JP7475623B2 - Gaming Machines - Google Patents

Description

The present invention relates to an amusement machine.

Operation effects in which a numerical value for an effect (effect value) changes when a player operates an operating means such as a push button are known (see, for example, Patent Document 1 below).

JP 2013-188571 A

The problem that this invention aims to solve is to provide a gaming machine that can improve the intrigue of operational effects in which the performance values change.

The gaming machine of the present invention, which has been made to solve the above problems, comprises an operating means operable by a player, and an effect execution means for executing an operation effect that encourages the player to continuously operate the operating means, and the operation effect is set such that an effect value displayed on a display device reaching 0 is an event advantageous to the player, and the unit change amount, which is the amount of decrease in the effect value per unit operation of the operating means, in the operation effect differs depending on the state of the effect image displayed on the display device.

The gaming machine of the present invention makes it possible to improve the intrigue of operational effects in which the performance values change.

1 is an external perspective view (partially omitted) of a gaming machine according to an embodiment of the present invention. FIG. 2 is a diagram showing a game board and a display device fixed behind it. A diagram showing the identification pattern and reserved pattern displayed in the display area. FIG. 13 is a diagram for explaining the numerical reduction effect. FIG. 5 is a diagram for explaining the numerical decrease effect (continuation of FIG. 4). 13 is a table showing the relationship between the number of effect images (initial number) at the start of a unit effect and the unit amount of change. This is a table showing the initial numbers in the Nth unit performance for each scenario of the numerical decrease performance. FIG. 13 is a diagram for explaining a second specific example of a numerical decrease presentation. A figure for explaining a fifth specific example of a numerical decrease presentation. A figure to explain a sixth specific example of a numerical decrease presentation. 13 is a diagram for explaining a hidden operation presentation. FIG. A diagram to explain the types of special post-event performances. 13 is a diagram for explaining a first specific example of a hidden operation presentation. FIG. 13 is a diagram for explaining a second specific example of a hidden operation presentation. FIG. FIG. 13 is a diagram for explaining the pattern presentation. FIG. 15 is a diagram for explaining the pattern presentation. A figure to explain a fourth specific example of pattern presentation.

1) Basic Configuration of the Gaming Machine Hereinafter, an embodiment of a gaming machine 1 (pachinko gaming machine) according to the present invention will be described in detail with reference to the drawings. First, the overall configuration of the gaming machine 1 will be briefly described with reference to Figs. 1 and 2.

The gaming machine 1 includes a gaming board 90. The gaming board 90 is made of a substantially square piece of plywood, and has a guide rail 903 that is substantially arc-shaped and forms a path that guides gaming balls launched by operating a launching device 908 (launching handle) to a gaming area 902.

The game area 902 is provided with a display device 91, a starting area 904, a big prize opening 906, an outlet opening, etc. The display area 911 of the display device 91 is a portion that can be seen through an opening 901 formed in the game board 90. The game area 902 is also provided with a number of game pegs that act as obstacles against which the game balls collide, causing changes in the way the game balls flow down. The game balls flowing down the game area 902 change into various forms depending on the conditions when they collide with the game pegs.

In this type of gaming machine 1, gaming balls are launched toward the gaming area 902 by operating the launching device 908. When a gaming ball flowing down the gaming area 902 enters a winning hole such as the starting area 904 or the big winning hole 906, a predetermined number of winning balls are paid out by the payout device.

The front frame of the gaming machine 1 is provided with an operating means 10 that can be operated by the player. In this embodiment, a first operating means 11 which is a push button and a second operating means 12 which resembles a "sword" are provided (see FIG. 1). In the following description, when the operating means 10 is simply mentioned without any special explanation, it refers to the first operating means 11.

Note that we will not explain components of the gaming machine 1 that are not related to the present invention, such as the lower tray and upper tray that store the gaming balls. These components can have the same structure as known gaming machines.

The lottery for the big win is executed by the winning/losing determination means provided on the control board (not shown) when the game ball enters the starting area 904. In this embodiment, the starting area 904 is provided with a first starting area 904a (the so-called "special chart 1" starting area) and a second starting area 904b (the so-called "special chart 2" starting area). When the game ball enters the starting area 904, a numerical value (winning/losing determination information) is acquired from a random number source, and if the numerical value is the same as the predetermined winning numerical value, it is a big win, and if it is different, it is a loss. In this embodiment, the notification of the winning/losing determination result is started in the order in which the numerical value is acquired (so-called fluctuation is started), but if there is winning/losing determination information for which the notification of the winning/losing determination result has not yet been completed, the newly acquired winning/losing determination information is stored as reserved information in the storage means provided on the control board (not shown). The fact that reserved information is stored in the storage means is displayed as reserved pattern 70.

In this embodiment, as the reserved pattern 70, a changing reserved pattern 71 (a pattern indicating the existence of the so-called "relevant change reserved") corresponding to information in which the notification effect of the winning/losing judgment result (the effect from the start of the change of the identification pattern 80 (identification pattern group 80g) to the complete stop of the combination indicating the winning/losing judgment result, the so-called one-change mid-point effect) has started but the notification of the winning/losing judgment result has not been completed (hereinafter, sometimes referred to as changing pending information), and a pre-change reserved pattern 72 corresponding to information in which the notification effect of the winning/losing judgment result has not started (hereinafter, sometimes referred to as pre-change pending information) are displayed (see FIG. 3). In this embodiment, the basic form of the changing reserved pattern 71 and the pre-change reserved pattern 72 are the same, and the changing reserved pattern 71 is displayed larger than the pre-change reserved pattern 72 to distinguish between the two. The basic form of the changing reserved pattern 71 and the pre-change reserved pattern 72 may be completely different.

The maximum number of pre-change reserved information that can be stored is limited. In this embodiment, the maximum number of first pre-change reserved information (special chart 1 reserved) that can be obtained by winning the first starting area 904a is four, and the maximum number of second pre-change reserved information (special chart 2 reserved) that can be obtained by winning the second starting area 904b is four. Therefore, with regard to the reserved pattern 70 that corresponds to either special chart 1 or special chart 2, one currently changing reserved pattern 71 and up to four pre-change reserved patterns 72 may be displayed (see Figure 3).

In this embodiment, as in known gaming machines, the result of the winning/losing determination is notified to the player by the combination of identification symbols 80 (see FIG. 3) displayed in the display area 911 of the display device 91. Specifically, identification symbol groups 80g (left identification symbol group 80gL, center identification symbol group 80gC, right identification symbol group 80gR) including multiple types of identification symbols 80 start to change, and finally one identification symbol 80 is selected from each identification symbol group 80g and stops. If a jackpot is won, the combination of identification symbols 80 selected from each identification symbol group 80g and stopped will be a predetermined combination (for example, three of the same identification symbols 80). If a loss occurs, the combination will be other than the combination that results in a jackpot. The identification symbols 80 may be a combination of numbers and characters, etc.

