JP2010279556A - Game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To improve interest by carrying out a matching mission assignment performance by making an announcement that the mission has been accomplished in time for the carrying out of an performance even if the timing of carrying out the performance which is to be a target of the mission is not fixed. <P>SOLUTION: In a mission performance (mission assignment performance), preferably the "accomplishment of the mission" is announced with mission accomplishment timing (timing permitting a player to recognize the accomplishment of the mission). Consequently, when the detail of variations of a pattern variation game comprises a plurality of variation cycles (timing of carrying the performance is not fixed), after considering by which variation cycle the mission can be accomplished, the game machine announces the "accomplishment of the mission". <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention presents a player with a task of causing a predetermined effect to appear during a symbol variation game, and a game capable of executing a task-giving effect for deriving a winning symbol that can be recognized by the appearance of the presented effect Related to the machine.

  2. Description of the Related Art Conventionally, in pachinko gaming machines that are a type of gaming machine, various game effects have been performed in order to improve the interest of the player. For example, a pachinko machine that provides a task granting effect that grants a task such as “○ Reach with a design!” (Hereinafter referred to as “mission”) and apparently controls it to be a big hit when the mission is achieved is proposed (For example, refer to Patent Document 1). The missions given to the player in this type of pachinko gaming machine are not limited to the missions that specify the reach formation symbols that form the reach as described above, but also the missions that specify the jackpot notice effect and the reach effect.

JP 2006-55232 A

  By the way, in a pachinko gaming machine that can execute a task assignment effect, an image such as “Mission accomplished!” Is usually used so that if a mission is achieved, the player can recognize the achievement of the mission at the timing achieved. Notification to be displayed on the display device is performed. The notification of “Mission Achieved!” Can be controlled relatively easily when an effect corresponding to the assigned mission is executed at a uniquely determined time in the symbol variation game. However, if the execution time of the production corresponding to the mission is arbitrarily determined during the symbol variation game, the notification of the mission achievement time and the mission achievement will be made unless “Mission Achieved!” Is notified according to the execution time. There will be a time difference between the times, which will cause the player to feel distrust.

  The present invention has been made paying attention to such problems existing in the prior art, and the object is to achieve the problem even when the execution time of the production subject to the problem is indefinite. An object of the present invention is to provide a gaming machine capable of executing a task assignment effect that is consistent by performing the notification of the fact that it has been performed in accordance with the effect execution time, thereby improving the interest.

  In order to achieve the above-mentioned object, the invention described in claim 1 is characterized in that a display means for displaying a symbol variation game that is performed once from a symbol variation start to a symbol fixed stop display, and display contents of the display means. Display control means for controlling, and presenting to the player as an issue that a predetermined effect appears in the symbol variation game, and deriving a hit symbol that can recognize the hit by the appearance of the presented effect In the gaming machine capable of performing the assignment giving effect, the variation content of the symbol variation game includes a variation cycle in which the variation from the symbol variation start to the symbol variation stop is performed once, and the symbol variation game is performed once. Execution as an effect to be executed in the fluctuation cycle executed with the fluctuation contents of the normal fluctuation system including the fluctuation cycle or the fluctuation contents of the special fluctuation system including a plurality of fluctuation cycles. An execution effect determining means for determining the output, a presentation effect determining means for determining whether or not the task giving effect can be executed, and a presentation effect as an effect to be presented in the case of the execution, and a winning lottery Notification instructing the display control means to execute notification that the task has been achieved when the execution effect determined by the execution effect determining means matches the presentation effect determined by the presentation effect determining means. The execution effect determined by the execution effect determining means includes an effect in which a variable cycle to be executed by the execution effect is set indefinitely, the execution effect determining means, and the presentation The effect determining means includes the execution effect so as to include a case where the execution effect and the presentation effect coincide with each other when the assignment giving effect is executed when the winning is won in the winning lottery. When the presentation effect is determined and the assignment giving effect is executed when the winning effect is executed when the winning lottery is not won, the execution effect and the presentation effect are not matched. And when the execution effect and the presentation effect coincide with each other, the notification instruction means measures a time from a predetermined measurement start time with the start of the symbol variation game, and the measurement time Is instructed to execute the notification when a task achievement time determined as a time at which the task can be achieved in each fluctuation cycle has been reached, and the display control means receives the instruction to execute the notification, The gist of the present invention is to cause the display means to perform notification that the above-mentioned problem has been achieved.

  According to a second aspect of the present invention, in the gaming machine according to the first aspect, the variation content of the special variation system includes a production time from the production start to the production end based on a production block consisting of a single time. A block variation effect whose effect content is configured by a defined individual effect includes a single individual effect in which the effect time is set to a time corresponding to a single effect block, and the effect time includes a plurality of effects. In summary, the single individual effect and the plural individual effects are executed in the variation cycle after the start of the block variation effect.

  According to a third aspect of the present invention, in the gaming machine according to the first or second aspect, a presentation instruction unit that gives an instruction to the display control unit to present the presentation effect determined by the presentation presentation determination unit to the player. And determining means for determining whether or not the execution effect determined by the execution effect determining means and the presentation effect determined by the presentation effect determining means match when the winning lottery is won. And when the determination means determines that the presentation effect and the execution effect match when the winning means is not won in the winning lottery, The gist is to prohibit the execution of the assignment giving effect by not giving an instruction to the display control means.

  According to the present invention, even when the execution time of the production subject to the task is indefinite, the task assignment effect that is consistent by executing the notification that the task has been achieved according to the performance execution time is executed. In addition, the interest can be improved.

The front view which shows the machine surface side of a pachinko machine. (A) is an enlarged view of a game board, (b) is an enlarged view of a movable body for production. Explanatory drawing explaining the kind of jackpot. (A)-(c) is a schematic diagram which shows the fluctuation | variation aspect of the symbol fluctuation | variation game containing a continuous notice effect. The schematic diagram which shows the transition aspect of effect mode and effect mode. The block diagram which shows the electrical constitution of a pachinko gaming machine. Fluctuation pattern table showing fluctuation patterns The schematic diagram of the block pattern comprised only by low expectation degree production. The schematic diagram of the block pattern comprised only with high expectation production. The schematic diagram of the block pattern comprised combining a low expectation degree production and a high expectation degree production. The schematic diagram which shows the block pattern of special fluctuation production. Explanatory drawing which shows the kind of normal reach production. (A) is a schematic diagram of a selection table that is referred to when selecting a normal reach effect at the time of normal variation / slip variation, and (b) is a schematic diagram of a selection table that is referenced when selecting a normal reach effect at the time of special variation. The schematic diagram of a normal reach selection specification distribution table. (A) is a schematic diagram of a selection table that is referred to when selecting a block pattern at the time of normal variation / slip variation, and (b) is a schematic diagram of a selection table that is referenced when selecting a block pattern at the time of special variation. The schematic diagram of a block pattern designation | designated allocation table. The schematic diagram of a block pattern designation | designated allocation table. The schematic diagram of a block pattern designation | designated allocation table. The schematic diagram of a block pattern designation | designated allocation table. The schematic diagram of a block pattern designation | designated allocation table. The schematic diagram of a block pattern designation | designated allocation table. The schematic diagram of a block pattern designation | designated allocation table. The schematic diagram of a block pattern designation | designated allocation table. The schematic diagram of a block pattern designation | designated allocation table. (A), (b) is explanatory drawing explaining the reach production content of a normal mode and a high-precision suggestion mode. Explanatory drawing explaining the kind of reach production. Explanatory drawing explaining the kind of reach production. (A)-(j) is a schematic diagram of the selection table referred when selecting the reach production content performed with a block pattern. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. The schematic diagram of a reach production designation | designated distribution table. Explanatory drawing explaining the kind of mission shown by mission effect. The schematic diagram of a mission system | strain selection table. Explanatory drawing explaining the transmission time of a mission achievement designation | designated command.

Hereinafter, an embodiment of the present invention will be described with reference to FIGS.
In FIG. 1, the front side of the pachinko gaming machine 10 is schematically shown. On the front side of the opening of the outer frame 12 that forms the outline of the machine body, a vertical rectangular inner frame 13 for setting various gaming components is provided. The front frame 14 is assembled to the front side of the middle frame 13 so as to be openable and detachable. As shown in FIG. 1, the front frame 14 is assembled so as to overlap the middle frame 13 when the pachinko gaming machine 10 is viewed from the front side. For this reason, the middle frame 13 is disposed on the rear side of the front frame 14 and cannot be seen from the front side of the machine. The front frame 14 has a window 15 in the center, and an upper plate (storage plate) 16 serving as a first storage plate that can store a game ball as a game medium of the pachinko gaming machine 10 is integrated below the window 15. It is a molded configuration. On the back side of the front frame 14, a glass support frame (not shown) that protects the game board YB disposed inside the machine and supports glass of a size that covers the window 15 is assembled so as to be detachable and tiltable. . The game board YB is mounted on the middle frame 13. In addition, the front frame 14 includes an upper frame that constitutes an illumination display unit that produces a light emission effect by light emission (lighting or blinking) of a light-emitting body (lamp, LED, etc.) (not shown) so as to surround almost the entire circumference of the window 15. A lamp part 17 for left side, a lamp part 18 for left side frame, and a lamp part 19 for right side frame are arranged. The lamp units 17, 18, 19 for the frames cover a plurality of light emitters mounted on the front surface of the front frame 14 with lamp lenses 17 a, 18 a, 19 a formed so as to be able to transmit light emitted from the light emitters. It is configured.

  In the front frame 14, a left speaker 20 and a right speaker 21 are arranged at the upper left and right sides of the window 15 to output various sounds and produce sound effects. The left speaker 20 and the right speaker 21 are mounted on the back surface of the front frame 14, and a sound emitting hole (not shown) is formed on the front surface of the front frame 14 and corresponding to the mounting site of the left speaker 20 and the right speaker 21. A plurality of are formed.

  A lower tray (storage tray) 23 as a second storage tray for storing game balls overflowing from the upper tray 16 is mounted on the front side of the middle frame 13 and at the lower portion of the front frame 14. In addition, on the front side of the middle frame 13 and to the right of the lower plate 23, a launching handle 24 for launching a game ball that is turned by the player when the game ball is launched onto the game board YB is mounted. ing. In addition, a lower speaker 25 that outputs various sounds and produces sound effects is arranged on the left side of the lower plate 23 in the front frame 14. The lower speaker 25 is attached to the middle frame 13.

  The upper plate 16 is provided with a payout opening 16a for a game ball to be paid out from the inside of the machine on the left side, and a concave storage passage 16b for storing a game ball held by the player. In addition, an upper tray intake (not shown) for taking the game balls in the storage passage 16b into the machine is provided on the right side. The game balls stored in the upper plate 16 are guided to the upper plate take-in port by the storage passage 16b and are taken into the machine one by one through the upper plate take-in port, and are emitted toward the game board YB. Is done. The game ball that is launched toward the game board YB is set to have a strength of launch according to the amount of rotation of the launch handle 24. The lower plate 23 is provided with an outlet 23a for a game ball that overflows and flows down from the upper plate 16, and a concave storage portion 23b that stores the game ball is connected to the outlet 23a of the game ball. Yes.

Next, the configuration of the game board YB will be described in detail with reference to FIG.
On the front surface of the game board YB, a guide rail 26 that guides a game ball that is launched by operating the launch handle 24 and forms a substantially circular game area H1 that is the main body of a pachinko game is laid in a circular spiral shape. Yes. With this guide rail 26, a game ball guide path 26a extending from the lower left to the upper left of the game board YB is formed on the game board YB, and a game area H1 is formed inside the guide rail 26. . Further, the outside of the game area H1 that is the front surface of the game board YB and outside the guide rail 26 is a non-game area H2 that is not directly involved in the pachinko game.

  At almost the center (center) of the game area H1 of the game board YB, a display frame body (center accessory) 27 with various displays and various decorations is mounted. A set port 27a that opens in a horizontally long rectangle when viewed from the front is formed in the approximate center of the display frame 27, and the display frame 27 has a liquid crystal display type image display unit GH in alignment with the set port 27a. An effect display device 28 as a display means is attached. The effect display device 28 includes a symbol variation game which is performed by varying a plurality of symbol sequences (three columns in the present embodiment), and various display effects (game effects) executed in association with the game are images. It is displayed. In the present embodiment, in the symbol variation game of the effect display device 28, a symbol combination including a plurality of columns (three columns in the present embodiment) is derived. Note that the symbol variation game of the effect display device 28 is performed using decorative symbols (effect symbols) for diversifying display effects. The display frame 27 is equipped with a panel lamp portion 27b that produces a light emission effect by light emission.

  A light emitting display device 29 incorporating a plurality of light emitters (LEDs in the present embodiment) is disposed at the lower left of the display frame 27. The display device 29 according to the present embodiment includes a special symbol display device 30, a special symbol hold storage display device 31, a normal symbol display device 32, and a normal symbol hold storage display device 33.

  The special symbol display device 30 of the present embodiment includes a plurality of (seven in the present embodiment) light emitters (LEDs in the present embodiment) disposed in the center of the display device 29 and covered with a lens cover 29a. (7 in the present embodiment) special symbol light emitting portions 30a to 30g are provided. In the special symbol display device 30, a predetermined number (one or more) of the special symbol light emitting units among the seven special symbol light emitting units 30 a to 30 g are turned on, and A symbol variation game for deriving a combination distinguished by the position and the number is displayed in a luminescent manner. In the pachinko gaming machine 10 of the present embodiment, a special symbol light emitting unit that is turned on or off in the symbol variation game is handled as a special symbol. The special symbol is a notification symbol indicating the result of the internal lottery (big hit lottery and small hit lottery) of whether or not to win.

  In the effect display device 28 and the special symbol display device 30, the variation of the symbols (special symbol and decorative symbol) is started simultaneously with the start of the symbol variation game. Specifically, along with the start of the symbol variation game, the special symbol display device 30 starts changing the special symbol by turning on and off the light emitter, while the effect display device 28 displays the decorative symbols of each column. The fluctuation starts. Then, on the effect display device 28 and the special symbol display device 30, based on the lottery result of the big hit lottery, the special symbol and the decorative symbol are simultaneously displayed in a fixed stop state at the end of the symbol variation game.

  In the present embodiment, the special symbol display device 30 has one special symbol corresponding to the lottery result of the winning lottery (big win lottery and small hit lottery) from among a plurality of special symbols (56 types in the present embodiment). The selected special symbol is selected and stopped when the symbol variation game ends. The 56 types of special symbols are 50 types of jackpot symbols (big hit display results) that can recognize jackpots, 5 types of jackpot symbols (small hits display results) that can recognize jackpots, It is classified into one type of outlier symbol that becomes a symbol (outage display result) that can recognize the outlier. When a big win is won in the big win lottery, the big hit symbol is displayed in a fixed stop in the symbol change game, and then the big hit game is given to the player. In addition, when a small winning lottery is won in the small hitting lottery, after the small hitting symbol is confirmed and stopped in the symbol variation game, the small hitting game is given to the player.

  On the other hand, in the present embodiment, the effect display device 28 has [1], [2], [3], [4], [5], [6], [7], [8], [8] for each column. 9] is displayed as a decorative design imitating nine types of numbers. In the present embodiment, the effect display device 28 is configured with a display area larger than that of the special symbol display device 30, and the decorative symbol is displayed much larger than the special symbol. . For this reason, the player can recognize a big hit or a loss from the symbol combination displayed on the effect display device 28 in a fixed stop manner. When the symbols of all the columns that are confirmed and stopped displayed on the effect display device 28 are the same symbol, the big hit to which the big hit game is given can be recognized from the symbol combination ([222] [777] or the like). The symbol combination that can recognize the jackpot is a jackpot symbol combination (a jackpot display result) by a decorative symbol. When the big hit symbol combination is displayed in a fixed stop state, the player is given a big hit game after the end of the symbol variation game. On the other hand, in the case where the symbols of all the columns that are confirmed and stopped displayed on the effect display device 28 are different symbols, or when the symbols of one column are different from the symbols of the other two columns, in principle, the symbol combination ( [123] [122] [767] etc.) can be recognized. The symbol combination that can recognize the deviation becomes a symbol combination of the deviation by the decorative symbol (outlier display result). When a predetermined symbol combination ([123] in the present embodiment) is displayed among the symbol combinations that are out of place, it can be recognized that either the big hit or the small hit has been won. Probability suggestion that the combination of symbols that can recognize that either the big win or the small win is won, the probability variation state (probability variation state) that the lottery probability state of the big hit lottery becomes a high probability lottery state may be given. It becomes the symbol combination.

  Further, in the present embodiment, in each column in the effect display device 28, when the symbol variation game is started, the ornament symbols are variably displayed along a predetermined variation direction (vertical scroll direction). When the symbol variation game is started (when the decorative symbols in each column start to vary), the left column (left symbol) → the right column (right symbol) → the middle column (middle) as viewed from the player side in the effect display device 28. The decorative symbols are stopped and displayed in the order of symbols). If the left symbol and the right symbol that are stopped and displayed are the same symbol, the reach can be recognized from the symbol combination ([↓] indicates that the symbol is changing, such as [1 ↓ 1]). The reach is temporarily displayed as decorative symbols in a specific column (left column and right column in this embodiment) among a plurality of columns, and columns other than the specific column (middle column in this embodiment) are temporarily displayed. This is a state in which the decorative pattern is variably displayed. The symbol combination that can recognize this reach is the symbol combination of the reach by the decorative symbol. Further, in the pachinko gaming machine 10 of the present embodiment, after the start of the symbol variation game, the left column where the decorative symbols are first temporarily stopped and displayed is the first stop display column, and then the decorative symbol is temporarily stopped and displayed. The column becomes the second stop display column, and finally, the middle column that temporarily displays the decorative symbols is the third stop display column (final stop symbol column).

  In addition, the effect display device 28 is configured to display a symbol combination corresponding to the special symbol that is confirmed and stopped by the special symbol display device 30. More specifically, the special symbol displayed on the special symbol display device 30 and the symbol combination by the decorative symbol displayed on the effect display device 28 correspond to each other. When the symbol variation game ends, the symbol combination of the special symbol and the decorative symbol is displayed in a fixed stop state correspondingly. For example, when a big hit symbol is confirmed and stopped on the special symbol display device 30, a combination of big hit symbols such as [222] and [444] is confirmed and stopped on the effect display device 28 in principle. In addition, when the special symbol display device 30 displays the deferred symbols in a fixed stop display, the effect display device 28 also displays the stop symbol combinations such as [121] and [345] in a fixed stop display. In addition, when the small winning symbol is confirmed and stopped on the special symbol display device 30, the symbol combination of [123] is also confirmed and stopped on the effect display device 28. In addition, the symbol combination of the decorative symbol with respect to the special symbol is not necessarily one-to-one, and a symbol combination with one decorative symbol is selected from among symbol combinations with a plurality of decorative symbols with respect to one special symbol. Yes.

  Returning to the description of FIG. 1 and FIG. 2, the special symbol holding storage display device (starting holding ball number display means) 31 constituting the display device 29 is disposed above the special symbol display device 30, and a plurality ( In this embodiment, there are provided a plurality (four in this embodiment) of special symbol holding light emitting portions 31a to 31d formed by covering four light emitters (LEDs in this embodiment) with a lens cover 29a. Then, the special symbol hold storage display device 31 informs the player of the number of start reserved balls for special symbols stored inside the machine (hereinafter referred to as “the number of reserved storage”). In the pachinko gaming machine 10 of the present embodiment, when a game ball enters a start winning opening (upper start winning opening 35 and lower start winning opening 36) arranged below the display frame 27, the game that has entered the game The ball is stored as a start-holding ball, and the number of the start-holding balls is stored inside the machine (main control RAM 45c of the main control board 45) as a reserved memory number for a special symbol. The number of reserved symbols for special symbols indicates the number of symbol variable games that are on hold (waiting for symbol variable games). The number of reserved memories for special symbols is incremented by 1 when a game ball enters the start winning opening and decremented by 1 at the start of the symbol variation game. Accordingly, when a game ball enters the starting winning opening during the symbol variation game, the number of reserved symbols for special symbols is further added and accumulated up to a predetermined upper limit number (four in this embodiment). Yes.

  The special symbol hold memory display device 31 is configured to notify the player of the number of symbol variation games being held (the number of starting hold balls) based on the number of lighting of the special symbol hold light emitting units 31a to 31d. Specifically, when the number of reserved memories is “1”, the special symbol on-hold storage display device 31 lights only one special symbol on-hold light emission unit 31a, and one symbol variation game is on hold. When the number of reserved memories is “2”, the two special symbol holding light emitting units 31a and 31b are turned on to notify that two symbol variation games are on hold. In addition, when the number of reserved memories is “3”, the special symbol hold memory display device 31 notifies that the three special symbol hold light emitting units 31a to 31c are lit and three symbol variation games are on hold. When the number of reserved memories is “4”, all the special symbol holding light emitting units 31a to 31d are turned on to notify that four symbol variation games are on hold. When the number of reserved symbols for special symbols is “0 (zero)”, all the special symbol reserved light emitting units 31a to 31d are turned off.

  Further, the normal symbol display device 32 constituting the display device 29 is disposed on the left side of the special symbol display device 30, and a plurality of (two in this embodiment) light emitters (LEDs in this embodiment). Are provided with a plurality of (two in the present embodiment) normal symbol light emitting portions 32a and 32b. In the normal symbol display device 32, an internal lottery (winning lottery) of whether or not to make a hit separately from the big hitting lottery of whether or not the big hit (whether or not the lower start winning opening 36 is opened by the opening operation of the opening and closing blade 37). The lottery result is displayed. In the present embodiment, when the winning is determined by the winning lottery, the normal symbol light emitting unit 32a on the “○ (circle)” side is turned on as the winning symbol in the normal symbol changing game, and the winning lottery is shifted. Is determined, the normal symbol light-emitting unit 32b on the “× (bad)” side is turned on in the normal symbol variation game. For this reason, the player can recognize the hit when the normal symbol light-emitting unit 32a on the “◯ (circle)” side is lit definitely in the normal symbol variation game of the normal symbol display device 32, and the normal symbol variation game. Thus, it is possible to recognize the deviation when the “x (batsu)” side normal symbol light emitting portion 32b is lit. In the pachinko gaming machine 10 of the present embodiment, the normal symbol light emitting section that is turned on and off in the normal symbol variation game is handled as a normal symbol.

  Further, the normal symbol hold storage display device 33 constituting the display device 29 is disposed below the special symbol display device 30 and includes a plurality of (four in this embodiment) light emitters (LEDs in this embodiment). ) Are covered with a lens cover 29a, and a plurality (four in this embodiment) of normal symbol holding light emitting portions 33a to 33d are provided. Then, the normal symbol hold storage display device 33 notifies the player of the stored number of start hold balls for the normal symbol stored in the machine (hereinafter referred to as “the hold storage number”). The pachinko gaming machine 10 according to the present embodiment stores a game ball that has entered the game as a start holding ball when the game ball enters the normal symbol operation gate 34 arranged on the left side of the display frame 27. The number of starting and holding balls is stored inside the machine (main control RAM 45c of the main control board 45) as a reserved memory number for normal symbols. The number of reserved memories for normal symbols indicates the number of normal symbol variation games that are on hold (waiting for normal symbol variation games). The number of reserved memories for the normal symbol is incremented by 1 when a game ball enters the normal symbol operation gate 34, and is decremented by 1 when the normal symbol variation game is started. Accordingly, when a game ball enters the normal symbol operation gate 34 during the normal symbol variation game, the number of reserved memories for the normal symbol is further added and accumulated up to a predetermined upper limit number (four in this embodiment). It has become.

  And the normal symbol hold | maintenance memory | storage device 33 becomes a structure which alert | reports to the player the frequency | count (the number of starting hold balls) of the normal symbol change game on hold by the number of lighting of the normal symbol hold light emission parts 33a-33d. . More specifically, when the number of reserved memories is “1”, the normal symbol on-hold storage display device 33 lights only one normal symbol on-hold light emitting unit 33a, and one normal symbol variation game is on hold. When the number of reserved memories is “2”, the two normal symbol holding light emitting units 33a and 33b are lit to notify that two normal symbol variation games are being held. In addition, when the number of reserved memories is “3”, the normal symbol on-hold storage display device 33 lights up the three normal symbol on-hold light emission units 33a to 33c and indicates that three normal symbol variation games are on hold. When the number of stored memories is “4”, all the normal symbol holding light emitting units 33a to 33d are turned on to notify that four normal symbol variation games are on hold. When the number of reserved symbols for normal symbols is “0 (zero)”, all the normal symbol holding light emitting units 33a to 33d are turned off.

