WaveTrainInspector samples the Complex field of Waves passing in either incoming and outgoing directions. It can be used to unobtrusively monitor the Waves passing through a particular part of a beam train without causing additional propagations. The recorder may not record all Waves if multiple Waves are transmitted though the beam train simultaneously. Also note that WaveInspector reports the Waves at the current virtual time, but they may actually be Waves propagating through the beam train at some look-back time.

Parameters
None
Inputs
incomingIncident	WaveTrain	Incoming incident WaveTrain	WaveTrain()
outgoingIncident	WaveTrain	Outgoing incident WaveTrain	WaveTrain()
Outputs
incomingTransmitted	WaveTrain	Incoming transmitted WaveTrain which is always the unmodified incoming incident WaveTrain
outgoingTransmitted	WaveTrain	Outgoing transmitted WaveTrain which is always the unmodified outgoiing incident WaveTrain
field	Grid<Complex>	The complex grid from the most recent Wave
latest_time	float	The time at which the most recent Wave (s)
polarization	int	The polarization of the most recent Wave
wavelength	float	The wavelength of the most recent Wave (m)
direction	int	The direction of the most recent Wave (0=incoming, 1=outgoing)
tilts	Vector<float>	The tilts in the tilt register of the most recent Wave (rad.)
foci	Vector<float>	The reference focal lenghts of the most recent Wave (m)
centers	Vector<float>	The centers of the complex grid of the most recent Wave (m)
dispersionWavelength	float	Nominal wavelength used for dispersion calculations if useDispersion is true
upDirection	Vector<float>	Direction in which dispersion tilts are applied. Should be a unit vector
meshSpacing	Vector<float>	The mesh spacing in x and y in the format [dx dy].
Subsystems
Connections incomingTransmitted   <<=   incomingIncident outgoingTransmitted   <<=   outgoingIncident
Last Saved: Fri Feb 22 13:31:58 MST 2008 by TVE version 2007B