| 3rd party developers for Mod 2 & III | |||
| Adern | Alfonso D'Amora | cwmodular | djmicron |
| fra77x | hifiboom | j9k | MCCYRANO |
| rcaia | ReD_MuZe | Shroomz | SpaceF |
| Wolf | ZargMusic | ||
The CWmodular website is an invaluable resource for the SonicCore modular user. It lists all the modules available for Mod 2 & 3 in far more detail than is available here and also features a very useful collection of links to other resources.
All of the CWmodular modules can be downloaded here, and read about here. There are currently 138 modules available. A full module listing can be found at the bottom of the page.
Delay Effects
| DelaySimple |
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| Very simple, accurate delay. | |
| LongDelayFB insert |
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| Long delay, with insert points, gain and High Pass filter. | |
| LongDelay Simple |
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| Simple Long delay effect. | |
| ModDelayFB |
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| Up to three inputs build a feedback loop. | |
Modulation Effects
| ChorusCwm |
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| Chorus Module with Rate Modulation input. | |
| DelChorusCwm |
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| Same as above, but with "delay" audio inputs (connect the output of any stereo source here); the "In" output is connected through, its level is controled by the "dry" fader. | |
| StereoCrossPhaser |
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| Stereo Cross Phaser. | |
| ADminiCwm |
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| Same as standard Creamware module, but takes up 1/3 of the room on screen AND displays the Attack and Display times. | |
| adsrVcaCwm |
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| Combined envelope and Amplifier. | |
| 36db BpEQ |
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| Band pass EQ with very steep attenuation slope. | |
| 36db HpEQ |
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| High pass EQ with very steep attenuation slope. | |
| 36db LpEQ |
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| Low pass EQ with very steep attenuation slope. | |
| VocFilterXL |
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| Standard Vocal Filter, but crossfades between formants can be controlled over time by an editCurve display. You can just
draw the curve in with a mouse.
Various mod inputs to control frequency and resonance. Editable dezip (left=none, right= max). Seperate preset lists for the vowel curve and for the whole module. |
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| xFadeLpHp |
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| Crossfade between Low and High Pass filter with freq and xfade modulation. | |
| audioGate |
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| Audio Gate. | |
| GateInverterCwm |
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| Gate Inverter. | |
| Gate2Trig |
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| Converts a Gate signal to a Trigger. | |
| randomogat |
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| Random Gate Generator. | |
| Val2Gate |
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| Value to Gate. | |
| Val2GateB |
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| As above, but can handle bipolar threshold values. | |
| valOnGate |
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| Outputs a given value on GateOn signal. | |
| LfoCwm |
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| Identical to Creamware's LFO B, but smaller, and with gain control + modulation input | |
| LfoOne |
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| Multi LFO with modulation input on all controls. | |
| MidiClockCWM MkII |
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| Combination of standard midiClock, clockDivider and freqDivider modules. | |
| StartStopCwm |
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| Straightforward Start/Stop controls. | |
| GateCount 1-48 |
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| ?? | |
Adder Meter Mixer Modifier Modulator Switch SwitchMod
| add2L |
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| Add signal 1 to signal 2. | |
Adder Meter Mixer Modifier Modulator Switch SwitchMod
| valMetersCwm |
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| Value meters which show values in the formats -64/+63 as well as -1.000/+1.000. | |
| valMeterCwm |
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| Value meter which can be switched between UniPolar and BiPolar modes. | |
| VUcwm1 |
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| Mono VU | |
| VUcwm2 |
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| Stereo VU | |
| Universal Meter |
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| Value meter which show values in the ranges 0 to 127, 0.0000 to 1.0000, 0 to 2147483647. | |
| Universal Meter B |
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| Binary value meter which shows values in the ranges 0 to 127, 0.0000 to 1.0000,-2147483648 to 2147483647. | |
Adder Meter Mixer Modifier Modulator Switch SwitchMod
| microMixer8 |
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| 8 Channel micro mixer - 8 mono ins to Stereo out. | |
| Mix4+cwm |
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| 4 way mixer - 4 ins, one out. Text labels for each input. | |
| Mix4cwm |
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| Simple 4 way mixer. | |
