Mouse2Joybeta.PIE

//TODO try out adapticv sensitivity

var.deltax = delta(Mouse.DirectInputX)
var.deltay = delta(Mouse.DirectInputY)
//have to use variables in place of delta(delta(x)) because only vars are stored between frames
//var.speedx = delta(var.deltax)

//only smooth if not precisely aiming
/**
if(abs(delta(var.deltax)) > .1 ) then
    var.speedx = delta(var.deltax)
end else
   var.speedx = smooth(var.deltax,10,.1)
endif

var.speedy = smooth(var.deltay,10,.1)
var.deadzone = 10
**/

var.speedx = smooth(var.deltax,3,.05)
var.speedy = smooth(var.deltay,3,.05)

var.maxspeed = 45
//jumps the Xjoystick out of the 'deazone'
if((-10 < delta(var.deltaX) < 10) AND var.speedx!=0){
  if (var.speedx > 0){
     var.speedx+=15
     } else {
     var.speedx-= 15
     }
}

//jumps the Yjoystick out of the 'deazone'
if((-10 < var.speedy < 10) AND var.speedy!=0){
  if (var.speedy > 0){
     var.speedy+=15
     } else {
     var.speedy-= 15
     }
}


/**
if(-10 < var.speedy < 10){
  if (var.speedy > 0){
     var.speedy+=10
     } else {
     var.speedy-= 10
     }
}  **/

var.axisx = EnsureMapRange(var.speedx,var.maxspeed * -1, var.maxspeed, -1, 1)

var.axisy = EnsureMapRange(var.speedy,var.maxspeed * -1, var.maxspeed, -1, 1)

ppjoy.Analog0 = var.axisx
ppjoy.Analog1 = var.axisy

//wait .1