JP6371982B2 - Game machine - Google Patents

Description

  The present invention relates to a gaming machine such as a swivel-type gaming machine or pachinko gaming machine.

  Patent Document 1 describes an invention that lowers the volume of background music BGM when a sound effect is output when the start lever is turned on, making it easy to hear the sound effect. When the voice navigation of "is performed, an invention is described in which the volume of the BGM is lowered to make it easier to hear the voice navigation.

JP 2008-54804 A JP 2011-142928 A

According to each of the above-described inventions, when the outputs of a plurality of sound sources overlap, it is possible to easily hear important sounds that the player wants to convey to the player by changing the volume of the sound sources with low importance. However, when there is a subsequent trigger with another volume change during the volume change based on the preceding trigger, the volume change based on the preceding trigger and the volume change based on the subsequent trigger overlap in time. In this case, the adjustment means is lacking.
In this case, if the volume change based on the preceding trigger is canceled and the volume change based on the subsequent trigger is performed, the volume change based on the preceding trigger is not fully utilized, and the volume change based on the preceding trigger is continued and the volume based on the subsequent trigger. If the change is canceled or put on hold, the volume change based on the subsequent opportunity will not be fully utilized, and it will not be possible to tell the player in a timely manner about the arrival of the chance or the size of the opportunity, There is a risk that the accuracy will be reduced and game misidentification will occur.

  The problem of the present invention is that when the volume change based on the preceding trigger and the volume change based on the subsequent trigger overlap with each other, the volume change based on the subsequent trigger can be utilized while utilizing the volume change based on the preceding trigger. This is to provide a gaming machine capable of improving the accuracy of the game.

In the gaming machine to perform a more sound performance to the sound source of the multiple,
Corresponding to the trigger of outputting the plurality of sound sources, the volume of the plurality of sound sources including the first sound source, the second sound source, and the third sound source that are assigned to each layer of the hierarchical structure having a plurality of layers and whose output times overlap attached is provided with a Ruoto amount setting hand stage set by calculating a plurality of volume coefficients set for each of the plurality of sound sources,
The volume setting means includes
When the preceding trigger to output duplicate and the second sound source and the first sound source, the volume of the first sound source, a primary volume coefficients of the first sound source corresponding to said previous trigger the corresponding to the prior occasion is calculated and a secondary volume coefficients of the first sound source set by the sound volume of the second sound source, the primary volume coefficient of the second sound source corresponding to said previous trigger, the set by using at least one of the secondary volume coefficient of the second sound source corresponding to the prior occasion,
When duplicate to output said third sound source and the second sound source and the first sound source at another subsequent trigger of the preceding trigger, the volume of the first sound source, the in the prior triggered first 1 a primary volume coefficient and the result of calculating the number of secondary volume engagement of the first sound of the sound source, and set said subsequent trigger and tertiary volume coefficients of the first sound source corresponding to the by calculation, The volume of the second sound source is set to at least one of the primary volume coefficient of the second sound source and the secondary volume coefficient of the second sound source used in the preceding trigger, and the second sound source corresponding to the subsequent trigger. and the third-order volume coefficients, a and operation set, wherein the volume of the third sound source, the primary volume coefficients of the third sound source corresponding to said subsequent trigger, the third sound source corresponding to said subsequent trigger secondary volume coefficients, at least one of cubic volume coefficients of the third sound source corresponding to said subsequent trigger It has to be that specifications set One of the using.

The perspective view of this invention gaming machine. The block diagram of the control apparatus of a gaming machine. FIG. 6 is an explanatory diagram of the specifications of the multidimensional volume setting means.

  FIG. 1 shows a swivel game machine to which the present invention is applied. The swivel type gaming machine is generally called a pachislot machine. In 1985, after revisions to the gaming machine rules, that is, the National Public Safety Commission Regulation No. 1 on January 30, 2004 (2004), 2 It is a slot machine that conforms to the National Public Safety Commission Regulation No. 4 “Rules for Game Machine Approval and Type Approval” on May 12. Hereinafter, terms and their technical contents are in accordance with the existing game machine rules.

