JP3245147B2 - Dance game device and its control method and readable recording medium recording dance game program - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a game apparatus which allows a player to perform a dance by guiding steps (stepping) and the like, and more particularly to a stepping board in accordance with music (rhythm) to be notified. The present invention relates to a dance game device that creates a dance sensation when stepped on.

[0002]

2. Description of the Related Art In recent years, an operation panel has been provided at a substantially central portion in the height direction of a game housing to play stored music, and a keyboard provided on the operation panel has been modeled in accordance with the performance. There is known an effect game machine in which an effect operation similar to a disk jockey, in which a plurality of keys are played and a slide disk is turned, is performed. More specifically, the content of the production is visually indicated according to the progress of the music to be played, and by actually performing the production operation in accordance with the instruction, the correlation between the music played and the actual production operation by the player is determined. This is a game in which an examination operation is evaluated by evaluating a player's staging operation.

[0003]

However, the above-mentioned game device has almost the same structure as a conventional housing provided in a game arcade or the like, and the structure of software, which is the content of the game, and the operation panel of the device is somewhat reduced. A game machine that has only been changed, and how much the player has operated the indicated keys and discs without error and quickly according to the visually indicated contents as the music played progresses. It was merely to evaluate the degree of achievement of the effect.

[0004] The present invention has been made in view of the above,
A dance game device that employs a floor-body structure that can express a rhythmic feeling using the whole body in time with music, and performs steps in accordance with the sequentially instructed contents to create a powerful and rhythmic sense. The purpose is to provide.

[0005]

According to the present invention, there is provided a dance game apparatus comprising one or more stored music.
The music of the tune is output, and a stepping operation instruction is given to the plurality of step portions on which the step position indication marks are respectively marked in accordance with the music by the guide means, and a stepping operation of the player with respect to the plurality of step portions is evaluated. It is a dance game device.

[0006] The guide means of the present dance game apparatus is composed of one song.
In the output of the music, according to the evaluation result of the stepping motion, stepping from stepping operation instruction contents of a plurality of types having different stored difficulty
An operation instruction content to select, and performs an operation instruction stepping on the basis of the operation instruction content stepping selected.

In this dance game apparatus, the stepping operation
Is evaluated as a tie between the stepping instruction and the player's stepping action.
Based on the misalignment of the
When one step, the contents of the stepping operation instruction for one set data
Link level down.
In addition, the evaluation of the stepping operation is performed by
Based on the timing deviation from the
When the deviation is small, the selection is performed for one set data.
Increase the level of stepping instructions by one rank
You can do it.

[0008]

FIG. 2 is an overall external view of a dance game apparatus to which the present invention is applied. The present game device (or the present game system) includes an audio / video output main body 1 and a floor panel 10 disposed in front of the main body.

A main body 1 for outputting a rhythm sound, a monitor 3 on the upper side thereof, an indicator 4 provided on a panel surface below the monitor 3, and an upright side on both sides of the monitor 3 are provided. And the columnar body 5 on which the illuminated lamps 51 and the like are arranged in appropriate places.
And a speaker 6 for music performance provided on the upper part of each column 5. A coin insertion slot 7 is provided at the center position in the left-right direction of the housing portion 2, and two coin insertion slots 7 are provided on the left and right in consideration of a two-player mode.

The structure of the housing 2 will be described with reference to FIG. 2 and FIG. A box 2a for resonance is provided inside the housing 2 and at the middle in the height direction. Near the center of the front plate 2b of the resonance box 2a, a horn 2d with a horn 2d facing forward has a rhythm speaker 2 for low frequency.
c is attached. At the upper part of the front plate 2b, a cylinder 2e for sending the resonance sound forward is provided in a penetrating state. The loudspeaker 2c emits a rhythm sound at a predetermined low frequency, and uses the resonance space behind the speaker 2c to vibrate the deep bass to vibrate the cylinder 2e and the front panel 2b, thereby causing the floor panel 10 in the front.
It radiates in the direction. This rhythm speaker 2
“c” emits the rhythm of the output music in heavy bass. A blinkable annular fluorescent tube 2 is provided on the front side of the front plate 2b.
f is provided on the front plate 2b. The fluorescent tube 2f
It is mounted on a cylindrical fluorescent tube support member 2h attached so as to surround the tip of the horn 2d of the front plate 2b. The fluorescent tube 2f is a long tube having an intermediate portion formed in a ring shape and both end portions 2g formed in parallel. In FIG. 3, both end portions 2g are located at the lower end. A power supply line (not shown) is connected to both ends of the power supply line so that it can blink.

The monitor 3 is mounted at a height such that the display surface 31 is located at substantially the same height as the eyes of a player having a standard height positioned on the floor panel 10, and an indicator 4 is provided below the monitor. It is arranged. At the start of the game, the instructing unit 4 displays a list of selectable music titles on the display surface 31 of the monitor 3 at the start of the game, and is used to select a desired music from the list. That is, the instructing unit 4 instructs the cursor displayed on the display surface 31 to move up, down, left, and right.
By pressing the enter button 42 while the cursor is aligned with the display position of the song to be selected by tilting the song, the title of the song can be selected. The instructing unit 4 is provided with a joystick 41 and a confirm button 42 on the left and right, respectively, so that the player can select either the left or right position in single player play and the player on either side in two player play. This is to enable a music selection operation. In addition, the song name selection may adopt a method of arranging a transparent tablet using a piezoelectric material on the display surface 31 and pressing the player's finger or the like to specify the song displayed at the pressed location. It is possible.

