JP2007098110A - Pattern display control - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To eliminate a dissatisfaction of a game player resulting from useless pattern variations in the pattern variations of a game machine provided with a pattern display device. <P>SOLUTION: While an A symbol of the pattern display part 20 in the pattern display device 19 is immediately halted or swung, a B symbol is slowly varied or, in some cases, reversed or the like to be a ready-to-win state. If the A symbol disagrees with the B symbol, a C symbol 24 is immediately halted. However, when the A symbol agrees with the B symbol, the common ready-to-win state is obtained. As the above, the pattern display control is able to generate the states the player cannot take his eyes off from the whole pattern variations to the halt. When the whole symbols are disagreeable, the pattern is immediately shifted to a next pattern variation, allowing the game player to be satisfying. Conventionally, even when the first half of the symbols are disageeable, the second half of the patterns uselessly vary, not allowing the game player to eliminate his dissatisfaction. The A symbol is immediately halted, providing the game player with the feeling of a shortened time in the pattern variation. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  It is related to the symbol stop process from the symbol variation of the gaming machine (pachinko machine).

  Conventionally, a liquid crystal screen display method controlled by a symbol control device has been mainly adopted for symbol display of gaming machines and is now common. (The liquid crystal screen display system controlled by the symbol control device is hereinafter referred to as the symbol display device.) The symbol display device screen has a plurality of symbols that can be changed from the background image and is provided on the game board. A predetermined number of award balls are paid out in response to winning of a prize at a mouth (hereinafter referred to as a start mouth), and a plurality of symbols starts to change. The fluctuating symbols are stopped after a predetermined time, and the winning combination is expressed by the combination of the stopped symbols, and when it is a hit (actually determined at the time of winning the start opening), the game shifts to a special game, and a large amount A hit game that can be obtained by a game ball is executed. When the symbol displayed in a stopped state is out of place, the state returns to the state before winning the starting opening, and the normal general game is continued.

The symbol variation can hold up to the designated number of winnings at the start opening, and the designated number of on-hold display lamps are provided in a part of the mounting frame of the symbol display device. Here, as 4 settings (cannot be changed once set), for example, when 3 symbols are set in the symbol display section and the 3 symbols are used as 1 design, 2 design, 3 design, start When winning a prize, one hold lamp is lit and three symbols start to change. When the change starts, the lit hold lamp goes off. After the specified time, it stops in the order specified as No. 1 symbol, No. 2 symbol, No. 3 symbol. When the No. 1 and No. 2 symbols are the same, it is also called reach, and the No. 3 symbol expresses slow motion, reverse motion, and wavy motion, etc., and changes to a fluctuating method that appeals as if it was approaching. The method is also taken. Furthermore, the decorative lamps provided on the game board, the front frame of the gaming machine, etc. are flashed flashingly, and the sound is changed to something that resonates with a different gambling spirit.
For example, in the case where the number of holdings that can be waited for the symbol variation is set to 4 previously, up to 4 holds, and when 4 or more starting holds are lit, Even if there is a prize, start-up suspension is invalid. However, the prize ball is paid out as determined.

However, when the hold is full, the player performs an operation of pressing a firing stop button in order to suppress the consumption of useless balls. Suppressing the launch by pressing the launch stop button will cause a decrease in sales for the amusement store, resulting in a decrease in sales. That said, when the previous symbol is the same, the variation method and the variation time of the last symbol are changed, and the variation time is extended by adopting a behavior that seems to be near, so extra sales Has led to a decrease.
Anyone who wants to know the results quickly in the design fluctuation. When the hit probability is, for example, 1/300, 299 times is not considered as normal. When the change is stopped due to the symbol variation, the symbol # 1 and the symbol # 2 previously stopped are inconsistent, and the symbol # 3 fluctuates for several seconds even though the failure (disconnection) has already been confirmed. Of course, the players were at least dissatisfied with the extra action.

The above drawbacks could be solved by the following.
The symbol display of the gaming machine is provided with a plurality of symbols (A symbol B symbol C symbol), and the plurality of symbols start to change in response to a winning at the starting port, and stop in a predetermined order after a specified time. With conditions,
The first symbol stops within 1 second after the start of the fluctuation, and the second symbol performs a reach operation with a condition including a slow motion or a vibration motion and a reversing motion. When the first symbol is determined, the third symbol is stopped after the specified time. However, if the first symbol and the second symbol do not match, the third symbol is stopped immediately. It is a feature.

