Based on the value of the Input path, TwoWayFlipper transmits the Waves on one of two incomingIncident WaveTrains and transmits the outgoingIncident WaveTrain down one of two outgoing paths. This system allows a two-way optical paths to change dynamically based upon some form of switching logic.

Parameters
defaultPath	int	Flag indicating which incident WaveTrain to transmit before the Input path is availble, 0 or 1	0
Inputs
incomingIncident	WaveTrain	Incoming incident WaveTrain 0	WaveTrain()
incomingIncident1	WaveTrain	Incoming incident WaveTrain 1	WaveTrain()
outgoingIncident	WaveTrain	Outgoing incident WaveTrain	WaveTrain()
path	int	Flag indicating which incident WaveTrain to transmit, 0 or 1	0
Outputs
incomingTransmitted	WaveTrain	Transmitted WaveTrain from the incomingIncident WaveTrain indicated by path
outgoingTransmitted	WaveTrain	Transmitted WaveTrain from the outgoingIncident WaveTrain if path is 0, otherwise NULL Waves are sent down this path
outgoingTransmitted1	WaveTrain	Transmitted WaveTrain from the outgoingIncident WaveTrain if path is not 0, otherwise NULL Waves are sent down this path
Subsystems
Flipper    incomingFlipper defaultPath   int    defaultPath   Flipper    outgoingFlipper defaultPath   int    defaultPath   Flipper    outgoingFlipper1 defaultPath   int    defaultPath   Splitter    splitter Connections incomingFlipper.incident   <<=   incomingIncident incomingFlipper.incident1   <<=   incomingIncident1 incomingFlipper.path   <<=   path outgoingFlipper.path   <<=   path splitter.incident   <<=   outgoingIncident outgoingFlipper1.path   <<=   path incomingTransmitted   <<=   incomingFlipper.transmitted outgoingTransmitted   <<=   outgoingFlipper.transmitted outgoingTransmitted1   <<=   outgoingFlipper1.transmitted outgoingFlipper.incident   <<=   splitter.transmitted outgoingFlipper1.incident1   <<=   splitter.transmitted2
Last Saved: Tue Sep 03 23:34:21 MDT 2002 by TVE version 2007B