The speaker 6 outputs a prelude and music (only performance or singing) of the selected music. The loudspeaker 6 may output a rhythm, which will be described later, also as a music performance.

Next, the structure of the floor panel body 10 will be described.

As shown in FIG. 2, the floor panel body 10 has a required bulk and is formed in a flat plate shape, and a dance area 11 divided into 3 × 3 squares in front, rear, left and right in plan view. It is configured for two people on the left and right. Left and right dance area 1
1 have the same structure. The dance area 11 has a step position 13 (13F, 13B), which is the four squares at the front, rear, right and left positions, with respect to the home position part 12 corresponding to the central square indicated by a large star mark among the nine squares. , 13
(R, 13L), an arrow indicating the direction as viewed from the center cell is indicated, and a small star mark is indicated on the auxiliary platform 14, which is the four cells obliquely viewed from the home position unit 12. I have. The inverted U-shaped member that is erected on the left and right sides of the floor panel body 10 on the front side in FIG. 1 is a handrail 30.

FIG. 4 is an exploded view showing the internal structure of the step portion 13 of the floor panel 10. The step portions 13F to 13L all have the same structure, and the step portion 13F will be described here as an example.

The floor panel 10 has a square outer frame 10a and a partition plate 10b inside the rectangular outer frame 10a. The step portion 13F includes the outer frame 10a and the partition plate 10.
b having a bottom plate 20 at the bottom of the inner space surrounded by b.
A rectangular inner frame 21 smaller than the outer frame is erected above the outer frame, and four inner corners of the inner frame 21 are provided between the outer frame 10a and the partition plate 10b so as to straddle adjacent frames. Frame 2
1 is firmly fixed by a corner member 22 in order to support it. With such a basic support configuration, a strength capable of supporting the weight of the player from above is ensured.

The inner frame 21, the outer frame 10a and the partition plate 10b
And a gap having a required width is formed between them.A flat plate is laid in the area of the square frame formed by the gap, which is not visible in the figure, and a step described later is formed on the upper surface of each flat plate. A cable switch 23 as an operation detecting means is provided in a direction parallel to each side and substantially equal in length to each side. In addition, the mounting height position of the corner member 22 is formed with a gap in which the cable switch 23 can be inserted between the corner member 22 and the above-mentioned invisible flat plate. 22
Located at the bottom of.

An L-shaped load receiving member 24 is disposed on the upper surface of the cable switch 23 so as to be slidable up and down by an upright portion 24a. The load receiving member 24 is, for example, one-half to the long dimension of the cable switch 23.
The length is set to about 1/3. By providing the load receiving member 24, even when the weight of the player is applied to the entire surface of the cable switch 23 and the load per unit area is reduced, the load is concentrated on the area of the load receiving member 24 in plan view. When applied, it is possible to apply an appropriate load in relation to the detection sensitivity.

The upper surface of the corner member 22 is slightly lower than the height of the load receiving member 24 when no load is applied, or substantially equal in consideration of the bending of the top plate 27 described later. Height adjusting plate member 22 having such a thickness
a is laid. The height of the upper surface of the height adjusting member 22a is set at a position lower than the height of the upper ends of the outer frame 10a and the partition plate 10b by the thickness of a top plate 27 described later.

On the upper surface of the support plate 25, two cold cathode ray tubes 26 having a long life are arranged in parallel. The support plate 25 is mounted and fixed on a mounting piece 21 a extending inward from the lower end of each inner frame 21.

Reference numeral 27 denotes a top plate made of an acrylic plate or the like, which is mounted on the height adjusting plate member 22a. An arrow mark 27a indicating the front is written on the top plate 27 in a color different from the surroundings. The top plate 27 has an illumination effect by the lighting light from the rear cold cathode ray tube 26, and
Is translucent so that the internal structure is not visible (or the surface is coated with a colored material), or is subjected to a surface treatment for causing diffuse reflection on the back surface.

When the player steps on the top plate 27 with his / her feet, the load at that time is transmitted to the cable switch 23 via the load receiving member 24.

It is sufficient that the auxiliary platform 14 is flush with the step 13 to secure a dance floor of a required size. Therefore, there is no need to provide a means for detecting the presence or absence of a load. What is necessary is just to employ | adopt the structure which consists of the bottom plate 20, the inner frame 21, and the corner member 22, and can support the top plate 27 at least on an upper surface. Other structures as the top plate support structure, for example, a structure corresponding to the inner frame 21 in the inner space, or a structure in which a frame body having a large number of vertical and horizontal joints is vertically arranged, and the top plate is placed thereon, May be one in which a filling material is loaded in the inner space, and a top plate is placed on top of the filling material.

FIG. 5 is a structural view showing an example of the cable switch 23. The cable switch 23 includes a tubular outer cover 230, a relay conductive portion 231 disposed inside the tube,
A conductive portion 232 and a second conductive portion 233 are provided.