  The gaming machine housing 8B includes a honeycomb rear cabinet 8R, a cabinet frame 8W, and door-shaped upper and lower front cabinets 8E and 8F. The upper front cabinet 8E has an upper liquid crystal display device 71 for displaying still images or moving images in full color, a searchlight-like dot matrix display device 73, and three rotary cylinders having symbols arranged on the outer circumferences of the reel bands 10L, 10C, and 10R. That is, the reel panel 8 that allows the left reel 1L, the middle reel 1C, and the right reel 1R to face the display window 80, the upper left movable lamp E1 that has the set lamps e1 to 3 that can be expanded and stored, and the upper right that has the same set lamps e4 to e6 Lower left movable lamp E3 with movable lamp E2, same set of lamps e7-9, lower right movable lamp E4 with same set of lamps e10-12, upper left lamp E5, upper right lamp E6, and portal lamps E7 through E11 surrounding the reel panel 8. Is provided. In the lower front cabinet 8F, a lower liquid crystal display device 72 (movable vision ATV) for displaying a moving image or the like in cooperation with the upper liquid crystal display device 71 which also serves as an operation unit 8S and a lower liquid crystal button AB for production, Side lamps E12 and E13 are provided. Reference numerals 91 to 94 denote speakers for outputting sound sources such as BGM and various sound effects, 8M denotes a medal payout opening, and 8G denotes a medal tray. Note that the left and right mean left and right from the player's perspective.

  The operation section 8S includes a game medal slot 2i, a start button bi, an up / down / left / right move button b1-4, an end button bo, a real machine customization button BT, a bet button 3 for withdrawing a medal necessary for one game from a credit, Settlement button 4 for dropping the remaining number of medals to the medal tray 8G, start lever 5 for rotating each reel 1L, 1C, 1R, left / middle / right stop button 6L, 6C, 6R for individually stopping the corresponding reel , A reject button 2R to be pressed when a medal is jammed, and a door key hole 8K. In addition, a credit indicator DL1 for displaying the current number of credits, a payout indicator DL2 for displaying the number of payout medals by winning, a 1 to 3 lamp that is lit each time the winning medal is 1, 2, or 3 EL 1 to 3, a bet lamp ELb that is turned on when a winning medal can be accepted, a start lamp ELs that is turned on when the start lever 5 is operable, and a replay lamp ELr that is turned on when a combination of re-game action symbols is displayed. The game basic lamps 30 are provided.

  As shown in FIG. 2, the control device CN incorporated in the gaming machine housing 8B is a main control device corresponding to a main board in the game machine rule, which is a so-called main side that executes main game control for advancing the game. MC and the peripheral control device SC corresponding to the peripheral board referred to in the gaming machine rules, which is a so-called sub-side that executes effect control accompanying the progress of the game.

  The main control device MC includes a main CPU incorporating a ROM and an RWM. The input port I1 is connected to the index sensors 11L, 11C, 11R (IDs) of each reel, the stop buttons 6L, 6C, 6R, the bet button 3, the settlement button 4, the start lever 5, and the medal selector 2 downstream of the insertion slot 2i. Input signals SEN0 and passing sensors SEN1, 2 provided, a sensor SEN3 provided on the R chute for taking over medals from the medal selector 2, and a payout sensor SEN4 provided at the exit of the medal payout device HP are input. Stepping motors 12L, 12C, and 12R (SM) that directly connect the built-in LEDs 61, 62, and 63 of each stop button to the respective reels from the output port O1 through the motor driver Dr1, and game basic lamps through the LED driver Dr2 The blocker solenoid 28s for projecting the blocker claw 28 for releasing the medal from the medal selector 2 via the solenoid driver Dr3 is controlled, and the medal payout motor HPm of the medal payout device HP is controlled via the motor driver Dr4. .

