//note that this only needs to filter the channels on this particular device
public SALPA3(int length_sams,int asym_sams,int blank_sams,int ahead_sams, int forcepeg_sams, rawType railLow, rawType railHigh, int numElectrodes, int bufferLength, rawType[] thresh)
{
//MB defaults:
this.length_sams = length_sams; // 75;
this.asym_sams = asym_sams;// 10;
this.blank_sams = blank_sams;// 75;//HACK try 20
this.ahead_sams = ahead_sams;// 5;
//this.period_sams = period_sams;// 0;
//this.delay_sams = 0;
this.forcepeg_sams = forcepeg_sams;//10;
this.thresh = thresh;
this.numElectrodes = numElectrodes;
this.railHigh = railHigh;
this.railLow = railLow;
this.numSamples = bufferLength;
this.PRE = 2 * length_sams ;
this.POST = 2 * length_sams + 1 + ahead_sams;
fitters = new LocalFit[numElectrodes];
for (int i = 0; i < numElectrodes; i++)
{
fitters[i] = new LocalFit(thresh[i], length_sams, blank_sams, ahead_sams, asym_sams, railHigh, railLow, bufferLength, forcepeg_sams);
}
}
//note that this only needs to filter the channels on this particular device
public SALPA3(int length_sams, int asym_sams, int blank_sams, int ahead_sams, int forcepeg_sams, rawType railLow, rawType railHigh, int numElectrodes, int bufferLength, rawType[] thresh)
{
//MB defaults:
this.length_sams = length_sams; // 75;
this.asym_sams = asym_sams; // 10;
this.blank_sams = blank_sams; // 75;//HACK try 20
this.ahead_sams = ahead_sams; // 5;
//this.period_sams = period_sams;// 0;
//this.delay_sams = 0;
this.forcepeg_sams = forcepeg_sams;//10;
this.thresh = thresh;
this.numElectrodes = numElectrodes;
this.railHigh = railHigh;
this.railLow = railLow;
this.numSamples = bufferLength;
this.PRE = 2 * length_sams;
this.POST = 2 * length_sams + 1 + ahead_sams;
fitters = new LocalFit[numElectrodes];
for (int i = 0; i < numElectrodes; i++)
{
fitters[i] = new LocalFit(thresh[i], length_sams, blank_sams, ahead_sams, asym_sams, railHigh, railLow, bufferLength, forcepeg_sams);
}
}
