public SignalChannel(Device device, Filter[] filters)
{
_device = device;
_anyChannel = new AnyChannel(create_SignalDoubleChannel_filters(device.DevicePtr, filters, (IntPtr)filters.Length));
_dataChannel = new DataChannel <double>(_anyChannel);
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
public BatteryChannel(Device device)
{
_device = device;
_anyChannel = new AnyChannel(create_BatteryIntChannel(device.DevicePtr));
_dataChannel = new DataChannel <int>(_anyChannel);
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
public SignalChannel(Device device, ChannelInfo info)
{
_device = device;
_anyChannel = new AnyChannel(create_SignalDoubleChannel_info(device.DevicePtr, info));
_dataChannel = new DataChannel <double>(_anyChannel);
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
public EegChannel(Device device)
{
_device = device;
_anyChannel = new AnyChannel(create_EegDoubleChannel(device.DevicePtr));
_dataChannel = new DataChannel <double>(_anyChannel);
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
public FilteredChannel(IDataChannel <double> channel, Filter[] filters)
{
_sourceChannel = channel;
_anyChannel = new AnyChannel(create_FilteredDoubleChannel(channel.ChannelPtr, filters, (IntPtr)filters.Length));
_dataChannel = new DataChannel <double>(_anyChannel);
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
public SpectrumPowerChannel(IEnumerable <SpectrumChannel> channels, float lowFrequency, float highFrequency, string name, double windowDuration = 8.0, double overlappingCoeff = 0.9)
{
_channelsPointers = channels.Select(x => x.ChannelPtr).ToArray();
_anyChannel = new AnyChannel(create_SpectrumPowerDoubleChannel(_channelsPointers, (IntPtr)_channelsPointers.Length, lowFrequency, highFrequency, name, windowDuration, overlappingCoeff));
_dataChannel = new DataChannel <double>(_anyChannel);
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
public BipolarDoubleChannel(IDataChannel <double> first, IDataChannel <double> second)
{
_firstSourceChannel = first;
_secondSourceChannel = second;
_anyChannel = new AnyChannel(create_BipolarDoubleChannel(first.ChannelPtr, second.ChannelPtr));
_dataChannel = new DataChannel <double>(_anyChannel);
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
public EmulationChannel(IEnumerable <EmulationSine> components, float samplingFrequency, int initialLength)
{
var componentArray = components.ToArray();
_anyChannel = new AnyChannel(create_EmulationDoubleChannel(componentArray, (IntPtr)componentArray.Length, samplingFrequency, (IntPtr)initialLength));
_dataChannel = new DataChannel <double>(_anyChannel);
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
public EegIndexChannel(EegChannel t3, EegChannel t4, EegChannel o1, EegChannel o2)
{
_t3 = t3;
_t4 = t4;
_o1 = o1;
_o2 = o2;
_anyChannel = new AnyChannel(create_EegIndexChannel(_t3.ChannelPtr, _t4.ChannelPtr, _o1.ChannelPtr, _o2.ChannelPtr));
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
public DataChannel(AnyChannel channel)
{
_anyChannel = channel;
_channelDataReader = new NativeChannelDataReader <T>();
}
public SpectrumChannel(IDataChannel <double> channel)
{
_sourceChannel = channel;
_anyChannel = new AnyChannel(create_SpectrumDoubleChannel(channel.ChannelPtr));
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
public EmotionStateChannel(EegIndexChannel indexChannel)
{
_indexChannel = indexChannel;
_anyChannel = new AnyChannel(create_EmotionalStateChannel(_indexChannel.ChannelPtr));
_anyChannel.LengthChanged += (sender, length) => LengthChanged?.Invoke(sender, length);
}