  On the ROM of the main CPU, the winning and replaying operations are performed depending on which winning area the random value extracted when the start lever 5 is operated belongs to the winning area within the random number range. , The internal lottery means K for determining any winning combination or unfairness related to the operation of the accessory, and after operating the start lever 5 and after 4.1 seconds from the start of the previous game, all reels are accelerated to the forward rotation side. Reel control means V1 including a rotating device control means V1 for reaching a steady rotation and a rotation stop device control means V2 for individually stopping each reel by operating a corresponding stop button, a predetermined payout if the game result is a prize Medal payout means M for paying out a number of medals, automatic medal insertion means N for automatically inserting medals if the game result is a replay operation, and replay in which the game result fluctuates the probability of replay Game state transition means J that transitions the game state if accompanied by a transition to Im RT or during operation of an accessory, reverse rotation of each reel with a predetermined probability determined for each winning combination by a predetermined spinning effect drawing, etc. There are provided a spinning effect drawing means W for determining whether or not a predetermined spinning effect is to be performed, and a spinning effect execution means G for executing the spinning effect related to the winning.

  Further, the AT operation determining means H1 for determining the operation of the assist time AT for navigating the stop operation procedure such as the pressing order under predetermined operating conditions associated with the internal winning combination, etc., and the operation of the assist time AT are extended. AT addition determining means H2 for determining the number of games and the like under a predetermined additional condition associated with an internal winning combination, etc., AT continuation managing means H3 for managing the operation of the assist time AT from the end of the operation to the end of operation, and push-in winning combination AT instruction information such as the correct answer push order is output to the main monitor MA constructed by borrowing the display function of the payout display DL2 managed by the main control device MC and output to the upper liquid crystal display device 71 managed by the peripheral control device SC. AT instruction information output means H4 is provided.

  The peripheral control device SC includes a sub CPU having a ROM and an RWM. The input port I2 receives the transmission information from the main controller MC, the signals of the actual machine customization button BT, and the lower liquid crystal button AB. The transmission information from the main control device MC includes main side initialization completion information, medal insertion information including operation information of the bet button 3, reel start information including operation information of the start lever 5, and flag information of a winning combination by internal lottery. , Stop button 6L, 6C, 6R operation information, game result information, gaming state information, turning effect information, AT operation information, AT instruction information, AT addition information, AT end information, error information, etc. in the main controller MC Various control information to be detected or determined or executed is included. A real-time clock RTC backed up by the secondary battery Bt is connected to the serial clock line SCL and the serial data line SDA of the CPU built-in I2C which is pulled up to the main operating potential vdd = 3.3V of the sub CPU through the resistor rp. Yes.

  On the sub CPU ROM, an effect state for managing the effect state on the sub side based on the information on the main game control received from the main control device MC and / or the information on the current effect control of the peripheral control device SC Management means Z is provided. The effect state management means Z is based on the information on the main game control and / or the information on the effect control. A plurality of devices having different output expressions, that is, an upper liquid crystal display device 71, a lower liquid crystal display device 72, a dot matrix. The display device 73, various lamps E1-13, stepping motors m1-4 for deploying and storing the movable lamps E1-4, speakers 91-94, built-in vibration generator 90, etc. Production message determining means Y for determining an production message for executing a single production by a specific device is included.

  Further, under the control of the production state management unit Z, the following units are provided that operate based on the determination by the production message determination unit Y. That is, the navigation according to the AT instruction information output from the AT instruction information output means H4 on the upper liquid crystal display device 71. For example, if the correct push order is “left middle right”, “123” or the like is displayed corresponding to the stop button position. In accordance with the navigation means X1, voice navigation means X2 that informs by voice whether the stop button to be operated from the speakers 91 to 94 is interlocked with the display navigation, left, middle or right, according to the gaming state, spinning effect, AT period, etc. Image effect means X3 for changing and displaying still images or moving images displayed on the liquid crystal display devices 71 and 72 and the dot matrix display device 73, and lamp effect means X4 for controlling lighting and emission colors of the various lamps E1 to 13 in conjunction with this. , Voice production means X5 for performing sound production control by sound effects, BGM, etc. through speakers 91-94, and movable steps by stepping motors m1-4. Mechanical representation section X6 for controlling the deployment and storage of the flop E1 to E4, are provided vibration effect means X7 for driving the vibration generating device 90 in accordance with the pressing timing of the lower liquid crystal buttons AB.