In this embodiment, a normal game state and a special game state are set as game states. The special game state is a game state that is more advantageous to the player than the normal game state. The normal game state is a low-probability game state in which the probability of winning a jackpot is low, and is a low base state (low probability, no time reduction) in which the game ball is unlikely to enter the starting area 904. A first special game state and a second special game state are set as special game states. The first special game state is a high-probability game state in which the probability of winning a jackpot is high, and is a high base state (high probability, time reduction) in which the game ball is likely to enter the starting area 904. The second special game state is a low-probability game state in which the probability of winning a jackpot is low, and is a high base state (low probability, time reduction) in which the game ball is likely to enter the starting area 904. In the normal game state, the player launches the game ball aiming at the first starting area 904a. In this embodiment, a so-called "left hit" is performed. In the special game state, the game ball is launched aiming at the second starting area 904b. In this embodiment, a so-called "right hit" is performed. The special game state is a state in which it is easy to win the lottery to open the second starting area 904b triggered by the game ball entering the normal starting area 905, so the game ball enters the second starting area 904b relatively easily. Note that any setting regarding the transition of the game state may be used, so an explanation is omitted. Also, the game state set as described above is merely an example.

2) The gaming machine 1 according to this embodiment is capable of executing the effects described below as part of the notification effects. Note that the configuration does not have to be capable of executing all of the effects described below (it may be capable of executing only some of the effects). In addition, when referring to images in the following description, this includes both moving images and still images unless otherwise specified.

2-1) Numerical value decrease effect Numerical value decrease effect is an effect that prompts the player to operate the operation means 10, and a numerical value in the effect (hereinafter, sometimes referred to as the effect numerical value 20) decreases as a result of the operation of the operation means 10. Because the numerical value decrease effect prompts the player to operate the operation means 10, it can also be said to be a type of "operation effect."

In the numerical value reduction presentation in this embodiment (see FIG. 4 and FIG. 5), the player is prompted to continuously operate the operating means 10. Examples of continuous operation include continuously operating the operating means 10 (continuous operation; so-called "continuous tap" for a push button) and maintaining the operating state of the operating means 10 (maintenance operation; so-called "long press" for a push button). In this embodiment, the player is required to "continuously tap" the first operating means 11, which is a push button. In the numerical value reduction presentation, the player is displayed an operation image 27, which is an image showing the operating means 10 to be operated (an image showing the first operating means 11 in this embodiment), an instruction image 28, which is an image showing the operation mode (an image including the word "continuous tap" in this embodiment), and a meter image 29 including a meter that visually indicates the remaining time (elapsed time) of the operation effective period during which the operation of the operating means 10 is reflected in the presentation.

The numerical reduction effect gives the impression that the player is involved in reducing the effect value 20. During the numerical reduction effect, the effect value 20 is displayed in the display area. In this embodiment, the numerical reduction effect is an effect in which enemies are defeated by operating the operating means 10, so the effect value 20 is displayed as if it were the "number of enemies." Specifically, the number of remaining enemies is displayed as the effect value 20, such as "XXXXX remaining" (see Figures 4 and 5). In this embodiment, the initial value of the effect value 20 is "8000" (always constant) (see Figure 4(a)). However, this does not deny the possibility of configuring the initial value to change each time a numerical reduction effect occurs.

The fact that the performance value 20 reaches a predetermined end value is set as an advantageous event for the player. In this embodiment, the end value is "0". In other words, the fact that the end value is reached is set as an advantageous event for the player. Hereinafter, an end that reaches the end value is referred to as a successful end (see FIG. 5(d-1)). On the other hand, an end that does not reach the end value is referred to as a failed end (see FIG. 5(d-2)). In this embodiment, when a numerical value reduction performance occurs in a certain notification performance, if the numerical value reduction performance is a successful end, the hit/miss judgment result (target hit/miss judgment result) corresponding to the notification performance may be a jackpot, but if the failure end occurs, the target hit/miss judgment result is determined to be a miss. In other words, a successful end is an advantageous event for the player in that the hit/miss judgment result may be a jackpot.

Based on the target hit/miss judgment result, it is predetermined whether the numerical value reduction effect will be a successful ending or a failed ending. As described above, in the case of a successful ending, the effect value 20 reaches the end value. On the other hand, in the case of a failed ending, the effect value 20 does not reach the end value. In this embodiment, when a failed ending is predetermined, the effect value 20 is controlled so as not to become smaller than "1", that is, so as not to reach "0". Hereinafter, the limit of the effect value 20 in the case of the failed ending may also be referred to as the limit value. Note that in this embodiment, even in the case of a successful ending, the effect value 20 is configured to be "1" once. In other words, after the effect value 20 becomes "1" once, it is configured to change to "0" when a certain condition described later is met (see FIG. 5 (c) (d-1)).

In the numerical value reduction effect, a presentation image 21 is displayed in the display area. In this embodiment, the presentation image 21 is something that represents an "enemy" (enemy character). Note that, as will be described in detail later, the number of presentation images 21 and the presentation numerical value 20 do not have a 1:1 relationship. In other words, the disappearance of one presentation image 21 (enemy character) does not result in the presentation numerical value 20 decreasing by "1". The presentation image 21 (enemy character) is displayed to give the player the impression that he is defeating an enemy by operating the operating means 10, and does not strictly indicate the "number of enemies."

The numerical reduction effect in this embodiment includes one or more unit effects.
At the start of each unit performance (see Figures 4(a) and 5(a)), multiple performance images 21 are displayed in the display area. If the number of performance images 21 at the start of a unit performance is taken as the "initial number", this initial number can change each time a unit performance occurs. In this embodiment, the initial number is set to either "2", "3", or "4". In other words, at the start of a unit performance, there will be cases where two images representing enemy characters are displayed, three are displayed, or four are displayed. Note that in this embodiment, the initial number is always two or more (multiple), but the initial number may also be set to "1".

In a numerical value decrease effect (unit effect), when the effect value 20 has not yet reached the end value or limit value and the operation of the operating means 10 during the operation valid period satisfies a predetermined condition (when the predetermined condition is established), the effect value 20 changes (decreases). There are various possible methods for setting the predetermined condition. For example, it is possible to consider the establishment of the predetermined condition when a predetermined number of operations have been performed. In this way, a performance mode in which the effect value 20 decreases each time a predetermined number of operations are performed is created. In this embodiment, the establishment of the predetermined condition is considered to be winning a lottery (hereinafter referred to as a change lottery) that is held each time the operating means 10 is operated. In other words, unless the change lottery is won, the effect value 20 does not decrease and the current value is maintained.

If the operation mode of the operating means 10 required of the player is a maintenance operation, the above change lottery is executed each time the maintenance operation is performed for a predetermined period of time, and the performance value 20 is decreased when the change lottery is won.

The amount of change (in this embodiment, the amount of decrease) in the performance value 20 when the operation of the operating means 10 satisfies a predetermined condition is defined as the "unit change amount". The size of the unit change amount depends on the number of performance images 21 at the start of the unit performance, i.e., the initial number. It can also be said that the unit change amount is suggested by the number of performance images 21. In this embodiment, the unit change amount when the initial number is "2" is "850", the unit change amount when the initial number is "3" is "550", and the unit change amount when the initial number is "4" is "400" (see FIG. 6). In other words, the unit change amount is set to be smaller as the number of initial numbers increases. The image of the performance is that the more enemies are displayed, the smaller the amount of decrease per time is set. In the numerical decrease performance, the performance value 20 decreases in increments of the unit change amount. The display mode of the decreasing performance value 20 can be set appropriately. It is possible to have a configuration in which the process of the decrease by the unit change amount is not displayed (for example, when the unit change amount is "400", "8000" is instantly switched to "7600"), or to have the process of the decrease by the unit change amount be displayed.

