JP2024008645A - Computer device for interaction between different kinds, control method and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a platform which generates a game by making existing value adding behaviors into components.

SOLUTION: In a platform, existing value adding behaviors are a game and a teaching aid, many pieces of software which can be linked with the game and teaching aid, are prepared, then a plurality of pieces of two-dimensional data is generated on the basis of the many pieces of software. The plurality of pieces of two dimensional data is associated with one match field, and to each two-dimensional data, a standpoint and a roll are allocated. The standpoints are a side of entrusting something to somebody, and a side of being entrusted, the rolls are three elements of a computer game and are formed of "advancing roll", "drive roll" and "confrontation roll". The existing value adding behaviors are performed under contents, the standpoints and rolls existing in the two-dimensional data, and an individual game alone which is made into a component cannot be self concluded. In addition, it is possible to change by a player himself/herself, a game content and an expansion, so there is no established element, and one match field itself serves as a new game which is executed only once. As the result, according to a purpose of an event and participants, in the game, players can compete in various manners.

SELECTED DRAWING: Figure 1

COPYRIGHT: (C)2024,JPO&INPIT

Description

The present invention relates to a computer device, a control method, and a program for creating a game.

Gather independent games into one playing field, give each one a role, and divide the two games into "the entrusting side" and "the entrusted side" under the roles, and part of the game content of the entrusting side, Entrust it to the person to whom it is entrusted, and in response to the result, change the part to which it was entrusted. In other words, replace part of the game with another game. We will use this technology to create new games.

Note that there are many games that are played by collecting different games. For example, modern pentathlon, sports festivals, and "Mario Party" provided by Nintendo Co., Ltd. However, in such games, players cannot change the game content themselves. In contrast, in the present invention, the players themselves can change the content and development of the game within the environment prepared by the tournament venue creator, just as if they were playing Mamagoto. Therefore, it is the players who ultimately create the game.

The person who established the competition venue will be referred to as the "organizer."

This is possible because all the games collected have a role of ``progress'', ``motivation'', or ``confrontation'', and are connected in a continuous manner under the role. Although the motive role game has a great influence on the facilitator game and the confrontation role game, it can be recreated for each event, player, and scene. Utilizing their technical skills, they set traps and change the content of the game. Also, for self-training, students can enjoy various games such as studying for entrance exams, gamers practicing e-sports, and people undergoing rehabilitation for rehabilitation.

This is a change in the way we compete; the traditional way of competing has fixed the points at issue. Therefore, other battles were ignored and preparations could be made in advance. As a result, the traditional way of competing can be visualized as ``battles outside the actual competition + actual battles,'' and those who win the battles outside the actual event have an advantage. The present invention changes that scheme to "game outside the actual game + actual game" by separating the two battles, making the battle outside the actual game a different game, and making it have a great impact on the actual game. , advance preparation can now be done on the spot, making it possible to try out a variety of ways to compete and a variety of abilities that were not possible in the past.

For example, if the non-production game is A and the actual game is B, then A becomes a collection of mini-games, and that collection can be changed for each event, player, and scene, and A and B are of the same type. A and B can be played by the same person or by different people, B can be divided or decomposed into B1, B2, B3, etc., and B1, B2, B3, etc. Instead of having the child play the game A1, A2, A3, etc., or setting A and B as a set and playing them one by one, play A1, A2, A3, etc. repeatedly for a certain period of time or a certain number of times, and save the results. , and then repeat B1, B2, B3, and so on. Also, by combining them, you can make A and B different people and make A and B different games, or you can make the result of A and B C, and C becomes A of another A and B.

In other words, there are many battles in one game, and all of the battles can be related to A and B. For example, even in a simple 100m run, there are various battles such as shoe battles, clothing battles, and practice environment battles, and if we do not ignore them as we have done in the past, it is a historical battle.If it is a battle, then the relationship between A and B. Can be done. However, it is up to the player or the 100m running game developer to decide which battle will be between A and B, but if it is between A and B, as mentioned above, if it is a battle of skill, it will be a trap to turn a disadvantage into an advantage. If you train yourself and train yourself, you can make your own study and practice an A and study and practice while having fun.

In other words, this device is a platform for creating new games, linking more than the necessary number of independent games to one battle field, and giving each one the role of becoming the three elements of the computer game, and the positions of A and B. Then, replace A and B if necessary. Therefore, the combination of A and B changes every time, and the content of the implementation also changes. For this reason, the battlefield itself becomes a new game.

However, in order to make this possible, a number of innovations are needed, including changing the competitive structure and making the playing field more like a computer game.

Computer games are games that are played in a virtual world in a digital space and can be said to be ``digital games,'' but the difference between them and analog games is that rules are set in the real world. While the digital game allows you to test your creative abilities, the essence of the game is different, as the digital game allows you to arrive at a result prepared by the author.

Such a device and such a method of competition did not exist. However, the present applicant previously filed an application for the invention, but the application was rejected as incomprehensible.

PCT/JP2020/042268 Patent application 2018-106336

In a society where values are diversifying, the meaning of competing in a standardized manner has diminished. However, in a mechanized society, the number of places people can work has decreased, and the number of people aiming to become professionals in sports and other competitions has increased. As a result, differences in ability in various areas have become more apparent, people are having less fun, and those who want to become professionals are busy studying and practicing, reducing their interaction with other people, and increasing the number of people who become isolated in society as a whole.

In order to improve this social trend, it was necessary to make it possible to have matches that transcended genres and to take advantage of study and practice, and the challenge was to diversify the ways of competition.

In addition, regarding acronyms,
ID stands for "Identification."
OS stands for "Operating System".
AI stands for "artificial intelligence."
CPU stands for "Central Processing Unit."
GPU stands for "Graphics Processing Unit."
XML stands for "eXtensible Markup Language."
RPG stands for "Role Playing Game."

The present invention addresses the uniqueness of digital formats and advances them.

The peculiarities of the digital format are as follows.
1) The three elements of the game can be separated.
2) The results are based on the results prepared by the author.
3) Conditions and results are handed over completely.

The first, three elements that can be separated is the difference between digital and analog systems. Analog systems fight against enemies by determining rules in the real world. Therefore, the player's full body and soul abilities can be tested. On the other hand, in the digital format, the player stands in for the player in a virtual world created by the author, and that substitute is manipulated using an input device, making it impossible to tell whether the enemy is controlled by another player or the enemy prepared by the author. fight the enemy.

Therefore, the three elements of the analog system are people who take spontaneous actions and those that regulate them, and can be said to be ``rules, the person, and the enemy.'' On the other hand, in the digital format, physically "software, computer equipment, and humans" are used, but from a different perspective, the player sends the motivation and challenges through the progression and development prepared by the author. Challenge yourself to a showdown. Therefore, the role can be called "progress, motive, confrontation" or "development, motive, trial."

In other words, the digital method has the characteristic that three elements can play a role.

Therefore, physical differences cannot be overcome, but roles can be overcome simply by changing roles. In other words, to summarize, the three types of roles can be changed into three types of games.

A driving cause is a cause that causes a certain event to occur; it is a trigger, so to speak. Unlike analog practical skills, digital input operations are distorted depending on the character or item, even if the same operation is performed. Therefore, it is just a trigger to activate the result prepared by the author.

The second method, which allows players to approach the results prepared by the author, is a method of estimating the player's abilities, and the analog method allows players to test their abilities with all their heart and soul. Therefore, the results cannot be contained within a finite range. In addition, originally, the judges would force the selection. On the other hand, with the digital method, no results can be obtained unless the author approaches the results prepared. In other words, it can only do what the author envisions. Therefore, both the results prepared by the author and the operations performed by the player are within a finite range such as 0 to 100.

In other words, digital methods have the characteristic of being able to process internal values within a finite range.

Therefore, this finite range is referred to as a "finite area."

The finite range is a "certain range" for expressing value, and the inventor recommends a range of 0 to 100, including decimals. In other words, it is the same as a percentage. However, anything that can be expressed as a whole, such as -1 to +1 or 10 levels, is fine. However, if a value other than a percentage is made into a finite range, it must be converted into a percentage when adjusting the value using a figure in the fourth invention.

In addition, after this, if we write "finite range", it will be 0 to 100 including decimals.

The third point, which involves passing conditions and results, is the programming process, and the digital method is based on programs. However, in reality, a wide variety of programs are assembled and used to exchange conditions and results. This is because digital processing is used, and unlike analog processing, digital processing converts data into numbers, so it is only necessary to get the result, and the process is not hidden, but disappears.

In other words, the digital method has the characteristic of hiding the process.

Therefore, if the same result can be obtained, it can be made into an independent game instead of the program. This is because the result of the game is contained within a finite region.

As a result of the above, that is, as a result of the three characteristics, the three digital elements can be transformed into three types of games.

Also, if the three elements are made into three types of games, traditional competitive methods can be performed within the roles. For example, if you want to compete in advanced input operations, you can make an action game, and if you want to compete in high intelligence, you can make an intellectual game. That is, it includes traditional games.

Furthermore, the traditional method of competition was to bring together various people in one game. In other words, the game has subdued the differences between players. However, since it was played within a single game, there was a noticeable difference in ability, and in the end, only players of the same ability could compete. If the three elements were made into three types of games, it would be possible to play a variety of games and bring together people, and the differences between the games and the players would be subdued. What's more, you won't be caught up in differences in games or ability.

For this reason, the inventor named this method of competition, a method of gathering a wide variety of games, giving each one a role, and creating a new game based on the role, "inter-discipline exchange." did.

Inter-discipline interaction refers to a competitive method in which different categories (games) are exchanged (coordinated), and the present inventor developed it with reference to human interaction.

The overall picture and details of the interaction between different types will be described in the fourth invention.

In addition, interaction between different species is referred to as "interspecies interaction."

However, cross-species crossbreeding and the present invention are different things, and the present invention is a computer device for establishing cross-species crossbreeding. Therefore, there is an invention in the true sense of the present invention, and in order to avoid confusion in terminology, the true meaning of the invention is written as "cross-species exchange" and it is written as the present invention, which makes it possible. This device is used for the purpose of

In addition, the games that play the role of the three elements are described as follows.
1) A game in which you play the role of a facilitator is a "facilitator game."
2) A game in which you play the role of a motivator is called a “motivator game.”
3) A game in which you play the role of a confrontation is called a “confrontation game.”

Additionally, the three types of games may be abbreviated as follows.
1) Facilitator game, ``facilitator''.
2) The motive role game is "motive role".
3) The confrontation role game is "confrontation role".

In addition, the following nine measures are required to enable interspecies crossbreeding.
1) Change the structure of competition.
2) Fix the roles and positions of the game.
3) Make it possible to remake the motive role game.
4) Change the digital processing procedure.
5) Equalize the three aggregates.
6) Equalize the motive role games.
7) Calculate the player's performance.
8) This device also has a finite area.
9) Make the best performers compete against each other.

The first point is to change the structure of the competition method.As mentioned in the background section, the traditional method of competition fixed the points at issue. Therefore, we were able to practice and prepare in advance. What's more, everything that wasn't at issue was ignored, and while it was extremely unfair, those who won over things other than the issues at issue had an overwhelming advantage. If we were to visualize this, it would be ``battles outside the actual event + actual battles,'' and the emphasis was on the battles outside the actual event.

Then, make it ``a game outside the actual game + a real game.''

Then, the content of the actual game will change depending on the non-regular game, and even if the player is running 100 meters, if the player has a good performance in the non-regular game, the player may reach the goal 30 meters short of the goal. In other words, there are no fixed points of contention, and the entire 100m race has become a cluster of points of contention, and various abilities are being developed, using the points of contention as weapons, so-called games, and determining which points of contention can be used to gain an advantage. You will be able to try it.

The second method, fixing game roles and positions, does not work even if multiple games are brought together in one battle field. Therefore, each game has a role and its position is fixed. In other words, when it comes to organization, the game can be handled based on roles, and players can also formulate strategies.

Position refers to whether you are the entrusting party or the entrusted party in a relationship of entrustment, and corresponds to A and B described in the background technology.

The roles are as follows.

The facilitator game is a game for the "entrusting side" and is the only one that has continuity, and can be either competitive or non-competitive, but it will be digital. Therefore, the players or teams decide on at least one facilitator game and play motive role games as necessary during or in order to advance the facilitator game.

Note that only in the facilitator game, the results of the players or teams are calculated. However, the results do not determine the outcome of the match. This is because the method of deciding the winner or loser at the competition venue is the sole discretion of the organizer, and the organizer decides whether to decide the winner based on the result of the facilitator game, or whether to add or subtract points from values that can be commonly used at the competition venue. It will be done.

Note that the value that can be commonly used in the battle field refers to a device that creates a new game by linking three types of independent games. Therefore, the games other than the three types are not related to the present invention. However, if the device is used to create new games, the values obtained through the three types of games can be exchanged for other values. For example, if you do well, you will receive medals, coins, or cards, and if you get 5 coins you will get bonus points or a special chance, or you may have to throw a specified number of medals or special cards to play a special game. can. Basically, such a thing has nothing to do with the present invention, but it is a value that can be obtained by replacing games, and it is an important device for creating a new game by collecting different games, so it cannot be ignored. include.

Note that values that can be commonly used on the battlefield are referred to as "common values."

The motivating role game is the only game for the ``entrusted side'', and it is a mini-game with no continuity, creating a motivating factor. It can be either a competitive or non-competitive type, but basically it will be a non-competitive type. Note that matches against computer opponents will be non-competitive. Moreover, either a digital type or an analog type may be used. Another feature is that it can be recreated for each event, player, and scene. Furthermore, if linked to this device, all value-adding actions can become a motivating role game.

Furthermore, all acts of valuing refer to all means of evaluating human beings, and include not only games and competitions, but also studying, playing, exams, and guessing, as well as quizzes and fortune-telling. Targeted.

The confrontation game is a game for the ``entrusting side'' and is a competitive mini-game with no continuity. Therefore, the results are immediately known and benefits can be given to those who meet the conditions. Benefits are various, and include obtaining common values that can be used commonly in the battle field, obtaining the right to set traps, obtaining the right to obtain large benefits, and obtaining the right to play facilitator games. . Note that although it may be a digital type or an analog type, it is basically a digital type. There are also competitions against the computer, which can be played alone.

Furthermore, the right to obtain a big benefit is the chance to play a game or guess and get an even bigger benefit depending on the result.

In addition, the method for allowing analog players to participate in this device is to basically play games with the roles of "advancement, motive, and confrontation" in their respective implementation environments. Therefore, this device is linked to the "linkage software" that is submitted to each game. However, if the software displays the details of the quoits, for example, ``Perform the quoits three times within 5 minutes at a distance of 3 meters and return the total score,'' and inputs the results into the software, Students are encouraged to participate in analog-style study, play, and practice. In other words, if you can input the results, the process is hidden, so anything can be made to participate.

Also, the basics do not mean that all games have their own implementation environment. Such a game requires an environment to be created around the device, which means that it may be integrated with the device.

Note that linkage software is software that is jointly developed by this device and the game, and the linkage from this device to the software is developed by the device, and the linkage from the software to the game is developed by the game. Develop. Therefore, this device is linked to the software. In other words, it's an interface. Therefore, even if the interface is incorporated into game software or a game system, this device will only communicate there.

Thirdly, to be able to change the motive role game, the three elements of the digital type can be used as roles, unlike the three elements of the analog type, as mentioned above. Therefore, it does not necessarily need to be carried out by humans. On the contrary, if humans are in charge, regularity cannot be achieved. Therefore, the current digital method uses an input device. As a result, regularity is achieved, meaning that unexpected things do not occur, but on the other hand, the input device becomes analog-based, which halves the advantages of digital methods.

The advantage of the digital system is that, unlike the analog system, it has the flexibility to equalize everyone, and characters and items play that role. However, since only the input operation is a practical skill, such flexibility cannot be utilized, making it a grueling fingertip competition.

Therefore, this device is designed to replace the input device with a motive role game.

However, if it is done in the traditional way, it is not possible to exchange "conditions and results". Therefore, the motive role game is made into one or more mini-games, and values are assigned to each mini-game so that "conditions" can be received and "results" are returned. In other words, like a program, it is made into components.

The method begins by turning the motive role game into a "collection of tasks." Note that a collection of tasks refers to creating countless mini-games for each competition, collecting one or more mini-games to form one "task," and collecting multiple such tasks to form one motivating role game.

Specifically, in the case of studying, a question consisting of one or more questions becomes one task, and in the case of practice, such as baseball or soccer, a number of repeated exercises such as pitching and shooting become one task. Furthermore, in the case of computer games, one challenge is to create battle scenes based on various setting values. On the other hand, if you set a number of attempts or a time limit, even simple tasks can be made infinitely more difficult.

After that, the search is narrowed down twice.
1) For the first time, narrow down your search by content.
2) The second time, narrow down the scope of implementation.

The first narrowing down is to set the required number of "extraction conditions" and "ranking criteria" for each task for each competition. Mathematics, etc., and in addition to the difficulty level, the assignments are sorted by conditions such as the percentage of questions asked and the percentage of incorrect answers. Then, based on the ranking criteria, a value in a finite range of 0 to 100 is assigned to each task, and the results are narrowed down for the first time. In addition, when it comes to training for gamers, you can create situations from various perspectives, such as a scene where special move 〇〇 can be used, the most used technique in 〇〇 tournament, or a reenactment of the final battle scene. The first extraction is performed as a final decision scene, etc., and the extracted issues are set in a range of 0 to 100 to be narrowed down for the first time.

Then, an "index" consisting of "values in a finite range" from 0 to 100 and "assignment ID" is created.

For the second narrowing down, specify the "extraction point" which is a value between 0 and 100 and the "extraction range" based on the extraction point for the index created in the first narrowing down, and perform extraction again. , Sort the finite range values assigned to the extracted tasks from 0 to 100.

Then, an "index" consisting of "values in a finite range" from 0 to 100 and "assignment ID" is created again.

In other words, by sampling twice, the targets for implementation are only those that are truly necessary. This is an optimized motive role game, and its true nature is an index, and because it is an index, it can be remade to suit any "event, player, or scene." Moreover, since the index re-created in this way is assigned a value between 0 and 100, that value becomes the value that receives the condition, and if the result of the implemented task is returned as a value in a finite range, then "condition and result" can now be exchanged with values between 0 and 100, and can be handled uniformly regardless of the type or content of the game.

In other words, all motive role games can be treated as the same.

Furthermore, index creation is dynamically performed on the game side when the game is played. Therefore, the method of dividing by event, by player, or by scene only requires changing the extraction conditions.

The meanings of each are as follows.
1) For each event, the index is rebuilt according to the purpose of the event.
2) For each player, the index is remade according to the player.
3) For each scene, the index is rebuilt according to traps and tricks.

The fourth change to the digital processing procedure is to fundamentally change the way digital systems operate.Currently, digital systems first require the player to perform an input operation, and then begin processing.

For example, if you press the right button, your right foot will move forward, and if you press the left button, your left foot will move forward.The author will make arrangements for this, and have the players do the same and compete for the goal. And if you notice the hidden button, you can make a mad dash. In other words, everything is created and performed by the author and is in the hands of the author, and there is no value that can be created by the player himself like in analog formats.

In such a process, the author creates three aggregates and selects one individual in turn.

The three aggregates are:
1) A collection of operations allowed to the player.
2) A collection that evaluates the player's operations.
3) A collection of results prepared by the author.

In other words, in the digital format, the player first performs an input operation approved by the author, determines the value of that operation, and changes the game based on that. Therefore, the player's operation is the driving factor, and unless the player performs an input operation, the game will not start or progress.

However, with that method, the author needs to decide and create all the actions of the player. Since such a thing is impossible, limited operations are performed using limited buttons. Therefore, button operations inevitably become complicated.

Therefore, we will change the processing procedure. Specifically, instead of starting the game from the player's input operation as in the past, the player is first made to select a result prepared by the author. In other words, start with the results. Then, the player can do whatever he wants as long as it approaches the result prepared by the author.

Although it is a big change in terms of expression, the digital method creates a big result by repeating "process and result" with small changes. It hides the process that leads to the big results, and takes advantage of the characteristics of the digital method. That is, the digital process is hidden.

As a result, the previous three aggregates are changed as follows.
1) A collection of results prepared by the author.
2) A collection of tasks that you want the player to complete.
3) A collection of results performed by the player.

Note that the aggregate of the results of the player's actions is the score.

In short, removing an input device from the three aggregates shifts the procedure by one. As a result, the digital world expands and the benefits of digital technology can be utilized to the fullest. This is the essence of the present invention, and although it is essentially the same as the digital method, the procedure is slightly different.

However, this requires various efforts, and first, we must identify an alternative to the input device.

Therefore, an alternative to input devices is ``fixed value-adding behavior''.

Note that the act of valuing, as mentioned above, is a means of evaluating people. However, the only thing that must be eliminated is emotional evaluation, which is considered a ``fixed valuation act'' in the sense that it excludes human evaluation. In other words, evaluation is performed regularly.

However, in order to use it as an input device, the following problems must be overcome.
1) Conditions are accepted.
2) Value can be exchanged with other value-adding activities.

In other words, it is necessary to be able to uniformly exchange "conditions and results." As mentioned in the previous section, this is a mechanism that will make this possible.

The fifth step, correctly linking the three aggregates, solves the problem in the previous section, and is a way to properly link the three aggregates created in completely different backgrounds, and is a method for passing conditions and results.

The three aggregates are:
1) A collection of results prepared by the author.
2) A collection of tasks that you want the player to complete.
3) A collection of results performed by the player.

However, if this can be done, value can be exchanged with other value-adding actions. In other words, games can be replaced. This is the fundamental technology for creating new games. The present inventor has named this method a "question-and-answer method." Note that the question-and-answer format will be described in the fourth invention. Here, we will describe how to properly link the three aggregates.

Furthermore, replacing a game means replacing a part of the game with another game. Normally, the replaced game itself would produce its own results, decide on the trend, and collect values necessary for the battle. Leave that to other games and do it with the results of other games. In other words, the contents of the game are replaced.

However, in order to do so, you need to do the following correctly.
1) Delegating properly to other games.
2) Correctly reflect other game results.

The idea for doing this is as follows.
1) Set each aggregate to 100%.
2) Value exchange is done in percentage terms.

This makes use of the characteristics of percentages, which can show the internal value of the whole without touching the internal value. If we make use of this characteristic, we can show each other's internal value without touching each other's internal value by making the value exchange 100%.

For example, if you have rice and meat, and the amount of both is determined to be 100%, if you want 30% of the rice, you only need to provide 30% of the meat. Therefore, we value the contents in a hierarchical manner, rather than in terms of quantity. In other words, pawn it. Then, if you want quality at the 30% position, you only need to provide the quality at 30%.

In short, make the same 100% and make the percentage contents homogeneous. For example, a value below 50 represents a negative value, and a value above 50 represents a positive value.

Then, the value can be exchanged as follows.
1) Advance decision type.
2) Post-decision type.
3) Matching type.

In the predetermined type, the ``result prepared by the author'' is negotiated first.For example, if the player selects the result with a value of 70%, the player selects the ``result prepared by the author'' that has a value of 70%. If you are able to complete the "assignment" and achieve a result of 50% or higher, you will receive the "result prepared by the author" equal to your grade or the amount agreed upon in advance.

In the post-decision type, the "task" that the player wants to perform is decided first in response to an invitation to a match, etc., and if the player achieves a result of 50% or more, the "author" will be awarded the amount of the score or the value allocated to the task. The result prepared by the user is obtained.

For a type matching type, if the entrusting side and the entrusted side can match the types, that is, if the values used on the entrusting side can be collected on the entrusted side, then it can be determined whether it is a fixed-in-advance type or a fixed-in-later type. If the result is 50% or more, the values collected by the entrusted party can be used by the entrusted party. Therefore, there is no need for the entrusting party to create ``results prepared by the author.'' However, since the usage is narrower, it is used in e-sports, etc.

In both cases, success is a condition, and it is described as a "success fee."

Also, what is important here is the method of calculating grades, which will be discussed later.

Furthermore, the values used in the above value exchange are as follows.
1) Advance price.
2) Settlement value.
3) Grade value.

1) The predetermined value is the value for tackling the task agreed upon in advance.
2) The final value will be the value assigned to the actual assignment.
3) The score value is a value representing the score achieved by the player.

All values are for three aggregates and expressed as a percentage. However, if written strictly, it will be a value in a finite range.

The difference between a finite area and a percentage will be explained again.

The purpose of replacing the game is as follows.
1) Prepare for the match.
2) Arrange trends.

The first step is to prepare for a match if the game you are entrusting with is a competitive game, and you prepare for the match. For example, if the game being entrusted to is a card game, the task is to collect cards, and if it is an action game, the task is to collect items and weapons that can be used. Also, it becomes physical, team, and camp building.

The second method, determining the trend, changes the game of the entrusting side with the replaced game results. Therefore, the results prepared by the author become options that determine the trend, and one is selected.

Note that there are cases where you select multiple options; for example, there are cases where you choose separately for physical strength, attack power, and defense power, but that is the first option.

Therefore, the values used in the game on the entrusting side are referred to as "competition elements."

Therefore, if you write it as "competition element collection", it will be a collection of values used in the game of the entrusting side.

Returning to the topic, if you make the three aggregates 100%, you can exchange value as described above.

The problem is how to make the three aggregates 100%.

To make the first result prepared by the author 100%, use it for all shapes. In other words, there are no more options. Then, since there are no options, it will inevitably become 100%. Then, each result prepared by the author is assigned an appropriate value from 0 to 100. In other words, shake without bias.

In order to make the second task that the player wants to perform 100%, use the technique described in the next section.

Third, to make the results of the players' actions 100%, if each player performs 100% of the tasks and the game evaluates them correctly, the results will be 100%.

Therefore, if you set only the tasks that you want the player to perform, which will be described in the next section, to 100%, all of them will become 100%.

Note that all work to set it to 100% is done by the game side.

Moreover, the percentage can be used in the following two ways.
1) Use 0 to 100 in one direction.
2) Used in 3 directions with 50 as the boundary.

Either way is fine, but the game situation can be expressed as follows.
1) Improvement, deterioration, and current situation.
2) Equal advantage and disadvantage.
3) Easy, difficult and standard.
4) Success, failure, and draw.

Therefore, it is easier to understand if it is divided into three directions. Therefore, with 50 as the boundary, above 50 represents a positive value, below 50 represents a negative value, and 50 is considered to be no change or a draw. Note that the draw area may be set to 40 to 60, etc.

Further, positive value and negative value may be expressed as follows.
1) Increase evenly.
2) Increase at an accelerated rate.
3) Increase acceleration near both ends.

Note that both ends are 0 and 100, and near these ends, for example, 10 or less or 90 or more, it becomes extremely easy or difficult. However, this is also a process on the game side, and this device only transfers values between 0 and 100.

Also, the question is whether it is necessary to make the contents 100% the same, but if it is the same, it is better. For this reason, even if the contents are different, such as improvement and deterioration, ease and difficulty, we are able to show similar value in contrast. However, what would happen if the individual aggregates were arranged irregularly?

1) The result of the player's action is a complete out.
2) Most of the tasks you want the player to complete are out.
3) The results prepared by the author are almost safe.

In other words, it is necessary to correctly evaluate the game results and the tasks that the players are asked to perform, but the results prepared by the author can be used if the assigned values can be seen and the tasks that the players want to perform can be selected according to the player's image. , almost no problem. For example, if you receive a low value even though you are getting good results, you may feel uncomfortable, but if you can trust the value, it will not be stressful. Also, almost out means that it is safe if you value luck. Therefore, the three aggregates are made as follows.

1) Correctly evaluate the results of the player's actions.
2) Make the tasks you want the players to do commensurate with their value.
3) The results prepared by the author follow the assigned values.

Note that such processing is also performed by the game side. In other words, this device only transfers values such as "first decision value, second decision value, and result value" and adds value.

The sixth step, to equalize the motive role games, is to abstract twice by the method described in the previous section, which makes the set of tasks that the players want to perform to 100%.

Note that abstraction means eliminating individual differences so that things can be handled uniformly. Therefore, strictly speaking, it is abstracted three times, and the two degrees of abstraction mentioned here are two times 100% conversion.

The third degree of abstraction is as follows.
1) Make the game into secondary data and make it uniform.
2) Set it to 100% using the setting software.
3) Set the extraction point and extraction range to 100%.

In the first abstraction, the details will be described later, but game management is performed in two stages: "primary data and secondary data", and the primary data manages all information related to the game outside of this device. On the other hand, secondary data manages settings by the organizer, values that can be shared with other games, and classification values such as "colors, figures, numbers, and words" that are completely unrelated to the game. Therefore, secondary data is no longer captured by the game.

The second abstraction is a 100% version of the first, requiring the submission of ``configuration software'' for the three types of games that participate in interspecies interaction. This is because all games that involve interspecies interaction, even games such as soccer, are played in part, and as a result, arrangements for partial play are necessary. Under these circumstances, since the motivating role game is a collection of tasks, "partial implementation = extraction of tasks", and the collection of tasks is remade into partial implementation.

For example, in the case of a motive role game that deals with mathematics, there are many genres of mathematics, such as geometry and analysis, or university entrance exam questions. Then, the extracted tasks are arranged according to the "ranking criteria" and a value of 0 to 100 is assigned to each task based on the value used for ranking. This is the first 100% conversion.

Note that the ranking standards include overall evaluation, difficulty level, question rate, and failure rate.

The third abstraction is the second 100% conversion, and compared to the abstraction performed in the first 100% conversion, the second 100% conversion is based on the values of "extraction point" and "extraction range". Let's do it. Therefore, there is no need for configuration software, and it can be done using numbers, eliminating differences in games.

Note that the extraction point is a value indicating a pinpoint from 0 to 100. Further, the extraction range is a value indicating the vertical width of the extraction point, and if it is one value, it is the same range above and below, and if it is two values, it is a different range.

In short, the two rounds of narrowing down are as follows.
1) For the first time, narrow down the scope of implementation.
2) For the second time, narrow down your choices based on your ability.

As a result, the motive role game can be tailored to suit any need. Therefore, the inventor expresses all the situations as "for each event, for each player, and for each scene."

The evaluation criteria for each are as follows.
1) Arrangements will be made for each event by the organizer.
2) Arrangements are made for each player.
3) Each scene can be changed by the player using traps.

In addition, reshaping the motive role game in this way is referred to as "optimization."

As a result, by optimizing the motive role game, the three aggregates become 100%.

Also, if three aggregates become 100%, if one of them is made the same, the other aggregates will also become the same 100%. Therefore, motive role games created from the same "results prepared by the author" will all have the same 100% under any of the criteria of "event, player, or scene."

As a result of the above, the motive role games can be equalized.

Note that the first setting to 100% and the second setting to 100% are performed in completely different ways, and the first setting cannot be performed without using setting software. Although there are such differences, the following values are referred to as "equalization values" in the sense of values necessary for equalization in the motive role game.

The equalization values are as follows.
1) Ranking standards.
2) Extraction conditions.
3) Extraction point.
4) Extraction range.

Further, the values used for game replacement are as follows.
1) Replacement type.
2) Advance price.
3) Settlement value.
4) Grade value.

The above four values are referred to as "replacement values."

Note that the replacement value is a structure that records important values used in game replacement for each player, and also records a lot of other information. Therefore, "replacement value≠4 values" is not true.

In addition, in this device, values used in game replacement, including "first decision value, second decision value, and result value", are given importance and are written as "three values for replacement", "five values for replacement", etc. This is a term used to clearly express important values used in game replacement, and is different from the replacement value described above.

In other words, there are the following differences.
1) Replacement value is a structure that records the value used when replacing the game.
2) The replacement value is a tentative name used to explain the replacement of the game.

In addition, the above-mentioned replacement type records whether the game is to be replaced in advance, determined later, or matching type, and also indicates the value used in the matching type. For example, 1 is a first decision type, 2 is a later decision type, 3 and later is a matching type, 3 is a playing card, 4 is a dice roll, and 5 is an action game's physical strength, attack power, etc. .

Regarding the seventh step, calculating the player's performance, it is possible to change the game by using the techniques described in steps 1 to 6. However, in order to complete interspecies interbreeding, three other measures are required, and this is one of them.

As mentioned above, cross-breeding is a form of competition, and there are no rules found in analog formats or stories found in digital formats. For this reason, analog games have drama, and digital games have a sense of accomplishment, but interspecies games have nothing like that, and on the contrary, there is the fun of playing different games and comparing wits while setting traps. .

Therefore, it is necessary to change the evaluation method, as follows.
1) Analog formulas are evaluated using rules.
2) Digital formats will be evaluated by the author.
3) Evaluate cross-breeding based on performance.

This is because there is no absolute standard for heterogeneous crossbreeding like analog or digital methods, and because there is no absolute standard, it cannot be scored. Therefore, it is necessary to inflict damage on the opponent without relying on standards, so the values of the competing parts are equalized to 100%, and each value is converted into a ratio or something that can replace the ratio, and then Exchange them and materialize them in each game.

This is a question-and-answer format, but to make the ratio a little easier to understand is to make the ratio a little easier to understand.Performance is a vague mental image based on one standard, but if it is expressed numerically, it can be expressed in considerable detail, and it can be expressed in the area of percentages. It can be said that it is infinite.

As a result, a wide variety of games are connected by their performance, and for example, in volleyball and soccer, where everyone's efforts come together as one, various games come together to produce a single result.

The problem is how to calculate the performance, but optimization is used.

Optimization means eliminating waste for "events, players, and scenes", so to speak, to 100%. Then, if you use 100% of that in a three-way separation formula, for example, if players A, B, and C play against each other and the results are 90, 70, and 40, player A wins and A and B pass. However, only C is a failure, and each way of winning and losing can be shown with a single value.

In other words, you can determine "ranking, success or failure, wins and losses, and how to win or lose" based on performance.

However, if things continue as they are, there will be people who will take on 0 challenges and aim for 100. Therefore, we set a handicap at 50, and if you take on a task with a difficulty level of 0, your performance will be between -50 and +50. Similarly, if you take on 100 tasks, your performance should be between 50 and 150. Then, if you try to get 100 next time, you will get 50 without doing anything. Therefore, in each case, the player must roll 50 or more to clear the game.

In other words, make it possible to obtain it on the condition of success.

Then, the predetermined type can be performed in the following two ways.
1) You can obtain the results prepared by the author for the grade value.
2) Results prepared by the predetermined author can be obtained.

The first is, as mentioned above, if you choose a result prepared by one of the authors, take on the task, and clear it, you will get the result prepared by the author equal to your score. Therefore, for example, if you want to aim for the result prepared by the author that has been assigned a value of 100, you can try 70 or 80 tasks and aim for over 100, which increases the number of ways you can aim for it.

Second, in order to get the results prepared by the author who assigned a value of 100, the only way to get them is to take on 100 tasks and aim for over 50. Therefore, there is no choice, but you can definitely carry out the specified task. As a result, you can see which tasks they attempted and how well they achieved in performance tests.

Which one to use depends on the setting of the battle field, but to make it easier to understand the difference between the two, we will write them as follows.
1) The first is performance-based success compensation.
2) The second is advance payment type success fee.

Further, other methods may be used to calculate the performance, and the handicap value may be changed.

As a result, the replacement ternary values are as follows.
1) The predetermined value is a value that indicates what is to be done or what is desired to be obtained.
2) Final decision value is a value that indicates what has been done.
3) Grade value is a value that represents performance.

Note that the finite range is from 0 to 100, so 0 or less becomes 0, and 100 or more becomes 100.

Furthermore, this device optimizes not only the motive role game but all three types of games. Therefore, similar to the motive role game, the facilitator game can also be made into multiple forms.

As a result of the above, the following can be done with values in a finite range, and a trap can be set.
1) Optimization.
2) Game replacement.
3) Calculation of workmanship.

The eighth point, having this device also have a finite area, is the second idea to complete the interspecies interaction.If the above is left as is, the organizer will only have to prepare the game to be held, and the organizer will be able to adjust the value and add more. You can't set a value on it.

Therefore, this device is also provided with a finite area, and games are replaced by converting the game into the finite area of this device. Then you can do the following:
1) Values can be grouped.
2) Added value is provided.
3) Value conversion can be adjusted.
4) Internal value can be changed.

The first reason, that values can be grouped, is that the organizer can freely handle the finite area given to this device. Therefore, the finite area is freely divided into groups, and when predetermined values are sent to this device, the values are rounded for each group. As a result, the accuracy of value conversion can be adjusted. Note that grouping can be performed for pre-determined values, late-determined values, and performance values.

The second value added is that when the player's results are returned, a common value that can be used in the battle field is assigned to a specific group or all groups, or a game where such a value can be obtained. associate. Then, for example, the amount of value obtained by drawing lots can be changed.

Thirdly, the value conversion can be adjusted by making the finite region of this device the base effective region of two-dimensional coordinates, and placing the finite region representing the game, players, and traps graphically at the coordinates. Then, by indicating the internal value as a percentage in each figure and converting the position into a base value, the external value at the playing field is created. As a result, by changing the placement position and graphic size, the external value on the battlefield can be adjusted.

The fourth reason, internal value can be changed, is that even if you change the size or placement position of a figure, the internal value cannot be changed. Therefore, a value adjustment function is provided in the finite area of this device. The method is to change the shape whose internal value you want to adjust from a linear shape to a rectangular shape so that it has two sides, divide it freely along the base axis, leave the dividing point on one side as it is, and move the dividing point on the other side. Then, for example, if the division point set at 30 is moved to 70, the area from 0 to 30 will expand to 0 to 70, and the issues that were treated high in the figure can be treated low. In other words, the proportion position within the figure can be changed.

As for the 9th point, making the best performers compete against each other, this trick is basically not necessary. However, there are rare cases where it is necessary, and it is up to the developer of this device to decide whether to use it all the time or rarely.

For example, if the results of the motive role game for players A and B are 80 and 60, the situation will turn out for the better because both players have a passing score. However, if two people were playing a competitive game, it would be impossible to turn them both around at the same time. So, add up 80 and 60, divide by 2, and convert the difference into improvement or deterioration. At that time, if the difference is small, increase the difference by two or three times.

However, the above corrections are made by the entrusting party. Therefore, it is not necessary.

However, if both the entruster and the entrustee play a non-competitive game, this interspecies interaction will not interact with other games unless they play a confrontational game. It can be used in academic tests and ability tests, but for normal play, it is better to make it possible to destroy the facilitator game in ways other than the confrontation game.

Therefore, a means described as a "performance competition implementation means" is provided, and the performance is collected in this means and made to compete. As a result, the above-mentioned correction can be performed without having to leave it to the entrusting party.

