// copyright 2008 Joel Clemens - free to distribute on condition of keeping my name here
//1024x768 resolution in q3a tests was measured to 1024 Y(vertical) mickys and
//2048 horizontal mickys
//ration  2048 mickies per 360degrees (5.6888888888888888888888888888889)
pie.FrameRate = 70 //maximum framerate without everything screwing up.. 
//probably has something to do with the sixaxis datarate

//calibration indicator (light turns on when yaw is successfully calibrated
if abs(sixaxis.Yaw) >1
   sixaxis.led1 = 0
else
    sixaxis.Led1 = 1
endif
//calibration - set controller still on flat, LEVEL surface, and press circle btn
If sixaxis.circle
   sixaxis.RawGyroZero = smooth(sixaxis.RawGyro)
   sixaxis.yaw = 0
   var.rolloffset = smooth(RemoveUnits(sixaxis.smoothroll) , 5)/90
   var.pitchoffset = smooth(RemoveUnits(sixaxis.smoothpitch) , 5)/-90
   var.pressed = 1
endif
//only excecuted if calibrated and button is not being pressed
//this is what actually reads the data from sixaxis
if (var.pressed) & (sixaxis.Circle = 0)
   //mouse.DirectInputY = (smooth(RemoveUnits(sixaxis.smoothPitch*-568) , 5))/100
   mouse.DirectInputX = (RemoveUnits(sixaxis.yaw*568))/100
endif
//this is used as a test to see if jitter is caused by joystick or game engine

//the roll data is being mapped onto the x axis of virtual joystick to a maximum of 90degrees
ppjoy.Analog0 = smooth(RemoveUnits(sixaxis.smoothroll) , 5)/90 -var.rolloffset
ppjoy.Analog1 = smooth(RemoveUnits(sixaxis.smoothpitch) , 5)/-90 -var.pitchoffset
ppjoy.Analog2 = sixaxis.Joy2x    //left/right
ppjoy.Analog3 = sixaxis.Joy2y    //forward/backward
//ppjoy.Analog1 = smooth(mouse.WheelDown, 15)  + - smooth(mouse.Wheelup, 15)

debug =  ""+ppjoy.Analog0+' '+ppjoy.Analog1