  With the above proposal, the player can expect an increase in sales at the game store without having to spend extra time for a series of operations from the start of symbol change to symbol determination, and without pressing the fire stop button. Reach by C symbol is common, but in the present invention, the initial reach is realized by B symbol in relation to A symbol and B symbol. When A symbol and B symbol do not match, C symbol is stopped immediately and extra time is spent. Is deleted. For players, the first challenge is to match the A and B designs to achieve a big hit. The game store and the game machine developer must skillfully use the psychology of the player, but overlook it, but the present invention satisfies the player.

  Hereinafter, the best mode will be described with reference to examples.

  FIG. 1 is a schematic view of the gaming machine 10 with details omitted. A front frame 11 is attached to the gaming machine 10, and a firing handle 14 is provided at the lower left of the front frame 11. The firing handle 14 includes a touch plate 15 biased counterclockwise and a firing stop button. 16 is provided. When the touch plate 15 is operated, a game ball can be launched, and firing can be paused by pressing the firing stop button 16 during firing. A game board 12 having a game area 41 is accommodated in a substantially upper half of the front frame 11, and the launched game ball flies to this game area. A large number of game nails are planted on the game board 12, and a symbol display device 19 that displays a symbol variation is attached to the approximate center. The symbol display device 19 is provided with a cover at the top, and an auxiliary symbol start port 18 is provided at the top of the cover. Below the symbol display device 19, an electric start winning port (hereinafter referred to as a start port 25) for changing the symbol is attached, and an attacker device 27 is also attached below it. The player can operate the launch handle 14 to launch a game ball aiming at the start opening 25. Electric tulips 26 are attached to the left and right of the start opening 25. The attacker device 27 is provided with a door winning opening 28 and an auxiliary symbol display unit 29. Although not shown, the attacker device 27 is also provided with four hold display sections 21 for the auxiliary symbol display section 29. Although not shown, guide nails are planted along the outer periphery of the cover portion of the symbol display device 19 on the left and right of the top of the symbol display device 19, and game nails that can be guided are planted at the lower end of the cover portion. Has been. The speed of the game ball falling can be adjusted by the game nail along the outer periphery of the cover part and the game nail at the lower end part of the cover part, and the entrance rate to the start port 25 can be easily adjusted.

  An upper tray 13 is attached to a substantially lower center portion of the front frame 11, and a game ball discharge port 17 is opened on the left side of the upper tray 13. The upper plate 13 has a recessed game ball housing portion, and the recess has a right-tilt shape of Lake Biwa so that the game ball can be received from the outside. Although not shown, a gaming ball lending device is provided adjacent to the gaming machine 10, and a gaming ball discharge port of the lending device can be discharged into the game accommodating portion, and the lending gaming ball is located on the bottom surface. However, in the present gaming machine 10, the non-repulsive rubber is stuck on the receiving surface of the rented game ball, so that it does not scatter. In this respect, there is an excellent effect of preventing scattering.

  When winning in various winning openings provided in the gaming area 41, the gaming balls are discharged from the gaming ball discharge port 17 as prize balls. The discharged game ball becomes a launch ball as it is. The symbol display device 19 includes a hold display unit 21 and a symbol display unit 20. A symbol 22, a symbol B 23, and a symbol C 24 are set in the symbol display unit 20 as changing symbols. When the start opening 25 is won, one of the hold display portions 21 is lit, and when the winnings are subsequently overlapped, four lights are lit up as much as the upper limit. When the hold display unit 21 is lit, the A symbol 22, the B symbol 23, and the C symbol 24 simultaneously start variable display, and one hold display is turned off. The A symbol 22, the B symbol 23, and the C symbol 24 to be displayed are sequentially stopped after a predetermined time, and when a predetermined combination of symbols is displayed, the door winning opening 28 is opened for a predetermined time. To do. Moreover, when the symbol of the defined combination is displayed, the door winning opening 28 is not opened as a detachment. In order to stop the A symbol 22, the B symbol 23, and the C symbol 24, it is possible to produce effects. Generally, for example, when stopping in the order of the A symbol 22, the B symbol 23, and the C symbol 24, When the A symbol 22 and the B symbol 23 coincide with each other, the C symbol 24 is slowly changed or inverted to produce an effect, which is generally expressed as reach.

