//Reset SALPA filter
private void resetSALPA()
{
// Set SALPA parameters
int asym_sams = Convert.ToInt32(numericUpDown_salpa_asym.Value);
int blank_sams = Convert.ToInt32(numericUpDown_salpa_postpeg.Value);
int ahead_sams = Convert.ToInt32(numericUpDown_salpa_ahead.Value); //0.0002 = 5 samples @ 25 kHz
int forcepeg_sams = Convert.ToInt32(numericUpDown_salpa_forcepeg.Value);
SALPA_WIDTH = Convert.ToInt32(numericUpDown_salpa_halfwidth.Value);
//if (4 * SALPA_WIDTH + 1 > spikeBufferLength) // Make sure that the number of samples needed for polynomial fit is not more than the current buffersize
//{
// double max_halfwidth = Convert.ToDouble((spikeBufferLength - 1) / 4);
// SALPA_WIDTH = (int)Math.Floor(max_halfwidth);
//}
//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)
if (thrSALPA == null)
{
MessageBox.Show("train salpa before editing parameters");
}
else
{
SALPAFilter = new global::NeuroRighter.Filters.SALPA3(SALPA_WIDTH, asym_sams, blank_sams, ahead_sams, forcepeg_sams, (rawType)(-4 * Math.Pow(10, -3)),
(rawType)(4 * Math.Pow(10, -3)), numChannels, spikeBufferLength, thrSALPA);
}
//SALPAFilter = new SALPA3(SALPA_WIDTH, prepeg, postpeg, postpegzero, (rawType)(-10 / Convert.ToDouble(comboBox_SpikeGain.SelectedItem) + 0.01),
// (rawType)(10 / Convert.ToDouble(comboBox_SpikeGain.SelectedItem) - 0.01), numChannels, delta, spikeBufferLength);
}
//Reset SALPA filter
private void resetSALPA()
{
// Set SALPA parameters
int asym_sams = Convert.ToInt32(numericUpDown_salpa_asym.Value);
int blank_sams = Convert.ToInt32(numericUpDown_salpa_postpeg.Value);
int ahead_sams = Convert.ToInt32(numericUpDown_salpa_ahead.Value); //0.0002 = 5 samples @ 25 kHz
int forcepeg_sams = Convert.ToInt32(numericUpDown_salpa_forcepeg.Value);
SALPA_WIDTH = Convert.ToInt32(numericUpDown_salpa_halfwidth.Value);
//if (4 * SALPA_WIDTH + 1 > spikeBufferLength) // Make sure that the number of samples needed for polynomial fit is not more than the current buffersize
//{
// double max_halfwidth = Convert.ToDouble((spikeBufferLength - 1) / 4);
// SALPA_WIDTH = (int)Math.Floor(max_halfwidth);
//}
//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)
if (thrSALPA == null)
MessageBox.Show("train salpa before editing parameters");
else
SALPAFilter = new global::NeuroRighter.Filters.SALPA3(SALPA_WIDTH, asym_sams, blank_sams, ahead_sams, forcepeg_sams, (rawType)(-4 * Math.Pow(10, -3)),
(rawType)(4 * Math.Pow(10, -3)), numChannels, spikeBufferLength, thrSALPA);
//SALPAFilter = new SALPA3(SALPA_WIDTH, prepeg, postpeg, postpegzero, (rawType)(-10 / Convert.ToDouble(comboBox_SpikeGain.SelectedItem) + 0.01),
// (rawType)(10 / Convert.ToDouble(comboBox_SpikeGain.SelectedItem) - 0.01), numChannels, delta, spikeBufferLength);
}