JP5117945B2 - Game machine - Google Patents

Description

  The present invention relates to a gaming machine such as a pachinko machine installed in a game hall such as a pachinko parlor.

  In a pachinko machine, when a game ball wins a start winning opening in the game board surface, a winning lottery using a random number is performed to determine a win or a loss. In addition, the pachinko machine produces a game by using a display means such as a liquid crystal display to display various effect images such as a background image and a character image and to display changes in symbols such as numbers and marks. The aspect of the effect such as the type of effect image to be displayed and the pattern change mode is determined based on the result of the winning lottery.

  In addition, in the pachinko machine, the variable display is restarted after the pseudo display is displayed (for example, it is displayed so as to be slightly shaken). There is also a pachinko machine that performs an effect called pseudo continuous fluctuation display that makes it appear as if multiple fluctuation displays are continuously executed (see Patent Document 1 below).

In general, in a pachinko machine that performs pseudo continuous variation display, the probability of winning is increased as the number of times that pseudo stop display is performed is increased. In addition, with pachinko machines that perform pseudo continuous fluctuation display, each time a pseudo stop display is overlaid, the effects are stepped up (for example, the story progresses, etc.), and the effects are grouped for each step. Are stored in different storage means (storage tables). Then, the type (mode) of the effect to be executed is determined from the storage table corresponding to the number of pseudo stop displays. By doing so, the interest given to the player gradually increases as the number of false stop displays increases.
JP 2008-104524 A

  However, in the conventional pachinko machine, a plurality of times that are executed during the pseudo continuous variation display after the game ball is won at the starting winning opening (the winning combination lottery is executed) and before the pseudo continuous variation display is started. Pseudo continuous variation display is started after all the aspects of the production of times are determined. For this reason, there is a problem that the processing load when starting the pseudo continuous variation display is large, and it takes a long time until the pseudo continuous variation display is started after the game ball is won at the start winning opening. In particular, this problem becomes more prominent as the number of times of pseudo stop display is increased, and a countermeasure is required.

  The present invention has been made in view of the above background, and provides a gaming machine capable of reducing the processing load when starting pseudo continuous variation display and reducing the time until pseudo continuous variation display is started. It is aimed.

In order to achieve the above object, the gaming machine of the present invention produces a game by displaying various effect images and displaying a variation of the symbol, and also displays the symbol after stopping the symbol variation display. In the game machine that performs pseudo continuous variation display that resumes the variable display after performing the pseudo stop display that pseudo-stops the symbol during the variable display during one variation display until Based on the result of lottery, whether or not to perform pseudo-stop display, and when performing pseudo-stop display, pseudo-stop count determination means for determining the number of times to perform pseudo-stop display; from variable display of resumption, a pseudo stop demonstration mode memory means for the embodiment of the pseudo stop demonstration was plural kinds stored to run until the next pseudo stop-displayed, stored in the pseudo stop demonstration mode memory means A pseudo stop effect mode determining means for determining a mode of the pseudo stop effect to be executed by lottery from the modes of the pseudo stop effect, and the pseudo stop effect mode determining means is determined to perform the pseudo stop display. Until the pseudo continuous variation display is started, the mode of the pseudo stop effect to be executed in accordance with the start of the pseudo continuous variation display is determined and the variation display is restarted after the pseudo continuous variation display is started. In the meantime, the mode of the pseudo stop effect to be executed in association with the resumption of the variable display is determined, and the pseudo stop effect mode storage unit stores the mode of the pseudo stop effect and when the effect is executed in each mode. Is stored in association with information indicating the relative magnitude of interest given to the player, and includes pseudo stop effect history storage means for storing the mode of the pseudo stop effect that has been executed, The effect mode determining means refers to the result of the lottery determining the mode of the pseudo stop effect to be executed and the pseudo stop effect history storage means, and the mode of the pseudo stop effect selected by the lottery is until the previous pseudo stop display. If the interest given to the player is smaller than the mode of the pseudo stop effect executed during the period, regardless of the lottery result, the mode of the pseudo stop effect executed until the previous pseudo stop display is displayed. The mode of the pseudo stop effect executed until the next pseudo stop display is determined as the mode of the pseudo stop effect executed until the next pseudo stop display. If the interest given to the player is greater than the mode of the pseudo stop effect executed in the same manner or the previous pseudo stop display, the pseudo stop effect selected by the lottery The mode is determined as a mode of a pseudo stop effect to be executed before the next pseudo stop display .