When the performance value 20 is decreased by a unit change amount, one performance image 21 is erased at approximately the same time. In other words, the performance value 20 is decreased by a unit change amount as one enemy is defeated. For example, in a unit performance with an initial number of "4" (see FIG. 4(a)), the performance value 20 is decreased by "400" when a predetermined condition is met, and one performance image 21 is erased, leaving three remaining (see FIG. 4(b)). After that, the performance value 20 is decreased by "400" when a predetermined condition is met again, and one performance image 21 is erased, leaving two remaining (see FIG. 4(c)). In this way, when the predetermined condition is met twice after this, the performance image 21 is no longer present (see FIG. 4(d)). Note that the timing at which the performance image 21 is erased and the timing at which the performance value 20 is decreased by a unit change amount may be the same to the extent that the player feels that they are occurring simultaneously (this means that a discrepancy in the range felt by the player is allowed).

When the performance value 20 becomes smaller than the unit change amount, the performance value 20 is set to "1" when a predetermined condition is met. For example, when the unit change amount is "850" and the performance value 20 becomes "700", there is no numerical value to be reduced by ("850"), so the performance value 20 is set to "1" when a predetermined condition is met. In the case of a successful ending, the performance value 20 becomes "1" (see FIG. 5(c)) and then the performance value 20 is set to "0" (end numerical value) when a predetermined condition is met (see FIG. 5(d-1)). In the case of a failed ending, the performance value 20 remains at "1" (limit numerical value) (see FIG. 5(d-2)). In this way, if the operating means 10 is actively operated, the game will basically progress until the performance value 20 becomes "1" (except in the case of an irregular event in which the probability of winning the variation lottery becomes much lower than the preset value), and then the game will proceed according to the predetermined outcome (successful outcome or unsuccessful outcome).

In the case of a successful ending, even if multiple performance images 21 are displayed when the performance value 20 is "1" (see FIG. 5(c)), all performance images 21 are erased when the performance value 20 becomes "0" (see FIG. 5(d-1)). In this way, the erasure of one performance image 21 and the change in the performance value 20 by a unit change amount are linked only when the performance value 20 is in a state larger than the unit change amount (when in the normal state).

When all of the performance images 21 displayed at the start of a unit performance have disappeared (see Figure 4 (d)), a transition to the next unit performance (see Figure 5 (a)) occurs. In other words, the condition for the next unit performance to occur is that all enemy characters are defeated. In other words, the condition for the next unit performance to occur is that when the initial number is "2", the performance value 20 decreases by 1700 ("850" x 2); when the initial number is "3", the performance value 20 decreases by 1650 ("550" x 3); and when the initial number is "4", the performance value 20 decreases by 1600 ("400" x 4). In other words, because the unit change amount is set to be smaller the larger the initial number, the number of decreases per unit performance does not change significantly. In addition, the number of reductions per unit performance is between 1600 and 1700, and the initial value of the performance value 20 is "8000", so in this embodiment, the numerical reduction performance will occur in two or more unit performances, except in situations where the amount of operation of the operating means 10 is extremely small (no operation is performed at all).

Note that when all of the performance images 21 displayed at the start of a certain unit performance have disappeared, an image indicating this (for example, an image including the word "defeat") may be displayed; however, since there is a risk of mistaking this for the end of the numerical reduction performance, it is preferable not to display such an image (see FIG. 4(d)). In other words, it is preferable that such an image is displayed only when a successful ending is reached (see FIG. 5(d-1)).

In a certain numerical value reduction performance, the unit change amount is not always constant. In other words, the unit performances that make up a certain numerical value reduction performance do not necessarily have the same initial number. For example, after a unit performance with an initial number of "4" (see FIG. 4(a)) occurs, a unit performance with an initial number of "3" (see FIG. 5(a)) may occur. Any method may be used to determine the initial number of each unit performance. In this embodiment, as shown in FIG. 7, one of multiple scenarios (scenarios 1 to 18) is selected by lottery, and unit performances (up to 5 times) are executed according to the selected scenario. As can be seen from FIG. 7, in one numerical value reduction performance, the initial number of a certain unit performance is set to be equal to or less than the initial number of the previous unit performance. In other words, when a new unit performance occurs, the initial number is set not to increase (to be "maintained" or "decreased"). This prevents the player from getting the impression that the number of enemies is increasing even though the enemies are being defeated. In addition, as the presentation progresses, the unit change amount may increase, but will never decrease, so it is expected that players will feel more motivated to operate the device as the presentation progresses.

Note that the method of determining the initial number of each unit performance by drawing lots for a scenario (pattern) as described above is merely one example. For example, a drawing (individual drawing) may be held each time the occurrence of a unit performance is determined to determine the initial number of that unit performance. Even if it is assumed that such an individual drawing is performed, it is preferable to control the initial number of a certain unit performance to be equal to or less than the initial number of the previous unit performance. For example, when a unit performance with an initial number of "3" occurs, an individual drawing is performed so that the initial number of the next unit performance is "3" or "2" (so that the initial number is not "4"). Also, when a unit performance with an initial number of "2" occurs, the subsequent unit performances are maintained at the initial number of "2" (the initial number "2" may be maintained without an individual drawing).

The likelihood that a numerical reduction effect will end in success may also be suggested by the initial number of unit effects. For example, an individual lottery is held to see whether the initial number of a certain unit effect will be less than the initial number of the previous unit effect (if the individual lottery is won, the initial number is reduced, and if not, the initial number is maintained). The probability of winning the individual lottery is higher when the numerical reduction effect ends in success than when the numerical reduction effect ends in failure. In this way, the initial number of unit effects is more likely to be smaller when the numerical reduction effect ends in success, resulting in a performance format in which attention should be paid to the initial number (the number of performance images 21 at the start of the unit effect).

As explained above, the numerical reduction effect in this embodiment is interesting in that the degree of reduction (unit change amount) of the performance numerical value 20 varies depending on the number of performance images 21.

In addition, since the number of performance images 21 (initial number) can change for each unit performance, the amount of unit change can change in one numerical value reduction performance, resulting in a richly varied performance format.

In addition, by setting the unit change amount to be smaller as the initial number of unit effects (the number of effect images 21 at the start of a unit effect) increases, it is possible to reduce the difference in the amount of change in the effect value 20 per unit effect (in this embodiment, the difference is small, being within the range of 1600 to 1700).

In addition, because the performance image 21 is erased when the performance value 20 changes by a unit change amount, it is possible to create a performance form that gives the player the impression that the erasure of the performance image 21 (defeating an enemy) is linked to the performance value 20.

The above explanation of the numerical value reduction effect is based on the assumption that the player actively operates the operating means 10 during the valid operation period (the amount of operation is sufficient). There may also be a situation where the amount of operation is insufficient and the effect barely progresses (even if an active operation is performed, the effect will not progress unless the change lottery is won, but since the probability of winning the change lottery is high, the effect will progress to a certain extent if an active operation is performed). For example, the effect may end with the first unit effect. In this embodiment, even if the effect has not progressed to the stage indicating the ending, it is set to forcibly move to the ending (successful ending or failure ending) after the valid operation period ends. If the effect has not progressed to the stage indicating the ending, the effect may be configured to end without the content of the ending being known.

The following describes specific examples of improvements, specific embodiments, and modifications to the above-mentioned numerical decrease effects. Note that the following specific examples may be used to create a configuration in which multiple techniques described below are combined and applied.

