private static int GENERATION_LENGTH_MAX = (int)ACQUISITION_DEPTH_MAX * 3; //Don't generate more than this many samples of wave
#region constructor / initializer
internal DummyScope() : base()
{
waveSource = WaveSource.GENERATOR;
ChannelConfig = new Dictionary <AnalogChannel, DummyScopeChannelConfig>()
{
{ AnalogChannel.ChA, new DummyScopeChannelConfig()
{
amplitude = 2,
noise = 0,
coupling = Coupling.DC,
dcOffset = 0.0,
frequency = 10e3,
phase = 0,
dutyCycle = 0.5f,
waveform = AnalogWaveForm.TRIANGLE,
probeDivision = ProbeDivision.X1,
} },
{ AnalogChannel.ChB, new DummyScopeChannelConfig()
{
amplitude = 1,
noise = 0.1,
coupling = Coupling.DC,
dcOffset = 0.0,
frequency = 10e3,
phase = 0,
dutyCycle = 0.5f,
waveform = AnalogWaveForm.SINE,
probeDivision = ProbeDivision.X1,
} }
};
timeOrigin = DateTime.Now;
DataSourceScope = new DataSources.DataSource(this);
AcquisitionDepth = 16 * 1024;
}
private static int GENERATION_LENGTH_MAX = (int)ACQUISITION_DEPTH_MAX * 3; //Don't generate more than this many samples of wave
#region constructor / initializer
public DummyScope(DummyInterface iface) : base()
{
this.hardwareInterface = iface;
ChannelConfig = new Dictionary <AnalogChannel, DummyScopeChannelConfig>()
{
{ AnalogChannel.ChA, new DummyScopeChannelConfig()
{
amplitude = 2,
noise = 0,
coupling = Coupling.DC,
dcOffset = 0.0,
frequency = 10e3,
phase = 0,
dutyCycle = 0.5f,
waveform = AnalogWaveForm.TRIANGLE
} },
{ AnalogChannel.ChB, new DummyScopeChannelConfig()
{
amplitude = 1,
noise = 0.015,
coupling = Coupling.DC,
dcOffset = 0.0,
frequency = 10e3,
phase = 0,
dutyCycle = 0.5f,
waveform = AnalogWaveForm.SINE
} }
};
timeOrigin = DateTime.Now;
DataSourceScope = new DataSources.DataSource(this);
AcquisitionDepth = 16 * 1024;
}
public SmartScope(ISmartScopeInterface hwInterface) : base()
{
this.hardwareInterface = hwInterface;
this.SuspendViewportUpdates = false;
DataOutOfRange = false;
deviceReady = false;
foreach (DigitalChannel d in DigitalChannel.List)
{
this.triggerDigital[d] = DigitalTriggerValue.X;
}
yOffset = new Dictionary <AnalogChannel, float>();
verticalRanges = new Dictionary <AnalogChannel, Range>();
foreach (AnalogChannel ch in AnalogChannel.List)
{
ch.SetProbe(Probe.DefaultX1Probe);
yOffset[ch] = 0f;
}
dataSourceScope = new DataSources.DataSource(this);
try {
InitializeHardware();
} catch (Exception e)
{
Logger.Error("Failed to initialize hardware, resetting scope: " + e.Message);
if (HardwareInterface != null)
{
hardwareInterface.Reset();
}
throw e;
}
}
internal SmartScope(ISmartScopeUsbInterface usbInterface) : base()
{
this.hardwareInterface = usbInterface;
AwgOutOfRange = false;
deviceReady = false;
foreach (DigitalChannel d in DigitalChannel.List)
{
this.triggerDigital[d] = DigitalTriggerValue.X;
}
probeSettings = new Dictionary <AnalogChannel, ProbeDivision>();
yOffset = new Dictionary <AnalogChannel, float>();
verticalRanges = new Dictionary <AnalogChannel, Range>();
foreach (AnalogChannel ch in AnalogChannel.List)
{
probeSettings[ch] = ProbeDivision.X1;
yOffset[ch] = 0f;
}
dataSourceScope = new DataSources.DataSource(this);
InitializeHardware();
}
public TransferHelper(DataSources.DataSource dataSource, BackgroundWorker worker)
{
_dataSource = dataSource;
_worker = worker;
}