  Also, in the game area H1 below the display frame 27, an upper start winning opening 35 having a game ball entrance 35a and a lower start winning opening 36 having a game ball entrance 36a are arranged vertically. Is arranged. The upper start winning opening 35 is configured such that the entrance 35a is always open so as to allow the entrance of game balls at all times. On the other hand, the lower start winning opening 36 is an ordinary electric accessory, and includes an opening / closing blade 37 that opens and closes by the operation of an actuator (solenoid, motor, etc.) (not shown). The entrance 36a is configured to open so as to allow entry of a sphere.

  At the back of each of the upper start winning opening 35 and the lower start winning opening 36, start opening switches SW1 and SW2 (shown in FIG. 6) for detecting a game ball that has entered are arranged. The upper start winning opening 35 and the lower start winning opening 36 can give a start condition for the symbol variation game and a payout condition for a game ball as a predetermined number of prize balls by detecting the game balls that have entered. When the opening / closing blade 37 is opened, the lower start winning opening 36 is made in a state in which the entrance is expanded and the game ball can easily enter, while when the opening / closing blade 37 is closed, the entrance ball is not expanded and the game ball is not expanded. It is difficult to enter the ball.

  Further, in the game area H1 below the lower start winning opening 36, a large winning opening (special electric accessory) 39 provided with a large winning opening door 38 that opens and closes by the operation of an actuator (solenoid, motor, etc.) not shown. Is arranged. A count switch SW3 (shown in FIG. 6) for detecting a game ball that has entered the ball is disposed in the back of the special winning opening 39. The big winning opening 39 can give a payout condition of game balls as a predetermined number of prize balls by detecting the game balls that have entered. When a winning game (a big hit game and a small hit game) is given, the big winning opening 39 is opened by the opening operation of the big winning door 38 and the game ball is allowed to enter. You can get a chance to win a prize ball. The special winning opening 39 is always in a closed state in which a winning entry is not allowed by the special winning entry door 38, and a winning game is allowed to enter from a disadvantageous closed state by being given a winning game. It changes to an advantageous open state. In this embodiment, the winning game is advantageous to the player because a chance to win a prize ball can be obtained. The winning game is given when the winning is determined by internal lottery, and the winning symbol (including the big winning symbol and the small winning symbol) is determined and stopped in the symbol changing game.

  Further, a normal symbol operating gate 34 is disposed in the game area H1 on the left side of the display frame 27. A normal symbol variation switch SW4 (shown in FIG. 6) for detecting a game ball that has entered and passed through the normal symbol operating gate 34 is provided in the back of the normal symbol operating gate 34. The normal symbol operation gate 34 can give only the starting condition of the normal symbol variation game, triggered by the passage of the game ball.

  In addition, in the lowermost part of the game area H1 of the game board YB (below the big prize opening 39), game balls that have been launched into the game area H1 and have not entered any of the prize openings are regarded as out balls. An out-bulb opening 40 is formed for discharging outside the machine. The game balls that have passed through the out ball opening 40 are discharged to an out ball tank (not shown) disposed in the installation facility (game island) of the pachinko gaming machine 10.

  In addition, on the right side of the image display unit GH in the display frame 27, there is provided an effect movable body K that operates during the symbol variation game and performs a movable effect. The production movable body K of the present embodiment is formed to imitate a sword, and includes a blade portion K1 and a sheath portion K2 that houses the blade portion K1. And in this embodiment, as shown in FIG.2 (b), the production movable body K is comprised so that execution of the operation as if the blade part K1 is inserted / removed from the sheath part K2 is carried out, and is fixed. The sheath portion K2 is movable in the vertical direction with respect to the blade portion K1. The sheath K2 is moved by the operation of an actuator (such as a motor) not shown, and in this embodiment, the operation is controlled so that the amount of the blade K1 extracted from the sheath K2 can be changed in a plurality of stages.

  Further, the pachinko gaming machine 10 of the present embodiment has a probability variation (hereinafter referred to as “probability variation”) function. The probability changing function is a function for giving a probability changing state in which the lottery probability state (winning probability state) of the big hit lottery changes from the low probability lottery state to the high probability lottery state after the big hit game ends. The probability variation state is given until the next big hit is generated. When the probability variation state is given, the probability of winning the lottery is changed to a high probability lottery state, and it is easy for the jackpot to be generated. While playing games.

  In the present embodiment, a jackpot that gives a probability change state after the big hit game is a probability change big hit, and a jackpot that is not given a probability change state after the big hit game ends (a non-probability change state is given) is a non-probability big hit. In the pachinko gaming machine 10 of the present embodiment, among the 50 types of special symbol jackpot symbols, 31 types of special symbols are set as special symbols (specific symbols (probable variation fixed symbols)) that are probable big jackpots, and 19 The special symbol of the type is set as a special symbol (non-specific symbol (probability variable non-deterministic symbol)) that becomes a non-probable big hit.

  Further, in the pachinko gaming machine 10 according to the present embodiment, among the decorative symbols displayed on the effect display device 28, jackpot symbol combinations [111], [333], [555], [777] constituted by odd symbols. And [999] are set as a symbol combination (a symbol combination for determining the probability variation) that can definitely recognize the probability variation jackpot. On the other hand, in the pachinko gaming machine 10 of the present embodiment, among the decorative symbols displayed on the effect display device 28, jackpot symbol combinations [222], [444], [666], and [888] configured by even symbols. However, it is set as a symbol combination (a symbol variation uncertain symbol combination) that can recognize the non-probable variation big hit. In other words, the symbol combinations [111], [333], [555], [777], and [999] of the big hits based on the decorative symbols can be derived by the symbol change game of the effect display device 28 when the probable big hit is determined. It is considered as a combination. Also, the jackpot combinations [222], [444], [666], and [888] based on the decorative symbols are combinations that can be derived by the symbol variation game of the effect display device 28 when the uncertain variable jackpot is determined. Has been.

  In addition, the pachinko gaming machine 10 of the present embodiment has a function of shortening the variation time (hereinafter, referred to as “variable shortening”). The variable function shortens the fluctuation time of the normal symbol variation game, and the normal symbol variation game lottery probability state (winning probability) based on the passage of the normal symbol activation gate 34 is changed from the low probability lottery state to the high probability lottery. It is a function that gives a variable state (variable state) that changes to a state as a privilege. In addition, the open / close blade 37 of the lower start winning opening 36 opens and closes with different operation patterns when winning in the normal symbol variation game when the variable state is given and when the variable state is not given. It is like that. That is, when the normal symbol variation game is won when the variable state is not given, the opening / closing blade 37 opens for the first number of times (for example, once), and after the opening, the first opening time (for example, 0) .3 seconds) is kept open until it has elapsed. On the other hand, when the normal symbol variation game is won when the variable state is given, the number of times the opening / closing blade 37 is opened increases (for example, three times) to a second number greater than the first number, The opening state is maintained until a second opening time (for example, 1.4 seconds) longer than the first opening time elapses after the opening in one opening. In other words, the opening / closing blade 37 is set to operate more advantageously for the player when the variable state is applied, compared to the state where the variable state is not applied. During the variable speed state, the opening / closing blade 37 operates favorably for the player, and the rate of entry of game balls into the lower start winning opening 36 per unit time is improved. Become. The variable state is given until a predetermined number of symbol variation games are played, or until a big hit occurs before the number of games is reached. That is, the variable state is given until the end of the symbol variation game corresponding to a predetermined number of times, or until the end of the symbol variation game in which a big hit occurs before the number of times is reached. It should be noted that the number of times that the short / short state is given varies depending on the gaming state when winning the jackpot.

  In the present embodiment, the shortage state in which the opening time per unit time of the opening / closing blade 37 after the end of the big hit game is the opening time increasing state. On the other hand, the non-changeable state in which the opening time per unit time of the opening / closing blade 37 after the end of the big hit game is the opening time non-increasing state.

Next, the big hit game and the small hit game specified in the pachinko gaming machine 10 of the present embodiment will be described in detail with reference to FIG.
The big hit game is won after winning the big hit in the big hit lottery, the big hit symbol is confirmed and stopped in the symbol variation game, and the game ends. When the big hit game is started, an opening effect indicating the start of the big hit game is first performed. After the opening stage is finished, the round game in which the grand prize opening 39 is opened by the opening operation of the big prize opening door 38 is performed a plurality of times with the predetermined number of rounds as a predetermined upper limit (16 or 2 in the present embodiment). Is called. One round game is from a time when the grand prize opening 39 is opened by the opening operation of the grand prize opening door 38 to a time when the grand prize opening 39 is closed by the closing operation of the big prize opening door 38. During the game, the big winning opening 39 is opened until the upper limit number of balls (predetermined number of balls) entered or until the round game time (predetermined upper limit time) elapses. The big hit game ends with an ending effect indicating the end of the big hit game after the end of the predetermined number of round games.

  In the pachinko gaming machine 10 of the present embodiment, when the big hit lottery is won, one big hit type is determined from among the three types of big hits, and the big hit game is given based on the determined big hit type. It has become. Which of the three types of jackpots is to be determined is determined according to the type of special symbol (jacket symbol) determined when the jackpot lottery is won. For determining the special symbol (big hit symbol), a special symbol distribution random number, which will be described later, is used, and the special symbol is selected based on the extracted value of the special symbol distribution random number. In this embodiment, 50 types of special symbols are prepared as jackpot symbols, and the jackpot symbols of these 50 types of special symbols are, as shown in FIG. 3, special symbols ZA, special symbols ZB, and special symbols ZC. There are three types. And, for each special symbol belonging to the group consisting of these special symbols ZA to ZC, the numerical values that can be taken by the random numbers for special symbol distribution (in this embodiment, all 50 integer values from 0 to 49), A predetermined number is assigned. In this embodiment, the special symbol ZA big hit is 36% of the total big hit, the special symbol ZB big hit is 26% of the total big hit, and the special symbol ZC big hit is 38% of the total big hit. Random values are assigned.

  Each jackpot game given by the special symbol ZA, ZC shall have the prescribed number of rounds “16 times (first round number)” and the grand prize opening 39 is opened “once” during one round game. Thus, the big winning opening 39 is opened “16 times (16 rounds × 1 time)” during the big hit game. Each jackpot game is set with “10 (seconds)” as the opening effect time, “25 (seconds)” as the round game time of each round game, and “8 (seconds)” as the ending effect time. . In addition, in each big hit game, the upper limit number of balls for one round game is set to “9 balls”.

  Then, after the big hit game based on the special symbol ZA is ended, regardless of the game state at the time of winning the big hit lottery, the probable change state (until the next big hit) and the variable state are given until the end of the probable change state. It has become. In FIG. 3, the case where the variable state is given until the end of the certain variable state is described as “no limit”. Hereinafter, the big hit of the special symbol ZA may be indicated as “16R probability variation big hit”.

  In addition, after the jackpot game based on the special symbol ZC ends, an uncertain change state is given regardless of the game state at the time of winning the jackpot lottery, but after the jackpot game ends, the symbol variation of 100 times (maximum value). A variable state is given to the game. That is, the special symbol ZC jackpot is given a variable state until the symbol variation game is executed 100 times after the big hit game ends, but the symbol variation game from the 101st time is not given a variable state. . Hereinafter, the big hit of the special symbol ZC may be indicated as “16R non-probable big hit”.

  The big hit of the special symbol ZA and the big hit of the special symbol ZC are set to have the same mode (such as the open mode of the big prize opening 39) during the big hit game. Therefore, comparing the special symbol ZA jackpot and the special symbol ZC jackpot, the special symbol ZA jackpot, which is given a probabilistic state and a variable state until the next jackpot, is more effective than the special symbol ZC jackpot. It is advantageous for. Hereinafter, the jackpot game awarded based on the jackpots of the special symbols ZA and ZC may be collectively referred to as “16R jackpot game”.

  The jackpot game given by the special symbol ZB is a bonus game by setting the number of rounds to “2 times (second round number)” and opening the grand prize opening 39 once during the round game. During the game, the grand prize opening 39 is opened “twice (2 rounds × 1)”. For the big hit game, “0.004 (seconds)” is set as the opening effect time, “0.5 (seconds)” is set as the round game time of the round game, and “7 (seconds)” is set as the ending effect time. ing. In addition, in the big hit game, the upper limit number of balls for one round game is set to “9 balls”. In the following description, the jackpot of the special symbol ZB may be indicated as “2R jackpot”, and the jackpot game given based on the “2R jackpot” may be indicated as “2R jackpot game”.

  In addition, after the big hit game based on the special symbol ZB is finished, depending on the game state at the time of winning the big hit lottery, a probable change state (until the next big hit) and a variable state (until the probable change state ends) are given In some cases, only the probability variation state (until the next big hit) is given.

  The small winning game given by the special symbol ZD is a big win during the small hit game by setting the number of rounds to “1” and opening the big winning opening 39 “2 times” during one round game. The mouth 39 is opened “twice (1 round × 2 times)”. In addition, in the small hit game, “0.004 (seconds)” as the opening effect time, “0.5 (seconds)” as the opening time of the big prize opening 39 in one round game, as the ending effect time “7 (seconds)” is set. In addition, the upper limit number of balls for one round game in the small hit game is set to “9 balls”.

  Further, in the small hit, the gaming state after the end of the small hitting game is continued in the gaming state at the time of winning the small hitting lottery. In other words, in the small win, if the gaming state at the time of winning the small hit lottery is a probable change state, the gaming state after the end of the small hit game is continued to be a probabilistic state, and the gaming state at the time of winning the small hit lottery is changed. If so, the game state after the end of the small hit game is continued to the variable state. In addition, in the small win, if the gaming state at the time of winning the small hit lottery is in an uncertain change state, the gaming state after the end of the small hit game is continued to be in an uncertain change state, and the gaming state at the time of winning the small hit lottery is not If it is in the variable state, the game state after the small hit game is continued to the non-variable state.

  Also, in this embodiment, when winning a small hit, the next symbol change game starts after the small hit game (1R × 2 times open) from the stoppage of the change of the symbol change game started with the win. The time until is set to the same time as when 2R big hit is won. The 2R big hit game and the small hit game are performed with the same big winning opening 39 opened. Therefore, in the present embodiment, the 2R big hit game and the small hit game cannot be discriminated by the player based on the opening / closing operation mode and time of the big prize opening 39. That is, the player cannot determine whether the 2R big hit game or the small hit game has been awarded based on the opening / closing operation of the big winning opening 39 or the time. For this reason, in the pachinko gaming machine 10 of the present embodiment, the player is made to guess whether or not the probability variation state is given after the end of the 2R big hit game and the small hit game (whether or not the high probability lottery state). It creates game characteristics.

  In the present embodiment, the 16R jackpot game and the 2R jackpot game are different in the maximum number of round games (16 times and 2 times) constituting the jackpot game, and one round game time depends on the length of one round game time. There may be a difference in the number of prize balls that the player can acquire in the game. Specifically, in the present embodiment, the 16R jackpot game is a jackpot game that can win more prize balls than the 2R jackpot game.

  In addition, “Low accuracy + No change”, “Low accuracy + No change”, “High accuracy + No change”, “High accuracy + No change” shown in the “Status at the time of winning” in FIG. The four game states indicate the following states, respectively. “Low accuracy + no change” indicates a non-change change state and a non-change change state, and is “normal state” in the pachinko gaming machine 10 of the present embodiment. “Low probability + variable” indicates a non-probable variable state and a variable state, and in the pachinko gaming machine 10 of the present embodiment, the “low-probable + variable” state wins the 16R non-probable big hit. And by winning a small hit in a state of “low probability + variable”. “High accuracy + no change” indicates a state of probability change and a non-change state. In the pachinko gaming machine 10 of this embodiment, the state of “high accuracy + no change” is “low accuracy + no change”. It is also created by winning 2R big hit in the state of "" and winning small hit in the state of "high accuracy + no change". “Highly accurate + variable” indicates a state of probability variation and a state of variation, and in the pachinko gaming machine 10 of the present embodiment, the state of “highly accurate + variable” wins the 16R probability variation big hit, Also, it is created by winning 2R big hit in the state of “low accuracy + variation”, “high accuracy + no variation”, or “high accuracy + variation”. Further, in the pachinko gaming machine 10 of the present embodiment, the state of “high accuracy + variation” is also created by winning a small hit in the state of “high accuracy + variation”.

  In the pachinko gaming machine 10 of the present embodiment, the variation content of one symbol variation game performed on the effect display device 28 is from once the variation of the symbol (decorative symbol) to the stop of the variation of the symbol (decorative symbol). It is configured to include a variable cycle. Note that one symbol variation game starts when the symbol (special symbol and decorative symbol) starts to be varied, and ends when the symbol is stopped after the symbol variation is stopped. Is executed against. In the pachinko gaming machine 10 according to the present embodiment, one symbol variation game performed on the effect display device 28 is based on the variation content of the normal variation system composed of one variation cycle or a plurality of variation cycles. It is designed to be executed with the contents of fluctuation of the special fluctuation system that is configured. In the pachinko gaming machine 10 of the present embodiment, the variation content of the special variation system is used as a notice effect or a reach effect. Then, the one-time symbol variation game with the variation contents of the special variation system is simulated as if one symbol variation game is continuously performed in the internal control and a plurality of symbol variation games are continuously performed. It is made by directing expression.

  The symbol variation (variable display) indicates a state in which the symbol or symbol string is operating while changing the type of symbol displayed in the effect display device 28 and the special symbol display device 30. For example, the variation of the symbol in the effect display device 28 indicates a state in which the symbol row is operated to scroll and display the symbol according to a predetermined display order in the image display unit GH. The scroll display includes a vertical scroll display in which all symbol rows cross the image display portion GH in the vertical direction, and a horizontal scroll display in which all symbol rows cross the image display portion GH in the left-right direction. The symbol change stop indicates a state in which the symbols are stopped and displayed on the effect display device 28 and the special symbol display device 30. And in the stop of the symbol in the effect display device 28, there are a display in the stop state (temporary stop display) and a display in the fixed stop state (definite stop display). On the other hand, there is only display in the fixed stop state (definite stop display) in the stop of the symbols in the special symbol display device 30.

  Hereinafter, the flow of the symbol variation game when the variation content of the special variation system is used for the notice effect will be described with reference to FIGS. In the following description, the notice effect produced by the variation content of the special variation system may be indicated as “continuous notice effect”. In this embodiment, the number of variable cycles constituting the continuous notice effect is set to 2 (minimum number), 3 times, and 4 times (maximum number), and the maximum number of times is 4 times. It is equal to the upper limit of the number of reserved memories for special symbols.

  During the change cycle in the continuous notice effect, a suggestive effect that suggests a plurality of changes is performed. This suggestion effect is not executed during the symbol variation game (variation cycle) without the continuous notice effect, but is a dedicated effect executed during the symbol variation game (variation cycle) with the continuous notice effect. For this reason, the player can determine whether the symbol variation game is performed with the continuous notice effect or without the continuous notice effect depending on the presence or absence of the suggestion effect. In the present embodiment, the suggestion effect is performed by operating the effect movable body K during each variation cycle in the continuous notice effect (in this embodiment, an operation of inserting and removing the blade portion K1 from the sheath portion K2).

  Then, in a single symbol variation game with a continuous notice effect, the possibility (hit expectation degree) of whether or not a jackpot display result (hit symbol) is derived changes depending on the number of executions of the variation cycle. Yes. In the pachinko gaming machine 10 according to the present embodiment, when the big hit lottery is won, the symbol fluctuation game is easily performed with the fluctuation contents of the special fluctuation system in which the number of executions of the fluctuation cycle is larger than when the big hit lottery is not won. It has become. For this reason, the player can determine whether or not the symbol variation game is performed with the continuous notice effect depending on whether or not the suggestion effect is performed during the change of the design (decorative pattern) or without performing the continuous notice effect. If it is performed with a continuous notice effect, the expectation for the big hit is changed depending on how many fluctuation cycles with the suggestive effect are continued. Further, in the present embodiment, in the symbol variation game accompanied by the continuous notice effect, a reach is formed in the last change cycle among a plurality of change cycles constituting the continuous notice effect, and the reach effect is performed. ing. That is, in the symbol variation game accompanied by the continuous notice effect, reach is not formed in the variation cycle before the last variation cycle.

  FIG. 4A shows a symbol variation game in a case where a continuous notice effect is performed for two variation cycles. In this case, in the symbol variation game, the symbol is temporarily displayed after the symbol starts to fluctuate in the first variation cycle, and a reach is formed after the symbol variation starts in the second variation cycle. Production is to be performed.

  FIG. 4B shows a symbol variation game in a case where a continuous notice effect is performed for three variation cycles. In this case, in the symbol variation game, the symbol is temporarily displayed after the symbol starts to vary in the first and second variation cycles, and the reach is reached after the symbol variation starts in the third variation cycle. It is formed and reach production is performed.

  FIG. 4C shows a symbol variation game in a case where a continuous notice effect is performed for four variation cycles. In this case, in the symbol variation game, the symbol is temporarily displayed after the symbol starts to vary in each of the first to third variation cycles, and the reach is reached after the symbol variation starts in the fourth variation cycle. A mode in which a reach effect is formed is shown.

  In the pachinko gaming machine 10 of the present embodiment, in a symbol variation game, when a continuous notice effect is executed and a reach is formed in the last change cycle of the continuous notice effect, the reach effect accompanying the reach formation is changed to a special variation. There are cases where it is done with system fluctuations. Further, in the pachinko gaming machine 10 of the present embodiment, in the symbol variation game that does not involve the continuous notice effect, the reach effect may be performed with the variation content of the special variation system. The flow of the symbol variation game when the variation content of the special variation system is used for reach production will be described later.

  In addition, the pachinko gaming machine 10 of the present embodiment guesses to the player whether the lottery probability state of the big hit lottery is a low-probability lottery state (non-probable variation state) or a high-probability lottery state (probability variation state). A plurality of effect modes for executing a game state suggestion effect to be executed are provided. FIG. 5 shows a transition mode of the effect mode in the pachinko gaming machine 10 of the present embodiment. Then, in the pachinko gaming machine 10 of the present embodiment, the transition trigger of the production mode is won at a specific win during the specific production mode, specifically, the 2R big hit and the small during the normal mode MA shown in FIG. The winning mode will be selected, and the production mode to be shifted differs depending on the type of winning. By the transition of the effect mode, the player infers whether the lottery probability state of the big hit lottery is a high-probability lottery state from the effect mode during the stay, that is, the game state suggestion effect executed in the effect mode. It is like that.

Hereinafter, the production mode of the present embodiment will be described in detail with reference to FIG.
The normal mode MA is the basic effect mode in which the player stays most during the game, and the background image G1 is displayed as a normal effect that is a game state suggestion effect in the image display unit GH in the normal mode MA. ing. In the present embodiment, the normal mode MA is positioned as an effect mode in which the degree of expectation that the lottery probability state of the big hit lottery is the high probability lottery state is set to be the lowest.

  The high probability suggestion modes MB, MC, MD, and ME are high-probability latent effect modes that can be shifted when winning in either the 2R big hit or the small hit while staying in the normal mode MA. Background images G2, G3, G4, and G5 are displayed on the image display unit GH in the high accuracy suggestion modes MB, MC, MD, and ME, respectively, as high accuracy suggestion effects that are game state suggestion effects. . The background images G1 to G5 are different background images. In this embodiment, the high probability suggestion modes MB to ME are set so that the degree of expectation that the lottery probability state of the big hit lottery is the high probability lottery state is different. Specifically, it is positioned as an effect mode with high expectation in the high-probability lottery state in the order of high-precision suggestion mode MB <high-precision suggestion mode MC, MD <high-precision suggestion mode ME.

  Further, in the high suggestion modes MB to ME, an end condition (transition condition) for ending these effect modes and shifting to the normal mode MA is set. In the present embodiment, the end condition is a transition lottery for winning either the transition to the normal mode MA or the continuation of the mode performed at the start of the symbol variation game after the completion of the predetermined number of symbol variation games (for example, 20 times). “Move to mode MA” is set to win. And in the high probability suggestion modes MB to ME, the probabilities of winning the “transition to the normal mode MA” in the transition lottery are different. Specifically, in the order of high probability suggestion mode ME <high probability suggestion mode MC, MD <high probability suggestion mode MB, the probability of winning the “transition to normal mode MA” in the transition lottery increases. In other words, the probability of winning the “mode continuation” in the transition lottery increases in the order of the high accuracy suggestion mode MB <high accuracy suggestion mode MC, MD <high accuracy suggestion mode ME.

  The change in the expectation degree that the lottery probability state of the big hit lottery in each effect mode described above is the high probability lottery state changes from the destination of the effect mode according to the type of the win and the high probability suggestion modes MB to ME to the normal mode MA. Produced by the transition probability. In the present embodiment, when the 2R jackpot is won during the normal mode MA, the lottery probability of the transition lottery so that the transition is facilitated in the order of the high probability suggestion mode MB <high probability suggestion mode MC, MD <high probability suggestion mode ME. Is stipulated. On the other hand, in this embodiment, when winning a small hit during the normal mode MA, the transition lottery is performed so that the transition is facilitated in the order of the high accuracy suggestion mode ME <high accuracy suggestion mode MC, MD <high accuracy suggestion mode MB. The lottery probability is set. For this reason, the high probability suggestion mode ME easily shifts to the 2R jackpot, and it is difficult to shift to the normal mode MA during the stay. Therefore, the expectation that the lottery probability state of the big hit lottery is the high probability lottery state is the highest. Become. On the other hand, the high-accuracy suggestion mode MB easily shifts to a small hit, and easily shifts to the normal mode MA during a stay. Therefore, the expectation that the lottery probability state of the big hit lottery is a high-probability lottery state becomes low.