  The voice navigation means X2 and the voice effect means X5 are for performing sound effects by outputting a corresponding sound source from a plurality of sound sources stored in advance on the voice ROM alone or in a plurality, and performing sound effects. As the volume setting means of the means X2 and the sound effect means X5, multi-dimensional volume setting means Q is provided for setting the volume of the sound source having overlapping output times based on the volume coefficient for each dimension corresponding to each sound source.

  The serial clock line SCL and serial data line SDA of the I2C controller I2Cn connected to the CPU built-in bus are LED drivers Dr5 for controlling the reel back lamps BL1 to 9 that illuminate the nine symbols facing the display window 80 from the back of the reel band, LED driver Dr6 for controlling movable lamps E1-4, LED driver Dr7 for controlling lamps E5-11 provided on upper front cabinet 8E, and LED driver Dr8 for controlling lamps E12, 13 provided on lower front cabinet 8F The clock line SCL and the serial data line SDA are connected.

  The upper liquid crystal display device 71 and the lower liquid crystal display device 72 are controlled via a VDP (Video Display Processor), an output port O2, and LCD drivers Dr9 and Dr10. The dot matrix display device 73 is controlled via the output port O2 and the LED driver D11. The stepping motors m1 to m4 that drive the movable lamps E1 to E4 are controlled via the output port O2 and the motor driver Dr12. The vibration generator 90 is controlled via the output port O2 and the motor driver Dr13. Audio from the speakers 91 to 94 is controlled via the audio IC, the output port O2, and the power amplifier Dr14. The lower liquid crystal button locker AR that locks the lower liquid crystal button AB and prohibits the pressing thereof is controlled via the output port O2 and the solenoid driver Dr15. Note that the vibration generator 90 may be constituted by a woofer that reproduces heavy bass.

  FIG. 3 shows the specifications of the multidimensional volume setting means Q. The gaming state is assumed to be an assist replay time ART in which the replay time RT and the assist time AT are activated simultaneously, in which the replay probability is considerably higher than the minimum value 1 / 7.3 determined by the gaming machine rules. However, it may be at the normal time when the replay probability is 1 / 7.3 or when the assist time AT is inactive. While waiting for the start lever 5 to be turned on, the default video during ART is displayed on the upper liquid crystal display device 71, and background music BGM during the default display during ART as the first sound source is flowing from the speakers 91-94. BGM is assigned to layer 1 as a hierarchical structure of multiplexed sound control by the sound effect means X5 and the like.

  The preceding trigger is a lever-on that hits the start lever 5, and based on this lever-on, when it wins a so-called rare role such as a cherry or watermelon role with a relatively low probability of winning by internal lottery, it is highly probable and other roles When winning, it is assumed that there is a low probability, and here, the A liquid crystal display device 71 produces an A effect in which an enemy character who is the opponent of the battle by animation appears. When the A production occurs, the enemy character appearance sound and the enemy character dialogue as the second sound source are superimposed on the BGM and output. The enemy character appearance sound and the enemy character dialogue are the second sound source that flows together. However, the layers are different, the enemy character appearance sound is assigned to layer 2, and the enemy character line is assigned to layer 3.

  The subsequent opportunity is that the first stop, that is, the first stop button is pressed, and based on this first stop, another effect, here the B effect that causes the cut-in of the premier image to be inserted at a low frequency Is supposed to occur. When the B production occurs, the premier cut-in sound as the third sound source is further superimposed on the BGM, the enemy character appearance sound, and the enemy character dialogue. The premier cut-in sound is assigned to layer 4.

  After the second stop, when the third stop, that is, the third (last) stop button is pressed, the B effect is cleared and the enemy character of the A effect escapes and the next game bet The A effect is cleared by canceling the current game by operating the button 3, and the display returns to the default video display during ART. Instead of the third stop, a third release in which the finger is released from the stop button that has been pressed third may be used. In addition, a specific example may be another game scene, and an advance trigger, a subsequent trigger, a cancel operation, and the like may be arbitrarily selected.