First Specific Example In the above embodiment, it has been described that the performance value 20 decreases when the operation of the operating means 10 satisfies a predetermined condition, but this is not limited to a "decrease." The performance value 20 may "increase" when a predetermined condition is satisfied. For example, the initial value of the performance value 20 may be set to "0," and the performance value 20 increasing from there to an end value (for example, "1000") may be set as an event advantageous to the player.

Second Specific Example In the above embodiment, the unit change amount is suggested by the number of the effect images 21, but the suggestion is not limited to the "number" as long as the effect images 21 are used. For example, one of a plurality of types of images is displayed as the effect image 21. The unit change amount is different according to the type (mode) of the effect image 21 to be displayed (see FIG. 8). If the effect image 21 is an enemy character, one of a plurality of enemy characters is displayed. It is also possible to set different strengths for each enemy character, and the stronger the enemy character displayed, the smaller the unit change amount (for example, in the example shown in FIG. 8, enemy A is set to be the strongest and enemy C is set to be the weakest).

In the above embodiment, the setting was explained such that the unit change amount becomes smaller as the number (initial number) of the performance images 21 in the unit performance increases, but the opposite setting may be used, that is, the unit change amount becomes larger as the number (initial number) of the performance images 21 increases. In this way, it is possible to set a performance form in which the amount of change in the performance value 20 per unit performance increases as the number of performance images 21 increases.

Fourth Specific Example: In the above embodiment, the numerical value reduction effect is a continuous occurrence of unit effects, and it has been described that the unit change amount can be different for each unit effect, but this does not have to be the case. When the numerical value reduction effect occurs, the effect image 21 may be displayed, and the unit change amount may be suggested by the effect image 21. However, since the unit change amount is constant throughout the effect, the fun of the unit change amount changing during the effect as in the above embodiment cannot be obtained.

Fifth Specific Example In the above embodiment, it has been explained that the establishment of a predetermined condition is the winning of the change lottery performed each time the operating means 10 is operated, and that this triggers the change of the performance value 20 by the unit change amount. The winning probability of the change lottery differs according to the unit change amount. Specifically, the smaller the unit change amount, the higher the probability of winning the change lottery is set (see FIG. 9). In accordance with the above embodiment, the greater the initial number (the number of performance images 21), the higher the probability of winning the change lottery. From the player's point of view, it can be said that the greater the number of enemy characters at the start of a unit performance, the easier it is to defeat one enemy character.

A larger unit change amount means that the closer the performance value 20 is to the end value (limit value) per winning change lottery, the greater the unit change amount. If the probability of winning the change lottery is the same, the shorter the time it takes to reach the end value (limit value) (there may be cases where the outcome is known in a short time, making it less interesting). In other words, the actual performance execution time (the time during which the performance value 20 may decrease) varies. Setting as in this example can be said to contribute to reducing the variation in such actual performance execution time. In particular, if the initial value of the performance value 20 is constant ("8000") as in the numerical value decrease performance in the above embodiment, it is not possible to adjust the actual performance execution time by increasing or decreasing the initial value, so it is desirable to reduce the variation in the actual performance execution time with a setting as in this example.

Sixth Specific Example (an example that further embodies the fifth specific example)
The probability of winning the change lottery may be changed during the performance. Specifically, the probability of winning the change lottery changes according to the performance value 20. For example, when the performance value 20 is "1000" or more (between "8000" and "1000"), the winning probability described in the fifth specific example above, that is, the smaller the unit change amount, the higher the probability of winning the change lottery is set, and after transitioning to a state below "1000", the smaller the unit change amount, the lower the probability of winning the change lottery is set (see FIG. 10). By doing so, it is possible to create an interesting performance form in which the probability of the change of the performance value 20 occurring (the probability of the predetermined condition being established) changes during the performance.

The winning probability of such a change lottery may change more than once before the conclusion is reached. For example, if the numerical decrease effect results in a successful conclusion, the winning probability of the change lottery to change the effect value 20 from "1" to "0" (ending value) may be different from the winning probability up to that point.

2-2) Hidden Operation Effects Hidden operation effects (see FIG. 11) are effects in which the player is not prompted to operate the operation means 10, but the operation of the operation means 10 during a predetermined valid operation period (since no operation is prompted, the valid operation period is not clearly indicated) is reflected in the effects. As with the numerical value reduction effects described above, the operation image 27, instruction image 28, meter image 29, etc. are not displayed (see FIG. 11(a)).

The hidden operation effect includes a pre-effect and a post-effect. A pre-effect is an effect in which a character in the effect (hereinafter referred to as character A) is displayed as if he or she is uttering a specified line (words). In this embodiment, an image is displayed as if character A is uttering the line "Where's the enemy" (see FIG. 11(a)). At least a portion of the period during which the pre-effect is being executed is set as the operation effective period of the hidden operation effect (as this is not clearly indicated to the player, it will be referred to as the hidden operation effective period hereinafter). In this embodiment, the period during which character A's lines are displayed and the hidden operation effective period are set to be approximately the same.

If no operation of the operating means 10 is detected during the hidden operation effective period, the hidden operation performance will be in the normal mode, and if operation of the operating means 10 is detected during the hidden operation effective period, the hidden operation performance will be in the special mode. The normal mode and the special mode have the same pre-performance mode, but different post-performance modes. In the following explanation, the post-performance in the normal mode will be referred to as the normal post-performance, and the post-performance in the special mode will be referred to as the special post-performance. The special post-performance is not executed in the normal mode, and the normal post-performance is not executed in the special mode.

The normal post-performance includes the same performance element as the pre-performance. In this embodiment, the performance element is a "character." That is, the normal post-performance uses the same character A as the pre-performance. Furthermore, the normal post-performance in this embodiment is designed to give a sense of continuity from the pre-performance. If the pre-performance is a "dialogue performance" as in this embodiment, character A will utter a line that gives a sense of continuity from the line in the pre-performance. In this embodiment, the normal post-performance is an image that appears to show character A uttering the line "I can't find it" (see FIG. 11 (b-1)).

The normal post-event performance does not indicate the probability (jackpot reliability) that the hit/miss judgment result (target hit/miss judgment result) corresponding to the notification performance including the hidden operation performance will be a jackpot. In this embodiment, there is only one type of normal post-event performance (there is only one type of normal post-event performance corresponding to the pre-event performance "Where is the enemy". If multiple types of pre-event performances can occur, different types of normal post-event performances corresponding to each of them may be set). In other words, if the operation means 10 is not operated during the hidden operation effective period, a normal post-event performance in which character A utters the line "I can't find you" is always executed, so the normal post-event performance cannot indicate the jackpot reliability. Note that although multiple types of normal post-event performances corresponding to the pre-event performance "Where is the enemy" are set, the jackpot reliability may be the same regardless of which type of normal post-event performance occurs.

The special post-event performance is a performance that is different from the normal post-event performance. There are multiple types of special post-event performances. All of these multiple types are different from the normal post-event performance. All of the special post-event performances use a character (hereinafter referred to as character B) that is different from character A (see Figure 11 (b-2) and Figure 12). In other words, it can be said that the special post-event performance uses a different type of performance element from the performance elements that make up the pre-event performance and normal post-event performance. Since the character used in the pre-event performance (character A) and the character used in the post-event performance (character B) are different, the special mode can be said to give the player the impression that the characters are having a conversation with each other. The normal mode, in which the character used in the pre-event performance and the post-event performance is the same (both character A), does not give such an impression.

