2 Letter	Non-2 Letter		Share-					Macin-	
Command	Command	Demo	ware	Lite	1D	2D	Pro	tosh	
^	^	D	S	L	1	2	Pro	M	Make next character a control character
^Z	^Z			L	1	2	Pro	M	Ten Level UnDo Command
21	21	D	S	L	1	2	Pro	M	Convert data to a line with value 1
2A	2A	D	S	L	1	2	Pro	M	Enter Points to average for FB routine
2F	2F	D	S	L	1	2	Pro	M	Turn OFF 2 letter command mode
2L	2L	D	S	L	1	2	Pro	M	Convert data to a line with value 4096
2N	2N	D	S	L	1	2	Pro	M	Turn ON 2 letter command mode
2S	2S	D	S	L	1	2	Pro	M	Do a two point smooth on data
3S	3S	D	S	L	1	2	Pro	M	Do a three point smooth on data
A0	A0	D	S	L	1	2	Pro	M	Start Link 0
A1	A1	D	S	L	1	2	Pro	M	Start Link 1
A2	A2	D	S	L	1	2	Pro	M	Start Link 2
A3	A3	D	S	L	1	2	Pro	M	Start Link 3
A4	A4	D	S	L	1	2	Pro	M	Start Link 4
A5	A5	D	S	L	1	2	Pro	M	Start Link 5
A6	A6	D	S	L	1	2	Pro	M	Start Link 6
A7	A7	D	S	L	1	2	Pro	M	Start Link 7
A8	A8	D	S	L	1	2	Pro	M	Start Link 8
A9	A9	D	S	L	1	2	Pro	M	Start Link 9
AC	AC	D	S	L	1	2	Pro	M	Change spectrum amplitude
	AcqOrder	D	S	L	1	2	Pro	M	Inspect / Change multi-D acquisition order [arguments]
AD	AD	D	S	L	1	2	Pro	M	Add DC to spectrum
AF	AF	D	S	L	1	2	Pro	M	Turn integral display off
AI	AI	D	S	L	1	2	Pro	M	Do automatic integration
AL	AL	D		L	1	2	Pro	M	Load add/subtract buffer
AM	AM	D	S	L	1	2	Pro	M	Set add/subtract multiplier
AN	AN	D	S	L	1	2	Pro	M	Turn integral display on
AO	AO	D	S	L	1	2	Pro	M	Turn all subroutines off
AP	AP	D	S	L	1	2	Pro	M	Do full automatic phasing
AR	Array						Pro	M	Toggle array mode processing on/off
AS	AS				1	2	Pro	M	Enter add/subtract subroutine
B+	B+				1	2	Pro	M	Add buffer 1 and buffer 2 and put in current data
B- 	B- 				1	2	Pro	M	Subtract buffer 1 and buffer 2 and put in current data
B1	B1				1	2	Pro	M	Save current data to buffer 1
B2	B2				1	2	Pro	M	Save current data to buffer 2
BA	BA	D	S	L	1	2	Pro	M	Baseline adjust using all pts (alternative to BC)
BC	BC	D	S	L	1	2	Pro	M	Do BC on current data
BD	BD	D	S	L	1	2	Pro	M	Transfer convolution buffer to current data
BF	BF	D	S	L	1	2	Pro	M	Remove offset and tilt from region
BS	BS	D	S	L	1	2	Pro	M	Byte swap current data
BT	BT	D	S	L	1	2	Pro	M	Do a Bruker FT
BU	BU				1	2	Pro 	M	Enter Buffers sub-routine
BV	BV	D	S	L	1	2	Pro	M	Do byte swap of VAX type on current data
BW	BW	D	S	L	1	2	Pro	M	Change colors to black and white
BZ	BZ	D	S	L	1	2	Pro	M	Do BZ command
C1	C1						Pro	M	Combine Reals + Reals and Imags + Imags
C2	C2						Pro	M	Combine Reals + Reals and Imags - Imags
C3	C3						Pro	M	Combine Reals - Reals and Imags + Imags
C4	C4						Pro	M	Combine Reals - Reals and Imags - Imags
CA	CA				1	2	Pro	M	Apply convolution filter
CB	CB	D	S	L	1	2	Pro	M	Toggle clipboard display on/off
CC	CC	D	S	L	1	2	Pro	M	Close file C for writing
CD	CD	D	S	L	1	2	Pro	M	Set display and printing to color
CF	CF				1	2	Pro	M	Do convolution calculation
