Ornament and Crime Cheat Sheet

	A	B	C	D	E	F	G	H	I	J	K	L	M	N	O	P	Q	R	S	T	U	V
1			CopierMaschine		Harrington 1200		Automatonnetz		Quantermain		Quadraturia		Low-rents		Piqued		Dialectic Ping Pong		Viznutcracker, sweet!		References
2	Category	I/O	4 stage Analog Shift Register		Neo-Riemannian transformations		Neo-Riemannian transforms on 5x5 grid		4 channel Quantizer		Quadrature Wavetable LFO		Dual Lorenz attractor		Quad triggerable envelopes (w/ Euclidean Mode)		Quad triggerable bouncing ball simulation		Byte beats signal generators		Outputs fixed reference voltages
3	Left Encoder	Main Turn	Select scale		Root note transpose up or down		Select cell in the grid sequentially, row-wise		Select channel		Increase or decrease frequency of master LFO		Increase or decrease frequency of selected generator		Select channel A to D		Select channel A to D to edit (all channels always active)		Select channel A to D to edit (all channels always active)		Select channel A to D to edit (all channels always active)
4		Other Turn	Move cursor in scale edit menu						Note in scale in scale edit mode		Note in scale in scale edit mode
5		Main Press	Activate scale		Toggle display of note numbers		Toggle between grid or current cell settings		Increment channel by one		Toggle frequency control between Coarse and Fine control		Toggle currently selected generator frequency control		Toggle between menu settings and envelope visualisation
6		Other Press	Add/remove note in scale edit menu
7		Long Press			Reset to defaults		Clear/reset grid
8	Right Encoder	Main Turn	Move up and down through the menu items		Move up and down through the menu items		Move up and down through the menu items		Move up and down through the menu items		Move up and down through the menu items		Move up and down through the menu items		Move up and down through the menu items		Move up and down through the menu items		Move up and down through the menu items		Move up and down through the menu items
9		Other Turn	+/- the value being edited; move scale "mask"		+/- the value being edited		+/- the value being edited		+/- the value being edited		+/- the value being edited		+/- the value being edited		Move back and forth between envelope segments		Increase or decrease the value being edited		Increase or decrease the value being edited		Increase or decrease the value being edited
10		Main Press	Toggle between menu mode and value edit mode		Toggle between menu mode and value edit mode		Toggle between menu mode and value edit mode		Toggle between menu mode and value edit mode		Toggle between menu mode and value edit mode		Toggle between menu mode and value edit mode		Toggle between menu mode and value edit mode		Toggle between menu mode and value edit mode		Toggle between menu mode and value edit mode		Toggle between menu mode and value edit mode
11		Other Press
12		Long Press	App selection menu		App selection menu		App selection menu		App selection menu		App selection menu		App selection menu		App selection menu		App selection menu		App selection menu		App selection menu
13	Buttons	Up	Transpose up: one octave		Increment chord inversion by 1		Reset current cell to top-left		Transpose up: one octave		Increment frequency by 32		Increment frequency of selected generator by 32		Increase duration of envelope section by 32		Increase gravity by 32		Change equation up
14		Up Long Press	Preview Screensaver		Preview Screensaver		Preview Screensaver		Preview Screensaver		Preview Screensaver		Preview Screensaver		Preview Screensaver		Preview Screensaver		Preview Screensaver		Preview Screensaver
15		Down	Transpose down: one octave		Decrement chord inversion by 1		Increment grid position by one clock step		Transpose down: one octave		Decrement frequency by 32		Decrement frequency of selected generator by 32		Decrease duration of envelope section by 32		Decrease gravity by 32		Change equation down
16	Trigger Input	TR1	Clock input		Reset to root triad		Clock/trigger input to increment steps on grid		Mappable trigger input for channel A-D		Reset phase (all LFOs)		Reset phase of generator 1		Assignable Trigger Input for envelope A-D		Assignable Trigger Input for envelope A-D		Assignable Trigger Input for step mode A-D
