Chase

This sound is an experiment converting fractals into sound based on some math and algorithmics criterias. After completed the study, I'll make a better explanation about the convertion method used and the main caracteristics we've looked for.

Fractal: Newton Fractal for z^6 + z^4 + 2z^2 - 1 colored by root.
Tool used: Newton Fractal (by Artur Freitas) and FractalNoise (tool in development - solution 2)
Additional Params: velocity = 0; Analyse 2

FractalNoise - Z6+z4+2z2-1 (sol2)

This sound is an experiment converting fractals into sound based on some math and algorithmics criterias. After completed the study, I'll make a better explanation about the convertion method used and the main caracteristics we've looked for.

Fractal: Newton Fractal for z^6 + z^4 + 2z^2 - 1 colored by root.
Tool used: Newton Fractal (by Artur Freitas) and FractalNoise (tool in development - solution 2)
Additional Params: velocity = 0; 

Other infos: Analyse 2; Enabled Chords

FractalNoise - Z6+z4+2z2-1 (sol2, chords)

This sound is an experiment converting fractals into sound based on some math and algorithmics criterias. After completed the study, I'll make a better explanation about the convertion method used and the main caracteristics we've looked for.

Fractal: Newton Fractal for z^6 + z^4 + z^2 - 1 colored by root.
Tool used: Newton Fractal (by Artur Freitas) and FractalNoise (tool in development)
Additional Params: velocity = 5; 

Other infos: 2 close points selected; Experiment #4

FractalNoise - Z6+z4+z2-1 _ Res 4

This sound is an experiment converting fractals into sound based on some math and algorithmics criterias. After completed the study, I'll make a better explanation about the convertion method used and the main caracteristics we've looked for.

Fractal: Newton Fractal for z^3 - 2z^2 - 5z + 6 colored by root.
Tool used: Newton Fractal (by Artur Freitas) and FractalNoise (tool in development - solution 2)
Additional Params: velocity = 8; 

Other infos: Analyse 1; Experiment #3;

FractalNoise - Z3-2z2-5z+6 _ Res 3

This sound is an experiment converting fractals into sound based on some math and algorithmics criterias. After completed the study, I'll make a better explanation about the convertion method used and the main caracteristics we've looked for.

Fractal: Newton Fractal for z^3 - 2z^2 - 5z + 6 colored by root.
Tool used: Newton Fractal (by Artur Freitas) and FractalNoise (tool in development - solution 2)
Additional Params: velocity = 4; 

Other infos: Analyse 1; Experiment #3.1 (points 2 and 3)

FractalNoise - Z3-2z2-5z+6 _ Res 3.1

This sound is an experiment converting fractals into sound based on some math and algorithmics criterias. After completed the study, I'll make a better explanation about the convertion method used and the main caracteristics we've looked for.

Fractal: Newton Fractal for z^3 - 2z^2 - 5z + 6 colored by root.
Tool used: Newton Fractal (by Artur Freitas) and FractalNoise (tool in development - solution 2)
Additional Params: velocity = 4; 

Other infos: Analyse 1; Experiment #3.2 (points 1 and 4)

FractalNoise - Z3-2z2-5z+6 _ Res 3.2

This sound is an experiment converting fractals into sound based on some math and algorithmics criterias. After completed the study, I'll make a better explanation about the convertion method used and the main caracteristics we've looked for.

Fractal: Newton Fractal for z^6 + z^4 + 2z^2 - 1 colored by root.
Tool used: Newton Fractal (by Artur Freitas) and FractalNoise (tool in development - solution 2)
Additional Params: velocity = 0; 

Other infos: Analyse 2; Enabled Chords; Multi Instruments

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