The outer shell 230 is made of an elastic material such as silicon, and has a flat circular cross section. The outer shell 230 has an inner wall opposed to one of the inner walls at an intermediate position in the longitudinal direction of the cross section. Projecting piece 2 extending toward the center of the substantially cylindrical section
In addition to the projection 30a, notches 230b are formed at both ends in the longitudinal direction of the cross section to promote bending in a direction to further crush the flat shape. The upper outer surface has two protruding portions 2 along the longitudinal direction as portions to receive a load.
30c is protruded.

The relay conductive portion 231 has a long sheet shape mainly composed of a rubber material such as silicon mixed with a conductive metal powder, and has a flat cylindrical shape of the outer cover portion 230. It is arranged on the upper side of. The first and second conductive portions 232 and 233 have the same structure, and are located on the lower side in the flat cylinder of the outer cover portion 230 and have a protruding piece 230a.
Are arranged at predetermined intervals on the left and right sides of the. The first and second conductive portions 232 and 233 are mainly made of, for example, a rubber material such as silicon mixed with a conductive metal powder, and have a flat cross section in terms of stability. It is a long rod.

The first and second conductive parts 232, 23
3 are arranged at positions corresponding to the protruding portions 230c, and receive the load on the protruding portions 230c, thereby deforming the outer cover portion 230, and thereby each of the relay conductive portions 23.
1 is made to contact or abut effectively. Core members 232a and 233a made of copper as a conductive material are buried in the first and second conductive portions 232 and 233, so that the strength can be ensured and the unit length resistance in the longitudinal direction can be reduced. That is, the output of the detection voltage can be detected as a substantially constant value regardless of the position where the load is received, and high detection accuracy is ensured. The distance between the relay conductive portion 231 and the first and second conductive portions 232 and 233 is 1 to 2
Since it can be designed as extremely small as millimeters, the stroke can be made sufficiently smaller than, for example, a mechanical switch having a movable contact piece.

According to the structure of the step 13, when the player's foot steps on the top board 27 and the load is transmitted to at least one of the four cable switches 23 arranged on the four sides, The upper portion of the outer cover 230 of the cable switch 23 is deformed by receiving a load downward, and the relay conductive portion 231 is deformed.
Touches both the first and second conductive portions 232 and 233 (changes from off to on), so that step detection is performed.

That is, the detection of the presence or absence of the load by the cable switch 23 is performed by the first conductive portion 232 and the second conductive portion 233.
A voltage is applied to both of the core members 232a and 233a through terminals (not shown) (one side may be grounded), and when no load is applied, the first and second conductive portions 232 and 233a
33 is electrically disconnected from the relay terminal 231 because it is kept apart from the relay terminal 231, so that the applied voltage is not changed as it is.
2), on the other hand, even if a load is applied and the first and second conductive portions 232 and 233 contact the relay terminal 231 at any position, the electrical connection between the first and second conductive portions 232 and 233 occurs. As a result of the short circuit, the voltage detector detects that the voltage difference has disappeared.

FIG. 1 is a block diagram of a dance game apparatus to which the present invention is applied.

A control unit 100 composed of a computer or the like is provided at an appropriate place inside the audio / video output main unit 1. The control unit 100 performs overall control of the operation of the game device.

The control unit 100 has a built-in or detachable cartridge type ROM for storing a game program.
And a RAM 102 for temporarily storing processing data. The recording medium for storing the game program may be a CD-ROM, floppy, hard disk, or the like.

The music title selection section 103 receives the instruction signal from the instruction section 4 and executes a corresponding music title selection process. The music data memory 104 stores music data for each music piece, that is, music data of each music piece in association with the music piece name, and receives the selection signal from the music piece name selection section 103 to store the music piece data specified by the music piece. The signals are sequentially output to the speaker 6.

The step position indicating data memory 105 stores the step position indicating data corresponding to the rhythm such as the number of beats (for example, 4 beats or 8 beats) according to the degree of difficulty as shown in FIG. Many are stored in the form. The table that stores this step position instruction data is as follows:
In addition to the number of beats, different rhythms of the same beat,
For example, a number of songs corresponding to the type of music or a number corresponding to each song are prepared. In the case of four beats, each step position instruction data is constituted by one set data of four time-series instruction contents, and in the case of eight beats, each step position instruction data is constituted by one set data of eight time-series instruction contents. Is configured. FIG.
One set of data is written in each cell of the table of FIG. Also, in terms of rhythm,
In the case of four beats, for example, various ones are prepared such that all four beats have the same interval, the first two beats are short, and the last two beats are late. It is preferable that a plurality of types of step position instruction data having the same difficulty level is prepared. Then, a table corresponding to the song specified by the song name selection unit 103 is selected. In the present embodiment, one set of data in the selected table is stored in the rhythm speaker 2c and the cold cathode ray tube 2
6 is output.

The shift amount detection / integration section 106 measures the shift amount from the instruction of the stepping operation and the result of the actual stepping operation, and in the present embodiment, the timing difference between the two with an internal timer or the like. This is for calculating an integrated deviation amount with respect to minute step position instruction data. Rhythm setting unit 107
In accordance with the integration result from the deviation amount detection / integration unit 106 with respect to the first tread position instruction data, as described later, only one rank is set with respect to the one set data set two times before the third set and the subsequent set data. The evaluation for level up or level down is performed, and the result is output as a setting signal. The rhythm setting unit 10
7 is also output to the dance setting unit 109.

