internal SpikeDetectorParameters(SerializationInfo info, StreamingContext ctxt)
{
this.ss = (SpikeSorter)info.GetValue("ss", typeof(SpikeSorter));
this.threshold = (decimal)info.GetValue("threshold", typeof(decimal));
this.deadTime = (decimal)info.GetValue("deadTime", typeof(decimal));
this.maxSpikeAmp = (decimal)info.GetValue("maxSpikeAmp", typeof(decimal));
this.minSpikeSlope = (decimal)info.GetValue("minSpikeSlope", typeof(decimal));
this.minSpikeWidth = (decimal)info.GetValue("minSpikeWidth", typeof(decimal));
this.maxSpikeWidth = (decimal)info.GetValue("maxSpikeWidth", typeof(decimal));
this.numPre = (decimal)info.GetValue("numPre", typeof(decimal));
this.numPost = (decimal)info.GetValue("numPost", typeof(decimal));
this.spikeDetectionLag = (decimal)info.GetValue("spikeDetectionLag", typeof(decimal));
this.detectorType = (int)info.GetValue("detectorType", typeof(int));
this.noiseAlgType = (int)info.GetValue("noiseAlgType", typeof(int));
this.thresholdPolarity = (int)info.GetValue("thresholdPolarity", typeof(int));
}
private void loadSpikeFilterToolStripMenuItem_Click(object sender, EventArgs e)
{
// Make sure they want to kill the current sorter
if (spikeSorter != null)
{
if (MessageBox.Show("This will overwrite the current spike sorter. Do you want to continue?", "Overwrite?", MessageBoxButtons.YesNo) == DialogResult.No)
{
return;
}
}
// Disengage any current sorter
isEngaged = false;
button_EngageSpikeSorter.Text = "Engage Spike Sorter";
label_SorterEngaged.Text = "Sorter is not engaged";
label_SorterEngaged.ForeColor = Color.Red;
// Deserialize your saved sorter
OpenFileDialog openSDDialog = new OpenFileDialog();
openSDDialog.DefaultExt = "*.nrsd";
openSDDialog.Filter = "NeuroRighter Spike Detectpr|*.nrsd";
openSDDialog.Title = "Load NeuroRighter Spike Detector";
openSDDialog.InitialDirectory = Properties.Settings.Default.spikeSorterDir;
if (openSDDialog.ShowDialog() == DialogResult.OK)
{
try
{
SpikeDetectorSerializer spikeDetSerializer = new SpikeDetectorSerializer();
detectorParameters = spikeDetSerializer.DeSerializeObject(openSDDialog.FileName);
Properties.Settings.Default.spikeSorterDir = new FileInfo(openSDDialog.FileName).DirectoryName;
// Detector parameters
comboBox_noiseEstAlg.SelectedIndex = detectorParameters.NoiseAlgType;
comboBox_spikeDetAlg.SelectedIndex = detectorParameters.DetectorType;
thresholdMultiplier.Value = detectorParameters.Threshold;
numericUpDown_DeadTime.Value = detectorParameters.DeadTime;
numericUpDown_MaxSpkAmp.Value = detectorParameters.MaxSpikeAmp;
numericUpDown_MinSpikeSlope.Value = detectorParameters.MinSpikeSlope;
numericUpDown_MinSpikeWidth.Value = detectorParameters.MinSpikeWidth;
numericUpDown_MaxSpikeWidth.Value = detectorParameters.MaxSpikeWidth;
numPreSamples.Value = detectorParameters.NumPre;
numPostSamples.Value = detectorParameters.NumPost;
comboBox_ThresholdPolarity.SelectedIndex = detectorParameters.ThresholdPolarity;
if (detectorParameters.SS != null)
{
// Deserialize the sorter
spikeSorter = detectorParameters.SS;
// Update the number of spikes you have trained with
UpdateCollectionBar();
// Sorter Parameters
switch (spikeSorter.projectionType)
{
case "Maximum Voltage Inflection":
comboBox_ProjectionType.SelectedIndex = 0;
break;
case "Double Voltage Inflection":
comboBox_ProjectionType.SelectedIndex = 1;
break;
case "PCA":
comboBox_ProjectionType.SelectedIndex = 2;
break;
}
numericUpDown_ProjDim.Value = (decimal)spikeSorter.projectionDimension;
numericUpDown_MinClassificationProb.Value = (decimal)spikeSorter.pValue;
numericUpDown_MinSpikesToTrain.Value = (decimal)spikeSorter.minSpikes;
numericUpDown_maxK.Value = (decimal)spikeSorter.maxK;
// Update UI to reflect the state of things
if (spikeSorter.trained)
{
// Tell the user the the sorter is trained
label_Trained.Text = "Spike sorter is trained.";
label_Trained.ForeColor = Color.Green;
button_EngageSpikeSorter.Enabled = true;
button_TrainSorter.Enabled = true;
isTrained = true;
ReportTrainingResults();
}
else
{
label_Trained.Text = "Spike sorter is not trained.";
label_Trained.ForeColor = Color.Red;
button_EngageSpikeSorter.Enabled = false;
button_TrainSorter.Enabled = true;
isTrained = false;
}
}
}
catch (Exception ex)
{
MessageBox.Show("Error: Could not read file from disk. Original error: " + ex.Message);
}
}
}
private void button_HoardSpikes_Click(object sender, EventArgs e)
{
if (!isHoarding)
{
// Make sure they want to kill the current sorter
if (spikeSorter != null)
{
if (MessageBox.Show("Do you want to overwrite the current spike sorter?", "Overwrite?", MessageBoxButtons.YesNo) == DialogResult.No)
{
return;
}
}
// Update the UI to reflect the state of things
Flush();
// Reset the sorter completely
isTrained = false;
isEngaged = false;
hasData = false;
isHoarding = true;
spikeSorter = null;
// Create the appropriate sorter
switch (comboBox_ProjectionType.SelectedItem.ToString())
{
case "Maximum Voltage Inflection":
{
spikeSorter = new SpikeSorter(
numChannels,
(int)numericUpDown_maxK.Value,
(int)numericUpDown_MinSpikesToTrain.Value,
(double)numericUpDown_MinClassificationProb.Value,
comboBox_ProjectionType.SelectedItem.ToString());
break;
}
case "Double Voltage Inflection":
{
spikeSorter = new SpikeSorter(
numChannels,
(int)numericUpDown_maxK.Value,
(int)numericUpDown_MinSpikesToTrain.Value,
(double)numericUpDown_MinClassificationProb.Value,
comboBox_ProjectionType.SelectedItem.ToString());
break;
}
case "PCA":
{
spikeSorter = new SpikeSorter(
numChannels,
(int)numericUpDown_maxK.Value,
(int)numericUpDown_MinSpikesToTrain.Value,
(double)numericUpDown_MinClassificationProb.Value,
(int)numericUpDown_ProjDim.Value,
comboBox_ProjectionType.SelectedItem.ToString());
break;
}
}
// Update hoard button
button_HoardSpikes.Text = "Stop";
}
else
{
isHoarding = false;
hasData = true;
button_TrainSorter.Enabled = true;
button_HoardSpikes.Text = "Hoard";
}
// Update wrapper
detectorParameters.SS = spikeSorter;
}
