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>    /* ----- BEGIN TED MODIFICATION 2004----- */
#define CRANGE (50 / 2)
    typedef int SENSOR_API;
    typedef struct _ACCELREPORT {
       INT      PresentState;        // Current internal state (stable: 0, unstable1: 1: unstable2: 2)
       USHORT   LatestRawAccelDataX; // latest raw acceleration data of X axis    <-- works!
       USHORT   LatestRawAccelDataY; // latest raw acceleration data of Y axis    <-- works!
       USHORT   LatestAccelDataX;    // latest acceleration data of X axis (average in 40ms)   <-- Works even better?
       USHORT   LatestAccelDataY;    // latest acceleration data of Y axis (average in 40ms)   <-- Works even better?
       CHAR     Temperature;         // latest temperature
       USHORT   LatestZeroG_X;       // latest zero-G offset of X axis  <-- Seems to be the current notion of "center"
       USHORT   LatestZeroG_Y;       // latest zero-G offset of Y axis  <-- ""
    } ACCELREPORT, *PACCELREPORT;
    typedef SENSOR_API (__stdcall *readSensor_t)(PACCELREPORT  pAcceleration);
 
    static readSensor_t sensorFunction = 0;
    static USHORT centerX, centerY;
    ACCELREPORT data;   
 
    /* See if we need to initialize for the first time */
    if(!sensorFunction)
    {
       HMODULE hSensor = LoadLibrary("Sensor.dll");
       if(hSensor)
       {
          sensorFunction = (readSensor_t) GetProcAddress(hSensor, "ShockproofGetAccelerometerData");
          if(sensorFunction) {
             sensorFunction(&data);
             centerX = data.LatestZeroG_X;
             centerY = data.LatestZeroG_Y;
          }
       }
    }