By using the above nine techniques, you can perform cross-species crossbreeding. .

Here, we will note the difference between a finite area and a percentage.

In the finite domain, all of the heterogeneous "devices, games, players, and traps" are considered "value-adding acts based on their own value systems," and if they have their own value systems, they have no external value. They are ranked and stored in a finite range such as 0 to 100. This is the basic idea of interspecies interbreeding.

However, value cannot be exchanged in that way. Therefore, if you create three aggregates where value is exchanged and make each aggregate 100% for "event, player, or scene", the internal value can be expressed as a percentage, without touching the internal value at all. Value can be exchanged based on the ratio.

However, percentage is also a finite area, and up to this point you can do it in a finite area without using percentages.

However, what can only be done using percentages is value adjustment using coordinates.If a finite area is graphically placed on the coordinates and its size is changed, the internal value cannot be shown unless percentages are used. Therefore, the present inventor has set "finite area = percentage", but if a finite area other than percentage is used, the value in the finite area must be converted to a percentage and recalculated.

Note that the concept of interspecies crossbreeding will be described in the fourth invention.

Returning to the topic, depending on the embodiment and implementation purpose, it may not be necessary to equalize or rework the motive role game. Therefore, the arrangement of the motive role game cannot be fixed. Therefore, the arrangement of the motivating role game is determined by "some method".

Some methods are as follows.
(a) Arrangements are made based on the content of the replacement signal.
(b) Arrange with player traps.
(c) Arrangements will be made in advance by the organizer.
(d) Arrange through external means of arrangement.
(e) Make arrangements through computer games.
(f) Arrange randomly by computer.
(g) Arranged arbitrarily by the players.
(h) Arrange in any other manner.

According to the content of the replacement signal in (a), game replacement begins by transmitting a signal called a "replacement desire signal." Therefore, a lot of information can be included in the signal and negotiations can be made with that information.

In (b), players set traps to enjoy interspecies interbreeding, and players set traps for each other to create advantages and disadvantages. Depending on the trap, the driving role game or task will be decided.

(c) The organizer makes advance arrangements, in which the organizer makes a detailed or rough arrangement of possible game and player combinations before the match, saves it, and sends a game replacement signal. If so, check the storage location and if there is a corresponding combination, follow that arrangement.

Regarding (d), where the arrangement is made by an external arrangement means, in (c) the organizer makes the arrangements for the combination, whereas in (d), the arrangement is made by an external computer using technology such as AI. Therefore, players, tasks, and mini-games that create tasks are managed using permanent IDs.

Regarding the arrangements in the computer game (e), all combinations of roles are possible unless there are special arrangements. Therefore, if secondary data is extracted and the extracted number is passed to a computer game, the number within the extracted number can be determined in a shooting game, lottery, etc. Arrange accordingly.

Note that (f) and (g) are the same; if the secondary data is to be limited, it is limited; in (f), the computer makes an arrangement, and in (g), the player makes arrangements and has the number and identification value returned.

Another method of (h) is to specify one piece of secondary data after extraction or to specify a permanently assigned task ID in the arrangement of the motive role game. Therefore, (a) to (g) can be done, but there are also other options that the opponent can make arrangements with.

The differences from the traditional competition method are as follows.
1) The host becomes a crossbreeding cook.
2) Motivation can be created in two ways: old and new.
3) The motive role game can be changed for each player.
4) Players set traps for each other.
5) The content of the facilitator game can be changed.

In the first case, where the host becomes a heterogeneous cook, this device is a device that gathers "games, players, and traps" that have no external value and weaves one game. Therefore, unlike in the past, there is no way to win by being good at 〇〇, the only thing that exists is the parts and preparations prepared by the organizer, and players aim to win within that. Therefore, the interspecies cook becomes the organizer.

Second, motivating forces can be created in two ways, new and old.This device imitates the structure of a computer game. Therefore, it is compatible with computer games, and can be played by interweaving the old method using an input device and the new method by replacing the game.

The third reason is that the driving role game can be changed for each player, as described above, and can be changed for each event, player, and scene.

The fourth method of competition according to the present invention, in which players set traps for each other, depends on the embodiment, but the organizer prepares the traps and the players set traps for each other. This is because the players themselves put together the game, and the players set traps for each other as if they were trying to trick each other.

Fifth, the content of the facilitator game can be changed.If two of the three elements of the game, the motive and confrontation, are changed, the game loses its originality and becomes a different game.

However, regardless of whether or not it becomes a new game just because the contents of the facilitator game have changed, it is sufficient if the facilitator game is a competitive game. This is because the confrontation role game can be played as a battle type, and the motive role game can also be played as a battle type. Therefore, unless a conclusion is reached through the facilitator game, it becomes a match for the sake of a match, and the match loses its meaning.

But you can also:
1) The facilitator game can be changed for each player.
2) One person can play multiple facilitator games.
3) The facilitator game can be used in place of the motive role game.
4) Players can destroy each other in the facilitator game.

This is because not only the motive role game but the three types of games return results with the same value as the motive role game, so it is as if the game has a link. However, the theme of the present invention is game replacement, and details not directly related to game replacement will be omitted. However, common values that can be used commonly in the battle field are added because they can be obtained by replacing games.

Also, the reason why the facilitator game can be destroyed is because one has traps, two has game replacement, and three has eighth invention. You can set it up and destroy it.

The difference between the motive role game and other games, such as so-called facilitator games and confrontation role games, is whether or not players can be remade, and only the motive role game can be changed. However, since the organizers decide on the implementation part based on secondary data, the event will essentially be remade. As a result, the three types of games can basically be treated in the same way, and the facilitator game can start other facilitator games, confrontational role games, and motive role games, and return results in the same finite area.

Furthermore, the competitive method of this device is superior to computer games in the following respects.
1) Motive creation can be changed for each player.
2) You can participate in analog games.
3) You can test your far more advanced technical and thinking abilities.

In other words, the motivating role game can be changed for each player, and the player can also participate in analog games. Therefore, if you want to test your advanced technical skills and thinking skills, this device is a platform, and you should switch to a game that participates in the platform.

However, creating motivation does not need to be sophisticated. Therefore, if you use everyday events as quizzes, it becomes a great motivational game. As a result, you can use this device to introduce your home, or arrange and provide games participating in the platform as you like. For this reason, cross-breeding can be implemented in the following four ways.

1) Competitive type 2) Interaction type 3) Study promotion type 4) Self-expression type

In the first type, a competition of skill, players of the same skill gather in a competition field prepared by the organizer and test their skills by setting traps for each other. Therefore, the driving game is created according to the level of the event, but it changes depending on the trap.

The second type, the interaction type, brings together various people and supports each other, and in terms of the relationship between A and B mentioned in the background technology, A and B are made into different people and made into different games. Therefore, the motive role game is created to suit the participants, but it changes depending on the trap.

The third type, the study promotion type, separates study and play and allows players to concentrate on study and practice for a certain period of time, and each player collects competitive elements through study and practice. Afterwards, everyone plays card games and action games. Therefore, the motive role game is created to suit the player.

The fourth type, the self-expression type, turns the competitive arena into a place for self-expression, in which the organizer selects games that can be used for a fee or for free, and uses various tricks. And let many people enjoy it for free or for a fee. For this reason, the promoter can create the motive role game as he pleases.

The atmosphere of the battle field changes depending on the embodiments described above. However, the processing of this device remains unchanged. This is because this device manages three types of games, allows each game to be played in its environment, and when a game replacement signal is sent, it retrieves the missing information based on the signal. This is because all you have to do is collect the information, pass it on to the game you want to replace it with, receive the results, and return the results to the entrusting party, and if you get any information about your performance during that time, you just tally it up.

In other words, this device is an information processing device that performs four processes: management, preparation, relay, and aggregation.

Additionally, the necessary elements for the game are as follows.
1) Equalization.
2) Highlight.
3) Rationality.

The first one is equalization, because players with individual differences gather to compete, so it is necessary to equalize the players to a point where individual differences can be tolerated. For that reason, the analog format has rules, and the digital format has characters and items. However, everything other than the rules is left untouched, and characters and items are not differentiated in the first place. Therefore, the equality of games is ambiguous, and complete equality is impossible.

For interspecies interactions, we aim to equalize them by reworking the motivating role game. Moreover, since it can be recreated using any of the ``events, players, or scenes,'' it has greater adaptability than digital systems.

The second highlight is the points of contention and charm, so to speak, and the analog format has rules and drama. Additionally, the digital format has a story and a sense of accomplishment.

In interspecies interbreeding, the point of contention is the facilitator game and the common value is the barometer, and the charm is the overall strength and talent that can be done with one's height.

Third, rationality is the most important element for a game, in the sense that it is not unreasonable. The analog system ensures this through rules, while the digital system uses the same input device to allow you to select characters and items in the same way. However, it lacks rationality as there is a secret key etc.

On the other hand, in the case of cross-breeding, it is necessary to play a confrontation role game in order to set a trap, and the motive role game is also optimized for each event and each player, and its standards are clear. Therefore, on the contrary, there is no way to do something unreasonable, and if there were, such a game would be eliminated due to the way the game handles it.

From the above, there is a possibility that cross-breeding will become the third method of competition, following analog and digital methods.

The characteristics of each are as follows.
1) Analog systems were caught up in rules.
2) Digitally captured on input device.
3) Interspecies crossbreeding is uncharted territory.

This concludes the explanation of the means to solve the problem.

The first invention is a cross-breeding game that involves two types of games: progression and motivation.
The second invention adds a duel game to the first invention.
The third invention changes the relationship from one-on-one to a first half and a second half.
The fourth aspect of the invention is to provide the device with a finite range, convert the value into that value, and replace the game.
The fifth invention provides a recording destination for traps and game results, and is a new embodiment of interspecies interaction.
The sixth invention makes it possible to set a trap in a cross-species species that has nothing in common.
The seventh invention makes it possible to set traps that are activated within the game.
In the eighth invention, the game results are collected at another location and played against each other.

The present invention has revised the mechanism of competition, separating the two battles that were originally held, the so-called "off-season battle" and "actual battle", into independent games, and calling them "off-season games". By making it a ``actual game,'' the game can be broken down into elements, and the three elements of a computer game are defined as ``progression, motivation, and confrontation,'' and each element is made into an independent game. Then, there are two ways to create motivation, one is the traditional method, and the second is a new method.So, if you create motivation using the traditional method, you can leave it to each of the three elements of the game, and use the new method. If you want to create a motive force, leave it to this device and create a new game by properly using the two motivating factors. As a result, motive creation using this device can be done without being limited by genre, competition, or level, so it is possible to play games in an unprecedented manner, and new games can be created based on the three elements of games. This makes it easier to create games because all you have to do is make arrangements, and all the complicated parts of the game are left to each game, which makes it possible to create high-level games.

Therefore, it has the potential to change the nature of computer games and the nature of the computer game industry, with developers only having to develop games that are the parts.

The present invention is a computer device, a control method, and a program for creating a new game by linking two or three types of games. Therefore, the computer used here consists of a calculation section, a storage section, an input/output section, and a communication section.

Note that the arithmetic unit uses a processor such as a CPU or GPU, and a memory to perform arithmetic processing based on a program stored in a storage unit. The storage unit uses a hard disk, flash memory, etc., and stores various programs. The input/output section is an interface such as physical buttons, touch panel, microphone, speaker, human sensor, etc. The communication unit is a communication module that realizes a communication connection to a public communication network such as the Internet, and uses a network card, a wireless communication device, or a carrier communication module. The communications department will also be responsible for coordination via the intranet.

Further, although a computer device requires an input/output section, due to the characteristics of a computer device connected by digital signals, it is possible to separate the input/output section from the calculation section and the storage section without forming them integrally. For example, in home game consoles and home learning machines, the arithmetic unit, storage unit, and input/output unit are integrated, but if the computer is connected via a network such as the Internet or an intranet, the input/output unit is connected to a computer that performs central processing. section is not necessarily necessary.

Therefore, regardless of whether the input/output section of the computer device is formed integrally or not, the present invention is broadly interpreted as "something that is realized using a computer device," and even if it is a temporarily separated computer device. Even so, we will not discuss the formation method or linkage method of computer equipment, and will refer to the arithmetic unit, storage unit, and communication unit that performs central processing as the “central unit,” and the input/output unit as the “terminal device.” The computer device is used to establish a game based on the relationship between terminal devices. Therefore, in addition to the input/output unit that is integrally formed with the central unit, terminal devices include smartphones, home game consoles, personal computers, and newly developed computer devices. There are also methods for linking the central device and terminal devices, such as directly using digital signals, using general-purpose communication technology (protocol), and using OS, etc. There is also a method of doing this using an event message prepared by the intermediary program, and any method may be used.

In other words, the mechanical configuration of this device consists of a "central device" and a "terminal device." The central device centrally manages the information necessary for heterogeneous interaction and performs comprehensive processing, and the terminal device performs the necessary information for heterogeneous interaction. Performs input/output processing. In addition, for games and computer devices that participate in heterogeneous interactions outside of this device, interfaces are provided for each device, and they communicate with each other through the communication section of the central device.

Note that outside the present device means outside the present invention.

Additionally, the terminal device may be referred to as an "AC computer device."

Further, this device is an information processing device that transmits and receives signals. Therefore, the following information is required for signal transmission and reception.
1) Signal identification value.
2) Source information.
3) Destination information.
4) Calling identification value.

Note that the transmission identification value is a value that can be distinguished even if the signals are the same, such as a transmission NO.

Further, the identification value refers to a unique identification value.

Furthermore, the present device uses the process identification value to avoid duplicate processes. Therefore, a processing ledger is required, and when transmitting and receiving signals, the processing ledger is referred to to avoid duplication, and when processing is properly completed, it is recorded in the ledger. The signal ledger has the following information.
1) Processing NO.
2) Signal identification value.
3) Source information.
4) Destination information.
5) Time of transmission.
6) End time.
7) Condition.

Therefore, the term "processing identification value" includes information 1 to 4 necessary for transmitting and receiving signals, and processing to avoid duplicate processing using a processing ledger or the like. Note that other methods may be used to avoid duplicate processing, but these are omitted as processing outside the present device.

In addition, this device is a computer device, a control method, and a program that create a new game by linking two or three types of games, but a new game is an interspecies interaction, and it is a device for establishing an interspecies interaction. Become.

For this reason, there is a strong emphasis on cross-species crossbreeding, and the feature of cross-species crossbreeding is the replacement of games, and we would like to use it as a game replacement device. The player or team basically plays one or more facilitator games by managing the necessary number of three types of games that play these roles, and while playing the facilitator game or in order to proceed. , If a signal requesting game replacement is transmitted from any of the battle arenas, the game is replaced based on the signal.

However, replacing games is a collaborative work between the two types of games to be replaced and this device, and it is doubtful whether this device is patentable because it only exchanges values in a finite range. However, in order to replace a game, you need a place where two or three types of games can be gathered together, so you can use that place as a "one battle field", gather multiple usable games in the battle field, and play each game separately. If we give them either the role of ``progress, motive'' or ``proceed, motive, confrontation'' and the position of ``the entrusting side or the entrusted side,'' and we replace the game based on the role and position. , resulting in a fully patentable process.

Therefore, you only need to write down that part, but in that part, the "condition and result" are exchanged as a percentage or a value in a finite range, and the result is also returned as a percentage or a value in a finite range, and that value is used to "rank". , success or failure, winning and losing, how to win and how to lose. In other words, the method developed to replace a game is not limited to replacing the game, but also starts other games, collects the results, and calculates the player's score.

Moreover, ``progression, motive, and confrontation'' are the three elements of a computer game, and new games can be created by combining the three elements. If we consider this to be a cross-species hybridization, this device will be a device that can create an infinite number of different cross-species crossbreeds.

In short, this device is a device that replaces two types of games, but since the two types of games are divided into three elements that create a game, "replacing a game = creating a new game".

As a result, it is necessary to explain not only game replacement but also game creation, but we will omit things that are not related to game replacement and describe the game creation device with emphasis on game replacement.

Furthermore, as described above, this device basically plays the three types of games using "coordination software." However, since cross-breeding also launches games other than the three types of games, such games may be launched using conventional methods without using coordination software.

Note that basically, if the device is specialized for the purpose, it can develop the facilitator game and the other two types of games by itself. Furthermore, it may be made into software that can be freely replaced, such as a dynamic link library. That's why. However, even if this were done, software would be required to coordinate with each game, and this would be referred to as coordination software.

Note that the dynamic link library in this paper refers to software that is dynamically incorporated into this device when one battle field is formed in this device, and multiple such software are prepared. Therefore, if you use a dynamic link library, you can exchange signals directly.

On the other hand, software other than the dynamic link library, such as linkage software, is developed in a location unrelated to the present device and linked based on standardized signals. However, on the display, it may appear as if it is running within this device, so this is up to the developer of this device.

Further, a signal requesting a game replacement will be referred to as a "replacement desire signal." The signal contents will be described later.

The following is an overview of this device.

The basic elements of this device are as follows.
1) Organizer.
2) Player.
3) Three types of games.
4) Coordination software.
5) Common value.

The first organizer is the person who opened the competition venue, and in the case of a computer game, would be the author. For this purpose, the necessary elements for the field will be decided and set. Specifically, we will do the following:
1) Embodiment arrangements.
2) Arrangement and setting of games to be conducted.
3) Arrangements on how to arrange the motive role game.
4) Arrangements for the use of common values.
5) Arrangements on how to decide the outcome.
6) Preparing traps and deployments.

In the embodiment, it is determined whether the program will be of a competitive type, a study promotion type, a social interaction type, or a self-expression type. Regarding the games to be played, three types of games that can be played are prepared and their contents are set. Regarding the arrangement of the motivating role game, the motivating role game is decided by ``some method''. Decide on a way to do that. The agreement on the use of common values determines whether or not to use a common value, and if so, what value to use. The winner or loser is determined by whether it is an individual game, a group game, or a team game, and if a common value is used, it is decided how to add up the results of the facilitator game. In preparation for traps and deployment, organizers prepare traps and traps, and also prepare trap templates.

Note that the template is a sample value that the player can use as is, and will be described in the fifth invention.

The second player is a person who performs cross-breeding recognized by this device, and is divided into the following four types.
1) Caller.
2) Attendant.
3) Equal competitors.
4) Non-equal combatants.

First, the sender is an information sender who sends information for multiple people with a single replacement desire signal, and who is given priority when playing the same competitive motivating role game. You can play the motivating role game from a position of Therefore, when playing the motive role game jointly from the facilitator game, a battle to become the sender is held.

The second person, the attendant, becomes the non-prioritized information sender during the first joint communication. However, if the motive role game is played individually, each piece of information is adopted.

The third type of equal player is a player who plays in the same position as the information sender among the players who join in the middle of the first and second information sender's competitive motive role game. Therefore, in the replacement signal processing means to be described later, it is necessary to decide on a set of six points that are mutually dependent.

In addition, the matches for equal competitors will basically be decided later.

The fourth non-equal player is a player who simply competes, unlike the equal player, and does not need the above-mentioned 6-point set of mutually dependent relationships, and can be implemented by collecting only the information for playing the motive role game.

In addition, the player who is recognized by this device means that the player is registered as an opponent in this device, and once the player is registered as an opponent, the player must arrange one terminal device to communicate with this device. There must be. This is an AC computer device, and regardless of whether the terminal is shared or not, each player must decide on one AC computer device.

In other words, the player in this device is a person who has registered his/her own computer device for communication.

Regarding the association between the exchange computer devices and the players, this device centrally manages the registered exchange computer devices in one place. Therefore, it is assumed that the player ID can be used to identify the player.

The third three types of games are the facilitator game, the driving role game, and the confrontation role game, and are the most important elements for this device. Note that the three types of games have "roles" and "positions", which will be described later.

The fourth linkage software is relay software that connects this device and the game, and serves as the main game in this device. In other words, this device does not directly handle the game, but rather manages and communicates with the software. Therefore, even if the linkage software is incorporated into the game software, the present device will be linked up to the software.

Games that participate in interspecies interaction will also be required to submit "configuration software."

Like the coordination software, the setting software is jointly developed by the device and the game, with the device developing the communication part with the device and the game developing the setting part.

Also, communication with the game side is handled by coordination software. Therefore, the setting software is converted into XML or the like that specifies the setting contents, and is stored in a secondary data management means to be described later. The specifications will be described later.

Furthermore, if a round game is to be held, which is the third invention, the entrusting game is requested to submit "round software." This will be described in the third invention.

In other words, the three types of games require the following software.
1) Coordination software.
2) Setting software.
3) Round software (only for the entrusting party)

The fifth common value is a value that can be commonly used in the battle field and can be medals, coins, cards, or winning lottery tickets. In other words, it can be anything. However, this device only exchanges a limited number of bits that represent these values without knowing their contents, and the value is transferred to software that analyzes the bits and converts them into medals and coins. This device receives only the scored results and adds or subtracts them to the grade.

Note that the common value is necessary for playing three types of games, or is obtained as a privilege.

Further, the means for managing common values will be referred to as "common value management means."

Further, software that analyzes limited bits is referred to as "common value aggregation software."

The relationship between the common value management means and the common value aggregation software is similar to that of a dynamic link library, and the program can be freely replaced. In other words, it is almost an integrated piece of software.

Specification means that the following items are required to describe poker.
1) The model is a playing card poker.
2) Mark on the bill.
3) The number on the bill.
4) Quantity.

For coins, the following items are required:
1) The model is money.
2) The type is coin.
3) The price is 100 yen.
4) The quantity is 〇〇.

The above is expressed using the following values.
1) Model.
2) Type.
3) Main body.
4) Quantity.

Furthermore, if 8 bits are allocated to each item, the above value can be expressed in 32 bits. If you turn it into an array, you can pass an infinite variety of values. However, since there is no need to exchange a large amount of values, the maximum value is limited to 128 bits or 256 bits, for example, so that four or eight types of values can be exchanged.

As described above, one value is expressed by dividing a predetermined number of bits, and a value obtained by collecting a plurality of bits into one set is referred to as a "specified value."

Note that the format of values commonly used in the battle arena will be unified across the battle arena. Therefore, there is no need for a type for each common value. Also, since the bit allocation is determined by the model, common values can be freely allocated bits.

However, in the above-mentioned "type, type, etc.", the type is important, and depending on the type, for example, in the case of poker, even hands such as flush and straight can be determined. Therefore, it is possible to have players submit common values using their role names.

For this reason, the model and type may be standardized so that they cannot be changed.

The values to be specified include:
1) Common value.
2) Type matching type acquisition value.
3) Obtained value.
4) Bid price.
5) Work in process value.
6) Reward and penalty value.
7) Borrowed value.
8) Gains and losses.
9) Screening value.

The common value is as described above. The type-matching type acquired value is a value used when replacing the game with the type-matching type. The acquired value and the ticket value are the values used in the round game, which is the third invention. The value in progress is a value used by the organizer and players to set traps. The reward/punishment value is the value used in the seventh invention. The borrowed value is a value used when the result of the motive role game is borrowed by the confrontation role game preparation means. The gain/loss value is the value that causes the common value to be gained or lost. The selection values are as follows.

The selection value is a value used to divide a value such as 32 bits into "color, figure, number, word", etc. For example, if you divide it by 8 bits, the 8 bits given to the color will express red, and the number will be If number 10 is expressed using the given 8 bits, it will be "red number 10." As a result, by using the selection value, players, games, and traps can be selected and combined in a variety of ways.

Note that all values used in this device are specified as described above. However, there are cases where values are stored in XML, etc., and specification does not mean that they are all in the same format, but differ depending on the value.

The three types of games are as follows.
1) Facilitator game.
2) Confrontation game.
3) Motive role game.

The roles of the three types of games are as follows.
1) The facilitator calculates the player's performance.
2) The motive role is played to change the game.
3) Confrontation roles are played to give benefits.

However, all three types of games return results with values in a finite range. Therefore, it can be used for purposes other than replacing games. However, uses other than game replacement will be omitted.

The fundamental difference between the three types of games is whether or not conditions can be accepted with values in a finite range, and only the motive role game can be accepted. However, the motive role game may be randomly arranged, and a facilitator game or a confrontation role game may be selected when deciding the motive role game. This is what is called nesting, but I will write about that point again.

The values received by the motive role game are as follows.
1) Equalization value.
2) Replacement value.

The equalization value has the following value.
1) Ranking standards.
2) Extraction conditions.
3) Extraction point.
4) Extraction range.

The replacement value has the following value.
1) Replacement type.
2) Advance price.
3) Settlement value.
4) Grade value.
5) Judgment value.

The equalization value becomes a value for optimizing the motive role game. The replacement value is a value used when replacing the game. However, since the replacement value records information regarding the replacement of each game for each player, it has even more information.

In addition, the following expressions may be used.
1) Three values for replacement.
2) 4-value replacement.
3) Five values for replacement.
4) 6 values for replacement.

The contents of each are as follows.
1) The three values for replacement are the first decision value, the second decision value, and the result value.
2) The four values for replacement are pre-determined value, subsequent value, performance value, and replacement type.
3) The five values for replacement are the pre-determined value, the post-determined value, the performance value, the replacement type, and the type-matching acquired value.
4) The six values for replacement are the predetermined value, the later value, the performance value, the replacement type, the type matching type acquired value, and the judgment value.
5) For the replacement 7 values, add the comparison value used in the eighth invention to the replacement 6 values.

All of these are tentative names for easy understanding, and the differences between them are as follows.

For the replacement ternary value, game replacement is performed by creating three aggregates. The value used to link the three aggregates represents the internal value of each aggregate.

With the 4-value replacement, games can be replaced in three ways: pre-determined type, post-determined type, and type matching type. This is the value needed to do this.

With the replacement 5-value, the game can be replaced in three types, but with the replacement 4-value, the acquired value of the type matching type is not included. It will include that. In other words, it is a value that at least represents all of the game replacements.

The six replacement values are the five replacement values plus a "judgment value" that records the result of a special determination made by the individual game execution means described later.

The 7-value for replacement is obtained by adding the result of the comparison game of the eighth invention to the 6-value for replacement, and records the actions of the player who replaces the game with the above.

However, although the type-matching type acquired value is included in the 5 values for replacement in terms of expression, it is not included in the replacement value. This is because the size differs from game to game.

Furthermore, the finite region recommended by the inventor is as follows.
1) 0 to 100 including decimals,
2) Used in 3-way separation type.

The three-way separation formula separates the values in a finite range by 50 in the middle, 50 or less represents the degree of negative value, 50 or more represents the degree of positive value, and 50 represents equality such as no change or draw. express value. Note that the draw area may be expanded.

The positions of the three types of games are as follows.
1) The entrusting party.
2) The person entrusted with the task.

The entrusting side separates the ``outside battle + the actual battle'', which is the essence of the game, into two battles, representing the actual battle, and is in a position that is greatly influenced by the entrusted side. The person being entrusted with the task represents a battle outside of the actual battle, and is in a position that has a great influence on the person entrusting the task. Note that the details are as described above.

The three types of games are classified as follows:
1) The entrusting side plays the facilitator game and the confrontation game.
2) The side being entrusted with is the motive role game.

All three types of games are played in a partial execution format, in which "conditions" and "results" are exchanged. For this reason, various arrangements can be made as to which part to play and in what form, so the game is managed in two stages, and changes can be made even in the third stage.

The three-stage management is as follows.
1) The first stage is to manage primary data.
2) The second stage manages secondary data.
3) In the third stage, the player changes the secondary data.

Three-stage management is carried out by the following means.
1) The first stage is the primary data management means.
2) The second stage is secondary data management means.
3) The third stage is the means of awarding benefits.

Note that the third stage is modification based on benefits rather than management.

The difference between primary data and secondary data is that primary data is the main management of the game and is managed outside of this device. The secondary data becomes the main game within this device, and the organizer creates the required number of secondary data based on the primary data. As a result, multiple pieces of secondary data are created from one piece of primary data.

The basic contents of the secondary data are as follows.
1) Primary data information.
2) Setting information by the organizer.
3) Common item information of games.
3) Classification value information unrelated to the game.

The primary data information is a game ID or a primary data ID. The setting information provided by the organizer will be the settings agreed through the setting software. The common information of the game is information that can be shared regardless of the game, such as the number of players. Classification value information unrelated to the game becomes selection values such as "color, figure, number, word".

The primary data has the following values.
1) Primary data ID.
2) Coordination software ID.
3) Software ID for setting.
4) Round software ID.
5) Game name.
6) Game information.
7) Possible replacement type.

Note that the primary data is managed outside the device and referenced through the primary data ID.

Furthermore, if the primary data ID is not used as the game ID, a separate game ID is required.

The linking software ID is an identification value of software for linking with the game. The setting software ID is an identification value of software dedicated to the game. The round software ID is software to be submitted to the game on the entrusting side that will play the round. The game name is the name of the game. Game information is general information regarding the game and will be described later. Possible replacement types included in the game information are as follows.

Possible replacement types include "pre-order type, later-determined type, and combination type" for game replacement. Indicate which of these can be implemented. Also, in the case of a type matching type, it indicates the values that can be used in the type matching type.

The game information is as follows.
1) Genre and competition name.
2) Is it digital or not?
3) Equipment used.
4) Target and number of participants.
5) Cost and time required.
6) Developer information, etc.

The contents of the secondary data are as follows.
1) The data ID.
2) Primary data ID
3) Game name.
4) Primary data classification value.
5) Secondary data screening value.
6) Setting details.
7) Equalization value.
8) Conditions of implementation.
9) Bonus details.
10) Success/failure criteria.

The first data ID is a unique identification value of the data.

The second primary data ID is the ID of primary data associated with secondary data. Note that if the primary data ID is not the game ID, the game ID may be added.

The third game name is either the game name in the primary data or the game name renamed by the organizer.

The fourth primary data classification value is a value for classifying primary data, and is as follows.
1) Genre.
2) Implementation format.
3) Number of opponents.
4) Competitive format.
5) How to fight.
6) Required time.
7) Difficulty level.
8) Target of implementation.

The genre is an identification value indicating the genre of the game. The implementation format is a value indicating whether it is digital or analog. The number of players is the number of people playing the game, and in the case of a competitive game played against a computer, the number of players is one. The competition format will be determined by whether it is a competition type or not. The competition method will be individual competition, team competition, or team competition. The required time is an estimate, not an exact time. Difficulty levels include beginner, intermediate, advanced, and top-notch. The targets will be infants, children, and people receiving medical treatment.

The fifth, secondary data screening value, sorts the secondary data by giving it a screening value. Therefore, various combinations that cannot be expressed using secondary data IDs are possible.

The sixth setting content is all the changes made by the organizer using the setting software, and is recorded in XML or the like. Therefore, it cannot be displayed correctly without configuration software.

The seventh equalization value is included in the settings. However, it is separated because of its important value.

The equalization value is a value for optimizing the game, and all three types of games used in this device are partially executed. Therefore, equalization values are required not only for motive role games but also for facilitator games and confrontation role games. Among them, "extraction points" and "extraction range" are required, and these are used to calculate the performance that becomes the performance value. The value is .

In other words, find out where the completed tasks are located with respect to the extraction point, and add a handicap as described in the method for calculating performance. As a result, the following values are required:

The values for calculating the workmanship are as follows.
1) Extraction point.
2) Extraction area.
3) Location of the game played.

Note that the extraction point may be set at the midpoint of the extraction area. Further, the extraction area becomes a finite area, and the position of the executed game becomes a value in the finite area.

Also, as a side note, if the value for performance calculation can be set in the same way as the motive role game, the facilitator game and the confrontation role game can also be used as the motive role game. In other words, the positions of the three types of games can change.

The eighth implementation condition is a condition for implementing the secondary data, such as the number of common values that can be commonly used in the battle field.

The ninth benefit content records the presence or absence of a benefit, the conditions for acquiring the benefit, and the content of the benefit, and is processed by the "individual game implementation means" described later.

The tenth success/failure criterion determines the success line of the game.

Note that in this device, the secondary data consists of three types of games. Therefore, by creating a plurality of primary data, the number of games played at the battle field increases. In other words, heterogeneous cross-over can be performed even with one piece of primary data.

The secondary data management means has the following functions.
1) Function to search, add, correct, and delete secondary data.
2) Function to extract primary data.
3) Function to save secondary data.
4) Function to send and process gain/loss signals.
5) Other necessary functions.

The functions for searching, adding, correcting, and deleting secondary data have the same meaning. The function of extracting primary data requires a primary data ID for secondary data, and is a function that allows primary data to be extracted in a variety of ways. The function to save secondary data is a function to save past event data as an event or organizer, and to save secondary data separately for each organizer so that it can be reused. . The function of transmitting a gain/loss signal is a function of gaining or losing a common value, and is described as a common value management means. Various other functions are also required because the secondary data is the three types of games used in this device.

It should be noted that in managing the primary data, similar to the management of players, fees, etc., the main data is managed outside the device, and the device uses it through the ID. Therefore, we will not explain the functions provided by the primary data management means, and will utilize the information managed there through the ID.

The game management that is important for this device is as described above.

As a result, you can do the following:
1) The number of games can be increased.
2) Various combinations of games can be played.

The overall flow of cross-breeding is as follows.
1) The organizer makes preparations.
2) The opponents gather.
3) Form a team.
4) Each person decides on a facilitator game.
5) Start interspecies interbreeding.
6) Prepare to commission the facilitator game.
7) Play a facilitator game at the outsourced company.
8) A replacement desire signal is transmitted from one of the sources.
9) The replacement signal processing means decomposes the signal.
10) Arrange a motive role game.
11) Prepare the commission of the motive role game.
12) Implement the motive role game at the outsourced company.
13) Convert the results to cross-breeding performance.
14) Return the score to the initiator.
15) Repeat steps 7 to 14.
16) Calculate the results of interspecies crossbreeding and end.

In the first case, the organizer prepares, as described above, the organizer prepares the competition venue.

In the second case, where the opponents gather, the players who engage in the cross-breeding gather together.

The third step, forming a team, will be described in "competition management" below, and the players belong to one of the teams.

Fourth, each arranging a facilitator game, the players each arranging zero or more facilitator games. Note that the score is not calculated for players who do not decide on the facilitator game.

The fifth step, starting the cross-breeding, is the preparation before the battle, and is basically outside the scope of the present invention.

The sixth step, preparing to entrust the facilitator game, is a process performed by the "facilitator game management means" and the "individual game implementation means", and even the facilitator game is activated from multiple parts in parts. The idea is to bundle such activations and perform processing uniformly. The details are described in "Starting the Game".

Regarding the seventh point, playing the facilitator game at the outsourced company, the three types of games are basically played in their respective implementation environments. However, if the application is limited, it may be developed by this device or may be replaced by replaceable software such as a dynamic link library.

Eighth, if a replacement desire signal is transmitted from any of the sources, the game is replaced upon transmission of the signal. Therefore, the signal contains a lot of information and is transmitted from many directions. Details are described in "Replacement signal processing".

The ninth step, decomposing and processing the signal by the replacement signal processing means, is described in detail in "Replacement signal processing" as described in the previous section, but once the replacement desire signal is transmitted, the signal is decomposed and processed by the player. After that, organize the information for each game, and then decide on the 6-piece set necessary for playing the motive role game. Once all the information is gathered, rearrange the information for each game, and add the necessary information to the individual games. The information is transmitted to the implementing means, and the means entrusts the game to the outsourcing party.

The tenth process, determining the motive role game, is a process performed within the replacement signal processing means, but is described here to make the overall flow easier to understand.

Note that the arrangement of the motivating role game can be made in various ways, as described in the section for solving the problem. Furthermore, if a facilitator game or a confrontational role game is selected at this timing, the three types of games can be processed recursively since the execution results are returned to the starting source.

Recursive means that if you select another facilitator game when replacing the game, the other facilitator game will be nested, and the processing of the nested facilitator game will take priority. This means that if the game sends out a replacement desire signal, it can be nested further. However, since recursive processing is complex and difficult for players to understand, it is desirable to prohibit recursive processing.

The 11th step, Preparing to commission a motivating role game, is as described in the 6th section, three types of games require a multi-step process to commission the game. Details are described in "Starting the Game".

The 12th item, ``Implementing the motive role game at the outsourced company,'' is the same as the 7th item. However, in the case of a motive role game, unlike other games, the motive role game must be recreated and optimized, and then the tasks to be implemented must be determined. All of this is done by the driving game itself.

Regarding the 13th step, converting the results into heterogeneous results, all three types of games return results as values in a finite range. Therefore, if a finite domain is used in a three-way separation formula, it will be possible to know "ranking, success/failure, winning/losing, and how to win/lose", but this device will decide how to handle the results. Therefore, the results as a crossbreed will be recalculated by the individual game implementation means, and the targets for passing and the targets for benefits will be determined.

Regarding the 14th item, "Return results to the originator," all three types of games return the results to the originator. Then, put it in the place where the startup source should be placed. Note that putting it in the right place means that if it is a game replacement, it will be returned to the side entrusted to each player, and if it is not a game replacement, for example, if it is a facilitator game, the facilitator game management means will be the activation source, and the activation source will be the Return to parents. The parent's place should be the place to store it. Details are described in "Starting the Facilitator Game".

For the 15th step, repeat steps 7 to 12, repeat steps 7 to 12.

In the 16th step, calculating and ending the results of the cross-species competition, the results are finally totaled by the competition field performance management means, a winner is determined, and the cross-species competition ends.

The overall flow is as described above.

The means used in this device are as follows.
1) Player management means.
2) Primary data management means.
3) Secondary data management means.
4) Other game management methods.
5) A means of managing field results.
6) Facilitator game management means.
7) Individual game implementation means.
8) Replacement signal processing means.
9) Confrontation game preparation means.
10) Round battle management means.
11) Player-specific replacement recording means.
12) Sponsor combination management means.
13) Trap and template management measures.
14) Common value management means.
15) Limited area management means.
16) Means of conducting comparative warfare.

The first player management means comprehensively manages information regarding players. However, player information is managed outside the device. Therefore, indirect management is performed through the player ID.

The second primary data management means comprehensively manages information regarding the three types of games. However, the three types of games in this device are "linkage software" that is submitted to each game, and this device manages and links up to the linkage software.

The third secondary data management means comprehensively manages the secondary data created by the organizer for the event based on the primary data of the three types of games. Note that the secondary data corresponds to three types of games in this device. Therefore, by increasing the secondary data, the number of games can be increased.

The fourth, other game management means comprehensively manages independent software used in this device other than the three types of games. However, pre-startup management and post-startup management operations are performed by the start-up means.

Other representative games are as follows.
1) Motive role game arrangement game.
2) Common value aggregation software.
3) Round software.

