JP7360696B2 - gaming machine - Google Patents

Description

The present invention relates to a gaming machine.

A gaming machine is known that can perform an effect (referred to as an image displacement effect) that changes a state in which an image is displayed in a display area to a state in which the image appears to be displaced with respect to the display area. (For example, see Patent Document 1 below).

Japanese Patent Application Publication No. 2016-198359

The problem to be solved by the present invention is to provide a gaming machine that can improve the interest of gaming through image displacement effects.

A gaming machine according to the present invention, which has been made to solve the above problems, includes a display means having a display area, and a display means in which the reference image is displaced with respect to the display area from a reference state in which the reference image is displayed in the display area. and effect execution means for executing an image displacement effect that changes to the displayed displacement state, wherein in the displacement state, the reference image indicates a predetermined event that indicates that an event advantageous to the player will occur. The game player is characterized in that an event advantageous to the player actually occurs when the reference image returns to the reference state in a mode including the predetermined symbol combination after being set to the mode including the symbol combination.

According to the game machine according to the present invention, it is possible to improve the interest of the game through image displacement effects.

FIG. 1 is a front view of the gaming machine according to the present embodiment. It is a diagram showing identification symbols and pending symbols displayed in a display area. FIG. 3 is a diagram for explaining the basic aspect of image displacement effect. FIG. 7 is a diagram for explaining notification of establishment of a “specific combination” by image displacement effect (first image displacement effect). 5 is a diagram continuation of FIG. 4 for explaining a case in which a successful result (a result in which a specific combination is established) is obtained. FIG. FIG. 5 is a diagram continuation of FIG. 4 for explaining a case where a failure result (a result in which a specific combination is not established) is obtained. FIG. 7 is a diagram for explaining a second specific example regarding the first image displacement effect. FIG. 7 is a diagram for explaining a third specific example regarding the first image displacement effect. FIG. 7 is a diagram for explaining a fourth specific example regarding the first image displacement effect. FIG. 7 is a diagram for explaining a fifth specific example regarding the first image displacement effect. FIG. 7 is a diagram for explaining a sixth specific example regarding the first image displacement effect. FIG. 7 is a diagram for explaining a "stage change" (second image displacement effect) based on image displacement effect. 13 is a diagram (continuation of FIG. 12) for explaining a "stage change" (second image displacement effect) by image displacement effect. FIG. FIG. 7 is a diagram for explaining one of the first specific examples regarding the second image displacement effect. FIG. 14 is a diagram for explaining one of the first specific examples (an example different from FIG. 14) regarding the second image displacement effect. 15 is a diagram for explaining one of the first specific examples (an example different from FIGS. 14 and 15) regarding the second image displacement effect. FIG. FIG. 7 is a diagram for explaining one of the second specific examples regarding the second image displacement effect. FIG. 17 is a diagram for explaining one of the second specific examples (an example different from FIG. 17) regarding the second image displacement effect. 18 is a diagram for explaining one of the second specific examples (an example different from FIGS. 17 and 18) regarding the second image displacement effect. FIG. FIG. 7 is a diagram for explaining a third specific example regarding the second image displacement effect. FIG. 7 is a diagram for explaining a fourth specific example regarding the second image displacement effect. FIG. 3 is a diagram for explaining preliminary image rendering. FIG. 22 is a diagram (continuation of FIG. 22) for explaining preliminary image rendering. FIG. 7 is a diagram for explaining a first specific example regarding advance image production. FIG. 7 is a diagram for explaining a second specific example regarding advance image rendering. FIG. 7 is a diagram for explaining a fifth specific example regarding advance image production. FIG. 7 is a diagram for explaining a sixth specific example regarding advance image production. FIG. 7 is a diagram for explaining a seventh specific example regarding advance image production. FIG. 12 is a diagram for explaining an eighth specific example regarding advance image production. It is a diagram showing an example of a unit image that may be displayed during a step-up effect. It is a diagram for explaining step-up performance. FIG. 32 is a diagram (continuation of FIG. 31) for explaining a step-up effect. It is a diagram for explaining a first specific example regarding step-up performance (an example in which the technical idea explained using step-up performance is applied to selection performance). It is a diagram for explaining a third specific example regarding step-up performance. FIG. 7 is a diagram for explaining fourth to sixth specific examples regarding step-up effects.

1) Basic configuration of gaming machine Hereinafter, one embodiment of the gaming machine 1 according to the present invention will be described in detail with reference to the drawings. First, the overall configuration of the gaming machine 1 will be briefly described with reference to FIG.

The gaming machine 1 includes a gaming board 90. The game board 90 is formed of approximately square plywood, and the guide rail 903, which constitutes a path for guiding the game ball fired by operating the firing device 908 (launching handle) to the gaming area 902, has a roughly arc shape. It is set up like this.

The gaming area 902 is provided with a display device 10, a starting winning opening 904, a big winning opening 906, an out opening, and the like. The display area 11 of the display device 10 is an area that is visible through an opening formed in the game board 90. Further, in the game area 902, a plurality of game nails are provided as obstacles that change the manner in which the game balls flow down when they collide with each other. The game ball flowing down the game area 902 changes into various modes depending on the conditions when it collides with the game nail.

In such a gaming machine 1, a game ball is fired toward the gaming area 902 by operating the firing device 908. When the game balls flowing down the gaming area 902 enter a winning opening such as the starting winning opening 904 or the big winning opening 906, a predetermined number of winning balls are paid out by the payout device.

Note that explanations of components of the gaming machine 1 that are not related to the present invention, such as the frame of the gaming machine 1, the lower tray and the upper tray for storing game balls, will be omitted. For these, structures similar to those of known gaming machines can be applied.

The jackpot lottery is executed by a propriety determining means provided on a control board (not shown) triggered by the winning of a game ball into the starting winning hole 904 (a plurality of such starting winning holes may be provided). Specifically, when a game ball enters the starting prize opening 904, a numerical value (win/fail determination information) is obtained from a random number source, and if the numerical value is the same as a predetermined jackpot value, it is a jackpot. , if they are different, it will be an outlier. In this embodiment, the notification of the validity judgment results is started in the order in which the numerical values are obtained (so-called fluctuation is started), but there is validity judgment information for which the notification of the validity judgment results has not been completed yet. In this case, the newly acquired validity determination information is stored as pending information in a storage means provided on the control board (not shown). The fact that the reservation information is stored in the storage means is displayed as a reservation image (reservation symbol) 80 (see FIG. 2).

In the present embodiment, as the pending image 80, although the notification effect for notifying the result of the judgment has started (the fluctuation of the identification pattern 70 (identification pattern group 70g) indicating the result of the judgment has started), the judgment The notification of the result has not been completed (the fluctuation of the identification symbol 70 (identification symbol group 70g) has not stopped in the mode showing the result of the judgment). (image shown) and a pending image 82 before fluctuation corresponding to the notification effect that notifies the result of the determination of validity has not started (fluctuation of the identification symbol 70 (identification symbol group 70g) indicating the result of determination of validity has not started) is displayed (see Figure 2). An upper limit is determined for the maximum number of stored hold information corresponding to the pre-change hold image 82. In this embodiment, the maximum number of stored reservation information (win/fail judgment information) obtained by winning the starting prize opening 904 (so-called "special drawing 1") is four.

In this embodiment, similar to known gaming machines, the player is notified of the result of the judgment based on the combination of identification symbols 70 (see FIG. 2) displayed in the display area 11 of the display device 10. Specifically, the identification symbol group 70g (left identification symbol group 70gL, middle identification symbol group 70gC, right identification symbol group 70gR) including multiple types of identification symbols 70 starts to fluctuate, and finally each identification symbol group 70g The first identification symbol 70 is selected and stopped. When a jackpot is won, the combination of the stopped identification symbols 70 selected from each identification symbol group 70g becomes a predetermined combination (for example, a set of three identical identification symbols 70). If it is a loss, another combination (other than the combination that results in a jackpot) will be used. In each figure, only "numbers (letters)" forming the identification pattern 70 are illustrated, but a pattern in which the numerals and characters are combined can be set as the identification pattern 70.

2) Various Performances Various performances are performed as performances that constitute the notification performance (performance from the start of variation of the identification symbol 70 until it stops at the combination indicating the validity determination result) that notifies the result of the validity determination. Hereinafter, various performances that can be executed by the gaming machine 1 according to the present embodiment will be explained. Note that not all of the effects described below need to be executable. In addition, in the following description, the term "image" (for example, "reference image", etc.) includes both still images and moving images. Furthermore, during the performance described below, small images indicating various information regarding the game, such as so-called small symbols, may be displayed in the display area 11 (displayed near the outer edge of the display area 11 so as not to be noticeable) However, the following description will ignore the existence of the image (illustration of the image will also be omitted). In other words, this is only a description of an image for presentation to be shown to a player.

2-1) Image displacement effect 2-1-1) Basic aspect of image displacement effect The basic aspect of image displacement effect is the reference state (FIG. 3) in which the reference image 20 is displayed in the display area 11 of the display device 10. a)) to a displaced state (see FIG. 3(b) etc.) in which the reference image 20 is displayed as if it were displaced with respect to the display area 11. The reference image 20 is an image displayed in the display area 11 in a reference state. In this embodiment, an image displayed in the entire display area 11 in the reference state is set as the reference image 20. However, a configuration may be adopted in which only a part of the image displayed in the display area 11 in the reference state is displaced as the reference image 20. The reference image 20 may be either a still image or a moving image, but the contents of the image represented by the reference image 20 are maintained in a form that can be viewed by the player as the same from the reference state to the displacement state. By doing so, the player gets the impression that the image displayed in the reference state has been displaced (shifted) with respect to the display area 11. The reference state can also be considered to be a state in which the reference image 20 is not displaced with respect to the display area 11, that is, a state in which it is displayed on substantially the entire display area 11.

Various modes of displacement of the entire reference image 20 with respect to the display area 11 can be considered. In this embodiment, the reference image 20 is displayed as if it were displaced to the back (rearward) with respect to the display area 11 (display device 10) (display as if it were displaced backwards) (see FIG. 3). b)). It can also be said that the reference image 20 is displayed as if it were zoomed out backwards. However, this displacement mode is just an example. As shown in FIG. 3(c-1), the reference image 20 is aligned along the plane direction (the direction along the display area 11 of the display device 10; the same applies hereinafter) (in at least one of the vertical and horizontal directions). The reference image 20 may be displayed as if it has been displaced, or as shown in FIG. The image may be displayed as if it had been displaced three-dimensionally.

Alternatively, a mode may be adopted in which the amount of displacement of the reference image 20 changes over time (for example, a mode in which the reference image 20 shakes). Further, the outline shape of the reference image 20 may be changed (for example, the outline of the reference image 20 may be distorted). Alternatively, the reference image 20 may be displaced so that a part of it is located outside the display area 11 (a part of the reference image 20 is partially visible). Alternatively, the reference image 20 may be divided into a plurality of parts and each part may be displayed as if displaced with respect to the display area 11.

