WfsTracker computes the average x and y slopes from an input vector originating from one of the wavefront sensor systems. The slopes are assumed to be a vector of x slopes followed by y. The outputs are in the same units as the slopes, which is usually angular radians of tilt.

Parameters
dmModel	DMModel&	Deformable mirror model structure	DMModel()
avgslopes0	Vector<float>	Output to be provided before inputs are available	ZeroVecF(2)
Inputs
slopes	Vector<float>	WFS slopes	Vector()
Outputs
avgslopes	Vector<float>	Average x and y slopes	Vector()
Subsystems
IndexVF    indexx indeces   Vector<int>    IndexVecI(dmModel.nMeasurements()/2) v0   Vector<float>    ConsVecF(dmModel.nMeasurements()/2,avgslopes0[0])   IndexVF    indexy indeces   Vector<int>    IndexVecI(dmModel.nMeasurements()/2,dmModel.nMeasurements()/2) v0   Vector<float>    ConsVecF(dmModel.nMeasurements()/2,avgslopes0[1])   AverageVF    averagex vwavg0   float    avgslopes0[0]   AverageVF    averagey vwavg0   float    avgslopes0[1]   FtoVF    ftovf Connections indexx.vin   <<=   slopes indexy.vin   <<=   slopes avgslopes   <<=   ftovf.vout ftovf.f0   <<=   averagex.vwavg ftovf.f1   <<=   averagey.vwavg averagey.v   <<=   indexy.v averagex.v   <<=   indexx.v
Last Saved: Wed Mar 20 17:08:09 MST 2002 by TVE version 2007B