JP3895720B2 - GAME PROGRAM AND GAME DEVICE - Google Patents

Description

The present invention relates to a game program that outputs a display image or sound to a display or a speaker based on a progress state of a scenario on a game . Specifically, the present invention selectively switches to an audiovisual mode, a visual mode, or an auditory mode. The present invention relates to a game program that outputs a display image and sound according to the game .

  In this specification, “game software” is a concept including the program itself and various data associated with the program as necessary. However, “game software” does not necessarily have to be associated with data, but a program always exists. The “various data associated with each other” may be stored in a memory means such as a ROM disk together with a program, and further stored in an external memory means so as to be readable via communication mediating means such as the Internet. It may be.

  In general, in a role-playing game or the like, a player plays a game by operating a controller while viewing a display screen displayed on a display or a sound output to a speaker as a result of various arithmetic processing based on a scenario on the game. is doing.

  Since the applicant does not know the technical literature that systematically describes how to view and play the game display screen and sound at the time of filing, there is no prior art literature information to be disclosed.

  By the way, among role-playing games, there is a game in which, for example, a process of darkening a display screen according to a scenario is performed to produce an effect that the character operated by the player is not visible. However, such a scene darkens the display screen based on data prepared in advance, and is not switched to display the display screen when the player wants to see the display screen.

  Further, for example, when a character that can be operated by the player is attacked by a hostile enemy character (such as a monster) such as poison or magic, for example, the player is informed that the character's eyes are not visible, Some of them temporarily subtract the ability values such as the attack power and defense power of the character. However, when displaying that the character's eyes have disappeared in this way, for example, some display is performed on the character's face or status display part to cause the player to recognize it, There is a possibility that the player who is actually playing the game will not be able to see the display screen.

  Furthermore, generally speaking, when the eyes are closed and the user concentrates on the auditory sense, the sound of a farther object may be heard. However, there is no one that has realized such an event as a game, and there is a possibility that the game is lacking in taste.

Therefore, the present invention makes it possible to output a display image or sound for each mode to a display or a speaker so that the progress state of the scenario continues when the selection is switched to the audiovisual mode, visual mode, or auditory mode. Accordingly, an object of the present invention is to provide a game program and a game apparatus that solve the above-described problems.

The invention according to claim 1 provides a computer (1),
Scenario management means (40) for managing the progress state of the scenario on the game based on the operation input via the input unit (14),
Virtual space setting means for setting in a memory a virtual space in which an operation character that can be operated by the player is arranged;
Virtual object placement means for placing a virtual object appearing in the game in the virtual space based on a progress state of the scenario;
A virtual region setting means for setting a first virtual region and a second virtual region larger than the first virtual region, the first virtual region including the first virtual region centered on the operation character in the virtual space;
Mode selection means (37) for selecting and switching between an audiovisual mode for generating and outputting display image data and audio data, a visual mode for generating and outputting only display image data, and an auditory mode for generating and outputting only audio data. ),
For the virtual object, the position of the operation character is set as the viewpoint position with the direction of the operation character facing as the visual field direction so that the progress state of the scenario continues when the selection is switched to the audiovisual mode. Then, only the virtual object arranged in the first virtual region is subjected to plane perspective transformation with respect to the viewpoint position to generate display image data for the audiovisual mode, and audiovisual mode image data generation means, Audiovisual mode for generating audio data for audiovisual mode by reading out only audio data related to each virtual object arranged in the first virtual area as a component from a memory and synthesizing the component audio data First data generation / output means (25) comprising voice data generation means for use,
For the virtual object, the position of the operation character is set as the viewpoint position with the direction of the operation character facing as the viewing direction so that the progress state of the scenario continues when the selection mode is switched to the visual mode. Then, only the virtual objects arranged in the first virtual area are subjected to plane perspective transformation with respect to the viewpoint position in a shape in which the polygon model of each virtual object is made a semitransparent color, and the display for the visual mode is performed. Second data generation output means (27) for generating image data;
For the virtual object, audio data relating to each virtual object arranged in the second virtual area is transmitted from the memory as a component so that the progress state of the scenario continues when the selection is switched to the auditory mode. A third data generation / output means (27) for generating audio data for the auditory mode in a form of synthesizing the audio data of the parts,
Image generation output means (20) for outputting a display image (for example, 50, 50 ′) to the display (11) based on the display image data for the audiovisual mode or the display image data for the visual mode,
Audio generation output means (21) for outputting output audio to the speaker (12) based on the audio data for the audiovisual mode or the audio data for the auditory mode;
Having a program to function as
The game program (GSW) is characterized by the above.

The invention according to claim 2 is characterized in that the mode selection means (37) includes mode switching means (39) for performing selection switching of the mode based on an operation input via the input unit (14).
It exists in the game program (GSW) of Claim 1 characterized by the above-mentioned.

The invention according to claim 3 further includes the computer (1),
Character data storage means (47) for storing a visual acuity value or a hearing value of a character (for example, CR) that can be operated by the player in the memory unit (5),
Ability value change processing means (42) for changing the visual acuity value or the hearing value based on the progress of the scenario,
Has a program to function as
The mode selection means (37) switches the mode selection to the auditory mode when the visual acuity value becomes a predetermined value or less, or to the visual mode when the hearing value becomes a predetermined value or less. Having an ability value selection means (38) to perform,
It exists in the game program (GSW) of Claim 1 characterized by the above-mentioned .