Furthermore, in the displacement state of the image displacement effect, a frame image 20K along the outer edge of the reference image 20 is displayed (see FIG. 3(b)). The frame image 20K indicates a portion corresponding to the outer edge of the display area 11 in the reference state. In this embodiment, the frame image 20K is not displayed in the reference state. In other words, since the image displacement effect is a effect in which the reference image 20 is displayed as if it were displaced with respect to the display area 11, the frame image 20K is displayed in a displaced state in order to represent the displacement. The player gets the impression that the outer edge of the display area 11 in the reference state has shifted to the position displayed as the frame image 20K in the displaced state. The display area 11 has a roughly rectangular shape, so if the image displacement effect is such that the reference image 20 is displayed as if it were displaced to the back as in this embodiment, the frame in the displaced state is The image 20K is assumed to have a rectangular shape smaller than the display area 11. In this embodiment, from the reference state to the displaced state, the frame image 20K changes its shape so as to gradually move away from the outer edge of the display area 11, and finally reaches the state shown in FIG. 3(b). Note that the frame image 20K may not be displayed in the displaced state.

The reference image 20 in this embodiment includes an identification pattern 70 (see FIG. 3). Specifically, the reference image 20 includes at least the identification pattern 70 and a background image displayed as its background. If the image layer that displays the identification pattern 70 and the image layer that displays the background image are separate layers, and the former layer is set in front of the latter layer, the background image can be used as the background of the identification pattern 70. The displayed aspects can be constructed. In this embodiment, in order to realistically express the displacement of the reference image 20 with respect to the display area 11, the continuity of the fluctuation of the identification pattern 70 (identification pattern group 70g) is maintained even in the process of changing from the reference state to the displacement state. is maintained (fluctuation continues). Note that this does not necessarily negate the setting in which the reference image 20 does not include the identification pattern 70.

Note that the reference image 20 in this embodiment does not include the reserved image 80. That is, even in the displaced state, the position where the reserved image 80 is displayed does not change (see FIG. 3). However, the reference image 20 may include the reserved image 80.

2-1-2) Notification of establishment of “specific combination” by image displacement effect (first image displacement effect)
As described above, in this embodiment, the result of the judgment is notified based on the combination of the identification symbols 70. A combination of three of the same identification symbols 70 is a combination indicating a jackpot (jackpot combination), and any other combination is a combination indicating a loss (loss combination). Some of the losing combinations are set as "specific combinations." Displaying a specific combination occurs as a type of so-called "pre-reading (direction).""Pre-reading(effect)" is the probability that a certain validity determination result (target validity determination result) will be a jackpot, and the notification performance (previous (The detailed explanation of "pre-reading (effect)" is omitted because it is well known). If the combination indicated by the previous success/failure judgment result is a specific combination, the probability that the object judgment result will be a jackpot (so-called (jackpot) reliability) increases. In other words, the specific combination is a so-called "opportunity". In this embodiment, the greater the number of future notification effects used as pre-read effects (the so-called number of pre-read effects), that is, the greater the number of times a specific combination is displayed, the higher the jackpot reliability becomes.

The specific combination may be of any type. It suffices if a rule is set so that it can be distinguished whether it is a specific combination or not. In this embodiment, the combination consisting of the identification symbol 70 of "3" and the identification symbol 70 of "7" (of course, excluding the jackpot combination of three "3" and "7") It is set as a specific combination. In addition, in this embodiment, the type (rule) of the specific combination is only this one type, but other types may be set (for example, odd number identification patterns 70 other than "3" and "7"). A combination consisting of is another type of specific combination). When a plurality of types of specific combinations are set, it is preferable that the jackpot reliability when each specific combination is constructed is different from each other. Further, it is preferable that the identification pattern 70 constituting the specific combination and other identification patterns 70 can be distinguished. In the above example, the colors of the identification symbols 70 for "3" and "7" are made different from the colors of the other identification symbols 70. By doing so, it is possible to easily understand that the identification patterns 70 of the same color are a specific combination.

Hereinafter, an image displacement effect (referred to as a first image displacement effect to distinguish it from a second image displacement effect described later) that may be executed when there is a possibility that the above-mentioned specific combination is established in the previous notification effect. (sometimes). First, the reference state (see FIG. 4(a)) changes to the displaced state (see FIG. 4(b)). As described above, the reference image 20 is displayed as if it were displaced toward the rear with respect to the display area 11. From the reference state to the displacement state (immediately after shifting to the displacement state), the continuity of the fluctuation of the identification pattern 70 (identification pattern group 70g) is maintained (see FIG. 4(b)).

Thereafter, the variation speed of the identification symbols 70 is reduced, and the reference image 20 in the displaced state is brought into a state including three identification symbols 70 (see FIG. 4(c)). The combination of the three identification symbols 70 is a specific combination (for example, a combination of "3, 7, 7"). In addition, in this displacement state, the fluctuation (movement) of each identification symbol 70 is not completely stopped (at this point, the notification of the result of the judgment has not been completed, and the specific combination has not been established. ). Specifically, although it appears to the player that the machine has stopped, it is actually in a pseudo-stopped state (for example, a slightly swaying state) that is not completely stopped. Such a state can be said to be a state that indicates to the player that a specific combination may be established (a situation in which it is likely to be established). Simply put, it is an "incitement" that indicates that a particular combination may be established.

Establishment of a specific combination brings about an advantageous phenomenon for the player in that the reliability of the jackpot of the object validity determination increases. Therefore, the reference image 20 in the displaced state is a "suggestion element" (an identification symbol constituting a specific combination) that suggests that an event advantageous to the player will occur (indicates that an advantageous event may occur). 70).

In the displacement state, an area other than the area where the reference image 20 (frame image 20K) is displayed in the display area 11, that is, an area outside the reference image 20 (frame image 20K) is defined as a non-reference area 12. It can also be said that the non-standard area 12 is an area that occurs when the standard image 20 is displayed as if displaced with respect to the display area 11. In the displaced state, the effect image 30 is displayed in the non-standard area 12 (see FIGS. 4(b) and 4(c)). The effect image 30 is an image displayed to enhance the effect in the displacement state. In this embodiment, an image that looks like a "television" is displayed around the reference image 20 (frame image 20K). Specifically, the reference image 20 is the "image display part" (monitor part) of the television, and the first effect image 31 is an image that looks as if the television casing (frame part, etc.) exists around it. Is displayed. Furthermore, in the non-standard area 12, a person who appears to be watching the "television" is displayed as a second effect image 32. In this way, in the displacement state, an image is displayed in the display area 11 that shows a situation as if a certain person is watching a television set with a specific combination of identification patterns 70 displayed in the image display area. . It should be noted that although such a performance image 30 does not necessarily have to be displayed, it can be said that at least when the performance image 30 is displayed, the performance is easier to understand than when it is not displayed.

The point in time when a specific combination is constructed using the identification symbol 70 that has pseudo-stopped in the reference image 20 that is in the displaced state is the turning point of the performance. Specifically, a case in which a successful result occurs (a case in which an event advantageous to the player occurs) after the reference image 20 includes the identification symbol 70 (suggestive element) constituting a specific combination (see FIG. 5) ), or a case of failure (a case where no event advantageous to the player occurs) (see FIG. 6) occurs. Each ending will be explained below.

After the displacement state, the case where the reference image 20 returns to the reference state in a manner including the identification pattern 70 (suggestive element) constituting the specific combination is a success result. Specifically, the identification pattern 70 constituting the specific combination displayed on the "television" monitor is zoomed in, and a change occurs in which the reference image 20 (television monitor part) spreads over the entire display area 11. By returning to the standard state (see FIG. 5(a)), a state is reached in which the identification symbols 70 constituting the specific combination are displayed in the display area 11. After returning to the standard state, the movement (fluctuation) of the identification pattern 70 completely stops. In other words, it is shown that the previous success/failure determination result is a loss, and it is also shown that the combination indicating the loss is a specific combination (chance combination) (see FIG. 5(b)). That is, in the case of a successful result, the formation of the specific combination is indicated in the entire display area 11, and an event advantageous to the player occurs in that the reliability of the jackpot of the target validity determination result increases. Thereafter, the notification performance (next variation) regarding the next validity determination result is started (see FIG. 5(c)). If the next validity determination result is not the target validity determination result, the above-mentioned first image displacement performance (second look-ahead) may occur in the notification performance of the next validity determination result. .

On the other hand, failure occurs when the reference image 20 changes from a mode including the identification pattern 70 (suggestive element) constituting the specific combination to a mode not including the identification pattern 70 (suggestive element) constituting the specific combination in the displacement state. This is the result. Specifically, an image that shows that the "television" displaying the identification pattern 70 (suggestive element) constituting the specific combination is in a broken state (for example, is smoke coming from the TV casing? ) is displayed in the non-standard area 12 as an auxiliary image 39 that clearly indicates that the result was a failure. Along with this, a so-called sandstorm (snow noise) appears to be displayed on the "TV" monitor. That is, in the case of a failure result, the identification pattern 70 (suggestive element) constituting the specific combination included in the reference image 20 is deleted, and the reference image 20 does not include the identification pattern 70 (suggestive element) constituting the specific combination. state (see FIG. 6(a)). A change to such a state indicates that the specific combination has not been established (a result disadvantageous to the player). In other words, an event advantageous to the player, such as an increase in the reliability of the jackpot based on the target validity determination result, does not occur.

After reaching a failure result, the scene is switched and a combination of identification symbols 70 indicating that the previous success/failure determination result is a failure is displayed in the display area 11. The combination of the identification symbols 70 is not a specific combination (see FIG. 6(b)). In other words, after reaching a failure result, it is clearly shown again that the specific combination (chance) was not established. Thereafter, the notification performance (next variation) regarding the next validity determination result is started (see FIG. 6(c)).

As described above, the first image displacement effect in the present embodiment includes the reference image 20 in the displaced state including a suggestion element that suggests that an event advantageous to the player will occur, and the reference image 20 includes the suggestion element. This is an interesting presentation in which an advantageous event will actually occur if the condition returns to the standard state.

On the other hand, when the reference image 20 changes from a mode including the suggestive element to a mode not including the suggestive element in the displacement state, it is an easy-to-understand effect that no event advantageous to the player occurs. In particular, in the present embodiment, since the auxiliary image 39 (an image that looks like smoke coming out of a television) indicating that the result is disadvantageous to the player is displayed in the non-standard area 12, it is difficult to avoid the disadvantageous result. It's easy to understand. The non-standard area 12 is an area that is generated when the standard image 20 is displayed as if displaced with respect to the display area 11. Therefore, displaying the auxiliary image 39 means that the standard image 20 is displaced from the display area 11. It can also be said that this is a production that skillfully takes advantage of the fact that it is displayed as if it were displaced from the other side.

