Видео 52
Просмотров 713

Tricorn: (s^4,s^6) Orthant - Exponent 3 - P7513

4:26

Mandelbrot: (s^4,s^6) Orthant - Exponent 3 - P7516

4:24

Mandelbrot: (s^0,s^0) Orthant - Exponent 3 - P7517

4:18

Tricorn: (s^0,s^0) Orthant - Exponent 3 - P7514

4:26

Mandelbrot: (s^8,s^6) Orthant - Exponent 3 - P7515

4:24

Tricorn: (s^6,s^4) Orthant - Exponent 2 - V0008

4:26

Tricorn: (s^6,s^2) Orthant - Exponent 2 - V0010

Tricorn: (s^6,s^2) Orthant - Exponent 2
This video depicts part of a tricorn (or "Mandelbar") fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two. For some function inputs (i.e., numbers associated with pixel positions), their output moduli are less than two for all iterations; this video depicts a maximum of 100 iteration attempts per pixel.
The complex hexapolar plane extends and embeds the complex plane.
This is an instance of that embedding...

Видео

Tricorn: (s^4,s^6) Orthant - Exponent 3 - P7513

4:26

Tricorn: (s^4,s^6) Orthant - Exponent 3 - P7513

Просмотров 12 часа назад

Tricorn: (s^4,s^6) Orthant - Exponent 3 This video depicts part of a tricorn (or "Mandelbar") fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two....

Mandelbrot: (s^4,s^6) Orthant - Exponent 3 - P7516

4:24

Mandelbrot: (s^4,s^6) Orthant - Exponent 3 - P7516

Просмотров 12 часа назад

Mandelbrot: (s^4,s^6) Orthant - Exponent 3 This video depicts part of a Mandelbrot fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two. For some f...

Mandelbrot: (s^0,s^0) Orthant - Exponent 3 - P7517

4:18

Mandelbrot: (s^0,s^0) Orthant - Exponent 3 - P7517

Просмотров 819 часов назад

Mandelbrot: (s^0,s^0) Orthant - Exponent 3 This video depicts part of a Mandelbrot fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two. For some f...

Tricorn: (s^0,s^0) Orthant - Exponent 3 - P7514

4:26

Tricorn: (s^0,s^0) Orthant - Exponent 3 - P7514

Просмотров 619 часов назад

Tricorn: (s^0,s^0) Orthant - Exponent 3 This video depicts part of a tricorn (or "Mandelbar") fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two....

Mandelbrot: (s^8,s^6) Orthant - Exponent 3 - P7515

4:24

Mandelbrot: (s^8,s^6) Orthant - Exponent 3 - P7515

Просмотров 619 часов назад

Mandelbrot: (s^8,s^6) Orthant - Exponent 3 This video depicts part of a Mandelbrot fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two. For some f...

Tricorn: (s^6,s^4) Orthant - Exponent 2 - V0008

4:26

Tricorn: (s^6,s^4) Orthant - Exponent 2 - V0008

Просмотров 1514 дней назад

Tricorn: (s^6,s^4) Orthant - Exponent 2 This video depicts part of a tricorn (or "Mandelbar") fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two....

Mandelbrot: (s^6,s^2) Orthant - Exponent 2 - V0009

4:24

Mandelbrot: (s^6,s^2) Orthant - Exponent 2 - V0009

Просмотров 4014 дней назад

Mandelbrot: (s^6,s^2) Orthant - Exponent 2 This video depicts part of a Mandelbrot fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two. For some f...

Tricorn: (s^0,s^0) Orthant - Exponent 2 - P7510

4:21

Tricorn: (s^0,s^0) Orthant - Exponent 2 - P7510

Просмотров 314 дней назад

Tricorn: (s^0,s^0) Orthant - Exponent 2 This video depicts part of a tricorn (or "Mandelbar") fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two....

Tricorn: (s^8,s^8) Orthant - Exponent 3 - P7511

4:26

Tricorn: (s^8,s^8) Orthant - Exponent 3 - P7511

Просмотров 414 дней назад

Tricorn: (s^8,s^8) Orthant - Exponent 3 This video depicts part of a tricorn (or "Mandelbar") fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two....

Tricorn: (s^8,s^6) Orthant - Exponent 3 - P7512

4:26

Tricorn: (s^8,s^6) Orthant - Exponent 3 - P7512

Просмотров 614 дней назад

Tricorn: (s^8,s^6) Orthant - Exponent 3 This video depicts part of a tricorn (or "Mandelbar") fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two....

Tricorn: (s^10,s^6) Orthant - Exponent 2 - V0006

4:26

Tricorn: (s^10,s^6) Orthant - Exponent 2 - V0006

Просмотров 1114 дней назад

Tricorn: (s^10,s^6) Orthant - Exponent 2 This video depicts part of a tricorn (or "Mandelbar") fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two...

Mandelbrot: (s^10,s^6) Orthant - Exponent 2 - V0005

4:24

Mandelbrot: (s^10,s^6) Orthant - Exponent 2 - V0005

Просмотров 3114 дней назад

Mandelbrot: (s^10,s^6) Orthant - Exponent 2 This video depicts part of a Mandelbrot fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two. For some ...

Tricorn: (s^8,s^6) Orthant - Exponent 2 - P7508

4:26

Tricorn: (s^8,s^6) Orthant - Exponent 2 - P7508

Просмотров 214 дней назад

Tricorn: (s^8,s^6) Orthant - Exponent 2 This video depicts part of a tricorn (or "Mandelbar") fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two....

Tricorn: (s^8,s^8) Orthant - Exponent 2 - P7507

4:26

Tricorn: (s^8,s^8) Orthant - Exponent 2 - P7507

Просмотров 1114 дней назад

Tricorn: (s^8,s^8) Orthant - Exponent 2 This video depicts part of a tricorn (or "Mandelbar") fractal function generalized to the complex hexapolars. The position of each pixel in a given key frame corresponds to a complex hexapolar number and the color values of each pixel in a given key frame correspond to a count of function iterations required for a function output modulus greater than two....