double x;
double y;
double z;

double temp1;
double temp2;

double Corrx;
double Corry;
double Corrz;

void RFAMPD(double* datIn, int nIn, double* datOut, int nOut)
{
x=datIn[0];	//11MHz
y=datIn[1];	//29MHz
z=datIn[2];	//55MHz

//Get to more sensibly scaled units (still Volts)
x=-(x-2.16);
y=-(y-2.16);
z=-(z-2.16);

//Correct the cross-talk (1st order only)
// Correct 11MHz
temp1=y-0.86;
if( temp1 < 0 ) temp1=0;
temp2=z-1.18;
if( temp2 < 0 ) temp2=0;
Corrx=x-temp1-temp2;

// Correct 29MHz
temp1=x-1.06;
if( temp1 < 0 ) temp1=0;
temp2=z-0.70;
if( temp2 < 0 ) temp2=0;
Corry=y-temp1-temp2;

// Correct 55MHz
temp1=x-1.26;
if( temp1 < 0 ) temp1=0;
temp2=z-0.84;
if( temp2 < 0 ) temp2=0;
Corrz=z-temp1-temp2;

//Scale from Voltage to dBm (RF power)
Corrx = (Corrx - 1.32) / 0.024;
Corry = (Corry - 1.32) / 0.024;
Corrz = (Corrz - 1.32) / 0.024;

//Scale from dBm RF power to dBm optical power
Corrx = Corrx - 69.5;
Corry = Corry - 69.5;
Corrz = Corrz - 69.5;

datOut[0]=Corrx;
datOut[1]=Corry;
datOut[2]=Corrz;
}