  The volume of the BGM as the first sound source, the enemy character appearance sound as the second sound source, the enemy character line as the second sound source, and the premier cut-in sound as the third sound source are respectively set to the corresponding dimensions by the multi-dimensional sound volume setting means Q. It is set based on the volume coefficient by number. During the display of the default video during ART, only BGM as the first sound source is output at a volume of 100%. At this time, the primary volume coefficient, the secondary volume coefficient, and the tertiary volume coefficient corresponding to BGM are all 1, and 1 × 1 × 1 = 1 and the volume is 100%. The volume of 100% refers to a default setting volume at which sound output from the speakers 91 to 94 by the sound production means X5 or the sound navigation means X2 can be heard comfortably for a general player in a general game arcade environment. However, when the player intentionally decreases the volume with the actual machine customization button BT and / or when the volume is intentionally decreased with the internal setting volume or the like on the game hall side, the intentionally decreased volume is 100. % Volume.

  When the BGM that is the first sound source and the enemy character appearance sound of the A sound effect that is the second sound source and the enemy character line are output in duplicate due to the preceding trigger by lever-on, layer 1 is “1”, layer 2 is “1”, layer 3 is a preset primary volume coefficient data (data a) of “0.8”, layer 1 is “0.7”, layer 2 is “1”, and layer 3 is “1”. Volume coefficient data (data b) is set, and the BGM volume is set to 1 × 0.7 = 0.7 (70%) using the corresponding primary volume coefficient 1 and secondary volume coefficient 0.7. The volume of the enemy character appearance sound is 1 or 100% by multiplying the corresponding primary volume coefficient 1 or this and the secondary volume coefficient 1, and the volume of the enemy character line is the corresponding primary volume coefficient 0. 0.8 or 8 multiplied by the secondary volume coefficient 1 or 0.8 % Set to be. Actually, in order to make the calculation process common by combining the number of volume coefficients to be multiplied, the third volume coefficient data (data c) is “1” for layer 1, “1” for layer 2, and “1” for layer 3. ) Is set together with the data a and b, the volume of the BGM is further multiplied by the third volume coefficient of the coefficient 1, and the volume of the enemy character appearance sound and the enemy character dialogue is further multiplied by the second volume coefficient of the coefficient 1 and 3 It is set by multiplying the next volume coefficient 1. At the time of A production, the volume of BGM can be suppressed to make the A production sound stand out, and the player can be effectively expected.

  A layer corresponding to the data a and b when the BGM as the first sound source, the A effect sound as the second sound source, and the premier cut-in sound of the B effect sound as the third sound source are output in duplicate by the subsequent trigger by the first stop. In addition, each data “1” is additionally set as data a ′ and b ′, and layer 1 is “0.5”, layer 2 is “0.5”, layer 3 is “0.5”, The preset tertiary volume coefficient data (data c ′) with the layer 4 being “1” is set instead of the data c, and the volume of the BGM and the A effect sound is set to the corresponding primary volume coefficient (1, 1). , 0.8), the secondary volume coefficient (0.7, 1, 1), and the tertiary volume coefficient (all 0.5). BGM has a volume of 1 x 0.7 x 0.5 = 0.35 (35%), and the enemy character appearance sound of the A-direction sound has a volume of 1 x 1 x 0.5 = 0.5 (50%). The enemy character line of the effect A sound has a volume of 0.8 × 1 × 0.5 = 0.4 (40%). The volume of the premier cut-in sound of the B effect sound as the third sound source is set to 1, that is, 100% using the corresponding primary volume coefficient 1. Actually, the volume of the premium cut-in sound is set by further multiplying the secondary volume coefficient and the tertiary volume coefficient of coefficient 1 in order to share the arithmetic processing by combining the number of volume coefficients to be multiplied. . At the time of B production, the BGM volume can be further reduced, the volume of the A production sound can be reduced, and the premier cut-in sound of the B production sound can be made to stand out, effectively giving the player a higher level of expectation. be able to.

