OPERATORS

Description of operators available in a bees network, including list of inputs and outputs. at bottom is a list of proposed ops yet to be implemented. if you're interested in developing new operators using the C language, head to the bees development page.

ACCUM

Accumulates input values to a stored number. Can be set to wrap the count around the MIN and MAX values.

Inputs

INC: receives the number to add to the current VAL.
VAL: sets the stored number’s current state.
MIN: sets the minimum value for the stored number.
MAX: sets the maximum value for the stored number.
WRAP: if set, the output will wrap to opposing boundary when passing the MAX/MIN limit.

Outputs

VAL: outputs the current stored number whenever it changes.
WRAP: when WRAP input is 1, sends a 0 whenever the count wraps to the opposing boundary. when WRAP input is 0, will output the amount by which the input exceeded the limit (aka overflow).

ADC

See CV-IN

ADD

Adds input A and input B. outputs the sum.

Inputs

A: added to input B and causes output.
B: sets the value to be added to input A. does not cause output.
B_TRIG: when 1, a new value sent to input B will also cause output.

Outputs

SUM: outputs the sum of A + B.

ARC

Allows input from monome arc devices. Provides rudimentary led feedback for further expansion. All outputs occur for any arc movement.

Inputs

FOCUS: when 1 operator is active. when 0 operator ignores arc.
LOOP: loopback mode. when set, rotating the encoder will set and display an internal value [0, 255]. when disabled, the leds and encoders are decoupled.
RING: input selects which ring to send led data to [0, 2/4].
POS: input selects which led to address in the selected ring [0, 63].
VAL: input sends brightness value to selected led [0, 15].

Outputs

NUM: outputs which ring has been rotated.
DELTA: rotation amount for input to an ACCUM op.
VAL: internally stored value between 0 and 255.

BARS

Display four horizontal bar graphs in PLAY mode Values are from 0-127, so some pre-scaling (using MUL or DIV) may be necessary.

Inputs

ENABLE: toggle on/off
PERIOD: refresh rate
MODE: unused currently (for future development)
A/B/C/D: values displayed, top to bottom

Outputs

(none)

BARS8

Display eight horizontal bar graphs in PLAY mode Values are from 0-127, so some pre-scaling (using MUL or DIV) may be necessary.

Inputs

ENABLE: toggle on/off
PERIOD: refresh rate
MODE: unused currently (for future development)
A/B/C/D/E/F/G/H: values displayed, top to bottom

Outputs

(none)

BIGNUM

Display a large number in PLAY mode

Inputs

ENABLE: toggle on/off
PERIOD: refresh rate
VAL: number to display in PLAY mode
X/Y: display position on screen

Outputs

(none)

BITS

Convert a single decimal to many bits, and many bits to one decimal

Inputs

IN: decimal input to covert to bits
I0-I7: bits to convert to decimal

Outputs

OUT: decimal from input bits
O0-O7: bits from decimal input This op is useful for using decimal numbers as “storage” for many binary numbers (on/off) which could be considered triggers, ie. for drums. So decimal 3 is binary 00000011, which could mean play note 0 and note 1– decimal 13 is binary 00001101… note 0,2,3. etc.

CHANGE

A gate that opens only when values change

Inputs

VAL: input number
LAST: value to compare the input number to

Outputs

VAL: input number if different from LAST

CKDIV (Clock-dividing METRO)

A version of METRO (see METRO) which exactly subdivides the time of input PERIOD into DIV ticks. Useful for subdividing clocks of known duration e.g taptempo based off timer

Inputs

ENABLE: turn CKDIV on/off & reset timer
PERIOD: set the duration (in ms) between TICKs
VAL: the value to send on TICK & TOCK
DIV: the number of TOCKs to output for each tick

Outputs

TICK: outputs VAL every PERIOD ms since last tick or ENABLE
TOCK: outputs VAL every PERIOD/DIV ms since last TICK or TOCK

CV-IN

Receives control input from the CV input jacks.

Inputs

ENABLE: a value of 1 begins polling of the ADC inputs. 0 turns off polling
PERIOD: sets number of milliseconds between each poll of the inputs
MODE: 0 is continuous input. 1 is trigger input which only changes on transition, threshold is set around 2.5V

Outputs

VAL0-VAL3: outputs a stream of values from the respective input, corresponding to the received input voltage. range is [0,4095] when mode=0, and 0/1 when mode=1.

DELAY

Delay a value by a specified time. Each input is sent to the output after TIME (ms). If an input arrives while another input is being delayed, this old value will be overwritten and the delay restarted.

