Summary:
U.S. Patent No. 9,616,329 (the '329 Patent) describes a system for adaptive learning in a video game engine. AI opponents often fail to replicate the adaptive learning abilities of a human opponent. A human can quickly analyze an opponent's strategy and adjust easily. The '329 Patent hopes to change that by providing a system to implement adaptive learning into a video game. According to the patent, the game will begin to record the gameplay of an initial match. Upon completion of the match, the system will analyze the recording for key moments and player habits which lead to the outcome. For example, in Madden, the game will analyze the sequence and moments that allowed the human player to score a touchdown. The resulting analysis and recorded sequence are stored within the system's memory. During the second match, the system uses the recording to identify human player's habits. Using the analysis from earlier, the computer opponent adjusts its tactics to counter the human player. The player may find that the running play that once scored touchdowns is no longer a viable option.


Abstract:
Techniques are disclosed that can capture sequences of player input in response to situations confronting a player of a video game while playing the video game on a game console. A game engine within the game console may associate an archetype with the captured sequences. The outcomes of the captured sequences are determined with respect to the game situations and a score is applied to the captured sequences based on the outcomes. The captured sequences, the outcomes and the scores are stored in a runtime memory within the game console used to play the video game. Upon completion of the video game, the stored captured sequences, the outcomes and the scores may be downloaded and stored to an external memory associated with the game console. Subsequent video game sessions may load the captured sequences, the outcomes and the scores into the runtime memory to be used in the next session.

Illustrative Claim:

Researched By: Andrew F. Thomas

Summary:
U.S. Patent No. 5,885,156 (the '156 Patent) describes a method for achieving experience points through dialog. The '156 Patent specifically relates to Konami's Pawapuro or Power Pros series, which is a baseball game that features some role-playing game elements. Power Pros features a mode called "Success Mode," which entailed users playing the life of an up-and-coming baseball player. Users start off with low stats and must train to become a better player. Part of the mode is managing the baseball player's social life as well. The game generates random events that impact the baseball player's stats. The '156 Patent describes the method of how the social events affect the player's stats. For every random event, a set of options are given to the user, each generating a different outcome. The user earns experience points for choosing an option, but not every option is treated equally. Some options may give players more experience points than others, while some may hurt a player's stats. Every play-through of "Success Mode" is different because the events are randomly generated.
Abstract:
A game cartridge is inserted into a game device, and a controller is operated to display and perform a game stored in the game cartridge on a display monitor. The game cartridge has a ROM for storing a game program and a RAM for storing data of a play character having unique abilities. The controller is operated to instruct a play character to repeat various patterns of speech and action to increase the number of "remaining experience credits". Obtained "remaining experience credits" are assigned to abilities of the play characters to achieve desired ability values for thereby growing the play character until it develops unique abilities.



Illustrative Claim:



Researched By: Andrew F. Thomas

Summary:
U.S. Patent No. 9,061,205 (the '205 Patent) describes a method to add more variety in a music rhythm game during a free play routine. Music rhythm games like Guitar Hero often feature a free play feature. The '205 describes a method where if the player holds the plastic guitar in a certain position during free play, the game will enter into a different mode. Pointing the head of the guitar downward would access a power chord mode. The game would mute the normal audio sample and begin to play a power chord version of the same song. The idea is to recreate the artistic nature that takes place during live performances. A real guitarist can add or subtract elements from a song while playing, and that is the type of freedom the '205 Patent aims to give players.


Abstract:

Illustrative Claim:
1. A method of generating audio tracks in a music video game, comprising: receiving a first input signal indicating status of a first plurality of input devices of a video game controller; outputting a polyphonic audio compilation based on the first input signal, the polyphonic audio compilation including at least two audio tracks featuring a sequence of notes or chords of different instruments; receiving a second input signal indicating status of a second plurality of input devices of the video game controller; selecting at least one of the at least two audio tracks based on the second input signal; and muting the at least one of the at least two audio tracks.


Researched By: Andrew F. Thomas

Summary:
U.S. Patent No. 5,390,937 (the '937 Patent) describes the active battle system found in games like Final Fantasy IV or Chrono Trigger. Traditionally, RPG's used a turn-based battle system, where each character has to wait for their turn to attack.  Turn order is based on who has the highest agility or speed stat. The active battle system, as described by the '937 Patent, scrapes the traditional turns for constant action. Player characters and enemies can attack at any time in an active battle system. A timer governs when each character may attack. The active battle system creates a dynamic feeling compared to the static nature of a turn-based system. Players must choose their next move wisely because of the unpredictable nature of when the next attack will occur.


