the playing videos. Further, the distributor terminal 3 and the viewer terminal 4 are equipped with a chat function and a telephone call function. The distributor terminal 3 and the viewer terminal 4 are basically the same terminal, and when the user who wants to distribute the game performs an operation to start live distribution of the game via the terminal, the terminal functions as the distributor terminal 3. On the other hand, when a user who wants to view the distributed video performs a viewing start operation via the terminal, the terminal functions as the viewer terminal 4.

FIG. 2 is a configuration block diagram of the game live distribution server 2 according to the embodiment of the present invention. As shown in FIG. 2, the server 2 includes a control section 21 that controls the entire server 2, a storage means 25, and a communication section 26.

The control unit 21 includes a CPU 22 that controls the entire control unit 21, a ROM 23 that stores a control program that runs on the CPU 22, and a RAM 24 that temporarily stores various data.

FIG. 3 is a functional block diagram of the game live distribution server 2 according to the embodiment of the present invention. As shown in FIG. 3, the control unit 21 causes the CPU 22 to develop a program stored in the ROM 23 into the RAM 24 and execute it, thereby controlling the game providing unit 221, video distribution unit 222, parameter management unit 223, and mating management unit. 224 and a parameter providing unit 225.

The game providing unit 221 provides a game to the distributor terminal 3 and the viewer terminal 4 based on one or more game data stored in the storage means 25. As described above, the distributor terminal 3 and the viewer terminal 4 only generate and transmit game operation information and draw play videos, and all other information processing regarding the game is performed by the game providing unit 221. That is, the game providing unit 221 performs various types of information processing in the game based on the operation information transmitted from the distributor terminal 3 and the viewer terminal 4, and transmits the results of the information processing to the distributor terminal 3 and the viewer terminal 4. Send to. Then, the distributor terminal 3 and the viewer terminal 4 display the play video based on the received results of information processing by the game providing unit 221.

Furthermore, at least some of the games provided by the game providing unit 221 are breeding games in which objects to be cultivated can be cultivated, and in the breeding games, the user crossbreeds the objects to be cultivated with other users. , it is now possible to generate new objects to be trained. In this embodiment, as a breeding game provided by the game providing unit 221, a game in which a monster, which is an object to be trained, is trained will be explained as an example.

Furthermore, in each game provided by the game providing unit 221, a score can be obtained each time various conditions (for example, defeating an enemy, clearing a mini-game, etc.) are achieved. Then, each time the acquired score exceeds a predetermined threshold set in stages, the level of the object (monster) to be cultivated increases, and various characteristic parameters P (see Figure 4) such as attack power increase. It has become.

When the video distribution unit 222 receives information from the distributor terminal 3 to start live distribution of the game, the video distribution unit 222 transmits information to the distributor terminal 3 accessing the server 2 that wishes to view the play video of the game. , distribute play videos. When distributing this play video, the video distribution unit 222 may distribute the video data as is, or may add predetermined processing to the video and distribute it.

The parameter management unit 223 stores characteristic parameters P of monsters raised in the game by each user in the storage means 25 as a training target object database DB (see FIG. 4). The characteristic parameters P stored in the storage means 25 can be updated, and each time the monster levels up and the characteristic parameters P increase, the parameter management section 223 updates the characteristic parameters P to the latest ones. Furthermore, the characteristic parameter P can also be increased by breeding monsters with each other. Details of the increase in the characteristic parameter P due to this crossbreeding will be described later.

FIG. 4 is a schematic diagram showing a specific example of the training target object database DB stored in the storage means 25 of the game live distribution server 2 according to the embodiment of the present invention. The training target object database DB contains the user ID that identifies the user who is the player, the name of the monster that the player is training, the level of the monster, and the characteristic parameters P such as attack power, defense power, speed, and vitality. The values are stored in association with each other, and the parameter management unit 223 manages this information in an updatable manner. For example, the user with user ID "001" has a "dragon" as a monster, the level of the "dragon" is "15", the attack power is "2500" and the defense power is "2500" among the characteristic parameters P. "1800", speed "2300", and vitality "3200". The greater the value of these characteristic parameters P, the stronger the monster.

Note that the present invention is not limited to this, and each monster that is an object to be trained has a growth degree parameter indicating the growth degree, and the parameter management unit 223 also stores the growth degree parameter in the object to be trained database DB. It may also be possible to manage the information by The growth parameter serves as an index indicating whether or not monsters can be mated, and only monsters whose growth parameter exceeds a predetermined threshold can be mated. The growth parameter may be an index value such as the monster's age that is separate from the characteristic parameter P, or may be a numerical value of at least some of the items included in the characteristic parameter P (i.e., at least the same as the characteristic parameter P). may have the same parts).