In addition, the gaming machine of the present invention produces a game by displaying various effect images and displaying a variation of the symbol, and once from the start of the variation display of the symbol until the symbol is stopped and displayed. The result of the winning lottery that determines the winning or losing in the gaming machine that performs the pseudo continuous changing display that restarts the changing display after performing the stopping display that falsely stops the changing display during the changing display. Based on whether or not to perform pseudo-stop display, and the number of times of performing pseudo-stop display when performing pseudo-stop display, from the start of pseudo continuous variation display or restart of variation display, A plurality of types of pseudo-stop effects to be executed until the next pseudo-stop display are stored, and the relative of the interest given to the player when the effect is executed in each mode for each mode The pseudo stop effect mode storage means stored in association with the information indicating the severity, and the pseudo stop effect mode executed by lottery from the pseudo stop effect modes stored in the pseudo stop effect mode storage means. Pseudo stop effect mode determining means for determining a mode, and the pseudo stop effect mode determining unit is configured to display the pseudo continuous variation display from the time when it is determined to perform the pseudo stop display until the start of the pseudo continuous variation display. When determining the mode of the pseudo stop effect to be executed with the start, examining the number of times determined by the pseudo stop number determining means, and when the next pseudo continuous variation display is executed after the present pseudo continuous variation display The mode of the next pseudo stop effect is determined between the start of the present pseudo continuous variation display and the start of the next pseudo continuous variation display. Compared to the stop effect mode, the next pseudo stop effect mode is given to the player if the relative amount of interest given to the player is smaller than the current pseudo stop effect mode. The aspect of the next pseudo-stop effect is changed so that the relative size of the interest is equal to or greater than the mode of the present pseudo-stop effect.

  According to the present invention, the first time from the start of the pseudo continuous variation display until the pseudo continuous variation display is started after the game ball is won at the start winning opening (the winning combination lottery is executed). Only the mode of the pseudo stop effect to be executed until the pseudo stop display is determined, and the mode of the remaining pseudo stop effect performed during the pseudo continuous variation display is sequentially determined after the pseudo continuous variation display is started. . For this reason, the processing load at the time of starting the pseudo continuous variation display can be reduced, and the time from when the game ball is won to the start winning opening until the pseudo continuous variation display is started can be shortened.

  Also, all the pseudo stop effect modes executed from the start of the pseudo continuous variable display or the restart of the variable display until the next pseudo stop display are stored in one pseudo stop effect mode storage means without being grouped. If the mode of the pseudo stop effect to be executed by lottery is determined from these, the mode of the pseudo stop effect is grouped and stored in a plurality of storage units according to the number of times of the pseudo stop display. Compared with the case of determining the mode of the pseudo stop effect to be executed from the corresponding storage means, the process for determining the mode of the pseudo stop effect to be executed during the pseudo continuous variation display can be simplified.

  In this case, the pseudo stop effect that is less interesting to the player than the pseudo stop effect executed until the previous pseudo stop display is selected as the pseudo stop effect executed until the next pseudo stop. If this pseudo stop effect is executed as it is, there is a problem that the interest of the player is lowered even though the pseudo continuous variation display is continued. However, if a pseudo stop effect is selected that is less interesting to the player than the pseudo stop effect executed until the previous pseudo stop display, the time until the previous pseudo stop display is displayed regardless of the selection result. The above-described problem can be prevented by determining the mode of the pseudo stop effect executed in the above as the mode of the pseudo stop effect to be executed before the next pseudo stop display. Furthermore, by doing this, the mode of the pseudo stop effect executed during the pseudo continuous variation display is grouped and stored in a plurality of storage units according to the number of pseudo stop displays, and the memory corresponding to the number of pseudo stop displays is stored. Compared with the case of determining the mode of the pseudo stop effect to be executed from the means, the mode of the pseudo stop effect is not limited by the number of times of the pseudo stop display, so various pseudo stop effects are displayed during the pseudo continuous variation display. It can be carried out.