In this embodiment, three types (three aspects) of special post-event effects are set: a first special post-event effect, a second special post-event effect, and a third special post-event effect (see FIG. 12). The number of types of special post-event effects can be increased or decreased as appropriate. When the operation means 10 is operated during the valid hidden operation period, one of the three types of special post-event effects occurs. In this embodiment, the first special post-event effect is an image displayed as if the character B is saying "It's a pinch," the second special post-event effect is an image displayed as if the character B is saying "It's a chance," and the third special post-event effect is an image displayed as if the character B is saying "It's hot." Which of these three types of special post-event effects occurs is determined based on whether the target hit/miss judgment result is a jackpot. In this embodiment, the effects are controlled to appear in the order of the first special post-event effect, the second special post-event effect, and the third special post-event effect (highest) so that the jackpot reliability of the target hit/miss judgment result increases.

As explained above, the hidden operation performance in this embodiment is not one in which a post-event performance occurs only when the operation means 10 is operated during the hidden operation effective period, but is based on the premise that a post-event performance (normal post-event performance) is executed even if the operation means 10 is not operated during the hidden operation effective period, and is an interesting performance form in which a post-event performance (special post-event performance) of a different type from the normal post-event performance occurs when the operation means 10 is operated during the hidden operation effective period.

And while the normal post-event performance does not indicate the reliability of the jackpot as a result of the target hit/miss judgment, the special post-event performance (whether the first special post-event performance, the first special post-event performance, or the third special post-event performance will occur) does indicate the reliability of the jackpot, so players who are aware of the existence of the hidden operation performance or who accidentally operate the operation means 10 during the hidden operation effective period can enjoy the suggestive effect of the reliability of the jackpot provided by the special post-event performance. From the perspective of a player who is aware of the existence of the hidden operation performance, operating the operation means 10 during the hidden operation effective period is significant not only because it changes the form of the post-event performance, but also because it suggests the reliability.

In addition, while the normal post-performance includes the same type of performance element (character A) as the performance elements that make up the pre-performance, the special post-performance includes a different type of performance element (character B) from the performance elements that make up the pre-performance, so the difference between whether or not the operating means 10 is operated during the hidden operation effective period (the difference between the normal post-performance and the special post-performance) becomes clear.

The following describes specific examples of improvements, specific embodiments, and modifications to the above-mentioned hidden operation effects. Note that the following specific examples may be used to create a configuration in which multiple techniques described below are combined and applied.

First Specific Example In the above embodiment, the special post-event performance is described as a performance in which the reliability of the jackpot of the target hit/miss judgment result is suggested by the content of the dialogue, but this is not limited to this. In other words, the method of setting the difference between the modes of multiple types of special post-event performance is not limited to the one described in the above embodiment.

For example, each of the multiple types of special post-event performances has a different frame (color, shape, etc.) surrounding the dialogue. For the first special post-event performance through the third special post-event performance, the frame color indicates the likelihood of a jackpot, such as a blue frame for the first special post-event performance, a green frame for the second special post-event performance, and a red frame for the third special post-event performance (see Figure 13). In this case, the content of the dialogue may be anything.

Second Specific Example The production elements other than the reliability suggestive element in the multiple types of special post-event performances are the same as those in the normal post-event performances. For example, as explained in the first specific example, the "color of the frame" is set as the reliability suggestive element. In this case, the production elements other than the "color of the frame" are the same in the normal post-event performances and the various special post-event performances. If the normal post-event performance is one in which character A utters the line "I can't find it" as in the above embodiment (see FIG. 14(a)), the first special post-event performance to the third special post-event performance will also have character A utter the line "I can't find it" (see FIG. 14(b-1) to (b-3)). And, while the normal post-event performance has a white frame (see FIG. 14(a)), the first special post-event performance to the third special post-event performance will have blue, green, and red frame colors (see FIG. 14(b-1) to (b-3)).

In this way, the only difference between the normal post-event performance (normal mode) and the special post-event performance (special mode) will be that which relates to the reliability suggestive element during the special post-event performance (the frame color) (note that this refers to the difference in the images related to the hidden operation performance, and there may be differences in images other than those that make up the hidden operation performance, such as the identification pattern 80). From the player's perspective, the "difference" between the normal post-event performance (normal mode) and the special post-event performance (special mode) is emphasized, making it easier for them to sense that the "difference" may be suggesting the reliability of a jackpot.

- Third Specific Example In the above embodiment, it was explained that the normal post-event performance executed when the operation means 10 is not operated during the hidden operation valid period does not indicate the reliability of the jackpot of the target hit/miss determination result, whereas the special post-event performance executed when the operation means 10 is operated during the hidden operation valid period does indicate the reliability of the jackpot of the target hit/miss determination result, but this is merely one example.

For example, it is possible to set it in the opposite way to the above embodiment. That is, the normal post-event performance is set to suggest the reliability of a jackpot, while the special post-event performance is set to not suggest the reliability of a jackpot. In this case, the normal post-event performance needs to be set in a number of different ways to suggest the reliability of a jackpot. With this configuration, it is possible to realize a gameplay in which (a player who knows about the existence of the hidden operation performance) does not operate the operation means 10 when he wants to enjoy the suggestion of the reliability of a jackpot, and operates the operation means 10 when he does not want to enjoy the suggestion of the reliability of a jackpot (when he wants to enjoy the game without knowing the reliability of a jackpot).

It is also possible to configure neither the normal post-event performance nor the special post-event performance to suggest the reliability of a jackpot, or to configure both the normal post-event performance and the special post-event performance to suggest the reliability of a jackpot. However, as in the above embodiment and this example, it can be said that operations during the valid period of hidden operations can be made meaningful by setting the system so that whether or not the reliability of a jackpot is suggested depends on whether or not an operation is performed during the valid period of hidden operations.

Fourth Specific Example: As explained above, the occurrence of the hidden operation effect (hidden operation effective period) is not clearly indicated to the player, but the image displayed in the display area need not be clearly indicated (indicated so that any player can understand the occurrence). For example, during the hidden operation effective period, the light-emitting section provided on the operation means 10 may be illuminated to implicitly indicate that the hidden operation is in the effective period. In addition, the player may be able to select whether or not to indicate that the hidden operation is in the effective period by using a known customization function.

2-3) Pattern Presentation The pattern presentation is a presentation using a pattern (operation pattern 31) representing the operation means 10. In this embodiment, there is a first operation pattern 311 corresponding to the first operation means 11 and a second operation pattern 312 corresponding to the second operation means 12 (see FIG. 15(a)). These operation patterns 31 may imitate the corresponding operation means 10, or may be represented by being slightly deformed. In other words, each operation pattern 31 may be something that allows the player to understand that it represents the corresponding operation means 10. In this embodiment, the first operation means 11 is a push button, so the first operation pattern 311 is in a form that looks like the push button, and the second operation means 12 is a device that looks like a "sword", so the second operation pattern 312 is in a form that looks like the "sword".