The motive role game arrangement game is a game used when negotiating the motive role game in the computer game (e). Common value aggregation software is software that aggregates common values. The round software is the software used in the third invention.

Note that each game is installed either inside or outside of this device under the control of the means from which it starts, and each software forms a central device and a terminal device, and the necessary information is transmitted from this device. The system calculates the results required by this device within the relationship between the game's central device and the terminal device, and performs overall management on the central device, inputs and outputs each player on the terminal device, and calculates the results required by this device within the relationship between the central device and the terminal device on the game side. Get it back. In other words, "conditions" are imposed on each game and "results" are returned.

The fifth battle field result management means manages the battles and calculates the results of the battle field, and calculates the overall result.

The sixth facilitator game management means is the activation source of the facilitator game.

The seventh individual game implementation means specializes in commissioning games.

The eighth replacement signal processing means processes the replacement desire signal.

As a prior knowledge, the following points complicate the processing of the replacement desire signal.
1) A player outside the signal joins.
2) It is necessary to establish information for all players.
3) The process is complicated as information is collected from many sources.
4) Games and tasks can be arranged in a variety of ways.

When a player outside the signal joins, the means prepares the next six-point set for each player.
1) Player.
2) The entrusting party.
3) The person entrusted with the task.
4) Tasks to be carried out.
5) Equipment used.
6) Information to be passed as an argument.

The player is a person who plays the game. The entrusting party is responsible for returning the results of the game. The side entrusted with the task becomes a driving game. Since the motive role game is a collection of tasks, the task to be carried out is information that specifies one of the tasks or can be specified. The device used will be a gaming computer device. The information passed as an argument will be the information passed to the task to be performed.

However, if information for four people is sent in one signal, the motive role game will be played in one of the following ways.
1) Four people play different non-competitive games.
2) Four people play one competitive game.
3) Four people freely play the motive role game.

The third problem is that if any of the four players play a competitive motive role game, a player who is not present at the signal must join the signal and form a 6-point set in the same way. Moreover, if even one of the four people does not complete a six-point set, the signal will not be established. Therefore, the player cannot proceed to the next step until all players related to the signal have completed the 6-point set. This situation will not change even if the third option, ``freely playing the motive role game,'' is prohibited.

The real thrill of interspecies interaction is how to manipulate the game and the opponents by setting traps for each other in the game prepared by the organizer. Therefore, information is collected from the following three parties.
1) Source of signal.
2) Preparation by the organizer.
3) Player's mechanism.

In addition, you can basically play any of the motivating role games that we have prepared. Under these circumstances, the game has been managed in two stages, making it possible to narrow down the secondary data even if it is information unrelated to the game. Therefore, the arrangement of secondary data and the arrangement of the problem can be carried out in (a) to (h) as described in the means for solving the problem.

(a) Arrangements are made based on the content of the replacement signal.
(b) Arrange with player traps.
(c) Arrangements will be made in advance by the organizer.
(d) Arrange through external means of arrangement.
(e) Make arrangements through computer games.
(f) Arrange randomly by computer.
(g) Arranged arbitrarily by the players.
(h) Arrange in any other manner.

For this reason, processing of the replacement desire signal becomes complicated. The details will be described later.

The ninth aspect, the confrontation role game preparation means, is the second invention. Although the confrontational role game is indispensable for interspecies interaction, the reason why it is the second invention is because the facilitator game has continuity and can send a signal of desire for replacement. As a result, the facilitator game can do more than the confrontation game.

However, the only thing that cannot be done is to replace it with an external game, which becomes the first invention.

In addition, the confrontation game requires preparation, and serves as a means for making that preparation.

The tenth round battle management means is the third invention. In a round game, the relationship between each other is played out one by one, but the two games of "outside game + real game" are completely separated, and they are divided into the "first half" and "second half", and each game is played separately. Repeat the non-real game and the real game as many times as necessary. As a result, the following effects can be obtained.

1) Each person can do it at their own time.
2) Many people can participate.
3) You can make use of each study and practice.
4) More advanced tactics can be developed.

The eleventh player-by-player replacement recording means is the fifth invention, and is a place where a trap is set. Note that traps are important for interspecies crossbreeding, although it depends on the embodiment. However, the position of the players changes, and since a variety of games come together, there is no value to share, and there is no place to set things up. Therefore, a number of measures are required.

Some of the ideas are as follows.
1) Set the game to two-level management.
2) Express internal value as a percentage.
3) Uniform processing for players.
4) Develop reward and punishment mechanisms.
5) Use values that can be commonly used on the battlefield.

The twelfth organizer combination management means is one in which the organizer makes arrangements for the game with the players in advance, which is a different arrangement from the organizer's arrangements.

The 13th trap and template management means is the 6th invention, and even if a trap can be set, it is not easy to set it. It's a way to make that easier.

The fourteenth common value management means centrally manages common values that can be commonly used on the battlefield.

The fifteenth finite area management means is the fourth invention, which allows the present device to have a finite area and performs what is described in the seventh invention of the means for solving the problem.

The 16th comparison game implementation means is the 8th invention, and before returning the game results to the entrusting party, the replacement 3 values are sent to the means and the result values are corrected so that they can be used correctly. The result is returned as a comparison value.

The important things for realizing the first invention are as follows.
(A) Match management.
(B) Grade calculation.
(C) Granting benefits.
(D) Common value.
(E) Starting the game.
(F) Activation of facilitator game.
(G) Individual game implementation means.
(H) Organizer's preparation.
(I) Equalization value.
(K) Motive role game arrangement.
(K) Replacement desire signal.
(L) Replacement signal processing means.

In match management (A), one result is calculated for the entire match field. Therefore, the following elements are required to calculate the grades.

1) Team.
2) Player.
3) Grade calculation game.
4) Common value.

A team is a unit for grouping players and calculating results. A player is a unit that the device recognizes as a player, and the device processes the player. Therefore, each player requires an AC computer device. The score calculation game is a game to determine the winner and loser, and will be described in the next section. The common value calculates the score by converting the game result into another value such as medals or coins.

Note that these are common elements that make a game work, but they are handled differently.

First, teams and players are treated as follows.
1) Calculate the results for each player and aggregate them for each player.
2) Calculate the results for each player and aggregate them for each team.
3) Do not calculate results for each player, but aggregate for each team.

Then, you can use the following fighting method.
1) First, individual competition.
2) Second, team competition.
3) Third, it's a team game.

The first individual match is divided into the following cases.
1) One player per team.
2) Multiple players per team.

In other words, an individual game is a case where each team has one computer device for communication, and whether it is used by one person or by multiple people. However, even if one AC computer device is carried around, the device cannot be distinguished. Therefore, the team's performance is calculated based on the performance of one player.

The second group competition is also divided into two.
1) Each teammate acts as a facilitator, and the results of each teammate are added up without changing the facilitator.
2) Each teammate plays the role of facilitator, changes the facilitator of the motive role, and adds up their respective results.

In other words, depending on whether or not to allow teammates to change the person who executes the motivating role game, the first is not changeable, and the second is changeable. However, in either case, if a replacement desire signal, which will be described later, is sent, the person playing the motive role game can be changed. Depending on whether the changes are made to teammates or not, group and team battles are limited to teammates, while individual battles have no such restrictions. However, this will depend on the settings of the battle venue.

The third team competition is also divided into two.
1) Form a team in the facilitator game.
2) Form a team within this device.

First, as mentioned above, anything is possible in the facilitator game. Therefore, if you have all your teammates play the same game, you can form a team within that game. The device does not care who replaces the game among them, and processes the signal as usual. However, when calculating the total, the results of the representative teammate will be considered as the team's results.

Second, only the team representative decides on one or more facilitator games, and other teammates do not decide on facilitator games. Therefore, unlike team matches, facilitator games cannot be played. However, since you can play the confrontation role game and the motive role game, all your teammates will play a game like RPG or Sugoroku.

As described above, by adding the concept of a team to the battle structure, the embodiments of cross-breeding become richer.

Note that players can be identified using the following values.
1) Unique identification value.
2) Team and player numbers.
3) Selection value.

In other words, a player can be identified by a unique identification value given to the player, a player number within the team, or a selection value possessed by the player.

As mentioned above, the selection value is one that divides and uses 32-bit values, etc. In the previous example, it was divided by "color, figure, number, word", but it can also be divided by "team, player number, color, number". If you divide by , you can incorporate team and player numbers into the selection value.

As a result, the player's identification value can be determined as follows.
1) Selection value.
2) Unique identification value

In other words, it can be "code + unique identification value".

Therefore, when it is written as player ID, it includes the following values.
1) Team number.
2) Player number.
3) Selection value.
4) Player's unique identification value.

Also, player number 1 will be the team representative.

Therefore, a "competition field performance management means" will be established.

The battlefield performance management means has the following functions.
1) Ability to manage teams and players.
2) A function to manage the game that calculates the player's score.
3) A function to manage the player's performance and status.
4) A function to manage the settings of the battle venue and calculate the overall score.

As described above, the first function of managing teams and players is to create one or more teams in one battle field and manage each team with one or more players.

The second function of managing the game to calculate the player's score requires the player to decide on zero or more facilitator games. Zero to a plurality of facilitator games are managed for each player.

Note that 0 refers to a player whose personal performance is not calculated, a player who is a teammate other than the representative in a team game, and a player who participates in different types of interactions in a leadership position.

The third function is to manage the player's performance and status, etc. Since there is no score in cross-species interaction, the player's performance is not calculated until the facilitator game that each player is playing ends. However, if you are playing multiple facilitator games, you can aggregate the results each time, and manage the player status such as ``competing, waiting, ready to compete, and leaving,'' and make it visible to other players. Do it like this.

The fourth function, which manages the settings of the competition venue and calculates the overall result, manages the settings made by the organizer for the competition venue, and also manages the settings for the competition venue (individual competition, team competition, team competition). This is a function to calculate grades. Note that the setting management of the battle field may be managed elsewhere.

In calculating the results in (B), the results will be calculated using one of the following methods to determine the winner or loser.

1) Calculate the score in one facilitator game.
2) Calculate scores in multiple facilitator games.
3) Add or subtract the common value to 1 and 2.
4) Calculate grades using only common values.
5) Calculate the results in the third invention round match.
6) Calculate the score by adding the handicap.

The first step, calculating the score in one facilitator game, involves playing a facilitator game such as an RPG and calculating the score. Therefore, although it is played in a form similar to conventional games, the content is different each time because the game is replaced.

What is important here is that the facilitator game has continuity and can send a replacement desire signal, so the facilitator game can do more than what this device can do.

For example, if the facilitator game is a game in which a tournament or league game is held, and the facilitator game sends a signal to start a showdown game or a round game, such a tournament can be held.

This can be done not only in motive role games, but also in facilitator games, confrontation role games, and round battles, which all start with a signal transmission and, like the motive role game, return results with values in a finite range. This is the most important feature of interspecies interbreeding. In other words, it handles all games uniformly, prepares each game at the launcher, and returns the results to the originator via the launcher.

The respective activation sources are as follows.
1) Facilitator game, facilitator game management means.
2) Motive role game, replacement signal processing means.
3) Confrontation role game, confrontation role game preparation means.
4) Round battles, round battle management means.

The second step, calculating scores in multiple facilitator games, is as follows.

1) Play multiple facilitator games individually and add them up.
2) Nest the facilitator game with another facilitator game.
3) Each player plays a facilitator game and destroys each other.

The first and second difference is whether the signal source is the battle field performance management means or another facilitator game. The third method is to destroy the facilitator game between the players, as described in the method for solving the problem. However, each game handles the process of destroying each other. Therefore, this device only returns results as specified.

As for the third point, adding or subtracting common values to 1 and 2, it is up to the organizer to determine the winner or loser.Do you convert the common values into points and add them up as is, or increase or subtract the value by a ratio and add it up? Decide etc.

The fourth option, calculating grades only based on common values, is usually not possible. However, it can be done if the organizer makes arrangements. In that case, the facilitator game becomes a game in which common values are gained and lost, and is played in the following form.

1) Gain or lose by using the fourth invention.
2) Send signals of gains and losses at any time.

Gaining or losing by using the fourth invention is based on the result of the motive role game. The option to transmit a gain/loss signal at any time causes a gain/loss signal to be transmitted while three types of games are being played, regardless of whether the game is replaced. For example, if you touch a lucky item or enter the lucky zone, a call will be made.

In the fifth aspect of the third invention, in which the results are calculated in the round game, the round game is performed multiple times in which the relationships are entrusted to each other. Therefore, the overall score can be calculated, and if the battle field is specialized for round battles, the winner or loser can be decided in the round battles.

The sixth step, calculating the score by adding the handicap, can be done in the following way.
1) Using the fourth invention.
2) Scores will be added or subtracted as usual.

Using the fourth invention, the organizer intentionally adjusts the value using the value adjustment function. Adding or subtracting points to the performance as before adds or subtracts adjustment points to the player's or team's performance.

Note that the results calculated here are the overall results recorded in the match management.

The awarding of benefits (C) provides added value to the game results, and is particularly important in a duel game. However, not only in dueling games but also in interspecies interactions, the following calculates the results.

1) Confrontation game.
2) Facilitator game.
3) Round match.
4) Round.

In other words, game results are calculated for games other than the motive role game. Therefore, benefits can be given. The difference between a round match and a round is that a round match consists of one or more rounds, and the numbers are counted once for each round. That's why it's divided.

In addition, the three types of games on this device are basically entrusted to the game side through "(G) Individual game implementation means." This is because it handles a wide variety of games, so it can be centrally managed in one place and quickly respond to changes in specifications.

Further, each game is ended by the individual game execution means. The reason is the same: changing the handling for each game will cause errors.

As a result, it is necessary to complete the game using the individual game execution means, and awarding benefits also becomes the role of the individual game execution means.

However, although there is no basic benefit in the motivating role game, if the fourth invention is used, a benefit will be given to the game replacement. However, since the process becomes complicated even if the granting of benefits is started during the game replacement, the benefits are granted at the timing when the game replacement is completed.

In other words, the timing for giving benefits is set at a time when it is easy to process.

For this reason, the awarding of benefits may be separated from the individual game implementation means and provided with a "benefits providing means", and the processing may be performed by this means.

Incidentally, if the granting of benefits is to be separated, the person who obtains the benefits is first determined, the information is recorded and passed to the benefit granting means at an appropriate timing.

The information passed to the benefit granting means is as follows.
1) Acquirer.
2) Benefit identification value.
3) Bonus details.

In addition, the conditions for acquiring a benefit are referred to as "benefits acquisition conditions."

The following conditions are used for obtaining benefits.
1) Ranking.
2) Success or failure.
3) Win or lose.
4) How to win and how to lose.
5) Secondary data.
6) Fourth invention.

Grades 1 to 4 will be determined based on the results. The secondary data is determined based on a screening value or the like. In the fourth aspect of the invention, since the replacement ternary values are grouped, the determination is made based on the group.

The common value (D) is an important measure to compensate for the weaknesses of heterogeneous crossbreeding.

The weaknesses of interbreeding are as follows.
1) The difference in ability cannot be completely resolved.
2) Common values cannot be found.

The first reason that the difference in ability cannot be completely resolved is that if you prepare for a match by playing a game other than the actual one, each opponent can prepare for the match by playing a game that they are good at. However, on the other hand, in the actual game, you cannot adjust your abilities with characters or items. This is because they are decided in games outside of the actual game.

The second problem, that common value cannot be found, is that different games are collected, so of course it cannot be scored. Therefore, as mentioned in the first step, the game is divided into two stages, and the result is not determined in the first stage, but is carried over to the second stage. However, this brings us back to the first problem.

In other words, in the end, interbreeding had to be better than a game of head-to-head combat.

Therefore, I devised the following idea.
1) Evaluate based on the player's performance.
2) Multiple facilitator games.
3) Use common values.

The first evaluation based on the player's performance, as mentioned above, evaluates how the player wins and loses, and alleviates the problem in the future.

The second option, creating multiple facilitator games, uses performance in addition to the motive role game, so it is possible to have multiple facilitator games, and when different games are combined, there is no bias in ability.

Third, using a common value, it can be said that the only common action in cross-species interaction, that is, the same action performed regardless of the game, is related to game replacement. Make it possible to obtain equal common values in these common actions. Then, as the common value becomes a card for a card game or the like as described above, different games can be played behind the scenes and the power balance can be maintained.

The common value gains and losses are as follows.
1) Using the fourth invention.
2) Use the trap of the fifth invention.
3) Use secondary data.

To use the fourth invention, the replacement ternary values are grouped to gain or lose. Using a trap according to the fifth invention sets a trap in the replacement record for each player to cause gain or loss. When using secondary data, the organizer sets values for gains and losses in the secondary data.

Note that although gains and losses can be made in each game, this is not desirable because it creates a disparity between games.

What you can do with common values is as follows.
1) Limit the games that can be played.
2) Help in calculating grades.

Limiting the games that can be played means that the game cannot be played unless a specified common value is submitted. To help calculate the score, as described above in "Calculating scores," common values are converted into points and added or subtracted to the player's score.

Common values are processed as follows.
1) Use specified values.
2) Use analysis software.
3) Increases and decreases are made using gain and loss signals.
4) Add to the player's score.

The first method, using a specified value, is to determine a predetermined number of bits as a "common value," arrange it into an array, and transfer it, as described above.

The second option, using analysis software, uses one piece of software for the entire playing field in order to correctly analyze and tally the specified values. This is "common value aggregation software." This software forms a relationship between the central device and the terminal device, installs central processing software either inside or outside of this device, and allows each player to interact with each other. The software for terminal processing is installed on the computer device used to receive the minimum match configuration from this device and the common values are managed.

However, there are not as many types of common values as there are in round battles. Therefore, it may be incorporated into the system of this device using software such as a dynamic link library. The inventor recommends it.

In addition, since the common values are unified in the battle field, it is possible to display and analyze the values.

Further, since the common value uses divided bits such as 32 bits, the division configuration can be changed freely. However, in order to facilitate the discussion, the above-mentioned bit allocation will be used.

The above bit allocation is as follows.
1) Model.
2) Type.
3) Main body.
4) Quantity.

The first model type indicates the purpose of the value, such as coins, medals, card game cards, etc.

The second type is coins, which can be banknotes or coins, but if the card game is playing cards, it can be the mark on the bill, and in addition to the mark, if it's poker, it can represent a hand such as a flush or straight. Therefore, you can specify which cards will be gained or lost by role.

The third body indicates the final individual; for example, a coin would be a 100 yen coin or a 1 yen coin, and a playing card would be the number on the card.

The fourth quantity is the quantity of the main body.

Thirdly, in the case where the increase/decrease is performed using the gain/loss signal, this device only transfers the gain/loss signal, and the actual gain/loss processing is performed by the common value aggregation software.

For example, if the Ace of Hearts is to be lost from Player A, the common value aggregation software that receives the signal will automatically remove the Ace of Hearts from Player A that it is managing, if it can be processed automatically, or if it is handled manually, the Ace of Hearts will be removed. This is removed by having the player manually process it. Then, when the result is returned as "success" or "failure," the signal source resumes processing based on that result.

The flow is briefly described as follows.
1) The requester requests processing using a gain/loss signal.
2) The software performs the requested process.
3) Return the implementation results to the requester.
4) The requester receives the results and proceeds with the process.

The question is whether or not to send and receive signals directly to and from this device. Either way is fine, but it is safer to provide a "common value management means" in this device and separate it from signal processing within this device. It is.

The role of the common value management means is as follows.
1) Act as an intermediary between this device and the common value aggregation software.
2) Monitor the transmission and reception of signals.

Note that the gain/loss signal uses a value described as "gain/loss value."

The profit/loss value has the following value.
1) Gain/loss type.
2) Gains and losses (role name).
3) Array of common values.

The first type, gain/loss type, indicates gain or loss.

The second type, gain/loss type, indicates the value of gain/loss by role name. Therefore, in terms of bit allocation, the type of common value is specified, and the type includes, for example, hands such as flush and straight in the case of poker, which can be specified.

On the other hand, if the player is asked to submit a flash by the common value aggregation software, he/she submits the flash that is weakest than the cards in his/her hand.

The third common value array is a concrete example of common values that have advantages and disadvantages as an array. Therefore, it is necessary to obtain or lose the value in the array, and if this is not possible, it will be a "failure".

The gain/loss signal includes the following values.
1) Processing identification value.
2) Player ID.
3) Gains and losses.

The signal reply contains the following values:
1) Processing identification value.
2) Processing results.

However, since the common value cannot be transferred from player A to player B as is, the following may be used.
1) Processing identification value.
2) Lost player ID.
3) Acquired player ID.
4) Gains and losses.

Then, the common value aggregation software first causes the losing player to submit the winning/losing value, transfers it to the winning player, and then replies "success" to the signal source, indicating that the process has been successfully completed.

Note that it is assumed that the processing identification value can be returned to the signal source.

Fourth, to add up to the player's score, in order to calculate the overall score, the value of the common value must match the player's score calculated by this device. To do so, do one of the following:

1) Convert the common value results to a finite area.
2) Score both values and add them up.

Either value is fine, but it is easier to understand if the values of both are converted into points and added up.

The addition method is as follows.
1) Add up equally.
2) Adjust the ratio and add up.

In other words, should we convert both points into points and add them up as is, or should we adjust the proportions of the common values and add them up?

Note that the common value management means and the common value aggregation software are equipped with the following functions.
1) A function to manage the total amount of values.
2) A function to manage based on the match configuration.
3) A function that allows the player to manipulate values.
4) Ability to tally based on match composition.
5) Ability to coordinate with other means.

The function of managing the total amount of values is a function of managing the total amount in the battle field. The function to manage based on the match configuration is a function to manage and increase/decrease values held by players and teams. The function that allows a player to manipulate a value is a function that allows the corresponding player to perform necessary processing. The function to tally based on the match composition is the function to calculate the results.

The functions that coordinate with other means are as follows.
1) Battlefield management means is a function that reflects on results.
2) Secondary data management means is a function that allows common values to be gained or lost.

Activation of the game (E) is performed by collecting the following information, except for the processing identification value.

1) Player.
2) Equipment used.
3) Game information.
4) Where the results are returned.
5) Information passed to the game.
6) Other necessary information.

The player becomes the opponent information. The device used is a computer device used by each player to play the game. The game information is information about the game to be played, such as the location and identification value. The place where the result is returned is the place where the game result is returned. The information passed to the game is the information passed as an argument to the game being executed. Other necessary information includes the remaining information necessary for playing the game, such as the validity period, time limit, and cost.

Typically, this information is collected and passed to the game implementation environment. Therefore, games and software other than the three types of games collect this information.

However, the three types of games differ in the following points.
1) Use coordination software.
2) The startup procedures are different.

The first method, using linkage software, is as described above. Note that the use of coordination software has the following effects.
1) Step-by-step coordination becomes possible.
2) The system can be distributed.

The first, step-by-step coordination, requires the following steps to be taken in the game being played.
1) Reservation.
2) Wait.
3) Implementation.

Reservations are made before the interspecies interaction begins, and once the coordination software is installed either inside or outside of this device, the reservation is made by communicating with the game side. Then, the game side decides on a location based on the reservation, simultaneously exchanges information with this device, and issues a communication certificate. Therefore, basic preparations can be made for this device as well.

Note that the communication certificate serves as an identification value for speeding up the process by cutting corners.

In the standby mode, when the execution of the game is confirmed, that is, when the device is ready to play the game, this is communicated through the coordination software, and necessary information is exchanged again.

In execution, the game is started when all the necessary information has been sent from the device. At that time, the game side sends information necessary for monitoring the progress, such as the start time and final round-up time, to this device.

The second reason is that the system can be distributed. Although playing games in different environments requires more communication effort, it makes it easier to develop each system and reduces the load on specific servers.

Second, three types of games are started under different roles. Therefore, pre- and post-processing is required to fulfill its role, which increases the amount of processing. In describing the differences, we will organize the terminology.

1) The parent is the place that requests the launcher to launch the game.
2) The launch source is the place where the information for the game to be launched is completely prepared.
3) The entrusting party needs the outcome of the game in the entrusting relationship.
4) The transmitting source becomes the parent source for games other than the driving role game and transmits activation and replacement signals.
5) Individual means are means for implementing individual games, and are specialized in outsourcing games.
6) The execution environment is where each game is actually executed.

Traditional games send information directly from the launcher to the implementation environment and return the results to the launcher.

The facilitator game is entrusted from the parent to the initiator, the initiator collects information, sends the collected information to the individual means, sends information from the individual means to the implementation environment, plays the game in the implementation environment, and transmits the results individually. The evaluation is returned to the means, re-evaluated by the individual means, and the evaluation is returned to the starting source, and from the starting source to the parent.

In the motivating role game, upon receiving a replacement desire signal, the activation source collects information, establishes a mutual entrustment relationship for each player, sends the information collected for each game to individual means, and uses the individual means to improve the execution environment. Send information to, play the game in the implementation environment, return the result to the individual means, re-evaluate the score with the individual means, return the evaluation to the starting source, return it from the starting source to the respective entrusted side, and send it. Return it to the original.

The confrontation game is entrusted from the parent to the launcher, the launcher collects information, sends the collected information to the individual means, sends information from the individual means to the implementation environment, plays the game in the implementation environment, and reports the results individually. The evaluation is returned to the means, re-evaluated by the individual means, and the evaluation is returned to the starting source, and from the starting source to the parent.

The above can be summarized as follows, and the results are returned in reverse order.
1) Previously, "startup source" and "game".
2) The progression is ``Parent Source'', ``Start Source'', ``Individual Means'', and ``Game''.
3) The driving factors are "source", "entrusting party", "starting source", "individual means", and "game".
4) Confrontation is "parent", "starter", "individual means", and "game".

Furthermore, the above is an abbreviation; in reality, the confrontation role game requires a motive role game, which increases the processing involved.

In addition, what can be said from the above flow is that it goes through the following two stages.
1) Collect the necessary information at the startup source.
2) Delegation via individual game implementation means.

The reason for having two stages is as follows.
1) Consolidate processing.
2) Align your steps.

The starting sources for the three types of games are as follows.
1) The facilitator game is a facilitator game management means.
2) The confrontation game is a means of preparing for the confrontation game.
3) The motive role game is a replacement signal processing means.

Therefore, if an activation signal is sent to each activation source, the result will be returned to the source.

Also, collect all the necessary information at the startup source. Therefore, information other than the driving role game can be sent directly to the implementation environment without going through the individual game implementation means. However, by using the individual game management means, it becomes easier to deal with version upgrades and the like.

Note that games other than the three types of games, such as a motive role game arrangement game, may be started in a conventional manner.

Additionally, the methods for starting the three types of games are different and will be described below.
1) Facilitator games are marked with (F).
2) The motive role game is written as (L).
3) The confrontation game will be described in the second invention.

Activation of the facilitator game (F) is not directly related to game replacement. For this reason, it will be omitted, but since it is an important game for establishing interspecies interbreeding, it will be briefly described.

The objectives of the facilitator game are as follows.
1) Calculate the player's score.
2) Replace the motive role game.
3) Become the delegate to the round match.

The first step, calculating the player's score, is that if the three types of games are used as specified, the player's score can only be calculated for the facilitator game. Therefore, each player decides on 0 or more facilitator games, records them in the player's record of the competition field performance management means, and calculates the performance as described in (B).

Note that for a player who does not decide on a facilitator game, his or her score is not calculated.

Also, a record means adding information to a database table, and if the database is an object-oriented class, it means adding a structure.

Therefore, when we say "record," we mean a data structure.

Second, in place of the motivating role game, all three types of games basically return results in the same finite range of values. Therefore, each game has a connection, and not only can you replace the games, but you can also calculate the results of the three types of games and nest them.

Note that the nesting method is as follows.
1) Select the facilitator game when replacing games.
2) The facilitator game sends a start signal for another facilitator game.

The first step, selecting the facilitator game when replacing games, is that all three types of games used in this device are secondary data, and if you select the secondary data of the facilitator game when selecting the motive role game, It is determined from the following data that it is a facilitator game, and the process is switched.

However, if this method is used, the facilitator game that sent the signal will be suspended, and another facilitator game will start and start. Therefore, it may continue recursively and should not be used.

Second, the facilitator game sends a start signal for another facilitator game.The facilitator game has continuity, and various signals can be sent in addition to the replacement desire signal. Therefore, when a start signal for a different facilitator game is sent, the facilitator game management means adds a record, prepares to start the game, receives the result of the game, and returns the result to the signal source. come. Therefore, they can be nested.

Note that if the facilitator game starts up another game, including nested facilitator games, the facilitator game cannot be changed during that time. The system should be developed with this in mind.

The origin of the facilitator game is as follows.
1) A means of managing field results.
2) Round game management means.
3) Facilitator game.

The important processes to be performed at the activation source, not only in the facilitator game, are as follows.
1) Gather all the necessary information.
2) Liaise with the game side.
3) Leave it to the individual game implementation means and wait for the results.

The first step, collecting all the necessary information, differs depending on the game. It also varies depending on the scale and purpose of the device. For this reason, although it cannot be generalized, the following information is generally required.
1) Player information.
2) Device information used.
3) Price information.
4) Implementation guidelines.
5) Argument information.

The implementation guidelines are matters necessary for playing the game, such as time limits and setting values. Argument information is information passed to the game itself.

The second step, connecting with the game, involves the following three steps.
1) At the start of interspecies mating (reservation)
2) When preparing at the startup source (standby)
3) When entrusting game implementation (implementation)

The start time of interspecies intercourse is the time when interspecies intercourse begins in the battle field. When preparing at the launch source, each game is prepared at the launch source. This is when the game to be played is decided. When entrusting a game, the individual game implementation means handles the commissioning of the game exclusively. That time will come.

Therefore, the process at the launch source is the second one, and once a record is added to the management means of the launch source and the game to be played is determined, it immediately communicates with the game through the game's coordination software. , the game side waits, information is exchanged, and if any information is missing, it is all collected at the startup source.

In the third case, leaving the information to the individual game execution means and waiting for the result, the initiator collects the information, but the individual game execution means entrusts the information to the game side. Therefore, the startup source will continue to monitor until the results are returned, and if the results are not returned even after a predetermined period of time, an error code will be sent.

Note that monitoring on the game side is the role of the individual game implementation means. Monitoring will be based on that.

The individual game implementation means (G) is a means for commissioning games on a specialized basis for each game, and has the following effects.

1) Processing can be performed uniformly.
2) The level of monitoring will increase.

First, the process can be performed uniformly.This device is a device that collects and links together a wide variety of games that are repeatedly updated. Therefore, the linkage part is extremely important, and by doing it intensively, you can quickly respond to various changes.

Second, the increased level of monitoring means, in a broader sense, that it is necessary to constantly monitor the status of the game entrusted to be played by this device, and if communication is interrupted, it is necessary to deal with it appropriately. There is. Such monitoring can be done systematically without being tied to the game.

Note that the processing that is systematically performed is as follows.
1) Make a final confirmation of the information.
2) Have the player standby.
3) Entrust implementation to the game side.
4) Monitor after commissioning.
5) Re-evaluate the results.
6) Give benefits.
7) Return the result to the initiator.

The first step, the final confirmation of information, is a final confirmation that all the information necessary for entrusting the game is available, and the information collection itself is performed at the startup source. Therefore, we will reconfirm here, but we will do it in one of the following ways.

1) Perform by interacting directly with the game.
2) Divide and fix games by type.

In other words, either they should work with the game side to reconfirm the issue, or they should divide the game into different types to prevent unilateral changes by the game side, fix the necessary information, and reconfirm it. However, if they are not complete, they are returned to the source of activation. However, depending on the method of return, there is a risk of an infinite loop, so the game may be stopped as an error.

Note that the necessary information is up to the developer of this device, and the details are omitted.

The second option is to have the player standby.Once all the necessary information has been gathered, the player is made to standby before requesting the game side to implement the game. With this, the processing performed on the device side ends.

However, if the game is an automatic game, the player's standby is not necessary.

In the third step, requesting the game side to carry out the implementation, once the device has completed what it can do, it hands over all the necessary information to the game side through the linking software and entrusts the game side with the execution.

If the game is fully commissioned, preparations are usually already underway to some extent at this point. Therefore, the remaining preparations are made, the player is placed on standby, and the game is started again.

To a certain extent, the commissioning of a game goes through three stages: ``reservation, standby, and execution''. Therefore, at the final stage, the device to be used is known, and if it is an AC computer device, the software to be used is installed, and if it is an arcade game machine, the player's name is displayed to facilitate standby.

The fourth step, monitoring after commissioning, is usually done by creating a process chart, setting time limits for each project, and checking whether things are progressing on time. If the communication is interrupted or the time limit is exceeded, handle it appropriately, and in the worst case, disable this process.

In the fifth step, re-evaluate the result, when the game ends, the game side returns the next value for each player and the number of times the game has been performed.

1) Processing identification value.
2) Player ID.
3) Settlement value.
4) Grade value.
5) Type matching type acquisition value.
6) Other values.

Normally, the number of times of execution is one time, but in the third invention, the round game, the results of the second half of the game are returned. That's why.

The results of the round match can be returned in the following format.
1) Return the grade value.
2) Return with points.

The first option is to return a score value, because a score value represents performance, so a single value can represent "ranking, success or failure, winning or losing, and whether or not you won or lost." Therefore, if there are performance values, they can be aggregated again using the round game management means, and the points and number of wins can be calculated.

The second method, which returns the score, uses the round software to perform such calculations and returns the score as is. This is easier for the game to handle, but in round battles, the second half of the game changes every round. Therefore, even if different calculation results are returned to the round game management means for each game, they cannot be processed. Therefore, the second option is not recommended.

Further, the final decision value, result value, and type-matching acquired value are values determined by the game and are included in the five replacement values. Therefore, it seems possible to record it as a replacement value on the game side, but the replacement value is an extremely important value and contains information regarding each player's game replacement. Therefore, in order to prevent intentional modification, the replacement value is passed, but writing to the replacement value is not allowed.

In addition, the other values are not limited to the driving role game, but also the facilitator game and the confrontation role game. Therefore, this means that if you want to return a value other than the five replacement values, you can.

Based on the above values, the player's performance is reevaluated.

The re-evaluation here includes the following:
1) Change of success/failure judgment.
2) Change of 3 values for replacement.
3) Dealing with perks and traps.

The first change to the success/failure judgment will not be made here. This is because changes in success/failure and pass/fail determination are made using secondary data, which is done when the secondary data is created, and then passed to the game side, where it is processed based on the settings.

The second change to the replacement ternary values may or may not be allowed, depending on how you think about it.

The third step, the processing of benefits and traps, is the third re-evaluation here, which determines the conditions for the targets of benefits and traps.

In other words, the re-evaluation by the individual game implementation means is for post-processing the game, and the replacement ternary values are not changed much.

Note that the eighth invention is also subject to re-evaluation. However, the eighth invention is a competition in which three types of game results are collected, and the meaning of re-evaluation is different.

Regarding the sixth point, granting benefits, there are various benefits, and there are cases where there are no benefits. However, regardless of the presence or absence of benefits, each game is ended by the individual game execution means. Therefore, awarding benefits becomes the role of this means. However, exercise the privilege at the right time. In other words, arrangements are made only for those who obtain benefits.

Benefits include:
1) Improve your own competitive environment.
2) Making the competitive environment of others worse.
3) Gaining or losing common value.
4) Obtain the right to use the facilitator game.
5) Get other benefits.

Additionally, the method for acquiring benefits is as follows.
1) Obtained from the duel game.
2) Obtained by the fourth invention.
3) Obtained from traps.

In other words, it is whether or not the bonus acquisition conditions are met.

Conditions for obtaining benefits include the following:
1) Follow the settings of the competition venue.
2) Follow the secondary data settings.
3) Follow the conditions of the duel game.
4) Follow the trap.

The first option, according to the settings of the competition venue, allows the organizer to make various settings.

The second option is to follow the settings of secondary data, in which the method and contents of each game are all determined using secondary data. There are implementation conditions and special benefits, and the implementation conditions record how many common values are required to perform the secondary data. In addition, the benefit information records the presence or absence of a benefit, acquisition conditions, and benefit content. Therefore, all games managed using secondary data, not just dueling games, may receive benefits.

The third condition, according to the conditions of the duel role game, is that the reason for the existence of the duel role game is to provide benefits. Therefore, the players can also prepare for the confrontation game and the contents of the benefits are agreed upon, but since the opponents and the contents of the benefits are decided before the game is played, it is not possible to write to the second secondary data. do not have. In that sense, the duel game requires a means of preparation and follows its contents.

The fourth point, following the trap, is that a trap embodies a benefit and does not fall under the conditions for acquiring the benefit. However, this is not the case if there is a trap that changes the conditions for obtaining benefits.

As a result of the above, the privilege processing is performed as follows.
1) If it is a confrontational game, use the condition of the preparation method.
2) For games other than dueling roles, secondary data conditions are used.
3) Overwrite and change the adopted conditions with a trap.
4) Conditions are determined based on the settings of the battle field.

The seventh item, Return results to the source, always returns game results to the source. The values returned at this time are basically five replacement values: "replacement type, advance value, later value, performance value, and type matching type." On the other hand, if the result of the re-evaluation is to be used as a "judgment value", that value is added to form six replacement values.

Note that other common values are generally not returned.

Further, the individual game execution means is a means necessary for performing heterogeneous interaction processing, and does not necessarily have to be one. For example, it may be divided into "progress, motive, and confrontation."

Note that the functions necessary for this means are as follows.
1) Function for final confirmation of information.
2) A function to coordinate with the game side.
3) Ability to re-evaluate game results.
4) Function to grant benefits.
5) A function to monitor the execution of the game.

Regarding (H), the organizer is the person who opened the competition venue and makes a lot of preparations and various arrangements. Under such circumstances, the organizer's preparation is to intentionally develop the event.

The selection value is used for preparation.

As described above, the selection value represents a plurality of types of classification values by dividing a value such as 32 bits into bits, and various combinations can be made without being tied to the player ID.

Things that can be expressed as selection values are as follows.
1) Team number.
2) Player number.
3) Color.
4) Number, etc.

Things with selection values are as follows.
1) Player ID.
2) Secondary data screening value.
3) Preparation of template and organizer.

Therefore, players, games, and traps can be limited or specified using selection values.

Preparation by the organizer can be done in the following ways.
1) Use player ID.
2) Use a trap template.
3) Use organizer combination management means.

The first method is to use a player ID. As mentioned above, the player ID is "selection value + unique identification value", and it is enough to just decide on the player's team number and player number. Furthermore, you can color code according to your ability and change the situation using numbers or diagrams.