The mating management unit 224 performs mating between the distributor's monster and the viewer's monster, and provides the distributor with a new monster generated as a child. Specifically, the breeding management unit 224 performs breeding between the distributor's monster and the monster included in the viewer's breeding request in response to a breeding request sent from the viewer via the viewer terminal 4. . Then, the new monster generated as a result of the breeding and its characteristic parameters P are stored in the training target object database DB in association with the distributor's user ID. In addition, if the above-mentioned growth parameter is assigned to the monster that is the object to be cultivated, even if the new monster generated by breeding changes depending on the amount of the growth parameter. good. For example, the higher the growth parameter of the monster to be hybridized, the higher the characteristic parameter of the monster generated by the hybridization, or the lower the frequency of appearance of the monster. By adopting such an aspect, it is possible to improve the viewer's motivation to play the game.

Note that the distributor may be able to select viewers who can breed monsters to the distributor. For example, when a distributor receives a mating request from a viewer, it may be possible to accept or reject the mating request. Further, the distributor may set in advance the distributors who accept mating requests, and all mating requests from the distributors set to accept mating requests are accepted. This makes it possible to perform mating with a higher degree of freedom.

The parameter providing unit 225 provides the distributor with characteristic parameters P that the viewer's monster has. Specifically, the parameter providing unit 225 adds the characteristic parameter P of the viewer's monster to the characteristic parameter P of the distributor's monster, which is the breeding target, to obtain the characteristic parameter P of the newly generated monster. Accordingly, the characteristic parameter P of the viewer's monster is provided to the distributor. This makes it possible for the distributor to train monsters by receiving characteristic parameters P from viewers, without having to train the monsters themselves. Furthermore, in the case where a growth parameter is given to the monster that is the object to be trained as described above, the parameter providing unit 225 can also give the growth parameter from the viewer to the broadcaster. It may be. With this aspect, viewers can support the broadcaster, and the broadcaster can reduce the time and effort required to level up the objects to be cultivated outside of broadcasting, as well as free up time to devote to broadcasting. It is possible to secure it for a longer period of time.

Note that the parameter providing unit 225 may be able to set the amount of characteristic parameters P to be provided to the distributor to an arbitrary amount. For example, the viewer may be able to provide the broadcaster with half of each characteristic parameter P of the monster they wish to breed. This allows the viewer to provide characteristic parameters more freely. Note that the distributor may also be able to set the amount of the characteristic parameter P to be inherited by the newly generated monster through mating to an arbitrary amount. This makes it possible for broadcasters to perform cross-breeding with a higher degree of freedom.

Furthermore, the parameter providing unit 225 may be able to set conditions for providing the characteristic parameter P to the distributor. For example, the viewer may set that only broadcasters whose monster levels exceed a predetermined threshold are to be mated, and that the parameter providing unit 225 can provide the characteristic parameter P. This allows the viewer to perform cross-breeding and provide characteristic parameters with a higher degree of freedom. Note that the distributor may also be able to set so that among the monsters owned by the viewer, only those monsters exceeding a predetermined threshold are to be mated. This makes it possible for broadcasters to perform cross-breeding with a higher degree of freedom.

Returning to FIG. 2, the server 2 includes, in addition to the control section 21, a storage means 25 and a communication section 26.

The storage means 25 is configured using a storage device such as a magnetic hard disk or a semiconductor storage device. The storage means 25 stores various databases such as data related to various games and a training target object database DB, which are necessary for the server 2 to function.

The communication unit 26 is a network interface, and communicates with the distributor terminal 3 and the viewer terminal 4 via the network N. The communication unit 26 passes various data received from the distributor terminal 3 and the viewer terminal 4 to the control unit 21, and also transmits data generated by the controller 21 to the distributor terminal 3 and the viewer terminal 4.

Next, the state of live distribution by the game live distribution system 1 having the above-described configuration will be described. FIG. 5 is a schematic diagram showing a specific example of a screen displayed on the viewer terminal 4 that communicates with the game live distribution server 2 according to the embodiment of the present invention. As shown in FIG. 5, when the game is live-streamed, the viewer terminal 4 displays a video window V, a chat window C, a chat input window I, an avatar window A, a gift icon G, and various operation menus. A menu button L to be called up is displayed.

The video window V is a window in which a video of a game played by a distributor, which is distributed from the video distribution unit 222, is displayed.

In the present embodiment, the video window V shows a playing video of a battle game in which monsters compete against each other, showing a battle between a monster M1 raised by the distributor and a monster M2 generated within the game providing unit 221. is displayed. Below each monster M1 and M2, "LV15" indicating that the level of monster M1 is 15, and "LV17" indicating that the level of monster M2 is 17 are displayed.

Chat window C is a window where chats using text and pictograms are displayed, and the names of the viewers who are speakers ("Aoi", "Hinata") and the statements made by each speaker ("Nice to meet you!" and "Ganbatte" are displayed). !”) is displayed.