The first operation pattern 311 and the second operation pattern 312 plus one or more blank patterns 39 are considered to be one pattern group (hereinafter, the first operation pattern 311, the second operation pattern 312, and the blank pattern 39 are collectively referred to as the performance pattern 30 (the higher-level concept of these patterns), and these pattern groups are sometimes referred to as the performance pattern 30 group) (see FIG. 15 (a)). In the pattern performance in this embodiment, three performance pattern 30 groups are displayed in a variable manner, and one performance pattern 30 is selected and stopped from each performance pattern 30 group. In other words, a combination (performance pattern 30 combination) of three performance patterns 30 is finally constructed. Note that the pattern performance is executed as part of the notification performance that notifies the target hit/miss judgment result, so even while the pattern performance is being executed, the identification pattern 80 that notifies the hit/miss judgment result is displayed small in the corner of the display area. In other words, during the pattern presentation, the identification symbols 80 are displayed separately from the presentation symbols 30, and the identification symbols 80 are not included in the symbols that make up the presentation symbols 30. During the pattern presentation, the presentation symbols 30 are displayed larger than the identification symbols 80. Therefore, some players may get the impression that the identification symbols 80 that are normally displayed have been replaced with the presentation symbols 30.

When the fluctuation of the three groups of performance symbols 30 stops and a performance symbol 30 combination is constructed, if the combination is a triplet of the first operation symbols 311 (see FIG. 15(c-1)) or a triplet of the second operation symbols 312 (see FIG. 15(c-2)), the operation performance is switched to. In other words, if the same type of operation symbols 31 are aligned, the operation performance is switched to. If any other combination is formed (see FIG. 15(b)), the operation performance is not switched to. Note that in this embodiment, there is only one effective performance symbol 30 combination (so-called only one effective line), but multiple performance symbol 30 combinations are constructed, and whether or not to switch to the operation performance may be determined depending on whether any of the combinations are aligned with the same type of operation symbols 31. In this embodiment, if the operation performance is switched to, there remains a possibility that the target hit/miss judgment result will be a jackpot, and if the operation performance is not switched to, it is confirmed that the target hit/miss judgment result will be a miss. In other words, it can be said that a match of three first operation symbols 311 or three second operation symbols 312 is an advantageous event for the player.

When the first operation symbols 311 are all three together (see FIG. 15(c-1)), the game moves to an operation presentation (hereinafter referred to as the first operation presentation) in which the player is prompted to operate the first operation means 11 (a push button in this embodiment) (see FIG. 16(b-1)). The specific form of the first operation presentation may be any, as long as it is a presentation in which the operation of the first operation means 11 is prompted. In this embodiment, the operation of the first operation means 11 during the operation valid period is used as a trigger to indicate whether the target hit/miss judgment result is a jackpot or not (if the first operation means 11 is not operated during the operation valid period, the end of the operation valid period is used as a trigger to indicate whether the target hit/miss judgment result is a jackpot or not) (see FIG. 16(c-1)(c-2)). In other words, the first operation presentation is a presentation in which the hit/miss judgment result is notified by its conclusion. However, this is merely an example. If the first operation presentation ends in a success, it may transition to another presentation (such as a reach presentation) and the target hit/miss determination result may still have the possibility of being a jackpot (if the first operation presentation ends in a failure, the target hit/miss determination result may be a miss).

When three second operation symbols 312 are lined up (see FIG. 15(c-2)), the game moves to an operation presentation (hereinafter referred to as the second operation presentation) in which the player is prompted to operate the second operation means 12 (the operation means 10 in the shape of a "sword" in this embodiment) (see FIG. 16(b-2)). The specific form of the second operation presentation may be any, as long as it is a presentation in which the operation of the second operation means 12 is prompted. In this embodiment, the target hit/miss judgment result is displayed when the second operation means 12 is operated during the operation valid period (if the second operation means 12 is not operated during the operation valid period, the target hit/miss judgment result is displayed when the operation valid period ends) (see FIG. 16(c-1)(c-2)). In other words, the second operation presentation, like the first operation presentation, is a presentation in which the hit/miss judgment result is notified by its conclusion. However, this is merely an example. If the second operation presentation ends in a success, it may transition to another presentation (such as a reach presentation) and the target hit/miss determination result may still have the possibility of being a jackpot (if the second operation presentation ends in a failure, the target hit/miss determination result may be a miss).

The game is set so that the probability that the target hit/miss judgment result will be a jackpot is higher when the second operation effect occurs than when the first operation effect occurs. In other words, the reliability of a jackpot is higher for the second operation effect than for the first operation effect. Therefore, when a symbol effect occurs, the player hopes that either the first operation symbol 311 or the second operation symbol 312 will line up, but if they are going to line up at all, they will hope that it will be the second operation symbol 312.

The change pattern of the group of performance patterns 30 in the pattern performance can be set appropriately. Multiple types of change patterns may be provided, and the probability of three operation patterns 31 matching up may differ depending on which change pattern occurs. For example, the order in which the changes of each of the three groups of performance patterns 30 stop may be different, and the probability of the operation patterns 31 matching up may differ depending on that order. In this way, the player will also pay attention to the change pattern of the group of performance patterns 30.

In addition, a state in which the performance patterns 30 selected from two of the three groups of performance patterns 30 become the same type of operation pattern 31 may be defined as a "reach", and when a "reach" is established, an effect (reach effect) may occur that "tease" the player that the performance pattern 30 selected from the remaining group of performance patterns 30 will be the same as the operation pattern 31 that constitutes the reach. Multiple types of reach effects may be set, which may suggest the likelihood that the operation patterns 31 will line up. In this way, the player will pay attention to what type of reach effect will occur when a reach is established.

In the pattern presentation, when three first operation symbols 311 or three second operation symbols 312 are displayed, the displayed operation symbols 31 look as if they are grouped together. When three first operation symbols 311 are displayed, the first operation symbols 311 are grouped together (see FIG. 16(a-1)), and one image (first operation image 271) representing the first operation means 11 is displayed. Similarly, when three second operation symbols 312 are displayed, the second operation symbols 312 are grouped together (see FIG. 16(a-2)), and one image (second operation image 272) representing the second operation means 12 is displayed.

The occurrence of a set of three operation symbols 31 means that the game will move to an operation presentation, and the operation image 27 that results from the operation symbols 31 grouped together is used in the operation presentation. In other words, in the operation presentation, an image representing the corresponding operation means 10 is displayed to encourage the player to operate the operation means 10 (to show the player that the operation means 10 should be operated), and the operation image 27 is used as that image. Specifically, when a set of three first operation symbols 311 occurs in the symbol presentation, the first operation symbols 311 group together (see FIG. 16(a-1)) to become the first operation image 271, and in the operation presentation, the operation of the first operation means 11 is encouraged (see FIG. 16(b-1)). Similarly, when three second operation symbols 312 are lined up in the pattern presentation, the second operation symbols 312 are grouped together (see FIG. 16(a-2)) to form the second operation image 272, and in the operation presentation, the second operation image 272 is used to prompt the user to operate the second operation means 12 (see FIG. 16(b-2)).

It is acceptable for the first operation image 271 and the second operation image 272 to change slightly through such a flow of presentation. In short, it is acceptable for the first operation image 271 to be changed to the extent that the player can understand that it is an image representing the first operation means 11, and for the second operation image 272 to be changed to the extent that the player can understand that it is an image representing the second operation means 12. For example, if the operation pattern 31 is a deformed version of the corresponding operation means 10, the operation patterns 31 grouped together will also be a deformed version of the operation means 10. In order to make the operation image 27 displayed during the operation presentation more realistic, it is considered to change the image of the operation patterns 31 grouped together (deformed image) so as to be closer to the actual operation means 10. It is also considered to make the image of the operation patterns 31 grouped together larger in the operation presentation.

In this way, the symbol presentation in this embodiment is innovative in that, when the operation symbols 31 are aligned, an operation presentation is executed that prompts the player to operate the operation means 10, which can enhance the entertainment value of the game.