  In FIG. 1, the pachinko machine 10 includes a game board 12. A game area 14 is formed on the front surface of the game board 12, and a game ball launched in response to a player's launch operation flows down the game area 14. In the game area 14, a start winning opening 16 and a liquid crystal display 18 are provided. When a game ball wins the start winning opening 16, a predetermined number of game balls are paid out as a winning ball, and a winning lottery for determining winning or losing is performed.

  After the winning lottery, the pachinko machine 10 controls the liquid crystal display 18 to display a variety of symbols such as numbers and marks, or display various effect images such as background images and character images in accordance with the variation display of the symbols. A game is produced by displaying. In the variable display of symbols, for example, the symbols are scrolled from top to bottom in each of the three regions on the left and right and the center of the liquid crystal display 18. When the symbols are stopped and displayed in all the areas and one variation display is completed, if the same type of symbols is available, the other combinations are lost.

  Further, in the pachinko machine 10, as a fluctuation display, a normal fluctuation display and a pseudo-stop display (for example, display so as to slightly swing up and down) are performed during a single fluctuation display, and then a pseudo-stop display is performed. The symbol variation display is resumed, and pseudo continuous variation display is performed as if a plurality of variation displays were continuously performed. Further, the pachinko machine 10 is provided with a normal effect image, a pseudo stop effect image, and a reach effect image as effect images. In the pachinko machine 10, the normal effect is performed by displaying the normal effect image in addition to the execution of the normal variation display during the normal variation display.

  Further, in the pachinko machine 10, during the pseudo continuous variation display, in addition to the execution of the pseudo continuous variation display, a pseudo stop effect image is displayed between the start or restart of the variation display and the next pseudo stop display. A pseudo stop effect is performed. Further, in the pachinko machine 10, the reach (the state that is a hit depending on the type of symbols that are stopped and displayed in the remaining one area) from the last pseudo stop to the end of the pseudo continuous variation display is reached. Production is performed. In the reach effect, after the reach effect image is displayed, the symbol is stopped and displayed (variation display is terminated), and the result of the winning lottery is notified. That is, the pseudo continuous variation display ends after the pseudo stop effect is performed by the number of times of the pseudo stop display and then the reach effect is performed. Note that a reach effect may be performed during normal fluctuation display.

  When the normal variation display or the pseudo continuous variation display ends and the combination of the symbols displayed in a stopped state is hit, the normal mode is changed to the hit mode, and the attacker 20 is released. When the attacker 20 is opened, the big prize opening is exposed, and the game ball can be won in the big prize opening. The attacker 20 is closed when a predetermined number (for example, 10) of game balls wins the big winning opening or when the opening time of the big winning opening reaches 30 seconds, for example. In the hit mode, such opening / closing of the attacker 20 is executed 15 times, for example.

  In FIG. 2, the operation of the pachinko machine 10 is controlled by the main control board 30. The main control board 30 includes a main CPU 32 and a main memory 34 in which a control program and various setting information are stored. The main CPU 32 controls the entire main control board 30 based on information stored in the main memory 34. The main memory 34 is also used for temporary storage of data relating to the game, such as a flag indicating the winning lottery result.

  A start winning port sensor 36 is connected to the main CPU 32. The main CPU 32 is provided with a winning lottery unit 38. The start winning port sensor 36 detects that a game ball has entered the start winning port 16 and inputs a detection signal to the CPU 32. The CPU 32 operates the winning lottery unit 38 in response to the detection signal from the start winning port sensor 36.

  The winning lottery unit 38 performs a winning lottery using random numbers and determines either winning or losing. In the winning determination table used in the winning lottery, all the random numbers extracted in the lottery are assigned with one of the loses. In the winning lottery, the random number extracted at the time of the lottery wins, and the winning is determined depending on which of the values corresponds to the lost.

  Further, the pachinko machine 10 includes a sub control board 50. The sub control board 50 is provided with a sub CPU 52 and a sub memory 54. A command signal indicating the winning lottery result is input from the main control board 30 to the sub CPU 52.

  The sub memory 52 stores image data used for effects such as symbols, normal effect images, pseudo-stop effect images, reach effect images, and the like. Further, the sub memory 52 includes a pseudo stop count determination table 56 in which the command signal sent from the main control board 30 and the number of times of performing the pseudo stop display are associated with each other, and a normal effect mode (the type and image of the image to be displayed). A normal effect mode table 58 storing a plurality of types of information relating timings to be displayed), a pseudo stop effect mode table (pseudo stop effect mode storage means) 60 storing a plurality of types of pseudo stop effect modes, and a reach effect mode. A plurality of types of reach effect mode tables 62 are stored. Furthermore, in the sub memory 52, when a pseudo stop effect is executed, history information storage area (pseudo stop effect history storage means) 64 in which history information (effect history) indicating the mode of the executed pseudo stop effect is stored. Is provided.