According to a fourth aspect of the present invention, the third data generation / output means (27) is configured to generate the second virtual area in the virtual space based on a position of the operation character (CR) as the audio data for the auditory mode. Information generating means (31) for generating audio data of information audio related to the direction of the virtual object arranged in (areB) and the type of the virtual object;
It exists in the game program (GSW) of Claim 1 characterized by the above-mentioned .

According to a fifth aspect of the present invention, the information generating means (31) is configured so that the virtual objects are arranged in order from the virtual object arranged close to the arrangement position of the operation character (CR) in the second virtual area (areB). Generating audio data of the information audio regarding the direction and type of the virtual object;
It exists in the game program (GSW) of Claim 4 characterized by the above-mentioned .

The invention according to claim 6 is a scenario management means (2, 40) for managing the progress of the scenario on the game based on an operation input via the input unit (14).
Virtual space setting means for setting in a memory a virtual space in which an operation character that can be operated by the player is arranged;
Virtual object placement means for placing a virtual object appearing in the game in the virtual space based on a progress state of the scenario;
A virtual region setting means for setting a first virtual region and a second virtual region larger than the first virtual region, the first virtual region including the first virtual region centered on the operation character in the virtual space;
Mode selection means (2) for selecting and switching between an audiovisual mode for generating and outputting display image data and audio data, a visual mode for generating and outputting only display image data, and an auditory mode for generating and outputting only audio data. 37),
For the virtual object, the position of the operation character is set to the viewpoint position with the direction of the operation character facing as the visual field direction so that the progress state of the scenario continues when the selection is switched to the audiovisual mode. Then, only the virtual object arranged in the first virtual region is subjected to plane perspective transformation with respect to the viewpoint position to generate display image data for the audiovisual mode, and audiovisual mode image data generation means, Audiovisual mode for generating audio data for audiovisual mode by reading out only audio data related to each virtual object arranged in the first virtual area as a component from a memory and synthesizing the component audio data First data generation / output means (2, 25) comprising voice data generation means for use,
For the virtual object, the position of the operation character is set as the viewpoint position with the direction of the operation character facing as the viewing direction so that the progress state of the scenario continues when the selection mode is switched to the visual mode. Then, only the virtual objects arranged in the first virtual area are subjected to plane perspective transformation with respect to the viewpoint position in a shape in which the polygon model of each virtual object is made a semitransparent color, and the display for the visual mode is performed. Second data generation output means (2, 27) for generating image data;
For the virtual object, audio data relating to each virtual object arranged in the second virtual area is transmitted from the memory as a component so that the progress state of the scenario continues when the selection is switched to the auditory mode. 3rd data generation output means for generating audio data for the auditory mode in a form of reading out and synthesizing these component audio data,
Image generation output means (2, 20) for outputting a display image to a display based on the display image data for the audiovisual mode or the display image data for the visual mode;
Audio generation output means (2, 30) for outputting an output audio to a speaker based on the audio data for the audiovisual mode or the audio data for the auditory mode;
The game device is composed of:

According to the invention of claim 1, mode audiovisual mode by the selection means (37), a visual mode, or when it is switched selected hearing mode, as progress of the scenario continues, display image data or for each mode Since sound data is generated and a display image (for example, 50) or sound for each mode is output to the display (11) or the speaker (12), both the display image (for example, 50) and sound are played during the game. Can be freely switched to a state in which only the display image (for example, 50 ′) is output or a state in which only the sound is output, thereby increasing the taste as a game. it can.

According to the invention of claim 2, since the mode selection means (37) has the mode switching means (39) for performing the mode selection switching based on the operation input via the input section (14), Mode selection can be switched by operation input. In addition, since the progress state of the scenario continues even when the mode is switched, it is possible for the player to freely switch the mode by operating the input unit (14) during the game play. Can do.

  According to the invention of claim 3, the mode selection means (37) is configured to switch to the auditory mode when the visual acuity value of the character (CR) that can be operated by the player falls below a predetermined value, or to the hearing ability of the character (CR). Since the visual mode has the ability value selection means (38) for switching the mode selection when the value falls below a predetermined value, for example, the character (CR) becomes invisible or the ear is not visible. Depending on the scene that is no longer heard, it is possible to enter a state in which only sound is output or a state in which only a display image (for example, 50 ') is output. Thereby, a realistic taste can be given and the taste as a game can be increased.

In the first aspect of the invention, the display image data and audio data for the audiovisual mode and the display image data for the visual mode are generated based only on the virtual object arranged in the first virtual area (areA). Since the audio data for the auditory mode is generated based on the position of the virtual object arranged in the second virtual area (areB), the audio data for the auditory mode is outside the first virtual area (areA) only in the auditory mode. It is possible to output the sound of the virtual object arranged in the two virtual areas (areB), for example, as if the sound of the virtual object farther away can be heard by concentrating on the hearing. Thereby, the taste as a game can be increased.

Further, in the first aspect of the invention , the second data generation / output means (27) generates the display image data for the visual mode using the translucent color. It is possible to output a display image (for example, 50 ′) in which the virtual object arranged in the area (areA) is a semi-transparent color, and for example, see through a virtual object hidden behind another virtual object in the audiovisual mode It can be as if it became visible. Thereby, the taste as a game can be increased.

According to the invention of claim 4 , the third data generating means (27) is arranged in the second virtual area (areB) in the virtual space as audio data for the auditory mode based on the arrangement position of the character (CR). Since it has information generation means (31) that generates audio data of information audio related to the direction of the virtual object and the type of the virtual object, the direction and type of the virtual object that cannot be seen in the auditory mode are recognized. For example, the game can be played even with only sound.

