The purpose of this website is to crudely present and share most of my important “breeds” of swarms using vvvv. Hover over a sample to show its index number. Next to the gifs, I will list each breed's trait.
— To view the rest of the project, visit simonvs.de
sample 1
sample 2
sample 5
sample 6
sample 7
sample 8
sample 9
sample 10
sample 11
sample 12
sample 13
sample 14
sample 15
sample 16
sample 17
sample 18
sample 19
sample 20
sample 21
sample 22
sample 23
sample 24
sample 25
sample 26
sample 27
sample 28
sample 29
sample 30
sample 31
sample 32
sample 33
sample 34
sample 35
Parameters that have been SET, not resulted
A distribution
B regarded environment
C motion device
D motion user
E reacting to
F delay
G equality between devices
H device density
sample 1, 2, 5
A random
B user
C stationary
D freely
E distance
F none
G all
H medium
sample 6
A random
B user
C moving outwards from center
D freely
E distance
F none
G all
H high
sample 7
A linear
B user
C stationary
D freely
E distance
F none
G all
H low
sample 8
A linear
B user
C stationary
D freely
E distance
F none
G all
H high
sample 9 - 10
A grid
B user
C math function attracted to user
D freely
E distance and position
F none
G all
H high
sample 11 - 12
A random
B user
C math function attracted to user
D freely
E distance and position
F none
G all
H high
sample 13
A linear
B user
C constant straight movement on line, attracted to user
D freely
E distance
F little
G all
H low
sample 14
A linear
B user
C constant straight movement on line, attracted to user
D freely
E distance
F little
G all
H high
sample 15 - 16
A circular
B user
C stationary, constant movement on circle
D one freely, one orbit
E distance
F medium
G all
H high
sample 17
A circular
B user
C stationary
D freely
E distance
F medium, high
G all
H high
sample 18
A circular
B user
C stationary
D freely
E distance
F high
G all
H high
sample 19
A random
B user
C random, flock like
D freely
E distance
F high
G all
H high
sample 20 - 21
A circular
B user
C stationary
D random, flock like
E distance
F medium
G all
H high
sample 22
A linear
B user
C stationary
D random, flock like
E distance
F medium
G all
H high
sample 23
A linear
B user
C stationary
D random, flock like
E distance
F high
G all
H high
sample 24
A circular
B devices
C controlled with slider
D stationary
E distance
F little
G all
H medium
sample 25
A random
B devices
C random, flock like
D none
E distance
F little
G all
H medium
sample 26
A circular
B devices, user
C stationary, constant movement on circle
D freely
E distance
F little
G all
H low
sample 27
A circular interrupted
B devices, user – no difference between the two is percieved
C stationary
D freely
E distance
F little
G all
H medium
sample 28
A random
B devices, user – no difference between the two is percieved
C stationary
D freely
E distance
F little
G all
H medium
sample 29
A linear
B devices, user – no difference between the two is percieved
C stationary
D freely
E distance, neighbour size
F little
G all
H low
sample 30
A linear
B devices, user – no difference between the two is percieved
C stationary
D freely
E distance, neighbour size
F little
G all
H medium
sample 31
A circular
B devices, user – no difference between the two is percieved
C stationary
D freely
E distance, neighbour size
F little
G all
H medium
sample 32
A circular
B devices, user – no difference between the two is percieved
C stationary
D freely
E distance, neighbour size
F high
G all
H medium
sample 33
A circular
B devices, user – no difference between the two is percieved
C stationary
D random, flock like
E distance, neighbour size
F none
G all
H medium
sample 34
A circular
B devices, user – no difference between the two is percieved
C stationary
D random, flock like
E distance, neighbour size
F medium
G all
H medium
sample 35
A circular
B devices, user – no difference between the two is percieved
C stationary
D random, flock like
E distance, neighbour size
F high
G all
H medium