Abstract:
A musical contents system comprises a contents providing server comprising a connecting unit that connects to a communication network, and a contents storage unit that stores musical contents in a storage area corresponding to a user of an electronic musical device; and an electronic musical device comprising a connecting unit that connects to the contents providing server via the communication network, an accessing unit that accesses to the contents storage unit via the communication network, and a contents operating unit that performs an operation to the musical contents stored in the contents storage area corresponding to the user. The musical contents purchased or created by the user can be stored in a data center; therefore, convenience of using the musical contents is improved and the cost is decreased or cut off.
Abstract:
A musical contents system comprises a contents providing server comprising a connecting unit that connects to a communication network, and a contents storage unit that stores musical contents in a storage area corresponding to a user of an electronic musical device; and an electronic musical device comprising a connecting unit that connects to the contents providing server via the communication network, an accessing unit that accesses to the contents storage unit via the communication network, and a contents operating unit that performs an operation to the musical contents stored in the contents storage area corresponding to the user. The musical contents purchased or created by the user can be stored in a data center; therefore, convenience of using the musical contents is improved and the cost is decreased or cut off.
Abstract:
A musical contents system comprises a contents providing server comprising a connecting unit that connects to a communication network, and a contents storage unit that stores musical contents in a storage area corresponding to a user of an electronic musical device; and an electronic musical device comprising a connecting unit that connects to the contents providing server via the communication network, an accessing unit that accesses to the contents storage unit via the communication network, and a contents operating unit that performs an operation to the musical contents stored in the contents storage area corresponding to the user. The musical contents purchased or created by the user can be stored in a data center; therefore, convenience of using the musical contents is improved and the cost is decreased or cut off.
Abstract:
MIDI data representing a musical performance may be altered to substitute one instrument for another, change the parameters applicable to individual instruments, and change the genre of a piece by collectively implementing predetermined changes of instruments and instrument parameters. The changes may be made in an automated real time fashion so that desired changes can be implemented during performance.
Abstract:
A play data editing device edits play data according to a characteristic of a speaker. The play data editing device includes a dividing unit (301) for dividing first play data into second play data per channel; a classifying unit (302) for classifying the second play data into a rhythm part, a melody part, and a base part; a chord processing unit (303) for converting a number of chords of the second play data corresponding to the melody part according to the characteristic of the speaker; a velocity processing unit (304) for converting a velocity of the second play data corresponding to the rhythm part according to the characteristic of the speaker; and a sound range processing unit (305) for shifting a sound range of the second play data corresponding to the base part according to the characteristic of the speaker.
Abstract:
MIDI data representing a musical performance may be altered to substitute one instrument for another, change the parameters applicable to individual instruments, and change the genre of a piece by collectively implementing predetermined changes of instruments and instrument parameters. The changes may be made in an automated real time fashion so that desired changes can be implemented during performance.
Abstract:
A musical contents system comprises a contents providing server comprising a connecting unit that connects to a communication network, and a contents storage unit that stores musical contents in a storage area corresponding to a user of an electronic musical device; and an electronic musical device comprising a connecting unit that connects to the contents providing server via the communication network, an accessing unit that accesses to the contents storage unit via the communication network, and a contents operating unit that performs an operation to the musical contents stored in the contents storage area corresponding to the user. The musical contents purchased or created by the user can be stored in a data center; therefore, convenience of using the musical contents is improved and the cost is decreased or cut off.
Abstract:
Correct musical performances are played back at edit points by inserting an event specifying a sound source at each of the edit points, by inserting edit-point denoting events each for denoting one of the edit points, and by inserting an edit-point control event for controlling the edit points during work to edit a standard MIDI file.
Abstract:
A computer-implemented method includes receiving input data including MIDI events arranged in a timeline, determining a target grid position from among the plurality of grid positions, determining a search range around the target grid position, and identifying a set of MIDI events within the search range around the target grid position. The method further includes determining a reference point for the set of MIDI events based on a function of the set of MIDI events, adjusting a position of the reference point toward the target grid position, determining a proportional movement for each MIDI event on the timeline based on its location relative to the adjusted reference point, and adjusting each MIDI event based on the determined proportional movement. The function of the set of MIDI events can be a weighted average based on one or more MIDI characteristics of the set of MIDI events.
Abstract:
A method for providing variable root note support in an audio player is described. A file with Musical Instrument Digital Interface (MIDI) data and a set of user defined instruments is received. A metric is determined using a user defined root note in the user defined instruments, a key number for a MIDI note in the MIDI data, and a player specific root note. The key number is adjusted based on the metric.