KQ MiniSynth – Modulators

Calcrate a fomula and output it. See the graph.
Input is X-axis (horizontal) and output is Y-axis (vertical).

Connectors / Parameters

• Max X, Min X

  Set the range of input. It flips horizontally when Max < Min.

• Max Y, Min Y

  Set the range of output. It flips vertically when Max < Min.

• Type

  Specify the following function type:

  • Linear (Lin)
  • Exponential (Exp)
  • Logarithmic (Log)
  • Point Symmetry Exponential (PSExp)
  • Point Symmetry Logarithmic (PSLog)
  • Symmetry Exponential (SExp)
  • Symmetry Logarithmic (SLog)
  • Switch (SW): Minimum when X < middle, Maximum when X > middle.

• Curve

  Specifies the amount of curve of the function. This is ignored if Type is Lin or SW.

• In

  Input source.

• Out

  Processed output.

Calculate multiplication.

This calculated as follows:
Out = (Source 1 – Base 1) × (Source 2 – Base 2) × Scale + Offset

Connectors / Parameters

• Source 1,2

  The inputs.

• Base

  Set the base value of the source.

• Scale

  Multiplication scale.

• Offset

  Additional offset.

• Out

  The output.

This is a module which lets the input pitch vibrate and outputs it.
Try to connect LFO to “Wave In” and connect “V/Oct Out” to an Oscillator’s “V/Oct”.

Connectors/Parameters

• V/Oct In

  Select a pitch source to vibrate.

• Wave In

  Select a wave source contributing to vibrate.

• Width

  A width to vibrate.

• CV

  Select a source to input the amount of the width to vibrate.

• V/Oct Out

  This outputs a pitch.

This is a module which lets an input value increase/decrease by input pitch and outputs it.
The rate to increase/decrease is the value of “L.Slope” when input pitch is lower than “Break Point”, the value of “R.Slope” when the pitch is higher.

Connectors/Parameters

• L.Slope/R.Slope

  A rate to increase/decrease. A positive value to increase, a negative one to decrease.

• Break Point

  A threshold point.

• Gain

  A value for changing the output volume.

• Source In

  Select a source to process.

• V/Oct In

  Select a pitch source.

• Out

  This outputs the processed.

This is a module to do “Ring-Modulation”.

Connectors/Parameters

• Wave In 1,2

  Select sources to input waves to do ring-modulation.

• Out

  This outputs the ring-modulated.

This modifies the input wave’s shape. I recommend that the input be triangle wave.

Connectors / Parameters

• Input Offset

  Add this value to Wave In. The value is Level + Input × Depth.

• Shape

  Set to 0 when the absolute value of Wave In falls below this threshold. The value is Level + Input × Depth.

• Pulse 2 Amp

  Increase or decrease by this value if Wave In is less than 0.

• Fold

  Multiplied by this value and make the waveform folded when the Shape process is applied.

• Wave In

  The input.

• Wave Out

  The output.