The dance image memory 108 stores a dance image displayed on the display surface 31 of the monitor 3 every minute corresponding to one set data, and stores a dance image corresponding to a song title or a rhythm. Has a table. As shown in FIG. 6B, a plurality of dance images of each table are stored according to the degree of difficulty. Further, it is preferable that a plurality of types of dance images having the same difficulty level are prepared. The dance setting unit 109 includes the rhythm setting unit 1
In response to the setting signal corresponding to the degree of difficulty from 07, the dance images for the third and subsequent set data are read out from the selected table.

The scroll display controller 110 controls the monitor 3
In order to perform scroll display on the display surface of. The step position instruction data set by the rhythm setting unit 107 and read from the step position instruction data memory 105 for one set of data is replaced with image data (hereinafter referred to as a step position instruction mark) and temporarily stored in the mark memory 111. It is taken in. In this mark memory 111, two sets of continuous one set data are written so that the image of the step position indication mark can be displayed without interruption on the display surface 31 of the monitor 3 in scroll display. . The scroll display control unit 110 writes the tread position indication mark from the mark memory 111 as a scroll image in the display memory 3a so as to sequentially shift the read address at predetermined time intervals. In this way, in addition to the dance image that is not scrolled, the scrolling step position indication mark is also sequentially transferred to the display memory 3a, and furthermore, the display memory 3a is displayed by a known display scanning unit.
The content of a is repeatedly read out and displayed at a cycle of 1/60 second or the like, a step position indication mark is scroll-displayed on the display surface 31 on the display surface 31, and a dance image is displayed as a moving image as a background image. Is displayed.

FIGS. 7 to 9 show an example of the display surface 31 (in the form of one set of data for four beats).
In the case where the player plays a game in the dance area 11 on the right side of FIG. 6, the background of the dance image D and the step position indication marks M1 to M4 that sequentially scroll downward from the top of the screen at a predetermined speed are indicated by M1, M4, M2 and M3 are displayed in this order. The still marks S1 to S4 indicating the lower left, upper right and right marks displayed at the lower end of the display surface are used to give a timing instruction, and the scrolled mark M completely overlaps (coincides with) the still mark S in a stepping operation. Guide the timing. At the timing when the mark M completely overlaps the still mark S, the display brightness or the display color of the still mark S is temporarily changed to clearly indicate the coincidence of the timing. In the present embodiment, the marks M1 to M4 are the leftward arrow mark M1 as the step portion 13L, the downward arrow mark M2 as the step portion 13B, the upward arrow mark M3 as the step portion 13F, and the rightward arrow mark M4 as the step portion 13.
R respectively. In FIG. 7, the difficulty level of the dance image is at a relatively low level. On the other hand, FIG. 8 shows a case in which the player plays a game in the dance area 11 on the left side of FIG. 2, and the dance image D, the stepping position indicating marks M1 to M4, and the still marks S1 to S4 are displayed as in FIG. In this example, the step position indicating mark M is not visible because the first mark has already reached the step timing.
Instructions are issued in the order of M3, M1, and M4 from the second.
In FIG. 8, the difficulty level of the dance image is at a relatively high level.

FIG. 9 shows a case of a two-player game. In this figure, the same thing is displayed as the left and right step position indicating marks M, but as the game progresses, ones having different difficulty levels are set individually based on the evaluation of each player, and the dance is performed accordingly. The difficulty level of the image is also changed. Note that FIG. 9 shows a mode in which the mark M3 appears continuously as the step position indicating mark (the first mark has already reached the stepping timing).

The step operation monitoring section 112 detects whether or not the cable switch 23 disposed on the step section 13 has changed from off to on. Stepping motion monitoring unit 112
Is to process the on-points of four of the steps 13 that are first turned on as detection data, and detect the on-state of the cable switch 23 in each step 13 in an identifiable manner. A detection operation can be performed on each dance area 11 to confirm the stepping position of each player in the two-player mode.

The cold cathode ray tube lighting control unit 113 individually turns on the cold cathode ray tubes 26 provided in the inner spaces of the step units 13F, 13B, 13L, 13R corresponding to the step position instruction data from the step position instruction data memory 105. It outputs a lighting signal to be displayed.

Next, the game operation of the game device will be described with reference to the flowcharts of FIGS. 10 and 11 to 13.

FIG. 11 shows a main flowchart of the game operation. First, a coin inserted into the coin insertion slot 71 is detected by the coin insertion section 7 (step ST).
1). When coin insertion is detected, the screen switches to a song name selection screen (step ST3). On this screen, for example, the titles of the songs are displayed vertically and horizontally, and when a desired song is selected from the list using the joystick 41 and the confirmation button 42 of the instruction unit 4, the song title selection unit 103 displays the performance corresponding to the selected song title. The data is read from the performance data memory 104, temporarily stored in the RAM 102, and output to the speaker 6 (step ST5). When the intro performance is started, a table having a rhythm of the number of beats corresponding to the selected music is designated from the step position indication data memory 105, and further a predetermined position of the table is set as the first two sets of data. For example, the step position instruction data having an intermediate level of difficulty is set, and the dance setting unit 109 sets a dance image of difficulty according to the rhythm and the difficulty of the set step position instruction data. Is performed (step ST7).