Chat input window I is a window for inputting comments displayed in chat window C. A viewer who wishes to speak can use the character input function of the viewer terminal 4 to enter characters or pictograms in this chat input window I, and send the character data to the server 2, thereby allowing the viewer terminal 4 to make a comment. The characters are displayed in chat window C. The contents of this chat are also displayed on the distributor terminal 3.

Avatar window A is a window in which avatars a corresponding to broadcasters or viewers are displayed. Avatar a can be designed arbitrarily by each user and can be equipped with various accessories.

The gift icon G is an icon selected by the viewer when gifting gift content to the distributor, and by selecting the icon, the gift can be given to the viewer terminal 4 based on the gift database (not shown). A list of gift contents will be displayed. Then, when the viewer selects the gift content he/she wishes to gift from the list of gift contents using the points he/she owns as consideration, the gift request is transmitted from the viewer terminal 4 to the server 2, and a predetermined value is selected from the gift database according to the gift request. The gift content is extracted and provided to the distributor.

Next, the operation of the server 2 having the above-described configuration and functions will be explained using a flowchart. FIG. 6 is a flowchart showing processing by the game live distribution server 2 according to the embodiment of the present invention.

As shown in FIG. 6, first, the game providing unit 221 provides a game to the users (step S1), and in the game, each user trains and levels up monsters, and the obtained characteristic parameters P are as follows: The parameter management unit 223 stores the training target object database DB in the storage means 25 (step S2).

Next, when the user who is playing the game wishes to distribute his/her own play video, the video distribution unit 222 distributes the distributor's play video to the viewer terminal 4 of the viewer who wishes to view the game. Start (step S3). The distributed video data is displayed on the video window V of the viewer terminal 4, as shown in FIG.

Then, if the viewer requests breeding while the play video is being distributed (Step S4: YES), the breeding management section 224 breeds the monster of the distributor and the monster of the viewer (Step S5). , the parameter providing unit 225 provides the characteristic parameter P of the viewer's monster to the characteristic parameter P of the distributor's monster (step S6), and the new monster generated as a child is provided to the distributor and the characteristic Processing related to parameter provision ends. At this time, the parameter management unit 223 updates the training target object database DB to add the new monster generated by mating.

Furthermore, if there is no desire for mating in step S4 (step S4: NO), mating and characteristic parameter provision are not performed, the process regarding characteristic parameter provision ends, and distribution of the play video is continued.

According to the game live distribution server 2 according to the present embodiment described above, the level of the object to be trained by the broadcaster can be increased by receiving parameters from the viewer during the live distribution of the game, so that the distribution It is possible to reduce the time and effort required to level up the object to be cultivated at other times. In addition, the distributor can secure longer time to devote to distribution, making it easier to attract viewers. Furthermore, viewers can contribute to improving the level of the broadcaster by growing their own objects to be trained, thereby increasing their motivation to play the game.

Note that the present invention is not limited to the embodiments described above, and various modifications can be adopted.

For example, in the embodiment described above, the distributor terminal 3 and the viewer terminal 4 only generate and transmit game operation information and draw play videos, and all other information processing related to the game is performed by the server 2. However, the present invention is not limited to this, and the distributor terminal 3 and the viewer terminal 4 perform functions other than generation and transmission of game operation information and drawing of play videos, which the server 2 was responsible for in the above-described embodiment. At least part of the information processing may be performed.

Further, in the above-described embodiment, the game is explained using a battle game between monsters raised by the user as an example, but the present invention is not limited to this, and for example, animals and plants that can crossbreed can be adopted as objects to be raised. It is possible to make a game about raising these animals and plants. In this case, the characteristic parameter P may be the weight or pattern of an animal, the color or pattern of a plant flower, etc., indicating the growth status of the animal or plant. Furthermore, the game may be such that the characteristic parameter P can be provided from the viewer to the distributor without the need for mating.

Further, in the present invention, the parameter providing unit 225 may change the amount of the characteristic parameter P provided by the broadcaster based on an intimacy index indicating the degree of intimacy between the viewer and the broadcaster. . In this case, the intimacy index may be the number of messages exchanged between the viewer and the distributor, or the number of gift contents presented from the viewer to the distributor. Here, if the familiarity index is the number of messages, the number of messages may be entered only when a message is sent from the viewer to the broadcaster and the broadcaster replies to the message. . By setting the intimacy index in this way, it becomes possible to promote interaction between viewers and distributors.