The above-mentioned first image displacement effect can be considered to mean that the suggestion element included in the reference image 20 is not valid when it is in the displaced state, but becomes valid when the reference image 20 returns to the reference state. From the opposite perspective, unless the reference image 20 including the suggestion element returns to the reference state, the suggestion by the suggestion element will not become effective.

Hereinafter, specific examples in which the matters related to the first image displacement effect are improved, materialized, modified, etc. will be explained. Note that, as far as possible, a configuration may be adopted in which a plurality of techniques described using the following specific examples are applied in combination.

○First specific example In the above embodiment, building a specific combination using the identification symbol 70 that notifies the previous success/failure determination result (loss) is set as a look-ahead effect that increases the probability that the target success/failure determination result will be a jackpot. Although we have explained that this is a pre-reading effect, it can also be used for effects other than look-ahead effects. It is not something that occurs across multiple notification effects (multiple variations) like a look-ahead effect, but a single notification effect (a notification effect that notifies the result of the validity judgment that is subject to the reliability suggestion by the first image displacement effect). It may also occur in For example, it can also be used for so-called pseudo-continuous performances. Since the pseudo-continuous effect itself is well known, a detailed explanation will be omitted, but in the notification effect to notify the result of the target validity judgment, the fluctuating identification symbol 70 pseudo-stops and the unit effect changes again once or multiple times. It is something that is repeated. The occurrence of the unit performance is set as an advantageous event for the player who increases the reliability of the jackpot (generally, the greater the number of occurrences of the unit performance, the higher the reliability of the jackpot).

The combination of the identification patterns 70 at the time of pseudo stop is a specific combination (a combination based on a different rule from the above embodiment may be used. The identification pattern 70 in the middle and the identification pattern on the right, such as "3, 4, 4") 70 is the same), unit performance (re-variation) occurs. In such a configuration, whether or not a specific combination is established can be indicated by the first image displacement effect. That is, the events advantageous to the player indicated by the establishment of a specific combination are not limited to the events described in the above embodiment.

○Second specific example In the above embodiment, it has been explained that the suggestion element included in the reference image 20 is a specific combination (chance) formed by the identification pattern 70, but an event advantageous to the player may occur. Any element that suggests this and can be included in the reference image 20 (that can be displayed as an image) may be used. For example, suppose that an image (hereinafter referred to as an opportunity image 35) is set that, when displayed in a certain notification effect, increases the probability that the result of the judgment corresponding to the notification effect will be a jackpot. The first image displacement effect can be used as a "prompt" to determine whether or not the opportunity image 35 will be displayed (a so-called chance-up effect will occur).

In the displaced state, the reference image 20 is assumed to include the opportunity image 35 as a suggestive element (see FIG. 7(a)). If the result is a success, the reference image 20 returns to the reference state including the opportunity image 35. In other words, the opportunity image 35 is displayed in the display area 11, indicating that the reliability of the jackpot in the target validity judgment has increased, that is, the chance-up effect has occurred (see FIG. 7 (b-1)). ). On the other hand, when the reference image 20 changes from a state including the opportunity image 35 to a state not including the opportunity image 35 in the displacement state, it is shown that the chance up has not occurred (Fig. 7(b- 2)). In this way, the opportunity image 35 included in the reference image 20 is not valid at the time of the displacement state, and when the reference image 20 including the opportunity image 35 returns to the reference state, the suggestion by the opportunity image 35 becomes valid (reference image 20 The suggestion by the opportunity image 35 does not become effective unless the image returns to the reference state).

Note that the opportunity image 35 may have a different appearance in the displaced state and after returning to the reference state. For example, in the displaced state, the opportunity image 35 is made translucent to show that the suggestion by the opportunity image 35 is not yet valid (see FIG. 7(a)), while after returning to the reference state, In order to show that the suggestion of the opportunity image 35 is effective, the opportunity image 35 is set in a non-transparent mode (a mode that is clearer than the mode in the displaced state) (see FIG. 7(b-1)). In this way, it is sufficient that the opportunity image 35 in the displaced state and the opportunity image 35 after returning to the reference state can be identified as the same.

Further, a plurality of types of opportunity images 35 may be set. For example, a plurality of types of opportunity images 35 may be set that differ in the jackpot reliability of the object validity determination result in the case of a successful result. By doing so, the more reliable the opportunity image 35 displayed in the displaced state is, the more the player can realize a gaming experience in which the player hopes for a successful outcome.

Third Specific Example It is assumed that the probability of a successful result (probability of an event advantageous to the player occurring) is suggested by the aspect of the effect image 30 displayed in the non-standard area 12 in the displacement state. In the above embodiment, it has been explained that a person who appears to be watching "TV" is displayed in the non-standard area 12 as the second effect image 32. However, as the second effect image 32, multiple types of candidate images are displayed. One of them shall be displayed. The probability of a successful result differs depending on which of the plurality of candidate images is displayed as the second effect image 32. For example, it is assumed that either the second effect image A (see FIG. 8(a)) or the second effect image B (see FIG. 8(b)) is displayed. The setting is such that the probability of a successful result is higher when the second effect image B is displayed than when the second effect image A is displayed (see FIG. 8). In other words, the probability of a successful result is suggested depending on which of the plurality of candidate images is actually displayed as the effect image 30.

As explained in the above embodiment, the reference image 20 is displayed as if displaced with respect to the display area 11, so that the non-reference area 12 inevitably occurs. It can be said that this example skillfully utilizes the non-standard area 12 that inevitably occurs.

Fourth Specific Example It is assumed that the shape of the reference image 20 in the displaced state, that is, the shape of the frame image 20K, may differ each time the performance is performed. It is assumed that the shape of the reference image 20 suggests the probability of a successful result. For example, three types of candidate shapes for the reference image 20 are set: a first shape (see FIG. 9(a)), a second shape (see FIG. 9(b)), and a third shape (see FIG. 9(c)). It is assumed that In the displacement state in the first image displacement effect, one of the three shapes is set as the shape of the reference image 20. Then, the first shape, second shape, and third shape are set to have a high probability of a successful result (the third shape has the highest probability) (see FIG. 9). By doing so, it is possible to create a presentation mode that also focuses on the shape of the reference image 20 in the displaced state. The fact that the reference image 20 is in a displaced state means that its shape can be changed, which suggests the probability of a successful result.

In the case of this example, it is preferable that the larger the size of the reference image 20 in the displaced state (the larger the area it occupies with respect to the entire display area 11), the higher the probability of a successful result. For example, if you want to set the first shape, second shape, and third shape to have a high probability of success (the third shape is the highest), then the first shape, the second shape, and the third shape The size of the reference image 20 may increase in this order (see FIG. 9). The fact that the reference image 20 in the displaced state is large means that the outer edge (frame image 20K) of the reference image 20 is close to the display area 11. The fact that the outer edge of the reference image 20 is close to the display area 11 means that the reference image 20 appears to spread easily to the entire display area 11. In other words, by making the size of the reference image 20 and the spreading of the reference image 20 (successful result) in a related manner, the first image displacement effect becomes easier to understand.

○Fifth specific example It is assumed that the aspect of the frame image 20K in the displaced state may differ each time the effect is performed. It is assumed that the aspect of the frame image 20K suggests the probability of a successful result. For example, three types of candidate modes for the frame image 20K are set: a first mode (see FIG. 10(a)), a second mode (see FIG. 10(b)), and a third mode (see FIG. 10(c)). It is assumed that In the displacement state in the first image displacement effect, one of the three modes is set as the mode of the frame image 20K. Then, the first aspect, the second aspect, and the third aspect are set to have a high probability of a successful result (the third aspect is the highest) in this order (see FIG. 10). By doing so, it is possible to create a presentation mode that also draws attention to the mode of the frame image 20K in the displaced state.

Various methods can be considered for setting differences in the aspect of the frame image 20K. It is conceivable to set different modes depending on the color of the frame image 20K, the thickness of the frame image 20K, etc. (in the example shown in FIG. 10, the "thickness" of the frame image 20K is different).

○Sixth Specific Example In the above embodiment, it has been explained that the case where the reference image 20 changes from a state including a suggestive element to a state not including the suggestive element in the displacement state is a failure result, but this is only a failure result. This is an example. If the reference image 20 does not return to the reference state (that is, the state is different from a successful result), there are various possible ways to set it as a failure result.

For example, regardless of whether the result is a success or a failure, the reference image 20 in the displaced state tries to return to its original state (see FIG. 11(a)). That is, the reference image 20 becomes larger as it approaches the display area 11 (the reference image 20 appears to be zoomed in). Ultimately, the success result is set that the outer edge of the reference image 20 (frame image 20K) grows until it becomes invisible (see FIG. 11 (c-1)), and that it does not reach that point (for example, it becomes smaller). ) (see FIG. 11(c-2)) is set as a failure result. In other words, whether or not the reference image 20 extends to the entire display area 11 is set as the difference between success and failure. Note that, at a stage before the result is reached, "agitation" may occur in which the outer edge of the reference image 20 (frame image 20K) becomes larger or smaller (see FIG. 11(b)). . This has the advantage of making it easier to understand the purpose (goal) of the performance.

2-1-3) "Stage change" by image displacement effect (second image displacement effect)
In this embodiment, a stage change using image displacement effect occurs. The "stage" can be said to correspond to the "style" of the notification performance to be performed (sometimes referred to as a "mode", "zone", etc.). For example, a stage of a character from an anime that is a motif of the gaming machine 1 is set. If a stage for a certain character is set, a notification effect will be developed in which the certain character will be the main character, and if a stage for another character is set, a notification effect will be developed in which the other character will be the main character. The performance unfolds. The difference between the stages also appears in the background image displayed as the background of the identification pattern 70. The name of the currently set stage, such as "○○ stage", may be displayed in the display area 11 (included in the background image).

The flow when a "stage change" occurs from the first stage to a second stage different from the first stage will be described below. Note that there may be three or more types of stages. In addition, in the drawing, when the first stage is set, the characters "XX stage" are displayed in the display area 11, and when the second stage is set, the characters "XX stage" are displayed in the display area 11. (included in the background image) represents the difference between the two stages (note that the characters are omitted in figures other than the figure explaining the second image displacement effect). Further, the background image of the first stage may be referred to as a first background image 41, and the background image of the second stage may be referred to as a second background image 42.

In the first stage of the stage change, the reference image 20 is displayed as if it were displaced with respect to the display area 11 from the reference state in which the reference image 20 is displayed in the display area 11 (see FIG. 12(a)). 12(b)). In this embodiment, the reference image 20 is displayed as if it were displaced to the back (backward) with respect to the display area 11 (displayed as if it were displaced backwards). In other words, the first stage can be said to be the image displacement effect itself. The reference image 20 at this stage includes the identification pattern 70 and its background image. The background image is the background image before the stage change, that is, the first background image 41. In addition, in this embodiment, since the stage change occurs while the identification pattern 70 (identification pattern group 70g) is changing, the identification pattern 70 included in the reference image 20 is changing. A stage change may occur when the fluctuation of the identification symbol 70 is stopped or pseudo-stopped (a state in which it appears to the player to have stopped, although it has not completely stopped).