Inputs

VAL: the input value to delay
TIME: amount of time in ms
CLEAR: cancel any values currently waiting.

Outputs

VAL: output after set time

DIV

Divides input A by input B. Outputs the quotient.

Inputs

A: divided by input B and causes output.
B: sets the B value. does not cause output.
B_TRIG: when 1, a new value sent to input B will also cause output.

Outputs

VAL: outputs the quotient of A / B.

DIVr

Divides input A with input B. outputs the quotient and remainder. A combination of DIV and MOD.

Inputs

A: divided by input B and causes output.
B: sets the B value. does not cause output.
B_TRIG: when 1, a new value sent to input B will also cause output.

Outputs

VAL: outputs the quotient of A / B.
R: outputs the integer remainder of A / B.

ENC

Allows the aleph’s encoders to be routed in the bees network.

Inputs

MIN: sets the minimum output value.
MAX: sets the maximum output value.
STEP: sets the increment/decrement value for each step.
VAL: sets the internally stored value.

Outputs

VAL: outputs the current internally stored value.
DELTA: outputs rotational values when the encoder is turned. can be routed to numerous ACCUM operators for multi-modal encoders.

FADE

Crossfades between inputs A and B according to input X using a linear curve. All inputs cause output to be updated.

Inputs

A: sets the A input value.
B: sets the B input value.
X: fades between input A (X=0) and input B (X=128). values outside the 0-128 range are clamped to the range.

Outputs

VAL: the output of the crossfader.

FS [1-2]

Allows the footswitch inputs to be routed in the control network.

Inputs

TOG: when 0, output is momentarily high when held. when 1, output will toggle between states on each press.
MUL: this value is output when the footswitch is active. 0 when inactive.

Outputs

VAL: the current state value of the footswitch (0 or MUL).

GATE

Pass or block the input value to the output.

Inputs

VALUE: the value to be passed or blocked.
GATE: 1 passes all values to output. 0 blocks input.
STORE: when 1, a value of 0 sent to the GATE input will trigger output of the most recent value (aka sample and hold). Outputs
GATED: echoes the VALUE input when GATE is set to 1.

GRID

Receives key data from a monome grid. Displays the current state on the device.

Inputs

FOCUS: when 1, operator is active. when 0, operator ignores grid.
TOG: when 0, all keys are momentary. when 1, cells toggle between states on each press.
MONO: when 1, only 1 led will be lit at a time.

Outputs

COL: on each event, sends the column value (0-15).
ROW: on each event, sends the row value (0-15).
VAL: on each event, sends the state (1: press, 0: release).

GRIDRAW

Receives key data from a monome grid and allows bidirectional information with the Aleph

Inputs

FOCUS: when 1, operator is active. when 0, operator ignores grid
X: column value (0-15) sent to the grid
Y: row value (0-7) sent to the grid
VAL: brightness value (0-15) sent to the varibright grid only
ON: button on/off value sent to the grid, equivalent to a value of 15

Outputs

X: on each grid event, sends the column value (0-15).
Y: on each grid event, sends the row value (0-15).
BUT: on each grid event, sends the state (1: press, 0: release).

HARRY

A microtonal ‘tonality diamond’ operator: a harmonic/melodic construct arranging all the distinct permutations of consonant ratios within the canonical octave. These ratios are laid out in a square or diamond - you can play it as an instrument or trigger the ratios by their x-y coordinates from any BEES op.

Inputs:

X: Set X coordinate on tonality diamond.
Y: Set Y coordinate on tonality diamond.
BONK: Output the Hz value at X,Y.
SIZE: Set size of tonality diamond (max value of X/Y)

Outputs:

HZ: Outputs a logarithmic pitch value for the member of tonality diamond at X,Y. 256 corresponds to one semitone, so this can be connected directly to, e.g Hz input on waves.

HID

Connect a Human Interface Device over USB. Multiple operators are required to monitor different bytes. Connect a gamepad, shnth or manta.

Inputs

BYTES: sets which HID byte to monitor
SIZE: sets the bytesize of the parameter to 8/16 bits.

Outputs

VAL: the output value received from the HID.

HISTORY

Stores a running list of the last 8 values input, provides the average.

Inputs

IN: the input.

Outputs

AVG: average of the last 8 values.
O0-7: O0 is the input, O1 the previous, O2 … O7. a queue.

IS

Comparisons. Equals, not equals, greater than, less than.