When the first two sets of tread position indicating data are set, one set data thereof is superimposed on the background dance image D, as shown in FIGS. Thus, scroll display is performed on display surface 3 as step position indicating mark M (step ST9). When the scroll display of each step position indication mark is started, a monitoring process is performed by the shift amount detection / integration unit 106 (step ST11). The monitoring process is performed in units of one set of data (step ST13). When a monitoring result for one set of data is transmitted to the rhythm setting unit 107, the rhythm setting unit 107 performs an evaluation based on the monitoring result (step ST15).

Then, in response to the evaluation result, the next one set of data (ie, the third one set of data that is evaluated based on the monitoring result of the first one set of data) is set, and the set one is set. The dance image D corresponding to the set data is set (step ST17,
19). In other words, the step position indicating mark for one set of data to be evaluated has already been scrolled out of the monitor 3, and the step position indicating mark based on the next one set of data is being scroll-displayed on the monitor 3. Therefore, one set of data set based on the evaluation result is set with one delay.

Next, it is determined whether or not the game has ended, that is, whether or not a predetermined time has elapsed since the start of the game, whether or not the performance of the selected music has ended, or whether or not a predetermined dance evaluation has been maintained at a certain level or higher. Is determined (step ST21). If the dance has not ended, the process returns to step ST9, where dance image D on display surface 31 is displayed.
The display of the step position indication mark M is continued, and the processing of steps ST9 to ST19 is sequentially repeated for each set data.

When it is determined that the game is over, the evaluation result for the dance of the player, which is the final content of the rhythm setting section 107, is displayed on the display surface 31 (step ST2).
3) The player is notified.

FIG. 12 is a flowchart showing a subroutine of the "monitoring process" in step ST11. In the figure, a variable i indicating the number of beats of one set of data is set to 1 (step ST31). First, the position indication mark M of the first beat is set by the cable switch 23 actually obtained from the stepping motion monitoring unit 112. Is detected, and when the mark M completely overlaps the stationary mark S,
The ± time deviation at the actual stepping time is measured as deviation time data (step ST33). In this measurement, the cycle of one beat is set by dividing the cycle by ± １ ／ cycle in the time direction (stroke direction of the mark M) with respect to the stationary mark S, and the mark M is stationary during the divided period. This is performed by measuring a time difference between the time point when the mark completely overlaps the mark S and the detected actual stepping time point. Since the time when the mark M completely matches the stationary mark S is obtained from the calculation for one beat, the on-state input from the stepping operation monitoring unit 111 on the condition that the corresponding stepping unit 13 is stepped on is set. Time lag data is obtained from the signal detection time. If the wrong step 13 is stepped on, it may be treated as not being stepped on, or may be given a more severe, for example, negative evaluation. Alternatively, the number of erroneous steps may be counted, and the game may be forcibly terminated when the number of steps reaches a predetermined number.

Then, the interval between the timing shifted by １ ／ cycle and the timing when both marks M and S completely overlap is represented by converting it to, for example, 0 to 100 points (step ST35). For example, if an actual stepping action is performed at a time point shifted by 周期 cycle in any of the ± directions, 0 point is obtained.
If the actual stepping operation is performed when both marks M and S completely overlap, 100 points are given.

When the conversion of the time difference data to the mark M for one beat is completed, the variable i is incremented by 1 (step ST37), and it is determined whether or not the variable i is less than a predetermined number K (step ST37). ST39). The predetermined number K is 5 when one set data includes four beats,
When one set data consists of 8 beats, the value 9 is
The setting is made in accordance with the number of beats of the table selected in the step position indicating data memory 105. If the variable i is less than 5 as one set of data for four beats, step S
Returning to T33, a score is obtained for the next mark M in the same manner as described above. When the variable i becomes 5 (YES in step ST39), points for four beats have been obtained. Therefore, each score in the variables i = 1 to 4 is multiplied by a weighting coefficient to evaluate one set of data. (Step ST41). For example, since it is more difficult to take a rhythm on the second and fourth beats than on the first and third beats, the weighting factor is 12.5% for those scores on the first and third beats. 25 for the second beat
Multiplied by 50% for the fourth beat and 10%
A score out of 0 is scored. The weighting coefficient when one set of data is composed of eight beats may be appropriately allocated so as to be 100% as a whole. Further, a desired value can be set as the weighting coefficient, or the weighting coefficient is uniformly set to 25.
% (4 beats) or 12.5% (8 beats).

FIG. 13 is a flowchart showing a subroutine of the "evaluation process" of step ST15. In the figure, for the score obtained in step ST41,
It is determined whether it is large, medium, or small. Large is when the score is 80 to 100, medium is when the score is 21 to 79, and small is when the score is 0 to 20.

If the score is 20 points, one set data to be set next is set with the difficulty lowered by one rank from the current rank (step ST53). The dance image D to be set is set so that the difficulty level is reduced by one rank from the current rank (step ST55). If the score is between 21 and 79, the data of the same rank as the current rank is set as the one set data to be set next (step ST57), and the dance image D to be set next is set.
Is set to the same difficulty as the current rank (step ST59). In both the step position instruction data table and the dance image D table, a plurality of types of data are stored for the same difficulty level. In the same rank data setting, different types of data are used. What is necessary is just to set it. For example, the degree of difficulty shown in FIGS. 6A and 6B may be changed within the range of data of the same rank, or may be set randomly from within the same rank. On the other hand, if the score is 80 to 100 points, one set data to be set next is set with the difficulty increased by one rank with respect to the current rank (step ST61). The dance image D to be set is set so that the difficulty level is increased by one rank with respect to the current rank (step ST63).