In the second stage after the first stage, the specific image 50 is displayed in the non-standard area 12 (see FIG. 12(c)). That is, in the first stage, the specific image 50 is displayed in the non-standard area 12 that inevitably occurs when the standard image 20 is displayed as if displaced with respect to the display area 11. The specific image 50 is an image for realizing a "stage change". In this embodiment, a specific image 50 representing a "door" (a pair of left and right "doors") is displayed in the non-standard area 12 that occurs on the left and right sides of the standard image 20. Note that the "door" in this embodiment represents a "swinging door". Note that reaching the displacement state in the first stage and the second stage (displaying the specific image 50 in the non-standard area 12) may occur at the same time.

In the third stage after the second stage, the specific image 50 is displayed so as to be displaced and cover the reference image 20 (see FIG. 13(a)). Specifically, the specific image 50 (left side of the door) displayed on the left side of the reference image 20 and the specific image 50 (right side of the door) displayed on the right side are displaced toward the center in the width direction so that they approach each other. Eventually, the entire reference image 20 is covered. In other words, the door is displayed as if it were closing, and in the end, substantially the entire display area 11 or a portion (at least the range where the reference image 20 was displayed in the second stage) was covered by the door (display The left half of the area 11 displays the left side of the door, and the right half displays the right side of the door. Note that by setting the image layer representing the specific image 50 closer to the image layer representing the reference image 20, it is possible to create a situation in which the reference image 20 is covered by the specific image 50.

In the fourth stage after the third stage, a display is performed in which the specific image 50 is displaced to expose the reference image 20 (see FIG. 13(b)). Specifically, the specific image 50 (left side of the door) that was displayed on the left side of the display area 11 and the specific image 50 (right side of the door) that was displayed on the right side of the display area 11 are displaced left and right in the direction of moving away from each other. In other words, a display appears as if the door is being opened. As a result, the reference image 20 is displayed inside the opened door. The effect is such that when the closed door is opened, the reference image 20 that existed inside the door is exposed. The reference image 20 at this stage includes the identification pattern 70 and its background image, similar to the reference image 20 at the first stage. However, the background image is the background image after the stage change, that is, the second background image 42. If the background image is considered to be a kind of "performance element", then the production elements included in the reference image 20 displayed in the first to third stages, and the production included in the reference image 20 displayed in the fourth stage. The elements are different. In addition, in this embodiment, the identification pattern 70 (identification pattern group 70g) changes on the near side of the second background image 42. Furthermore, in the fourth stage, the specific image 50 (door) is displayed on the left and right sides of the reference image 20.

In the fifth stage after the fourth stage, the reference image 20 (the image including the second background image 42) displayed in the fourth stage is displayed to be spread over the entire display area 11. (See FIG. 13(c)). That is, in the fourth stage, an area where the existing reference image 20 is not displayed is covered with the reference image 20. Due to such spread of the reference image 20, the specific image 50 (door) displayed in the fourth stage is covered by the reference image 20 and becomes invisible. Note that by setting the image layer representing the reference image 20 in front of the image layer representing the specific image 50, it is possible to create a situation in which the specific image 50 is covered by the reference image 20. In other words, the front and back of the layers in the fifth stage (fourth stage) are opposite to the front and back of the layers in the third stage. However, the reference image 20 (image including the first background image 41) up to the third stage and the reference image 20 (image including the second background image 42) after the fourth stage are the image before the stage change and the image before the stage change. It can also be seen as a different image in that it is a later image. If we look at it this way, the layer representing the specific image 50 is set before the layer representing the reference image 20 up to the third stage and after the layer representing the reference image 20 from the fourth stage onwards. It can also be said that

By reaching the fifth stage in this way, from the first stage (the first background image 41 is displayed in the entire display area 11), the second stage (the second background image 42 is displayed in the entire display area 11). (the state displayed in ).

In this way, according to the gaming machine 1 according to the present embodiment, it is possible to realize an interesting stage change using the image displacement effect. Specifically, a door as a specific image 50 is displayed in the non-standard area 12 that inevitably occurs when the image displacement effect is executed, and the stage (background image) changes as the door opens and closes. It is something.

Hereinafter, specific examples in which the matters related to the second image displacement effect are improved, embodied, modified, etc. will be described. Note that, as far as possible, a configuration may be adopted in which a plurality of techniques described using the following specific examples are applied in combination.

○First specific example A configuration may be adopted in which the stage change is not necessarily realized even if the second image displacement effect occurs. That is, the first to fifth stages described in the above embodiment are flow effects when a stage change is realized, and there may be cases where such flow effects do not occur. The following ((A) to (C)) can be considered as production modes in the case where the stage change is not realized.

(A) Up to the first stage, it is conceivable that the production flow would be the same as when a stage change is realized. Thereafter, by displacing the specific image 50 and preventing it from being displayed so as to cover the reference image 20, it is assumed that the stage change is not realized. That is, the specific image 50 (left side of the door) displayed on the left side of the non-standard area 12 and the specific image 50 (right side of the door) displayed on the right side are displaced in the direction toward each other (the "door" is closed), It is assumed that an event in which the reference image 20 is covered by the specific image 50 (door) does not occur. A "stimulating effect" may be generated in which the "door" as the specific image 50 is about to close. In other words, after the inciting performance (see Figure 14(a)), if the "door" is finally closed (see Figure 14(b-1)), a stage change will be realized (see Figure 14(c-1)). 1)) On the other hand, unless the "door" is finally closed (see FIG. 14(b-2)), the stage change will not be realized (see FIG. 14(c-2)). Note that the subsequent development may be of any kind. For example, after a situation in which the door is not closed is shown, the scene may be changed to a state in which the original stage (first stage) is displayed.

(B) As another aspect, it is conceivable to perform the same flow as when a stage change is realized up to the second stage. Thereafter, the specific image 50 is not displaced to expose the reference image 20, thereby indicating that the stage change will not be realized. That is, an event occurs in which the specific image 50 displayed on the left side of the display area 11 (left side of the door) and the specific image 50 displayed on the right side (right side of the door) are displaced away from each other, and the reference image 20 is exposed. Assume that this does not occur. A "fanning effect" may be generated in which the "door" as the specific image 50 appears to be about to open from side to side. In other words, after the inciting performance (see Figure 15(a)), if the "door" is finally opened (see Figure 15(b-1)), a stage change will be realized (see Figure 15(c-1)). ) On the other hand, unless the "door" is finally opened (see FIG. 15(b-2)), the stage change will not be realized (see FIG. 15(c-2)). Note that the subsequent development may be of any kind. For example, after a situation in which the door is not opened is shown, the scene may be changed to a state in which the original stage (first stage) is displayed.

(C) As yet another aspect, after the third stage, in the fourth stage, the specific image 50 (door) is displaced to expose the reference image 20, but the reference image 20 is the original. It is conceivable to create an effect in which the stage (first stage) remains the same, that is, the image includes the first background image 41. That is, after the third stage (see FIG. 16(a)), if the background image included in the exposed reference image 20 has changed due to the displacement of the specific image 50 (door) (the background image in the first stage ( If the background image (second background image 42) is different from the first background image 41) (see FIG. 16(b-1)), a stage change has been realized (see FIG. 16(c-1)). and if the background image has not changed (if the background image (first background image 41) is the same as the background image (first background image 41) in the first stage) (see FIG. 16(b-2)) , the stage change is not realized (see FIG. 16(c-2)). Regardless of whether the stage change is realized or not, the reference image 20 is then expanded to cover the entire display area 11 (an event like the fifth stage described in the above embodiment occurs) (FIG. 16) c-1) (see c-2)). That is, when a stage change is not realized, the reference image 20 including the first background image 41 is expanded to cover the entire display area 11.

In the case of an embodiment like this example (aspects like (A) to (C)), the occurrence of a stage change is set as an event advantageous to the player (so-called chance up). preferable. Specifically, when a stage change occurs, settings are made such that the probability that the result of the judgment corresponding to the notification effect that the stage change has occurred becomes a jackpot is increased, and the setting is made such that the probability that the result of the judgment corresponding to the notification effect that the stage change has occurred is increased, and that the result is set to be memorized at the time when the stage change occurs. It is conceivable to set a setting that increases the probability that the judgment result corresponding to any of the pending information will be a jackpot (a setting in which a stage change occurs as a so-called look-ahead effect). In this way, it is possible to realize a gameplay in which a stage change actually occurs at the turning point in the second image displacement effect, which determines whether or not a stage change will occur.

○Second specific example (a more specific example of the first specific example)
As explained in the first specific example above, the configuration is such that even if the second image displacement effect occurs, the stage change is not necessarily realized. Based on this assumption, it is assumed that the probability that the stage change will be realized is suggested. Examples of such suggestions include the following ((D) to (F)).

(D) It is assumed that the probability that a stage change will be realized differs depending on the shape of the non-standard area 12 (that is, the shape of the frame image 20K). For example, assume that a plurality of sizes are set as the size of the non-standard area 12 in the displaced state in which the standard image 20 is displayed as if displaced with respect to the display area 11 in the first stage, The probability that the stage change will be realized differs depending on the size. Note that the non-standard area 12 corresponds to an area other than the area where the reference image 20 is displayed in the display area 11, so the larger the non-standard area 12 is, the smaller the reference image 20 is. By doing this, a performance mode is created in which the player pays attention to the size of the non-standard area 12 (the size of the standard image 20).

In this case, it is preferable to set such a setting that the larger the size of the non-standard area 12, that is, the smaller the size of the reference image 20, the higher the probability that the stage change will be realized (see FIG. 17). This is because it is assumed that the smaller the reference image 20 is, the more the reference image 20 is covered by the door (specific image 50), and it appears to the player that a stage change is likely to occur.

(E) As another aspect, it is possible to make the probability of realizing a stage change different depending on the aspect of the specific image 50 (door). Specifically, it is assumed that multiple types of aspects are set as the aspect of the specific image 50 (door) displayed in the non-standard area 12 in the second stage, and the stage is changed depending on which aspect it is. Assume that the probabilities of realization are different.

Various methods can be considered for setting the difference in the aspect of the specific image 50 (door). As an example, it is possible to make the specific images 50 (doors) different in size. In this case, the setting is such that the larger the size of the specific image 50 (door) (the larger the range of the specific image 50 in the non-standard area 12), the higher the probability that the stage change will be realized. is preferable (see FIG. 18). This is because it is assumed that the larger the specific image 50 (door) becomes, the more the reference image 20 is covered by the specific image 50 (door), making it appear to the player that a stage change is likely to occur.

