Reverb
Reverb with high frequency tail.
Reverb with cv control of Mix, Density, LP Freq, Decay, Damping, Gain, and Freeze
Boolean logic operations.
- white sockets: inputs
- black sockets: outputs
signal delay unit
https://www.modulargrid.net/u/buchla-277-
Phaser
Chorus
Top half can delay one signal and the bottom half can delay the other.
Attenuator with one input and 10 different attenuated outputs
Envelope Follower
LFO with 8 different phase outputs of the signal.
- morphing is activate via "discrete - morph" switch
- morphing is modulable via CV input and controllable via waveshape selector and modulation index
Record 2 channels of audio to one 2 channel wav file. (Stereo)
Record 8 channels of audio to one 8 channel wav file.
The top half is one VU Meter and the bottom half is another VU Meter
Also called complex DAHD
An envelope with cv in for almost every parameter. Also has Output triggers at the bottom for the various stages.
Simple Attack Decay Envelope with a trigger button.
- the LFO is morphable (the lights give you the idea)
- ANTI-CLICK param, filter to remove clicks in sample start and ends points
- the ANTI CLICK goes from 0 to 100 ms
- if GATED on, the sample will stop when TRIG/GATE is off
- ability to open WAV or AIFF files (PCM)
-
the son of SIMPLER, is a multi sample player with integrated stereo mixer
-
4 equivalent sample player with
- LOAD sample button (load WAV or AIFF, PCM)
- GATE mode (when in GATE mode the sample will play when the signal is HIGH and STOP when TRIG is LOW)
- 1-SHOT
- TRIG BTN (to start a sample manually, or GATE IT)
- TRIG IN (to start a sample with a trig in signal or used in GATE mode)
- STOP IN (a trign signal will stop the sample)
- START will move the start point of the sample
- FM CTRL from -2 to +2, by default is 1 and the input in FMIN/CV will be 1V/oct
- FMIN/CV (to modulate frequency)
- SPEED setting the base SPEED of the sample
- PAN to place the sample in the stereo field
- VOL volume of the smaple
- OUT the direct OUT of the sample player
- all the paramenters are repeated 4 times
-
GLOBAL parameters is CHAIN IN of another mixer that will be summed to Channel L and R
-
the idea is to have multiple QuadSimpler to have a BIG bank of samples
- filter module...
- very instable, but usable
- the VU meter will give info about the note, the big black one text is the
- frequency (expressed as MIDINOTE TAG) we are targeting;
- starts to become GREEN when is at less than 4 % deviation
- and RED when there is less than 0.5% of deviation
- the TUNER works on SIGNALs (vco inputs, or any signal you want)
- and with VOLTAGES (translated interanally in frequencies) + the offset given by the OCTAVE
- POT (goes from -2 to +2 octaves)
- the IN SIGNAL input has priority (if both are used)
- add TUNE "A = " param (so you can tune to "432Hz" now")
- added TUNE reference OSCILLATOR
- DO RE MI mode
- INSTABILYT light (the background will become lighed RED if reading is invalid)
- IF FREQ not recognized, goes to ZERO
it's a PROGRAMMER, STAGE sequencer, Sampler TRIGGER, freely inspired to Serge TKB
12 steps with 11 lines of programming
- line 1: TRIG IN: will select the stage triggered
- line 2: STAGE: is the stage selector by button. when in sequencer mode the current step will light up
- line 3: 5X: voltage multiplier for A B C D E channels
- line 4: A: CV channel from 0 to 2 volts
- line 5: B: CV channel from 0 to 2 volts
- line 6: C: CV channel from 0 to 2 volts
- line 7: D: CV channel from -1 to 1 volts
- line 8: E: CV channel from -1 to 1 volts
- line 9: MODE: TRIG mode; if bright yellow, CV and TRIG out, if dark yellow, only CV out, if black step is jumped
- line 10: REP: if the sequencer is clocked will retrig the step from 1 to 8 times (subdivisions) (ratcheting)
- line 11: TRIG OUT: single PULSE out when the stage is selected
Bottom Section
- SEL knob: will select the current stage
- SEL CV input: selection of stage using CV (0 -> 10v)
- CLK IN CLK OUT: to clock the sequencer (and output the same clock to other devices)
- UP TRIG and BUTTON: if ON the sequence will go UP (normally is DOWN)
- RND btn: if light up the next stage is randomized
- OUTS A B C D E are the CV outs of the sequencer
- ROT knob, from -5 to +5, is the number of steps the yellow channel will rotate jump and rotate if in sequencer mode
- LAST trig out: PULSE out when last step is reached
- TRIG (global): current stage TRIG out (with repetitions if any)
- CHAIN A B C D E and CHAIN TRIG are useful when chaining many SQUONKs (to have just one connection for the CV and TRIGs)
- START STOP RESET: sequencer status controls by BUTTON or by TRIG
- RANDOMIZE ALL: must be pressed with COMMAND KEY (too dangerous!)