17		TR2	Hold (freeze ring buffer)		P transform		Arpeggiator clock (for arp/strm modes)		Mappable trigger input for channel A-D		Freeze (all LFOs hold current value while high)		Reset phase of generator 2		Assignable Trigger Input for envelope A-D		Assignable Trigger Input for envelope A-D		Assignable Trigger Input for step mode A-D
18		TR3	Transpose: Octave up, when high		L transform				Mappable trigger input for channel A-D				Rest phase of both generators		Assignable Trigger Input for envelope A-D		Assignable Trigger Input for envelope A-D		Assignable Trigger Input for step mode A-D
19		TR4	Transpose: Octave down, when high		R transform		If high, inhibits arpeggiator clock		Mappable trigger input for channel A-D				Freeze (both generators hold while TR4 is high)		Assignable Trigger Input for envelope A-D		Assignable Trigger Input for envelope A-D		Assignable Trigger Input for step mode A-D
20	CV Input	CV1	Sample in		Root note transposition		Root note transposition		Mappable CV to be quantized for channel A-D		Master frequency		Frequency/speed of generator 1		Assignable CV parameter (see notes)		Assignable CV parameter (see notes)		Assignable CV parameter (see notes)
21		CV2	Index: ring buffer index (= "delay")						Mappable CV to be quantized for channel A-D		Wave shape		Rho or c parameter for generator 1		Assignable CV parameter (see notes)		Assignable CV parameter (see notes)		Assignable CV parameter (see notes)
22		CV3	Mask: rotate scale mask						Mappable CV to be quantized for channel A-D		Shape spread		Frequency/speed of generator 2		Assignable CV parameter (see notes)		Assignable CV parameter (see notes)		Assignable CV parameter (see notes)
23		CV4	Transpose: octave up/down (-4/+4)		Chord inversion		Chord inversion		Mappable CV to be quantized for channel A-D		Coupling		Rho or c parameter for generator 2		Assignable CV parameter (see notes)		Assignable CV parameter (see notes)		Assignable CV parameter (see notes)
24	Output	A	ASR outputs 1		Quantised root		Quantised root, arp, strum or trig		Output voltage for channel A		LFO channel A output		Mappable outputs from the two generators		Envelope A Out		Envelope A Out		Byte Beat A
25		B	ASR outputs 2		Transformed & inverted triad		Transformed & inverted triad		Output voltage for channel B		LFO channel B output		Mappable outputs from the two generators		Envelope B Out		Envelope B Out		Byte Beat B
26		C	ASR outputs 3		Transformed & inverted triad		Transformed & inverted triad		Output voltage for channel C		LFO channel C output		Mappable outputs from the two generators		Envelope C Out		Envelope C Out		Byte Beat C
27		D	ASR outputs 4		Transformed & inverted triad		Transformed & inverted triad		Output voltage for channel D		LFO channel D output		Mappable outputs from the two generators		Envelope D Out		Envelope D Out		Byte Beat D
28	Screensaver	Display	"Arabesque" patterns, representing the pitch CV		Triad as triangle on 12 point polygon		Triad as triangle on 12 point polygon with last few steps		4 lane piano roll style with octave triangle		Quadrant rolling display of LFO 1-4		Vectorscope with AB on left and CD on right		Quadrants with scrolling output and realtime envelope progress		Quadrants with scrolling output and realtime envelope progress		My God, it's full of stars		Same as Quantermain with millivolt number
29	Other Settings and Notes		Scale:	Current scale	Transpose:	Shift root/triad in semitones	Grid Settings		Scale	Current scale	Coarse or Fine	Coarse: 0-255,Fine: each step into 256	Freq 1	Frequency/speed of generator 1, 0-255	Envelope type	The type of envelope (below)	Gravity	g, the acceleration due to gravity, 0-255	Equation	Byte beat equation (see table below)	Octave	Set the octave range. C0 is 0V, C1 is 1V etc
30			Root:	Root note for scale	Root mode:	Mode of root triad: Major or minor	dx	Movement along x-axis per clock	Root	Root note for scale	Shape	controls the shape of LFO1	Freq 2	Frequency/speed of generator 2, 0-255	AD	Attack-Decay	Bounce loss	Energy lost by the ball at each bounce 0-255	hope	Atmospheric, hopeful	Semitone	Set the semitone offset 1 increment is 83.333333mV
