Dsp load:  8.90/5.70/5.60          
gateOn if a given threshold value of the audio input is reached.(monophonic)

dspLoad 0.50/0.60/0.50
similiar to above, but async dsp. download

Dsp load:  1.30/1.30/1.30        
gateOn if input < thr(blue jack). download

DspLoad: 0.50/2.30/1.80            ModIII
gateOn if input A < B.
Sens : trigger hold time

DspLoad: 0.50/2.30/1.80            ModIII
gateOn if input A < X (can be a switched between unip. or bip.)
Sens: trigger hold time

DspLoad: 2.30/4.30/3.50          j9k
comparator outputs GateOn when an incoming control message on “+” is smaller than the one on “-”
outputs GateOff when an incoming control message on “+” is greater than the one on “-”
available on Ben Walker’s website

DspLoad: 6.30/5.80/4.50          j9k
dir(ection)det(ector) outputs GateOn when an incoming waveform is headed down and
outputs GateOff when an incoming waveform is headed up.
available on Ben Walker’s website

dspLoad 1.50/1.40/3.50
download

Dsp load:  0.00  cwm
the module “inverts” a gate signal - instead of gateOn , gateOff will be sent, and viceversa. download

Dsp load:  0.00  ModIII
gateOn if
(position AND) gateOn at both inputs
(position OR ) gateOn at either input or both inputs
(position XOR) gateOn at either but not at both inputs.

Dsp load:  6.40/5.70/4.60  cwm
random gate and signal generator with ext. frq input, level mod input, random signal output, and random gate output. a led shows if a gate signal is sent download

other modules genertating or requiring gate signals:

DspLoad: 2.40/5.60/2.30          ModIII
generates random gate messages.

Dsp load:  0.00
routes an incoming gate signal to one of the two gate outputs, depending on either their MidiNote or another unipolar control message fed into the Val input.

Dsp load: 0.30
this module does not create gate messages. It converts incoming gate signals into audio impulses for osc sync and restarting.

Dsp load: 0.90   Flexor3
GateOn> +1 on [Out]
GateOff> +1 on [Inv]

dspLoad 0.60
outputs a specified value on gate. download

...and, of course, MVC and gateSequencers; envelopes, OSCs and LFOs for (re-)triggering.

integer (0-2147483647) on/off output values of MVC and gateSeq:

if idle

if active

MVC

10, 11 alternating

0, 1 alternating

gateSeq CW

2

0

HyperGateSeq Flexor

10

0

gateSeq CWM

2

0

all gate-processing modules: if gateInput val = 0 or 1 (alternating) => gate is open; if gateInput = 10 or 11 (alternating) => gate is closed.
example ADSR: gateInputValue is 0 => sustain mode; gateInputValue is 10 => sustainOff.
example LFO B: gateInputValue is 0 => retrig; gateInputValue is 10 => no effect.
besides 0, 1 resp. 10, 11 there are also some (many) other suitable values, but these seem to work in any case for any gate-receiving module. 

Gate