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G(1,1) Rep Sequence no. 17
B755
14. Februar 2008
auch bekannt als: T(n) Rep Sequence no. 17
Collection: VI
Kompositionsort: Weimar, Deutschland
Dauer: 213,231 Sekunden
Besetzung: Csound
Kanäle: 2
Temperatur: phi^ + 1 phi = (sqrt(5) - 1)/2
Frequenzorientierung: absteigend
OEIS-/Folgenummer: A000121
Partitur: B755
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erforderliches Sample 0,014 MB
Geben Sie eine Verzeichnis-Nr. in den Kasten ein (A1-A35, B1-B1696) um die Komposition anzuzeigen.
 
ebenfalls in dieser Temperatur
Φ Signature Sequence no. 9
Φ Signature Sequence no. 16
Φ Signature Sequence no. 20
Φ Signature Sequence no. 23
Φ Signature Sequence no. 29
Φ^2 Signature Sequence no. 10
Φ^2 Signature Sequence no. 11
Φ^2 Signature Sequence no. 12
Φ^2 Signature Sequence no. 13
Φ^2 Signature Sequence no. 16
Φ^2 Signature Sequence no. 17
Φ^2 Signature Sequence no. 21
Φ^2 Signature Sequence no. 23
Φ^2 Signature Sequence no. 25
Φ^2 Signature Sequence no. 26
φ Signature Sequence no. 21
φ Signature Sequence no. 23
φ Signature Sequence no. 27
φ^5 and Φ^5 Signature Sequences no. 1
Absent and Unique Residues no. 2
Absent Residues no. 1
Beatty Sequence no. 6
Beatty Sequence no. 6
Complementary Beatty Sequences no. 5
Complementary Beatty Sequences no. 11
Complementary Beatty Sequences no. 14
Dual Wythoff Array Horizontal no. 1
EFC Stolarsky Array no. 6
EFC Wythoff Vertical no. 2
Fibonacci Entry Points no. 9
Fibonacci Entry Points no. 19
Fibonacci Sequence no. 1
Fibonacci Sequence no. 3
Fibonacci Transform A no. 2
G(1,1) Rep Sequence no. 4
G(1,1) Rep Sequence no. 6
G(1,1) Rep Sequence no. 19
G(1,1) Rep Sequence no. 23
G(1,2) and G(1,1) Rep Sequences no. 5
G(1,2) Rep Sequence no. 5
G(1,2) Rep Sequence no. 17
G(1,3) Rep Sequence no. 3
G(1,4) Rep Sequence no. 1
G(1,5) and G(4,1) Rep Sequences no. 3
G(2,1) Rep Sequence no. 7
G(2,5) and G(2,7) Rep Sequences no. 1
G(2,5) Rep Sequence no. 17
G(3,8) Rep Sequence no. 1
G(4,1) Rep Sequence no. 9
G(5,1) and G(1,6) Rep Sequences no. 1
G(5,3) Rep Sequence no. 1
G(8,1) Rep Sequence no. 1
Generalized Fibonacci Sequence no. 1
Generalized Fibonacci Sequence no. 2
Horizontal Para-Fibonacci Sequence no. 5
Horizontal Para-Fibonacci Sequence no. 28
Horizontal Para-Fibonacci Sequence no. 32
Horizontal Para-Fibonacci Sequence no. 42
Kimberling's A232890 no. 7
Lucas Sequence no. 13
Lucas Transform A no. 1
Lucas Transform A no. 3
Lucas Transform A no. 13
Max Binary Fibonacci Rep 0s Density no. 5
Max Phibit Density no. 4
Min and Max Phibit 0s Density no. 1
Min and Max Phibit Running no. 11
Min Fibbit Running no. 25
Min Lucas Rep Runs no. 15
Min Phibit 0s Density no. 9
Minimum Phinary no. 2
Minimum Phinary no. 7
Rep Sequences no. 10
Rep Sequences no. 11
Rep Sequences no. 18
Sequence A026242 no. 7
Sequence A026242 no. 8
Sequence A026242 no. 11
Sequence A026242 no. 16
Sequence A026272 no. 11
Sequence A026272 no. 13
Sequence A026272 no. 14
Sequence A026272 no. 18
Sequence A026272 no. 22
Sequence A026272 no. 25
Sequence A117407 no. 1
Sequence A117407 no. 2
Sequence A117407 no. 8
Sequence A117407 no. 9
Sequence A117407 no. 11
Sequence A117407 no. 19
Sequence A117407 no. 23
Stolarsky and Wythoff Arrays no. 3
Stolarsky and Wythoff Rep Lengths no. 2
Stolarsky Array Horizontal no. 2
Stolarsky Array Vertical no. 4
Stolarsky Array Vertical no. 13
Stolarsky Array Vertical no. 20
Stolarsky Array Vertical no. 24
Stolarsky Array Vertical no. 33
Stolarsky Rep Runs no. 4
Unique Residues no. 2
Unique Residues no. 6
Unique Residues no. 13
Vertical Para-Fibonacci Sequence no. 6
Vertical Para-Fibonacci Sequence no. 10
Vertical Para-Fibonacci Sequence no. 45
Wythoff Array no. 1
Wythoff Array no. 2
Zeck Reps 0s and 1s Density no. 1
ebenfalls auf A000121 basierend
© 2014 Casey Mongoven cm@caseymongoven.com