According to the invention according to claim 5 , the information generating means (31) is arranged so that the direction of the virtual object is in order from the virtual object arranged close to the arrangement position of the operation character (CR) in the second virtual area (areB). Since the voice data of the information voice regarding the type is generated, the situation around the operation character (CR) can be easily understood.

  Note that the reference numerals in the parentheses are for contrast with the drawings, but this is quite convenient for easy understanding of the invention. It does not affect the interpretation of the technical scope.

  Hereinafter, a first embodiment according to the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing a game machine according to the present invention.

  As shown in FIG. 1, a game machine 1 as a home game machine, which is an example of a computer, includes a CPU (arithmetic unit) 2 mainly composed of a microprocessor unit. A ROM 4 and a RAM (memory unit) 5 as a main storage device are connected to the CPU 2 via a bus 3. The ROM 4 stores in advance an operating system as a program necessary for overall operation control of the game machine 1 and data necessary for its execution.

  In the RAM 5, for example, game software GSW and various data read from the storage disk 6 as an optical storage medium via the storage disk reader 7 are recorded (stored).

  In the RAM 5, an area for temporarily storing various information necessary for the progress of the game is set according to a program read from the storage disk 6. Further, image data read from the storage disk 6 and processed by the CPU 2 is also stored in a predetermined video area secured in the RAM 5.

  Not only the game machine 1 but also a RAM dedicated to display processing may be provided separately. Further, the storage disk 6 may be any storage disk such as a CD-ROM, DVD-ROM, or other optical disk that supplies the game software GSW, and further supplies the game software GSW. Other than that, it may be supplied by semiconductor memory, Internet distribution, or the like.

  Further, an image processing device (arithmetic unit, image output unit) 8 and an audio processing device 9 are connected to the CPU 2 via the bus 3 as an expression data output unit. The image processing device 8 reads the image data from the video area of the RAM 5 and draws the game screen on the frame memory 10, and converts it into a video signal for displaying the drawn image on the display (image display device) 11. The data is converted and output at a predetermined timing.

  The sound processing device 9 converts the sound data on the storage disk 6 into a predetermined analog sound signal and outputs it from the speaker 12. As the display 11 and the speaker 12, a household television receiver and a speaker attached thereto are generally used.

  A controller (input unit) 14 and an external memory 15 are detachably connected to the bus 3 via an interface 13. The controller 14 is provided with a cross key 14a, a push button switch 14b,...

  The controller 14 outputs a signal corresponding to the operation state of the operation members 14a and 14b at a constant period (for example, 1/60 seconds), and the CPU 2 determines the operation state of the controller 14 based on the signal.

  The external memory 15 has, for example, a rewritable semiconductor element that can be stored and stored, and data indicating the progress of the game is stored in response to an instruction from the player. The external memory 15 may be provided as an element constituting a portable game machine (not shown) that can be attached to and detached from the interface 13, for example.

  In addition, although the game machine 1 as a household game machine was demonstrated as an example as a computer which functions the game software which concerns on this invention, this game machine 1 is not an apparatus only for a game, but general music, It may be a device capable of playing back a video recording medium, and is not limited to this, and any computer can be used as long as it can function game software, such as a personal computer or a mobile phone. Good.

  Next, an example of the game software GSW according to the first embodiment of the present invention will be described with reference to FIGS. 2 is a block diagram schematically showing the game software GSW according to the first embodiment, FIG. 3 is an explanatory diagram showing a virtual space, FIG. 4 is a diagram showing a display screen in the audiovisual mode, and FIG. It is a figure which shows the display screen at the time of mode.

  Note that the game software GSW is originally composed of many programs (means) and data files. However, in FIG. 2, for convenience of explanation, only main parts according to the present invention are schematically illustrated. The illustration of many programs and data that perform other operations and operations is omitted.

  As shown in FIG. 2, the game software GSW includes an image generation output program 20, a sound generation output program 21, an operation input detection program 22, a first data generation program 25 having an audiovisual mode data generation program 26, translucency. A second data generation program 27 having a qualification mode data generation program 28 having a processing program 29 and an auditory mode data generation program (voice data generation program) 30 having an information generation program 31, a virtual space setting program 35 , A virtual object placement program 36, a mode selection program 37 having an ability value selection program 38 and an action selection program 39, a scenario management program 40 having a battle processing program 41, an ability value change processing program 42, a polygo Data storage program 45, voice data storage program 46, the character data storage program 47 is configured to have, and to function in the game machine 1.

  Further, the game software GSW has a hierarchical structure in which the tasks generated by the CPU 2 functioning based on the respective programs are, for example, shown by the respective programs separated by broken lines in FIG. By managing task processing by a task operation system (multitask OS) or the like, multitask processing in a form in which a plurality of programs are executed simultaneously is possible.

  It should be noted that the hierarchical structure of the task management of the game software GSW shown in FIG. 2 is conceptually shown. The actual game software GSW has a more complicated hierarchical structure including other programs not shown. Although it is possible to determine the order of processing and various types of interrupt processing, illustration and description thereof are omitted for convenience of explanation. Also, the arrows shown by connecting the programs in FIG. 2 are for facilitating understanding of the invention, and the exchange of information and arithmetic processing between the programs is not limited by these arrows.

  In addition, as long as various data of the game software GSW are readable by the program function of the game software GSW, the storage mode is arbitrary, and as in the present embodiment, the game software GSW is stored in the game software GSW. In addition to being stored in the recording disk 6 together with the program, it is stored in an external memory means and downloaded to a memory such as the RAM 5 via a communication mediating means such as the Internet by a reading program provided in the game software GSW. You may comprise.

