JP7836596B2 - Gaming machine - Google Patents

Description

This invention relates to a gaming machine.

Patent Document 1 below describes a gaming machine that can perform effects that reflect the player's arbitrary selection (character selection) (see, for example, Patent Document 1 below).

Japanese Patent Publication No. 2023-106700

The problem that this invention aims to solve is to provide a gaming machine capable of improving the enjoyment of the game.

The gaming machine according to the present invention, which was made to solve the above problems,
A method for conducting a draw to determine whether a winner will be selected,
An effect execution means that performs a variation effect from the time the decorative pattern starts to change until it stops in a manner corresponding to the result of the win/fail lottery by the win/fail lottery means,
Equipped with,
As an effect constituting the aforementioned variable effect, an effect that occurs after a pre-selection (for example, see Figure 70(a)) in which the player selects their preferred effect element from among several types, is possible to execute, which is a selection reflection effect (for example, see Figures 70(b), 71, and 72) in which the target effect element is output.
The aforementioned selection reflection animation is initiated with the selected animation element, which is the animation element selected in the prior selection, as the target animation element (see, for example, Figures 70(b), 71(a), and 72(a)).
The characteristic feature is that, after the selection reflection performance is started, if a specific change occurs in which the target performance element changes to one of the unselected performance elements that the player did not select in the prior selection (see, for example, Figures 72(b) and 72(c)), the probability of being notified that the win/loss lottery result by the win/loss lottery means is a win is higher than if the specific change does not occur (see, for example, Figures 71(b) and 72(c)).

The gaming machine according to the present invention is capable of improving the enjoyment of the game.

This is a front view of the gaming machine according to this embodiment. This diagram shows the decorative and reserved patterns displayed in the display area. (a) is a diagram to explain the game state (transition of game state), (b) is a diagram showing the distribution of jackpots obtained after the first win/fail lottery, and (b) is a diagram showing the distribution of jackpots obtained after the second win/fail lottery. This diagram illustrates the display modes for pre-change and during-change displays. This is a diagram illustrating variable configuration presentation A (a variable configuration presentation in which a pre-suggestive image may be displayed). This is a diagram to explain the variable configuration effect B (the effect of the pre-suggestion image). This is a diagram to explain specific example 1-1. This is a diagram to explain specific examples 1-6. This is a diagram to explain specific example 1-7. This is a diagram to explain specific example 1-8. This is a diagram to explain specific example 1-11. This is a diagram to explain specific example 1-13. (a) shows the candidates for the first and second production images, and (b) shows the relationship between the patterns (combinations) of the first and second production images and the probability of winning a specific battle production. This is a diagram to explain the post-event effects (specific battle effects) of image-suggestive effects. This is a diagram to explain the image-based presentation technique. This is a diagram (a continuation of Figure 16) used to explain the image suggestion technique. This diagram illustrates the simultaneous changes (both first and second candidate images) in an image suggestion presentation. This is a diagram to explain specific example 2-2. This is a diagram to explain specific example 2-4. This is a diagram to explain specific example 2-9. This is a diagram to explain specific example 2-11. This is a diagram to explain specific example 2-12. This is a diagram to explain specific light-emitting effects. This is a diagram to explain specific example 3-1. This is a diagram to explain specific example 3-2. This is a diagram to explain specific example 3-3. This is a diagram to explain specific example 3-10. This is a diagram illustrating specific example 3-11 (when a specific light emission effect occurs due to a change in the target). This diagram illustrates specific example 3-11 (when a specific light-up effect occurs during a pre-read variation). This is a diagram to explain specific example 3-12. This is a diagram to explain the target stage images (mode-specific images, common images). This diagram shows the presentation patterns at each step of the staged image presentation that occurred in presentation mode A. This diagram shows the presentation patterns at each step of the staged image presentation that occurred in presentation mode B. This is a diagram to explain specific example 4-1. This is a diagram to explain specific example 4-2. This is a diagram to explain specific example 4-5. This is a diagram to explain specific example 4-7. This is a diagram to explain specific example 4-9. This is a diagram to explain the prescribed special effects (prescribed conditions). This is a diagram to explain specific example 5-2. This is a diagram to explain specific example 5-4. This is a diagram to explain specific example 5-5. This is a diagram to explain specific example 5-7. This is a diagram illustrating a specific control state. This is a diagram to explain specific examples 6-1 and 6-4. This is a diagram used to explain specific example 6-7 (a diagram showing an example that contradicts the example explained as specific example 6-7). This is a diagram to explain specific example 6-9. This is a diagram to explain the game of acquiring rights. This diagram explains the rights usage effect and the special confirmation effect. This is a diagram to explain specific example 7-1. This is a diagram to explain specific example 7-3. This is a diagram to explain specific example 7-5. This is a diagram to explain specific example 7-6. This is a diagram to explain specific example 7-8. This is a diagram to explain specific example 7-10. This is a diagram illustrating specific configuration and performance X. This is a diagram illustrating specific configuration and performance Y. This is a diagram to explain specific example 8-2. This is a diagram to explain specific example 8-9. This is a diagram (a continuation of Figure 59) to explain specific examples 8-9. This is a diagram (part one) to explain specific example 8-12. This is the second diagram to illustrate specific example 8-12. This is a diagram to explain specific example 8-13. This is a diagram to explain specific example 8-14. This is a diagram to explain specific sound effects. This is a diagram to explain Specific Example 9-1 (Specific Example 9-1-1, Specific Example 9-1-2). This is a diagram to explain specific example 9-3. This is a diagram to explain specific example 9-4. This is a diagram to explain specific example 9-6. This diagram illustrates the pre-selection process and the selection reflection animation that begins based on the selections made during that pre-selection. This figure shows an example of a selection and reflection animation in the normal mode (no specific change occurs). This diagram shows an example of a special behavior selection and reflection effect (specific change occurrence). This is a diagram to explain specific example 10-1. This is a diagram illustrating specific example 10-2. This is a diagram illustrating specific example 10-6. This is a diagram to explain specific example 10-7. This is a diagram to explain specific example 10-8. This diagram shows an example of an image selection animation and the subsequent post-animation animation. This diagram illustrates that if an image selection animation occurs in the target state, a specific selection result is advantageous to the player (and if an image selection animation occurs in a non-target state, a specific selection result is disadvantageous to the player). This is a diagram to explain specific example 11-1. This is a diagram illustrating specific example 11-2. This is a diagram illustrating specific example 11-5. This is a diagram to explain specific example 11-7. This is a diagram to explain specific example 11-8. This is a diagram to explain specific example 11-9. This is a diagram to explain the display effects during specific fluctuations. This is a diagram to explain specific example 12-1. This is a diagram illustrating specific example 12-2. This is a diagram to explain specific example 12-3. This is a diagram illustrating specific example 12-5. This is a diagram to explain specific example 12-8. This is a diagram to explain specific example 12-9. This is a diagram illustrating specific example 12-9 (an example different from the example shown in Figure 92). This is a diagram to explain the specific stage of the performance (first stage). This is a diagram to explain the specific stage of the performance (second stage). This is a diagram to explain the specific stage of the performance (the third stage). This is a diagram to explain specific example 13-1. This is a diagram to explain specific example 13-2. This is a diagram to explain specific example 13-4. This is a diagram to explain specific example 13-5. This is a diagram illustrating specific example 13-6. This is a diagram to explain specific example 13-8. This is a diagram to explain specific example 13-9. This is a diagram to explain the special reach animation R1. This is a diagram to explain the special reach animation R2. This is a diagram to explain the advantageous animations for winning. This is a diagram to explain specific example 14-2. This is a diagram to explain specific example 14-3. This is a diagram illustrating specific example 14-5. This is a diagram illustrating specific example 14-10. This diagram illustrates the typical sensor response time. This is a diagram illustrating the response time of a specific sensor. (a) is a diagram illustrating the difference between the specific sensor response period and the normal sensor response period, (b) is a diagram showing candidate images that may be displayed as normal response images and specific response images, and (c) is a diagram showing candidate images that may be displayed as non-specific response images. This is a diagram illustrating specific example 15-2-1. This is a diagram illustrating specific example 15-2-2. This is a diagram to explain specific example 15-3. This is a diagram illustrating specific example 15-4. This is a diagram to explain specific example 15-7. This is a diagram to explain specific example 15-8.

Hereinafter, an embodiment of the game machine 1 (pachinko game machine) according to the present invention will be described in detail with reference to the drawings. Unless otherwise specified, the term "image" in the following description includes not only still images but also moving images. Unless otherwise specified, the following description is based on the premise that the player plays the game as instructed (the player plays the game normally without performing any special actions). Furthermore, when it is stated that "a game ball enters (wins a prize) in ○○", it strictly means that a sensor installed in ○○ has detected the game ball that has entered. Furthermore, when it is stated that "when an operation is performed in ○○", it strictly means that it has been detected that ○○ has moved to a predetermined position as a result of the operation. In addition, the various values (probability, number of times, etc.) described below can be increased or decreased as appropriate, as long as they are not changed in a way that eliminates the characteristics. Furthermore, in the following explanation, a "closed" state refers to a state where, assuming normal gameplay, game balls do not normally enter that area, while an "open" state refers to a state where, assuming normal gameplay, game balls can enter that area (a state where the game ball entrance is open but game balls do not pass through it during normal gameplay is considered "closed"). Also, in each diagram, elements unrelated to the features explained using that diagram may be omitted. Additionally, supplementary elements in the following explanation (numbers ("First," "Second," etc.), various letters, etc.) are added to distinguish between types and do not have any inherent meaning.

<Basic configuration of a gaming machine>
The overall configuration of the gaming machine 1 will be briefly explained with reference to Figure 1, etc. Detailed explanations of well-known configurations will be omitted (the same configuration as a general gaming machine can be adopted). The gaming machine 1 is equipped with a game board 90. The game board 90 is a structure that is roughly rectangular in shape when viewed from the front. In front of the game board 90 is a game area 902 through which game balls flow. Below the game board 90 is a well-known launching device 908 (launching handle). By operating the launching device 908, the player can launch game balls (game balls stored in the upper tray) toward the game area 902. The game balls launched from the launching device 908 reach the game area 902 through a passage formed by a guide rail 903.

The game area 902 is equipped with various prize-winning areas into which game balls can enter (such as the starting area 904 and the major prize-winning area 906), and an out-out opening 907 (an opening from which game balls that did not enter any prize-winning area (so-called out-balls) are discharged). Furthermore, the game area 902 is equipped with multiple game pins, which act as obstacles that alter the flow of game balls upon collision. Game balls flowing through the game area 902 change their trajectory in various ways depending on the conditions of collision with the game pins. When game balls flowing through the game area 902 enter a prize-winning area such as the starting area 904 or the major prize-winning area 906, a predetermined number of prize balls are dispensed by the payout device.

The gaming machine 1 is equipped with a display device 91. As described later, the display device 91 is the main display device having a display area 911 on which decorative patterns 80 and the like are displayed. The display area 911 of the display device 91 is a portion that can be seen through the opening 901 formed in the game board 90. The display area 911 is positioned slightly above the height of the gaming machine 1 so as to be at the player's line of sight.

The gaming machine 1 is equipped with a speaker 67 (sound output means). Basically, the various effects that occur as part of the variable effects (described later) are accompanied by a unique effect sound corresponding to each of the effects (the unique effect sound is output from the speaker 67).

The general components of the gaming machine 1, such as the frame, the structure that forms the space for storing the launched game balls (upper tray), and the structure that forms the space for storing the game balls that overflow from the upper tray (lower tray), will be omitted. These components can be the same as those used in known gaming machines.

The jackpot lottery is performed by a win/loss lottery means built on a control board (main control board) not shown, based on win/loss lottery information acquired when a game ball enters the starting area 904. In this embodiment, the starting area 904 is provided as a first starting area 904a (the so-called "starting area of Figure 1") and a second starting area 904b (the so-called "starting area of Figure 2"). The first starting area 904a is located at a position where a game ball may enter when the game ball is launched so that it flows down the left side of the display area 911 (the left side of the game area 902) ("left-handed shooting" is performed). The second starting area 904b is located at a position where a game ball may enter when the game ball is launched so that it flows down the right side of the display area 911 (the right side of the game area 902) ("right-handed shooting" is performed).

Upon the entry of a game ball into the starting area 904, a numerical value is obtained from the random number source as win/loss lottery information (the win/loss lottery information obtained when the game ball enters the first starting area 904a is called the first win/loss lottery information, and the win/loss lottery information obtained when the game ball enters the second starting area 904b is called the second win/loss lottery information). If this numerical value is the same as a predetermined jackpot value, it is a jackpot; otherwise, it is a loss.

When a win/loss lottery is conducted using the win/loss lottery mechanism, the result is notified through a variation animation (the animation from the start of the variation of the decorative symbol 80 (or decorative symbol group 80g) until the decorative symbol 80 completely stops in a combination indicating the win/loss lottery result; this refers to the animation during one variation. In the following explanation, this may also be simply referred to as "variation" or "rotation"). Furthermore, the player may be shown a known pseudo-stop state (a state in which the symbol is slightly swaying; also referred to as a temporary stop (state), etc.) that makes it appear as if the decorative symbol 80 has stopped. Since the decorative symbol 80 in a pseudo-stop state is not completely stopped (because the selection has not been finalized), its type may change (in the diagram, the pseudo-stop state of the decorative symbol 80 may be represented by showing it swaying).

In this embodiment, the animation for the corresponding winning/losing lottery result is executed in the order in which the winning/losing lottery information is acquired. However, if new winning/losing lottery information is acquired while the animation for a certain winning/losing lottery result has not yet been completed (i.e., there is winning/losing lottery information for which the notification of the winning/losing lottery result has not yet been completed), the newly acquired winning/losing lottery information is stored in a predetermined number of storage means (RAM) (not shown) as pre-change winning/losing lottery information (described later).

The acquired win/fail lottery information (for which notification of the corresponding win/fail lottery result has not been completed) is divided into "pre-change win/fail lottery information" (where the variation animation for the corresponding win/fail lottery result has not yet started, and where the first win/fail lottery information corresponds to the second win/fail lottery information, and where the variation animation for the corresponding win/fail lottery result has started but has not yet finished, and where the first variation-in-progress win/fail lottery information corresponds to the second win/fail lottery information, and where the second variation-in-progress win/fail lottery information corresponds to the first win/fail lottery information, and where the variation animation for the corresponding win/fail lottery result has started but has not yet finished, and where the variation animation for the corresponding win/fail lottery result has started, but where the variation animation has not yet finished. In this embodiment, the maximum number of first pre-change lottery information entries that the storage means can store is four, and the maximum number of second pre-change lottery information entries that can store is also four. Furthermore, in this embodiment, at a given point in time, there is at most one piece of information regarding the winning/losing lottery during a variation (it is not possible for both the first and second pieces of information to exist simultaneously, i.e., for the variation in Figure 1 and the variation in Figure 2 to proceed at the same time).

During the variation animation, a pre-variation display 72, which is an image (icon) indicating the existence of pre-variation win/failure lottery information, and a variation-in-progress display 71, which is an image (icon) indicating the existence of in-progress win/failure lottery information, are displayed in real time (see Figure 2). In this embodiment, the variation-in-progress display 71 and the pre-variation display 72 are displayed on the same display device 91 (display area 911) as the decorative pattern 80, but they may be displayed on a different display device. In this embodiment, in a game state where the game ball should be launched aiming at the first starting area 904a (a game state where "left-handed shooting" is required), the first win/failure lottery information is acquired, so the pre-variation display 72 and variation-in-progress display 71, which indicate the existence of the first pre-variation win/failure lottery information and the first in-progress win/failure lottery information, are displayed (the pre-variation display 72 and variation-in-progress display 71, which indicate the existence of the second win/failure lottery information, are either not displayed or are displayed smaller than the pre-variation display 72 and variation-in-progress display 71, which indicate the existence of the first win/failure lottery information). On the other hand, in a game state where the game ball should be launched aiming at the second starting area 904b (a game state where "right-handed shooting" is required), the second win/loss lottery information is acquired, and the pre-rotation display 72 and in-rotation display 71 indicating the existence of the second pre-rotation win/loss lottery information and the second in-rotation win/loss lottery information are displayed (the pre-rotation display 72 and in-rotation display 71 indicating the existence of the first win/loss lottery information are either not displayed or are displayed smaller than the pre-rotation display 72 and in-rotation display 71 indicating the existence of the second win/loss lottery information). As described above, the maximum number of pre-rotation win/loss lottery information entries in this embodiment is four, so the maximum number of pre-rotation displays 72 displayed in a game state where the game ball should be launched aiming at the first starting area 904a is four (naturally, the maximum number of in-rotation displays 71 displayed is one). Furthermore, since the maximum number of memory slots for the second pre-spin win/loss lottery information is four, the maximum number of pre-spin displays 72 shown when the game ball should be launched aiming for the second starting area 904b is also four (naturally, the maximum number of displays 71 shown during the spin is one).

The order in which the notification of the win/loss lottery result corresponding to each of the pre-reaction displays 72 is completed (the so-called "processing order") is such that the closer it is to the in-reaction display 71, the earlier it is processed. In other words, the pre-reaction displays 72 are displayed in an order such that the earlier they are processed, the closer they are to the in-reaction display 71. Each time the notification of the win/loss lottery is completed (the reel spin ends), the position in which the pre-reaction display 72 is displayed changes (each pre-reaction display 72 moves to a position corresponding to the "processing order"). Also, the pre-reaction display 72 with the earliest processing order becomes the in-reaction display 71 when the notification of the win/loss lottery is completed (the reel spin ends) (it moves to the position in which the in-reaction display 71 is displayed). It should be noted that, strictly speaking, the win/loss lottery by the win/loss lottery means is executed simultaneously with the start of the corresponding reel spin animation (the timing of such win/loss lottery execution is not explicitly shown to the player). Therefore, the pre-reaction displays 72 indicate the existence of win/loss lottery information (pre-reaction win/loss lottery information) for which the corresponding win/loss lottery has not yet been executed, and are sometimes referred to as "reserved (display)". Furthermore, the number of pre-variation win/failure lottery information can be said to be the number of win/failure lotteries that are promised to be executed in the future (the number of win/failure lottery rights already acquired). Therefore, the more pre-variation win/failure lottery information (holding display) there is, the higher the probability that the future win/failure lottery result will be a jackpot at that point. Also, the in-variation display 71 indicates the existence of win/failure lottery information in which the corresponding win/failure lottery is being executed, but the variation animation to notify the result of that lottery is currently in progress ("active" state), and is therefore sometimes referred to as the "active display". Also, since the variation animation to notify the corresponding win/failure lottery result is currently in progress (the so-called "in-progress variation" is being executed), it is sometimes referred to as the "in-progress variation hold". In other words, the pre-variation display 71 is also sometimes treated as being included in the category of "hold". In this embodiment, the in-variation display 71 is larger than the pre-variation display 72, but the basic form of both (at least the form of the normal display mode 70n (default mode) described later) is the same (similar). Instead of maintaining this similar relationship, the basic forms (external shape, etc.) of the variable display 71 and the pre-variation display 72 may be completely different.

In this embodiment, similar to known gaming machines, the winning or losing result is notified to the player by a combination of decorative symbols 80 (see Figure 2) displayed in the display area 911 of the display device 91. Specifically, a group of decorative symbols 80g (left decorative symbol group 80gL, middle decorative symbol group 80gC, right decorative symbol group 80gR) containing multiple types of decorative symbols 80 starts to change, and finally one decorative symbol 80 is selected from each decorative symbol group 80g and stops. Whether the decorative symbols 80 are of the same type is determined by whether the characters contained in each decorative symbol 80 are the same. In this embodiment, each decorative symbol 80 contains one of the numbers from "1" to "7", and if the numbers are the same, they are of the same type; if the numbers are different, they are of different types. In the following description, each decorative symbol 80 may also be expressed by the number contained in the decorative symbol 80, such as the "1" decorative symbol 80. Even if the decorative symbols 80 are of the same type, they may have different appearances (for example, different number designs). Each of the decorative pattern groups 80g contains all types of decorative patterns 80 (all of the decorative patterns 80 from "1" to "7"). Each decorative pattern 80 may include elements other than numbers. For example, it may include a character associated with each number (type).

The combinations of decorative symbols 80 (left decorative symbol 80L, middle decorative symbol 80C, and right decorative symbol 80R, arranged from left to right) selected and stopped from each group of decorative symbols 80g are broadly classified into winning combinations, indicating a successful draw, and losing combinations, indicating a loss. In this embodiment, a winning combination is defined as when all three decorative symbols 80 are of the same type, while a losing combination is defined as when the three decorative symbols 80 are not all of the same type.

In this embodiment, the fluctuations of each decorative pattern group 80g may temporarily stop (pseudo-stop). A temporary stop (pseudo-stop) refers to a state where the fluctuations have not completely stopped, but appear to the player as if they have stopped (for example, a state of slight swaying). By temporarily stopping (pseudo-stopping) the fluctuations in this way, it is possible to create so-called "chance symbols" during the fluctuation animation.

Furthermore, images showing various information may be displayed discreetly near the outer edge of the display area 911 (the illustration of such images is omitted in each figure). For example, the symbols that start to change when the variation effect begins, and stop in a manner corresponding to the win/loss lottery result when the variation effect ends (so-called small symbols) may be displayed in a small size. However, players can enjoy the game without being aware of these types of images. In other words, it is basically possible to understand the win/loss lottery result by looking at the decorative symbols 80 and the various effects.

Furthermore, similar to known gaming machines, lamps indicating various information are provided outside the display area 911. The lighting patterns of these lamps indicate the results of various lotteries. The lamp lighting patterns corresponding to the first and second lottery results are generally referred to as "special symbols." The lamp lighting patterns corresponding to the regular lottery results (regular lotteries will be described later) are generally referred to as "regular symbols."

By winning the first or second draw, players are awarded a prize (jackpot). Players play the game aiming to acquire this prize (jackpot). That is, to participate in the first or second draw, they launch game balls towards the first starting area 904a and the second starting area 904b. The game state in which players aim to acquire the prize (jackpot) is broadly divided into a normal game state and a specific game state that is more advantageous to the player than the normal game state (see Figure 3(a)). Furthermore, in this embodiment, there is a first specific game state and a second specific game state that is more advantageous to the player than the first specific game state. The normal game state is the most disadvantageous state, and the second specific game state is the most advantageous state.

The normal game state is a low-base state in which it is difficult for game balls to enter the starting area 904, while the specific game state is a high-base state in which it is easier for game balls to enter the starting area 904 (easier than in the low-base state). In the normal game state, game balls should be launched aiming at the first starting area 904a (a state in which "left-handed shooting" should be performed). In the specific game state, game balls should be launched aiming at the second starting area 904b (a state in which "right-handed shooting" should be performed). The high-base state is a state in which it is easier to win the normal lottery compared to the low-base state. The normal lottery is a lottery that is executed when a game ball enters the normal area 905. The second starting area 904b is a closed area under normal circumstances and is opened when the normal lottery is won. In other words, if the normal lottery is not won, the game ball will not enter the second starting area 904b. When the regular lottery is won, the opening/closing member (the so-called electric chute) located at the entrance to the second starting area 904b moves to the open position, and the second starting area 904b opens. The opening/closing member, in the open position, receives the game balls flowing down from above and guides them toward the second starting area 904b. In other words, if the opening/closing member remains in the open position for a certain period of time, the game balls will enter the second starting area 904b relatively easily.

The normal area 905 is located in a position where a game ball shot to the right can enter (see Figure 1). Therefore, if the player continuously shoots to the right in a specific game state, a normal lottery will be performed, and if the player wins the normal lottery, the game ball will frequently enter the second starting area 904b. On the other hand, in the normal game state, it is difficult to win the normal lottery, so even if the player shoots to the right, the second starting area 904b is hardly opened, and the system is set so that shooting to the right is disadvantageous for the player. In this embodiment, in the normal game state, even if the player wins the normal lottery, the opening time of the second starting area 904b is extremely short, making it virtually impossible to get the game ball into the second starting area 904b. The probability of winning the normal lottery in the normal game state may be set to 0%, making it impossible to get the game ball into the second starting area 904b. With this configuration, the normal game state involves aiming to win a prize (jackpot) by shooting the game ball to the left, entering the first starting area 904a, and passing the first win/loss lottery. The specific game state involves aiming to win a prize (jackpot) by shooting the game ball to the right, entering the second starting area 904b, and passing the second win/loss lottery.

When a game ball enters the first starting area 904a or the second starting area 904b, a predetermined number of prize balls (for example, 1) are dispensed (the number of prize balls dispensed when entering the first starting area 904a may differ from the number of prize balls dispensed when entering the second starting area 904b). Therefore, in the specific game state, the player can play without losing as many balls as in the normal game state. In the present technical field, when not in a jackpot state, the number of prize balls dispensed per number of balls launched is referred to as the "base." The specific game state is a "high base state" with a (relatively) high base, while the normal game state is a "low base state" with a (relatively) low base. In the high base state, game balls are more likely to enter the starting area 904 than in the low base state, making it easier to receive a win/loss draw. Therefore, the average time required for one variation (variation time) is shorter in the specific game state than in the normal game state (this is known as "time reduction"). Based on this, a high base state can be described as a "time-saving" state (with time-saving features), and a low base state as a "non-time-saving" state (without time-saving features). Furthermore, due to this configuration, the average time spent playing continuously is longer in the normal game state than in the specific game states (the sum of the time spent in the first and second specific game states).

The normal game state and the first specific game state are states where the probability of winning the draw is relatively low (low probability state), while the second specific game state is a state where the probability of winning the draw is relatively high (high probability state). These probabilities can be set as appropriate. In this embodiment, the winning probability (jackpot probability) in the low probability state is approximately 1/319, and the winning probability (jackpot probability) in the high probability state is approximately 1/99. The normal game state is a state where the player shoots left-handed, aiming to win a prize (jackpot) through the first draw with a low probability (approximately 1/319). The first specific game state is a state where the player shoots right-handed, aiming to win a prize (jackpot) through the second draw with a low probability (approximately 1/319). The second specific game state is a state where the player shoots right-handed, aiming to win a prize (jackpot) through the second draw with a high probability (approximately 1/99).

Winning the first or second lottery will award a jackpot (prize). In this embodiment, there are three types of jackpots: a regular jackpot (regular prize), a first specific jackpot (first specific prize), and a second specific jackpot (second specific prize) (see Figure 3(a)). The first specific jackpot is a jackpot that transitions to the first specific game state after the jackpot game (all unit games) has ended. In other words, obtaining the first specific jackpot (first specific prize) is a condition (start condition) for transitioning to the first specific game state. The second specific jackpot is a jackpot that transitions to the second specific game state after the jackpot game (all unit games) has ended. In other words, obtaining the second specific jackpot (second specific prize) is a condition (start condition) for transitioning to the second specific game state. Since the second specific game state is a more advantageous game state than the first specific game state, from that perspective, the second specific jackpot is a more advantageous jackpot for the player than the first specific jackpot. Note that providing these three types of jackpots is merely an example. For example, the game could be set up so that there are no regular jackpots (but when a jackpot is won, the player automatically transitions to a specific game state).

In this embodiment, the distribution of jackpots (bonuses) obtained through the first win/fail lottery (Special Figure 1 lottery) and the distribution of jackpots (bonuses) obtained through the second win/fail lottery (Special Figure 1 lottery) are different (see Figure 3(b)). Jackpots obtained through the first win/fail lottery can be any of the following: a regular jackpot (25%), a first specific jackpot (25%), or a second specific jackpot (50%). On the other hand, all jackpots obtained through the second win/fail lottery (100%) are second specific jackpots. Therefore, after transitioning to a specific game state, as long as jackpots are obtained (consecutive wins) through the second win/fail lottery, the second specific game state, which is the most advantageous game state for the player, will continue.

The first and second specific game states end when predetermined termination conditions are met (see Figure 3(a)). In this embodiment, the first specific game state ends when the win/loss lottery results in 100 consecutive losses. Since the first specific game state is a low-probability state, it can be said that the game is played with the aim of winning a low-probability lottery (approximately 1/319) within the time it takes to perform 100 lotteries. Also in this embodiment, the second specific game state ends when the win/loss lottery results in 150 consecutive losses. Since the second specific game state is a high-probability state, it can be said that the game is played with the aim of winning a high-probability lottery (approximately 1/99) within the time it takes to perform 150 lotteries. In other words, the game machine 1 according to this embodiment is a so-called ST-type game (in practice, the state in which the aim is to win a high-probability lottery before a predetermined number of consecutive losses are referred to as "ST (state)"). The probability of failing to win the high-probability lottery (approximately 1/99) 150 times in a row (the probability that a certain second specific game state will end without winning the high-probability lottery at the start of that state) is approximately 22%, so the so-called continuation rate is approximately 78%. Note that this ST-type gameplay is merely one example. For example, in the high-probability state, it is possible to win either a jackpot that continues the high-probability state (high-probability jackpot) or a jackpot that ends the high-probability state (transitioning to a low-probability state) (low-probability jackpot), and the high-probability state continues until a low-probability jackpot is won, creating a so-called loop-type gameplay.

In this embodiment, even if the power to the gaming machine 1 is turned OFF (even if the power is turned OFF → ON), the game state is maintained. However, if a predetermined reset operation, which can only be performed by a gaming store employee (a person who can access the inside of the gaming machine), is performed, the machine will return to the normal game state (the gaming store employee can forcibly switch to the "default" game state, the normal game state). It is not normal for a player to stop playing in a specific game state that is advantageous to the player, and even if the store closes while the machine is in a specific game state, the store will likely perform a reset operation. Therefore, when the store opens (the so-called morning state), the machine is usually in the normal game state. Thus, basically, players will start playing from the normal game state.

When a jackpot (prize) is won after a draw, a jackpot game (prize game) is executed. The jackpot game is a unit game in which the large prize area 906 (see Figure 1; the large prize area 906 is normally closed by the opening/closing member 906a) is opened multiple times until a predetermined closing condition is met. The closing condition is met when either C (in this embodiment, C = 10) game balls enter the large prize area 906 after it is opened (prize condition) or a predetermined amount of time has elapsed since the large prize area 906 was opened (time condition) is met. In this embodiment, if game balls are continuously launched toward the large prize area 906 during the jackpot game, the prize condition is met before the time condition is met. In other words, in one unit of gameplay, at least 10 game balls enter the jackpot area 906 (so-called "over-winning" may occur, where more than 10 game balls enter the jackpot area 906). A unit of gameplay is also called a round (game). The number of unit games (rounds) included in a jackpot game can be set as appropriate. In this embodiment, all jackpots are 10-round jackpots. In this embodiment, 15 prize balls are paid out when one game ball enters the jackpot area 906. Therefore, in a 10-round jackpot, at least 1500 prize balls are paid out.

The pre-reset display 72 (hold display) and the in-reset display 71 (active display) are sometimes collectively referred to as "hold," and the form of this "hold" suggests the level of reliability (the probability that the corresponding win/loss lottery result will be a jackpot). The pre-reset display 72 and the in-reset display 71 can be one of several forms (see Figure 4) depending on the level of reliability (hereinafter, the forms that the pre-reset display 72 and the in-reset display 71 can be may be referred to as display forms). The level of reliability of the pre-reset display 72 and the in-reset display 71 refers to the level of reliability at the time each display form is displayed, and the level of reliability may increase due to subsequent changes in the display form (hereinafter, such changes may be referred to as "hold changes (effects)"). Furthermore, the relationship between the high and low levels of reliability of each display form refers to the relationship under the same game state. In this embodiment, reliability is indicated by the display pattern (change in the reserved ball) in all three game states: normal game state, first specific game state, and second specific game state. However, a higher reliability indication for one display pattern than another means that, in the same game state, the reliability is higher when the other display pattern is displayed than when the first display pattern is displayed.

The display modes are broadly divided into normal display mode 70n and special display mode 70s. Normal display mode 70n is the standard display mode (default mode). The pre-variation display 72 and the in-variation display 71 have the highest probability of being normal display mode 70n (the probability of being normal display mode 70n is higher than the probability of being any of the special display modes 70s (preferably the probability of pre-variation display 72 and in-variation display 71 being normal display mode 70n is 90% or higher)). Special display mode 70s is a display mode that suggests a higher level of reliability than normal display mode 70n. In this embodiment, four types of special display modes 70s that can be displayed in a normal game state are provided: first special display mode 701s, second special display mode 702s, third special display mode 703s, and fourth special display mode 704s (explanation of special display modes in specific game states is omitted). The reliability of the target winning/losing lottery result increases in this order (the fourth special display mode 704s is the most reliable). The fourth special display mode 704s is displayed only when the target winning/losing lottery result is a jackpot (reliability = 100%). Each display mode only needs to be clearly distinguishable by the player. In this embodiment, the normal display mode 70n is white, the first special display mode 701s is blue, the second special display mode 702s is green, the third special display mode 703s is red, and the fourth special display mode 704s is rainbow-colored (in the drawings, the color of special display mode 70s is indicated by text. If there is no text indicating the color, it is the normal display mode 70n). Different display modes may also differ in aspects other than color (for example, their external appearance may differ).

The display modes of the pre-variation display 72 and the in-variation display 71 can change in a direction that increases reliability (the hold change effect only occurs in a direction that increases reliability). The mode may change whether the state of the pre-variation display 72 is (i.e., before the target variation begins) or the state of the in-variation display 71 is (i.e., during the target variation). The specific mode of the so-called hold change effect can be anything. In this embodiment, the display modes of the pre-variation display 72 and the in-variation display 71 may change suddenly (a sudden hold change effect occurs), or the display modes of the pre-variation display 72 and the in-variation display 71 may change as a result of the display of an image that acts on them (a hold change effect occurs in which an image that causes a change in the display mode is displayed). The final display mode of the in-variation display 71 in the target variation becomes the final reliability suggested by the in-variation display 71. When the target variation effect begins, the pre-variation display 72 (the one in the first order of consumption) becomes the in-variation display 71, but the display mode is carried over at that time. For example, if the pre-change display 72 (the one in the first order of consumption) immediately before the target change begins is the second special display mode 702s, then the target change will begin with the in-change display 71 in the second special display mode 702s state. However, the display mode (color) may change at the timing when the pre-change display 72 (the one in the first order of consumption) becomes the in-change display 71. In this embodiment, when multiple pre-change displays 72 and in-change displays 71 are displayed together, it is possible for two or more special display modes 70s to be displayed.

The gaming machine 1 is equipped with multiple types of operating means that can be operated by the player. In this embodiment, a push button 61, a directional pad 62, and a special operation unit 65 are provided. The push button 61 can be pressed downwards. The directional pad 62 can be operated in any of the up, down, left, or right directions. The special operation unit 65 can be pressed backwards.

The following describes the effects that the gaming machine 1 according to this embodiment can perform, as well as the functions and characteristics of the gaming machine 1. Note that the configuration may be such that only some of the effects described below are performable (only some of them are provided).

<Variable Composition Presentation (Pre-hint Image)>
The gaming machine 1 according to this embodiment can perform a variation configuration performance, which is described in detail below, as a type of performance that may occur during a variation performance. In the following description of the variation configuration performance, the win/loss lottery result that is the subject of the reliability indication by the variation configuration performance may be referred to as the target win/loss lottery result, and the variation performance corresponding to the target win/loss lottery result may be referred to as the target variation performance (target variation). Note that the variation configuration performance will only occur in variations that satisfy predetermined execution conditions. In addition, in this embodiment, the variation configuration performance may occur in the normal game state. However, it may also occur in a specific game state. In addition, in this embodiment, the variation configuration performance may occur when a reach (where two of the three decorative symbol groups 80g are selected and shown are of the same type) is achieved. However, it may also occur when a reach has not been achieved.

As variable configuration effects, Variable Configuration Effects A (see Figure 5) and Variable Configuration Effects B (see Figure 6) may occur. As described later, Variable Configuration Effects B may occur after Variable Configuration Effects A (after Variable Configuration Effects A has reached an unfavorable outcome). Both Variable Configuration Effects lead to either a favorable outcome where an image indicating a favorable situation for the player is displayed, or an unfavorable outcome (more unfavorable than the favorable outcome) where an image indicating an unfavorable situation for the player is displayed. Furthermore, the favorable outcome may include a so-called reversal pattern where it initially appears to reach an unfavorable outcome, but then reverses.

In this embodiment, the variable configuration animation A (see Figure 5) is an animation in which the player's character, Character C (indicated by the letter "C" in the diagram), is displayed. Character C acts toward achieving a goal (see Figure 5(a)), and achieving the goal results in a favorable outcome (see Figure 5(b-1)), while failing to achieve it results in an unfavorable outcome (see Figure 5(b-2)). Furthermore, in this embodiment, the variable configuration animation B (see Figure 6) is an animation in which the same character (Character C) as in the variable configuration animation A is displayed as the player's character. Character C acts toward a different goal than in the variable configuration animation A (see Figure 6(a)), and achieving the goal results in a favorable outcome (see Figure 6(b-1)), while failing to achieve it results in an unfavorable outcome (see Figure 6(b-2)). Note that the specific forms of the variable configuration animations A and B described above are merely examples, and their specific forms can be modified as appropriate, except for the points specifically described below.