Abstract:

Illustrative Claim:
1. In a video game apparatus in which a player character and an enemy character are displayed on a display screen of a display unit and the player character and enemy character carry out attacks on each other in accordance with an inputted action command or a predetermined action schedule, a method of controlling the video game apparatus comprising the steps of: clocking a time, which has been stipulated for each character, from the end of a previous action of a character; generating a signal for character when the time clocked in said clocking step is equal to or greater than a predetermined time assigned to that character; allowing, in response to said generated signal, input of an action command if the character is a player character, and processing in accordance with the inputted action command; and processing, in response to said generated signal, an action in accordance with the predetermined action schedule if the character is an enemy character.

Researched By: Andrew F. Thomas

Summary:

Abstract:
The storyline of a dynamically generated entertainment program, such as a video game, is generated using a matrix of reusable storyline fragments called substories. A set of characters that participate in the storyline is established and a set of reusable substories is defined. Each substory represents a "fragment of a story", usually involving an action by a subject, where the subject is one of the characters. Most substories can be reused multiple times with different ones of the characters being the subject and different ones of the characters being the direct object of the substory. Each substory has a set of possible reaction substories, which are a subset of the defined substories. A plan list stores plan data indicating ones of the substories to be performed at specified times. An initial "seed story" in the form of an initial set of substories is stored in the plan list. The substories stored in the plan list are executed at times corresponding to their respective specified times. For at least a subset of the executed substories, the end user of the system is either shown a video image representing the executed substory or is otherwise informed of the executed substory. In reaction to each executed substory, plans to perform additional ones of the substories are generated. The additional substories are ones of the set of possible reaction substories for each executed substory. Each plan to perform an additional substory is assigned a specified time and plan data representing the plan is stored in the plan list.

Illustrative Claim:
1. A method of generating a sequence of images representing a dynamically generated story line, comprising: establishing a set of characters; defining a set of re-usable substories, a multiplicity of the substories representing an action by a subject comprising a selectable one of the characters where the action is performed with respect to at least one object comprising at least a selectable one of the characters; for each substory, establishing a set of possible reaction substories comprising a subset of the set of re-usable substories; establishing a plan list for storing plans indicating ones of the substories to be performed; storing in the plan list an initial set of plans, each of the stored plans representing a substory to be performed; executing ones of the substories represented by the plans stored in the plan list; establishing a physical position for each of the characters and updating the characters' physical positions during the executing step; establishing a current time and advancing the current time during the executing step; generating, in reaction to each executed substory, additional plans to perform additional ones of the substories wherein the additional substories comprise selected ones of the set of possible reaction substories for the executed substory; and storing the generated plans in the plan list; the plan list at times storing a multiplicity of the generated plans; the generating plans step including receiving, in reaction to at least a subset of the executed substories, input from an end user and selecting at least a subset of the additional substories in accordance with the end user input; the plan generating step including assigning each generated plan an earliest execution time and a set of associated characters including a subject and an object, wherein the subject and object are each a specified one of the characters; each stored plan in the plan list including the assigned earliest execution time, subject and object, such that at various times at least a subset of the plans in the plan list have respective earliest execution times that are later than the current time; at least a subset of the generated plans comprising deferred plans, where each deferred plan's execution is deferred because its earliest execution time is later than the current time and/or its associated characters are not physically proximate each other; the executing step including selecting for execution one plan from those of the stored plans in the plan list whose associated earliest execution time is at least as early as the current time and that meet opportunity availability criteria, the opportunity availability criteria including a requirement that the characters associated with the one plan have physical positions that are proximate to one another; wherein the generated plans are executed in a different order than those generated plans are added to the plan list by the generated plans storing step.

Researched By: Andrew F. Thomas

Summary:

Abstract:

Illustrative Claim:



Researched By: Andrew F. Thomas

A multi-player, multi-character video game where the game rules force the players to cooperate in negotiating the maze at least until the characters reach a portion of the maze where a specific objective is located. Certain limited resources to change the attributes of the characters or to increase their longevity are displayed in a maze. The players may compete to obtain possession of these limited resources when the characters have cooperated in their movements sufficiently to move to the location of the limited resources. Cooperation among the characters is forced by forcing all characters active in the game to remain visible in the displayed window. Players may enter the game at any time, and they may leave the game at any time without affecting the status of the game or the status of the other characters in the game. All active players may simultaneously, independently control their characters so long as they do not attempt to move their characters outside the currently displayed window.

Summary:
Smart Phones have allowed people to play games anywhere. U.S. Patent No. 8,282,491 (the '491 Patent) describes a method and system for giving in-game rewards to players for performing an action at a physical location. The game may give a player in-game currency for scanning the receipt for coffee from Starbucks. The '491 Patent relates more to how the game determines the reward for the player, than how the game determines a player's location. Rewards are determined based on the player's demographic information, how often the player visits the location, how often the player buys something from the location.