  In the following description, the CPU 2 originally performs arithmetic processing based on each program of the game software GSW and functions according to the generated task. However, for the convenience of explanation, those operations are omitted. “The program works.”

  Next, the operation of the game software GSW will be described with reference to the drawings. First, for example, when a player turns on the power of the game machine 1, the game machine 1 reads the recording disk 6 on which the game software GSW is recorded via the recording disk reader 7, and the game software The wear GSW (for example, OS (not shown), including a task management program) is stored in the RAM 5. Then, the game software GSW stored in the RAM 5 is activated by the operating system stored in the ROM 4.

  Then, first, with the function of the character data storage program 47, for example, various data of the character CR operated by the player (for example, a physical strength value, an attack power value, a defense value, etc.) in a form of reading saved data recorded in the external memory 15 or the like. RAM 5 stores parameter values such as force values, eyesight values, and hearing values, and possession state data such as weapons, armor, and other items.

  Subsequently, for example, when the start of game play is instructed by an operation input of the player via the controller 14, the scenario management program 40 functions in response to this and starts the progression of the scenario of the game (restarting the game) In this case, the progression of the scenario is resumed based on, for example, saved data recorded in the external memory 15).

  When the progress of the scenario is started by the function of the scenario management program 40, a scenario as a so-called role-playing game is developed, and the operation input of the player via the controller 14 detected by the function of the operation input detection program 22 is performed. Based on this, the progress of the scenario is managed.

  Further, in the virtual space described later in detail, when the character CR approaches a hostile enemy character (hereinafter referred to as “monster”) within a predetermined distance (that is, when encountered), the battle processing program 41 is executed. For example, a battle-related process is performed in a virtual space for battle (not shown), that is, for example, compensation for damage between the character CR and the enemy character is performed based on an operation input by the player. Then, various data of the character CR (at least the physical strength value, the attack power value, the defense power value, the visual acuity value, the hearing value, etc.) are changed by the function of the ability value change processing program 42, and the character data storage program 47 It is stored in the form of being overwritten in the RAM 5 by the function.

  On the other hand, when the progress of the scenario is started by the function of the scenario management program 40 as described above, the virtual space setting program 35 functions to record the virtual space as shown in FIG. 3 in a predetermined memory area in the RAM 5, for example. Set in the form that you want. Further, by the function of the virtual space setting program 35, based on the arrangement position of the character CR indicating the direction in the direction of the arrow, as shown by the solid line in FIG. areA and a second virtual area areB that includes the first virtual area areA and is larger than the first virtual area areA, for example, are set in a form having a plane grid-like section. The

  In the following description, the grid-like sections of the second virtual area areB shown in FIG. 3 are set from the first line to the eleventh line in order from the lower side to the upper side in the figure, and from the left side to the right side in the figure. The description will be made assuming that the first to eleventh columns and the matrix positions thereof are “position 1-1” to “position 11-11” and indicate the position of the virtual space.

  That is, the position from the position 3-3 to the position 9-9 is set as the first virtual area areA around the position 6-6 of the character CR, and the position from the position 1-1 to the position 11-11 is set as the second virtual area areB. Set as The first virtual area areA is an audiovisual area in the audiovisual mode to be described later in detail or a visual area in the visual mode, and the second virtual area areB is an auditory area in the auditory mode to be described in detail later.

  When the virtual space is set in this way and the first virtual area areA and the second virtual area areB are set, the virtual object placement program 36 functions, for example, in the progress state of the scenario managed by the scenario management program 40. Based on this, a virtual object to appear on the game is arranged in the virtual space (at least the first virtual area areA and the second virtual area areB).

  Specifically, the virtual object placement program 36 calculates the position of the character CR in the map data of the game world (not shown), for example, according to the progress state of the scenario. Is read from the recording disk 6, and based on the position of the character CR and the map data, the road Lo (positions 1-6 to 11-6) and Ogawa Re (positions 1-3 to 10-1) are read out. ), Trees Tr1 (position 8-7), Tr2 (position 7-1), Tr3 (position 6-2), Tr4 (position 6-1), Tr5 (position 5-2), Tr6 (position 5-1) Virtual objects such as house Ho (position 8-5) and item It (position 8-5) are arranged in the first and second virtual areas areA and areB in the virtual space.

  Further, the virtual object arrangement program 36 is a monster Mo1 (position 9-4), Mo2 (position 10-9), Mo3 (position 3-8), and a small bird Bi1 (position 8- 7) A form in which a moving virtual object such as Bi2 (position 8-11), Bi3 (position 8-11), Bi4 (position 7-1), Bi5 (position 6-2) is calculated. Thus, they are arranged in the first and second virtual areas areA and areB in the virtual space.

  Note that when the above-described virtual object is placed by the function of the virtual object placement program 36, a screen-like plate polygon (not shown) is placed on the outer edge portion of the first virtual area areA, and the background is placed on the plate polygon. Etc. are drawn (texture mapping).

  Further, the virtual object arrangement described above will be described for the case where the virtual object is moved and arranged around the character CR when the movement of the character CR is instructed by the player's operation input via the controller 14, for example. However, for example, a virtual object may be arranged in a large virtual space as in an online game, and the position of the character CR may move in the virtual space. At this time, the positions of the first and second virtual areas areA and areB are also set so as to move in the virtual space together with the position of the character CR.

  Next, the audiovisual mode, visual mode, and auditory mode, which are the main parts of the present invention, will be described. For example, when the start of the game is instructed by an operation input from the player, the mode selection program 37 functions to select, for example, the audiovisual mode as a normal state. Then, in response to the setting of the virtual space by the virtual space setting program 35, the audiovisual mode data generation program 26 of the first data generation program 25 functions to generate display image data and audio data for the audiovisual mode. .