Adder Meter Mixer Modifier Modulator Switch SwitchMod
| ExpModulatorCwm |
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| A multiplier with extreme exp curves. | ||||||||||
| Full Wave Rectifier 2 |
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| A full wave rectifier. Takes an input signal and makes its polarity wholly positive. See here for an explanation of Full Wave Rectification. | ||||||||||
| min2maxInverterCwm |
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Inverts the incoming signal, but not in the standard way, but as follows:
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| PosNegSeparator |
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| Seperates the Positive and Negative elements of a signal to different outputs. | ||||||||||
| Ranger |
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| ??? | ||||||||||
| Subtractor |
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| Outputs the value of Input1 minus Input2 | ||||||||||
Adder Meter Mixer Modifier Modulator Switch SwitchMod
| Integer X-Fade |
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| Cross fade between any two input values in the 'Integer range' (between -2147483648 and 2147483648). The little button on the Right Hand Side is used to switch between text input and pad input. | |
Adder Meter Mixer Modifier Modulator Switch SwitchMod
| 1x2SwitchCwm |
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| Switch one input between two outputs. | |
| 16x1SwitchCwm |
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| Switch one output between any one of 16 inputs. | |
| 1x4SwitchCwm |
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| 4 way switch with text labels for input and all four outputs. | |
| 2x1SwitchCwm |
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| Switch one output between two inputs. | |
| 4x1SwitchCwm |
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| 4 way switch with text labels for output and all four inputs. | |
Adder Meter Mixer Modifier Modulator Switch SwitchMod
| LevelSw1to4MkII |
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A threshold switch where the input source is switched to one of the four outs. As an example, if you want to switch an audio source automatically to one of four fx modules, connect audio source to "in", three constVal modules to "thr1-3", and a lfo or MVCvel or whatever you like to "Swi". Connect "out 1-4" to different fx modules. The output used will be determined as follows: if switch sig (LFO/vel...) > thr 1 (you can't edit thr1, it's always -64) then input(audio) => out1 if switch sig (LFO/vel...) > thr 2, then input(audio) => out2 if switch sig (LFO/vel...) > thr 3, then input(audio) => out3 if switch sig (LFO/vel...) > thr 4, then input(audio) => out4 The above is only true for an ideal setup where thr1<thr2<thr3<thr4. If the threshold values are not in a row like above, things are going off-key, and the result will be rather unpredictable. |
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| LevelSw1to4MkIII |
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| As above, but with textfaders for the thresholds (button:"int"[=intern]). | |
| modSwitch4to1XL |
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| ... | |
| thrSwitch2to1 |
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| Threshold switch. If value is below the threshold set, input 1 is sent to output, otherwise input 2 is sent. | |
Modifier\ Conditionals
| condThru |
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| Allow signal though if signal is between the two user specified values. | |
| condThruSync |
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| Signals within the range determined by the min and max values are output to the 'withinRange' output, the rest through the 'outsideRange' output. | |
| If |
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| Specify a condition using the upper two fields, and an output value depending on the success or failure of the condition in the lower two. | |
| If PSw |
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| IF Module with condition value modulation and PSwitch input. Monophonic. | |
| range2ValCwm |
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| If the input value is within the specified range, it will be given the new value. | |
Modifier\ Constant
| constValCWM.mdl |
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| Constant Value module. | |
| constValModulesCwm |
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| Constant Value modules, with and without text areas. | |
| constValUniversal |
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| Universal Constant Value module (ie, it displays value in three formats: 0 to 127, 0.0000 to 1.0000, 0 to 2147483647 which may be useful depending on the type of signal that is being modified. | |
| constValUniversal B |
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| Bipolar Universal Constant Value module (ie, it displays value in three formats: 0 to 127, 0.0000 to 1.0000, -2147483648 to 2147483647 which may be useful depending on the type of signal that is being modified. | |
Modifier\ Converters
| asyn2synCWM |
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| Convert a signal from asynchronous to synchronous. | |
| syn2asynCwm |
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| Convert a signal from synchronous to asynchronous. | |
Modifier\ Logic & Math
| FlipFlop |
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| Logic module with three different FlipFlop modes, with its own help window. | |
| IntDivider |