  The gaming machine 10 may be targeted for hitting by using the sensation device by adjusting the firing timing by pressing the firing stop button 16 during the player's firing operation. For the purpose of preventing the target, the timing of starting the launch is made random so that the timing cannot be adjusted.

FIG. 2 is a schematic rear view of the gaming machine 10.
An information output board 43 for outputting the game progress and fraud detection results is attached to the upper right portion of the back of the gaming machine 10. A symbol control device 30 is attached to a substantially central portion of the lower portion, and performs variation control of the A symbol 22, the B symbol 23, and the C symbol 24, production control, and the like. The symbol control device 30 incorporates a symbol control board (not shown), and a CPU, RAM, ROM, VDP and the like are mounted on the symbol control board. A main control device 31 is attached below the symbol control device 30, and a main control portion 32, a payout control portion 35, and a launch control portion 36 are housed inside the main control device 31. An output control device 34 is attached below the main control device 31, and a lamp control unit 33 that produces an optical effect and an information monitoring unit that transmits information to the information output panel 43 are housed therein. Adjacent to the output control device 34, on the right side thereof, a power supply control device 39 for supplying power necessary for game control is attached.
The structural outline of the gaming machine 10 has been described above with reference to FIGS. 1 and 2. Next, the symbol control that is the main point of the present invention will be briefly described.
The main control unit 32 acquires various random numbers related to the symbol control at the time when the game ball detects the passage of the start port 25, and transmits a prize ball signal to be executed to pay out the prize ball to the payout control unit 35. Perform the process. The various random numbers mentioned here are loop counters in the storage area on the program, and each time the program goes around, 1 count is subtracted or added, and when it reaches the specified value, it returns to the original value. When the specified value is referred to, the requested work is executed. As a result, winnings of game balls are detected irregularly, so that it is as if random numbers were extracted.

  When winning at the start opening 25, the main control unit 32 displays a winning random number, a random number for the symbol A, symbol B, symbol 23, symbol C 24 and the variable time changing method, and various reach indications. The random number and the reach operation and the purpose of the reach operation are selected, stored in a specific area of the RAM, and can be referred to during control. Also, the variation time can be determined by changing the overall variation time at the time of winning the start opening 25 and varying the respective symbols according to the number of reserves.

  A symbol 22 has a symbol and a variable number of symbols that are displayed by random numbers. The variation time is within 1 second or 1 frame, the minimum number is 1 frame, and the maximum is 2 cycles (-) within 1 frame. It feels like stopping immediately. In this case, either a stopped state or a semi-stopped state (a state in which it moves to the next symbol due to a swinging motion that swings up and down or to the left and right, which is also referred to as reach operation, hereinafter referred to as reach) is determined by a random number. The operation is displayed.

The B symbol 23 is determined by a random number, and the stop symbol and the variation time are determined. However, when the B symbol 23 changes to a slow variation of the reach mode instead of the immediate stop and becomes the same display as the A symbol 22, Depending on the numerical value determined by the random number, it is re-variable or reversely fluctuated, and the variation timing is also delayed. In the variation symbol control of the present invention, when a winning random number is assigned together with the start of the variation of the previous symbol, “reach” is declared by voice.
The C symbol 24 immediately stops when the A symbol 22 and the B symbol 23 do not match. When the symbol A matches, the C symbol 24 also adopts a known general reach.

3 to 6 are flowcharts related to symbol variation. The operation of each step will be described with the symbol “S”.
As shown in FIG. 3, the symbols displayed by the control of the symbol control device 30 are provided with three variable display units, which are A symbol 22, B symbol 23, and C symbol 24, respectively. First, when a game ball launched into the game area 41 by the launching device 37 wins the start opening 25, a detector (not shown) provided in the interior sends a winning signal to the payout control unit 35 via the main control unit 32. To send out the prize balls. In parallel with this, the main control unit 32 acquires various random numbers, stores them in another place, and similarly transmits them to the symbol control device 30 to instruct to change the display symbols. And the symbol control apparatus 30 which instruct | indicated instructs | commands that one hold display is light-extinguished after the designated time.

Next, the execution program of the present invention will be described with reference to the flowcharts shown in FIGS.
Symbol F is an abbreviation of the flag, (Snn) indicates each program step number, (Y) symbol in the determination symbol is positive, and (N) symbol indicates negative. A piece refers to one of a series of symbols to be changed.