Specifically, first, when the audiovisual mode data generation program 26 functions, as shown in FIG. 3, for example, the direction of the character CR (that is, the direction of the arrow) is the viewing direction, and the position of the character CR is set as the viewpoint position. The display image for the audiovisual mode is set and plane-transparent-converted with respect to the viewpoint position of the polygon model of the virtual object arranged in the first virtual area areA and the plate polygon on which the background described above is drawn. Generate data. Then, the image generation / output program 20 functions to generate a display image 50 as an audiovisual mode as shown in FIG. 4 based on the display image data for the audiovisual mode and output it to the display 11.

  Then, as shown in FIG. 4, the display image 50 includes a stream Re (positions 7-4 and 8-3), a road Lo (positions 7-6 to 9-6), a house Ho (position 8-5), A tree Tr1 (position 8-7) is displayed, and a cloud 51 and a sun 52 drawn on a plate polygon are displayed as a background. At this time, the monster Mo1 (position 9-5), the item It (position 8-5), and the small bird Bi1 (position 8-7) are displayed on the display screen 50 in the form of blind spots of the house Ho and the tree Tr1. Not. Further, a virtual object (for example, monster Mo2) arranged outside the first virtual area areA and in the second virtual area areB is hidden on the background by the plate polygon and displayed on the display screen 50. That is, only the first virtual area areA becomes the visual area.

  As described above, in the present embodiment, the first virtual area areA is used as the visual area in such a manner that the virtual objects arranged in the second virtual area areB outside the first virtual area areA are hidden by the plate polygons. However, the present invention is not limited to this, and the virtual object arranged in the second virtual area areB outside the first virtual area areA may be rendered in the display image 50 as a result, for example, by drawing in a transparent color. In other words, any method (method) may be used as long as only the virtual object in the first virtual area areA is displayed.

On the other hand, when the audio-visual mode data generation program 26 functions, the audio data relating to each virtual object arranged in the first virtual area areA is read out from the recording disk 6 by the function of the audio data storage program 46, and these components are read out. It is generated as audio data for audiovisual mode in the form of synthesizing typical audio data. Then, the audio generation output program 21 functions, generates output audio as the audiovisual mode based on the audiovisual mode audio data, and outputs it to the speaker 12.

  Specifically, when the audio-visual mode data generation program 26 functions, a sound such as a water stream of the stream Re arranged in the first virtual area areA, a sound of the tree Tr1 such as a tree swinging, a small bird Bi1 The voice data such as twitter and the voice data such as the footstep sounds of the monsters Mo1 and Mo3 are synthesized and generated as audio data for the audiovisual mode.

  At this time, the audiovisual mode data generation program 26 does not synthesize the audio data of the virtual object arranged in the second virtual area areB outside the first virtual area areA with the audio data for the audiovisual mode. Sound is not output from the speaker 12. As a result, only the first virtual area areA becomes the auditory area. That is, in the audiovisual mode, the first virtual area areA is the audiovisual area.

Further, when the audio data for the audiovisual mode is generated and output to the speaker 12, for example, the speaker 12 has two left and right speakers, that is, can output stereo sound, as shown in FIG. As described above, the part-like audio data of the virtual object (Ogawa Re, monster Mo1) arranged in the left portion indicated by the arrow L in the first virtual area areA with the axis CT centering on the arrangement position of the character CR as the boundary. Are generated as audio data for the left, and component audio data of a virtual object (tree Tr1, small bird Bi1, monster Mo3) arranged in the right part indicated by the arrow R in the first virtual area areA is synthesized. Are generated separately as right audio data and output separately as left and right output audio to the two left and right speakers 12.

  As a result, as shown in FIG. 4, the player has, for example, a monster Mo1 that is not displayed on the display screen 50 on the left side with respect to the character CR, and a small bird Bi1 and a monster Mo3 that are not displayed on the display screen 50 on the right side. It can be recognized that it exists.

  Next, a case where the selection mode is switched to the visual mode will be described. For example, when a player inputs a predetermined switch of the controller 14 and gives an instruction to switch to the visual mode, the operation input is detected by the function of the operation input detection program 22, and the mode is set by the function of the anti-operation selection program 39. The selection program 37 functions to switch the selection from the above-described audiovisual mode to the visual mode, for example. Then, the visual mode data generation program 28 of the second data generation program 27 functions to start generating display image data for the visual mode.

Specifically, when the visual mode data generation program 28 functions, as in the audiovisual mode described above, as shown in FIG. 3, for example, the direction in which the character CR is facing (that is, the direction of the arrow) is set as the viewing direction. The position of the character CR is set as the viewpoint position, and the polygon model of the virtual object arranged in the first virtual area areA and the plate polygon on which the background is drawn are subjected to plane perspective conversion with respect to the viewpoint position. Thus, display image data for the visual mode is generated.

  At this time, the translucent processing program 29 functions, for example, a translucency value (for example, an α value set in a range of 0 to 255) included in the color data of the polygon model of each virtual object is about 50% translucent color. For example, the display image data for the visual mode is generated so that the polygon model of each virtual object becomes a semi-transparent color. Then, the image generation / output program 20 functions to generate a display image 50 ′ as a visual mode as shown in FIG. 5 based on the display image data for the visual mode and output it to the display 11.