  The sub CPU 52 controls the liquid crystal display 18 based on the command signal sent from the main control board 30 and the information stored in the sub memory 52 to perform image display control, so that the above-described normal effect, pseudo Execute stop production and reach production. Hereinafter, a specific processing flow until each effect is executed will be described. In the following description, any number of “0” to “n (n is an arbitrary number)” is stored in the pseudo stop count determination table 56 in association with the command signal as the number of times of performing the pseudo stop display. An explanation will be given using an example.

  As shown in FIG. 3, when the sub CPU 52 receives a command signal from the main control board 30, the sub CPU 52 determines the number of times to perform the pseudo stop display based on the received command signal and the pseudo stop count determination table 56. As described above, in this example, “0 times” is set as the number of times of performing the pseudo stop display. Therefore, whether or not the pseudo stop display is performed by this determination (whether the number of times of performing the pseudo stop display is 0). ) And the number of times of pseudo stop display when performing pseudo stop display is determined.

  Based on the command signal from the main control board 30, the time for one variation display is determined. Based on this time, whether or not to perform pseudo continuous variation display and the number of times to perform pseudo stop display are determined. It may be determined. That is, when all the times of the normal effect and the pseudo stop effect are set to 5 seconds and the times of the reach effect are all set to 10 seconds, it indicates that the time of one fluctuation display is 5 seconds. When the command signal is received, it is determined that the normal performance (normal fluctuation display) is performed (the pseudo stop display is not performed), and the command signal indicating that the time of one fluctuation display is 20 seconds is received. In such a case, it is determined that the quasi-continuous variation display is completed after performing the reaching effect after the two pseudo-stop effects (the pseudo-stop display is determined to be performed twice), and the time for one variation display is 30 seconds. When a command signal indicating the effect is received, it is determined that the quasi-continuous variation always ends by performing the reach effect after the four pseudo-stop effects (determined when the pseudo stop display is performed four times). Good. Furthermore, the number of times of pseudo stop display (time for one variable display) is determined so that the number of times of pseudo stop display is increased as the winning lottery result is win, and the game is increased as the number of times of pseudo stop display is increased. It is preferable to increase the expectation given to the person.

  When it is determined not to perform the pseudo stop display by determining whether or not to perform the pseudo stop display, that is, when it is determined to perform the normal variation display, the sub CPU 52 performs a lottery based on the command signal, The mode of the normal performance to be executed is determined from the normal performance mode table 58. And the effect of the mode determined by controlling the liquid crystal display 18 is performed.

  On the other hand, when it is determined that the pseudo stop display is to be performed, the sub CPU 52 performs a pseudo stop effect mode determination process (see FIG. 4) described later, and displays a variation display (pseudo continuous variation display) from the pseudo stop effect mode table 60. The mode of the production performed between the start of the first and the first pseudo stop display is determined. And the effect of the mode determined by controlling the liquid crystal display 18 is performed. Along with the start of this effect, the fluctuation display (pseudo continuous fluctuation display) is started.

  Further, when the pseudo-stop display is performed, the sub CPU 52 displays the pseudo-stop display in a state where it is determined that the next pseudo-stop display is performed when the pseudo-stop display is not performed the determined number of times. ), A pseudo stop effect mode determination process is performed to determine a mode of effect to be executed from the pseudo stop effect mode table 60 to the next pseudo stop display. And the effect of the mode determined by controlling the liquid crystal display 18 is performed. With the start of this effect, the fluctuation display (pseudo continuous fluctuation display) is resumed.

  On the other hand, when the pseudo stop display is performed the number of times determined when the pseudo stop display is performed, the sub CPU 52 performs a lottery based on the command signal and determines an effect to be executed from the reach effect mode table 62. To do. And the effect of the mode determined by controlling the liquid crystal display 18 is performed. When this effect is completed, one variation display (pseudo continuous variation display) is terminated, and the result of the winning lottery is notified by the combination of the symbols that are stopped and displayed.