FIG. 3 is a flowchart when a game ball enters the start port 25 in the winning detection subroutine of the start port 25.
In S11, a passage sensor (not shown in detail) provided in the start opening 25 detects and detects the entry of a game ball. If the game ball passage detection is negative (N), the routine jumps to return and this routine is executed. Get out of. If the game ball passes, the determination becomes affirmative (Y), and the process proceeds to the next step.
In S12, it is checked whether or not four hold display sections 21 are lit. If four are lit, the process jumps to S17. If there are less than four hold display sections 21 or no lighting, the process proceeds to S13, and one start hold is turned on or increased.
S14 is a setting of various random numbers. The value of the counter which is always incremented for each loop is taken out and stored in another place so that it can be referred to by other routines.
At S15, a symbol variation start flag is erected and prepared so that the symbols A, B, 23, and C can be varied. At S16, one of the hold lamps of the hold display unit 21 is turned off. To do.
In S17, by setting the payout flag, preparation for transmission of the number of game balls to be paid out is made to the payout control unit 35, and is sent to the payout control unit 35 in another routine.
S18 is an inspection to determine whether the probability is set to a high probability under the combination conditions of the A symbol 22, the B symbol 23, and the C symbol 24 although the winning probability has already been set. This is referred to as a common variation probability, and if it is not within the common variation probability (N), return to return. When it is the common name fluctuation probability (Y), the process proceeds to the next step.
S19 is provided for the purpose of investigating whether the so-called “hanging board” is hiddenly loaded. Timing signals related to various symbol controls from the main control unit 32 to the symbol controller 30 are output. Among them, the timing signal of the fluctuation probability is acquired, and whether or not the jackpot is currently being hit is investigated by S20. When the jackpot is not being hit (N), the player gets out of the return, but if the jackpot game is being executed (Y), the signal of the start port 25 is compared with the timing signal of the fluctuation probability in the next S21, and they match. If not (N), exit from the return, and if they match (Y), the next step. If not detected multiple times in S22, exit from the return, but the signal from the start port 25 varies. If it is detected a plurality of times that the timings of the probabilities match, alarm processing is performed in the next subroutine.
The alarm processing is to transmit to the external computer managing the ball lending machine through the ball lending machine on the assumption that the game shop itself or the defective store clerk is illegal.
The above is the start-entrance ball detection process.

FIG. 4 is a flowchart up to the fluctuation and stop of the A symbol 22 and is a subroutine for reaching the A symbol fluctuation and the stop.
In S31, it is checked whether or not the symbol is confirmed in this routine. If the displayed symbol is confirmed (Y), the process returns from the return. If the A symbol 22 is not fixed (N), the process proceeds to the next step.
S32 determines whether the symbol is swinging up and down as a semi-determined, not a variation in symbol variation, and if the state is swinging (Y), jumps to S42 and swings. If not (N), go to next step.
In S33, it is checked whether the symbol is changing. If the symbol is changing (Y), the process jumps to S38, and if not, the process proceeds to the next step.
S34 investigates whether the symbol variation starts from the flag g created in S15 of FIG. 3, and if (N) does not vary (N), exits from this subroutine and returns to this subroutine and starts symbol variation (Y). If so, go to the next step.
S35 refers to the number of frames to be stopped from the random numbers already acquired in S14 of FIG. 3, sets the number of frames in the next step S36, and stores it in the storage area.
In S37, general normal high-speed fluctuation is started, and in the next step S38, the time per frame and the number of frames are subtracted from the stored values.
In S39, as a result of the subtraction in S38, it is checked whether or not the set number of frames has been lost. If the number of frames is left, the return is skipped. If there is no frame, the process proceeds to the next step S40.
S40 refers to the random number acquired in S14 of FIG. 3 to determine whether or not the symbol is to be rocked. If not (N), the process proceeds to S46 to stop and rock the symbol A22. If (Y), the swing period is set in S41 and the swing is started.
S42 determines from the random number acquired in S14 of FIG. 3 whether to change one frame during the swing of the A symbol 22 and whether to advance or return the change, and if affirmative (Y), 1 in S43. Change pieces. If negative, jump to S44.
S44 checks whether or not the B symbol 23 has stopped. If it has not stopped (N), the process returns to the return, and if the B symbol 23 has stopped (Y), then in the next step S45. The swinging of the A symbol 22 is stopped, and the setting of the A symbol 22 is confirmed by the next S46. Thereafter, return and exit from this subroutine.