When the variable configuration animation A occurs, if it leads to a favorable outcome (see Figure 5(b-1)), the target win/loss lottery result is confirmed to be a jackpot. In other words, if the target win/loss lottery result is a jackpot, there is a possibility that the variable configuration animation A will lead to a favorable outcome; if it is a loss, there is no possibility that the variable configuration animation A will lead to a favorable outcome. However, even if the target win/loss lottery result is a jackpot, the variable configuration animation A may lead to an unfavorable outcome (see Figure 5(b-2)). In other words, the target win/loss lottery result is not confirmed at the point when the variable configuration animation A leads to an unfavorable outcome (immediately after the unfavorable outcome). In this embodiment, during an unfavorable outcome, the three decorative symbols 80 are in a pseudo-stop state in a combination representing a loss (a losing combination), suggesting to the player that a loss is likely to be confirmed.

After Variable Composition Performance A reaches an unfavorable outcome (see Figure 5(b-2)), Variable Composition Performance B may occur (see Figure 6(a)). In this embodiment, Variable Composition Performance B only occurs when Variable Composition Performance A reaches an unfavorable outcome. After an image indicating that Variable Composition Performance A has reached an unfavorable outcome is displayed (see Figure 5(b-2)), Variable Composition Performance B begins when a predetermined development image 11 (continuation image) is displayed (see Figure 5(c-2)). If the development image 11 is not displayed (see Figure 5(c-1)), Variable Composition Performance B does not occur. When Variable Composition Performance A reaches an unfavorable outcome and Variable Composition Performance B does not occur, the target win/loss lottery result is confirmed to be a loss (the three decorative symbols 80 completely stop in a losing combination) (see Figure 5(c-1)). In other words, when development image 11 is displayed (i.e., the game progresses to variable configuration animation B), there remains a possibility that the target win/loss result is a jackpot. However, when development image 11 is not displayed (i.e., the game does not progress to variable configuration animation B), the target win/loss result is definitely a loss.

When the evolved image 11 is displayed (see Figure 5(c-2)), the variable configuration performance B is initiated (see Figure 6(a)). If the target win/loss lottery result is a jackpot, the variable configuration performance B leads to a favorable outcome (see Figure 6(b-1)), and if it is a loss, it leads to an unfavorable outcome (see Figure 6(b-2)). As mentioned above, even if the variable configuration performance A leads to an unfavorable outcome, there is still a possibility of a jackpot, but if the variable configuration performance B leads to an unfavorable outcome, it is certain to be a loss. In other words, the variable configuration performance B differs from the variable configuration performance A in that it determines the target win/loss lottery result regardless of the outcome. Furthermore, since the variable configuration performance B is executed as a result of the evolution of the variable configuration performance A, the probability of the variable configuration performance B leading to a favorable outcome (referring to the probability of the variable configuration performance B leading to a favorable outcome at the time the variable configuration performance A is initiated) is higher than the probability of the variable configuration performance A leading to a favorable outcome (referring to the probability of the variable configuration performance B leading to a favorable outcome at the time the variable configuration performance A is initiated). Therefore, if the target lottery result is a jackpot, it is more likely that the jackpot will be announced when Variable Composition Animation A reaches an unfavorable outcome followed by Variable Composition Animation B reaching a favorable outcome, rather than when Variable Composition Animation A reaches a favorable outcome. Furthermore, it is preferable that the probability of Variable Composition Animation A reaching a favorable outcome (based on the time Variable Composition Animation A begins) is less than 10%.

Variable Composition Performance B is a performance that can occur when Variable Composition Performance A reaches an unfavorable outcome, and in the state where Variable Composition Performance A reaches an unfavorable outcome, the pre-hint image 10 may be displayed. The pre-hint image 10 is not displayed when Variable Composition Performance A reaches a favorable outcome. The unfavorable outcome of Variable Composition Performance A (see Figure 5 (b-2)) can be divided into a pattern in which the pre-hint image 10 is not displayed (see Figure 5 (b-2-1)) and a pattern in which the pre-hint image 10 is displayed (see Figure 5 (b-2-2)). The pre-hint image 10 not being displayed is the normal (default) pattern. In other words, when Variable Composition Performance A reaches an unfavorable outcome, the probability of the pre-hint image 10 not being displayed is higher than the probability of the pre-hint image 10 being displayed. The pre-hint image 10 may be displayed at a point in time when it has not yet been decided whether or not Variable Composition Performance B will occur (a point earlier than the point in time when the above-mentioned development image 11 may be displayed). Furthermore, the point at which the pre-hint image 10 may be displayed is a point at which there is no possibility of a favorable outcome in the so-called reversal pattern. In this embodiment, the display of the pre-hint image 10 does not indicate an increased probability of the occurrence of the variable configuration performance B. Even if the pre-hint image 10 is displayed (see Figure 5 (b-2-2)), the variable configuration performance B may not occur (see Figure 5 (c-1)).

The display of the pre-hint image 10 (see Figure 5 (b-2-2)) suggests that, assuming the occurrence of Variable Configuration Performance B, the probability of Variable Configuration Performance B reaching a favorable ending (see Figure 6 (b-1)) has increased. In other words, assuming Variable Configuration Performance B occurs, the probability of Variable Configuration Performance B reaching a favorable ending (see Figure 6 (b-1)) is higher when the pre-hint image 10 is displayed (see Figure 5 (b-2-2)) than when it is not displayed (see Figure 5 (b-2-1)) during Variable Configuration Performance A (unfavorable ending). (The probability of Variable Configuration Performance B reaching a favorable ending at its start is higher when the pre-hint image 10 is displayed than when it is not.) Therefore, if the pre-hint image 10 is displayed but Variable Configuration Performance B does not occur, the display of the pre-hint image 10 has no significance (effect).

The pre-hint image 10 preferably contains content that suggests its characteristics. In this embodiment, the pre-hint image 10 is displayed with the words "If it develops, it's a chance" (see Figure 5 (b-2-2)). Since "development" means that the variable configuration effect B occurs, it becomes clear that if the variable configuration effect B occurs, it is a "chance".

Thus, in this embodiment, when the variable configuration animation A leads to an unfavorable outcome, the pre-suggestion image 10 may be displayed (see Figure 5 (b-2-2)). When the pre-suggestion image 10 is displayed, players can expect a favorable outcome if variable configuration animation B occurs, thus creating a more engaging gameplay experience where players will more strongly desire the occurrence of variable configuration animation B.

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned variable configuration effects. Furthermore, whenever possible, configurations may be created by combining multiple techniques described using the following examples.

Specific Example 1-1
In the variable configuration presentation A (see Figure 7(a)), a predetermined period (operation validity period) (see Figure 7(b)) is provided during which the operation of a predetermined operating means (target operating means) is effective before reaching the conclusion. The probability of the pre-suggestion image 10 being displayed when the variable configuration presentation A reaches an unfavorable conclusion (the probability of (c-2) occurring instead of (c-1)) differs depending on whether the operation of the target operating means during the operation validity period satisfies predetermined conditions (specific operation) (see Figure 7(b-1)) or not (see Figure 7(b-2)). Specifically, if variable configuration performance A ends in an unfavorable outcome (see Figures 7(c-1) and (c-2)), then variable configuration performance B is started, and variable configuration performance B ends in a favorable outcome (see Figure 7(d)) (when it is internally determined that variable configuration performance B will end in a favorable outcome), the probability that the pre-suggestion image 10 will be displayed when variable configuration performance A ends in an unfavorable outcome (the probability that it will be (c-2) instead of Figure 7(c-1)) will differ depending on whether the operation of the operating means during the preceding operation validity period was a specific operation (see Figure 7(b-1)) or not (see Figure 7(b-2)).

The required operating means during the operation validity period can be any type (one or more), and various types of required operations are conceivable. For example, in the variable configuration performance A, an operation validity period is set during which the player is required to continuously press (repeatedly press) the push button 61 before reaching the ending (see Figure 7(b)). Then, reaching a predetermined number of presses of the push button 61 during this operation validity period is considered an operation that satisfies a predetermined condition (specific operation). The predetermined number of presses may be set to be the same each time (for example, 10 times), or it may be set to change each time (for example, it may change between 5 and 15 times). In this way, during the operation validity period, the player can satisfy the predetermined condition by actively operating the operating means, and if the operating means is not operated at all, it cannot be considered an operation that satisfies the predetermined condition. Note that the degree to which the operating means is operated during the operation validity period does not affect the ending of the variable configuration performance A. It is preferable that the operation validity period be set even if the variable configuration performance A has a favorable ending (the operation validity period is set regardless of the ending of the variable configuration performance A). In the variable configuration sequence A, the outcome—whether it will be favorable or unfavorable—is predetermined internally at the time of its initiation. Since the pre-indication image 10 is not displayed if a favorable outcome is predicted, the degree of operation of the control device during the operation validity period does not affect the sequence that results in a favorable outcome.

If the probability of displaying the pre-suggestion image 10 when the variable configuration performance A has an unfavorable ending is set to be higher when the operation of the target operating means during the operation validity period satisfies a predetermined condition (specific operation) (see Figure 7(b-1)) than when it does not (see Figure 7(b-2)), then the gameplay becomes such that the more actively one participates in the performance (operates the operating means) during the operation validity period, the higher the probability of enjoying the suggestive effect of the pre-suggestion image 10 (if one wants to make it easier to predict the ending of the variable configuration performance B, one should actively operate the target operating means).

Conversely, if the probability of displaying the pre-suggestion image 10 when the variable configuration performance A has an unfavorable ending is set to be higher when the operation of the target operating means during the operation validity period does not result in an operation that satisfies a predetermined condition (specific operation) (see Figure 7(b-2)) than when it does result in a specific operation (see Figure 7(b-1)), then the more actively the player participates in the performance (operates the operating means) during the operation validity period, the less likely it is that the pre-suggestion image 10 will be displayed, making it more difficult to predict the ending of the variable configuration performance B. (If the player wants to enjoy the game to the end by making it difficult to predict the ending of the variable configuration performance B, they should actively operate the target operating means.)

Furthermore, during the operation validity period, the player may not be prompted to operate the target operating device. In other words, even if a player obtains information from magazines or the internet and becomes aware of the existence of the operation validity period, the game may not visually prompt the player to operate the device (no image prompting operation is displayed in the display area 911). This is a so-called "hidden operation" (hidden button) effect.

Specific Examples 1-2
Variable Composition Performance A is designed so that a favorable outcome, such as a reversal pattern (where an unfavorable outcome is initially shown but then reversed), does not occur. In this way, when an image indicating an unfavorable situation for the player is displayed in Variable Composition Performance A, there is no possibility of it being reversed to a favorable outcome. Therefore, a straightforward gameplay experience is achieved where the player hopes for the display of the pre-indication image 10 or the occurrence of Variable Composition Performance B.

Furthermore, it is preferable that the variable configuration presentation B be designed so that a favorable ending in a reversal pattern can occur. Since the variable configuration presentation B does not have the potential to further develop if an unfavorable ending occurs, it is preferable that cases can occur where an unfavorable ending appears to occur but is then reversed.

Specific Examples 1-3
Unlike the above embodiment, if the variable configuration performance A leads to an unfavorable outcome, the variable configuration performance B will always occur. In other words, if the variable configuration performance A occurs and does not lead to a favorable outcome, it is guaranteed that the variable configuration performance B will be executed. In this case, since the variable configuration performance B will always occur when the variable configuration performance A leads to an unfavorable outcome, the display of the pre-hint image 10 in the case of an unfavorable outcome will not be wasted (the display of the pre-hint image 10 will not result in a meaningless outcome), resulting in a gameplay experience in which the display of the pre-hint image 10 is not wasted.

However, in this example, since the occurrence of variable configuration animation B is determined the moment variable configuration animation A reaches an unfavorable outcome, there is a disadvantage in that the gameplay does not result in a gameplay experience where the player would more strongly desire the occurrence of variable configuration animation B when the pre-indication image 10 is displayed, as in the above embodiment.

Specific Examples 1-4
Unlike the above embodiment, the variable configuration effect B can occur even when the variable configuration effect A does not reach an unfavorable outcome. In other words, the condition for the occurrence of the variable configuration effect B is not that the variable configuration effect A reaches an unfavorable outcome. However, it is desirable that the probability of the variable configuration effect B occurring be higher when the variable configuration effect A reaches an unfavorable outcome than when it does not. That is, it is desirable that the occurrence of the variable configuration effect B is maintained as an event that suggests the occurrence of the variable configuration effect B when the variable configuration effect A reaches an unfavorable outcome.

Specific Examples 1-5
If the variable configuration performance A results in an unfavorable outcome, the probability of variable configuration performance B occurring is higher when the pre-indication image 10 is displayed than when it is not displayed. Also, similar to the above embodiment, assuming that variable configuration performance B occurs, the probability that variable configuration performance B will have a favorable outcome at the start of variable configuration performance B is higher when the pre-indication image 10 is displayed than when it is not displayed. In this way, the presence or absence of the pre-indication image 10 when variable configuration performance A results in an unfavorable outcome provides a gameplay element that suggests both the probability of variable configuration performance B occurring and the probability that variable configuration performance B will have a favorable outcome if it occurs.

Furthermore, in this example, it is possible to configure the system so that when the pre-hint image 10 is displayed, the variable configuration animation B will always occur (if the pre-hint image 10 is not displayed, there is a possibility that the variable configuration animation B will not occur, but if the pre-hint image 10 is displayed, the occurrence of the variable configuration animation B is guaranteed). However, in this case, since the occurrence of the variable configuration animation B is guaranteed the moment the pre-hint image 10 is displayed, there is a disadvantage in that the gameplay will not be such that the player would more strongly desire the occurrence of the variable configuration animation B when the pre-hint image 10 is displayed, as in the above embodiment.

Specific Examples 1-6
Assuming that characters are displayed in both Variable Configuration Performance A and Variable Configuration Performance B, the characters displayed in Variable Configuration Performance A (see Figure 8(a)) and the characters displayed in Variable Configuration Performance B (see Figure 8(b)) are of different types (in Figure 8, the characters displayed in Variable Configuration Performance A are labeled "CA," and the characters displayed in Variable Configuration Performance B are labeled "CB"). This has the advantage of making the switch from Variable Configuration Performance A to Variable Configuration Performance B clear.

On the other hand, as in the above embodiment, if the same character is displayed in both Variable Configuration Effect A and Variable Configuration Effect B, there is the advantage that it is clearly established that Variable Configuration Effect A and Variable Configuration Effect B are related (that Variable Configuration Effect A and Variable Configuration Effect B are connected effects).

Specific Examples 1-7
It is assumed that there are multiple types of images with different appearances that may be displayed as pre-hint images 10 when the variable configuration performance A reaches an unfavorable ending. When the variable configuration performance A reaches an unfavorable ending, the pre-hint images 10 may not be displayed, or they may be displayed, but when the pre-hint images 10 are displayed, one of the multiple types of images will be displayed. For example, suppose there are a first pre-hint image 101 (see Figure 9(b)) and a second pre-hint image 102 (see Figure 9(C)) as pre-hint images 10. When the variable configuration performance A reaches an unfavorable ending, either the pre-hint image 10 will not be displayed (see Figure 9(a)), the first pre-hint image 101 will be displayed (see Figure 9(b)), or the second pre-hint image 102 will be displayed (see Figure 9(c)). Furthermore, when the variable configuration performance B occurs, the probability that the variable configuration performance B will lead to a favorable outcome is higher when the first pre-suggestion image 101 is displayed than when the pre-suggestion image 10 is not displayed, and higher when the second pre-suggestion image 102 is displayed than when the first pre-suggestion image 101 is displayed (see Figure 9).

By using this example, when the variable configuration presentation A leads to an unfavorable outcome, the player will pay attention to whether or not the pre-hint image 10 is displayed, and if it is displayed, they will also pay attention to the type of image displayed.

Specific Examples 1-8
The pre-hint image 10 does not have to include content that suggests its characteristics, as in the above embodiment. For example, the character C displayed when the variable configuration performance A reaches an unfavorable ending is normally displayed in a certain manner (normal manner) (see Figure 10(a)), but may also be displayed in a different manner (special manner) (see Figure 10(b)). When the character C is displayed in the normal manner when an unfavorable ending occurs, the probability that the variable configuration performance B will reach a favorable ending is higher when the character C in the special manner is displayed (the manner of character C has changed to a different manner than usual) (see Figure 10(b)) than when the character C in the normal manner is displayed (see Figure 10(a)). In this way, the character C in the special manner becomes a performance form that functions as the pre-hint image 10.

Specific Examples 1-9
The variable configuration animation B only suggests the probability (reliability) that the target win/loss result will be a jackpot, and does not announce the target win/loss result based on its outcome (even if the variable configuration animation has a favorable outcome, it does not guarantee that the target win/loss result will be a jackpot). In other words, when variable configuration animation B occurs after variable configuration animation A has an unfavorable outcome, the probability of the target win/loss result being a jackpot is higher if variable configuration animation B has a favorable outcome than if it has an unfavorable outcome, but even if it has a favorable outcome, it does not guarantee that the target win/loss result will be a jackpot (it remains merely a chance-up).

In this case, whether or not the pre-indication image 10 is displayed when the variable configuration sequence A results in an unfavorable outcome functions as an indication of the probability of a favorable outcome for the variable configuration sequence B occurring (which does not guarantee a jackpot, but rather acts as a so-called chance-up).

Furthermore, even if the variable configuration B results in an unfavorable outcome, there is still a possibility that the target win/loss lottery result will be a jackpot. Alternatively, if an unfavorable outcome occurs, the target win/loss lottery result is guaranteed to be a loss.

Specific Examples 1-10
Even if the variable configuration sequence A results in a favorable outcome, it is not guaranteed that the target win/loss lottery result will be a jackpot. In other words, the probability of the target win/loss lottery result being a jackpot is higher when the variable configuration sequence A results in a favorable outcome than when it results in an unfavorable outcome, and there is still a possibility that the target win/loss lottery result will be a loss even with a favorable outcome.

Furthermore, even if the variable configuration sequence A results in an unfavorable outcome and the variable configuration sequence B does not occur, the setting may be such that the target win/loss lottery result is still possible to be a jackpot, or it may be such that the possibility of the target win/loss lottery result being a jackpot is eliminated (it is confirmed to be a loss).

Specific Example 1-11
It is assumed that there are multiple types of variable configuration sequences B that can develop (continue) after variable configuration sequence A has reached an unfavorable outcome. In other words, there are two or more types of variable configuration sequences B (sequences in which the video displayed in the display area 911 is different) that can develop from variable configuration sequence A (unfavorable outcome). It is also assumed that each of these two or more types of variable configuration sequences B can lead to either a favorable or unfavorable outcome, and the probability (reliability) of reaching a favorable outcome differs depending on the type.

For example, if variable configuration performance A leads to an unfavorable outcome (see Figure 11(a)) and then develops further (see Figure 11(b)), then either variable configuration performance B1 may occur (see Figure 11(c-1)) or variable configuration performance B2 may occur (see Figure 11(c-2)). In this case, the display of the pre-suggestion image 10 when variable configuration performance A leads to an unfavorable outcome (see Figure 11(a-2)) increases the probability that either variable configuration performance B1 or variable configuration performance B2 will lead to a favorable outcome, regardless of which of them occurs afterward. In other words, if Variable Configuration Performance A ends unfavorably and then Variable Configuration Performance B1 occurs, the probability of Variable Configuration Performance B1 ending favorably is higher when the pre-suggestion image 10 is displayed (see Figure 11(a-2)) than when the pre-suggestion image 10 is not displayed when Variable Configuration Performance A ends unfavorably (see Figure 11(a-1)) (see Figure 11(c-1)). Similarly, if Variable Configuration Performance A ends unfavorably and then Variable Configuration Performance B2 occurs, the probability of Variable Configuration Performance B2 ending favorably is higher when the pre-suggestion image 10 is displayed (see Figure 11(a-2)) than when the pre-suggestion image 10 is not displayed when Variable Configuration Performance A ends unfavorably (see Figure 11(a-1)) (see Figure 11(c-2)). In short, the effect of displaying the pre-suggestion image 10 is effective regardless of whether Variable Configuration Performance B1 or Variable Configuration Performance B2 occurs. In this way, when the pre-indication image 10 is displayed during an unfavorable outcome of the variable configuration演出 A, a gameplay feature is achieved where any of the multiple types of variable configuration演出 B that occur offer a chance of winning.

〇Specific Example 1-12
In the above embodiment, it was explained that when the variable configuration performance A has an unfavorable outcome (the point at which the pre-suggestion image 10 may be displayed), the three decorative symbols 80 are in a state of pseudo-stopping in a combination that represents a loss (suggesting that the pseudo-stopped decorative symbols 80 may confirm a loss) (see Figure 5(b-2)). However, such pseudo-stopping of a combination that represents a loss may not be displayed. Since the video of the variable configuration performance A makes it clear to the player that an unfavorable situation has occurred (that the goal has not been achieved), it is not necessary to suggest that the decorative symbols 80 may confirm a loss.

Specific Example 1-13
There are differences in the presentation between Variable Configuration Performance B (hereinafter referred to as Variable Configuration Performance Bn) (see Figure 12(b-1)) which occurs when the pre-indication image 10 is not displayed during an unfavorable ending of Variable Configuration Performance (see Figure 12(a-1)) and Variable Configuration Performance B (hereinafter referred to as Variable Configuration Performance Bs) (see Figure 12(b-2)) which occurs when the pre-indication image 10 is displayed (see Figure 12(a-2)). Specifically, in Variable Configuration Performance Bs, an image that is not displayed in Variable Configuration Performance Ba (hereinafter referred to as unique image S) is displayed (see Figure 12(b-2)). Unique image S is displayed before the ending of Variable Configuration Performance Bs is revealed.

This approach allows the audience to understand whether or not the variable configuration animation B was triggered by the display of the pre-hint image 10, even after the animation B has begun. Furthermore, the effect of the pre-hint image 10 is emphasized during the variable configuration animation B (and Bb).

In this example, it is preferable that the pre-suggestion image 10 and the unique image S include common image elements. For example, both the pre-suggestion image 10 and the unique image S are images containing a certain type of character (common character D (indicated as D in the drawings)) (see Figures 12(a-2) and (b-2)). This makes it easier to understand that the unique image S is displayed in the subsequent variable configuration animation B (variable configuration animation Bb) as a result of the pre-suggestion image 10 being displayed.

<Image-based suggestive presentation>
The gaming machine 1 according to this embodiment can execute an image suggestion effect as one of the effects that constitute the variation effect. In the following description of the image suggestion effect, the variation effect including the image suggestion effect may be referred to as the target variation effect (target variation), and the win/loss lottery result corresponding to the target variation effect may be referred to as the target win/loss lottery result. Note that the image suggestion effect will only occur in variations that satisfy predetermined execution conditions. In addition, in this embodiment, the image suggestion effect may occur in the normal game state. However, it may also be said that it may occur in a specific game state.

The image suggestion effect indicates the probability of an event favorable to the player occurring based on the relationship between the first effect image 12 and the second effect image 13. In this embodiment, the image suggestion effect indicates the probability (reliability) that the target win/loss lottery result will be a jackpot. In this embodiment, the image suggestion effect can occur when a reach has been established, but it may also occur when a reach has not been established. The first effect image 12 can be selected from one of several first candidate images (see Figure 13(a-1)). The second effect image 13 can be selected from one of several second candidate images (see Figure 13(a-2)). In this embodiment, the image suggestion effect can occur before a battle effect (specific battle effect) in which the player's character (ally character: indicated by the character "味" in the diagram) fights against an enemy character. In other words, the image suggestion sequence in this embodiment can be described as a pre-battle sequence that occurs before a specific battle sequence (the specific battle sequence can be described as a post-battle sequence that occurs after the image suggestion sequence (hereinafter, the sequence corresponding to the specific battle sequence in this embodiment may be referred to as a post-battle sequence)). The image shown as the first sequence image 12 appears as an enemy character in the specific battle sequence. In this embodiment, one of the following will appear: "enemy character A" (shown with the letters "enemy A" in the drawing), "enemy character B" (shown with the letters "enemy B" in the drawing), or "enemy character C" (shown with the letters "enemy C" in the drawing). In other words, the three types of images representing enemy characters A to C are the first candidate images, and one of them is designated as the first sequence image 12 and appears in the specific battle sequence. On the other hand, the image shown as the second sequence image 13 appears as a weapon used by an ally character to attack an enemy character in the specific battle sequence. In this embodiment, one of the following will appear: "sword," "whip," or "spear." In other words, the three types of images representing "sword," "whip," or "spear" are the second candidate images, and one of them is designated as the second sequence image 13 and appears in the specific battle sequence.

Each of enemy characters A through C has a specific relationship with one of the weapons (a relationship that is not specific is called a non-specific relationship). Enemy character A has a specific relationship with the sword (it has no specific relationship with the whip or spear). Enemy character B has a specific relationship with the whip (it has no specific relationship with the sword or spear). Enemy character C has a specific relationship with the spear (it has no specific relationship with the sword or whip) (see Figure 13(a) (the dotted lines indicate specific relationships)). As will be explained later, when the first animation image 12 (enemy character) and the second animation image 13 (weapon) have a specific relationship, the probability of a victory is high. Therefore, a weapon that has a specific relationship with a certain type of enemy character is a weapon suitable for attacking that enemy character. Thus, in this embodiment, one of the multiple enemy characters (first candidate images) is configured to have a specific relationship with one of the multiple weapon types (second candidate images) (a "duplication" where one type of image has a specific relationship with two or more images is avoided (a 1:1 specific relationship is set)). Below, regarding the relationship between the first animation image 12 (enemy character) and the second animation image 13 (weapon), "enemy character A" and "sword" are designated as specific relationship A, "enemy character A" and "whip" as non-specific relationship A1, "enemy character A" and "spear" as non-specific relationship A2, "enemy character B" and "whip" as specific relationship B, "enemy character B" and "sword" as non-specific relationship B1, "enemy character B" and "spear" as non-specific relationship B2, "enemy character C" and "spear" as specific relationship C, "enemy character C" and "sword" as non-specific relationship C1, and "enemy character C" and "whip" as non-specific relationship C2 (see Figure 13(b)).

The specific battle sequence (see Figure 14) leads to a victory ending (an ending favorable to the player) where the allied character defeats the enemy character if the target win/loss lottery result is a jackpot (see Figure 14(b-1)), and to a defeat ending (an ending unfavorable to the player) where the allied character loses to the enemy character if the result is a loss (see Figure 14(b-2)). (Note that a so-called reversal pattern may occur where it initially appears to reach a defeat ending but is then reversed as a victory ending.) In other words, the specific battle sequence is a type of reach sequence (super reach sequence). The probability of the specific battle sequence reaching a victory ending (the reliability of the target win/loss lottery result) is set higher when the relationship between the first sequence image 12 (enemy character) and the second sequence image 13 (weapon) is specific than when there is no specific relationship. As shown in Figure 13(b), in this embodiment, the probability of achieving a winning outcome (reliability of the target selection lottery result) is higher for each of the specific relationships A, B, and C than for any of the non-specific relationships A1, A2, B1, B2, C1, and C2.

Furthermore, in this embodiment, the reliability differs between specific relationships and between non-specific relationships. In this embodiment, enemy character B is positioned as a "weaker enemy" than enemy character A, and C is positioned as a "weaker enemy" than enemy character B. In other words, the probability of winning is higher when enemy character B is displayed than when enemy character A, and higher when enemy character C is displayed than when enemy character B. Also, in this embodiment, "whip" is positioned as a "stronger weapon" than "sword," and "spear" is positioned as a "stronger weapon" than "sword." In other words, the probability of winning is higher when "whip" is displayed than when "sword" is displayed, and higher when "spear" is displayed than when "whip" is displayed. Therefore, as shown in Figure 13(b), when comparing specific relationships, the probability of reaching a victory is higher in the order of specific relationship A < specific relationship B < specific relationship C (high reliability of the target success/failure lottery result). Also, when comparing non-specific relationships, the probability of reaching a victory is higher in the order of non-specific relationship A1 < non-specific relationship A2 < non-specific relationship B1 < non-specific relationship B2 < non-specific relationship C1 < non-specific relationship C2 (high reliability of the target success/failure lottery result).

In the image suggestion presentation, the selection of an "enemy character" (one of several first-choice images) and a "weapon" (one of several second-choice images) occur. In this embodiment, when the image suggestion presentation starts (see Figure 15(a)), a first selection is made, indicating that one of several enemy characters (first-choice images) has been selected (see Figure 15(b)). Subsequently, a second selection is made, indicating that one of several weapons (second-choice images) has been selected (see Figure 15(c)). In this way, a state is reached where one type of enemy character (one first-choice image) and one type of weapon (one second-choice image) have been selected (hereinafter referred to as the baseline state) (see Figure 16(a)). It is preferable that the unselected candidate images are hidden in the baseline state. Alternatively, the unselected candidate images may be displayed; in that case, the selected candidate image should be made more "prominent" than the unselected candidate images so that it is clear that the image with the "prominent appearance" has been selected (for example, the selected candidate image should be opaque, and the unselected candidate images should be semi-transparent).

Normally, the image suggestion sequence ends, and the specific battle sequence begins. In other words, the specific battle sequence, designated as the first sequence image 12 and the second sequence image 13, begins without any change to the enemy character (a first candidate image) and weapon (a second candidate image) shown in the baseline state (see Figure 16(a)). This is considered the default behavior. Since the relationship between the enemy character and weapon shown initially (the baseline state) remains unchanged, the mode of this image suggestion sequence can be described as a "non-changing mode" (compared to the "change modes" described later).

On the other hand, in the image suggestion effect, at least one of the enemy character (a type of first candidate image) and weapon (a type of second candidate image) shown in the reference state (see Figure 16(a)) may change (see Figure 16(b)). When such a change occurs, a specific battle effect is initiated in which the enemy character and weapon after the change are designated as the first effect image 12 and the second effect image 13 (see Figure 16(c-2)). Since the relationship between the type of enemy character and the type of weapon shown initially (reference state) changes, this mode of image suggestion effect can be described as a "change mode." In this embodiment, only changes in the direction that increase the confidence level (see Figure 13(b)) when assuming the first effect image 12 and the second effect image 13 are determined will occur. Therefore, if the relationship between the first candidate image and the second candidate image shown in the reference state is specific relationship C (the relationship with the highest confidence level), no image change will occur (this will be a non-change mode image suggestion effect).

In this embodiment, the "modes of change" can include a "one-sided change (mode)" where only one of the enemy character (first candidate image) or weapon (second candidate image) changes, and a "both-sided change (mode)" where both the enemy character (first candidate image) and weapon (second candidate image) change.

As a one-sided change, for example, "enemy character A" and "whip" (non-specific relationship A1) (see Figure 16(a)) might change to a situation where only the weapon changes, resulting in "enemy character A" and "sword" (specific relationship A) (see Figure 16(b)). In other words, as a result of a one-sided change, a non-specific relationship can become a specific relationship. From the player's perspective, what was initially shown (the baseline state) was a non-specific relationship (see Figure 16(a)), but after it changes to a specific relationship (see Figure 16(b)), a specific battle sequence begins where the first animation image 12 (enemy character A) and the second animation image 13 (sword), which represent this specific relationship, are displayed (see Figure 16(c-2)).

Furthermore, as a change involving both elements, for example, from "enemy character A" and "sword" (specific relationship A) (see Figure 17(a)), both the enemy character and weapon may change, resulting in "enemy character C" and "spear" (specific relationship C) (see Figure 17(b)). In other words, from a state of specific relationship, a change in both elements can result in a change to a more reliable specific relationship. From the player's perspective, the specific relationship changes to one with higher reliability than the initial (baseline) state (see Figure 17(a)) (see Figure 17(b)), and then the specific battle sequence begins with the first animation image 12 (enemy character C) and the second animation image 13 (spear), which represent this new high-reliability specific relationship (see Figure 17(c)).

In this embodiment, when both changes occur, the change in the type of the first candidate image (enemy character) and the change in the type of the second candidate image (weapon) occur "simultaneously" (see Figures 17(a) and 17(b)). In the image suggestion presentation, there is a possibility of a specific relationship even from the baseline state. If either the first or second candidate image changes first while in a specific relationship state, a temporary change from a specific relationship to a non-specific relationship (a change in the direction of decreasing reliability) occurs. To prevent such an undesirable change for the player, even temporarily (and to create a clear and easy-to-understand presentation flow), the change in the type of the first candidate image (enemy character) and the change in the type of the second candidate image (weapon) (both changes) occur simultaneously.

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned image suggestion techniques. Furthermore, whenever possible, a combination of the techniques described using the following examples may be used.

〇Specific Example 2-1
In the above embodiment, the image suggestion effect (and post-effect) is explained as suggesting the probability that the target win/loss lottery result will be a jackpot based on the relationship between the first effect image 12 and the second effect image 13. However, the object of the suggestion is not limited to the win/loss lottery result, but any event that is advantageous to the player is acceptable. For example, the transition of the game state after the jackpot game ends to the second specific game state (i.e., the winning jackpot is the second specific jackpot) can be considered an advantageous event, and the image suggestion effect can be used to suggest the probability that such an event will occur.

Specific Example 2-2
At least one of the first candidate image and the second candidate image shall contain elements that suggest a specific relationship between the two images. For example, as shown in Figure 18(a), each first candidate image (enemy character) may contain elements that suggest the type of second candidate image (weapon) with which it has a specific relationship. Also, as shown in Figure 18(b), each second candidate image (weapon) may contain elements that suggest the type of first candidate image (enemy character) with which it has a specific relationship (A, B, and C in the second candidate image represent the names of enemy characters A, B, and C). Furthermore, although not shown, both the first candidate image (enemy character) and the second candidate image (weapon) may contain elements that suggest the other candidate image with which it has a specific relationship. In this way, in the image suggestion presentation, it becomes easy to understand which type of second candidate image is preferable to show after a certain type of first candidate image has been shown (resulting in an easy-to-understand presentation).

However, unlike this example, if each candidate image does not contain elements that suggest a specific relationship between images, as in the above embodiment, then a gameplay element can be realized where players enjoy predicting whether the selected first candidate image and the second candidate image are related in a specific way.

Specific Example 2-3
The post-event sequence performed after the image suggestion sequence is not limited to a battle sequence as in the above embodiment. It is sufficient that a first sequence image 12 corresponding to one of the first candidate images selected in the image suggestion sequence and a second sequence image 13 corresponding to one of the second candidate images are displayed, and the probability of an event favorable to the player occurring may differ depending on the relationship (combination) of the first sequence image 12 and the second sequence image 13.

Specific Example 2-4
The settings are such that the patterns of candidate images presented (which can be selected as presentation images) in the image suggestion presentation are not necessarily the same. For example, as shown in Figures 13(a) and 15, the image suggestion presentation may present three types of images each as the first and second candidate images (first image suggestion presentation), or as shown in Figure 19, it may present four types of images each as the first and second candidate images (second image suggestion presentation). Even if the patterns of candidate images change as in the example above, it is preferable that there exists a second candidate image that has a specific relationship with any of the multiple first candidate images, and a first candidate image that has a specific relationship with any of the multiple second candidate images (it is preferable not to have a setting where the possibility of a specific relationship disappears when a certain type of candidate image is selected).

In the example shown, the probability of a specific relationship may be suggested depending on the pattern of candidate images presented in the image suggestion sequence. For example, in the above example, it is conceivable that when the first image suggestion sequence occurs, where three images are presented as the first and second candidate images, the probability of a specific relationship between the first image 12 and the second image 13 is higher than when the second image suggestion sequence occurs, where four images are presented as the first and second candidate images. In this way, when the image suggestion sequence occurs, the type of candidate images presented will also draw the player's attention to the presentation format. However, unlike this example, it is not impossible to set the system so that differences in the patterns of candidate images are merely for the purpose of adding variation to the presentation, and these differences in patterns do not affect the probability of a specific relationship.

〇Specific Example 2-5
In the image suggestion presentation, after the baseline state, at least one of a type of first candidate image and a type of second candidate image may change (either one or both may change) two or more times (the post-presentation may begin after two or more change actions). As in the above embodiment, both changes will be "simultaneous changes," where the type change of the first candidate image and the type change of the second candidate image occur at the same time. This makes it difficult to predict the final images that will become the first presentation image 12 and the second presentation image 13.

However, unlike this example, as in the embodiment described above, after the baseline state, at least one of the first candidate image and the second candidate image changes at most once (the post-event presentation does not begin after two or more change actions). This results in a straightforward presentation format where, after the baseline state, there is only a branching point of "no change or change."

Specific Example 2-6
In the above embodiment, the image suggestion effect (change pattern) is described as occurring during the period between the baseline state and the start of the post-effect effect, in which case either a "one-sided change" or a "both-sided change" occurs. However, a configuration in which no "one-sided change" occurs is also possible. In other words, the image suggestion effect (change pattern) is such that the types of both the first candidate image and the second candidate image shown in the baseline state change simultaneously during the period between the baseline state and the start of the post-effect effect. By doing so, the change in the type of candidate image that occurs during that period (because it is a change in both the first and second candidate images) inevitably results in a significant change.

Specific Example 2-7
When the first presentation image 12 and the second presentation image 13 have a specific relationship, there is no difference in reliability (the probability of an event favorable to the player occurring) regardless of the type of specific relationship. If candidate images like those in the above embodiment are provided, there is no difference in reliability (the probability of an event favorable to the player occurring) regardless of whether the relationship is specific relationship A, specific relationship B, or specific relationship C. In this way, the image suggestion presentation becomes an easy-to-understand presentation form in which the important thing is that the first presentation image 12 and the second presentation image 13 have a specific relationship.

Even if two or more specific relationships have the same reliability (the probability of an event favorable to the player occurring), at least one other specific relationship may have a different reliability. For example, in a configuration with three specific relationships as in the above embodiment, while there may be no difference in reliability (the probability of an event favorable to the player occurring) between specific relationships A and B, specific relationship C may be set to have a higher reliability than specific relationships A and B.