1: Game live distribution system 2: Game live distribution server 3: Distributor terminal 4: Viewer terminal 21: Control unit 22: CPU
23:ROM
24:RAM
25: Storage means 26: Communication unit 221: Game providing unit 222: Video distribution unit 223: Parameter management unit 224: Mating management unit 225: Parameter providing unit A: Avatar window a: Avatar C: Chat window DB: Training target object database G: Gift icon I: Chat input window L: Menu button M1: Distributor's monster M2: Monster generated within the game providing unit 221 V: Video window

Claims (11)

A game live distribution server that live-distributes game play videos by distributors to viewers,
a game providing unit that provides the distributor and the viewer with a game in which objects to be trained can be trained;
a parameter providing unit that provides the broadcaster with characteristic parameters of the object to be cultivated of the viewer;
a crossbreeding management unit that performs cross-breeding between the object to be cultivated of the broadcaster and the object to be cultivated of the viewer, and provides the generated new object to be cultivated to the broadcaster;
Equipped with
The parameter providing unit provides the characteristic parameters of the training target object of the viewer to the broadcaster, and applies the characteristic parameters of the new training target object generated by crossbreeding to the characteristic parameters of the training target object of the viewer. by providing said characteristic parameters of the target object;
The object to be raised has a growth parameter indicating the degree of growth, and the mating management unit crosses only the object to be raised whose growth parameter exceeds a predetermined threshold;
The higher the growth parameter of the breeding object to be mated, the higher the parameter providing unit provides the generated breeding object with a higher characteristic parameter, or the breeding management unit provides the new breeding object with a higher characteristic parameter. A game live distribution server that provides the training target object that appears less frequently . 2. The characteristic parameter of the new object to be cultivated is the characteristic parameter of the object to be cultivated of the viewer added to the characteristic parameter of the object to be cultivated of the broadcaster. Live streaming server for the games listed. The game live distribution server according to claim 1 , wherein the parameter providing unit is capable of providing the distributor with the growth parameter of the object to be trained of the viewer. 2. The game live distribution server according to claim 1 , wherein the new object to be raised by breeding changes depending on the amount of the growth parameter. A game live distribution server that live-distributes game play videos by distributors to viewers,
a game providing unit that provides the distributor and the viewer with a game in which objects to be trained can be trained;
a parameter providing unit that provides the broadcaster with characteristic parameters of the object to be cultivated of the viewer;
Equipped with
The parameter providing unit is a game live distribution server capable of setting an amount of the characteristic parameters to be provided to the distributor. A game live distribution server that live-distributes game play videos by distributors to viewers,
a game providing unit that provides the distributor and the viewer with a game in which objects to be trained can be trained;
a parameter providing unit that provides the broadcaster with characteristic parameters of the object to be cultivated of the viewer;
Equipped with
The parameter providing unit is a game live distribution server capable of setting conditions for providing the characteristic parameters to the distributor. A game live distribution server that live-distributes game play videos by distributors to viewers,
a game providing unit that provides the distributor and the viewer with a game in which objects to be trained can be trained;
a parameter providing unit that provides the broadcaster with characteristic parameters of the object to be cultivated of the viewer;
Equipped with
A game live distribution server, wherein the parameter providing unit changes the amount of the characteristic parameter provided by the distributor based on an intimacy index indicating a degree of intimacy between the viewer and the distributor. The game live distribution server according to claim 7 , wherein the intimacy index is the number of messages exchanged between the viewer and the broadcaster. The game live distribution server according to claim 7 , wherein the intimacy index is the number of gift contents presented to the distributor from the viewer. A game live distribution server that live-distributes game play videos by distributors to viewers,
a game providing unit that provides the distributor and the viewer with a game in which objects to be trained can be trained;
a parameter providing unit that provides the broadcaster with characteristic parameters of the object to be cultivated of the viewer;
Equipped with
A live distribution server for a game, wherein the distributor can select the viewer who can provide the characteristic parameter of the object to be raised to the distributor. A game live distribution program for live streaming a game play video by a distributor to viewers,
a game providing step of providing the distributor and the viewer with a game in which the object to be trained can be trained;
a parameter providing step of providing characteristic parameters of the object to be developed of the viewer to the broadcaster;
a crossbreeding management step of crossbreeding the object to be cultivated of the broadcaster and the object to be cultivated of the viewer, and providing the generated new object to be cultivated to the broadcaster;
including;
In the parameter providing step, the characteristic parameters of the object to be cultivated of the viewer are provided to the broadcaster, and the characteristic parameters of the object to be cultivated of the new object generated by cross-breeding are applied to the characteristic parameters of the object to be cultivated of the viewer. by providing said characteristic parameters of the target object;
The object to be cultivated has a growth parameter indicating the degree of growth, and in the mating management step, only the objects to be cultivated for which the growth parameter exceeds a predetermined threshold are mated;
The higher the growth parameter of the breeding target object to be mated, the higher the characteristic parameter is provided to the generated breeding target object in the parameter providing step, or the higher the characteristic parameter is provided to the generated breeding target object in the mating management step, or A program for causing a computer to execute processing for providing the object to be cultivated that has a low appearance frequency .

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