  As described above, the pachinko machine 10 determines only the mode of the effect to be executed between the start of the pseudo continuous variation display and the first pseudo stop display among the effects performed during the pseudo continuous variation display, and performs the pseudo continuous stop. Since the display is started, it is possible to shorten the time until the pseudo continuous variation display is started as compared with the case where the pseudo continuous variation display is started after the mode of all the effects performed during the pseudo continuous variation display is determined. That is, the sub CPU (pseudo-stop effect mode determining means) 52 performs the pseudo-stop effect mode for the first time after it is determined to perform the pseudo-stop for a predetermined number of times until the pseudo continuous variation display is started. While determining the lottery from the modes stored in the effect determination table 60, the pseudo stop effect to be executed next is stored in the pseudo stop effect determination table 60 while the determined pseudo stop effect is being executed. The process of determining the lottery from the aspect is repeated until a predetermined number of pseudo stop displays are performed.

  Next, the pseudo stop effect mode determination process will be described based on the flowchart shown in FIG. In the following description, as shown in FIG. 5, “N” types of pseudo-stops with numbers “1” to “N (N is an arbitrary number)” are assigned to the pseudo-stop effect mode table 60. A description will be given using an example in which the aspect of each pseudo stop effect image is determined such that the aspect of the effect is stored and the interest given to the player when the number assigned is increased is increased.

In addition, although the specific aspect of each pseudo stop production can be set freely, for example, the following aspects can be considered.
“No. 1” to “No. 10” A situation in which the main character departs toward the enemy character is shown. The larger the number, the larger the main character is displayed.
“11” to “20” Aspect shows a scene of seeing off the protagonist who has departed. The larger the number, the greater the number of see-throughs.
Modes “21” to “30” This indicates a scene where the main character meets an enemy character. The larger the number, the stronger the enemy character is met, and the more the enemy character is met.
Modes “31” to “N” This shows a scene in which the main character attacks the enemy character. The larger the number, the more powerful weapons are used and the number of attacks increases.

  As shown in FIG. 4, the sub CPU 52 determines whether or not the change display (pseudo continuous change display) has started before the start of the pseudo stop effect mode determination process. When it is before the start of the variable display, that is, when it is a stage of determining the effect mode to be executed between the start of the pseudo continuous variable display and the first pseudo stop display, the history information is stored in the sub memory 52. The production history is initialized by storing the initial value “1” in the area 64.

  Next, the sub CPU 52 performs a lottery using a random number and selects one mode of the pseudo stop effect from the pseudo stop effect mode table 60. Subsequently, the sub CPU 52 determines whether or not the number of the selected mode is equal to or greater than the value stored as the production history. If the number of the selected mode is equal to or greater than the value stored as the production history, the sub CPU 52 determines the selected mode as the mode of the pseudo stop effect to be executed until the next pseudo stop display. When the number of the selected mode is smaller than the value stored as the production history, the sub CPU 52 displays the mode of the number corresponding to the value stored as the production history until the next pseudo stop display. It is determined as a mode of stop effect. Further, when the mode of the pseudo stop effect is determined in this way, the sub CPU 52 updates the effect history by storing the determined mode number in the history information storage area 64 of the sub memory 52.

  As described above, when the number of the mode selected as the effect to be executed is smaller than the value stored as the effect history, the pseudo stop effect of the number corresponding to the value stored as the effect history is executed. . For this reason, when the number of the aspect selected as the effect to be executed is smaller than the value stored as the effect history in order to execute the pseudo stop effect of the aspect having a number larger than the value stored as the effect history In addition, the processing load can be reduced and the risk of a processing error can be avoided as compared with the case where a process of adding a predetermined value to the value stored as the output history is performed. Thereby, it is possible to efficiently prevent the player's interest from being reduced by performing an effect having a smaller number than the previously executed pseudo stop effect.

  As described above, according to the present invention, all the pseudo stop effects are stored in one table, and each pseudo stop effect is increased so that the degree of interest given to the player when displayed is increased. A number is assigned to the mode, and the pseudo stop effect of the mode numbered more than the previous time is executed until the next pseudo stop display. For this reason, the interest of the player can be enhanced every time the pseudo stop display is performed.