  Note that the transition from the normal mode MA to the high probability suggestion modes MB to ME due to the winning of either the 2R big hit or the small win described above is that the gaming state (internal state) of the normal mode MA is in the non-probable change state and the non-probability state. It is assumed that the state is variable (low accuracy + no change). And, when the game state of the normal mode MA is a probability variation state and a non-variation short state (high probability + no variation), when winning 2R big hit, a high probability confirmation mode (high probability lottery state not shown) Transition to a production mode that can be definitely recognized. On the other hand, when the game state of the normal mode MA is a probability change state and a non-changeable state (high accuracy + no change), when winning a small hit, the high accuracy suggestion mode MB <high probability suggestion mode MC, MD <high The lottery probability of the transition lottery is determined so that the transition is facilitated in the order of the suggestion mode ME.

  In addition, when the game state of the high probability suggestion mode MB to ME is a non-probable change state and a non-changeable short state (low probability + no change), when the 2R big hit and the small win are won, the presentation mode during the stay is continued. . On the other hand, when the game state of the high accuracy suggestion mode MB to ME is a probability change state and a non-changeable state (high accuracy + no change), when winning 2R big hit, it shifts to the high probability determination mode described above, and small hit When you win, continue the production mode during your stay.

  Further, the pachinko gaming machine 10 according to the present embodiment is configured to be able to execute a mission effect as a task giving effect. The mission effect is an effect that presents the player with a predetermined effect as a task (mission) to appear in the symbol variation game. Then, in the symbol variation game accompanied by the mission effect, when the effect presented to the player appears, the game is developed so that the winning symbol is derived thereafter. In the present embodiment, when a mission effect is executed when winning a win in the winning lottery, the effect presented in the mission effect (presentation effect) matches the effect (execution effect) executed in the symbol variation game. The effects to be presented and the effects to be executed in the symbol variation game are determined. For this reason, the player's appearance is expressed as if the big hit was achieved by accomplishing the mission. On the other hand, when the mission effect is executed when the winning lottery is not won, the effect presented in the mission effect and the effect presented in the symbol variation game are executed so as not to coincide with the effect performed in the symbol variation game. The production to be performed is decided.

  In the mission effect of the present embodiment, a reach formation effect for deriving a specific symbol as a reach formation symbol by stopping the variation of symbols in a specific column, a jackpot notice effect that suggests the possibility of a big hit, And the reach effect which derives the symbol of the last stop symbol sequence after reach formation is presented. When presenting the reach formation effect in the mission effect, the image display unit GH is presented with a mission content such as “Let reach with 3 symbols!”. For this reason, when the above-mentioned mission is presented in the case of winning the winning in the winning lottery, an effect that a reach is formed with the symbol [3] may be executed in the symbol variation game. In addition, when presenting a jackpot notice effect in the mission effect, the image display unit GH is presented with a mission content such as “Please give a notice of XX!”. For this reason, when the above-mentioned mission is presented in the case where the winning lottery is won, an effect of XX notice may be executed in the symbol variation game. Further, when the reach effect is presented in the mission effect, the image display unit GH is presented with a mission content such as “Take out XX reach!”. For this reason, when the above-mentioned mission is presented in the case where the winning lottery is won, the XX reach effect may be executed in the symbol variation game.

  In the symbol variation game in which the mission effect is executed, when the presented effect matches the effect to be executed, the character image consisting of “Mission accomplished!” Is displayed on the image display unit GH according to the mission achievement time. Is displayed. The mission achievement time is set to a time when the player can recognize whether or not the mission has been accomplished. For this reason, “Mission Complete!” Is not displayed in a situation where it is not possible to recognize whether the mission has been completed, and after a while, “Mission Complete! "Is not displayed.

  The mission achievement time differs according to the execution time of the presented effects. Specifically, the mission achievement time in the reach formation effect is the time of reach formation. Also, the mission achievement time in the jackpot notice effect is the execution time of the jackpot notice effect. For example, if the jackpot notice effect is executed before reach formation, the mission achievement time is before reach formation, and if the jackpot notice effect is executed after reach formation, the mission achievement time is after reach formation. Further, the mission achievement time in the reach production is the execution time of the reach production.

Next, the electrical configuration of the pachinko gaming machine 10 will be described with reference to FIG.
A main control board 45 that controls the entire pachinko gaming machine 10 is mounted on the back side of the pachinko gaming machine 10. The main control board 45 executes various processes for controlling the entire pachinko gaming machine 10 and performs arithmetic processing of control signals (control commands) as various control commands for controlling the game according to the processing results. The control signal (control command) is output. In addition, a sub-integrated control board 46, an effect display control board 47, and an audio / lamp control board 48 are mounted on the rear side of the machine.

  The sub integrated control board 46 comprehensively controls the effect display control board 47 and the sound / lamp control board 48 based on the control signal (control command) output from the main control board 45. The effect display control board 47 controls the display mode (display images of symbols, backgrounds, characters, etc.) of the effect display device 28 based on the control signals (control commands) output from the main control board 45 and the sub control board 46. To do. Further, the sound / lamp control board 48 emits light (lights (flashes) / lights off) of the various lamp units 17 to 19 and 27b based on the control signals (control commands) output from the main control board 45 and the sub control board 46. And the sound output mode (sound output timing, etc.) of the speakers 20, 21, 25 are controlled.

Hereinafter, specific configurations of the main control board 45, the sub general control board 46, and the effect display control board 47 will be described.
On the main control board 45, a main control CPU 45a capable of executing control operations in a predetermined procedure, a main control ROM 45b for storing a control program for the main control CPU 45a, and necessary data can be written and read. A main control RAM 45c is provided. A main control ROM 45b and a main control RAM 45c are connected to the main control CPU 45a. The main control CPU 45a includes a start port switch SW1 for detecting a game ball that has entered the upper start winning port 35, a start port switch SW2 for detecting a game ball that has entered the lower start winning port 36, and a large A count switch SW3 that detects a game ball that has entered the winning opening 39 and a normal symbol variation switch SW4 that detects a game ball that has passed through the normal symbol operation gate 34 are connected. Also, a special symbol display device 30, a special symbol hold storage display device 31, a normal symbol display device 32, and a normal symbol hold storage display device 33 are connected to the main control CPU 45a via a symbol display board 49. ing. The symbol display board 49 is mounted at a position corresponding to the display device 29, and is equipped with a light emitter (LED in this embodiment) that constitutes each of the display devices 30 to 33. The main control board 45 (main control CPU 45a) turns on and off the light emitters of the display devices 30 to 33.

  Further, the main control CPU 45a is a special design hit determination random number, a special design distribution random number, a reach determination random number, a variation pattern distribution random number, a small hit design distribution random number, and a normal design hit. The values of various random numbers such as random numbers for determination are updated at predetermined intervals. Then, the main control CPU 45a executes random number update processing (random number generation processing) for rewriting the value before update by storing (setting) the updated value in the setting area of the main control RAM 45c. Further, the main control CPU 45a updates a timer for measuring time. The main control RAM 45c stores (sets) various information (random values, timer values, flags, etc.) that are appropriately rewritten during the operation of the pachinko gaming machine 10.

  The random number for determining the hit for special symbols is a random number used in the big hit lottery (big hit determination) to determine whether or not to win a big hit. This is a random number used in (small hit determination). Further, the special symbol allocation random number is a random number used when determining a big hit symbol as a special symbol to be confirmed and stopped on the special symbol display device 30 in the case of a big hit. In addition, the reach determination random number is a reach lottery (whether or not a big win lottery and a small win lottery are won), that is, a reach is formed in the case of a loss and a reach lottery for determining whether or not a reach effect is performed ( This is a random number used in reach determination. Further, the fluctuation pattern distribution random number is a random number used when selecting and determining a fluctuation pattern. The normal design random number for hit determination is a random number used in the normal symbol lottery (determination per normal symbol) for determining whether or not to hit the normal symbol. Further, the small hit symbol distribution random number is a random number used when determining the small hit symbol as a special symbol to be displayed on the special symbol display device 30 when the small hit is made.

  In addition to the main control program, the main control ROM 45b stores a plurality of types of variation patterns and various determination values (big hit determination value, small hit determination value, reach determination value, normal symbol determination value, etc.). . The variation pattern is a game effect (display effect, from the time when the symbol (special symbol and decorative symbol) starts to change (the symbol variation game starts) until the symbol is confirmed and stopped (the symbol variation game ends). A pattern serving as a base for a light emission effect and a sound effect) is shown. In the variation pattern, a variation time from the start to the end of the symbol variation game is defined for each variation pattern. Further, the variation patterns are classified for each effect content including a hit effect, a miss reach effect, and a miss effect. In addition, the variation pattern for winning performance includes a variation pattern for 16R big hit that can be selected when winning for 16R big hit, and 2R big hit / small hit that can be selected when winning for either 2R big hit or small hit It is further classified into fluctuation patterns for use.

  In the win effect, the symbol variation game is developed so as to be a win. More specifically, in the winning effect based on the 16R big hit variation pattern, the big hit symbol combination is displayed on the effect display device 28, and the big hit symbol is displayed on the special symbol display device 30. In the winning effect based on the fluctuation pattern for 2R big hit / small hit, the symbol display suggesting the probable change is confirmed and stopped on the effect display device 28, and the big winning symbol or the small hit symbol is fixed and displayed on the special symbol display device 30. The

  In the outlier reach effect, the symbol change game is finally stopped on the effect display device 28 after the reach effect, and the off symbol combination is finally stopped on the special symbol display device 30. In the offending effect, the symbol changing game is finally stopped and displayed on the effect display device 28 without reaching the reach effect, and the offending symbol is finally stopped on the special symbol display device 30. In the special symbol display device 30, when the symbol variation game is started, the variation of the symbol is continued until the variation time elapses without performing the reach effect. That is, the reach effect is performed in a symbol variation game using a decorative symbol image displayed on the image display unit GH of the effect display device 28.

  The main control ROM 45b serving as a variation pattern storage means stores a plurality (four in this embodiment) of variation pattern distribution tables (not shown). Specifically, the main control ROM 45b has four game states ("low accuracy + no change", "low accuracy + change", "high accuracy + no change") as a variation pattern distribution table. , “High accuracy + variable”), each variation pattern distribution table is set and stored. In each variation pattern distribution table, random values for variation pattern distribution are distributed so as to be able to specify variation patterns that can be selected for each of the hit effects, the outlier reach effects, and the outlier effects. In each variation pattern distribution table, random values for variation pattern distribution are distributed so that variation patterns that can be selected for each hit type (for each special symbol) can be specified.

FIG. 7 shows variation patterns that can be selected in the pachinko gaming machine 10 of the present embodiment.
In this embodiment, as shown in FIG. 7, 52 types of variation patterns P1 to P52 are prepared. These 52 types of variation patterns P1 to P52 are classified into a variation pattern for winning effects, a variation pattern for losing reach effects, and a variation pattern for losing effects. In FIG. 7, “Special A” is “Special Design ZA”, “Special B” is “Special Design ZB”, “Special C” is “Special Design ZC”, and “Special D” is “Special Design ZD”. The variation patterns with “◯ (white circle)” in each of these columns are the variation patterns for winning effects that can be selected at the corresponding big hit. In addition, the variation pattern with “◯ (white circle)” in the “out of reach reach” column is the variation pattern for the outreach reach effect that can be selected when executing the outreach reach effect. In addition, a variation pattern with “◯ (white circle)” in the “out of” column is a variation pattern for a loss effect that can be selected when executing a loss effect.

  Further, as shown in FIG. 7, the 52 types of variation patterns P1 to P52 are classified into five types of variation patterns (“normal”, “slip”, “2 times”, “3 times”, “4 times”). Has been. “Slip” as a variation form is the variation of the left column (first stop display column) after the start of the symbol variation game on the effect display device 28, and then the variation of the right column (second stop display column). When stopping, a variation form accompanied by a slip variation is shown. The slip variation is a variation in which after the variation of the symbol sequence (right column in the present embodiment) is temporarily stopped to derive the symbol, the symbol sequence is varied again to derive the symbol again. “Two times” as the variation form indicates a variation form with continuous notice effect for two fluctuation cycles. Further, “3 times” as the variation form indicates a variation form with continuous notice effect for three fluctuation cycles. Further, “4 times” as the variation form indicates a variation form with continuous notice effect for four fluctuation cycles. Further, “normal” as the variation form indicates a variation form that does not involve the above-described slip variation or continuous notice effect.

  In addition, “variation content” shown in FIG. 7 indicates the variation content of the symbol variation game based on the variation patterns P1 to P52. The “normal deviation fluctuation” as the fluctuation content is a pattern in which the fluctuation is stopped in accordance with a predetermined fluctuation stop order (in this embodiment, left column → right column → middle column) after starting the symbol variation game. This is an off-stage effect that causes each symbol row to derive a symbol. In addition, the “shortening deviation fluctuation” as the fluctuation content is set to be shorter than the “normal deviation fluctuation”, and the fluctuation of each symbol row is stopped at almost the same timing and the symbol is derived to each symbol row. Production. In addition, “normal variation” as the variation content forms a reach after the start of the symbol variation game, and in the final stop symbol sequence (in this embodiment, the middle column) by normal reach production, Case), or a reach effect for deriving different symbols (in the case of outliers). In addition, the “mode transition variation” as the variation content is the one when the winning combination of 2R big hit or small hit is made to derive the symbol combination of the probable change suggestion to suggest the transition of the production mode after the start of the symbol variation game. It is a hit production. Further, the “slip gaze variation” as the variation content is an outlier effect in which the right column (second stop display column) slides and the symbols are derived in each symbol sequence with respect to the “normal deviation variation” described above. .

  The “block variation” as the variation content is a reach effect (block variation effect) performed with the variation content of the special variation system. The block variation production has production blocks with a certain time scale, and one theme (one scene) within the production time in which the production block time is 1 to integer times (up to 3 times in this embodiment). Combining individual effects that complete the effects, the contents are composed of effects that change (develop) in order into a plurality of individual effects during a single symbol variation game. Note that the completion of the effect of one theme (one scene) means deriving a symbol combination that can recognize a big hit or a loss. The block variation effect will be described later in detail. “1B” to “6B” shown in FIG. 7 indicate the number of effect blocks (number of change cycles) constituting the block change effect, “1B” indicates “1 block”, and “2B” indicates “2 blocks”. "3B" indicates "3 blocks", "4B" indicates "4 blocks", "5B" indicates "5 blocks", and "6B" indicates "6 blocks". That is, since the time for one block is a fixed time, the effect time becomes longer as the block variation effect has a larger number of effect blocks.

  In the present embodiment, the symbol variation game including the block variation effect is executed with the variation content of each variation mode. Specifically, the variation patterns P6 to P17 of the variation form “normal”, the variation patterns P21 to P32 of the variation form “slip”, the variation patterns P35 to P42 of the variation form “twice”, and the variation pattern “three times”. In the variation patterns P43 to P50 and the variation patterns P51 and P52 of the variation form “4 times”, a symbol variation game including a block variation effect is performed. The symbol variation game based on these variation patterns includes a variation variation effect, and thus has a variation content of a special variation system. On the other hand, in this embodiment, the symbol variation game based on the variation patterns P1 to P5, P18 to P20, P33, and P34 that does not include the continuous notice effect and the block variation effect in the variation content is a normal variation system including one variation cycle. It is assumed that the content of the change.

  In addition, the variation time is defined in each variation pattern P1 to P52 shown in FIG. When the variation pattern of the variation form “normal” and the variation pattern of the variation form “slip” are compared, the variation time of the variation pattern of the variation form “slip” is the variation time of the slip variation. The variation time is set longer than the variation time of the variation pattern of “normal”. Further, in the variation pattern including the continuous notice effect of the variation form “twice”, “3 times”, and “4 times”, when the variation patterns of the same variation contents are compared, the number of variation cycles of the continuous notice effect is larger. The fluctuation time is set longer.

  The big hit determination value is a determination value used in the big hit lottery, and is determined from numerical values (all 953 integers from 0 to 952) that can be taken by the random numbers for the special symbol. The big hit judgment value is a big hit lotion value for low probability used in the big hit lottery when the gaming state is non-probable change state (low probability lottery state) and a big hit lottery when the gaming state is probable state (high probability lottery state) There are high-probability jackpot determination values to be used, and the number of jackpot determination values in the probability variation state is set to be larger than the number of jackpot determination values in the non-probability variation state. In this embodiment, “3” numerical values are determined as low probability jackpot determination values, and “29” numerical values are determined as high probability jackpot determination values. For this reason, the probability of winning a big hit in the big hit lottery is “3/953 (= 317.6 / 1)” in the non-probable change state, and “29/953 (= 32.8 minutes) in the probable change state. 1) ”.

  The small hit determination value is a determination value used in the small hit lottery, and is determined from numerical values (all 953 integers from 0 to 952) that can be taken by random numbers for special symbol hit determination. In the present embodiment, “6” numerical values are defined as the small hit determination values. Therefore, the probability of winning a small hit in the small hit lottery is “6/953 (= 158.8 / 1)”. Note that the value of the small hit determination value does not differ depending on whether or not the probability variation state is imparted and whether or not the variation state is imparted (the same value is determined). That is, the probability of winning a small hit in the small hit lottery is fixed regardless of the gaming state. The reach determination value is a determination value used for reach determination, and is determined from numerical values (a total of 241 integers from 0 to 240) that can be taken by random numbers for reach determination. As the reach determination value, different values are set according to the gaming state (whether or not it is in a probable variation state or whether or not it is in a variation state) and the remaining number of reserved memories obtained by subtracting the variation.

  The determination value per normal symbol is a determination value used in the lottery per normal symbol, and is determined from numerical values (a total of 251 integers from 0 to 250) that can be taken by the random number for normal determination. The judgment value per normal symbol is a low probability per standard symbol judgment value used in the normal symbol lottery when the gaming state is in the non-variable short state and the high value used in the normal symbol lottery when the gaming state is in the variable state. There is a determination value per normal symbol for probability, and the number of determination values per normal symbol in the variable state is set to be larger than the number of determination values per normal symbol in the non-variable state. In the present embodiment, “15” numerical values are determined as normal symbol determination values for the non-variable state and “250” numerical values are determined as normal symbol determination values for the variable state. For this reason, the probability of winning per normal symbol in the lottery per normal symbol is “15/251” in the non-variable state and “250/251” in the variable state.

Next, the sub general control board 46 will be described.
On the sub-general control board 46, an overall control CPU 46a capable of executing control operations in a predetermined procedure, an overall control ROM 46b for storing a control program for the overall control CPU 46a, and writing and reading of necessary data. A general control RAM 46c is provided. A general control ROM 46b and a general control RAM 46c are connected to the general control CPU 46a. The overall control CPU 46a is equipped with a timer function, and measures time at a predetermined timing (for example, timing for starting the symbol variation game).

Next, the effect display control board 47 will be described.
The effect display control board 47 has a display control CPU 47a capable of executing control operations in a predetermined procedure, a display control ROM 47b for storing a control program for the display control CPU 47a, and writing and reading of necessary data. A display control RAM 47c is provided. An effect display device 28 is connected to the display control CPU 47a, and an effect movable body K is connected via a drive circuit (not shown) that drives an actuator that operates the effect movable body K. Further, the display control CPU 47a of the present embodiment has a timer function, and measures time at a predetermined timing (for example, timing at which a symbol variation game is started). The display control ROM 47b stores various image data (image data such as symbols, backgrounds, characters, characters, etc.).

Hereinafter, the contents of control executed by the main control board 45, the sub general control board 46, and the effect display control board 47 will be described.
First, the main control board 45 will be described.

  The main control CPU 45a of the main control board 45 executes a special symbol input process every predetermined control cycle (for example, every 4 ms). In this special symbol input process, the main control CPU 45a inputs a detection signal output by the start port switches SW1 and SW2 that detect the game ball when the game ball enters the upper start winning port 35 or the lower start winning port 36. Then, it is determined whether or not the number of reserved symbols for special symbols stored in the main control RAM 45c is less than the upper limit number (4 in this embodiment). When the determination result of the hold determination is affirmative (the number of reserved memories for special symbols <4), the main control CPU 45a adds 1 to the number of reserved memories for special symbols (+1), and sets the number of reserved memories for special symbols. rewrite. Further, the main control CPU 45a turns on the number of reserved lamps corresponding to the number of reserved memories after the rewriting as the number of reserved memories for special symbols is rewritten. Further, when the main control CPU 45a determines that the hold determination is affirmative, the main control CPU 45a outputs the value of the special design hit random number, the value of the special design sort random number, and the value of the small hit design sort random number. It is acquired from the control RAM 45c, and the value is stored in a predetermined storage area of the main control RAM 45c in association with the number of reserved symbols for special symbols. When the determination result of the hold determination is negative (holding memory count = 4), the main control CPU 45a does not rewrite the reserved memory count for the special symbol exceeding the upper limit, and the values of the random numbers described above are also included. Do not get.

  Further, the main control CPU 45a executes a special symbol start process every predetermined control cycle (for example, every 4 ms). In this special symbol start process, the main control CPU 45a first determines whether or not the symbols (special symbols and decorative symbols) are being displayed in a variable display (during the execution of the symbol variation game) and whether or not a big hit game is being played. judge. If this determination result is affirmative, the main control CPU 45a ends the special symbol start process.

  On the other hand, if the determination result is negative (not changing display and not big hit game), the main control CPU 45a reads the number of reserved symbols for special symbols stored in the main control RAM 45c. It is determined whether or not the number of reserved memories is greater than “0 (zero)” (whether or not there is a pending symbol variation game). If this determination result is negative (the number of reserved memories is “0”), the main control CPU 45a ends the special symbol start process. On the other hand, if the determination result is affirmative (the number of reserved memories is larger than “0”), the main control CPU 45a subtracts 1 from the number of reserved memories for special symbols, and then a predetermined storage area of the main control RAM 45c. Read the value of the random number for hit determination stored in. Then, the main control CPU 45a compares the read hit determination random number value with the jackpot determination value stored in the main control ROM 45b, and determines whether or not the jackpot is hit (lottery lottery). In the present embodiment, the main control CPU 45a that performs the big hit lottery becomes the big hit lottery means (win lottery means).

  In the big hit determination, if the gaming state is an uncertain change state, the main control CPU 45a compares the low probability big hit determination value with the value of the special symbol hit determination random number, and the gaming state is in the positive change state. In the case of, the big probability judgment value for high probability is compared with the value of the random number for special judgment. In the present embodiment, the numerical values that can be taken by the hit determination random numbers for special symbols are set to 953 different integers from “0” to “952”. The jackpot judgment value for low probability defines three numbers among the numbers that can be taken by random numbers for hit judgment for special symbols, and the jackpot judgment value for high probability hits for special symbols. 29 numerical values are determined from the numerical values that can be taken by the random numbers for determination. For this reason, in the pachinko gaming machine 10 of the present embodiment, the probability of winning a big hit in the big hit lottery in the non-probable change state is 3/953 (1 / 317.6), and the big win in the big hit lottery in the probable change state The probability of winning is 29/953 (1 / 2.8).

  When the determination result of the big hit determination is affirmative (the value of the random number for hit determination matches the big hit determination value), the main control CPU 45a determines the big hit. The CPU 45a for main control which has determined the big hit determines the big hit symbol as a special symbol to be confirmed and stopped in the symbol variation game executed by the special symbol display device 30 based on the value of the special symbol distribution random number. Since the special symbol jackpot symbol is set for each jackpot type as described above, the jackpot symbol to be given to the player is determined by determining the jackpot symbol. In addition, since the special symbol includes a special symbol that is a probability variation big hit and a special symbol that is a non-probable variation big hit, it is determined which of the probability variation big hit and the non-probability big hit is determined by the determination of the special symbol. In the present embodiment, the main control CPU 45a for determining a special symbol serves as a symbol determining means, and when a big win is won in the big hit lottery, which big hit is given to the player from a plurality of types of big wins. The main control CPU 45a to be determined serves as a big hit seed determining means (hit seed determining means).

  Further, the main control CPU 45a which has determined the big hit acquires the random value for distribution pattern distribution from the main control RAM 45c, and selects the variation pattern for winning effect based on the acquired value and the current gaming state. And decide. In the present embodiment, the main control CPU 45a that selects the fluctuation pattern based on the lottery result of the winning lottery (big hit lottery, small hit lottery) serves as the fluctuation pattern determining means.

