A fully computerized musical performance teaching system comprises a computer apparatus having a keyboard and a display and is connectable to an electronic musical instrument. An application program provides the computer with various functions such as of judging student's skills, selecting music pieces for practice, training the student in performance and evaluating the student's progress through the teaching course. The judging function is to judge the student's performance skill from the student's responses to the subjects which the computer presents. The selecting function is to select a piece of music for practice according to the judgment results and the student's wishes and also to select a tutoring manner from among several prepared manners. The training function is to plan a practice schedule to meet the student's performance skill and wishes and to let the student practice with proper music pieces. The evaluation function is to evaluate and mark the student's performance, and reflect the evaluation results and marked points in the progressing rate and the presented subjects and also in adjusting the judgment results.

Musical performance teaching system and method, and machine readable medium containing program therefore

A singing voice synthesizing method for synthesizing a singing voice utilizing performance data such as MIDI data. Received performance data is analyzed as music information on the pitch and duration of the tone and the words (S2, S3). If no word information is present in the analyzed music information, words are given to musical note strings on an arbitrary basis (S9, S11, S12, S15). A singing voice is generated based on the given words (S17).

Singing voice synthesizing method, singing voice synthesizing device, program, recording medium, and robot

In a storage section, there are stored special connecting waveform data for connecting between at least two notes to be generated in succession. The special connecting waveform data contain only a waveform of a succeeding-note region of a waveform connecting portion which is provided for a continuous transition between the at least two notes and which is divided into a preceding-note region and the succeeding-note region. When a connecting tone is to be generated for connecting between two notes in accordance with acquired performance information, a tone waveform connecting between waveforms of the two notes is generated using the special connecting waveform data. With such arrangements, the waveform data of the succeeding-note region are read out without waveform data of the preceding-note region being read out, so that it is possible to reduce a time required for transition from a preceding note to a succeeding note. Thus, in the connecting portion for continuously connecting between tones with no break therebetween, a tone can be synthesized with high quality without involving a tone generating delay in the succeeding note.

Tone synthesis apparatus and method

A singing voice synthesizing method synthesizes the singing voice by exploiting performance data, such as MIDI data. The input performance data are analyzed as the musical information including the pitch and the length of the sounds and the lyric (S 2 and S 3 ). If the musical information analyzed lacks in the lyric information, an arbitrary lyric is donated to an arbitrary string of notes (S 9 , S 11 , S 12 and S 15 ). The singing voice is generated based on the so donated lyric (S 17 ).

Singing voice synthesizing method, singing voice synthesizing device, program, recording medium, and robot apparatus

An electronic music instrument includes a musical-tone control that generates operation information of keys and a damper pedal to serve as musical-tone control information; a musical-tone generator simultaneously generating a plurality of musical tones according to the musical-tone control information; a resonance-tone generator that includes resonant circuits equal in number to harmonic signals of musical-tone signals that can be generated, for generating a resonance tone with the resonance circuits using a musical tone generated by the musical-tone generator as an input signal to each resonance circuit; and a resonance-tone mixer that multiplies the resonance tone generated by the resonance-tone generator by a predetermined degree according to the musical-tone control information, for adding the product to a musical tone input from the musical-tone generator, and outputting the sum.

Electronic Musical Instrument

PURPOSE:To execute the musical performance by changing a nuance in accordance with an atmosphere at the time of the musical performance, and also, to miniaturizing the whole device by constituting the title musical instrument so that an input of pitch data of a musical note on music to be brought to musical performance can be executed simply by an image scanner. CONSTITUTION:A musical note on music is read in by an image scanner part 1 in advance, and data of a pitch of this musical note is stored in a storage means 2. Subsequently, based on input information (music data) except the pitch of the musical note inputted by an input operating means 3, pitch data of the musical note is fetched successively from the storage means 2, music data containing this pitch data of the musical note is controlled so as to be supplied to an acoustic synthesizing means 4, and a musical performance is executed. Therefore, by only inputting the pitch data of the musical note in advance, a performer can execute easily a musical performance by changing a nuance in accordance with an atmosphere at the time of the musical performance, and also, since no keyboard is required, a size of the whole device can be miniaturized.

Electronic musical instrument

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Electronic musical instrument