CH	CH	D	S	L	1	2	Pro	M	Do CHCl3 lineshape display
CL	CL	D	S	L	1	2	Pro	M	Display 0.55% and 0.11% levels
CO	CO	D	S	L	1	2	Pro	M	Edit comment
	Cosine	D		L	1	2	Pro	M	Zero to one over #points [ points]
CP	CP					2	Pro	M	Do contour display of 2D data
CR	CR					2	Pro	M	Set Contour plot level colors
CS	CS	D	S	L	1	2	Pro	M	Turn off fixed Y scale display
CT	CT	D	S	L	1	2	Pro	M	Do a complex FT
CV	CV				1	2	Pro	M	Display convolution buffer
CX	CX	D	S	L	1	2	Pro	M	Convert data between various formats
D1	D1	D	S	L	1	2	Pro	M	Edit Time Array Values
D2	D2	D	S	L	1	2	Pro	M	Decimate data by 2
DA	DA	D	S	L	1	2	Pro	M	Edit date
DB	DB	D	S	L	1	2	Pro	M	Transfer current data to convolution buffer
DC	DC	D	S	L	1	2	Pro	M	Enter DC adjustment subroutine
DD	DD				1	2	Pro	M	Enter dual display subroutine
DE	DE	D	S	L	1	2	Pro	M	Delete a file
DF	DF	D	S	L	1	2	Pro	M	FT digital filtered data and estimate and apply B phase correction
DH	DH				1	2	Pro	M	Do a high pass filter
	Divide				1	2	Pro	M	Divide data by argument
	Dims						Pro	M	Inspect / Change multi-D data points
DL	DL				1	2	Pro	M	Do a low pass filter
DM	DM						Pro		Make a spectral archive
DP	DP				1	2	Pro	M	Enter define peak subroutine
DR	DR				1	2	Pro	M	Display relaxation data
DS	DS						Pro		Search spectral archive
E1	E1			L	1	2	Pro	M	Full ASC export
E2	E2			L	1	2	Pro	M	ASC header export
E3	E3			L	1	2	Pro	M	ASC export of Reals
E4	E4			L	1	2	Pro	M	ASC export of data
E5	E5			L	1	2	Pro	M	ASC Export in Frequency Intensity pairs
E6	E6			L	1	2	Pro	M	JCAMP-DX5 data export of Real/Imag pairs
EF	EF	D	S	L	1	2	Pro	M	Email current file
EJ	EJ			L	1	2	Pro	M	JCAMP-DX5 export of reals
EM	ExpMult	D	S	L	1	2	Pro	M	Do exponential multiplication by LB
EX	EX	D	S	L	1	2	Pro	M	Edit pulse experiment
F1	F1	D	S	L	1	2	Pro	M	Edit spectrometer frequency in 1st dimension
F2	F2	D	S	L	1	2	Pro	M	Edit spectrometer frequency in 2nd dimension
F3	F3	D	S	L	1	2	Pro	M	Edit spectrometer frequency in 3rd dimension
FA	FA	D	S	L	1	2	Pro	M	Edit Axis font
FB	FixBaseline				1	2	Pro	M	Enter flatten baseline subroutine
FC	FC	D	S	L	1	2	Pro	M	Edit Clipboard display font
FF	FindNext				1	2	Pro		Find / Get Next File in current directory
FH	FH	D	S	L	1	2	Pro	M	Edit Peak label font
FI	FI	D	S	L	1	2	Pro	M	Edit Integral font
FL	FL	D	S	L	1	2	Pro	M	Edit Command Line font
FM	FM	D	S	L	1	2	Pro	M	Edit parameter display font
FN	FN	D	S	L	1	2	Pro	M	Enter a new file
FP	FP	D	S	L	1	2	Pro		Play the fid as audio
FR	FR	D	S	L	1	2	Pro	M	Remove offset and tilt from Zoom Region
FS	FS	D	S	L	1	2	Pro	M	Fix the Y scale
FT	FT	D	S	L	1	2	Pro	M	Do forward Fourier Transform
FV	FV	D	S	L	1	2	Pro	M	Edit vertical peak label font
GA	GetFile	D	S	L	1	2	Pro	M	Get file A
GB	GetFileB	D	S	L	1	2	Pro	M	Get file B
GC	GC	D	S	L	1	2	Pro	M	Get file C
GF	GF	D	S	L	1	2	Pro	M	Edit Gaussian factor
GM	GaussMult	D	S	L	1	2	Pro	M	Do gaussian multiplication