When the process of setting the next step position instruction data and dance image is completed, the current score is converted into an evaluation point (step ST65) and integrated with the evaluation point up to immediately before (step ST67).

FIGS. 10A and 10B are diagrams for explaining the evaluation points. FIG. 10A shows a state in which the evaluation points rise and is stable at a high level. FIG. 10B shows a state where the evaluation points slightly increase. , Then shows a stable figure at a lower level. The horizontal axis represents the time width of one set of data, and the vertical axis represents the rank. The thin line represents the width of each rank from the highest rank S to the lowest rank D. The evaluation results are sequentially performed for each set of data as shown in FIG. 10, and the final evaluation can be obtained by integrating the evaluations each time, so that the player's sense of rhythm and dance ability are effectively applied to the player. It is possible to be notified.

Note that the present invention can employ other aspects. (1) In the present embodiment, the evaluation is made on the stepping action performed by the player. However, the game may be a stepping on the floor simply in accordance with a stepping position instruction. Various arrangements of the step portion, which is the stepping position, are conceivable.
4 may be employed as the stepping portion, and / or the home position portion 12 at the center may be used as a stepping position indication target at all positions on the floor surface in the same manner as the stepping portion. Alternatively, a step portion may be annularly disposed around the home position portion 12. The mark is not limited to an arrow but may be a character, a symbol, or the like, and a mark that is the same as or corresponds to the mark marked on the step portion 13 may be used. Further, the stepping operation instruction is not limited to one instruction at a time, but may be an instruction for simultaneously instructing two steps (an aspect using both feet). (2) In the present embodiment, both the stepping position and the stepping operation timing are guided by the monitor 3, but a mode in which only the stepping position is indicated may be used. Further, the present invention can be applied to a game in which only the stepping timing is instructed depending on the type of the game. (3) In the present embodiment, the stepping operation instruction is sent to the monitor 3, the fluorescent tube 2f, the cold cathode ray tube 26, and the rhythm speaker 2
Although the process was performed in step c, the process may be performed using any one of the processes. The mode performed by the monitor 3 is preferable for visually guiding the stepping timing. Further, instead of the step operation instruction mark, a character for a dance guide may be displayed on the monitor, and display control may be performed so that the guide gives the step operation instruction. (4) In the present embodiment, the evaluation is performed sequentially and sequentially in units of one set of data, and the evaluation at the final point is regarded as the evaluation of the player, which is displayed or the like (a form in which the information is notified by a speaker). However, in such a case, the evaluation at the final point tends to be low, for example, when the player's condition is poor only in the second half, but instead, the evaluation contents of each set data are added and averaged. It is also possible to obtain an overall evaluation. In addition, various evaluation methods may be adopted. (5) In the present embodiment, the shift time is converted into a point to be used as an element for changing the difficulty rank of one set of data. However, it may be determined directly from the shift time. (6) Instead of the song name selection unit 103, a rhythm type may be selectable, and a song suitable for the rhythm may be stored and played. (7) In the present embodiment, a plurality of steps are configured to be individually capable of instructing a stepping operation. It can be applied to a dance game to be performed. (8) In the present embodiment, a higher evaluation is given as the deviation time is shorter, and the higher evaluation is reported (for example, displayed). Notification (including display) may be made. (9) In the present embodiment, the stepping operation instruction is given to the step portion based on the performance of the music. However, in the present invention, the performance of the music is not necessarily required.
The present invention is also applied to a game device that issues only a stepping operation instruction by light, sound, voice, or the like. (10) The position where the cable switch is arranged is as follows:
The present invention is not limited to the side portions, and may be corner portions. (11) In the present embodiment, one set data to be set is set with one delay in order to prevent interruption of an image in scroll display, but may be set with two delays. In the case of a mode in which scroll display is not performed, there is no particular need to delay by one, so that it is possible to set the data immediately after. Further, in the present embodiment in which scroll display is performed, the rank of one set of data that is one delay behind is determined by using the evaluation of one set of data to be evaluated. The rank of one set data which is one delay behind the rank of one set data (currently displayed on the monitor 3) may be set.

The present invention further provides a music output means for outputting one of at least one or more stored music, a floor panel having a step portion, and a step operation instruction for the step portion in accordance with the music. And a guide means for performing the step (a), wherein the step portion is provided with a panel on a ceiling and a first lighting means is provided in an inner space, and the guide means blinks the first lighting means. A step operation instruction may be given by an operation. According to this configuration, the position at which the stepping operation is performed blinks and the guidance of the stepping position is directly performed, so that it is easy to recognize as a guide.

Also, a music output means for outputting one of the stored at least one music piece, a floor panel having a step portion, and notification of a stepping operation instruction to the step portion in accordance with the music. In a dance game apparatus having a guide unit, the guide unit includes a first display unit disposed in front of the floor panel, and a step operation instruction is given by a display on the first display unit. It may be something. According to this configuration, it is possible to visually recognize the guide of the stepping position from the first display means without turning the player's line of sight in a special direction.

In each of the above configurations, the stepping operation instruction by the guide means is further characterized by instructing the stepping timing, so that the response and agility of the player to the guidance can be improved. Dependent games can be provided.

