Manual

Remote Control Commands and Queries
WM-RCM-E Rev D ISSUED: February 2005 129
IFFT(<source>) Inverse FFT, real output from complex input
-<source> INVERT Inversion (negation) of waveform.
INTG(<source>),<multiplier>,<adder>,<verscale>,<ve
roffset>
INTRP(<source>),<interpolatetype>,<expand> Interpolate extra points in waveform.
INTERPOLATETYPE IS LINEAR, QUADRATIC,
OR SINXX.
(-<source>) INVERT Inversion (negation) of waveform
JITTERSIM
LN(<source>) Natural logarithm of waveform values
LOG10(<source>) Base 10 logarithm of waveform values
LPFIR
MCAD(<source1>,<source2>),<source1var>,<source2
var>,<outputvar>,<source1headervar>,<
source2headervar>,<outputheadervar>,<withheader
>
Produces a waveform using Mathcad
MATLAB(<source1>,<source2>),<matlabcode>,<matl
abplot>,<matlabzerooffset>,<matlabscaleperdiv>
Produces a waveform using MATLAB
PERHIST(<source>),<vercutcenter>,<vercutwidth>,<h
orcutcenter>,<horcutwidth>,<cutdirection>,<cuttype>,
<cutwidth>
Histogram of a slice through a persistence map
PMEAN(<source>) Waveform derived from the mean of a persistence map
PRANGE(<source>),<pctpopulation> Waveform derived from the range of a persistence map
PSIGMA(<source>),<sigma> Waveform derived from the st dev of a persistence map
PHSHIFT(<source>),<phase> Change the phase of a set of complex data.
DESKEW(<source>),<wavedeskew> RESAMPLE Shift a waveform in time.
RESC(<source>),<multiplier>,<adder>,<customunit>,
<unit>
Rescale waveform as Out = A*Wave(In) + B
ROOF(<source>),<sweeps> Highest Y value at each X in a set of waveforms
SEG(<source>),<selectedsegment> Select one segment from a sequence
SINX(<source>) Ten times interpolation using sin (x) / x
SLICE(<source1>,<source2>),<frequency>,<priorperio
ds>,<postperiods>,<parameter>
Slices waveform 2 to make many waveforms, using wf 1