Patent Application
20070256541
The present invention relates to video game systems. More particularly, the present invention relates to a flexible musical video game console having access to online musical games for different instruments and with varying difficulty.
Computer video games have evolved from the early games, such as “pong”, a black-and-white two-dimensional game on an eight-bit personal computer, to the present day sophisticated games with color three-dimensional video games on a dedicated game console.
Popular video games include musical video games wherein a player interacts with music by stepping on a dance pad coupled to a game console. The objective of the musical game is to step on a plurality of the predetermined positions on the dance pad synchronously with a sequence of visual cues displayed on a video screen. Points are awarded based accuracy, speed and level of difficulty. For simplicity, most musical video game content is stored on a DVD which is loaded into the game console prior to beginning the game. The player selects a song from the DVD, selects the level of difficulty, and then proceeds with the musical game.
After repeatedly playing the same songs over and over again from the DVD-based musical video game system, most players soon get bored because they are unable to select new songs that have not been included on the DVD's song list. Hence there is a need for an improved musical game console which supports different musical instruments, supports changing difficulty while playing, and also enables one or more players to download a wide variety of online musical video games, and enables players to interact with other players musically.
To achieve the foregoing and in accordance with the present invention, a game console capable of operating with a variety of electronic musical instruments is provided. Such a system is especially useful for downloading different musical video games for a variety of musical instruments and capable of changing the level of difficulty during play.
In one embodiment, the electronic musical instrument includes a positional sensor capable of detecting the absolute and relative position of the electronic musical instrument. The positional sensor can be one or more of a solid state gyroscopic sensor, a magnetic compass sensor and an accelerometer.
The musical instrument also includes an output port for sending the position of the electronic musical instrument to the game console. The position of the electronic musical instrument can be used by the game console to select from two or more strategy files. The two or more strategy games can vary in difficulty or be for different musical instruments.
Many variations are possible. For example, the game console has a network connection for sharing player responses with other remote players, enabling the players to interact during the musical game. The network connection can also be used to download new musical and strategy files.
Note that the various features of the present invention can be practiced alone or in combination. These and other features of the present invention will be described in more detail below in the detailed description of the invention and in conjunction with the following figures.
The present invention is illustrated by way of example, and not by way of limitation, in the figures of the accompanying drawings and in which like reference numerals refer to similar elements and in which:
The present invention will now be described in detail with reference to a few preferred embodiments thereof as illustrated in the accompanying drawings. In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present invention. It will be apparent, however, to one skilled in the art, that the present invention may be practiced without some or all of these specific details. In other instances, well known process steps and/or structures have not been described in detail in order to not unnecessarily obscure the present invention. The features and advantages of the present invention may be better understood with reference to the drawings and discussions that follow.
To facilitate discussion,
Referring now to
In this embodiment, video co-processor 120 is coupled a video display device 125, e.g. a flat screen video monitor, while audio co-processor 130 is coupled to an audio output device, e.g. a speaker or a headphone. Game console 100 can also coupled via network interface 160 to a remote music file server 180 and one or more remote game player 182 . . . 189 via a wide area network 170 such as the Internet.
One or more musical game players can interact with game console 100 via one or more game devices, e.g., game device 145, which can be a string instrument such as a guitar, a percussion instrument such as a drum set, or a pressure device such as a dance pad.
In accordance with the invention, game console 100 includes an operating system (OS) which supports a musical game program (MGP) executing on central processor 110. The OS provides the MGP with system calls for controlling video co-processor 120, audio co-processor 130, input/output ports 140, RAM memory 150, mass storage device 155, and network interface 160.
As will be discussed in greater detail below, instead of an executable file with strategy files predefined for a particular musical instrument, the MGP is a general purpose musical strategy game program which can retrieve or download video and audio primitives, including venue primitives, player render primitives, input device render primitives, note chart render primitives, music audio tracks and timing primitives via network interface 160 or mass storage device 155 such as a DVD player.
Referring to the flowchart of
The MGP includes a Control Engine Master File (ECF) for selecting the component files associated with the selected song in step 230 which is described in further detail below. Accordingly, the MGP is an executable control program with an ECF having a sequence list of pointers to graphic scenes rendered images.
The appropriate block of audio data is written to the input buffer of audio co-processor 130 (step 240). The song continues until either the selected song ends or console 100 detects that the “Stop” button has been depressed (step 250).
The player can now be scored and if the correct pressure switch, key or button of game device 145 is depressed within the appropriate time window (step 255), the player is rewarded with an increase in his or her game score (step 265). The video display 125 can also provide a visual reward such as a “happy face” or a happy character jumping for joy.