Specific Example 2-8
If the first presentation image 12 and the second presentation image 13 are in a non-specific relationship, there is no difference in reliability (the probability of an event favorable to the player occurring) regardless of the type of non-specific relationship. If candidate images as in the above embodiment are provided, there is no difference in reliability (the probability of an event favorable to the player occurring) regardless of whether the relationship is non-specific A1, non-specific A2, non-specific B1, non-specific B2, non-specific C1, or non-specific C2. In this way, the image suggestion presentation becomes an easy-to-understand presentation form in which the types of the two presentation images do not matter as long as the first presentation image 12 and the second presentation image 13 are not in a specific relationship.

Specific Example 2-9
The occurrence of changes in both elements may result in a change from a non-specific relationship to a specific relationship. For example, if "enemy character A" and "spear" (specific relationship A2) are shown in the baseline state (see Figure 20(a)), then both the enemy character and weapon may change to show "enemy character B" and "whip" (specific relationship B) (see Figure 20(b)), resulting in a post-event sequence (see Figure 20(c)) where these become the first and second presentation images 12 and 13. In other words, as a result of changes in both the first and second candidate images, which are in a non-specific relationship, an image suggestion sequence may occur in which the first candidate image (first presentation image 12) and second candidate image (second presentation image 13) are in a specific relationship.

As mentioned above, when both images change, the first and second candidate images are made to change simultaneously (simultaneous change) because if one of the two candidate images changes first when they are in a specific relationship in the baseline state, a temporary change from a specific relationship to a non-specific relationship (a change in the direction of decreasing confidence) occurs. However, even when they are in a non-specific relationship in the baseline state, the changes will occur simultaneously. This ensures a consistent presentation where, regardless of whether they are in a non-specific relationship in the baseline state, when both the first and second candidate images change, the changes occur simultaneously.

Specific Example 2-10
The multiple candidate images that can become the first production image 12 (first candidate images) and the multiple candidate images that can become the second production image 13 (second candidate images) may be the same. In other words, the first production image 12 and the second production image 13 may be selected from the same set of candidate images.

〇Specific Example 2-11
In the post-event sequence (specific battle sequence in the above embodiment) when the pre-event suggestion sequence results in a specific relationship, a unique image (specific corresponding image 14) is displayed that is not shown in the post-event sequence when the relationship is not specific. The specific corresponding image 14 can take any form, but since becoming a specific relationship is a "chance" situation (compared to a non-specific relationship), it is preferable that it be something that indicates that. For example, an image containing the word "chance" can be displayed as the specific corresponding image 14.

In the example shown, the configuration may be such that the form of the specific corresponding image 14 displayed is the same regardless of the type of specific relationship, or, conversely, the configuration may be such that the form of the specific corresponding image 14 displayed differs for each type of specific relationship. If the latter configuration is adopted, and assuming that three types of specific relationships, A, B, and C, can occur as in the above embodiment, then, for example as shown in Figure 21(b), when specific relationship A occurs, specific corresponding image 14A (see Figure 21(b-1)) will be displayed in the post-event animation; when specific relationship B occurs, specific corresponding image 14B (see Figure 21(b-2)) will be displayed; and when specific relationship C occurs, specific corresponding image 14C (see Figure 21(b-3)) will be displayed. Specific corresponding image 14A, specific corresponding image 14B, and specific corresponding image 14C will not be displayed in the post-event animation when a non-corresponding relationship occurs. As in the above embodiment, if the probability of an event favorable to the player occurring differs depending on the type of specific relationship, then the differences in the form (type) of the specific corresponding image 14 will also function to indicate the difference in that probability. Any method can be used to create differences in the appearance of the specific corresponding image 14. For example, as shown in Figure 21(b), one possible method is to make the color of a predetermined part of each specific corresponding image 14 different.

Specific Example 2-12
The configuration is such that, during the post-event sequence that occurs after the image suggestion sequence (before reaching the conclusion), the types of the first sequence image 12 and the second sequence image 13 may change (change in a direction that increases reliability). In accordance with the above embodiment, after a specific battle sequence begins, at least one of the enemy character type and the weapon type may change. As shown in Figure 22, if both the enemy character type and the weapon type change, the changes in the enemy character type and the weapon type should occur simultaneously (to prevent a specific relationship from becoming non-specific, even temporarily). In this way, the gameplay becomes such that players can anticipate changes in the types of the first sequence image 12 and the second sequence image 13 until the post-event sequence reaches its conclusion.

However, doing it as in this example has a problem: the types of the first and second presentation images 12 and 13 change midway through the post-event presentation, causing the presentation content to become completely different midway through (resulting in an jarring presentation). To avoid this problem, it is best to ensure that the relationship between the first and second presentation images 12 and 13, as shown in the image suggestion presentation, remains unchanged after the post-event presentation begins.

<Specific Lighting Effects>
The gaming machine 1 according to this embodiment can execute a specific light-emitting effect as one of the effects that constitute the variation effect. In the following description of the specific light-emitting effect, the win/loss lottery result that is the target of the reliability indication by the specific light-emitting effect may be referred to as the target win/loss lottery result, and the variation effect corresponding to the target win/loss lottery result may be referred to as the target variation effect (target variation). Note that the specific light-emitting effect will only occur when predetermined execution conditions are met. In addition, in this embodiment, the specific light-emitting effect may occur in the normal game state. However, it may also be said that it may occur in the specific game state.

The specific light-up effect (see Figure 23) is a type of so-called "chance-up" effect that suggests an increased probability of the target lottery result being a jackpot. In other words, the probability of the target lottery result being a jackpot is higher when the specific light-up effect occurs than when it does not, making it a desirable event for the player. However, the specific light-up effect in this embodiment is not a premium effect that guarantees a jackpot result.

The specific light-emitting effect may occur during the target variation effect (see Figure 23(a)), or it may occur during a variation effect that is performed before the target variation effect begins (hereinafter sometimes referred to as the "previous variation") (see Figure 23(b)) (when the specific light-emitting effect occurs during the previous variation, the pre-variation win/failure lottery information (held) regarding the target win/failure lottery result is stored in the memory means at that time, and it is confirmed that the target variation will occur in the future). In other words, the specific light-emitting effect may occur as the so-called "effect of the variation in question," or as the so-called "pre-read effect" (the pre-read effect itself is well known, so a specific explanation will be omitted). The "previous variation" in which the specific light-emitting effect can occur is not limited to the one immediately preceding the target variation. The specific light-emitting effect can also occur in a previous variation two or more times before the target variation. To make it easier to understand whether it is during the target variation or the previous variation, in the diagrams explaining the specific light-emitting effect, the "T" is added to the variation in-play display 71 and the pre-variation display 72 corresponding to the target win/failure lottery result. If the display marked with "T" is the "Currently Changing" indicator 71, the target is currently changing. If the display marked with "T" is the "Previously Changing" indicator 72, the previous change is still in progress.

The specific light emission effect is an effect that uses a light-emitting device different from the display device 91. Specifically, it is an effect in which a light-emitting part (hereinafter referred to as the specific light-emitting part 15) fixed in a specific position outside the display area 911 emits light in a predetermined light emission pattern (hereinafter referred to as the specific light emission pattern). In this embodiment, the specific light-emitting part 15 is located above the display area 911 and approximately in the center in the width direction of the gaming machine 1 (see Figure 1), and is normally in a non-emitting state. The specific light emission pattern can be any particular pattern, but it is preferable that it is a light emission pattern that occurs only in the specific light emission effect ("unique light emission pattern"). The specific light emission pattern may be one in which the specific light-emitting part 15 continues to emit light in a predetermined pattern, or it may be a pattern in which the light emission intensity changes over time (flashing, etc.). In this embodiment, the specific light emission pattern is defined as the specific light-emitting part 15 emitting light in pink while changing the light emission intensity (light quantity) over time (in the drawings, the word "peach" is added to indicate the state of emitting light in the specific light emission pattern) (see Figures 23 (a-2), (b-2)). Therefore, the specific light-emitting effect is also referred to as a "pink flash." Whether the specific light-emitting effect occurs during the target spin or during a preceding spin, the specific light-emitting unit 15 emits light in a specific emission pattern (the same emission pattern), and the duration of the effect (the time from when the specific light-emitting unit 15 starts emitting light in its specific emission pattern until it ends (returns to normal)) is also the same. Furthermore, if a known light intensity adjustment function (light intensity customization) that allows the player to adjust the light intensity is provided, differences in light intensity (emission intensity) due to differences in the light intensity settings are not considered differences in emission patterns (assuming the light intensity settings remain unchanged, the emission pattern of the specific light-emitting effect is the same whether it occurs during the target spin or during a preceding spin). Comparing the emission patterns (color, emission intensity) of the specific light-emitting unit 15 at the same point in time since the effect began, they are exactly the same whether it occurs during the target spin or during a preceding spin.

In this embodiment, the timing at which the specific light-emitting effect can occur is unpredictable, whether it occurs during the target spin or during the preceding spin. That is, multiple timings are provided in both the target spin and the preceding spin where the specific light-emitting effect can occur (preferably, there should be 10 or more timings in both the target spin and the preceding spin where the effect can occur). Furthermore, there is no prior notification that the specific light-emitting effect will occur (see the changes from (a-1) to (a-2) and from (b-1) to (b-2) in Figure 23). Therefore, from the player's perspective, the specific light-emitting effect is a sudden effect (a so-called sudden effect). In this embodiment, the specific light-emitting effect only occurs when a reach is achieved during the target spin (the specific light-emitting effect does not occur when the target spin ends without a reach being achieved, a so-called "complete miss" spin). If the specific light-emitting effect were to occur even in the case of a "complete miss," the sense of expectation as a so-called chance-up effect would be diminished. However, the specific flashing effect can occur before a reach is established during the target spin. It's possible that the specific flashing effect occurs during a previous spin, followed by the start of the target spin and a reach being established during that spin; or that the specific flashing effect occurs before a reach is established during the target spin, followed by a reach being established.

The specific light-emitting effect involves the specific light-emitting unit 15 emitting light in a specific light-emitting pattern, and a predetermined image being displayed in the display area 911 (an image that was not displayed immediately before the start of the specific light-emitting effect is displayed). In this embodiment, the time when the specific light-emitting unit 15 starts emitting light in the specific light-emitting pattern and the time when the display of the image starts are approximately the same (a difference that the player perceives simultaneously is acceptable). However, the image displayed in the display area 911 differs depending on whether the specific light-emitting effect occurs during a target variation (see Figure 23 (a-2)) or during a previous variation (see Figure 23 (b-2)). Hereinafter, the image displayed when the specific light-emitting effect occurs during a target variation will be referred to as the "target variation image," and the image displayed when the specific light-emitting effect occurs during a pre-read variation will be referred to as the "pre-read variation image." The specific forms of the "target variation image" and the "pre-read variation image" may be anything, but it is preferable that they include common image components (image components that the player can recognize as representing the same thing). In this embodiment, both the target variation image 161 (see Figure 23(a-2)) and the predictive variation image 162 (see Figure 23(b-2)) include the same type of character. As described above, the specific light emission effect in this embodiment is called "pink flash," and in conjunction with this, a character called "pink man" (indicated by the letter "Pi" in the drawings) is displayed. In other words, both the target variation image 161 and the predictive variation image 162 include the common image component "pink man." In this embodiment, the target variation image 161 is a cut-in image displayed across the display area 911. On the other hand, the predictive variation image 162 is a small image displayed near the outer edge of the display area 911. Thus, the predictive variation image 162 is smaller than the target variation image 161 (occupies a smaller area of the display area 911) and can be said to be an inconspicuous image. Furthermore, in this embodiment, neither the target fluctuation image 161 nor the predictive fluctuation image 162 contains any elements that would suggest the emission of light from the specific light-emitting unit 15.

The reason for this configuration of the specific light-up effect (an effect in which the target variation image 161 or the pre-read variation image 162 is displayed) is as follows: It is common for gaming machines to incorporate effects of the same type, such as "effects based on a specific concept" (for example, effects based on characters from the original manga that served as the motif for gaming machine 1). If such "effects based on a specific concept" were to occur not only during the target variation but also during the pre-read variation, and the exact same image was displayed both times, it would be difficult to determine whether the effect was occurring as a so-called "effect in the current variation" (the effect during the target variation) or as a so-called "pre-read effect" (the effect during the subsequent variation). Therefore, in this embodiment, while the displayed images differ depending on whether the event occurs as a "variation effect" or a "pre-read effect" (specifically, the image for the target variation 161 and the image for the pre-read variation 162 are different), the specific light-emitting unit 15 emits light in a common light-emitting mode (specific light-emitting mode) in both cases, making it possible to understand that it is an "effect based on a specific concept" (an effect based on a common concept).

Furthermore, in this embodiment, since the target variation image 161 and the pre-read variation image 162 contain common image components (same type of character), it becomes clearer that the specific light emission effect in which the target variation image 161 is displayed and the specific light emission effect in which the pre-read variation image 162 is displayed are based on a common concept.

The following describes specific examples of improvements, modifications, and alterations to the above-mentioned specific light-emitting effects. Furthermore, whenever possible, a configuration may be created by combining multiple techniques described using the following examples.

Specific Example 3-1
During a specific light-emitting effect, light-emitting units other than the specific light-emitting unit 15 (light-emitting units outside the display area 911; hereinafter referred to as other light-emitting units 151) (see Figure 1) will also emit light. When the specific light-emitting effect occurs during a target fluctuation (the target fluctuation image 161 is displayed), the other light-emitting units 151 will emit light in emission mode A (for example, red) (see Figure 24 (a-2)). On the other hand, when the specific light-emitting effect occurs during a pre-read fluctuation (the pre-read fluctuation image 162 is displayed), the other light-emitting units 151 will emit light in emission mode B (a different emission mode from emission mode A above; for example, purple) (see Figure 24 (b-2)). In other words, regardless of whether the specific light-emitting effect occurs as the so-called "fluctuation effect" or as a "pre-read effect," the specific light-emitting unit 15 will emit light in the same emission mode (specific emission mode), while the other light-emitting units 151 will emit light in different emission modes (emission mode A/emission mode B) depending on whether it occurs as the "fluctuation effect" or as a "pre-read effect."

Thus, regardless of whether the specific light-emitting effect occurs as the "relevant variation effect" or as a "pre-announcement effect," the specific light-emitting unit 15 emits light in the same light-emitting pattern (specific light-emitting pattern), indicating that these are effects based on the same concept (effects of the same type). However, by varying the light-emitting patterns of the other light-emitting units 151 depending on whether the specific light-emitting effect occurs as the "relevant variation effect" or a "pre-announcement effect," it becomes easier to distinguish whether the generated specific light-emitting effect is occurring as the "relevant variation effect" or a "pre-announcement effect."

〇Specific Example 3-2
The specific light-emitting unit 15 is assumed to emit light in its normal state. The specific light-emitting state is assumed to be a different light-emitting state from the normal state. For example, the normal light-emitting state of the specific light-emitting unit 15 is white light (see Figures 25(a-1), (b-1)), and when the specific light-emitting effect occurs, it changes from white to pink light (specific light-emitting state) (see Figures 25(a-2), (b-2)). Then, when the specific light-emitting effect ends, it returns to its original state (returns to white light emission).

Specific Example 3-3
As shown in Figure 26, the target variation image 161 and the pre-read variation image 162 are assumed to be similar. That is, if one of the target variation image 161 and the pre-read variation image 162 is made smaller, it will match the other. Since the so-called "current variation effect" is usually more noticeable when it occurs as a "pre-read effect," it is preferable to make the target variation image 161 (see Figure 26(a-2)) larger than the pre-read variation image 162 (see Figure 26(b-2)).

This approach clarifies that specific light-emitting effects (effects where the target variation image 161 is displayed or the pre-read variation image 162 is displayed) are effects based on the same concept (effects of the same type), while also making it easier to distinguish whether the effect being executed is occurring as the "current variation effect" or as a "pre-read effect."

Specific Example 3-4
The specific light-emitting unit 15 is assumed to be in its normal state except when it is not emitting light in the specific light-emitting mode. In other words, the specific light-emitting unit 15 does not emit light in any mode other than the specific light-emitting effect, and is assumed to be in its normal state when the specific light-emitting effect is not being performed. For example, if the specific light-emitting unit 15 in its normal state is set to be in a non-emitting state, then the configuration becomes "light emission of the specific light-emitting unit 15 = occurrence of the specific light-emitting effect." Also, for example, if the specific light-emitting unit 15 in its normal state is set to emit light in the normal light-emitting mode (e.g., white), then the configuration becomes "light emission of the specific light-emitting unit 15 in a mode other than the normal light-emitting mode = occurrence of the specific light-emitting effect." By doing so as in this example, the occurrence of the specific light-emitting effect occurs when the specific light-emitting unit 15 is in a mode different from its normal state, making the specific light-emitting effect a more noticeable effect, and making it clearer that the effect in which the target change image 161 is displayed and the effect in which the pre-read change image 162 is displayed are effects based on the same concept (effects of the same type).

Specific Example 3-5
In a specific light-emitting effect, regardless of when it occurs (whether it occurs during the target spin or in a subsequent spin), the specific light-emitting unit 15 shall emit light in a specific manner, and a predetermined sound effect (specific sound effect) shall be output from the speaker 67. (Note that this specific sound effect is output temporarily during the specific light-emitting effect (SE) and is not background music (BGM) that is continuously output during the spinning effect.) In other words, the same sound effect (specific sound effect) shall be output whether the specific light-emitting effect occurs as "the spinning effect" or as a "pre-announcement effect." (Note that if a known volume adjustment function (volume customization) that allows the player to adjust the light intensity is provided, differences in sound effect (differences in volume) due to differences in volume settings shall not be considered differences in the light-emitting manner. (If the volume settings remain the same, the manner of the sound effect is the same whether it occurs during the target spin or in a subsequent spin.)) The specific manner of the specific sound effect may be anything, but it is preferable that it is output only when the specific light-emitting effect occurs (a sound effect exclusive to the specific light-emitting effect). By doing as in this example, when the target variation image 161 is displayed and when the pre-read variation image 162 is displayed, the specific light-emitting unit 15 will not only emit light in the same light-emitting manner (specific light-emitting manner), but will also output the same sound effect (specific sound effect). This makes it clearer that these performances are based on the same concept (performances of the same type).

Furthermore, it is conceivable that the same sound effect (specific sound effect) is output during the display of the target variation image 161 and the display of the pre-read variation image 162, but the specific light-emitting unit 15 does not emit light in the same manner (specific light-emitting manner). In other words, it is conceivable that the same sound effect (specific sound effect) is used to indicate that the display of the target variation image 161 and the display of the pre-read variation image 162 are based on the same concept (same type of display).

Specific Example 3-6
The system is configured so that a specific light-up effect indicating the outcome of a target lottery occurs a maximum of once (from the time the lottery information for the target lottery result is acquired until the notification of the target lottery result is completed (the target fluctuation ends), the specific light-up effect for that target lottery result will occur a maximum of only once). In other words, it is designed so that a specific light-up effect indicating the outcome of a target lottery does not occur both in the "pre-read fluctuation" and in the "target fluctuation". Therefore, if a specific light-up effect indicating the outcome of a target lottery occurs in the "pre-read fluctuation", there is no possibility of the specific light-up effect occurring in the "target fluctuation".

By doing this, the specific light-up effect can be made to have a straightforward gameplay experience, where it can only occur once before the target spin ends, including during the pre-read spin (it either happens or it doesn't).

Specific Example 3-7
In the above embodiment, it was explained that the target variation image 161 and the pre-read variation image 162 include common image components. However, a configuration in which such common image components are not included is also possible. Even with such a configuration, the specific light-emitting unit 15 emits light in the same light-emitting mode (specific light-emitting mode) when the target variation image 161 is displayed and when the pre-read variation image 162 is displayed, so there is a possibility that the player will perceive both effects as being of the same type.

However, as in the above embodiment, if the target variation image 161 and the pre-read variation image 162 include common image components, the relationship between the two effects can be found through the effect images, thus increasing the likelihood that the player will perceive both effects as belonging to the same category.

Specific Example 3-8
The target variation image 161 and the pre-read variation image 162, which may be displayed during a specific light emission effect, are of the same form (same size and content), but their display positions in the display area 911 are different (the difference in display position is the difference in the form of the two images). For example, the target variation image 161 and the pre-read variation image 162 are of the same form, but the target variation image 161 is displayed closer to the center of the display area 911 than the pre-read variation image 162. Even in this way, it is possible to distinguish whether it is being executed as a so-called "variation effect" or as a "pre-read effect," and it becomes clearer that these effects are based on the same concept (effects of the same type).

However, if either the size or content of the target variation image 161 and the pre-read variation image 162 are different, it becomes clearer whether the animation is being performed as a "variation effect" or a "pre-read effect" (as in the above embodiment, if both the size and content are different, this distinction becomes even clearer).

Specific Example 3-9
In the specific light-emitting effect, the time for which the target variation image 161 or the pre-read variation image 162 is displayed is set to be longer than the time for which the specific light-emitting unit 15 emits light in a specific light-emitting pattern. In other words, even after the specific light-emitting unit 15 has finished emitting light in a specific light-emitting pattern and returned to its normal state, the target variation image 161 or the pre-read variation image 162 will continue to be displayed. Since the effects using images displayed in the display area 911 (main display device 91) attract more attention from the player than the effects using light-emitting units outside the display area 911, the time for which the target variation image 161 or the pre-read variation image 162 is displayed is set to be relatively long. On the other hand, the emission of light by the specific light-emitting unit 15 in a specific light-emitting pattern is intended to make the effects displaying the target variation image 161 and the effects displaying the pre-read variation image 162 appear to be effects based on the same concept (effects of the same type) (it is auxiliary), so the emission time is set to be relatively short.

Specific Example 3-10
The target variation image 161 and the pre-read variation image 162 shall include image elements that suggest that the specific light-emitting unit 15 is emitting light in a specific light-emitting mode. For example, these images may include image elements of the same color as the light-emitting color of the specific light-emitting mode. If the specific light-emitting mode is defined as the specific light-emitting mode of the specific light-emitting unit 15 emitting pink light, as in the above embodiment, then the target variation image 161 and the pre-read variation image 162 may have pink image elements (for example, the image background may be pink) (see Figures 27(a-2) and (b-2)). Although not shown, it is also possible that the target variation image 161 and the pre-read variation image 162 may include the name of the specific light-emitting effect (in the above embodiment, "pink flash") as an image element. In this way, when the target variation image 161 and the pre-read variation image 162 are displayed, it becomes easier for the player to notice that the specific light-emitting unit 15 is emitting light.

〇Specific Example 3-11
Both the target variation image 161 and the pre-read variation image 162 are provided with multiple forms that have different levels of reliability for the target win/fail lottery result. For example, the target variation images include a first target variation image 161a and a second target variation image 161b that has a different form. When a specific light emission effect occurs during the target variation, the first target variation image 161a may be displayed (see Figure 28 (b-1)) or the second target variation image 161b may be displayed (see Figure 28 (b-2)). The reliability of the target win/fail lottery result is set to be higher when the second target variation image 161b is displayed than when the first target variation image 161a is displayed. Furthermore, two pre-reading variation images 162 are provided: a first pre-reading variation image 162a and a second pre-reading variation image 162b, which has a different appearance. When a specific light emission effect occurs during the pre-reading variation, either the first pre-reading variation image 162a is displayed (see Figure 29 (b-1)) or the second pre-reading variation image 162b is displayed (see Figure 29 (b-2)). The reliability of the target win/loss lottery result is set to be higher when the second pre-reading variation image 162b is displayed than when the first pre-reading variation image 162a is displayed.

By doing this, it becomes possible to distinguish whether the event is occurring as a so-called "current fluctuation effect" or a "pre-read effect" based on whether the target fluctuation image 161 or the pre-read fluctuation image 162 is displayed. Furthermore, the type of image displayed for the target fluctuation image 161 and the pre-read fluctuation image 162 will likely attract the player's attention.

〇Specific Example 3-12
Multiple types of specific light emission modes are provided. For example, in a specific light emission effect, the specific light emission unit 15 may be in a first specific light emission mode (see Figure 30(b-1)) or in a second specific light emission mode which is different from the first specific light emission mode (see Figure 30(b-2)) (Figure 30 shows an example where the first specific light emission mode emits light in pink and the second specific light emission mode emits light in gold). It is preferable that, when a specific light emission effect is not occurring, the specific light emission unit 15 does not emit light in the first specific light emission mode and does not emit light in the second specific light emission mode.

In both cases where the specific light-emitting effect occurs during a target fluctuation and during a pre-read fluctuation, the specific light-emitting unit 15 may emit light in either the first specific light-emitting mode or the second specific light-emitting mode (Figure 30 shows an example where the specific light-emitting effect occurs during a target fluctuation. An example where the specific light-emitting effect occurs during a pre-read fluctuation is omitted). Furthermore, in both cases, the reliability of the target success/failure lottery result is set to be higher when the specific light-emitting unit 15 emits light in the second specific light-emitting mode (see Figure 30(b-2)) than when it emits light in the first specific light-emitting mode (see Figure 30(b-1)). In this way, when the specific light-emitting effect occurs, the type of specific light-emitting mode in which the specific light-emitting unit 15 emits light becomes a noteworthy aspect of the effect.

However, compared to a configuration with multiple specific emission modes as in this example, a configuration with only one specific emission mode, as in the above embodiment, has the advantage that when a specific emission effect occurs, the specific emission unit 15 will always emit light in a fixed emission mode, making it clearer that the effects are based on the same concept (effects of the same type).

<Step-by-step image presentation>
The gaming machine 1 according to this embodiment can execute a staged image animation as one of the animations that constitute the variation animation. In the following description of the staged image animation, the win/loss lottery result that is the subject of the reliability indication by the staged image animation may be referred to as the target win/loss lottery result, and the variation animation (variation animation including the staged image animation) corresponding to the target win/loss lottery result may be referred to as the target variation animation (target variation). Note that the staged image animation will only occur in variations that satisfy predetermined execution conditions. In addition, in this embodiment, the staged image animation may occur in the normal game state. However, it may also be said that it may occur in a specific game state.

The step-by-step image presentation is a presentation (step-up presentation) in which the reliability of the target lottery result (the probability of winning the target lottery) increases as the step of the target step-by-step image 17 (see Figure 31), which is displayed in a predetermined manner, increases. In this embodiment, the predetermined display manner is defined as being displayed in the center of the display area 911 at a predetermined size (see Figures 32 and 33). In this embodiment, the target step-by-step image 17 is provided with images from the first step (step 1) to the fifth step (step 5) (the reliability is divided into five stages) (see Figure 31). The total number of stages in the step-by-step image presentation can be set as appropriate, but it is preferable to have a configuration with three or more stages. In the following description, the target step-by-step image 17 of the ○th stage (○ = 1 to 5) may be referred to as the "○th stage image". Also, in the drawings, the target step-by-step image 17 of the ○th stage is indicated with the letters "SU○". However, it is not necessary for the target step-by-step image 17 to have such letters.

In this embodiment, the staged image presentation begins with the display of the first stage image at a predetermined position. Subsequently, the display of the second stage image at the predetermined position replaces the first stage image, marking the progression to the second stage (step 2). Thus, the display of the next stage image indicates progression to the next stage (step-up progression), while the presentation ends if the next stage image is not displayed. In this embodiment, one of the target stage images 17 is displayed from the start of the staged image presentation (from the display of the first stage image) until its end (there is no blank period in which no target stage images 17 are displayed). In other words, when progressing from a certain stage (stage X) to the next stage (stage X+1), the erasure of the Xth stage image and the display of the X+1th stage image occur simultaneously (a slight delay that the player cannot perceive is acceptable), ensuring that there is no period in which no target stage images 17 are displayed. The final stage displayed in the target stage image 17 represents the result of the stage image presentation (hereinafter, the result of the stage image presentation when the ○th stage image is displayed and the presentation ends may be referred to as "Step ○ End." For example, if the step-up ends with the third stage image displayed, the result of the stage image presentation will be "Step 3 End."). The higher the stage of the stage image presentation result (in the order of "Step 1 End" < "Step 2 End" < "Step 3 End" < "Step 4 End" < "Step 5 End"), the higher the reliability. It may also be possible to set it so that when the presentation progresses to the highest stage (resulting in "Step 5 End" in this embodiment), the target success/failure lottery result is guaranteed to be a jackpot.

In this embodiment, multiple types of performance modes (also referred to as stages, etc.) are provided, and the performance mode is automatically switched when a mode change condition is met. The manner of the variation performance is determined according to the currently set performance mode. For example, if a performance mode for a certain character is set, a variation performance will unfold in which that character takes center stage, and if a performance mode for another character is set, a variation performance will unfold in which that other character takes center stage. The currently set performance mode is reflected in the background image displayed as the background of the decorative symbol 80. In other words, the background image of the decorative symbol 80 corresponds to the current performance mode, so it is possible to determine the currently set performance mode by the type of background image. The name of the currently set performance mode may also be displayed. Furthermore, when a change in performance mode (so-called stage change) occurs, the name of the new performance mode (stage) may be displayed. Note that the types of performance modes set only create differences in performance and do not affect the expected value of the player's direct profit (payout). Hereinafter, one of the possible performance modes in this embodiment will be referred to as Performance Mode A (First Performance Mode), and another mode, Performance Mode B (Second Performance Mode). Note that only two performance modes are listed to simplify the explanation of the staged image performance; three or more performance modes may be provided. In the diagrams illustrating the staged image performance, the situation when Performance Mode A is set and the situation when Performance Mode B is set are represented by the difference in the background image (the background image is omitted in other diagrams) (see Figures 32 and 33).

The target stage image 17 displayed during the stage image presentation is divided into mode-dependent images (mode-dependent forms) whose appearance changes depending on the type of currently set presentation mode (hereinafter sometimes referred to as the current setting mode), and common images (common forms) whose appearance remains the same regardless of the type of current setting mode (see Figure 31). Mode-dependent images have different appearances depending on whether presentation mode A is the current setting mode or presentation mode B is the current setting mode (even if three or more presentation modes are provided, the appearance differs depending on which type of presentation mode is the current setting mode). On the other hand, common images have the same appearance regardless of whether presentation mode A or presentation mode B is the current setting mode (even if three or more presentation modes are provided, the appearance remains the same regardless of the current setting mode).

In the staged image presentation of this embodiment, one or more target staged images 17, counted from the lowest stage, are mode-corresponding images. That is, at least the first staged image is a mode-corresponding image. In this embodiment, the first to third staged images are mode-corresponding images (see Figure 31). As first staged images, there is a first staged image A displayed when the presentation mode A is the current setting mode, and a first staged image B (different in appearance from the first staged image A) displayed when the presentation mode B is the current setting mode. As second staged images, there is a second staged image A displayed when the presentation mode A is the current setting mode, and a second staged image B (different in appearance from the second staged image A) displayed when the presentation mode B is the current setting mode. As third staged images, there is a third staged image A displayed when the presentation mode A is the current setting mode, and a third staged image B (different in appearance from the third staged image A) displayed when the presentation mode B is the current setting mode. If there are three or more presentation modes, then each of the first, second, and third stage images will have three or more corresponding images for each presentation mode.

The target stage images 17 from the Nth stage (where N is 2 or greater) onward are considered common images. In this embodiment, N = 4. Therefore, the fourth and fifth stage images are considered common images (see Figure 31).

Thus, in the staged image presentation, when the first to third stage images are displayed, these stage images correspond to the presentation mode. That is, in the staged image presentation when presentation mode A is set, the first stage image A is displayed in step 1, the second stage image A is displayed in step 2, and the third stage image A is displayed in step 3 (see Figures 32(a) to (c)). Also, in the staged image presentation when presentation mode B is set, the first stage image B is displayed in step 1, the second stage image B is displayed in step 2, and the third stage image B is displayed in step 3 (see Figures 33(a) to (c)). On the other hand, when the fourth and fifth stage images are displayed, these stage images are the same regardless of the presentation mode (whether it is presentation mode A or presentation mode B) (see Figures 32(d)(e) and 33(d)(e)). In other words, from step 1 to step 3, mode-corresponding images corresponding to the presentation mode are displayed, but from step 4 onwards, common images unrelated to the presentation mode are displayed. If the staged image sequence finishes by step 3, all displayed staged images 17 will be mode-specific images. If the staged image sequence progresses to step 4 or beyond, common images unrelated to the sequence mode will be displayed from step 4 onwards.

In this embodiment, the reliability of the staged image presentation is the same regardless of the presentation mode, as long as the final stage reached (the stage at which the presentation ends) is the same (the type of presentation mode does not affect the reliability of the staged image presentation). For example, if the final result is "Step 3," if presentation mode A is set, the third stage image A will be displayed (as shown in Figure 32(c)) and the presentation will end. On the other hand, if presentation mode B is set, the third stage image B will be displayed (as shown in Figure 33(c)) and the presentation will end. The appearance of the target staged image 17 displayed at the end will differ between the third stage image A and the third stage image B, but the reliability is the same in both cases.

The reason for structuring the staged image presentation in this way is as follows: Since the staged image presentation begins from the first stage (step 1), by making at least the target stage images 17 up to a certain point, including the first stage image, mode-corresponding images, the staged image presentation includes a period in which the presentation pattern corresponds to the currently set mode (since the beginning of the staged image presentation (at least the period including step 1) corresponds to the currently set mode, the staged image presentation will not end in a pattern unrelated to the currently set mode). On the other hand, when the step-up progresses to a certain extent (step 4 or higher in this embodiment), a target stage image 17 in a pattern unrelated to the currently set mode (independent of the currently set mode) is displayed, emphasizing that the situation is such that there is a good chance of winning or losing the target, thereby enhancing the presentation effect (reliability suggestion effect).

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned stage image presentation. Furthermore, whenever possible, a configuration can be created by combining multiple techniques described using the following examples.

Specific Example 4-1
Not all of the target stage images 17 from the Nth stage onward (where N is 2 or greater) are common images. Rather, some of the target stage images 17 from the Nth stage onward are common images, while others are mode-dependent images. For example, the first, second, and fourth stage images are mode-dependent images, while the third and fifth stage images are common images (see Figure 34). This creates a stage image presentation in which common images may be temporarily displayed during the step-up process.

However, as in the embodiment described above, if images below the Nth stage are mode-specific and images from the Nth stage onward are common, it can be said that this results in a clear and easy-to-understand presentation where the image switches from mode-specific to common during the step-up process (there is a stage where the image switches from mode-specific to common).

Specific Example 4-2
The target stage image 17 for the highest stage (the stage with the highest reliability) is set as a common image, and the target stage images 17 for the other stages (from the first stage to the stage immediately preceding the highest stage) are set as mode-corresponding images. If the fifth stage is the highest stage in the stage image presentation as in the embodiment described above, then the first to fourth stage images are set as mode-corresponding images, and the fifth stage image is set as a common image (see Figure 35). In this way, when a situation is reached where the stages do not progress any further (no step-up occurs), the image changes from a mode-corresponding image to a common image (reaching the common image functions as indicating the arrival of the highest stage).

Specific Example 4-3
In the above embodiment, when the staged image presentation progresses from stage X to stage X+1, the image of stage X is erased (no longer displayed). However, at least a portion of the image of stage X may remain. In other words, the staged image presentation may retain images from stages prior to the current stage (stages that have passed).

However, as in the above embodiment, by ensuring that images from previous stages (past stages) are not retained (not displayed), it has the advantage of clearly indicating that the displayed target stage image 17 has switched from a mode-specific image to a common image.

Specific Example 4-4
The performance mode (stage) may be selectable by the player. That is, instead of the performance mode being automatically switched when the mode change conditions are met, as in the above embodiment, the player may be able to select their preferred performance mode. In this case, the mode-corresponding images in the stage image performance will be images corresponding to the player's preferred performance mode (at least the first stage image will be an image for the performance mode selected by the player).

Specific Examples 4-5
Mode-specific images shall include mode-suggestive elements that indicate the currently set mode. For example, if performance mode A is a mode based on "event A" and performance mode B is a mode based on "event B" (examples of "events" include characters, scenes, seasons, etc.), then the mode-specific image displayed when performance mode A is set shall include elements that suggest "event A," and the mode-specific image displayed when performance mode B is set shall include elements that suggest "event B." For example, if performance mode A is a mode based on character A and performance mode B is a mode based on character B, then as shown in Figure 36, the mode-specific image displayed when performance mode A is set shall include elements that suggest character A, and the mode-specific image displayed when performance mode B is set shall include elements that suggest character B. Note that since the common image can be displayed in any performance mode (either performance mode A or performance mode B), it is preferable that it does not include elements that suggest an event corresponding to either performance mode.

This approach makes it easier to understand that the mode-specific images correspond to the currently set mode (at least the first stage image (the beginning of the animation) is considered a mode-specific image, making it easier for players to notice that the stage image animation corresponds to the currently set mode).

Specific Example 4-6
A step-by-step image sequence may transition from step X to step X+2 or higher. In other words, it may be a step-by-step image sequence that "skips" one or more steps.

In this example, it's possible to design the system so that skipping the first stage never occurs (the first stage image is always displayed at the beginning of the animation), or to design it so that skipping the first stage is possible (the first stage image may not be displayed at the beginning of the animation). With the former configuration, the animation will always start with the mode-specific image (the beginning of the animation will correspond to the currently set mode). With the latter configuration, starting with a common image is advantageous for the player (because starting with a common image means that at least the first stage (mode-specific image) has been skipped).