In the second method, using a trap template, the template is an array of trap values and reward/punishment values, and although the value to be set cannot be negotiated, it becomes easier to set the trap, and it also has a selection value. Therefore, it can be combined with players and games through the selection value, and the organizer can do the trick.

Note that the in-process value and reward/punishment value can also have a selection value. However, since the selection value changes depending on the battle field, it is not recommended. In that case, use a template.

The third organizer combination management means uses selection values to prepare various combinations, and this is the most powerful method for the organizer.

For example, if the fifth player of the red team plays a motivating role game for the third time, the secondary data in the record with the selection value "Team = Red, Player = 5, Number (number of times played) = 3" The game must be played.

However, simple combinations as described above can be made using the selection values of secondary data. For this reason, the organizer combination management means even decides on the opponents to compete against. The details are omitted.

The equalization value (I) is a value for optimizing the motive role game, and is processed within the replacement signal processing means, but is separated for ease of understanding. Note that (J) and (K) are also separated for the same reason.

The processing procedure for the equalization value is as follows.
1) For each event, use the equalization value in the secondary data.
2) Secondary data is created for each player and can be changed.
3) Each scene is forcibly changed by a replacement desire signal or a player's trap.

That is, the equalization value is originally included in the secondary data. The way to do it without changing it is for each event, and the way to change it freely is for each scene. Further, secondary data is created for each player, and then the equalization value in the secondary data can be changed for each player.

The respective processing methods are as follows.

For each event, when the secondary data is determined, the equalization value in the secondary data is recorded as the equalization value passed to the motive role game, and cannot be changed.

For each player, "change equalization value" is added to the player's menu, and the equalization value of the secondary data is changed through the menu, and each event is processed in the same way. In other words, it cannot be changed outside of the menu.

For each scene, replacement desire signals and player traps are processed at respective timings. Therefore, when creating the information to be passed to the motive role game, change it.

In other words, do the following:
1) Create equalization values based on secondary data.
2) Overwrite if there is a replacement desire signal.
3) Reflect the trap.

It should be noted that cases in which the replacement desire signal has an equalization value are rare, and usually not. However, as mentioned above, the facilitator game can do anything, so it is useful for those times.

Furthermore, the timing for activating the trap is as follows.
1) When deciding on a preliminary price.
2) When negotiating secondary data.
3) When creating information to be passed to the motive role game.

The arrangement of the motive role game (K) is the arrangement of the secondary data of the motive role game, and ends as soon as the task ID or secondary data ID is determined.

It is assumed that the assignment ID includes a game ID, and the secondary data ID can be determined from the game ID.

Arrangements for secondary data are also divided into the following.
1) For each event.
2) Per player.
3) Every scene.

The extraction conditions are as follows.
1) For each event, only the organizer's preparation is used.
2) For each player, use the player ID selection value.
3) For each scene, signal information and recording destination information are used.

The first method, which uses only the organizer's preparation for each event, is processed as follows.
1) Identify the supplier based on the selection value of the player ID.
2) Extract secondary data using the selection value of the player ID.
3) Perform failure processing.

That is, the organizer agreement management means is referred to using the selection value of the player ID, and if there is no preparation data, secondary data is extracted using the selection value, and if the selection value fails, processing at the time of failure is performed.

Note that in the failure processing, secondary data is extracted using the selection value of only the team, and if it still fails, the extraction is performed without conditions and the player is selected, or processing is performed using other methods.

In addition, the following values are returned as a supplier reference result.
1) Processing identification value.
2) Preparation or not.
3) Assignment ID.
4) Secondary data ID.
5) Secondary data extraction conditions.

The presence or absence of preparation indicates whether or not there was data to refer to. Further, if the assignment ID or the secondary data ID is returned, the arrangement of the secondary data is completed. When the secondary data extraction conditions are returned, secondary data is extracted using the conditions.

The conditions for extracting secondary data are as follows.
1) Secondary data screening value.
2) Primary data classification value.
3) Secondary data ID.

The secondary data selection value is as described above. The primary data classification value is a value common to all games, regardless of individual games, such as the number of players, competitive games, and levels. The secondary data ID directly specifies secondary data.

The second method of using the player ID selection value for each player is processed as follows.
1) Extract secondary data using the selection value of the player ID.
2) Perform failure processing.

Third, the use of signal information and recording destination information for each scene is processed as follows.
1) Create a base based on the content of the replacement desire signal.
2) Change the base based on the replacement record contents for each player.
3) Perform failure processing.

In other words, create a basic secondary data extraction condition based on the content of the replacement desire signal, change it with the content in the player-specific replacement record, which is the fifth invention, and create the secondary data extraction condition. do.

Furthermore, if a plurality of secondary data are extracted in the first to third positions, the secondary data is specified by the following method.
(b) Make arrangements through computer games.
(c) Arrange randomly by computer.
(d) Players arbitrarily decide.

This is part of the ``some method'' for arranging the motive role game, but if the secondary data cannot be specified, the secondary data must be narrowed down and then the arrangement can be made by computer, or the player can make the arrangement. Decide or do it.

The processing methods in (b) to (d) are basically the same; information such as the number of secondary data or the game name is passed to the software used in (b) to (d), and the computer game in (b) is Then, allocate the value of each item or target in the game, and specify one number in a shooting game or drawing lots. In case (c), the computer randomly identifies one number. If (d), the corresponding player is allowed to arbitrarily specify one number. Then, the specified number is returned to the means together with the process identification value.

In other words, the arrangement of the motive role game differs depending on the equalization method.

Information regarding the arrangements for the motive role game can be found in the following four locations.
1) Replacement desire signal.
2) A means of managing field results.
3) Organizer arrangement management measures.
4) Player-specific replacement recording means.

The battle field performance management means includes selection values included in player IDs and team numbers, which are added to the battle configuration if desired.

The replacement desire signal (K) is a signal requesting replacement of the game, and the device uses this signal as a trigger to replace the game.

The source of this signal is as follows.
1) Facilitator game.
2) Confrontation game preparation means.
3) Round game management means.
4) Secondary data management means for the driving force.

The transmission from the secondary data management means of the driving force is irregular and not in a regular form. This is because there is a hierarchy in the relationship of entrustment, with the entrusting party becoming the master and the entrusted party becoming the subordinate. Therefore, it is necessary to make the master follow the subordinate, but the reverse can be done because the success reward is the same using the three replacement values.

The reason why the secondary data is arranged first is when a benefit is provided for the secondary data, for example, ``XX pieces of common value will be given to those who obtain the conditions.'' Therefore, the motive role game becomes a pseudo-confrontation role game, and is not recommended for this device. But it's not impossible.

The contents of the replacement desire signal are as follows.
1) Processing identification value.
2) Information by player.
3) Equalization information.
4) Others.

The player-specific information is information for all the players included in the signal, and will be described later. The equalization information is an equalization value, as described in (H) above. In other words, the equalization value used differs depending on the equalization method for "event, player, and scene." Note that "other" means that a large amount of information can be transmitted if the replacement desire signal is standardized.

The information for each player is as follows.
1) Extraction conditions.
2) Equalization value.
3) Location information.
4) Recording destination.
5) Replacement value.

The first extraction condition is information for extracting secondary data, and is as follows.
1) Primary data classification value.
2) Secondary data screening value.
3) Secondary data ID.
4) Primary data ID.

The second, equalization value is:
1) Ranking standards.
2) Extraction conditions.
3) Extraction point.
4) Extraction range.

Note that the second extraction condition is a condition for extracting the task performed using the setting software, and cannot be changed by the player.

The third location information is the location information of the player's communication computer device. Note that the position information may be incorporated into the replacement value.

The fourth recording destination is the recording destination of the player-based replacement recording means according to the fifth invention, and if this means is used, one recording destination must be specified at the time of game replacement. The recording destination is sent from the entrusting side, and the entrusting side and player-specific replacement records are integrated.

The method for unifying is easy; it is sufficient to simply pass the number of recording destinations given to each player to the entrusting side, and the unification can be accomplished by sending the recording destination number from the entrusting side.

For example, the facilitator game may be a role-playing game, the school festival venue map may be used as a game area, each area may be assigned a serial number, and the number of areas may be used as the number of recording destinations for replacement records for each player. Then, by moving the character based on the location information of the terminal device, you can find out where the opponent is, and if you set a trap in the area number record of the stopover, you can change the game in that area. If so, you can activate the trap.

Incidentally, this is the reason why ``the facilitator game can do more than this device.''

The fifth replacement value is as follows.
1) Replacement type.
2) Advance price.
3) Settlement value.
4) Grade value.
5) Judgment value.
6) Others.

The replacement value records the basic value regarding game replacement. Therefore, the "comparison value" used in the eighth invention is also included. Further, the third position information and the fourth recording destination may be incorporated into the replacement value.

The replacement signal processing means (L) is a means for processing a replacement desire signal, and establishes a relationship of trust in game replacement, and performs the following two things.

1) Establish a relationship of mutual trust.
2) Have students play a motivating role game.

In other words, a mutual trust relationship is established for each player, and then each player is made to play a motive role game. Therefore, the two processes can be separated, and the second process starts with the means and ends with the means, so it can be performed by another player.

In other words, players in the motive role game can be replaced. Moreover, if there is no limit to the number of substitution targets, players from outside the team can be substituted.

The contents of the replacement desire signal are as described above.
1) Processing identification value.
2) Information by player.
3) Equalization information.
4) Others.

What is important here is player-specific information, and the signal transmits player-specific information.

However, although the players involved in the signal are treated individually, they cannot act alone, and are collectively processed under the signal. In addition, since it becomes the activation source of the motive role game, all information for playing the motive role game is collected.

The information collected by this means is as follows.
1) Information regarding the relationship of entrustment.
2) Information that determines the driving force and the task.
3) Information for performing the motivating role.

The information regarding the first trusting relationship is as follows.
1) Information from the entrusting party.
2) Results of the motive role game.

In other words, the relationship of entrustment is the result of the motive role game and the return of the result.

The second piece of information, which determines the driver and the task, is the most troublesome, and is as follows.
1) Arrange secondary data.
2) Gather information for optimization.
3) Gather information for determining assignment IDs.
4) Summarize the information to be passed as arguments.

That is, determine secondary data, organize equalization values, create replacement values, and create information to be passed to the game.

However, the following can be said.
1) Once the assignment ID is determined, many tasks can be skipped.
2) Once the secondary data is finalized, the secondary data arrangement work can be skipped.

Therefore, once the assignment ID and secondary data ID are determined, information and work related to them become unnecessary.

The following are the possibilities for determining them:
1) Replacement desire signal.
2) Organizer arrangement management means.
3) Player-specific replacement recording means.

Under these circumstances, the arrangement of the secondary data is as described in (J), the arrangement of the motive role game, and the arrangement of equalization values is as described in (I), equalization value.

Note that the information passed to the game is divided into the following two types.
1) Contents agreed upon using the configuration software.
2) Reward and penalty value using the seventh invention.

The former is arranged by the organizer and recorded in secondary data. The latter cannot be done without using reward and penalty values. Therefore, it becomes a trap.

The third information for performing the motive role is as follows.
1) Player ID for motive role.
2) Secondary data ID.
3) Assignment ID or information that identifies the assignment ID.
4) Gaming computer equipment.
5) Information to be passed as an argument.

As for the first motive role player ID, as described above, the motive role game ends during the replacement signal processing. Therefore, a player can be replaced by anyone, and can be replaced within the team or by a helper outside the team.

Note that since changing the player is not often done, the player is changed using the menu or the like.

The second secondary data ID is as described above.

As for the third task ID or information specifying the task ID, it is the game's job to decide which task to implement. Therefore, the assignment ID is sent from this device in cases (c) and (d) of (a) to (h) that are "arranged in some way", and the organizer specifies the assignment such as a test problem, or This is a case where the assignment ID is determined by an external device. Therefore, in many cases, it is not the assignment ID but "information that specifies the assignment ID."

The fourth gaming computer device is specified through the linkage software, as described above.

The fifth information to be passed as an argument is the information to be passed to the game.

Note that the 5-point set described above is sometimes referred to as a ``6-point set'' by adding the part where the game result is returned.

A brief description of the six-piece set is as follows.
1) Player.
2) The entrusting side (the place of giving back).
3) The person entrusted with the task.
4) Tasks to be carried out.
5) Equipment used.
6) Information to be passed as an argument.

As a result of the above, the information handled for each player is as follows.
1) Processing identification value.
2) Player ID of the entrusting party.
3) Delegating side processing identification value.
4) Results of the motive role game.
5) Secondary data ID.
6) Assignment ID.
7) Recording destination ID.
8) Equalization value.
9) Replacement value.
10) Reward and penalty value.
11) Device information used.
12) Player's position.
13) Others.

The processing identification value is an identification value for replacement signal processing. The player ID on the entrusting side remains as is. The processing identification value of the entrusting side is not limited to games, but there are various preparation means, etc., and the result of the motive role game is returned using the identification value. The result of the motive role game is temporarily recorded in the means. The secondary data ID becomes secondary data for the motive role game. The assignment ID is a value when specifying an assignment. The recording destination ID becomes the recording destination of the player-specific alternate recording means of the fifth invention. The equalization value becomes the equalization value to be passed to the motive role game side. In other words, this is the result of processing using the equalization value of (H). The replacement value is the value when the game is replaced. The reward and penalty values are arguments passed to the motive role game. Note that the information to be passed to the motive role game is also included in secondary data, including arguments created with the setting software. The used device information is the gaming computer device used to play the motive role game. Four positions of the players are recorded: "sender, attendant, equal responder, and non-equal responder." Other than that, there is various necessary information such as time limit.

Note that the non-peer combatant does not perform the following process.
1) The process of deciding on the entrusting party.
2) Process of deciding where to record.
3) Processing to conduct a comparison battle.
5) Processing to send the result to the confrontation game.

Therefore, the adder collects only the missing information in 1 to 11.

Note that the additional persons are equal responders and non-equal responders.

Further, the processing procedure of this means is as follows.
1) Break down the replacement desire signal for each player.
2) If you want to change the player, do so.
3) Arrange secondary data as described in (I).
4) Once the secondary data is finalized, we will coordinate with the game side.
5) The adder performs the necessary processing in steps 1 to 3.
6) Gather a 6-point set for everyone involved in the signal.
7) Send information to the game side via the individual game implementation means.
8) Optimize the motive role game on the game side.
9) The game side decides on the task ID.
10) Receive the argument and execute the assignment ID.
11) Re-evaluate performance using individual game implementation methods.
12) If you want to give benefits through individual game implementation means, do so.
13) Return the replacement 5 values etc. to the means.
14) Send the replacement 3 values to the comparison match of the 8th invention.
15) Return the results to the entrusting party.
16) Send the result to the preparation means of the second invention.

The first step is to disassemble the replacement desire signal for each player by adding a record to the means when the means receives the signal and creating the recording location for each player.

The second step, if you want to change the player, is done using the menu, etc., as described above.

The third step, as described in (I), is to arrange secondary data based on the equalization method of "event, player, or scene", as described in the arrangement of the motive role game above. Create data extraction conditions and negotiate secondary data of all players included in the signal.

Fourth, when the secondary data is determined, the means to communicate with the game side becomes the activation source of the motive combination game. Therefore, the activation source must communicate with the game side through coordination software for the motive role game and collect all the information necessary to play the game. Additionally, the game side is placed in a "standby" state in coordination with the startup source.

Note that the necessary information confirmation is usually fixed by dividing the game into types. In other words, it prevents the game side from unilaterally upgrading and changing specifications.

The fifth step, the additional person performs the necessary processing in steps 1 to 3, is as described above, and since the necessary information is different for equal responders and non-peer responders, only the missing information in steps 1 to 11 is collected.

The sixth step is to collect a 6-point set for everyone involved in the signal.If even one person does not have a 6-point set, you cannot proceed to the next step. Therefore, if they are not available, handle them appropriately.

The seventh step, sending information to the game side via the individual game implementation means, is as described above.

In the eighth step, optimizing the motive role game on the game side, as described above, equalization is performed twice to 100% using the equalization value. However, some games do not or cannot be optimized, so it depends on the game.

In the ninth step, where the game side decides on the task ID, if the task ID is undetermined, the game side decides on the task ID as described in "(K) Arrangement of the driving role game".

In the tenth step, receiving the argument and implementing the task ID, the game side executes the motive role game.

The 11th re-evaluation of the results using the individual game implementation means re-evaluates the results of the motive role game, as described above.

The 12th point, if you want to give benefits with the individual game implementation means, is that the motive role game is not a game that gives benefits, but the individual game implementation means has the function of giving benefits, and if you want to give benefits, you can. .

The 13th item, "Returning the replacement 5-value etc. to the means," means that the replacement 5-value is as described above, but it may also be a replacement 6-value, 7-value, etc.

The 14th item, sending the replacement ternary value to the comparison match of the eighth invention, sends the replacement ternary value to the comparison match, and has the comparison result recorded in the comparison value and returned. Therefore, the processing of the player by the means is suspended until the result is returned.

The 15th item, "Return the result to the entrusting side," has a side that is entrusted to each player, and returns 5 values for replacement to that side.

The processing on the entrusting side is as follows.
1) If it is a facilitator game, proceed as described in the method for solving the task.
2) If it is a confrontation game preparation means, record it in that means and save it.
3) If it is a round battle management means, record it in that means and save it.
4) In the case of the fifth invention, it is recorded and stored in the player-specific replacement recording means.

In other words, since no games other than the facilitator game are running, they are stored in their respective preparation means.

Since the facilitator game has already been started, the process after storing the stored values is done either in a post-determination type or a type matching type. Note that the duel game receives the stored results as an argument and changes the initial state itself. The details of the round battle will be described in the round battle, but players can freely utilize the collected battle elements. The fifth invention is also freely utilized by the player.

Note that the stored results can only be processed using the post-determination type or type matching type.

The 16th step of sending the result to the preparation means of the second invention is to send the replacement five values to the confrontation game preparation means, and the details will be described in the second invention.

The game replacement procedure is as follows.
1) The replacement desire signal can be sent from anywhere in the playing field.
2) If the signal is to be sent in advance, record it in the advance value.
3) Send information for one or more people in the replacement desire signal.
4) The replacement signal processing means breaks down and organizes the information for each player.
5) If there is insufficient information, treat equal responders equally while collecting it.
6) Each player determines the secondary data of the motive role in some way.
7) Information of all players related to the signal is gathered and a trusting relationship is established.
8) Reorganize the information for each driving role and send the information to the individual game implementation means.
9) Information is passed from the individual game execution means to the coordination software.
10) Optimize and recreate the motive role in the implementation environment on the motive role side.
11) Decide on tasks to be implemented based on pre-determined values, etc.
12) Record the value assigned to the task to make it the final value.
13) Record the performance of the assignment in order to use it as a grade value.
14) Record the value acquired by the type matching type as the type acquired value.
15) Return the above three values together with the player information to the individual game implementation means.
16) Individual game implementation means will re-evaluate performance.
17) Record the value after re-evaluation in the replacement 5-value etc.
18) If the game has a bonus, a winner is determined based on the bonus acquisition conditions.
19) If the privilege cannot be automatically processed, the corresponding player is made to process it.
20) Return the replacement 5 values etc. to the replacement signal processing means and record them.
21) When the game results can be returned to each entrusted side, return them.
22) Processing is performed on the entrusting side based on the replacement ternary value, etc.

Finally, we will supplement (f) on how to arrange the motive role game.

(f) Necessary information is passed to an external computer system and an agreement is made using technology such as AI.The necessary information is as follows.

1) Processing identification value.
2) Player ID.
3) Level.
4) Purpose.
5) Game information.

The process identification value is a value for correctly returning the implementation result. If there is a performance record of the player, the player ID returns a result based on the record. As for the level, if there is no record of the player ID, a result is returned according to the level. The purpose is to return the best assignment ID based on the situation and check details. The game information is information that identifies or limits the game, such as a game ID or genre ID.

The result is the following value.
1) Processing identification value.
2) Player ID.
3) Game ID.
4) Assignment ID.

The timing is left to (d), but (d) returns the driving role game ID and task ID. Therefore, it is better to entrust the process before extraction to avoid waste.

Further, in the other method (h), the game to be played is decided while basically all of the motive role games can be played. Therefore, (a) to (g) can be used, but the opponent can also make other arrangements.

The first invention is the simplest one, which involves cross-breeding between two types of games: a facilitator game and a motivator game. Therefore, preparations made by the organizer and preparations made by the players cannot be used. In other words, games are replaced only based on information from the source.

The first invention is above.

The second invention adds a confrontation role game that was deliberately omitted in the first invention, and the confrontation role game is a game for the entrusting side, and becomes a battle-type mini-game. Therefore, since the game of entrustment is completed, benefits can be given based on the result. As a result, three types of power balance are maintained.

In terms of power balance, if two types are used as in the first invention, the power of the facilitator will be too strong, and the motivator will become a slave appendage. Moreover, the facilitators did not interfere with each other, so there was no damage. However, there are benefits for the contestants, and the benefits force the facilitator to change, and they can also be turned into an attached game that only those who have earned the benefits can play. However, since there is no continuity, the confrontation role is influenced by the driving role, and moreover, it is necessary to passively or actively collect the results of the driving role, and if it is passive, it is necessary to collect the results of the driving role for the other facilitators. It becomes a form of borrowing the result of the motivating role that has been performed, and becomes weak. As a result, the three types of games become like a three-way game, and the power balance is maintained.

The difference between passive and active is as follows.
1) Passive borrows the result of the motive role played for another game.
2) The active player plays the motive role only for the opposing role.

In other words, it is as follows.
1) Passive = borrowing type.
2) Active = non-borrowing type.

Also, the confrontation role will be a mini-game played by one or more people.

One person is a case where the opponent is a computer or a test to see whether the conditions have been cleared or not, so the person who obtains the benefit is the person who has cleared the conditions.

Additionally, the benefits include:
1) Improve your own competitive environment.
2) Making the competitive environment of others worse.
3) Gaining or losing common value.
4) Obtain the right to use the facilitator game.
5) Get other benefits.

The first and second methods involve setting traps for each other using "in-progress values, reward/punishment values, and templates," and the details will be described in the sixth invention.

As for the third point, gaining or losing a common value, as mentioned above, the benefit earner transmits a gain or loss signal to cause the gain or loss.

The fourth option, obtaining the right to play the facilitator game, allows only those who have acquired the privilege to play the facilitator game, and the facilitator game becomes the privilege game.

The method for running the bonus game is to suspend all players in the bonus game, arrange only those who have won the bonus, and pass the bonus game to the players in the lineup, and then only the players in the lineup will be allowed to play the game.

Note that the number of times of implementation is usually one, but may be multiple times. Also, if you want to change the number of executions depending on the performance, add the player's performance to the array. In other words, "player ID, score" is passed as an array. Note that the results are basically values in a finite range.

Fifth, to obtain other benefits, the main theme of interspecies crossbreeding is game replacement, but just as there are common values that can be used in the battle field, the organizer decides what will be the winner in the end. It depends. Therefore, the winner can be decided based on the number of analog items. In that case, acquiring the item becomes a privilege. It is also possible to have players play games unrelated to interspecies interbreeding as a bonus, and determine the winner based on the results. In other words, anything can be a bonus.

The question is whether the fourth game can be called a facilitator game, but I think it can be said to be a facilitator game for the following reasons. First, by incorporating the facilitator into the confrontation role, the facilitator is also influenced by the motive role. Second, the raison d'être of the confrontational role is to change the match environment for the facilitator, and from that point of view, the facilitator has the greatest right to implement.

However, even if it cannot be called a facilitator game, there is no problem if it is made the fourth bonus game.

From the above, the following information is required for the duel game.
1) Secondary data.
2) Opponent.
3) Results of the opponent's motive role.
4) Conditions for obtaining benefits.
5) Bonus details.
6) How to fight.
7) Where to send the implementation results.
8) Other equipment used.

The first secondary data is secondary data of the confrontation game and is prepared by the organizer. Therefore, a lot of information necessary for the duel game can be recorded in the secondary data.

The second opponent is a player who plays the duel role game, and is made up of one or more players.

The opponent will be designated in one of the following ways.
1) Player ID.
2) Team number and player number.
3) Selection value.

These are the values included in the player ID, and the player ID has the following values.
1) Team number.
2) Player number.
3) Selection value.
4) Player identification value.

Third, the result of the motivating role game for the opponents is that the confrontation role game is the game of the entrusting side, and the results of the motivating role game for each opponent are required. Therefore, as mentioned above, it can be obtained by either of the following methods. Note that the result of the motive role game is a five-value replacement.

1) The borrow type specifies the borrowing destination.
2) In the non-borrowing type, the motive role game is determined and played in some way.

Note that the borrowing type and non-borrowing type will be described later.

The fourth benefit acquisition condition is a condition for acquiring a benefit, and the benefit is as described in "Benefit Grant" of the first invention, and is the benefit acquisition condition used therein.

As for the fifth benefit, as mentioned above, there are many benefits.

The sixth method of competition is to decide whether it will be automatic or manual, whether it is a borrowing type or a non-borrowing type, etc.

The seventh destination, the implementation result, is sent at the end if there is a destination to which the implementation result is to be sent.

The eighth item, "Other devices to be used, etc.," includes various arrangements in addition to the devices to be used.

Therefore, this device is provided with a "confrontation role game preparation means", and preparation for the confrontation role game is performed by adding a record to the means.

The above borrowed type and non-borrowed type are as follows.

The borrowing type borrows the results of a motive role game played for another purpose. Therefore, it is necessary to specify the borrowing party.

The method of specifying the borrowing party is as follows.
1) Use the number of game replacements.
2) Use screening values of secondary data.
3) Use alternate recording destinations for each player.

The first method, using the number of game replacements, counts the number of game replacements for each player and specifies the number of times the game is replaced.

In the second case where a screening value of secondary data is used, as described above, the player and the secondary data have the screening value, and the player and the secondary data can be identified by the screening value. However, since the player's selection value usually does not change, what we use here is the selection value of secondary data, and there are various selection values of secondary data such as "team, player number, color, number, figure", etc. You can specify one or more of them.

Thirdly, if the fifth invention is used, the result of the motive combination game is recorded in the player-specific replacement record. Therefore, if you specify "what number recording destination", the results recorded there will be borrowed.

Therefore, borrowing type processing is performed after recording in the player-specific replacement recording means.

Further, the borrowing destination can be incorporated into the selection value, but since changing the selection value may cause an error, a value described as a "borrowed value" is used.

The borrowed value consists of the following values:
1) Borrower identification value.
2) Specific value.

The first borrowing identification value is a value that indicates which of the three methods described above will be used, and if a selection value is used, which value such as "team, player number, color, number, figure" will be used. Then, make the specifications. In other words, a code is assigned to each borrower.

The second identification value determines the identification method using the first identification value, and if the identification method is game replacement, it will be the number of times it has been performed, and if it is identified by the color of the selection value, it will be that color, and the recording destination. If so, how many?

As a result of the above, the borrow type can be processed by sending the next value to the confrontation role game preparation means every time the game is replaced.
1) Borrowing partner specific value (player ID).
2) Array of borrowed values.
3) Five values for replacement.

As described above, the first borrowing partner specifying value can be specified by the player not only by the unique identification value given to the player but also by "team number and player number" or "selection value only." Therefore, the borrowing partner specific value is used.

The second array of borrowed values is a value for identifying the borrowing destination.As mentioned above, the borrowing destination can be identified in three ways, so if you send three borrowed values, you can identify it using any of them. .

The third 5 values for replacement are all the values that record the simplest replacement of the game, and can also be used for type-matching match-up games.

The above values are referred to as "submitted values for borrowing type."

The borrowed type submission value is a value sent to the confrontation role game preparation means in order to check whether the result is a borrowed value if the game is replaced.

When the borrow type submission value is sent to the means, the means checks whether the borrow type submission value includes a borrowing partner specific value and a borrowed value.

Therefore, the value that specifies the borrowing party is referred to as a "borrowing party specific value."

The borrowing party specific value is as follows.
1) Borrowing partner specific value.
2) Borrowed value.

Then, if the record is an unimplemented record, is a borrow type, and the borrowing destination specific value is included in the submitted value for the borrow type, the replacement 5 value in the submitted value for the borrow type is transferred to the player. It is recorded as the result of the motive role game.

The borrowing partners can be restricted as follows.
1) Make it unlimited so anyone can borrow the results.
2) Allow only teammate results to be borrowed.
3) Allow only the user's own results to be borrowed.

This depends on whether or not restrictions are placed on the designation of the borrowing destination; if no restrictions are placed, anyone's results can be borrowed. On the other hand, if you want to restrict it, you can limit it by the same team number or by a unique identification value given to the player.

Note that the non-borrowing type can also be performed by another person. This point is as described above, and the player of the motive role game can be changed by the replacement signal processing means.

Further, in the borrowing type, there is a form in which the player himself/herself specifies a recording destination that becomes the fifth invention. However, since this is a new embodiment of interspecies crossbreeding, it will be described as the fifth invention.

Since the non-borrowing type does not borrow, the motive role game is played for the confrontation role game. Therefore, each player sends a replacement desire signal from the means, and as described in the first invention, determines the secondary data of the motive role game by any of the methods (a) to (g), and Record implementation results.

The values recorded in the third "result of the motive role game for the opponents" are as follows.
1) Player ID.
2) Borrowing partner specific value.
3) Borrowed value.
4) Secondary data of the motive role game.
5) Five values for replacement.
6) Borrow type.

Note that the borrowing partner specific value is because there are cases where the results of another person are borrowed. Further, the borrow type is a value indicating whether or not it is a borrow type.

However, the borrowing type becomes unnecessary depending on whether the arrangement is made for each player or for each duel game.

Further, whether or not it is a borrowed type can be determined by other types than the borrowed type. For example, if the borrowed value has a value, it becomes a borrowed type, if the borrowed value is empty and there is secondary data of the motive role game, it becomes a non-borrowed type, and if there is no value in either, the player is made to make an arrangement.

In addition, the confrontation role game can be performed automatically except for the motive role game.

This is because not only is there a borrowing type, but the confrontation role can be automated. Therefore, if the benefit is made into a facilitator game that is played automatically, the confrontation role game and the bonus game can be performed automatically, and the confrontation role is made into a borrowed type. Then, one facilitator can perform different facilitators. In other words, there are two facilitators.

The reason why the confrontation role can be automated is that the confrontation role is fully influenced by the motive role, and as a result, for example, if the confrontation role is a card game, the card will be determined by the result of the motive role, resulting in a race. . Also, in the case of action games, characters and items are determined and the computer automatically plays against them.

Therefore, if the benefit of the confrontation role is used as the license to play the bonus game and the bonus game is automatically played such as Sugoroku, the person who acquired the benefit will be known from the result of the automatic confrontation role, and the person who acquired the benefit will be Only if the computer rolls the dice automatically, the showdown game and bonus game can be played automatically. Therefore, if you make the confrontation role a borrowed type, you will be able to perform Sugoroku automatically while playing another facilitator, and if Sugoroku is the facilitator, the player's performance will be calculated, so two motive roles can be used in one motive role. A facilitator can do it.

This is an extreme example, but it can be done without any problems due to the mechanism.

Preparation for the confrontation game goes through four stages.
1) Stage 1, when creating secondary data.
2) 2nd stage, when adding records.
3) Stage 3, when record is activated.
4) Stage 4, after the game ends.

This is because not only can a lot of information be recorded in the secondary data, but also this means becomes the activation source of the confrontation role, and the activation source completely collects information as described above. Therefore, depending on the collection of information, the four stages may jump or not proceed. In short, the duel game cannot be played until the essential requirements are met.

Note that the essential requirements include information other than the benefit details.

In addition, the borrow type is automatically activated when all five replacement values are available for all opponents. However, if the essential requirements are not met at that time, the opposing role will be invalidated. This is because the five replacement values are already available, so they will not be activated next time.

Records will be added by:
1) Organizer.
2) Player.
3) Facilitator game.

The addition method is as follows.
1) Add it from the menu.
2) Send additional signals.

The additional signal has the following information:
1) Additional signal identification value.
2) Processing identification value.
3) Player ID.
4) Other information.

As for other information, the preparation means is the activation source of the duel role game, and the activation source has the function of collecting necessary information by itself as described above. This means that such information can also be sent.

However, if there is insufficient information, one of the following will occur.
1) Eliminate the matchup game.
2) Salt until ready.

That is, if an additional signal is to be transmitted from the facilitator game, the additional signal is transmitted in a form that satisfies the essential requirements, and if not, the signal is discarded or the additional signal is made unrelated to the facilitator game. This is because the facilitator game will stop.

Also, after adding a record, make the following arrangements.
1) Arrange a matchup game.
2) Arrange the equipment to be used.
3) Decide on conditions for obtaining benefits.
4) Decide on the content of benefits.
5) Arrange opponents.
6) Decide on the motive role game or the borrowing party.
7) Arrange other necessary matters.

The above has already been stated, but the following is added as a supplement.

The first step, deciding on a confrontational game, is based on secondary data, and is chosen from among those prepared by the organizer. Therefore, it is necessary to display the secondary data in a shortcut icon or the like so that it can be easily selected.

The second step, which determines the equipment to be used, is to determine the gaming computer equipment, and whether or not to use the AC computer equipment is determined by secondary data. Therefore, when the preparation for starting the game is started, the means communicates with the game side via the coordination software for the game and finalizes the preparation.

The third step, determining conditions for obtaining benefits, may also be included in secondary data. However, if it is not found in the secondary data, an arrangement will be made.

The fourth step, determining the content of benefits, may also be included in the secondary data. However, if it is not found in the secondary data, an arrangement will be made.

The fifth step, deciding on opponents, may also be included in the secondary data. Note that players are identified using the secondary data using "team number and player number" in the case of team games, and by selection values in other cases.

The sixth step, the motive role game or deciding on a borrowing party, depends on whether or not it is played in a borrowing type, and if it is a borrowing type, deciding on a borrowing party. On the other hand, if it is a non-borrowing type, a motive role game is decided. Note that the motive role game is played using any of the methods (a) to (h), as described above.

Furthermore, regardless of whether it is a borrowed type or a non-borrowed type, the replacement 5 values, which are the results of the motive role game, are recorded in the record. This is because the timing is different.

The seventh item, determining other necessary matters, differs depending on the game being played. For example, if you want to make it impossible to implement without investing a common value, then such an arrangement would be in place. Note that the method of casting the common value is as described in the preamble "(C) Common value" of the first invention.

Note that when adding dynamically, it is important to note that the adder will have an advantage when adding a confrontation role. This is because various arrangements can be made. Therefore, it is a good idea to have as many as you can add.

The method for activating a record is as follows.
1) Specified by the player.
2) The results of the motivating role game are completed.
3) Activate with automatic activation function.
4) Send an activation signal.

The first one, designated by the player, is intentionally designated by one of the players by using a record as a shortcut icon or the like. Then, if the essential requirements are met, they can be implemented immediately, and if they are not, they are prompted to prepare.

In the second case, where the results of the motivating role game are aligned, as mentioned above, if it is a borrowing type, the results of the motivating role game played for another purpose are borrowed. Therefore, if the results of all opponents can be borrowed, it will be automatically activated.

The third option is to activate with an automatic activation function, for example, by providing a timer function etc. in the means so that the game is activated at a specified time, or when the number of game replacements reaches a specified number. or activate them in consecutive numbers. Note that the fourth activation signal can also be automatically activated.

The fourth step, transmitting the activation signal, is performed by providing the playing field with the signal transmitting function and the means with the function of processing the signal.

At that time, if the specified record does not exist, the process is either skipped or a new record is added. Therefore, as described above, information that satisfies the essential requirements may be transmitted at the same time. In that case, the difference between the additional signal and the activation signal becomes infinitely small.

The contents of the activation signal are as follows.
1) Activation signal identification value.
2) Processing identification value.
3) Record number.
4) Record identification value.
5) Player ID.
6) Other information.

The activation signal identification value is a value indicating that the signal is an activation signal. As described above, the process identification value is information such as the sender. The record number is a value that specifies the record to be activated. The record identification value is a value specified by a classification value other than the record number. The player ID becomes the signal sender. However, the signal sender is included in the processing identification value as described above. Other information is as described in the additional signal.

When the signal is received, it is processed in the following steps.
1) If the corresponding record does not exist, add it.
2) Activate the corresponding record including the addition.
3) The essential requirements of the activated record can be met.
4) If the conditions are not met, suspend or invalidate the record.
5) If the conditions are met, play the duel game in the record.
6) Grant benefits to benefit earners.

Incidentally, the awarding of benefits is as described in the "granting of benefits" in the first invention.

Further, the procedure for obtaining the result of the motive role game is as follows.

The borrowing types are as follows.
1) Once other replacement processing is completed, borrowing begins.
2) Send the result to the confrontation role game preparation means.
3) Check whether there is a record that requires the grade.
4) If possible, record it and check if all grades are complete.
5) Once all the results are complete, notify the opponent.
6) Once everyone is on standby, make arrangements for missing information.
7) Salt if the essential requirements are not met.
8) Send information to the individual game implementation means.
9) Implement the confrontation role game via the individual game implementation means.
10) Re-evaluate the performance using the individual game implementation means.
11) A benefit is provided by the individual game implementation means.
12) The results are returned to the confrontation role game preparation means.
13) If there is a parent, return everyone's grades to the parent.

In the above, explanation is required in step 13, in which if the facilitator game is the source of the activation signal, the results are returned to the facilitator game.

Non-borrowed types are as follows.
1) Activate any record.
2) Perform processing that satisfies essential requirements.
3) Examine the results of the opponent's motive role game.
4) If there is no result, a replacement desire signal is sent.
5) Processing the signal with a replacement signal processing means.
6) Arrange the motive role game in some way.
7) Play the motive role game through the individual game implementation means.
8) The means obtains the result via the replacement signal processing means.
9) Once the means collects the results, check whether the essential requirements hold.
10) When established, information is transmitted to the individual game implementation means.
11) A confrontation game is implemented via the individual game implementation means.
12) Re-evaluate performance using individual game implementation methods.
13) Grant benefits through individual game implementation means.
14) A result is returned to the means from the individual game execution means.
15) If there is a parent, return everyone's grades to the parent.

All of the above is as described above.

The functions necessary for the confrontation role game preparation means are as follows.
1) Ability to add records and collect information.
2) Ability to automatically and manually activate records.
3) Ability to investigate borrowed values.
4) A function to process activation signals.
5) Function to send a replacement desire signal.
6) A function to launch a confrontation game.