Inputs

A: sets first value.
B: sets second value. does not cause output.
B_TRIG: when 1, a new value sent to input B will also cause output.
EDGE: when 1, output triggered only on transition between states.

Outputs

EQ: 1 if A == B (A equals B)
NE: 1 if A != B (A does not equal B)
GT: 1 if A > B (A is greater than B)
LT: 1 if A < B (A is less than B)

ITER

bangs a value n times, outputting n, then val each time, and finally bangs done

Inputs:

TIMES: number of times (0-16) a value is sent to the VAL output
VAL: the value sent to the VAL output. also triggers the whole ITER sequence
STOP: if banged during the ITER sequence, brings an early out from the iteration

Outputs:

IDX: iterates from 0 to TIMES
VAL: value sent for each iteration
DONE: sends 1 when done

A single bang to value triggers the following sequence of bangs:

0->idx, value->value_out
1->idx, value->value_out ...
times->idx, value->value_out

KRIA

Parameter-phased modulator. Step sequencer arpeggiator. Two voices with independent loop positions and speed per parameter: trigger, accent, duration, note, octave, transposition, scale.

Inputs:

FOCUS: when 1, operator is active. when 0, operator ignores grid
CLOCK: advances the step clock by 1. expects alternating 0/1 from a METRO op
OCTAVE: Sets the number of semitones in an octave on first page. So for example you could set OCTAVE to 7, then ‘octave’ column on first page would transpose by 7 semitones instead of 12.
TUNING: Sets the semitone jump between rows on the transpose page. Defaults to 5, like a bass guitar standard tuning.
PATTERN: currently not-implemented, feature scheduled for 0.8.1 update

Outputs:

TR0: Trigger output for Note 0 – sends 1 for ‘note on’, 2 for ‘accent’, 0 for ‘note off’
NOTE0: Outputs the note value (in semitones) of Track 0
TR1: Trigger output for Note 1 – sends 1 for ‘note on’, 2 for ‘accent’, 0 for ‘note off’
NOTE1: Outputs the note value (in semitones) of Track 1

LIFE

Conway’s game of life. With monome grid support.

Inputs

NEXT: non-zero input triggers algorithm.
XSIZE: size of field, 8 or 16
YSIZE: size of field, 8 or 16
X: postion for edit by SET, output of VAL
Y: position for edit by SET, output of VAL
SET: 0/1 set at X/Y
NOISE: (not yet implemented)
RULES: 0=normal, 1=nodeath, 2=nobirth (weird/fun)
FOCUS: set 1 to focus monome

Outputs

VAL: the value at X/Y
POP: total population
DELTA: change in population this round

LINLIN (LL)

Makes a linear mapping from an input range to an output range. (replacing combinations of MUL/ADD/DIV in many situations)

Inputs

IN: input signal
IMIN: lower limit of input range
IMAX: upper limit of input range
OMIN: lower limit of desired output range
OMAX: upper limit of desired output range

Outputs

VAL: IN triggers the calculation: (IN - IMIN) / (IMAX - IMIN) * (OMAX - OMIN) + OMIN

Inputs

INDEX: (0-1) get value at given index, sent to output
I0-I1: set input values to store

Outputs

VAL: the value at given index

LIST2

Storage for two values, recallable by index. Good for use with a binary (0-1) input, for setting individual values.

Inputs

INDEX: (0-1) get value at given index, sent to output
I0-I1: set input values to store

Outputs

VAL: the value at given index

LIST4

Storage for four values, recallable by index. Good for use with a binary (0-1) input, for setting individual values.

Inputs

INDEX: (0-1) get value at given index, sent to output
I0-I1: set input values to store

Outputs

VAL: the value at given index

LIST8

Storage for eight values, recallable by index .

Inputs

INDEX: (0-7) get value at given index, sent to output
I0-I7: set input values to store

Outputs

VAL: the value at given index

LIST16

Storage for sixteen values, recallable by index.

Inputs

INDEX: (0-15) get value at given index, sent to output
I0-I15: set input values to store

Outputs

VAL: the value at given index

LOGIC

Logic comparisons. Takes binary input and outputs binary values.

Inputs

A: first value 0/1
B: second value 0/1
B_TRIG: 0/1, execute on B change if 1
EDGE: 0/1, if 1, only output on transitions
INVERT: 0/1, if 1, invert output

Outputs

AND: A && B (1 if A is 1 and B is 1)

OR: A B (1 if A is 1 or B is 1)

XOR: A ^ B (1 if A is 1 or B is 1 but not both)

MAGINC

A magical incrementation operator. It ‘looks ahead’ in the network at the input it’s connected to, and outputs an absolute value relative to the current value of connected input. Useful when you want encoders to switch between controlling different params without getting jumps in the VAL of the param due to jumps the encoder’s VAL.