Specific Example 4-7
The target stage image 17 shall include image components corresponding to the stage (hereinafter referred to as stage-corresponding elements). For example, a color corresponding to each stage may be determined, and the target stage image 17 may include a portion exhibiting the color corresponding to that stage. For example, as shown in Figure 37, the stage image presentation is divided into five stages as in the above embodiment, and the target stage image 17 has a portion colored (color element corresponding to the stage) such as "white" for the first stage, "blue" for the second stage, "green" for the third stage, "red" for the fourth stage, and "gold" for the fifth stage (at least the mode-corresponding image shall have stage-corresponding elements). Note that the characters representing the number of stages included in each target stage image 17 of the above embodiment can also be said to be a type of stage-corresponding element.

This approach ensures that while the mode-dependent images may differ in appearance depending on the presentation mode, they will contain the same stage-dependent elements at the same stage, making it easier to understand the progression of the stages.

〇Specific Example 4-8
The probability of occurrence of the staged image sequence is set so that the lower the reliability of the result, the higher the probability of occurrence (note that the probability of occurrence here refers to the sum of the staged image sequence that occurs when the target win/loss lottery result is a jackpot and the staged image sequence that occurs when the target win/loss result is a loss). If the configuration is as in the above embodiment, the probability of occurrence will decrease in the order of "End of Step 1", "End of Step 2", "End of Step 3", "End of Step 4", and "End of Step 5" (the probability of occurrence of "End of Step 1" is the highest and the probability of occurrence of "End of Step 5" is the lowest). In this way, the probability of the staged image sequence progressing to the stage where the common image is displayed will be low, so the display of the common image will be perceived by the player as a valuable event ("rare" event).

〇Specific Example 4-9
Assume that there are three or more performance modes. Of these, two performance modes share a common mode-corresponding image. For example, suppose there are performance modes X, Y, and Z. In performance modes X and Y, a common mode-corresponding image is displayed. Since at least the first stage image is a mode-corresponding image, the same image (first stage image XY) is displayed as the first stage image in both performance mode X and performance mode Y (see Figures 38(a) and 38(b)). In other words, in performance modes X and Y, the same mode-corresponding image is displayed for the same stage. On the other hand, in performance mode Z, a mode-corresponding image with a different appearance from the mode-corresponding images in performance modes X and Y is displayed. Since at least the first stage image is a mode-corresponding image, when a stage-image performance occurs in performance mode Z, the first stage image Z (which has a different appearance from the first stage image XY) is displayed as the first stage image (see Figure 38(c)). In other words, even at the same stage, different mode-specific images are displayed depending on whether the current setting mode is performance mode X or performance mode Y.

When you want to present two or more performance modes as being of the same type, you can use a stepped image presentation, as in this example, where a common mode-corresponding image is displayed for all two or more performance modes (using a stepped image presentation is effective in giving the impression that two or more different performance modes are of the same type).

Specific example 4-10
Even if the final stage of a staged image sequence is the same, the reliability may differ. For example, in the configuration of the above embodiment, the reliability will differ between when the staged image sequence that occurs in sequence mode A is "end of step 3" (the sequence ends when "third stage image A" is displayed) and when the staged image sequence that occurs in sequence mode B is "end of step 3" (the sequence ends when "third stage image B" is displayed). In other words, even if "Mth stage image A" and "Mth stage image B" are images of the same Mth stage (step M), their reliability may differ. In this way, even if the sequence steps up to the same stage, the difference in the mode-corresponding image can result in a difference in reliability.

However, as in the embodiment described above, if the final stage reached (the stage where the performance ends) is the same, the reliability is the same regardless of the type of performance mode (the type of performance mode does not affect the reliability of the staged image performance). This has the advantage of making the performance easier to understand and easier to control.

<Regulated special performance>
The gaming machine 1 according to this embodiment can perform a prescribed special effect. The prescribed special effect is an effect that occurs when a prescribed condition is met. The prescribed condition is as follows:

The gaming machine 1 according to this embodiment includes an additional prize area 909 (also called a general prize area, etc.) which is not a prize area where the entry of a game ball triggers the acquisition of win/failure lottery information (trigger for executing the win/failure lottery), as is the case with the starting area 904 (starting prize area), but rather a prize area where the entry of a game ball triggers the payout of a predetermined number of prize balls, but does not trigger the acquisition of win/failure lottery information (trigger for executing the win/failure lottery). In this embodiment, three additional prize areas 909 (10 prize balls) are provided on the left side of the game area 902 (the area entered by left-handed play) (see Figure 1). Therefore, when a player plays left-handed in a game state where left-handed play is required, the game ball has the potential to enter the additional prize area 909 (in the following description, entry into the additional prize area 909 may be referred to as "additional prize"). In this embodiment, the normal game state is one in which the player should shoot to the left; therefore, there is a possibility of other winning combinations occurring during the normal game state.

As described above, in this embodiment, the gaming machine 1 offers more advantageous game states (first specific game state, second specific game state) than the normal game state. Players who start playing in the normal game state will first aim to transition to a specific game state (preferably the second specific game state). In this embodiment, the period until the transition from the normal game state to a specific game state is achieved is defined as the "specified period," and the specified condition is met when the number of game balls that enter the other prize area 909 during this specified period (hereinafter referred to as the number of other prizes) reaches a specified number. The specified period begins when the normal game state is newly started. The specified period ends when the player transitions to a specific game state. When a normal jackpot is won, the player transitions back to the normal game state after the jackpot game ends (without transitioning to a specific game state), so the specified period does not end. If we define the game state that triggers the start of a specified period as the "standard game state" and the game state that triggers the end of a specified period as the "other game state," then in this embodiment, the normal game state is the "standard game state," and the specific game state (first specific game state or second specific game state) is the "other game state." When a specified period ends, the number of other winning combinations up to that point is reset. Therefore, when a new specified period begins, the number of other winning combinations is counted from "0." Furthermore, in this embodiment, when a specified condition is met (when the number of other winning combinations reaches a specified number), a specified special effect occurs, and then the number of other winning combinations is reset.

As shown in Figure 39, each time an additional win occurs during the specified period, the number of additional wins is incremented by "+1" and stored in the memory (see Figure 39(b)). The specified number can be set as appropriate. In this embodiment, the "specified number = 200". That is, the 200th additional win after the start of the specified period (see Figure 39(c)) triggers a specified special effect (see Figure 39(d)). As described above, the specified period ends when the game transitions to a specific game state, and the number of additional wins is reset. Since the game will not transition to a specific game state unless a jackpot (specific jackpot) is won by winning the draw, the longer the period without a jackpot (the more spins until a specific jackpot is won), that is, the longer the so-called "slump," the higher the probability of meeting the specified conditions.

The prescribed special performance, which is executed when the prescribed conditions are met, can be any performance-based benefit (a benefit that is not directly linked to winning balls) given to the player. In this embodiment, the player can arbitrarily select the background music (BGM) output during the variation performance from among several selectable songs, and the addition of a special song to these selectable songs occurs as the prescribed special performance (see Figure 39(d)). The method by which the player selects their preferred background music (the method of switching background music) can be any method, so the explanation is omitted. It is preferable that an image (not shown) representing the method of switching background music (the method of operating the operation means) is displayed in the display area 911. When the gaming machine 1 is reset (initial state), there are no special songs among the selectable songs. In other words, special songs are songs that are normally not selectable, and the occurrence of such special songs becoming selectable occurs as the prescribed special performance. In this embodiment, when the prescribed conditions are met, an image indicating that a new song has become selectable is displayed in the display area 911 (see Figure 39(d)). In this embodiment, ten special songs (Special Song 1 to Special Song 10) are provided, and a new special song is added to the selectable songs each time a specified condition is met.

In this embodiment, the prescribed special effect will not occur unless the prescribed conditions are met. As described above, the prescribed special effect in this embodiment is the addition of a special song as a selectable song; therefore, the special song will not become a selectable song unless the prescribed conditions are met. Since the occurrence of other wins before reaching the prescribed number does not constitute the fulfillment of the prescribed conditions, the prescribed special effect will not occur as a result of other wins before reaching the prescribed number (the prescribed special effect is not an effect that occurs every time another win occurs).

Thus, in this embodiment, the longer the game continues in the normal game state (standard game state), which is unfavorable to the player, the more likely it is that the number of other winning combinations will increase, and the probability of meeting the specified conditions and triggering the specified special effect will increase. Therefore, it is possible to suppress the player's frustration when the game does not transition to a specific game state for a long time (when the so-called "slump" becomes long).

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned provisions regarding special effects. Furthermore, to the extent possible, a configuration may be created by combining multiple techniques described using the following examples.

Specific Example 5-1
The prescribed special effects can occur even when the prescribed conditions are not met. As in the embodiment described above, if the addition of a special song to the selectable songs occurs as a prescribed special effect, then the addition of the special song can also occur when conditions other than the prescribed conditions are met. In this way, a gameplay experience can be achieved in which there is a possibility of encountering the prescribed special effects even when the prescribed conditions are not met.

However, as in the embodiment described above, by making it so that the special performance can only occur when the specified conditions are met, the special performance becomes more valuable, and therefore, it can be said that this is highly effective in suppressing player frustration in situations where the probability of the specified conditions being met is high (situations where the game does not transition to a specific game state for a long time).

Specific Example 5-2
An image (hereinafter referred to as "prerequisite information image 18") that shows an estimate of how long it will take to meet the specified conditions will be displayed. As an example of prerequisite information image 18, it is conceivable that an image (see Figure 40) is displayed that allows the user to grasp the remaining number of other prizes needed to meet the specified conditions. In addition to the form in which the prerequisite information image 18 includes numbers indicating the remaining number as shown in Figure 40, it is also conceivable that the remaining number be indicated by a meter or by a mark that disappears each time another prize is won.

The prescribed information image 18 may be displayed regardless of the current number of remaining items, or it may be displayed only when the number of remaining items falls below a predetermined threshold (for example, 10 items) (and not displayed when the number exceeds the predetermined threshold). With the former configuration, the prescribed information image 18 is displayed even when the prescribed condition is far from being met, which may lead the player to suspect that something is about to happen due to other winnings. On the other hand, with the latter configuration, the player can be made to be less aware of other winnings until the number of remaining items falls below the predetermined threshold.

In addition to the above, the prescribed information image 18 may include elements that suggest a prescribed special effect. For example, if the addition of a selectable background music occurs as a prescribed special effect, as in the embodiment described above, it is conceivable to include text such as "New BGM Added" (see Figure 40). Also, although not shown, it is conceivable to include elements that suggest other prizes (for example, text such as "Bonus Prize"). However, it is also possible to omit these elements (only including information on the remaining number) to allow players (who are unaware of the existence of the prescribed special effect) to imagine what the prescribed information image 18 represents, thus providing a gameplay experience that is enjoyable.

Specific Example 5-3
The game is designed so that when a game ball is launched in a manner corresponding to the standard game state (normal game state), there are multiple other-prize areas 909 into which the game ball can enter. However, only one of the other-prize areas 909 is involved in fulfilling the specified condition. In other words, the specified condition is fulfilled when a specified number of balls enter the one other-prize area 909. This configuration allows the player to enjoy the game by predicting which of the multiple other-prize areas 909 is involved in fulfilling the specified condition.

Specific Example 5-4
There are two or more predetermined numbers required to satisfy the specified conditions (each predetermined number is a different value). For example, there are three predetermined numbers: "100" (first predetermined number), "200" (second predetermined number), and "300" (third predetermined number), and a special predetermined effect is triggered each time each predetermined number is reached during a series of predetermined periods (see Figure 41). In this way, even after the number of other winnings reaches a predetermined number during one predetermined period, if the predetermined period continues, a special predetermined effect will be triggered when the next predetermined number is reached (even after the goal of reaching a certain predetermined number is achieved, a new goal of reaching the next predetermined number is created).

Specific Example 5-5
The prescribed special effects shall be configured to function as a way to suggest the outcome of the win/loss lottery. Specifically, when the prescribed conditions are met, the configuration shall be configured to produce a function ("suggestion of a win within the reserve") that suggests the probability that one of the win/loss lottery results based on the already acquired win/loss lottery information (pre-change win/loss lottery information stored in the memory means) will be a jackpot (the probability that there is a jackpot within the reserve).

The suggestion only needs to be based on the performance mode of the prescribed special performance. The setting should be such that when the performance mode of the prescribed special performance is a special mode, the probability of any of the already acquired win/loss lottery results being a jackpot is higher than when it is not a special mode (when it is a normal mode). For example, suppose the prescribed special performance is the addition of a new special song as a selectable song, as in the embodiment described above. Suppose there are multiple songs (for example, ten songs A to J) as special songs, some of which (for example, eight songs A to H) are normal special songs, and the other some are special special songs (for example, two songs I and H). When the prescribed condition is met (see Figure 42(a)), the setting should be such that when a special special song is added (when it becomes a special mode) (see Figure 42(b-2)), the probability of any of the already acquired win/loss lottery results being a jackpot is higher than when a normal special song is added as a new selectable song (when it becomes a normal mode) (see Figure 42(b-1)). If a special, unique song is added, the system may be configured so that one of the previously acquired lottery results is guaranteed to be a jackpot.

Even if the designated special effect is not an effect that adds a new special song as a selectable song, it is possible to use a configuration like this example. The designated special effect can consist of one or more normal types of effects and one or more special types of effects, and the probability of one of the already acquired win/loss lottery results being a jackpot is higher when a special type of effect occurs than when a normal type of effect occurs, based on the win/loss lottery information.

As demonstrated in this example, when the specified conditions are met, players can not only enjoy the specified special effect itself, but also benefit from the "hint of a win within the held spins" function provided by the specified special effect, resulting in an engaging gameplay experience.

Specific Examples 5-6
By setting the standard game state and the alternative game state to game states different from those in the above embodiment, a different gameplay experience can be realized. For example, the specific game state is set as the standard game state, and the normal game state is set as the alternative game state. Since the specific game state is a state in which the player should shoot to the right, the entry of the game ball into the other prize area 909 (right other prize area 909r) that can be entered by shooting to the right is considered an additional prize necessary for the specified condition to be met, and the meeting of the specified condition is considered to be when the number of such additional prizes reaches a specified number. In this way, the longer the player plays in the specific game state, which is more advantageous than the normal game state, the higher the probability that the number of other prizes will reach a specified number (and a specified special effect will occur), resulting in a gameplay experience where the probability of the number of additional prizes reaching a specified number (and a specified special effect occurring) increases.

Furthermore, it is conceivable to designate game states other than the second specific game state (the most advantageous game state for the player) as the standard game state, and the second specific game state as a separate game state. By doing so, the longer the game is played before transitioning to the most advantageous game state for the player, the higher the probability that the prescribed conditions will be met. This can thus reduce player frustration caused by not transitioning to the most advantageous game state.

Furthermore, it is conceivable to designate the second specific game state (the most advantageous game state for the player) as the standard game state, and all other game states as separate game states (with winning in the right other-winning area 909r being considered a necessary other-winning event for fulfilling the specified conditions). This approach allows for a gameplay experience where the longer a player plays in the most advantageous game state, the higher the probability of fulfilling the specified conditions.

Specific Example 5-7
The device is provided with a light-emitting section (hereinafter referred to as the specified light-emitting section 909p) that lights up when an additional prize is awarded. Preferably, the specified light-emitting section 909p is provided in conjunction with the additional prize area 909. The specified light-emitting section 909p lights up in a predetermined manner when an additional prize is awarded (an increase of "1" in the number of additional prizes). This emphasizes the occurrence of additional prizes.

The regulated light-emitting unit 909p should ideally have both a normal and a special light-emitting mode. When an additional win occurs that does not satisfy the regulated conditions (i.e., even with the addition of a new additional win, the total number of additional wins remains below the regulated number, and the regulated special effect does not occur), the regulated light-emitting unit 909p should emit light in the normal mode (for example, in white) (see Figure 43(a)). On the other hand, when an additional win occurs that satisfies the regulated conditions (i.e., with the addition of a new additional win, the total number of additional wins reaches the regulated number, and the regulated special effect occurs), the regulated light-emitting unit 909p should emit light in the special mode (for example, in red) (see Figure 43(b)). This ensures that the additional win that triggered the regulated conditions (the occurrence of the regulated special effect) is distinguished and emphasized from other additional wins.

Specific Example 5-8
When a predetermined condition is met, a sound effect (predetermined condition met sound) is output from speaker 67 to notify the player of this (note that this predetermined condition met sound is a temporarily output sound effect (SE) and not background music (BGM)). By outputting such a predetermined condition met sound, it becomes less likely for the player to miss that a predetermined special effect is occurring. Preferably, the predetermined condition met sound is a unique sound effect (dedicated sound effect) that is only produced when the predetermined condition is met. In this case, since the predetermined condition met sound can only be heard when the predetermined condition is met, it can be said that the output of the predetermined condition met sound itself functions as a predetermined special effect.

Specific Example 5-9
Unlike the above embodiment, the specified number is not fixed. That is, each time a specified period is set, a lottery is held to determine the specified number, and the specified number is determined based on that lottery (one of several different values will be set as the specified number). This way, the difficulty of fulfilling the specified conditions can change, resulting in a gameplay experience.

<Specific control state>
The gaming machine 1 according to this embodiment is capable of setting a specific control state. As will be explained in detail below, the specific control state is a state relating to the control of the decorative symbols 80, and therefore can be set in a game state in which the player is aiming to win a jackpot (the specific control state can be maintained over multiple fluctuations). As long as the specific control state can be maintained in a game state in which the player is aiming to win a jackpot, the conditions for being in a specific game state can be anything. In this embodiment, the specific control state can be set in a normal game state.

As shown in Figure 2, etc., in this embodiment, multiple types of decorative symbols 80, which are symbols for notifying the result of the lottery, are displayed in the display area 911. If the lottery result is a win, the "winning combination" of decorative symbols 80 is displayed at the end of the variation animation; if it is a loss, the "losing combination" of decorative symbols 80 is displayed. In this embodiment, a "winning combination" is defined as three matching decorative symbols 80 (if the characters (numbers in this embodiment) included in each decorative symbol 80 are the same type, they are considered the same type; if the numbers are different, they are considered different types), and any other combination is considered a "losing combination".

In this embodiment, the specific control state is referred to as the "losing symbol limited zone." In this embodiment, under normal conditions, multiple types of decorative symbols 80 are displayed, each containing one of the numbers "1" to "7" (seven types of decorative symbols 80). (Decorative symbols 80 containing the same number are considered the same type of decorative symbol 80. In the following description, each type of decorative symbol 80 may be referred to as the "1" decorative symbol 80, the "2" decorative symbol 80, etc.) Each of the decorative symbol group 80g contains these seven types of decorative symbols 80. In the losing symbol limited zone, one of these seven types of decorative symbols 80 is designated as the specific symbol. The designated decorative symbol 80 is displayed as part of the multiple decorative symbols 80 included in each decorative symbol group 80g, but it will not be selected from any of the decorative symbol groups 80g as it constitutes a "losing combination" (although the designated symbol is displayed along with other symbols, making it appear as if it could be selected, it will not be selected when a combination is lost). Therefore, in a specific control state, the "losing combination" will be composed of decorative symbols 80 other than the designated symbol. Note that the designated symbol is one of the multiple decorative symbols 80 that are normally displayed. A symbol that is only displayed under special conditions (or only temporarily) is not considered a designated symbol.

In this embodiment, the type of decorative symbol 80 designated as the specific symbol can change. When transitioning to the losing symbol-only zone, a predetermined lottery is performed, and one type of decorative symbol 80 is determined as the specific symbol. In this embodiment, an image indicating transition to the losing symbol-only zone (zone image 191) is displayed in the display area 911 (see Figure 44(a)). Furthermore, in this embodiment, the type of decorative symbol 80 designated as the specific symbol (symbol type image 192) is also displayed. It may be made clear to the player that this specific symbol does not constitute a losing combination (an explanatory display for the losing symbol-only zone is provided).

When determining the symbol combinations that indicate the win/loss result (determining the symbol combinations for each spin), in the losing symbol limited zone, specific symbols are not selected to constitute a losing combination. For example, in the losing symbol limited zone where the "2" decorative symbol 80 is the specific symbol (see Figure 44(a)), in a losing spin that indicates a loss in the win/loss lottery, the "2" decorative symbol 80 is not selected to constitute a losing combination. In other words, if the win/loss lottery result is a loss, the "2" symbol, which is the specific symbol, is not selected from any of the left decorative symbol group 80gL, the middle decorative symbol group 80gC, or the right decorative symbol group 80gR (see Figure 44(b)). However, the losing symbol limited zone only excludes specific symbols from being part of a "losing combination." In other words, specific symbols can still be selected to constitute a "winning combination." For example, in a zone limited to losing symbols where the "2" decorative symbol 80 is designated as a specific symbol, a "winning combination" using the "2" decorative symbol 80 (three matching "2" decorative symbols 80 in this embodiment) can be formed (see Figure 44(c)). Naturally, "winning combinations" using decorative symbols 80 other than "2" (decorative symbols 80 other than the designated symbol) can also be formed.

Because of this configuration, in a specific control state (a zone limited to losing symbols), a jackpot is guaranteed simply by selecting one of the specific symbol's decorative symbols 80 as one of the symbols that make up the symbol combination (three symbols). (Since a jackpot is guaranteed even with just one symbol, a jackpot is also guaranteed if a reach occurs with the specific symbol.) This creates a novel and interesting gameplay experience. From the player's perspective, (after knowing the specific symbol) the gameplay becomes about hoping that the specific symbol will be selected from among the multiple types of decorative symbols 80g.

The following describes specific examples of improvements, concretizations, and modifications to the matters concerning the above-mentioned specific control states. Furthermore, whenever possible, a configuration may be created by combining multiple techniques described using the following examples.

Specific Example 6-1
In the specific control state, the type of decorative symbol 80 designated as the specific symbol is not explicitly shown. In other words, internally, a certain type of decorative symbol 80 is designated as the specific symbol (an image indicating that the specific control state is in place (zone image 191) is displayed), but an image indicating which type of decorative symbol 80 it is (an image like the symbol type image 192 described in the above embodiment) is not displayed in the display area 911 (see Figure 45(a)). In this way, in the specific control state, the player enjoys predicting which type of decorative symbol 80 is designated as the specific symbol (since, once a losing combination is formed, all decorative symbols 80 constituting that losing combination no longer have the potential to be the specific symbol, after a certain amount of variation is performed, it becomes clear which type of decorative symbol 80 is designated as the specific symbol (by narrowing it down through elimination)).

Furthermore, even when a specific symbol is selected and displayed from among multiple sets of decorative symbols (80g), no action (effect) indicating the selection of a specific symbol will occur. In other words, when a specific decorative symbol 80 is selected from a set of 80g, no image will be displayed that would not be shown when a non-specific decorative symbol 80 is selected. This example is designed for the player to enjoy predicting which type of decorative symbol 80 has been selected; therefore, the selection of a specific symbol is not explicitly indicated (there are no special effects that only occur when a specific symbol is selected).

Specific Example 6-2
The game is designed so that it is not explicitly stated (notified to the player) that it is in a specific control state. In other words, an image indicating whether or not it is in a specific control state (such as the zone image 191 described in the above embodiment) is not displayed (the background image of the decorative symbols 80 is the same whether or not it is in a specific control state). Since it is not explicitly stated that it is in a specific control state, the start and end timings of the specific control state are also not explicitly stated. If the specific control state starts/ends with the start/end of a certain game state, the image indicating the start/end of that game state is merely to notify the start/end of that game state and does not indicate the start/end of the specific control state. Since it is not explicitly stated that it is in a specific control state, naturally, an image such as the symbol type image 192 described in the above embodiment is not displayed, and it is not explicitly stated which decorative symbol 80 is the specific symbol. In this example, the player plays the game without knowing whether or not it is in a specific control state. In other words, the gameplay involves the player not knowing whether the decorative pattern 80, which has no possibility of being selected as part of a losing combination, is being displayed in a variable manner.

Specific Example 6-3
In a specific control state, two or more decorative patterns 80, which are part of multiple types of decorative patterns 80, may be designated as the specific pattern. In this case, in the specific control state, the remaining decorative patterns 80, excluding the two or more decorative patterns 80, will form a losing combination.

The number of decorative symbols 80 designated as "specific symbols" may vary. For example, sometimes only one decorative symbol 80 may be designated as a specific symbol, or sometimes two or more decorative symbols 80 may be designated as such. In this case, if the types of decorative symbols 80 designated as "specific symbols" are not explicitly shown, as in the examples 6-1 and 6-2 above, the gameplay becomes one of guessing whether there is one or more types of decorative symbols 80 designated as "specific symbols."

Specific Example 6-4
Some of the predetermined set of decorative symbols 80 (one or more) are set to be symbols that are not designated as specific symbols (hereinafter referred to as non-target symbols). Non-target symbols can be symbols that make up a losing combination under any circumstances. For example, the "4" decorative symbol 80 and the "6" decorative symbol 80 are set to be non-target symbols (the other decorative symbols 80 are set to be target symbols that can be designated as specific symbols) (see Figure 45(b)). In this way, the types of decorative symbols 80 that can be designated as specific symbols are limited to a portion (target symbols), making it easier to identify the decorative symbols 80 that have been designated as specific symbols.

Specific Example 6-5
The system is configured so that certain decorative symbols 80 that become specific symbols are fixed. In other words, some of the multiple types of decorative symbols 80 (one or more types) are designated as specific symbols, and the others are not designated as specific symbols. For example, the system is configured so that the "3" decorative symbol 80 and the "7" decorative symbol 80 are designated as specific symbols (in this example, symbols other than those designated as specific symbols will not be designated as specific symbols). In this case, a clear and easy-to-understand specific control state can be created where the symbols that, when selected, guarantee a jackpot.

Specific Example 6-6
It is also possible to set a specific control state in a specific game state. In particular, in the case where the second specific game state is a so-called ST state that continues until a predetermined number of misses occur consecutively, as in the embodiment described above, the gameplay is such that winning the win/loss lottery before the predetermined number of misses occurs is the branching point for continuing the winning streak. By setting a specific control state in such a state, it is possible to create a gameplay where "if a specific symbol is selected, a win is guaranteed → a winning streak is guaranteed."

Furthermore, in the specific game state, compared to the normal game state, the game ball enters the starting area 904 more easily (making it easier to obtain win/loss lottery information), and the average time required for the variation animation (variation time) is shorter. In other words, the variation is completed relatively quickly. If the configuration is such that the types of decorative symbols 80 designated as specific symbols are not explicitly shown, as in the specific game state and specific control state, when a specific control state is set, the variation is completed quickly, so it should not take long to determine the type of specific symbol.

Specific Examples 6-7
The decorative symbol 80 designated as a specific symbol is set so that it will not enter a so-called pseudo-stop state (as previously described) during a losing fluctuation in a specific control state (and since the specific symbol does not constitute a losing combination during a losing fluctuation in a specific control state, it will naturally not "completely stop" either). For example, suppose a specific control state is assumed in which the decorative symbol 80 "5" is designated as a specific symbol (see Figure 46(a)). If a pseudo-stop of the specific symbol is allowed, the decorative symbol 80 "5" may temporarily pseudo-stop (see Figure 46(b)), then fluctuate again (see Figure 46(c)), and change into another decorative symbol 80. In this case, even if the control is managed so that the "5" decorative symbol 80 does not result in a losing combination (see Figure 46(d)), the temporary pseudo-stop of the "5" decorative symbol 80 may cause the player to mistakenly believe that a jackpot is confirmed, or to mistakenly believe that the "5" decorative symbol 80 is not a specific symbol (this is especially true if the type of decorative symbol 80 designated as a specific symbol is not explicitly stated, as in the examples 6-1 and 6-2 above. Figure 46 shows a configuration in which the type of decorative symbol 80 designated as a specific symbol is not explicitly stated). To prevent such misunderstandings, in losing fluctuations under a specific control state, the decorative symbol 80 designated as a specific symbol does not pseudo-stop (so that the state shown in Figure 46(b) does not occur).

Specific Example 6-8
The decorative symbols 80 designated as specific symbols are designed so that their symbol color does not change (hereinafter referred to as "color change"). The color of the decorative symbols 80 is known to indicate various information (for example, the value of a jackpot when a winning combination is formed is based on the color of the decorative symbols 80 that make up the winning combination), and effects in which color changes occur during the variation are also known. Therefore, the decorative symbols 80 designated as specific symbols are designed so that no color changes occur (however, at least some of the decorative symbols 80 that are not designated as specific symbols may be allowed to change color). If a noticeable change occurs in the decorative symbols 80 designated as specific symbols, players may mistakenly think that the decorative symbols 80 are not specific symbols (especially if the type of decorative symbol 80 designated as specific symbols is not clearly indicated, as in the above examples 6-1 and 6-2), so the decorative symbols 80 designated as specific symbols are designed so that no color changes occur.

Specific Example 6-9
In a specific control state, from a state in which multiple decorative symbol groups 80g (three decorative symbol groups 80g in the above embodiment) are all displayed in a variable state, the variation of these decorative symbol groups 80g stops simultaneously, and an effect (sudden stop effect) occurs in which a winning combination of the designated decorative symbol 80 is displayed. For example, in a specific control state in which the "1" decorative symbol 80 is designated as the designated symbol, from a state in which multiple decorative symbol groups 80g are all displayed in a variable state (see Figure 47(a)), the variation of multiple decorative symbol groups 80g stops simultaneously, resulting in a sudden stop effect (see Figure 47(b)) in which a winning combination of three "1" decorative symbols 80 is displayed and a jackpot is announced.

Since the specific symbol does not constitute a losing combination, a jackpot is confirmed the moment the specific symbol is selected from a certain group of decorative symbols 80g. Therefore, when the player knows the decorative symbol 80 designated as the specific symbol (for example, if the configuration explicitly identifies the specific decorative symbol 80 as in the above embodiment, or if the type of the specific decorative symbol 80 is not explicitly identified, as in specific examples 6-1 and 6-2, but the player identifies the specific decorative symbol 80), stopping the variation of the group of decorative symbols 80g one by one when forming a winning combination with the specific decorative symbol 80 may be annoying to the player. Therefore, as described above, a sudden stop effect where the "winning combination of the specific symbol" is displayed abruptly is implemented.

<Special guaranteed win animation, gameplay to acquire rights>
The gaming machine 1 according to this embodiment can execute a special guaranteed win animation as one of the animations that may occur during a variation animation. In the following description of the special guaranteed win animation, the win/loss lottery result that is the target of the indication (indication of a guaranteed jackpot) by the special guaranteed win animation may be referred to as the target win/loss lottery result, and the variation animation in which the special guaranteed win animation occurs may be referred to as the target variation animation (target variation). In this embodiment, the special guaranteed win animation occurs in the normal game state. However, it may also occur in a specific game state.

A special confirmation animation is a type of so-called premium animation that, when it occurs, guarantees that the target win/loss lottery result is a jackpot. In this embodiment, the special confirmation animation occurs when a predetermined animation image (special confirmation image 20) is displayed in the display area 911. The specific form of the special confirmation image 20 can be anything. The special confirmation image 20 is an image that is only displayed when a special confirmation animation occurs (an image exclusive to the special confirmation animation that is not displayed when other premium animations occur). In this embodiment, the "illuminated police light image" is used as the special confirmation image 20 (see Figure 49 (b-1)).

The special confirmed win animation will not occur unless the prescribed right to trigger the animation (the right that is a prerequisite for the special confirmed win animation to occur) is acquired. The right to trigger the animation can be acquired by participating in a right-acquisition game (see Figure 48) that may occur during a variation animation, and by fulfilling the specified conditions in that right-acquisition game. The right to trigger the animation can be acquired during a continuous right-acquisition period in which the right-acquisition game is executed.

The name and content of the rights-acquisition game may be anything as long as it encourages players to participate and allows for evaluation of their performance. However, the player's performance (game performance) in the rights-acquisition game, as they work towards fulfilling the specified conditions, is related to the acquisition of the right to trigger the special effect. In other words, the rights-acquisition game is a "genuine" game (not a so-called "rigged game"), and as detailed below, it is impossible to acquire the right to trigger the special effect if you do not participate in the rights-acquisition game at all. Furthermore, the result of the target win/loss lottery is related to whether or not a special guaranteed effect occurs, but it is not related to whether or not the right to trigger the special effect can be acquired (the expected number of special effect trigger rights acquired). Regardless of whether or not the target win/loss lottery result is a jackpot, if you do not participate in the rights-acquisition game at all, there is no possibility of fulfilling the specified conditions, and therefore you cannot acquire the right to trigger the special effect.

In this embodiment, the rights acquisition game is a so-called "rhythm game" in which the player operates a target operating means (push button 61) in a timely manner (a detailed explanation of the rhythm game itself is omitted as it is a well-known game) (see Figure 48(a)). The player operates the push button 61 in time with icons (notes) that flow in time with the music, and the closer the timing of the operation is to the correct timing, the higher the points. Depending on the total points (evaluation value representing the result of the game) at the end of the game (see Figure 48(b)), the right to trigger an effect is granted (see Figure 48(c)). In this embodiment, the number of effect trigger rights that can be acquired in the rights acquisition game (right acquisition period) is limited to a predetermined number (it is preferable that the limit is "2" or more, i.e., that there is a possibility of acquiring multiple effect trigger rights). In this embodiment, a maximum of four effect trigger rights are granted (limit = 4). Specifically, the total points are divided into five stages (hereinafter referred to as Stage 1, Stage 2, etc., from lowest to highest), and the number of performance trigger rights granted is determined by which stage the player belongs to (see Figure 48 "*1"). From Stage 2 onward, performance trigger rights are granted each time a stage is reached ("+1"), so reaching the minimum value for each stage constitutes fulfilling the specified condition. If Stage 2 is not reached (remaining in Stage 1 (including total points of "0")), no performance trigger rights are granted.

As described above, the rights acquisition game (a rhythm game in this embodiment) is evaluated based on the player's performance, regardless of the outcome of the target lottery (the total points mentioned above directly reflect the player's skill). Therefore, the better a player is at the rights acquisition game, the more likely they are to acquire (expected value) of performance trigger rights. In this embodiment, the number of performance trigger rights called "instant notification chances" that were granted as a result of the rights acquisition game is shown (see Figure 48(c)). As a result of such rights acquisition game, it is assumed that no performance trigger rights will be acquired at all (number of performance trigger rights acquired). At least in the case where the player does not participate in the rights acquisition game at all (does not operate the control device at all), the total points will be "0" and there will be no possibility of acquiring performance trigger rights (the number of performance trigger rights = 0) (see Figure 48 "*2"). In other words, since the rights acquisition game is a "serious" game, if the rights acquisition game is not played at all (the player does not operate the control device at all), the reward (the right to trigger a special effect) will not be granted. However, in this embodiment, even if the rights acquisition game is played (the player operates the control device), there is still a possibility that the right to trigger a special effect will not be acquired (if the total points do not reach the second stage, the right to trigger a special effect will be "0" (see Figure 48 "*1")). While pachinko machines that allow player participation games to occur during fluctuations are well-known, these types of games are generally configured so that the result is predetermined internally even if the player does not participate at all. In this embodiment, the result of the rights acquisition game directly reflects the player's performance in the game as the number of special effect trigger rights; therefore, the result is not determined before the rights acquisition game even begins.

After the rights acquisition game ends, an animation that uses the right to trigger an animation (right usage animation) is executed. In other words, a period is set during which the right to trigger an animation acquired in the rights acquisition game can be used. The specific form of the right usage animation can be anything as long as it provides an opportunity for a special guaranteed animation to occur for the number of animation trigger rights acquired in the rights acquisition game. In this embodiment, the player is prompted to operate a predetermined operating means (special operation unit 65) for the number of animation trigger rights (see Figure 49(a)). The operation of the predetermined operating means may trigger a special guaranteed animation. In other words, the operation of the special operation unit 65 is considered to be the "use" of the animation trigger right. Alternatively, the animation trigger right may be "used" automatically without the operation of such an operating means. Since the special guaranteed animation is a guaranteed jackpot animation, if the target win/loss lottery result is a loss, there is no possibility of the special guaranteed animation occurring (the player will not win the animation trigger lottery described later) (see Figure 49(b-2)). In other words, if the target win/loss lottery result is a loss, no matter how many performance trigger rights are acquired during the rights acquisition game (rights acquisition period), the special guaranteed performance will not occur as a result of using those performance trigger rights. On the other hand, if the target win/loss lottery result is a jackpot, a lottery (performance trigger lottery) is held to determine whether or not to execute the special guaranteed performance when the performance trigger rights are used (in this embodiment, operation of the special operation unit 65). If the lottery is won, the special guaranteed performance occurs (see Figure 49 (b-1)), but if the lottery is not won, the special guaranteed performance does not occur, and an image indicating this is displayed (see Figure 49 (b-2)). In this embodiment, even if the special operation unit 65 is not operated, the performance trigger lottery is held when the predetermined operation validity period ends. In other words, in the rights usage performance, regardless of whether or not the operation means is operated, the acquired performance trigger rights are used and the performance trigger lottery is held. The probability of winning the special effect trigger lottery when the target win/loss result is a jackpot can be set as appropriate (however, this probability is neither 0% nor 100%). In this embodiment, it is set to 1/4. That is, a special effect trigger lottery is held with a 1/4 probability for each special effect trigger right acquired, and if it is won, a special confirmed special effect is triggered. Therefore, when the target win/loss result is a jackpot, the more special effect trigger rights acquired during the rights acquisition game (rights acquisition period), the higher the probability of a special confirmed special effect being triggered. Also, even if the target win/loss result is a jackpot, if all of the acquired special effect trigger rights are not used, a special confirmed special effect will not be triggered (see Figures 49(a) and (b-2)). In this embodiment, if a special confirmed special effect is triggered before all of the special effect trigger rights are used, it is shown that a jackpot is confirmed at that point, so the remaining special effect trigger rights are not used. However, this does not negate the possibility of continuing to hold the special effect trigger lottery until all of the special effect trigger rights are used (allowing for two or more special confirmed special effects to occur).