  On the other hand, if the determination result of the big hit determination is negative (the value of the random number for special symbol hit determination and the value of the big hit determination value do not match), the main control CPU 45a determines the value of the special symbol hit determination random number and the main control. The small hit determination value stored in the ROM 45b is compared, and a small hit determination (small hit lottery) is performed to determine whether or not to give a small hit game. In the present embodiment, the main control CPU 45a that performs the small hit determination (small hit lottery) serves as the small hit lottery means (win lottery means). When the determination result of the small hit determination is affirmative (the value of the random number for determining the special symbol hit matches the small hit determination value), the main control CPU 45a determines the small hit. The main control CPU 45a which has determined the small hit determines the small hit symbol as a special symbol to be confirmed and stopped in the symbol variation game executed in the special symbol display device 30 based on the random number value for small hit symbol distribution. . The main control CPU 45a that has determined the small hit acquires the value of the fluctuation pattern distribution random number from the main control RAM 45c, and based on the acquired value, the change pattern that can be selected when the small hit is won. One variation pattern is selected and determined.

  On the other hand, if the determination result of the small hit determination is negative (the value of the special determination random number for hit determination and the small hit determination value do not match), the main control CPU 45a determines the deviation. Then, the main control CPU 45a which has determined the detachment determines whether or not to execute the detachment reach effect by random number lottery (the reach determination random number and the reach determination value). When the execution of the outlier reach effect is determined, the main control CPU 45a determines the off symbol as the special symbol to be confirmed and stopped on the special symbol display device 30, and the random number for fluctuation pattern distribution is obtained from the main control RAM 45c. Based on the obtained value, one variation pattern is selected from the variation patterns that can be selected at the time of reach and determined. On the other hand, when the non-execution of the outlier reach effect is determined, the main control CPU 45a determines the out symbol in the same manner as described above, acquires the random number for fluctuation pattern distribution from the main control RAM 45c, and the acquired value. Based on the above, one variation pattern is selected from the variation patterns that can be selected at the time of deviation and determined.

  The main control CPU 45a that has determined the special symbol and the variation pattern generates a predetermined control command, and outputs the generated control command to the sub overall control board 46 (overall control CPU 46a) at a predetermined timing. Specifically, the main control CPU 45a first outputs a variation pattern designation command instructing a variation pattern and instructing the start of the symbol variation game at the start of the symbol variation game. The main control CPU 45a outputs a stop symbol designating command for a special symbol designating a special symbol, and then outputs the variation pattern designating command. Then, the main control CPU 45a outputs a symbol stop command for instructing the end of the symbol variation game (determination of symbol determination) when the variation time determined in the instructed variation pattern has elapsed, as the variation time elapses. .

  The main control CPU 45a controls the display content of the special symbol display device 30 with the start of the symbol variation game. That is, the main control CPU 45a starts the variation of the special symbol by starting the symbol variation game, and confirms and stops the special symbol (the winning symbol or the missing symbol) determined when the variation time set in the determined variation pattern has elapsed. Display.

  Further, after the big hit game ends, the main control CPU 45a outputs various commands indicating the game state after the big hit game ends. Specifically, the main control CPU 45a outputs a high probability designation command when the lottery probability state of the jackpot lottery after the jackpot game ends is set to a high probability lottery state (probability variation state), and the jackpot after the jackpot game ends. When the lottery probability state of the lottery is set to the low probability lottery state (non-probable variation state), a low probability designation command is output. Further, the main control CPU 45a outputs a variable speed operation designation command when changing to the variable state after the big hit game ends, and outputs a variable length non-operation specifying command when entering the non-variable state after the big hit game ends. Further, when the 16R uncertain variable big win is won, the main control CPU 45a sets “100 times” as the number of times of operation indicating the number of remaining symbol variation games to which the variable state is given. This operation count is decremented by 1 every time the symbol variation game is executed. Then, when the number of times of operation becomes “0 (zero)”, the main control CPU 45a outputs a change end designation command after the end of the 100th symbol change game. In the present embodiment, since the gaming state after the winning game is determined from the special symbol determined according to the lottery result of the winning lottery, the main control CPU 45a functions as the lottery probability state determining means, and the gaming state It becomes a state control means for controlling

  The main control CPU 45a, when a game ball enters the normal symbol operation gate 34 and receives a detection signal output from the normal symbol variation switch SW4 that detects the game ball, is stored in the main control RAM 45c. Whether or not the number of reserved symbols for ordinary symbols is less than the upper limit (4 in the present embodiment) is determined. When the determination result of the hold determination is affirmative (the number of reserved memories for normal symbols <4), the main control CPU 45a adds 1 (+1) to the number of reserved memories for normal symbols, and sets the number of reserved memories for normal symbols. rewrite. Further, the main control CPU 45a turns on the number of reserved lamps corresponding to the number of reserved memories after the rewriting in accordance with the rewriting of the number of reserved memories for normal symbols. For example, the main control CPU 45a turns on three hold lamps when the number of reserved symbols for the normal symbol after rewriting is “3”. Further, when the main control CPU 45a makes an affirmative determination of the hold determination, the main control CPU 45a obtains the value of the random number for hit determination for the normal symbol from the main control RAM 45c, and associates the value with the number of reserved memories for the normal symbol. And stored in a predetermined storage area of the main control RAM 45c. When the determination result of the hold determination is negative (the number of reserved memories for normal symbols = 4), the main control CPU 45a does not rewrite the number of reserved memories for normal symbols exceeding the upper limit, and for normal symbols. The random number for hit determination is not acquired.

  Then, the main control CPU 45a reads the normal symbol hit determination random number value stored in a predetermined storage area of the main control RAM 45c immediately before the start of the normal symbol variation game, and stores the value in the main control ROM 45b. The stored normal symbol per unit determination value is compared, and the normal symbol per unit determination as to whether or not the normal symbol per unit is made. In the normal symbol hit determination, the main control CPU 45a compares the low probability normal symbol hit determination value with the normal symbol hit determination random number value when the gaming state is the non-changing state, and the gaming state is In the variable state, the judgment value per normal symbol for high probability is compared with the value of a random number for hit judgment for the normal symbol.

  In this embodiment, the numerical values that can be taken by the random number for determining the normal symbol are set to 251 integers from “0” to “250”. The determination value per normal symbol for low probability is set to 51 numerical values from the numerical values that can be taken by the random numbers for hit determination, and the determination value per normal symbol for high probability is used for the hit determination Of the numerical values that can be taken by random numbers, 250 numerical values are determined. For this reason, in the pachinko gaming machine 10 according to the present embodiment, the probability of winning per normal symbol in the normal symbol determination in the non-variable state is 51/251, and per normal symbol in the normal symbol determination in the variable state. The probability of winning is 250/251.

  The main control CPU 45a controls the display content of the normal symbol display device 32 with the start of the normal symbol variation game. That is, the main control CPU 45a starts normal symbol variation by starting the normal symbol variation game, and displays a fixed symbol (win symbol or missing symbol) determined when a predetermined variation time has elapsed. The main control CPU 45a sets a different variation time as the variation time of the normal symbol variation game according to the gaming state at the start of the normal symbol variation game, and displays the normal symbol in a fixed stop state. Specifically, the main control CPU 45a sets “10 (seconds)” as the variation time in the non-variable state, and is shorter than the non-variable state as the variation time in the variable state. Set “1.1 (seconds)” as the time. Thereby, the variation time of the normal symbol variation game performed in the variable state is shortened compared to the variation time of the symbol variation game performed in the non-variable state.

Next, the sub general control board 46 will be described.
When the central control CPU 46 a of the sub general control board 46 receives the change pattern designation command, it outputs the command to the effect display control board 47 and the sound / lamp control board 48. In addition, when the overall control CPU 46a inputs a stop symbol designation command for a special symbol, the decorative symbol constituting the symbol combination that causes the effect display device 28 to display a fixed stop according to the stop symbol designation of the special symbol corresponding to the command. , And a stop symbol designation command for the decorative symbol designating the determined decorative symbol is output to the effect display control board 47. When the overall control CPU 46a inputs a symbol stop command, the overall control CPU 46a outputs the command to the effect display control board 47 and the sound / lamp control board 48.

  When the overall control CPU 46a inputs the change pattern designation command, the overall control CPU 46a determines the details of the specific effect contents of the symbol change game to be executed by the effect display device 28. In the present embodiment, the overall control CPU 46a determines the content of the block variation effect and the effect content of the mission effect, and sends various control commands to the effect display control board 47 and the sound / lamp control board 48 according to the determined effect contents. Output to.

  Further, the overall control CPU 46a configures each column constituting the symbol combination of the decorative symbols derived in the symbol variation game executed by the effect display device 28 from the type of the stop symbol (special symbol) designated by the stop symbol designation command. The design of is determined. More specifically, if the special symbol stop symbol designation is a jackpot symbol (special symbol ZA) corresponding to the 16R probability variation big hit, the overall control CPU 46a can recognize the probability variation big hit as a combination of the decorative symbols. Determine the combination. Further, when the special symbol stop symbol designation is 16R non-probable variation big hit (special symbol ZC), the overall control CPU 46a determines a symbol combination capable of recognizing the non-probable variation big hit as a decorative symbol combination. The overall control CPU 46a determines the symbol combination that suggests the probable change as the symbol combination of the decorative symbols when the symbol designation of the special symbol is a winning symbol corresponding to 2R big hit and small hit (special symbols ZB, ZD). .

  Further, the central control CPU 46a can recognize a loss without including a reach formation symbol as a decorative symbol combination when a variation pattern for a loss effect is designated and the stop symbol designation of the special symbol is a loss symbol. Determine the symbol combination. In addition, when the variation pattern for the off-reach effect is designated and the stop symbol designation of the special symbol is off-design, the overall control CPU 46a can recognize the off-set including the reach formation symbol as the decorative symbol combination. Determine the combination.

  In the present embodiment, the symbol combination of decorative symbols determined by the overall control CPU 46a is a final stop symbol that allows the player to recognize either a big hit or a miss. In the present embodiment, in addition to the above-described final stop symbols, symbols derived during the symbol variation game (such as continuous notice effects and block variation effects) are effect display control according to the symbols determined by the overall control CPU 46a. It is determined by the substrate 47 (display control CPU 47a).

Further, the overall control CPU 46a executes control related to the transition of the effect mode.
Specifically, the overall control CPU 46a sets the type of jackpot symbol designated by the stop symbol designation command for special symbols, each designation command relating to the activation / non-actuation of the variable state, and the setting of the production mode flag. The transition mode of the production mode is controlled based on the value and the lottery result of the production mode migration lottery. The effect mode flag includes information that can identify the effect mode in which the user is currently staying, and is set in the overall control RAM 46c. When the production control mode flag is set, the overall control CPU 46a outputs a mode instruction command for designating the production mode during the stay to the production display control board 47 and the sound / lamp control board 48. In the present embodiment, the overall control CPU 46a functions as an effect mode setting means.

Next, the effect display control board 47 will be described.
When various commands such as a variation pattern designation command are input, the display control CPU 47a of the effect display control board 47 selects the effect content according to the instruction content of these commands, and causes the symbol variation game to be played with the effect content. The display content of the image display unit GH is controlled. At this time, the display control CPU 47a generates display data for displaying an image in accordance with the effect content using the image data of the display control ROM 47b based on the selected effect content. Then, the display control CPU 47a measures the elapsed time from the start of the game with the start of the symbol variation game, and displays an image displayed on the image display unit GH based on the measured time and display data. Switch every control cycle. Then, the display control CPU 47a derives the decorative symbol designated by the decorative symbol stop symbol designation command in the symbol variation game, and displays an image so that the symbol combination by the decorative symbol is fixedly stopped and displayed by the input of the symbol stop command. The display content of the part GH is controlled to end the symbol variation game. In the present embodiment, the display control CPU 47a serves as an effect control means (display control means). Further, when the mode control command is input, the display control CPU 47a executes a game state suggesting effect based on the instruction content.

Hereinafter, the control contents relating to the block variation effect and the mission effect executed in the pachinko gaming machine 10 of the present embodiment will be described with reference to FIGS.
First, the block variation effect will be described.

  FIGS. 8-11 shows the block pattern which shows the production content of a block fluctuation production. The block pattern includes a block pattern in which the number of effect blocks determined in a certain period of time (17 seconds in the present embodiment) is set to a single block pattern and a plurality of block patterns (in the present embodiment, 2 blocks to 6 blocks). Consists of. In each block pattern, the block effect time from the start to the end of the block variation effect is defined by the number of effect blocks, and the block effect time changes proportionally depending on the number of effect blocks. Specifically, the block production time of a block pattern of one block is equal to the time of a single production block, and the block production time of a block pattern of two blocks is equal to the time of two production blocks. This is twice the block pattern. In addition, the block production time of the block pattern of 3 blocks is equal to the time of 3 production blocks, is three times the block pattern of 1 block, and the block production time of the block pattern of 4 blocks is equivalent to the time of 4 production blocks. It is equal to time and is four times the block pattern of one block. In addition, the block production time of the 5 block block pattern is equal to the time of 5 production blocks, and is 5 times the block pattern of 1 block, and the block production time of the 6 block block pattern is 6 production blocks. It is equal to time and is 6 times the block pattern of one block. In the present embodiment, only one type of effect time for one block is set, which is a single time.

  Each block pattern has its contents produced by an individual effect that completes the effect in an effect time that is one to multiple times (three times in this embodiment) the time of a single effect block within each block effect time. It is configured. The contents of the individual effects are roughly divided into a low expectation effect in which the jackpot expectation is set low and a high expectation effect in which the jackpot expectation is set higher than the low expectation effect. 8 to 11, “L (Low)” indicates a low expectation degree effect, and “H (High)” indicates a high expectation degree effect. Note that the jackpot expectation indicates the ratio of the appearance rate in the case of a big hit to the overall appearance rate that is the sum of the appearance rates in the case of a big hit. On the other hand, the higher the ratio of the appearance rate in the case of hitting the jackpot, the higher the expectation degree of jackpot.

  Further, in the present embodiment, the low expectation degree effect and the high expectation degree effect can be visually discriminated by the image (or drawing) format when the effect display device 28 expresses the effect. Specifically, the image format of the low expectation effect is a two-dimensional format (planar format (2D)), and the image format of the high expectation effect is a three-dimensional format (stereoscopic format (3D)). Yes.

  Further, the low expectation degree effect and the high expectation degree effect are classified into a plurality (three in this embodiment) according to the level of the big hit expectation degree. In the present embodiment, the larger the number of effect blocks constituting the individual effect, the higher the jackpot expectation degree is set. Specifically, the individual effect for two blocks is set higher in the individual effect for three blocks than the individual effect for two blocks, and the expectation degree for jackpot is set higher. ing. And, when comparing the low expectation effect and the high expectation effect, the high expectation expectation is set higher in the high expectation effect than in the low expectation effect if it is an individual effect with the same number of blocks. . In the present embodiment, an individual effect for one block is a single individual effect, and an individual effect for a plurality of blocks (for two blocks or three blocks) is a plurality of individual effects.

  The low expectation level effects are an individual effect (hereinafter referred to as an individual effect with a low expectation level (weak)) and an individual effect (with the effect time set to 2 effect blocks). Hereinafter, it is classified as an individual effect with a low expectation level (medium)) and an individual effect (hereinafter referred to as an individual effect with a low expectation level (strong)) in which the effect time is set to three effect blocks. In addition, the high expectation level effects are an individual effect in which the effect time is set to one effect block (hereinafter referred to as an individual effect of high expectation level (weak)) and an individual effect in which the effect time is set to two effect blocks. Production (hereinafter referred to as high-expected degree (medium) individual production) and individual productions in which the production time is set to three production blocks (hereinafter referred to as high-expected degree (strong) individual production). .

  Moreover, each individual effect is comprised by the reach effect, and is performed by the content which derives | leads-out the symbol of the last stop symbol sequence (this embodiment middle row). In each individual effect, the number of reach lines (the number of reach formations) is determined. In the present embodiment, the number of reach lines is determined in the range of “1 (book)” to “5 (book)”. In the block variation effect, when the content of the effect is composed of a plurality of individual effects, the number of reach lines increases with the change (development) of the individual effects. For example, the production content of the block variation production is configured to change to an individual production with the number of reach lines “2 (books)” after the individual production with the number of reach lines “1 (books)”. . When a plurality of reach lines are formed in the individual effects, the symbols of the reach lines are different from each other and are continuous in the symbol arrangement. Specifically, when a reach line of “2 (lines)” is formed, the reach formation symbols of each reach line are, for example, [1] and [2], and [5] and [6]. When a reach line of “3 (book)” is formed, the reach formation symbols of each reach line are, for example, [1], [2], and [3], and [5], [6], and [7]. It becomes.

Hereinafter, the block patterns shown in FIGS. 8 to 11 will be described.
In addition, the “number of blocks” column shown in the figure indicates the total number of effect blocks constituting the effect contents of the block change effect. Further, the “block configuration” column shown in the figure indicates the types (including combinations) of the individual effects that make up the content of the block variation effects. For example, “1L” shown in FIG. 8 represents a low expectation effect composed of one effect block, and “1L + 2L” represents a low expectation effect composed of one effect block and a low expectation effect composed of two effect blocks. Indicates a combination of expectation effects. Also, the “line configuration” column shown in the figure indicates the number of reach lines. For example, “1” illustrated in FIG. 8 indicates the number of reach lines “1 (lines)”, and “1 → 2” indicates the number of reach lines from “1 (lines)” to the number of reach lines “2 (lines)”. Indicates a change (development) to individual production. Also, the numbers “1” to “5” shown in the “effect content” column in the figure indicate the number of reach lines set for the individual effects. In addition, “HAT” illustrated in the “effect content” column indicates a development effect as a transition effect suggesting the possibility of shifting to the next individual effect. In the present embodiment, the development effect is set as an individual effect set for one effect block and an effect at the end of the individual effect set for two effect blocks (after deriving the symbol of the final stop symbol sequence). ing. Further, “CUT” illustrated in the “effect content” column indicates a cut-in effect in which a specific image (such as an image of a character appearing in the reach effect) is inserted. In this embodiment, the cut-in effect is set as an effect at the start of the individual effect (low expectation effect) set in the two effect blocks and the individual effect (low expectation effect) set in the three effect blocks. Has been.

Each block pattern of the block pattern designations B1 to B13 shown in FIG. 8 is configured only by the individual effect of the low expectation effect.
The block patterns of the block pattern designations B1 and B2 are constituted only by low-expected (weak) individual effects and the number of blocks is “1”, while the number of reach lines (“1” or “2”) Is a different production. The block patterns of the block pattern designations B3 and B4 are configured only by individual effects with low expectation (medium), and the number of blocks is “2”, while the number of reach lines (“2” or “3”) Is a different production. The block patterns of the block pattern designations B5 and B6 are composed of a combination of low-expected (weak) individual effects and low-expected (medium) individual effects, and the number of blocks is “3”, while reach The number of lines (“1 → 2” or “2 → 3”) is different. The block patterns of block pattern designations B7 to B9 are composed of a combination of low-expected (weak) individual effects and low-expected (strong) individual effects, and the number of blocks is “4”, while reach The number of lines (“1 → 4”, “2 → 4”, or “3 → 4”) is different. The block patterns of the block pattern designations B10 and B11 are configured by combining a low-expected degree (medium) individual effect and a low-expected degree (strong) individual effect, and the number of blocks is “5”, while the reach line The numbers (“2 → 4” or “3 → 4”) are different effects. The block patterns of the block pattern designations B12 and B13 are configured by combining an individual effect with a low expectation level (weak), an individual effect with a low expectation level (medium), and an individual effect with a low expectation level (strong). While the number is “6”, the number of reach lines (“1 → 2 → 4” or “2 → 3 → 4”) is different.

The block patterns of block pattern designations B14 to B26 shown in FIG. 9 are configured only by individual effects of high expectation effects.
The block patterns of the block pattern designations B14 to B16 are configured only by high expectation (medium) individual effects, and the number of blocks is “2”, while the number of reach lines (“1”, “2” or “3”) is a different production. The block patterns of the block pattern designations B17 to B20 are configured only by high-expected (strong) individual effects, and the number of blocks is “3”, while the number of reach lines (“1”, “2”, “3” or “4”) are different effects. The block patterns of the block pattern designations B21 and B22 are configured by combining individual effects of high expectation (weak) and individual effects of high expectation (medium), and the number of blocks is “3”, while reach The number of lines (“1 → 2” or “2 → 3”) is different. The block patterns of the block pattern designations B23 to B26 are configured by combining individual effects of high expectation (weak) and individual effects of high expectation (strong), and the number of blocks is “4”, while reach The number of lines (“1 → 4”, “2 → 4”, “3 → 4”, or “4 → 5”) is different.

The block patterns of block pattern designations B27 to B42 shown in FIG. 10 are configured by combining the individual effects of the low expectation effect and the individual effects of the high expectation effect.
The block pattern of the block pattern designation B27 is configured by combining an individual effect with a low expectation level (weak) and an individual effect with a high expectation level (weak), and the number of blocks is “2”. The block patterns of the block pattern designations B28 and B29 are configured by combining individual effects with low expectation (weak) and individual effects with high expectation (medium), and the number of blocks is “3”, while reach The number of lines (“1 → 2” or “2 → 3”) is different. The block patterns of the block pattern designations B30 to B32 are configured by combining an individual effect with a low expectation level (weak) and an individual effect with a high expectation level (strong), and the number of blocks is “4”, while reach The number of lines (“1 → 4”, “2 → 4”, or “3 → 4”) is different. The block pattern of the block pattern designation B33 is configured by combining a low expectation (medium) individual effect and a high expectation (medium) individual effect, and the number of blocks is “4”. The block pattern of the block pattern designation B34 is composed of a combination of a low-expected degree (weak) individual effect, a high expectation level (weak) individual effect, and a high expectation level (medium) individual effect. “4”.

  The block patterns of the block pattern designations B35 and B36 are configured by combining individual effects with low expectation (medium) and individual effects with high expectation (strong), and the number of blocks is “5”, while reach The number of lines (“2 → 4” or “3 → 4”) is different. The block patterns of the block pattern designations B37 and B38 are configured by combining a low-expected (weak) individual effect, a high-expected (weak) individual effect, and a high-expected (strong) individual effect. While the number is “5”, the reach line number (“1 → 2 → 4” or “2 → 3 → 4”) is different. The block pattern of the block pattern designation B39 is composed of a combination of an individual effect with a low expectation level (weak), an individual effect with a low expectation level (medium), and an individual effect with a high expectation level (medium). “5”. The block patterns of the block pattern designations B40 and B41 are configured by combining a low-expected degree (weak) individual effect, a low-expected degree (medium) individual effect, and a high-expected degree (strong) individual effect. While the number is “6”, the number of reach lines (“1 → 2 → 4” or “2 → 3 → 4”) is different. The block pattern of the block pattern designation B42 is composed of a combination of a low-expected degree (medium) individual effect, a high expectation level (weak) individual effect, and a high expectation level (strong) individual effect. “6”.

  In the present embodiment, the effect of the block pattern is a change mode of individual effects when there are a plurality of individual effects in the case of only the low expectation effects shown in FIG. 8 and the case of only the high expectation effects shown in FIG. Is configured to change from an individual production with a low expectation level to a high individual production. That is, the change mode of the individual effects is not configured to change from an individual effect with a high degree of expectation of jackpot to a low individual effect. Further, in the present embodiment, when the content of the block pattern includes the low expectation effect and the high expectation effect shown in FIG. 10, the change mode of the individual effect changes from the low expectation effect to the high expectation effect. It is configured. That is, the change mode of the individual effects is not configured to change from the high expectation effect to the low expectation effect.

  Further, in the case of the block pattern effects shown in FIGS. 8 to 10, when there are a plurality of individual effects, the change mode of the number of reach lines is configured to change from a small number to a large number. That is, the change mode of the number of reach lines is not configured to change from a large number to a small number. And in the case of having a plurality of individual effects, the development effect is performed when the next individual effect is changed.

  In FIG. 11, the block effect time is defined by the number of effect blocks in the same way as the block change effects shown in FIGS. In some cases, the content of the production of “production” may be indicated. In the special block variation effect, the effect is executed with the effect contents diverting the reach effect contents of the individual effects constituting the block variation effects shown in FIGS. That is, in the special block variation effect, all of the reach effect contents of the individual effects constituting the block variation effects shown in FIGS. 8 to 10 are not executed, and some effect contents may be executed.

  The block effect time of the special block change effect is set to a multiple of the time for the effect block, similarly to the block change effect shown in FIGS. In the special block variation effect, during the effect, the “development effect (strong)” indicated by “strong HAT” in the figure in which the jackpot expectation is set higher than the development effect indicated by “HAT” in FIGS. ) ”. As a result, the special block variation effect shown in FIG. 11 is positioned as an effect with a higher expectation level for the big hits than the block variation effects shown in FIGS.