Inputs:

INC: value to increment for each bang

Outputs:

VAL: connect this to the input you want to ‘magically increment’

MEM0D

Allows to read/write/toggle a number

Inputs:

WRITE: writes value
READ: sends the written value to the output
TOG: toggles the indexed memory element on/off when banged with a number greater than 0. does not trigger an output ## Outputs:
VAL: outputs the written value

MEM1D

allows to write/read/toggle location in a 1D memory

Inputs:

N: address number (0-15)
WRITE: writes value into address N
READ: sends the value written at address N to the output
TOG: toggles the indexed memory element on/off when banged with a number greater than 0. Does not trigger an output ## Outputs:

N: outputs the address number (0-15)
VAL: outputs the value written at address N

MEM2D

allows to write/read/toggle location in a 2D memory

Inputs:

X: address number (0-15), typically grid column
Y: address number (0-15), typically grid row
WRITE: writes value into address X/Y
READ: sends the value written at address X/Y to the output
TOG: toggles the indexed memory element on/off when banged with a number greater than 0. does not trigger an output ## Outputs:
X: N: outputs the X (0-15) of memory address
Y: N: outputs the Y (0-15) of memory address
VAL: outputs the value written at address X/Y

METRO

Outputs a given value at a regular interval. Inputs

ENABLE: a value of 1 activates the output. 0 stops output.
PERIOD: sets the time interval in milliseconds.
VAL: sets the value that is sent on each tick.

Outputs

TICK: outputs the VAL at the end of each interval.

MIDICC

Receives MIDI cc events from a USB connected device. Inputs

CHAN: sets the MIDI channel to listen to. -1 responds to all channels.
NUM: sets CC number to listen to.

Outputs

VAL: outputs the cc value (0-127).

MIDINOTE

Receives MIDI note events from a USB connected device.

Inputs

CHAN: sets the MIDI channel to listen to. -1 responds to all channels.

Outputs

NUM: outputs the MIDI note number (0-127).
VEL: outputs the MIDI velocity (0-127, 0 is a release).
PITCH: outputs MIDI pitchbend messages

MIDICLK (MIDI Clock)

Receives MIDI realtime messages aka midi clock

Inputs

(None)

Outputs

TICK: output 1 on MIDI tick message
START: output 1 on MIDI start message
CONT: output 1 on MIDI continue message
STOP: output 1 on MIDI stop message

MIDIPROG

Receives MIDI Program Change from a USB connected device Inputs

CHAN: sets the MIDI channel to listen on. -1 listens to all channels

Outputs

VAL: outputs MIDI Program Change sent to the USB midi interface

MOUT_CC

Sends MIDI CC to a USB connected device.

Inputs:

CABLE: the USB-midi 'cable number' to send to (for devices with only 1 USB-midi 'cable') leave this as 0.
CHAN: sets the MIDI channel to send to
NUM: CC number (0-127)
VAL: value associated to CC number (0-127)

Outputs:

(none)

MOUT_NOTE (MOUT_N)

Sends MIDI note events to a USB connected device.

Inputs

CABLE: the USB-midi 'cable number' to send to (for devices with only 1 USB-midi 'cable') leave this as 0.
CHAN: sets the MIDI channel to send to
NUM: MIDI note number (0-127)
VEL: MIDI velocity (0-127, 0 is a release)

Outputs

(none)

MOUTCK (MIDI Clock Output)

Sends MIDI realtime messages aka midi clock

Inputs

CABLE: the USB-midi 'cable number' to send to (for devices with only 1 USB-midi 'cable') leave this as 0.
TICK: sends MIDI tick message when banged
START: sends MIDI start message when banged
CONT: sends MIDI continue message when banged
STOP: sends MIDI stop message when banged

Outputs

(None)

MOD

Divides input A by input B, outputs the remainder. Inputs

A: sets the numerator and causes output.
B: sets the denominator. does not cause output.
B_TRIG: when 1, a new value sent to input B will also cause output.

Outputs

VAL: outputs the remainder (mod) of A / B.

MP

Meadowphysics, for grid. See meadowphysics

Inputs

FOCUS: when 1, operator is active. when 0, operator ignores grid
SIZE: sets grid size ( 8 / 16 )
STEP: move playhead ( + / - )

Outputs

O0-O7: trigger outputs corresponding to descending rows

MUL

Multiplies input A by input B. Outputs their product.