The second invention is above.

The third invention changes the form of entrustment, and the entrustment relationships in the first and second inventions are carried out one by one through the present device. However, this meant that they had to alternate playing different games, and with the study promotion type, they could not concentrate on studying or practicing.

Therefore, instead of repeating the two battles as a set of "off-season game + real game", they are completely separated and the off-season game, which is repeated the necessary number of times, is called the "first half", and it is also necessary to The actual game that is repeated a number of times is defined as the "second half", one combination of the first half and the second half is defined as a "round", and the round is repeated a necessary number of times.

On top of that, the game outside of the actual performance is made into a non-competitive motivating role game.

In this way, the games played outside of the first half serve as preparation for the second half and create value for use in the second half. This is described as ``gathering battle elements,'' and you can concentrate on gathering battle elements through study and practice, and then repeat the actual game. In other words, studying and playing can be separated.

In short, there is one entrusting side for the entire first half, and one entrusting side for the entire second half, and that creates a mutual entrusting relationship.

The above can be summarized as follows.
1) Repeat the first half as a collection of battle elements.
2) Repeat the second half as a decisive battle.
3) The rounds will be divided into one set, the first half and the second half.
4) The round match consists of one or more rounds.

Then, the following effect can be obtained.
1) You can concentrate on studying and practicing.
2) The first half will be a battle of wits.
3) The second half can be played automatically.
4) Theoretically, it can be done with an unlimited number of people.

The first one, which allows you to concentrate on studying and practicing, is as mentioned above, and the first half is a non-competitive motive role game. Therefore, each player can concentrate on studying and practicing.

Second, the first half of the game will be a battle of wits.If you play a set of games outside of the actual game and the actual game one by one, you will take on the actual battle with the battle elements you have gathered. However, if you can separate the two games, divide them into the first half and the second half, and repeat the first half as many times as necessary, you can freely use all the competitive elements you have learned in the first half. Therefore, the following abilities will be tested.

1) How to collect competitive elements.
2) How to utilize the collected battle elements.

For example, if the actual game is a card game, the first half will be collecting cards, and if it is an action game, the first half will be building a team, building a camp, building a body, and collecting usable items and weapons. Under these circumstances, in order to obtain something good, it is necessary to take on highly difficult tasks, but if you fail, you will not obtain anything. If the card game is poker, a hand can be created even with a weak card, so the strategy is tested, whether to prepare a role by completing many low-difficulty tasks, or to aim for a card from a set that is in a winning role.

Also, if you play poker 10 times in the second half, you will need a maximum of 50 cards. However, it is difficult to collect 50 cards. Moreover, it becomes more difficult to use the collected cards efficiently as the number of cards increases. In other words, it is not easy to assemble a game for 10 times using cards for 10 times. This is the same thing when building a team for baseball or soccer, and the test is how efficiently you can gather and utilize competitive elements. However, action games can be redeemed through technical skill. In addition, if cards or players are not collected, those items will become missing items or vacancies.

The third point is that the second half of the game can be played automatically.As mentioned above, if the battle elements collected in the first half are collected for the second half, many games can be played automatically.

For example, in the case of poker, all you need to do is arrange in advance the number of cards for 10 rounds, and in the case of competitive games such as soccer or martial arts, you can have the computer play with the members you have gathered, the teams you have created, and your bodies. In that case, even people who are not good at action games can play it.

In other words, the game is already established in the first half. Therefore, in the second half, anything is possible.

The fourth point, which can be played with an unlimited number of players in theory, depends on the game, but if it's a card game or Sugoroku, the second half of the game can be played automatically. Furthermore, if the first half is a non-competitive motivating role game, each player can play it in their own free time if the implementation method is the same.

Therefore, even if 1 million people participate, if each player plays at a designated time or free time and registers the results in the order in which they will be used, the second half will automatically start when the designated time comes. . What's more, the second half of the tournament can be held in a knockout format for each round, so if the winning rate is 1/100, and there are 1 million people, the tournament will be decided in 3 rounds. Therefore, if you increase the number of rounds and make the competition period one month, you can play against even more people.

The method for the elimination battle is to create a table of participants for the round battle, make everyone a "survivor" at first, and make only those who meet the conditions for each round a "survivor" so that they can proceed to the next round. Then, the number of survivors will naturally decrease, and the round will end when there is only one winner.

The elements for the first half of the match will be gathered in advance.

The reason is that the pre-determined type is easier to understand than the later-determined type and the type-matching type, and information such as secondary data ID can be sent from the entrusting party to the entrusted party. In other words, there is no need to use a post-decision type or mold matching type that has restrictions.

Also, each round can be played in any order. Therefore, for example, if poker is made into a knockout tournament with 1 million players playing automatically for 10 rounds, even if you have good cards that can survive until the 9th round, there is a possibility that you will lose on the first round, and your luck will be tested. .

In addition, if everyone is a survivor, everyone can participate in all rounds and compete for the overall result. Therefore, the following fighting methods can be used in round battles.

1) Knockout match.
2) Comprehensive battle.

Also, the second half of the game changes every round. Therefore, if you played the second half manually and in a knockout format, you would prepare 5 challenge games, play 5 rounds, decide who loses each round, and give the winner of that round the next round. If specified, strategic battles can be held in e-sports, etc.

The arrangements for the next round will be as follows.
1) Perform in sorted order.
2) Do it randomly.
3) Arrangements will be made by the first place winner.

Performing in sorted order means performing in the sorted order, such as ascending order. To do it randomly means to do it randomly by drawing lots or using a computer. Arrangements will be made arbitrarily by the top scorer from the previous round, or more specifically, by the person who achieved the conditions. Note that when the top person makes arrangements, the first round becomes the starting round. If there are multiple winners, the winner will be determined through rock, paper, scissors, lottery, etc.

There are three battles in the round.
1) Individual battles that take place in the second half.
2) Round-by-round battles that are tallied in rounds.
3) A round battle that will be decided in all rounds.

The method of determining the winner is as follows.
1) Individual battles are determined by values in a finite range.
2) Battles in each round will be decided by performance values, number of wins, or points.
3) Round battles will be decided by survival, performance, or points.

The performance value is a value in a finite range that corresponds to the three values for replacement, and this device basically returns results as values in the finite range. Then, the number of wins and points are calculated and scored.

The number of wins is the total number of wins. Winning points are the total points scored based on the ranking. Survivors are those who meet the survival conditions.

In short, the only real battles in the round battles are the "individual battles" in the second half. On the other hand, a totaling function is provided to perform totaling for each round and further for all rounds. Therefore, as mentioned above, a knockout match and a total strength match can be held.

Note that the results of the round battle are usually returned as performance values. However, since the performance values indicate "ranking, success or failure, wins and losses, and how to win or lose," scores, points, and number of wins are calculated based on that.

Rounds will be played in the following format:
1) Make the entire battlefield a round battle.
2) Make part of the battle field a round battle.

In other words, depending on whether you specialize in round battles or not, the study promotion type and the skill competition type become specialized types. However, if you use this device, you can compete in a variety of ways.

For example, if the facilitator game is made into a game like a tournament table, it can be played in the following manner.
1) Make the entire tournament one round.
2) Make each battle in the tournament a round battle.

As described in the first invention, the facilitator game can do more than this device. Therefore, if you play a survival game in a role-playing game, it becomes a real tournament battle. So, depending on whether you want each fight to be one round or one round battle, the former will be the first, and the latter will be the second.

If you want to make the entire tournament into one round, you will need the following functions.
1) A function to assign participants to each round.
2) A function to decide survivors for each round.

Second, in order to make each battle in the tournament into a round battle, a means of registering multiple round battles is required.

Therefore, the present device is provided with a "round match management means" so that one or more round matches can be registered in the means.

The games for the first half and second half are as follows:
1) The first half is only a motive game.
2) The second half is a facilitator game or a confrontational game.

The game format for the first half and second half is as follows.
1) The first half of the competition is generally a designated time, with a free number of repetitions.
2) The second half of the game will generally be played a specified number of times.

Note that "approximately" means that it may be performed in other ways.

Also, in the second half, there is only one match. It is a case of building a team, body, and camp, and then taking on one big match.

In addition, "round software" will be used for the first half and second half.

The round software is jointly developed by the second half game developer and this device developer, and the second half game that participates in the round game is composed of "coordination software" and "setting software". "Round software" must be submitted.

The role of the round software is as follows.
1) In the first half, we will collect the elements of the match.
2) In the second half of the game, the collected match elements are played.

I expressed it as such because the round battle is played like a card game by freely selecting and using the battle elements you have on hand. As a result, the round software consists of the following screen frames:

The screen frames for the first half are as follows.
1) “Pre-determined frame” that displays values that can be pre-determined.
2) “Motivation frame” that displays the motivation role game.
3) “Acquisition frame” that displays the acquired value.
4) A “ticket frame” where batting cards for the second half of the game are placed.

The screen frames for the second half are as follows.
1) “Acquisition frame”
2) “Ticket frame”

In other words, the round software has four screens, and the player first selects one or more values in the predetermined frame, then selects the secondary data of the motive role game to be executed, and selects the "Start" screen. ” button, you can replace the game in advance, and it will be determined whether or not the value determined in advance will be obtained based on the result of the motive role game, and if it is obtained, it will be added to the acquisition frame, and the second half will be automatically played. If you do, set the cards for the games to be played in the second half of the game in the card slot.

The above flow can be described in more detail as follows.
1) Decide on the price you want to get in the advance quota.
2) Select secondary data to be implemented in the driving frame.
3) Send a game replacement request signal.
4) The round management means sends a replacement desire signal.
5) Add a record to the replacement signal processing means.
6) Entrusting the execution of the game to an individual game execution means.
7) Players play a non-competitive motive role game.
8) Results are returned to the individual game implementation means.
9) If you want to give benefits through individual game implementation methods, do so.
10) The result is returned via the replacement signal processing means.
11) Process the desired results in advance.
12) Accumulate the acquired value in the acquisition frame.
13) Repeat steps 1 to 11 for approximately the specified time.

To decide the value they want to obtain in the first slot, each player selects one or more values prepared by the game that will be played in the second half of the game for approximately the specified time, and then selects a finite range of values for the selected number of values. Make the total a predetermined predetermined value.

In the second step, selecting secondary data to be implemented in the motive role frame, if there is an option in the motive role game to be implemented, select one, and if there is not, it will be the secondary data of the motive role game. The game's secondary data ID is sent from the round software.

In addition, in order to optimize the motive role game, an equalization value is required together with the secondary data ID of the motive role game, and the equalization method for a round match follows the rules of the round. In other words, set it at the beginning of the round.

Thirdly, the game "replacement request signal" is transmitted. This signal is a signal for requesting the round management means to transmit a replacement desire signal, and is transmitted by the round software.

Note that the replacement desire signal may be sent directly from the round software, but the round software is external software even though it is jointly developed, and the main signal is completed within this device. It's better.

The contents of the replacement request signal are as follows.
1) Processing identification value.
2) Player ID.
3) Secondary data ID.
4) Advance price.

That is, when the player ID, secondary data ID, and predetermined value are transmitted to the round management means, the round management means creates and transmits a replacement desire signal according to the rules of the round game.

Note that the replacement value required for the replacement desire signal can be created if the replacement type and advance value are known.

Fourth, the round management means transmits a replacement desire signal.When the round management means transmits a replacement request signal, the round management means transmits a replacement desire signal.

However, as described in Section 5, this case has the following characteristics.
1) The motive role game is played by one person.
2) The secondary data ID has been determined.
3) The advance price is fixed.
4) All the necessary information is available.

As a result, it is possible to directly request the individual game execution means to start the game without going through the replacement signal processing means mentioned in the fifth section.

In other words, the means can be the activation source of the motive role game.

However, there is the following problem.
1) Excludes borrowing from borrowed duel games.
2) Traps using player-specific replacement records cannot be used.
3) It is excluded from the comparison game of the sixth invention.

If we write it this way, there will be a big loss, but the study promotion type doesn't need any traps, so we leave it up to the developer to decide on the pros and cons. Note that the present inventor recommends a method using a replacement signal processing means.

The fifth step of adding a record to the replacement signal processing means is that, as described above, this means is the source of processing the replacement desire signal and starting the motive role game. However, since there are no opponents, all that is needed is the following information.

1) Player.
2) The entrusting party.
3) Motive role game.
4) Tasks to be carried out.
5) Equipment used.
6) Information to be passed as an argument.

On the other hand, as mentioned above, the information sent by the replacement desire signal is the player ID, sender information, secondary data ID, advance value, and information to be passed to the motive role game in the secondary data, which is insufficient. The information is only the device information to be used.

However, the equipment to be used is determined during the "pre-round change" that takes place before each round. Therefore, since all the information is transmitted by the replacement desire signal, the replacement signal processing means only records the information. Any changes made before the round will be noted again.

As a result, the motive role game can be played in the following three ways.
1) Send a replacement request signal.
2) Send a replacement desire signal.
3) Becomes the activation source of the driving force.

In other words, since the round software is external software and is difficult to adapt to changes in specifications, even if the request signal is used with the minimum necessary linkage with the means, the motive role game can be directly executed from the means. There is a difference between the activation method and the replacement signal processing means, so it is difficult to decide which is better or which is better, but there is also a skill competition type in the round battle, and it is necessary to process according to the theory and send a replacement desire signal. Recommend.

The sixth option, entrusting the execution of a game to an individual game execution means, is as described above, and this means specializes in requests for execution of games. However, in the first half of a round game, the same game is often played repeatedly, so it may be a good idea to add and process data to the individual game execution means each time.

Therefore, if necessary, a linkage certificate may be issued so that the game can be repeated until the first half is completed or interrupted. The details are omitted.

In the seventh game, players play a non-competitive motive role game, as described above, in the first half, players play a non-competitive motivating role game. Therefore, by providing a "validity period," "time limit," "cumulative time," and "timekeeping function," players can "run and interrupt" at their leisure until the cumulative time reaches the limit within the validity period. You can collect battle elements by repeating ``.

Note that if you want players to proceed simultaneously, if the valid period is set to a time limit and set to the same time, they will naturally proceed simultaneously. Therefore, if you add up the total number of battle elements and overall strength that each player has collected on the opponent table, etc., and make a progress bar etc. so that other players can see it, you will not be able to see the contents of the battle elements. You can also see the total amount earned and get the players excited.

The 8th result is returned to the individual game execution means, and the 5th to 10th results are as described in the preamble of the first invention.

Ninth, if you want to give benefits using individual game implementation means, the motivating role game does not have basic benefits. Therefore, this item is not necessary, but in order to encourage the implementation of the motive combination game, bonus points may be given when a predetermined number of times is reached. In that case, a function is required to measure the number of times the motivating role game is played, and if the number of times the game is played is reached and the bonus acquisition condition is reached, a win/loss signal is sent and a bonus is awarded.

10th, the result is returned via the replacement signal processing means, the game execution result is returned from the activation source to the activation signal source, but in the case of a motivating role game, it is returned to the entrusting side separately from the activation signal source. It will be done. Therefore, the entrusting party becomes the round battle management means that sends the activation signal.

The round game management means that receives the game result returns the following value to the round software.
1) Processing identification value.
2) Player ID.
3) Grades.

Note that the score is decided in advance, so it is sufficient to return whether or not the score was cleared. However, for future reference, 5 replacement values will be returned.

The 11th step, processing the results you want in advance, is that if you clear the game, you will get all the values you decided on in advance, but if you fail, you will not get all of them. Then, if obtained, the value is accumulated in the acquisition frame.

In this case, the payment will be based on a pre-determined success fee.

The twelfth step, accumulating the acquired value in the acquisition frame, is as described in the previous section.

In the 13th step, repeating steps 1 to 12 for approximately the designated time, collecting battle elements is basically repeated as many times as you like within the time limit. However, if you use the free number of times, there is a possibility that tricks may occur. For example, you can choose a simple game and increase the number of times you play it, or in that case, limit the number of times you play it. In that sense, it is generally true. Note that the trick is to gather battle elements in an unreasonable way.

The battle elements for the first half are collected as described above, and the collected battle elements are recorded in the round management means.

It should be noted that the method of recording the battle elements may be in any format since the round software is developed by the second half of the game. However, this device uses specified values. The reason is as follows.

1) No extra values are mixed in.
2) The second half can be processed automatically.

If you want to prevent extra values from being mixed in, leave them as they are and standardize the format to prevent more values from being accidentally mixed in. As a result, this device can handle and process only standardized values.

The second half of the game can be processed automatically, but if the storage format is different, in order to automatically process the second half of the game, the round software must be activated and send a signal requesting cards to be played. However, if the storage format is unified, for example, if the battle elements for one game are stored in 256 bits, the present device can pass the 256 bits to the second half of the game even if the contents are unknown.

As a result, if the cards are recorded with specified values in the round management means, the second half of the game can be played automatically, regardless of the player or the round software.

However, for the second half, we can think of the following.
1) Use the system of this device one by one.
2) Leave the game to the person you are entrusting with.

This is because the entrusting party develops the round software, and the game result is not finalized until the second half of the game is over.Therefore, even if the entrusting party is playing a confrontation game, no benefits can be given. As a result, there is no need to return the information to the device one by one.

Therefore, in the second half of the game, we will concentrate on the game of the side that is entrusted to us.

The game for the entrusting side is as follows.
1) Facilitator game.
2) Confrontation game.

The facilitator game is also divided into:
1) Games in progress.
2) Start the game again.

Therefore, the entrusting side is divided and processed as follows.
1) The game is running.
2) It is a game to be launched.

The first game, which is a running game, has continuity only in the facilitator's game, and the facilitator cannot add new players. Therefore, in this round game, the facilitator game decides on a person to carry out a part of the facilitator game, and just as the facilitator game sends a start signal for the confrontation game, the start signal for the round battle is It will be used to send out the following information.

Therefore, when a set of information regarding the second half of the round battle is sent from the means, the facilitator must either interrupt the game currently in progress, or suspend only the target player, and provide information on the second half of the round battle. All or some of the players are made to play the second half based on the following.

The second half of the round will basically be carried out in accordance with the round software. However, as mentioned above, the game develops the software for the round. Therefore, the implementation procedure will be described later, but it depends on the game, as long as you do well within the game.

The second game to be activated is a facilitator game or a contestant game. Therefore, if it is a facilitator game, it will end when the second half ends, and if it is a confrontation game, it will be started and ended as many times as the second half is played. However, since the round software is developed by the game itself, there is no need to dutifully repeat startup and termination, and the game essentially has continuity similar to the facilitator game.

In other words, in the second half of both the first and second games, the same game is repeated with different scenes and characters, and may even become a continuous game.

However, in any case, the results of the second half of the game are returned to the round game management means as described above.

As mentioned above, the way the results are returned differs depending on how it is activated, so no matter which method it is activated, each player's performance is usually changed to a replacement ternary value based on the processing identification value, and the result is returned for the round. The second half of the game will be returned to the original source.

For this reason, when starting the game again in the second half of the game, the game will be repeated multiple times with one start, so it is necessary to notify the individual game execution means so that it can return the results of multiple games. There is.

The role of the round software in the second half of the game is as follows.
1) Coordination with round game management means.
2) Have the player make a bid.
3) Repeat the game according to the settings.
4) Calculate the results for the second half.

Also, the second half of the game can be played automatically. The reason is as mentioned above, but it can be done in the following form.
1) It is performed privately to the players.
2) Make it publicly available to players.

In any case, the second half of the game will be left to the game side with the necessary information.

The information to be passed to the entrusting game is as follows for the opponent.
1) Processing identification value.
2) Player information.
3) Information on the device used by the player.
4) The player's total earned value and total bill value.
5) Arguments to be passed to the second half of the game.
6) Implementation guidelines for the second half.

Furthermore, the total acquired value and total ticket value for the player depends on whether the second half of the game is manual or automatic, and if it is manual, all the battle elements collected during the first half are handed over. If it's automatic, all the bid values in the first half will be given. Then, if the game is done manually, the player decides on the winning bid based on all the acquired values and repeats the process. If it is automatic, the cards are placed in the order in which they were placed in the bidding slot, and the battle is automatically repeated. Therefore, either value may be passed automatically or manually.

For reference, the process for the second half is as follows.
1) Form a battle structure.
2) A list of opponents is created.
3) You can choose the battle elements.
4) Start the match.
5) The match ends.
6) Repeat steps 3 and 5.
7) Grades are calculated.

The first step is to form a match configuration, in which the game side forms a central device and a terminal device, and the central device allows each player to play the second half of the game.

Second, the opponent table is created. Although the opponent table itself is created in the central device, an opponent table is also created for each player on the terminal device of each player, and the opponent table is created for each player through the opponent table. Synchronize with central equipment.

The third option, where you can select battle elements, is that the battle elements that the player acquired in the first half of the match are displayed separately from the opponent list, and can be selected freely. After selecting the battle element to be used, click the "OK" button. If you press , the battle element will be used in the battle.

The fourth step is to start the battle. When the predetermined time has come or all the opponents have pressed the "OK" button, the central device collects the battle elements set by each player and starts the game to be played. is reflected in the initial state, and the second half of the game is started in that state.

Fifth, when the match ends, the second half is repeated one or more times by the system of the game playing the second half. Therefore, when a match ends, the processing is left to the second half of the game, and usually the score is calculated and the player can move on to the next match, but there are cases where the player is disqualified and cannot proceed.

The sixth step, repeating steps 3 to 5, is the repetition of the second half as described above, but since everything is left to the second half of the game, the way to repeat it depends on the second half of the game, and the game continues. There are cases where it is repeated in the form.

Seventh, the results are calculated.The results for the second half of the game are calculated by the game itself. However, since the round ends when the second half of the game ends, and since a completely different game will be played in the next round, the results for each round are basically returned as result values.

Then, in this means, as mentioned above, the points are converted into points or the number of wins.

In addition, if the system of this device is used one by one, steps 1 to 3 are created in the round software, and when the match in step 4 starts, the player sets a signal requesting game start to this device from the central device of the round software. The system creates information to be passed to the game side based on the information and the settings agreed upon in the round match, etc., and if the entrusting game is a facilitator game in progress, the information is sent to the game side. If a new game is to be launched, the round game management means becomes the starting point for the game, gathers all the necessary information, and sends it to the individual game execution means to start the game. Then, when the game on the entrusting side is finished, the former means directly collects the result, and the latter means collects the result via the individual game execution means and returns it to the round software from the means.

The second half will be played as described above.

The management structure for round matches is as follows.
1) One round battle management means is provided in this device.
2) Register the required number of rounds in the round management means.
3) One round match consists of one or more rounds.
4) One round consists of one set of first half and second half.

When the above becomes concrete, "round battle management means" comes at the top.

What is managed at the top level and the functions provided at the top level are as follows.
1) Each round match.
2) Ability to create round battles.
3) Ability to monitor each round.
4) Others.

That is, create individual rounds and monitor their implementation. Note that monitoring means starting up when the event date and time arrive and checking until the process is completed.

The items to be managed in each round are as follows.
1) Opponent list.
2) Overall arrangements for the round.
3) Each round.
4) Ability to create rounds.
5) A function to sort players.
6) Ability to conduct rounds.
7) Others.

The first opponent table manages the players who will play the round, their results, their status such as survival, and other necessary information.

Note that the opponent list here is different from the opponent list created for each round, and is the opponent list for the entire round match. In contrast, the opponent list created for each round is an opponent list only for the players playing each round.

Also, whether or not a player is participating is determined by the performance management means of the competition venue.

Second, the rules for the entire round match are common to the entire round match, such as the fighting method, survival conditions, score calculation method, how to decide the next round, equalization method, and the date and time of the event.

Third, each round is the management of the rounds to be played in the round match.

The fourth function of creating a round is a function of adding a round to the round match and determining the content of the round.

The fifth function, which allocates players, is a function that changes the opponents for each round, and instead of having all the living players perform at once, it divides them into groups and allows them to perform.

The sixth function, which executes a round, is a function that determines the round to be executed and monitors its execution.

The seventh item, Others, is other necessary functions and management.

The additions to the round match are as follows:
1) Organizer.
2) Player.
3) Facilitator game.

The organizer prepares the information before the interspecies intercourse begins and reads the information from the recording destination. Players are added using the menu. Facilitator games are added with additional signals.

The contents of the additional signal are as follows.
1) Processing identification value.
2) Opponent information.
3) Implementation format.
4) Contents of the above arrangement.

Note that this means also has the function of collecting missing information. Therefore, even if a round battle is activated, if there is insufficient information, input will be prompted, and if the implementation requirements are not met, it will be discarded or salted.

Please note that round matches cannot be held unless round software is submitted. Therefore, it is necessary to store the secondary data of the entrusting side used in the battle field so that it can be seen whether or not a round battle can be held. Then, when deciding which side to entrust in the round battle, only the secondary data that can be implemented can be selected.

Here's how to activate a round:
1) Specified by the player.
2) Start at the specified time.
3) Send a start signal.

In other words, whether the player activates it intentionally, activates it at a set time, or activates it by sending a start signal from the facilitator game, etc., or activates by sending a signal from the facilitator game etc. If so, please send the following information.

1) Round match identification value.
2) Round identification value.

The following information and capabilities are required to conduct a round:
1) Opponents, earned values, results, and status.
2) Arrangements for the entire round.
3) Information on the second half of the game.
4) Information on round software.
5) Implementation information for the first half of each opponent.
6) A function to conduct the first half and second half.
7) Others.

First, the opponents, earned values, results, and status are managed by creating a list of the opponents who will play the round. The opponent is a player who will play the round, and is selected from among the players who will play the round. The acquired value is the battle element acquired in the first half. The results are for the second half of the game. The status includes whether the first half of the game has been completed or not.

The second arrangement for the entire round is a common agreement for the round, and includes the validity period, time limit, designated number of times, etc. of the first half, and the implementation mode, number of times, and date and time of the second half.

The third information about the second half is the activation information of the facilitator game if the second half is a facilitator game, and is the secondary data of the confrontation game if the second half is a facilitator game.

The fourth round software information includes location information of the round software used in the first half of the game.

As for the fifth implementation information for the first half of each opponent, as described above, in the first half, a non-competitive role game is played. Therefore, the interruption can be repeated any number of times until the cumulative time reaches a predetermined time within the validity period. This is information for managing it, which will be described later.

The sixth function, which executes the first half and the second half, is a function to carry out each at a designated time.

The seventh item, Others, is other necessary functions and management.

The implementation information for the first half of each opponent is as follows.
1) Player and state.
2) Equipment used.
3) Validity period.
4) Time limit.
5) Limit number of times.
6) Cumulative time.
7) Equalization value.
8) Motive frame value.
9) Acquisition quota value.
10) Ticket frame value.
11) Timekeeping function.
12) Others.

As for the players and their status, as mentioned above, each player can play the first half at their own time, so their status is recorded as ``finished, interrupted, not played'', etc. The device used is a computer device used by the player for the first half of the game. The valid period is the period during which the first half of the game can be played. The time limit is the time allowed for the first half of the match. The limit number is the number of times that can be performed in the first half of the match. The cumulative time is the cumulative time spent even if the work was interrupted. The equalization value becomes information for optimizing the motive role game. Note that there are cases where the equalization value is unified for round battles or rounds, and in that case, that value may be overwritten here. The motivation frame value becomes secondary data of the motivation role game that the player can play. The acquired frame value becomes the battle element collected by the player. The ticket limit value is a record of the tickets decided when the second half of the game is played automatically. The time measurement function is a function to measure the accumulated playing time of the player. Others will be other necessary functions and management.

In other words, round battles are managed in a three-layer structure under the round battle management means.
1) The first layer manages each round.
2) The second layer manages the opponents and each round.
3) The third layer manages the opponents and the first half of the game.

The second half will be managed by the second layer, and the round and the second half are the same, and the round is the preparation for the second half. On the other hand, the third layer is the first half of the game for each player.

The overall flow of the round match is as follows.
1) Add a round match and decide on the content.
2) Start one round.
3) Prepare before starting.
4) The first half begins.
5) Repeat collecting battle elements.
6) The first half ends.
7) Record the earned value.
8) The second half begins.
9) Leave the game to the person you are entrusting with.
10) The second half of the game is over.
11) Calculate the score for the round.
12) Arrange the next round.
13) Repeat steps 2 to 12.
14) Calculate the results for all rounds.
15) If you want to give benefits, do it.
16) The round match is over.

The first step, adding a round game and deciding on the contents, is to add a record to the round game management means and decide on the implementation contents in the three-layer structure, as described above.

To start a second round, the round to be held is decided by one of the following methods: whether to start in the designated order, randomly, or designated by the winner.

For the third step, prepare before starting, you can make the following changes:
1) Change of motive role game.
2) Change of equalization value.
3) Adjustment of value conversion.

A change in the motive role game is a change in secondary data, but it is a change within the secondary data that can be used in the battle field. Changing the equalization value means reworking the motive role game. The value conversion adjustment is performed using the fourth invention.

The preparations before the start will not change the game for the second half. Therefore, since the games and opponents for the second half have been determined, the software for the round can be prepared. Specifically, round software is installed on the player's computer device for communication, and if the acquired frame value and the card frame value are recorded, it is read and allowed to continue.

Note that such processing cannot be performed unless the player is within the valid execution period. In other words, since the game of this device goes through the three stages of "reservation, standby, and actual play" as described above, it cannot be played outside the valid execution period.

Fourth, when the first half of the game begins, when each player enters their effective period, a message is sent to the player's computer for communication, and the first half of the game actually begins. In the meantime, the player finishes the first half.

To start the first half of the game or restart the game after an interruption, press the "Start" button.

In the fifth step, "Repeat collection of battle elements," as described above, collection of battle elements is repeated in a predetermined manner until the time limit or the specified number of times is reached.

Sixth, when the first half of the game ends, when it is interrupted or finished, the acquired frame value and the card frame value are recorded in the above-mentioned "first half of the game implementation information for each opponent".

The seventh step, recording the acquired value, records the acquired quota value and the bid quota value, as described in the previous section.

Eighth, the second half of the game starts all at once, whether automatically or manually. However, in the second half of the game, the necessary information is passed on and all information is given, so this device notifies the person in question that the second half is about to begin, puts them on standby, performs the next process, and monitors the progress of the game to determine the results. Waiting for the return. Note that the next process differs depending on the entrusting party.

If the person entrusting the task is the facilitator game.
1) If it is running, pass all necessary information.
2) If it is not started, start it and pass all the necessary information.

If the entrusting party is playing a confrontational game.
1) Start it and pass all the necessary information.

Note that the start of the game is as described in the preamble of the first invention, and the round battle management means becomes the start source, collects all necessary information at the start source, and then passes the information to the individual game implementation means. outsource the game.

However, for the second half of the game, instead of throwing the whole thing into the second half of the game, it is thrown into the round software. Therefore, it looks like the first half of the game, with cards being played through the round software. That being said, the software for the rounds will be developed by Late Game. Therefore, how it will be played will depend on the second half of the game. Note that the start of the game in the second half is as described in the first invention and the second invention. In other words, this is the same as starting the facilitator game and the confrontation game.

The information necessary for the round throw in the second half is as follows.
1) Processing identification value.
2) Obtained value or ticket value of the opponent.
3) Setting values and arguments.

The processing identification value is a value returned based on the result of correctly performing processing, and includes the round identification value. As for the opponent's earned value or ticket value, as mentioned above, if the second half is automatic, the acquired value is unnecessary, and if it is manual, the ticket value is not necessary. Therefore, it is sufficient to give either one of them together with the player ID. However, you may also give them together. The setting values and arguments are information regarding the content of the second half of the game, which will be described in the next section.

In the ninth, repeating the game on the entrusting side, the second half of the game is played by the completely thrown round software. The software is deployed on the game side system, and then the second half of the game is repeated with the players placing bids. At that time, the game content for the second half of the game can also be changed, so if you want to repeat it 5 times, pass the setting values and arguments for the 5 times in the information passed when making a round throw, record it in the round software, and apply it each time. Change implementation based on setting values and arguments.

In addition, the game content that can be changed in the second half is a game that uses the battle elements collected in the first half as is, and is the same or similar game, with changes in scenes and characters.

10th, when the second half ends, when the second half ends, the results of the second half are returned to the second half requestor or initiator, as described above. Therefore, the second half will be processed based on the information returned to the requester.

Note that the facilitator game started for the round battle is not recorded as the result of the battle field.

The results returned from the second half are as follows.
1) Processing identification value.
2) Results of all players.

Since the processing identification value is a value for correctly restoring the implementation result, it includes the round match identification value and the round identification value.

In the eleventh step, calculating the score of the round, the role of calculating the score of the round is played by the round battle management means. Therefore, the result of the second half of the round, which is the result of all the players who played the round, is basically the result value. Based on this, the means calculates the number of wins and points, and determines the survivors.

The twelfth round, the next round, is decided according to the way the next round is decided, as described above. Incidentally, if the winner arbitrarily makes a designation, the winner's exchange computer device displays the unplayed rounds of the round match and allows the player to designate the round. Based on that designation, preparations will begin for the next round.

The 13th repeat from the 2nd to the 12th is the same.

Regarding the 14th step, which calculates the results of all rounds, the round matches themselves can only be held in knockout matches and comprehensive matches. However, since the facilitator game conducts tournament games and league games based on this, the results calculated in the round game are returned to the source of the start signal for the round game.

Furthermore, the results of the entire round match are basically returned to this device as values in a finite range (result values).

The 15th point, which gives benefits, is that a round battle is one battle, but it is a structured game and cannot stand on its own. Therefore, it cannot be processed as a round game using individual game implementation means. For that reason, there are basically no benefits in round battles. However, if it is a privilege that increases or decreases the common value, as described in the preamble of the first invention, "(C) Common value", it is sufficient to send a gain/lose signal, so this can be easily done. In other words, signals of gains and losses can be sent from anywhere.

In addition, if more benefits are to be provided, the benefit providing means is separated from the individual game implementation means so that the means can be used directly.

Note that a structured game is a game made by combining a number of elements, and a round battle is a single game consisting of three battles, as described above. This means that it cannot be handled by individual game implementation means that handle individual games.

The 16th round, the end of the round, is the end of one round.

The third invention is above.

The fourth aspect of the invention is to provide the device with a "finite area," and to perform game replacement by converting the game into the finite area of the device. As a result, games can be replaced at the competition venue according to the values of the organizer. However, to understand this, it is necessary to understand the overall picture of interspecies interbreeding.

The overall picture of interspecies interbreeding is as follows.
1) Major premise.
2) Question and answer style.
3) Structure of the playing field.
4) Conclusions drawn.

The first major premise is that ``If a game is an act of assigning value based on a unique value system, then the value found there will fall within a finite range, such as 0 to 100, including decimals.'' be.

On the other hand, if there is no mistake in that assumption, for example, if you take the 80 to 90 part and make it into a finite range of 0 to 100 that includes the same decimal number, it can be considered a "unique value system". .

If that's the case, value can be exchanged between different games, just like human interaction.

In other words, if both the exit and the entrance can be made into a finite area, value can be exchanged in the finite area.

The above three points are the major premise of interspecies interaction and the conclusion that can be drawn from the major premise.

Furthermore, human interaction refers to human beings trying to communicate by putting their thoughts into their words and actions, even though they do not understand each other's inner feelings. However, no matter how much one interprets one's words and actions, how one interprets them is up to the individual and left to their own minds. In the same way, games can interact with each other.

In other words, the values are matched only in the parts that interact, and the process to reach that point and the subsequent processing are left to each game. In this way, we named it ``interdisciplinary interaction,'' meaning interaction between games that imitates human interaction.

The second question-and-answer format is that humans have mediums for interaction such as language and manners. However, the games don't have it, and they can't make one. Therefore, we devised a method of value exchange that we named ``question-and-answer style,'' which is based on human questions and answers.It is not done in a free form like a conversation, but in the form of answering questions. In other words, maximize your points.

The question-and-answer style consists of the following six ideas.
1) Use the method of value exchange.
2) Change the method of value exchange.
3) Make the responding game into an aggregate.
4) Aim for equality with other driving forces.
5) Connect the three aggregates with three values.
6) Make the evaluation criteria based on workmanship.

The first method is to use the value exchange method.In order to get what you want, value exchange is established by preparing ``what you want to get, the conditions for getting it, and what you are giving'' and getting the consent of the other party. Therefore, unlike communication, there is no need to prepare a medium in advance. In other words, it can be done without prior arrangement.

The second change in the method of value exchange is that in traditional value exchange, the ``thing you want to get'' is on the other side, and you can get it with the other party's consent. For example, in the ``monetary ceremony,'' where money is used, both parties have something they want to obtain, and the value is equalized and the agreement is reached. In addition, in the ``certification ceremony'' that uses an exam, the recipient has the qualifications, etc. that they want to obtain, and by demonstrating their ability, they will obtain approval from the recipient. Therefore, the other party has something that they want to obtain, and their consent is required.

Prepare ``what you want to get'' and ``the conditions for getting it'' yourself, change ``what you give'' to ``what you do,'' and only get back the ``results'' of what you do. Then, the ``things to be obtained'' are determined based on the result, and the consent of the other party is not required. In other words, do what the other person owns and receive only the results back.

Then, the following two values can be exchanged.
1) A value indicating what the other party owns,
2) A value indicating the result of the operation.

As a result, both games do not intersect, and only need to indicate the position in the whole, and can be played with percentages or values in a finite range. Moreover, it can be done uniformly. So let's try one more thing.

Third, to make the game on the answering side into a collection, the question-and-answer style divides the game of interaction into the questioning side and the answering side, and the game on the questioning side questions the game on the answering side, and the equalization value is calculated. Pass the advance value. Then, the answering side recreates itself based on the equalization value so that it can respond to the inquiry, has the player perform the task corresponding to the predetermined value, and returns the results. In other words, the game on the response side can be transformed freely.

Therefore, I will transform it in two parts.
1) The first time, transform with the target.
2) The second time, transform with your ability.

In other words, it is made 100% twice, but as a result it can be optimized for all situations.

The fourth point, trying to equalize with other motive roles, is that even if the two games are able to question and answer each other, interspecies interaction will not be established. This is because if the motive role games cannot be equalized, all players will have to play the same motive role game.

Therefore, we will create three aggregates. Then, set the three aggregates to the same 100% to make one of the three aggregates completely match. In other words, the ``what you want to get'', which is the ``result prepared by the author'', should be the same. Then, the three 100% aggregates created based on this will be the same 100% no matter how many are created. As a result, the motive role games are equalized.

However, in order to do so, it is necessary to unify or reach a consensus on the criteria for making it 100%, and the following three criteria make it 100%.