  B effect is cleared by the 3rd stop. By this clearing, an image in which the enemy character escapes from the screen of the upper liquid crystal display device 71 is played, and the BGM and the A effect sound are output in duplicate. At this time, the volume of the BGM and the A effect sound is respectively corresponding to the primary volume coefficient (1, 1, 1), the secondary volume coefficient (0.7, 1, 1), and the tertiary volume coefficient (all 1). Use and to set. The BGM has a volume of 1 × 0.7 × 1 = 0.7 (70%), the enemy character appearance sound of the A effect sound is 1 × 1 × 1 = 1 (100%), and the enemy of the A effect sound The character line has a volume of 1 × 1 × 1 = 1 (100%). The premier cut-in sound of the B effect sound as the third sound source is cleared and becomes zero.

  The A effect is cleared by the cancel operation by the bet button operation of the next game, and the screen of the upper liquid crystal display device 71 is returned to the default display during ART. At this time, the enemy character appearance sound and enemy character line of the A effect sound as the second sound source are cleared to 0, and only the BGM of the first sound source is obtained. The volume of this BGM is 100% due to the corresponding primary volume coefficient 1. Actually, in order to make the calculation process common by combining the number of volume coefficients to be multiplied, the secondary volume coefficient and the tertiary volume coefficient of coefficient 1 are multiplied, and 1 × 1 × 1 = 1 becomes 100%.

  In addition, when it is decided to insert a delay process that reduces the volume of the BGM to 70% after 1 second from the preceding trigger due to lever-on, the game progress speed of the player is fast and the succession by the first stop before 1 second elapses. Even if an opportunity occurs, the primary volume coefficient 1 and the secondary volume coefficient 0.7 used for setting the volume of the BGM by the subsequent trigger, and the primary volume coefficient 1 and secondary used for setting the volume of the BGM by the preceding trigger. Since the volume coefficient is equal to 0.7, 1 × 0.7 × 0... 0 reflecting the volume decrease of the BGM caused by the preceding trigger and adding the third volume coefficient 0.5 caused by the following trigger. The volume can be set to 5 = 0.35 (35%), and the relative volume of the BGM can be changed by the subsequent opportunity reflecting the preceding opportunity, regardless of the game progress speed of the player.

  Also, if one second has elapsed from the preceding trigger due to lever-on, and the A character is generated, the enemy character appears, and the appearance sound and dialogue are delayed, the player's game progress speed is fast and one second has elapsed. Even if there is a subsequent trigger due to the first stop before, the primary volume coefficient 1,0.8 used to set the volume of the enemy character appearance sound and enemy character dialogue by the subsequent trigger, the enemy character appearance sound and the enemy by the preceding trigger The secondary volume coefficient used to set the volume of the enemy character appearance sound and the enemy character line is set to 1 by making it coincide with the primary volume coefficient 1,0.8 used when setting the volume of the character line, and by the subsequent opportunity. Therefore, 1 × 1 × 0.5 = 0.5 in consideration of the third volume coefficient 0.5 of the subsequent trigger after the enemy character appearance sound and the enemy character dialogue output by the preceding trigger are as scheduled. (50%) and 0.8x1x .5 = 0.4 (40%) volume can be set, regardless of the player's game progress speed, the relative volume change of the enemy character appearance sound and enemy character dialogue due to the subsequent opportunity reflecting the previous opportunity Yes.

  In the above, when there is no A production and only B production occurs, it becomes double overlap of BGM and a premier cut-in sound. In this case, the BGM volume is set to the corresponding primary volume coefficient 1, and either the secondary volume coefficient or the tertiary volume coefficient for changing the BGM volume is set to 0.5, and the other is set to 1. And 1 × 0.5 = 0.5 (50%). The volume of the premier cut-in sound is set to 100% using at least one of the corresponding primary volume coefficient 1, secondary volume coefficient 1, and tertiary volume coefficient 1. A more appropriate volume setting according to the number of overlapping sound sources can be performed without reducing the volume more than necessary.