As another example (not shown), it is possible to make the specific image 50 (door) have a different color tone. For example, it is assumed that one of blue, green, and red is set as the color tone of the specific image 50, and the setting is such that the probability that the stage change will be realized increases in that order (“red” is the highest).

(F) As yet another aspect, it is conceivable to make the probability of realizing a stage change different depending on the aspect of the frame image 20K in the displaced state.

Various methods can be considered for setting the difference in the aspect of the frame image 20K. For example, it is possible to make the "thickness" of the frame images 20K different. In this case, it is preferable that the thinner the frame image 20K is, the higher the probability that the stage change will be realized (see FIG. 19). This is because it is assumed that the thicker the frame image 20K, the more the stage (first stage) of the reference image 20 displayed in the displaced state will be seen by the player.

Third Specific Example The second image displacement effect may be configured to end at the fourth stage described in the above embodiment (the fifth stage does not occur). As described above, in the fourth stage, the specific image 50 is displaced to expose the reference image 20. When the reference image 20 is exposed, it is assumed that the reference image 20 is displayed in the entire display area 11 (see FIG. 20(b)). In this way, there is no need to generate a change in which the exposed reference image 20 is spread over the entire display area 11, that is, a change in the fifth stage described in the above embodiment.

Fourth Specific Example Although it has been explained that the second image displacement performance in the above embodiment is a performance that realizes a stage change (change in the background image), the target is not limited to a stage change. For example, it is assumed that a plurality of types of images (reliability suggestion images 51) having different jackpot reliability when displayed as images displayed in the display area 11 during the notification performance are set. When a certain reliability suggestion image 51 (first reliability suggestion image 511) is displayed, a second image displacement effect occurs (see FIGS. 21(a) and 21(b)), and the certain reliability It is assumed that the state changes to a state in which another type of reliability suggestion image 51 (second reliability suggestion image 512) having higher jackpot reliability than the probability suggestion image 51 is displayed (see FIGS. 21(c) and 21(d)). That is, the second image displacement effect is used to change the reliability suggestion image 51 included in the reference image 20 in a direction that increases reliability.

2-2) Preliminary image rendering Preliminary image rendering includes a preliminary rendering and a post rendering that occurs after the preliminary rendering. The main part 61 of the preliminary image presentation is a portion corresponding to the preliminary presentation. The preliminary presentation is a presentation using a preliminary image 55 displayed in the display area 11. As will be described later, the advance effect is an effect in which the advance image 55 changes over time, but the advance image 55 is not an image indicating time. Specifically, it does not include numbers that change (count down or count up) over time.

The preliminary image 55 in this embodiment is an image that appears to represent a "firework ball" (see FIG. 22(b), etc.). Specifically, it includes a main body part (ball part) of the firework ball (hereinafter referred to as the main body part 551) and a fuse part (hereinafter referred to as the changing part 552). In this embodiment, the main body part 551 is located below the display area 11, and the linear changing part 552 extends upward from there. or the right edge). Note that the changing portion 552 may be bent. The main body part 551 is a part that is displayed to make the effect easier to understand (to clearly show that it is a "firework ball"), and is not an essential part of the preliminary image 55. The essential part of the preliminary image 55 is the change section 552.

The preliminary effect is started when the preliminary image 55 is displayed (see FIG. 22(b), etc.). The timing at which the preliminary image 55 is displayed is undefined (multiple display timings are set). That is, the player cannot completely predict at what timing in the notification effect the preliminary image 55 will be displayed. At the stage when the preliminary image 55 is displayed, the changing portion 552, which is a fuse, is in a mode as if it were lit. In other words, it appears as if the tip of the fuse is on fire.

When the preliminary effect is started, the changing portion 552 of the preliminary image 55 changes over time. Specifically, it gradually becomes shorter (smaller) as time passes (the position of the tip of the changing portion 552 moves downward) (see FIG. 22(c), etc.). The amount of change per time (in this embodiment, the distance that the tip of the changing part 552 moves) of the preliminary image 55 (changing part 552) is constant. In other words, the image change speed, which is the amount of change in the preliminary image 55 (change section 552) per elapsed time, is constant throughout the preliminary presentation.

The changing portion 552 of the preliminary image 55 that changes over time in this way eventually reaches the final state (see FIG. 23(a), etc.). In this embodiment, the final aspect is set to eliminate the changing portion 552. The disappearance of the changing part 552 means that the main body part 551 of the firework ball is "ignited". In other words, the timing of "ignition" is set as the final mode. Note that this is just an example. Since the changing portion 552 becomes shorter (smaller) with the passage of time, the final aspect may be set such that the changing portion 552 becomes smaller to a predetermined size.

When the changing portion 552 of the preliminary image 55 reaches its final state, an image that looks like "fireworks" is displayed (see FIG. 22(b), etc.). Based on the starting point at which the preliminary presentation is started, the "fireworks" are set off when a predetermined period of time has elapsed from the starting point. However, since the preliminary image 55 does not include "numbers", the predetermined time is not represented by "numbers". That is, the player predicts the timing at which the "fireworks" will go off while watching the change in the length of the changing section 552 becoming gradually shorter. As will be described later, this timing is the timing at which the post effect occurs.

When the changing portion 552 of the preliminary image 55 reaches its final state (almost at the same time as the "fireworks" are set off), a subsequent effect occurs. If the point in time when the changing portion 552 of the preliminary image 55 reaches the final state is defined as the "end point", then reaching the end point is an opportunity for a post effect to occur. The post performance is something that causes an event (hereinafter referred to as a result event) advantageous to the player to occur (see FIG. 22(b), etc.). Multiple types of events are set as result events, and one of the multiple types of events occurs. Each outcome event is considered to be pleasing to the player. Although not shown in the drawings, it is possible to exemplify events such as "occurrence of a pseudo-coupling," "movement of a movable accessory," and "display of a chance-up image" that increase the reliability of a jackpot when they occur. Further, as a result event, something that suggests the jackpot reliability of the target validity determination result (propriety determination result corresponding to the notification performance in which the preliminary image performance has occurred) may be set (reliability suggesting performance). An example of this effect is to display images such as "Chance" and "Very Hot" to suggest the jackpot reliability of the target's success/fail determination result.

Further, the resultant event may include "a notice of an event that will occur in the future that is advantageous to the player." An image such as "NEXT" may be displayed to forewarn that a "pseudo-association" will occur in the future (see Figures 22(b), (c), etc.), or an image such as "group" (not shown) may be displayed to indicate " It also foretells that a "group effect" (a well-known chance-up effect) will occur in the future. In other words, instead of some event occurring immediately at the end point, the configuration may be such that a notice of the occurrence of a suggested event in a subsequent period is set as a "result event." However, in this embodiment, the event that is forewarned is only until the notification of the target validity determination result is completed (limited to during one change). In addition, in this embodiment, the foretold event is configured to always occur (it may also be configured such that the foretold event does not occur as a so-called "premier" (big hit guaranteed performance). ).

Since such a result event is set, the player enjoys predicting the point in time when the changing portion 552 of the preliminary image 55 reaches its final state (end point). This is because the result events shown in a certain preliminary image presentation are limited to those that can occur approximately at the same time as the end point or in the future (previous period). In other words, an event that cannot already occur at the time when the changing portion 552 of the preliminary image 55 reaches its final state will not occur as a result event (its occurrence will not be predicted). be. In this embodiment, it is assumed that the reliability of the jackpot is higher for the result event that occurs later in the notification performance (at a "later" timing). Internally (in terms of control), the point at which the pre-production is started is determined by counting backwards from the timing at which the resultant event should occur.

When time is counted down and an event occurs when it reaches 0, it is easy to predict when the event will occur, and in some cases, the event can be easily predicted. I end up. On the other hand, in the preliminary image rendering (preliminary rendering) in this embodiment, a result event occurs when the preliminary image 55, which is an image that does not include a number indicating time, reaches its final state. The timing at which this occurs (the timing at which it ends) is difficult to predict, making for an interesting performance.

In addition, although the pre-image rendering in this embodiment makes it difficult to predict the timing at which the post-effect (result event) will occur, it is possible to create a rendering in which the timing cannot be predicted at all (there are no elements for predicting it). Because of the risk of reducing the interest of the game, "image change speed" is set as an element that can predict the timing. In other words, in this embodiment, since the image change speed of the pre-image 55 (changing section 552) is constant throughout the pre-effect, the player can estimate the timing at which the post-effect (result event) will occur based on the image change speed. can be enjoyed

Hereinafter, specific examples of improving, embodying, modifying, etc. the matters related to the above-mentioned preliminary image presentation will be explained. Note that, as far as possible, a configuration may be adopted in which a plurality of techniques described using the following specific examples are applied in combination.

○First specific example Although it has been explained that the preliminary image presentation (prior presentation) in the above embodiment is a configuration in which the preliminary image 55 (changing portion 552) becomes smaller (shorter) with the passage of time, the opposite configuration is possible. In other words, a configuration may be adopted in which the preliminary image 55 (changing portion 552) becomes larger (longer) as time passes.

For example, assume that a plant extending from a pot is set as the preliminary image 55 (changing portion 552) (see FIG. 24(a)). It is assumed that the changing portion 552 becomes longer with the passage of time (see FIG. 24(b)) and is set as the final mode to reach a predetermined size (see FIG. 24(c)). A post effect (result event) occurs when the changing unit 552 reaches the final mode.

As in the above embodiment, if the preliminary image 55 (changing portion 552) is configured to become smaller (shorter) over time, the player can realize that the preliminary image 55 becomes smaller to a predetermined size or disappears in the final state. This has the advantage that the final state (end point) is easy to understand. If this example is used, an image (target image 59) serving as a guide indicating the final state (end point) of the changing portion 552 may be displayed. For example, an image indicating the target position is displayed as the target image 59 (see FIG. 24). By doing this, the presentation format becomes easy to understand.

On the other hand, the target image 59 as described above may not be displayed. By doing so, the player does not clearly know the final form of the preliminary image 55 (changing portion 552), making it difficult to predict the timing at which the subsequent effect (result event) will occur. In this case, a configuration may be adopted in which the final aspect is different for each preliminary performance (the size of the final aspect is not constant). In this way, it becomes even more difficult to predict the timing at which the post effect (result event) will occur.

○Second specific example The configuration is such that the size (length) of the preliminary image 55 (changing section 552) can be changed during the preliminary presentation. Specifically, the setting is such that the size (length) of the preliminary image 55 (changing portion 552) may increase (long) during the preliminary presentation (see FIGS. 25(a) and 25(b)). An increase in the size of the preliminary image 55 (changing portion 552) means that the point in time when the preliminary image 55 (changing portion 552) reaches its final state, that is, the ending point becomes later. Looking at it from a different perspective, there are cases where the pre-production time is "extended" (extended production may occur). An image indicating that a change in the size (length) of the preliminary image 55 (change portion 552) has occurred (for example, an image containing characters such as "Extend!") is displayed at the same time as the change occurs. By doing so, the effect becomes easier to understand (see FIG. 25(b)).