1) For each event, the organizer will make 100% of the charge according to the purpose of the event.
2) For each player, limit the target and ability to 100%.
3) For each scene, the player sets a trap and makes it 100% as desired.

The sixth option is to connect three aggregates with ternary values.If the above is left as is, the three aggregates will not be connected even if they are equivalent. Therefore, we connect them using replacement ternary values.

Note that the three values for replacement are as follows.
1) Advance value is a value that indicates what you want to get or do.
2) Final decision value is a value that indicates what has been done.
3) Grade value is a value that represents performance.

Then, as mentioned above, the disparate collections become one, and you can decide what to do based on what you want to get, or decide what you want to get by doing. As a result, games can be replaced.

The sixth point, the evaluation criteria, is that the game can only be replaced if it remains as it is. Therefore, the grade value is expressed as performance.

In order to calculate the performance, optimization is necessary, and based on the optimization, a handicap is set on the condition that the completed task is cleared, and the results are adjusted. As a result, there is a correlation between ``tasks to be implemented and results'' based on ranking standards, and the only way to obtain high results is to take on high tasks or produce high results.

As a result, the results prepared by the author can be obtained in the following two ways.
1) You can obtain the results prepared by the author for the workmanship.
2) You can get the results you want if you succeed.

In addition, you can see the ranking, success or failure, winning or losing, and how to win or lose based on the performance, which expands the range of uses.

Thirdly, the structure of the competitive arena is that a heterogeneous competitive arena is not a simple competitive arena, but a place where question-and-answer sessions can be held in a rational and diverse manner. For this reason, there are important improvements to the structure of the battle field.

Typical ideas are as follows.
1) Each game has a fixed role and position.
2) The three types of games are optimized according to the purpose.
3) Interaction between games is performed using values in a basic finite range.

Furthermore, when I say that the three types of games are optimized according to the purpose, the creation of the secondary data itself is optimization, and the author first optimizes it according to the purpose of the battle field. Then, the player modifies the secondary data using a trap.

In other words, the battle field itself is a game.

The fourth conclusion to be drawn is that as a result of the above, all valuation acts can be abstracted into a finite domain. Therefore, "this device, games, players, and traps" can be handled uniformly, and if the game is replaced by converting it to the finite area of this device, the organizer can do the following without depending on each finite area. can be done.

1) Values can be grouped.
2) Added value is provided.
3) Value conversion can be adjusted.
4) Internal value can be changed.

In other words, the fourth invention makes the organizer like a digital author.

The first aspect of the fourth invention, in which values can be grouped, is that this device replaces games using three values for replacement. By doing this on a group basis, the problem of heterogeneity can be solved.

The problems with heterogeneous interactions are as follows.
1) It is difficult to improve the game side.
2) Issues around the specified value are selected.

Since it is a heterogeneous game that collects a wide variety of games, it is difficult to ask the game side to solve the problem. Therefore, it is necessary to make adjustments on the device side. In addition, if grouping is not done, tasks around the specified value will be selected, and tasks that are difficult to select will occur.

Therefore, this device is provided with a "finite area management means" to manage the three finite areas and have the following functions.

The three finite regions are:
1) A finite area that groups pre-determined values, and is referred to as a "pre-determined finite area."
2) A finite area for grouping final values, which is referred to as a "finite area for final decisions."
3) A finite area for grouping performance values, which is written as "finite area for performance."

The functions of this means are as follows.
1) Function to freely divide and record.
2) A function to identify the group to which you belong.

The first function, which freely divides and records, manages each finite area individually, allows each finite area to be freely divided within 0 to 100, groups it, and stores the results. .

Note that the value that manages each group is referred to as a "group value."

As for the content of the group value, it is sufficient to know the starting point and ending point of the group at the current time, and only the ending point or two values of the starting point and the ending point are managed.

The second function is to identify the group to which the group belongs, when the replacement ternary value is sent to this device, to identify the group to which it belongs in each finite area. and returns the end point.

Therefore, add the following value to the replacement value.
1) Advance price starting point.
2) Advance price end point.
3) Judgment value (grade value only).

Record the following values for each value.
1) The starting point of the frame to which the predetermined value belongs is recorded in the predetermined value starting point.
2) In the predetermined value end point, record the end point of the predetermined value belonging frame.
3) Record the determination result in the determination value.

Note that the judgment value is used only when passing the judgment result to the entrusting party. In other words, it is not normally used. This is because the determination of benefits and traps becomes unnecessary once they are determined.

In addition, the starting and ending points of the settlement value and the result value are basically not necessary. This is because the grouping of final decision values and performance values is used only within this device. On the other hand, the predetermined value is used on the motive role game side.

The flow of the grouping process is as follows: Assuming that there are players A and B, player A first determines a pre-determined value and sends a replacement desire signal. Adjust the value using , and based on that value, identify the group to which the predetermined value belongs using the group value of the predetermined finite area, and add the start and end points of the group to the predetermined value start point and predetermined value end point. Record it and pass the replacement value to the driving role game.

The motive role game that has received the replacement value and the equalization value is first optimized based on the equalization value and made into a set of 0 to 100, and within the range from the predetermined value start point to the predetermined value end point in the replacement value. Identify one issue at random. This becomes the task that player A performs, and the value assigned to this task becomes the final value. At this time, if the task is of a competitive type, player B becomes the contestant, and the value assigned to the task becomes the final value of player B. In addition, in the replacement type in the replacement value of players A and B, it is recorded whether each played the advance type or the later type.

As a result, the final decision value and result value are determined on the game side. Therefore, the grouping of final value and score value is done after the game result is returned to this device, and is performed by the individual game execution means.

The important thing here is that the replacement value is passed to the game side, but since the replacement value is an important value, the "last decision value, result value, type-matching type acquisition value" is returned separately, and the replacement value is do not record.

Further, unlike the initial decision value, the final decision value is a value that is always obtained, and when giving benefits, fairness can be maintained by using the final decision value and the performance value.

Note that when final decision values and grade values are grouped, if you want to return them to the entrusting party, instead of returning the two values of the start point and end point, calculate the center point of the specified group and use that value as the final decision value. Override value or grade value.

In addition, this device returns performance values not only for the motive role game but also for the facilitator and the confrontation role. Therefore, this grouping may be used not only for the driving role but also for the facilitator and the confrontation role.

Note that if the predetermined values are not grouped, the starting point and end point of the predetermined values will be unknown. Therefore, on the game side, it is necessary to sort the processing, but by automatically determining the starting point and ending point, the number of processing entries is reduced as much as possible.

Furthermore, the organizer is the one who can divide the finite area. Therefore, the division processing is a process outside the scope of the present invention, and the present device or the limited area management means manages the division points at which the organizer has divided the event and performs the subsequent processing.

The functions required in the first aspect of the fourth invention are as follows.
1) A function to hold grouped values.
2) A function to identify and process a group of 3 values for replacement.

Note that if an assignment ID is sent to this device, priority is given to the assignment ID.

The second aspect of the fourth invention, where added value is provided, is that because different games gather in a heterogeneous game, it is divided into advantageous games and disadvantageous games.

The disadvantageous games are as follows.
1) A difficult game.
2) Games that take a long time.
3) A game where there is a difference in ability.
4) Games with differences in accuracy.

First, difficult games are at a disadvantage compared to easy games. However, this is a problem in the study promotion type, and not in other embodiments. However, in many cases, the study-promoting type is not a concern. Because they do it for their own study and practice, they naturally get along well with each other. If you are concerned about this, you can adjust it using the third aspect of the fourth invention or change the extraction point of the equalization value. Note that the study promotion type organizer is often a player.

Second, a game that takes a long time to play is obviously at a disadvantage in a round game where you can collect battle elements for a specified number of times. In that case, the maximum number of times the game can be played will be determined depending on the length of the game.

Third, in games where there is a difference in ability, such as action games, the players end up facing each other head-to-head using the battle elements they have collected. Therefore, in the end, it can only be done by people with the same ability. This is because, unlike in computer games, it is not possible to adjust the abilities of the characters.

Therefore, do the following.
1) Evaluate based on the player's performance.
2) Multiple facilitator games.
3) Use common values.

The above is as described in "(D) Common value."

For the fourth game, where there is a difference in accuracy, this is not a problem. This is because, for example, if there is a game with 1-point accuracy and 10-point accuracy, and you select the advance value of 73, the nearest task with 1-point accuracy of 73 will be executed. On the other hand, for 10-point accuracy, tasks between 70 and 80 are performed randomly. Therefore, if the predetermined value is 75 or less, 10-point accuracy is disadvantageous. On the other hand, with the post-setting type, you can only select up to 73 for 1-point accuracy, but you can select up to 80 for 10-point accuracy. Therefore, 10-point accuracy is more advantageous. In other words, the advantages and disadvantages are interchanged, so it doesn't matter.

In other words, the second aspect of the fourth invention solves the problem of heterogeneous interaction by providing added value such as a common value to the group.

Added value includes the following:
1) Gains and losses of common value.
2) Other perks and traps.

Create the added value management table as follows.
1) Value-added number.
2) Conditional operator.
3) Game number.
4) Additional content.
5) Title.
6) Explanation.

The added value number identifies the added value. A conditional operator determines whether a condition is met. Whether or not the game number satisfies the conditions is determined based on the game result. The added content is the content of the added value that is actually exercised. The title is the name of the added value. The explanation becomes an explanation of the added value.

Set the arguments as follows.
1) Value-added number.
2) Conditional judgment value.
3) Value-added supplementary value.
4) Target information.

The added value number is a number that specifies added value. The condition determination value is a value for determining acquisition conditions. The added value supplementary value is a value that specifies the common value, benefit content, etc. that can be gained or lost depending on the added value. Target audience information identifies people who can obtain added value.

The concrete argument is as follows.
1) Value-added number.
2) Player ID.
3) Three values for replacement.
4) Screening value of secondary data.
5) Number of implementations.
6) Implementation time.
7) Common value.
8) Work in process value.

The target person information is the player ID. The condition judgment values are the three values for replacement, the selection value of the secondary data, the number of times of execution, and the execution time. The added value supplementary values are the common value and the work-in-progress value.

Also, add an additional number to the group value as shown below.
1) Group number.
2) Starting point.
3) End point.
4) Value-added number.

Then, when the pre-determined value, final value, and performance value identify the group they belong to using their respective group values, if an added value number is recorded in that group value, it means that this group has added value. Then, when you pass the value-added number and arguments to the method that processes added-value, the following processing is performed.

Added value is processed by receiving an added value number and an argument. First, identify the added value with the added value number, then use the condition operator to check if the condition is met, and if it is, implement the added content. do.

At that time, if a game number is added to the value-added conditions, that game must be cleared. In that case, the game is started on the computer device for communication with the player ID.

Additionally, it is difficult for organizers to create an added-value management table and can lead to errors. Therefore, it is preferable that the added value management table is created by the developer of this device, and the organizer can set only the values used for condition determination and the additional contents. In that case, an auxiliary function will be provided to make it easier to select such a value.

The timing of implementation is as follows.
1) When the three replacement values are confirmed.
2) When the game replacement is completed.

Although it may be done either way, it is better to do it when the game replacement is completed because there is no need to interrupt the game replacement.

The following functions are added to the limited area management means.
1) Function to manage added value management table.
2) A function to record additional numbers in group values.
3) Function to process additional numbers.

The third aspect of the fourth invention is that the value conversion can be adjusted.As mentioned above, the things that create or change 3 values for replacement, the so-called "games, players, and traps" are all abstracted into the same finite area. can be converted into This is because all values are contained in a finite domain, and it receives values in a finite domain and returns values in a finite domain.

However, they have no external value. Therefore, create three aggregates where the value is exchanged, set them to 100% based on any of the criteria of "event, player, scene", and then create three aggregates using the replacement ternary values. link. This is a question-and-answer format, but if this method is used, the device does not require a finite area. However, if that were the case, the organizers would be left out of the loop and unable to do anything.

Therefore, this device is provided with a finite range, and the replacement 3 values are converted into the values of the finite range of this device to replace the game. Then, "game, player, trap" related to the three values can also participate in the replacement.

The method is to create two-dimensional coordinates using the three finite areas of this device as the basic effective areas, that is, create two-dimensional coordinates with the effective area ranging from 0 to 100, and use these coordinates for replacement at the battle field. The finite range of things that create or change three values, the finite range of so-called "games, players, and traps", is made into a linear figure, placed at each coordinate, and the percentage position in each figure is calculated. are each internal value, and the base position that the internal value points to in the figure is the external value, and the internal values are mutually converted. As a result, value conversion can be adjusted by changing the size and placement position of each figure.

However, the above work will be carried out by the organizer. For this reason, a value called "graphic value" is provided and the following value is recorded.
1) Shape ID.
2) Starting point.
3) Length.

The graphic ID serves as an identification value for a game, a player, or a trap. The starting point becomes the base value indicating the base of the figure. The length is the length of the figure and is the distance between the base axes of the starting point and ending point.

The conversion formula is as follows.
4) Base value = length * 3 values for replacement + starting point.
5) Three values for replacement = (base value - starting point) / length.
6) For numbers other than 0 to 100, change to the nearest 0 or 100.

Note that the three values for replacement are the values to be adjusted: the first decision value, the second decision value, and the performance value.

The timing of value adjustment is as follows.
1) The predetermined value is when the predetermined value is sent to this device.
2) The settlement price is determined when the settlement price is confirmed.
3) The grade value will be determined when the grade value is confirmed.

However, as mentioned above, the question-and-answer format can be performed without converting to the finite domain of this device. That is, in many cases, the three aggregates are equalized based on any one of the criteria of "event, player, and scene." Therefore, there is basically no need for value adjustment here. On top of that, the organizers can change the value as they see fit.

For example, change it to:
1) Divide the value of the three replacement values for each player.
2) Separate the value of the three replacement values for each game.
3) Visualize the trap.

For example, if the standard for equalizing the playing field is an event, the difference in skill between players will inevitably become noticeable. Therefore, the content of the game may be changed, the final value may be lowered, or the performance of a specific player may be evaluated lower, and vice versa, children or the elderly may be treated specially.

However, as described above, all three values for replacement are converted into the finite range that this device has. Therefore, when a replacement ternary value is sent to this device, it is processed as follows.

In each of the three values for replacement, that is, if it is a predetermined value, in the figure value for the predetermined value, it is checked whether there is a figure ID of the sender ID, and if there is, it is converted into a base value based on the above calculation formula.

In order to do the above, the following functions are added to the finite area management means.
1) A function to adjust a finite area as coordinates.
2) A function to record the adjusted results.
3) A function to mutually convert as described above.

The fourth aspect of the fourth invention, internal value can be changed, is that external value can be adjusted by the third device. However, internal value cannot be adjusted. Therefore, we will change the finite area from a line to a plane so that we can adjust the finite area itself. As a result, although the internal value cannot be touched by heterogeneity, it becomes possible to substantially adjust the internal value. In other words, a value adjustment function is provided in a finite area.

The method is to change the finite region from a linear shape to a rectangular shape, and the left side represents the "lvalue" and the right side represents the "rvalue." Then, the finite area is divided into the required number of parts, and the dividing point on the left side is left as is, while the dividing point on the right side is moved so as not to exceed the dividing points adjacent to the lower and upper sides of the finite area. Therefore, the movable dividing point on the right side is referred to as a "moving point." In this state, the value accepted by either the left side value or the right side value is set as the "entrance value", the division frame to which the entrance value belongs is specified in the accepted side, and the ratio of the specified position within the division frame to which it belongs is calculated. , the ratio is reflected in the dividing frame on the opposite side. Calculate what percentage of the entire side the reflected position is at, and use that value as the "exit value." As a result, an entry value can be converted into an exit value, regardless of whether it is a value entered from the right side or the left side.

For example, if the finite area is divided into 20 and 30 and the movement point of 30 is moved to 70, the frame on the left side will be 20-30, and the frame on the right side will be 20-70. In that state, if you accept lvalue 25, lvalue 25 becomes the entry value, specify the frame to which the entry value belongs, and calculate the position within the frame as a ratio, 25 of 20 to 30 is 50% When the ratio is reflected on the right side, the right side is 20 to 70, so 50% of 20 to 70 is 25, and when 25 is converted to the right side value, it becomes 45 as "20 + 25". As a result, the entry value of left-hand value 25 becomes the exit value of right-hand value 45.

The opposite is also true; the ratio is calculated within the accepted frame, the ratio is reflected in the opposite frame, and the reflected left-hand value or right-hand value is calculated.

Note that one set of division points and moving points is referred to as a "division value."

To enable the above processing, modify the graphic value as follows.
1) Shape ID.
2) Starting point.
3) Length.
4) Array of split values.

Then, process as follows.
1) The left side represents the base value side and is called the "left side value."
2) The right side represents the internal value side and is called the "right side value."
3) Set the value accepted on either the left or right side as the "input value."
4) Let the value output on the opposite side of the entry value be the "exit value."
5) A set of division points and moving points is defined as a "division value."
5) Identify the frame to which the entry value belongs using the array of division values.
6) Calculate the position of the entry value within the belonging frame as a ratio.
7) Reflect the ratio in the same frame on the exit value side.
8) Calculate the right-hand side value or left-hand side value of the reflected position.

Note that the method for calculating the right-hand side value or the left-hand side value is to divide the ratio position within the belonging frame by the length within the frame, and add to the result a dividing point or a moving point corresponding to the starting point of the belonging frame.

Furthermore, if a third value adjustment is used in addition to the above adjustments, the adjustment process is performed when converting to an internal value. In other words, it is not always necessary to use the third value adjustment, but if it is used, the base value and the internal value are adjusted, and then only the internal value is converted using the finite range value adjustment function.

Furthermore, the organizer performs the process of setting dividing points and moving moving points. Therefore, this process, which is outside the scope of the present invention, is performed while the divided values are being recorded.

The above can be summarized in different expressions as follows.
1) Change the shape represented by the shape value from linear to rectangular.
2) An immovable dividing point provided on the left side of a figure is referred to as a "fixed point."
3) A movable dividing point provided on the right side of a figure is referred to as a "moving point."
4) A set of a fixed point and a moving point is referred to as a "divided value."
5) Record the required number of division values in the figure value that manages the figure.
6) The ratio position where the entire left side of the figure is 100 is written as the "left side position."
7) The ratio position where the entire right side of the figure is 100 is written as the "right side position."
8) The affiliation frames of the left side position and the right side position are written as "belonging frames."
9) The ratio position where the position within the belonging frame is 100 is written as the "position within the belonging frame."
10) The left side position and the right side position are referred to as "overall position."
11) Converting the overall position to a position within the belonging frame is referred to as "conversion into the belonging frame."
12) Converting the position within the belonging frame to the overall position is referred to as "total positioning."
13) The value adjusted in the third aspect of the fourth invention and passed to the game side is referred to as "left side value."
14) The value passed to the game side through the fourth aspect of the fourth invention is referred to as an "right side value."
15) The process of converting a left-hand value to a right-hand value is referred to as "right-hand conversion."
16) The process of converting a right-hand side value to a left-hand side value is referred to as "left-hand side conversion."

In the above, when converting to the right side, the left side value becomes the left side position, the left side position is calculated to be within the belonging frame, the position within the belonging frame is converted to the right side position, and the right side position is converted to the right side position. Pass the position as an rvalue to the game side.

In addition, when converting to the left side, the right side value becomes the right side position, the right side position is placed within the belonging frame, the position within the belonging frame is calculated, the position within the belonging frame is converted to the left side position, and the left side position is Pass it to this device as an lvalue.

The fourth invention is above.

In a fifth aspect of the present invention, the apparatus is provided with a player-specific alternate recording means, so that the following two things can be performed.

1) Create a place where you can set a trap.
2) Make it possible to store the results of the motive role game.

There are three things missing from interspecies interbreeding:
1) Value that can be shared between games.
2) Stable player position.
3) Place to set the trap.

In other words, because it is a heterogeneous game where different games are brought together and played, there is no value or element that can be shared, and the position of the player changes from ``sender, attendant, and responder.'' Furthermore, since replacement desire signals are sent from everywhere, there is no place to set a trap even if you want to. However, when it comes to cross-species interbreeding, traps are set with many tricks.

Typical ideas are as follows.
1) Ideas that are not tied to the player's position.
2) Ideas to create something common to all games.
3) Ideas for uniform processing.
4) A device with the addition of a confrontation game.

The first idea, which does not depend on the player's position, is to consolidate the replacements in the game into 3 values for replacement, so that even if the position changes, the same 3 values are created, and on top of that, the success rate is I was able to get results. In other words, we made it a success fee type.

The second idea to create something common to all games is as follows.
1) All games were made into secondary data so that classification values unrelated to the games could be used.
2) The 100% conversion was divided into two times so that the second time could be done with a value between 0 and 100.
3) Conditions and results can now be exchanged as percentages (values in a finite range).

The third idea, which is to perform processing uniformly, overlaps with the first one, but it allows each player to collect and process items regardless of their position. In other words, we minimized the differences in position and simply changed the order of priority when batting.

The fourth feature, which includes the confrontation game, is that players can only set traps using the benefits of the confrontation game. In other words, I made it clear.

The problem is where to set the trap and how to activate it.

Therefore, although it takes some effort, the replacement of the game is made visible so that even if the position changes, all players are sure to specify one recording destination that each player has. Then, the trap set there will be activated. Additionally, traps are set where the player intends.

Therefore, a "player-specific replacement recording means" is provided.

This is a means for creating and managing recording destinations, which are created separately for each player and for each entrusting party, and must be specified at the time of game replacement.

Note that the recording destination can be created statically or dynamically.

Also, if there are no more recording destinations, follow the settings of the organizer and proceed as follows.
1) Dynamically add new items.
2) Finish replacing the game.

Also, as mentioned at the beginning, you can do the following:
1) A trap is set.
2) Five replacement values can be recorded.

Both are major changes, and the first is, as mentioned above, that traps are intentionally set. As for the trap, I will write about it again, but the second 5-value replacement can be recorded, whereas up until now it was only possible to record 3-value replacement.

To add to this point, game replacements are done in ``pre-order type, later-determined type, and type-matching type.'' This is the difference between whether the ``results prepared by the author'' are negotiated first or later, and in both cases, the success fee is determined using three values for replacement. In addition, in case of failure, the result will be automatically changed to the one created for failure. Specifically, it will be 0, -1, or NULL.

Type matching is done either in advance or later, and is obtained only when successful, but since the games that are entrusted to each other are type matched, the values used by the entrusting side during the motive role game are directly collected. Therefore, if you want to replace the game with three types, you will need five values for replacement.

Note that the replacement values are as follows.
1) The three values for replacement are the first decision value, the second decision value, and the result value.
2) The five values for replacement are the predetermined value, the later value, the performance value, the replacement type, and the type-matching acquired value.
3) The six values for replacement are the predetermined value, the later value, the performance value, the replacement type, the type matching type acquired value, and the judgment value.
4) For the replacement 7 values, add the comparison value of the 8th invention to the replacement 6 values.

In other words, if you have 5 values for replacement, you can know all the replacements for the game.

However, 6 values for replacement and 7 values for replacement can also be used, and in particular, the comparison value of 7 values for replacement is always necessary as a value to be returned to the entrusting party. However, there are cases where the performance values are overwritten within this device, and the basic value is 5 values for replacement, but 6 values or 7 values may also be used.

Therefore, it will be referred to as 5-value replacement, 5-value replacement, etc., and both of them will include 6-value replacement and 7-value replacement.

Under these circumstances, the post-decision type is a method that is performed when the player is in a match, and usually a competitive motivating role game is played in a situation where it is not the timing to change the game in the game of the entrusting side. Therefore, the results of the motive role game cannot be used immediately, but are stored until they are used in the game of the entrusting party. Then, when the time comes to use it, if there is any money saved up, use it first and do not play the motive role game. This is a post-decision type.

In other words, the later decision type was saved in the game of the side that was entrusted to it.

For this reason, the acquired value of the type matching type could not be saved. This is because the acquired values are an array of undefined size, and depending on the game, unexpected results may occur, so it was possible to store only three values for replacement.

However, if the data is stored in this device, such restrictions disappear.

Furthermore, if the replacement 5 values can be recorded, the replacement 5 values have a replacement type, and the used value of the type matching type can be determined by this type. Therefore, since the secondary data also has a replacement type, bidirectional extraction is possible between the recording destination and the secondary data, and the secondary data can be selected from the recording destination according to the recorded acquired value. From the next data, it is possible to select a recording destination where acquired values that can be used for type matching type secondary data are recorded. Therefore, it becomes easier to carry out matching type confrontational role games and facilitator games.

As a result, new interspecies crossbreeding can occur.

In addition, the new cross-species crossbreeding was a set with the entrusting side for the previous cross-species crossbreeding. This will allow only the person to be entrusted to do it repeatedly, while the person entrusting the task remains undecided.

The advantages of the new format are as follows.
1) Don't get caught up in the game of the entruster.
2) The motive role game can be played intensively.
3) Replacement 5 values can be used strategically.

The disadvantages are as follows.
4) The advance planning style is ruined.
5) It overlaps with the round match.

The first point, not being caught in the game of the entrusting side, is that all previous interspecies interactions have been caught by the entrusted side. This is because the basis for replacing games is "pre-production game + production game", and the game being entrusted to them was preparation before the production.

Since it is separated from the actual game, pre-production games can be played freely.

Second, in order to be able to play the motivating role game intensively, in previous interspecies matings, someone had to send out a signal of desire for replacement. Therefore, I had to encounter a replacement scene in the game, so I waited for that opportunity.

However, there is no need to wait, and you can invite and respond to battles at any time you like, and you can do it in advance, in advance, or in combination. Therefore, the motive role game can be played intensively and repeatedly, and the five values for replacement can be collected.

The third reason, the replacement 5 values can be used strategically, as mentioned above, since the replacement 5 values can be stored, they can be used in the following ways.
1) The five values with high scores are used for important scenes. .
2) Low-scoring 5 values are used for trivial scenes.

There are important and trivial aspects to replacing games, and just like card games, five-value replacements can be used strategically.

The fourth point, the fact that the pre-determined type is ruined, is the biggest disadvantage.The advantage of the pre-determined type is that you can choose the ``result prepared by the author'' and play the motive role game. But I can't do that.

However, the following two points can compensate for this disadvantage.
1) This device does not require anything other than the predetermined value.
2) You can choose from the results prepared by the author to the first and second values.

In other words, this device does not care about the results originally prepared by the author, and becomes a pre-determined type when the pre-determined value is obtained. In addition, since one or more of the results prepared by the author can be selected, including the pre-determined value and the final value, the five replacement values that have been saved can be used tactically as described above. Therefore, unlike the pre-determined type that takes on the challenge in one shot, it can be used in a planned manner, including 5 values for replacement with zero value.

The fifth point that overlaps with the round match is as follows.
1) Motive role games can be played intensively.
2) The saved results can be used freely.

However, in round battles, competitive motivating role games cannot be played. Instead, the first half of the round match can be done by yourself in your free time. In other words, each has its merits.

The functions required to enable the new form are as follows.
1) A function to specify the desired recording destination.
2) A function to decide on replacement types.
3) A function to agree on advance price.
4) Function to send a replacement desire signal.

In other words, it is necessary to decide whether to use the pre-determined type, the post-determined type, or the matching type. If the pre-determined type has the function of determining the pre-determined price, the replacement desire signal can be sent from anywhere, so it is possible to use this method. A new form of interspecies hybridization is possible.

The question is whether it is necessary to include information on a plurality of players in the replacement desire signal, but basically it is not necessary. This is because even if multiple people send signals, each person plays the motive role game separately, and ends after recording it in their respective recording destinations, so there is no need for them to coordinate at the same time.

As a result of the above, the means should be an independent invention as a new embodiment in order to greatly change the heterogeneity, but as mentioned above, since it only adds a slight function to the fifth invention, it is Include in

Returning to the topic, the timing to activate the trap is as follows.
1) When deciding on a preliminary price.
2) When negotiating secondary data.
3) When optimizing the motive role game.
4) When deciding the task of the motive role game.
5) When performing the task of the motive role game.

However, steps 3 to 5 are performed on the motive role game side.

What is important here is how to select the recording destination. This allows you to skillfully set traps and escape.

The method of selecting a recording destination is as follows.
1) Automatically arrange in ascending order.
2) Let players make arrangements.
3) Specified by the entrusting party.

The first, automatic ascending arrangement, requires no traps depending on the cross-breeding embodiment. In such cases, the recording destination is automatically determined when replacing the game.

The second option, "Let the player make an arrangement," displays all the recording destinations given to the player and forces the player to make an arrangement for one unused recording destination. Although this is troublesome, it has the advantage of allowing the recording destination to be used strategically and tactically.

The third point, which is specified by the entrusting party, is, for example, if it is decided that the game will be replaced 10 times, recording destinations for 10 games can be easily created for each game. Therefore, if each player makes an agreement arbitrarily or automatically, that number can be specified by including it in the player information of the replacement desire signal.

Specifically, a value specifying the recording destination is added to the replacement value. Then, since the replacement value is created for each player during the game replacement period and is with the player, the recording destination can be referenced at any time.

Also, automatic arrangement means that each game may use a panel to select the recording destination, but if you assign a recording destination number to each item or area in the game, you can select the item or area. If you enter, the arrangement will be made automatically.

As a result of the above, except for the first, the second and third are switched as follows.
1) If the recording destination of the replacement desire signal is valid, the third one is used.
2) If the recording destination is invalid, use the second recording destination.

Further, a value that specifies a recording destination is referred to as a "recording destination specific value."

The recording destination specific value is as follows.
1) Player ID.
2) ID of the entrusting party.
3) Recording destination NO.

This is because a recording destination is created for each player and for each entrusting side.

The information recorded in each recording destination is as follows.
1) Recording destination specific value.
2) Array of work-in-progress values.
3) Array of reward and punishment values.
4) Five values for replacement.
5) Gains and losses.

As described above, the first recording destination specifying value is an identification value consisting of three values: "player ID, entrusting party ID, and recording destination ID", and specifies each recording destination.

In the second arrangement of in-process values, all the traps used in this device are specified and coded, and the usable values are also digitized. As a result, all traps can be expressed using "code, value number". This is the variable that contains it.

The third array of reward and penalty values is a value used in the seventh invention, and is a variable into which a specified value is entered like the work-in-progress value.

The fourth 5-value replacement is as described above, and includes 6-value replacement and 7-value replacement. However, it is not recorded as a replacement value. This is because the replacement value includes an extra value.

The fifth value, gain/loss value, is a value that causes the common value to be gained or lost, and even the common value cannot be specified as a trap value. Therefore, they are recorded separately.

The next important thing is that no traps are set in predetermined processing. In other words, the first thing I wrote about when setting a trap cannot be done.

The reason is that specifying the recording destination is usually set with a replacement desire signal, and if the signal does not have a recording destination specifying value, the user is prompted to specify the recording destination. However, since the pre-determined processing has already been completed at the time the replacement desire signal is sent, it is necessary to specify the recording destination before performing the pre-determined processing.

Therefore, a "recording destination reference signal" is transmitted.

When the recording destination reference signal transmits information for one or more players, a player whose recording destination is unknown is prompted to specify the recording destination. Therefore, if the signal is sent, if there is a recording destination, the in-progress value is brought back as is, but if there is no recording destination, the player is asked to specify it and the value is brought back.

Therefore, once the game has entered the replacement process, a predetermined trap is set by transmitting the signal.

The contents of the recording destination reference signal are as follows.
1) Processing identification value.
2) Reference target specific value.
3) Array of recording destination specific values.

The reference target specific value does not extract all the in-process values, but only the necessary in-process values. This is the value that specifies it. The array of recording destination specific values is the recording destination specific value for the player to be referred to.

The reference results are returned as follows.
1) Processing identification value.
2) Array of recording destination specific values.
3) Array of in-process values for the specific value of the recording destination.

The array of recording destination specific values is an array of recording destination specific values with no missing information. The array of in-process values for the recording destination specific value becomes an array of in-process values for the player to be referred to. Note that 2 and 3 may be combined into one data.

The flow of reference is as follows.
1) Enter advance price agreement processing.
2) Send a recording destination reference signal.
3) Have students identify the missing information.
4) Obtain the in-process value of the recording destination.
5) Reference of everyone in the signal ends.
6) Return the in-process value to the signal source.
7) Activate the in-progress value for each player.

In the first step, the pre-determined price negotiation process, the pre-determined type can use facilitator games, round battles, or other means, but the side entrusting the method has not yet been determined, and round battles do not use basic traps. . Therefore, in this case, the game is replaced with the facilitator game.

There are various cases in which games can be replaced in a facilitator game, but mainly the game itself creates the situation or the player strategically replaces the game. However, in either case, the screen changes to a game replacement screen. At that time, people are recruited to participate in replacing the game, and those members replace the game all at once.

The second method of transmitting a recording destination reference signal is to transmit the signal when all members are present.

Third, identifying missing information, the means receiving the signal creates a table or adds records to such a table to complete the missing information. The signal content is recorded there, and if there is any missing information, it will be automatically arranged according to the settings, or if it is optional, the recording destination of the player will be displayed on the AC computer device of the player and selected arbitrarily. .

The fourth step, acquiring the in-process value of the recording destination, does not take out all the in-process values, but only acquires the corresponding in-process value according to the reference target specific value.

Note that since all in-process values are specified, the in-process values that can be used can be limited based on source information, etc.

Fifth, when the reference of all members in the signal is completed, the means determines from the previous table whether or not the reference has been completed, and if it has been completed, the reference result is returned to the source.

The sixth step, returning the in-progress value to the signal source, is that when this device sends a signal, the source and destination can be identified by the processing identification value, so the facilitator must refer to the reference results of all members sent in that signal. Return to the game.

The seventh option, activating a trap value for each player, means that the trap set at the recording destination is set for that person, and is processed for each player.

For reference, if multiple people send a predetermined replacement desire signal, it is necessary to decide on one sender. Other players become attendants. How the arrangements are made depends on the game, but it is a fairly important arrangement when playing a competitive role game. This is because it is done based on the sender's information.

Additionally, there is a "binding value" for traps that can be triggered in advance.

The bid price is one of the prices in progress. For example, if you set a bid price of 30, if you do it in advance, you will only be able to select the results prepared by the author up to 30. Also, even if you get 80 results with the post-fix type, you can only select up to 30 results prepared by the author. In other words, even if your position changes, you cannot escape. However, if you play a competitive game, you can play 30 games and get 80 results.

The functions necessary for this means are as follows.
1) A function to create the required number of recording destinations.
2) A function to decide the recording destination.
3) A function to record game results.
4) A function to process the recording destination reference signal.
5) Function to send a replacement desire signal.
6) A function to decide on replacement types.
7) Ability to negotiate advance prices.

The first function, which creates the required number of recording destinations, is as described above, and creates a predetermined number of recording destinations for each player and for each entrusting party, as agreed upon by the organizer.

The second function of determining recording destinations causes the player in the signal to determine the required number of recording destinations when there is a request to determine recording destinations.

Note that the subject of the agreement is a recording destination owned by the user himself and a recording destination owned by another person.

Further, this signal will be referred to as a "recording destination arrangement signal."

The contents of the recording destination arrangement signal are as follows.
1) Processing identification value.
2) Arrangement type.
3) Arrangement ID.
4) Subject to arrangement.
5) Number of arrangements.

The contents returned in this signal are as follows.
1) Processing identification value.
2) Arrangement party ID.
3) Array of recording destination specific values.

Note that the signal is sent for each person making the arrangement, and is not sent in bundles for multiple people.

Furthermore, the arrangement type indicates which type of arrangement is listed below.
1) Decide where to record the replacement.
2) Decide where to set the trap.
3) Decide on the recording destination to be used.

The first step is to decide on a recording destination for replacement. When replacing a game, each player decides on one recording destination. This is the function that allows you to do that.

Note that this is performed while the replacement signal processing means collects the missing information.

Furthermore, when making an automatic arrangement, the recording destination is incremented each time a game is replaced.

The second feature, deciding where to set a trap, is to decide where to set a trap, because traps are set by special privileges, so once you have acquired a privilege and selected a privilege to set a trap, you can decide where to set a trap. Note that this will be described in the sixth invention.

The third step, determining the recording destination to be used, can be performed by determining the recording destination in any of the pre-determined type, post-determined type, and type matching type, as described in the new form. It is also a function that allows you to specify when using unused replacement 5 values.

The arranger is a player who processes the arrangement.

The subject of the agreement is whether the recording destination is the own or the other, depending on the type of agreement.

The number of arrangements may be one, multiple, or a specified number.

The array of recording destination specific values returns the negotiated result.

The third function of recording the game result is a function of recording the game result, so-called 5 values for replacement, in the recording destination determined by each player when replacing the game.

The fourth function of processing the recording destination reference signal is as described above.

The fifth function of transmitting a replacement desire signal is a function of determining a replacement type of game etc. using the sixth and seventh functions and transmitting the signal.

The sixth function, which is to negotiate the replacement type, is a function that is performed before sending the replacement desire signal, and is a function to negotiate the replacement type of the game and the value to be used if it is a type matching type.

The seventh function, which determines a predetermined value, is a predetermined function that is performed before transmitting a replacement desire signal, and is an input support function that determines a value between 0 and 100.

The flow of the replacement process including this means is as follows.
1) Start the game replacement process on the entrusting side.
2) The entrusting party sends a recording destination reference signal.
3) If the recording destination is unknown, the means allows the player to specify it.
4) The means refers to the recording destination and obtains the work-in-progress value.
5) The means returns the in-process value to the signal source.
6) The entrusting party activates the in-progress value.
7) Each player performs predetermined or type matching processing.
8) Summarize player information and send a replacement desire signal.
9) A replacement signal processing means decomposes the signal.
10) Create secondary data extraction conditions for each player.
11) Add sender information to the extraction conditions.
12) Add the organizer's preparation to the extraction conditions.
13) Add recording destination information to the extraction conditions.
14) Arrange secondary data for each player.
15) Collect missing information for each player.
16) Have the returning participants decide where to record.
17) Return participants go to 10.
18) Create information to be passed to the motive role game.
19) Necessary information for all players is available.
20) Send information to the individual game implementation means.
21) Send information to the motive role game.
22) Optimize the motive role game using the equalization value.
23) Decide on tasks to be performed with replacement values.
24) Each player performs a task.
25) The execution result is returned to the individual game execution means.
26) Correct the result using the fourth invention.
27) Calculate results using individual game implementation means.
28) Return each score to the replacement signal processing means.
29) Record the results in the recording destination of the means.
30) Return the grades to each entrusting party.
31) Send the results to the confrontation role game management means.