In this subroutine, since the A symbol 22 is confirmed or semi-determined within one second, the player is anaerobic in the long-term (five seconds) useless variation as in the past, and during the symbol variation, There is no action to stop the launch, said it will lead to a decrease in the operating rate of the game hall, and there will be a sense of expectation in the next symbol determination, and it will have an excellent configuration without a decrease in the operating rate. Therefore, it is the first feature of the present invention.
FIG. 5 is a subroutine for B symbol fluctuation and stop, from the start of operation of B symbol 23 to the stop. This is a reach feature for the A symbol 22 that has not been obtained so far, and it has the effect of increasing the expectation to reach a big hit, exhibits an excellent euphoric action, and is also a second feature of the present invention.
In S51, it is determined whether or not to change the symbol from the flag set up in S15 of FIG. 3. If there is no flag (N), the program jumps out of this subroutine. When the flag is set (Y), it is determined that the change of the B symbol 23 has started or is changing, and the process proceeds to the next S52.
S52 is for checking whether or not this subroutine has confirmed the symbol. If there is a confirmation flag for B symbol 23 (Y), it will return, and if there is no confirmation flag for B symbol 23 (N), Go to step.
In S53, it is checked whether or not the B symbol 23 is changing at high speed. If it is changing at high speed (Y), the process jumps to S58, and if not changing at high speed, the process proceeds to the next step.
In S54, it is checked whether the B symbol 23 is changing at low speed. If it is changing at low speed (Y), the process jumps to S59, and if not changing at low speed, the process proceeds to the next step.
In S55, it is checked whether the symbol of the B symbol 23 is in the reach state. If the symbol is in the reach state (Y), the process jumps to S62, and if it is not the reach state (N), the process proceeds to the next step.
S56 refers to the random number of the B symbol 23, sets the value to be stopped and the variation time, and starts the rapid variation of the B symbol 23 in S57.
S58 checks whether the A symbol 22 has already stopped. If it has not stopped (N), it returns to the return, and if it has stopped (Y), the B symbol 23 is changed at a low speed in S59. Is executed.
S60 checks whether the B symbol 23 is set in the reach state from the flag checked in S14 of FIG. 3. If the reach is not in the reach state (N), the process returns to the return, and if the reach state is set in the reach state (Y), Go to step.
In S61, a reach mode is selected and set from the random numbers acquired in S14 of FIG. 3, and a corresponding reach state is generated in S62.
S63 checks whether the B symbol 23 is operating (high speed or low speed fluctuation including the reach state) and the operating time has ended. If not (N), the process exits from the return and the operating time ends ( When the result is Y), the B symbol 23 is stopped in S64, and the B symbol 23 is confirmed and set to the B symbol 23 in S65.
The above is the B symbol variation and stop subroutine of FIG.

Next, FIG. 6 is a subroutine for symbol change and stop of symbol C24.
In addition, since the reach operation of the C symbol 24 is general, its details are omitted.
S71 checks whether the variation flag of C symbol 24 exists and is already changing. If the flag does not exist (N), it goes out to return, and if the flag exists (S), the next Go to the next step.
S72 checks whether the A symbol 22 and the B symbol 23 have already been confirmed, and if not confirmed (N), exits from the return, and if confirmed (Y), proceeds to the next step, In S73, it is checked whether the A symbol 22 and the B symbol 23 match. If they match (Y), the process jumps to S76, and if they do not match (N), the process goes to the next.
In S74, since the A symbol 22 and the B symbol 23 do not match, there is no need to further change the C symbol 24. Therefore, the C symbol 24 is stopped in this step, and the C symbol confirmation flag is set in S75. Proceed to S80.
In step S76, general reach is supported. Since the A symbol 22 and the B symbol 23 coincide with each other, it is determined and executed from the plurality of random numbers acquired in S14 of FIG. Although this step is a nesting subroutine, it is actually performed at another location. For convenience of explanation, it is indicated at this position.
In S77, the C symbol 24 is stopped, and in the next S78, it is checked whether the A symbol 22, the B symbol 23, and the C symbol 24 match. As a result, if they do not match (N), the process jumps to S80, and if they all match (Y), a hit is set in the next step S79, and preparations for the next symbol variation are made in S80 and S81. In S80, the symbol determination flags of the A symbol 22 and the B symbol 23 are erased, and the S81 erases the variation flags of the A symbol 22, the B symbol 23, and the C symbol 24.
As mentioned above, although the fluctuation | variation and stop of A symbol 22, B symbol 23, and C symbol 24 were demonstrated, the program of this fluctuation | variation and a stop method is not limited to this, It is thought that various other methods are also taken. It is done. The inventor names such a method as “D reach” and discloses it widely used in the gaming machine industry.
The gaming machine 10 cited in the present invention is generally a gaming machine with a normal electric accessory (hereinafter referred to as a normal motor). The symbol control of the present invention is not limited to a normal electric motor, but a game machine with a first type special electric accessory and a second type special electric accessory and a so-called third type pachinko machine, sparrow ball game machine, arrange ball game machine, etc. Is available. Furthermore, it can be applied to pachislot machines and pachilot machines.

