@name Steering plate
@inputs [Car]:entity A D
@outputs
@persist OffsetAng Dir Plate:entity TURNING_ANGLE_MAX TURNING_SPEED TURNING_BACK_SPEED
@model models/hunter/plates/plate1x1.mdl

if(first())
{

    TURNING_SPEED = 1          # The speed your wheels will turn
    TURNING_BACK_SPEED = 2     # The speed your wheels will go back to their position
    TURNING_ANGLE_MAX = 29.5

    OffsetAng = 0
    Plate:setMass(50000)
    runOnTick(1)
    Plate = entity()

}
elseif(tickClk() & Plate:isFrozen() & !Plate:isPlayerHolding())
{

    Dir += (A ? 1 : 0) * TURNING_SPEED
    Dir -= (D ? 1 : 0) * TURNING_SPEED

    Dir = clamp( Dir, -TURNING_ANGLE_MAX, TURNING_ANGLE_MAX)

    if( Dir & !A & !D )
    {
        if( Dir > 0 )
        {
            Dir = clamp( Dir-TURNING_BACK_SPEED, 0, Dir )
        }
        else
        {
            Dir = clamp( Dir+TURNING_BACK_SPEED, Dir, 0 )
        }
    }

    local Ang = Car:toWorld( ang( 0, Dir, 0 ) )

    #local QuatAngToPlate = quat( Ang ) * inv( quat( Plate ) )
    #local Torque = Plate:toLocal( rotationVector( QuatAngToPlate ) + Plate:pos() )

    #Plate:applyTorque( (Torque * 1000 - Plate:angVelVector() * 40 ) * Plate:inertia())
    Plate:setAng( Ang )

}
elseif( tickClk() & !Plate:isPlayerHolding() & !Plate:isFrozen())
{
    Plate:propFreeze(1)
}
elseif( dupefinished() )
{
    reset()
}