The above is as described above.

In addition, to supplement the 16th point, the responding participants are equal responding participants who are not included in the signal, and the recording destination of the intermediate participants is not specified. Therefore, while collecting the missing information, the replacement signal processing means transmits the above-mentioned recording destination arrangement signal to have the player make an arrangement.

The fifth invention is above.

The sixth invention allows a trap to be set, and is used integrally with the fifth invention, but the object of the trap is not limited to the player-specific alternate recording means of the fifth invention. That's why they are separated.

Further, the sixth invention can be achieved by the overall ingenuity of the heterogeneous hybridization and the ingenuity of the present device.

The idea is as follows.
1) Games can now be replaced using values in a finite range.
2) The re-creation of the motive role was done in two stages so that the second time could be done with values in a finite range.
3) Abstract games and players in a finite domain.
4) The game was managed in two stages, and a common item called the selection value was provided in the secondary data.
5) Created a trap destination using the fifth invention.

Additionally, the traps used with this device include the following:
1) In-process value.
2) Reward and penalty value.
3) Template.

Although the reward and penalty value is the seventh invention, it is used in the same way as the work-in-progress value, so it will be written together.

In addition, the work-in-progress value and reward/punishment value are variables that serve as containers for values.

Furthermore, the template is an array of in-process values and reward/punishment values. Therefore, there is no need to deliberately set the template as a "template value", and when setting a trap, separate the trap value and reward/punishment value and add them to the respective arrays. However, it may be a template value. In that case, the template value is also a container, and the body of the template value is required.

The differences between them are as follows.
1) The in-process value is the value set in the system of this device.
2) The reward/punishment value is a value set in the game using the seventh invention.
3) The template is a set of in-process value and reward/punishment value.

It should be noted that the in-process value and reward/punishment value are variables into which the value of the main book is entered, and something to manage the value of the main book is required. In addition, the main principle is the agreement of specified values.

Therefore, the collection of the main books of the work-in-process value is referred to as the ``main body of the work-in-progress value.'' The work-in-progress value body is a data structure that manages all of the individual work-in-progress values.

The main value of each work-in-process value consists of the following values.
1) Code.
2) Numbered value.
3) Title.
4) Explanation.
5) Processing by number.

The first code is a unique identification value consisting of one or more classification values, and consists of the following values.

The contents of the code will be as follows.
1) Type.
2) Target.
3) Product name.

The first type is whether it is an in-process value, a reward/punishment value, or a template, and whether it is an overwrite type or an additional type, which will be described later.

The second object is to classify traps, and traps also have groups, and indicate the groups.

The third item name is an identification value or number that identifies one trap.

As a result of the above, one code is created from "type, object (classification), and product name" and becomes a unique identification value.

The second, numbered value, allows the content set by each trap to be expressed by a "code" and "number", and has the following effects.

1) A trap is set that changes the number.
2) Complex processing is divided into numbers.

The first is that by changing the number, the contents of the trap can be changed, and if the trap becomes outside the number, the outside number can be invalidated or the number can be cycled.

Second, since the content to be processed can be changed for each number, even complex traps can be expressed using "codes and numbers."

The third title is a simple title that can be used for each trap.

The fourth explanation is a simple explanation for each trap.

The fifth process by number embodies the numbered value and becomes a calculation formula, processing number, etc.

To be more specific, the in-progress value requires a body, which will be described later, and this body has a method to process all traps. This is the identification number of that method. However, it is up to the developer whether it is necessary to make everything a method or not.

As a result of the above, the trap can be expressed by the following value.
1) Code.
2) Numbered value.

The traps are as follows.
1) Set the secondary data selection value to red.
2) Increase the optimization extraction point by 10 points.
3) Delete the strongest item.

Therefore, it is journalized as follows.
1) The target is "secondary data, optimization, and the strongest."
2) The product name is "Selection value, extraction point, item".
3) The value is "red, 10 points, erase".

In other words, one trap requires a "target, item name, and value", and is written as a "three-piece set of traps".

The method of changing the value is as follows.
1) Overwrite type.
2) Top-up type.

Overwrite type overwrites and changes with the set value. The top-up type increases or decreases the set value. Therefore, in the previous example, the shape that makes the selection value red is the overwrite type, and the shape that raises the selection value by 10 points is the top-up type.

Further, the work-in-progress value and the reward/punishment value have at least the following contents.
1) Type.
2) Target.
3) Product name.
4) Value.

This adds classifications such as in-process value and reward/punishment value, as well as overwrite type and overlay type, to the three-piece set of traps.

However, since the targets of the in-progress value and the reward/punishment value do not overlap, and since it is possible to tell whether they are overwritten or added up depending on the target, only a three-piece set of traps is sufficient.

In other words, the traps can be summarized as follows.
1) Code.
2) Value.

1) The code is a unique classification code.
2) Values are numbered values.

Each template has the following values.
1) Template ID.
2) Target.
3) Title.
4) Array of work-in-process value and reward/punishment value.

The ID is a unique identification value. The target is a value that is appropriately assigned to indicate which target it is associated with. The title is a simple heading.

Note that the template may also be provided with a main body. In that case, a variable called a template value is used.

The creators of the template are as follows.
1) Developer of this device.
2) Organizer.

In other words, a template is an array of in-progress values and reward/punishment values created by the organizer or the developer of this device.The difference is that the value to be set is fixed and cannot be changed by the player. However, it has the advantage of being able to set multiple traps at the same time.

Note that the player does not create a template. This is because there is no opportunity to create and fairness cannot be maintained.

The method of setting a trap is as follows.
1) Performed as a bonus for the showdown game.
2) Use the trap described in the fourth invention.

In other words, the player can only set traps using the benefits of the confrontation game.

Note that the trap described in the fourth invention is a trap that the organizer groups a finite area and sets in one of the groups, and cannot be performed by the player. However, if the trap is a trap that can be arranged by the trapper, it can be arranged within the permissible range.

The benefits also include the number of traps set. Therefore, it is necessary to count the number of traps, but this is done using the number of arrays. As a result, some templates cannot be selected because the number of arrays exceeds the number of arrays.

The traps can be broadly classified as follows.
1) Improve your competitive environment.
2) Making the opponent's playing environment worse.
3) Gain or lose common value.

To be more specific, it is as follows.
1) A trap that limits what you want to get by deciding in advance.
2) A trap that limits the secondary data that can be selected.
3) A trap that changes the optimization of the motive role game.
4) A trap that changes the conditions for deciding issues.
5) A trap that changes the content of the tasks to be performed.
6) A trap that causes common values to be gained or lost.
7) A trap that limits the content of benefits.
8) Others.

To set a trap, you will need the following information:
1) A person who sets a trap.
2) Place to set the trap.
3) Setting a trap, content.
4) Conditions for acquiring traps.
5) Conditional judgment, performance.

In other words, who sets what kind of trap, for whom, where, and with what kind of content? Therefore, conditions and things are needed to identify who, and things become grades.

Of the above, 1, 4, and 5 are determined by the individual game implementation means. Therefore, it is best to decide on 2 and 3.

Therefore, the terminology is as follows.
1) The person who sets the trap is the person who sets it.
2) The target is the target.
3) The person who actually sets the trap is the trapper.

In addition, the person who acquires the benefit becomes the person in charge.

The steps for a trap setter to set a trap are as follows.
1) Decide on the target audience.
2) Arrange a trapper.
3) Decide on a supplier.
4) Decide on the target of the trap.
5) Decide on the name of the trap.
6) Negotiate the value of the trap.

The first step, deciding on the target, is to decide whether the trapper will be you or your opponent.

The second step, deciding on a trapper, is that if the target is yourself, the trapper is automatically determined, but if there are multiple targets, the trapper is identified.

Furthermore, if there are multiple people setting the trap, the number of traps that can be set is limited. This is because a trap that changes one's own environment can be set by any number of people, but a trap that changes the other person's environment is likely to be concentrated on one person, and only one person can set it. However, if you are okay with focusing on one person, there is no need to limit it.

In the third step, determining the destination, the trap to be set in this device is basically the player-based replacement recording means described in the fifth invention. However, it can also be applied to secondary data, so the arrangement with the supplier is based on that.

The fourth step, deciding on the target of the trap, is to decide what kind of trap it will be, once the trapper has been decided.

In the fifth step, determining the name of the trap, each target has a name, and that is the name to be determined.

The sixth step, determining the value of the trap, is that each product name has a value that can be used, and that value is determined.

For a trap that has been agreed upon based on the above flow, when the "Execute" button is pressed, the in-process value and reward/punishment value are added to the previously agreed upon in-process destination.

In other words, two arrangements will be made.
1) In steps 1 to 3, decide on a supplier.
2) In steps 4 to 6, decide on the contents of the trap.

Therefore, if you use the template, 5 and 6 will be unnecessary. In other words, the template can be selected when making arrangements for the target.

Also, if you use the template, the trap mechanism will look like this:
1) It can be set automatically using the template ID and the destination.
2) Using the template ID, the initiator, and the trapper, the initiator only makes arrangements with the supplier.
3) Based on the template ID, the initiator and the target person, the initiator makes arrangements with the trapper and the destination.
4) Using the template ID and the person in charge, the person in charge makes arrangements with the target person, trapper, and destination.

In other words, if you use a template, what you do will differ depending on the arguments.

Additionally, the work-in-progress is basically a replacement record for each player. Therefore, since the target person or trapper's recording destination is displayed and directly selected, steps 1 to 3 above, that is, making arrangements for the target person, trapper, and supplier, can be performed relatively easily. .

Note that the following cases are also possible.
1) Receive the template ID and trapper as arguments.
2) Receive only the template ID as an argument.

The first option, which receives the template ID and trapper as arguments, is the same as the third option if the trapper is an unknown trapper and the trapper himself becomes the trapper. Otherwise, the computer becomes the initiator and automatically makes arrangements. Therefore, this case cannot be completely ruled out.

The second option, receiving only the template ID as an argument, becomes a trap in which the instigator is unknown, and if this can be done, not only will the confrontation role game become meaningless, but it will also become irrelevant to the replacement of the game. Therefore, it is outside the scope of the present invention and cannot be recommended.

As mentioned above, if you use a template, you can cut corners considerably.

There are also other ways to pass arguments:
1) Hand over only the person in charge.
2) Pass the work in progress to the work in progress.
3) Others.

If only the person in charge is to hand it over, the person in charge will make arrangements with the supplier regarding the contents of the trap. If you hand over the person who sets the trap and the destination, have the person who sets the trap agree on the contents of the trap. Then, a trap is set at the specified recording destination.

In order to do the above, this device is equipped with "trap and template management means".

The means is provided with the following functions.
1) A function to manage the work-in-progress value itself.
2) A function that displays a limited number of traps that can be implemented.
3) Ability to set traps at predetermined locations.
4) A function that takes an argument, processes it, and returns the result.
5) A function to resolve missing information.

The first function, which is to manage the main body of the work-in-progress value, manages all the traps that form the basis of the work-in-progress value, and makes it possible to extract them in a variety of ways.

The second function, which displays a limited number of traps that can be implemented, sets traps in the order of 1 to 6 as described above. Broadly speaking, it involves making arrangements with the supplier and the contents of the trap, but when you place the cursor on or click on such a place, it becomes a function that displays a limited number of traps that can be set there.

The third function of setting a trap at a predetermined location is generally set in the player-by-player replacement recording means of the fifth invention, but it can also be set in secondary data. On the other hand, by making it possible to select player-specific replacement recording means and secondary data from the means, a trap is set at a specified location.

The way to set a trap is to decide on the destination and the trap to be set, and then a set value is created with the agreed trap and added to the array of set values at the place where the trap is set.

The fourth function, which takes an argument, processes it, and returns a result, is generally a method process, as described above.

There are many methods, but the most basic one takes the "in-process value" and the "original value" that changes depending on the in-process value as arguments, and uses the "code, numbered value" of the in-process value in the in-process value itself to calculate the code. When a process by number is specified and the original value is passed to the method, the original value is changed and returned, so the result is returned to the place where the method is called.

Increase the variety of methods mentioned above and have the parties involved make arrangements for the missing information.

The fifth function is to decide on missing information if there is any missing information in the above-mentioned "person, place, content, conditions, results", but this means does not allow you to decide on such things. It is a means of only making trap arrangements.

Finally, the processing flow of the means is basically the method processing described above, and when the person who set the trap is known, the necessary information is sent to the means, and the means is identified as the origin of the trap. A process is performed to collect the contents of the trap, and if there is any missing information, it is notified to the communication computer device of the person who set the trap as described above, and the trap is processed appropriately. Then, the specified trap is set at the specified destination.

The sixth invention is above.

The seventh invention allows traps to be set within individual games, enriching the traps of interbreeding.

The method is to attach an ambiguous title to the specified value, and the game side will decide on the content of the trap within the range that can be associated with the title. In other words, the traps are made into two stages, and the first stage determines the content of the trap, and each game determines the content of the trap in the second stage.

For example, if there is an ambiguous title such as ``Delete the strongest item,'' it seems like the top players in baseball or soccer will disappear, or the strongest pieces or cards in shogi or card games will be lost. But actually, we don't know. Then, when you select that title and place the cursor on the secondary data of the match field, the secondary data will show things like ``put down the starting pitcher'' for baseball, or ``delete the next piece after the ball on the board'' for shogi. will be displayed and a trap will be set accordingly.

To make the trap two-tier, use the following values.
1) Reward and penalty value.
2) Reward and punishment terms.
3) Complementary terms.

The reward/punishment value is a variable and records the following values.
1) Reward/punishment code.
2) Number.

The reward/punishment term is the first level and has the following values.
1) Reward/punishment code.
2) Ambiguous title.
3) Vague explanation.
4) Summary of numbers.

Completion terms have the following values:
1) Reward/punishment code.
2) Game ID.
3) Game name.
4) Specific title.
5) Specific explanation.
6) Number to use.

Note that the reward/punishment value is a value specified in the same way as the work-in-progress value, and the main value of the value is managed in a data structure. Therefore, the second reward/punishment term becomes the main body of the specified value, and the reward/punishment value is a value for processing heterogeneity and becomes a container. Furthermore, the complementary terms are also a data structure that collects the actual processing contents provided by each game.

Note that "number-based processing" is also required for complementary terms, but this is omitted because each game processes it.

In other words, reward/punishment terms and complementary terms are all managed in a data structure. Therefore, add any other values if necessary.

Also, the number used is a number representing the trap that can be used in this reward/punishment.

Therefore, this device is provided with a "reward and punishment term management means."

The role of the reward/punishment term management means is to manage all reward/punishment terms and complementary terms, and then link them with secondary data of the battle field, etc., and support players to set reward/punishment values when deciding on traps. .

To be more specific, the reward/punishment value differs from the work-in-progress value in that the implementation content differs depending on the game. Therefore, when setting a trap in the sixth invention, even if you place the cursor on the reward/punishment value in the same way as the in-progress value, only a vague and standardized title and explanation will be displayed, which makes it difficult for anyone to set the trap. In order to set a trap, do the following:

The support contents are as follows.
1) When you select secondary data, available complementary terms will be displayed.
2) When you select the reward/punishment code, the secondary data that can be used will be displayed.
3) Complementary words that can be used will be displayed when you select the target of the trap.

This can be done by processing as follows.

The first method is to extract the game ID from the primary data linked to the secondary data, extract the complementary term for the game ID from all the complementary terms, and display it around the secondary data.

Second, a reward/punishment code can be specified using any of the following three methods: "reward/punishment value, reward/punishment term, or complementary term." Once it is identified, the complementary term is first extracted using the game ID linked to the secondary data, and then Next, a complementary term for which the reward/punishment code is valid is extracted, a game ID of the extracted complementary term is extracted, secondary data having the game ID is extracted, and the reward/punishment code is displayed around the specified area.

Third, since the target of the trap can be identified by the reward/punishment code, only the complementary terms that have the identification value of this target are extracted from the complementary terms associated with the secondary data of the battle field and displayed around the target of the trap. do.

Therefore, we will create the following three indexes.
1) Index 1 is the secondary data ID and game ID.
2) Index 2 is the game ID and reward/punishment code.
3) Index 3 is the reward/punishment code and secondary data.

The first, index 1, is because the game that can be used in the battle field is only secondary data, and because secondary data has primary data information, and because primary data has a game ID or game ID, An index of secondary data and game ID is created.

The second index 2 is the game ID in index 1, which is a game that can be played in a competitive arena, so when we extract the reward and punishment terms that can be used with that game ID, the reward and punishment terms have a reward and punishment code, so the game ID and reward and punishment code are combined. An index is created.

The third index, index 3, is a reward/punishment code that can be used in the battle field, and index 3 is created by changing the game ID of index 1 to secondary data.

Therefore, a table of game IDs and reward/punishment codes is created based on secondary data, and the necessary indexes are created based on that table.

Then, the above support can be provided by processing as follows.

If you select the first secondary data, complementary terms that can be used will be displayed.If you specify the game ID with index 1 and extract the game ID with index 2, you can select the reward/punishment code that can be implemented with the game ID, and use the complementary term. Since a term has a reward/punishment code, by associating a complementary term with the extracted reward/punishment code, complementary terms that can be implemented using secondary data can be displayed.

The second item, secondary data that can be used when a reward/punishment code is selected, is displayed because index 3 only selects the reward/punishment codes that can be used in the corresponding battle field, so when extracted by the reward/punishment code, the secondary data that can be used is displayed. The secondary data that is available is selected and displayed.

The third option, which displays complementary terms that can be used when you select a trap target, is that the reward and punishment code is created by encoding the trap target, so when the reward and punishment code with the trap target is extracted using index 3, the secondary Display the data as it is extracted.

In other words, the features and roles of this means are as follows.
1) Add reward and punishment values to interspecies mating.
2) Support the arrangement of reward and penalty values.

The first one is the biggest feature, and the second one just makes it easier to use. Moreover, secondly, if it's a battle between talented people, it would be better to hide the complementary terms to test their abilities.

The functions provided in this means are as follows.
1) A function to manage and display reward and punishment terms.
2) A function to manage and display complementary terms.
3) Function to associate with secondary data.
4) Ability to create various indexes.

The first function, which manages and displays reward and punishment terms, is a function that returns display data.When a reward and punishment code is sent to the means, it searches for the reward and punishment code from the table that manages all reward and punishment terms. This function returns "vague titles and vague explanations" to the sender. Then, the request source means that made the request to the means displays the returned contents.

The second function, which manages and displays complementary terms, is a function that returns display data in the same way as the first one.When a reward/punishment code is sent to the means, it is returned from the table that manages all complementary terms. This function searches for reward and punishment codes and returns "game name, specific title, and specific explanation" to the sender. However, since there is no point in returning game information that is not used in the battle field, the result is returned in association with the secondary data described in the next section.

The third function of associating with secondary data is that all games of different types used in the battle field are secondary data. Further, the secondary data includes information on the primary data, and the primary data ID becomes the basic game ID. Therefore, in order to reach the game ID from the secondary data, when the cross-breeding starts, we create the above-mentioned index, and when the reward/punishment code is sent, we extract complementary terms based on the index and send it to the sender. Return to.

Note that even if there is no index, it can be associated.

The fourth function of creating various indexes is to create indexes that facilitate the first to third operations, and to perform processing based on the indexes.

If there are any other necessary associations, an index will be created as needed.

The activation of reward and penalty values is carried out by each game. Therefore, it has nothing to do with this device.

For reference, all motive role games and confrontation role games are mini-games, and in the case of computer games, initial states are created based on various setting values. In other words, unlike traditional games, the start of the game is created using set values. The reward/punishment value is to change the set value within the practical range, such as changing the initial state or changing the situation during the battle.

The seventh invention is above.

In the eighth invention, the game results are collected in different places and the players compete against each other, and in the cross-species game, each player plays a different motive role game and challenges the game of the side to which he or she is entrusted. Also, multiple facilitator games are created to destroy each other.

However, if the game on the entrusting side is a direct competition game, and the results of the motive role game for players A and B are 80 and 60, the competitive environment should be better for both players because they both have a passing score. You can't make two people better at the same time. Therefore, add up 80 and 60, divide by 2, and convert the difference into improvement or deterioration.

Also, if you are playing a different facilitator game, you cannot destroy your opponent's competitive environment. Therefore, before returning the grade value to the entrusting party, the grade value is destroyed. In this way, we will be able to do things that we cannot do in the current situation.

That is, the eighth invention corrects the score value before returning it to the entrusting side according to the competition environment.

The above corrections or matches will be referred to as "comparison matches."

In addition, the means for conducting comparative battles will be referred to as "means for conducting comparative battles."

There are many ways to compare the results, but basically, as mentioned above, you add up the results, take the average, and change the difference between good and bad results. However, if the difference is small, the difference is amplified two or three times.

Also, it is not possible to tell which tasks a student has attempted based on their grades alone. However, if you have the settlement value, you will know.

For this reason, the game results collected for the comparison game are referred to as "replacement ternary values."

Furthermore, the performance value is used not only in the motive role game but also in the facilitator game and the confrontation role game. Therefore, what is described in the eighth invention can be performed as is, but the facilitator game is set by the organizer and performed by the competition field result management means. In addition, there is no point in conducting a comparison game between the confrontation role games. Therefore, the eighth invention will be described focusing on the motive role game.

Additionally, the comparison results are originally written over the grade values. However, in order to clarify whether or not a comparison match was held, the results of the comparison match will be returned to the entrusting party as a ``comparison value.''

In other words, the role of this means is as follows.
1) Limited to motive role games.
2) Collect 3 replacement values for your opponents.
3) Compare based on the comparison method.
4) Record the comparison result as a comparison value and return it.

The terms used in this means are as follows.
1) Comparison battle.
2) Repeated battles.
3) Comparison target specific value.
4) Comparison value.
5) Required value for comparison.
6) Three values for comparison.
7) Comparison method.
8) Resume identification value.

The first comparison will be a single comparison conducted as described above.

The second, repeated matches, is a unit that bundles comparison matches, does not have a score calculation function, and makes it easier to register comparison matches with the same content. In other words, in one or more comparison battles, only the comparison target is changed.

The third comparison target specifying value is a value for specifying the location of the replacement three values for the players who will play the comparison match.

The method for specifying the three values for replacement is as follows.
1) Use player-specific replacement recording means.
2) Use the number of game replacements.

In other words, specify it using the following value.
1) The first is the "recording destination specific value".
2) The second is "Delegating party ID, player ID, and number of times."

In short, it depends on whether or not to use the recording destination specifying value of the player-by-player replacement record, and if it is not used, the game replacement is specified by the number of times the combination of the ID of the entrusting party and the player ID is performed.

The fourth comparison value is a value that records and returns the comparison result, and is created and returned by the means. Therefore, there is no need for the requester to send it.

The fifth necessary value for comparison is a value necessary for conducting a comparison match, and is as follows.
1) Comparison method.
2) Comparison specific value.
3) Three values for replacement.
4) Comparison value.
5) Resume identification value.

The sixth 3-value for comparison is a value sent to the means for comparison, and is as follows.
1) Comparison specific value.
2) Three values for replacement.
3) Resume identification value.

Note that the player ID is included in the comparison destination specific value.

The seventh method of comparison shows how to compare.

However, the method of comparison is usually determined for each repeated match. Therefore, it may be recorded in the repeat battle arrangement.

Also, there is the issue of whether or not to set a handicap in comparison matches, that is, whether or not to conduct individual comparison matches in an unfair manner.This can be done by using player selection values, but the comparison method Include inside.

Additionally, the comparison results return the following values.
1) Resume identification value.
2) Comparison value.

The eighth restart identification value is a correction performed before returning the replacement ternary values to the entrusting side in the comparison match, and this means becomes a stopover for the replacement ternary values. Therefore, it is necessary to restart the process after the correction is completed, and this value is used to restart the process. Note that the process can be restarted using the comparison destination specific value without using the restart identification value.

Therefore, the source of the three values for comparison is a place where the signal processing of the replacement signal processing means is performed separately for each player, and once the restart identification value and the comparison value are returned to the replacement signal processing means, the restart identification value and the comparison value are returned to the replacement signal processing means. The original position is specified based on the value, the comparison value is added to the replacement value stored there, and the process is restarted.

Note that if the 3 values for comparison are not the comparison target, the comparison value is immediately returned as minus 1 or NULL.

To summarize using the above terminology, the means manages the necessary number of repeated battles consisting of one or more comparison battles, and the replacement signal processing means receives the results after the game replacement processing is completed. Before returning it to the entrusting party, if you send the "comparison target specific value, replacement 3 values, and restart identification value" to the means, the means will check whether there is a comparison match that requires the comparison target specific value, and If so, record the 3 values for replacement and see if you can do a comparison match.

As a result of the investigation, once all three replacement values for the comparison match have been prepared, they are compared based on the comparison method for the repeated match, and the results are recorded as comparison values for each opponent and returned to the replacement signal processing means. Then, the sender is specified based on the restart identification value, and recorded in the comparison value in each player's replacement value. At this point, correction of grade values is completed and normal processing returns.

Note that the normal process is to check whether the game result can be returned for each entrusting side, and if possible, return it.

The above can be summarized as follows.
1) The means manages one or more iterative battles.
2) Each iteration consists of the required number of comparisons.
3) Comparison battles are conducted by collecting three values for comparison.
4) In the comparison match, the opponent's replacement 3 values can be recorded.
5) Three values for comparison are sent from the replacement signal processing means.
6) The means checks the recording destination using the comparison destination specific value.
7) Record the replacement three values and restart identification value, if any.
8) If not, return the comparison value as NULL along with the restart identification value.
9) After recording the values, check whether the comparison match is possible.
10) Compare based on the comparison method of the comparison match, if any.
11) Record the comparison result as a comparison value for each opponent.
12) Return the comparison value and restart identification value for the opponents.
13) Record the comparison value for each opponent's replacement value.
14) The replacement signal processing means resumes processing.
15) Check whether the game results can be returned for each entrusted side.
16) If possible, return the game results to the entrusting party.
17) The entrusting party processes based on the comparison value.

The comparison battle will be decided as follows.
1) Add repeated battles.
2) Arrange a comparison method for repeated battles.
3) Decide on the number of comparison matches for repeated matches.
4) The number of opponents will be determined by the comparison method.
5) Arrange opponents.
6) A record destination for the comparison match for each opponent is created.
7) Arrange the comparison destination using the player-specific replacement recording means.
8) A repeated battle consisting of one or more comparison battles is created.
9) Repeat steps 1 to 8 as many times as necessary.

The following people can add repeated battles:
1) Organizer.
2) Player.

Also, adding a repeat battle is done according to the above-mentioned procedure with input assistance. Therefore, the means is provided with an input assisting function.

In addition, the player and the entrusting party in the repeated battle basically do not change.

The functions necessary for the comparative war implementation means are as follows.
1) A function to add repeated battles and comparison battles.
2) A function to compare game results.
3) Function to judge failure.

The first function of adding repeated battles and comparison battles is performed under input assistance, as described above.

The arrangement for repeated matches is as follows.
1) Arrangements will be made for the entire playing field.
2) Arrangements will be made for some areas.

However, since the number of competitors is largely determined by the comparison method, some arrangements will naturally be made. Also, if you can do the second one, you can also do the first one.

The second function of comparing game results is a function of comparing based on a comparison method.

In the third function of determining whether or not the result is true, the replacement signal processing means waits until the comparison value is returned. Therefore, if something unusual occurs or a player leaves the interspecies game, the game replacement process will stop unless processing is done accordingly. This is the processing function.

The eighth invention is above.

It is a block diagram of this system. It is a fourth internal value adjustment diagram of the fourth invention.

It has the potential to change the nature of the computer game industry in general.

1 Central device 10 Computing section 11 Storage section 12 Input/output section 13 Communication section 1P Processing program 2 Terminal device 20 Computing section 21 Storage section 22 Input/output section 23 Communication section 30 Rectangular diagram 31 Moving point 1
32 Moving point 2
33 Fixed point 1
34 Fixed point 2
35 Base value before adjustment 36 Internal value after adjustment

Claims (13)

