MicroFreak Cheat Sheet by peehay

TYPE	WAVE	TIMBRE	SHAPE
BasicWaves	Morph	Sym	Sub
	Morphing from square to saw to 2 saw	Pulse width or phasing between saws	Sine sub
SuperWave	Wave	Detune	Volume
	Saw, square, triangle or sinus	Detuning amount	Detuned waves amplitude
Wavetable	Table	Position	Chorus
	Wave selection	Cycle position within wave	Chorus effect amount
Harmo	Content	Sculpting	Chorus
	Morphing through harmonic amplitude tables	Morphing between sine and triangle	Chorus effect amount
KarplusStr	Bow	Position	Decay
	Amount of bow applied besides the strike	Position of the strike on the resonator	Amount of resonance
V.Analog	Detune	Shape	Wave
	Detuning between the two waves	Morphing from narrow pulse to square to hard sync formants	Morphing betweeen triangle and saw
Waveshaper	Wave	Amount	Asym
	Waveshaper waveform	Wavefolder amount	Waveform asymmetry
Two Op. FM	Ratio	Amount	Shape
	Frequency ratio bewtween oscill­ators	Modulation index	Feedback amount
Formant	Interval	Formant	Shape
	Frequency ratio between formants 1 and 2	Formant frequency	Formant width and shape
Chords	Type	Inv/Transp	Waveform
	Octave, 5h, sus4, m, m7, m9, m11, 6th+9th, M9, M7, M	Changes inversion and frequency range of the chords	Waveform type: [0-50] = string­-ma­chine like waveform, [50-100] = 16 wavetables
Speech	Type	Timbre	Word
	Formants, colors, numbers, letters, words	Shift the formans up or down	Scan through words, depending on Type
Modal	Inharm	Timbre	Decay
	Amount of inharm­onicity	Excitation brightness and dust density	Damping, decay time
Noise	Tune	Rate	Balance
	Particle noise to white noise to metallic noise	Sample rate reduction (+ pitch control for square waves in metallic noise)	Morph between noise only (0%), noise+sine (33%), noise+­tri­angle (66%), noise+­square (100%)
Vocoder	Wave	Shift	Bandwidth
	[0-11] saw, [11-90] pulse width 50% to 99%, [91-100] noise	Vocoder frequency range	Vocoder's filer bandwidths