As explained in the above embodiment, if a result event that occurs later in the notification performance is considered to have a higher jackpot reliability, an event in which the size of the preliminary image 55 (change part 552) becomes larger The occurrence of this can be said to be advantageous to the player. In addition, in the above embodiment, it has been explained that the image change speed is constant throughout the preliminary effect, but the speed during which the size of the preliminary image 55 (changing part 552) increases is excluded ("Image change speed (the same shall apply hereinafter). In other words, the image change speed refers to the speed in a situation where the size of the preliminary image 55 (changing portion 552) decreases over time (speed in normal state). Furthermore, the size (length) of the preliminary image 55 (changing portion 552) may become smaller (shorter) during the preliminary rendering.

As explained in the first specific example above, if an "extension" is to be generated (an extension effect is generated) in a configuration where the preliminary image 55 (changing portion 552) becomes larger (longer) over time, The size (length) of the preliminary image 55 (changing portion 552) may be made smaller (shorter) during the preliminary presentation.

In the case of a configuration like this example, the aspect of the preliminary image 55 may indicate the probability that "extension" will occur. For example, multiple types of aspects are set as the aspect of the preliminary image 55 (at least one of the main body portion 551 and the changing portion 552), and depending on which of the multiple types of aspects is set, "extension" is set. '' will occur with different probabilities. For example, assume that the color tone of the main body part 551 is set to one of "blue", "green", and "red", and the color tone of the main body part 551 is set to "green" than the color tone of "blue". The setting is such that the probability of "extension" occurring is higher when the color is "red" than when the color is "red" (see Figure 25(c). In the drawing, "color" is represented by letters. The same applies hereinafter). .

Further, the setting may be such that "extension" occurs when the preliminary image 55 (changing portion 552) reaches the final state. By doing this, it is possible to create a performance form that gives hope for "extension" until the end. From the player's point of view, the player expected that a post performance (result event) would occur, but the pre performance continues without the post performance, resulting in a surprising performance form. "Extension" does not occur before the preliminary image 55 (change part 552) reaches the final state, and "extension" occurs only when the preliminary image 55 (change part 552) reaches the final state. It is also possible to have a configuration in which it is possible to do so.

Third Specific Example In the above embodiment, it has been explained that the image change speed of the preliminary image 55 (changing section 552) is constant throughout the preliminary presentation, but it may be set so that it can change during the preliminary presentation. One feature of the preliminary image 55 is that it is an image that does not include numbers indicating time. Therefore, even if the preliminary image 55 (change part 552) changes the speed at which it decreases (as long as it does not cause a large speed change that clearly appears "visually"), it will cause the countdown speed change to occur. The probability that a player will notice a change in speed is lower than in a conventional configuration (a configuration in which numbers indicating the time are displayed).

By making the image change speed change during the pre-effect in this way, it is necessary to strictly determine the point at which the pre-effect starts, taking into consideration the timing at which the resulting event (post-effect) should occur. The advantage is that it disappears. In other words, even if the timing at which the pre-production starts is the same, by changing the speed of image change, it is possible to move the end point earlier or later, or in other words, it is possible to change the timing at which the result event (post-effect) occurs. It has the advantage of being possible.

Fourth Specific Example The configuration is such that the image change speed of the preliminary image 55 (changing section 552) may differ for each preliminary presentation. In other words, the image change speed of the preliminary image 55 (change unit 552) in a certain preliminary performance is constant throughout the certain preliminary performance (as explained in the third specific example above, it does not change during the preliminary performance). ), but the setting is not necessarily the same each time (if a new preliminary effect occurs, the image change speed may be different from the previous preliminary effect). For example, there are three types of image change speed candidates: V1, V2, and V3 (assuming that the magnitude relationship of the speeds is "V1>V2>V3"), and which one of the three types of speeds is set as the actual image change speed. As explained in the above embodiment, if a result event that occurs later in the notification performance is considered to have a higher jackpot reliability, then the smaller the image change speed is, the better for the player (speed V3 is set). It is most preferable that the

By doing this, it is no longer necessary that the time at which the pre-production is started actually determines the time at which it ends (the time at which the resulting event occurs). For example, even if the pre-production starts early, a pattern may occur in which the end point is delayed because the speed of image change is slow.

○Fifth specific example The size (initial form) of the preliminary image 55 (changing portion 552) at the start of the preliminary presentation is undefined. In other words, the initial state of the preliminary image 55 (changing section 552) can be changed every time a preliminary effect (preliminary image effect) occurs (see FIG. 26; FIG. 26 shows (b-1) to (b). As shown in -3), an example is shown in which three sizes (large, medium, and small) are set as the initial mode. As explained in the above embodiment, if a result event that occurs later in the notification effect is considered to have a higher jackpot reliability, then the larger the initial aspect, the more advantageous it is for the player. can.

If this example is used, the initial state of the preliminary image 55 (change part 552) will exist as an element that controls the delay of the end point (the point at which the resultant event occurs), so there will be a wide variety of effects. become. When a preliminary performance occurs, the player pays attention not only to the timing of its occurrence, but also to the initial state of the preliminary image 55 (changing portion 552).

Sixth Specific Example In the above embodiment, it has been explained that the display time when the preliminary image 55 is displayed is the start time of the preliminary effect, but the display time and the start time may not coincide. First, by displaying the preliminary image 55 (see FIG. 27(a)), the occurrence of the preliminary effect (preliminary image effect) is confirmed. Thereafter, a predetermined start effect is generated to start the preliminary effect (the change of the preliminary image 55 (changing section 552) is started) (see FIG. 27(b)). If a "firework ball" (main body part 551 + fuse) is displayed as the preliminary image 55 as in the above embodiment, it is conceivable that the start effect is to ignite the tip of the fuse. In other words, it is assumed that the start performance is set as a performance indicating the start of the preliminary performance. With the execution of the start effect as a trigger, the preliminary image 55 (changing section 552) begins to change over time (see FIG. 27(c)).

By doing so, it is possible to shift the time point indicating that the preliminary effect will occur (the time point when the preliminary image 55 is displayed) and the time point when the preliminary effect is started (the time point when the start effect occurs). In other words, the player can no longer predict the point at which the pre-performance will start, which improves the interest of the performance. As explained in the above embodiment, if the reliability of the jackpot is higher when the result event occurs in the latter half of the notification effect, then after the preliminary image 55 is displayed, the player We hope that the timing of this occurrence will be delayed.

Note that even if the preliminary image 55 is displayed, the occurrence of the preliminary effect may not be confirmed. In other words, the display of the preliminary image 55 only indicates that a preliminary effect may occur (the probability that the preliminary effect will occur has increased), and the change in the preliminary image 55 (change part 552) The setting may be such that the performance may end without any occurrence. In this way, after the preliminary image 55 is displayed, it is possible to realize a gaming experience in which the player wishes for the start effect to occur.

○Seventh specific example The pre-image production in the above embodiment is such that the occurrence of the pre-production determines the occurrence of the post-production, but even if the pre-production occurs, if the post-production (result event) occurs. It is also possible to have a configuration in which there is no limitation. If the change of the preliminary image 55 (change portion 552) does not stop midway and reaches the final state, a subsequent effect (result event) will occur, but as shown in FIGS. 28(a) to 28(c), 552) stops midway (see especially FIG. 28(c)), it is assumed that no subsequent effect (result event) occurs. When a predetermined end effect occurs, it is conceivable to adopt an effect mode in which the change of the preliminary image 55 (change section 552) stops midway. As in the above embodiment, if a "firework ball" (main body part 551 + fuse) is displayed as the preliminary image 55, it is assumed that, for example, "the fuse is extinguished" occurs as the end effect.

Since the resultant event is an advantageous event for the player, it can be said that it is not desirable for the player that the resultant event does not occur. Therefore, by doing as in this example, the effect form in which the player wishes that the change in the preliminary image 55 (changing portion 552) reaches the final state without stopping midway (without being "extinguished") can be achieved. can do.

In the case of a configuration like this example, an exciting effect may be generated indicating that the change in the preliminary image 55 (changing portion 552) may stop midway. For example, if a character who tries to extinguish the fuse appears and the character is able to extinguish the fuse, the preliminary image 55 (changing section 552) stops changing (the preliminary effect ends), but the extinguishing is realized. The configuration is such that if the performance is not performed, the preliminary performance continues. By doing so, it is possible to realize a gaming experience in which the player wishes that the preliminary performance continues without ending when the promotion performance occurs.

Further, in the case of a configuration like this example, the probability of reaching the final mode may be suggested by the preliminary image 55. For example, multiple types of aspects are set as the aspect of the preliminary image 55 (at least one of the main body portion 551 and the changing portion 552), and the final aspect is determined according to which of the multiple types of aspects. Assume that the probabilities of reaching . For example, assume that the color tone of the main body part 551 is set to one of "blue", "green", and "red", and the color tone of the main body part 551 is set to "green" than the color tone of "blue". The setting is such that the probability of reaching the final mode is higher when the color is "red" than when the color is "red" (see FIG. 28(d)).

○Eighth specific example It is assumed that the post-effect (result event) is suggested by the form of the pre-effect. Specifically, a plurality of modes are set as the mode of the preliminary image 55 (at least one of the main body portion 551 and the changing portion 552), and depending on which of the plurality of modes is selected, , the resulting event shall be suggested. For example, as a result event, a first event (see Figure 29 (a-1)) with different jackpot reliability and a second event (an event with higher jackpot reliability than the first event) (see Figure 29 (a-b)) ) shall occur. The color tone of the main body portion 551 is set to one of "blue", "green", and "red", and the color tone of the main body part 551 is set to "green" rather than "blue". The setting is such that the probability that the second event occurs is higher when the color is "red" than when the color is "red" (see FIG. 29(b)). By doing so, the player also pays attention to the aspect of the preliminary image 55.

2-3) Step-up performance Hereinafter, a step-up performance that can be executed by the gaming machine 1 according to the present embodiment will be explained. Step-up performances other than the step-up performances described below may be executable.

In the step-up performance, a predetermined performance element increases step by step (steps up) and finally stops at any stage (step; SU) (step-up stops). In this embodiment, the higher the final stage (step; SU) is, the higher the probability that the judgment result notified in the notification performance including the step-up performance will be a jackpot (the larger the number of steps, the higher the jackpot reliability). high degree). However, this is just an example. The lower the final stage (step; SU), the higher the jackpot reliability may be set. Alternatively, the jackpot reliability may be set to be highest when the game stops at a specific step other than the first or last step of step-up.

The step-up effect in this embodiment is such that a new image is displayed each time there is a step-up. Since the image is rectangular, it is generally referred to as window step-up. In the following, this image will be referred to as a "unit image." In the step-up effect, displaying a new unit image in a predetermined manner is set as a step-up. Specifically, it is as follows.