  In addition, as a method of enhancing the interest of the player every time the pseudo stop display is performed, the mode of the pseudo stop effect is grouped and stored in a plurality of tables according to the number of pseudo stop displays, and the number of pseudo stop displays There is also a method (hereinafter referred to as method A) in which a mode of a pseudo stop effect to be executed is determined from a table corresponding to the method, and this method may be applied to the present invention.

  In this case, for example, a pseudo stop effect mode indicating a scene in which the hero departs toward the enemy character is stored in the first table, and a pseudo stop effect mode indicating a scene in which the protagonist who has departed is seen is stored in the second table. The mode of the pseudo stop effect to be executed is determined from the mode stored in the first table to the first pseudo stop display, and the second simulation is stored from the mode stored in the second table. What is necessary is just to determine the mode of the pseudo stop effect displayed before the stop display.

  However, if the method A described above is compared with a method (hereinafter referred to as method B) in which all the pseudo stop effects are stored in one table as in the above embodiment, in the method B, for example, the hero is an enemy character. The pseudo stop effect in a mode showing a scene to depart for is executed both during the first pseudo stop display and until the second pseudo stop display, and further, the first pseudo stop There may be an effect that does not occur in Method A, such as the main character being displayed larger until the second pseudo-stop display than until the display. For this reason, the method B has an advantageous effect that the variations of the production are more varied than the method A. Furthermore, the method B can be more effective than the method A every time the pseudo stop display is performed by simple processing.

  In addition, this invention is not limited to the said embodiment, A detailed structure can be changed suitably. For example, in the above-described embodiment, an example of determining the mode of the pseudo stop effect to be executed when the pseudo stop display is performed, that is, waiting for the pseudo stop display to be performed until the next pseudo stop display is performed. However, the present invention is not limited to this. Without waiting for the pseudo stop display, the aspect of the effect to be executed before the next pseudo stop display may be determined after the variable display is started or restarted until the pseudo stop display is performed.

  Moreover, in the said embodiment, although the pseudo stop production | presentation of the aspect numbered more than the aspect performed last time was demonstrated in the example performed before the next pseudo stop display, this invention is limited to this. Is not to be done. For example, the pseudo stop effect of the aspect numbered more than a predetermined value (for example, “1”) than the previously executed aspect may be executed until the next pseudo stop display.

  In this case, in the pseudo stop effect mode determination process, when the number of the pseudo stop effect mode selected by the lottery is larger than the value stored as the effect history by a predetermined value or more, the pseudo stop effect of the selected mode is When the number of the selected mode is not larger than the value stored as the production history by a predetermined value, the number obtained by adding the predetermined value to the value stored as the production history is executed until the next pseudo stop display. What is necessary is just to perform the pseudo stop production | presentation of an aspect until the next pseudo stop display.

  In this case, there is a case where there is no pseudo stop effect in the form of a number obtained by adding a predetermined value to the value stored as the effect history. In such a case, the value corresponds to the value stored as the effect history. What is necessary is just to perform the pseudo stop production | presentation of the aspect of a number until the next pseudo stop display.

  Further, for example, there are up to 30 pseudo-stop effects, and the predetermined value is 10 so that there is no case where there is no pseudo-stop effect in the form of a number obtained by adding a predetermined value to the value stored as the effect history. When the number of pseudo stop displays is three times, the number of the mode selected by lottery as the mode of the pseudo stop effect executed until the first pseudo stop display is 10 or more. The number of the mode selected by lottery as the mode of the pseudo stop effect executed until the first pseudo stop display is executed until the first pseudo stop display. When it is above, you may make it perform the pseudo stop production of the 20th aspect until the second pseudo stop display.

It is a front view which shows the outline of a pachinko machine. It is a block diagram which shows the outline of the electric constitution of a pachinko machine. It is a flowchart which shows the flow until an effect is performed. It is a flowchart which shows the flow until the aspect of the pseudo stop production to perform is determined. It is explanatory drawing which shows that the number according to the interest given to a player when it is performed is attached | subjected to the aspect of each pseudo stop production.