As mentioned above, there is a possibility that the right to trigger an animation may not be acquired during the rights acquisition game (the number of animation trigger rights acquired will be 0) (if the player does not participate in the rights acquisition game at all, the number of animation trigger rights will be 0). If the right to trigger an animation is not acquired, the special guaranteed animation trigger lottery will not be executed. In this embodiment, since there are no animation trigger rights to "use," the right usage animation will not be executed (see Figure 48(d)). Therefore, even if the target win/loss lottery result is a jackpot, the special guaranteed animation will not occur if the right to trigger an animation is not acquired. If the player does not participate in the rights acquisition game at all, the number of animation trigger rights will be 0, so even if the target win/loss lottery result is a jackpot, the special guaranteed animation will not occur.

Furthermore, since the number of performance opportunities acquired in a rights-acquisition game depends on the player's performance (skill level), the length of time required for the performance using the rights is indefinite (depending on the player's performance in the rights-acquisition game). Therefore, a known function for adjusting the duration of the variation time (the time from the start to the end of the variation performance) (see, for example, Japanese Patent Publication No. 2023-105199) may be provided, and this function may be activated during variations in which a rights-acquisition game occurs (for example, by cyclically outputting pre-prepared video to fill in the insufficient time).

The target variation continues even after the rights usage animation occurs. At the end of the target variation, if the target win/loss lottery result is a jackpot, the jackpot is notified by displaying the winning combination (see Figure 49 (c-1)); if it is a loss, the loss is notified by displaying the losing combination (see Figure 49 (c-2)). In other words, regardless of whether the special confirmation animation occurs or not, the target variation continues, and the target win/loss lottery result is ultimately notified by the combination of the 80 decorative symbols. Naturally, whether or not the special confirmation animation occurs does not affect the target win/loss lottery result. The result of the rights acquisition game (the number of animation rights acquired) affects whether or not the special confirmation animation occurs (the probability of the special confirmation animation occurring), but it does not affect the target win/loss lottery result (the so-called expected value of payouts).

Thus, in this embodiment, in order for a special guaranteed animation to occur, the right to trigger the animation must be acquired during the right acquisition period. The gameplay for acquiring this right directly reflects the player's performance (skill at the game), making it an engaging experience (it's not a rigged game). (A novel aspect of the gameplay is that if the player doesn't participate in the right acquisition game at all (doesn't operate the controls), the right to trigger the animation becomes "0").

Furthermore, in this embodiment, it is possible to acquire multiple performance trigger rights up to a predetermined limit during the rights acquisition game (rights acquisition period). In other words, the player's performance during the rights acquisition game will influence the number of performance trigger rights acquired.

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned special confirmation effects and rights acquisition gameplay. Furthermore, whenever possible, a configuration can be created by combining multiple techniques described using the following examples.

〇Specific Example 7-1
The limit set during the rights acquisition game (rights acquisition period) is not fixed. In other words, the limit may change each time a rights acquisition game is played. For example, the limit may be set to one of the values from 1 to 4. When the limit is "1" (Pattern 1), the right to trigger an effect will be "0" or "1" depending on the outcome (points) of the game in which the right is acquired (see Figure 50 (a-1)). When the limit is "2" (Pattern 2), the right to trigger an effect will be "0", "1", or "2" depending on the outcome (points) of the game in which the right is acquired (see Figure 50 (a-2)). When the limit is "3" (Pattern 3), the right to trigger an effect will be "0", "1", "2", or "3" depending on the outcome (points) of the game in which the right is acquired (see Figure 50 (a-3)). When the limit is "4" (Pattern 4), the right to trigger an effect will be "0", "1", "2", "3", or "4" depending on the outcome (points) of the game in which the right is acquired (see Figure 50 (a-4)). Furthermore, if you do not participate in the rights acquisition game (i.e., do not operate the control device), the number of performance trigger rights acquired in the rights acquisition game will be "0", regardless of the limit number set (regardless of which of patterns 1 to 4 is selected). If you actively participate in the rights acquisition game, the higher the limit number, the higher the expected value of performance trigger rights that can be acquired. Since the probability of a special guaranteed performance occurring increases with the number of performance trigger rights acquired, it can be said that if you actively participate in the rights acquisition game, the higher the limit number, the higher the probability of a special guaranteed performance occurring.

As demonstrated in this example, the maximum number of special effect triggers that can be acquired changes with each game (or period) in which a right is acquired. This creates an interesting gameplay experience where the number of special effect triggers acquired can differ even if the gameplay is the same.

Furthermore, the determined limit may be kept secret from the player, or it may be made accessible to the player. If the latter is chosen, an image suggesting the limit (limit suggestion image 21) will be displayed during the rights acquisition game (rights acquisition period), allowing the player to understand the limit based on this image (see Figure 50(b)). For example, at the beginning of the rights acquisition game (rights acquisition period), a limit suggestion image 21 indicating the maximum number of acquisitionable performance trigger rights may be displayed.

Specific Example 7-2
Assume that only one special effect trigger right can be acquired during the rights acquisition game (rights acquisition period). In other words, the rights acquisition game is an event where the outcome is either that the right to trigger a special effect is acquired or that the right to trigger a special effect is not acquired. Since only one special effect trigger right can be acquired, the probability of a special confirmed special effect occurring in the rights usage event after acquiring the special effect trigger right does not change (unlike the embodiment described above, the probability of a special confirmed special effect occurring is not higher when there are more special effect trigger rights). This example makes it possible to create an easy-to-understand flow of events.

Specific Example 7-3
The probability of winning the performance occurrence lottery (the probability of winning the lottery per performance occurrence right) is set to be non-constant. For example, two performances using the right may occur: performance A (performance using the right, state A) (see Figure 51(b-1)) and performance B (performance using the right, state B) (see Figure 51(b-2)). Performance A and performance B are distinguishable by differences in the background image of the decorative symbols 80 displayed in the display area 911. The probability of winning the performance occurrence lottery when performance B (performance using the right, state B) occurs is set to be higher than the probability of winning the performance occurrence lottery when performance A (performance using the right, state A) occurs (see Figure 51(b)). In this way, even if the number of performance occurrence rights acquired during the right acquisition game (performance acquisition period) is the same, the gameplay can be enhanced in such a way that the probability of a special confirmed performance occurring differs depending on the subsequent state (whether it becomes performance using the right, state A or performance using the right, state B).

Specific Example 7-4
The special confirmation animation may occur as a so-called pre-announcement animation. That is, the special confirmation animation may occur in a spin that takes place before the target spin corresponding to the target win/loss lottery result. It may occur in the spin immediately preceding the target spin, or in spins two or more spins prior to the target spin. It may also occur across two or more consecutive spins. The rights acquisition game (right acquisition period) also takes place during the spins. In this way, the rights acquisition game becomes a game in which the player acquires the right to trigger the special confirmation animation before the target spin begins.

Specific Example 7-5
Each time a right to trigger an effect is acquired during a right-acquisition game (right-acquisition period), a lottery for triggering an effect is performed. That is, each time a predetermined condition is met during a game played as a right-acquisition game (for example, when points reach a predetermined value) (see Figure 52(a)), a right to trigger an effect is acquired, and a lottery for triggering an effect is performed at the same time as the acquisition. If the lottery is won, a special guaranteed effect is performed (see Figure 52(b-1)). (If the lottery is not won, the special guaranteed effect is not performed (see Figure 52(b-2))). In other words, instead of performing an effect (right-use effect) to determine whether a special guaranteed effect will occur using the acquired right after the total number of acquired right-acquisition rights has been determined, as in the above embodiment, a lottery for triggering an effect may be performed each time a right is acquired, and if it is won, a special guaranteed effect may be performed. This way, the gameplay becomes such that there is a possibility of a big win being confirmed during a right-acquisition game ("serious" game).

Furthermore, if the specified conditions are met during the rights-acquisition game and no special confirmation animation occurs as a result, the rights-acquisition game continues. On the other hand, if the specified conditions are met during the rights-acquisition game and a special confirmation animation occurs as a result, the rights-acquisition game may end at that point, or it may continue even if a special confirmation animation occurs (in the latter case, two or more special confirmation animations could occur).

Specific Example 7-6
In the rights acquisition game (rights acquisition period), the right to trigger an effect is acquired, and the effect that occurs when the effect trigger lottery is won (an effect that will not occur if the right to trigger an effect is not acquired) is an effect that is not a special guaranteed effect as described in the above embodiment (hereinafter referred to as a special opportunity effect) (see Figure 53 (b-1)). Unlike the special guaranteed effect, the special opportunity effect is not an effect that guarantees a jackpot in the target win/loss lottery result (a so-called premium effect). In other words, even if the special opportunity effect occurs, there is a possibility that the target win/loss lottery result will be a loss, and it is a type of chance-up effect in which the probability (reliability) of the target win/loss lottery result being a jackpot is higher when it occurs (see Figure 53 (b-1)) than when it does not occur (see Figure 53 (b-2)). Furthermore, if it is possible to acquire two or more effects trigger rights in one rights acquisition game (rights acquisition period), as in the above embodiment, then the configuration will allow for multiple special opportunity effects to occur in the rights usage effect, and the more times the special opportunity effect occurs, the higher the reliability.

In this way, the rights-acquisition game functions as a game in which players can acquire the opportunity (right) to trigger a special, high-probability event that, while not guaranteeing a jackpot, may lead to a jackpot.

Specific Example 7-7
A game in which a player acquires a right can be any game in which the evaluation changes based on the player's actions, and the right to trigger a special effect is granted according to that evaluation; it does not have to be a game that uses a means of operation. For example, a game could be created in which a sensor is installed on the gaming machine 1, and the game utilizes the detection of a part of the player's body (such as a hand) by the sensor.

Specific Examples 7-8
The effects that occur using the right to trigger an effect acquired during the right acquisition game (right acquisition period) shall display one of several types of reliability indicator images (one of the reliability indicator images will always be displayed). It is preferable that there are three or more types of reliability indicator images. For example, suppose that one effect that uses a right to trigger an effect allows the player to draw a fortune slip once (see Figure 54(a)). The result may be "bad luck" (display of the first reliability indicator image) (see Figure 54(b-1)), "good luck" (display of the second reliability indicator image) (see Figure 54(b-2)), or "great luck" (display of the third reliability indicator image) (see Figure 54(b-3)), with "good luck" having a higher probability (reliability) of the target win/loss result being a jackpot than "bad luck," and "great luck" having a higher probability (reliability) than "good luck." The more effect right to trigger an effect there is, the more times the fortune slip can be drawn. In other words, the more times the reliability indicator effect can be enjoyed.

In this way, the more rights to trigger special effects are acquired during the rights-acquisition game (rights-acquisition period), the higher the accuracy (reliability) of the reliability indicators. This creates a gameplay feature where the success of the rights-acquisition game contributes to improving the reliability of the reliability indicators.

Specific Examples 7-9
The special confirmation effect is not an effect in which an image (special confirmation image 20) is displayed in the display area 911, but rather an effect in which a sound effect (special confirmation sound) is output from the speaker 67 or other speakers. The special confirmation sound is a sound effect exclusive to this effect and is only output when the special confirmation effect occurs.

Specific Examples 7-10
After a special confirmation animation occurs (see Figure 55(b)), a specific animation (special post-animation animation) occurs during the target spin (see Figure 55(c)). This setting emphasizes that the occurrence of the special confirmation animation is highlighted by the subsequent special post-animation animation. It is preferable that the special confirmation animation and the special post-animation animation display the same animation image (it is sufficient if the player recognizes that they represent the same target). For example, both the special confirmation animation and the special post-animation animation are animations in which a predetermined character (character E) appears (see Figures 55(b) and (c)).

Please note that a winning result in the target lottery does not necessarily guarantee a special confirmation animation. Therefore, even if the target lottery result is a winning result, if the special confirmation animation does not occur, no special post-event animation will occur. Naturally, if the target lottery result is a loss, no special confirmation animation will occur, and therefore no special post-event animation will occur.

Specific example 7-11
The special guaranteed win animation can be disabled by the player's choice (customization). If the special guaranteed win animation is disabled, the right to trigger the animation that leads to the special guaranteed win animation cannot be acquired (no period for acquiring the right is set). Since the special guaranteed win animation is a special premium animation and some players may want to play without it occurring, the system is configured so that players can choose to disable it during gameplay.

<Specific Compositional Effects (Special Effects Images)>
The gaming machine 1 according to this embodiment can execute a specific configuration performance, which will be described in detail below, as one of the performances that constitute the variation performance. In the following description of the specific configuration performance, the win/loss lottery result that is the target of the reliability indication by the specific configuration performance may be referred to as the target win/loss lottery result, and the variation performance corresponding to the target win/loss lottery result may be referred to as the target variation performance (target variation). Note that the specific configuration performance will only occur in variations that satisfy predetermined execution conditions. In addition, in this embodiment, the specific configuration performance may occur in the normal game state. However, it may also occur in the specific game state. In addition, in this embodiment, the specific configuration performance may occur when a reach has been established. However, it may also occur when a reach has not been established.

As specific configuration effects, Specific Configuration Effects X (see Figure 56) and Specific Configuration Effects Y (see Figure 57) may occur. Specific Configuration Effects Y may occur after Specific Configuration Effects X leads to an unfavorable outcome (described later). Both specific configuration effects lead to either a favorable outcome where an image indicating a favorable situation for the player is displayed, or an unfavorable outcome (an outcome less favorable than the favorable outcome) where an image indicating an unfavorable situation for the player is displayed. Furthermore, the favorable outcome may include a so-called reversal pattern where it initially appears to lead to an unfavorable outcome, but then reverses.

In this embodiment, specific performance X (see Figure 56) is a performance in which the player's character F (indicated by the letter "F" in the drawing) and the enemy character, a minor character (indicated by the letter "Miscellaneous" in the drawing) fight (see Figure 56(a)). A favorable outcome is when character F defeats the minor character (wins) (see Figure 56(b-1)), and an unfavorable outcome is when character F fails to defeat the minor character (the minor character escapes) (see Figure 56(b-2)). In this embodiment, specific performance Y (see Figure 57) is a performance in which the player's character F and the enemy character, a boss character (indicated by the letter "Boss" in the drawing) fight. A favorable ending is when character F defeats the boss character (achieves victory) (see Figure 57(d-1)), while an unfavorable ending is when character F fails to defeat the boss character (achieves defeat) (see Figure 57(d-2)). Note that the specific forms of Specific Composition Effects X and Y are merely examples, and their specific forms can be modified as appropriate, except for the points specifically explained below.

When a specific performance sequence X occurs (see Figure 56(a)), if that sequence leads to a favorable outcome, the target win/loss lottery result is confirmed to be a jackpot (see Figure 56(b-1)). In other words, if the target win/loss lottery result is a jackpot, there is a possibility that the specific performance sequence X will lead to a favorable outcome; if it is a loss, there is no possibility that the specific performance sequence X will lead to a favorable outcome. However, even if the target win/loss lottery result is a jackpot, the specific performance sequence X may lead to an unfavorable outcome. That is, at the point when the specific performance sequence X leads to an unfavorable outcome (immediately after the unfavorable outcome), the target win/loss lottery result is not confirmed. In this embodiment, during an unfavorable outcome, the three decorative symbols 80 are in a pseudo-stop state in a combination representing a loss (a losing combination), suggesting to the player that a loss is confirmed or possible (see Figure 56(b-2)).

After a specific performance sequence X reaches an unfavorable outcome, a specific performance sequence Y may occur. In this embodiment, however, specific performance sequence Y can only occur if specific performance sequence X reaches an unfavorable outcome (only via specific performance sequence X). After an image indicating that specific performance sequence X has reached an unfavorable outcome is displayed (see Figure 56(b-2)), when a predetermined development image (continuation image) is displayed (see Figure 56(c-2)), specific performance sequence Y begins (see Figure 57(a)). If the development image is not displayed, specific performance sequence Y does not occur. If specific performance sequence X reaches an unfavorable outcome and specific performance sequence Y does not occur, the target win/loss lottery result is confirmed to be a loss (the three decorative symbols 80 completely stop in a losing combination) (see Figure 56(c-1)). In other words, when the development image is displayed (i.e., it develops into specific production sequence Y), there remains a possibility that the target lottery result is a jackpot. However, when the development image is not displayed (i.e., it does not develop into specific production sequence Y), the target lottery result is definitely a loss.

When the evolved image is displayed, the specific performance sequence Y is initiated (see Figure 57(a)). If the target win/loss lottery result is a jackpot, the specific performance sequence Y leads to a favorable outcome (see Figure 57(d-1)), and if it is a loss, it leads to an unfavorable outcome (see Figure 57(d-2)). As mentioned above, even if the specific performance sequence X leads to an unfavorable outcome, there is still a possibility of a jackpot, but if the specific performance sequence Y leads to an unfavorable outcome, it is certain to be a loss. In other words, the specific performance sequence Y differs from the specific performance sequence X in that it determines the target win/loss lottery result regardless of the outcome. Furthermore, since the specific performance sequence Y is executed as a result of the evolution of the specific performance sequence X, the probability of the specific performance sequence Y leading to a favorable outcome (the probability of the specific performance sequence Y leading to a favorable outcome at the time it is initiated) is higher than the probability of the specific performance sequence X leading to a favorable outcome (the probability of the specific performance sequence X leading to a favorable outcome at the time it is initiated). Therefore, if the target lottery result is a jackpot, it is more likely that the jackpot will be announced when specific performance X reaches an unfavorable outcome followed by a favorable outcome in specific performance Y, rather than when specific performance X reaches a favorable outcome and the jackpot is announced as a result. Furthermore, it is preferable that the probability of specific performance X reaching a favorable outcome (based on the time when specific performance X begins) is less than 10%.

As unfavorable outcomes of a specific configuration effect X (see Figure 56 (b-2)), unfavorable outcomes X1 (see Figure 56 (b-2-1)) and unfavorable outcomes X2 (see Figure 56 (b-2-2)) can occur. Unfavorable outcomes X1 and X2 differ in their presentation (different images are displayed). As long as the differences in presentation are clearly understood and it is clear that both result in an unfavorable situation for the player, the specific forms of unfavorable outcomes X1 and X2 can be changed as appropriate. As described above, in this embodiment, the unfavorable outcome of a specific configuration effect X is that the enemy character, a minor character, runs away. In unfavorable outcome X2, it is shown that the fleeing minor character drops an energy drink, while in unfavorable outcome X1, such an energy drink is not shown. In other words, unfavorable outcome X2 and unfavorable outcome X1 differ at least in the presence or absence of a predetermined visual image (in this embodiment, an energy drink) (hereinafter, this image will be referred to as "X2 visual image") (see Figure 56(b-2)).

In this embodiment, regardless of whether the specific configuration sequence X leads to an unfavorable outcome X1 or X2, the specific configuration sequence Y may occur afterward (however, regardless of whether it leads to an unfavorable outcome X1 or X2, there is a possibility that the specific configuration sequence Y will not occur afterward). Hereinafter, the specific configuration sequence Y that occurs after the specific configuration sequence X leads to an unfavorable outcome X1 (see Figure 56 (b-2-1)) may be referred to as "specific configuration sequence Y after X1," and the specific configuration sequence Y that occurs after the specific configuration sequence X leads to an unfavorable outcome X2 (see Figure 56 (b-2-2)) may be referred to as "specific configuration sequence Y after X2."

In this embodiment, in the post-X2 specific configuration performance Y, a predetermined performance image (hereinafter referred to as special performance image 23) that is not displayed in the post-X1 specific configuration performance Y is displayed (see Figure 57(b-2)). The special performance image 23 is displayed at a predetermined timing, which is a certain amount of time after the start of the specific configuration performance Y. In other words, the post-X2 specific configuration performance Y is one in which the special performance image 23 is displayed (see Figure 57(b-2)) a certain amount of time after the start of the specific configuration performance Y (see Figure 57(a)), and the post-X1 specific configuration performance Y is one in which the special performance image 23 is not displayed (see Figure 57(b-1)). In this embodiment, the special performance image 23 is a cut-in image of character F drinking the above-mentioned energy drink (the energy drink displayed in the unfavorable ending X2) (see Figure 57(b-2)). In other words, the special effect image 23 displays an image that has a portion representing the same thing as the X2 effect image 22 (see Figure 56 (b-2-2)) that was displayed when the unfavorable ending X2 occurred (although modifications are permitted to the extent that the player can recognize it as representing the same thing). The specific post-X2 effect Y is an effect that cannot be executed when the specific effect X leads to the unfavorable ending X1.

Furthermore, the basic form of the performance in the post-X1 specific configuration Y and the post-X2 specific configuration Y is the same before reaching the conclusion, provided that the special performance image 23 is not displayed. In other words, when the special performance image 23 is not displayed, the video (a single frame) of the performance at the same time point from the start of the performance can be exactly the same (see Figures 57(a) and 57(c)). Therefore, the player will perceive the post-X1 specific configuration Y and the post-X2 specific configuration Y as the same type of performance.

Thus, in this embodiment, the specific configuration performance Y can occur when the specific configuration performance X reaches an unfavorable outcome. Multiple types of unfavorable outcomes are provided for the specific configuration performance X. When a certain type of unfavorable outcome (unfavorable outcome X2) (see Figure 56 (b-2-2)) occurs followed by the specific configuration performance Y (specific configuration performance Y after X2), a special performance image 23 is displayed (see Figure 57 (b-2)), which is not displayed when a different type of unfavorable outcome (unfavorable outcome X1) (see Figure 56 (b-2-1)) occurs followed by the specific configuration performance Y (specific configuration performance Y after X1). This is a novel and interesting feature. Alternatively, (even without focusing on the type of unfavorable outcome) it can be said that the gameplay allows for the determination of whether a certain type of unfavorable outcome (unfavorable outcome X2) has occurred based on whether or not the special performance image 23 is displayed during the specific configuration performance Y.

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned specific configuration and effects (special effect image 23). Furthermore, whenever possible, configurations may be created by combining multiple techniques described using the following examples.

Specific Example 8-1
Based on the point in time when a specific performance sequence Y begins, the probability that this sequence will lead to a favorable outcome is set to be higher for the sequence Y after X2 than for the sequence Y after X1. In this case, the value of the subsequent occurrence of the specific performance sequence Y is higher when the previous sequence X leads to an unfavorable outcome X2 than when the previous sequence X leads to an unfavorable outcome X1. In other words, the probability that the specific performance sequence Y will lead to a favorable outcome for the player is suggested by the type of unfavorable outcome of the preceding sequence X, resulting in an interesting gameplay experience.

Specific Example 8-2
The specific configuration performance X (see Figure 58(a)) is set up so that, before reaching the conclusion, there is a predetermined period (operation validity period) (see Figure 58(b)) during which the operation of a predetermined operating means (target operating means) is effective. Furthermore, the probability that the specific configuration performance X will result in an unfavorable conclusion X2 (see Figure 58(c-2)) differs depending on whether the operation of the target operating means during the operation validity period satisfies predetermined conditions (prescribed operation) (see Figure 58(b-1)) or not (see Figure 58(b-2)).

The required operating means during the operation validity period can be any type (one or more), and various types of required operations are possible. For example, a specific performance X may have an operation validity period during which the player is required to continuously press (repeatedly press) the push button 61 before reaching the ending (see Figure 58(b)). The operation that satisfies the predetermined condition (predetermined operation) is when the number of times the push button 61 is pressed during this operation validity period reaches a predetermined number. The predetermined number may be set to be the same each time (for example, 10 times), or it may be set to change each time (for example, it may change between 5 and 15 times). In this way, during the operation validity period, the player can satisfy the predetermined condition by actively operating the operating means, and if the operating means is not operated at all, it cannot be an operation that satisfies the predetermined condition. It is also preferable that the operation validity period be set even if the specific performance X has a favorable ending (the operation validity period is set regardless of the ending of the specific performance X). Since the outcome of a specific performance sequence X is predetermined internally at the time of its commencement—either a favorable or unfavorable ending—and if a favorable ending is determined, it will not result in an unfavorable ending, the degree to which the control device is operated during the operation's effective period does not affect the outcome of the performance (the probability of an unfavorable ending X2).

For example, as shown in Figure 58, if the operation of the target operating means during the operation validity period satisfies a predetermined condition (prescribed operation) (see Figure 58(b-1)), and the operation does not satisfy this condition (see Figure 58(b-2)), then the probability of a specific configuration performance X resulting in an unfavorable outcome X2 (the probability of it becoming (c-2) instead of (c-1)) is higher. If this setting is configured such that the more actively one participates in the performance (operates the operating means) during the operation validity period, the more likely it is to result in an unfavorable outcome X2 and the subsequent occurrence of the specific configuration performance Y.

Furthermore, during the operation validity period, the player may not be prompted to operate the target operating device. In other words, even if a player obtains information from magazines or the internet and becomes aware of the existence of the operation validity period, the game may not visually prompt the player to operate the device (no image prompting operation is displayed in the display area 911). This is a so-called "hidden operation" (hidden button) effect.

Specific Example 8-3
The specific performance sequence X is designed so that a so-called reversal pattern resulting in a favorable outcome (where an unfavorable outcome is initially shown but then reversed) does not occur. In this way, when an image indicating an unfavorable situation for the player is displayed in the specific performance sequence X, there is no possibility of it being reversed to a favorable outcome. Therefore, a straightforward gameplay experience is achieved where the player only needs to focus on the type of unfavorable outcome (whether it was unfavorable outcome X1 or unfavorable outcome X2).

Furthermore, it is preferable that the specific performance sequence Y be designed so that a favorable ending in a reversal pattern can occur. Since the specific performance sequence Y does not have the potential to develop further if it leads to an unfavorable ending, it is preferable that it be designed so that a case where an unfavorable ending appears to occur can be reversed.

Specific Example 8-4
Unlike the above embodiment, if a specific configuration performance X leads to an unfavorable outcome, a specific configuration performance Y will always occur. In other words, if a specific configuration performance X occurs and does not lead to a favorable outcome, it is guaranteed that a specific configuration performance Y will be executed. In this case, since a specific configuration performance Y will always occur when a specific configuration performance X leads to an unfavorable outcome, the gameplay becomes such that the player only needs to focus on whether the unfavorable outcome is unfavorable outcome X1 or unfavorable outcome X2 in preparation for the start of the specific configuration performance Y.

Specific Example 8-5
Unlike the embodiment described above, the specific performance Y may occur even when the specific performance X does not result in an unfavorable outcome. In other words, the occurrence of the specific performance Y is not conditional on the specific performance X resulting in an unfavorable outcome. However, it is desirable that the probability of the specific performance Y occurring be higher when the specific performance X results in an unfavorable outcome compared to when it does not. That is, it is desirable that the occurrence of the specific performance Y be maintained as an event that suggests the occurrence of the specific performance Y when the specific performance X results in an unfavorable outcome.

Specific Example 8-6
If a specific performance sequence X results in an unfavorable outcome, the probability of specific performance sequence Y occurring is higher if it results in an unfavorable outcome X2 than if it results in an unfavorable outcome X1. In this way, the fact that specific performance sequence X results in an unfavorable outcome X2 functions as an indication that the probability of specific performance sequence Y occurring (development probability) is high.

Furthermore, in the case of this example, if specific configuration performance X results in an unfavorable outcome X2, specific configuration performance Y (specific configuration performance Y after X2) will always occur. (If the outcome is unfavorable X1, there is a possibility that specific configuration performance Y (specific configuration performance Y after X1) will not occur, but if the outcome is X2, it is guaranteed that specific configuration performance Y (specific configuration performance Y after X2) will occur.)

Specific Example 8-7
The specific performance sequence Y only indicates the probability (reliability) that the target win/loss result will be a jackpot, and does not announce the target win/loss result based on its outcome (even if the variable performance sequence has a favorable outcome, it does not guarantee that the target win/loss result will be a jackpot). In other words, when specific performance sequence Y occurs after specific performance sequence X has an unfavorable outcome, the probability of the target win/loss result being a jackpot is higher if specific performance sequence Y has a favorable outcome than if it has an unfavorable outcome, but even if it has a favorable outcome, it does not guarantee that the target win/loss result will be a jackpot (it remains merely a chance-up).

Furthermore, even if a specific performance sequence Y results in an unfavorable outcome, there is still a possibility that the target win/loss lottery result will be a jackpot. Alternatively, if an unfavorable outcome occurs, the target win/loss lottery result is guaranteed to be a loss.

Specific Example 8-8
Even if a specific performance sequence X results in a favorable outcome, it is not guaranteed that the target win/loss lottery result will be a jackpot. In other words, the probability of the target win/loss lottery result being a jackpot is higher when the specific performance sequence X results in a favorable outcome than when it results in an unfavorable outcome, but there is still a possibility that the target win/loss lottery result will be a loss even with a favorable outcome.

Furthermore, even if specific performance sequence X results in an unfavorable outcome and specific performance sequence Y does not occur, the setting may allow for a possibility of the target win/loss lottery result being a jackpot, or it may be set so that the possibility of the target win/loss lottery result being a jackpot is eliminated (it is confirmed to be a loss).

Specific Examples 8-9
It is assumed that there are multiple types of specific configuration sequences Y that can occur after a specific configuration sequence X leads to an unfavorable outcome, followed by the display of a development image. In other words, there are two or more types of specific configuration sequences Y (sequences in which the video displayed in the display area 911 is different) that can develop from specific configuration sequence X (unfavorable outcome). It should be noted that each of these two or more types of specific configuration sequences Y can lead to either a favorable or unfavorable outcome, and the probability (reliability) of reaching a favorable outcome differs depending on the type.

For example, if a specific configuration sequence X leads to an unfavorable outcome (see Figure 59(a)) and then develops further (see Figure 59(b)), then either specific configuration sequence Y1 may occur (see Figure 60(a)) or specific configuration sequence Y2 may occur (see Figure 60(c)). The difference between specific configuration sequence Y1 and specific configuration sequence Y2 can be anything. For example, the enemy characters appearing in specific configuration sequence Y1 and specific configuration sequence Y2 could be set to be different.

In this case, when a specific configuration performance X results in an unfavorable ending X2 (see Figure 59 (a-2)), the special performance image 23 is displayed in the specific configuration performance Y1 (specific configuration performance Y1 after X2) that occurs after the specific configuration performance X results in an unfavorable ending X1 (see Figure 59 (a-1)), but the special performance image 23 is not displayed in the specific configuration performance Y1 (specific configuration performance Y1 after X1) that occurs after the specific configuration performance X results in an unfavorable ending X1 (see Figure 59 (a-1)). Similarly, when a specific configuration performance X results in an unfavorable ending X2 (see Figure 59 (a-2)), the special performance image 23 is displayed in the specific configuration performance Y2 (specific configuration performance Y2 after X2) that occurs after the specific configuration performance X results in an unfavorable ending X1 (see Figure 59 (a-1)), but the special performance image 23 is not displayed in the specific configuration performance Y2 (specific configuration performance Y2 after X1) that occurs after the specific configuration performance X results in an unfavorable ending X1 (see Figure 59 (a-1)).

In this way, if a specific performance sequence X results in an unfavorable outcome X2, and then a specific performance sequence Y is executed, the special performance image 23 will be displayed regardless of the type of specific performance sequence Y that is executed (they will all share the common feature of displaying the special performance image 23).

Specific Examples 8-10
In the above embodiment, it was explained that when a specific performance X results in an unfavorable outcome (the point at which the pre-suggestion image 10 may be displayed), the three decorative symbols 80 are in a state of pseudo-stopping in a combination that indicates a loss (suggesting that the pseudo-stopped decorative symbols 80 may confirm a loss) (see Figure 56(b-2)). However, such pseudo-stopping of a combination indicating a loss may not be displayed. Since the video of the specific performance X makes it clear to the player that an unfavorable situation has occurred (that the goal has not been achieved), it is not necessary to suggest that the decorative symbols 80 may indicate a confirmed loss.

Specific example 8-11
In the above embodiment, it was explained that the special effect image 23 includes a portion representing the same thing as the X2 effect image 22 (in the above embodiment, "energy drink") that is displayed when an unfavorable ending X2 is reached. However, the special effect image 23 and the X2 effect image 22 do not have to be related in this way. However, the above embodiment emphasizes that the special effect image 23 is an image that is displayed because an unfavorable ending X2 has been reached (when the X2 effect image 22 is displayed).

Specific example 8-12
In a specific configuration performance Y, one or more types of opportunity performances may occur (however, the display of special performance image 23 is not considered an opportunity performance). An opportunity performance is one in which the probability of reaching a favorable outcome increases when it occurs compared to when it does not occur (it may also be one in which a favorable outcome is guaranteed when it occurs). One or more types of opportunity performances may occur in both the post-X1 specific configuration performance Y and the post-X2 specific configuration performance Y. In other words, the types of opportunity performances that may occur in the post-X1 specific configuration performance Y and the post-X2 specific configuration performance Y are the same (the displayed image and the timing of the display are the same). For example, if a configuration is set in which a performance in which a predetermined opportunity image is displayed may occur as a type of opportunity performance, then in either the post-X1 specific configuration performance Y (see Figure 61) or the post-X2 specific configuration performance Y (see Figure 62), the display of the same specific opportunity image 24 after a predetermined time has elapsed from the start of the performance may occur as that opportunity performance (see Figures 61(c-2) and 62(c-2)). Furthermore, if no opportunity-based performance is executed in either the X1-post-specific configuration performance Y or the X2-post-specific configuration performance Y, the default performance will be executed (see Figures 61(c-1) and 62(c-1)).

Thus, the post-X1 specific configuration performance Y and the post-X2 specific configuration performance Y cannot be distinguished by the presence or absence of a chance event (regardless of whether the post-X1 specific configuration performance Y or the post-X2 specific configuration performance Y is executed, various chance events may or may not occur) (see Figures 61(c-1)(c-2) and 62(c-1)(c-2)). However, in the post-X2 specific configuration performance Y, a special performance image 23 is displayed when the predetermined timing is reached (see Figure 62(b-1)), while in the post-X1 specific configuration performance Y, the special performance image 23 is not displayed when the predetermined timing is reached (see Figure 61(b-1)). Therefore, they can be distinguished by the presence or absence of the special performance image 23.

Specific example 8-13
The system is configured to have two or more types of special effect images 23. In the specific post-X2 configuration Y, one of the multiple types of special effect images 23 will be displayed. For example, suppose there is a first special effect image 231 and a second special effect image 232 (which has a different appearance from the first special effect image 231), and in the specific post-X2 configuration Y (see Figure 63(a)), either the first special effect image 231 (see Figure 63(b-1)) or the second special effect image 232 (see Figure 63(b-2)) will be displayed at a predetermined timing (in the specific post-X1 configuration Y, neither of the special effect images 23 will be displayed at a predetermined timing). Furthermore, the system is configured such that the probability of the specific post-X2 configuration Y reaching a favorable outcome is higher when the second special effect image 232 is displayed than when the first special effect image 231 is displayed (the probability of the target win/loss lottery result being a jackpot is higher). In other words, if a specific performance sequence Y occurs after a specific performance sequence X leads to an unfavorable outcome X2, it suggests that there is a high probability that one of several types of special performance images 23 will be displayed at a predetermined timing, leading to a favorable outcome.

As demonstrated in this example, the special effect image 23 functions to indicate that the currently executing specific effect Y occurred after an unfavorable ending X2, while also suggesting the probability of reaching a favorable ending.

Specific example 8-14
The configuration includes two or more X2 presentation images 22 that may be displayed in the unfavorable ending X2 of a specific configuration presentation X. For example, suppose there is a first X2 presentation image 221 and a second X2 presentation image 222 (which has a different appearance from the first X2 presentation image 221), and when the specific configuration presentation X (see Figure 64(a)) leads to an unfavorable ending X2, either the first X2 presentation image 221 (see Figure 64(b-1)) or the second X2 presentation image 222 (see Figure 64(b-2)) is displayed. The type of X2 presentation image 22 suggests the probability that the specific configuration presentation Y will lead to a favorable ending when it occurs (see Figure 64(c)). For example, when the first X2 performance image 221 is displayed (see Figure 64(b-2)), the probability that the specific performance Y will reach a favorable outcome (the probability that the target win/loss result will be a jackpot) is higher when the second X2 performance image 222 is displayed (see Figure 64(b-2)) than when the first X2 performance image 221 is displayed (see Figure 64(b-1)) (see Figure 64(c)). If we call the unfavorable outcome X2 in which the first X2 performance image 221 is displayed "first unfavorable outcome X2" and the unfavorable outcome X2 in which the second X2 performance image 222 is displayed "second unfavorable outcome X2", then the probability that the specific performance Y that has gone through the second unfavorable outcome X2 will reach a favorable outcome is higher than that that has gone through the first unfavorable outcome X2.

In this way, when a specific performance sequence X leads to an unfavorable outcome X2, if the second X2 performance image 222 is displayed (compared to when the first X2 performance image 221 is displayed), there is a greater expectation that the specific performance sequence Y will lead to a favorable outcome. Therefore, this becomes a performance sequence that players will expect to see (develop) specific performance sequence Y.