Further, in the above configuration, the floor panel body includes a plurality of the stepping portions arranged, and each stepping portion is capable of instructing a stepping operation by the guide means. Guidance can be provided for the position, which enhances game characteristics and enables a complicated dance game. In addition, a more advanced and powerful game can be provided by setting the stepping operation instruction by the guide means to indicate both the stepping timing and the stepping platform to be stepped on.

In each of the above structures, a detecting means for detecting a stepping operation on the stepping portion, and measuring a time lag between a timing of a stepping operation instruction and a timing of detecting that the stepping portion is stepped on by the detecting portion. A configuration may be adopted that includes a measuring unit that performs the evaluation and an evaluation unit that gives a higher evaluation as the measurement result is smaller. According to this configuration, the so-called dance ability of the player is evaluated, so that the game is more entertaining and more entertaining. In addition, the step portion has a ceiling panel and a support for supporting the panel, and the detecting means includes a step sensor between the panel and the support and at a position facing each other on the panel. The step sensor comprises a switch having a structure capable of being elastically deformed. The switch includes first and second conductive members disposed in parallel at a predetermined distance from each other. 1, a relay conductive member that changes between an open state and a short circuit between the first and second conductive members by being brought into contact with and separated from the second conductive member, and a load supporting and supporting the relay conductive member. And a resilient support member that supports the first and second conductive members at a position that can be contacted with the relay conductive member when received, and that is separated from the relay conductive member by a small distance. Switch for stepping motion. The stroke can be shortened, minutes the response of the switch is high, the timing is suitable for use in critical game.

Further, there is provided a step operation instruction content storage means for storing a plurality of types of step operation instruction contents having different degrees of difficulty as the guide means, and a step operation instruction having a difficulty level corresponding to the evaluation result from the evaluation means is provided. By selectively outputting from the step operation instruction content storage means, a step operation instruction at a level suitable for the dance ability of the player is provided, so that both beginners and skilled players can enjoy the game. It becomes possible.

Also, a moving image storage means for storing a plurality of types of dance moving images having different qualities in accordance with the difficulty level of the stepping operation instruction which can be selectively output by the guide means, and a second displaying the moving image. A display unit, and a moving image display control unit that outputs a dance moving image corresponding to the difficulty level of the selected stepping operation instruction from the moving image storage unit and guides the dance moving image to the second display unit. In addition, the player can visually confirm his / her dance ability, and can provide a game with a powerful feeling.

In each of the above-mentioned structures, a low-frequency speaker that outputs a rhythm sound and a second illumination that is provided around the low-frequency speaker and blinks light emission in accordance with the rhythm of the music as the music output means. If you have the means,
Further, the sense of rhythm is enhanced, and a powerful game can be enjoyed.

Further, there is provided a ceiling panel, a support for supporting the panel, and detection means for detecting that a load is applied to the panel, wherein the detection means is provided between the panel and the support. In a stepping board for a dance game, wherein a stepping sensor is provided at a position facing each other on the panel,
The step sensor includes a switch having an elastically deformable structure. The switch includes first and second conductive members disposed in parallel at a predetermined distance from each other, and the first and second conductive members. A relay conductive member that changes between an open state and a short circuit between the first and second conductive members by contacting with and separating from the conductive member; and the relay conductive member that supports the relay conductive member and receives a load when receiving a load. And a resilient support member that supports the first and second conductive members at a position that can contact the conductive member and is separated from the relay conductive member by a small distance, so that the movable piece is Since the stroke of the switch is shorter and the responsiveness of the switch to the stepping operation is higher than that of a general mechanical switch that moves and switches on, stepping timing such as a dance game is regarded as important. Apply to the game It is suitable.

Further, by disposing them on the opposite sides, even if the stepping position is slightly deviated from the center of the panel, reliable detection is possible. In the above configuration, the load receiving member is interposed between the panel and the switch and partially in the side direction, so that the load due to the weight of the player is not significantly affected. In addition, it is possible to apply a load necessary for detection to the switch, and it is possible to further improve the requestability of the switch.

Further, regarding the game operation described above,
A stepping position indicating (guidance) method, a stepping monitoring method, an evaluation method, and the like can be sufficiently claimed as the invention.

[0067]

According to the first to ninth aspects of the present invention, there is provided an unprecedented dance game apparatus which produces a powerful and rhythmic sensation and allows the user to play a dance game with high game characteristics. Becomes Further, since a stepping operation instruction of a degree of difficulty that matches the player's dance ability is given, both beginners and skilled players can enjoy the dance game.

[Brief description of the drawings]

FIG. 1 is a block diagram of a dance game device to which the present invention is applied.

FIG. 2 is an overall external view of a dance game device to which the present invention is applied.

FIG. 3 is a partial cross-sectional view showing the structure of a housing.

FIG. 4 is a developed view showing an internal structure of a step portion of the floor panel.

FIG. 5 is a structural diagram showing an example of a cable switch.

6A and 6B are diagrams showing a memory map, in which FIG. 6A shows a state in which a large number of tread position instruction data are stored in a table format according to the difficulty level, and FIG. 6B shows a dance image according to the difficulty level. It is a figure showing the state where two or more were stored in the table format.

7 shows an example of a display surface, and is a diagram showing a game screen when a player plays a game in a dance area on the right side of FIG. 2. FIG.