The first invention is a computer device that establishes a game called "interdisciplinary interaction",
This inter-discipline exchange involves gathering and linking multiple games in one playing field, and assigning each game one of the roles of ``progress, motive, and confrontation'' and the role of ``the entrusting side and the entrusted side.'' The game is divided into parts with positions, and the games that play the roles of "proceeding, motivating, and confrontation" are referred to as "facilitator, motivating role, and confrontation role."The facilitator and the confrontation role are classified as follows. With the motive role as the entrusted side, each player selects 0 or more facilitators, and performs the game as necessary while performing the facilitator or in order to proceed. When a signal requesting the replacement of the game is sent from one of the battle arenas, each player involved in the signal agrees to play a pair of games for the entrusting side and the entrusted side, and then changes the content of the game on the entrusting side. Arranging based on the result of the entrusted game is referred to as "game replacement", and by replacing the game, the game made into parts cannot be completed by itself, and the confrontation role played by each player is changed. The results of the motivating role are reflected directly or indirectly on the facilitator of the player or other battle elements, as determined by the organizer of the competition venue based on the results of the facilitator of each of the players. It is a game that determines superiority and inferiority by calculating grades, and its features are that the role of facilitator and motivator can be changed for each player, and that the person entrusting the relationship can be changed between the entrusting side and the entrusted side. .
Therefore,
The first invention is played using two types of games, the facilitator and the motivator.
The device that performs central processing in this device is referred to as the “central device,”
A device that processes on the player side with respect to the central device is referred to as a "terminal device",
Assuming that this device consists of the central device and the terminal device,
The person who prepares the competition venue and makes various arrangements is referred to as the "organizer",
A game player recognized by the central device through the terminal device is referred to as a “player”;
A value that uniquely identifies the player, including zero to a plurality of classification values, is referred to as a "player ID",
The elements that calculate the results that determine the winner or loser in the competition venue are referred to as "competition elements",
The match composition of the entire match venue agreed upon by the organizer is referred to as "competition composition",
Obtaining or being able to do something special in the battle arena is described as a "privilege".
The conditions for obtaining the benefit are referred to as "conditions for obtaining the benefit",
A game played to obtain the benefit is referred to as a "chance game",
Setting values that change the battle environment of oneself and others with such benefits is described as a "trap",
The signal requesting replacement of the game is referred to as a "replacement desire signal",
The facilitator has the characteristic of having continuity and being able to send the replacement desire signal,
The motivating role has the characteristic that it has no continuity but can be recreated in one or more aggregates,
There are two ways to re-create it: a method of changing the implementation content and a method of changing the aggregate.
Since any of these can be done in one or more ways, the individual is described as a "task",
The motive role is an aggregate consisting of one or more tasks.
Also,
Directly or indirectly determining the facilitator and the motivating role for each player is referred to as a "mutual entrustment relationship",
The software that coordinates this device with the three types of games that play the above roles is referred to as "coordination software",
Data for managing the linkage software for each game is referred to as "primary data",
Data that has multiple setting values, classification values, etc. that have one ID of the primary data is referred to as "secondary data",
The three types of games that play the above roles handled by this device are managed as the secondary data,
The signal transmitted to start the game in the secondary data is referred to as a "start signal",
The place that receives the activation signal and collects the necessary information is referred to as the “activation source”,
A computer device used to play the game in the secondary data is referred to as a "gaming computer device",
Assuming that the terminal device used to process the present device is referred to as an "AC computer device",
The players need one of the interacting computer devices, whether or not they are shared;
Assuming that the exchange computer device can be identified by the player ID,
Further, the game computer device dynamically negotiates the contents of the secondary data,
This device includes:
a function of causing the player to operate a terminal using the AC computer device;
a function of managing the secondary data and having the player make an arrangement;
a function of linking with the linking software linked to the secondary data;
Functions to perform and monitor various measurements such as time and number of times,
a function of transmitting and receiving the various signals;
A means to describe "competition field performance management means";
A means described as "facilitator game management means";
A means described as "individual game implementation means",
Equipped with means described as "replacement signal processing means",
The venue performance management means include:
A function to manage the battle configuration;
a function of transmitting the activation signal of the facilitator;
Equipped with a function to calculate results based on the match configuration,
With the function to manage the match configuration,
If the player and the player have zero or more of the facilitators and other handicaps that are set up to calculate the score, manage the status and score of the player in the battle field, and the score. You can understand the status of the facilitator to be calculated,
a function of the facilitator transmitting the activation signal;
transmitting the signal to prompt the facilitator game management means to activate a new facilitator;
A function that calculates results based on the match configuration,
If the result of the facilitator for calculating the score is returned, or if information on the battle elements related to the score is sent, the player's score related to the information is determined according to the settings of the organizer. Add or subtract points to calculate the overall score of the match field,
Also,
The facilitator game management means includes:
a function of processing the activation signal of the facilitator;
A function to start and manage one or more facilitators;
a function of coordinating with the coordination software of the facilitator;
It is equipped with the function of becoming the activation source of the facilitator and collecting necessary information,
When the activation signal of the facilitator is transmitted from any of the battle arenas, the means adds management data and coordinates with the coordination software of the facilitator to perform the facilitation. When it becomes possible to carry out the game, the necessary information is sent to the individual game execution means, the facilitator plays the game through the individual game execution means, and the result of the facilitator is sent from the individual game execution means. is returned, the implementation result is returned to the activation signal source of the facilitator.
The individual game implementation means includes:
A function to manage games requested to be played,
A function for final confirmation of the information sent,
a function of coordinating with the coordinating software;
A function to re-evaluate game results according to settings,
A function to decide who will get the benefit according to the conditions for acquiring the benefit;
A function that allows the recipient to make arrangements if the content of the benefit is undecided;
A function to implement the decided benefit content,
A function for causing the chance game to be played;
Equipped with a function to monitor the execution of the game,
When the necessary information is sent from the activation source, the means adds management data, coordinates with the linkage software for the game to be started, and if possible, transfers the necessary information to the linkage software. When the game is executed in the execution environment of the game side and the execution result is returned to the means through the linking software, the execution result is reevaluated according to the settings of the organizer, and the execution result is re-evaluated according to the settings of the organizer. If there is a player who satisfies the privilege acquisition conditions, the privilege is given to the player directly or indirectly through the chance game, and the result of the game is returned to the activation source. Note that the process of awarding the benefit may be performed after the replacement of the game is completed.
The replacement signal processing means includes:
a function of processing the replacement desire signal;
A function to collect missing information,
The function of determining the motive role;
It is equipped with a function of becoming the activation source of the motivator,
When the replacement request signal is transmitted from any of the battle arenas, the means adds management data, manages the data by dividing all the players involved in the signal by player, and performs the aforementioned entrustment for each player. When a matching relationship is established and established, information is organized for each game as the activation source of the motive role agreed upon by each player, and the necessary information is sent to the individual game implementation means, and the individual game is executed. Since the means processes as described above and returns the implementation result of the motive role to the activation source, the means can record the implementation result in the management data of the player and return it to the entrusting party. If so, the implementation result is returned to the entrusting party along with player information, etc.
As described above, there is a computer device for establishing interaction between different types of games, which is characterized in that a plurality of games are made into parts to form a single game as a whole. The second aspect of the first invention is to increase the battle elements in the battle field,
As different games come together, there is nothing in common between them, and it is difficult to find common value. Therefore, a value that can be used commonly in the battle arena is set, and the value is gained or lost for common actions performed by players in the battle arena, such as replacing the game and making arrangements for the secondary data. The value may be changed to, for example, a coin, a medal, a card in a card game, a position in a position game, etc. according to the arrangement of the organizer, and the results of each player can be calculated based on the value, or the desired value can be changed if the value is not submitted. For example, the secondary data may not be selectable.
Therefore,
Values that can be commonly used in the battle field are described as "common values",
For example, make the common value a 32-bit value so that the usage can be changed by type specification,
Software that changes management and aggregation contents according to the type specification is referred to as "common value aggregation software".
A signal that causes the common value to be gained or lost is referred to as a "gain or loss signal",
This device has
A function to display the common value according to the type specification,
a function of transmitting, receiving and processing the gain/loss signal;
Added a means to describe "common value management means",
The means include:
a function of changing the common value aggregation software according to the type;
A function to coordinate with the common value aggregation software,
a function of coordinating with the battle field performance management means;
Equipped with a function of transmitting, receiving and processing the gain/loss signal,
The common value aggregation software includes:
a function of managing and aggregating the common value based on the battle configuration;
A function to coordinate with the common value management means,
a function of processing the gain/loss signal;
A function that allows the corresponding player to gain or lose the common value,
Equipped with a function to return the operation results of the corresponding player to the source of the gain/loss signal,
When the exchange between the different disciplines begins,
The means determines the common value aggregation software according to the settings of the organizer, installs the software on the computer device for interaction of each player, and calculates the common value aggregation software in the software based on the match configuration of the playing field. The common values are comprehensively managed, and when the gain/loss signal is transmitted from any of the battle arenas, the signal content is passed to the software, and if it can be automatically processed depending on the signal content, it is automatically processed, and processing by the player is required. If so, let the corresponding player process it, return the processing result to the signal source, and the signal source that received the result decides and performs the process based on the result, and performs each process or exchange between different types. Before the end, the results calculated within the software are sent to the competition venue performance management means, and points are added or subtracted to the performance based on the competition configuration of the competition venue according to the settings of the organizer.
As described above, the computer device for establishing interaction between different disciplines according to the first invention is characterized in that the competitive elements are diversified by providing values that can be commonly used in the competitive arena. The third aspect of the first invention is to add the concept of a team to the battle structure,
By assigning the players to one of the teams and changing the battle from a battle between players to a battle between teams, it becomes possible to play three ways of fighting: ``individual battle, team battle, and team battle.''
Therefore,
A group called a "team" that binds one or more of the players is added to the match field performance management means.
and,
The individual competition is
For the team, select one or more of the facilitators as a teammate, select one or more of the facilitators, use the common value if necessary, and calculate the overall score of the player. , compete using the overall result as the team's result.
The team competition is
For the team, have a plurality of the players as teammates, have each player decide on one or more of the facilitators, and if the common value is used, calculate the overall score of each of the players. The overall result is then added up among teammates and competed as the team's result.
The team match is
For the team, the players are teammates, one or more facilitators are selected from the players who represent the team, and the common value is used. The results are calculated and the team competes using the overall result as the team's result.
In addition, if the organizer approves the case where only some teams have one player in some of the team matches and team matches, it may be allowed.
As described above, in order to establish the inter-discipline exchange according to 1 to 2 of the first invention, which is characterized in that the players according to the first invention are grouped into teams and compete based on the results of the teams. computer equipment. The second invention adds the aforementioned confrontation role that was removed in the first invention,
The confrontation role is the same as the facilitator, but since it is a mini-game with no continuity that is played by one or more people, the confrontation role ends when the game is replaced. Therefore, the above-mentioned benefits can be given based on the results, and the benefits can be used to set values that change the battle environment of the player or others, play a specified number of other games including the facilitator, and other games that are not related to the device. Since goods and the like can be obtained, it brings a sense of tension to the playing field and diversifies the embodiments of interaction between different types. A computer device for establishing inter-discipline exchange according to 1 to 3 of the first invention, characterized in that such a confrontation role is added to the first invention,
A group of information collected to perform the confrontation role once is referred to as a "record",
The signal that adds the record is referred to as an "additional signal",
A signal that activates any of the records is referred to as an "activation signal",
The trap is to set a value that changes the battle environment of oneself or another person,
The form in which the result of the motivating role is borrowed from other mutually entrusting relationships is referred to as the ``borrowing type.''
A form in which the motive role is performed for the opposing role without borrowing is referred to as a "non-borrowing type",
The value that identifies the borrowing party in the borrowing type is referred to as the "borrowed value",
The value that specifies the borrowing party is referred to as the "borrowing party specific value",
The value used to check whether it is a value to be borrowed is referred to as "submitted value for borrow type",
Adding the opposing role to the mutually entrusting relationship,
Adding the confrontation role to the primary data and the secondary data,
This device has
Adding a means to describe "confrontation game preparation means",
The means include:
the ability to add said record;
a function of activating the record;
a function of receiving the activation signal;
a function of examining and recording the borrowed value;
a function of transmitting the replacement desire signal;
The function of the activation source of the confrontation role is provided,
The record includes
the secondary data ID of the opposing role;
Information on one or more opponents,
Conditions for acquiring the benefits,
The content of the benefit and
The fighting method,
You can record the destination of the implementation results, etc.
The opponent information includes:
The player ID and
The borrowing partner specific value;
the borrowed value;
the secondary data ID of the motive role;
The implementation result of the motive role is
You can record for that opponent,
Once the record is active,
Since the means is equipped with the function of the activation source of the confrontation role, it cooperates with the coordination software for the confrontation role, prompts the corresponding player to input any missing information, and fulfills the implementation requirements. If the requirements are satisfied, the necessary information is sent to the individual game execution means, and the individual game execution means processes as described above and returns the execution result of the confrontation role to the activation source. When the implementation result is received, the implementation result destination of the record is checked, and if it is valid, the implementation result is sent to the destination. Note that if the implementation requirements are not met, the record is discarded or inactivated and waits for it to become active again. Moreover, the awarding of the benefits is performed by the individual game implementation means.
To activate the record,
1) Specified by the player or
2) Are all the implementation results of the driving role collected?
3) Activate with automatic activation function or
4) Activate or activate with an activation signal.
Note that the automatic activation function includes, for example, providing a timer function and activating it at a specified time, activating it in a specified order or at random, or activating it in response to the activation signal.
The borrow type is
If the result of the motivating role of either player or others is borrowed, and if the game is replaced in the playing field, the "borrowing partner specific value, arrangement of borrowed values, and implementation result of the motivating role" must be submitted each time. When the submission value for the borrowing type that has been sent to the means is sent to the means, the means targets the records managed by the means, and if the confrontation role is unplayed, the borrowing type, and the motive role is For the player information for which the result has not been recorded, check whether the borrowing partner specific value and the borrowed value of the player information are included in the borrow type submission value, and if they are included, Record the implementation result of the motivation role in the submitted value for borrowed type, and after recording, check whether the implementation results of the motivation role of all the opponents in the record have been recorded, and if recorded, activate the record. do.
In addition, the borrowing partner specific value is
To identify a player with a value to identify the player,
1) A method using a unique identification value owned by the player,
2) Method using team number and player number,
3) There is a method that uses classification values called "selection values",
The player ID is a combination of 0 or more classification values and a unique identification value, and 2) and 3) are included in the player ID if necessary. Then, the borrowing partner specific value=player ID.
In addition, the screening value is
A classification value used in this device to select and combine the player, the secondary data (game), the trap, etc., such as "color identification value, figure identification value, number identification value, character identification value", etc. The values are combined to form one selection value. Note that the team number and the player number may be included in the combination. In other words, the code consists of multiple values.
In addition, the borrowed value is
A value for identifying the borrowing party of the result of the motive role excluding the player ID, which has a "borrowing party identification value, a value for identification",
identifying a method for identifying the borrowing party using the borrowing party identification value;
The specified value specifies the borrowing party within the borrowing party specifying method.
The method for identifying the borrowing party is as follows:
1) A method using the number of times game replacement is performed;
2) a method using the screening value;
3) There is a method of using the recording destination of the implementation result of the motive role,
It is specified by the borrowing destination identification value.
Therefore, for example, if the borrowing destination identification value is set to the first method and the specifying value is set to 3, the "result of the motive role of the third execution count" can be borrowed.
The non-borrowed type is
If any of the records becomes active, if the execution result of the motive role of the player in the opponent information of the record is unrecorded and is of a non-borrowed type, check whether there is secondary data of the motive role. , if the secondary data is present, the secondary data ID is sent in addition to the replacement desire signal, and if the secondary data is not present, the replacement desire signal is transmitted as is, and the replacement desire signal is received. The replacement signal processing means processes as described above and returns the execution result of the driving combination to the means as the side to which the player entrusts, so when the execution result is returned to the means, the player After the recording, it is checked whether the performance results of the motivating combination of all the opponents in the record have been recorded, and if recorded, the record is activated. The third invention changes the trust relationship from "one-on-one" to "first half versus second half,"
Rather than combining the entrusting side's game and the entrusted side's game one by one, they are separated into the first half, which is written as "first half," and the second half, which is written as "second half." Collect the values for the battle to be used in the second half of the game by repeatedly playing the motive role played by one player, and in the second half of the game, use the values for the battle that were collected in the first half of the game to play one or more games on the consigning side. The first half of the match is one entrusting side, and the second half of the match is one entrusting side, and the above-mentioned entrusting relationship is established, and one set of the first half and the second half is called a "round". Assuming that a battle in which the round is played one or more times to test the player's overall strength or vitality is referred to as a "round battle", the round battle is required for all or some players in the playing field. A computer device for establishing inter-discipline exchange according to the first to second inventions, which solves the problem of inter-discipline exchange and enriches the fighting style by allowing the exchange to be performed several times. And,
The values used in the second half of the game are referred to as "competition elements",
The round battle that tests the overall strength is referred to as the “total strength battle.”
The round battle that tests the vitality is referred to as the "Katsukuki Battle",
In the comprehensive battle, each player will compete by combining the results of the rounds,
In the knockout match, the number of players who advance to the next round is reduced in each round, and
Players who have earned the right to advance to the next round in the elimination match are referred to as "passers",
The table that manages the players in the round, their results, status, etc. is referred to as the "opponent table".
In the opponent table, the value representing the score of the player is written as "score",
The software used to conduct each round is referred to as "round software",
Changes and adjustments made before each round are referred to as "pre-round changes."
The period given to the player who plays the first half of the game is referred to as the "valid period",
The total time that the player can play during the valid period is described as "time limit",
The total number of times that the player can perform during the validity period is referred to as the "limited number of times",
The total time spent by the player during the valid period is referred to as "cumulative time",
A frame that displays a plurality of the battle elements that the player can select in the first half of the game is referred to as a "first decision frame,"
The frame that displays the secondary data of the motive role that the player can select in the first half of the game is referred to as the "motivation frame",
A frame for displaying the battle elements acquired by the player in the first half of the game is referred to as an "acquisition frame",
A frame in which the battle elements acquired by the player in the first half of the game are arranged in the order of use is referred to as a "ticket frame",
The use of the battle elements acquired in the first half by the player for the second half is referred to as a "ticket",
The signal in which the round software requests the implementation of the motive role is referred to as a "replacement request signal",
The game played in the second half is referred to as the "second half game",
The form in which the player actually plays the second half game is described as "manual",
The form in which the second half of the game is performed automatically by a computer is referred to as "automatic".
The round software includes:
the predetermined frame, the motive frame, the acquisition frame, and the bidding frame;
a function of causing a player to play the first half and the second half of the round;
A function of determining one or more of the battle elements in the pre-determined frame;
A function to arrange one if there is a plurality of secondary data in the motive frame;
A function to coordinate with the means,
a function of transmitting the replacement request signal;
a function of receiving and appropriately processing the result of the replacement request signal;
a function of moving the battle element in the acquisition frame to the playing card frame;
a function that allows the player to start, interrupt, resume, and end the first half;
A function of measuring the cumulative time and the number of times of implementation, etc.;
a function of causing the player to make the bid in the second half;
A function to automatically process if the second half is automatic,
Equipped with a function to calculate the player's performance in the second half of the game,
This device has
Added a means to describe "round battle management means",
The means include:
A function to add and manage round battles,
A function to decide the content and players of the round match,
A function to create and manage a table of opponents in the round,
A function to create and implement a round based on the implementation content,
A function to select a player for each round from among the opponents of the round,
Ability to activate any round battle,
A function to monitor the activated round battle by timing etc.
Equipped with a function that calculates the results of the round battle and returns it to the source of the activation signal,
For active rounds,
A function to decide the round to be conducted,
A function to decide the player who will play the round,
A function to manage the results and status of the round,
a function of causing the player of the round to play the first half;
a function that allows the player to make changes before the round;
A function to coordinate with the round software,
a function of transmitting, receiving and processing the replacement request signal;
a function of receiving the replacement request signal and transmitting the replacement desire signal;
If you want to directly activate a motive role, you need a function that becomes the activation source of the motive role,
a function of saving the battle elements obtained in the first half of the game for each player;
If the second half of the round is in the manual mode, a function that allows the player to perform the manual operation;
If the second half is a confrontation role, the function becomes the activation source of the confrontation role;
If the second half is a facilitator and has not been activated, the function becomes the activation source of the facilitator;
Equipped with a function to obtain the results of the second half from the round software and return them to the round.
In the battle field,
When any round battle becomes active, if there is any missing information, the relevant players are prompted to input it, and if it becomes possible to conduct it, the round to be held is decided, and the round is checked to see if it can be held, and it is possible to carry out the round. In this case, the player who is in charge of the round is informed of the implementation of the round, each of the players makes the pre-round changes, and when the changes are completed, the validity period has been allocated to each of the players, and the validity period is allocated to each player. If it is within the validity period, the player can play the first half of the round by repeating interruption and restart until the cumulative time of the player reaches the time limit or the number of times reaches the limit.
When the first half begins,
The round software is installed on the exchange computer device of the player playing the first half, and the battle elements can be collected through the software.
The collection of battle elements is
When one or more of the battle elements are determined in the predetermined frame, and if there are multiple secondary data in the motive frame, one is determined, and the "Execute" button is pressed, the software sends the replacement desire signal. , directly or indirectly, and in the case of indirect transmission, transmits the replacement request signal to the means, and the means directly activates the driving role or activates it by transmitting the replacement desire signal. In addition, in the case of direct activation from the means, the means becomes the activation source of the motive role, coordinates with the linkage software linked to the secondary data, and executes the necessary information for the individual game implementation means. When the information is sent, the individual game execution means processes as described above and returns the execution result of the motive combination to the activation source means. Further, when the replacement desire signal is transmitted from the means, the replacement signal processing means processes as described above and returns the execution result of the driving combination to the means to which the player entrusts.
If the execution result is returned to the round software,
The round software judges the conditions, and if the conditions are cleared, the battle elements can be acquired according to the conditions, and are accumulated in the acquisition frame. In addition, the player can freely move the battle elements accumulated in the acquisition frame to the batting frame, and if they are moved and placed in the batting frame, the second half of the game can be played automatically. The battle elements are used in the order in which they are set. As mentioned above, the collection of the battle elements for the first half of the game can be performed any number of times within the time or number limits, and the results of the first half of the game are recorded for each player in the means.
In the second half of the game,
It is a competitive game played by one or more people, and starts all at once at a predetermined time. However, the second half of the game can be played automatically or manually, and depends on whether the second half of the game is running or not. Therefore, if the second half of the game is manual and the second half of the game has not been started, the means becomes the activation source of the second half of the game, coordinates with the linking software linked to the secondary data, and When the necessary information is sent to the individual game execution means, the individual game execution means processes as described above and returns the execution result of the second half game to the activation source means. Further, if the second half game is being started manually, if necessary information is passed through the linking software for the second half game, the second half game being started will perform the second half, and The results of the battle are returned to the means through the linking software. In other words, in both cases, the second half of the game is entirely devoted to the second half of the game. Note that if the second half of the game is automatic, the above processing will be performed automatically.
The second half of the game was completely thrown away,
Basically, the round software is started, the battle elements acquired in the first half are restored for each player, and one or more second half games are played as set under the round software. conduct. At this time, if the second half of the game is automatic, the cards are automatically placed in the order set in the bidding frame and repeated a specified number of times. Further, if the second half is the manual game, each player plays a desired battle element from among the battle elements restored to the acquired frame and repeats the game a designated number of times. Note that the second half game and the round software have a high affinity, and usually the second half game develops the round software. Therefore, the method of implementing the second half will depend on the second half game.
Once the second half of the game is over,
The implementation result of the second half is returned to the means as described above, and the round ends.
Once you have finished that round,
The means calculates the result of the round according to the settings of the round match, records it in the opponent list of the round match, and, if the round match is the elimination match, determines the passer and advances to the next round; The next round is repeated in the same manner as the previous round, and when all rounds are completed or the winner of the knockout match is decided, the overall result of the round match is calculated and the activation signal of the round match is determined. Return to sender.
Furthermore, the arrangements for the next round are as follows:
1) The manner in which the condition obtainer makes arrangements;
2) A method in which a computer makes a random arrangement;
3) There is a method in which the computer arranges in the order of settings,
If the method is decided by the first condition obtainer, an input screen is displayed on the exchange computer device of the player to make the specification. The fourth invention is that when the game is replaced, the exchange between different items is performed by (A) a collection of things that you want to obtain, (B) a collection of things that you want to do, and (C) the results of the action. If you create an aggregate that collects 3 aggregates, set the 3 aggregates to 100% based on the event, player, or scene criteria, and unify the usage of 100%, for example, if you If 50 is made to represent positive value, negative value below 50, and equal value to 50, the internal value of each of the three aggregates can be shown as a percentage, and the When values are assigned to each individual, the internal values of the three aggregates can be expressed as values written as "first decision value, second decision value, and result value." Therefore, the predetermined value is the value you decided on what you want to get or do in (A), the final value is the value that was allocated to the thing you want to do in (B), and the result value is the value that was allocated to what you wanted to do in (B). If the results obtained in (C) are recorded, other values can be determined using these three values. For example, if you decide what to do in (B) using the preliminary value of (A), or if you give a passing grade in (C) for the thing you did in (B), you can change what you want to get in (A) up to the grade value in (C). You can make arrangements. Such arrangements can be made in a variety of ways, which is the principle of interaction between different types, but if the three aggregates are set to 100% based on the above criteria, there is no need to use these three values, and up to the third invention. The three values are no longer required. However, if these three values are used and this device also has these three values, the game can be replaced by converting it into the three values that this device has, and as a result, the internal value of each game can be touched. Organizers will now be able to do the following: One is to group the three values and round the values. Two, added value is provided for each group. Values of the three can be adjusted by creating coordinates using these three values. Fourth, the internal value can be adjusted by changing the arranged shape from a linear shape to a rectangular shape. Therefore, the first aspect of the fourth invention is to group some or all of the three values.
Note that the percentage represents the position in the total internal value as a ratio, but if it represents only the position in the total internal value, it can also be expressed as a value such as 0 to 1, for example. Therefore, the finite range that represents the entire internal value is referred to as a "finite range."
In addition, the replacement of the game is summarized as follows.
The motivating role is
In a collection of one or more of the tasks, each individual is assigned a value in the finite range.
The replacement of the game is
1) Pre-determined type,
2) Post-fix type,
3) Do it by the method described as "Mold matching type",
The advance type is a method in which the player decides what he or she wants to get or do first.
The latter type is a method in which the player plays the motive role first and then decides what he wants to get.
The combination type is a method of gathering what you want to achieve in the motive role, either by deciding in advance or by deciding later.
The important values used in replacing the game are:
1) Advance price,
2) Settlement value,
3) Grade value,
4) Replacement type,
5) In the type matching type acquisition value,
The predetermined value is a value that represents the player's goal that is agreed upon before the game is replaced.
The final value is the value assigned to the motive role executed by the player,
The result value is a value representing the result of the player playing the motive role,
The replacement type is a value that indicates which method above was used to replace the game.
The type matching type acquisition value is the value obtained by performing the type matching type above,
The first decision value, the second decision value, and the result value are all values in the finite range.
The tentative name of this important value is
1) Replacement 3-value,
2) 4-value replacement,
3) Replacement 5 values, etc.
The 3 values for replacement are "first decision value, second decision value, and result value",
The 4 values for replacement are ``first value, second value, result value, and replacement type.''
The 5 values for replacement are "first decision value, second decision value, result value, replacement type, type matching type acquired value",
The values used by individual players in replacing the game, including the important values, are recorded in a structure called "replacement value",
How to arrange the secondary data of the motive role is as follows:
1) Arrange on the content of the replacement signal,
2) Make an arrangement with the player's trap,
3) Arrangements will be made in advance by the organizer.
4) Arrange through external means of arrangement;
5) Make arrangements through computer games,
6) Arrange randomly by computer,
7) Players arbitrarily decide;
8) Arranged in other ways, in some form;
The arrangement based on the content of the replacement signal is based on the content of the replacement desire signal,
Arrangements made using the player's traps are those made using the traps described above.
Arrangements made by the organizer in advance are those arranged by the organizer as preparation before the match.
Arrangements made using external means are those that are entrusted to external means.
Arrangements made in a computer game are those made through the game.
Random arrangements made by a computer are those that are left to the computer to make random arrangements.
Arrangements made by the player are left to the will of the player.
Arrangements made in other ways are those made by the opponent, etc.
Arrangements will be made after narrowing down the secondary data that can be implemented.
The player has
1) Caller,
2) Attendant;
3) Equal competitors,
4) There is a distinction between unequal combatants,
The caller is a co-caller included in the replacement desire signal and is given priority;
The accompanying person is a joint sender included in the replacement desire signal who is not prioritized;
A person who responds on an equal footing is a person who responds in the same position as the person who invites a match in the competitive motive role.
A non-equal responder is someone who responds from a different standpoint than the equal responder.
The replacement procedure for the game is as follows:
1) The replacement desire signal can be transmitted from everywhere in the playing field,
2) If the signal is to be transmitted in the predetermined type, record it in the predetermined value;
3) When information for one or more people is transmitted in the replacement desire signal,
4) The replacement signal processing means disassembles and organizes information for each player,
5) Treat the above-mentioned equal responders equally while collecting any missing information;
6) Each player determines the secondary data of the motive role by any of the above methods,
7) If the above-mentioned mutual trust among all players involved in the signal is established,
8) Reorganize the information for each driving role and send it to the individual game implementation means,
9) When information is passed from the individual game execution means to the coordination software,
10) Optimize and recreate the motive role in the implementation environment of the motive role,
11) Deciding on the task to be implemented based on the pre-determined value, etc.;
12) Set the value assigned to the task as the final decision value,
13) Set the grade obtained for the task as the grade value,
14) Use the value acquired by the type matching type as the type acquired value,
15) If the implementation result of the motive role is returned to the individual game implementation means,
16) The execution result is re-evaluated in the individual game execution means,
17) Record the value after the re-evaluation in the replacement 5 values,
18) Arrangements will be made based on the conditions for obtaining the above benefits, if any,
19) If the benefit cannot be processed automatically, have the corresponding player process it,
20) returning the replacement 5-value to the replacement signal processing means and recording it;
21) If the game result can be returned to each entrusting side, return it,
22) The entrusting side performs processing based on the replacement 5 values.
Note that the arrangements for those who obtain benefits are as described above, but the timing of implementation may be after the event has settled down.
In the above process,
This device has
Establishing a means to describe "limited area management means,"
To the means,
the finite area for the predetermined value, which is written as “the finite area for predetermined value”;
the finite area for the final decision value, which is written as “finite area for the final decision”;
providing the finite area for the performance value, which is written as “finite area for performance”;
The organizer can freely divide all or part of the three finite areas before the interaction between different disciplines begins, and the result of the division is
The predetermined limited area records a necessary number of values marked as “predetermined group values,” and
The limited area for post-decision is provided with and recorded the necessary number of values described as “post-decision group value”,
The finite area for grades records the necessary number of values marked as "group values for grades,"
Based on the above group values, it is possible to identify the group to which the pre-determined value or final value or grade value belongs,
The group value includes 1) a group identification value;
2) starting point,
3) End point,
By making it possible to record the value marked as
In the replacement value,
1) Advance starting point,
2) advance end point,
Add the value to be able to record it,
When grouping the predetermined values,
In the game replacement procedure, at an appropriate stage before passing the information to the ninth linking software, the group to which the predetermined value belongs is specified using the predetermined group value, and the start information in the specified group value is specified. The point and the end point are recorded in the predetermined start point and the predetermined end point in the replacement value.
When grouping the final decision value and the result value,
When re-evaluating in the 16th individual game implementation means in the game replacement procedure, the group to which the final value belongs is identified using the final group value, and the group to which the final value belongs is identified using the performance group value. Identify the group you belong to and re-evaluate it.
As described above, the game is characterized in that all or part of the three values are grouped by replacing the game with values in a finite range described as "first decision value, second decision value, and result value". A computer device for establishing exchange between different types according to the first to third inventions. The second aspect of the fourth invention is to provide added value to some or all of the groups grouped in the first aspect of the fourth invention, and the added value includes other benefits and disadvantages including the advantages and disadvantages of the common value. It allows you to obtain traps, and clearing a chance game is added to the acquisition condition.
Therefore,
In the limited area management means,
A structure for comprehensively managing added value called "added value management table",
Add a function to take an argument and process the added value,
In the added value management table,
Manage multiple added values by setting items such as "added value number, condition operator, game number, added content, title",
Identify the added value with the added value number,
Determine whether the added value can be obtained with the conditional operator,
Add the clearing of the chance game to the acquisition condition with the game number,
Indicates the content of added value that can be obtained with the additional content,
The title makes it easy to understand each added value,
The function to process this added value,
The following arguments are passed and processed: ``added value number, target person information, condition judgment value, added value supplementary value.''
In addition,
The value-added number is the value-added number,
The target person information is a value that specifies the player who can obtain the added value,
The condition judgment value is the 3 values for replacement, the secondary data selection value, the number of times the game is replaced, etc.
The added value supplementary value is the common value or the in-process value necessary to complete the added value,
Also,
Add “added value number” to the group value,
In replacing the game,
When the 3-value group for replacement is determined or when the replacement of the game is completed, it is checked whether the added value number is valid for each group value, and if it is valid, the argument is added to the added value. Process the value by passing it to the processing function.
The function that processes the added value that receives the argument is
In the added value management table, the added value is specified by the added value number, the condition is determined by the condition operator of the added value, and at that time, the chance game is cleared with a valid value of the game number. If it is a condition, if the player ID in the argument plays the game with the game number and the acquisition condition for the added value is satisfied, the additional content in the added value management table is implemented.
As described above, the method for establishing inter-species exchange in the first to fourth inventions is characterized by providing added value to the group created in the first part of the fourth invention. computer equipment. The third aspect of the fourth invention is to replace the game by creating the three aggregates (A), (B), and (C), and selecting the three aggregates as "event, player, or scene". Set it to 100%. Therefore, "this device, the game, and the player" that create or change the three values for replacement can all be abstracted into the same finite area, and therefore, the three finite areas that this device has are the basic effective area. If we create two-dimensional coordinates, we can use these coordinates to create a linear figure along the basic effective area with the "game, player" abstracted in the same finite area, and the internal value of each figure can be expressed as a percentage in each figure. , if the base value indicated by the percentage is a value in the finite range of this device, then the percentage and the base value can be mutually converted, and as a result, a linear figure that abstracts "game, player" By changing the placement position and placement size, it becomes possible to adjust internal and external values. It makes it possible,
The value that records the shape size and position on the coordinates is referred to as "shape value",
Enable to record "object identification value, figure identification value, figure starting point, figure length" in the figure value,
Identify the “game, player” with the object identification value,
Identify which figure of the three replacement values it is based on the figure identification value,
Indicate the base value of the figure at the start point of the figure,
The figure length indicates the basic axis length of the figure,
Assuming that the above figure values have been adjusted in advance by the organizer,
The limited area management means,
A function to create the shape value and record the changes,
Adding a function to mutually convert the base value and the internal position,
When replacing the game,
The order of value conversion is basically the game and player, but it can be changed.
In the case of the above predetermined value,
When the predetermined value is sent to this device, it is checked whether or not there is a graphic value that has the object identification value of the sender in the graphic value in the predetermined finite area, and if there is, the graphic value is , identify the percentage position that corresponds to the predetermined value, convert the specified position into a base value of the coordinates, and overwrite it on the predetermined value, and then convert the graphic value having the object identification value of the player. If there is, identify the percentage position corresponding to the predetermined value in the figure value, convert the specified position to the base value of the coordinate, overwrite it with the predetermined value, and use the predetermined value. The grouping described in the first aspect of the fourth invention is achieved.
In the case of the final decision value and the result value,
When the two values are returned from the game side to the individual game implementation means, before grouping the values or making conditional judgments, in the case of the latter value, the second value is used. Convert with the graphical value of the finite area, and in the case of the grade value, convert with the graphical value of the finite area for grade values, use the converted value as the final value and the grade value, and convert the converted value into the group. Processing such as oxidation.
For values outside the basic effective range, values below the finite range are set to the lowest value in the finite range, and values above the finite range are set to the highest value in the finite range.
As described above, a two-dimensional coordinate is created with the three finite areas of this device as the basic effective area, and a "game, player" that creates or changes the three replacement values is placed on the coordinate. Abstracting it into a finite area and arranging it as a linear figure, showing each internal value as a percentage in each figure, converting the position of the percentage into a base value of the coordinates, and replacing the game. A computer device for establishing exchange between different types, which is characterized by the second aspect of the first to fourth inventions. The fourth aspect of the fourth invention is to adjust the internal value of the graphic value,
The linear figure is changed to a rectangular figure, the figure is displayed, and the organizer freely divides the rectangular figure along the base axis of the coordinates, and the dividing point created on one side cannot be moved. By making the dividing point on the other side movable, even if the ratio position within the dividing frame is the same, by changing the range within the dividing frame, the overall position of each side can be changed. The values passed from the graphics side to the graphics side or the values received by this device from the graphics side are mutually converted.
Therefore,
Change the shape represented by the shape value from linear to rectangular,
The dividing point that cannot be moved on the left side of the figure is referred to as a "fixed point",
A movable dividing point provided on the right side of the figure is referred to as a "moving point",
A set of the fixed point and the moving point is referred to as a "divided value",
Adding the array of division values to the figure value that manages the figure and recording the required number;
The ratio position where the entire left side of the figure is 100 is written as the "left side position",
The ratio position where the entire right side of the figure is 100 is written as the "right side position",
The affiliation frame of the left-hand side position and the right-hand side position is referred to as "belonging frame",
The ratio position where the area within the affiliation frame is 100 is referred to as the “position within the affiliation frame”,
The left side position and the right side position are referred to as "overall position",
Converting the overall position to the position within the affiliation frame is referred to as "conversion to the affiliation frame",
Converting the position within the belonging frame to the overall position is referred to as "total positioning",
The value to be passed to the game side adjusted in the third aspect of the fourth invention is written as "lvalue",
The value passed to the game side through the fourth aspect of the fourth invention is referred to as "rvalue",
The process of converting the left-hand value to the right-hand value is referred to as "right-side conversion",
The process of converting the right-hand side value to the left-hand value is referred to as "left-side conversion",
To the means,
Add a function to process the above,
When performing the right-hand side conversion,
The left side value becomes the left side position, the left side position is placed within the belonging frame, the position within the belonging frame is calculated, and the position within the belonging frame is converted to a position on the right side within the same belonging frame. , converts the converted position within the belonging frame to the right-hand side position, and passes the right-hand side position to the game side as the right-hand side value.
When converting to the left side,
The right-hand side value becomes the right-hand side position, the right-hand side position is placed within the belonging frame, the position within the belonging frame is calculated, and the position within the belonging frame is converted to a position on the left side within the same belonging frame. , the converted position within the belonging frame is converted to the left side position, and the left side position is passed to the present device as the left side value.
As described above, the third aspect of the first to fourth inventions is a computer device for establishing exchange between different types, which is characterized by making it possible to adjust internal values. The fifth invention is another form of interaction between different types,
The five values for replacement are collected while the entrusting party is undecided, and the trap is set in the means. In other words,
1) A trap was set in a planned manner,
2) Replacement 5 values are used in a planned manner,
3) Games can be replaced without deciding who is entrusting the game.
A computer device for establishing inter-species exchange according to the first to fourth inventions, which is characterized by making the above three things possible,
The value used to set the trap is referred to as the "in-progress value",
The place where the trap and the replacement 5 values are recorded is referred to as "recording destination",
The necessary number of recording destinations are created for each player and each entrusting party,
The value for specifying the recording destination is referred to as a "recording destination specific value",
A signal that refers to the in-process value from the specified recording destination is referred to as a "recording destination reference signal,"
A signal that causes the player to arrange the required number of recording destinations is referred to as a "recording destination arrangement signal",
The process of determining the replacement type and advance value that the player performs before replacing the game is referred to as "pre-replacement processing",
Assuming that the value used in the replacement type and the combination type of the game is known in the replacement type,
This device has
Provide a means to describe "player-specific replacement recording means",
To the means,
A function to create the recording destination and manage its status, etc.;
a function of recording a value used for the trap in the recording destination;
a function of recording the replacement 5 values in the recording destination;
a function of completing the recording destination specific value;
A function to obtain the contents of the specified recording destination;
A function that allows the player to specify the recording destination,
a function of processing the recording destination reference signal;
a function of processing the recording destination arrangement signal;
a function of transmitting the replacement desire signal;
a function of determining the replacement type when transmitting the replacement desire signal;
Equipped with a function to determine the predetermined price when transmitting the replacement desire signal,
Upon receiving the recording destination reference signal,
The means checks the players in the signal, and if there is a player for whom the recording destination specific value is undetermined, the means sends the information given to the player to the player's exchange computer device. Display the recording destinations and have them specify one, and once the recording destinations for all the players in the signal have been identified, check the recording destinations of the specified destinations and check the specified recording destinations set at the recording destination. Obtain the value used for the trap and return it to the signal source,
If the recording order arrangement signal is received,
The means displays, on the exchange computer device of the player at the signal, the recording destination for all of the playing fields, or displays the recording destination given to the player, determining one or more recording destinations and returning it to the signal source;
When transmitting the replacement desire signal from the means,
Displaying the unused recording destinations owned by the player on the AC computer device of the player that transmits the signal, causing the player to identify one, performing the replacement pre-processing, and transmitting the replacement desire signal. The replacement signal processing means processes as described above and returns the implementation result of the motive combination as the replacement 5-value, so the means records it in the specified recording destination. The sixth invention makes it possible to set the trap for interactions between different types of things that have little in common,
It is realized through multiple efforts. In addition, the composite device is
1) Games can now be replaced using values in a finite range.
2) The re-creation of the motive role was done in two stages so that the second time could be done with values in a finite range.
3) Abstract games and players in a finite domain.
4) A selection value was set for the player and secondary data so that they could be combined.
5) Created a trap destination using the fifth invention.
As a result, we created the trap recording destination, trap target, and trap type within the mechanism of this device, making it possible to set traps in games that have no common features. A computer device for establishing inter-discipline exchange according to the first to fifth inventions, characterized by:
The content of the work-in-progress value is a "code, numbered value," etc.
The code shall consist of "type, object, product name" etc.
Broadly categorize according to the type,
By subcategorizing the target and making it possible to understand the destination and type of trap,
By making it possible to identify traps by the product name,
In addition to determining the actual work in progress using the numbered value,
The numbered value can be added/subtracted and overwritten,
Also,
Since the work-in-progress value is a variable, the work-in-progress value requires a main body,
The collection of all the main books that result in the work-in-progress value is referred to as the "work-in-progress value main body",
Each book has information such as "code, title, description, numbered value, processing by number", etc.
The trap can be identified by the code,
The title tells you the name of the trap,
The explanation will give you an overview of the trap,
The content set by the trap can be identified by the numbered value,
Processing by number allows processing to be performed according to the number,
Assuming that the work-in-progress value itself is managed using a data structure,
This device has
Added a method to describe "trap and template management methods",
To the means,
a function of managing the work-in-progress value body;
A function that displays a limited number of traps that can be implemented,
A function to place an in-process value in a predetermined location,
A method function that takes arguments and returns a result,
Equipped with a function to resolve missing information,
To additionally record the work-in-progress value,
When you select a place to set the trap, the trap to be set at the destination is extracted from the in-process value body, and when the trap to be set is specified, the specified trap creates the in-process value, and the in-process value is transferred to the record destination. is added to the array of the work-in-progress value in .
To process the work in process value,
When passed to a method of the means that takes the "work-in-progress value" and "original value" as arguments, the means identifies the trap in the work-in-process value body with the code of the work-in-progress value, and uses the numbered value to identify the trap in the work-in-process value body. The process by number is specified, the original value is modified, and the modified value is returned as a return value of the method. The seventh invention allows traps to be set within each game,
The above-mentioned work-in-progress value was valid only for the mechanism of exchange between different types. Therefore, the trap has two stages, with the first stage being ambiguous and the second stage confirming it. As a result, each game has ambiguous traps, so traps can be set within the game, but on the other hand, players need to have knowledge about traps, and players with little knowledge may find that traps vary from game to game. It becomes difficult to set up a trap. Therefore, the seventh invention is a two-stage trap and an auxiliary function that makes the trap easier to use, and a computer device that establishes the inter-species exchange according to the first to sixth inventions, having the above characteristics. And,
The variable that records the trap of the two-stage method is written as "reward and penalty value",
The reward/punishment value is set as a “reward/punishment code, number,” etc.
With the reward/punishment code, the "type, object, product name" etc. can be known in the same way as the work-in-progress value,
As a means of determining the actual reward and punishment to be carried out with that number,
The main text of the reward and punishment value is referred to as the "reward and punishment term",
The reward/punishment term is the trap consisting of “reward/punishment code, ambiguous title, ambiguous explanation, summary of numbers,” etc.
The trap can be identified by the reward/punishment code,
You can understand the ambiguous heading of the trap by the ambiguous title,
The vague explanation gives a vague outline of the trap,
You can see the summary of the numbered value in the summary of the number,
All reward and punishment terms are managed in a data structure,
Those that determine the implementation content for each game with respect to the reward/punishment terms are referred to as "complementary terms".
The complementary terms consist of "reward/punishment code, game ID, game name, specific title, specific explanation, number to be used," etc.
The reward/punishment term can be identified by the reward/punishment code,
The game with the complementary term can be identified by the game ID,
The game name of the complementary term can be found from the game name,
You can find the specific trap heading with the specific title,
The specific explanation explains the specific trap,
The number of traps that can be used with the complementary term is determined by the number used,
Assuming that all the complementary terms are managed in a data structure,
Also,
Assuming that the reward/punishment code used for the reward/punishment value, the reward/punishment term, and the complementary term is the same, and the reward/punishment code is used to associate the reward/punishment value, the reward/punishment term, and the complementary term,
Also,
Assuming that the source of the trap and the type of trap can be determined by the reward/punishment code,
Also,
The game ID in the complementary term is associated with the secondary data used in the battle field and the game ID of the primary data associated with the secondary data,
This device has
Added a means for managing reward and punishment terminology,
To the means,
A function to manage and display the reward and punishment terms,
A function to manage and display the complementary terms,
A function of associating with secondary data of the battle field;
Equipped with the ability to create various indexes,
When you select the secondary data of the battle field,
The game ID in the primary data linked to the secondary data is extracted, and the complementary term of the game ID is extracted and displayed around the secondary data.
If you choose rewards and punishments using reward and punishment terms,
The reward/punishment code of the reward/punishment term is extracted, and in the complementary term, the complementary term is first extracted with the game ID associated with the secondary data of the battle field, and then the reward/punishment code is used in the reward/punishment code. A possible game ID is extracted, and then the secondary data associated with the game ID is extracted and displayed around the reward/punishment code.
When you select the target of the trap,
In the complementary term associated with the secondary data of the battle field, the reward/punishment code corresponding to the target of the trap is extracted and displayed around the target of the trap. The eighth invention collects and compares three replacement values from multiple people,
A single comparison of the three replacement values for the plurality of people is described as a "comparison match",
A bundle of one or more comparison matches is referred to as a "repetitive match",
The value that records and returns the result of the comparison match is referred to as the "comparison value",
The comparison method of the comparison match is described as "comparison method",
The value that specifies the replacement three values for the comparison match is described as a “comparison destination specific value”,
If the player-specific replacement record is used, the comparison game specific value is the recording destination specific value,
If the comparison match specific value is specified by the number of substitutions in the game, it is written as "number of substitutions",
The value that restarts the process that was suspended for the comparison match is referred to as the "resume identification value",
This device has
Added the means described as "comparative warfare implementation means",
The means include:
A function to create the necessary number of said repeated battles,
a function of collecting the replacement three values;
a function to compare based on the comparison method;
Equipped with a function to judge failure,
The processing of the comparison match is as follows:
In the replacement signal processing means, while processing the replacement desire signal, the three replacement values of each player involved in the signal are returned, and before the three replacement values are returned for each of the entrusting parties. When the restart identification value is issued to each player and the comparison target specific value, the replacement three values, and the restart identification value are sent to the means, the comparison result is returned from the means. The replacement process for the game is interrupted until the end.
The means for receiving the transmission is
Check to see if there is a comparison match that matches the specific comparison target value, record it if it is found, and if recorded, check if the three replacement values for the comparison match are complete, and if they are, it is in the comparison match. A comparison is made based on the comparison method, the comparison result is recorded in the comparison value of each opponent, and the restart identification value and the comparison value are made into a set and returned to the replacement signal processing means.
The replacement signal processing means that received the result,
The source of the replacement ternary value is specified using the restart identification value, the comparison value is added to the game result of the player, and the interruption process is restarted.
As described above, the cross-discipline exchange according to the first to fourth inventions is characterized in that three or more people's three values for replacement are compared and the result is recorded as a comparison value and returned to the sender. A computer device for establishing the