  The block patterns of the block pattern designations B43 to B45 are composed of individual effects with low expectation (strong) and the number of blocks is “3”, while the number of reach lines (“1 → 4”, “2 → 4 ”or“ 3 → 4 ”) are different effects. The low-expectation (strong) individual effects that make up this block pattern start with the content of the low-expectation (weak) effect, and the low-expectation (strong) with the development effect (strong) in the middle of the effect. The content of the production is changed to the production content, and the production content changes the number of reach lines before and after the development production (strong). Note that the low-expectation (weak) performance content executed before the development performance (strong) is diverted from the previously described low-expectation (weak) individual performance reach performance content. The time is shorter than the production time of the individual production with low expectation (weak). In addition, the content of the low expectation (strong) effect executed after the development effect (strong) uses the content of the reach effect of the individual effect of the low expectation (strong) described above, but the effect time is low. It is shorter than the production time of individual production of expectation (strong).

  The block patterns of the block pattern designations B46 and B47 are composed of individual effects with low expectation (strong) and the number of blocks is “3”, while the number of reach lines (“2 → 4” or “3 → 4 ”) is a different production. The low-expectation (strong) individual productions that make up this block pattern start from the production contents of the low-expectation (medium), and the low-expectation (strong) with the development production (strong) in the middle of the production. The content of the production is changed to the production content, and the production content changes the number of reach lines before and after the development production (strong). Note that the low-expectation (medium) production content executed before the development production (strong) is diverted from the previously described low-expectation (medium) individual production reach production content, but the production time is It is shorter than the production time of individual production with low expectation (medium).

  The block pattern designation B43 to B47 has a low block production time expected by shortening the production time related to the production contents of low expectation (weak), low expectation (medium) and low expectation (strong). It is adjusted to be the same time as the production time (3 blocks) of the individual production of degree (strong).

  The block patterns of the block pattern designations B48 and B49 are configured by combining a low expectation (weak) and a low expectation (strong), and the number of blocks is “4”, while the number of reach lines (“1 → “2 → 5” or “2 → 3 → 5”). The low expectation (weak) individual effects constituting this block pattern are the reach effect contents of the low expectation (weak) individual effects described above. On the other hand, low-expectation (strong) individual production starts from the production content of low-expectation (medium), and transitions to production content of low-expectation (strong) by interposing the development production (strong) in the middle of the production The content of the production changes the number of reach lines before and after the development production (strong). In the block pattern designations B48 and B49, the production contents of low expectation (medium) and the production contents of low expectation (strong) are the production contents of low expectation (medium) in the block patterns of the block pattern designations B46 and B47. And the content of the production is the same as the content of the production of low expectation (strong).

  The block patterns of the block pattern designations B50 to B54 are configured by combining a low expectation (strong) and a high expectation (strong), and the number of blocks is “6”, while the number of reach lines (“1 → 4 → 5 ”,“ 2 → 4 → 5 ”or“ 3 → 4 → 5 ”). The low expectation (strong) individual effects constituting the block patterns of the block pattern designations B50 to B52 are the same as the effect contents of the low expectation (strong) individual effects in the block patterns of the block pattern designations B43 to B45. Yes. The high expectation (strong) individual effects constituting the block patterns of the block pattern designations B50 to B52 are the reach effect contents of the high expectation (strong) individual effects described above.

  The low expectation (strong) individual effects constituting the block patterns of the block pattern designations B53 and B54 are the same effect contents as the low expectation (strong) individual effects in the block patterns of the block pattern designations B46 and B47. Yes. The high expectation (strong) individual effect constituting the block patterns of the block pattern designations B53 and B54 is the reach effect content of the high expectation (strong) individual effect described above.

  Next, the control contents of the overall control CPU 46a that has input a change pattern designation command for specifying change patterns (P6 to P17, P21 to P32, P35 to P52) including the change contents including the block change effect will be described.

  In this embodiment, when the variation patterns P6 to P17, P21 to P32, and P35 to P52 are instructed, the overall control CPU 46a first selects and determines the contents of the normal reach effect as the introduction effect. When the block variation effect is executed in the present embodiment, the block variation effect is executed as a development reach effect from the normal reach effect via the normal reach effect which is the introduction effect. In the pachinko gaming machine 10 of this embodiment, the normal reach effect is executed in the symbol variation game based on the variation patterns P3, P4, P19, P20, P33, and P34. Then, the fluctuation patterns P6 to P17, P21 to P32, and P35 to P52 for performing the advanced reach effect are selected in the case of winning as compared with the fluctuation patterns P3, P4, P19, P20, P33, and P34 for performing the normal reach effect only. It is easy and development reach production is set as production with high expectation degree of big hit.

  In this embodiment, the variation pattern including the block variation effect includes a variation pattern including the continuous notice effect (variation form is “2 times”, “3 times”, or “4 times”) and a variation pattern not including the continuous notice effect ( The variation form is “normal” or “slip”). In the symbol variation game based on the variation pattern including the continuous announcement effect, after the reach is formed in the final variation cycle that constitutes the continuous announcement effect, the normal reach effect as the introduction effect is executed, and the normal reach effect is changed to the block variation effect. Reach production develops. On the other hand, in the symbol variation game based on the variation pattern that does not include the continuous notice effect, after the symbol variation game starts, the variation of the symbol sequence stops in the order of left column → right column, and reach is formed, The normal reach production is executed, and the reach production develops from the normal reach production to the block fluctuation production.

  FIG. 12 shows the types of normal reach effects before developing into block fluctuation effects. In this embodiment, a plurality of types (three types in the present embodiment) of the contents of the normal reach production as the introduction production are set. Specifically, there are three types: “normal reach” specified by the normal reach selection designation N1, “short reach” specified by the normal reach selection designation N2, and “long reach” specified by the normal reach selection designation N3. It is set.

  These three types of normal reach production differ in production time (predetermined time from the start of fluctuation until the first block of the block fluctuation production starts). Specifically, “normal reach” is set to an effect time at which the first block of the block change effect starts 25 seconds after the start of change, and “short reach” is blocked after 8 seconds from the start of change. It is set to the production time at which the first block of the fluctuation production starts. Further, “long reach” is set to an effect time at which the first block of the block change effect starts 42 seconds after the start of the change.

  The production times of the three types of normal reach production are set longer in the order of short reach <normal reach <long reach, and the difference in production time is set to 17 seconds. Specifically, the normal reach production time is set to be 17 seconds longer than the short reach production time and 17 seconds shorter than the long reach production time. The long reach production time is set 34 seconds (= 17 seconds × 2 (times)) longer than the short reach production time and 17 seconds longer than the normal reach production time. In the present embodiment, the difference in effect time between the three types of normal reach effects is set based on the time determined for one block of effect blocks. That is, when the time of the production block for one block is added to the production time of the short reach, the production time of the normal reach is obtained, and when the time of the production block of two blocks is added, the production time of the long reach is obtained. Further, when the time of the effect block for one block is subtracted from the effect time of the normal reach, the effect time of the short reach is obtained, and when the time of the effect block of one block is added, the effect time of the long reach is obtained. Further, when the effect block time for one block is subtracted from the effect time for long reach, the effect time for normal reach is obtained, and when the effect block time for two blocks is subtracted, the effect time for short reach is obtained. In this embodiment, the normal reach production time (introduction production time) is used as the basic production time, and the normal reach production content is used as the standard production content. In this embodiment, the production contents of short reach and long reach are special production contents in which the production time of these reach is changed.

  Then, the general control CPU 46a selects the normal fluctuation / slip fluctuation selection shown in FIG. 13A when the fluctuation pattern not including the continuous notice effect is designated (the fluctuation form is “normal” or “slip”). Select one normal reach production according to the table. When using the selection table shown in FIG. 13A, the overall control CPU 46a selects the normal reach effect based on the current effect mode and the type of the background image. In the present embodiment, a plurality (two) of background images (background H1 and background H2) are set in each effect mode, and these background images are switched at a predetermined opportunity. Then, the overall control CPU 46a selects the normal reach effect from the case of selecting the normal reach effect from the normal reach selection / assignment table NT shown in FIG. 14 according to the combination of the current effect mode and the background image type. There is a case to do. In FIG. 13A, two effect modes, a normal mode MA and a high-accuracy suggestion mode MB, are illustrated, and the other effect modes are omitted. The selection table of FIG. 13A is stored in the overall control ROM 46b.

  Also, the general control CPU 46a, when instructed a variation pattern including a continuous notice effect (variation form is “2 times”, “3 times” or “4 times”), the special control time shown in FIG. One normal reach production is selected according to the selection table. When using the selection table shown in FIG. 13B, the overall control CPU 46a selects the normal reach effect based on the current effect mode and the type of special variation (continuous notice effect). In the present embodiment, the overall control CPU 46a selects a uniquely determined normal reach effect according to the combination of the current effect mode and the type of special variation. In FIG. 13B, two effect modes, the normal mode MA and the high-accuracy suggestion mode MB, are shown, and the other effect modes are omitted.

  In the normal reach selection / designation distribution table NT shown in FIG. 14, a predetermined number of random values (normal reach selection random numbers) are distributed to selectable normal reach effects for each variation pattern. For this reason, in the normal reach selection designation distribution table NT, the type of selectable normal reach production is set to “1” and “2” depending on the distribution mode of random numbers for normal reach selection to the variation pattern. And the case where “3” is selected are created. For example, in the variation pattern P6, “5” random number values are assigned to the normal reach, and “250” random value values are assigned to the short reach. Therefore, when the variation pattern P6 is instructed, the overall control CPU 46a selects one of two normal reach effects, normal reach and short reach, by random number lottery. The normal reach selection / assignment distribution table NT is stored in the overall control ROM 46b, and the normal reach selection random number is a random number that is updated at predetermined intervals by the overall control CPU 46a. ”To“ 254 ”. All 255 integer values can be taken.

Subsequently, the overall control CPU 46a that has selected the normal reach effect as described above selects a block pattern.
When a fluctuation pattern that does not include a continuous notice effect is designated (the fluctuation form is “normal” or “slip”), the overall control CPU 46a displays the normal fluctuation / slip fluctuation selection table shown in FIG. Therefore, one block pattern is selected. When using the selection table shown in FIG. 15A, the overall control CPU 46a selects a block pattern designation distribution table according to the combination of the special symbol type, the current effect mode, and the normal reach effect type. Select a block pattern from.

  Further, the general control CPU 46a is instructed by the change pattern including the continuous notice effect (the change form is “2 times”, “3 times”, or “4 times”), and the special change time shown in FIG. One block pattern is selected according to the selection table. When the selection table of FIG. 15B is used, the overall control CPU 46a uses a combination of a special symbol type, a current effect mode, a special variation (continuous notice effect) type, and a normal reach effect type. A pattern designation distribution table is selected, and a block pattern is selected from the table. In the selection tables of FIGS. 15A and 15B, two effect modes, the normal mode MA and the high suggestion mode MB, are illustrated, and the other effect modes are omitted. 15A and 15B is stored in the overall control ROM 46b.

  16 to 24 are block pattern designation distribution tables BT1 to BT12 shown in the selection tables of FIGS. 15 (a) and 15 (b). In each of the block pattern designation distribution tables BT1 to BT12, a predetermined number of random values (block pattern selection random numbers) are distributed to selectable block patterns for each variation pattern. Then, the overall control CPU 46a selects a block pattern designation distribution table according to the selection tables in FIGS. 15A and 15B, and selects one block pattern from the selected block pattern designation distribution table by random number lottery. select. In FIG. 16 to FIG. 24, the distribution to the variation pattern including the block variation effect composed of the number of effect blocks of 4 blocks or more is omitted. And in this embodiment, a block pattern designation | designated distribution table is corresponded to the production pattern distribution table which distributed the block pattern which can be selected according to the kind (production content) of a normal reach production. The block pattern designation distribution tables BT1 to BT12 are stored in the overall control ROM 46b. In the present embodiment, the overall control ROM 46b is a storage unit that stores a plurality of effect pattern distribution tables. The block pattern selection random number is a random number that is updated every predetermined cycle by the overall control CPU 46a. In this embodiment, the block pattern selection random number can take a total of 255 different integer values from “0” to “254”.

  Each of the block pattern designation distribution tables BT1 to BT12 is constructed so that selectable block patterns differ in consideration of the difference in the effect time of the normal reach effect in the same variation time variation pattern. Specifically, the block pattern designation distribution table for selecting a block pattern at the time of short reach has a production time set longer by one block than the block pattern designation distribution table for selecting a block pattern at the time of normal reach. It is constructed so that the block pattern is selected. On the other hand, the block pattern designating table that selects the block pattern during long reach is selected as the block pattern with the production time set shorter by one block than the block pattern designating table that selects the block pattern during normal reach. Is built to be.

  For example, the variation pattern P12 is a variation content including a block variation effect consisting of four blocks. For this reason, in the block pattern designation distribution table (see BT1 and BT4) at the time of normal reach, a block pattern of 4 blocks (for example, B7) is set as a selectable block pattern. On the other hand, in the block pattern designation distribution table for short reach (see BT2 and BT5), a block pattern of 5 blocks (for example, B10) is set as a selectable block pattern. In the block pattern designation distribution table (see BT3 and BT6) at the time of long reach, a block pattern of 3 blocks (for example, B5) is set as a selectable block pattern.

  In this embodiment, in a symbol variation game based on a variation pattern including a block variation effect, the entire variation time is set as a basic effect flow from the start of the game to a block variation effect through a normal reach. Has been. For this reason, when short reach is selected as the normal reach production, a surplus time (time for one block) may occur in the variation time, and as described above, there is one block more than the block pattern designation distribution table. The block pattern is selected. On the other hand, when long reach is selected as the normal reach production, an insufficient time (time for one block) may occur in the fluctuation time, so as described above, one block worth from the block pattern designation distribution table. A small block pattern is selected.

  Although it has been described that different block patterns are selected on the basis of the variation pattern, in other words, the same block pattern is selected when the variation pattern is different depending on the type of the normal reach effect. For example, a block pattern of 3 blocks can be selected with respect to a variation pattern including a block variation effect composed of 3 blocks during normal reach. On the other hand, the block pattern of 3 blocks can be selected with respect to a variation pattern including a block variation effect composed of 2 blocks in the case of short reach. In addition, a block pattern of 3 blocks can be selected for a variation pattern including a block variation effect consisting of 4 blocks during long reach.

  In the present embodiment, as described above, the block pattern of the block variation effect includes only a low expectation effect, a high expectation effect, a low expectation effect, and a high expectation. There are cases where it is composed of degree effects. The block variation effect is set such that the greater the number of effect blocks, the higher the jackpot expectation level, and the greater the number of reach lines, the higher the jackpot expectation level. And the big hit expectation degree of these block variation effects is the distribution pattern of block patterns for each variation pattern (the types of block patterns that can be selected and the random values) in each block pattern designation distribution table (BT1 to BT12). Set).

  In the present embodiment, the variation pattern not including the continuous notice effect (the variation form is “normal” or “slip”) is a block variation effect composed of 1 to 6 blocks as shown in the variation pattern table of FIG. It is configured to be executable. For this reason, each block pattern designation distribution table (BT1 to BT12) is constructed so that the block pattern of the block variation effect composed of 1 to 6 blocks can be selected for the variation pattern not including the continuous notice effect. Yes. On the other hand, among the variation patterns including the continuous notice effect, the variation patterns with the variation form “2 times” and “3 times” are the block variations composed of 2 to 5 blocks as shown in the variation pattern table of FIG. The production is configured to be executable. In addition, among the variation patterns including the continuous notice effect, the variation pattern whose variation form is “four times” is configured to be able to execute a block variation effect composed of three blocks as shown in the variation pattern table of FIG. .

  In the variation pattern including the continuous notice effect, the normal reach effect that is the introduction effect of the block change effect is executed in the last change cycle in the continuous notice effect, so the production time until the last change cycle Is longer than when no continuous notice effect is included. For this reason, when the continuous notice effect and the block variation effect are executed during one symbol variation game, the possibility that the variation time of the entire symbol variation game is redundant is extremely high. In particular, if the variation time of the symbol variation game becomes long in the event of a lapse, the player may be awakened. Therefore, the variation pattern including the continuous announcement effect reduces the number of effect blocks of the block variation effect in order to balance the variation time with the variation pattern not including the continuous announcement effect. For the variation pattern including the continuous notice effect of “2 times” and “3 times” of the variation form, each block pattern designating pattern is selected so that the block pattern of the block variation effect composed of 2 to 5 blocks can be selected. Minute tables (BT1 to BT12) are constructed. In addition, for a variation pattern including a continuous notice effect having a variation form of “4 times”, each block pattern designation distribution table (BT1 to BT12) so that a block variation effect block pattern consisting of three blocks can be selected. Has been built.

Subsequently, the overall control CPU 46a that has selected the block pattern selects the contents of the reach effect to be executed based on the selected block pattern.
In the present embodiment, a plurality of types of reach production contents are prepared. Specifically, 77 types of reach effects shown in FIG. 26 are prepared as the reach effects of the block patterns specified by the block pattern designations B1 to B42. The 77 types of reach production contents are specified by reach production designations R1 to R77. In addition, 77 types of reach effect contents are set as effect contents of individual effects that constitute the block fluctuation effect. For this reason, each reach production content is a production content according to the number of corresponding production blocks, and the big hit expectation level (low expectation level (weak) / (medium) / (strong), high expectation level (weak)) / (Medium) / (Strong)) is set.

  In the present embodiment, these reach effects are determined for each effect mode as shown in FIG. FIG. 25A shows the reach effect content corresponding to the normal mode MA, and FIG. 25B shows the reach effect content corresponding to the high suggestion mode MB.

  As shown in FIG. 25A, in the normal mode MA, nine types of reach effect contents MA-R1La to MA-R9La are set as low expectation (weak) reach effect contents consisting of one block. Further, five types of reach effect contents MA-R1Lb to MA-R5Lb are set as the low expectation degree (medium) reach effect contents composed of two blocks. In the normal mode MA, four types of reach effect contents MA-R1Lc to MA-R4Lc are set as low expectation (high) reach effect contents consisting of three blocks. Further, in the normal mode MA, each reach production content of high expectation degree (weak) consisting of 1 block, high expectation degree (medium) consisting of 2 blocks, and high expectation degree (strong) consisting of 3 blocks is 1 each. The types of reach production contents MA-R1Ha, MA-R1Hb, and MA-R1Hc are set. In each reach effect content, as shown in FIG. 25A, characters appearing in the effect are set. In the present embodiment, ten types of characters MA-CH1 to MA-CH10 are individually set for the contents of the reach effect.

  Also, as shown in FIG. 25 (b), five types of reach effect contents MB-R1La to MB-R5La are set as the low expectation (weak) reach effect contents consisting of one block in the high-accuracy suggestion mode MB. Has been. In addition, three types of reach effect contents MB-R1Lb to MB-R3Lb are set as low expectation (medium) reach effect contents composed of two blocks. In addition, in the high suggestion mode MB, two types of reach effect contents MB-R1Lc and MB-R2Lc are set as the reach effect contents of low expectation (high) consisting of three blocks. In addition, the high suggestion mode MB has one type of reach, each of which has a high expectation level (weak) consisting of 1 block, a high expectation level (medium) consisting of 2 blocks, and a high expectation level (strong) consisting of 3 blocks. Production contents MB-R1Ha, MB-R1Hb, and MB-R1Hc are set. Then, as shown in FIG. 25 (b), the characters appearing in the production are set in each reach production content. In this embodiment, six types of characters, MB-CH1 to MB-CH6, are individually set for the reach effect contents.

  On the other hand, as the reach effect contents of the block pattern specified by the block pattern designations B43 to B54, 91 kinds of reach effect contents shown in FIG. 27 are prepared. These 91 types of reach production contents are specified by reach production designations X1 to X91. In addition, the 91 types of reach production contents are set as batch production contents in which production contents from the start to the end of the special block fluctuation production, that is, all production contents executed from the start to the end of the special block fluctuation production are collected. Has been. The 91 types of reach effect contents are effect contents corresponding to the number of effect blocks (1 to 6 blocks) set for each block pattern. In addition, the 91 types of reach production contents are diverted from the 77 types of reach production contents (the block pattern reach production contents specified by the block pattern designations B1 to B42), and these reach production contents are connected. Has been.

  In the present embodiment, these reach effects are determined for each effect mode as shown in FIG. FIG. 27 shows 28 types of reach effect contents (reach effect designations X1 to X28) set in the normal mode MA and 16 types of reach effect contents (reach effect designations X29 to X44) set in the high suggestion mode MB. Indicates. In FIG. 27, although the detailed configuration of the reach effect content is omitted, in the present embodiment, 19 types of reach effect contents (reach effect designations X45 to X63) are included in the high accuracy suggestion mode MC. 16 types of reach production contents (reach production designations X64 to X79) are set in the MD. Moreover, in this embodiment, 12 types (reach effect designation | designated X80-X91) are set to high-precision suggestion mode ME.

  Then, the overall control CPU 46a selects the reach effect content to be executed with the selected block pattern in accordance with the reach effect content selection table shown in FIGS. Specifically, when the overall control CPU 46a selects the block patterns of the block pattern designations B1 to B42, the reach effect of the individual effects constituting the block pattern according to the selection tables of FIGS. 28 (a) to (h). Select content. In the present embodiment, the overall control CPU 46a determines the reach effect content in units of individual effects when the block patterns of the block pattern designations B1 to B42 are selected. On the other hand, when the block pattern designation B43 to B54 is selected, the overall control CPU 46a selects the reach effect contents of the block pattern according to the selection tables of FIGS. 28 (i) and (j). The selection tables in FIGS. 28A to 28J are stored in the overall control ROM 46b.

  FIG. 28A is a selection table that is referred to when the overall control CPU 46a selects the reach effect contents of the individual effect with the low expectation level (weak). FIG. 28B shows the low expectation level (weak) that is executed immediately before the individual effect when the overall control CPU 46a is the individual effect whose next change (next change cycle) is the low expectation level (medium). ) Is a selection table that is referred to when selecting the contents of reach production of individual production. FIG. 28C is a selection table that is referred to when the overall control CPU 46a selects the reach effect contents of the individual effect with the low expectation level (medium). FIG. 28D is a selection table that is referred to when the overall control CPU 46a selects the reach effect contents of the individual effect with the low expectation level (strong). FIG. 28E shows the case where the overall control CPU 46a selects the specific reach effect content as the low expectation (weak) reach effect content, and selects the reach effect content of the low expectation (strong) individual effect. It is a selection table to be referred to when doing.

  FIG. 28F is a selection table that is referred to when the overall control CPU 46a selects the reach effect content of the individual effect with high expectation (weak). FIG. 28G is a selection table that is referred to when the overall control CPU 46a selects the reach effect content of the individual effect with high expectation (medium). FIG. 28H is a selection table that is referred to when the overall control CPU 46a selects the reach effect content of the individual effect with high expectation (strong).

  The selection tables in FIGS. 28A to 28D and 28F to 28H are the types of reach production designation distribution tables that are reference destinations when selecting the content of reach production for each production mode, and production. It is constructed by associating any one of the reach production contents uniquely defined for the mode. In addition, the selection table of FIG. 28 (e) associates the reach effect content with a low expectation level (strong) uniquely defined with respect to the reach effect content (reach effect designation) with a specific low expectation level (weak). Is built. In addition, although the normal mode MA and the high accuracy suggestion mode MB are illustrated in the selection tables of FIGS. 28A to 28D and (f) to (H), other high accuracy indication modes MC are illustrated in each selection table. The reach production contents uniquely defined for the type and production mode of the reach production designation distribution table to be referred to for -ME are also associated.

  Hereinafter, a selection table that is referred to when the overall control CPU 46a selects a block pattern of the block pattern designations B1 to B42 will be described for each block pattern with reference to FIGS. 8 to 10 and FIG. In the present embodiment, the overall control CPU 46a refers to a single selection table or a plurality of selection tables according to the types of individual effects constituting the block pattern.

  The overall control CPU 46a refers to only the selection table (low expectation (weak)) in FIG. 28A when the block patterns of the block pattern designations B1 and B2 are selected. Further, when the block pattern designation B3, B4 is selected, the overall control CPU 46a refers only to the selection table (low expectation (medium)) in FIG. When the overall control CPU 46a selects the block patterns B5 and B6, the selection table (low expectation (weak)) in FIG. 28B and the selection table (low expectation) in FIG. Refer to degree (medium).