Inputs

A: sets the number to be multiplied by input B and causes output.
B: sets the number by which input A is multiplied. does not cause output.
TRIG: when 1, a new value sent to input B will also cause output.

Outputs

VAL: outputs the product of A * B.

PARAM

Gives access to the value in Bees (-32767 -> 32767) of each parameter from each module.

Inputs:

IDX: addresses any parameter from the chosen module

Outputs:

VAL: outputs the value of that parameter

POLY

managing note priority & triggering monophonic or polyphonic modules from a midi kbd or grid

Inputs:

PITCH: Pitch index of note
AMP: Amplitude of note (0 is interpreted as noteoff)
OFF: ‘Panic button’ - to reset internal state & transmit note_off to all
MONO: monophonic mode. 0 is polyphonic, 1 is monophonic

Outputs:

IDX: voice index
PITCH: pitch index of note
AMP: amplitude of note

PRESET

Presets can be read or written in response to received input. Values and routings need to be ‘included’ in the preset system before they will be recalled.

Inputs

READ: any received input recalls the state of the number PRESET received.
WRITE: any received input writes the current state to the number PRESET received.

RANDOM

Generates a random number after receiving any input.

Inputs

TRIG: any input causes a new random number to output.
MIN: sets the minimum value that can be output.
MAX: sets the maximum value that can be output.

Outputs

VAL: sends the random number.

ROUTE (ROUTE4)

Direct an input to one of four outputs.

Inputs

VAL: input value to route
TO: which output to send VAL to (0-3)

Outputs

O0-O3: outputs

ROUTE2

Direct an input to one of two outputs.

Inputs

VAL: input value to route
TO: which output to send VAL to (0-1)

Outputs

O0-O1: outputs

ROUTE8

Direct input to one of eight outputs.

Inputs

VAL: input value to route
TO: which output to send VAL to (0-7)

Outputs

O0-O7: outputs

ROUTE16

Direct input to one of sixteen outputs.

Inputs

VAL: input value to route
TO: which output to send VAL to (0-15)

Outputs

O0-O15: outputs

SCREEN

Draw pixels on PLAY screen.

Inputs

ENABLE: on/off
PERIOD: refresh rate
VAL: pixel value to draw (0-15)
FILL: fill entire screen (0-15)
X/Y: position to draw

Outputs

(None)

SERIAL

Send indexed pairs of numbers to host computer over USB serial

Inputs

ADDR: param index
DATA: param value

Outputs

ADDR: currently not-implemented, feature scheduled for 0.8.1 update
DATA: currently not-implemented, feature scheduled for 0.8.1 update

SHL

Left bit shift, mostly to use with BIT operator

Inputs:

A: Decimal number to be shifted
B: number of bit to shift to the left
TRIG: when 1, a new value sent to input B will also cause output

Outputs:

VAL: Decimal value, bit shifted to the left

SHR

Right bit shift, mostly to use with BIT operator

Inputs:

A: Decimal number to be shifted
B: number of bit to shift to the left
TRIG: when 1, a new value sent to input B will also cause output

Outputs:

VAL: Decimal value, bit shifted to the right

SPLIT (Y)

Receives one input and echoes it to two outputs. Inputs

VAL: receives an input value.

Outputs

OUT1: sends out the input value first.
OUT2: sends out the input value second.

SPLIT4 (Y4)

Receives one input and echoes it to four outputs.

Inputs

VAL: receives an input value.

Outputs

OUT1: sends out the input value first.
OUT2: sends out the input value second.
OUT3: sends out the input value third.
OUT4: sends out the input value fourth.

STEP

A step sequencer for monome grids.

Inputs

FOCUS: when 1, operator is active. when 0, operator ignores grid
SIZE: sets grid size ( 8 / 16 )
STEP: move playhead ( + / - )

Outputs

A : sends out value of button in row 4 at upper playhead position ( 0 / 1 )
B : sends out value of button in row 5 at upper playhead position ( 0 / 1 )
C : sends out value of button in row 6 at upper playhead position ( 0 / 1 )
D : sends out value of button in row 7 at upper playhead position ( 0 / 1 )
MONO1 : bitmapped value of column at upper playhead position (see below)
POS1 : current step of upper playhead
MONO2 : bitmapped value of column at lower playhead position (see below)
POS2 : current step of lower playhead.