Abstract:
Systems and methods for providing game-based incentives to users of online games as a reward for performing actions at physical locations are provided.

Illustrative Claim:
1. A method comprising: accessing a game state of one or more computer-implemented games associated with a user; determining, using at least one processor of a machine, an incentive reward for the user based at least in part on the game state of the one or more computer-implemented games, the incentive reward being an in-game asset in the one or more computer-implemented games; determining a location-based action for the user based at least in part on the game state of the one or more computer-implemented games, the location-based action being an action performable by the user at a physical location that is external to the one or more games; and transmitting, to a device associated with the user, a message comprising a description of the location-based action, a description of the incentive reward, and an offer of the incentive reward for performing the location-based action at the physical location.


Researched By: Andrew F. Thomas

Summary:
U.S. Patent No. 7,887,403 (the '403 Patent) describes an RPG battle system where player characters and enemies share magic points (MP). Traditionally, in an RPG every character is given their own MP. MP can be used for magic attacks that may have different effects than a standard attack. When a character no longer has any MP, that character may not cast any magic attacks. The '403 Patent describes a battle system where both sides share MP. Sharing MP could change a player's strategy in battle. Typically, players try to maintain their MP so their characters can keep performing magic attacks. With shared MP, a player may find it more beneficial in some situations to entirely drain the MP so an enemy character cannot cast any magic attacks of their own.


Abstract:
In a game system, a PC control unit controls an attack on an enemy character by a player's character. An enemy character control unit controls an attack on the player's character by the enemy character. An MP management unit stores, in an MP storage, a current value of a magic point indicative of the power required for a magic attack and manages an increase and decrease in the current value of the magic point. The magic point stored in the MP storage is used commonly by the player's character and the enemy character. When the player's character attacks the enemy character and the enemy character attacks the player's character, the MP management unit subtracts a value required for the attack, from the current value of the magic point.

Illustrative Claim:
6. A game system comprising: a player's character control unit which controls an action of a player's character in a battle between the player's character and an enemy character; an enemy character control unit which controls an action of the enemy character in the battle; and a first point management unit which stores, in a first point storage, a current value of a first point indicative of a power required for achieving a specific ability in the battle and which manages an increase and decrease in the current value of the first point; and a second point management unit which stores, in a second point storage, a current value of a second point indicative of a vitality of the player's character and the enemy character and manages an increase and decrease in the current value of the second point, wherein when one character attacks on the other character, said second point management unit subtracts a predetermined value, as a damage caused by the attack, from the current value of the second point, said first point management unit adds a value calculated according to the damage caused by the attack, to the current value of the first point, the first point stored in the first point storage is shared by the player's character and the enemy character, and wherein when the player's character exercises the specific ability or the enemy character exercises the specific ability, said first point management unit subtracts a value required for the exercise of the specific ability, from the current value of the first point; and wherein when an action has been executed by a first character and thereafter the first character is attacked by a second character during a time duration until the action by the first character is completed, said first program code module which controls the action of the player's character and said second program code module which controls the action of the enemy character cancel the action by the first character and when the first point in the first point storage has been reduced by the action by the first character, said first program code module which controls the action of the player's character and said second program code module which controls the action of the enemy character restore the value by adding an value equivalent to the amount subtracted.


Researched By: Andrew F. Thomas

Summary:

Abstract:

Illustrative Claim:
1. A game control method for making a computer, having a processor, a memory, and operation input means, perform game processing in which a player character that acts in response to a player operation and an enemy character attack each other, and in which a vitality parameter set for the player character is decreased in accordance with damage given to the player character when the enemy character makes an attack on the player character, the game control method comprising the steps of: setting by the processor the damage as ineffective damage or effective damage based on a value of an attack-power parameter of a weapon used in the attack by the enemy character; storing by the processor an amount of said ineffective damage into the memory when the player character is given the ineffective damage; restoring by the processor the amount of the ineffective damage stored in the memory decreased by a predetermined amount as time elapses after the player character is given the ineffective damage; calculating by the processor, as the player character is given effective damage while the amount of ineffective damage is stored in the memory, a total amount of damage that includes an amount of effective damage based on the effective damage and the amount of ineffective damage in the memory, and decreasing by the processor the vitality parameter of the player character based on the amount of damage; setting the attack-power parameter for the attack, wherein said setting the damage sets the damage as the effective damage or the ineffective damage based on the attack-power parameter; generating by the processor one or more points for the player character for each successful attack on the enemy character by the player character; and changing by the processor, when an accumulation of points reaches a predetermined amount, a state of the player character in which all damage incurred by the player character during a predetermined period of a remainder of a current game is set as ineffective damage regardless of the attack-power parameter value.

Researched By: Andrew F. Thomas