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| Divide signal 1 by signal 2 (asynchronous). | |
| IntMultiplier |
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| Multiply signal 1 by signal 2 (asynchronous). | |
| LogicFuncPSw |
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| ??? | |
| MathFuncPSw |
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| ??? | |
| Multiplier |
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| Multiply signal 1 by signal 2 (synchronous). | |
| mux2Cwm |
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| Switches between input 1 and 2 depending on whether a signal is present at 'sel' input. Mux is a common abbreviation for Multiplexer. | |
| Subtractor |
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| Subtract signal 2 from signal 1. | |
| SyncDivider |
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| Divide signal 1 by signal 2 (synchronous). | |
Modifier\ Sample & Hold
| chaosGen |
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| Fractal pattern generator. | |
| Chaotic Pattern |
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| Fractal pattern generator. | |
| Lorenz Attractor |
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| Fractal pattern generator. | |
| Mandelbrot |
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| Fractal pattern generator. | |
| randVal iR |
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| Outputs a random value signal between a user defined range (allowable values 0-127, with an offset factor), triggered by signals which are between a user defined threshold level. | |
| randVal iR2 |
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| As above, but sends out two independently defined random values. | |
| randVal iRB |
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| As randVal iR, but with Random values in a bipolar range. | |
| randVal iR2B |
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| As above, but sends out two independently defined random values. | |
| Semi-Chaotic |
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| Fractal pattern generator. | |
| s+hCwm |
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| Sample and Hold module. Input value sent to output when trigger is received at trigger input. | |
| s+hCwm2 |
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| Sample and Hold module. Input 1 value sent to output when input 2 gets a new value. | |
| s+hCwm3 |
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| If Input 1 >0, it will be passed to the output. If input 2 is 0 then the last output value will be held. | |
| FmDrOscCwm |
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| FM Operator and Sine modulator oscs, each with AD, filter, external mod input, preset list | |
| FmDrOscM |
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| As above, but with additional modulation inputs for carrierFrq, sine Modulator Frq (x2), sine modulation amoutn, AD attack and decay time, carrier output gain | |
| FMsineCwm |
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| Similar to Creamware's stock FmOperator, with sync input (switchable) and gainMod input for EG, lfo or contrSeq modules. If no inputs are connected, control manually by switching 'pot' on. Also allows for feedback to self. | |
| FMsine2Cwm |
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| An all-in-one-FM osc with 2 inbuilt AD EGs and smooth and attenuator faders. | |
| sDrOscCwm |
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| Sample Drum Oscillator with built in AHD envelope and velocity sensitivity controls. | |
| sineMiniCwm |
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| Mini Sine Oscillator with Coarse and Fine tuning options. | |
| sineMiniCwmX2 |
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| 2 Mini Sine Oscillators. | |
| sineMiniPiMCwm |
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| Mini Sine Oscillator with pitch modulation and PM intensity controls. | |
| sinePiM2imCwm |
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| Mini Sine Oscillator with pitch modulation and PM intensity inputs. | |
| SOscMini |
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| Mini Sample Oscillator with built in AHD envelope. | |
| ControlSeqCwm |
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| Large scale control sequencer. | |
| CtrlSqMkII |
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| Compact control sequencer. | |
| CtrlSqMkIIR |
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| Compact control sequencer with Random function. | |
| GateSeqCwm |
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| Large scale control sequencer. | |
| GateSeqCwmMkII |
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| Small version of the above, with same functionality. | |
| GateSeqCwmMkIIR |
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| As above, with randomising functionality. | |
| NoteSeqCwm |
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| Compact note sequencer, with sophisticated random section. You can select up to 8 note values to be randomized. . | |
| StartStopCwm |
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| Straightforward Start/Stop controls. | |
| SyncStationCwm |
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| All-in-one solution to sync creamware, adern and cwm seq modules, and LFOs/AdernRamp. Two ramp LFOs included. | |
| SyncStationIV |
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| Sync module with 4 gateDividers, 4 freqDividers, 4 ramp outputs.