As in this embodiment, multiple types of operation means 10 (first operation means 11, second operation means 12) are provided, and a group of performance patterns 30 including corresponding operation patterns 31 (first operation pattern 311, second operation pattern 312) are displayed in a variable manner, and an operation performance is executed that prompts the player to operate the operation means 10 that corresponds to the matching operation pattern 31. This makes it possible to create a performance format that draws the player's attention to which operation pattern 31 is matched.

In addition, the operation patterns 31 that are aligned in the pattern presentation are grouped together to form the operation image 27 used in the operation presentation, so the flow from the pattern presentation to the operation presentation is smooth and easy to understand.

The group of performance symbols 30 does not include the identification symbol 80 that notifies the winner or loser of the winning/losing determination result. If the identification symbol 80 is included, it will be difficult to understand what kind of performance the symbol performance is, so it is preferable not to include the identification symbol 80 (so that the operation symbol 31 is emphasized).

The following describes specific examples of improvements, specific embodiments, and modifications to the above-mentioned design effects. Note that the following specific examples may be used to create a configuration in which multiple techniques are combined and applied.

- First specific example As explained above, the pattern presentation in the above embodiment is configured so that multiple types of operation patterns 31 corresponding to multiple types of operation means 10 are set, but it may also be configured so that only one type of operation pattern 31 corresponding to one type of operation means 10 is set (a configuration in which the group of presentation patterns 30 includes only one type of operation pattern 31).

Second Specific Example Even if the object is the same, the operation modes required in the operation performance are different, and they are considered to be different types of operation means. For example, in a configuration equipped with an operation means that can be "pushed" backward (first operation mode) and "pulled" forward (second operation mode), the operation means assumed to be operated in the first operation mode and the operation means assumed to be operated in the second operation mode are considered to be "different types of operation means". In other words, the operation modes that differ are considered to be different types of operation means. In this case, an operation pattern 31 corresponding to each operation mode is set. In the above example, an operation pattern A corresponding to the operation means A operated in the first operation mode and an operation pattern B corresponding to the operation means B operated in the second mode (the operation means A and B are the same as the object) are set as the performance pattern 30. Any method may be used to set the difference in the mode between the operation pattern A and the operation pattern B. The shapes of the patterns may be the same, but the colors may be different. In addition, each operation pattern 31 may include characters or figures that indicate the "operation mode". For example, operation pattern A includes the character "push," and operation pattern B includes the character "pull."

In addition, even if at least a part of them are the same, if the shape or form of the operation means is different, they are considered to be "different types of operation means". For example, in the case of a so-called push button that can change the amount of protrusion when operated by a player, a push button in a normal state and a push button in a protruding state with a larger amount of protrusion than the normal state are considered to be "different types of operation means". In this case, operation patterns 31 corresponding to each shape or form are set. In the above example, operation pattern X corresponding to the push button in the normal state and operation pattern Y corresponding to the push button in the protruding state are set as the performance pattern 30. Any method may be used to set the difference in the form of operation pattern X and operation pattern Y. It is possible to set a difference in the form so that it is clear that operation pattern Y is in a "protruding state" compared to operation pattern X. In addition, the shapes of the patterns may be the same, but the colors may be different.

〇Third Specific Example In the above embodiment, it has been explained that the blank pattern 39 is displayed together with the operation pattern 31 as the performance pattern 30, but the performance pattern 30 group may not include the blank pattern 39. In this case, if the performance pattern 30 group is to be composed of only the operation pattern 31, it is necessary to set multiple types of operation patterns 31. In other words, it is necessary to have a configuration in which multiple types of operation means 10 are provided and operation patterns 31 corresponding to each operation means 10 are set. Since the pattern performance is a performance that indicates whether the same operation pattern 31 is aligned as a result of one performance pattern 30 being selected from each performance pattern 30 group, if each performance pattern 30 group is to be composed of only the operation pattern 31, it is necessary to have multiple types of operation patterns 31.

Fourth Specific Example Each time a pattern effect occurs, the configuration of the effect pattern 30 included in the group of effect patterns 30 may be different. For example, as in the above embodiment, when the first operation pattern 311 and the second operation pattern 312 are set as the effect pattern 30, a pattern effect (see FIG. 17(a)) in which both the first operation pattern 311 and the second operation pattern 312 are included in the group of effect patterns 30 may occur, or a pattern effect (see FIG. 17(b)(c)) in which one of the first operation pattern 311 and the second operation pattern 312 is not included in the group of effect patterns 30 may occur.

In the case of the configuration of this example, the subsequent development can be suggested depending on whether or not a certain operation pattern 31 is included in the group of performance patterns 30. For example, if the group of performance patterns 30 includes the first operation pattern 311 but does not include the second operation pattern 312 (see FIG. 17(b)), the first operation performance may occur after the pattern performance, but the second operation performance may not occur. On the other hand, if the group of performance patterns 30 includes the second operation pattern 312 but does not include the first operation pattern 311 (see FIG. 17(c)), the second operation performance may occur after the pattern performance, but the first operation performance may not occur. As in the above embodiment, if the second operation effect is set to have a higher jackpot reliability than the first operation effect, then it would be more pleasing to the player if "the group of effect symbols 30 includes the second operation symbol 312 but not the first operation symbol 311" (see FIG. 17(c)) than if "the group of effect symbols 30 includes the first operation symbol 311 but not the second operation symbol 312" (see FIG. 17(b)).

Furthermore, when the group of performance symbols 30 includes both the first operation symbol 311 and the second operation symbol 312 (see FIG. 17(a)), it goes without saying that after the symbol performance, either the first operation symbol or the second operation symbol will occur. In the sense that the possibility of the occurrence of the less reliable first operation symbol is eliminated, it can be said that "the group of performance symbols 30 includes the second operation symbol 312 but does not include the first operation symbol 311" (see FIG. 17(c)) is a more pleasing event for the player than "the group of performance symbols 30 includes both the first operation symbol 311 and the second operation symbol 312" (see FIG. 17(a)). However, from another perspective, in that the possibility of the occurrence of the first operation effect, which has the potential to result in a jackpot, occurring is eliminated, it could be said that a situation in which "the group of effect patterns 30 includes both the first operation pattern 311 and the second operation pattern 312" (see FIG. 17(a)) is more pleasing to the player than a situation in which "the group of effect patterns 30 includes the second operation pattern 312 but does not include the first operation pattern 311" (see FIG. 17(c)).

In this way, by allowing cases to occur in which a certain type of operation pattern 31 is not included in the group of performance patterns 30, it is possible to realize gameplay that suggests future developments.

3) Although the embodiments of the present invention have been described in detail above, the present invention is in no way limited to the above embodiments, and various modifications are possible without departing from the spirit of the present invention.

Operation of the operating means 10 described in the above embodiment includes aspects other than the actual movement of a tangible object (device) installed in the gaming machine. For example, providing a sensor capable of detecting a part of the player's body (hand, etc.) and detecting a part of the player's body with the sensor is considered to be included in "operation of the operating means."

Specific means (gaming machines) obtained from the above embodiment are listed below.

・Method 1-1
A gaming machine comprising: an operating means operable by a player; and an effect execution means for executing an operation effect that encourages the player to continuously operate the operating means, wherein the operation effect is set as an event advantageous to the player when the effect value displayed on a display device reaches a predetermined end value; and wherein a unit change amount, which is the amount by which the effect value changes when the operation of the operating means satisfies a predetermined condition in the operation effect, differs depending on the state of the effect image displayed on the display device.
The operational effects in the gaming machine are interesting in that the degree of change (unit amount of change) of the effect value varies depending on the state of the effect image.

