Text S1.
... never more than ~30 such errors in the approximately 4000-4900 voiced speech data points recorded for each speaker (errors consisting of ~3-5 data points). The corrected F0 values were then used as input to Prosogram. The Prosogram algorithm simplifies the F0 contour and makes it comparable to music ...
... never more than ~30 such errors in the approximately 4000-4900 voiced speech data points recorded for each speaker (errors consisting of ~3-5 data points). The corrected F0 values were then used as input to Prosogram. The Prosogram algorithm simplifies the F0 contour and makes it comparable to music ...
Slightly Out of Tune: The Story of Musical Temperament
... But even the full Pythagorean scale in all of its twelve notes wasn’t used most of the time in the early centuries. Why? Because instruments couldn’t be built yet to produce all of those tones. The technology wasn’t good enough yet, not precise enough. Much of the time they used a simpler scale, for ...
... But even the full Pythagorean scale in all of its twelve notes wasn’t used most of the time in the early centuries. Why? Because instruments couldn’t be built yet to produce all of those tones. The technology wasn’t good enough yet, not precise enough. Much of the time they used a simpler scale, for ...
Chapter 1 summary
... note is the nota cambiata. The surrounding first and third notes are always consonant with the lowest voice. The second and fourth notes may or may not be dissonant. 13. Suspensions (3-voice): 9-8 (2-1), 4-3, plus the 7-6 and 2-3. 14. The 4th may be “consonant” in 3-part writing when a second invers ...
... note is the nota cambiata. The surrounding first and third notes are always consonant with the lowest voice. The second and fourth notes may or may not be dissonant. 13. Suspensions (3-voice): 9-8 (2-1), 4-3, plus the 7-6 and 2-3. 14. The 4th may be “consonant” in 3-part writing when a second invers ...
World Musics Western Music is based on a tradition of written
... World Musics use “heterophony” ...
... World Musics use “heterophony” ...
Intervals - cshchoir.org
... Intervals will be MINOR or PERFECT! *Except for the 2nd which stays Major…. ...
... Intervals will be MINOR or PERFECT! *Except for the 2nd which stays Major…. ...
paper - Personal Web Pages
... series. Their simple-ratio intervals do not conform to the musical semitones of twelve-tone equal temperament (12Tet). New procedures for composing digitally synthesized music have been developed applying these intervals to fundamental frequencies. Digital synthesis provides for exact frequency spec ...
... series. Their simple-ratio intervals do not conform to the musical semitones of twelve-tone equal temperament (12Tet). New procedures for composing digitally synthesized music have been developed applying these intervals to fundamental frequencies. Digital synthesis provides for exact frequency spec ...
doc Fundamentals
... Interval: pitch distance between two notes -large / small -2nds, 3rds, octaves etc... -consonant / dissonant Melody: a series of pitches that are organized across time; horizontal, linear aspect of music -tunes: easily sing-able melodies -motives: melodic fragments that are short and repetitive -the ...
... Interval: pitch distance between two notes -large / small -2nds, 3rds, octaves etc... -consonant / dissonant Melody: a series of pitches that are organized across time; horizontal, linear aspect of music -tunes: easily sing-able melodies -motives: melodic fragments that are short and repetitive -the ...
Music Vocabulary Terms
... Grand Staff: A full staff of both treble and bass clefs Bar Lines: The vertical lines on the staff, which breaks music into measures Measure or Bar: Sections of the staff divided by bar lines Time Signature: the 2 numbers at the beginning of a piece of music that tells the player how many beats are ...
... Grand Staff: A full staff of both treble and bass clefs Bar Lines: The vertical lines on the staff, which breaks music into measures Measure or Bar: Sections of the staff divided by bar lines Time Signature: the 2 numbers at the beginning of a piece of music that tells the player how many beats are ...
Physics of Music PHY103 Worksheet #3 Set up for Train Whistle Lab
... 1) Relation between frequency and length of a whistle. The relationship between length (L) and frequency (f) of the fundamental mode of an open tube of air is given by the following formula: ...
... 1) Relation between frequency and length of a whistle. The relationship between length (L) and frequency (f) of the fundamental mode of an open tube of air is given by the following formula: ...
CIS 3000 Intervals Tutorial
... The Minor and Diminished Intervals We don’t have to go step by step through a minor scale in order to see these intervals because the minor scales actually contains many of the same intervals as the major scale (for example, the perfect fifth). We can however see how to transform any major interval ...
... The Minor and Diminished Intervals We don’t have to go step by step through a minor scale in order to see these intervals because the minor scales actually contains many of the same intervals as the major scale (for example, the perfect fifth). We can however see how to transform any major interval ...
music glossary - Music and the Holocaust
... A combination of pitches (perceived as one entity) arranged in orders that are usually pleasing to hear. Pitches move up, down, or repeat to make a ...
... A combination of pitches (perceived as one entity) arranged in orders that are usually pleasing to hear. Pitches move up, down, or repeat to make a ...
Intervals 2
... is necessary to take into account the resolution, or even expected resolution. As you can see, the discussion of dissonance and consonance is rather philosophical. A friend of mine uses an analogy to explain this to beginning music students: Most popular movies have a form of dissonance and consonan ...