31			Active Notes:	"Scale mask" / active notes	Inversion:	Chord inversion	dy	Movement along y-axis per clock	Active notes	scale mask / active notes	Shape spread	Offsets wavetable position between each Ch	Rho/c 1	Rho or c for generator 1	ADSR	Attack-Decay-Sustain-Release	Amplitude	Initial amplitude (height) of the ball 0-255	love	Bubbly	Mod range oct	Set the number of octaves to automatically jump up or down
32			Index:	Ring buffer index (= "delay")	Priority:	Order of trigger input for PLR transforms	Mode	Maj or min	CV Source	External CV source (below)	Phase/frq spread	Offsets the phase/frequency between Ch	Rho/c 2	Rho or c for generator 2	ADR	Attack-Decay-Release: Can be used as a AHR/AHD	Velocity	Initial velocity of the ball 0-255	life	Deep, multilayered	Mod rate (s)	Set the rate in seconds at which the output jumps octaves
33			Mult/Att:	Multiply incoming CV by 0.1 - 2.0	Output mode:	Chord or tune (quantized output on A-D)	Oct	Transpose up/down octaves	CV1-CV4	Assignable CV inputs	Coupling	sets the degree of PM “bleed” between Ch	out A	Set A mapping	ASR	Attack-Sustain-Release	Trigger input	Trigger input source (TR1 to TR4) for the current channel	age	Arp rotator, choppy glitchy
34			Trigger Delay:	Sets the delay between triggers			OutA	Output A mode (below)	\|\|\|\|\|\|\|\|\|\|\|	Turing Machine (LFSR)	Freq range	sets the frequency range "vslow" to "vfast"	out B	Set B mapping	ADSAR	Like ADSR envelope, but attack re-triggers after sustain	Hard reset	On: will reset to initial amplitude on trigger mid-bounce	clysm	BitWiz Transplant, radio tuning noisy
35							root	outputs root note	Lgstc	Logistic Map	B freq ratio	sets the frequency ratio B/A at unity to 1/16	out C	Set C mapping	ADAR	Like ADR envelope, but attack re-triggers after decay	CV Parameters		monk	Vocaliser, LFO like parameters, crunchy to sing songy
36							trig	outputs a trig for each transform	ByteB	Byte Beats	C freq ratio	sets the frequency ratio C/A at unity to 1/16	out D	Set D mapping	AD loop	AD envelope, loops when trigger is high	Off	CV not mapped	NERV	Chewie, shepard tone like, insect
37							arp	arpeggiates the current triad	Trigger source	Set trigger source (below)	D freq ratio	sets the frequency ratio D/A at unity to 1/16	Output Mapping Options		ADR loop	ADR envelope, loops when trigger is high	Grav	CV mapped to Gravity	Trurl	Tinbot, robotic vocal
38							strm	arpeggiates the triad once	TR1-TR4	Assignable trigger inputs	B XOR A	Ch B LFO bit-wise XORed with Ch A LFO	Lx1	Generator 1 Lorenz attractor x value	ADAR loop	ADAR envelope, loops when trigger is high	Bnce	CV mapped to Bounce Loss	Pirx	My Loud Friend, different flavors of noise
39							Clr	Sets how the grid is cleared (below)	cont	Continuous quantization	C XOR A	Ch C LFO bit-wise XORed with Ch A LFO	Ly1	Generator 1 Lorenz attractor y value	Trigger input	specifies which which trigger/gate (T1-T4) to use	Ampl	CV mapped to Initial Amplitude	Snaut	A bit high-frequency, electrical to arpeggio
40							zero	clears the grid	Clock div	Clock divider on trigger source	D XOR A	Ch D LFO bit-wise XORed with Ch A LFO	Lz1	Generator 1 Lorenz attractor z value	Tr delay mode	sets the mode for the trigger delay (below)	Vel	CV mapped to Velocity	Hari	The Signs, gated pattern
41							rT	fills with random transforms	Trigger delay	Delay between trigger and quantization			Lx2	Generator 2 Lorenz attractor x value	Off	No delay			Kris	Light Reactor, Alien spaceship
42							rTev	sets each cell's event to randT	Octave	Octave transposition			Ly2	Generator 2 Lorenz attractor y value	Queue	Subsequent triggers are added to queue, ignored once full			Tichy	Alpha, dissonant noise
43							Per-cell settings		Transpose	Semitone transpose, post-quantize			Lz2	Generator 2 Lorenz attractor z value	Ring	Like queue except once full it will replace final trigger			Bregg	Hooks, warm, organ like
44							Trfm	Determines the transform applied (below)	Fine	Fine tuning control			Rx1	Generator 1 Rössler attractor x value	Tr delay count	Number of trigger delays that will be stored			Avon	Widerange, river rapids, waterfall
45							@	reset	CV Source Settings				Ry1	Generator 1 Rössler attractor y value	Tr delay msecs	Trigger delay in milliseconds (0-999 ms)			Orac	Abducted, echoes, X-files
46							*	no transform	LFSR Mode				Rz1	Generator 1 Rössler attractor z value	Tr delay secs	Trigger delay in seconds (0-64 s)			Speed	0 to 255. 255 equates to a 16.6 kHz sample rate
