
1. Default mode:
Particles needs 4 triggers & clock to make calculations, in default mode you
can set the amount of global repetitions by rotating the encoder, the display
will reflect the repetitions selected. Also you can select the distribution of the
repetitions in clock length, by default is 16 clocks = C16
Set the amount of Global repetitions by rotating the encoder
or sending CV to RATE input.
Rate=1, 2, 3, 4, 6, 8, 12, 16, 24, 48, 64, 96, 128
Set bar length for repetitions distribution, by default C16 is
selected wich means the repetitions selected will be
distributed in 16 clocks x/16, when changing the distribution
you can get interesting grooves to play with. You can choose
from x/16, x/24, x/32, x/40, x/48, x/56, x/64.
Pressing the buttons toggles Triplets ON/OFF, for musical results
select “no triplets/ON”
The sliders works together with the encoder + CV input, they will
reach the maximum of what the screen shows, each slider can limit
the amount of REP, even if the CV or the encoder goes further.
The sliders will keep the last value adjusted until moved back. This
is very useful when you send LFO to RATE input and you want
each channel to reach a maximum of repetitions.
Selecting odd numbers in bar lentgh and adjusting the repetitions with the
sliders you can get interesting polyrhythms, hip hop and african grooves.
Triger input + RATE = 16 & C16
Triger input + RATE = 16 & C24
Pressing the buttons toggles Mute ON/OFF per output channel
You can manually or with CV shift the inputs to outs selected.
Random output will deliver random voltages from 0-10V
based in the random values used to shift the inputs when
random stage is selected.
Pressing FUNCTION btn + pressing encoder will take you to
RESET POSITION menu you can select from 4 options:
R.P.1 Every time a trigger is received to RESET input will
shift the inputs to the FIXED position
R.P2 Every time a trigger is received to RESET input will
shift the inputs to shift> 1 position
R.P3 Every time a trigger is received to RESET input will
shift the inputs to shift> 2 position
R.P4 Every time a trigger is received to RESET input will
shift the inputs to shift> 3 position
Fixed, not shifting
Shift sequenced forward by clock input.
Shift sequenced randomly by clock input.
Shift > 1 time = in1 to out2, in2 to out3, etc..
Shift > 2 times = in1 to out3, in2 to out4, etc..
Shift > 3 times = in1 to out4, in2 to out1, etc..