It is assumed that five types of unit images, a first unit image 601 to a fifth unit image 605, are set as unit images displayed in a certain step-up effect. Each unit image corresponds to each stage (step; SU) in the step-up effect. The first unit image 601 corresponds to SU1, the second unit image 602 corresponds to SU2, the third unit image 603 corresponds to SU3, the fourth unit image 604 corresponds to SU4, and the fifth unit image 605 corresponds to SU5 (see FIG. 30). . Each unit image may include characters indicating the number of steps (in this embodiment, the characters "Step○"), etc.

Displaying a new unit image in the display area 11 in a predetermined manner is considered to be a step-up. In this embodiment, the state displayed in a large size at the center of the display area 11 is the state displayed in a predetermined manner. That is, it is possible to shift from a state in which the first unit image 601 is displayed in a predetermined manner (see FIG. 31(b)) to a state in which the second unit image 602 is displayed in a predetermined manner (see FIG. 31(c)). This is a step-up from SU1 to SU2, from a state where the second unit image 602 is displayed in a predetermined manner (see FIG. 31(c)) to a state where the third unit image 603 is displayed in a predetermined manner (see FIG. 32(a)). )) is a step-up from SU2 to SU3... (although not shown) the fourth unit image 604 is displayed in a predetermined manner, and the fifth unit image 605 is displayed in a predetermined manner. This is a form of presentation in which the transition to the current state is a step-up from SU4 to SU5.

If step-up is stopped, the above changes will not occur. It also indicates that the unit image at the stage where step-up stops has been selected as the target image. For example, when the step-up effect stops at SU3, the state where the third unit image 603 is displayed in a predetermined manner (see FIG. 32(a)) changes from the state where the fourth unit image 604 is displayed in a predetermined manner. It is shown that no transition was made and the third unit image 603 was selected as the target image. That is, a change occurs in the third unit image 603 indicating that the step-up has stopped. The changes will be explained in detail below.

It is assumed that the unit image is in the basic mode when it is not selected as the target image, and in the enhanced mode when it is selected as the target image. That is, when stepping up is stopped at a step corresponding to a certain unit image, the certain unit image changes from the basic mode (see FIG. 32(a)) to the emphasized mode (see FIG. 32(b)). shall be.

The basic aspect has a main part 61 and a frame part 62 surrounding the main part 61 (see FIG. 32(a)). The unit image in this embodiment has a substantially rectangular shape. The shape of the frame portion 62 can be changed as appropriate. That is, the main portion 61 has a rectangular outer edge, and the frame portion 62 has a shape along the main portion 61 (the shape of the “frame” is a rectangular shape). The main part 61 is an essential part of the unit image (a part indicating the content of the image). Note that the frame portion 62 and the separate frame portion 64 described later may be of any shape as long as they roughly have the shape of a frame. It may also be partially cut off in the circumferential direction.

The main part 61 includes various performance elements (images). The main part 61 in this embodiment includes a character 61K as one performance element. The first unit image 601 includes character A, the second unit image 602 includes character B, the third unit image 603 includes character C, the fourth unit image 604 includes character D, and the fifth unit image 605 includes character E. (See Figure 30). Therefore, the occurrence of a step-up can also be interpreted as a change in the character 61K. Further, the main part 61 includes, as another effect, effects characters 61S shown as lines of the character 61K. Lines (direction characters 61S) corresponding to each character 61K are set. When in the basic mode, the character 61K and the effect character 61S are located inside the frame 62.

The emphasized mode has a protrusion 63 that protrudes from the frame 62 (see FIG. 32(b)). That is, the protruding portion 63 is a portion located outside the frame portion 62. In other words, the protrusion 63 is the portion of the image in the enhanced mode excluding the area surrounded by the frame 62 (the area inside the outer edge of the frame 62) in the state immediately before the protrusion 63 is formed. (The shaded area in the partially enlarged view of FIG. 32(b) is the protrusion 63). In this embodiment, the effect character 61S is surrounded by a separate frame section 64 different from the frame section 62. The separate frame portion 64 is an image that is not displayed in the basic mode. That is, by changing from the basic mode to the emphasis mode, the effect characters 61S, which were the effect elements constituting the main part 61, are surrounded by the separate frame part 64, and at least a part of the separate frame part 64 is A protrusion 63 protrudes from the frame 62 (see FIG. 32(b)). Specifically, the protruding portion 63 is a portion protruding outward from a straight line along the frame portion 62 . In this embodiment, a portion of the separate frame portion 64 protrudes from the frame portion 62, but a configuration may be adopted in which the entire separate frame portion 64 protrudes from the frame portion 62.

From another point of view, the number of windows increases from the basic mode (the state where there is only one window (frame part 62)) (see FIG. 32(a)) to the emphasized mode (two windows (frame part 62)). 62 and the separate frame portion 64) (see FIG. 32(b)). The increased window (separate frame section 64) is displayed so that at least a portion thereof protrudes from the originally existing window (frame section 62). Further, the increased window (separate frame portion 64) surrounds the effect element (effect character 61S) before the change.

In this way, in the step-up effect in this embodiment, since the change from the basic mode to the emphasized mode is such that the protrusion 63 protrudes from the frame 62, it becomes easy to understand that the step-up has stopped.

In addition, the change from the basic mode to the emphasized mode is a step-up since the separate frame section 64 increases as a new "frame" (window) and the separate frame section 64 protrudes from the originally existing frame section 62. It becomes easier to understand that has stopped.

Further, the separate frame portion 64 surrounds the presentation elements (the presentation characters 61S) included in the main portion 61 when in the basic mode. In other words, when the step-up stops, the performance element changes from being surrounded by the frame part 62 to being surrounded by another frame part 64, so that it becomes easier to understand that the step-up has stopped.

Note that the basic aspect of the step-up performance can be changed as appropriate. For example, a configuration may be adopted in which multiple types of unit images corresponding to a certain step (SU) are set. Further, it may be possible to perform step-up by skipping steps. Further, a plurality of step-up systems (routes) may be set. Further, the setting may be such that step-up once stopped may be restarted.

Hereinafter, specific examples of improving, embodying, modifying, etc. the matters related to the step-up effect described above will be explained. Note that, as far as possible, a configuration may be adopted in which a plurality of techniques described using the following specific examples are applied in combination.

○First specific example It is also possible to apply the matters (technical ideas) explained in the step-up performance above to performances other than the step-up performance. If you look at the above step-up effect differently, one of the one or more images displayed in the display area 11 is finally selected, and in order to show the selected image, the This is to change the image from a basic mode to an emphasized mode. Based on this, it can be said that the matters described in the above embodiment are applicable to so-called selection effects.

The following selections can be considered. Multiple options are shown as images. Each image corresponds to a unit image. At the stage before selection, each image is in the basic mode (see FIG. 33(a)). When one of the plurality of images is selected, the selected image changes to an emphasized mode (see FIG. 33(b)). Note that the selection presentation may be such that the options to be selected are determined internally, or may be such that the player can select any option. When making a selection, the player may be prompted to use an operating means such as a push button.

Second Specific Example The element that becomes the protruding portion 63 in the emphasis mode is not limited to the separate frame portion 64. As another example, a configuration may be considered in which a part of the effect element (image) included in the main part 61 in the basic mode becomes the protruding part 63. For example, it is conceivable that the character 61K included in the main part 61 in the basic mode protrudes from the frame part 62 by changing to the emphasized mode. That is, the configuration is such that a part of the performance element, which was entirely housed inside the frame part 62 in the basic mode, protrudes outside the frame part 62 by changing to the emphasized mode.

Third Specific Example When the step-up stops, it is assumed that the effect sound corresponding to the effect element surrounded by the separate frame section 64 is output from the speaker 85 (see FIG. 1). According to the above embodiment, the effect sound corresponding to the effect character 61S (dialogue) surrounded by the separate frame part 64 is output from the speaker 85 (different effect characters 61S, different effect sounds) ) (see Figure 34). That is, an effect is performed that makes it appear as if the character 61K is speaking the line. Note that what is output as the effect sound may be all or a part of the effect characters 61S (dialogue).

As explained in the above embodiment, the separate frame section 64 is displayed when the step-up is stopped, so as in this example, the effect sound corresponding to the effect element surrounded by the separate frame section 64 is output. This makes it easier to understand when step-up stops.

Fourth Specific Example As explained in the above embodiment, the separate frame section 64 is displayed when the step-up is stopped. The separate frame portion 64 is a portion that constitutes the protrusion portion 63 and can be said to be a “conspicuous” portion. Utilizing this, the jackpot reliability is suggested by the aspect of the separate frame section 64 that is displayed when the step-up is stopped. Various methods can be considered for setting a difference in the aspect of the separate frame portion 64. Possible methods include varying the size of the separate frame portion 64 or changing the color of the separate frame portion 64. For example, three sizes are set for the separate frame portion 64: small, medium, and large, and the jackpot reliability increases in this order (“large” has the highest reliability) (Fig. 35(a)). By doing so, the player will also pay attention to the appearance of the separate frame section 64 when the step-up is stopped.

In addition, it is preferable that the influence that the aspect of the separate frame part 64 has on the jackpot reliability is smaller than the influence that the final number of steps in the step-up performance has on the jackpot reliability. In other words, regardless of the form of the separate frame section 64, the setting is such that the rule holds that the larger the number of steps, the higher the reliability. Specifically, for example, the reliability when progressing to SU3 and the aspect of the separate frame portion 64 is “small” is higher than the reliability when progressing to SU2 and the aspect of the separate frame portion 64 is “large”. Also set high.

Fifth Specific Example As explained in the above embodiment, when the step-up stops, the performance element is surrounded by the separate frame section 64. In other words, the performance element becomes "conspicuous". Utilizing this, the jackpot reliability is suggested by the appearance of the performance element when the step-up stops. In accordance with the above embodiment, the reliability of the jackpot is suggested by the appearance of the presentation characters 61S (serifs) surrounded by the separate frame portion 64. Various methods can be considered for setting differences in the aspects of presentation elements. Possible methods include varying the size of the performance elements, varying the color of the performance elements, etc. For example, three sizes are set for the presentation characters 61S: small, medium, and large, and the jackpot reliability increases in this order ("large" has the highest reliability). (See FIG. 35(b)). By doing this, the player will also pay attention to the appearance of the performance element when the step-up stops.

In addition, it is preferable that the influence that the aspect of the performance element has on the jackpot reliability is smaller than the influence that the final number of steps in the step-up performance has on the jackpot reliability. In other words, the setting is such that the rule holds that the larger the number of steps, the higher the reliability, regardless of the form of the performance element. Specifically, for example, the reliability when the stage progresses to SU3 and the aspect of the performance element is "small" is higher than the reliability when the stage progresses to SU2 and the aspect of the performance element is "large". Setting.