GR	GR				1	2	Pro	M	Get relaxation data
GS	GS						Pro	M	Get sample for virtual spectrometer
	Header	D	S	L	1	2	Pro	M	Inspect / Change file header type
HS	HS	D	S	L	1	2	Pro		Set help file type
HT	HT				1	2	Pro	M	Do Hilbert transform
	HyperComplex						Pro	M	Inspect / Change HyperComplex Type
IA	IA	D	S	L	1	2	Pro	M	Increment file A
ID	ID	D	S	L	1	2	Pro	M	Enter integral subroutine
IE	IncrementExt	D	S	L	1	2	Pro	M	Increment file extension [A or B] [amount]
IF	IF	D	S	L	1	2	Pro	M	Enter file info
IG	IG	D	S	L	1	2	Pro	M	Apply moving Gaussian
II	II	D	S	L	1	2	Pro	M	Invert imaginaries
IL	IL	D	S	L	1	2	Pro	M	Integral to clipboard
IM	IM	D	S	L	1	2	Pro	M	Import a data set from import directory
IN	IN	D	S	L	1	2	Pro	M	Increment counter for file A and loops
IP	IP					2	Pro	M	Do 2D intensity display
IS	IS				1	2	Pro	M	Enter insert subroutine
IT	IT	D	S	L	1	2	Pro	M	Do inverse complex Fourier Transform
IV	IV	D	S	L	1	2	Pro	M	Invalidate date and force redisplay
J0	J0	D	S	L	1	2	Pro	M	Import mole information for molecule (WIP)
J1	J1	D	S	L	1	2	Pro	M	Toggle molecule display on/off (WIP)
J2	J2	D	S	L	1	2	Pro	M	Edit atom list of molecule (WIP)
J3	J3	D	S	L	1	2	Pro	M	Add an atom to molecule (WIP)
J4	J4	D	S	L	1	2	Pro	M	Edit bond list of molecule (WIP)
J5	J5	D	S	L	1	2	Pro	M	Add a bond to molecule (WIP)
J6	J6	D	S	L	1	2	Pro	M	Edit molecule font (WIP)
JJ	JJ				1	2	Pro		Enter Carbon Chemical Shift search sub-routine
JT	JT	D	S	L	1	2	Pro	M	Do shifted Traficante resolution enhancement
L0	L0	D	S	L	1	2	Pro	M	Edit link 0
L1	L1	D	S	L	1	2	Pro	M	Edit link 1
L2	L2	D	S	L	1	2	Pro	M	Edit link 2
L3	L3	D	S	L	1	2	Pro	M	Edit link 3
L4	L4	D	S	L	1	2	Pro	M	Edit link 4
L5	L5	D	S	L	1	2	Pro	M	Edit link 5
L6	L6	D	S	L	1	2	Pro	M	Edit link 6
L7	L7	D	S	L	1	2	Pro	M	Edit link 7
L8	L8	D	S	L	1	2	Pro	M	Edit link 8
L9	L9	D	S	L	1	2	Pro	M	Edit link 9
LB	LineBroadening	D	S	L	1	2	Pro	M	Enter line broadening for EM [argument]
LF	LF				1	2	Pro	M	Enter line fit subroutine
LG	LG	D	S	L	1	2	Pro	M	Do Lorentz Gaussian multiplication
LI	LI	D	S	L	1	2	Pro	M	Edit links
LN	LN				1	2	Pro	M	Do linear predication
LO	LO	D	S	L	1	2	Pro	M	Start look subroutine
LP	LP	D	S	L	1	2	Pro	M	Transfer parameters to clipboard
LS	LS	D	S	L	1	2	Pro	M	Do left shift of data
LV	LV					2	Pro	M	Set coutour levels
LZ	LZ	D	S	L	1	2	Pro	M	Display last zoom region
M2	M2	D	S	L	1	2	Pro	M	Calculate power spectrum
MA	MA	D	S	L	1	2	Pro	M	Enter math sub-routine
MC	MC	D	S	L	1	2	Pro	M	Calculate magnitude spectrum
MF	MF	D	S	L	1	2	Pro	M	Make tallest peak in displayed region full Y scale
MH	MinHt	D	S	L	1	2	Pro	M	Edit the minimum height value for peak picking
ML	ML	D	S	L	1	2	Pro	M	Start molecule display
MO	MO	D	S	L	1	2	Pro	M	Enter meta objects subroutine
MS	MS	D	S	L	1	2	Pro	M	Do sine multiplication
MT	MT	D	S	L	1	2	Pro	M	Enter Magnetization Transfer sub-routine (WIP)
	Multiply				1	2	Pro	M	Multiply data points by argument
