#  PASSIVE STEREO configure for nVidia TwinView systems

# two fixed walls: left eye image screen and right eye image screen
Walls screen0 screen1
WallDisplay screen0 :0.0 1024x768+0+0

# Align two projectors through the offsets of X and Y
# the default value of X offset is 1024, but it can be adjusted to 
# compensate the horizontal misalignment of two projectors
# the Y offset should be adjusted according to the actual vertical 
# offset of the two projectors
# The alignment program could be cavetest
# When you run cavetest, you can see a blue ball with a cross
# Adjust X and Y offsets to make the left and right crosses totally overlapped
WallDisplay screen1 :0.0 1024x768+1024+0

# Specify the screen0 is for left eye image and screen1 is for right eye image
WallEyes screen0 left
WallEyes screen1 right

#TrackerType     daemon
# for Passive Stereo without Tracking
TrackerType	simulator

#wand daemon
# for Passive Stereo controlled by keyboard and mouse
wand simulator

# define the corners of the projection planes by specifying the locations of the
# lower left, upper left, and lower right corners.  
# The corner positions are given in tracker coordinates.
ProjectionData screen0 * wall -32.0 48.00 0.00 -32.0 96.00 0.00 32.0 48.00 0.00 in
ProjectionData screen1 * wall -32.0 53.00 0.00 -32.0 101.00 0.00 32.0 53.00 0.00 in

#TrackerDaemonKey 6788
#ControllerDaemonKey 6789
#serialtracking y
#TrackerPort     /dev/ttyd2
#TrackerBaud     38400
#DisplayMode stereo
Calibration n
#CalibrationFile /usr/local/CAVE/etc/cal/idesk2036.correction.table
CPUlock n
#HideCursor y

TransmitterOffset 0 0 9 feet
#TransmitterRotationMatrix 1.0000 0.0000 0.0000 0.0000 0.9397 -0.3420 0.0000 0.3420 0.9397

#HeadSensorRotation 0 0 1 0
#HeadSensorOffset 3.5 -1 -2.5 inches
#WandSensorRotation 0 0 1 180
#WandSensorOffset 0 0.8 -12 inches

#HeadSensorRotation 0 0 1 0
#HeadSensorOffset 0 0 0 inches
#WandSensorRotation 0 0 1 0
#WandSensorOffset 0 0 0 inches