8 shows an example of a display surface, and is a diagram showing a game screen when a player plays a game in a dance area on the left side of FIG. 2. FIG.

FIG. 9 is a view showing an example of a display surface and showing a game screen in the case of two-player play.

10A and 10B are explanatory diagrams of evaluation points, in which FIG. 10A shows a state in which the evaluation points have risen and are stable at a high level, and FIG.
Is a diagram showing a state in which the evaluation point slightly rises, but is stable at a low level thereafter.

FIG. 11 is a main flowchart illustrating a game operation.

FIG. 12 is a flowchart showing a subroutine of “monitoring process” in step ST11.

FIG. 13 is a flowchart showing a subroutine of “evaluation processing” in step ST15.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Audio-video output main body 2 Housing part 2a Box body 2c Rhythm speaker 2f Fluorescent tube 3 Monitor 31 Display surface 4 Indicating part 5 Columnar body 51 Illumination lamp 6 Speaker 7 Coin slot 10 Floor panel body 11 Dance area 13F, 13B , 13R, 13L Stepping board part 10a Outer frame 10b Partition plate 20 Bottom plate 21 Inner frame 22 Corner member 23 Cable switch 230 Outer skin part 231 Relay conductive part 232 First conductive part 233 Second conductive part 24 Load receiving member 26 Cold cathode ray tube 27 Board 100 control unit 101 ROM 102 RAM 103 song name selection unit 104 performance data memory 105 step position indication data memory 106 deviation amount detection / integration unit 107 rhythm setting unit 108 dance setting unit 109 dance setting unit 110 scroll display control unit 111 mark memory 112 Stepping motion monitoring 113 cold cathode lighting controller M1~M4 stepping position indication marks S1~S4 still mark D dance image

────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Yoshifumi Suzuki 7-3-3 Minatojima-Nakamachi, Chuo-ku, Kobe Inside Konami Co., Ltd. (56) References JP-A-8-305356 (JP, A) 1-68074 (JP, U) (58) Fields investigated (Int. Cl. ⁷ , DB name) A63B 69/00 A63F 13/00

Claims (9)

(57) [Claims] 1. A step of outputting one piece of music from at least one piece of stored music, and instructing a plurality of steps on which step position indication marks are respectively marked in accordance with the music by guide means. Performing a step of evaluating the stepping action of the player with respect to the plurality of step units, wherein the guiding means, during the output of one music,
According to the evaluation result of the stepping action, a stepping action instruction content is selected from a plurality of types of stored stepping action instruction contents having different degrees of difficulty, and the stepping action instruction is performed based on the selected stepping action instruction content. And a dance game device. 2. The method according to claim 1, wherein the stepping motion is evaluated based on a timing difference between a stepping motion instruction and a player's stepping motion. 2. The dance game device according to claim 1, wherein the game is performed so as to lower the rank level. 3. The stepping motion is evaluated based on a timing difference between a stepping motion instruction and a player's stepping motion. When the difference is small, the stepping motion instruction content for one set data is set to 1 The dance game apparatus according to claim 1, wherein the game is performed so as to increase a rank level. 4. A step of outputting one piece of music from at least one piece of stored music, and instructing a plurality of steps on which step position indication marks are respectively marked according to the music by a guide means. A method of controlling a dance game device for evaluating a stepping action of a player with respect to the plurality of step portions, wherein the guide means stores the stepping action during output of one piece of music in accordance with an evaluation result of the stepping action. the degree of difficulty a plurality of types of different stepping operation instruction stepping from the contents operation
A method for controlling a dance game apparatus, comprising: selecting instruction content ; and causing a stepping operation instruction based on the selected stepping operation instruction content. 5. The evaluation of the stepping operation is performed based on a timing difference between a stepping operation instruction and a timing of a player's stepping operation. When the difference is large, the stepping operation instruction content for one set data is set to 1 5. The control method for a dance game apparatus according to claim 4, wherein the control is performed to lower the rank level. 6. The stepping operation is evaluated based on a timing difference between a stepping operation instruction and a player's stepping operation, and when the difference is small, the stepping operation instruction content for one set data is set to one. The control method for a dance game device according to claim 4, wherein the control is performed so as to increase a rank level. 7. A step of outputting one piece of music from among the stored at least one piece of music, and instructing a stepping operation in accordance with the music by a guide means to a plurality of step portions on which step position indication marks are respectively marked. And a computer-readable recording medium recording a dance game program for evaluating a stepping action of a player with respect to the plurality of step portions, wherein during output of one piece of music to the guiding means,
According to the evaluation result of the stepping action, the user is allowed to select the stepping action instruction content from a plurality of types of the stored stepping action instructions having different degrees of difficulty, and to perform the stepping action instruction based on the selected stepping action instruction content. A computer-readable recording medium recording a characteristic dance game program. 8. The stepping motion is evaluated based on a timing difference between a stepping motion instruction and a player's stepping motion, and when the difference is large, the stepping motion instruction content for one set data is set to one. A computer-readable recording medium recording the dance game program according to claim 7, wherein the recording is performed so as to lower a rank level. 9. The stepping operation is evaluated based on a timing difference between a stepping operation instruction and a timing of a player's stepping operation. When the difference is small, the stepping operation instruction content for one set data is set to one. The computer-readable recording medium recording the dance game program according to claim 7, wherein the recording medium is performed so as to increase a rank level.