  Further, when the block pattern designation B7 to B9 is selected, the overall control CPU 46a selects the selection table (low expectation (weak)) shown in FIG. 28 (a), and FIGS. 28 (d) and 28 (e). ) Is referred to (low expectation level (strong)). Specifically, the overall control CPU 46a selects the reach effect content with low expectation (weak) selected according to the selection table in FIG. 28A as the reach effect content shown in the selection table in FIG. In the case of MA-R8La, MA-R9La, or MB-R5La), the selection table in FIG. On the other hand, the CPU 46a for overall control uses the reach effect content (MA-R8La, MA-R8La) shown in the select table in FIG. If it does not correspond to either MA-R9La or MB-R5La), the selection table in FIG.

  When the block pattern designation B10, B11 is selected, the overall control CPU 46a selects the selection table (low expectation (medium)) in FIG. 28 (c) and the selection table (low expectation) in FIG. 28 (d). (Degree (strong)). When the overall control CPU 46a selects the block patterns of the block pattern designations B12 and B13, the selection table (low expectation (weak)) in FIG. 28 (b) and the selection table (low) in FIG. 28 (c). (Expectation degree (medium)) and the selection table (low expectation degree (strong)) in FIG.

  Further, when the block pattern designation B14 to B16 is selected, the overall control CPU 46a refers to the selection table (high expectation (medium)) in FIG. When the block pattern designation B17 to B20 is selected, the overall control CPU 46a refers to the selection table (high expectation (strong)) in FIG. When the block pattern designation B21, B22 is selected, the overall control CPU 46a selects the selection table (high expectation (weak)) in FIG. 28 (f) and the selection table (high expectation) in FIG. 28 (g). Refer to degree (medium). Further, when the block pattern designation B23 to B26 is selected, the overall control CPU 46a selects the selection table (high expectation (weak)) in FIG. 28 (f) and the selection table (high expectation) in FIG. 28 (h). (Degree (strong)).

  When the overall control CPU 46a selects the block pattern of the block pattern designation B27, the selection table (low expectation (weak)) in FIG. 28A and the selection table (high expectation ( Refer to weak)). Further, when the block pattern designation B28, B29 is selected, the overall control CPU 46a selects the selection table (low expectation (weak)) in FIG. 28 (a) and the selection table (high expectation) in FIG. 28 (g). Refer to degree (medium). When the block pattern designation B30 to B32 is selected, the overall control CPU 46a selects the selection table (low expectation (weak)) in FIG. 28A and the selection table (high expectation) in FIG. 28 (h). (Degree (strong)). When the block pattern designation B33 is selected, the overall control CPU 46a selects the selection table (low expectation (medium)) in FIG. 28C and the selection table (high expectation ( Refer to middle)). When the overall control CPU 46a selects the block pattern of the block pattern designation B34, the selection table (low expectation (weak)) in FIG. 28 (a) and the selection table (high expectation) in FIG. 28 (f). (Weak)) and the selection table (high expectation (medium)) in FIG.

  When the block pattern designation B35, B36 is selected, the overall control CPU 46a selects the selection table (low expectation (medium)) in FIG. 28 (c) and the selection table (high expectation) in FIG. 28 (h). (Degree (strong)). When the overall control CPU 46a selects the block patterns of the block pattern designations B37 and B38, the selection table (low expectation (weak)) in FIG. 28A and the selection table (high) in FIG. (Expectation degree (weak)) and the selection table (high expectation degree (strong)) in FIG. When the overall control CPU 46a selects the block pattern of the block pattern designation B39, the selection table (low expectation (weak)) in FIG. 28 (b) and the selection table (low expectation) in FIG. 28 (c). (Medium)) and the selection table (high expectation (Medium)) in FIG.

  When the block pattern designation B40, B41 is selected, the overall control CPU 46a selects the selection table (low expectation (weak)) in FIG. 28 (b) and the selection table (low) in FIG. 28 (c). Expectation (medium)) and the selection table (high expectation (strong)) in FIG. When the block pattern designation B42 is selected, the overall control CPU 46a selects the selection table (low expectation (medium)) in FIG. 28C and the selection table (high expectation) in FIG. 28 (f). (Weak)) and the selection table (high expectation (strong)) in FIG.

  FIG. 28 (i) shows a case where the overall control CPU 46a is a special block variation effect starting from the effect content of low expectation level (medium), and the block pattern designation B46, B47, B53, B54 is selected. It is the selection table referred when determining the reach production contents of. FIG. 28 (j) shows a case where the overall control CPU 46 a selects a special block variation effect starting from the content of the low expectation (weak) effect and selects block patterns designated B43 to B45 and B48 to B52. It is the selection table referred when determining the reach production contents of. The selection tables of FIGS. 28 (i) and (j) are constructed in association with the types of reach production designation distribution tables that serve as reference destinations when selecting the contents of reach production for each production mode. In addition, although the normal mode MA and the high accuracy suggestion mode MB are illustrated in the selection tables of FIGS. 28 (i) and (j), each selection table is a reference destination for the other high accuracy indication modes MC to ME. The type of reach production designation distribution table is also associated. When the overall control CPU 46a determines the block pattern of the special block variation effect, as described above, the overall control CPU 46a selects the reach effect content according to one of the selection tables of FIG. 28 (i) and FIG. 28 (j). To do.

  29 to 43 show the contents of reach effect by the general control CPU 46a in the normal mode MA and the high-accuracy suggestion mode MB according to the selection tables of FIGS. The reach effect designation | designated distribution table TR1-TR15 referred when selecting is shown. The reach production designation distribution tables TR1 to TR15 are stored in the overall control ROM 46b. In addition, the overall control ROM 46b also stores a reach production designation distribution table constructed for the other high accuracy suggestion modes MC to ME.

  In the reach production designation distribution table, a predetermined number of random values (reach production selection random numbers) are assigned to selectable reach production contents (reach production designation) for each variation pattern. The reach effect selection random number is a random number that is updated every predetermined cycle by the overall control CPU 46a. In the present embodiment, the reach effect selection random number can take a total of 255 different integer values from “0” to “254”.

  In the present embodiment, the reach effect designation distribution table referred to in the case of the normal mode MA is a reach effect that can select the reach effect contents set in each effect mode (the normal mode MA and the high suggestion modes MB to ME). Built to be content. On the other hand, in the present embodiment, the reach production designation distribution table referred to in the other high accuracy suggestion modes MB to ME excluding the normal mode MA is exclusively for the mode set for each of the high accuracy indication modes MB to ME. It is constructed so that only reach production contents can be selected. The reach production contents that can be selected from the reach production designation distribution table are all the reach production contents set for each production mode, or a part of the reach production contents. Is set according to the effect configuration (block pattern) of the block variation effect. Note that the reach effect designation distribution table referred to in the normal mode MA is constructed so that at least one reach effect content set in each effect mode can be selected.

  Specifically, in the reach effect designation distribution table TR1, TR3, TR5, TR7, TR9, TR10, TR11, TR12, TR14 referred to in the normal mode MA, the reach effect content set in each effect mode. And the random number value is distributed with respect to the reach production contents which can be selected. In each figure showing the reach production designation distribution table TR1, TR3, TR5, TR7, TR9, TR10, TR11, TR12, TR14, only the reach production contents set in the normal mode MA and the high accuracy suggestion mode MB are shown. The reach effect contents set in the high accuracy suggestion modes MC to ME are omitted. Further, in the reach effect designation distribution table TR2, TR4, TR6, TR8 that is referred to in the case of the high-accuracy suggestion mode MB, the reach effect that is set in the high-impact suggestion mode MB and can be selected. Random values are assigned to the contents. As for the reach production designation distribution table referenced in the other high production suggestion modes MC to ME, each high production suggestion mode MC to the same as the reach production designation distribution tables TR2, TR4, TR6 and TR8. The random effect value is assigned to the reach effect content that can be selected, which is the reach effect content set in the ME.

  In the present embodiment, according to the type of block pattern, the low expectation level (weak) and the low expectation degree (medium) reach effect contents in the effect mode (normal mode MA and high-accuracy suggestion modes MB to ME). The selection restriction is applied between the contents and the reach performance contents of low expectation level (weak) and low expectation level (strong). That is, as shown in the selection table of FIG. 28B, when an individual effect with a low expectation level (medium) is executed immediately after (next fluctuation) an individual effect with a low expectation level (weak), low expectation Selection of a part of reach effect content is allowed in the degree (weak) reach effect content, and selection of other reach effect contents is restricted (that is, not selected). For this reason, even in the case where the same low expectation level (weak) reach effect content is selected in the same effect mode, the reach effect designation distribution referred to from the selection tables of FIGS. The types of reach effects that can be selected in the tables TR1 and TR2 and the reach effect designation distribution tables TR3 and TR4 are different.

  More specifically, in the reach production designation distribution table TR1, it is possible to select all of the low expectation (weak) reach production contents set in each production mode (the normal mode MA and the high accuracy suggestion modes MB to ME). Has been. On the other hand, in the reach effect designation distribution table TR3, it is possible to select a part of the reach effect content with low expectation (weak) set in each effect mode. In the present embodiment, in the reach effect designation distribution table TR3, the reach effect contents of the reach effect designations R1 to R5 can be selected for the reach effect contents of the low expectation level (weak) set in the normal mode MA, which is highly suggestive. About the reach production content of the low expectation degree (weak) set to mode MB, the reach production content of reach production designation | designated R10-R12 is made selectable.

  Further, in the reach effect designation distribution table TR2, all of the low expectation (weak) reach effect contents set in the high suggestion mode MB can be selected. On the other hand, in the reach production designation distribution table TR4, it is possible to select a part of the content of the low expectation (weak) reach production set in the high accuracy suggestion mode MB. In the present embodiment, in the reach effect designation distribution table TR4, the reach effect contents of reach effect designations R10 to R12 can be selected from the low expectation (weak) reach effect contents set in the high accuracy suggestion mode MB. Yes.

  According to the configuration of the reach production designation distribution tables TR1 to TR4, the block fluctuation production (block pattern designations B5, B6, B12, B13, B39 to B41) starts from a low expectation level (weak) and is low. When it develops to the expectation level (medium), it develops to a specific reach production content.

  Further, as shown in the selection table of FIG. 28E, when a specific reach effect content is determined as a low expectation level (weak) reach effect content, a low expectation level (strong) reach effect that is executed thereafter. In the contents, selection of some reach effect contents is allowed, and selection of other reach effect contents is restricted (that is, not selected). For this reason, in the same production mode, the type of reach production contents that can be selected according to the selection table of FIGS. 28D and 28E depending on what kind of low production level (weak) reach production content is selected. Is different.

  More specifically, in the reach production designation distribution table TR7, it is possible to select all of the low-expectation (strong) reach production contents set in each production mode (normal mode MA and high accuracy suggestion modes MB to ME). Has been. On the other hand, in the normal mode MA, when the reach effect content of the reach effect designation R8 is selected as the reach effect content of the low expectation level (weak), as shown in FIG. As the reach effect content of (strong), either one of reach effect designation R50 and reach effect designation R51 can be selected. Further, when the reach effect content of reach effect designation R9 is selected as the reach effect content of low expectation level (weak) in the normal mode MA, as shown in FIG. 28 (e), the low expectation level (strong) As the reach effect content, the reach effect content of reach effect designation R51 can be selected.

  Further, in the reach effect designation distribution table TR8, all of the low expectation (strong) reach effect contents set in the high accuracy suggestion mode MB can be selected. On the other hand, when the reach effect content of the reach effect designation R14 is selected as the reach effect content of the low expectation level (weak) in the high accuracy suggestion mode MB, as shown in FIG. The reach production content of reach production designation R53 can be selected as the degree (strong) reach production content.

  According to the configuration of such reach production designation distribution tables TR7 and TR8 and the selection table (FIG. 28 (e)), the block variation production (block pattern designation B7 to B9) starts from a low expectation level (weak). However, when it develops to a low expectation level (strong), it develops to a specific reach production content. FIG. 28 (e) illustrates the case of the normal mode MA and the high-accuracy suggestion mode MB, but the low expectation degree (weak) and the low expectation degree (the same applies to the other high-accuracy suggestion modes MC to ME). (Strong) reach production contents are associated.

  In the present embodiment, each individual effect constituting the block patterns of the block pattern designations B1 to B42 determines the effect time based on the effect block for a certain time (17 seconds in this embodiment). Then, the block variation effects based on the block patterns of the block pattern designations B1 to B42 complete the effects (reach effects) in units of individual effects. Transition (development) to individual production. That is, in the block patterns of the block pattern designations B1 to B42, there is no transition to the next individual effect before the effect time determined based on the effect block time elapses, and one individual exceeding the effect time. The production is never completed. More specifically, the individual production composed of one block is not completed before the production time (17 seconds) set based on the production block time elapses, and the production time (17 seconds). ) And never complete. Similarly, the individual effect composed of two blocks is not completed before the effect time (17 seconds × 2 = 34 seconds) set based on the effect block time elapses, and the effect time ( 34 seconds) will not be completed.

  Therefore, it is difficult to understand which block pattern is selected for the block variation effect based on the block patterns of the block pattern designations B1 to B42 from the effect mode (effect flow) of the individual effect. For example, in block pattern designations B1, B5, B7, B12, B27, B28, B30, B34, B37, B39, and B40, block variation effects start from individual effects with low expectations (weak). In each of the block patterns, the number of reach lines in an individual effect with a low expectation level (weak) is set to “1”. For this reason, during the production of a low-expected (weak) individual production, the reach production is performed in the same manner, so whether it ends with the low-expected (low) individual production, or develops to the next individual production. It is not possible to determine whether to do it. The reach expectation content with low expectation (weak) is commonly used in any block pattern, so it is difficult to understand what block pattern is selected from the reach effect content.

  Further, in the present embodiment, since the production time of each individual production is set to a certain time, the reach production contents of each individual production can be diverted in the individual production of the same production time in different block patterns. . For this reason, in order to diversify the block variation effects, even when the block pattern is added, the reach effect designation command for instructing the reach effect content does not increase with the increase of the block pattern. Expansion of the block pattern includes expansion by changing the combination of individual effects and changing the change mode of the number of reach lines in the same number of effect blocks. Further, the addition of the block pattern includes the addition by changing the maximum number of effect blocks constituting the block pattern by changing the combination of individual effects.

  If the reach effect designation command described above does not increase, it is assumed that the number of effect blocks constituting the individual effect is fixed. That is, in the state where the number of effect blocks of the individual effects is fixed to, for example, “1” to “3”, even if the block pattern is increased, the reach effect designation command does not increase accordingly. However, when newly creating an individual effect with the number of effect blocks of “4”, for example, and adding a block pattern, it is necessary to newly establish the reach effect contents of the individual effect. Will increase. However, even in such a case, once the reach effect content of the individual effect is set, the reach effect designation command will not increase with the increase of the block pattern.

  In addition, according to the present embodiment, in order to diversify the block variation effect, even if the reach effect content for individual effect is added, the block pattern for instructing the block pattern along with the increase The specified command does not increase. In other words, once the block pattern is set by the combination of the individual effects, the command for specifying the block pattern will not increase with the increase of the reach effect contents for the individual effects.

  On the other hand, in the case of the block pattern of the special block variation effect shown in FIG. 11, a reach effect designation command is set for one block pattern. For this reason, when adding a block pattern by changing the production configuration with the same number of production blocks, or when adding a block pattern by changing the maximum number of production blocks that make up the block pattern, add that pattern. Accordingly, it is necessary to increase the reach designation command. That is, it is necessary to newly set the reach effect contents with the addition of the block pattern.

  Next, the general control CPU 46a that has determined the contents of the effect of the normal reach effect, the block pattern, and the contents of the effect of the reach effect gives commands for instructing these determined contents to the effect display control board 47 and the voice / lamp control board 48. The transmission procedure will be described.

  When determining the block patterns of the block pattern designations B1 to B42, the overall control CPU 46a transmits a normal reach selection designation command (N1 to N3) for instructing the effect of the normal reach effect and a block pattern designation command (B1 to B42). To do. Then, the overall control CPU 46a sequentially transmits reach effect designation commands (R1 to R77) with the start of the block variation effect. For example, when the block pattern designation B12 is determined as the block pattern designation B12, the overall control CPU 46a first instructs the reach effect contents to be executed in the low expectation (weak) individual effect with the start of the block variation effect. A reach production designation command is transmitted. Next, as the overall control CPU 46a shifts from the low-expectation (weak) individual effect to the low-expectation (medium) individual effect, the overall control CPU 46a becomes low. A reach production designation command is transmitted to instruct the contents of the reach production to be executed in the individual production with the expectation (medium). Next, as the overall control CPU 46a shifts from the low-expectation (medium) individual effect to the low-expectation (strong) individual effect, the overall control CPU 46a is low. A reach production designation command is transmitted to instruct the content of the reach production to be executed in the individual production of the degree of expectation (strong).

  In the present embodiment, the block patterns of the block pattern designations B1 to B42 are composed of a maximum of three individual effects. For this reason, the overall control CPU 46a transmits a maximum of three reach effect designation commands.

  On the other hand, when determining the block patterns of the block pattern designations B43 to B54, the overall control CPU 46a includes a normal reach selection designation command (N1 to N3) and a block pattern designation command (B43 to B54) for instructing the contents of the normal reach effect. Send. Then, the overall control CPU 46a transmits a reach effect designation command (X1 to X99) with the start of the special block variation effect. In the present embodiment, one reach effect designation command is associated with the block patterns of the block pattern designations B43 to B54. For this reason, when determining the block patterns of the block pattern designations B43 to B54, the overall control CPU 46a transmits the reach effect designation command only once at the start of the special block variation effect.

  In the present embodiment, the overall control CPU 46a that selects and determines the effect content (block pattern) of the block variation effect so that the effect is completed within the allocated time allocated within the variation time of the variation pattern is used as the effect content determination means. Function. The relationship between the allocation time allocated within the variation time of the variation pattern and the block pattern is as shown in the block pattern designation distribution tables BT1 to BT12 of FIGS. 16 to 24, and these block pattern designation distribution tables. BT1 to BT12 are assigned block patterns that can be selected for each variation pattern. In the present embodiment, the overall control CPU 46a that selects and determines the individual effect content (reach effect content) for each individual effect according to the block pattern functions as an individual effect content determination unit. In the present embodiment, the overall control CPU 46a for selecting and determining the normal reach effect functions as the introduction effect determining means. In the present embodiment, the overall control CPU 46a that transmits a block pattern designation command and a normal reach selection designation command functions as a command transmission means. In the present embodiment, the overall control CPU 46a that transmits various instructions related to the block variation effect to the display control CPU 47a and executes the block variation effect functions as an effect control unit.

Next, the control content related to the mission effect will be described.
In the present embodiment, the mission effect is executed as an effect in the high suggestion mode MB. In the present embodiment, the mission effect is executed for one symbol variation game. For example, if a mission effect with a mission content of “Let's reach with one symbol!” Is executed in the symbol variation game, the mission effect is targeted to the game, and the symbol variation [1] Even if the reach is formed, it is not recognized that the mission is achieved.

  In this embodiment, as shown in FIG. 44, multiple types (14 types in this embodiment) of mission effects are prepared. Specifically, multiple types (9 types in the present embodiment) of mission-type mission presentations that present a reach formation production such as “Let's reach with 1 design!” There are prepared a plurality of types (two types in this embodiment) of a notice-type mission effect that presents a big hit notice effect. In addition, a plurality of types (three types in the present embodiment) of reach-type mission effects such as “Take out XX reach!” Are provided.

  In this embodiment, nine types of decorative symbols [1] to [9] are used as decorative symbols. For this reason, the contents of the design-related mission effects are 9 from “Let reach with one symbol!” To “Leach with 9 symbols!” As the reach is formed with nine types of decorative symbols. Types are available. Further, in the present embodiment, the contents of the notice-type mission effects are “Show a XX notice!” And “△” that indicate the contents of the effects of a specific jackpot notice effect among a plurality of kinds of effect contents of the jackpot notice effect. Two types are available: △ Please give notice! Further, in the present embodiment, the reach-type mission effects are “reach out XX reach (MB-R1Lc)!”, “△△ reach (showing specific reach effect contents among a plurality of types of reach effect contents”. MB-R2Lc) ”and“ □□ Reach (MB-R1Hc)! ”Are prepared.

  Then, the overall control CPU 46a determines whether or not to execute the mission effect depending on whether or not to execute the block variation effect (whether or not to transmit the normal reach selection designations N1 to N3), and the mission contents in the case where the mission effect is possible. The selection is performed as described below.

  First, the control contents of the overall control CPU 46a when the block variation effect is not executed will be described. Note that the overall control CPU 46a determines whether or not to execute the block variation effect according to the type of variation pattern designated by the variation pattern designation command. More specifically, in the present embodiment, the overall control CPU 46a determines that the change pattern designation command for designating the change patterns P1 to P5, P18 to P20, P33, and P34 is not executed, and is described above. When a variation pattern designation command for designating variation patterns P6 to P17, P21 to P32, P35 to P52 other than the variation pattern is input, it is determined to be executed.

  When the block variation effect is not executed, the overall control CPU 46a determines whether the mission effect can be executed and can be executed according to the type of the change pattern (including the result), the presence / absence of reach, and the type of reach formation pattern in the case of reach. Select the mission content for. In the present embodiment, the overall control CPU 46a determines whether or not to execute the mission effect when the variation pattern for the hit effect is instructed, and the change pattern for the outlier reach effect and the outlier effect is instructed. In this case, whether or not to execute the mission effect is determined according to the type of variation pattern. When executing the mission effect in the symbol variation game, the overall control CPU 46a selects the mission content so that the content of the effect appearing in the symbol variation game does not match the mission content (one symbol variation game) (Selection of mission content targeting). Specifically, when the reach by the symbol [1] is formed in the symbol variation game, the content of the reach formation effect other than the symbol [1] is selected as the mission content, or the big hit that does not appear in the symbol variation game Select the content of the notice effect as the mission content.

  Next, the control content of the overall control CPU 46a when executing any one of the block variation effects will be described. In the present embodiment, when a change pattern including a continuous notice effect (change forms are “2 times”, “3 times”, and “4 times”) is designated, the mission effect is not executed. .

  When executing the block variation effect, the overall control CPU 46a first determines whether or not the mission effect can be executed according to the mission system selection table MT shown in FIG. 45, and the system (symbol / notice system, reach). System). The mission system selection table MT is stored in the overall control ROM 46b. In the present embodiment, the overall control CPU 46a, according to the mission system selection table MT, “execution denied (none)”, “symbol / notice system (executable)” and “reach system (executable) for each type of normal reach production. ) ”Is selected. Specifically, in the mission system selection table MT, when “normal reach” is selected, a predetermined number of random values are selected so that either “symbol / notice system” or “reach system” can be selected. (Mission selection random number) is distributed. The mission selection random number is a random number that is updated every predetermined cycle by the overall control CPU 46a, and in the present embodiment, it can take a total of 200 integer values from “0” to “199”. In the mission system selection table MT, when either “Short Reach” or “Long Reach” is selected, a predetermined number of random values are distributed so that “None” can be selected. That is, in the present embodiment, the mission effect is executable for “normal reach”, and cannot be executed (not executed) in the case of “short reach” and “long reach”.

Then, in the case of “normal reach”, the overall control CPU 46a that has selected the mission system subsequently selects the mission content as follows.
The overall control CPU 46a selects “design / notice system”, and when the variation pattern for the hit effect is instructed, selects the mission content of either the symbol system or the notice system, and performs the outreach effect production. If the change pattern is instructed, the mission content of the notice system is selected. That is, in the present embodiment, when a variation pattern including a block variation effect is instructed, the symbol-based mission effect is positioned as a jackpot finalizing effect that can be selected in the case of a big hit.

  Then, when the overall control CPU 46a selects the symbol-type mission effect when the variation pattern for the hit effect is instructed, the contents of the reach formation effect and the content of the symbol-type mission effect appearing in the symbol variation game are displayed. Select mission content to include matches. More specifically, when a reach based on the symbol [1] is formed in the symbol variation game, there is a case where the mission content presenting the reach formation effect of the symbol [1] may be selected. In the present embodiment, the symbol system mission effect is a reach formation effect that is executed before the transition from the start of the symbol variation game to the block variation effect or the special block variation effect. For this reason, the symbol-based mission effect is executed immediately after the start of the symbol variation game, and the mission content is presented.

  Further, when the general control CPU 46a selects the notice-type mission effect when the variation pattern of the hit effect is instructed, the contents of the jackpot notice effect appearing in the symbol change game match the contents of the notice-type mission effect. Select the mission content to include the case. Specifically, when “XX notice” is executed as a jackpot notice effect in the symbol variation game, the mission content for presenting “XX notice” may be selected. On the other hand, if the change pattern for the outreach reach effect is instructed, and you select the notice type mission effect, the mission will not match the content of the jackpot notice effect that appears in the symbol change game and the content of the notice type mission effect. Select content. More specifically, when “XX notice” is executed as a jackpot notice effect in the symbol variation game, a mission for a jackpot notice effect other than “XX notice” (in this embodiment, “△△ notice”) is a mission. Select as content. In the present embodiment, the notice-based mission effect is targeted for the jackpot notice effect that is executed from the start of the symbol change game to the transition to the block change effect or the special block change effect. For this reason, the notice-based mission effect is executed immediately after the start of the symbol variation game, and the mission content is presented.

