// Cleanup
internal void Flush()
{
if (spkOut != null)
{
spkOut.flush(); spkOut = null;
}
if (spkOutRaw != null)
{
spkOutRaw.flush(); spkOutRaw = null;
}
if (spkOutSalpa != null)
{
spkOutSalpa.flush(); spkOutSalpa = null;
}
if (rawOut != null)
{
rawOut.flush(); rawOut = null;
}
if (salpaOut != null)
{
salpaOut.flush(); salpaOut = null;
}
if (spkFiltOut != null)
{
spkFiltOut.flush(); spkFiltOut = null;
}
if (lfpOut != null)
{
lfpOut.flush(); lfpOut = null;
}
;
if (stimOut != null)
{
stimOut.flush(); stimOut = null;
}
if (auxAnalogOut != null)
{
auxAnalogOut.flush(); auxAnalogOut = null;
}
;
if (auxDigitalOut != null)
{
auxDigitalOut.flush(); auxDigitalOut = null;
}
}
// Cleanup
internal void Flush()
{
if (spkOut != null) { spkOut.flush(); spkOut = null; }
if (spkOutRaw != null) { spkOutRaw.flush(); spkOutRaw = null; }
if (spkOutSalpa != null) { spkOutSalpa.flush(); spkOutSalpa = null; }
if (rawOut != null) { rawOut.flush(); rawOut = null; }
if (salpaOut != null) { salpaOut.flush(); salpaOut = null; }
if (spkFiltOut != null) { spkFiltOut.flush(); spkFiltOut = null; }
if (lfpOut != null) { lfpOut.flush(); lfpOut = null; };
if (stimOut != null) { stimOut.flush(); stimOut = null; }
if (auxAnalogOut != null) { auxAnalogOut.flush(); auxAnalogOut = null; };
if (auxDigitalOut != null) { auxDigitalOut.flush(); auxDigitalOut = null; }
}
// For full sampled streams
internal void Setup(string dataType, Task dataTask)
{
//Create the nessesary file writers
switch (dataType)
{
case "raw":
// Check if we need to create this stream
if (recordRaw)
{
if (numElectrodes == 64 && Properties.Settings.Default.ChannelMapping == "invitro")
{
rawOut = new FileOutputRemapped(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
}
else
{
rawOut = new FileOutput(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
}
}
break;
case "salpa":
// Check if we need to create this stream
if (recordSALPA)
{
if (numElectrodes == 64 && Properties.Settings.Default.ChannelMapping == "invitro")
{
salpaOut = new FileOutputRemapped(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
}
else
{
salpaOut = new FileOutput(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
}
}
break;
case "spkflt":
// Check if we need to create this stream
if (recordSpikeFilt)
{
if (numElectrodes == 64 && Properties.Settings.Default.ChannelMapping == "invitro")
{
spkFiltOut = new FileOutputRemapped(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
}
else
{
spkFiltOut = new FileOutput(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
}
}
break;
case "stim":
// Check if we need to create this stream
if (recordStim)
{
stimOut = new StimFileOutput(fid, dataTask.Timing.SampleClockRate,
"." + dataType);
}
break;
case "aux":
// Check if we need to create this stream
if (recordAuxAnalog)
{
auxAnalogOut = new FileOutput(fid, dataTask.AIChannels.Count,
dataTask.Timing.SampleClockRate, 0, dataTask,
"." + dataType, 1);
}
break;
case "dig":
// Check if we need to create this stream
if (recordAuxDig)
{
auxDigitalOut = new DigFileOutput(fid, dataTask.Timing.SampleClockRate,
"." + dataType);
}
break;
default:
Console.WriteLine("Unknown data type specified during RecordingSetup.Setup()");
break;
}
}
// For full sampled streams
internal void Setup(string dataType, Task dataTask)
{
//Create the nessesary file writers
switch (dataType)
{
case "raw":
// Check if we need to create this stream
if (recordRaw)
{
if (numElectrodes == 64 && Properties.Settings.Default.ChannelMapping == "invitro")
rawOut = new FileOutputRemapped(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
else
rawOut = new FileOutput(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
}
break;
case "salpa":
// Check if we need to create this stream
if (recordSALPA)
{
if (numElectrodes == 64 && Properties.Settings.Default.ChannelMapping == "invitro")
salpaOut = new FileOutputRemapped(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
else
salpaOut = new FileOutput(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
}
break;
case "spkflt":
// Check if we need to create this stream
if (recordSpikeFilt)
{
if (numElectrodes == 64 && Properties.Settings.Default.ChannelMapping == "invitro")
spkFiltOut = new FileOutputRemapped(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
else
spkFiltOut = new FileOutput(fid, numElectrodes,
dataTask.Timing.SampleClockRate, 1, dataTask,
"." + dataType, Properties.Settings.Default.PreAmpGain);
}
break;
case "stim":
// Check if we need to create this stream
if (recordStim)
{
stimOut = new StimFileOutput(fid, dataTask.Timing.SampleClockRate,
"." + dataType);
}
break;
case "aux":
// Check if we need to create this stream
if (recordAuxAnalog)
{
auxAnalogOut = new FileOutput(fid, dataTask.AIChannels.Count,
dataTask.Timing.SampleClockRate, 0, dataTask,
"." + dataType, 1);
}
break;
case "dig":
// Check if we need to create this stream
if (recordAuxDig)
{
auxDigitalOut = new DigFileOutput(fid,dataTask.Timing.SampleClockRate,
"." + dataType);
}
break;
default:
Console.WriteLine("Unknown data type specified during RecordingSetup.Setup()");
break;
}
}