<Specific sound effects>
The gaming machine 1 according to this embodiment can execute specific sound effects (normal specific sound effects, special specific sound effects) as a type of effect that constitutes the variation effect. In the following description of specific sound effects, the variation effect including the specific sound effect may be referred to as the target variation effect (target variation), and the win/loss lottery result corresponding to the target variation effect may be referred to as the target win/loss lottery result. As will be described later, the specific sound effect will only occur when specific conditions are met. Furthermore, the specific sound effect in this embodiment may occur in the normal game state. However, this does not preclude the possibility of it occurring in the specific game state.

In this embodiment, the specific sound effect (see Figure 65(b)) occurs at a specific timing (hereinafter referred to as the "specific timing") when a predetermined condition for the execution of the effect is met. The specific condition may be any condition that can be met during the variation effect. The specific sound is a sound effect (SE) that is temporarily output when the specific sound effect occurs, and is not background music (BGM) that is continuously output during the variation. In this embodiment, when the specific sound effect occurs, the specific sound is output overlaid on the background music (BGM) during the variation. If so-called BGM customization is provided, allowing the background music (BGM) during the variation to be changed, the specific sound will be output over any background music selected by the player (of course, the specific sound is not subject to customization).

At specific timings, two types of specific sound effects may occur: a normal specific sound effect (a specific sound effect in its usual form) (see Figure 65(b-1)) and a special specific sound effect (a specific sound effect in its special form) (see Figure 65(b-2)). The normal specific sound effect is the "default (pattern)" of the specific sound effects. Therefore, the probability of a normal specific sound effect occurring at a specific timing is higher than the probability of a special specific sound effect occurring. In this embodiment, it is configured so that more than 90% of the specific sound effects occurring at a specific timing are normal specific sound effects.

In this embodiment, the specific sound effect is a so-called "dialogue effect." The "default" normal specific sound effect can be described as a general "dialogue effect." That is, an image representing a certain character (hereinafter sometimes referred to as the target character) (hereinafter sometimes referred to as the specific effect image 25; indicated by "G" in the drawings) is displayed in the display area 911, and then the dialogue (string of characters) that the target character would have spoken is displayed. Simultaneously, the speaker 67 outputs the sound of the dialogue (string of characters) being read aloud (hereinafter sometimes referred to as the "specific sound") (see Figure 65(b-1)). If the game machine 1 is based on an anime or other source material, and the target character appears in the source material, and there is a voice actor who plays the target character, then it is preferable to output the voice actor's voice as the specific sound. With such a normal specific sound effect (dialogue effect), the player will perceive the displayed target character as speaking.

The special specific sound effect is a specific sound effect with a special pattern. In the special specific sound effect, the same sound as in the normal specific sound effect, i.e., the specific sound, is output from the speaker 67. However, along with the output of the specific sound, an image different from the specific effect image 25 (non-specific effect image 26) is displayed in the display area 911 (see Figure 65(b-2)). In this embodiment, a character of a different type from the target character (hereinafter sometimes referred to as a non-target character; indicated by "H" in the drawings) is displayed. If there is an original work that the game machine 1 is based on, the non-target character is assumed to be a character different from the target character in that original work. As described above, the specific sound is a line of dialogue corresponding to the target character (specific effect image 25). In the special specific sound effect, the non-target character (non-specific effect image 26) is displayed as an image when the target character's dialogue is output, so there is a possibility that the player will notice this. In other words, special sound effects can be described as an effect where the player notices that the outputted dialogue (specific sound) and the displayed character (non-specific effect image 26) do not correspond (there is a discrepancy). Because players may feel a sense of incongruity due to the mismatch between the outputted dialogue and the displayed character, special sound effects can also be considered a so-called "discrepancy effect" (based on normal sound effects).

In this embodiment, when a specific sound effect occurs at a specific timing, the probability (reliability) of the target win/loss result being a jackpot is higher when it is a special specific sound effect (special form) than when it is a normal specific sound effect (normal form) (see Figure 65(b)). In other words, the special specific sound effect is considered a so-called chance-up effect.

Thus, the specific sound effect that the gaming machine 1 according to this embodiment can execute is normally characterized by the output of a specific sound (the voice of the target character) at a specific timing, followed by the display of a corresponding specific effect image 25 (the target character). However, there is also a special mode (special specific sound effect) in which the specific sound (the voice of the target character) is output, but the specific effect image 25 is not displayed, and instead a non-specific effect image 26 (a non-target character) is displayed. The special specific sound effect is a so-called chance-up effect, and only players who notice that the non-specific effect image 26, which should not normally be displayed, is shown when the specific sound is output (i.e., an image that contradicts the specific sound is displayed) can understand that there is a situation in which they can expect a favorable outcome in the target winning/losing lottery.

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned specific sound effects. Furthermore, whenever possible, a configuration may be created by combining multiple techniques described using the following examples.

〇Specific Example 9-1
The specific performance image 25 and the specific sound are not limited to a certain type of character and the character's lines (voice), as in the embodiment described above. It is sufficient that the player perceives the display of the specific performance image 25 when the specific sound is output as normal, and that the display of a non-specific performance image 26 instead of the specific performance image 25 (represented as a special specific sound effect) is considered special. For example, the following examples are conceivable (other examples are also possible).

Specific example 9-1-1
In a normal specific sound effect, an image of a certain object (object X) is displayed as a specific effect image 25, and a sound representing the name of object X is output as a specific sound. On the other hand, in a special specific sound effect, although a specific sound (a sound representing the name of object X) is output, an object Y different from object X is displayed as a non-specific effect image 26. Note that object X and object Y can be anything that has a name (either a common name or a proper name). For example, as shown in Figure 66(a), in a normal specific sound effect, an image of "character X" is displayed as the specific effect image 25 (object X), and a sound representing the name of character X is output as the specific sound (see Figure 66(a-1)). On the other hand, in a special specific sound effect, an image of "character Y" is displayed as the non-specific effect image 26, and a sound representing the name of character X is output as the specific sound (see Figure 66(a-2)).

Specific example 9-1-2
In a normal specific sound effect, an image of an object (object X) is displayed as a specific effect image 25, and a sound representing the characteristics of object X is output as a specific sound. On the other hand, in a special specific sound effect, although a specific sound (a sound representing the characteristics of object X) is output, an object Y (having different characteristics from object X) is displayed as a non-specific effect image 26. For example, as shown in Figure 66(b), in a normal specific sound effect, an image of "ice cream" (having the characteristic of "cold") is displayed as the specific effect image 25 (object X), and a sound of "cold" is output as the specific sound (see Figure 66(b-1)). On the other hand, in a special specific sound effect, an image of "steamed bun" (having the characteristic of "warm," the opposite of "cold") is displayed as the non-specific effect image 26, and a sound of "cold" is output as the specific sound (see Figure 66(b-2)).
Specific example 9-1-2
In a normal specific sound effect, an image of a certain instrument (instrument X) is displayed as a specific effect image 25, and the sound of instrument X is output as the specific sound. On the other hand, in a special specific sound effect, although the specific sound (sound of instrument X) is output, a different instrument Y is displayed as a non-specific effect image 26.
Specific example 9-1-4
In a normal specific sound effect, the title of a certain song (song X) is displayed as a specific effect image 25, and a part of song X (for example, the chorus) is output as a specific sound. On the other hand, in a special specific sound effect, although a specific sound (a part of song X) is output, the title of a different song Y is displayed as a non-specific effect image 26.

Specific Example 9-2
In the above embodiment, it was explained that in the specific sound effect, the same string of characters as the specific sound (in the above embodiment, a string of characters representing dialogue) is displayed together with the specific effect image 25 and the non-specific effect image 26. However, it is also possible to choose not to display such strings of characters. By doing so, the content output as the specific sound will be perceived only by hearing, making it difficult for the player to notice the discrepancy between the specific sound and the image displayed (non-specific effect image 26) in the special specific sound effect (it is less likely to be noticed than when the string of characters is displayed as in the above embodiment).

Specific Example 9-3
As a special specific sound effect, multiple types of effects may occur in which different non-specific effect images 26 are displayed (see Figure 67(b)). For example, a first special specific sound effect may occur in which a specific sound is output and a first non-specific effect image 261 is displayed as the non-specific effect image 26 (see Figure 67(b-1)), or a second special specific sound effect may occur in which a specific sound is output and a second non-specific effect image 262 (which is a different image from the first non-specific effect image 261) is displayed as the non-specific effect image 26 (see Figure 67(b-2)). If the normal specific sound effect is to be as described in the above embodiment (where the target character (character G) is displayed as a specific effect image 25, and the voice (dialogue) of the target character is output as a specific sound) (see Figure 67(a)), then the first special specific sound effect may be an effect in which a specific sound, which is the voice of the target character, is output and a first non-target character (character H), which is different from the target character, is displayed as a first non-specific effect image 261 (see Figure 67(b-1)), and the second special specific sound effect may be an effect in which a specific sound, which is the voice of the target character, is output and a second non-target character (character I), which is different from the target character and the first non-target character, is displayed as a second non-specific effect image 262 (see Figure 67(b-2)).

In this example, it is preferable to set the probability (reliability) of the target win/loss result to be a jackpot higher when the second special specific sound effect occurs than when the first special specific sound effect occurs (the reliability should differ depending on the type of special specific sound effect) (see Figure 67(b)). This creates a presentation format where players who notice the discrepancy between the specific sound and the displayed image (non-specific effect image 26) will also pay attention to the type of image displayed (non-specific effect image 26).

Specific example 9-4
The specific sound effect is assumed to occur as a result of operating a certain type of control device (for example, a push button 61). In other words, when a state is created in which the specific sound effect can occur, an operation validity period (during which the operation of the target control device is reflected) is set in which the operation of the target control device is required (see Figure 68(a)), and the specific condition is met when the specific operation of the control device (an operation that satisfies the conditions) is performed during this operation validity period. If the specific operation of the control device is not performed during the operation validity period, the specific sound effect will not occur.

In this way, the operation of the control device will trigger not only the normal specific sound effect (see Figure 68 (b-1)) but also a special specific sound effect (see Figure 68 (b-2)). In other words, when a special specific sound effect occurs, the player's own actions cause a sense of "discomfort," making it a type of effect that players are more likely to notice.

Furthermore, the system may be configured such that a specific sound effect occurs as a result of a specific operation performed during a so-called "hidden operation effect" (for example, a "hidden button effect" if the target operation means is a push button 61), where operation of the target operation means is not required (no image prompting operation of the target operation means is displayed in the state shown in Figure 68(a)). (If the target operation means is a push button 61, this would be called a "hidden button effect," etc.) (If the specific operation is not performed, the specific sound effect does not occur). In this case, the special specific sound effect becomes an effect that depends on whether the player notices the discrepancy that occurred as a "hidden operation effect."

Specific Example 9-5
A special specific sound effect is defined as an effect that, if it occurs, guarantees that the target win/loss lottery result will be a jackpot. However, a normal specific sound effect does not guarantee a jackpot result even if it occurs. In this way, a discrepancy between the output sound (specific sound) and the displayed image (non-specific effect image 26) becomes what is known as a premium effect.

Specific example 9-6
As shown in Figure 69, when a specific sound effect occurs (i.e., at a specific timing), a predetermined light-emitting unit (for example, a specific light-emitting unit 15) located outside the display area 911 shall emit light in a predetermined manner (hereinafter referred to as the specific sound manner; in the drawing, emitting light in "purple" is shown as the emission in the specific sound manner). (Immediately before the occurrence of the specific sound effect, the specific light-emitting unit 15 shall not emit light or shall emit light in a manner different from the specific sound manner). In other words, the specific sound effect shall occur simultaneously with the output of a specific sound and the emission of light by the specific light-emitting unit 15 in the specific sound manner (see Figure 69(b)). However, the specific sound manner of the specific light-emitting unit 15 shall not differ between the occurrence of a normal specific sound effect (see Figure 69(b-1)) and the occurrence of a special specific sound effect (see Figure 69(b-2)). It is preferable that the emission of light by the specific light-emitting unit 15 in the specific sound manner occurs only when a specific sound effect is performed.

As demonstrated in this example, the same sound (specific sound) is output and the specific light-emitting unit 15 lights up in the same manner (specific sound manner) in both normal and special specific sound effects (see Figure 69(b)). Therefore, players are more likely to perceive that the same effect is occurring. In other words, this effect makes it difficult for players to notice that a special specific sound effect is occurring (i.e., that there is a discrepancy between the specific sound and the displayed image).

Specific Example 9-7
The specific conditions can only be met at predetermined timings during the variation animation (when the player can determine that it is that timing). For example, the specific conditions can only be met at the start of the variation (the specific timing can only be at the start of the variation). The special specific sound animation is an animation in which the player must notice whether there is a discrepancy between the specific sound and the displayed image (non-specific animation image 26). If it occurs at an unexpected timing, the probability of the player not noticing the discrepancy increases. If too many players fail to notice the discrepancy between the specific sound and the displayed image, the special specific sound animation becomes meaningless. To reduce the risk of this situation occurring, it is advisable to limit the timing at which it can occur, as in this example.

Specific Example 9-8
Normally, the specific sound effect itself is considered a chance-up effect. That is, the probability of the target win/loss result being a jackpot is higher when the normal specific sound effect occurs at a specific timing in a certain variation than when it does not occur. Furthermore, the probability of the target win/loss result being a jackpot is higher when a special specific sound effect occurs at a specific timing than when the normal specific sound effect occurs (in other words, the degree of chance-up is higher with the special specific sound effect than with the normal specific sound effect). In this way, the occurrence of the normal specific sound effect itself, in which the specific sound and the specific effect image 25 are displayed, is a welcome event for the player, but the situation in which there is a discrepancy between the specific sound and the displayed image (non-specific effect image 26) becomes an even more welcome event, resulting in an interesting effect format.

<Selection Reflection Animation (Specific Changes in Selection Reflection Animation)>
The gaming machine 1 according to this embodiment can execute a selection reflection effect (see Figures 71 and 72) as one of the effects that constitute the variation effect. In the following description of the selection reflection effect (specific changes in the selection reflection effect), the variation effect including the selection reflection effect may be referred to as the target variation effect (target variation), and the win/loss lottery result corresponding to the target variation effect may be referred to as the target win/loss lottery result. Note that the selection reflection effect only occurs when predetermined execution conditions are met. Furthermore, the selection reflection effect in this embodiment may occur in the normal game state. However, this does not preclude the possibility of it occurring in a specific game state.

In this embodiment, a type of selection animation occurs during a target change, prior to the selection reflection animation (see Figures 71 and 72), where the player selects one of several options. Since this selection animation occurs *before* the selection reflection animation, it will be referred to as "pre-selection" below (see Figure 70). As will be explained in detail below, the selection reflection animation is an animation that *corresponds* to the player's selection in the pre-selection.

Generally, selection presentations can be divided into automatic selection (where one of several options is automatically selected, and the selection is predetermined internally, without reflecting the player's will) and arbitrary selection (where the player can arbitrarily choose their preferred option from several options, allowing the player's will to be reflected in the selection). In this embodiment, pre-selection falls under arbitrary selection. In pre-selection, several types of presentation elements are presented as options (see Figure 70(a)). The player can choose their preferred option from among these multiple types of presentation elements. Any selection method is acceptable as long as it reflects the player's will. In this embodiment, the player can select any option by performing a selection operation (for example, moving the cursor using the directional keys 62) to highlight one of the multiple options compared to the others, and a confirmation operation (for example, operating the push button 61) to confirm the selection of the highlighted option. Furthermore, when the selection time set in the pre-selection window expires (ends), the option that is currently highlighted will be selected (such selections due to time-out are treated as arbitrary selections, as they select the option that is currently highlighted).

The performance elements presented as options in the pre-selection process can become performance elements that constitute the selection-reflection performance. Specifically, in the selection-reflection performance, the target performance element is output as a performance component, and "candidates" for the target performance element are presented as multiple options (performance elements) in the pre-selection process. The selection-reflection performance in this embodiment (see Figures 71 and 72) is a battle performance in which the player's character and the enemy character fight, and is a type of reach performance (super reach performance) that notifies the result of the target win/loss lottery based on its outcome. If the target win/loss lottery result is a jackpot, the player's character wins, leading to a victory ending (an ending that indicates a favorable situation for the player) (see Figures 71 (d-1) and 72 (d-1)), and if it is a loss, the player's character loses, leading to a defeat ending (an ending that indicates an unfavorable situation for the player) (see Figures 71 (d-2) and 72 (d-2)). Furthermore, a winning outcome may include a reversal pattern where a seemingly losing outcome (a disadvantageous situation) is reversed.

In this embodiment, the character displayed as the player's character in the selection reflection sequence is the target sequence element. Therefore, in the pre-selection, "candidates" who could become the player's character are presented as options (see Figure 70(a)). In other words, the pre-selection involves choosing the character that will be displayed as the player's character in the subsequent selection reflection sequence (see Figure 70(b)). In this embodiment, one of the following characters will appear as the player's character: Character J, Character K, or Character L (each character is labeled "J," "K," or "L" in the diagrams) (see Figure 70(b)). Note that the enemy character is common to all characters in the selection reflection sequence in this embodiment. In this way, the selection reflection sequence takes the form of a sequence that supports the character chosen by the player.

The player's choice in the pre-selection phase (selection of a performance element (character)) does not affect the outcome of the selection-reflected performance (victory or defeat) (the choice of performance element does not affect the reliability). Since the selection-reflected performance reaches an outcome based on the target win/loss lottery result, that outcome is already determined at the time the pre-selection occurs. In other words, the player's choice in the pre-selection phase does not affect the target win/loss lottery result (the player's direct benefit (expected value of payout)), but merely results in a difference in the performance.

The selection reflection animation typically (by default) does not result in the specific changes described in detail below. Hereafter, the selection reflection animation without specific changes will be referred to as the "normal mode," and the selection reflection animation with specific changes will be referred to as the "specific mode."

In the standard selection reflection animation (default selection reflection animation), the elements corresponding to the selected animation elements (selected animation elements) are designated as the target animation elements. In this embodiment, the character corresponding to the character selected in the pre-selection ("selected character") is displayed as the player's character, fighting against the enemy character and reaching the conclusion. In the standard selection reflection animation, elements corresponding to animation elements not selected in the pre-selection (non-selected animation elements) are not displayed as the target animation elements (player's character). That is, in the standard selection reflection animation, the "non-selected character" corresponding to the character not selected in the pre-selection is not displayed. For example, in the standard selection reflection animation executed after character K is selected in the pre-selection, character K fights against the enemy character, and the non-selected characters, character J and character L, are not displayed (see Figure 71).

On the other hand, the special type of selection reflection performance also starts with the selected performance element (selected character), which is the performance element selected in the pre-selection, as the target performance element. That is, at least from the start of the selection reflection performance (immediately after the end of the pre-selection) until partway through, the element corresponding to the selected performance element (selected character) is displayed as the target performance element (player's character). However, in the special type of selection reflection performance, partway through before reaching the conclusion, the target performance element changes from one corresponding to the selected performance element (selected character) to one corresponding to either the unselected performance element (unselected character) (this change is referred to as the "specific change"). (Note that in this embodiment, there is no announcement to the player that such a specific change will occur, nor is there any performance to inform the player that it has occurred.) In other words, in the special type of selection reflection performance, the character corresponding to the selected character is displayed as the player's character until partway through, including the start of the performance, but at some point, the character corresponding to the unselected character is displayed as the player's character. For example, in a special selection-reflection animation that is executed after character K is selected in advance, character K is displayed as the player's character from the start of the animation until partway through (see Figures 72(a) and 72(b)). However, midway through, the display changes to either character J or character L as the player's character (see Figure 72(c)), leading to the conclusion (see Figures 72(d-1) and 72(d-2)).

The probability of a winning outcome is higher when the selection reflection animation occurs in a special mode (when a specific change occurs) (see Figure 72) than when it occurs in a normal mode (when no specific change occurs) (see Figure 71). In other words, the probability of being notified that the target win/loss lottery result is a jackpot is higher. Therefore, the occurrence of a specific change can be considered a favorable event for the player (a so-called chance-up).

Thus, in this embodiment, the selection reaction animation reflects the player's prior selection in the target animation element from the start to partway through the animation (see Figures 71(a) and 71(b), and 72(a) and 72(b)). In the normal mode, the target animation element remains corresponding to the selected animation element (maintained throughout the animation) (see Figure 71). However, in the special mode, the target animation element changes from corresponding to the selected animation element to corresponding to a non-selected animation element (a specific change occurs) (see Figures 72(b) and 72(c)). Only players who notice this specific change can know that they are in a situation where they can expect a jackpot, which makes for an interesting gameplay experience (since the target animation element after the specific change is also one of the animation elements presented in the prior selection, it is likely that a certain number of players will mistakenly believe that they selected that animation element in the prior selection and will not notice the discrepancy of the specific change).

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned selection reflection effects (specific changes in selection reflection effects). Furthermore, whenever possible, a configuration can be created by combining multiple techniques described using the following examples.

Specific Example 10-1
In the special mode of selection reflection performance, after a specific change occurs, a return to the original state (hereinafter referred to as a return change) occurs. That is, after a specific change occurs, the target performance element returns from a state corresponding to a non-selected performance element to a state corresponding to a selected performance element. If the pre-selection is to select a character as in the above embodiment, then, as shown in an example in Figure 73, after a specific change occurs (see Figure 73(b)), a return change occurs in which the non-selected character returns to the selected character (see Figure 73(c)).

As demonstrated in this example, the period during which the non-selected animation element is output as the target animation element in the selection reflection animation is temporary. Therefore, the probability of the player noticing a specific change (that an animation element not selected in the prior selection is being output) is lower than in the configuration described in the above embodiment (if you want an animation style that makes it difficult to notice a specific change, you should use this example).

The system may be configured such that, after a specific change occurs, a reversal change may occur (as shown in Figure 73), or a reversal change may not occur (as shown in Figure 72). In this case, the system can present two distinct scenarios: one where the specific change is relatively easy to notice (the case where the reversal change does not occur), and another where the specific change is relatively easy to notice (the case where the reversal change occurs).

Specific Example 10-2
Assume that there are three or more performance elements presented as options in the pre-selection process. In this case, there will inevitably be two or more non-selected performance elements that are not chosen in the pre-selection process. When a specific change occurs, the probability that the selection-reflecting performance will lead to a favorable outcome for the player (the probability that the target win/loss lottery result will be announced as a jackpot) will differ depending on which of the two or more non-selected performance elements the target performance element changes to correspond to.

For example, as in the embodiment described above, three performance elements, character J, character K, and character L, are presented in the pre-selection. If character J is selected in the pre-selection (see Figure 74(a)), then character K and character L are not selected. When the subsequent selection reflection performance takes a special form, the probability that the selection reflection performance will lead to a favorable outcome for the player (the probability that the target win/loss result will be announced as a jackpot) will differ depending on whether a specific change occurs where character J changes to character K (first specific change) (see Figure 74(b)(c-1)) or where a specific change occurs where character J changes to character K (second specific change) (see Figure 74(b)(c-2)). If one of the two or more non-selected performance elements that were not selected in the pre-selection is designated as the first non-selected performance element and the other as the second non-selected performance element, then the reliability of the target win/loss result will differ depending on whether the target performance element changes to one corresponding to the first non-selected performance element or to one corresponding to the second non-selected performance element.

By using this example, when the player notices the change in the target, they will also pay attention to the content of the target's visual effect after the change (which of the two or more non-selectable visual effects was chosen as the target of the change), resulting in an interesting visual effect.

Specific Example 10-3
One example of a selection reaction animation is a battle animation. The animation is one in which the selection made in the pre-selection is reflected in the target animation element that constitutes the animation, and it is sufficient if it is structured to lead to an ending that shows the player in a favorable situation or an unfavorable situation. Furthermore, the animation element selected in the pre-selection is not limited to characters as in the above embodiment. It is sufficient if it is a "candidate" for the target animation element that is output in the selection reflection animation that occurs after the pre-selection so that it can be grasped by the player's senses.

Specific Example 10-4
The selection-reflection animation does not have to be an animation (reach animation) that announces the result of the target win/loss lottery based on its outcome. In other words, even if the outcome shows that the situation is favorable to the player, it does not have to be an animation that guarantees a win in the target win/loss lottery. The setting may be such that the probability of the target win/loss lottery result being a jackpot is higher when the outcome shows that the situation is favorable to the player than when the outcome shows that the situation is unfavorable, but a jackpot is not guaranteed just because the outcome shows that the situation is favorable.

Specific Example 10-5
The pre-selection may occur in a variation that precedes the start of the target variation (the preceding variation). That is, the pre-selection occurs in the preceding variation, and the selection made in that pre-selection is reflected in the selection reflection effect (target effect element) that occurs in the subsequent target variation. In this case, the pre-selection also functions as a pre-announcement (pre-announcement effect) that suggests before the target variation begins that a selection reflection effect will occur in the target variation.

Specific Example 10-6
The video output after a specific change occurs in a specific type of selection reflection animation (the video output as a selection reflection animation, excluding decorative symbols 80 and reserved symbols) is considered to be part of the video output in a normal type of selection reflection animation. This point will be explained using the selection reflection animation (pre-selection) described in the above embodiment as an example.

The selection-based presentation features different target presentation elements (player-side characters) depending on the prior selection. The video where the target presentation element (player-side character) is Character J is designated as "Basic Video J," the video where it is Character K is designated as "Basic Video K," and the video where it is Character J is designated as "Basic Video L." Each basic video is formally divided into a "preliminary part" and a "post-part" for presentation control purposes (the boundary point between the preliminary and post-parts does not necessarily have to be in the middle of the video. Furthermore, this boundary point must be before the ending). Note that the distinction between the basic videos here is based on the difference in the target presentation element; differences based on the ending or the presence or absence of chance-up elements do not constitute differences between the basic videos.

In the standard selection-reflection animation, the character (target animation element) corresponding to the pre-selected character (selected animation element) is displayed as the player's character (target animation element) through the animation. In other words, each basic video is output through the animation. If the selected character is character J, "basic video J" is output through the animation; if the selected character is character K, "basic video K" is output; and if the selected character is character L, "basic video L" is output. As described above, each basic video is formally divided into a "previous part" and a "post-part," but in the standard selection-reflection animation, the "previous part" and "post-part" of the same type of video are output consecutively (see Figure 75(a)).

On the other hand, in special selection-reflection effects, the type of basic video changes at the point of switching during the effect (the point at which a specific change occurs). In special selection-reflection effects, from the start of the effect until partway through, the preceding part of the basic video corresponding to the selected character (selected effect element) selected in advance is output. Then, at the aforementioned switching point, it switches to the following part of a different type of basic video (see Figure 75(b)). For example, if character L was selected in advance, the "preceding part" of "basic video L" is output from the start of the effect until the switching point, and when the switching point is reached, a specific change occurs where it changes to the "following part" of "basic video J" or the "following part" of "basic video K" (see Figure 75(b-3)). The special behavior when character J is selected in the pre-selection is shown in Figure 75(b-1), and the special behavior when character K is selected in the pre-selection is shown in Figure 75(b-2). In other words, the selection reflection animation for the special behavior uses the "pre-part" and "post-part" of the video output as the selection reflection animation for the normal behavior.

Because of this configuration, the special mode selection reflection animation is a combination of a part (the preceding part) of a certain type of normal mode selection reflection animation and a part (the succeeding part) of a different type of normal mode selection reflection animation. In other words, since there is no need to prepare separate animation data for the special mode selection reflection animation, it has the advantage of reducing the amount of stored data.

Specific Example 10-7
The target performance element after a specific change shall not correspond to any of the performance elements presented in the pre-selection. For example, as shown in Figure 76, if the character displayed as in the above embodiment (the player's character) is the target performance element, and three types of performance elements, character J, character K, and character L, are presented as options in the pre-selection (see Figure 76(a)), then the target performance element after a specific change shall be character M, which is different from any of these three types of performance elements (see Figure 76(d)). In other words, in the special type of selection reflection performance, from the start of the performance until partway through, the target performance element corresponds to the character selected in the pre-selection (any of character J, character K, or character L) (see Figures 76(b) and (c)), and after a specific change, character M becomes the target performance element (see Figure 76(d)).

As demonstrated in this example, when a specific change occurs, the performance element that was not shown as an option in the pre-selection becomes the target performance element. Therefore, it can be said that the player is more likely to notice that a specific change has occurred (compared to the above embodiment). (In other words, if the goal is to make it difficult for the player to notice that a specific change has occurred, the above embodiment should be used.)

The configuration may be such that the target performance element after a specific change does not correspond to any of the performance elements presented in the pre-selection, or that the target performance element after a specific change corresponds to any of the performance elements presented in the pre-selection. If the pre-selection options are as in the above embodiment, then after a specific change, character M may be the target performance element (as shown in the example in Figure 76), or character J, character K, or character L may be the target performance element (as shown in the example in Figure 72, etc.). In such a configuration, the probability of the selection-reflecting performance reaching a favorable outcome for the player (the probability of the target win/loss lottery result being reported as a jackpot) can differ depending on whether the target performance element after a specific change does not correspond to any of the performance elements presented in the pre-selection or whether it corresponds to any of the performance elements presented in the pre-selection. In other words, the performance format can be such that whether the target performance element after a specific change corresponds to one of the elements presented in the pre-selection indicates the level of reliability.

Specific Example 10-8
A special effect (hereinafter referred to as a change-response effect) will occur in response to a specific change. A change-response effect is an effect that will not occur unless a specific change occurs. In other words, it is an effect that will not occur when the normal selection and reflection effect is used. The specific form of the change-response effect may be anything. Preferably, it should include an element that indicates the content of the specific change. For example, if the specific change is a change in the player's character, which is the target effect element, as in the embodiment described above, then the change-response effect will be the display of an image containing the words "character change" (see Figure 77(a)).

More preferably, the change-response animation should correspond to the type of specific change (the type of non-selected animation element designated as the target animation element after the change). For example, if the player's character (target animation element) before the specific change is character J, and the player's character after the specific change is character K, a change-response animation (first change-response animation) occurs that displays an image containing text such as "Changed to ○○" (where ○○ is the name of character K) (see Figure 77(b)). On the other hand, if the player's character (target animation element) after the specific change is character L, a change-response animation (second change-response animation) occurs that displays an image containing text such as "Changed to ××" (where ×× is the name of character L) (see Figure 77(c)).

As demonstrated in this example, the occurrence of a specific change is clearly indicated to the player through a change-response animation. However, since it is unlikely that a player would fail to notice the change in this configuration, if the goal is to ensure that only players who experience a specific change notice it, as in the above embodiment, then this configuration should not be used.

Specific Example 10-9
It is also possible to set it so that some of the non-selected animation elements will not become the target animation elements after a specific change occurs (i.e., not all non-selected animation elements can become the target animation elements after a specific change occurs). For example, if character K is selected in the pre-selection, a specific change from character K to character J may occur, but a specific change from character K to character L will not occur. This has the advantage of making control easier because the patterns of specific changes (special types of selection reflection animations) are limited.

<Image Selection Presentation>
The gaming machine 1 according to this embodiment can execute an image selection animation as one of the animations that constitute the variation animation. In the following description of the image selection animation, the variation animation including the image selection animation may be referred to as the target variation animation (target variation), and the win/loss lottery result corresponding to the target variation animation may be referred to as the target win/loss lottery result. Note that the image selection animation will only occur when predetermined execution conditions are met.

The image selection animation (see Figure 78(a), etc.) is a "character selection animation" in which multiple character images are displayed in the display area 911 as options. In this embodiment, three types of characters are displayed as options: character M, character N, and character O (in the drawings, each character is indicated by the letters "M," "N," and "O"). Generally, selection animations can be divided into automatic selection (an animation in which one of multiple options is automatically selected, and the selection is predetermined internally, and the player's will is not reflected) and arbitrary selection (an animation in which the player can arbitrarily select their preferred option from multiple options, and the player's will can be reflected in the selection). The image selection animation in this embodiment falls under automatic selection. Any method can be used to indicate which option has been selected in the image selection animation. In this embodiment, the cursor moves between each option like a roulette wheel, and the selection is indicated when it stops at one of the options. In other words, one of the multiple options is highlighted compared to the others and remains still, indicating that the option has been selected.

After the image selection animation occurs, an animation (post-animation) reflecting the selection made in the image selection animation (see Figure 78(b)) is executed. As long as the selection made in the image selection animation is reflected, the specific form of the post-animation can be changed as appropriate. In this embodiment, the post-animation is a battle animation in which the player's character fights against a predetermined enemy character, and the character selected in the image selection animation is to fight as the player's character (see Figures 78(b-1) to (b-3) respectively). The battle animation (post-animation) leads to a victory ending (a favorable ending indicating that the situation is advantageous to the player) if the target win/loss lottery result is a jackpot, and to a defeat ending (a disadvantageous ending indicating that the situation is unfavorable to the player) if it is a loss (illustrations of the victory and defeat endings are omitted). Note that the victory ending may include a so-called reversal pattern in which it appears to have reached a defeat ending (unfavorable situation) but is then reversed. In other words, the battle sequence that occurs as a post-event sequence is a type of reach sequence (super reach sequence). In this embodiment, a reach has not yet been established at the start of the image selection sequence (before the reach is established in the target variation), and the reach is established and the post-event sequence begins after the result of the image selection sequence is shown. In other words, the image selection sequence itself does not constitute a reach sequence. However, this does not negate the possibility of the image selection sequence constituting a reach sequence (the image selection sequence starting after a reach is established). The selection result from the image selection sequence suggests the probability that the post-event sequence will lead to a winning outcome (favorable outcome), that is, the probability (reliability) that the target win/loss lottery result will be reported as a jackpot. In other words, whether character M, character N, or character O is selected as the player's character suggests the reliability of the target win/loss lottery result.

The image selection animation involves selecting one of several character images (see Figure 78). The reliability indication effect of this selection result varies depending on the circumstances under which it occurs. In this embodiment, "Character O," one of the multiple characters presented as options, is designated as a special character (hereinafter referred to as the "Target Character"). The reason why this character is special (distinguished from other characters) can be anything. For example, it could be that it is a main character appearing in the original work that served as the motif for the game machine 1. In the following explanation, characters other than the Target Character may also be referred to as Non-Target Characters. In other words, in this embodiment, Character M and Character N are Non-Target Characters. Furthermore, images containing the Target Character (Character O) presented as options in the image selection animation may be referred to as Target Character Images, and images containing Non-Target Characters may be referred to as Non-Target Character Images.

The image selection animation may result in the selection of the target character (character O). Below, the result of selecting the target character image is referred to as the target selection result, and the result of selecting either a non-target character (character M, character N) image is referred to as the non-target selection result (see Figures 78 and 79). Whether the image selection animation resulting in a target selection result is a favorable outcome (advantageous result) for the player depends on the state in which the image selection animation occurs (whether or not it is a target state). When the image selection animation occurs in a target state, the target selection result (see Figure 79(b-1)) is considered a more favorable outcome for the player than the non-target selection result (see Figure 79(b-2)). In other words, when the image selection animation occurs in a target state, the probability of the post-animation ending being a victory is higher when the post-animation occurs as a target selection result than when the post-animation occurs as a non-target selection result (reliability of the target selection result) (see Figure 79(c)). On the other hand, when the image selection animation occurs in a non-target state (a state different from the target state), the target selection result (see Figure 79(b-1)) is considered less favorable to the player than the non-target selection result (see Figure 79(b-2)). In other words, when the image selection animation occurs in a non-target state, the probability of the post-event ending being a victory is higher when the post-event occurs as a non-target selection result than when the post-event occurs as a target selection result (the reliability of the target selection result) (see Figure 79(c)). Note that the combination of character images presented as options (in this embodiment, the combination of character M, character N, and character O) is the same regardless of whether the image selection animation occurs in a target or non-target state. Furthermore, in this embodiment, the reliability of the non-target selection result is the same regardless of whether character M or character N is selected, in both target and non-target states.

Thus, the image selection animation occurs in both the target state and the non-target state, and whether the target selection result is advantageous differs depending on which state it occurs in. In this embodiment, the normal game state is the non-target state, and the specific game states (first specific game state, second specific game state) are the target states. In other words, when the image selection animation occurs in a variation animation (target variation animation) in the normal game state, the non-target selection result is more advantageous to the player than the target selection result (high reliability), but when the image selection animation occurs in a variation animation (target variation animation) in the specific game state, the specific selection result is more advantageous to the player than the non-specific selection result (high reliability) (see Figure 79(c)). In this embodiment, the specific game state (target state) is a state (mode) that uses character O, the target character, as the motif (main character), so the selection of character O in the image selection animation in the specific game state is considered an advantageous result for the player. On the other hand, to emphasize the differences depending on the game state and enhance the game's appeal, in the normal game state (non-target state), selecting character O results in an unfavorable outcome for the player. For example, if the original work that served as the motif for game machine 1 features a character that is weak in normal situations (states) but strong in specific situations (states), then that character could be set as the target character. In other words, when expressing the difference in strength depending on the situation (state) in the game, adopting a configuration like that of this embodiment is beneficial.

As explained above, the image selection presentation in this embodiment has an interesting feature: one of the options is the target character image, but whether it is desirable for the target character image to be selected depends on whether the character is in a target state or not (if the character is in a target state, it is desirable for the target character image to be selected, but if it is not in a target state, it is more desirable for a non-target character image to be selected).

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned image selection presentation. Furthermore, whenever possible, a configuration can be created by combining multiple techniques described using the following examples.