NA	NA	D	S	L	1	2	Pro	M	Edit the number of acquisitions
NB	NB	D	S	L	1	2	Pro	M	Toggle debug comments on/off
	Name			L	1	2	Pro	M	Carbon Chemical Shift search by name fragment
NO	NO				1	2	Pro	M	Enter notes subroutine
NS	NS				1	2	Pro	M	Enter NMR spin spin simulation
O1	O1	D	S	L	1	2	Pro	M	Edit 1st dimension spectral offset value
O2 	O2 	D	S	L	1	2	Pro	M	Edit 2nd dimension spectral offset value
O3	O3	D	S	L	1	2	Pro	M	Edit 2nd dimension spectral offset value
OC	OC		S	L	1	2	Pro	M	Open file C for writing
PA	PhaseA	D	S	L	1	2	Pro	M	Edit zero order phase value for PC
	Pattern			L	1	2	Pro	M	Carbon Chemical Shift search by pattern
PB 	PhaseB	D	S	L	1	2	Pro	M	Edit first order phase value for PC
PC	PhaseCorrect	D	S	L	1	2	Pro	M	Do phase correction by PA and PB [ or argument] amount
PD	PD	D	S	L	1	2	Pro	M	Edit pulse delay value
PE	PhaseExpanded	D	S	L	1	2	Pro	M	Enter expanded phasing routine
PF	PF	D	S	L	1	2	Pro	M	Turn off peak label display
PI	PhaseIncrement	D		L	1	2	Pro	M	Do incremental phasing [-cosy] [A] [B] [C]
PH	PhaseMouse	D	S	L	1	2	Pro	M	Enter mouse phasing routine
PJ	PJ	D	S	L	1	2	Pro	M	Do a 2D projection
PL	PL	D	S	L	1	2	Pro	M	Plot current spectrum
	Plane						Pro	M	Set MultiD plane [argument]
PN	PN	D	S	L	1	2	Pro	M	Turn peak labels on
PP	PP	D	S	L	1	2	Pro	M	Pick peaks above MH value
PR	PR	D	S	L	1	2	Pro	M	Set tallest peak in displayed region to specified chemical shift (Macros)
PS	PS	D	S	L	1	2	Pro	M	Phase same as last phase
PW	PW	D	S	L	1	2	Pro	M	Edit pulse width value
QA	QA	D	S	L	1	2	Pro	M	Do quick automatic A phasing
QB	Baseline	D	S	L	1	2	Pro	M	Do quick automatic baseline flattening
QD	QD	D	S	L	1	2	Pro	M	Enter quick display mode
QP	QP	D	S	L	1	2	Pro	M	Do quick automatic A and B phasing
QT	QT	D	S	L	1	2	Pro	M	PE type automatic phasing (WIP)
R0	R0	D	S	L	1	2	Pro	M	Register data using tallest peak in Zoom Region 0
R1	R1	D	S	L	1	2	Pro	M	Register data using tallest peak in Zoom Region 1
R2	R2	D	S	L	1	2	Pro	M	Register data using tallest peak in Zoom Region 2
R3	R3	D	S	L	1	2	Pro	M	Register data using tallest peak in Zoom Region 3
R4	R4	D	S	L	1	2	Pro	M	Register data using tallest peak in Zoom Region 4
R5	R5	D	S	L	1	2	Pro	M	Register data using tallest peak in Zoom Region 5
R6	R6	D	S	L	1	2	Pro	M	Register data using tallest peak in Zoom Region 6
R7	R7	D	S	L	1	2	Pro	M	Register data using tallest peak in Zoom Region 7
R8	R8	D	S	L	1	2	Pro	M	Register data using tallest peak in Zoom Region 8
R9	R9	D	S	L	1	2	Pro	M	Register data using tallest peak in Zoom Region 9
	Range			L	1	2	Pro	M	Carbon Chemical Shift search by range
RD	RD	D	S	L	1	2	Pro	M	Cyclic data rotation
RE	RE				1	2	Pro	M	Start resonance eliminator subroutine
	Reference			L	1	2	Pro	M	Carbon Chemical Shift search by reference number
RI	RI	D	S	L	1	2	Pro	M	Swap reals and imaginaries