  Further, when selecting the reach-type mission effect, the overall control CPU 46a selects the mission content according to the type of variation pattern and the type of block pattern. In the present embodiment, the mission contents presented in the reach-type mission effect are two types of low, “Take out XX Reach (MB-R1Lc)!” And “Get out △△ Reach (MB-R2Lc)!”. It is set to an effect of high expectation (strong) and one type of high expectation (strong) of “Deliver □□ reach (MB-R1Hc)!”. Therefore, the overall control CPU 46a determines whether or not the selected block pattern is a block pattern including a low-expectation (strong) individual effect and a block pattern including a high expectation (strong) individual effect. Confirm whether or not. In the present embodiment, the block patterns including the individual effects of low expectation (strong) are the block patterns of block pattern designations B7 to B13 shown in FIG. 8 and the block patterns of block pattern designations B43 to B54 shown in FIG. It is said that. Further, in the present embodiment, the block patterns including the high expectation (strong) individual effects are the block pattern designations B17 to B20 and B23 to B26 shown in FIG. 9, and the block pattern designation B30 shown in FIG. The block patterns are B32, B35 to B38, and B40 to B42.

  When the overall control CPU 46a selects a block pattern other than the block pattern including either the low expectation level (strong) or the high expectation level (strong), the overall control CPU 46a is used for the hit effect and the miss reach effect. Regardless of which variation pattern is instructed, any mission content is selected. In other words, the overall control CPU 46a outputs “XX reach (MB-R1Lc)!”, “△△ reach (MB-R2Lc)!”, And “□□ reach (MB-R1Hc)!”. Select either of these.

  The overall control CPU 46a selects the block pattern including either the low expectation level (strong) or the high expectation degree (strong) described above, and the variation pattern for the hit effect is instructed. When there is, the content of the mission is selected so as to include the case where the content of the reach effect that appears in the symbol variation game matches the content of the reach-type mission effect. Specifically, when “XX Reach (MB-R1Lc)” is executed as the reach production content in the symbol variation game, the mission content presenting “XX Reach (MB-R1Lc)” is selected. There is a case.

  On the other hand, the overall control CPU 46a selects the block pattern including either the low expectation level (strong) or the high expectation degree (strong), and the change pattern for the outlier reach effect is instructed. The mission content is selected so that the reach effect content appearing in the symbol variation game does not match the content of the reach mission effect. Specifically, the overall control CPU 46a confirms the contents of the reach effect selected previously (confirmation of reach effect designation), and when “XX reach (MB-R1Lc)” is selected, “△△ Select one of the mission contents to present “REACH (MB-R2Lc)” and “□□ REACH (MB-R1Hc)”. Further, the overall control CPU 46a confirms the contents of the reach effect selected previously (reach effect designation confirmation), and when “ΔΔ reach (MB-R2Lc)” is selected, “XX reach (MB−)” is selected. R1Lc) ”and“ □□ reach (MB-R1Hc) ”are selected. Further, the overall control CPU 46a confirms the contents of the reach effect selected previously (reach effect designation confirmation), and when “□□ reach (MB-R1Hc)” is selected, “XX reach (MB−) R1Lc) ”and“ ΔΔ reach (MB-R2Lc) ”are selected.

  In the present embodiment, the reach-type mission effect is intended for a reach effect that is executed after the symbol variation game is started and the block variation effect or the special block variation effect is shifted to. That is, it does not target a normal reach effect that is executed during the period from the start of the symbol variation game to the transition to the block variation effect or the special block variation effect. Therefore, the reach-type mission effect is executed after the first reach is formed after the symbol variation game is started, and the mission content is presented. Specifically, the first reach is a reach for executing the normal reach production, and the mission mission production of the reach system is performed after the reach is formed, before the transition to the block fluctuation production or the special block fluctuation production. Executed.

  In the present embodiment, the symbol variation game in which the mission effect is executed includes the case where the content of the effect that appears in the game and the content of the mission effect match the “mission achievement”, and the effect that appears in the game The content of the mission and the content of the mission production did not match, but it might be a big hit. Specifically, when a mission effect consisting of “Please give a notice of XX!” Is executed, if “XX notice” appears as an effect of the symbol variation game, it will be a big hit after “Mission accomplished”. On the other hand, when a mission effect consisting of “Please give notice of XX!” Is executed, “△△ Notice” appears as an effect of the symbol variation game, and the content of the mission effect does not match, but it is a big hit There is a case.

  As described above, the CPU 46a for overall control that determines the execution of the mission effect and selects the mission content selects the mission selection designation command (mission selection designation M1 to M14) for instructing the execution of the mission effect and the mission content. ,Send. The transmission timing (transmission timing) of these mission selection designation commands is set according to the type of mission selection designation command to be transmitted (the type of selected mission effect), as shown in FIG.

  In the present embodiment, the symbol / notice system mission effect is executed immediately after the start of the symbol variation game, as described above. For this reason, as shown in FIG. 44, the transmission timing of the mission selection designation command instructing the symbol / notice-type mission effect is set at the start of fluctuation. Therefore, the overall control CPU 46a transmits the mission selection designations M1 to M11 at the start of the symbol variation game.

  On the other hand, in the present embodiment, the reach-type mission effect is executed after the first reach is formed after the symbol variation game is started, as described above. For this reason, as shown in FIG. 44, the transmission timing of the mission selection designation command instructing the reach-type mission effect is set after a predetermined time T (seconds) from the start of the fluctuation. The predetermined time T is set according to the variation pattern of the variation pattern. That is, in this embodiment, when the variation forms are “normal” and “slip”, the time from the start of the symbol variation game to the formation of the first reach is different. For this reason, the predetermined time T is set in consideration of the time from the start of the symbol variation game to the formation of the first reach according to the variation form defined in the variation pattern. Therefore, the overall control CPU 46a transmits the mission selection designations M12 to M14 after a predetermined time T from the start of the symbol variation game according to the type of variation pattern.

  In addition, when the variation pattern for winning effect is selected, the overall control CPU 46a determines whether or not the effect appearing in the symbol variation game matches the mission content. A mission achievement designation command (mission achievement designation MT1 to MT13) for instructing notification of “!” Is selected and transmitted. At this time, the overall control CPU 46a selects and transmits a mission achievement designation command corresponding to the mission content that matches the effect appearing in the symbol variation game. FIG. 46 shows mission achievement designation commands that can be selected in the mission effect of the present embodiment.

  In this embodiment, as shown in FIG. 46, 13 types of mission achievement designations MT1 to MT13 are prepared according to the mission contents and the transmission timing of the mission achievement designation command. Specifically, two types of mission achievement designations MT1 and MT2 transmitted when the symbol type mission effect is achieved, and four types of mission achievement designations MT3 transmitted when the notice type mission effect is achieved. MT6 and seven types of mission achievement designations MT7 to MT13 that are transmitted when a reach-type mission effect is achieved are prepared.

  The mission achievement designations MT1 and MT2 include a mission achievement designation MT1 in the case of “normal” and a mission achievement designation MT2 in the case of “slip”. For this reason, the overall control CPU 46a selects a symbol-type mission effect, and when the mission is achieved, if the variation pattern is “normal”, the mission achievement designation MT1 is selected. For example, the mission achievement designation MT2 is selected.

  The symbol-based mission effect is accompanied by the fact that the first stop display sequence (left symbol) stops changing and then the second stop display sequence (right symbol) changes after the start of the symbol variation game. The time of reach formation is considered the mission achievement time. Therefore, when comparing the time from the start of the symbol variation game to the formation of the reach in the case of “normal” and “slip”, the case of “slip” is more than the case of “normal” Also gets longer. Therefore, as shown in FIG. 46, the mission achievement designation MT1 is set to “13.7 (seconds)” with respect to the transmission timing of the mission achievement designation MT1 and MT2 with reference to the start of the symbol variation game (at the beginning of variation). On the other hand, the mission achievement designation MT2 is set to “18.7 (seconds)”. The overall control CPU 46a transmits the selected mission achievement designation command (MT1 or MT2) at the transmission time set in the command.

  The mission achievement designation MT3 to MT6 are the mission achievement designation MT3 for “XX notice” in the “normal” case, the mission achievement designation MT4 for “△△ notice”, and the “XX notice” in the case of “slip”. Mission achievement designation MT5 for “△ Δ notice” mission achievement designation MT6. For this reason, the overall control CPU 46a selects the mission content of “XX notice” for the notice-type mission effect, and if the mission is achieved, if the fluctuation pattern is “normal”, the mission achievement designation MT3 If the variation pattern of “slip” is selected, the mission achievement designation MT5 is selected. Further, the overall control CPU 46a selects a mission content of “△△ Notice” as a notice-type mission effect, and if the mission is achieved, if the variation pattern is “normal”, the mission achievement designation MT4 is set. If the variation pattern of “slip” is selected, the mission achievement designation MT6 is selected.

  In the notice-based mission effect, the execution time of the jackpot notice effect is the mission achievement time. Also, when comparing the time from the start of the symbol variation game to the execution of the big hit announcement effect in the case of “Normal” and “Slip”, the case of “Slide” is “Normal” Longer than. Therefore, as shown in FIG. 46, the transmission timings of the mission achievement designations MT3 to MT6 are different depending on the execution timing and the variation mode of each jackpot notice effect, with the start time (variation start time) of the symbol variation game as a reference. Set to time. Specifically, the transmission timing is set such that the mission achievement designation MT3 is “25.6 (seconds)”, the mission achievement designation MT4 is “17.1 (seconds)”, and the mission achievement designation MT5 is “30.6 (seconds)”. Second) ”, the mission achievement designation MT6 is set to“ 22.1 (seconds) ”. Then, the overall control CPU 46a transmits the selected mission achievement designation command (MT3, MT4, MT5 or MT6) at the transmission time set in the command.

  The reach-type mission achievement designations MT7 to MT10 are set for each mission achievement time in the block variation effect. Specifically, the mission achievement designation MT7 when the first block of the block variation effect is achieved, the mission achievement designation MT8 when the second block is the achievement time, and the third block are the achievement time. The mission achievement designation MT9 in this case and the mission achievement designation MT10 in the case where the fourth block is the achievement time.

  The overall control CPU 46a selects a mission achievement designation command according to the block pattern when the reach mission is achieved in the block variation effect. Specifically, in the block patterns of block pattern designations B17 to B20, the mission achievement designation MT7 is selected because the first block is set at the mission achievement time. In the block patterns of the block pattern designations B7 to B9, B23 to B26, and B30 to B32, the mission achievement designation MT8 is selected because the second block is set as the mission achievement timing. In the block patterns of block pattern designations B10, B11, B35 to B38, the mission achievement designation MT9 is selected because the third block is set as the mission achievement timing. In the block patterns of block pattern designations B12, B13, B40, and B41, the mission achievement designation MT10 is selected because the fourth block is set as the mission achievement time.

  The reach-based mission achievement designations MT11 to MT13 are set for each mission achievement time in the special block variation effect. Specifically, the mission achievement designation MT11 when the first block of the special block variation effect is achieved, the mission achievement designation MT12 when the second block is the achievement time, and the third block are the achievement time. And the mission achievement designation MT13.

  The overall control CPU 46a selects a mission achievement designation command according to the block pattern when a reach mission is achieved in the special block variation effect. Specifically, in the block patterns of block pattern designations B43 to B45, B50 to B52, the mission achievement designation MT11 is selected because the first block is set at the mission achievement time. In the block patterns of block pattern designations B46, B47, B53, and B54, the mission achievement designation MT12 is selected because the second block is set at the mission achievement time. In the block patterns of the block pattern designations B48 and B49, the mission achievement designation MT13 is selected because the third block is set as the mission achievement time.

  In this embodiment, in the block variation effect and the special block variation effect, the time at which the player can recognize the type of reach effect that appears is set as the mission achievement time, but the setting mode is different. . Since the block variation effect is the effect content for executing the reach effect in units of individual effects, the mission achievement time is set based on the start time of the individual effects. On the other hand, the special block variation production is the production content that causes the development production (strong) to intervene in the middle of the production and develops to the next production, so the mission achievement time ends the development production (strong) It is set based on time.

  In the mission achievement designations MT7 to MT13, the command transmission time is set in accordance with the mission achievement time corresponding to the block pattern with reference to the start time of the block fluctuation effect and the special block fluctuation effect. This transmission time is set so that the time from the start of the production until the transmission time becomes longer as the mission achievement time becomes the production block in the latter half.

  Specifically, the transmission timing of the mission achievement designation MT7 to MT10 is set to “5.1 (seconds)” or “22.1 (seconds) according to the mission achievement block with reference to the start time of the block variation effect. ) ”,“ 39.1 (seconds) ”, and“ 56.1 (seconds) ”. On the other hand, the transmission timings of the mission achievement designation MT11 to MT13 are “18.1 (seconds)” and “25.1 (seconds)” depending on the mission achievement block with reference to the start time of the special block variation effect. And “42.1 (seconds)”. Then, the overall control CPU 46a transmits the selected mission achievement designation (MT7 to MT13) at the transmission time set in the command.

  As described above, in the reach-type mission effect, the mission achievement time, that is, the appearance time of the reach effect set as the mission content differs according to the block pattern. In addition, the appearance time of the reach effect differs depending on which block pattern the reach effect appears in which block, even in the same reach effect. For example, each block pattern of the block pattern designations B7, B10, and B12 is configured to include an individual effect (reach effect determined in the mission content) with a low expectation level (strong). However, the individual effects of low expectation (strong) in these block patterns are the second block in the block pattern designation B7, the third block in the block pattern designation B10, and the third block in the block pattern designation B12. Be started. For this reason, since the execution time of the low-expectation (strong) individual effects will be different, the mission achievement time will also be different, so if you set the command transmission time for the low-expectation (strong) individual effects, The consistency of mission performance, which is mission achievement, is impaired by the appearance of the performance. Therefore, it is necessary to set the command transmission time for each mission achievement time targeted for the individual performance of low expectation level (strong).

  Similarly, the individual effect of high expectation (strong) starts from the first block in the block pattern designation B17 to B20 and starts from the second block in the block pattern designation B23 to B26. Appearance time is different. For this reason, a command transmission time is set for each mission achievement time targeted for high-expected (strong) individual effects. Further, for block pattern designations B43 to B54 including the development effect (strong), the individual effect with the low expectation level (strong) starts after the development effect (strong), and the appearance time of the reach effect differs. For this reason, a command transmission time is set for each mission achievement time targeted for the transition from the development effect (strong) to the individual effect of the low expectation level (strong).

  In this embodiment, when the mission achievement designation command is selected by determining the execution of the mission effect, the overall control CPU 46a determines whether the command can be transmitted before transmitting the command. The command transmission permission / inhibition determination is performed in order to avoid the appearance of a phenomenon in which the mission is achieved in spite of being out of place. Specifically, when selecting the mission achievement designation command, the overall control CPU 46a confirms the type of the special symbol designated by the special symbol stop symbol designation command. When the special symbol is either the special symbol ZA (16R probability variation big hit) or the special symbol ZC (16R non-probability big hit), the overall control CPU 46a enables the determination result of the command transmission availability determination. On the other hand, if the special symbol is any one of the special symbol ZB (2R probability variation big hit), the special symbol ZD (small hit), and the off symbol, the overall control CPU 46a rejects the transmission result of the command transmission availability determination. .

  When the determination result of the command transmission enable / disable determination is that transmission is possible, the overall control CPU 46a transmits the selected mission selection designation command at the transmission time (shown in FIG. 44) set in the command. Thereafter, the overall control CPU 46a transmits the selected mission achievement designation command at the transmission time (shown in FIG. 46) set in the command. If the mission is not achieved in the symbol variation game, the overall control CPU 46a transmits the selected mission selection designation command at the transmission time (shown in FIG. 44) set in the command.

  On the other hand, when the determination result of the command transmission permission / inhibition determination is transmission failure, the overall control CPU 46a does not transmit both the selected mission selection designation command and mission achievement designation command. That is, the overall control CPU 46a determines whether the mission effect can be executed at the start of the symbol variation game, and executes control for restricting transmission of the selected command (command to be transmitted). This avoids the appearance of a phenomenon that accomplishes the mission despite being out of place. Although such a phenomenon cannot normally occur, in order to prepare for an unexpected situation such as a bug occurring during a game, and to prevent occurrence of a trouble with a player, a command transmission availability determination is performed.

  In the present embodiment, the overall control CPU 46a that determines the contents of various effects such as a reach formation effect, a jackpot notice effect, and a reach effect to be executed in the symbol variation game functions as an execution effect determining means. In the present embodiment, the overall control CPU 46a that selects and determines whether or not to execute the mission effect and the mission content functions as a presentation effect determining unit. In the present embodiment, the overall control CPU 46a that transmits a mission achievement designation command functions as a notification instruction unit. Further, in the present embodiment, the individual effects constituting the block variation effect and the reach effect contents of the individual effects are effects in which the change cycle (execution execution time) to be executed is determined indefinitely. In addition, the fact that the change cycle (execution execution time) to be executed in the present embodiment is indefinite means that the execution time of the same effect changes according to the type of change pattern. In this embodiment, the overall control CPU 46a that transmits a mission selection designation command functions as a presentation instruction unit. In the present embodiment, the overall control CPU 46a that determines whether or not the effect executed in the symbol variation game matches the mission content functions as a determination unit.

Next, the control contents related to the block variation effect and the mission effect executed by the display control CPU 47a will be described.
When executing the block variation effect, the display control CPU 47a receives a normal reach selection designation command, a block pattern designation command, and a reach effect designation command at a predetermined time. Specifically, the display control CPU 47a receives a normal reach selection designation command and a block pattern designation command at the start of the symbol variation game. Further, the display control CPU 47a receives a reach effect designation command at the start of the individual effect.

  The display control CPU 47a grasps the effect contents of the entire block variation effect from the instruction content of the block pattern designation command, and grasps the type of the normal reach effect from the instruction content of the normal reach selection designation command. Then, when the symbol variation game is started, the display control CPU 47a controls display contents (display images) so as to vary each symbol row according to the type of the normal reach effect designated by the normal reach selection designation command. Specifically, in the case of normal reach and long reach, the display control CPU 47a generates a reach by deriving the decorative design instructed by the design designating command for the decorative design to the left and right columns as a reach forming design, and then forming a reach. The display content is controlled so that the production is executed. Then, when the elapsed time from the symbol variation game reaches the time set for the normal reach and the long reach, the display control CPU 47a controls the display contents so as to shift to the block variation effect. On the other hand, in the case of short reach, the display control CPU 47a controls the display contents so as to shift to the block variation effect while all the symbol sequences are changing (before the reach is formed) after the start of the symbol changing game. .

  After the transition to the block variation effect, the display control CPU 47a controls the display content so that the block variation effect is executed in accordance with the reach effect content specified by the block pattern and the reach effect designation command. Specifically, the display control CPU 47a controls the display content so as to form a reach line at a predetermined time according to the block pattern, and the display content so that the reach effect (individual effect) is executed according to the reach effect content. To control. When forming the reach line, the display control CPU 47a controls the display contents so as to form a reach line with a decorative design instructed by a design designating command for decorative design and to increase the number of reach lines according to the block pattern. To do. When increasing the number of reach lines, the display control CPU 47a increases the number of reach lines including the reach line with reference to the reach line by the decorative design designated by the design specifying command for decorative design.

  Specifically, the display control CPU 47a forms a reach line of the symbol [1] when the ornament symbol designated by the symbol designating command for the ornament symbol is the symbol [1]. When the number of reach lines increases, the display control CPU 47a uses the reach line of the symbol [1] as a reference and increases the number of reach lines so as to include the reach line number. For example, in the case of the block pattern designating B5 block pattern, the display control CPU 47a forms a reach line of the symbol [1] in the low expectation (weak) individual effect with the start of the block variation effect. Next, the display control CPU 47a develops into the individual effect of the low expectation level (medium) in the second block, and the symbol [1] and the symbol arranged next to the symbol [1] (for example, symbol [9] ]) To form two reach lines. In addition, the arrangement | sequence of a symbol shows the order displayed on the effect display apparatus 28 during the fluctuation | variation of a symbol.

  When executing the mission effect, the display control CPU 47a receives a mission selection designation command and a mission achievement designation command at a predetermined time. Specifically, the display control CPU 47a receives a symbol / notice-type mission selection designation command among the mission selection designation commands at the start of the symbol variation game, and the reach mission selection designation command is a symbol variation game. Is received when a predetermined time T elapses from the start of. The display control CPU 47a receives the mission achievement designation command at the mission achievement time according to the transmission time set for each command.

  The display control CPU 47a grasps the mission content from the instruction content of the mission selection designation command and grasps that the mission is achieved from the instruction content of the mission achievement designation command. Then, the display control CPU 47a presents the mission according to the mission content specified by the mission selection designation command, and controls the display content (display image) so as to start the mission effect. Further, the display control CPU 47a controls the display content (display image) so that the character image “Mission accomplished!” Is displayed according to the mission achievement designation command.

Hereinafter, the mode in which the block variation effect and the mission effect are performed will be described with specific examples.
First, the case where the block pattern of the block pattern designation B12 is selected through the normal reach will be described. In the following example, the decorative design determined by the overall control CPU 46a is the design [1].

  In this example, after the start of the symbol variation game, a normal reach effect consisting of a normal reach is performed as a reach is formed by the symbol [1]. Then, when “25 seconds”, which is the normal reach performance time, has elapsed since the start of the symbol variation game, the block variation effect is started. In the block variation effect, an individual effect with a low expectation level (weak) is started first (first block). The low-expected (weak) individual effect is performed in a state where the reach line of the pattern [1] is formed, and after the predetermined time has elapsed since the individual effect started, a combination of out-of-designs is derived and the development effect Is done. Then, after “17 seconds (one block)” has elapsed since the start of the low-expected degree (weak) individual effect, the low-expected degree (medium) individual effect is started. Individual production of low expectation (weak) is performed in a state where two reach lines are formed by symbol [1] and symbol [9], and a combination of symbols that are out of place after a lapse of a predetermined time after the individual performance starts. Is derived and development is performed.

  Then, after “34 seconds (2 blocks)” has elapsed since the start of the low expectation degree (medium) individual effect, the low expectation degree (strong) individual effect is started. The individual effect of low expectation (strong) is performed in a state where four reach lines are formed with symbol [1], symbol [9], symbol [8] and symbol [7]. After that, after elapse of a predetermined time from the start of the individual effects, either the jackpot symbol combination ([111]) or the off symbol combination (for example, [121]) is derived, and the variation time determined in the variation pattern The symbol is displayed in a fixed stop when elapses.

  Next, the case where the block pattern of the block pattern designation B50 is selected through the normal reach will be described. In the following example, the decorative design determined by the overall control CPU 46a is the design [1].

  In this example, after the start of the symbol variation game, a normal reach effect consisting of a normal reach is performed as a reach is formed by the symbol [1]. Then, when “25 seconds”, which is the effect time of normal reach, has elapsed since the start of the symbol variation game, the special block variation effect starts. In the special block variation effect, first, an individual effect with a low expectation level (strong) is started. This individual effect is an individual effect with a low expectation level (weak) and an individual effect with a low expectation level (strong). It is performed with production contents including each production content. Specifically, the special block variation effect of the block pattern designation B50 starts with a low expectation (weak) individual effect in a state where the reach line of the pattern [1] is formed, and during the effect The development effect (strong) is interrupted, and after the development effect (strong), it shifts to the production content of the individual effect with a low expectation level (strong). Then, after the development effect (strong) is finished, the low expectation (strong) of the low reach (strong) in the state where the four reach lines of the symbol [1], the symbol [9], the symbol [8] and the symbol [7] are formed. Production contents of individual production starts. Then, after “51 seconds (3 blocks)” has elapsed since the start of the low-expectation (strong) individual effect, the high-expectation (strong) individual effect is started. The individual effect of high expectation level (strong) is performed in a state where five reach lines are formed by symbol [1], symbol [9], symbol [8], symbol [7] and symbol [6]. After that, after the lapse of a predetermined time from the start of the individual performance with high expectation (strong), either the jackpot symbol combination ([111]) or the off symbol combination (eg, [121]) is derived. When the variation time determined in the variation pattern has elapsed, the symbol is displayed in a fixed stop state.

Next, the aspect in which the mission effect is performed in the example in which the block pattern of the block pattern designation B12 described above is selected will be specifically described.
In this example, when a symbol-based mission effect is selected and the mission is accomplished (ie, a win), “Reach with one symbol!” Is selected as the mission content. For this reason, with the start of the symbol variation game, a character image “Leach with one symbol!” Is displayed as an image, and the mission content is presented to the player. In the symbol variation game, as described above, after the symbol variation game is started, a reach is formed by the symbol [1]. As a result, the reach formation effect (the effect of forming a reach with the symbol [1]) performed in the symbol variation game matches the mission content presented. In the symbol variation game, when the mission is completed, a character image of “Mission completed!” Is displayed, and the player is notified of the completion of the mission. Note that the timing at which the character image “Mission accomplished!” Is displayed differs depending on whether the “normal” variation pattern or the “slip” variation pattern is selected.