Specific Example 11-1
In the target state, the target state image 28 is displayed at a predetermined position in the display area 911 (see Figure 80(a)). In the non-target state, the target state image 28 is not displayed at the predetermined position (see Figure 80(b)). By displaying the target state image 28 in the target state, the player can understand that the current state is the target state. As in the above embodiment, if a specific game state is defined as the target state and a normal game state as the non-target state, then the target state image 28 is displayed at the predetermined position in the specific game state, but not in the normal game state. Even in the target state, it is permissible for the target state image 28 to be temporarily not displayed at the predetermined position so as not to interfere with the performance or other effects being executed.

The target state image 28 preferably includes elements that indicate the target character. For example, it could be an image containing a string representing the target character's name (see Figure 80(a)). Alternatively, it could include an image containing a string representing the target character's abbreviation or nickname, an image containing the target character's face, or an image containing the target character's silhouette. By doing so, when the image selection animation occurs, the player can perceive that selecting the target character (achieving the target selection result) is a favorable outcome.

Specific Example 11-2
Even if a non-target selection is made, the reliability of the target selection lottery result will differ depending on the type of non-target character image selected. In this example, it is necessary that at least two images are included as non-target character images among the multiple choices. For example, as in the embodiment described above, character M (non-target character), character N (non-target character), and character O (target character) are presented as choices. In this case, the reliability of the target selection lottery result will differ depending on whether character M is selected or character N is selected (the probability of the post-event animation leading to a favorable outcome will differ) (see Figure 81). For example, the reliability of the target selection lottery result will be higher when character N is selected than when character M is selected.

Furthermore, if the image selection animation occurs while the target is selected, the reliability of the target selection result is higher when character O is selected than when character M or character N is selected. On the other hand, if the image selection animation occurs while the target is not selected, the reliability of the target selection result is higher when character M or character N is selected than when character O is selected (see Figure 81).

As demonstrated in this example, even if the target character image is not selected during the image selection animation, the animation will still draw the player's attention to the types of non-target character images.

Specific Example 11-3
If an image selection animation occurs while the target is selected, and the result is not a target selection, the target success/failure lottery result will be a loss (there is no possibility of winning the jackpot). In other words, when an image selection animation occurs while the target is selected, if the target is selected, there is a possibility that the target success/failure lottery result will be announced as a jackpot, but if the target is not selected, there is no possibility that the target success/failure lottery result will be announced as a jackpot. In this way, the image selection animation while the target is selected will be a branching point in determining whether or not there is a possibility of winning the jackpot, depending on whether or not the target is selected (the target character image is selected).

Specific Example 11-4
If the image selection animation occurs while the player is in a non-target state and the result is a target selection, the target success/failure lottery result will be a loss (there is no possibility of winning the jackpot). In other words, if the image selection animation occurs while the player is in a non-target state and the result is a non-target selection, there is a possibility that the target success/failure lottery result will be announced as a jackpot, but if the result is a target selection, there is no possibility that the target success/failure lottery result will be announced as a jackpot. In this way, the image selection animation in a non-target state will have a branching point where whether or not a non-target selection result (a non-target character image is selected) determines whether or not there is still a possibility of winning the jackpot.

Specific Example 11-5
The target character image shall have a different appearance depending on whether the image selection animation occurs in the target state or the non-target state (see Figure 82; the appearance of the target character, "Character O," differs). The player can recognize that both the target character image displayed in the target state and the target character image displayed in the non-target state represent the target character, but the appearances of the two images shall be different. Any method may be used to make the appearances different, but it is preferable that the target character image displayed in the target state has a more conspicuous appearance than the target character image displayed in the non-target state. For example, one could make the color of at least a part of the specific character image different.

By doing this, the target character image is displayed in a different manner in the target state than in the non-target state, suggesting that selecting the target character image leads to a better outcome (it is easier for the player to perceive that selecting the target character image is a desirable situation).

Specific example 11-6
In the above embodiment, it was explained that a specific game state is the target state and the normal game state is the non-target state. However, which states are designated as target states and which are not can be set as appropriate. For example, the opposite setting from the above embodiment may be used (a setting where a specific game state is the target state and the normal game state is the non-target state). Alternatively, a setting may be used where the same game state can be either a target state or a non-target state. Furthermore, a setting may be used where only a part of the specific game state is the target state, for example, where the second specific game state is the target state and the normal game state is the non-target state.

Specific Example 11-7
The system is configured to have multiple target states. In any target state, an image selection animation resulting in a target selection is considered a more favorable outcome than a non-target selection. However, the probability of an image selection animation resulting in a target selection differs depending on the type of target state. For example, a configuration may be provided with a first target state and a second target state, where the probability of a target selection is higher when the image selection animation occurs in the second target state than when it occurs in the first target state (see Figure 83). Since a target selection is a favorable outcome in a target state, the second target state is considered more desirable for the player than the first target state. The states designated as the first and second target states can be set as appropriate. For example, the first specific game state could be designated as the first target state, and the second specific game state as the second target state. It is preferable that the state can be distinguished from the first target state by differences in the images displayed in the display area 911 (e.g., the background image of the decorative pattern 80).

By doing this, when an image selection animation occurs in a target state, you can enjoy the process by keeping in mind what kind of target state the current state is (whether it's a state where a target selection result can be expected) and hoping for a target selection result.

Specific Example 11-8
The target character may change. For example, as in the above embodiment, although the three options, character M, character N, and character O, are always presented, the type of character that becomes the target character will be different each time. That is, as explained in the above embodiment, it is not only the case that character O is the target character image (character M and character N are not target character images), but also that character M may be the target character image (character N and character O are not target character images), or that character N may be the target character image (character M and character O are not target character images). Furthermore, in a configuration where there are three or more character images presented as options, it is also possible to have two or more images that can be the target character image, or to have some that never become the target character image (for example, a configuration where character N and character O can be the target character image, but character M never becomes the target character image).

In this example, it is preferable to ensure that, at least in the target state, it is clear which character (option) is the target character when the image selection animation occurs. For example, a predetermined image (target-associated image 29) can be displayed accompanying the target character image to make it clear which character is the target character (see Figure 84). Since the target character may change each time, the target character to which the target-associated image 29 is attached will also change each time.

Specific example 11-9
Each time an image selection is presented, the combination of character images presented as an option may differ (multiple combination patterns are available). (If the types and number of character images presented as options are not exactly the same, the combination will be considered different.) However, in all combinations presented, one of them will be the target character image (character O) (see Figure 85).

In this example, the probability of selecting the target character can be set to vary depending on the combination of character images presented as options. When varying the probabilities in this way, it is preferable that the probability of selecting the target character decreases as the number of character images presented as options increases. For example, comparing the case where three character images are presented as options (one of the three character images being the target character image (character O)) as shown in Figure 85(a) with the case where four character images are presented as options (one of the four character images being the target character image (character O)) as shown in Figure 85(b), the probability of selecting the target character should be set higher in the former case (fewer options) than in the latter case (more options).

<Specific Fluctuation Display Effects>
The gaming machine 1 according to this embodiment can execute a specific in-game display effect, which will be described in detail below, as one of the effects that constitute the variation effect. In the following description of the specific in-game display effect, the win/loss lottery result that is the target of the reliability indication by the specific in-game display effect may be referred to as the target win/loss lottery result, and the variation effect including the specific in-game display effect may be referred to as the target variation effect (target variation). Note that the specific in-game display effect will only occur in variations that meet predetermined execution conditions. In addition, in this embodiment, the specific in-game display effect may occur in the normal game state. However, it may also occur in the specific game state.

The specific variation display effect may occur as part of the variation effect that starts immediately upon winning. The variation effect that starts immediately upon winning is a variation effect that starts when a game ball enters the starting area 904 (first starting area 904a), which is the trigger for acquiring new win/loss lottery information (see Figure 86(b)) (see Figure 86(c)). In other words, if a variation animation is running when a new starting win occurs, the variation animation for the win/loss lottery result (corresponding variation animation) based on the win/loss lottery information obtained by that starting win will begin only after all of the variation animations for the previously obtained win/loss lottery result (previous win/loss lottery result) have finished. Therefore, there is a "time lag" between the time the starting win occurs and the start of the corresponding variation animation. However, if a new starting win occurs in a non-variable state, the corresponding variation animation will start immediately (almost simultaneously with the win). This is called an "immediate win start variation animation," and a specific variation display animation is executed during this immediate win start variation animation (from the start of the immediate win start variation animation until a specified time has elapsed).

The specific variation display effect is an effect that utilizes the "variation display" (active display). The position in the display area 911 where the variation display 71 should normally be displayed (the regular display position) is defined as the "normal display position." While a variation effect is being executed, the variation display 71 corresponding to that variation effect is displayed, and as with known gaming machines, the position where the variation display 71 is displayed is fixed. This position is the normal display position (the position where the variation display 71 is displayed as shown in Figure 2, etc., is the "normal display position"). If the player plays for a certain period of time, they can easily grasp the normal display position. In this embodiment, the normal display position is approximately in the middle of the width direction on the lower side of the display area 911. Note that the normal display position may change depending on the so-called stage (mode), etc. Furthermore, it is permissible for the "In Progress" display 71 to temporarily disappear during a reel spin (this disappearance may occur due to a super reach animation, etc., rather than a specific reel spin animation). However, the time during which the "In Progress" display 71 is displayed in its normal position will be longer (considering all reel spin animations, the expected length of time the "In Progress" display 71 is displayed in its normal position will be more than half of the total time the reel spin animation is performed).

The specific variation display effect is such that the variation display 71 is not displayed in its normal display position until a specified time has elapsed since the start of the immediate-win variation effect (target variation) (see Figure 86(c)). In this embodiment, the specified time is fixed (5 seconds) (the specific variation display effect only occurs in variations where the variation time is longer than the specified time). For the player, this effect creates a sense of "unnaturalness" because the variation display 71 is not displayed in its normal display position until a specified time has elapsed since the start of the immediate-win variation effect. In this embodiment, during the specified time, the variation display 71 is displayed in a special display position in the display area 911 (see Figure 86(c)). The special display position can be any position different from the normal display position. Preferably, the special display position is set near an inconspicuous corner of the display area so that some players do not notice that the variation display 71 is displayed in the special display position. In this embodiment, the special display position is provided in the upper right corner of the display area 911. Although not shown in the diagram, the background image of the decorative symbol 80 is displayed during the variation, so the variation display shown in the special display position blends in with this background image. Therefore, it is difficult to notice that the variation display 71 is displayed in the special display position (the background image is omitted from the diagram for clarity, but in reality, since the background image is displayed, not many players notice that the variation display 71 is displayed in the special display position).

After the specified time has elapsed, the "Variable" indicator 71 returns to its normal display position (see Figure 86(d)). In this embodiment, the "Variable" indicator 71 that was displayed in the special display position is erased, and the "Variable" indicator 71 returns to its normal display position. In other words, the "Variable" indicator 71 returns to its normal display position (the standard display state of the "Variable" indicator 71).

In this embodiment, the special variation display effect may occur when the target win/loss lottery result is a jackpot (i.e., when the immediate win/loss variation effect (target variation) is a winning variation). In other words, the special variation display effect is a so-called premium effect. However, the special variation display effect does not necessarily occur when the immediate win/loss variation effect is a winning variation (the absence of the special variation display effect during the immediate win/loss variation effect does not necessarily mean that the corresponding win/loss lottery result is a loss).

The function of the specific variable display effect configured in this way is as follows: When a starting win occurs in a non-variable state (see Figure 86(a)) (see Figure 86(b)), the variable effect (winning-immediate-start variable effect) starts immediately (see Figure 86(c)). However, when the specific variable display effect occurs, the variable display 71 that should be displayed is not shown. From the player's perspective, although the variation of the decorative symbols 80 has started, there should have been a new starting win, but the corresponding variable display 71 is not shown in the position where it should be shown, which creates an odd feeling (the player may even doubt whether a starting win actually occurred) (see Figure 86(c)). The specific variable display effect is an interesting effect that suggests the result of the target win/loss lottery by creating such an odd feeling (in this embodiment, it indicates a guaranteed win). Furthermore, when the specified time has elapsed since the start of the target variation, the variation indicator 71 returns to its normal display position (the regular display state) (see Figure 86(d)). This may allow the player to notice that a specific variation indicator effect had occurred (that the variation indicator 71 was displayed in a special position).

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned display effects during specific fluctuations. Furthermore, to the extent possible, a configuration may be created by combining multiple techniques described using the following examples.

〇Specific Example 12-1
A normal display position image 30, which indicates the normal display position, is displayed. Various forms of the normal display position image 30 are conceivable. For example, it could be an image like the "base" of the changing display 71. Under normal conditions, the changing display 71 is displayed accompanying the normal display position image 30 (see Figure 87(a)). Although not shown, if the normal display position image 30 is displayed even in a non-changing state, the normal display position can be grasped even when there is no change. In addition, an image indicating the position where the pre-changing display 72 is displayed (position according to the order of consumption) may be displayed.

If the configuration is such that the image 30 in the normal display position is displayed, then there are two main types of display effects that can be considered during specific fluctuations.
In the first embodiment of the specific variation display effect (see Figure 87(b)), the normal display position image 30 is displayed until a specified time has elapsed from the start of the target variation (variation effect that starts immediately after winning), but the variation display 71 is not displayed at the position indicated by the normal display position image 30 (normal display position) (see Figure 87(b-1)). After the specified time has elapsed, the variation display 71 is displayed at the normal display position and returns to normal (see Figure 87(b-2)).
The second type of specific variation display effect (see Figure 87(c)) ensures that, until a specified time has elapsed from the start of the target variation (the variation effect that starts immediately upon winning), the variation display 71 is not only not displayed in its normal display position, but the normal display position image 30 is also not displayed (see Figure 87(c-1)). After the specified time has elapsed, the variation display 71 is displayed in its normal display position, and the normal display position image 30 is also displayed, returning to the normal state (see Figure 87(c-2)).
The first aspect is a presentation style in which the normally displayed position image 30 makes the normally displayed position appear as "empty" (as seen in Figure 87(b-1)), which tends to make the player feel uneasy (feel that something is wrong).
On the other hand, in the second embodiment, neither the variable display 71 nor the normal display position image 30 is displayed (see Figure 87(c-1)), so it can be said that this is an embodiment of the effect in which the player is more likely to notice the occurrence of the effect.

Specific Example 12-2
The specific variation display effect ensures that the variation display 71 is not displayed anywhere in the display area 911 until a specified time has elapsed. That is, as shown in Figure 88, the variation display 71 is not displayed in the display area 911 until a specified time has elapsed from the start of the target variation (win-start variation effect) (see Figure 88(a)), and is displayed in the normal display position once the specified time has elapsed (see Figure 88(b)). Even in this way, until a specified time has elapsed from the start of the target variation (win-start variation effect), the variation display 71 is not displayed in the position where it should be displayed, which creates an unnatural feeling. In the above embodiment, it is possible to notice the occurrence of the specific variation display effect by noticing the variation display 71 displayed in the special display position, but in this example, since the variation display 71 is not displayed anywhere in the display area 911, such a notice does not occur.

Specific Example 12-3
The special display position can change each time a specific variation display effect occurs. For example, at the start of the target variation (a variation effect that starts immediately after winning), the variation display 71 may be displayed in the first special display position (see Figure 89 (a-1)), or at the start of the target variation (a variation effect that starts immediately after winning), the variation display 71 may be displayed in the second special display position (a position different from the first special display position) (see Figure 89 (a-2)). In any case when a specific variation display effect occurs, the variation display 71 will return to its normal display position after a predetermined amount of time has elapsed.

By doing this, the position where the "in-progress" display 71 is displayed (the special display position) changes each time a specific "in-progress" display effect occurs, making it less likely for the player to notice that the "in-progress" display 71 is displayed in a different position than the normal display position (compared to a configuration where the special display position is fixed).

Specific Example 12-4
The display animation during specific fluctuations may be set so that even if it occurs, the result of the target win/loss lottery is not necessarily a jackpot. For example, if it occurs, the probability of the target win/loss lottery being a jackpot increases compared to when it does not occur, but it is not a guaranteed jackpot (it remains a so-called chance-up).

In contrast, the specific variation display effect may be set to be independent of the reliability of the target win/loss lottery result. In other words, the occurrence of the specific variation display effect may be determined regardless of the target win/loss lottery result. The specific variation display effect creates an unusual situation where, despite a starting win, the variation display 71 is not displayed in the normal display position. Therefore, to prevent players from becoming bored, this specific variation display effect is generated.

Specific Example 12-5
In the target spin (spin that starts immediately upon winning) in which a specific spin display effect occurs, the spin display 71 will move from the special display position to the normal display position. Specifically, the spin display 71 is displayed in the special display position when the target spin (spin that starts immediately upon winning) begins (see Figure 90(a)), but moves from there (see Figure 90(b)) to reach the normal display position after a specified time has elapsed (see Figure 90(c)). For example, the spin display 71 will be displayed in the special display position from the time the target spin (spin that starts immediately upon winning) begins until a specified time has elapsed (specified time < specified time), and will start moving after the specified time has elapsed, reaching the normal display position after the specified time has elapsed.

Even in this example, it is possible to create an unnatural state where the "in-progress" display 71 is not displayed in its proper position until a specified time has elapsed from the start of the target variation (the variation animation that starts immediately upon winning). However, in this example, the moving "in-progress" display 71 is conspicuous, so it is likely that more players will notice its presence (compared to the above embodiment), and the possibility of players doubting whether a winning combination actually occurred will be reduced.

Specific Example 12-6
The special display animation during a specific variation may occur even during variation animations that are not immediately triggered by a win. In other words, in situations where the next variation begins without any delay after the previous variation ends, the special display animation during a specific variation may begin at the start of the next variation (the next variation becoming the "target variation").

However, in the case of this example, since the pre-variation display 72 (hold display) corresponding to the target win/loss lottery result should have been displayed before the target variation began, the probability of a situation arising where the player might doubt whether a corresponding starting win had occurred is low (as in the above embodiment, a specific in-variation display effect triggered by a new starting win in a non-variation state is more effective).

Specific Example 12-7
The specified duration for the special spin display animation is not set to a fixed length. That is, the time from the start of the target spin (spin animation that starts immediately upon winning) until the spin display 71 is displayed in its normal position is not fixed and may change each time the animation occurs. It can be said that the longer the specified duration, the higher the probability that the player will notice that the special spin display animation is occurring. Therefore, if the length of the specified duration can change as in this example, the animation will be one in which the probability that the player will notice the animation occurring will change each time.

Specific Example 12-8
As explained in Specific Example 12-4, the setting is such that the specific display effect during reel spin is not a guaranteed jackpot effect. Based on this premise, the system is configured such that a specific display effect during reel spin (see Figure 91) may occur in which the reel spin 71, which is not displayed in the normal display position, is designated as a special display mode 70s (see Figure 4). In other words, the reel spin 71 is not displayed in the normal display position until a specified time has elapsed, and the reel spin 71 is displayed in the normal display position once the specified time has elapsed. However, the displayed reel spin 71 may be in a special display mode 70s (one of several types of special display modes 70s) from the beginning (see Figure 91(b)). As in the above embodiment, if the reel spin 71 is displayed in a position different from the normal display position (special display position) until a specified time has elapsed, then the reel spin 71 before it is displayed in the normal display position is designated as a special display mode 70s (see Figure 91(a)). Furthermore, the specific display effect during fluctuations using the fluctuation display 71 of the special display mode 70s is designed so that the reliability of the target win/loss lottery result differs depending on the type of special display mode 70s.

It is preferable that the probability of a specific variation display effect (as shown in Figure 86) occurring with the variation display 71 in the normal display mode 70n is higher than the probability of a specific variation display effect (as shown in Figure 91) occurring with the variation display 71 in the special display mode 70s (the default mode). In other words, it is preferable that the specific variation display effect with the variation display 71 in the normal display mode 70n is the default mode, and that the specific variation display effect with the variation display 71 in the special display mode 70s is set to have a relatively lower probability of occurrence, representing a so-called "chance-up" (higher reliability of the target win/loss lottery result than when the specific variation display effect with the variation display 71 in the normal display mode 70n occurs).

This approach allows for a surprising presentation where, after a period where the "in progress" display 71 is not displayed in the normal display position, the "in progress" display 71 in the special display mode 70s (a "in progress" display 71 with higher reliability than the default (normal display mode 70n)) may suddenly appear.

Specific Example 12-9
When a specific variation display animation occurs and a starting win (additional starting win) occurs within the specified time, the corresponding pre-variation display 72 will be displayed. The display position of the pre-variation display 72 can be as follows.

As shown in Figure 92, the pre-variation display 72 is displayed in its normal display position (regular display position). In other words, the position where the pre-variation display 72 is displayed remains unchanged regardless of whether a specific in-variation display effect is occurring (within a specified time). In this case, when the specific in-variation display effect occurs, even though the pre-variation display 72 is displayed in its usual position, the in-variation display 71 is not displayed in its normal position (see Figure 92(b)). This is an unusual display configuration that is likely to cause visual discomfort, making it easier for players to notice the occurrence of the specific in-variation display effect.

Unlike the example shown in Figure 92, the pre-revolution display 72 is displayed in a different position than the normal display position (regular display position), as shown in Figure 93. In this case, when a specific in-revolution display effect occurs, not only the in-revolution display 71 but also the pre-revolution display 72 will be displayed in a different position than usual (see Figure 93(b)). Therefore, it can be said that this is a display format that makes it more difficult for the player to notice the occurrence of the specific in-revolution display effect than in the example shown in Figure 92.

In either example, once the specified time has elapsed since the start of the target variation (the variation animation that begins immediately upon winning), the pre-variation display 72 returns to its normal position (returns to the normal display state) (see Figures 92(c) and 93(c)).

<Specific Stage Production>
The gaming machine 1 according to this embodiment can execute a specific stage effect (see Figures 94 to 96) as one of the effects that constitute the variation effect. In the following description of the specific stage effect, the variation effect including the specific stage effect may be referred to as the target variation effect (target variation), and the win/loss lottery result corresponding to the target variation effect may be referred to as the target win/loss lottery result. Note that the specific stage effect will only occur in variations that satisfy predetermined execution conditions. In addition, in this embodiment, the specific stage effect may occur in the normal game state. However, it may also be considered to occur in the specific game state.

A specific stage performance is one in which the performance progresses in stages. Such a staged performance is sometimes referred to as a "step-up performance." In this embodiment, the specific stage performance is a performance that may progress up to the third stage. That is, it is a performance that may include the first stage performance, the second stage performance, and the third stage performance. Since it is a "staged" performance, the second stage performance can occur after the first stage performance, but it cannot occur before the first stage performance. Similarly, the third stage performance can occur after the second stage performance, but it cannot occur before the second stage performance. Furthermore, each stage of the specific stage performance can lead to one of several results (it does not lead to a single predetermined result). Therefore, each stage of the performance has a "branching" point before reaching a result. In this embodiment, all stages of the specific stage performance occur with the same fluctuation. In the following description of specific stage effects, "A" represents the first stage, "B" the second stage, and "C" the third stage. The corresponding elements for each stage will be indicated with the corresponding English letter (for example, the first stage effect will be "Stage Effect A," the second stage effect "Stage Effect B," and the third stage effect "Stage Effect C"). Note that in this embodiment, the specific stage effects are executed when a reach has not been achieved.

Stage A (see Figure 94) is the first stage of the performance and therefore begins at the start of a specific stage performance. Stage A is a performance that leads to result A1 (see Figure 94(b-1)) where image A1 is displayed, or result A2 (see Figure 94(b-2)) where image A2 (a different image from image A1) is displayed. The specific form of Stage A can be changed as appropriate as long as it is recognized that result A1 (image A1) and result A2 (image A2) are different. In this embodiment, Stage A occurs when character P (indicated by the letter "P" in the drawings), who is the player's character, opens a treasure chest (see Figure 94(a)). When the treasure chest is opened, character P obtains weapon A1 (image A1), which is result A11 (see Figure 94(b-1)), and when weapon A2 (image A2) is obtained, it is result A21 (see Figure 94(b-2)). In a specific stage presentation, regardless of whether Stage Presentation A results in Result A1 or Result A2, the presentation proceeds to the next stage, Stage Presentation B1 (see Figure 95). In other words, the specific stage presentation never ends at Stage Presentation A.

Stage B (see Figure 95), which is executed after Stage A, is an animation that leads to Result B1 (see Figure 95(b-1)), where image B1 is displayed, or Result B2 (see Figure 95(b-2)), where image B2 (a different image from image B1) is displayed. The specific form of Stage B can be appropriately modified as long as it is recognizable that Result B1 (image B1) and Result B2 (image B2) are different. In this embodiment, after an animation is performed before the result is known, suggesting that some character will appear (see Figure 95(a)), Result B1 (see Figure 95(b-1)) is the appearance of enemy character B1 (image B1; indicated by the letters "B1" in the diagram), and Result B2 (see Figure 95(b-2)) is the appearance of enemy character B2 (image B2; indicated by the letters "B2" in the diagram).

After Stage Performance B, it is not guaranteed that the game will proceed to the next stage (Stage Performance C will be executed). In this embodiment, if the game does not proceed from Stage Performance B to Stage Performance C, the result of the target win/loss lottery is guaranteed to be a loss. On the other hand, if the game proceeds from Stage Performance B to Stage Performance C, there remains a possibility that the result of the target win/loss lottery will be a jackpot. Therefore, proceeding from Stage Performance B to Stage Performance C is an advantageous event for the player. In order to proceed to the next stage, predetermined progression conditions must be met. Whether or not the progression conditions are met is determined by the results of Stage Performance B and Stage Performance A. That is, whether or not the progression conditions from Stage Performance B to Stage Performance C are met also depends on the result of Stage Performance A, which was executed immediately before Stage Performance B. In this embodiment, if Stage Performance B results in result B1 (see Figure 95 (b-1)), then the progression conditions are met (the first progression condition is met) if the previous Stage Performance A resulted in result A1 (see Figure 94 (b-1)). In addition, if stage B results in result B2 (see Figure 95(b-2)), the progression condition is met (the second progression condition is met) if the preceding stage A resulted in result A2 (see Figure 94(b-2)). Note that stage B can result in result B1 regardless of whether the preceding stage A resulted in A1 or A2, and stage B can result in result B2 regardless of whether the preceding stage A resulted in A1 or A2. Thus, the progression condition can be met regardless of whether stage B results in result B1 or result B2. Each of the results of Stage B (Result B1 and Result B2) is associated with a different result of Stage A (Result A1 and Result A2) (Result B1 is associated with Result A1, and Result B2 is associated with Result A2). If the result of Stage B corresponds to the result of the preceding Stage A (e.g., "Result A1 → Result B1" or "Result A2 → Result B2"), the progression condition is met. If there is no correspondence (e.g., "Result A1 → Result B2" or "Result A2 → Result B1"), the progression condition is not met.

In this embodiment, if the progression condition is met in Stage B, an animation occurs indicating that character P has defeated the enemy character (see Figures 95 (c-1-1) and (c-2-1)). As described above, since Stage A in this embodiment is an animation where a weapon is acquired, an animation occurs where the acquired weapon is used to defeat the appearing enemy character. In other words, the image indicating progression to the next stage (Stage C) is in a form corresponding to the results of Stages A and B. If the progression is A1 → B1, both image A1 (image of weapon A1 in this embodiment) corresponding to result A1 and image B1 (image of enemy character B1 in this embodiment) corresponding to result B1 are displayed (see Figure 95 (c-1-1)). If the progression is A2 → B2, both image A2 (image of weapon A2 in this embodiment) corresponding to result A2 and image B2 (image of enemy character B2 in this embodiment) corresponding to result B2 are displayed (see Figure 95 (c-2-1)).

On the other hand, if the progression conditions are not met in Stage B, an animation will occur indicating that the enemy character could not be defeated (see Figures 95 (c-1-2) and (c-2-2)). Since Stage A in this embodiment results in the acquisition of a weapon, an animation will occur indicating that the acquired weapon could not defeat the appearing enemy character. If the progression is Result A2 → Result B1, both image A2 (image of weapon A2 in this embodiment) corresponding to Result A2 and image B1 (image of enemy character B1 in this embodiment) corresponding to Result B1 will be displayed (see Figure 95 (c-1-2)). If the progression is Result A1 → Result B2, both image A1 (image of weapon A1 in this embodiment) corresponding to Result A2 and image B2 (image of enemy character B2 in this embodiment) corresponding to Result B1 will be displayed (see Figure 95 (c-2-2)).

Based on the combination of the results of Stage A (weapon type) and Stage B (enemy character type) for the progression conditions to be met, the specific Stage A in this embodiment is set to "Weapon A1 can defeat enemy character B1, but not enemy character B2," and "Weapon A2 can defeat enemy character B2, but not enemy character B1." In other words, from the player's perspective, the gameplay gives the impression that the appearance of an "enemy character compatible with the acquired "weapon" (i.e., the results of the first and second stages correspond to a compatible combination) is a condition for progressing to the next stage.

Stage C (see Figure 96), which may be executed after Stage B, is a sequence that leads to result C1 (see Figure 96(b-1)) or result C2 (see Figure 96(b-2)). The specific form of Stage B can be appropriately modified as long as it is recognizable that result C1 and result C2 are different outcomes. Result C2 is considered more favorable to the player than result C1. In this embodiment, when result C1 occurs, the target win/loss lottery result is a loss, but when result C2 occurs, the possibility of a big win remains. Therefore, it is preferable to indicate that result C2 is more favorable to the player than result C1. In this embodiment, character P fights a boss character (indicated by the letters "BS" in the diagram) (see Figure 96(a)), and victory over the boss character (defeating the boss character) is result C2 (see Figure 96(b-2)), while defeat by the boss character is result C1 (see Figure 96(b-1)).

When the result is C2, a predetermined image (hereinafter referred to as the "specific result image 31") is displayed (see Figure 96(c)). This specific result image 31 is only displayed when the result is C2 (it is not displayed when the result is C1). There are multiple forms of the displayed specific result image 31 (candidate forms displayed). The form of the specific result image 31 suggests the probability (reliability) of the target lottery result being a jackpot. In this embodiment, there are three candidate forms: the first form, the second form, and the third form, and one of them is displayed. The reliability is higher when the second form is displayed than when the first form is displayed, and higher when the third form is displayed than when the second form is displayed. Each form of the specific result image 31 (the differences between each form) can be anything, but since it is an image that suggests reliability, it is preferable that differences in color tone are set according to the level of reliability.

As explained above, in this embodiment, the specific stage presentation progresses from Stage Presentation A (First Stage) to Stage Presentation B (Second Stage) regardless of whether the result of Stage Presentation A is Result A1 or Result A2. In other words, the progression from the First Stage to the Second Stage always occurs and never ends at the First Stage, making it clear that this is a step-up presentation. Furthermore, whether or not the presentation progresses from Stage Presentation B (Second Stage) to Stage Presentation C (Third Stage) is influenced not only by the result of Stage Presentation B but also by the result of Stage Presentation A. Normally, if the presentation always progresses from the First Stage to the Second Stage, the result of the First Stage would be irrelevant (meaningless). However, in this embodiment, the result of the First Stage influences whether or not the presentation progresses from the Second Stage to the Third Stage, thus giving meaning to the result of the First Stage (the result of Stage Presentation A).

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned specific stage presentation techniques. Furthermore, whenever possible, a configuration may be created by combining multiple techniques described using the following examples.

〇Specific Example 13-1
The probability of the progression condition being met and moving from Stage B (Second Stage) to Stage C (Third Stage) (the probability of clearing the second stage) will differ depending on whether Stage A (First Stage) results in result A1 or result A2. In other words, the transition from Stage A to Stage B is predetermined, so whether the result is A1 or A2 is irrelevant to that. However, whether the result is A1 or A2 will affect the probability of the progression condition being met (moving from Stage B to Stage C). For example, as shown in Figure 97(a), the probability of the progression condition being met (moving from Stage B to Stage C) is higher when Stage A results in result A2 (see Figure 97(a-2)) than when Stage A results in result A1 (see Figure 97(a-1)). This makes the result of Stage A an interesting presentation in that it suggests the degree of progress after moving to the next stage.

In this example, it is preferable to set the outcome of Stage Performance A so that it is less likely to result in the outcome that leads to a higher probability of transitioning from Stage Performance B to Stage Performance C. If, as shown in Figure 97(a), Stage Performance A is set so that the probability of transitioning from Stage Performance B to Stage Performance C is higher when result A2 than when result A1, then, as shown in Figure 97(b), the probability of Stage Performance A resulting in result A2 should be lower than the probability of result A1. By doing this, Stage Performance A becomes less likely to produce an outcome that is advantageous in subsequent stages.

Specific Example 13-2
It is possible that there are three or more possible outcomes as a result of Stage Performance A (First Stage) and Stage Performance B (Second Stage). In this case, there are corresponding outcomes for Stage Performance B (Second Stage) for each of the possible outcomes of Stage Performance A, and the condition for proceeding to Stage Performance C (Third Stage) is met when the outcome of Stage Performance A and the outcome of Stage Performance B correspond to each other (if the outcome of Stage Performance A and the outcome of Stage Performance B do not correspond, the condition for proceeding is not met, and the game does not proceed to Stage Performance C). Similar to the above embodiment, the game is set up so that the condition for proceeding is met (Stage Performance C is executed) regardless of the outcome of Stage Performance A.

For example, let's assume that as a result of stage A, results A1, A2, and A3 may occur. Also, let's assume that as a result of stage B, results B1, B2, and B3 may occur. Furthermore, if result B1 occurs after A1, result B2 occurs after A2, and result B3 occurs after A3, the game proceeds to stage C (the progression condition is met). In all other cases, the game does not proceed to stage C (the progression condition is not met) (see Figure 98). This allows for a presentation format where there are many patterns that lead to stage C.

Specific Example 13-3
When Stage C (Third Stage) results in result C2, the specific result image 31 displayed is set to one that, when displayed, guarantees a jackpot. In other words, among the possible forms of the specific result image 31, the one with the highest reliability is set to have a 100% reliability. In this way, the specific stage can be designed so that a jackpot is sometimes guaranteed as a result.

Specific Example 13-4
The setting is such that even if the game does not progress from Stage Performance B (Second Stage) to Stage Performance C (Third Stage), there is still a possibility that the target win/loss result will be a jackpot. As mentioned above, when the result of Stage Performance A and the result of Stage Performance B correspond to each other (for example, when result A1 leads to result B1, or when result A2 leads to result B2), the progression condition is met and Stage Performance C occurs. However, even if the progression condition is not met and Stage Performance C does not occur, there is still a possibility of a jackpot. For example, as shown in Figure 99, even if the result of Stage Performance A (see Figure 99(a)) and the result of Stage Performance B (see Figure 99(b)) do not correspond and the progression condition is not met (the game does not progress to Stage Performance C), there is still a possibility that Special Performance X will occur afterward and the target win/loss result will be announced as a jackpot (see Figure 99(c-2)) (there is also a possibility that Special Performance X will not occur and the result will be confirmed as a loss (see Figure 99(c-1))). However, the probability that the target win/loss result will be reported as a jackpot when the progression conditions are not met in Stage B (when Stage C does not occur) will be lower than the probability that the target win/loss result will be reported as a jackpot when the progression conditions are met in Stage B (when Stage C occurs) (the reliability at the end of Stage B will be set higher when the progression conditions are met than when the progression conditions are not met). In other words, in target variations in which a specific Stage B is performed, transitioning to Stage C will always be the "royal road" (the route with the highest expectation) to a jackpot.

As demonstrated in this example, even if the progression conditions are not met and the game does not proceed to stage C, the outcome of the target lottery can still be expected to be a jackpot.

Specific Example 13-5
Even if the result in Stage C (Third Stage) is not C2 but C1, the possibility of the target winning lottery result being a jackpot remains. In other words, even if image 31 is not displayed at the time of a specific result, the possibility of the target winning lottery result being a jackpot remains. For example, as shown in Figure 100, the game transitions to stage C (see Figure 100(a)), and after stage C results in C1 (see Figure 100(b)), a special event Y occurs (see Figure 100(c-2)), potentially leading to the announcement that the target win/loss result is a jackpot (if special event Y does not occur, it is a guaranteed loss (see Figure 100(c-1)). However, the probability of special event Y occurring is set to be quite low. That is, the probability of the target win/loss result being announced as a jackpot when stage C results in C1 is lower than the probability of the target win/loss result being announced as a jackpot when it results in C2. In other words, stage C is designed so that it is more advantageous for the player to have result C2 than result C1. By doing as in this example, even if stage C does not result in C2 and results in C1, there is still an expectation that the target win/loss result is a jackpot.

Specific Example 13-6
Unlike the above embodiment, where an image suggesting the reliability of the target win/loss lottery result (specific result image 31 in the above embodiment) is displayed when the stage performance C reaches a predetermined result (result C2), in this case, as shown in Figure 101, an image suggesting reliability (suggestion image C) is displayed without fail when the progression conditions are met and the stage performance C is initiated (see Figure 101(b)). Suggestion image C is one of several candidate forms. The form of suggestion image C is intended to suggest reliability, but regardless of the form, there remains a possibility that the target win/loss lottery result is a jackpot (a form with 0% reliability is not set). In this way, the specific stage performance does not result in a guaranteed loss upon reaching stage performance C (third stage).

Specific Example 13-7
The presentation format makes it easy to see that result A1 and result B1 are in a corresponding relationship, and result A2 and result B2 are in a corresponding relationship. For example, image A1 displayed when result A1 occurs and image B1 displayed when result B1 occurs share a common part in color C1 (e.g., blue), and image A2 displayed when result A2 occurs and image B2 displayed when result B2 occurs share a common part in color C2 (e.g., red). In this way, the presentation format makes it easy to see that the condition for progression is met when images of the same color are displayed in stage presentation A and stage presentation B (leading to the occurrence of stage presentation C) (players who have encountered a particular stage presentation several times will notice this rule).