47							Offs	Offset in semitones applied when active	LFSR length	Length of the LFSR 2-32			Rx2	Generator 2 Rössler attractor x value	Eucl length	Length of the Euclidean pattern (2-32 beats)			Parameter 0	The first adjustable parameter for equation
48							Inv	Inversion of the transformed triad	LFSR p	Probability that the LSB will flip on copy			Ry2	Generator 2 Rössler attractor y value	Eucl fill	Number of beats in the pattern that let triggers through			Parameter 1	The second adjustable parameter for equation
49							Muta	Mutation applied when leaving cell (below)	LFSR range	The range or span of notes			Rz2	Generator 2 Rössler attractor z value	Eucl offset	Offset of the Euclidean pattern			Parameter 2	The third adjustable parameter for equation
50							none	nothing happens	LFSR p CV src	Assignable CV input for LFSR probability			Lx1+Rx1	Sum of G1 Lorenz x and G1 Rössler x	Hard reset	On: envelope will reset to zero on trigger mid-envelope			Loop mode	Phase accumulator loops between specific start and end
51							rT__	Random Transform	LFSR rng CV src	Assignable CV input for LFSR note range			Lx1+Rz1	Sum of G1 Lorenz x and G1 Rössler z	Gate high	Yes: Forces the trigger/gate to high			Loop begin ++	Coarse loop begin point, range 0-255
52							r_O_	Random Transpose	Logistic Map Mode				Lx1+Ly2	Sum of G1 Lorenz x and G2 Lorenz y	Attack shape	Sets attack segment shape (see notes below)			Loop begin +	Medium loop begin point, range 0-255
53							rTO_	Random Transform and Transpose	Logistic r	The r coefficient for logistic map equation			Lx1+Lz2	Sum of G1 Lorenz x and G2 Lorenz z	Decay shape	Sets decay segment shape (see notes below)			Loop begin	Fine loop begin point, range 0 - 255
54							r__I	Random Inversion	Logistic range	The range or span of notes			Lx1+Rx2	Sum of G1 Lorenz x and G2 Rössler x	Release shape	Sets release segment shape (see notes below)			Loop end ++	Coarse loop end point, range 0-255
55							r_OI	Random Transpose and Inversion	Log r CV src	Assignable CV input for r coefficient			Lx1+Rz2	Sum of G1 Lorenz x and G2 Rössler z	Segment shape				Loop end +	Medium loop end point, range 0-255
56							rTOI	Random Transform, Transpose, Inversion	Log rng CV src	Assignable CV input for note range			Lx1xLy1	Bit-wise XOR of G1 Lorenz x value and G1 Lorenz y	Lin	Linear (a straight line)			Loop end	Fine loop end point, range 0 - 255
57									Logistic seed	The seed value for logistic map			Lx1xLx2	Bit-wise XOR of G1 Lorenz x value and G2 Lorenz x	Exp	Exponential			Trigger input	Select TR1 to TR4 for step mode
58									Byte Beat Mode				Lx1xRx1	Bit-wise XOR of G1 Lorenz x value and G1 Rössler x	Quart	Quartic			Step mode	On: the phase accumulator is incremented on trigger. Off: Reset phase accumulator on trigger
59									Bytebeat eqn	Sets the byte beat equation			Lx1xRx2	Bit-wise XOR of G1 Lorenz x value and G2 Rössler x	Sine	Half a sine wave			CV Assignment Options
60									Bytebeat range	The range or span of notes					Ledge	Square wave with rounded corners			off	No assignment
61									Bytebeat P0	Parameter 0 for the byte beat equation					Cliff	similar to Ledge, but has a delay before rising			eqn	CV mapped to equation
62									Bytebeat P1	Parameter 1 for the byte beat equation					Gate	Pulse output			spd	CV mapped to speed
63									Bytebeat P2	Parameter 2 for the byte beat equation					BgDip	Big dipper - has one large bump			p0	CV mapped to Parameter 0
64									Bb eqn CV src	Assignable CV input for ByteB equation					MeDip	Medium dipper - has a medium sized dip			p1	CV mapped to Parameter 1
65									Bb rng CV src	Assignable CV input for ByteB range					LtDip	Little dipper - has a little dip			p2	CV mapped to Parameter 2
66									Bb P0 CV src	Assignable CV input for ByteB P0 value					Wiggl	Wiggles - lots of wiggles			beg++	CV mapped to begin point coarse
67									Bb P1 CV src	Assignable CV input for ByteB P1 value									beg	CV mapped to begin point fine
68									Bb P2 CV src	Assignable CV input for ByteB P2 value									end++	CV mapped to end point coarse
69																			end	CV mapped to end point fine
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100