RL	RL	D	S	L	1	2	Pro	M	Read a text file to generate LICENSE.NMR
RM	RM	D	S	L	1	2	Pro	M	Edit RMS noise level value for peak picking routine
RO	RO	D	S	L	1	2	Pro	M	Take square root of data
RR	RR				1	2	Pro	M	Read relaxation data
RS	RS	D	S	L	1	2	Pro	M	Right shift of data
RT	RT	D	S	L	1	2	Pro	M	Do real forward Fourier Transform
RU	RunMacro	D	S	L	1	2	Pro	M	Run a macro
S#	S#	D	S	L	1	2	Pro	M	Edit sine shift value
S@	S@	D	S	L	1	2	Pro	M	Edit data shrink values
S0	S0	D	S	L	1	2	Pro	M	Return scaling scroll to zero position
S2	S2		S	L	1	2	Pro	M	Save full 2D file with possible slice replacement
SA	SaveFile		S	L	1	2	Pro	M	Save file A
SB	SaveFileB		S	L	1	2	Pro	M	Save file B
SC	SC		S	L	1	2	Pro	M	Save file C
SD	SD	D	S	L	1	2	Pro	M	Enter slow display mode
SF	SF	D	S	L	1	2	Pro	M	Edit the spectrometer frequency in 1st dimension
SG	SG	D	S	L	1	2	Pro	M	Do shifted gaussian
SH	SH	D	S	L	1	2	Pro	M	Shrink data set by S@ value
SL	Slice	D	S	L	1	2	Pro	M	Select a slice by value / [argument] / -z = zero
	Sleep	D	S	L	1	2	Pro	M	Sleep argument milliseconds
SM	SM	D	S	L	1	2	Pro	M	Shimming simulation sub-routine
SN	SN	D	S	L	1	2	Pro	M	Calculate signal to noise
SP	SP				1	2	Pro	M	Enter stacked plot display
SR	SR	D	S	L	1	2	Pro	M	Spectrum reverse
SS	SS	D	S	L	1	2	Pro	M	Set 2D scalng factor
ST	ST			L	1	2	Pro	M	Save tags
SU	Sum	D	S	L	1	2	Pro	M	Sum all / [arguments] arrayed spectra 
	Substitute	D	S	L	1	2	Pro	M	Substitute [plane] target_slice source_slice
SW	SW	D	S	L	1	2	Pro	M	Edit the sweep width in 1st dimension
SY	SY					2	Pro	M	Symmetrize square 2D data set
SZ	SZ	D	S	L	1	2	Pro	M	Set largest peak in displayed region to zero PPM
T-	T-	D	S	L	1	2	Pro	M	Remove file tailer
T+	T+	D	S	L	1	2	Pro	M	Add tailer from file
T1	T1	D	S	L	1	2	Pro	M	Edit first point value for TM
T2	T2	D	S	L	1	2	Pro	M	Edit second point value for TM
TA	TA	D	S	L	1	2	Pro	M	Read all the tailer
TC	TC	D	S	L	1	2	Pro	M	Edit the calculation type (Macintosh 68K)
TD	Transpose					2	Pro	M	Transpose 2D data set
TF	TF	D	S	L	1	2	Pro	M	Traficante resolution enhancement
TI	TI	D	S	L	1	2	Pro	M	Tag imaginaries
TM	TM	D	S	L	1	2	Pro	M	Do trapezoidal multiplication
TP	TP	D	S	L	1	2	Pro	M	Show total phasing done
TR	TR	D	S	L	1	2	Pro	M	Tag reals
TS	TS	D	S	L	1	2	Pro	M	Save tailer to file
UD	UD	D	S	L	1	2	Pro	M	Update display
UF	UF	D	S	L	1	2	Pro	M	Set undo mode to off
UH	UH	D	S	L	1	2	Pro	M	Update header
UN	UN	D	S	L	1	2	Pro	M	Set undo mode to on
US	US	D	S	L	1	2	Pro	M	Edit user name
VP	VP				1	2	Pro	M	Edit virtual spectrometer parameters
VS	VS				1	2	Pro	M	View last database search results
VW	VW	D	S	L	1	2	Pro	M	View arrayed data set slice by slice
W1	W1	D	S	L	1	2	Pro	M	Edit sweep width in 1st dimension
W2	W2	D	S	L	1	2	Pro	M	Edit sweep width in 2nd dimension
W3	W3	D	S	L	1	2	Pro	M	Edit sweep width in 3rd dimension
WC	WC	D	S	L	1	2	Pro	M	Choose colors (WIP)
WS	WS	D	S	L	1	2	Pro	M	Enter window size