Grid

row 0 = set position of upper playhead (also sets beginning of cycle)
row 1 = set length of upper loop (if loop is longer than distance from playhead to end of row it will cycle around to beginning of row)
row 2 = set position of lower playhead (also sets beginning of cycle)
row 3 = set length of lower loop (if loop is longer than distance from playhead to end of row it will cycle around to beginning of row)
row 4 - 7 = bitmapped values. MONO 1/2 outputs the sum of the 4 rows, the individual value for active buttons are as follows
row 4 = 1
row 5 = 2
row 6 = 4
row 7 = 8 e.g. to get the value 5 you would have row 4 and row 6 active, to get the value 9 you would have row 4 and row 7 active, and so on and so forth. it’s a binary-to-decimal conversion with row 4-7 being bits 0-3 of the number.

SUB

Subtracts input B from input A. outputs the difference.

Inputs

A: sets the number from which to subtract input B and causes output.
B: sets the number to subtract from input A. does not cause output.
B_TRIG: when 1, a new value sent to input B will also cause output.

Outputs

DIF: outputs the difference of A - B.

SW [1-4]

Allows the aleph’s keys to be routed in the control network.

Inputs

TOG: when 0, switches are momentarily high when held. when 1, switches will toggle between states on each press.
MUL: this value is output when the switch is active. 0 when inactive. ## Outputs
VAL: the current state value of the switch (0 or MUL).

Outputs

(None)

THRESH

Sends input through 1st outlet if below threshold, 2nd if not .

Inputs

VAL: value to be tested
LIM: the threshold (limit”)

Outputs

LO: output was < threshold
HI: output was >= threshold

TIMER

Outputs the time interval between the last two received events in milliseconds.

Inputs

EVENT: causes output, then restarts timer at zero
RESET: restarts timer at zero without causing output

Outputs

TIME: outputs time interval between timer restart-to-zero & event

TOG

Toggles between zero and a given number.

Inputs

BANG: any positive input causes the state to change. <1 outputs 0.
MUL: sets the value to be output when toggle is on.

Outputs

VAL: outputs the current state of the toggle. ‘off’ outputs 0. ‘on’ outputs MUL.

WHITE WHALE (WW)

White whale, for grid. see white whale

Inputs

FOCUS: when 1, operator is active. when 0, operator ignores grid
CLOCK: advances the step clock by 1. expects alternating 0/1 from a METRO op.
PARAM: input parameter for setting CV values; range [0,4095].
CUT: currently not-implemented, feature scheduled for 0.8.1 update
PATTERN: currently not-implemented, feature scheduled for 0.8.1 update

Outputs

TR0-TR3: trigger or gate outputs from the sequencer; [0,1].
CVA-CVB: continuous outputs. for map mode MUL by 8 for CV output. For waves, MUL by 15, then DIV by 2.

Proposed Operators:

TODO: add these operators!

ECA

An elementary (1d binary) cellular automaton

GRIDCOL

a monome grid operator for direct column manipulation.

Inputs

Outputs

HIST2

Stores a running list of the last 2 values input, provides the average.

Inputs

IN: the input.

Outputs

AVG: average of the last 2 values.
O0-1: O0 is the input, O1 the previous.

HIST8:

output the last 8 values in a circular buffer (8 outputs) - think this is the same as currently implemented HISTORY

HIST16:

output the last 16 values in a circular buffer (16 outputs)

HIST:

should be renamed to MEAN or AVG. or maybe HISTX should also have mean/median outputs. or should be rolled into more general STATS op.

monome / aleph

aleph/apps/bees/README-OP-DOCUMENTATION.md

OPERATORS

ACCUM

Inputs

Outputs

ADC

ADD

Inputs

Outputs

ARC

Inputs

Outputs

BARS

Inputs

Outputs

BARS8

Inputs

Outputs

BIGNUM

Inputs

Outputs

BITS

Inputs

Outputs

CHANGE

Inputs

Outputs

CKDIV (Clock-dividing METRO)

Inputs

Outputs

CV-IN

Inputs

Outputs

DELAY

Inputs

Outputs

DIV

Inputs

Outputs

DIVr

Inputs

Outputs

ENC

Inputs

Outputs

FADE

Inputs

Outputs

FS [1-2]

Inputs

Outputs

GATE

Inputs

GRID

Inputs

Outputs

GRIDRAW

Inputs

Outputs

HARRY

Inputs:

Outputs:

HID

Inputs

Outputs

HISTORY

Inputs

Outputs

IS

Inputs

Outputs

ITER

Inputs:

Outputs:

KRIA

Inputs:

Outputs:

LIFE

Inputs