ramp dividers in range 1/16 to 8. (async) gate modules' reset input can be connected directly. no need to use gateOR module. button to select internal or external trigger signal (via start/stop button or MVC gate out). tempo modulation input - use values between 30 and 250. |
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| CWMorph Text |
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| Text module, same design as CWMorph modules. | |
| textModules_Cwm |
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| Various different colour text modules to label parts of your patches. Each module has four arrows which you can highlight to indicate which section of the patch it is for. | |
The CWMorph modules allow you to morph between any number of different patch parameters at the push of a button. The basic concepts are explained here. There are a number of patches available to give you an idea of what's possible. See here, here and here.
The LFO, filter and Mix modules are just copies of the stock Creamware modules, but with no controls - these have to be controlled by a ControlUnit module.
The modules have modules have different inputs from the standard modules, as follows: morph=grey square. green/red/blue/yellow rectangled pads are the usual in/outputs of the modules
| CWMorph Bp 24db |
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| 24db Bandpass Filter | |
| CWMorph ModMix4 |
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| .... | |
| CWMorph Filterbank |
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| Filterbank | |
| CWMorph Hp 24 db |
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| 24db Highpass Filter | |
| CWMorph LFO A |
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| LFO | |
| CWMorph LFO Ax |
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| Same as above, but extended version with phase, fade, delay, and waveform mod inputs. This module is more suitable for fast rate modulation. | |
| CWMorph Lp 24db |
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| 24db Lowpass Filter | |
| CWMorph Mix4 |
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| 4 way mixer | |
| CWMorph Text |
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| Text module for CWMorph series | |
| CWMorph xFade 1to2 |
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| 1 to 2 Cross Fade module | |
| CWMorph xFade 2to1 |
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| 2 to 1 Cross Fade module | |
| CWMorph Control Unit 4 |
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This is one of the main CWMorph control units. Connect the square outputs to the mod inputs of the modules that you wish to morph. The bottom knob sets the amount that you want to send as your initial morph state, the next knob up sets the amount of time that it will take to morph to that new value, the top knob shows the current value being sent. Connect the Morph Switch or MorphSwitch Mod modules to control the Morphing from one state to another. |
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| CWMorph Control Unit 4f |
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| As above, but with faders instead of knobs - for connection to the CwMorph Mix4 module. | |
| CWMorph Control Unit 4 x Note Val |
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| As above, but with Note Val output | |
| CWMorph Control Unit 4Bmod |
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| A Control Unit CU where the "startVal" can't be controlled, made for external inputs. The pots nevertheless show the actual input values. Always in bipolar mode. | |
| CWMorph Control U6 |
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| 6 way Morph Control Unit | |
| CWMorph MorphSwitch |
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| Switch between the various Morph states in the Morph Control Unit. | |
| CWMorph MorphSwitch Mod |
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| As above, but with Modulation input, so the switching can be controlled by the Morph Time Control module. | |
| CWMorph MorphTimeControl |
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| Connect to the MorphSwitch Mod to program a timeD sequence of Morph state changes. | |
The complete list of CWModular modules is as follows:
Effects\Delay
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Mix & Gain\Meter
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Morph
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Oscillator
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