IS an imitation of the FLUCTUATING, QUANTIZED and STORED voltages sections of the Buchla 266 Source of Uncertainty
FLUCTUATING RANDOM VOLTAGES 1
- control TIME via CV and KNOB: from 0.05 to 50 sampling per seconds
- OUTS: SMOOTH, HARD (the sampled voltage), PULSE ( when HARD > 0.5)
FLUCTUATING RANDOM VOLTAGES 2
- control TIME via CV and KNOB from 0.05 to 50 sampling per seconds
- has a different smoothing function that can be controlled via CV
- OUTS: SMOOTH, HARD (the sampled voltage), PULSE (when HARD > 0.5)
QUANTIZED RANDOM VOLTAGES
- 2 sections: 2^n and n+1, where N is form 1 to 6 (established via CV and KNOB)
- the n+1 distribution is a Triangular distribution (like throwing 2 dice)
- n+1 are in 1V jumps
- 2^n are in 1/12V jumps
STORED RANDOM VOLTAGES
- Random with SKEWING function (CV controllable) to have more events in LOW MID or HIGH ranges
---- perfect companion for the SOYMODELSOU, to scale ad create arabesque ---- Is 3 parts of 2 repeated sections ------ SCALER OFFSETTER 1 & 2 (2 section equivalents) -------- ACCEPT AUDIO or CV SIGNAL IN -------- SCALE for -2 to +2 times, the CV accepts from 0 to 10V and is scaled to 0->1 multiplied SCALE value -------- scale function = SCALE or (if plugged in a CV) (SCALE * CVIN * 0.1 * 0.5); -------- OFFSET from -10v to +10v -------- OFFSET CV accepts any value -------- final OFFSET FORMULA = clamp(OFFSET + OFFSET CV , -10, +10) -------- output AUDIO or CV
------ OCTAVE FOLDER 1 & 2 (2 section equivalents) ------ for any voltage coming in IN OVER MAX will be subtracted 1.0 till is reported UNDER MAX ------ for any voltage coming in IN UNDER MIN will be added 1.0 till is reported OVER MIN ------ IS perfect to use with Quantized RV section N^2 of the SoyMODELSOU, to reports the voltage into certain octaves -------- ACCEPT a SIGNALCV type typically -------- MIN is set from 0 to 9V -------- MAX is set from 1 to 10V -------- if MAX is equal or less than MIN, is set to MIN + 1 -------- OUTPUT the FOLDED SIGNALCV
------ ASR 1 & 2 (2 section equivalents) -------- is a 4 cells ASR -------- accept SIGNALCV or AUDIO IN -------- EVERY PULSE advance the content of the cells
-- VECTOR MIXER ---- is a mixer working in a 2d plane. the "joystick" position could be set by MOUSE, by X & Y position ---- and by AZIMUTH & MAGNITUDE. X & Y has precedence on AZI & MAGN that has precedence on MOUSE. ---- INPUT could be SIGNAL AUDIO or CV. The vector mixer is highly inspired to joystick and ---- vector functions of the Prophet VS. ---- Combined with JW XYPAd can emulate the 2D Vector Envelope too
-- QUAD PANNER ---- is an old style sound source placement using a quadraphonic system ---- implements some of the functionalities of a single channel of the Buchla 227e ---- position of the source can be established with MOUSE, or by X and Y Position ---- or by AZIMUTH and MAGNITUDE, or by SWIRL (a la 227e) ---- the SWIRL is internal LFO that rotates the sound source for teh 4 outputs, with RATE ---- and AMPLI (is the MAGNITUDE, again...) ---- X & Y positioning takes precendece on SWIRL that takes precendece on setting AZIMUTH (and MAGNITUDE) and on ---- the PANNING is LINEAR and becomes EQUAL POWER PANNING activating the FLAG ---- Activating the flag INFINITE DISTANCE CENTER, the center becomes an AUDIO BLACK HOLE ---- the audio disappear if the magnitude approximates to ZERO
-- HOTTUNA ----- FREQ TO VOLTAGE now tuned on FUNDAMENTALS VCOs (unison tracking perfect pitch)
-- NYECHOECOECO ---- a virtual BINSON Echorec homage, with 6 play HEADS ---- PARAMETERS: ----- SPEED to trim the speed of the disc (the speed is expressed in CM per second) ----- a SPEED of about 12 cm/s is exactly 1 round per second ----- EVERY PLAY HEAD can be activated by BUTTON (on the HEAD) or by TRIG ----- EVERY PLAY HEAD has a trimming function (to virtual move the headform -20% to +20% around the disc) ----- EVERY HEAD has a display for the current delay ----- EVERY HEAD has a volume (for the delay mixed) ----- EVERY HEAD has a TAP out TAP in (so you can process a delayed signal and insert it back in the chain) ----- THE SWELL is activated deactivating the ERASE HEAD ----- THE SWELL pot controls from ECHO to infinite feedback (beware) ----- DRY - WET is a mix from original input signal and the processed signal ----- INPUT and OUTPUT have both a gain control ----- INPUT has a simulated OCCHIO magico: if the 2 wings connect in the center, signal is clipping
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