Summarizing the above, as a problem, in order to solve the dissatisfaction of the player due to the useless symbol variation in the symbol variation, the solving means is as follows.
The A symbol 22 of the symbol display unit 20 of the symbol display device 19 is immediately stopped or swung while the B symbol 23 is changed at a low speed, or is reversed in the middle, and the reach operation is performed.
By making such an action, the player is given initial hope of confrontation. Further, when the A symbol 22 and the B symbol 23 do not coincide with the stop of the A symbol 22 and the B symbol 23, the C symbol 24 is immediately stopped. Let However, when the A symbol 22 and the B symbol 23 coincide, the normal reach mode is adopted. As described above, it is possible to create an inseparable state from all symbol variations until it stops, and when all the symbols do not match, the game immediately transitions to the next symbol variation, which can convince the player. . In the past, even if the first half of the symbols did not match, the later symbols had a meaningless change, so the player's dissatisfaction could not be resolved. Since the A symbol 22 is immediately stopped, it feels as if the symbol variation time has been shortened. Therefore, there is an effect that the game satisfaction of the player and the sales increase of the game store can be expected.

[Embodiment 2]
An example in which the gaming machine 10 cited in the present invention and the operation program are applied is shown below.
The gaming board 12 of the gaming machine 10 is provided with an electric tulip No. 1 and an electric tulip No. 2, and when the specific symbol is displayed on the symbol display unit 20, the electric tulip No. 1 is opened six times for a specified time. When a game ball wins the opened electric tulip No. 1, the electric tulip No. 2 is intermittently opened three times. However, sometimes the game ball does not win the electric tulip No. 1, and the electric tulip No. 2 does not open and does nothing during the interval of the electric tulip No. 1. The time commensurate with the opening time is shortened, the process proceeds to the next step, and the electric tulip 1 is opened.
For reference, the inventor has named the above operation “D try”.

These are the front schematic diagrams of the gaming machine adopted in the present invention. FIG. 3 is a schematic rear view of the gaming machine of FIG. 1. These are the flowchart figures of the operation | movement in connection with the design fluctuation | variation of this invention, and show a starting entrance ball detection process. These are the flowchart figures of the operation | movement regarding a symbol fluctuation | variation, and are a flowchart figure from the symbol fluctuation | variation of A symbol 22 to a stop. FIG. 5 is a flowchart similar to FIG. These are the flowchart figures which show the stop method of C symbol 24, and its process.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 10 ... Game machine, 11 ... Front frame, 12 ... Game board, 13 ... Top plate, 14 ... Launch handle, 37 ... Launch device, 19 ... Symbol display device, 20 ... Symbol display unit, 21... Hold display section, 22... A symbol, 23... B symbol, 24... C symbol, 25.

Claims (1)

The symbol display of the gaming machine is provided with the A symbol B symbol C symbol, the A symbol B symbol C symbol variation is triggered by the start opening prize, and the order designated as the symbol A symbol B symbol C symbol after a specified time. In the symbol display control with the condition to stop
The A symbol stops within 1 second after the start of fluctuation, and the B symbol performs a reach operation with a condition including a slow motion or a vibration operation and a reversing operation. When the A symbol B symbol is determined, the C symbol is The symbol display control, wherein the symbol is stopped but the symbol C is stopped immediately when the symbol A symbol B does not match.

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