・Method 1-2
The gaming machine described in means 1-1 is characterized in that the operation performance includes one or more unit performances, and the unit change amount in the unit performance varies depending on the state of the performance image at the time the unit performance is started.
By doing this, it is possible to provide a variety of presentation forms in which the unit change amount can change each time a unit presentation occurs.

・Method 1-3
The gaming machine described in means 1-2 is characterized in that the unit change amount varies depending on the number of effect images at the time when the unit effect is started.
By doing so, it is possible to create a presentation that draws the player's attention to the number of presentation images.

・Method 1-4
The gaming machine described in means 1-3 is characterized in that the greater the number of effect images at the time when the unit effect is started, the smaller the unit change amount.
By doing this, it is possible to reduce the difference in the amount of change in the performance value per unit of performance (the difference in the number of performance images is less likely to be reflected as a difference in the amount of change in the performance value per unit of performance).

・Method 1-5
The gaming machine described in means 1-3 or 1-4 is characterized in that, in one of the operation presentations, the number of presentation images at the time when a certain unit presentation starts is set to be equal to or less than the number of presentation images at the time when the previous unit presentation starts.
By doing so, it is possible to give the player the impression that he or she has been involved in reducing the number of effect images.

・Method 1-6
The gaming machine according to any one of means 1-3 to 1-5, wherein the effect image is erased when the effect value changes by the unit change amount.
By doing this, it is possible to create a presentation in which the decrease in the presentation image and the change in the presentation value are linked.

・Method 1-7
A gaming machine described in any one of means 1-1 to 1-6, characterized in that the performance value is set to change by the unit change amount when a change lottery that is executed in response to an operation of the operating means is won, and the smaller the unit change amount, the higher the probability of winning the change lottery.
By doing so, it is possible to reduce the variation in the actual performance time (reducing the risk of a situation occurring in which the ending is known in a short period of time).

・Method 2-1
A gaming machine comprising: an operating means operable by a player; and an effect execution means for executing a hidden operation effect whose appearance changes depending on whether or not the operating means is operated, without prompting the player to operate the operating means, wherein the hidden operation effect includes a pre-effect and a post-effect, and the hidden operation effect has two appearances: a normal appearance, which is executed when the operating means is not operated, and after the pre-effect is executed, a normal post-effect is executed; and a special appearance, which is executed when the operating means is operated, and after the pre-effect is executed in the same appearance as in the normal appearance, the normal post-effect is not executed, and a special post-effect of a different appearance from the normal post-effect is executed.
The gaming machine described above is capable of executing an interesting hidden operation effect in which, when the operating means is operated, a normal post-event performance (a post-event performance that occurs when the operating means is not operated) does not occur, but instead a special post-event performance that is different from the normal post-event performance occurs.

・Method 2-2
The gaming machine described in Means 2-1 is characterized in that the normal post-event performance does not indicate the probability that the hit/miss determination result will be a hit, while the special post-event performance indicates the probability that the hit/miss determination result will be a hit.
In this way, a game feature is realized in which a player who knows the existence of the hidden operation effect or a player who accidentally operates the operating means when the hidden operation effect occurs can enjoy the winning reliability suggesting effect of the special post-event effect.

・Method 2-3
The gaming machine described in means 2-3 is characterized in that the normal post-performance includes performance elements of the same type as the performance elements that make up the pre-performance, while the special post-performance includes performance elements of a different type than the performance elements that make up the pre-performance.
In this way, the difference between the normal mode (normal post-event performance) and the special mode (special post-event performance) becomes clear. Therefore, there is an advantage in that when a player who is unaware of the existence of the hidden operation performance operates the operation means by chance, the probability of noticing the existence of the hidden operation performance increases.

Measure 3-1
A gaming machine comprising: an operation means operable by a player; an operation presentation execution means for executing an operation presentation that prompts the player to operate the operation means; and a pattern presentation execution means for variably displaying a plurality of pattern groups including operation patterns representing the operation means on a display device, and executing a pattern presentation that transitions to the operation presentation when a pattern selected from each of the plurality of pattern groups is aligned with the operation pattern.
The symbol presentation executed by the gaming machine is novel in that, when operation symbols are aligned, an operation presentation is executed in which the operation of the operation means is encouraged, thereby making it possible to enhance the entertainment value of the game.

Measure 3-2
The gaming machine described in means 3-1 is characterized in that it is equipped with a plurality of types of operation means, and a plurality of types of operation patterns corresponding to each of the plurality of operation means are set, each of the plurality of pattern groups includes a plurality of types of operation patterns, and when the patterns selected from each of the plurality of pattern groups are aligned with a certain type of operation pattern, the gaming machine transitions to the operation presentation in which the operation of the operation means corresponding to that certain type of operation pattern is encouraged.
As described above, if multiple types of operation means are provided, and a group of patterns including corresponding operation patterns are displayed in a variable manner, and an operation presentation is executed in which the player is prompted to operate the operation means corresponding to the matching operation pattern, it is possible to create a presentation format in which the player pays attention to which operation pattern is matched.

Measure 3-3
The gaming machine described in Means 3-1 or 3-2 is characterized in that the operation patterns that are aligned in the pattern presentation become a group that forms an operation image representing the operation means, and in the operation presentation, the operation image is used to encourage the player to operate the operation means.
In this way, if the operation images used in the operation performance are configured so that all the operation patterns in the pattern performance are grouped together, the flow from the pattern performance to the operation performance will be smooth and easy to understand.

Measures 3-4
A gaming machine according to any one of means 3-1 to 3-3, characterized in that each of the plurality of symbol groups does not include an identification symbol that notifies a winning or losing determination result.
If the group of symbols contains an identification symbol, it becomes difficult to understand what kind of symbol presentation is being produced, so it is preferable that the group of symbols does not contain an identification symbol (so that the operation symbol is emphasized).

1 Gaming machine 10 Operation means 11 First operation means 12 Second operation means 20 Performance value 21 Performance image 27 Operation image 271 First operation image 272 Second operation image 30 Performance pattern 31 Operation pattern 311 First operation pattern 312 Second operation pattern 80 Identification pattern 91 Display device 911 Display area

Claims (4)

An operation means operable by a player;
an effect execution means for executing an operation effect that prompts a player to operate the operation means;
Equipped with
The operation performance is set as an event advantageous to the player when the performance value displayed on the display device reaches a predetermined end value,
A gaming machine characterized in that the unit change amount, which is the amount of change in the presentation value when the operation of the operating means satisfies a predetermined condition in the operation presentation, varies depending on the state of the presentation image displayed on the display device.
However, the performance number and the performance image are not in a relationship such that a decrease or increase of the performance number displayed on the display device by one accompanies a decrease or increase of the performance image displayed on the display device by one.
2. The gaming machine according to claim 1, wherein the unit amount of change becomes smaller as the number of effect images displayed on the display device increases. 2. The gaming machine according to claim 1, wherein the unit amount of change increases as the number of effect images displayed on the display device increases. The gaming machine described in claim 1, characterized in that the unit change amount is larger when a second performance image different from the first performance image is displayed as the performance image on the display device than when a first performance image is displayed as the performance image on the display device.

Images