Specific Example 13-8
When the result of Stage Performance B (second stage) corresponds to the result of Stage Performance A (first stage), an image that emphasizes this correspondence (correspondence emphasis image 32) is displayed. When result B1 is obtained via result A1, the correspondence emphasis image 32 is displayed along with image B1 (see Figure 102 (a-1)). When result B1 is obtained via result A2, the correspondence emphasis image 32 is not displayed along with image B1 (see Figure 102 (a-2)). When result B2 is obtained via result A2, the correspondence emphasis image 32 is displayed along with image B2 (see Figure 102 (b-2)). When result B2 is obtained via result A1, the correspondence emphasis image 32 is not displayed along with image B2 (see Figure 102 (b-1)). Preferably, the correspondence emphasis image 32 is of a form that suggests a correspondence has been established. In this way, the performance format makes it easy to understand that the result of Stage Performance A and the result of Stage Performance B have a correspondence (a combination that is advantageous to the player).

〇Specific Example 13-9
While Stage Performance B (Second Stage) is being executed, an image (hereinafter referred to as "progress image 33") indicating the result of Stage Performance A (First Stage) is displayed. That is, when transitioning to Stage Performance B via result A1, a progress image 33 indicating that result A1 has been reached is displayed, and when transitioning to Stage Performance B via result A2, a progress image 33 indicating that result A2 has been reached (different from the progress image 33 indicating that result A1 has been reached) is displayed. For example, in Stage Performance B after result A1 (see Figure 103 (a-1)), the progress image 33 displayed may include image A1 (an image identified with image A1) (see Figure 103 (a-2)), and in Stage Performance B after result A2 (see Figure 103 (b-1)), the progress image 33 displayed may include image A2 (an image identified with image A2) (see Figure 103 (b-2)). Furthermore, although not shown in the illustrations, it is also conceivable that the progress image 33 may include an image containing text (such as a name) indicating image A1 or image A2 (if image A1 or image A2 are weapons, as in the above embodiment, an image containing text representing the name of the weapon).

This approach ensures that the results of Stage A continue to be displayed even after transitioning to Stage B, suggesting that the results of Stage A continue to influence subsequent developments. Furthermore, it eliminates the need to remember the results of Stage A after transitioning to Stage B.

Specific Example 13-10
The specific stage performance may be executed when a reach is achieved. In other words, the stage performance A (first stage) may be configured to start when a reach is achieved.

In contrast, even if a reach is not established at the start of a specific stage sequence (the start of stage sequence A), it is acceptable for a reach to be established midway through. For example, while it is predetermined that a specific stage sequence will transition from stage sequence A (first stage) to stage sequence B (second stage), it is not predetermined that it will transition from stage sequence B (second stage) to stage sequence C (third stage) (it will not transition unless the progression conditions are met). Therefore, a reach may be established when the progression conditions are met (when it is determined that the sequence will transition to stage sequence C).

Specific Example 13-11
The setting is such that if Stage C results in outcome C2, the target win/loss lottery result is guaranteed. In other words, if Stage C results in outcome C1, the target win/loss lottery result is a loss, and if it results in outcome C2, the target win/loss lottery result is a big win. In this case, Stage C becomes a so-called win/loss branching sequence. That is, a specific Stage C sequence will result in either a "win" or a "lose" if it progresses to Stage C.

<Special Reach演出>
The gaming machine 1 according to this embodiment can execute a special reach animation as one of the animations that constitute the variation animation. In the following description of the special reach animation, the variation animation including the special reach animation may be referred to as the target variation animation (target variation), and the win/loss lottery result corresponding to the target variation animation may be referred to as the target win/loss lottery result. Note that the special reach animation will only occur in variations that meet predetermined execution conditions.

In this embodiment, the special reach animation is a so-called super reach animation that can occur in the second specific game state. Specifically, the special reach animation begins after a reach is established (see Figures 104(a) and 105(a)) (see Figures 104(b) and 105(b)). If the target win/loss lottery result is a jackpot, it leads to a winning ending that indicates a favorable situation for the player (see Figures 104(c-1) and 105(c-1)). If it is a loss, it leads to a losing ending that indicates an unfavorable situation for the player (see Figures 104(c-2) and 105(c-2)). Note that the winning endings in this embodiment include a so-called reversal pattern where it initially appears to lead to a losing ending, but this is reversed.

In this embodiment, the special reach animation is a battle animation in which the player's character, character S (indicated as "S" in the diagram), fights against an enemy character. A victory for character S is the winning outcome (see Figures 104(c-1) and 105(c-1)), and a defeat for character S (the enemy character winning) is the losing outcome (see Figures 104(c-2) and 105(c-2)). In this embodiment, special reach animations R1 and R2 can be executed. Special reach animation R1 is an animation in which enemy character R1 (indicated as "R1" in the diagram) appears as the enemy character (see Figure 104(b)), and special reach animation R2 is an animation in which a different enemy character R2 (indicated as "R2" in the diagram) appears as the enemy character (see Figure 105(b)). In other words, in this embodiment, the difference between Special Reach演出 R1 and Special Reach演出 R2 lies in the type of enemy character displayed (other performance elements may also differ). The specific form of enemy character R1 and enemy character R2 can be anything as long as the player recognizes them as different types. Furthermore, enemy character R1 and enemy character R2 are not displayed or not displayed (they are not performance elements that suggest a chance-up). When Special Reach演出 R1 occurs, enemy character R1 is always displayed, and when Special Reach演出 R2 occurs, enemy character R2 is always displayed.

In the variable animation sequence, one or more timings are set for when a special reach animation may occur. The timings for when special reach animation R1 and special reach animation R2 may occur are the same. In other words, at the timing when either special reach animation R1 or special reach animation R2 can occur, the other can also occur. For example, in this embodiment, a special reach animation may occur (start) at a predetermined time after a reach is established. At that timing, either special reach animation R1 or special reach animation R2 may start.

When the win/loss lottery result in the second specific game state is a jackpot (when the second specific jackpot is won), a jackpot game (referring to the period from the end of the target spin until a new spin begins after the jackpot game) may occur during the jackpot game (see Figure 106(b)) (however, it is normal (default) for the jackpot game not to have a win-advantageous In this embodiment, when a winning-favorable animation occurs, it is confirmed that one of the second pre-spin win/loss lottery information stored in the memory means will result in a jackpot (second specific jackpot). Furthermore, in this embodiment, the timing of the winning-favorable animation occurring during a jackpot game is undefined. That is, when a winning-favorable animation occurs, one of several candidate timings is selected, and the winning-favorable animation occurs at the selected timing. Note that in this embodiment, even if a winning-favorable animation does not occur during a jackpot game, there is still a possibility of consecutive wins occurring within the reserve.

In this embodiment, when a special reach animation occurs during a target variation, and the special reach animation reaches a winning outcome and the target win/failure lottery result is announced as a jackpot, the probability of a winning-advantageous animation occurring in the jackpot game (the probability at the point when the target win/failure lottery result is announced as a jackpot and the jackpot game begins (the point when it is unknown whether a winning-advantageous animation will occur)) is set to be higher when the special reach animation is R2 (when it goes through Figure 105(c-1)) than when the special reach animation is R1 (when it goes through Figure 104(c-1)) (however, the probability of a winning-advantageous animation occurring when it is R2 is less than 100%) (see the right-hand frame in Figure 106(b)). In other words, whether the jackpot is announced by Special Reach演出 R1 or Special Reach演出 R2, there is no difference in the fact that a jackpot (the second specific jackpot in this embodiment) has been won. However, the probability of a favorable jackpot animation occurring (the probability of a consecutive win occurring within the reserve) is higher when Special Reach演出 R2 is used than when Special Reach演出 R1 is used, so the expected value of the profit (expected value of payout) obtained by the player is higher. In this embodiment, at the start of a winning spin in which a special reach animation is executed, the pre-spin win/loss lottery information (second pre-spin win/loss lottery information) stored in the memory means is referred to, and based on whether the corresponding win/loss lottery result in the pre-spin win/loss lottery information includes a jackpot (i.e., whether a consecutive win occurs within the reserve), it is decided whether to execute Special Reach演出 R1 or Special Reach演出 R2. Thus, the gaming machine 1 according to this embodiment has the interesting feature that the probability of a favorable jackpot animation occurring during a jackpot game differs depending on the type of special reach animation.

Furthermore, in this embodiment, the probability that the special reach animation will lead to a winning outcome (the reliability of the target winning/losing lottery result at the time the special reach animation is started (at the time shown in Figures 104(b) and 105(b))) is set higher for special reach animation R1 than for special reach animation R2. As mentioned above, special reach animation R2 offers a greater expectation of the occurrence of a favorable animation for winning when a jackpot is achieved compared to special reach animation R1. However, in terms of the probability of winning a jackpot, special reach animation R2 is inferior to special reach animation R1. In other words, when comparing special reach animation R1 and special reach animation R2, special reach animation R1 has a relatively high probability of winning a jackpot, but the probability of the occurrence of a favorable animation for winning (consecutive wins within the reserve) when a jackpot is achieved is relatively low, while special reach animation R2 has a relatively low probability of winning a jackpot, but the probability of the occurrence of a favorable animation for winning (consecutive wins within the reserve) when a jackpot is achieved is relatively high. Therefore, for the player, each special reach animation offers its own advantages and disadvantages, resulting in an interesting and engaging gameplay experience.

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned special reach animations (advantageous animations for winning). Furthermore, whenever possible, a configuration can be created by combining multiple techniques described using the following examples.

Specific Example 14-1
Unlike the above embodiment, the probability of a big win in the target win/loss lottery result is set higher for special reach animation R2 than for special reach animation R1. In this way, special reach animation R2 is superior to special reach animation R1 in terms of both reliability and the probability of a winning-advantage animation occurring when a big win is achieved, resulting in a straightforward gameplay experience.

Specific Example 14-2
Special reach sequences R1 and R2 are battle sequences in which the player's character and the enemy character fight, similar to the embodiment described above, but the player's character can be different in each sequence. Specifically, character R1 is displayed as the player's character in special reach sequence R1 (see Figure 107(a)), and character R2 is displayed as the player's character in special reach sequence R2 (see Figure 107(b)).

Specific Example 14-3
During a jackpot game (round) after a jackpot has been announced following a special reach animation, an image corresponding to the type of special reach animation that was performed (reach-corresponding image 35) will be displayed. Specifically, during a jackpot game after going through special reach animation R1 (see Figure 108 (a-1)), the first reach-corresponding image 351 (see Figure 108 (a-2)) will be displayed, and during a jackpot game after going through special reach animation R2 (see Figure 108 (b-1)), the second reach-corresponding image 352 (different from the first reach-corresponding image 351) (see Figure 108 (b-2)) will be displayed. The first reach-corresponding image 351 is not displayed during a jackpot game after going through special reach animation R2, and the second reach-corresponding image 352 is not displayed during a jackpot game after going through special reach animation R1.

It is preferable that the reach-corresponding image 35 indicates the type of special reach animation it corresponds to. For example, character R1 may be displayed as the first reach-corresponding image 351 (see Figure 108 (a-2)), and character R2 as the second reach-corresponding image 352 (see Figure 108 (b-2)). That is, the character image displayed in special reach animation R1 (a character image not displayed in special reach animation R2) is displayed as the first reach-corresponding image 351, and the character image displayed in special reach animation R2 (a character image not displayed in special reach animation R1) is displayed as the second reach-corresponding image 352.

As demonstrated in this example, even after a jackpot game has started, by viewing the reach-corresponding image 35, it is possible to determine which type of special reach sequence has occurred (i.e., whether or not the special reach sequence R2, which has a high probability of triggering a winning sequence, has occurred).

Specific Example 14-4
The game state in which a special reach animation occurs is not limited to the second specific game state (the game state most advantageous to the player). For example, it may occur in the normal game state (the game state most disadvantageous to the player). It may also occur in any of two or more different game states. Furthermore, the events indicated by the advantageous winning animation are not limited to consecutive wins within the held balls as in the above embodiment, as long as their occurrence is advantageous to the player. For example, the special reach animation may occur in the normal game state (low probability/low base state), and the advantageous winning animation may occur to indicate that the game state after the jackpot game will be a game state advantageous to the player (high probability/high base state).

Specific Example 14-5
Prior to the occurrence of a winning-advantageous animation, an animation (preview animation) (see Figure 109(a)) that suggests the possibility of such an animation occurring will occur. As a result of the preview animation, the winning-advantageous animation may occur (see Figure 109(b-1)), or it may not occur (see Figure 109(b-2)). In other words, the advantageous outcome of the preview animation is "occurrence of the winning-advantageous animation" (and the unfavorable outcome of the preview animation is "non-occurrence of the winning-advantageous animation").

In a configuration like this example, it is preferable to have the round in which the pre-announcement sequence begins differ from the round in which the result of the pre-announcement sequence is determined (the pre-announcement sequence should begin one or two or more rounds after the round in which the result is determined). This way, the sequence becomes such that whether or not a winning-triggering sequence occurs is determined upon transitioning to a certain round.

This type of pre-announcement animation may occur more than once during a single jackpot game (if a winning-advantage animation does not occur, further pre-announcement animations may occur). For example, a case may occur where a winning-advantage animation does not occur after the first pre-announcement animation, but does occur after the second pre-announcement animation.

Specific example 14-6
If a special reach sequence is structured to lead to either a winning or losing ending, and the difference between special reach sequence R1 and special reach sequence R2 is expressed, then the special reach sequence does not have to be a battle sequence. For example, a special reach sequence could be set up so that the player's character acts towards achieving a goal, with achieving the goal being the winning ending and failing to achieve it being the losing ending, and special reach sequence R1 and special reach sequence R feature different characters.

Specific Example 14-7
In games where a jackpot is announced after Special Reach Performance R1, there is no possibility of a bonus-enhancing bonus animation occurring. In other words, in games where a jackpot is announced after Special Reach Performance R2, there is a possibility of a bonus-enhancing bonus animation occurring, but in the case of Special Reach Performance R1, there is no possibility of a bonus-enhancing bonus animation occurring. In this way, when a jackpot is announced in a Special Reach Performance, the condition for the bonus-enhancing bonus animation to occur is that the jackpot is announced in Special Reach Performance R2, not Special Reach Performance R1.

Specific Example 14-8
The term "winning ending" does not include so-called reversal patterns (where the game initially appears to reach a losing ending but is then reversed). In other words, the probability of a winning-favorable animation being executed during a jackpot game is higher when special reach animation R2 reaches a winning ending than when special reach animation R1 reaches a winning ending. However, the term "winning ending" here does not include so-called reversal patterns (for example, if the special reach animation is a battle animation as in the above embodiment, an image showing the player's character winning from the beginning after the win/loss branching point is included in the winning ending, but an image showing a defeat that is initially reversed is not included in the winning ending). In this way, whether or not the game reaches a winning ending without a so-called reversal pattern functions as an indicator of the probability of a winning-favorable animation occurring.

Specific example 14-9
Special reach animation R1 is set to guarantee that the target win/loss result will be a jackpot (100% reliability) when it occurs. In this case, when special reach animation R1 occurs during the target spin, the target win/loss result is guaranteed to be a jackpot, but the probability of a win-advantage animation (consecutive wins within the reserve) occurring becomes lower (lower than when special reach animation R2 occurs).

Specific Example 14-10
The type of special reach animation may change. Specifically, it may start as either special reach animation R1 or special reach animation R2 (see Figures 110(a) and (b)), but may change to the other (see Figure 110(d)). An animation that notifies (emphasizes) this change may occur (see Figure 110(c)), or no such animation may occur (the change may occur without the player noticing). In this case, the likelihood of a winning-advantageous animation occurring during a winning game will depend on the type of special reach animation at the time the jackpot is announced. Specifically, if the special reach animation that notified that the target win/loss result was a jackpot was special reach animation R2, the probability of a winning-advantageous animation occurring in the subsequent jackpot game will be higher than if the special reach animation that notified that the target win/loss result was a jackpot was special reach animation R1.

Furthermore, the system may be configured so that both the change from special reach animation R1 to special reach animation R2 and the change from special reach animation R2 to special reach animation R1 can occur, or it may be configured so that only one of the two changes occurs: the change from special reach animation R1 to special reach animation R2, or the change from special reach animation R2 to special reach animation R1. The change from special reach animation R1 to special reach animation R2 is a change that increases the probability of a winning advantageous animation occurring in a jackpot game. The change from special reach animation R2 to special reach animation R1 is a change that decreases the probability of a winning advantageous animation occurring in a jackpot game. For example, if special reach animation R1 is considered to have a higher reliability than special reach animation R2, as in the above embodiment, then it is conceivable to configure the system so that only the change from special reach animation R2 to special reach animation R1 (the change in the direction shown in Figure 110) occurs (because it is not normal for the animation to change in a direction that decreases reliability). In this configuration, the special reach animation can only change in a way that increases the reliability, and in a way that decreases the probability of a winning animation occurring during the jackpot game when a jackpot is won.

<Sensor reaction animation (sensor reaction period)>
The gaming machine 1 according to this embodiment is equipped with a sensor 37 (see Figure 1) that turns ON when a part of the player's body is within its detection range, and can perform a performance (sensor reaction performance) that utilizes the sensor 37 during a variation performance. In the following description of the sensor reaction performance, the variation performance including the sensor reaction performance may be referred to as the target variation performance (target variation), and the win/loss lottery result corresponding to the target variation performance may be referred to as the target win/loss lottery result. Note that the sensor reaction performance will only occur in variations that meet predetermined execution conditions. Furthermore, the sensor reaction performance may occur in a normal game state or in a specific game state.

The sensor 37 used for the sensor reaction effect should be positioned where the player can place a part of their body (basically assumed to be their hand; therefore, some descriptions below assume that the object detected by the sensor 37 is a hand) within its detection range. In this embodiment, it is positioned along the upper edge of the display area 911 (approximately in the center in the width direction) (see Figure 1), so that when the player holds their hand over the display area 911, their hand enters the detection range. Hereafter, "ON" will refer to the state where a part of the player's body is detected by the sensor 37 (within the detection range), and "OFF" will refer to the state where it is not detected (outside the detection range). Furthermore, as will be described later, when a sensor reaction effect occurs, the operation of the target operation means (push button 61 in this embodiment) becomes effective (reflected as an effect). "ON" will refer to the state where the target operation means is operated, and "OFF" will refer to the state where it is not operated.

A sensor reaction period is provided when a sensor reaction effect occurs. The sensor reaction effect is triggered when sensor 37 turns ON (from OFF to ON) during this period. The sensor reaction effect is an effect in which the image displayed in the display area 911 changes. A corresponding sound effect may be output from speaker 67 in accordance with the change in the image.

During the sensor reaction period, even if the sensor 37 is not turned ON, the sensor reaction effect can be triggered by the operation of a target operation means (in this embodiment, the push button 61), which is a type of operation means (turning from OFF to ON). In other words, the sensor reaction effect can also be triggered by operating the push button 61 instead of holding a hand over the sensor 37. This is designed so that the sensor reaction effect can be triggered by operating the push button 61 for players who find holding a hand over the sensor 37 inconvenient.

The timing of the sensor reaction period (the state in which a sensor reaction effect can occur) varies. In this embodiment, the sensor reaction period may be established after a predetermined time has elapsed since a reach was achieved (however, the sensor reaction period may also be established when a reach has not been achieved). During the sensor reaction period, a display prompts the player to allow detection by the sensor 37. In this embodiment, a display prompts the player to hold (touch) their hand in front of the display area 911 (see Figures 111(a) and 112(a)). Upon seeing this, the player understands that some kind of effect will occur if they hold their hand in front of the display area 911.

In this embodiment, the sensor response period may be either the normal sensor response period (default sensor response period) (see Figure 111(a)) or a specific sensor response period (see Figure 112(a)). Regardless of whether the normal or specific sensor response period is set, a message prompting the player to hold (touch) their hand in front of the display area 911 is displayed; therefore, the player cannot determine which sensor response period is set.

During the normal sensor response period (see Figure 111(a)), if the sensor 37 turns ON during this period (see Figure 111(b-1)), a reaction image (hereinafter sometimes referred to as the normal reaction image 38) is displayed in the display area 911 (see Figure 111(c-1)). Furthermore, during this normal sensor response period, even if the push button 61 is operated without the sensor 37 turning ON (even if it does turn ON) (see Figure 111(b-2)), the same sensor response animation occurs, meaning the same reaction image (normal reaction image 38) is displayed (see Figure 111(c-2)). In short, during the normal sensor response period, the push button 61 turning ON during this period functions as a "complete substitute" for the sensor 37 turning ON.

Normally, one of several candidate images is displayed as the reaction image 38 (see Figures 113(a) and 113(b)). Which of the several candidate images is displayed as the normal reaction image 38 indicates the reliability of the target selection result. In this embodiment, three types of candidate images are provided: reaction image U, reaction image V, and reaction image W (when displayed, the reliability is lowest for reaction image U and highest for reaction image W (see Figure 113(b)). Note that in this embodiment, the lowest reliability (reliability of reaction image U) is not 0%, and the highest reliability (reliability of reaction image W) is not 100%). The specific form of each candidate image may be anything. In this embodiment, each candidate image includes an image of the corresponding character (reaction image U includes character U, reaction image V includes character V, and reaction image W includes character W (in the drawings, these are indicated by the letters "U", "V", and "W" respectively)). Based on the target selection result, when the normal sensor reaction period is set, it is already internally determined which candidate image will be displayed as the normal reaction image 38 when the sensor 37 is turned ON. When the sensor 37 is turned ON during the normal sensor reaction period (see Figure 111(a)) (see Figure 111(b-1)), the predetermined candidate image (one of reaction image U, reaction image V, or reaction image W) is displayed (see Figure 111(c-1)). Also, when the sensor 37 is turned ON during the normal sensor reaction period (see Figure 111(a)) Even if the push button 61 is turned ON without the sensor 37 being turned ON (see Figure 111(b-2)), one of the predetermined candidate images (reaction image U, reaction image V, or reaction image W) is displayed (see Figure 111(c-2)). For example, during the normal sensor reaction period, when it is internally determined that reaction image V will be displayed, reaction image V is displayed not only when the sensor 37 is turned ON, but also when the push button 61 is turned ON (see Figures 111(c-1) and (c-2)). In this embodiment, if the sensor 37 is not turned ON and the push button 61 is not turned ON during the normal sensor reaction period, the normal reaction image 38 is not displayed (none of reaction images U, V, or W are displayed). In other words, the reliability indication of the target selection result provided by the normal reaction image 38 cannot be enjoyed.

During the specific sensor reaction period (see Figure 112(a)), when the sensor 37 is turned ON (see Figure 112(b-1)), a specific reaction image 39 is displayed in the display area 911 as a sensor reaction effect (see Figure 112(c-1)). This specific reaction image 39 is the same as the normal reaction image 38. In other words, it indicates the reliability of the target success/failure lottery result, and in this embodiment, one of the candidate reaction images U, V, or W is displayed (which reaction image is displayed as the specific reaction image 39 is determined internally in advance based on the target success/failure lottery result) (see Figures 113(a) and (b)). That is, the reaction image displayed when the sensor 37 is turned ON during the specific sensor reaction period (specific reaction image 39) is no different from the reaction image displayed when the sensor 37 is turned ON during the normal sensor reaction period (normal reaction image 38) (the reliability indication effect remains unchanged). Therefore, if the player places their hand over the sensor as instructed during a specific sensor reaction period, the same reaction (reliability indication effect) as during a normal sensor reaction period will occur.

On the other hand, if the push button 61 is turned ON during a specific sensor reaction period (see Figure 112(a)) (see Figure 112(b-2)), a non-specific reaction image 40 (with the character "non" added to indicate that it is different from the specific reaction image 39) is displayed in the display area 911 as a sensor reaction animation (see Figure 112(c-2)). This non-specific reaction image 40 is different from the normal reaction image 38 and the specific reaction image 39 (any of reaction image U, reaction image V, or reaction image W). In this embodiment, either reaction image X or reaction image Y (reaction image X includes character X, and reaction image Y includes character Y (in the drawings, they are indicated by the letters "X" and "Y" respectively) is displayed as a non-specific reaction image 40 (see Figures 113(a) and (c)). Neither reaction image X nor reaction image Y is different from reaction image U, reaction image V, or reaction image W (see Figures 113(b) and (c)). In this embodiment, if the target success/failure lottery result is a miss, reaction image X is displayed, and if it is a big win, If the push button 61 is turned ON during the specific sensor reaction period (see Figure 112(a)), the reaction image X or reaction image Y will be displayed as a non-specific reaction image 40 (see Figure 112(c)2), and the result of the target selection lottery will be determined at that point (during the target change). Therefore, if the push button 61 is operated without placing a hand over the sensor 37 during the specific sensor reaction period, it can be said that a so-called "instant notification" effect will occur.

Note that displaying reaction image X or Y (a one-touch notification animation occurs) when the target operating means is turned ON during a specific sensor reaction period is merely one example. It is sufficient to configure the system so that a different reaction animation occurs (a different reaction image is displayed) when sensor 37 is turned ON during the specific sensor reaction period. Furthermore, in this embodiment, when sensor 37 is not turned ON and push button 61 is not turned ON during the specific sensor reaction period, neither the specific reaction image 39 nor the non-specific reaction image 40 is displayed.

Thus, according to the gaming machine 1 of this embodiment, when a sensor reaction period is set, even if the sensor 37 is not turned ON, a reaction animation will occur if the target operating means (push button 61 in this embodiment) is turned ON. However, during the normal sensor reaction period (see Figure 111(a)), the reaction animation will not change whether the sensor is turned ON (see Figure 111(b-1)) or the target operating means is turned ON (see Figure 111(b-2)) (the operation of the target operating means is... If the "alternative" to turning the sensor ON (see Figures 111(c-1) and (c-2)) is within a specific sensor reaction period (see Figure 112(a)), then the reaction animation differs depending on whether the sensor is turned ON (see Figure 112(b-1)) or the target operation means is turned ON (see Figure 112(b-2)). This creates an interesting gameplay experience where the displayed image differs between the specific reaction image 39 (see Figure 112(c-1)) and the non-specific reaction image 40 (see Figure 112(c-2)).

The following describes specific examples of improvements, concretizations, and modifications to the above-mentioned sensor response effects (sensor response period). Furthermore, whenever possible, a configuration can be created by combining multiple technologies described using the following examples.

Specific Example 15-1
At the timing when a specific sensor reaction period may be set (started) (hereinafter referred to as the "specific timing"), the normal sensor reaction period will not be set (started). In other words, the timing at which a specific sensor reaction period may be set is different from the timing at which the normal sensor reaction period may be set, and it will be possible to determine that the sensor reaction period is a specific sensor reaction period based on the timing at which the sensor reaction period is set. For example, the beginning of a specific type of super reach animation (the time when the title is displayed) may be the specific timing, and the normal sensor reaction period will not be set at that specific timing.

Specific Example 15-2
The system is configured to have two or more target operating means that react when an operation is performed during a specific sensor reaction period (operating means that trigger a reaction animation even if the sensor 37 is not turned ON). For example, the system is configured such that a reaction image is displayed whether the first target operating means (push button 61) or the second target operating means (special operation unit 65) is operated during the specific sensor reaction period. Assuming that such target operating means are provided, the following configuration is conceivable.

Specific example 15-2-1
The operation of the first target operation means and the operation of the second target operation means during the specific sensor reaction period are treated the same. In other words, whether the first target operation means is operated (see Figure 114(b-1)) or the second target operation means is operated (see Figure 114(b-2)) during the specific sensor reaction period (see Figure 114(a)), the same reaction image (non-specific reaction image 40) is displayed (see Figures 114(c-1) and (c-2)). By doing so in this example, there are two or more target operation means that react during the specific sensor reaction period (which triggers the display of the non-specific reaction image 40), so it can be expected that the number of players who notice the existence of the non-specific reaction image 40 will increase.

Specific example 15-2-2
The displayed non-specific reaction image 40 will differ depending on whether the first target operating means is operated or the second target operating means is operated during the specific sensor reaction period. That is, when the first target operating means is operated (see Figure 115(b-1)) during the specific sensor reaction period (see Figure 115(a)), the first non-specific reaction image 401 will be displayed (see Figure 115(c-1)), while when the second target operating means is operated, the second non-specific reaction image 402 (different from the first non-specific reaction image 401) will be displayed (see Figure 115(c-2)) (both the first non-specific reaction image 401 and the second non-specific reaction image 402 are also different from the specific reaction image 39). For example, the first non-specific reaction image 401 may be either reaction image X or reaction image Y (see Figure 115(c-1)). Furthermore, the second non-specific reaction image 402 will display either reaction image A or reaction image B (Figure 115(c-2) shows an example where reaction image A is displayed (reaction image B is not shown)). In this way, when the target operating means is operated without turning on the sensor during the specific sensor reaction period, an interesting presentation can be created in which the reaction image differs depending on the type of target operating means being operated.

Specific Example 15-3
During the sensor reaction period, a request is made to have a part of the body detected by the sensor 37 (a request to hold a hand over it), along with a request to operate the target operating means (a push button 61 if it is the same as in the above embodiment) (see Figure 116). In this way, the player understands that there will be some kind of reaction if they operate the target operating means.

Specific Example 15-4
The sensor reaction effect does not require any part of the body to be detected by the sensor 37 (i.e., no request to hold a hand over it) during the sensor reaction period. Nor does it require any operation of the target operating means (push button 61, if it is the same as in the above embodiment) that is operated and reacts during the sensor reaction period. In this way, the sensor reaction effect (sensor reaction period) functions as a so-called "hidden effect".

During the normal sensor response period, a requirement is made for a part of the body to be detected by sensor 37 (see Figure 117(a)), but during the specific sensor response period, this requirement may not be made (this is considered a hidden effect) (see Figure 117(b)). In other words, the setting may differ between the normal sensor response period and the specific sensor response period in terms of whether or not a requirement is made for a part of the body to be detected by sensor 37.

Specific Example 15-5
The reaction image does not need to indicate the reliability of the target win/loss lottery result. In other words, any changes in the display area 911 that occur when the sensor 37 is turned ON or the target operation means is turned ON during the sensor reaction period are unrelated to the target win/loss lottery result (they occur simply as a visual effect). If the reaction image is unrelated to the target win/loss lottery result, the sensor reaction period can be set to a non-changing state (such as during a jackpot game).

While the normal reaction image 38, specific reaction image 39, and non-specific reaction image 40 are displayed as reaction images, all of these may be images that do not have a reliability-indicating effect (i.e., are unrelated to the target selection lottery result), or some of these may be set to have no reliability-indicating effect (i.e., are unrelated to the target selection lottery result), while others may have a reliability-indicating effect (i.e., are related to the target selection lottery result). For example, the normal reaction image 38 may have a reliability-indicating effect, while the specific reaction image 39 and non-specific reaction image 40 may not. In this case, the normal sensor reaction period is the period during which a sensor reaction animation with a reliability-indicating effect (display of normal reaction image 38) occurs, and the specific sensor reaction period is the period during which a sensor reaction animation without a reliability-indicating effect (display of specific reaction image 39 or non-specific reaction image 40) occurs.

If any of the normal reaction image 38, specific reaction image 39, or non-specific reaction image 40 is an image that does not have a reliability-indicating effect, then the image that does not have a reliability-indicating effect may be a predetermined specific image. For example, if specific reaction image 39 and non-specific reaction image 40 are set to have no reliability-indicating effect (the specific sensor reaction period is defined as the period during which sensor reaction effects without reliability-indicating effects occur), then the image displayed as specific reaction image 39 is determined to be reaction image A, and the image displayed as non-specific reaction image 40 is determined to be reaction image B (≠ reaction image A).

Specific Example 15-6
The system is configured so that there is no normal sensor reaction period. In other words, if a sensor reaction period is provided, it is a specific sensor reaction period. In this configuration, all sensor reaction periods are configured so that different reaction images are displayed (different reaction effects occur) depending on whether the sensor 37 is ON or the target operation means is ON. In other words, different actions occur depending on whether the sensor is ON or the target operation means is ON, not just for part of the sensor reaction period, resulting in a more intuitive gameplay experience than the above embodiment.

Specific Example 15-7
As a type of sensor reaction period, there may be a period in which no reaction occurs even when the target operating means (an operating means that, when operated (turned ON) during the normal sensor reaction period or specific sensor reaction period) is operated (hereinafter referred to as the sensor-limited reaction period). That is, during the sensor-limited reaction period (see Figure 118(a)), a reaction is generated when the sensor 37 is turned ON (see Figure 118(b-1)), but no reaction occurs when the target operating means is turned ON (the target operating means is operated) (see Figure 118(b-2)). In this way, an interesting gameplay experience can be achieved in which there may be a sensor reaction period in which a reaction occurs when the target operating means is turned ON, and there may also be a sensor reaction period in which there is no reaction even when the target operating means is turned ON.

Specific Example 15-8
It is known that as part of the fluctuation effects, operation request effects occur that require the operation of a certain type of operation means. The target operation means is assumed to be an operation means that is not the target of operation request effects (it is assumed that operation request effects that require the operation of the target operation means will not occur). For example, suppose a button (hereinafter referred to as the center button 621) is provided in the center of the directional pad 62 (the center button 621 is not one of the up, down, left, or right keys that make up the directional pad 62). The setting is that the center button 621 is the target operation means. In other words, during the sensor reaction period (normal sensor reaction period, specific sensor reaction period) (see Figure 119(a); Figure 119 shows an example of the specific sensor reaction period), even if the sensor 37 is not turned ON, the operation of the center button 621 (turning ON) (see Figure 119(b-1)) will trigger a reaction effect (see Figure 119(c-1)). It is assumed that operation request effects that require the operation of the center button 621 will not occur as part of the fluctuation effects.

It is difficult to imagine that any reaction would occur from the operation of a "rare operation method" that is not used in the operation request animation. Therefore, by designating this "rare operation method" as the target operation method, as in this example, it becomes difficult to detect that some reaction occurs due to the operation of the target operation method even if the sensor 37 is not turned ON during the sensor reaction period (emphasizing that it is a "hidden" animation).

Although embodiments of the present invention have been described in detail above, the present invention is not limited in any way to the above embodiments, and various modifications are possible without departing from the spirit of the invention.

The matters described in the above embodiment can also be applied to other gaming machines, such as revolving-type gaming machines, except for the use of configurations specific to pachinko gaming machines.

In the above embodiment, the winning/losing results are set to either a jackpot or a loss, and a jackpot is won (a jackpot game is executed) when a jackpot is won. However, it is also possible to win a jackpot via a so-called minor win. Since the gameplay of being able to win a jackpot via a minor win (the gameplay of a so-called "Type 2 game machine") is well known, a detailed explanation will be omitted. However, if, for example, a minor win is set to lead to a jackpot (except in cases of irregular events such as a malfunction of the game machine or the player not following instructions), then the "jackpot" described in the above embodiment can be replaced with a "minor win" (for example, "jackpot probability" is the sum of the probability of winning a jackpot (direct win) and the probability of winning a minor win, and winning a "minor win" is essentially the same as winning a "jackpot").

The above-mentioned gaming machine 1 may also be a managed gaming machine (a so-called smart pachinko machine). That is, it may be a machine in which the game balls are sealed inside, allowing the player to play without touching the balls.

1. Gaming machine 10. Pre-suggestion image 11. Development image 12. First performance image 13. Second performance image 14. Specific corresponding image 15. Specific light-emitting part 151. Other light-emitting part 161. Target variation image 162. Pre-read variation image 17. Target stage image 18. Prescribed information image 191. Zone image 192. Symbol type image 20. Special confirmation image 21. Limit number suggestion image 23. Special performance image 24. Specific opportunity image 25. Specific performance image 26. Non-specific performance image 28. Target state image 29. Target associated image 30. Normal display position image 31. Specific result image 32. Correspondence emphasis image 33. Progress image 35. Reach corresponding image 37. Sensor 38. Normal reaction image 39. Specific reaction image 40. Non-specific reaction image 61. Push button 62. Cross key 65. Special operation unit 71. Display during variation 72. Display before variation 70n. Normal display mode 70s. Special display mode 80. Decorative symbol 80g. Decorative pattern group 904 Starting area (904a First starting area 904b Second starting area)
905 Normal area 906 Grand prize area 908 Launching device 909 Other prize area 909p Standard light-emitting part 91 Display device 911 Display area

Claims (1)

A method for conducting a draw to determine whether a winner will be selected,
An effect execution means that performs a variation effect from the time the decorative pattern starts to change until it stops in a manner corresponding to the result of the win/fail lottery by the win/fail lottery means,
Equipped with,
As a feature constituting the aforementioned variable effect, it is possible to execute a selection-reflection effect in which the player selects their preferred element from among several types of effect elements, and which occurs after a pre-selection in which the target effect element is output.
The aforementioned selection reflection animation is initiated with the selected animation element, which is the animation element selected in the prior selection, as the target animation element.
After the selection reflection animation is initiated, if a specific change occurs in which the target animation element changes to one of the unselected animation elements that the player did not select in the prior selection, the probability of the player being notified that the win/loss lottery result by the win/loss lottery means is higher than if the specific change does not occur .
After the aforementioned specific change occurs in the selection reflection animation, the target animation element may automatically revert to the one corresponding to the selected animation element, regardless of the player's selection.
A gaming machine characterized by the following features.