03:14
Where are you tonight? By Bob Dylan
03:13
Where are you tonight? by Bob Dylan read by Dale Gerdemann
02:15
Sestina de Piedra, Papel o Tijera
02:07
Sestina de Piedra, Papel o Tijera
02:26
Sestina de Piedra, Papel o Tijera
02:21
15. March 2024
01:44
Rock Paper Scissors Sestina
02:25
Sestina
02:26
Sestina
00:29
There is Handholding Still by John Osborne
00:18
Thoughts on a Station Platform by Piet Heim
00:18
That Is a Strange Day by Alan Hill
00:32
Poetry by Eleanor Farjeon
00:09
31. October 2022
00:13
Hilde Domin -- Nicht Müde Werden
01:53
Жената на август, Георги Господинов
01:42
Жената на август, Георги Господинов
01:41
Dientes de León -- Jarvo
01:44
Спи Градът — Димчо Дебелянов
53:36
triangular Fractal Spirals
42:30
Simple Patterns
09:24
Triangular Patterns VIII
10:15
Triangular Patterns VII
06:50
Triangular Patterns I
12:48
Triangular Patterns VI
08:32
Triangular Patterns V
22:46
Triangular Patterns III
12:48
Triangular Patterns II
13:40
Triangular Patterns IV
01:14:16
Variations of Classic Fibonacci Word Fractal
03:51
Unfolding Triangles II
04:16
Unfolding Triangles
10:54
Weaving Triangles
29:10
Triangles One More Time Part 2
29:10
triangles One More Time
45:02
New Year's Video 2019 V
01:10:17
New Year's Video 2019 IV
01:10:01
New Year's Video 2019 III
01:26:23
New Year's Video 2019 II
01:26:23
New Year's Video 2019 I
20:14
Guided Walks Variations
02:53
More New Guided Walks 4
03:11
More Guided Walks 3
01:41
New Guided Walks 2
05:20
new set of guided walks
24:23
Guided Walks 3.2
25:06
Guided Walks 3.1
17:02
Guided Walks 2.2
14:47
Guided Walks 2.1
42:48
Guided Walks 1.1
41:12
Guided Walks 1.2
48:37
Guided walks: Comparison of Classic and Improved Arrows Algorithms
02:47
Comparison of classic algorithm vs arrows algorithm
07:46
a(n) = s*a(n-1)+a(n-2) for s=2,..,16 Classic Algorithm Version
07:36
a(n) = s*a(n-1)+a(n-2) for s=2,..,16 Arrows Algorithm Version
00:55
14 1 Recursion Divisor: 5 Animmation
01:23
a(n)=s*a(n-1)-a(n-2), divisor=d for s mod 4 = 2 and d mod 4 = 0
03:09
Animation of walk for: a(n+1) = n*a(n)+a(n-1)
03:24
10 -1 Recursion Animation
12:31
Black White Triangles, 1 2 Recursion
X
About
Tags