  That is, by switching from the audiovisual mode to the visual mode, the display screen 50 shown in FIG. 4 is switched to the display screen 50 ′ shown in FIG. 5. The visual mode data generation program 28 does not generate audio data as described above, that is, no audio is output from the speaker 12.

  Then, in the audiovisual mode, the item It (position 8-5) in the house Ho (position 8-5) in the display image 50 that was not visible, and the monster Mo1 (position that was not visible in the shadow of the house Ho) 9-5), a small bird Bi1 (position 8-7) that was invisible in the tree Tr1 (position 8-7), that is, a virtual object that was hidden behind other virtual objects (see FIGS. 3 and 4). In the case of the visual mode, as shown in FIG. In other words, the player can obtain new information that the hidden virtual object becomes visible in exchange for the inability to hear the sound, and this increases the taste of the game.

Next, a case where the selection is switched to the auditory mode will be described. For example, when a player inputs a predetermined switch of the controller 14 and gives an instruction to select and switch to the auditory mode, the operation input is detected by the function of the operation input detection program 22, and the mode is set by the function of the operation selection program 39. The selection program 37 functions to switch the selection from the above-described audiovisual mode or visual mode to the auditory mode, for example. Then, the audio data relating to each virtual object arranged in the second virtual area areB is read out in parts from the recording disk 6 by the function of the audio data storage program 46, and the audio data is synthesized in the auditory mode. Generated as audio data for use. Then, the sound generation / output program 21 functions to generate output sound as the auditory mode based on the sound data for the auditory mode and output it to the speaker 12.

  Specifically, when the auditory mode data generation program 30 functions, as shown in FIG. 3, the component audio of the stream Re, the tree Tr1, the bird Bi1, and the monsters Mo1 and Mo3 arranged in the first virtual area areA. In addition to the data, trees Tr2, Tr3, Tr4, Tr5, Tr6 and small birds Bi2, Bi3, Bi4 arranged in the outer portion (the portion indicated by the broken line in FIG. 3) of the first virtual area areA in the second virtual area areB. , Bi5 and monster Mo2 are also generated as audio data for the auditory mode in a synthesized form.

  Then, for example, the sounds of the trees Tr2, Tr3, Tr4, Tr5, Tr6, small birds Bi2, Bi3, Bi4, Bi5, and the monster Mo2 that could not be heard in the audiovisual mode, that is, the sound of the virtual object in the entire second virtual area areB. In the auditory mode, you can hear it. In other words, the player can obtain new information that the sound of the virtual object placed farther can be heard in exchange for the display image becoming invisible, and this increases the taste of the game.

  In addition, when the selection is switched to the auditory mode, the information generation program 31 functions, and the virtual objects arranged in the second virtual area areB in order from the virtual object arranged close to the arrangement position of the character CR. Generates audio data of information audio regarding direction and type.

  Specifically, based on the position 6-6 of the character CR, first, voice data of information voice such as “There is a road Lo in the front-rear direction from the foot” is generated, and then, for example, “from the left front Audio data of information voice like “Ogawa Re is flowing to the left rear” is generated. Next, for example, information voice data such as “Ho is built a little ahead of the left” is generated, and for example, “Tree Tr1 stands a little ahead of the right”. Such information audio data is generated. Thereafter, the voice data of the information voice is sequentially generated for the monster Mo1 and the monster Mo3 as well.

  Then, the generated audio data of the information audio is sequentially generated as output audio by the function of the audio generation output program 21 and output from the speaker 12. Thereby, in the auditory mode, the direction and type of the virtual object that the player cannot see can be recognized, and the game can be played even with only the sound.

  When generating the audio data of the information audio, for example, “House Ho has a door and it is not locked.” It is preferable to generate in a form intervening as needed. Also, for example, in the battle state with a monster, for example, information voice data is generated so that the direction and type of the monster in the battle virtual space become more detailed information. It is preferable to generate the information voice so that the battle scene can be grasped only by the voice, for example, the type of the attack to be sent out is generated as the voice data of the information voice.

  Next, a case where the mode is selectively switched according to the ability value of the character CR will be described. For example, when the character CR operated by the player via the controller 14 encounters a monster or the like, that is, for example, when the position of the monster is calculated at the same position as the position 6-6 of the character CR, the battle processing program 41 functions, for example, the virtual space for the battle is set, and as a scene of the scenario progress, processing relating to battle (processing relating to damage compensation between the character CR and the enemy character) is started in the virtual space.

  If a process in which the character CR receives an attack (ie, damage) is performed during the process related to the battle by the function of the battle process program 41, the ability value of the character CR is obtained by the function of the ability value change process program 42 as described above. Is subtracted and stored in the RAM 5 by the function of the character data storage program 47. At this time, for example, when an attack is made on the eyes or ears of the character CR, the visual acuity value or the hearing value of the character CR is subtracted by the function of the ability value change processing program 42, and the function of the character data storage program 47 The visual acuity value or the hearing value stored in the RAM 5 decreases.

  For example, when the visual acuity value of the character CR stored in the RAM 5 is smaller than a predetermined value (for example, when the visual acuity value is 100 at the maximum and less than 30), the ability value selection program 38 functions, For example, if the hearing value of the character CR stored in the RAM 5 is smaller than a predetermined value (for example, the hearing value is 100 at the maximum and less than 30). ), The ability value selection program 38 functions and switches the selection to the visual mode as described above.

  That is, for example, when the character CR is attacked by a monster and the character CR cannot be seen, the selection is switched to the auditory mode, and only the sound is output through the speaker 12 as described above. For example, when the character CR is attacked by a monster and the character CR cannot be heard, the selection is switched to the visual mode, and only the display image 50 ′ is displayed on the display 11 as described above. Output state.

