public EmotionsChartPresenter(
IEmotionsChart chart,
EmotionStateChannel stateChannel,
SpectrumPowerChannel alphaLeft,
SpectrumPowerChannel betaLeft,
SpectrumPowerChannel alphaRight,
SpectrumPowerChannel betaRight,
EegIndexChannel indexChannel)
{
_stateChannel = stateChannel;
_alphaLeft = alphaLeft;
_betaLeft = betaLeft;
_alphaRight = alphaRight;
_betaRight = betaRight;
_indexChannel = indexChannel;
_chart = chart;
_chart.Mode = EmotionBarMode.Wait;
_stateChannel.LengthChanged += StateChannelLengthChanged;
_indexChannel.LengthChanged += _indexChannel_LengthChanged;
_alphaLeft.LengthChanged += _alphaLeft_LengthChanged;
_betaLeft.LengthChanged += _betaLeft_LengthChanged;
_alphaRight.LengthChanged += _alphaRight_LengthChanged;
_betaRight.LengthChanged += _betaRight_LengthChanged;
}
public IndexChartPresenter(IEegIndexChart chart, EegIndexChannel channel, Button emotionsButton, Button emotionsStopButton, Control context)
{
_indexChart = chart;
_channel = channel;
_context = context;
_emotionsButton = emotionsButton;
_emotionsStopButton = emotionsStopButton;
_emotionsButton.Enabled = false;
_emotionsStopButton.Enabled = false;
_indexChart.Mode = EegIndexChartMode.Empty;
_indexChart.SizeChanged += _indexChart_SizeChanged;
_channel.LengthChanged += _channel_LengthChanged;
}
private void OnDeviceConnected()
{
var deviceChannels = _currentDevice.Channels
.Where(x => x.Type == ChannelType.Signal)
.ToDictionary(channelInfo => channelInfo.Name, channelInfo => new EegChannel(_currentDevice, channelInfo));
if (deviceChannels.ContainsKey("T3") && deviceChannels.ContainsKey("O1"))
{
T3O1SpectrumChannel = new SpectrumChannel(new BipolarDoubleChannel(deviceChannels["T3"], deviceChannels["O1"]));
if (deviceChannels.ContainsKey("T4") && deviceChannels.ContainsKey("O2"))
{
T4O2SpectrumChannel = new SpectrumChannel(new BipolarDoubleChannel(deviceChannels["T4"], deviceChannels["O2"]));
IndexChannel = new EegIndexChannel(deviceChannels["T3"], deviceChannels["T4"], deviceChannels["O1"],
deviceChannels["O2"]);
ChannelsChanged?.Invoke(this, null);
}
}
}
private void OnDeviceConnected()
{
BatteryChannel = new BatteryChannel(_currentDevice);
var deviceChannels = _currentDevice.Channels
.Where(x => x.Type == ChannelType.Signal)
.ToDictionary(channelInfo => channelInfo.Name, channelInfo => new EegChannel(_currentDevice, channelInfo));
if (deviceChannels.ContainsKey("T3") && deviceChannels.ContainsKey("O1"))
{
T3O1SignalChannel = new BipolarDoubleChannel(deviceChannels["T3"], deviceChannels["O1"]);
T3O1SpectrumChannel = new SpectrumChannel(T3O1SignalChannel);
if (deviceChannels.ContainsKey("T4") && deviceChannels.ContainsKey("O2"))
{
T4O21SignalChannel = new BipolarDoubleChannel(deviceChannels["T4"], deviceChannels["O2"]);
T4O2SpectrumChannel = new SpectrumChannel(T4O21SignalChannel);
IndexChannel = new EegIndexChannel(deviceChannels["T3"], deviceChannels["T4"], deviceChannels["O1"],
deviceChannels["O2"]);
IndexChannel.SetWeights(1.00, 1.00, 0.00, 0.00);
IndexChannel.Delay = 0.0;
IndexViewChannel = new EegIndexChannel(deviceChannels["T3"], deviceChannels["T4"], deviceChannels["O1"],
deviceChannels["O2"]);
IndexViewChannel.SetWeights(1.00, 1.00, 0.00, 1.00);
IndexViewChannel.Delay = 0.0;
AlphaLeftPowerChannel = new SpectrumPowerChannel(new List <SpectrumChannel> {
T3O1SpectrumChannel
}, 8, 14, "AlphaLeft");
BetaLeftPowerChannel = new SpectrumPowerChannel(new List <SpectrumChannel> {
T3O1SpectrumChannel
}, 14, 34, "BetaLeft");
AlphaRightPowerChannel = new SpectrumPowerChannel(new List <SpectrumChannel> {
T4O2SpectrumChannel
}, 8, 14, "AlphaRight");
BetaRightPowerChannel = new SpectrumPowerChannel(new List <SpectrumChannel> {
T4O2SpectrumChannel
}, 14, 34, "BetaRight");
ChannelsChanged?.Invoke(this, null);
}
}
}
public IndexSettingsPresenter(IndexSettingsControl control, EegIndexChannel channel)
{
_control = control;
_channel = channel;
_control.SettingsChanged += _control_SettingsChanged;
}