Sixth Specific Example As described in the above embodiment, when the step-up stops, the unit image is in an emphasized mode with the protrusion 63 protruding from the frame 62. Utilizing this, the jackpot reliability is suggested by the state of the protrusion 63 when the step-up stops. For example, the size of the protruding portion 63 (the size of the portion protruding from the frame portion 62) may be used to indicate the jackpot reliability (see FIG. 35(c)). Assuming that the sizes of the frame portion 62 and the separate frame portion 64 are the same, the size of the protrusion portion 63 becomes larger as the overlap area between the inner region of the frame portion 62 and the inner region of the separate frame portion 64 becomes smaller. By doing so, the player also pays attention to the state of the protrusion 63 when the step-up stops.

In addition, it is preferable that the influence that the aspect of the protruding part 63 has on the jackpot reliability is smaller than the influence that the final number of steps in the step-up performance has on the jackpot reliability. In other words, the setting is such that the rule that the larger the number of steps is, the higher the reliability is, regardless of the form of the protrusion 63.

3) Although the embodiments of the present invention have been described in detail above, the present invention is not limited to the above embodiments, and various modifications can be made without departing from the gist of the present invention.

The gaming machine 1 according to the embodiment described above is a so-called Pachinko gaming machine, but the same technical concept applies to other gaming machines such as reel-type gaming machines, except for the use of a configuration unique to Pachinko gaming machines. Applicable.

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

・Means 1-1
A display means having a display area, and performing an image displacement effect that changes from a reference state in which a reference image is displayed in the display area to a displacement state in which the reference image is displayed as if displaced with respect to the display area. and effect execution means for performing a game, wherein in the displaced state, the reference image includes a suggestion element suggesting that an event advantageous to the player will occur, and then the reference image includes the suggestion element. A gaming machine characterized in that when the game returns to the reference state in a manner such that an event advantageous to the player actually occurs.
In the gaming machine, the reference image in the displaced state includes a suggestion element that suggests that an event advantageous to the player will occur, and when the reference image returns to the reference state in a manner including the suggestion element, , it is possible to execute an interesting effect in which an advantageous event actually occurs.

・Means 1-2
Means 1-1, characterized in that, in the case where the reference image changes from a mode including the suggestion element to a mode not including the suggestion element in the displacement state, an event advantageous to the player does not occur. gaming machines.
In this way, when the reference image changes from a state that includes a suggestive element to a state that does not include the suggestive element in the displacement state, an event advantageous to the player is prevented from occurring, thereby creating an easy-to-understand performance. Become.

・Means 1-3
When the reference image changes from a state including the suggestive element to a state not including the suggestive element in the displacement state, the reference image caused by the change from the reference state to the displacement state The gaming machine according to means 1-2, wherein an auxiliary image indicating that the result is disadvantageous to the player is displayed in the non-standard area of the display area.
In this way, by displaying the auxiliary image indicating that the result is disadvantageous to the player in the non-standard area, it becomes easier to understand that the result is disadvantageous to the player. The non-standard area is an area that occurs when the standard image is displayed as if it were displaced with respect to the display area, so displaying the auxiliary image is an area that appears as if the standard image was displaced with respect to the display area. It can be said that this is a production that skillfully takes advantage of the fact that it is displayed on the screen.

・Means 1-4
A specific combination indicating an advantageous situation for the player is set as a combination of identification symbols that are displayed in the display area and indicate a result of judgment of validity, and the reference image constitutes the specific combination. The gaming machine according to any one of means 1-1 to means 1-3, wherein the specific combination is determined to have been established when the game machine returns to the reference state in a state including the identification symbol.
In this way, a specific combination of identification symbols (so-called chance combination) can be exemplified as a suggestive element included in the reference image. Since the reference image in the reference state naturally includes the identification pattern, the reference image may be in a displaced state with the identification pattern included, and the specific combination is likely to be established with the reference image in the displacement state. The situation may be indicated.

・Means 2-1
a first stage in which the reference image changes from a reference state in which the reference image is displayed in the display area of the display means to a displaced state in which the reference image is displayed as if it were displaced with respect to the display area; a second step in which a specific image is displayed in a non-standard area in the display area caused by the reference image being displayed as if displaced with respect to the display area; and a third step in which the specific image is displaced to cover the reference image, and after the third step, the specific image is displaced to expose the reference image. A game machine characterized in that it is possible to perform an image displacement effect including a fourth step of the game.
According to the gaming machine described above, it is possible to improve the interest of the game by using the image displacement effect.

・Means 2-2
The gaming machine according to means 2-1, wherein the effect elements included in the reference image displayed in the first stage are different from the effect elements included in the reference image displayed in the four stages. .
In this way, the effect element included in the reference image can be changed using the image displacement effect.

・Means 2-3
The gaming machine according to means 2-2, wherein the performance element indicates a style of notification performance for notifying the result of the judgment of validity, and the style can be changed through the image displacement performance.
In this way, the style of notification performance (concepts such as stage and mode) can be changed using image displacement performance.

・Means 2-4
Means 2-1 to 2-3, wherein the image displacement effect includes, after the fourth step, a fifth step in which the reference image is displayed so as to be spread over the entire display area. A gaming machine described in any of the above.
By doing this, the flow of the performance becomes smooth.

・Means 3-1
a display means, a preliminary effect that continuously changes the size of the preliminary image displayed on the display means over time until it reaches the final mode; 1. A gaming machine characterized by comprising: performance execution means capable of executing a subsequent performance that causes a result event advantageous to a player to occur when the game mode is reached.
The gaming machine described above is capable of executing an interesting preliminary effect in which the timing at which the subsequent effect (result event) will occur is difficult to predict.

・Means 3-2
The preliminary effect is characterized in that the size of the preliminary image decreases with the passage of time, and the final aspect is set such that the preliminary image decreases to a predetermined size or disappears. The gaming machine described in Means 3-1.
By doing this, it becomes easier to understand the situation (goal) of the pre-effect necessary for the occurrence of the post-effect.

・Means 3-3
The gaming machine according to means 3-2, wherein in the preliminary presentation, an extended presentation in which the preliminary image becomes larger at once may occur.
By doing so, it becomes even more difficult to predict the timing at which the post effect (result event) will occur.

・Means 3-4
Means 3 characterized in that, in the preliminary effect, the size of the preliminary image increases with the passage of time, and the final aspect is set such that the preliminary image reaches a predetermined size. -1 The gaming machine described in 1.
In this way, a presentation form may be used in which the preliminary image becomes larger.

・Means 3-5
The gaming machine according to means 3-4, wherein in the preliminary presentation, an extended presentation may occur in which the preliminary image becomes smaller at once.
By doing so, it becomes even more difficult to predict the timing at which the post effect (result event) will occur.

・Means 3-6
The gaming machine according to any one of means 3-1 to means 3-5, wherein an image change speed, which is an amount of change in the preliminary image per elapsed time, is constant throughout the preliminary presentation.
By doing so, it is possible to create a form of effect that can be enjoyed by estimating the timing at which a subsequent effect (result event) will occur based on the speed of image change.

・Means 3-7
The gaming machine according to any one of means 3-1 to 3-6, characterized in that the image change speed may vary depending on the pre-performance.
By doing so, it is possible to create a presentation form in which the timing at which the subsequent presentation (result event) occurs varies depending on the speed of image change.

・Means 4-1
a display means, and a performance execution in which one or more unit images are displayed on the display means, and a specific performance is executed that ultimately indicates that one of the unit images has been selected as a target image. and means, wherein the unit image has a basic form having a main part and a frame surrounding the main part when it is not selected as the target image, and has a frame that surrounds the main part when it is selected as the target image. 1. A gaming machine characterized in that the game machine has an accentuated aspect having a protrusion that protrudes from the outside.
According to the gaming machine described above, it is possible to clearly indicate that a certain unit image has been selected as a target image.

・Means 4-2
The specific effect is a step-up effect in which displaying the new unit image in a predetermined manner is set as a step-up, and displaying a certain unit image in the emphasized manner is set as a step-up stop. The gaming machine according to means 4-1, characterized in that the gaming machine is a gaming machine.
According to the gaming machine described above, it becomes easy to understand that the step-up has stopped (to which stage the step-up has been stepped up) in the step-up performance.

・Means 4-3
Means 4-1 or 4-1, wherein the emphasis mode has a separate frame portion different from the frame portion, and at least a part of the separate frame portion protrudes from the frame portion as the protrusion portion; The gaming machine according to means 4-2.
In this way, when changing from the basic mode to the emphasis mode, the number of separate frame parts increases as a new "frame", and if the production mode is such that the separate frame part protrudes from the originally existing frame part, a certain unit image becomes the target. It is possible to more clearly indicate that the image has been selected.

・Means 4-4
The main part in the basic mode includes a predetermined presentation element, and the emphasis mode is such that the presentation element is surrounded by the separate frame section. Game machine.
In this way, by changing from the basic mode to the emphasis mode, if the presentation element changes from being surrounded by a frame to being surrounded by a separate frame, a certain unit image can be selected as the target image. It is possible to show this more clearly.

・Means 4-5
When in the basic mode, the main part includes a character and a character for effect, which is the effect element shown as a line of the character, and the emphasized mode is a mode in which the character for effect is surrounded by the separate frame part. The gaming machine according to means 4-4, characterized in that:
An example of an object surrounded by a separate frame when the emphasis mode is set is the lines of a character.

1 Game machine 10 Display device 11 Display area 12 Non-standard area 20 Standard image 20K Frame image 30 Effect image 35 Opportunity image 41 First background image 42 Second background image 50 Specific image 55 Prior image 551 Main body part 552 Change part 59 Auxiliary image 60 Unit image 61 Main part 61K Character 61S Character for production 62 Frame part 63 Projection part 64 Separate frame part 70 Identification pattern

Claims (3)

A gaming machine capable of executing an image displacement effect that changes from a state in which a first reference image is displayed to a state in which a second reference image different from the first reference image is displayed,
The image displacement effect is
From the reference state in which the first reference image is displayed in the display area of the display means,
The first reference image changes to a displaced state that is displayed as if it were zoomed out,
After a specific image is displayed in a non-standard area in the display area caused by changing to the displacement state,
A covering display is performed such that the specific image is displaced to cover the first reference image,
After the covering display is performed, an exposure display is performed in which the second reference image, which was not displayed from the reference state until the covering display is performed, appears by displacing the specific image.
A gaming machine characterized by a performance . 2. The gaming machine according to claim 1 , wherein after the exposure display, an enlarged display is performed in which the second reference image is expanded to cover the entire display area and the specific image is covered. A gaming machine in which a background image is displayed as a background of an identification pattern indicating a result of a validity determination,
A plurality of types of images are provided as the background images, each of which is associated with a plurality of types of stages,
By making the type of the background image included in the first reference image displayed in the reference state different from the type of the background image included in the second reference image after the enlarged display, 3. The gaming machine according to claim 2 , wherein a stage change can be executed to change the type of background image.

Images