  In addition, although the visual acuity value and the hearing value of the above-described character CR have been described as being changed according to the damage received in the battle, the present invention is not limited to this. For example, the character CR has an eye during a scenario other than the battle state. Depending on the situation where you can't see or hear, you may change the visual acuity value or the hearing value, that is, the visual acuity value or the hearing value changes depending on the progress of the scenario. It can be anything.

  As described above, according to the game software GSW according to the present invention, the first data generation output program 25 or the second data generation output when the mode selection program 37 is switched to the audiovisual mode, the visual mode, or the auditory mode. Since the display state data or sound data for each mode is generated and the display images 50, 50 ′ or sound for each mode are output to the display 11 or the speaker 12 so that the progress state of the scenario is continued by the program 27. During the play of the game, for example, it is possible to freely switch to a state in which both the display image 50 and the sound are output, a state in which only the display image 50 ′ is output, or a state in which only the sound is output. It is possible to increase the taste as a game.

  Further, since the mode selection program 37 has a pair operation selection program 39 that performs mode selection switching based on operation input via the controller 14, it is possible to perform mode selection switching by player operation input. Further, since the scenario continues even if the mode is switched, it is possible for the player to freely switch the mode by operating the controller 14 during the game play.

  Further, the mode selection program 37 enters the auditory mode when the visual acuity value of the character CR that can be operated by the player falls below a predetermined value, or enters the visual mode when the hearing value of the character CR falls below a predetermined value. Since there is an ability value selection program 38 for switching modes, for example, a state or display in which only the sound is output in accordance with the scene where the character CR becomes invisible or deaf Only the image 50 ′ can be output. Thereby, a realistic taste can be given and the taste as a game can be increased.

  In addition, display image data and audio data for audiovisual mode and display image data for visual mode are generated based only on the virtual object arranged in the first virtual area areA, and audio data for the auditory mode is generated as the second audio data. Since it is generated based on the position of the virtual object arranged in the virtual area areB, the sound of the virtual object arranged outside the first virtual area areB and in the second virtual area areB is output only in the auditory mode. For example, by concentrating on hearing, it is possible to hear the sound of a farther virtual object. Thereby, the taste as a game can be increased.

  Furthermore, since the second data generation program 27 has a translucent processing program 29 that generates display image data for the visual mode using a translucent color, the first virtual area only in the visual mode. A display image 50 ′ in which a virtual object arranged in areaA is made a semi-transparent color can be output. For example, as if the virtual object hidden behind another virtual object in the audiovisual mode is seen through. Can be. Thereby, the taste as a game can be increased.

  Further, the second data generation program 27 relates to the direction of the virtual object arranged in the second virtual area areB in the virtual space and the type of the virtual object based on the arrangement position of the character CR as audio data for the auditory mode. Since it has an information generation program 31 that generates audio data of information audio, it is possible to recognize the direction and type of a virtual object that cannot be seen in the auditory mode. You can play.

  Furthermore, the information generation program 31 generates audio data of information audio regarding the direction and type of the virtual object in order from the virtual object arranged close to the arrangement position of the character CR in the second virtual area areB. The situation around the CR can be easily understood.

  The game software GSW includes at least a scenario management program 40, a virtual space setting program 35, a virtual object arrangement program 36, an auditory mode data generation program 30 that functions as an audio data generation program, and a sound generation output program 21. If it is the game software which is running, it can be played only in the auditory mode.

  In the case of such game software, the auditory mode data generation program 30 as the sound data generation program is based on the position of the character CR, the direction of the virtual object arranged in the virtual area in the virtual space, and the virtual object Audio data including information audio relating to the type of sound is generated, and the sound generation output program 21 generates output audio based on the audio data and outputs it to the speaker 12, so that the direction and type of the invisible virtual object are recognized. The game can be played even with only sound. Thereby, a visually impaired person can play the game in the same manner as a person without an obstacle.

  Furthermore, since the audio data generation program 30 sequentially generates information audio from a virtual object arranged close to the arrangement position of the character CR in the virtual area, the situation around the character CR can be easily understood. .

  In the present embodiment, in response to the mode selection program 37 selecting and switching the mode, the display image data and audio data for audiovisual mode, the display image data for visual mode, and the audio data for auditory mode However, the display image data and audio data for the audiovisual mode, the display image data for the visual mode, the audio data for the auditory mode, etc. have been described. Such data may be always generated, and when the data is output to the display 11 or the speaker 12, which data is to be output is selectively switched.

  Furthermore, in the above-described embodiment, the game software GSW has been described as functioning on the home game machine 1, but the present invention is not limited to this, and is applied to a game device such as a so-called arcade game machine. May be.

It is a block diagram which shows the game machine which concerns on this invention. It is a block diagram which shows roughly the game software GSW which concerns on 1st Embodiment. It is explanatory drawing which shows virtual space. It is a figure which shows the display screen at the time of audiovisual mode. It is a figure which shows the display screen at the time of visual mode.