  In the above embodiment, the multi-dimensional sound volume setting means Q has a three-dimensional specification. However, the present invention can be applied to a case where there are four or more sound sources that can overlap, that is, a specification having four or more dimensions. In the above embodiment, when the BGM, the A effect, and the B effect are combined, the preset volume coefficient data is set for each layer, and the data is set according to the type of the effect. When playback is performed with layer 2 overlaid on layer 1, the volume coefficient is set to a predetermined first value. When playback is performed with layer 2 and layer 3 superimposed on layer 1, the volume coefficient is set to a predetermined second value. When setting and reproducing layers 2 to 4 on layer 1, the volume coefficient may be set according to the overlapping state of the layers to be reproduced, such as setting the volume coefficient to a predetermined third value. The volume coefficient may be set such that it can be set between 0 and 1 in increments of 0.1 or finer, or conversely, in coarse increments such as 0.25. Note that although the present invention is applied to a rotating type gaming machine, the present invention may be applied to a pachinko gaming machine. In the above description, a specific example is merely an example.

1L, 1C, 1R; reel 2i; medal slot, 2; medal selector 3; bet button, 4; checkout button, 5; start lever 6L, 6C, 6R; stop button 91-94; speaker CN; ; Main control device, SC; Peripheral control device X2; Voice navigation means, X5; Voice production means Q; Multi-dimensional volume setting means

Claims (4)

In gaming machines that produce sound effects with multiple sound sources,
Corresponding to the trigger of outputting the plurality of sound sources, the volume of the plurality of sound sources including the first sound source, the second sound source, and the third sound source that are assigned to each layer of the hierarchical structure having a plurality of layers and whose output times overlap attached is provided with a plurality of Ruoto amount setting means set by calculating the volume coefficient set for each of the plurality of sound sources,
The volume setting means includes
When duplicate to output said second sound source and the first sound source in the prior occasion, the corresponding volume of the first sound source, the primary volume coefficients as the previous trigger of the first sound source corresponding to said previous trigger Calculating and setting a secondary volume coefficient of the first sound source, and setting the volume of the second sound source to the primary volume coefficient of the second sound source corresponding to the preceding trigger and the first volume corresponding to the preceding trigger. Set using at least one of the secondary volume coefficients of the two sound sources ,
When duplicate to output the first sound and the second sound source and the third source in another subsequent trigger of the preceding trigger, the volume of the first sound source, the first sound source at the previous trigger a primary volume coefficients and calculation result of the secondary volume coefficients of the first sound source, the aforementioned and subsequent trigger cubic volume coefficients of the first sound source corresponding to the by computing settings, the volume of the second sound source At least one of the primary volume coefficient of the second sound source used in the preceding trigger, the secondary volume coefficient of the second sound source, and the tertiary volume coefficient of the second sound source corresponding to the subsequent trigger; was set in operation, the third volume of the sound source, the primary volume coefficients of the third sound source corresponding to said subsequent trigger, the secondary volume coefficients of the third sound source corresponding to said subsequent trigger, the subsequent trigger At least one of the third-order volume coefficients of the third sound source corresponding to the Gaming machine, wherein the benzalkonium be set using the One. The volume setting means sets the volume by multiplying when calculating the plurality of volume coefficients when the plurality of sound sources are output in duplicate.
A secondary volume coefficient corresponding to the second sound source when the first sound source and the second sound source are output in duplicate is set to 1,
The secondary volume coefficient and the tertiary volume coefficient corresponding to the third sound source when the first sound source, the second sound source, and the third sound source are output in an overlapping manner are set to 1. Gaming machine.   There is no duplication of the third sound source, and there is a third-order volume coefficient corresponding to the first sound source and the second sound source when the first sound source and the second sound source are output in an overlapping manner. The gaming machine according to claim 2, wherein the coefficient is set to 1. When there is no duplication of the second sound source in the subsequent opportunity and the first sound source and the third sound source are outputted in duplicate, the volume of the first sound source is set to 1 of the first sound source corresponding to the subsequent opportunity. A secondary volume coefficient and a secondary volume coefficient and / or a tertiary volume coefficient for changing the volume of the first sound source are calculated and set, and the volume of the third sound source is set to the first volume corresponding to the subsequent opportunity. Setting is performed using at least one of a primary volume coefficient of three sound sources, a secondary volume coefficient of the third sound source corresponding to the subsequent trigger, and a third volume coefficient of the third sound source corresponding to the subsequent trigger. The gaming machine according to any one of claims 1 to 3, which is a specification .

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