Conversely, if the incorrect pressure switch, key or button is depressed or if the timing of the depression is incorrect, then the player's game score is decreased (step 260). An appropriate “sad face” can be shown on video display 125.
In steps 270, 275, the MGP executing on central processor 110 checks the MIDI (Music Industry Digital Interface) Sync file for synchronization information and updates the Note Chart for display device 125. Central processor 110 sends the appropriate video data to video co-processor 120 thereby updating the output of video display 125.
Referring also to
Appropriate segments of these files are copied to the respective input buffers of video co-processor 120 and audio co-processor 130 (step 335). In steps 337, 338, the MIDI NCMF file pointer is then advanced to the next sequence and the “Done” flag is set. As shown in
Referring also to the exemplary tracks of
In some embodiments, the difficulty of the musical game can also be increased by detecting “key velocity”, e.g., how hard keys 811, 812, 813, 814, 815 are depressed, and/or allowing the player to vary the pitch of the note by “bending” guitar neck 810. It is also possible for dance pads to sense a range of different pressures and for the MGP to provide corresponding levels of play depending on the pressure.
Similarly,
In accordance with another aspect of the present invention, game device 145, e.g., a guitar also includes incremental position and/or motion sensor(s) to detect the absolute and/or relative position and/or movement of a guitar or a dancer, and display a corresponding image on video display 125. Suitable position/motion sensors include commercially available solid state gyroscopic sensors, magnetic compass sensors and accelerometers from www.freescale.com, www.ssp.co.ip and www.pnicorp.com.
Accordingly, position and motion sensing by game device 145 is accomplished by relying on the piezo coriolis effect of gyroscopic sensors, wherein the solid state gyroscope yields angular position relative to the angle at which game device 145 is rotated. For instance, the output voltage from the sensor can be a function of dw/dt, and wherein “w” is the relative angular position of game device 145 during rotation.
Position sensing can also be accomplished by using the true north detection capability of magnetic compass sensors, e.g., the output voltage is a function of sin(Mnorth(w)), and wherein “w” is the angle between true magnetic north and the angle at which game device 145 is being held.
It is also possible to use the gravitational field direction and plane-of-earth orientation capabilities of accelerometers for position sensing. One such position sensor might be a commercially available MEMS (micro-machined silicon) sensing accelerometer. Such accelerometers provide the vertical position of game device 145 as a function of the earth gravitational field. For example, the voltage output can be a function of angular position orthogonal relative to the earth's surface, i.e., Vout is a function of sin(w) and wherein “w” is the angular position of game device 145 relative to the ground plane.
The positional sensor can also be a simple switch device which yields the rotated angle in crude but discernable increments. One exemplary impulse function for switch is Vout=3.3V*I(w), wherein “w” is the angle of game device 145 relative to the ground.
In addition to displaying the position of game device 145, positional information detected from game device 145 can also be used for a variety of non-positional controls, including volume control and note bending to vary change pitch. The position of game device 145 can also be used to select different strategy files and/or to control the level of difficulty. Accordingly, the player can select from base guitar track, lead guitar track, rhythm guitar track, speed of music, mode of game (solo, duet) or to change songs while playing, by for example, rotating the guitar body 90 degrees from the normal playing position such that the guitar neck is almost vertical, the player can switch musical tracks to from base guitar to lead guitar without interrupting the selected song.
Although the above exemplary description uses protocols such as MIDI files, it is possible to use other protocols known to one skilled in the art. In addition, the functionality of game console 100 and game device 145 can be in software, firmware, hardware or combinations thereof.
Advantages of the present invention include the ability to download add-on or enhancement to an existing musical game, a new song for an existing musical game, or a completely new game with a new list of songs. Players can also trade musical games among friends or preview trial versions of musical games before purchasing. The ability to change the level of play difficulty and/or to switch tracks during play also makes the musical games more entertaining.
Many modifications and additions to the present invention also possible. For example, multiple players can play synchronously on a single console 100. Alternatively, multiple players can play synchronously one console 100 and one or more remote game console(s) 182 . . . 189. The multiple players can be on similar instruments such as a lead guitar, a rhythm guitar and a base guitar, or on different instruments such as a guitar, a drum set and a dance pad. In addition, the players can interact cooperatively or competitively.
While this invention has been described in terms of several preferred embodiments, there are alterations, modifications, permutations, and substitute equivalents, which fall within the scope of this invention. It should also be noted that there are many alternative ways of implementing the methods and apparatuses of the present invention. It is therefore intended that the following appended claims be interpreted as including all such alterations, modifications, permutations, and substitute equivalents as fall within the true spirit and scope of the present invention.