Explanation of symbols

1 …… Computer (game machine)
5 …… Memory unit (RAM)
11 …… Display 12 …… Speaker 14 …… Input section (controller)
20 …… Image generation output means 21 …… Sound generation output means 25 …… First data generation output means 27 …… Second data generation output means 29 …… Translucent processing means 30 …… Sound data generation means (auditory mode) Data generation program)
31 …… Information generation means 35 …… Virtual space setting means 36 …… Virtual object placement means 37 …… Mode selection means 38 …… Competency value selection means 39 …… Comparison operation selection means 40 …… Scenario management means 42 …… Ability value change processing means 47 ... character data storage means 50 ... display image areA ... first virtual area areB ... second virtual area CR ... character GSW ... game software

Claims (6)

Computer
Scenario management means for managing the progress of the scenario on the game based on the operation input via the input unit,
Virtual space setting means for setting in a memory a virtual space in which an operation character that can be operated by the player is arranged;
Virtual object placement means for placing a virtual object appearing in the game in the virtual space based on a progress state of the scenario;
A virtual region setting means for setting a first virtual region and a second virtual region larger than the first virtual region, the first virtual region including the first virtual region centered on the operation character in the virtual space;
A mode selection means for selecting and switching to one mode from an audiovisual mode for generating and outputting display image data and audio data, a visual mode for generating and outputting only display image data, and an auditory mode for generating and outputting only audio data;
For the virtual object, the position of the operation character is set to the viewpoint position with the direction of the operation character facing as the visual field direction so that the progress state of the scenario continues when the selection is switched to the audiovisual mode. Then, only the virtual object arranged in the first virtual region is subjected to plane perspective transformation with respect to the viewpoint position to generate display image data for the audiovisual mode, and audiovisual mode image data generation means, Audiovisual mode for generating audio data for audiovisual mode by reading out only audio data related to each virtual object arranged in the first virtual area as a component from a memory and synthesizing the component audio data First data generation / output means comprising voice data generation means for use,
For the virtual object, the position of the operation character is set as the viewpoint position with the direction of the operation character facing as the viewing direction so that the progress state of the scenario continues when the selection mode is switched to the visual mode. Then, only the virtual objects arranged in the first virtual area are subjected to plane perspective transformation with respect to the viewpoint position in a shape in which the polygon model of each virtual object is made a semitransparent color, and the display for the visual mode is performed. Second data generation / output means for generating image data;
For the virtual object, audio data relating to each virtual object arranged in the second virtual area is transmitted from the memory as a component so that the progress state of the scenario continues when the selection is switched to the auditory mode. 3rd data generation output means for generating audio data for the auditory mode in a form of reading out and synthesizing these component audio data,
Image generation and output means for outputting a display image to a display based on the display image data for the audiovisual mode or the display image data for the visual mode;
Audio generation output means for outputting output audio to a speaker based on the audio data for the audiovisual mode or the audio data for the auditory mode;
Game program to function as.

The mode selection means includes mode switching means for performing selection switching of the mode based on an operation input via an input unit.
The game program according to claim 1. Further, the computer
Character data storage means for storing a visual acuity value or a hearing value of an operation character that can be operated by the player in a memory unit;
Ability value change processing means for changing the visual acuity value or the hearing value based on the progress state of the scenario,
Has a program to function as
The mode selection means is adapted to perform selection switching of the mode to the auditory mode when the visual acuity value becomes a predetermined value or less, or to the visual mode when the hearing value becomes a predetermined value or less. Having value selection means,
The game program according to claim 1 . The third data generation / output unit is configured to generate, as the audio data for the auditory mode, the direction of the virtual object arranged in the second virtual area in the virtual space based on the arrangement position of the operation character , and the virtual object Having information generation means for generating audio data of information audio relating to the type of
The game program according to claim 1 . The information generation means generates audio data of the information audio related to the direction and type of the virtual object in order from the virtual object arranged close to the arrangement position of the operation character in the second virtual area.
The game program according to claim 4 .
Scenario management means for managing the progress of the scenario on the game based on the operation input via the input unit,
Virtual space setting means for setting in a memory a virtual space in which an operation character that can be operated by the player is arranged;
Virtual object placement means for placing a virtual object appearing in the game in the virtual space based on a progress state of the scenario;
A virtual region setting means for setting a first virtual region and a second virtual region larger than the first virtual region, the first virtual region including the first virtual region centered on the operation character in the virtual space;
A mode selection means for selecting and switching to one mode from an audiovisual mode for generating and outputting display image data and audio data, a visual mode for generating and outputting only display image data, and an auditory mode for generating and outputting only audio data;
For the virtual object, the position of the operation character is set to the viewpoint position with the direction of the operation character facing as the visual field direction so that the progress state of the scenario continues when the selection is switched to the audiovisual mode. Then, only the virtual object arranged in the first virtual region is subjected to plane perspective transformation with respect to the viewpoint position to generate display image data for the audiovisual mode, and audiovisual mode image data generation means, Audiovisual mode for generating audio data for audiovisual mode by reading out only audio data related to each virtual object arranged in the first virtual area as a component from a memory and synthesizing the component audio data First data generation / output means comprising voice data generation means for use,
For the virtual object, the position of the operation character is set as the viewpoint position with the direction of the operation character facing as the viewing direction so that the progress state of the scenario continues when the selection mode is switched to the visual mode. Then, only the virtual objects arranged in the first virtual area are subjected to plane perspective transformation with respect to the viewpoint position in a shape in which the polygon model of each virtual object is made a semitransparent color, and the display for the visual mode is performed. Second data generation / output means for generating image data;
For the virtual object, audio data relating to each virtual object arranged in the second virtual area is transmitted from the memory as a component so that the progress state of the scenario continues when the selection is switched to the auditory mode. 3rd data generation output means for generating audio data for the auditory mode in a form of reading out and synthesizing these component audio data,
Image generation and output means for outputting a display image to a display based on the display image data for the audiovisual mode or the display image data for the visual mode;
Audio generation output means for outputting output audio to a speaker based on the audio data for the audiovisual mode or the audio data for the auditory mode;
A game device comprising:

Images