rj_sequencer
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This is an analog sequencer. There are two ranks of 16 inputs: at each clock tick the sequencer progresses through these input pairs and sends them to its two output. The normal output might be sent to pitch, and other output to a filter, for example. 

The Clock pin is any signal: a transition from <5V to >5V is used to click the clock. Audio rates can be used.

The Transpose pin is added to the normal output (not to Output a).

The Reset pin: a transition from <1V to >1V is used to click the sequence to the first position. 

The Cycle pin: when the cycle pin is >5V the sequence will loop around. Otherwise it will just go through once. 

The Progress pin gives the progress of the sequencer: from 0V to 10V in 16 increments.

The Running pin is high when the seqencer is running. When the cycle has finished, it goes low.

The input pins are floats, not voltages. To connect these to a knob, get
a Knob or Knob_small (a "Moog knob"), open its structure view, and connect
the patch mem output (a float) to the IO. You can then connect to this. 

To make the sequencer sleep when not in use, insert an rj_sleeper module between
your clocking LFO and the sequencer. That will reduce CPU load.

Available for unrestricted use. No warranty of quality or fitness for purpose
made. No promise of maintenance.

Copy it into Modules/MyModules

History:
v.1 original
v.2 change clock threshold to 1V from 5V