Explanation of symbols

10 Pachinko machine 16 Start winning opening 18 Liquid crystal display 30 Main control board 50 Sub control board 52 Sub CPU (pseudo stop number determining means, pseudo stop effect mode determining means)
54 Sub memory 56 Pseudo stop number of times determination table 60 Pseudo stop effect mode table (pseudo stop effect mode storage means)
64 History information storage area (pseudo stop effect history storage means)

Claims (2)

While displaying various effect images and displaying the variation of the symbol, the game is produced, and during the one variation display from the start of the variation display of the symbol until the symbol is stopped, the variation is being displayed. In a gaming machine that performs pseudo continuous variation display that resumes variation display after performing pseudo stop display to pseudo stop the design,
Based on the result of the winning lottery for determining the winning or losing, whether to perform the pseudo stop display, and the number of times to perform the pseudo stop display when performing the pseudo stop display;
A pseudo stop effect mode storage means for storing a plurality of types of pseudo stop effects to be executed from the start of pseudo continuous variation display or the restart of variation display until the next pseudo stop display;
Wherein from among the pseudo stop demonstration mode memory means the stored aspect of pseudo stop demonstration, a pseudo stop demonstration mode determining means for determining the mode of pseudo stop demonstration executed by lottery,
The pseudo stop effect mode determining means determines the mode of the pseudo stop effect that is executed in accordance with the start of the pseudo continuous variation display after the pseudo stop display is determined until the pseudo continuous variation display is started. In addition, after the pseudo continuous variation display is started and until the variation display is restarted, the mode of the pseudo stop effect executed in association with the restart of the variation display is determined ,
In the pseudo stop effect mode storage means, a pseudo stop effect mode and information indicating the relative magnitude of interest given to the player when the effect is executed in each mode are stored in association with each other. With
A pseudo stop effect history storage means for storing the mode of the executed pseudo stop effect;
The pseudo stop effect mode determining means refers to the lottery result for determining the mode of the pseudo stop effect to be executed and the pseudo stop effect history storage means, and the pseudo stop effect mode selected by the lottery is the previous pseudo When the interest given to the player is smaller than the mode of the pseudo stop effect executed until the stop display, the pseudo stop effect executed until the previous pseudo stop display regardless of the lottery result Is determined as the mode of the pseudo stop effect executed until the next pseudo stop display, and the mode of the pseudo stop effect selected by the lottery is the simulation executed until the previous pseudo stop display. If the interest given to the player is greater than the mode of the pseudo stop effect that is the same as the mode of the stop effect or until the previous pseudo stop display, the pseudo selected by the lottery The aspects of the stop demonstration, gaming machine and determines the mode of pseudo stop demonstration to run until the next pseudo stop display. While displaying various effect images and displaying the variation of the symbol, the game is produced, and during the one variation display from the start of the variation display of the symbol until the symbol is stopped, the variation is being displayed. In a gaming machine that performs pseudo continuous variation display that resumes variation display after performing pseudo stop display to pseudo stop the design,
Based on the result of the winning lottery for determining the winning or losing, whether to perform the pseudo stop display, and the number of times to perform the pseudo stop display when performing the pseudo stop display;
From the pseudo continuous variable display start or variable display of resumption, with aspects of the pseudo stop demonstration that runs until the next pseudo stop display is a plurality of types stored, effect in each aspect to each of the embodiments is executed Pseudo-stop effect mode storage means for storing information indicating the relative magnitude of interest given to the player at the time ,
Wherein from among the pseudo stop demonstration mode memory means the stored aspect of pseudo stop demonstration, a pseudo stop demonstration mode determining means for determining the mode of pseudo stop demonstration executed by lottery,
The pseudo stop effect mode determining means is
Between the time when it is determined that the pseudo stop display is performed and the time when the pseudo continuous variation display is started, the mode of the pseudo stop effect executed along with the start of the pseudo continuous variation display is determined ,
The pseudo examine the number of stopping times determination means has determined, when the following pseudo-continuous variable display after this quasi-continuous variable display is performed, following quasi-continuous since the pseudo-continuous variable display of this start Before the variable display starts , the next pseudo stop effect mode is determined ,
Compare the aspect of the next pseudo-stop effect with the aspect of this pseudo-stop effect, and the aspect of the next pseudo-stop effect gives the player a greater relative interest than the aspect of the pseudo-stop effect this time A game machine characterized by changing the mode of the next pseudo stop effect so that the relative size of the interest given to the player is equal to or greater than the mode of the current pseudo stop effect when the game is small .

Images