WP	WP	D	S	L	1	2	Pro	M	Displays current path information
WV	WV				1	2	Pro	M	Enter Windowing View sub-routine
X0	X0	D	S	L	1	2	Pro	M	Extract data from zoom region 0
X1	X1	D	S	L	1	2	Pro	M	Extract data from zoom region 1
X2	X2	D	S	L	1	2	Pro	M	Extract data from zoom region 2
X3	X3	D	S	L	1	2	Pro	M	Extract data from zoom region 3
X4	X4	D	S	L	1	2	Pro	M	Extract data from zoom region 4
X5	X5	D	S	L	1	2	Pro	M	Extract data from zoom region 5
X6	X6	D	S	L	1	2	Pro	M	Extract data from zoom region 6
X7	X7	D	S	L	1	2	Pro	M	Extract data from zoom region 7
X8	X8	D	S	L	1	2	Pro	M	Extract data from zoom region 8
X9	X9	D	S	L	1	2	Pro	M	Extract data from zoom region 9
XC	XC	D	S	L	1	2	Pro	M	Free 2D edge spectra
XL	XL	D	S	L	1	2	Pro	M	Extract line
XT	XT	D	S	L	1	2	Pro	M	Extract data file
XX	XX	D	S	L	1	2	Pro	M	Close the NUTS program
Y0	Y0	D	S	L	1	2	Pro	M	Sum all arrayed spectra based on tallest peak in zoom region 0
Y1	Y1	D	S	L	1	2	Pro	M	Sum all arrayed spectra based on tallest peak in zoom region 1
Y2	Y2	D	S	L	1	2	Pro	M	Sum all arrayed spectra based on tallest peak in zoom region 2
Y3	Y3	D	S	L	1	2	Pro	M	Sum all arrayed spectra based on tallest peak in zoom region 3
Y4	Y4	D	S	L	1	2	Pro	M	Sum all arrayed spectra based on tallest peak in zoom region 4
Y5	Y5	D	S	L	1	2	Pro	M	Sum all arrayed spectra based on tallest peak in zoom region 5
Y6	Y6	D	S	L	1	2	Pro	M	Sum all arrayed spectra based on tallest peak in zoom region 6
Y7	Y7	D	S	L	1	2	Pro	M	Sum all arrayed spectra based on tallest peak in zoom region 7
Y8	Y8	D	S	L	1	2	Pro	M	Sum all arrayed spectra based on tallest peak in zoom region 8
Y9	Y9	D	S	L	1	2	Pro	M	Sum all arrayed spectra based on tallest peak in zoom region 9
Z0	Z0	D	S	L	1	2	Pro	M	Set current zoom region to be zoom region 0
Z1	Z1	D	S	L	1	2	Pro	M	Set current zoom region to be zoom region 1
Z2	Z2	D	S	L	1	2	Pro	M	Set current zoom region to be zoom region 2
Z3	Z3	D	S	L	1	2	Pro	M	Set current zoom region to be zoom region 3
Z4	Z4	D	S	L	1	2	Pro	M	Set current zoom region to be zoom region 4
Z5	Z5	D	S	L	1	2	Pro	M	Set current zoom region to be zoom region 5
Z6	Z6	D	S	L	1	2	Pro	M	Set current zoom region to be zoom region 6
Z7	Z7	D	S	L	1	2	Pro	M	Set current zoom region to be zoom region 7
Z8	Z8	D	S	L	1	2	Pro	M	Set current zoom region to be zoom region 8
Z9	Z9	D	S	L	1	2	Pro	M	Set current zoom region to be zoom region 9
ZE	ZE	D	S	L	1	2	Pro	M	Zero all data points
ZF	ZF	D	S	L	1	2	Pro	M	Zero fill the data to the next power of 2 data points
ZG	ZG				1	2	Pro	M	Zero and go for virtual spectrometer
ZI	ZI	D	S	L	1	2	Pro	M	Zero imaginaries
ZL	ZL	D	S	L	1	2	Pro	M	Clear DP peak list
ZN	ZN	D	S	L	1	2	Pro	M	Zero all negative peaks
ZO	ZO	D	S	L	1	2	Pro	M	Start zoom routine
ZP	ZP	D	S	L	1	2	Pro	M	Zero all phasing
ZR	ZR	D	S	L	1	2	Pro	M	Zero all reals
ZZ	ZZ	D	S	L	1	2	Pro	M	Do specified ZZ type automatic import