... is necessary to take into account the resolution, or even expected resolution. As you can see, the discussion of dissonance and consonance is rather philosophical. A friend of mine uses an analogy to explain this to beginning music students: Most popular movies have a form of dissonance and consonan ...
How is the golden ratio used in music?
... Golden Rectangle Huntley goes on to explain that the reason that we prefer visual aspects of a Golden Rectangle over a perfect square is measured in the amount of time it takes for the human eye to travel within its borders. This period of time is in same proportion (Phi) to the beats that exist in ...
... Golden Rectangle Huntley goes on to explain that the reason that we prefer visual aspects of a Golden Rectangle over a perfect square is measured in the amount of time it takes for the human eye to travel within its borders. This period of time is in same proportion (Phi) to the beats that exist in ...
Richland School District Two Orchestra Programs Level 2
... Other Musical Terms: 1st and 2nd endings, accidentals (flat, natural, and sharp), arpeggio, clef (treble, alto, and bass clef), composition vs. improvisation, contact point, dynamics vs. articulations, fermata, intervals (half step vs. whole step), ledger line, orchestra, scale (what is a scale; wha ...
... Other Musical Terms: 1st and 2nd endings, accidentals (flat, natural, and sharp), arpeggio, clef (treble, alto, and bass clef), composition vs. improvisation, contact point, dynamics vs. articulations, fermata, intervals (half step vs. whole step), ledger line, orchestra, scale (what is a scale; wha ...
PHYSICAL THEORY OF MUSIC
... Pythagoras observed that strings (with the same tension and thickness) with small integral ratio of their lengths produce fine-sounded sounds. So, he built instruments, the ratios of which are 2/3, ¾, ½, etc (the frequencies of the produced sounds will also have inverse ratios). a scale of notes bas ...
... Pythagoras observed that strings (with the same tension and thickness) with small integral ratio of their lengths produce fine-sounded sounds. So, he built instruments, the ratios of which are 2/3, ¾, ½, etc (the frequencies of the produced sounds will also have inverse ratios). a scale of notes bas ...
`frequency`. - Programma LLP
... the former table to create the musical scale. In both of the systems, Pythagorean and Natural, the tuning depends on the fundamental frequency from whom we start the calculation of the other frequencies. With time, musicians began to look for a new musical system because in the Pythagorean one some ...
... the former table to create the musical scale. In both of the systems, Pythagorean and Natural, the tuning depends on the fundamental frequency from whom we start the calculation of the other frequencies. With time, musicians began to look for a new musical system because in the Pythagorean one some ...
Text on music
... dissonant. Consonant intervals were first described by the 6th c. BC Greek philosopher Pythagoras. Until recently, only consonant intervals were used to produce “pleasing” music. In modern and contemporary music, dissonant intervals are more widely used than before. Dissonant intervals create a shar ...
... dissonant. Consonant intervals were first described by the 6th c. BC Greek philosopher Pythagoras. Until recently, only consonant intervals were used to produce “pleasing” music. In modern and contemporary music, dissonant intervals are more widely used than before. Dissonant intervals create a shar ...
Musician’s Toolbox Christina Lipson ‘14 Advisor: Professor John Ridgway
... As a longtime musician, I have accumulated a list of tools that I believe would help me in my musical endeavors. The web application I have developed provides a space with a cohesive set of tools for users to train themselves in various musical skills, create their own music, analyze music, and refe ...
... As a longtime musician, I have accumulated a list of tools that I believe would help me in my musical endeavors. The web application I have developed provides a space with a cohesive set of tools for users to train themselves in various musical skills, create their own music, analyze music, and refe ...
Name: Motina Barracks Course: Music 101 Report Summary A scale
... A scale is a group of eight note which is arrange in a particular order. Every Major scale has eight tones which is called an octave. The numbers 1 2 3 4 5 6 7 8 are called degrees. While the musical alphabet is A B C D E FG and the first and eighth note have the same name for example (C D E F G A B ...
... A scale is a group of eight note which is arrange in a particular order. Every Major scale has eight tones which is called an octave. The numbers 1 2 3 4 5 6 7 8 are called degrees. While the musical alphabet is A B C D E FG and the first and eighth note have the same name for example (C D E F G A B ...
MUSIC 111 Class Notes 2
... - simultaneous use of conflicting rhythmic patterns - straight notes • equal (metrical) - Metrical Patterns • simple securing patterns ...
... - simultaneous use of conflicting rhythmic patterns - straight notes • equal (metrical) - Metrical Patterns • simple securing patterns ...
Investigate the mathematics behind the tuning systems of Wendy
... As we said earlier, consonance occurs when frequencies of notes are related by simple integer ratios: two pitches with a small integer ratio between their frequencies are in perfect harmony. A possible tuning would be to construct notes with frequencies following exactly these ratios. Such tuning sy ...
... As we said earlier, consonance occurs when frequencies of notes are related by simple integer ratios: two pitches with a small integer ratio between their frequencies are in perfect harmony. A possible tuning would be to construct notes with frequencies following exactly these ratios. Such tuning sy ...
Microtonal music
Microtonal music or microtonality is the use in music of microtones—intervals smaller than a semitone, which are also called ""microintervals"". It may also be extended to include any music using intervals not found in the customary Western tuning of twelve equal intervals per octave.