  Also, in this example, when a notice-type mission effect is selected and the mission is accomplished (that is, in the case of a win), the mission content corresponding to the jackpot notice effect that appears in the symbol variation game is selected as the mission content. Yes. For this reason, when the symbol variation game is started, for example, a character image of “Please give notice of XX!” Is displayed as an image, and the mission content is presented to the player. In the symbol variation game, XX notice is given when a predetermined time elapses after the game starts. Thereby, the jackpot notice effect performed in the symbol variation game matches the mission content presented. In the symbol variation game, when the mission is completed, a character image of “Mission completed!” Is displayed, and the player is notified of the completion of the mission. Note that the timing at which the character image “Mission accomplished!” Is displayed differs depending on whether the “normal” variation pattern or the “slip” variation pattern is selected.

  Also, in this example, when a reach-type mission effect is selected and the mission is achieved (that is, in the case of a win), the mission content is in a symbol variation game (individual performance with low expectation level (strong) of block variation effect) The mission content corresponding to the reach production appearing in () is selected. For this reason, after the start of the symbol variation game, as the predetermined time T elapses, for example, a character image of “Take out XX Reach (MB-R1Lc)!” Is displayed and the mission content is presented to the player. . In the symbol variation game, XX reach is performed when a predetermined time elapses after the game is started. In the block variation effect based on this block pattern designation B12, when the time for three blocks has elapsed since the start of the block variation effect, an individual effect (XX reach) with a low expectation level (strong) is started. As a result, the reach effect started from the fourth block of the block variation effect matches the mission content presented. In the symbol variation game, when the mission is completed, a character image of “Mission completed!” Is displayed, and the player is notified of the completion of the mission. In the case of a reach-type mission effect, the transmission timing of the mission achievement designation command is set to the time from the start of the block variation effect. Therefore, regardless of whether the “normal” variation pattern or the “slip” variation pattern is selected, the timing at which the character image of “Mission Achieved!” Is displayed (time from the block variation effect). ) Is the same time.

Therefore, according to the present embodiment, the following effects can be obtained.
(1) Having a production block with a certain time scale, the production of one theme (one scene) is completed by multiplying the production block time by 1 to multiple times (a big hit or miss can be recognized) Deriving a symbol combination) Create multiple types of individual effects with production time, and combine individual productions with different production times or with the same production time to create multiple individual productions in a single symbol variation game Realize block fluctuation effects that change (develop) in order. Since one individual effect is created by multiplying the time of the effect block by an integer, it is difficult to predict the change mode of the effect from the passage of time. Therefore, it is possible for the player to enjoy the change in the production contents in the symbol variation game and to improve the interest.

  (2) Further, since the total time of the block variation effect (block effect time) is calculated based on the total number of effect blocks, a specific total time (for example, 51 seconds (17 seconds × 3 blocks)) In the case of creating a block variation effect, it can be easily created by arbitrarily combining individual effects with different effect times and individual effects with the same effect time based on the time for the effect block. And when creating block fluctuation effects, there is no need for time adjustments such as increasing or decreasing the effect time of individual effects, and there are situations such as delays, unsatisfactory, addition of special effects for time adjustment, etc. do not do.

  (3) Individual effects are classified into low expectation effects and high expectation effects, and block fluctuation effects are classified according to a combination of low expectation effects, a combination of high expectation effects, and a combination of low expectation effects and high expectation effects. Composed. For this reason, if the block variation effect is started, it is possible to give interest to the transition mode of the individual effect, and the sense of expectation for the big hit can be changed by the transition mode. In the present embodiment, the block variation effect is composed of a group of individual effects composed of effect blocks as described above, and the effect is completed in units of individual effects. It is difficult to determine whether or not to shift to, and until one individual effect is completed, it is possible to have an interest in whether or not the individual effect develops, and it is possible to give a sense of expectation to the transition mode.

  (4) Furthermore, the low-expectation effects are classified into a plurality of types of low-expectation effects (low expectation (weak), low expectation (medium), and low expectation (strong)). Of high expectations (high expectations (weak), high expectations (medium), high expectations (strong)). The multiple types of individual effects classified as low expectation effects are effects with different numbers of blocks, and the larger the number of blocks, the higher the jackpot expectation level is set (in the embodiment, low expectation level ( (Weak) <(Medium) <(Strong). In addition, the multiple types of individual effects classified as high expectation effects are effects with different numbers of blocks, and the greater the number of blocks, the higher the jackpot expectation level (in the embodiment, high expectation level ( (Weak) <(Medium) <(Strong). For this reason, if the block variation effect is started, it is possible to give interest to the transition mode of the individual effect, and the sense of expectation for the big hit can be changed by the transition mode. Even if the block fluctuation effect is composed of a combination of a low expectation effect and a combination of a high expectation effect, an individual effect with a low expectation (strong) or an individual effect with a high expectation (strong) You can be interested in whether or not to move to.

  (5) In the block variation effect, when the individual effect shifts to the next individual effect, the jackpot expectation set in the individual effect before and after the transition is set to be equal to or higher. That is, a transition mode from an individual effect with a high degree of big hit expectation to a low individual effect is not set. For this reason, it is possible to obtain a jackpot expectation level that is at least equal to or greater than that due to the transition of the individual performance, so that the player can maintain a sense of expectation for the jackpot, and at the same time, the jackpot can be achieved by shifting to an individual performance with a high level of jackpot expectation You can increase your expectation.

  (6) The content of the block variation effect may be composed of a plurality of individual effects or a single individual effect. For this reason, in the block variation effect, it is possible to make the player pay attention to whether or not the individual effect shifts.

  (7) A plurality of types of individual effect contents of individual effects consisting of the same effect time (the same number of effect blocks) are set. For this reason, the transition mode of the individual effects in the block variation effect can be made more difficult to understand. In other words, no matter what the individual effect is executed, it is difficult to understand the transition mode of the individual effect by creating a case of shifting to the next individual effect or a case of not shifting to the next individual effect.

  (8) The individual effect is set as a reach effect that is performed by deriving a specific plurality of columns (two columns on the left and right in the present embodiment) with the same symbol. For this reason, it is possible to have a sense of expectation as to whether or not each individual production will be a big hit. Then, in the individual effects constituting the block variation effect, one of the jackpot symbol combination and the off symbol combination is derived. For this reason, even when an out-of-order symbol combination is derived, it can be expected that the individual effect shifts to the next individual effect.

  (9) When the individual effect shifts to the next individual effect, the number of reach lines in the reach effect of the individual effect increases as compared to the individual effect before the shift. For this reason, the increase in the number of reach lines will increase the expectation of jackpots due to the transition of individual effects, and the expectation of jackpots will further increase due to the increase in the number of reach lines accompanying the transition of individual effects. Can do.

  (10) The individual effect is set to have a high jackpot expectation degree in accordance with an increase in the total number of effect blocks constituting the individual effect. For this reason, in the block variation effect, as the individual effect with a larger total number of effect blocks appears, the expectation for the big hit can be increased. Further, in the block variation effect, it is possible to change a sense of expectation for the big hit depending on which individual effect is transferred (whether the total number of effect blocks is large or small).

  (11) A change is given to the increase mode of the number of reach lines accompanying the transition of the individual effects. Specifically, the number of reach lines may increase by one before and after the transition, or the number of reach lines may increase at a stretch. For this reason, the variation of an effect can be increased by bringing about a change in the increase mode of the number of reach lines. In addition, the change in the number of reach lines accompanying the transition of the individual effects is set only to increase the number of reach lines. That is, in this embodiment, the change which the number of reach lines decreases before and after the transition of the individual effects is not set. For this reason, the expectation to the big hit is not lowered by the decrease in the number of apparent reach lines.

  (12) Different reach lines are set for the individual effects constituting the block variation effect even if they are the same individual effect. For this reason, the variation of production can be increased. Moreover, the expectation to the big hit can be changed according to the block fluctuation effect to be executed.

  (13) The block variation effect is started after the introduction effect (normal reach effect in the present embodiment) ends, and a plurality of types of introduction effect contents having different introduction effect times (reach effect times) are set in the introduction effect. For this reason, the time from the start of the symbol variation game to the start of the block variation effect via the introduction effect is changed depending on the length of the introduction effect time. Therefore, even in the process until the block variation effect starts, the effect can be changed, and the variation of the effect can be increased.

  (14) In addition, the production content (block pattern) of the block variation effect is determined according to the variation pattern and the type of the selected introduction effect. That is, in the variation time of the variation pattern, the time during which the block variation effect can be executed varies depending on the type of the introduction effect. Specifically, when long reach is selected as the introductory effect, the time from the start of the symbol change game to the start of the block change effect is longer than when normal reach is selected. The amount of time that the block variation effect can be executed is shortened by the length of the time. On the other hand, when short reach is selected as the introductory effect, the time from the start of the symbol variation game to the start of the block effect is shorter than when normal reach is selected. The amount of time that the block variation effect can be executed becomes longer. For this reason, in the same variation pattern, by changing the block pattern to be selected according to the introduction effect time (reach effect time) of the selected introduction effect, it is possible to realize an effect that observes the change time of the change pattern. Moreover, the variation of an effect can be increased because the combination of an introduction effect and a block pattern changes with the same fluctuation pattern.

  (15) When determining the individual effect content of the individual effect, the individual effect content of the individual effect executed before the individual effect may be referred to and selected. Specifically, as shown in FIG. 28 (b), FIG. 28 (e), and the like, each individual effect content is selected with a connection of the individual effect contents between the individual effects. As a result, in the block variation production, while giving the pleasure of what individual production (individual production contents) to transition to, in some cases, it is possible to realize a grouped production of the entire block variation production, and increase the variation of the block variation production be able to.

  (16) The individual effect content of the individual effect is set for each effect mode. For this reason, according to the production mode during stay, the block fluctuation production peculiar to the production mode can be realized, and the variation of production can be increased.

  (17) In the normal mode MA, the individual effect contents of the individual effects set in all the effect modes including the normal mode MA are selected. Since the normal mode MA is an effect mode in which the player stays most during the game, by selecting the individual effect contents for the individual effect contents of the individual effects set in all the effect modes in the normal mode MA. It is possible to change the block variation effect executed during the normal mode MA. As a result, it is possible to prevent the production mode from being made during the normal mode MA.

  (18) On the other hand, in the production modes other than the normal mode MA (highly suggestive modes MB to ME), the individual production contents of the individual production set in the production mode are selected. Thereby, a sense of unity can be given to the production mode during stay and the production executed in the production mode.

  (19) Some individual effects include a transition effect that suggests transition to the next individual effect in the contents of individual effects. For this reason, expectation for the transition to the next individual effect can be obtained by executing the transition effect. Then, the individual effect shifts to the next individual effect via the transition effect. For this reason, the presence or absence of the possibility of shifting to the next individual effect can be determined based on whether or not the transition effect can be executed.

  (20) The production content (block pattern) of the block variation effect is determined based on the variation pattern. For this reason, it is possible to select the production content of the block variation effect corresponding to the variation time defined in the variation pattern. Therefore, it is possible to avoid execution of an effect in which the time from the end of the block change effect to the end of the symbol change game is longer than necessary, or an effect in which the block change effect does not end within the change time.

  (21) When executing the block variation effects of block pattern designations B1 to B42, instruction commands (reach effect designations R1 to R77) for instructing the effect contents of the individual effects are set for each individual effect content. For this reason, the said instruction command can be diverted when performing the block fluctuation production | generation of block pattern designation | designated B1-B42. That is, even when the block pattern is increased, the number of instruction commands can be reduced, unlike the case where the instruction command is set so as to instruct the production contents for each block pattern.

  (22) An instruction command for instructing the contents of the individual effects is transmitted every time the individual effects are started. For this reason, in the transmission / reception of an instruction command, it is possible to reduce the control burden on both the command transmission side and the command reception side.

  (23) The production contents of the block variation production are patterned and stored as shown in block pattern designations B1 to B54. For this reason, in the case where the block variation effect is executed, the control burden can be reduced as compared with the case where the effect content is constructed according to the type of the variation pattern each time. Moreover, the pattern pattern appearance rate can be easily set by patterning.

  (24) In the mission effect, it is desirable to notify “mission completion” at the timing of mission completion (a timing at which the player can recognize that the mission has been completed). While giving distrust to the person, the notification in a state that has passed for a while after the completion of the mission can be recognized is a dramatic effect. For this reason, when the variation content of the symbol variation game is composed of a plurality of variation cycles (when the execution time of the production is indefinite), after considering which variation cycle can achieve the mission, It is necessary to notify "achievement". Therefore, in the present embodiment, the timing for giving the notification instruction is measured in conjunction with the appearance timing of the effect that matches the mission content, and the notification instruction is given when the timing has arrived. Accordingly, even when the variation content of the symbol variation game is composed of a plurality of variation cycles and the execution time of the production is indefinite, it is possible to notify the “mission completion” in conjunction with the execution time of the production.

  (25) In the same mission content, when the execution time of the production corresponding to the mission becomes indefinite, "Mission accomplished" is notified in accordance with the execution time of the production. For this reason, it is possible to notify the player of “mission completion” in accordance with the timing of mission completion.

  (26) When a mission effect is executed and a decision to achieve the mission is made, whether or not a winning lottery is determined before sending instructions related to the mission effect (mission contents and mission achievement instructions). judge. Then, when the winning is won, the instruction is given to execute the mission effect. That is, the mission effect is executed only when the result of the internal determination matches the result of the effect, and the mission effect is not executed when they do not match. For this reason, it is possible to avoid the achievement of the mission when the winning lottery is not won (in the case of a loss).

  (27) When executing the block variation effect, when the reach formation effect is presented as the mission content, the mission achievement time is set to be before the start of the block variation effect. In the block variation effect, the number of reach forming symbols also changes as the number of reach lines changes with the transition of individual effects. For this reason, if the reach formation effect is determined as the mission content for the block variation effect, it is necessary to determine the mission content (presentation of reach formation symbol) in consideration of the increase in the number of reach lines in the block variation effect. Is complicated. For this reason, in the case of executing the block variation effect, the design-type mission effect is targeted for the introductory effect (normal reach effect), and only when it is won in the winning lottery, the control configuration is In addition to simplification, it is possible to suppress the appearance of effects that are not matched during the block variation effects (such as being not recognized as mission completion despite the formation of reach with the presented reach formation symbol). That is, the design-based mission effect (achievement) can be completed before the start of the block variation effect, thereby suppressing control complexity.

In addition, you may change the said embodiment as follows.
In the embodiment, when the block variation effect is executed during the normal mode MA, the individual effect contents of the individual effect constituting the block variation effect are targeted only for the individual effect contents of the individual effect set in the normal mode MA. You may make it select. Also, when the block variation effect is executed during the high accuracy suggestion mode, the individual effect contents of the individual effect constituting the block variation effect are selected including the individual effect contents of the individual effect set in the normal mode MA. Alternatively, it may be selected including the contents of the individual effects of the individual effects set in other highly accurate suggestion modes.

  In the embodiment, a plurality of normal modes may be provided, and the number of high accuracy suggestion mode settings may be increased or decreased. Further, a block variation effect may be performed during the high-accuracy confirmation mode.

  In the embodiment, the introduction effect may be set only for normal reach. In this case, since the introduction effect time is fixed, the effect content (block pattern) of the block variation effect is determined based on the type of the variation pattern. In addition, if the difference is generated only by the time obtained by multiplying the time for the effect block by an integer with respect to the normal reach, for example, an introduction effect that generates the difference for the time corresponding to two or more effect blocks may be set. In addition, the normal reach time may be increased or decreased.

  In the embodiment, the number of reach lines may be the same in the individual effects before the transition and the individual effects after the transition. In the embodiment, the maximum number of reach lines may be changed.

  ○ In the embodiment, there is a reach line variation that displays the jackpot symbol combination without uniquely setting the reach line that displays the jackpot symbol combination among the reach lines formed during the block fluctuation effect. May be. Specifically, in the symbol arrangement, the jackpot symbol combination may be displayed on the reach line of the final display symbol, or the jackpot symbol combination may be displayed on the reach line in the middle. Such a pattern is set in advance as a variation pattern, and the reach line of the decorative design determined by the overall control CPU 46a as the number of reach lines increases is displayed.

  In the embodiment, the classification of individual effects may be changed. For example, in addition to the low expectation effect and the high expectation effect, a medium expectation effect may be set in which the jackpot expectation is set to an intermediate value between the low expectation effect and the high expectation effect. Moreover, the classification in the low expectation degree effect and the high expectation degree effect may be set in two stages, or may be set in four or more stages.

  In the embodiment, the maximum number of effect blocks constituting an individual effect may be changed. For example, an individual effect composed of four or more effect blocks may be set. Moreover, you may change the minimum number of effect blocks which comprise an individual effect. For example, the minimum number of effect blocks constituting an individual effect may be “2”.

In the embodiment, the set number of block patterns, the set number of normal reach effects, and the set number of reach effects constituting the individual effects may be changed.
In the embodiment, the production block time may be changed. For example, the production block time may be set to 10 seconds or 25 seconds.

  In the embodiment, the maximum number of effect blocks constituting the block variation effect may be changed. For example, a block variation effect may be configured by seven or more effect blocks. Moreover, you may change the minimum number of effect blocks which comprise a block fluctuation effect. For example, the minimum number of effect blocks constituting the block variation effect may be “2”.

In the embodiment, the special block variation effect including the development effect (strong) may be omitted, and only the block variation effect configured as block pattern designations B1 to B42 may be provided.
In the embodiment, an instruction command (reach effect designation command) for instructing the contents of individual effects for each individual effect may be transmitted collectively at the start of the symbol variation game.

In the embodiment, the mission content may be changed. For example, the type of reach presentation presented as mission content or the type of jackpot notice may be increased.
○ In the embodiment, the mission achievement designation command is set for the timing of achievement of the mission effect when the mission effect is executed for the block variation effect, but the mission effect is executed for the continuous notice effect consisting of a plurality of variable cycles. You may make it let it. Also in this case, the mission achievement designation command is set for each variation cycle because it is uncertain which variation cycle the mission achievement timing will be.

  In the embodiment, when the reach formation effect is presented as the mission content, the achievement time may be set to a predetermined individual effect during the block variation effect. The block variation production of the embodiment is such that the number of reach lines increases at the time of transition to individual production, so that the reach by the design presented in the mission production is formed with the increase in the number of reach lines Also good. If comprised in this way, the production | presentation which linked | related the increase in the number of reach lines in a block fluctuation production and mission production can be implement | achieved, and the improvement of an interest can be aimed at. In particular, when the number of reach lines is increased and the reach formation symbols are set according to the increase in the number of reach lines, the transition (development) of the block variation effect and the mission effect can be related to how many times it develops. It is possible to predict whether or not a reach line based on the reach formation symbol presented in the mission contents will be formed, and to have a strong expectation for the transition (development) of the individual effects.

  In the embodiment, the mission effect (reach system) may be executed when a variation pattern including a continuous notice effect is instructed. In this case, as in the case of the embodiment, if the mission achievement designation command is set based on the start time of the block fluctuation effect, the mission achievement is achieved at the mission achievement time regardless of the number of fluctuation cycles to be executed for the continuous notice effect. Notification can be performed. In other words, it is not necessary to set the mission achievement designation command separately when the continuous notice effect is included and when the continuous notice effect is not included.

  In the embodiment, the execution form of the mission effect may be changed. For example, the mission effect may be effective in one symbol variation game as in the embodiment, or may be effective across multiple symbol variation games. Further, a form in which a plurality of missions are presented in one mission effect may be presented, or a form in which missions are added in the middle may be employed. In addition, in the case of a big hit, it is possible to forcibly match the mission content so that the effect to be executed matches the mission to be presented.

In the embodiment, the sub general control board 46 may be omitted, and the control related to the execution of the block variation effect may be executed by the effect display control board 47.
The embodiment may be embodied in a pachinko gaming machine that uses only special symbols.

The embodiment may be embodied in a pachinko gaming machine equipped with a 7-segment LED type, dot matrix type, or mechanical type display device.
Next, a technical idea that can be grasped from the above embodiment and another example will be added below.

  (B) Each jackpot is set with a jackpot expectation level, and the block variation effect is a combination of individual effects, and when the transition is made to other individual effects in order, and when transitioning to other individual effects The gaming machine according to claim 2, wherein the game machine is executed in such a manner that it is shifted to an individual effect in which a jackpot expectation degree equal to or greater than the jackpot expectation degree set in the individual effect before the transition is set.

  (B) The block variation effect is started after the symbol variation game is started and after the predetermined introduction effect is ended, and the individual effect is a reach effect that is executed by deriving a specific plurality of rows of symbols with the same symbol. The gaming machine according to claim 2 or the technical idea (b).

  (C) The presentation effect determining means stops reach fluctuation of the symbol in the specific column, leads to a reach formation effect that derives the specific symbol as a reach formation symbol, a jackpot notice effect suggesting the possibility of a big hit, and The gaming machine according to the technical idea (b), in which a reach effect for deriving a symbol of a final stop symbol sequence after the reach formation is determined as the presentation effect.

  DESCRIPTION OF SYMBOLS 10 ... Pachinko machine, 28 ... Production display device, 45 ... Main control board, 45a ... Main control CPU 45a, 45b ... Main control ROM 45b, 45c ... Main control RAM 45c, 46 ... Sub control board, 46a ... Overall control CPU, 46b ... Overall control ROM, 46c ... Overall control RAM, 47 ... Production display control board, 47a ... Display control CPU, 47b ... Display control ROM, 47c ... Display control RAM, MA ... Normal mode, MB to ME: Highly accurate suggestion mode.

Claims (3)

Display means for displaying a symbol variation game which is performed once from the symbol variation start to the symbol fixed stop display, and display control means for controlling the display contents of the display means, which are predetermined during the symbol variation game. In a gaming machine capable of performing a task granting effect that presents the player with the appearance of the effect as an issue and derives a winning symbol that can recognize the hit by the appearance of the presented effect,
The variation content of the symbol variation game includes a variation cycle in which the variation from the symbol variation start to the symbol variation stop is performed once, and the symbol variation game includes a variation content of a normal variation system including one variation cycle, Or it is executed with the fluctuation contents of special fluctuation system including multiple fluctuation cycles,
Execution effect determining means for determining an execution effect as an effect to be executed in the fluctuation cycle;
The presentation effect determining means for determining whether or not to execute the assignment giving effect, and determining the presentation effect as an effect to be presented in the case of being executable;
If the winning effect is determined by the lottery of winning or not, and the execution effect determined by the execution effect determining means matches the presentation effect determined by the presentation effect determining means, a notification that the task has been achieved is issued. Notification instruction means for instructing the display control means to execute,
The execution effects determined by the execution effect determining means include effects in which the variable cycle that is the execution target of the execution effects is set indefinitely,
The execution effect determining means and the presentation effect determining means are:
When the assignment granting effect is executed when winning in the winning lottery, the execution effect and the presentation effect are respectively determined so as to include a case where the execution effect and the presentation effect match,
When the assignment granting effect is executed when the winning lottery is not won, the execution effect and the presentation effect are determined so that the execution effect and the presentation effect do not match,
When the execution effect and the presentation effect coincide with each other, the notification instructing means measures a time from a predetermined measurement start time with the start of the symbol variation game, and the measurement time corresponds to each variation cycle. Instructing execution of the notification when the task achievement time set as the time at which the task can be achieved is reached,
The game machine according to claim 1, wherein the display control unit causes the display unit to perform notification that the task has been achieved in response to an instruction to execute the notification. The variation content of the special variation system includes a block variation effect that configures the effect content by an individual effect that determines the effect time from the effect start to the effect end based on the effect block consisting of a single time,
The individual effects include a single individual effect in which the effect time is set to a time for a single effect block, and a plurality of individual effects in which the effect time is set to a time for a plurality of effect blocks,
2. The gaming machine according to claim 1, wherein one of the single individual effect and the plurality of individual effects is executed in a change cycle after the start of the block change effect. A presentation instruction means for instructing the display control means to present to the player the presentation effect determined by the presentation effect determination means;
Determining means for determining whether or not the execution effect determined by the execution effect determining means and the presentation effect determined by the presentation effect determining means match when winning in the winning lottery; With
The notification instructing unit and the presentation instructing unit are configured to display each instruction when the determination unit determines that the presentation effect and the execution effect match when the winning lottery is not won in the winning lottery. The gaming machine according to claim 1, wherein execution of the assignment giving effect is prohibited by not performing the method.

Images